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0ltYWdlSSBdIC9Db2xvclNwYWNlIDw8IC9DczEgNyAwIFIKPj4gL0V4dEdTdGF0ZSA8PCAvR3MxIDE5IDAgUiAvR3MyIDIwIDAgUiA+PiAvRm9udCA8PCAvVFQxIDE4IDAgUiA+PiAvWE9iamVjdAo8PCAvSW0xIDE0IDAgUiAvSW0yIDE2IDAgUiA+PiA+PgplbmRvYmoKMTQgMCBvYmoKPDwgL0xlbmd0aCAxNSAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9XaWR0aCAxMDM0IC9IZWlnaHQgNjcgL0ludGVycG9sYXRlCnRydWUgL0NvbG9yU3BhY2UgNyAwIFIgL1NNYXNrIDIxIDAgUiAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlCj4+CnN0cmVhbQp4Ae3QMQEAAADCoPVPbQ0PiEBhwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABA18DAywHAAEKZW5kc3RyZWFtCmVuZG9iagoxNSAwIG9iago5MzAKZW5kb2JqCjE2IDAgb2JqCjw8IC9MZW5ndGggMTcgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggNDQxIC9IZWlnaHQgMzAgL0ludGVycG9sYXRlCnRydWUgL0NvbG9yU3BhY2UgNyAwIFIgL0ludGVudCAvUGVyY2VwdHVhbCAvU01hc2sgMjMgMCBSIC9CaXRzUGVyQ29tcG9uZW50CjggL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngB7VTRkts4DOv//3TLW/RQDCnRlOzEToZ+8EAgAFLcrH//3n9+pc9qbhrWxd5Ab6A3cOcGVj9oqs/nVmUF52ld7Q30BnoDN26g8hGbafKxZ64Zn6d1tTfQG+gN3LsB+3ZhgNlHjLzJKK7PTHsE9ZBW9gZ6A72BezfAr1/8lCmDISmuz6whDtdDWtkb6A30Bu7dAL9+7jvmjhiS4vrMLkeP9ZBW9gZ6A72BezfAr59+xCLGkBTXZ45RZOohrewNFDeAX1dR3LI3bOBD/9/jD8kYrIs3GgJqVnc7TAO5GtX6h2xA/6YYKTKXj6otDDMf2FVVQGUONCFXvr+qsyk+P4mmKX5FsmWixfnw1yXoEhRjePRVPuKKJrrOMIfbcOG4i5JJgsoM05tY9kpoxHztq+Re+MzFLlHA0hBEvTJDy4xUI3BUGg8yiiMT7TkTE2bMLGem3+CtBVyzXspTyUZaVUzBNtA0xduBMGoUsZWIi2B1jEpsnukSMDMsViJwsiccZ/eKs+FSji/a6Z3pt3nMw3w3Ho/It+PJRgwk0ECSh0BdnO3QpYJKgmlgieLIaHgFxwTHWIgxSVSsuoQoQGaUkdF2IJUhpp6AJQKWTgIGRmDJIJdaxBxjkDArQcAq+i41pZghCaDYAYxhpHqpGVZV+QTMaQniVO6CEFDvgLPT62TnjxzDdXRHNDJyu6ML5FEDSeZALcS5JVZpJBhqQFIzA9FLI0vmJTYwiyJ/mKBpFNOOdnhr1bBqFMdAiCOvrjdjHWavNRLMG6OUIYZS9Xt96WIygEs2kkoHWNIEaoZVVT4Ec2CAOJXxkfwOhlfeviMTHrWQ/DqY2b3d/Eg4zHEuPeZeVRbxaqDphxYlFedj1JV5TqxqMjFB1EdmSRztZJhDYCXDOOJN8VWA4Yf5JoAG7+IAufi/xJ8HN00yTYXqX8P/R7VQo+R3YNza7rJ9RyY8aiGV62BynT+6IvO0a56c8KT9km3oDDOcNKKFIBEXSy5Kj4qLabnMAvHkMlaXxOYyPb0R/O39o8mV9KqFJEAxwbk+6Ii77w18xrvX8RIX/9w6v2EXHhkn2Dhem5mkJaWNsR9icZfSo+KNaRM7SwQb+TOLZS7FQl+35Eqm5TIMr+KhfkjOLu74M14XtXesDGCaiswNABfervTwIy4b5wevwzvGHVWpmMlKDnExcOg1Ena0U01kXJXH7QGc0R2RPyRXSy5Ej4bxaKYxvJ2CIa92FTsM2TDBKXlUcd6F4WphzhDkgc4yiyWPNB6dnUcIKB7qhyQTcnDGmydfVd2e0Ix84jBWiuRDGMzG4a8d1aW5o9tAXnViPZoRj5EEFESGpQSYK6nmpdwbq5FBvvGu5I5xjB/Hv8kP9S7hUI98vp29coQ3KplJgYEoeynDGaxL3p1VtVw4G/NPZl6V48bArR25dDyfsNTuKjHG1rdLtpJjKsehS0nFlcCKxjJdrDtWQkyz5FIxMYHrGPnI0FIsUWaAePUWFT3y2YKAA58EzL88+eRgQzunHVbPkFdd/6ocdxdc3JFLx/MJS+2uEmNsfbtkKzmmj8MNzBY14xEyqxo/K7nulP04/v2xwLPqXPlx6EL+sJSnFavMV1D0vk2msym+cACLvSRtljPj60158bpFlbAr8wR8uBbeeqYEP6vO7sjYmSDhtZfimYW9AHLZrJrzxTGGIbk3VnEL8LE6bGHkeeUsgZMY4DMb4wzPcAfOZL7I6ybk0doZZlPylwO2QMc8n+JERk0OhglqcQJXsqMTVI4MqYiHGiQMS45kr7pFE8xlR76Z5jQQKAlMPQHS9EgmsaDklCQVMFkBBMoAR94YK+ENAI0qFWuO8opVA0xGjyThtbcxeAMQq4viGaAYAh6RiTeTVTMLHPIuloHMj8nRMkxWUi33Yp3qm3C+1W+6ad/lIzYw+0Hmw8NlGtqBc9d3V7mKHBSXkIdotRj4cTK9o8Mfd5ce+NM34H6BOOaXGlpI5t7vrnIJOagvIc9BtZ72iUrdwCfO3zN/0wZWf438D101ftPShnfRhSR46B2SSQhLQ2OTvYHeQG/gsRvg5ysH9fnzHFTraa3sDfQGegNP2EDly2aa+qiVwHpaK3sDvYHewC0bqHzK3qC55e7dtDfQG+gNFDfwhs/gYYviqC3rDfQGegN3beDwO/ZqwV0X7769gd5Ab6C+gVd/CQ/z66O2sjfQG+gNXLuBP6+ZsEcKZW5kc3RyZWFtCmVuZG9iagoxNyAwIG9iagoxNjYwCmVuZG9iagoyMyAwIG9iago8PCAvTGVuZ3RoIDI0IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDQ0MSAvSGVpZ2h0IDMwIC9Db2xvclNwYWNlCi9EZXZpY2VHcmF5IC9JbnRlcnBvbGF0ZSB0cnVlIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngB7Vl5XFXV9t/7jHfiMg+KomHlUM6m5gTiGGpOlEbOmb20zExNTcQhx6eJ9TLKiVTUJs20zHwpKg45KyiIwAUxREDGC3c4w37rnHvBS2rPj+bPfp/H+uOw7zl7WHt91/qutTeE1BCZkEgOVcsRofqrTOR4pvpDbeNxW6AaGEejFrjHDcj9rp+YePR8WRV6cv6xxGO9XCJuzeGjx/OUr3L58cRjc+n7nbW236O3AEbobSch2hJ8EfysKVRQpSgR+U0XOGt2qP31eCwASI1yAmfdgu4EjjaU2AG4obXAPR587rlqLXD3NM3f+8P/GnDs36I0xvxDqEHzikv9fwYO0zSojykOnn8i2K01VnpQqPvwTUnT1W27djf2DtO4/r6fNqbo0Uu0yvJ3E1Bs4kLNPb9SXltT9iLqHoPvNuHtd1TYqpMHlX3DaNccx+gNNcXoX6rkuEhP5YMORONaWzIGvYFDypOtnptal3jwM3QvrdVuYMe3ExJ3GzDi9MbqgXc0KIOH4x12aqVx2Sumg78WyLU23ssscsFYpwOz/scOHX4PqThVT0d3tJaXyVJpWeWWlqvJ638Ajh6ZuSu9pMtt/avHORuw5ngzqTihY9feIgUdHXUA5vgMyxOu+rgOw5wmp7L+Pb5iyitzfN8tiB+eR6bSmA1MrTQf4+50Pmy4KElpzTUHScWntyfHTSLs+xTUXIGLx7hHUUkNKS4uUQ8L5mLl9c0beXlZp9bWrZqHG1paWBKFBsPzrWqb0qeJ7TBiqn9XdXb5C4ZdYSc33N1jk/MiHZZw+ao2MaNdd7L0c7Umov1/V5UqzvjercohMMsl2yQidd1vg7uBaGftxAcRUVzzB2dmvp8SEFx5ivOIXEJ9UtnMlaTAcftXdmD0V0ZqkPc0qkppTHMLjdRtlZit8iBQk3k62VjlE5jq3Yu95x4x1TeUxXSdyD+oAlNiCi8X64MSWNuN5AZRgMDWIcrzDqH0pmJPmu6a3qxqUdVUodIUxfdgQHXEAXB94Qj+30TMaeOMOm44EckiNAye71WvTO/OTvvuvwIXlZ510uNpQuyvqDrcoTXW+FbYiBO4gHJVJ1mUulWZE3P6IqtYGB6QXmm39W/qVOhuwFH6JB/Dc+RbxLccjRKSddWKKrvHaGmWN+Jjxxl9ru/CTgNhRC1PcFELUwdsDYHZcMuPqrrcoe9dXjBNi9+/8zWm0dFULSihAGf5jgYG/9nDlcVuD+FWyz0ptKeFC6wwbrLYVXFTaEVWHQcAuPYHExJOyFXolZhMpmxJ+XUTWlmmAgemYnm4YyUX4KbVj547o9GiuA8b0BPmfTDi+ah5Mz19oqKiO/F9lsXFRTegG0RHzfCf+0+2//y4uE+nMy9Ez5vacrVMpG/nzYuOfoN6NTq6t6IN3WjWuri4mMHuYcvtAjk9xx2QogE46wLDQiJLY/RR0dHtBs6Lmh2+2CoR06KFxaJcurDB8CUbN66N7sApEfcp8hi+Mm7jsoHVjorZV8C/YP++12Nxy2mdAJm6Y6JfBefHKMY+j4W/bSdKG3p60dohs+aM53xGmDeFuiPjkKjJLI2BFk1lXjwo8kpP7DO2A2ry7vOI8n5vMG2c2o5lpj5Po2feju5HUeNGtY6qR3V8f4o/9n2vJ9NuNZndyxgZgagXRyougjV9Z0e3wf59byWE+YEy/MQNP8tDGYq+oNFg37fmhtPur7XAKKge0k5uqNriqcI93PJNHN1i4rzXQMkOYzQzB+PtKQbd8EkKcGHOELPuUHor7G1VsAKjruCQ6zkOo0EFKqbWnxwR5QLc9E6ybL8JY9I1Z4jl12dFIoa1gaN7yD5ldrmoRU8ill6Q08MlyJi2PF2MIF+LlCVCJGsBEX/nU0R5gLI8P0ZZmYgnZsngP3JpELiICtzyhvuJKHVuYCHyP9YTa8UnRPUoh6IdT1bAILmie0Po8xnaLiqTiNs4B3TwnENGQRZhwsig7sXWDRg3r3g9pUgPxqBDJfsantF/fJJ8O4X2Pbq4c0WhYcxv0o5VBmPBqh+FZ0Ep3r34ppYDdGODDDnWdxsVVaxGXYqltQGX5HitoXQz3S2567XyOnvlnWlCz8Z7ZljeHWyWVjb/IluKn7zIcgKx5y8DZVJo7Zmwogxq9AFyaDanBvvIweS4RvvMeYZ7PqPb90L7y9bVDN4yEjWtnAbAwoitZGgKT/cqemWX/AKzXtw9Xzyrz1rHHrSfgJijg2yOkBMzFRrBND6iouMAjnIvF8CA4Y7opJuUKn2FXAdl1AAOEs7hq6IkP3mR2BNxtiy8M0CSLrS0i2Tmx7K8s6syqe3kZqt89K2XpnGrBPl6yA6w7v7PlxFbURNBqPBTcgbXJyZy7BrRao7cLogkJdbbGXEwmJCypbwTOFvF619DisvdHFcuyebNwfMnjXjtIJEzADj7x20ssrT7EHjIAEfqA3aKJ115AG6hdf2CjtaJuElKhOZsEg/RRPHvZornfSi046on43N5D1ffcoZmd1YE8L775rObSuvSkNsCLMcpoErqok+vKcLamE62GfTLk8UBwzoU7Oa8rrR8tbSzNj2x58BbKQMiPI7Pptqxw2bZumi0p5O0hsFHrlLsb8tgOLcg1YONlduhaVInBRYGfeuj3SYtYCf/xDQqm8d8mdixfWocmmBdjevdDIZlIYhelNOf5kNy+uB21q2G3omZUUObhVgnLY+so1X8SZdvV81CyDAl61H4gPrTARx+BgwulXipuQXzjmgUyx0ZvgZw0P+ZZYJEGicR+zG0Uxa2LxXsb/QViPjtXlKR1BqiSxj/xCc2CIb8GdRKgeR6KTluOAoss1ROJ3IOr1RW2LgaXEMWhVa+FfY/5DgilgQEOyJOqKzjUybJ/9bxmTZi4unBlxW/gMWJYPtovp2I7cdB4p2tEIrii+ikLRBmpxPJm2iK7VnqxzzdyuMN1EIHM943bUuxJnMzjcaScO1z4kYtl1Fo0C+1BUemdQUDItRRXA8uwDbL0+i+IkvRJLEdouJNHpwm+yC7eCB7sfypfetY1Ny+BhgqRTgC9L73IocDi1aziF6Z492+DN5omstfIn6F1AFtLVAqaQBuH2LYLDL86Fw03950z3k4kxzY5Zd05gf6y61qmYTZZvZDFHsuV6trVr4B1Sn9BiHtTOlGha+jLKLHmZVdw74vuwMx1QTOuBtox75KwR8WY435duhrS4aEAcJHADN9gSaAxSZ3dgEOqsopRMg8bbEEDgG8ck2mywnPSUR4FeMG36QDLpb2H1qdwI3A+GOLlCbLcaAsZnWXJZIcZ3UCF6eGjEKVllloDHDsu142Ik/YRGoAl6lpYRbKtx8ENZoowEXbidB+PAA30wkc1t84z2OovG9m8ppf8t28SvLnDoFwQ6xxEMRhh9IDuKstkkK/pru77SYj3dyLzzJcknXROOV8BxuPIMugxcfu0bBJxZ7cHrOvxj/na8RwV8+O2mvU3zJ9EMZgPL6iOcDcNNG+mQ4qWo/o4WJfBjETyo2ftwY/Z4aRaET/+LuBSboArAZ2NuxFLP2OmHzjRfZ0TnQPDejz3d432q5La3zA31FD4B7SSp1veRpnHCaPwBFSd+DHXZYocbRifFCMGqGgASL+6AdcfDviVvL0FpHIgrWReswAl41VmFKSljqA5FtBorHsvCEKpF+oK3CHUCciyJLFxD8HhDfRw+DXPATwb4RReze34FOy5aU5lQ7ghMRp+nZAsIR0h3DHGh+znQwaCsHZysdslfNn+jpznP2LDkCslUuMdiLvvCTZXCMuQztHFA+za4AcATj7qs4CEaJiRJG8pDAICN3Wvg5syne0/Eq7FaZydSqT4eDkD4Vd/Uw4bRlNa9Bsa0NP//y9zLZk21O8v2VjQ/fcEm8e+4I5EAqXt7CI1+e30hsKk1j+Wr7O2Ju8g1j20tmfDbRbxX5GOXLGX1Azl27DacNQMhZR/yp090VMr8q35ypFED2WzMQB5s3It/QHtUJgBmxENGVMluW6uhuJNKYhLGMv/0AvzNkW6Ag4jN4nYzzrW1I43Xqzn3aFJZBmOFOB26k0IygF1qK5FVcdyJGS6SHNnzyugAjZXd4+cY/aXBsWGhoSEho6KEHtZt5f3zkzF29VO4i/ef4h4jxLoKt0gPJMFWXbkZO2Ob0BuGCMppZdTBbliiZLrCTP3euaRKxlXh4lViJcUhMs71lqJQVFoii0MOQBRtXFibqMbB/iVgYp1yLXBE7zD4DqXLksKsBJn+FToqKnfCnAeWbTLCFRDITzMPun2vqW5JVPluW3bhUzm6Y0Xub3GXZIYRtqZ9krG+qWnX59THzKhHptxbU/NUyz92k6eRtcUmAmyJLb1Pup96diyte8XeNRYloUOFda/i+evWTuRjOG0oJWz8VFGJO/RhSzYUa90fPRMnFxDH0q6+UFiG1pv95QcXtuANmIRxd00TUmK4HVENJt+xR4i+5RdJ6lr5h7tpkRweBPysLRm+Im9UYIYkO3m/QzeN7K9fTKiWOYIyUeGo3brYvsm/I/xyjAgWDN+HNO6Iig1pSqoe76sHwV7LQHjKN6n1G48E2ObpuVnfX07EzT9eD92ek7Eb84O8uU+zqHdRPNYMO0iC7XsjKCoC4thMD+JQTNycw+Z2BC7ZKY6sYeIMQ62VHvUC/nCpUDkzOzGtFh2bJ81FMpTvxSsxXJ+qEfyywgYtp7v2dm+nmlmnK2arnjGdlHec33gnBu1vXMa43yMkwfIo/FRTIpm6FV7ANK+iRmZKfEgZWWJfXTNbZtdOOmS7ZdUJDA1G/9nn3lTDeK+bJ0EI9/Se2OftvRDDUT4vRc7yIh6UkHZdED0izlpwbCtsPOD9D6VW41suvsvXiWPvcOhyj2S1K5zkvXDY6kmN1CihZyaEdFFxrvy+kOIRhQWE9ZCBj5I6H4cz3mepCBACTmj2SmH/MChh2zikYRoi0uGPhzzksY9/lF42B41P1iVvblfrhbfmlmW5bX3YxnGdr/5izerbD0CWVjikB59cKHhy9k5ZVYHDF0V8wcL/M+aKKmdcdA5BHgo7bu+aAD6ni5fPQKuP0L6+sYccvOZ4lohTrKIUxd5xkZU3Xu8g9CZIAz0J3i5ev6DvN1/VXQarxEBkTRTJDyLqCqO+ZaNIO6m3ILhP7KxZ0PXDTS9ZQ+hvrKUxWKbtFSqSuRDi4pqUAA3MdHOTo7gX3SDVKWVqfq1QDatK8X7MbDExhStzxGZVsFuvp+8KTH2Rq43q9hFgbgJ+oBlggpiaHqnq9qbYR1jWFmitIpb1joQQUq/VwEM7zO4ObueVgFCKjyu4H9+verlv79J6WqX0TLJNrhzC6DH7iJD0DMkgQ4Jz3wFH/XgQDZwqtG142Bj6xZDKz9KDR2KU7gAO4qGGuXws0gJKs0w+2Yc+3xIG289orpysbAv27CB1HikYyBJDXqWnsXfgAgR4R8Awz+fwwc3Kpo0pVzGBHeqU5zD79lzuD+J/8iePj5H98MODzmGdfVId5iV9V1QdL140O37x1xQNDUbxBxcN8RX5NkH3rR2gke3gJ/BhzLnHdcA26oBe7hLf0Xz0DhBGdxolwy1xBsaKvcVQJVvvEXUmWNJWp/PIgFMKOZOHnKh5VVR7rUr7bXkKM3lYsTOHSdhf92PMgCtWMejQUw72O2VKGmQnTXh1AIh/xHo0HtrA9kgfsDrmCkd228PZB9H9kguHXS34fAPU1twD0yEO5v4v8AYPGXHgplbmRzdHJlYW0KZW5kb2JqCjI0IDAgb2JqCjQyOTkKZW5kb2JqCjIxIDAgb2JqCjw8IC9MZW5ndGggMjIgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggMTAzNCAvSGVpZ2h0IDY3IC9Db2xvclNwYWNlCi9EZXZpY2VHcmF5IC9JbnRlcnBvbGF0ZSB0cnVlIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngB7dY/a1NhGMbhnOT05B90aBXaGiUmpqsG3LooKFJRioKthnb2GwgKoptSUNBBQTOULg6Cu5M4CFZcrELpKggOFsRKF6WVBwU/xHu93+Bc58fNU8oqRa3uESCQqkCtmpezUlaMTrSPTHsECKQp0Ou0xht5VhntzMwNljwCBNIUWLx0pj/VKBcTM1eXh6seAQJpCqw8unXl2Fhea88tv1zf9AgQSFNg4/2Lm6cOFPXeYPhha8cjQCBNgZ9f1x5eaNfq00urmzt7HgECaQrs/vj4dKFTtwRp/n5fTeCfwO72p+HlriUQBIG0BSxB2v/f1xP4K2AJlECAwN6eJVABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQL/l6C3uLKx/dsjQCBNgV/f158sdOu17vzjd1+2PAIE0hT49vnNg4uHa9VDs7efv17zCBBIU+Dtq2c3TreqI/uPD67fve8RIJCmwL071+b7+0YqzVb/5NnzHgECaQqcmz1xdKpZyfLm+GTroEeAQKICrcmxRp6VsnJeFFWPAIFEBYoiL2elP2Fm2goKZW5kc3RyZWFtCmVuZG9iagoyMiAwIG9iago2ODgKZW5kb2JqCjE5IDAgb2JqCjw8IC9UeXBlIC9FeHRHU3RhdGUgL2NhIDAuNSA+PgplbmRvYmoKMjAgMCBvYmoKPDwgL1R5cGUgL0V4dEdTdGF0ZSAvY2EgMSA+PgplbmRvYmoKMjYgMCBvYmoKPDwgL0xlbmd0aCAyNyAwIFIgL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBTY/BbsIwEETv+Yr5gmTXdmznTKWKG/TCObJMG8lpGifw/V0DAW6jWc2b2RlHzKCalFJsPRXpOkWGPJh0W3ethfW1N9w65IgTftEcYg7xb730CXlA87kwvpdqLgl9SwgH1j5SfKc7iLixEUY0+1HjY5L65iumfh2ucTelKQ9jXPMQqsLdCTcsZRI722qjRSriznkjyhCxdR5LKAuULIDZmqRbnpDjWDZxLZHq6aWnB7stSm/Zl/fz5r6I5+r4Dz3jSBEKZW5kc3RyZWFtCmVuZG9iagoyNyAwIG9iagoxOTYKZW5kb2JqCjI1IDAgb2JqCjw8IC9UeXBlIC9QYWdlIC9QYXJlbnQgMyAwIFIgL1Jlc291cmNlcyAyOCAwIFIgL0NvbnRlbnRzIDI2IDAgUiAvTWVkaWFCb3gKWzAgMCAxMDM2IDY5XSA+PgplbmRvYmoKMjggMCBvYmoKPDwgL1Byb2NTZXQgWyAvUERGIC9JbWFnZUIgL0ltYWdlQyAvSW1hZ2VJIF0gL0NvbG9yU3BhY2UgPDwgL0NzMSA3IDAgUiA+PgovRXh0R1N0YXRlIDw8IC9HczEgMTkgMCBSIC9HczIgMjAgMCBSID4+IC9YT2JqZWN0IDw8IC9JbTMgMjkgMCBSID4+ID4+CmVuZG9iagoyOSAwIG9iago8PCAvTGVuZ3RoIDMwIDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDEwMzQgL0hlaWdodCA2NyAvSW50ZXJwb2xhdGUKdHJ1ZSAvQ29sb3JTcGFjZSA3IDAgUiAvU01hc2sgMzEgMCBSIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUKPj4Kc3RyZWFtCngB7dAxAQAAAMKg9U9tDQ+IQGHAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDXwMDLAcAAQplbmRzdHJlYW0KZW5kb2JqCjMwIDAgb2JqCjkzMAplbmRvYmoKMzEgMCBvYmoKPDwgL0xlbmd0aCAzMiAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9XaWR0aCAxMDM0IC9IZWlnaHQgNjcgL0NvbG9yU3BhY2UKL0RldmljZUdyYXkgL0ludGVycG9sYXRlIHRydWUgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJlYW0KeAHt1j9rU2EYxuGc5PTkH3RoFdoaJSamqwbcuigoUlGKgq2GdvYbCAqim1JQ0EFBM5QuDoK7kzgIVlysQukqCA4WxEoXpZUHBT/Ee73f4Fznx81TyipFre4RIJCqQK2al7NSVoxOtI9MewQIpCnQ67TGG3lWGe3MzA2WPAIE0hRYvHSmP9UoFxMzV5eHqx4BAmkKrDy6deXYWF5rzy2/XN/0CBBIU2Dj/Yubpw4U9d5g+GFrxyNAIE2Bn1/XHl5o1+rTS6ubO3seAQJpCuz++Ph0oVO3BGn+fl9N4J/A7van4eWuJRAEgbQFLEHa/9/XE/grYAmUQIDA3p4lUAEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBAv+XoLe4srH92yNAIE2BX9/Xnyx067Xu/ON3X7Y8AgTSFPj2+c2Di4dr1UOzt5+/XvMIEEhT4O2rZzdOt6oj+48Prt+97xEgkKbAvTvX5vv7RirNVv/k2fMeAQJpCpybPXF0qlnJ8ub4ZOugR4BAogKtybFGnpWycl4UVY8AgUQFiiIvZ6U/YWbaCgplbmRzdHJlYW0KZW5kb2JqCjMyIDAgb2JqCjY4OAplbmRvYmoKMzQgMCBvYmoKPDwgL0xlbmd0aCAzNSAwIFIgL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBnVZNbxtHDL3vr+AxOXg8JIfzca0aFA1QoK0F9BD0YAhyY0CqI9lp/37f7OzMyoHTfEAHrakl+Ug+PvpEv9GJ2MwFnwp5lyTkYp5YmWJ2ObAlOu/pD/qbrn/dn3f7D08fbw90vqfrnx6Z/nqs/gJXfGJcHNhiC8hLwGl3pOufj4F+fEDGlrO0V2JyFmNIdCTJ8ontcGHroQ7A230XGx3o/YV1jVhhf6G66eXqTqS+1uTn75HxShQYVY1aRdYquv59f7h9uv9nv3k4PJzvj/un8/1uqk3aoEm7xxrIRWafvOCpFC/ZlB53o4sjQ+w1sShF3zpaQd6NWUXDrNb31Dsbb45h9cRIhnQ5Ec+JS07ZT0iMsc3lMXEOJLEW9MOWMPe56Pa1xdi2W7xC2zt6R682t+fXeJ9ePRxe05+0fTu92S4DFQtOc0EeznWiRpad1xh4fXi51QuRphOBNs2jQhh/COi5RC4tcut9XNmknp0v2YhBJ0km0xGVoHmxFm4ghLcLQ2AHyilG292UXS6AuiMp7BRMBKvFYQZlQjwXcorDgm6ZS5xCXZPhB5QlJPj16BV3sywAutvUUdZ0I3hKzgfDKAaAbllhLtXB7/0Av0Y7zmv6/YM4TZecF8xvbvsVCwZQErozb/H/cX4WBlBv+hrOjwwsYaGM75TpD+f9tBCf1eXKLwnzfn8zv+g0DUo94xdz6JEX5rY608ovxiJa5ZeU2PnFyTut/JIcZ36tBvwy82t1q4vc+MWGx8ovMW78Yg0OaxmHBUQzJ5VfcuHHYGHll4zow9IBLG5TRwmejODqsVyVXwPAavm0uplfHfwarfGLv3sQz/nFnFrb1UXIYfoaSe30gqROX5bUnkBMP08vupvqPcLpU2gwQ0LArxwyRA/tDKJV0cyZyTiEQv9SoF+auG9uZsH0dLMBw5psXjG1S+YLRjiLzbw8uKssDpfWcO2qvngslcf1urm4ijF6SE0MLsWMB4ytQEWoZBdVWPu9+jyIRdgBgpFbNT4HwR4ND8JUzLHlwtDKug8rCil4o3AhNRdB+0DQdpQCs2nuF+YFAJhJ7cIKQJADtwC1JgimVAGpqY6EJdDABSCwWBGFXaZH2hJwYvH/hM8+CmlynD3kOaoDbUS+pQmYoMsMel2AUMURxyknPxcP/nMwHOSlB/8BcsL8jwplbmRzdHJlYW0KZW5kb2JqCjM1IDAgb2JqCjg4NQplbmRvYmoKMzMgMCBvYmoKPDwgL1R5cGUgL1BhZ2UgL1BhcmVudCAzIDAgUiAvUmVzb3VyY2VzIDM2IDAgUiAvQ29udGVudHMgMzQgMCBSIC9NZWRpYUJveApbMCAwIDM0OCAzMDZdID4+CmVuZG9iagozNiAwIG9iago8PCAvUHJvY1NldCBbIC9QREYgL1RleHQgL0ltYWdlQiAvSW1hZ2VDIC9JbWFnZUkgXSAvQ29sb3JTcGFjZSA8PCAvQ3MxIDcgMCBSCj4+IC9FeHRHU3RhdGUgPDwgL0dzMSAxOSAwIFIgPj4gL0ZvbnQgPDwgL1RUMSAxOCAwIFIgPj4gL1hPYmplY3QgPDwgL0ltNSAzOSAwIFIKL0ltNiA0MSAwIFIgL0ltNyA0MyAwIFIgL0ltNCAzNyAwIFIgPj4gPj4KZW5kb2JqCjM5IDAgb2JqCjw8IC9MZW5ndGggNDAgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggMzAwIC9IZWlnaHQgMzAwIC9JbnRlcnBvbGF0ZQp0cnVlIC9Db2xvclNwYWNlIDcgMCBSIC9JbnRlbnQgL1BlcmNlcHR1YWwgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9EQ1REZWNvZGUKPj4Kc3RyZWFtCv/Y/+AAEEpGSUYAAQEAAJAAkAAA/+EAgEV4aWYAAE1NACoAAAAIAAQBGgAFAAAAAQAAAD4BGwAFAAAAAQAAAEYBKAADAAAAAQACAACHaQAEAAAAAQAAAE4AAAAAAAAAkAAAAAEAAACQAAAAAQADoAEAAwAAAAEAAQAAoAIABAAAAAEAAAEsoAMABAAAAAEAAAEsAAAAAP/tADhQaG90b3Nob3AgMy4wADhCSU0EBAAAAAAAADhCSU0EJQAAAAAAENQdjNmPALIE6YAJmOz4Qn7/wAARCAEsASwDASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9sAQwAGBgYGBgYKBgYKDgoKCg4SDg4ODhIXEhISEhIXHBcXFxcXFxwcHBwcHBwcIiIiIiIiJycnJycsLCwsLCwsLCws/9sAQwEHBwcLCgsTCgoTLh8aHy4uLi4uLi4uLi4uLi4uLi4uLi4uLi4uLi4uLi4uLi4uLi4uLi4uLi4uLi4uLi4uLi4u/90ABAAT/9oADAMBAAIRAxEAPwDmGKdOQOvtUalT274HNPG4+x6cen41GQw749zQApbOPr3ockg8dPbOKTbgZx1xxTwR0xkdT/k0AMUqRkYwOfWmKWbjPAx2/GpicADgD9cUifOTs5x6dqAGqoU4Hf8AnTiccqATxz9KVWKnBwcjn/CkcBXBAz+fFABEwbPAwO/+eKeQBy5yB6d6YduQFG0enb9aepYj5eMc4HOfxoATnYxY81ER3Y4PTgZqYhhk4yR3FQ4ORjH0z7UABJx7d/8APNCHj5Rj6j/9QpxP1pDjIz8350ANC7cnn1z2pm0n5hjB680HcTknHtS8kYHX9KAHDpj+dJ1GOQf8+lBUkEKc+uKbt29zk+/QUABB+8SSB9KeCSN3AHPOaado+bGM9MdaUHOMAdPbBoAB82OTzTWB6dMnAxx+HNPKrtAAwfX/APVQAobA6Y79R/n2oAVDtAGPz4FSbwq47dsUwF+STx29fyowBgZ/DpQA7AzuCg/SjCspwR3596YzH7pGPxxTN2GGM56e1AE+VK+p5GcUmQo6846dqavHb604F8EbePagBwK4II49R2+lHoVyR9Ov5UhyR/8AWHpShiMYY560AIqucgDHNOYbTtcH29qUsgHc/QYqMlQQVGPxoAQ7/wCEAjv9KcxGAVBOeMtjj/PrSCQlwMMM+v8Ak0McEY/PGMH6UAKpBXaQAT+OKAAo6/ypu75cHp7Cl4wM49qAFByQOpHvUp5wQvbvioNpDAcYpxYjgHOP8+hoA//Q5d8q/HzA8U0fXjHf0pw3dCMfTNNwxO4Ag0AKFCkAjGelPPTCqKiONw9v5mo2J+9nPOPbFAEi8jHX2HNG1MZXj/PtULbMc8jnp9D3qRCVXCZ/HPSgAwm7nAOc9M/lUnIOD0HqCKZt4wOnof1peAfvDPp2oARiw4PQ9KVCDyeR3PP60A4Y5+6e4oG0cp069KAFOCevqOKjyBnPc07ODgHgUMQBhcE9T6UAR8/h/njvTuMnK/r/ACpeDwOnr60qrk4Ixx7UARttYcfr1pCwxwD9OcVI4BP3ST34pgKkcZH+BoAXPXH6UmS3I9xyaAF5zz6VERs+UYOfXn9KAJAFLZBOR7/pSnbn5c4/kaagJXI5x1/nTxIBhUX3x3xQAvCsPmPHvxk0oK8EgnuR/wDXpp4HzY+g7f0pB97jnjigCQBTyo2/j/jTyRw38xUaAlcdQfb9ab8wAA/L60AN+YnOTt9OlPBLKB+fT8qd6cdfy5ppONx5AH6fSgB+Pbafx6UfN0x/SkVyOM7v1pxyDj72OnH+c0AIUGcHn9f60iY6YFKck4BGetKEwwPX1HOeaAHbeh9PfpUQPOOoB64qQYLd/qc0rLjouB7fnQBAu4nBPTHb8akVQhwO/wCWaBknoeOhqQMwGCAMjmgBhOOQATxz9KImDZ4GB3/zxTgFzuI+n/1qZn5tqrtx2oAeQBy5zikAJ5YnPtQxwMqwx7ZqMFsdc++KAP/R5luBkE/X+dMZCSCT9MD/ABpuGYYbv/L/ABpw69QMfnQAmTjPy9emMfnTGViOOP8APrTiPU4z+FIXxx2oAjKgjbk49c1KuO/H+f0pp8s8YIHWm4BAAAGD9aAJWUJ8oPGOaQM/Py8H0qNmA/2T680qknrwPyoAkIJHP4cD0oAyM9ccE0zBwff1PPPpSAbQR1+mMUAPJPUZx04FNycng46e/wDjSbVVvlPPepMegz7jn86AEI6lx/n+dIoCtgAZI6noO/6UMQTgc/WhunPJHv1oAfkN8veoMbAV5z/OlYkj5c4OOaGZ8DoR3P096AGglvofrSkkrgZ9BwKQt83zDD+g6/1zSFgW3Z9vx/8A1UAO3DGWyMdgMEGht2epAGTj/EUArn5m5A7U4lew49KAGluBgj1OKUPx90jPtTpGycA445GKZuB+UA9OnOKAFOWAweff060gJHOD1o29MA56j3oG8HOMAevJoAUcZ2kjr1H6U5l6b+Oc89qDjdh+/Y/nQwweep60AP6nOeOlM25Iyff1pRtxgc+tKdwwDjnoSBmgB2cDP9CP50hwVLFixP4UFn25PPrx/WlBAySev4YH4UAID/ETnpQX3Z2k5/rTSETIUjOD+tMV1+5jj+poAlILHqDjml3YHTn19qYGJJKdB0z/ADpSCmCc4Pp/OgBy/N97B/z604gA/J1PTHA/SmDA5HFOz15Ix7UAKy5H06gc0mSOAdvt/WmknBJOARxRlsdc/Q4oA//S5DzdzbTjd19c+45qTCkBu/16f0o+UnO3leeO1Lv56DafyoAUuD9fTGaaW3DHK+vpn0NAdsEckD6Y/CmKWUDaB+PI/KgB2SmW7+nqKb8270x+P6UbG5J5Occ0nJIycfh1oAG2nO7JGen+eaNq5JJ7dOn6Cl+b736Y7U5jtGAAR7+lADRjO7BK+nOPrQwyCQTz6Hg0u07iR24wO1INqfX8aAJAAVxyR3/KmEMPlJAC9O1N+8eOvbj+lISSMH6fnQBIO4ck5596TcQPmHfFRbW52nJHY9v8adgr/Fz74x/OgAYf7O0Zyf8AP+FSgbuM8Dr6f0pnG3IJz39qF+ZiGI/CgA2oRkYA6e/51CSiDO3HPXAxz+dTOTj5eD6cimHJwDjHXv8A1oAQDAIXAz6c/Wn7/mGwjA9ef/11EGYkbe3TgdvenZPzemfy/CgB5QHtx14Pemrg4wc9vcfjTguAew7dqByf88fWgBcndgDp+FBwp2rz7c4pSeOTjHfgfpUW4MT82fx/nQBJvBXIHI9f/r05sk8/h27VH0wwOD64BzTiMjOc/Xv3oAeGHOT1HU//AFqAc/LkcfypowFz0wORSEgncW6+vcUAKVLMcZAH4GnZ2nHUjrnrSIcscDI/IY/x+lO2bjn/ADye/tQBE6sT97BHr6e9IDjIA5HpjpTiUGWz/n06U7CnBABwKAGKHPfjPTOKlJ5AIBP1B4pipxjqOvNL8+B6enegBSecben+e1OVvlOf0x/Wkwe44HrTURSf/wBVAClcqQeR275/KoUdkGAcZ55HrU5UAbgOn4Um5f4cn8P8aAP/0+TJy2VJP05pBgZ3Dnpjpn86FZhjP6Hn8aY5YISuT3+vpQBJwQM5/wAKYUPRmGOuD/jmlXOeOvoPp3pxGBQAoYHg5NKQ47genGaZwTz6UuF4x0Pp1/WgBcZHOAQKXC/wsQ3fA/zn86T5ccc8U4qeoxjOPxoAbtBBDYJ6+hI9u9I2cAD2680wZ28k5PGOopDwQxXA/WgBAWwQw57+mPxpzFsBW/AZ6U47cZUZ/wA+9NHBwVwMZODmgBFUEnIAx1HrR8p5QEEcf5zUgRs4zgnuTx+dJg/dOMcdDj/69ADcEkeo4J705jgYGPrnFOKkEhs9OhGaiJwwG0jP0/lQAHPfJ9D/AIinZJA3jJ/zijzAOn04pq5zg4yPagBzRkscA+v1puc4BxQchQVJ9+eMfShTjAPX27UAKFXGSDg9zn17UdMBOfSlGTkn8z/KkJGMMuB2x9aABs/dHX8/yoEa8BR7nPrSls8Dg+/FIDnIHIHf3/WgBGbbypBOfQUh65Gc9c/4ipChAHHbpUZIPTPPX8frQAgMgwOufTp+B5qQFhycZ9fQU1RxnJA6jvSHjnO7Prn/ABoAlIPAIDY/r6U5PmXkYUdhioxnOByO2f8A61OJ2nCj16jigBxG1uMjB64ppXDYAOO2O/8An6Uu7j0+vGKaGO0tkYHbn+tAEgyfvDqfxqIrIeVBJ6enSpc5U7R06H/PNNO4g8nmgBUxt2/e45pWRcg5wajT1+8c474pxXPIGPUdv1oAQADJYHjvkinblUAAH86arRnoCT9R+vem7d/KjigD/9TkmyBzxn9fpSFSRyeeDThIFO09W9PYUADnJx7GgBo4zuxSEI2D96pCQMkVGcyEk4HH0P60ASNk56ZH9aepOCRwR3yaiAIAAHA7/wCf50pDA5A4PfrQA8Mzdc/j3/Ok3DGOxHvUOfbgHpzSlQ+AORjoenHQ0AKFUrk59euKNyY24BJpxbA9s1Hu42nI9OMfhxQBIAw5BP4Ypo+bvx6f40ZAHzDnoKjDkHbtBI9uaAJSN2e+cU0lhgDjPrzShu/THftTWJZtq/XjrQA7JBwfoMUqhSuCf0GfzpoDKe/Pt0/GgkkcZ4oAcfmUsuTjtSNjcMHj9aOn3uc9jzx9aFYZGep6EZ4oAUBipPYfTNNGWb5ST9akHzck8Cm5UHAzntmgB7qFGWGfXjFQsVz8px+BpR78H1HamsSRnB57npQA7czZGOD3NLtU8A5x3HFNAyrA9/fGaN2ep6ccGgBQMPwMDv6UnIzjv6/yxTt6sMPkAd6aNvXnn15FAC7SV4GV+n+NAP8AwHHODSqwC/KcfTt+FPUg/NuOfU4/lQAztluO3BpilSeue55xx+NOO/pwD9KcFzhuAPxoAO/OeaYf7gGR3xTxgDPp09aYWzjf19aAJN3zdv8A61B24Jz7/wD1qarYIA4PoelObBUls49jQAY+YFiPQCnEH7pPT8KRQGIOCOKd823g8UAMxn5e/X8f/wBVG4Djg0jYI5J6YpwZ+x/OgD//1eOO7PTtgY60ADhs9vrn607GTnqO2B+lOG1TlR/X8OnWgBGPADHHt0H86BlSAM88D/8AXTd3zAk55qTeWOT0HHHSgCJN23aeAD9Me+akLhFyDx3B/nS57sACfrUWTuOD0/lQAbiTzyPXg1JzjIBz/n0pigpz97r7flSgMDuwB9T+maAHMNqZb8/SowGf7vQdP8ak5YcnpyRTCM5HIx3oAT7p3DqOOvFHB5br2phC8HnJ6f54pCQB1GD6dfrQBLncDhiT7UjDjIB9+xpFKnjAJ/Kl3cdgfSgBccZI69KQtknrg+vegSELgA5HfpTjljxzx0oAbkgEfoe1PjV1ycZB6elQs2DxwfbPPvUgwRlsc9KAJW5HPp7flRgKARwKjK5G0kD/AOt60uMjDDr1yc0ALknjlv8APtTEz6Dn8aUbQTjgds+tP789Pb/OaAG9BzkHsOtRFGLZGCDzinDPUHA6+lPK5xheD1oAYDx8o/z+FPUuV2jBPv70m3IJVcZ4z/nvSsu0gOM+w9vWgBhLL1p2C4yfmPfnv65oABOf4R708Ag8EZ9Tn+dADMPuOCCfr/OnsH/iPT60AkHJIB9OlLhfT8vX6UAR5YttfqfxpXByCmcdj/SgtyVGM/kadjA460AMJDYGCR/n+tJtYPhhjv2pxjzzuweRgUoUquByPc/40AM2chhwTT8hgOD2/E0ZBXaQAB+H6UBSQGxnPQE449uvP4UABXcoz156/wBP60wkKcFv5GpMdc/1z+opu+BeD/WgD//W5EMQOcDPvg0YX7oOP5ijaCmQOOh7f1phKt6A+oNADmGxQE6Z+pP5048889OtBDAjOT+ORUXJbB47f5xQA9mYDJJHPtThzlyaTnIA4Wj5lAAH60APCHIGSKRwRjn6EnP+fypFbJ47cHvTyUPUDjt/+ugCAgkjB4HXv+OaXAxnt6mmZJJLHA/mKXO4ZP19aAEBAO0cjvimsrH7pxz68U7IzjBOfbp7cUcMcc9eO3NACLvGQoxjuev9akBP3Rgd/rQRxgsQaaME4P5jJP8AOgBTwc/rQM9eoPpTlRhxjgdPXmm/NknJBPbHSgBvykgnOf73XFKAg46nPuef0pQOQGOc9c9jT8s3HBX160AIMKDkYz0J5wT2owMgjOOvXj9KRVyPl5z6f56U7OBgZyfQdfzoAcQHA/TpxUZDZyT8x9Mg0nPUEj+tIQTwf5f0oAf1X1I6Gm+WeS5wPTpj+dIEzghsjuTyfx7U75ASuNxPfNACqVLfMcjt/wDrp3rjH5n+lMIbnOcYxz/+ukVfp+fSgByLyegx3px9SBnuCadjHDY4phIAPIU9+9ACEqCOh+lO3DA9D0pAwIye3PHGM04khcg/lQAw5zz1Hofx/OnCPIJOf8+9MYggcjpggkjFP6/MT0HYYxj09aAEVtoyuP6UCQyHORx6DGKQEkAJyOuTyT+NIAqjDEfUn179v/rUAOO4n5eR/KmlGC4XIHU46fr0pRt+8zd+vX8KGXnIyfYigBDt43H6cDFA3/wgAfQ/0puR09T2HelOwcZ2+3NAH//X5AE8AD15NOwzDjB/P+vSm89MHP6Yp5LY9ulACDKjA/M0pVXbO5fYd/ypoGDilZSVzjof880AIOmGBYH6f1obaPvDA9v5UDI4HOOvel2hc7uD/P8APNADCcfcPuPWgDco5yfQ8H/P4VKRk8cDpxUf3SQDk/kcf40ARur9e3+fwp4GV47c80uRtAbdxzwM5/CkOC2U/DNADcoM4zjvgH9acQMDHT6d/wDGnZLeh+nH8zS/MoJPFACMpyGZCfTjt6+tAyeQep44/wAKDwSCfwpBIxUkjg++f/r0AOBJGDjNNw2cbh154GKQkEDPP4ZpwGScjI9h/PigBeDzkDnpijCscoW/H/D/AApfz/yKa6ttPrjNADiFOOhP6g1Gwc5CY46d6Mdlz7igEK3zAc+lADeTgDj6nvSncx7Egck5P4VIQeiqMdfahQSMEY5wOeOKAGjG3cw3e3uKf2yvyjrz0oCZHJAPoec/T1pADuHQkdMUALs+UkZHPJU01gwOR9TnH8+tIGO3cTkningqwypOR7/rQAhy+AG/HH9KFBOQee2eOaaMlgCRjHpTiAPmHbt60AKDycHGPXkio85PzAYFKxc9R17H/wCtTXwBnOB39qAFJwdu7rz9RUZYAjByffk+1OHmHOeOcc/5/rSqpb0UCgBAZDztH58U8Dr3xxz1pQAwOe/tn9RQCoHBGD6+1ADcDkrnPT2/+tTdxBw3QdqVznkDn1puFYjcefUHmgBVZSuB+QFBKHqQPr1/Wn/vCMjk+npSDzehxx70Af/Q5LGW4Htj/CndVJHb1yeKjbd349+op/Q57HnPTP5UAKcMwwP8KQbenf26CgFgcc4PI5zSIyEbeMHpx1oANucHA/rTt3QADHfvTN4JxxkdMihlbkk4wP8APWgAJY8dPyNRHj0z3qdW2qCSMD1qMbccjPH8v/r0AAwcgkc/h+tNwF747fhSBucg59vT/GnBieAD7+349KAJAFI3Mc49+f5UvGeOD65pobGVzjNND/wrj3/GgCUnj1I5x655qIBsDGMfWhiw+XJBx9fr+OaecbcAn370AN2/xAg+1OLfKCO/pnP6Uw+uT+NM5GQOR9P0oAmyQMt3xwc01mGNp659+aiUgH5v8/nUgXkt6diOntmgAIQAHH/1qduDcAYwevP9aRmPHXOP89e9N3ZPfcPWgCQjaDySPr0P04pQB1z/AJ+lMZuMdD6mlBf0B9wB/SgB4XI45PX/ADilJOSpOOBjNJuC8Z+opgkJJGCRg9P89qAAp6EnB7U3kgZycd+fShQQcjilBBXaece1AEi4I5596BuA6n3zUasT8p49unSgD5uRwPToe4NADnUjkHnsPWoskYGc+o6Y/OpGK7dv6Zx/OowACCOBx70APKnHzNyfTp+lICB7Htj/AOvT3b5OvfpURZOAMrjtxQBISFwQTz06jFNyozg9ex55qPLrxnHvT/n+6MD+uKAEYkng85pEBHJGec/56UYzyRTxx8vA96AHkAL745PvTME+tTKxPpx7fzppZwegGaAP/9Hjy2zO7GOcjv8A5+lHmAjacjPIwaDkHAwDjihWXqcA9/8APWgBwKnkkjPakUjBPHPY9zTgxccdfamAYwpNAA2c5OfrSqAOckfrUcmRwOeenP8AKhCAfUj0/wDrZoAlzxletQbjkZIx69KlBBOOSeuOaaxAO3aP8/SgB5dcfMMnGfagEbcnAHX8qOg5B4PakZBtO4cc0AO3AgEj8R0qPCt0J4/T86Vh2LHjnj/PNAVT1wDjIzxQA9cjn19+Ka33c46UgbnOMgelOYb1DAgjqM0AMK4IIzg/l/OlOT93OR6UYwC2cA04NkYXB5/yaAGklVyf8KYG3cLxjr3xUhUfXuc9jTcK3BXg9Md6AEPUYxx36Zp+5T8w79jRgFsAdPwpc4x69c44NAC7cDLEk/pRnGNpwB1JNBTj6dMU7cxPzfnxQA0lQCpPPb0pqKoBXGQfQ8/SnbCckcf0pQeAc+vrj65oAazAkbMgjrnqPypzMCMsvHr600qAcjt0wPX8qaFUr1/D/wDXQAgKHkf4VJnAwOc+n+eKQgjB4H1pm4jnr+WaAFcgEAn8KXYA2VxgjtUbNg5BNSqoAA59cDtQA3aW+YDb+P8ASgnbjOCTTzuY49Op/wAKaFAHQ/4UAN2knBH5dKM/Njvx/n1pWUDAIGPf1o2r/wDWxQAgUNnGPpTowO/GB60jk9DwPan5GMqcUASH7vBx7CoC7A4A/lUijcQo7f59M1JjHBGfwzQB/9Ljigwcjrx9PzpwBJxzkdzSDhcNwOg60OWBxj6UAPzkHafy7U0gZ6jnpzn+tOUfKM80bOeQCfft9KAGcj5VIp2GK8Afy/SjZx05POf89qHwTycY/nQAwZB5OD19BTly3qM//r607HUgH2I5NGDj5cYPbBoAYcDjj8//AK9NIIzt59qeOc5xj6df6ZpNoAyMH6DpQA5cgcnH4Uhy+c8jP50gODkj6fz6VMpVuAOew9aAIsoT8uc96B8x3E/rSnKtk8HsSeBTjnq47c0ANz82Rg/4Gk2qCWJJP0qXcd20cfXoKQ/eycHP+eKAIyxORxyPzFMUY6ggY5xzUvQ4I6elI8YHy5x7d6AGqrKcc1IoBGDkMO1NCgAg9MetO+QNhT+fOKAHSKccDI789KZyPvVIGG3GM45GDg/r6U3KOSwGPQn1oACfmJyOffNByAO5J/Cg4OVJxj6GmMcY6Z7kUAO5J54PfHvTBz07+w/rT3L8YGDUWd2Qep6jPGaAHbUxjr361GAB32ntnt+VO4UZFOPQcY/SgCMMMnI/Pn/Cng4HYAjsKjVGXBHJ9e3+NTfOvPf+VADQTu7Y7Z4pGDEkjGO/f+XWpCGGP4u9Io3Ak9B2BoAFVQM8D8P8aQjA6DA59fyp2SmQ3Oenp+PXNJwSFYY/Hj8qAADfkgYPoTmlzxkH8MUjEr15x2qVM8/LgdT06/rQAFd3sB3FIeP4s59adg5zjt1xn/61MO9Tg5/SgD//0+SYNnoST6Yp4XK4GMnk54/WnFR1I/WjAbqufwzQAwgo2Ae3QUjKn93r1zj8sUAFfp0qRVY4PT35/wAKAGDG3pkY4z7U7ccbcDA4HA/X1pTyMZHPp/8AXoIBG4j6/T9aAIw6YIH9RzTWw2AQaQHC45xmnFWxuGcjnNADAhUbVzjqO38zSlR0GcdeTUmd3BbaaaODnJxjuc0AJsGSCcDtmj5V44JHTj9ac2MckY9u1RADOR07ACgCZcsM5z7004weM9QD/wDqo3LnkEinAjkjHPfJ4oAQ/d4x+Z/WlAO3IxjpihV5PQe/rSn3Az35oAacD0+uablckDHpn60pYDGCPoOadlcA+v5GgAAHTp7Dg0hB2liTx1Jp5JBGe1JkA4Ujk+/9aAAHpk9R6ZFNbK4wfp/hTjkEbeTzyaQs5J4HHc9M+1ADQWI5AHqOAacMkbsAdsd6MdBuz7Dim5OMjjPXvQA0ZyNqkcf5xSkFTnPHQkj+VOIC/MeD7c0oYZw4xn60AR4AGRk57Dv7YpCemFIJ5qViOBjntgGmqAc7QQR6jk0ANUKBuyQp9DSYH3l5z6j/ACKlCOQdo4HXt/OgA56Fcc+1ADADu46e/SnH5T8ox7nGKXAxlsY9sg81ECpbA6+/H5UASbyRjBB9v/rUwlucDjufb+tO3Lnn8OelNHJ+U5I6Y7/nQAqkscheemTx+VS8n+IYx2xTcEjAYc9u9Jhfujrnv/8AWoAkGT90/qOlBHpzSBQAMnHPA6U4lv4hu9Oe350Af//U5hSADnnOcioxt4YcD1B/zihmyQMnP4dKFB25ZgMehoAUlWGeoPQ0q4wV5P8An60gVTyoyfU0EI2GB59D3oAQMB1yTnt2pC5A45OOn+eKYQeoP+fxp/DHLYOP8/iKAHDIXqM9OKZlgMZ4PUA55+nNKSdpI6fp+NM5GBkYb8KAJR06Hp2xS8gds+tM5Awp68dcGngAfL+Z60AMxHuIABx/+qmcEYOR9OcU5iOq5oPOAccfjQAxXIOMc+3+TUuWyBzz2AqFYyAAhzzye/5U/lf4v8+2KAHAsHznGemf5UEE5cNx/P8APFL2G0/n0NIg3AliD6DmgB3bcc/hx/KkJIXIpOUPy856EdqTndhgMD2/z+FACrznOFJ6UE7hyxGP0NRsSpwDk44x3p3z9SAfb3/IUAGfmGMH1I45p53ZPO3j/PNNOSuTg57UigliAuPy/pQA75VyO579Rmn4OcYHpwcU0vgZPIJ4A4oDk4BAB98D+VADWIBA3frzn+VOwBwfxpVTeDwPz/L3pCAo9/b/AOvQAZYA5PH0/wAaUAnn8eOaRMHOTjPXqKeSnTHT3P8AI0ANYc5OeppMsGwvXrnkVKDjoevH0zURB38YGP5UAIWJB5xk+lLt3Dcce/8A9cmlVezFR2/D9aQAqTt55+lADcqOAwH5Z5p2NrAcDb05pT6AcenX86dzjHv/AJ/yKAG/LuBbPP1x+tLn5Ru/Adv/AK1OLsclzn1/w9KQMnQDkdMjFAAAeg+mPWlGO+fwNN3Kckjcfbik3Y6rigD/1eUYDG1uhppbZwB19eaA3IwcH8qGLbdx6Z9etACu29cA46/hTTv24OMjoTn/ADj+VKSdhzngY9OtRqpP3l56e+BQAqqScjg9+/8An8Kfn+Ek0jYztUEFfTtmlKY5yCD/AJzQArD5flHHqO9A3bSByvb/AOvQDxtUgL2/zmlJUeuDQAYUZJHJ4P8A+uhTk4UcUEKQdvQj16U1MDk/TNAAT0CjJ/h560hyxAwM9+akb2G7PfjtSDkFcbeQBzx+dADQFK7iMj09MUY7pkZNSbCcjgY7E9fy60AMWAPUZxt9aAIwPm3DjP8AT2pWPPGB7g807HXdzz0IqHPzYIx35/zxQA8s5+Vh+tMO49On6/hTgwJ6Zz7dPpTQNxAGc9s8fyoAVTIfbnqf8mlOOu7djscinEA8biCexoAA4A256HqDQA3ngD8R2zTmG3nHJ/KnEEk9PzweKiJXdgHr05P86AFLHBGOc59vzpQDn5xxxzmnYHHt/OhSFILc++KAJCSoyAAai3fN079jn9O1TDbjcBn+dNJyxwMdT70AN3FcN3HPvSM+G3dfc5pwYcgfMB27/XtTGZMjqDQA7LFdx+b/AD2xQgx988+vT6UiqOnH5ing59h680AMIzxzz70qnquef8+tNVQ2RxkUdAFwTnj3oAUsoc5P5Dj+dPB3Hg5xzzUYVgcH8c0uRtwuBj3/AJUAOO0jZ7Y/+vRx2/D/AOvSlSwDEfr/AIU32TH1oAaCBnZ+VKBkZHP+fekYndtA4/CgsR0HWgD/1uSAAxtx+HSnAkc44HFOXAwMZ/zzSsxYH5h+VADGY8EndjpTFIdSeB7Hr+A709cY6gY9eKZuUHI4PtQAispbAJPpn9T0pxMeSx6Z6ngUHhSF7CkJAOec8HmgAUB8hPp1B/wo39e5HBqL5inyD0z06mpAikgZGcZoAmaT+E4BPtTGIHyYAweuc9f5UpVScn5cd+h9KFAcZGT9aAHAEA9cdxTtuBuJ4/KkQDOGBzUjtztwAfp6fQ0AQlc9s8kimncW2g44B5FTfdOeRnr+NRkEt147UARlsgg5/D0qQAFQ2eh7DH+JpFAHDMeOpAoAwcp+tADSVx1bH0OKcRgj0HTj+VKSSeMfyA/Wl5A57n/PWgBpUqdzIfrjpSbjgdyffH/1qdnGSxzj1/xoYMQNo469fWgBC5JO7AOO/wD9anBCy54+tMXIbnHX1z+lPJKjj8eKAGHAHy/mP/r5pYwvv9MGmAkn5RzzyP8A69P3bSD/AC9DQBJuweAPpz/9ekYA4wPX171ESVJ2jGe+KVskcc5/PnvQAu3GSMg56D+dMAAzwce/I/CnqAo5646njk/SkwpJx+Bz/hQBIQFHy4IpUO7KD5cdeuDTVPbOOf8AI70zcAxJz9RjH60AP2c7SehyP89aMgfMD3/zigHOcH65PrSs64z0B/TFADCrbun68Uq+49cD1oYtkYPUZx15pRtXO7HXHHegALY44x3qNlP3fbgdTmngjAwOvWhgnQ8f5xQA3aoXGcY71AXVeCfzq1jCgU3LHkZH0IoA/9flyOz8j0qPIxheaXBI+7n8acp3HjH8uKAItq4H8h6fjSfdII+v+TT2AAwDjPt/KneWMAnjPAPAoANvHzY56VE/B+Xrj/PWpCOB8v48U/axUFf89/WgCuQ28Hn/APVmpNuBgcn+n+fSnFSOg475NOBZRweO3P4UARgvkrn8D2qQHuAfwpCSOW7e3+f50hGSSOR37UAOLEAMM8U0tg5UdfYUnzDgfn1pzYHVfxoAb/DkHJ9++KEXb1Gfc8n26Uox0BH680A7vm7evGaAIzsJwcH6mnqcZGT25pi4bKnHtnp70uCAFAz2oAGb5ySCffpj9KcrA8qSPcmmBCD2pckjIHHrigB5YAYP+7+FIScBgcA/j9KjIA5ZsDvTmYOOmfcH8aAF3FGw/p6YpwdQNygEGogc8dKVDjg4/wDrUAO3ZzngD0pyvlTt+Zf5e/NNAyew46UBRjgHnt2FADWKbsEYpy4Hpxzj/P8AKkC7RyCFHbrxQTk4TkfTigB/UE9PeowqyIehPr7VIPmHIK4pADkFs8dD/SgAxn5QOv6UBSv3v1pQccDP4j/PFNHHUZPt0oAXOcdh09P8ikMbh8dcepoBHIP5df0qQMAMHPHvkUAJgjrjr/e/x6UijPB6d+/vSM3B4APWmh2HKDI+uOvtQApbBwBnGDx05pykuNygccAY5pMBiBkZ64zTiWQEL07DpQAEoW5PBpRtI/8ArUwEYPYng0oc9Af50Af/0OVCjb1OKd8p4I49qBuI+nSlwD0z9KAFHPRskfhTMqT8xP05x/hT9235s4yc5zg0wN/Ex6H8DQAwMN2G456en50rOM4PX1z0p4Azkrk98/0ppIPXqf6UAJgEHk8mncr0G7HQUjK2OMgAd/5UFSVLNzj1/QUAAJDYzipDjHAJNRgjHI6fWngjjjPuen40AIF549OaapYEhRj3qUq3cZHsPX+lRkNnocDpQAzJ/vZ9cUZJGGHPtinBTjDVHg56D65/SgACjdtbp157U7IXJJx700CQDc2acGXOSOnegCLuS2Dz+X5U9WK8Hn+dIPmBZOB/u/lQEXZtXt9eaAGycYJOV7gc0qoScI2T1x9fpSHI4XB98H8qbwMBef8AP6UATbcDIH69Pzo4J3N2po4PI4/GlwVyGA//AF+1ADtqj7x69KVMkck8Uw5yNwqQbgCCaAGscnCngUmQMKVyfUUrHd8o4pFBA2/T680ANzkgEYx0FP3Ej5cY+nT2ppD53dR7np+dA67lB/AY4/lQBMA5GT27g4/yaayqec59eaQdNzfj0waGOV64+nNACfdII+v+TUm3jnHtR5YABPGeAeBSHoPlH14oAjfg/L1x/nrSENuB5/8A1VY2sVBX/Pf1phUjoOO+TQAm3AwOT+uKAXyVJ49D2p4ZlHB47c/hSEkHLdv8/wCeaAF4PYn6ComBJ71IeSSOR+VICy8Yz75oA//R5d+ACRn6UjEkfM2AP6U8fdDd8VE52HI7f/WoAUlsfzpEC8lQTmnHjpTHJOOetAD2HzA4I/Gk2IxG7r2OP/10wnoffFKFw6tk8jPJz3NADjhsZO7HfJP+RQuFUbSD7DNDEk5JyRSckkZx0FADiWwMY9/amg89vXFIXIUEetPbGQ3tn/P50AOJG3Oe3f8ASomwcZOfwp4+YknqDTSM4B+tACMc8g9DmkwSfnx9Pw70rMVXI/zxQCWUE9jigADf7IHv2puGHbafY02SRlJA+lNBJQnPQ4FAC5IAHByc47fWgsSSFb345pSAYwT1oGAyDA5/+v0oAXcDtQA4Iz+NISVYjHXrk80McZPU8UHKng/xYoAcMsOBhh6U7jv19wKUgLwAOh7elM7en/16AFJVj8o69s5H4UqkY+Xgj05/OlYDcD68GkVRux7Z/mKAFOT09PXikweCRjjrmonkKkKMfe2/hmrCruGSeQPagBmON2c9hnrSjbjaPX9aeVBOPbNMBwpYDnp+dAAwDZPrUijjK5x69qRsqm4E89R2pqMxJbJB6/oKAFypPzE/Tn/9VNBUNg8c5xzx+dSJllDknqeO1PRVZlyM7v8A9dAELOM4PX1z0oxkEZPJpScpuPU0kgKgAE0AO5X7o3Y6CkBIbGcU08rubnr+lOzjAxxQBIenAJNRkAVIOFLdcetReZxyoNAH/9kKZW5kc3RyZWFtCmVuZG9iago0MCAwIG9iagoxMTYyMAplbmRvYmoKNDEgMCBvYmoKPDwgL0xlbmd0aCA0MiAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9XaWR0aCA1NiAvSGVpZ2h0IDU2IC9JbnRlcnBvbGF0ZQp0cnVlIC9Db2xvclNwYWNlIDcgMCBSIC9TTWFzayA0NSAwIFIgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZQo+PgpzdHJlYW0KeAHt0DEBAAAAwqD1T20MH4hAYcCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAgc/AACTAAAEKZW5kc3RyZWFtCmVuZG9iago0MiAwIG9iago2NQplbmRvYmoKNDMgMCBvYmoKPDwgL0xlbmd0aCA0NCAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9XaWR0aCA1NiAvSGVpZ2h0IDU2IC9JbnRlcnBvbGF0ZQp0cnVlIC9Db2xvclNwYWNlIDcgMCBSIC9TTWFzayA0NyAwIFIgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZQo+PgpzdHJlYW0KeAHt0DEBAAAAwqD1T20MH4hAYcCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAgc/AACTAAAEKZW5kc3RyZWFtCmVuZG9iago0NCAwIG9iago2NQplbmRvYmoKMzcgMCBvYmoKPDwgL0xlbmd0aCAzOCAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9XaWR0aCAxMjkgL0hlaWdodCA2NyAvSW50ZXJwb2xhdGUKdHJ1ZSAvQ29sb3JTcGFjZSA3IDAgUiAvU01hc2sgNDkgMCBSIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUKPj4Kc3RyZWFtCngB7dAxAQAAAMKg9U9tDB+IQGHAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgIHzwABlSQABCmVuZHN0cmVhbQplbmRvYmoKMzggMCBvYmoKMTM3CmVuZG9iago0NSAwIG9iago8PCAvTGVuZ3RoIDQ2IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDU2IC9IZWlnaHQgNTYgL0NvbG9yU3BhY2UKL0RldmljZUdyYXkgL0ludGVycG9sYXRlIHRydWUgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJlYW0KeAGVlmlME2kYx2em7XQ6rUJND2nZAi1dQf0ghFPY4AcPxEQIQqmIRl0TRIWsJrtGg9EYg4AIgqwYYRGNJhCWENfENSByCYkaEVik0i6EjVIuOdop2mvKzpS0yFWG90OnmZlf/s/xvvP8AWDpAiE6g4kgLBbChOkQuPSF5e6ANBh144skPjJfmdRLxHdnw7RVURBioFyRfFvErv0JyoPKxNg9kQFy8QaU4VKVoNg8aeBOxcnz1wpKSv8ou1uYdSFNuStIJuC4IEE6ypOFxp68cqfyWfObzp7eD11vW59XlVw9Hb9dzkfpK0QLwW5ewXHpNx6/6FB/Gp3UYQZMPzX2WdPxsjL/bHyItztzuWBBGsLz352aU9WqGpqaMVmsuI1YuMU0M6Xta6vOS4veImAtLRBIQzcGHLhY0aQa0Zusttn5ZbOasNG+5geXFEEi9hKQhopDUq7Xvh/Sm/DvKZK34WZM2/kk92i4J5u2sHUQSxR2LP/5xy/fFmg5VG24cUJdX3QiwhNdAELIxpBjhQ390+bFWk7SrBtoLD4R5oFA84ogzAtIyW8Y0FtWwohgLdhgY+GRQD5zvh10N/8D15/3u8Ls4EBdTuJmd2cfIdRr98Xaj9Mu1Ozlsej6nmRG+7AdkTJ4wakV77+smNt8jhOdD0+FCeC5SCG2LC6ncejbyrk5QaO25WbCpnVzNWXwQtOrVHqr46mLqxVT15yLFNoFQVQae6N1xLS6HFEb81j7rQQ5h8yQxg08+Vilx13IzD/CDerqjFAeneBg0c4rL4YoyRG8abgpa+8PCAiAqFxx590UlexIWet0V2mKHwcEILdtqZXqGSrZkZzta39NehCXBtB5EeeffTKS9ygt01BdZpSADjBEu661jFooMeRLlvG27GgxDDAl+wveTFJNb3YWn3pXFOfFBBCfhJJOHdX0iAT1/9xTSBEAkSnLerA1cIbe8mRfFsDyPVjea6Cc3uzszMeKQ3KWXe/DmvRU9w8Reog08W6Xfg1xYj2lSTIWwPSKLXw7SW13ktng0x3F8d4I0b89Wa1j1PtnHW/PjfGEATo/8sLfn02UC2PS1l/aIWQQ+zMgrUqzpv2ZEUzsT+I8KEs6KJ8HXNdddtifPLiwePfVl1qqgZpHWrL3SYjzB9A2BJ2u7MOoVRSf0dT8Es4nzzuIyuLz20ZX/QqSlbOZx1/fTvJbZ/+CMgTbz1b3YVSOBI5pan+N8pj71EMceXxes9a4+p6xGYdfFSj81s99P0EGPyTtQdfEqpHazJPdj86ECx2TBUK9ozP/UutWnQ96zdPLMVLnfADo7lsUufUD2LIz07GTbFZssCFPuZXLcA4ykCkIOlrUOIi5UCSw/5p/Px7sjJIcn8SYDj9R3DigWzFHm1k/2FKSGiFmOaYYyQE0tuf2nwvr+iaMS1yBvW+4cVLTUJz6k2SRowAJMOxIzpNOLWZeShJ+Yrj7ad7xCAlnsREh/ItHYGLmwxb1mGGhEyFciGFc8+rRZWWwmO2c0fYoyR/CL/E3R5+6WdOuHp7+arIQdmmW8EtW81fdyL+vawvOxGwVLuOXCBJiuvuEJZy7Vd3U1T80PqU3zBiw6S/a/u6Wmtu/KcKl3GX9GSlJZwt+jEzIyCr9s67tXXevStXT0V5fU5Z9NinKT8ie7xsZ3/cLhOB1Qnno3pT0zOyie+UV90uLcy9lHN4XvsljPbycGXTCBMnmSfyDoqLjFMmHkpPiY3YE+0v4HObiOjoJxx/CkyMcrkDsJfWV+8q8PYVcDkLRm4MQjQ4zCTtP+nkGzWWADjnK1/8BHElO3AplbmRzdHJlYW0KZW5kb2JqCjQ2IDAgb2JqCjEzNTcKZW5kb2JqCjQ3IDAgb2JqCjw8IC9MZW5ndGggNDggMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggNTYgL0hlaWdodCA1NiAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJwb2xhdGUgdHJ1ZSAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4AZWWaUwTaRjHZ6btdDqtQk0PadkCLV1B/SCEU9jgBw/ERAhCqYhGXRNEhawmu0aD0RiDgAiCrBhhEY0mEJYQ18Q1IHIJiRoRWKTSLoSNUi452inaa8rOlLTIVYb3Q6eZmV/+z/G+8/wBYOkCITqDiSAsFsKE6RC49IXl7oA0GHXjiyQ+Ml+Z1EvEd2fDtFVREGKgXJF8W8Su/QnKg8rE2D2RAXLxBpThUpWg2Dxp4E7FyfPXCkpK/yi7W5h1IU25K0gm4LggQTrKk4XGnrxyp/JZ85vOnt4PXW9bn1eVXD0dv13OR+krRAvBbl7Bcek3Hr/oUH8andRhBkw/NfZZ0/GyMv9sfIi3O3O5YEEawvPfnZpT1aoampoxWay4jVi4xTQzpe1rq85Li94iYC0tEEhDNwYcuFjRpBrRm6y22flls5qw0b7mB5cUQSL2EpCGikNSrte+H9Kb8O8pkrfhZkzb+ST3aLgnm7awdRBLFHYs//nHL98WaDlUbbhxQl1fdCLCE10AQsjGkGOFDf3T5sVaTtKsG2gsPhHmgUDziiDMC0jJbxjQW1bCiGAt2GBj4ZFAPnO+HXQ3/wPXn/e7wuzgQF1O4mZ3Zx8h1Gv3xdqP0y7U7OWx6PqeZEb7sB2RMnjBqRXvv6yY23yOE50PT4UJ4LlIIbYsLqdx6NvKuTlBo7blZsKmdXM1ZfBC06tUeqvjqYurFVPXnIsU2gVBVBp7o3XEtLocURvzWPutBDmHzJDGDTz5WKXHXcjMP8IN6uqMUB6d4GDRzisvhijJEbxpuClr7w8ICICoXHHn3RSV7EhZ63RXaYofBwQgt22pleoZKtmRnO1rf016EJcG0HkR5599MpL3KC3TUF1mlIAOMES7rrWMWigx5EuW8bbsaDEMMCX7C95MUk1vdhafelcU58UEEJ+Ekk4d1fSIBPX/3FNIEQCRKct6sDVwht7yZF8WwPI9WN5roJze7OzMx4pDcpZd78Oa9FT3DxF6iDTxbpd+DXFiPaVJMhbA9IotfDtJbXeS2eDTHcXx3gjRvz1ZrWPU+2cdb8+N8YQBOj/ywt+fTZQLY9LWX9ohZBD7MyCtSrOm/ZkRTOxP4jwoSzoonwdc11122J88uLB499WXWqqBmkdasvdJiPMH0DYEna7sw6hVFJ/R1PwSzifPO4jK4vPbRlf9CpKVs5nHX99O8ltn/4IyBNvPVvdhVI4Ejmlqf43ymPvUQxx5fF6z1rj6nrEZh18VKPzWz30/QQY/JO1B18SqkdrMk92PzoQLHZMFQr2jM/9S61adD3rN08sxUud8AOjuWxS59QPYsjPTsZNsVmywIU+5lctwDjKQKQg6WtQ4iLlQJLD/mn8/HuyMkhyfxJgOP1HcOKBbMUebWT/YUpIaIWY5phjJATS25/afC+v6JoxLXIG9b7hxUtNQnPqTZJGjAAkw7EjOk04tZl5KEn5iuPtp3vEICWexESH8i0dgYubDFvWYYaETIVyIYVzz6tFlZbCY7ZzR9ijJH8Iv8TdHn7pZ064env5qshB2aZbwS1bzV93Iv69rC87EbBUu45cIEmK6+4QlnLtV3dTVPzQ+pTfMGLDpL9r+7paa278pwqXcZf0ZKUlnC36MTMjIKv2zru1dd69K1dPRXl9Tln02KcpPyJ7vGxnf9wuE4HVCeejelPTM7KJ75RX3S4tzL2Uc3he+yWM9vJwZdMIEyeZJ/IOiouMUyYeSk+JjdgT7S/gc5uI6OgnHH8KTIxyuQOwl9ZX7yrw9hVwOQtGbgxCNDjMJO0/6eQbNZYAOOcrX/wEcSU7cCmVuZHN0cmVhbQplbmRvYmoKNDggMCBvYmoKMTM1NwplbmRvYmoKNDkgMCBvYmoKPDwgL0xlbmd0aCA1MCAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9XaWR0aCAxMjkgL0hlaWdodCA2NyAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJwb2xhdGUgdHJ1ZSAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Ae3aMYrCUBDG8Xm++PJCII0IEaIENekFu1SWCks6i4epPYOdpaSwtUkhaT2BpeXaaSM5gGUqIdXCrp5itvj+F5jh186QkEo7LGklBZFQnh+OY4bGoe8pQdIbJqnJGDJpMvQkKT9Z50XJUJGvE1+RDtP8fK8Yup/zNNTkRKa41Q1D9a0wkUNOnJVV88tQU5VZjAUgAAEIQAACEIAABCAAAQhAAAIQgAAEIAABCEAAAhCAAAQg8B8EotXx8fph6PU4rt5nOz1aHq7PmqHn9bAcabIH8+3p8s3Q5bSdD2xqd6dms9sztNuYabdN0g0ms8UXQ4vZJHAlCcvt9II+Q0Gv41qfD4aWpZTNkFJW6z3/D2dF0s0KZW5kc3RyZWFtCmVuZG9iago1MCAwIG9iagoyNzYKZW5kb2JqCjUyIDAgb2JqCjw8IC9MZW5ndGggNTMgMCBSIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4AZ2WTW8jNwyG7/oVPLaHKKJI6uPadFH0UKBtDPS8MJxuCrupnXT79/tKM9IkbXaR3ZNteUjx4+HLOdMvdCbV7EupmWIxbykZWfFBkvL25XKg3+hPuv75cNkf/nr6+/2RLvd0/cMj0++PdHaWVotAgeYP1TI8p8Xz/kTXP54Kff+Aq/vlVb3VYiSiPmaL7kQW1EsqmSTiz4B45kEoPiUV0mEWK66oCHVPWtSXWCLyqJ6jVKep+FpymiekVn3krPTcTqtHDSLJ9D5P1gCGmRtRtuuGc1H1QU23ALaTEeYzuw8z+M3bqVf36xtxdhJa5QNyCEiSl7Ir+xQiCrmU3ZayX/96OL5/uv94uHk4PlzuT4eny/2+t/MG7dw/OvjxiTnkEPGtVrgwocf97Pe8IFZeiQmDmPEFxNy51mFDY6XhxeDi6/DaiHqBl4kNz7l7dkuedcPLCvtQC/odrONFwKsGX1JJxBW8N7zmQa4LXsPMcaoDL8vspeHFKXS8yMy8Nry2EzWfOQtONjtEWTWz4+l9PdkCGGYzyv3mPLIteM0AxokbYW7Z7ekDhvb/ObfhfUMj3Otzfu5YDbxMylL2q5K91MzyBr5ck4uFr8bp5/maN3CKn+CrRXrXFURUvLW+BK9BcqkF0aJkFTLR2sAhZFrzivQPKf20RHJz2ycmuNsbYMr9xxVTG94acoUxdLGm1LKLImhiKHjoRJIVV2GsuAgAkAI1SV5jURe5/dWfq9FnCxXmdDvEDsKqzTUqmKPiCmGCjBRlmzE+09hetKGxxLH2GFNaDZoqLe7q4m7Bn8PGv6KA7RHHKEkfPvAPme9m8+y4nSH5HtkR+raYYj+MI0jXK/4aW/qFmTW5eUnV8ExXDNFUEVun+Y2q1UrzaaocttS8YSSEHUGY5Vn9haeWSjI0aT4mwdt8cI7IgBkCCYlsNHSxxL4poYnlQIqh94WSNoy+2xE63gepf7gd9uFux7Dd3dE37z4evqXdH/RutwJjEhELBoyxAaMYYR9pgKZTwoxnThNs9wrY9BLsNv9WtQBswIxV28FGbgzcO9hY3Q3QArE6btBimwYWgcgAPAbbYAArNhJk0zSnSe5bpkub1qpUjIz5EpABytIqHgs8Q1DQ+cIYslakLYjghdmsbZH2klIqXgEwB9jkRthU8IQ3h88N+X9qwcsERKCWQ+qVCChyhrCz0cnFhFtiRER4EkOdSLmiaJKBOiReMYuKMorFVrp1xP8FNdMISQplbmRzdHJlYW0KZW5kb2JqCjUzIDAgb2JqCjkzNQplbmRvYmoKNTEgMCBvYmoKPDwgL1R5cGUgL1BhZ2UgL1BhcmVudCAzIDAgUiAvUmVzb3VyY2VzIDU0IDAgUiAvQ29udGVudHMgNTIgMCBSIC9NZWRpYUJveApbMCAwIDY0OSAzNDRdID4+CmVuZG9iago1NCAwIG9iago8PCAvUHJvY1NldCBbIC9QREYgL1RleHQgL0ltYWdlQiAvSW1hZ2VDIC9JbWFnZUkgXSAvQ29sb3JTcGFjZSA8PCAvQ3MxIDcgMCBSCj4+IC9FeHRHU3RhdGUgPDwgL0dzMSAxOSAwIFIgPj4gL0ZvbnQgPDwgL1RUMSAxOCAwIFIgPj4gL1hPYmplY3QgPDwgL0ltNSAzOSAwIFIKL0ltOCA1NSAwIFIgL0ltMTAgNTkgMCBSIC9JbTkgNTcgMCBSID4+ID4+CmVuZG9iago1NyAwIG9iago8PCAvTGVuZ3RoIDU4IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDU2IC9IZWlnaHQgNTYgL0ludGVycG9sYXRlCnRydWUgL0NvbG9yU3BhY2UgNyAwIFIgL1NNYXNrIDYxIDAgUiAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlCj4+CnN0cmVhbQp4Ae3QMQEAAADCoPVPbQwfiEBhwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwICBz8AAJMAAAQplbmRzdHJlYW0KZW5kb2JqCjU4IDAgb2JqCjY1CmVuZG9iago1OSAwIG9iago8PCAvTGVuZ3RoIDYwIDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDEyOSAvSGVpZ2h0IDY3IC9JbnRlcnBvbGF0ZQp0cnVlIC9Db2xvclNwYWNlIDcgMCBSIC9TTWFzayA2MyAwIFIgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZQo+PgpzdHJlYW0KeAHt0DEBAAAAwqD1T20MH4hAYcCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAgfPAAGVJAAEKZW5kc3RyZWFtCmVuZG9iago2MCAwIG9iagoxMzcKZW5kb2JqCjU1IDAgb2JqCjw8IC9MZW5ndGggNTYgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggNTYgL0hlaWdodCA1NiAvSW50ZXJwb2xhdGUKdHJ1ZSAvQ29sb3JTcGFjZSA3IDAgUiAvU01hc2sgNjUgMCBSIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUKPj4Kc3RyZWFtCngB7dAxAQAAAMKg9U9tDB+IQGHAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgIHPwAAkwAABCmVuZHN0cmVhbQplbmRvYmoKNTYgMCBvYmoKNjUKZW5kb2JqCjYxIDAgb2JqCjw8IC9MZW5ndGggNjIgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggNTYgL0hlaWdodCA1NiAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJwb2xhdGUgdHJ1ZSAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4AZWWaUwTaRjHZ6btdDqtQk0PadkCLV1B/SCEU9jgBw/ERAhCqYhGXRNEhawmu0aD0RiDgAiCrBhhEY0mEJYQ18Q1IHIJiRoRWKTSLoSNUi452inaa8rOlLTIVYb3Q6eZmV/+z/G+8/wBYOkCITqDiSAsFsKE6RC49IXl7oA0GHXjiyQ+Ml+Z1EvEd2fDtFVREGKgXJF8W8Su/QnKg8rE2D2RAXLxBpThUpWg2Dxp4E7FyfPXCkpK/yi7W5h1IU25K0gm4LggQTrKk4XGnrxyp/JZ85vOnt4PXW9bn1eVXD0dv13OR+krRAvBbl7Bcek3Hr/oUH8andRhBkw/NfZZ0/GyMv9sfIi3O3O5YEEawvPfnZpT1aoampoxWay4jVi4xTQzpe1rq85Li94iYC0tEEhDNwYcuFjRpBrRm6y22flls5qw0b7mB5cUQSL2EpCGikNSrte+H9Kb8O8pkrfhZkzb+ST3aLgnm7awdRBLFHYs//nHL98WaDlUbbhxQl1fdCLCE10AQsjGkGOFDf3T5sVaTtKsG2gsPhHmgUDziiDMC0jJbxjQW1bCiGAt2GBj4ZFAPnO+HXQ3/wPXn/e7wuzgQF1O4mZ3Zx8h1Gv3xdqP0y7U7OWx6PqeZEb7sB2RMnjBqRXvv6yY23yOE50PT4UJ4LlIIbYsLqdx6NvKuTlBo7blZsKmdXM1ZfBC06tUeqvjqYurFVPXnIsU2gVBVBp7o3XEtLocURvzWPutBDmHzJDGDTz5WKXHXcjMP8IN6uqMUB6d4GDRzisvhijJEbxpuClr7w8ICICoXHHn3RSV7EhZ63RXaYofBwQgt22pleoZKtmRnO1rf016EJcG0HkR5599MpL3KC3TUF1mlIAOMES7rrWMWigx5EuW8bbsaDEMMCX7C95MUk1vdhafelcU58UEEJ+Ekk4d1fSIBPX/3FNIEQCRKct6sDVwht7yZF8WwPI9WN5roJze7OzMx4pDcpZd78Oa9FT3DxF6iDTxbpd+DXFiPaVJMhbA9IotfDtJbXeS2eDTHcXx3gjRvz1ZrWPU+2cdb8+N8YQBOj/ywt+fTZQLY9LWX9ohZBD7MyCtSrOm/ZkRTOxP4jwoSzoonwdc11122J88uLB499WXWqqBmkdasvdJiPMH0DYEna7sw6hVFJ/R1PwSzifPO4jK4vPbRlf9CpKVs5nHX99O8ltn/4IyBNvPVvdhVI4Ejmlqf43ymPvUQxx5fF6z1rj6nrEZh18VKPzWz30/QQY/JO1B18SqkdrMk92PzoQLHZMFQr2jM/9S61adD3rN08sxUud8AOjuWxS59QPYsjPTsZNsVmywIU+5lctwDjKQKQg6WtQ4iLlQJLD/mn8/HuyMkhyfxJgOP1HcOKBbMUebWT/YUpIaIWY5phjJATS25/afC+v6JoxLXIG9b7hxUtNQnPqTZJGjAAkw7EjOk04tZl5KEn5iuPtp3vEICWexESH8i0dgYubDFvWYYaETIVyIYVzz6tFlZbCY7ZzR9ijJH8Iv8TdHn7pZ064env5qshB2aZbwS1bzV93Iv69rC87EbBUu45cIEmK6+4QlnLtV3dTVPzQ+pTfMGLDpL9r+7paa278pwqXcZf0ZKUlnC36MTMjIKv2zru1dd69K1dPRXl9Tln02KcpPyJ7vGxnf9wuE4HVCeejelPTM7KJ75RX3S4tzL2Uc3he+yWM9vJwZdMIEyeZJ/IOiouMUyYeSk+JjdgT7S/gc5uI6OgnHH8KTIxyuQOwl9ZX7yrw9hVwOQtGbgxCNDjMJO0/6eQbNZYAOOcrX/wEcSU7cCmVuZHN0cmVhbQplbmRvYmoKNjIgMCBvYmoKMTM1NwplbmRvYmoKNjMgMCBvYmoKPDwgL0xlbmd0aCA2NCAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9XaWR0aCAxMjkgL0hlaWdodCA2NyAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJwb2xhdGUgdHJ1ZSAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Ae3aMYrCUBDG8Xm++PJCII0IEaIENekFu1SWCks6i4epPYOdpaSwtUkhaT2BpeXaaSM5gGUqIdXCrp5itvj+F5jh186QkEo7LGklBZFQnh+OY4bGoe8pQdIbJqnJGDJpMvQkKT9Z50XJUJGvE1+RDtP8fK8Yup/zNNTkRKa41Q1D9a0wkUNOnJVV88tQU5VZjAUgAAEIQAACEIAABCAAAQhAAAIQgAAEIAABCEAAAhCAAAQg8B8EotXx8fph6PU4rt5nOz1aHq7PmqHn9bAcabIH8+3p8s3Q5bSdD2xqd6dms9sztNuYabdN0g0ms8UXQ4vZJHAlCcvt9II+Q0Gv41qfD4aWpZTNkFJW6z3/D2dF0s0KZW5kc3RyZWFtCmVuZG9iago2NCAwIG9iagoyNzYKZW5kb2JqCjY1IDAgb2JqCjw8IC9MZW5ndGggNjYgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggNTYgL0hlaWdodCA1NiAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJwb2xhdGUgdHJ1ZSAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4AZWWaUwTaRjHZ6btdDqtQk0PadkCLV1B/SCEU9jgBw/ERAhCqYhGXRNEhawmu0aD0RiDgAiCrBhhEY0mEJYQ18Q1IHIJiRoRWKTSLoSNUi452inaa8rOlLTIVYb3Q6eZmV/+z/G+8/wBYOkCITqDiSAsFsKE6RC49IXl7oA0GHXjiyQ+Ml+Z1EvEd2fDtFVREGKgXJF8W8Su/QnKg8rE2D2RAXLxBpThUpWg2Dxp4E7FyfPXCkpK/yi7W5h1IU25K0gm4LggQTrKk4XGnrxyp/JZ85vOnt4PXW9bn1eVXD0dv13OR+krRAvBbl7Bcek3Hr/oUH8andRhBkw/NfZZ0/GyMv9sfIi3O3O5YEEawvPfnZpT1aoampoxWay4jVi4xTQzpe1rq85Li94iYC0tEEhDNwYcuFjRpBrRm6y22flls5qw0b7mB5cUQSL2EpCGikNSrte+H9Kb8O8pkrfhZkzb+ST3aLgnm7awdRBLFHYs//nHL98WaDlUbbhxQl1fdCLCE10AQsjGkGOFDf3T5sVaTtKsG2gsPhHmgUDziiDMC0jJbxjQW1bCiGAt2GBj4ZFAPnO+HXQ3/wPXn/e7wuzgQF1O4mZ3Zx8h1Gv3xdqP0y7U7OWx6PqeZEb7sB2RMnjBqRXvv6yY23yOE50PT4UJ4LlIIbYsLqdx6NvKuTlBo7blZsKmdXM1ZfBC06tUeqvjqYurFVPXnIsU2gVBVBp7o3XEtLocURvzWPutBDmHzJDGDTz5WKXHXcjMP8IN6uqMUB6d4GDRzisvhijJEbxpuClr7w8ICICoXHHn3RSV7EhZ63RXaYofBwQgt22pleoZKtmRnO1rf016EJcG0HkR5599MpL3KC3TUF1mlIAOMES7rrWMWigx5EuW8bbsaDEMMCX7C95MUk1vdhafelcU58UEEJ+Ekk4d1fSIBPX/3FNIEQCRKct6sDVwht7yZF8WwPI9WN5roJze7OzMx4pDcpZd78Oa9FT3DxF6iDTxbpd+DXFiPaVJMhbA9IotfDtJbXeS2eDTHcXx3gjRvz1ZrWPU+2cdb8+N8YQBOj/ywt+fTZQLY9LWX9ohZBD7MyCtSrOm/ZkRTOxP4jwoSzoonwdc11122J88uLB499WXWqqBmkdasvdJiPMH0DYEna7sw6hVFJ/R1PwSzifPO4jK4vPbRlf9CpKVs5nHX99O8ltn/4IyBNvPVvdhVI4Ejmlqf43ymPvUQxx5fF6z1rj6nrEZh18VKPzWz30/QQY/JO1B18SqkdrMk92PzoQLHZMFQr2jM/9S61adD3rN08sxUud8AOjuWxS59QPYsjPTsZNsVmywIU+5lctwDjKQKQg6WtQ4iLlQJLD/mn8/HuyMkhyfxJgOP1HcOKBbMUebWT/YUpIaIWY5phjJATS25/afC+v6JoxLXIG9b7hxUtNQnPqTZJGjAAkw7EjOk04tZl5KEn5iuPtp3vEICWexESH8i0dgYubDFvWYYaETIVyIYVzz6tFlZbCY7ZzR9ijJH8Iv8TdHn7pZ064env5qshB2aZbwS1bzV93Iv69rC87EbBUu45cIEmK6+4QlnLtV3dTVPzQ+pTfMGLDpL9r+7paa278pwqXcZf0ZKUlnC36MTMjIKv2zru1dd69K1dPRXl9Tln02KcpPyJ7vGxnf9wuE4HVCeejelPTM7KJ75RX3S4tzL2Uc3he+yWM9vJwZdMIEyeZJ/IOiouMUyYeSk+JjdgT7S/gc5uI6OgnHH8KTIxyuQOwl9ZX7yrw9hVwOQtGbgxCNDjMJO0/6eQbNZYAOOcrX/wEcSU7cCmVuZHN0cmVhbQplbmRvYmoKNjYgMCBvYmoKMTM1NwplbmRvYmoKNjggMCBvYmoKPDwgL0xlbmd0aCA2OSAwIFIgL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBK1QIVChU0HcuNlRILlYwAMPiZKCQIZhpqKBrpmCskJyr4BSiYG4EFoNSIbkK+iEhhkCFIWkK0Qoanrm5pSWJSTmpCi6JJYkKwSVFpcklpUWaXIYWChqpxZoKsQohXgquIUALAwGE2B2fCmVuZHN0cmVhbQplbmRvYmoKNjkgMCBvYmoKMTA3CmVuZG9iago2NyAwIG9iago8PCAvVHlwZSAvUGFnZSAvUGFyZW50IDMgMCBSIC9SZXNvdXJjZXMgNzAgMCBSIC9Db250ZW50cyA2OCAwIFIgL01lZGlhQm94ClswIDAgODUxIDU4XSA+PgplbmRvYmoKNzAgMCBvYmoKPDwgL1Byb2NTZXQgWyAvUERGIC9UZXh0IF0gL0NvbG9yU3BhY2UgPDwgL0NzMSA3IDAgUiA+PiAvRm9udCA8PCAvVFQxIDE4IDAgUgo+PiA+PgplbmRvYmoKNzIgMCBvYmoKPDwgL0xlbmd0aCA3MyAwIFIgL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBK1QIVChU0HcuNlRILlYw0LMEAkMDQwVDCNvC3MJAoTgZqAQoAISGCkYKxgrJuQpOIQqGFhAhCBWSy6UfEmIEVBGSpqBhoakQkqXgGgI0PRAARX8VjAplbmRzdHJlYW0KZW5kb2JqCjczIDAgb2JqCjg3CmVuZG9iago3MSAwIG9iago8PCAvVHlwZSAvUGFnZSAvUGFyZW50IDMgMCBSIC9SZXNvdXJjZXMgNzQgMCBSIC9Db250ZW50cyA3MiAwIFIgL01lZGlhQm94ClswIDAgMTMgMTddID4+CmVuZG9iago3NCAwIG9iago8PCAvUHJvY1NldCBbIC9QREYgL1RleHQgXSAvQ29sb3JTcGFjZSA8PCAvQ3MxIDcgMCBSID4+IC9Gb250IDw8IC9UVDIgNzUgMCBSCj4+ID4+CmVuZG9iago3NyAwIG9iago8PCAvTGVuZ3RoIDc4IDAgUiAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJlYW0KeAG1lktvEzEQgO/7K+YIhzoev32kKUIckIBG4tyutjRol9CklL/PzPqxmzYlhVJFUZyRPc/PM76BT3ADUhjpQ/SRVl6ZEK0E1AguiGDQeth28AW+w+Jjt227H7c/L3rYrmHxbofwdUcKUNFR+jiXD2DSGACzwqYdYPF+QISzDdlkq6bscV5Y54yHgRR5lkaosn4mK7r62dksgx6uZ9JJI/t9LL7mcHw3oCVHJcff6u6J0koYrS2kmGwKafG56y9u13fdctNvtuuhu92u24bTtKQ0tTtWJByi9FLRKkapgtWwa2seqwVXgkKlwcmUU3byKpfL2VSuaaOWwtattV7FMlkje8EDjpZj8EE2ZJkqN8aHQNVWjgM6XfF6DDr9rKhwqxXSztUVvHrTr9vuNay+wdtVriMqm2qW4Ane7MHzSHL/BI9ySWGCh9zO8KimwkPE7YHiCB5lqS4zeBxBMcnGnJIuBiqdbVL6Rtl1lRb0WCPDcyS8MdfNg7uxz06xCC/GTrVQYzrMDkdD9NAFS/mgG/pcdNCpp7FzurncJ8fIXOjDbefvyaHqz8mJ5YqinsgxOLaDWYsZwGq9Rw5TMsnKbaS2k89mckj/2HYOaGRyjoT3JHKKxZcjp1qYmsnBrsPRzMih2J9NjtHuaeScXdzdazoxCh2ii4AYeHpYsEFI7QzWxVF8rMsnuNvVPyglq6ZeiTFpboeGR5eZRhcaOhoDNTqaU8pbxaPLWhEc91hL00dSeqrAoKD5pqEca2i4ihDJ15aS6IRWQVGfUYLuLEWkCNDg3UxCgHlMfbWeIzej8dhg1Z4lkwP1WPGSzFXl3gtpLPfq4kCWkMb70bU0XB9KU3/890rc65FSp7yfcI/S0VN2xjfDf5uvWCygMpkZWZjJi2nIBk6vNo7fNDJI6nHaCwySiua0QPRKlTGr4BcY+JAG/fJ8HJ6yOV/W8XqCEJQI6AkKeuB4VBwa9xxNbwnaP9CX5jwaSy+CHs7LZNVBuIjUqh7zQRfID/oA+z6goUeCY66qD0z+5EmTfTDFh9+TWkQFCmVuZHN0cmVhbQplbmRvYmoKNzggMCBvYmoKNzg2CmVuZG9iago3NiAwIG9iago8PCAvVHlwZSAvUGFnZSAvUGFyZW50IDMgMCBSIC9SZXNvdXJjZXMgNzkgMCBSIC9Db250ZW50cyA3NyAwIFIgL01lZGlhQm94ClswIDAgNTM4IDE3N10gPj4KZW5kb2JqCjc5IDAgb2JqCjw8IC9Qcm9jU2V0IFsgL1BERiAvVGV4dCAvSW1hZ2VCIC9JbWFnZUMgL0ltYWdlSSBdIC9Db2xvclNwYWNlIDw8IC9DczEgNyAwIFIKPj4gL0V4dEdTdGF0ZSA8PCAvR3MxIDE5IDAgUiA+PiAvRm9udCA8PCAvVFQxIDE4IDAgUiA+PiAvWE9iamVjdCA8PCAvSW01IDM5IDAgUgovSW0xMiA4MiAwIFIgL0ltMTMgODQgMCBSIC9JbTE0IDg2IDAgUiAvSW0xMSA4MCAwIFIgPj4gPj4KZW5kb2JqCjgwIDAgb2JqCjw8IC9MZW5ndGggODEgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggMTI5IC9IZWlnaHQgNjcgL0ludGVycG9sYXRlCnRydWUgL0NvbG9yU3BhY2UgNyAwIFIgL1NNYXNrIDg4IDAgUiAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlCj4+CnN0cmVhbQp4Ae3QMQEAAADCoPVPbQwfiEBhwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwICB88AAZUkAAQplbmRzdHJlYW0KZW5kb2JqCjgxIDAgb2JqCjEzNwplbmRvYmoKODQgMCBvYmoKPDwgL0xlbmd0aCA4NSAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9XaWR0aCAxMjkgL0hlaWdodCA2NyAvSW50ZXJwb2xhdGUKdHJ1ZSAvQ29sb3JTcGFjZSA3IDAgUiAvU01hc2sgOTAgMCBSIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUKPj4Kc3RyZWFtCngB7dAxAQAAAMKg9U9tDB+IQGHAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgIHzwABlSQABCmVuZHN0cmVhbQplbmRvYmoKODUgMCBvYmoKMTM3CmVuZG9iago4NiAwIG9iago8PCAvTGVuZ3RoIDg3IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDU2IC9IZWlnaHQgNTYgL0ludGVycG9sYXRlCnRydWUgL0NvbG9yU3BhY2UgNyAwIFIgL1NNYXNrIDkyIDAgUiAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlCj4+CnN0cmVhbQp4Ae3QMQEAAADCoPVPbQwfiEBhwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwICBz8AAJMAAAQplbmRzdHJlYW0KZW5kb2JqCjg3IDAgb2JqCjY1CmVuZG9iago4MiAwIG9iago8PCAvTGVuZ3RoIDgzIDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDEyOSAvSGVpZ2h0IDY3IC9JbnRlcnBvbGF0ZQp0cnVlIC9Db2xvclNwYWNlIDcgMCBSIC9TTWFzayA5NCAwIFIgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZQo+PgpzdHJlYW0KeAHt0DEBAAAAwqD1T20MH4hAYcCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAgfPAAGVJAAEKZW5kc3RyZWFtCmVuZG9iago4MyAwIG9iagoxMzcKZW5kb2JqCjkwIDAgb2JqCjw8IC9MZW5ndGggOTEgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggMTI5IC9IZWlnaHQgNjcgL0NvbG9yU3BhY2UKL0RldmljZUdyYXkgL0ludGVycG9sYXRlIHRydWUgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJlYW0KeAHt2jGKwlAQxvF5vvjyQiCNCBGiBDXpBbtUlgpLOouHqT2DnaWksLVJIWk9gaXl2mkjOYBlKiHVwq6eYrb4/heY4dfOkJBKOyxpJQWRUJ4fjmOGxqHvKUHSGyapyRgyaTL0JCk/WedFyVCRrxNfkQ7T/HyvGLqf8zTU5ESmuNUNQ/WtMJFDTpyVVfPLUFOVWYwFIAABCEAAAhCAAAQgAAEIQAACEIAABCAAAQhAAAIQgAAEIPAfBKLV8fH6Yej1OK7eZzs9Wh6uz5qh5/WwHGmyB/Pt6fLN0OW0nQ9sanenZrPbM7TbmGm3TdINJrPFF0OL2SRwJQnL7fSCPkNBr+Nanw+GlqWUzZBSVus9/w9nRdLNCmVuZHN0cmVhbQplbmRvYmoKOTEgMCBvYmoKMjc2CmVuZG9iago4OCAwIG9iago8PCAvTGVuZ3RoIDg5IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDEyOSAvSGVpZ2h0IDY3IC9Db2xvclNwYWNlCi9EZXZpY2VHcmF5IC9JbnRlcnBvbGF0ZSB0cnVlIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngB7doxisJQEMbxeb748kIgjQgRogQ16QW7VJYKSzqLh6k9g52lpLC1SSFpPYGl5dppIzmAZSoh1cKunmK2+P4XmOHXzpCQSjssaSUFkVCeH45jhsah7ylB0hsmqckYMmky9CQpP1nnRclQka8TX5EO0/x8rxi6n/M01OREprjVDUP1rTCRQ06clVXzy1BTlVmMBSAAAQhAAAIQgAAEIAABCEAAAhCAAAQgAAEIQAACEIAABCDwHwSi1fHx+mHo9Tiu3mc7PVoers+aoef1sBxpsgfz7enyzdDltJ0PbGp3p2az2zO025hpt03SDSazxRdDi9kkcCUJy+30gj5DQa/jWp8PhpallM2QUlbrPf8PZ0XSzQplbmRzdHJlYW0KZW5kb2JqCjg5IDAgb2JqCjI3NgplbmRvYmoKOTQgMCBvYmoKPDwgL0xlbmd0aCA5NSAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9XaWR0aCAxMjkgL0hlaWdodCA2NyAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJwb2xhdGUgdHJ1ZSAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Ae3aMYrCUBDG8Xm++PJCII0IEaIENekFu1SWCks6i4epPYOdpaSwtUkhaT2BpeXaaSM5gGUqIdXCrp5itvj+F5jh186QkEo7LGklBZFQnh+OY4bGoe8pQdIbJqnJGDJpMvQkKT9Z50XJUJGvE1+RDtP8fK8Yup/zNNTkRKa41Q1D9a0wkUNOnJVV88tQU5VZjAUgAAEIQAACEIAABCAAAQhAAAIQgAAEIAABCEAAAhCAAAQg8B8EotXx8fph6PU4rt5nOz1aHq7PmqHn9bAcabIH8+3p8s3Q5bSdD2xqd6dms9sztNuYabdN0g0ms8UXQ4vZJHAlCcvt9II+Q0Gv41qfD4aWpZTNkFJW6z3/D2dF0s0KZW5kc3RyZWFtCmVuZG9iago5NSAwIG9iagoyNzYKZW5kb2JqCjkyIDAgb2JqCjw8IC9MZW5ndGggOTMgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggNTYgL0hlaWdodCA1NiAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJwb2xhdGUgdHJ1ZSAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4AZWWaUwTaRjHZ6btdDqtQk0PadkCLV1B/SCEU9jgBw/ERAhCqYhGXRNEhawmu0aD0RiDgAiCrBhhEY0mEJYQ18Q1IHIJiRoRWKTSLoSNUi452inaa8rOlLTIVYb3Q6eZmV/+z/G+8/wBYOkCITqDiSAsFsKE6RC49IXl7oA0GHXjiyQ+Ml+Z1EvEd2fDtFVREGKgXJF8W8Su/QnKg8rE2D2RAXLxBpThUpWg2Dxp4E7FyfPXCkpK/yi7W5h1IU25K0gm4LggQTrKk4XGnrxyp/JZ85vOnt4PXW9bn1eVXD0dv13OR+krRAvBbl7Bcek3Hr/oUH8andRhBkw/NfZZ0/GyMv9sfIi3O3O5YEEawvPfnZpT1aoampoxWay4jVi4xTQzpe1rq85Li94iYC0tEEhDNwYcuFjRpBrRm6y22flls5qw0b7mB5cUQSL2EpCGikNSrte+H9Kb8O8pkrfhZkzb+ST3aLgnm7awdRBLFHYs//nHL98WaDlUbbhxQl1fdCLCE10AQsjGkGOFDf3T5sVaTtKsG2gsPhHmgUDziiDMC0jJbxjQW1bCiGAt2GBj4ZFAPnO+HXQ3/wPXn/e7wuzgQF1O4mZ3Zx8h1Gv3xdqP0y7U7OWx6PqeZEb7sB2RMnjBqRXvv6yY23yOE50PT4UJ4LlIIbYsLqdx6NvKuTlBo7blZsKmdXM1ZfBC06tUeqvjqYurFVPXnIsU2gVBVBp7o3XEtLocURvzWPutBDmHzJDGDTz5WKXHXcjMP8IN6uqMUB6d4GDRzisvhijJEbxpuClr7w8ICICoXHHn3RSV7EhZ63RXaYofBwQgt22pleoZKtmRnO1rf016EJcG0HkR5599MpL3KC3TUF1mlIAOMES7rrWMWigx5EuW8bbsaDEMMCX7C95MUk1vdhafelcU58UEEJ+Ekk4d1fSIBPX/3FNIEQCRKct6sDVwht7yZF8WwPI9WN5roJze7OzMx4pDcpZd78Oa9FT3DxF6iDTxbpd+DXFiPaVJMhbA9IotfDtJbXeS2eDTHcXx3gjRvz1ZrWPU+2cdb8+N8YQBOj/ywt+fTZQLY9LWX9ohZBD7MyCtSrOm/ZkRTOxP4jwoSzoonwdc11122J88uLB499WXWqqBmkdasvdJiPMH0DYEna7sw6hVFJ/R1PwSzifPO4jK4vPbRlf9CpKVs5nHX99O8ltn/4IyBNvPVvdhVI4Ejmlqf43ymPvUQxx5fF6z1rj6nrEZh18VKPzWz30/QQY/JO1B18SqkdrMk92PzoQLHZMFQr2jM/9S61adD3rN08sxUud8AOjuWxS59QPYsjPTsZNsVmywIU+5lctwDjKQKQg6WtQ4iLlQJLD/mn8/HuyMkhyfxJgOP1HcOKBbMUebWT/YUpIaIWY5phjJATS25/afC+v6JoxLXIG9b7hxUtNQnPqTZJGjAAkw7EjOk04tZl5KEn5iuPtp3vEICWexESH8i0dgYubDFvWYYaETIVyIYVzz6tFlZbCY7ZzR9ijJH8Iv8TdHn7pZ064env5qshB2aZbwS1bzV93Iv69rC87EbBUu45cIEmK6+4QlnLtV3dTVPzQ+pTfMGLDpL9r+7paa278pwqXcZf0ZKUlnC36MTMjIKv2zru1dd69K1dPRXl9Tln02KcpPyJ7vGxnf9wuE4HVCeejelPTM7KJ75RX3S4tzL2Uc3he+yWM9vJwZdMIEyeZJ/IOiouMUyYeSk+JjdgT7S/gc5uI6OgnHH8KTIxyuQOwl9ZX7yrw9hVwOQtGbgxCNDjMJO0/6eQbNZYAOOcrX/wEcSU7cCmVuZHN0cmVhbQplbmRvYmoKOTMgMCBvYmoKMTM1NwplbmRvYmoKOTggMCBvYmoKPDwgL0xlbmd0aCA5OSAwIFIgL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBZVG7DsIwENvzFWZrhtKmSAyMIAZgqpQNMUAoD4kCpWXg76nC+SRAGe5i+xwnaVCiQTZrHUKLPK429JCLrUPq4HKEGlOP0TiCUnyNzPuiV/oD1iZZWaT5sEBSsXmxgUVkFlKvUlsKzgIcYzXJSfbd5He05og2T2q3pHaCXKz5DkSzQOVNlGp2F4AEk1bWfC5HoNPsf6aag1oqmEvNSDyYR58u5a30GKX2EnFgsYFfmrnv/7B8A3kVWFMKZW5kc3RyZWFtCmVuZG9iago5OSAwIG9iagoxODcKZW5kb2JqCjk2IDAgb2JqCjw8IC9UeXBlIC9QYWdlIC9QYXJlbnQgOTcgMCBSIC9SZXNvdXJjZXMgMTAwIDAgUiAvQ29udGVudHMgOTggMCBSIC9NZWRpYUJveApbMCAwIDg5NiAzOF0gPj4KZW5kb2JqCjEwMCAwIG9iago8PCAvUHJvY1NldCBbIC9QREYgL1RleHQgXSAvQ29sb3JTcGFjZSA8PCAvQ3MxIDcgMCBSID4+IC9Gb250IDw8IC9UVDIgNzUgMCBSCj4+ID4+CmVuZG9iagoxMDIgMCBvYmoKPDwgL0xlbmd0aCAxMDMgMCBSIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4AWVRywrCMBC85yvmmBxsm/oAPSq9eCvmJh4kVBCsUlNE/1P/x5DuLlLJIcPuzOxs0qFGh3wTLHxAkU7wsWQTtPG2BXyLtcN0kWp0uRa5c2UkuBP20LvGqEmRldCtwQCODK4GqdOfCXjuBAagDmmUvnOnYcAUEV9IIwwZ+COmUFJZsU31ZGORiXPP1i/mDCqlbzSTV5LZbPsmwoOVwpAItLTS/Bxj04/BfJYtodlUEvZ/lSGI0qOk0PLY8h8xyQFui8rFX6+/iMVjUwplbmRzdHJlYW0KZW5kb2JqCjEwMyAwIG9iagoyMDMKZW5kb2JqCjEwMSAwIG9iago8PCAvVHlwZSAvUGFnZSAvUGFyZW50IDk3IDAgUiAvUmVzb3VyY2VzIDEwNCAwIFIgL0NvbnRlbnRzIDEwMiAwIFIgL01lZGlhQm94ClswIDAgOTUwIDM4XSA+PgplbmRvYmoKMTA0IDAgb2JqCjw8IC9Qcm9jU2V0IFsgL1BERiAvVGV4dCBdIC9Db2xvclNwYWNlIDw8IC9DczEgNyAwIFIgPj4gL0ZvbnQgPDwgL1RUMiA3NSAwIFIKPj4gPj4KZW5kb2JqCjEwNiAwIG9iago8PCAvTGVuZ3RoIDEwNyAwIFIgL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBNcwxDsMwCAXQPaf4Fyg1JobunjtEPoKlqkMyRB56/RKsiAX4X+/EhhMZP6x441kHozakmFY94lgfDCZdVSRDqXB+iaAfkR3gosTJZEnY/bA4PNvRnA+0j+gmjB4NK6JO2pScUCO5fre+TGn2mOQqOvjFB9sfabIlrgplbmRzdHJlYW0KZW5kb2JqCjEwNyAwIG9iagoxMjMKZW5kb2JqCjEwNSAwIG9iago8PCAvVHlwZSAvUGFnZSAvUGFyZW50IDk3IDAgUiAvUmVzb3VyY2VzIDEwOCAwIFIgL0NvbnRlbnRzIDEwNiAwIFIgL01lZGlhQm94ClswIDAgMTY5IDEzXSA+PgplbmRvYmoKMTA4IDAgb2JqCjw8IC9Qcm9jU2V0IFsgL1BERiBdIC9Db2xvclNwYWNlIDw8IC9DczEgNyAwIFIgPj4gPj4KZW5kb2JqCjExMCAwIG9iago8PCAvTGVuZ3RoIDExMSAwIFIgL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBK1QIVChU0HcuNlRILlYw0LMEAkMDQwVDCNvC3MJAoTgZqAQoAISGCkYKxgrJuQpOIQqGFhAhCBWSy6UfEmIEVBGSpqBhqakQkqXgGgI0PRAARYsVjQplbmRzdHJlYW0KZW5kb2JqCjExMSAwIG9iago4NwplbmRvYmoKMTA5IDAgb2JqCjw8IC9UeXBlIC9QYWdlIC9QYXJlbnQgOTcgMCBSIC9SZXNvdXJjZXMgMTEyIDAgUiAvQ29udGVudHMgMTEwIDAgUiAvTWVkaWFCb3gKWzAgMCAxMyAxN10gPj4KZW5kb2JqCjExMiAwIG9iago8PCAvUHJvY1NldCBbIC9QREYgL1RleHQgXSAvQ29sb3JTcGFjZSA8PCAvQ3MxIDcgMCBSID4+IC9Gb250IDw8IC9UVDIgNzUgMCBSCj4+ID4+CmVuZG9iagozIDAgb2JqCjw8IC9UeXBlIC9QYWdlcyAvUGFyZW50IDExMyAwIFIgL0NvdW50IDggL0tpZHMgWyAyIDAgUiAxMCAwIFIgMjUgMCBSIDMzIDAgUgo1MSAwIFIgNjcgMCBSIDcxIDAgUiA3NiAwIFIgXSA+PgplbmRvYmoKOTcgMCBvYmoKPDwgL1R5cGUgL1BhZ2VzIC9QYXJlbnQgMTEzIDAgUiAvQ291bnQgNCAvS2lkcyBbIDk2IDAgUiAxMDEgMCBSIDEwNSAwIFIgMTA5IDAgUgpdID4+CmVuZG9iagoxMTMgMCBvYmoKPDwgL1R5cGUgL1BhZ2VzIC9NZWRpYUJveCBbMCAwIDYxMiA3OTJdIC9Db3VudCAxMiAvS2lkcyBbIDMgMCBSIDk3IDAgUiBdID4+CmVuZG9iagoxMTQgMCBvYmoKPDwgL1R5cGUgL0NhdGFsb2cgL1BhZ2VzIDExMyAwIFIgL1ZlcnNpb24gLzEuNCA+PgplbmRvYmoKNzUgMCBvYmoKPDwgL1R5cGUgL0ZvbnQgL1N1YnR5cGUgL1RydWVUeXBlIC9CYXNlRm9udCAvRVRTTEVDK0hlbHZldGljYS1Cb2xkIC9Gb250RGVzY3JpcHRvcgoxMTUgMCBSIC9FbmNvZGluZyAvTWFjUm9tYW5FbmNvZGluZyAvRmlyc3RDaGFyIDMyIC9MYXN0Q2hhciAyMTMgL1dpZHRocyBbCjI3OCAzMzMgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDMzMyAwIDAgMCAwIDAgMCAwIDAgMCAwIDU1NiA1NTYgMzMzIDAgMCAwIDAKMCAwIDAgMCAwIDAgNjY3IDAgMCAwIDI3OCAwIDcyMiAwIDAgMCAwIDAgMCAwIDY2NyAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMAowIDU1NiA2MTEgNTU2IDYxMSA1NTYgMCA2MTEgNjExIDI3OCAwIDAgMjc4IDg4OSA2MTEgNjExIDYxMSAwIDM4OSA1NTYgMzMzCjYxMSA1NTYgMCA1NTYgNTU2IDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAKMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMAowIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDI3OCAyNzggXSA+PgplbmRvYmoKMTE1IDAgb2JqCjw8IC9UeXBlIC9Gb250RGVzY3JpcHRvciAvRm9udE5hbWUgL0VUU0xFQytIZWx2ZXRpY2EtQm9sZCAvRmxhZ3MgMzIgL0ZvbnRCQm94ClstMTAxOCAtNDgxIDE0MzYgMTE1OV0gL0l0YWxpY0FuZ2xlIDAgL0FzY2VudCA3NzAgL0Rlc2NlbnQgLTIzMCAvQ2FwSGVpZ2h0CjcyMCAvU3RlbVYgMTQ5IC9YSGVpZ2h0IDUzMiAvU3RlbUggMTI0IC9BdmdXaWR0aCA2MjEgL01heFdpZHRoIDE1MDAgL0ZvbnRGaWxlMgoxMTYgMCBSID4+CmVuZG9iagoxMTYgMCBvYmoKPDwgL0xlbmd0aCAxMTcgMCBSIC9MZW5ndGgxIDEyNTMyIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4AdV6CXRURbp/1V17SSfdnfSapbvT3eks3VlJh4ZALiErSUNIICaYSAIEg7IExLAZJgoaCLiND1nEhQFnEJ++TnCw0YeP4eHoqLyD4i6j4xMQByMuUQahb7+vboeY5Hk8nPP3zP+8vv3d2qu++tVXX31Vt1auuL0NqVA3olHNnNaOhUj6ZTYhRO2Yv6S1IxKOO4kQ3ji/c6U1EmbdCNGbFnbcvCQSlj2HkHL7zYvXDJXX70DIML69rXVBJB1dBdfbDhGRMB4HrqN9ycrVkXBcNbgbFy+bP5SunwXhkiWtq4faR6chbF3auqQtkj+TlE/tWHbbykjYA/yhBR0r2oby4wbg7xTCEGtDa5EcLUYyRCE1PMAhf165HTGQStKB/lSq3DU3pvB7pJFJ1f3OldlNPKc2vHLLpdNXXcr18jLIJ5fykwQow6WJaQhFYUj/SLl+OIWkkp8tiJoygqgWqAJoMtA4oPSMPpnwAn4AxTUPCnJsYZDS8r7pq5dwJozBOekdwJlClArJ528otMzfsKEibYocV6ECBiMLLkUOyS3pdzxtCeLJ/Q47OJMiDtVfkAghJMgLHJZQwTzL1YKgDAvxln84HrJcAvrBUWT53pFjeRPynSwot5yYAun9ltfTgxQ4rzmCDBZiLK867rT8sSDN8lzBREu/C+L6LX1TwDlk2Vdwp2XvRinmd+mSs8cRxLv6LU8Q55Dlcaj/4Q1SwrZIwbsiTsdGqaFlByVn6cEg9fQhyxJHimUeFMSC0tLsWGxpcvgss6YEsbPf4ifFDlmqXScsVaTpfosQacgbqT3fIXGcG2nW7XjRkhppIZnkFmItVke1JRHqdz/xsMXtuMkyJT2I9z9fkZruqHA97A3iQakN4gCjxFkacea7juA/oHKUhucgJ955sCINeMYP9Fs2gLPrYEVqgTNInxe0loOuCtdGIC+QE2h2EM8S3Px2fgE/m8/jM/g0PoW38Ul8PB8n08rUsmhZlEwhk8k4GSOjZEgWFwz/TcggkhTHqYnDMeTNSH41RfzwgjeisIxC01CQQ3frO4uMRdrJGl9Zyc+8WqTIlpKMn37Gn7wZRpwYeLiqriFwILExkEs84cTGEen/L962YihdVbvmYO2aC/WlbfbSFntpG1BLYEtnuzHQPc9q7buwhiRYA3RKy7z57cRtbQussbeVBC7YS6x9tVK5Mcn1JLnWXtKH6ktnNfTVC20l/bVCbam9taTxYE1pxfRRbW0ebqui9GfaKiWVVZC2aqRyY9qaTpJrSFvTSVvTSVs1Qo3UVkZG6aK6YsQeRRr2GPKw21EiU4wSEQp/CPQRccW68EX2JFKEQ+EBGrQTTib0yRUch/4N8eh5tB40zlvoAJYjOxrAuegDnIjT0ftIRB+h/0ZmtAU9Ae9SdB7/AJrmC5wKebzoLvQYejzcgTpQETznMYt0aDz6Irwu/Gr4MipGveg45nEsTgwfRlmoB55daDeOouaF+5ARVaNVoNnvQn9BH4b7w3+H+r3oLNbgLGZi+K8gYCzE+NBmdAA9j23YjtPxjeGzEG8EHpvQgbA/3AnlLkKuLDQdrYPWPsUWnIIz8C78MT0Q7g7fB31LgLTZaD48S9CdaAfajZ6Rcs1jElgd1F+CqiDtPvQGOo++BaWbhovxauod+u/018xEZlf4OPAxG9prQY9jGlBx4Nl4Ae7Az+Dn8H/iH6gCqpX20e8wHcwe4G022oT2oCPoFXQK/RVdQAPoRxTCDPA0Gc/A6/CjUO6/qTyqmeqitlIfUhfpHPpjhme2sHezL4aZ8DvhH4HnJJSOJsJMn4kaUBs8C9FSdDv6DdqIebQd9aH/BG4/QZ9gBVbjLJyDy/EsfCO+Fa9BD+J9+AV8Gp/B5/AXwF0sZaHsVBbVCe3dRW2mnqH6qcPUAK2hV9Jd9FH6Y/oHRsc0M0fh+YT1sCu5BK6Knyn+i/hJ2BN+ILwLxkUPjwOlIQ+ajBlAcQnaCCO5GTDbjfahp9GzqB/1h69gHzqO3gS+PkUX0SUYsQR4bDgXj8c1eCZwuBgvwb/BO4DDA/gQcPkifhG9h9/DV+ARkYmSUx7qRqqVWgPPLrSDOiXhE0Xb6FTaQ1fRdeFv6GfoPvpbxsnMYZYz65heZgfzOJvATmJvYOewHew29hD7Ovsue5Ed5BK5Hm4f9xx3ipfx4/gdvIiTgRcrdqLn0EsgdQ/THRB2oKl4I4xqPXoDpHcAvYyuoMvoKPoDTkQiTUYzJbwHBcObYDSPoD/Sd6BC9CD1EDUtXETvp+U4N3wJ6sqG8Rp+hPS0VFeK02FPtlktSYkJ8WaT0aDXxcVqNeqYaFWUUiGX8RzL0BRG7lJ7WYs1kNISYFLsFRUeEra3QkTriIiWgBWiykbnCVhJuVZIGpVTgJwLx+QUIjmF4ZxYbS1EhR63tdRuDZwosVuDeM7MBvDfW2JvtAYGJL9f8j8g+VXgt9mggLXU2F5iDeAWa2mgrLO9t7SlxOPGhwVYDBQeNzqMkICUpOIAmtraBcoVTSU5SgNme0lpwGQHP6TRztLWBYGamQ2lJfE2W6PHHcBT59vnBZC9OBCTMVSclAMl6KxtgLY97kUB4B9tiVpgX7AlKKB5LcTX2tQQoFsbA1QLaUOTETDYSwKGtWeNPwWv+Uq3jkgMUM6y1rbesoDQsgVAJ8EWEmrdCqGqOitUS93d2BDAdwNzhAmJ90gvIsuEs+UWa0BuL7a3997SApijmoZ+s2AutbeUNAZQbUO/STBJAY/7sHH9RBuActgzxTOFuBNtxvUR9/MNkfi3jhLXuP7438Ctqh3GBZO27ZXAZsA6HxoBLIDX8eTVNh71zh8P8MGvEUMvFwE/UwMUiBLtDLDOytZAd90QG63tJUPM3VLSLzeZpXWpuBHyt/SqJ8AAQn613dr7PYKRtQ98OTqmdSiGc6q/RySRjP+wCAVw6zV/J1k/nbAktRvt7WT4OqWhhrDdWDoiAsJk3fKAwemuCiJ5TUMfxvc1BnH47iAqSTwMCww99yZIziACt6gEmoOA2w0R6TbwAQdl0FAZkQxrr7W3ckGvtczaDiLFOCUXEtp6G7MAsLoGgAXNarAFhMb4YW9bY+MEqCeT1ANFIHtvI9Rwy1AN4EpRWSHIlOWugl6l1DTMbAh0l8QHhJJGAB2E+GhNQ+AoyG9jI+TKHuYUOO5aZBziOQd4zk6H9NxILWDWdEMVjb29pM66BrstcLS3N76XzLpIGCzksRHCUEQQkSwE4SDuroGy4Nht8RLkNrsN2GokmOaBAF8TIDDrfxnh/GG+oaQXuM2XEC74lRAefz0I+64L4QnDnI5CeCLwPIEgXPjPQ3jSKIQn/zLCRcN8A5MCcFskITzlV0K4+HoQnnpdCJcMczoK4VLguYQgXPbPQ7h8FMIVv4xw5TDfwOQ04LZSQrjqV0K4+noQ9l8XwtOHOR2F8AzgeTpBuOafh/DMUQjX/jLCdcN8A5OzgNs6CeHZvxLC9deD8A3XhXDDMKejEG4EnhsIwnOGERbiA2ikHu4eo3bRr66YbxwFedMvQ9483BHg+iZgv1mCfO6vBHnL9UDeel2QzxvmdBTk84HneQTyBf8fIW8bATliX0G7KB8cWRxAnwJlMbchL9Ak8J9n69GTkLYR8uwB/2yIn8h8htaBWw5uEbhZ4BYD9UC+zUBb+ETUTcJD8V10IroL8hVDfTqI6wK/eYh0Q2U2gp0cOdeDwznE4U4IW9GhoeMUCPyvH/2/YkgEA3tS7mdT+KFYclQoH5NDMSY8MqgEflQoGsVApBppkFZKjEVxsKPXIwOEjMgEO+142E8jOFtIktL/r70sgDb5jYNnKdqKObwW78cfUhTVSevpFxgt0818yC5lz3O53ELuHj6TX8+/LcuV3SGn5NXyJxSMYp+yULlUuRt2+rsQgn3nMTiZ5tFkwcZyibCfY/hEGilYJpGmKbOc4xMxMsnkB2yLC+Gwa/pgoT9UOF39Q6FfHSpERYWhQkI52Xkam8YFtIvZG7x6gj324+QgU3vlWcIpBbtpRJnZIzDicjRVSKZYGP5GPlWuUBoMZlmHPAHRDM3gDmRSKDtsd0Ya8p/1+bqy7sgyqge/h+OkknPIXxT6qsjny8mOtWloOw1v26fYN3NbHY/TxXfZI2JvqIYKXP1Q/ASkMQs/Ry2hSN9sghYl09jMkmgTw75j6yojXTnTrD7nR1kDUn22LGpy6Bh1TPwWSnjDHzJOtg8p4ZQmC80T9O0WbI6OlqWkWN1CHEsJVpXZMD8tiOceYjckRmvmZ4FX0Cs3JO5X27Pt1BP2gP2k/Ws7Y88pz56u7jxufLt5+Rl/aHDApyYvVDRQNKD1ZZ3wZR7Pyca4Genzcr3541LsyZzO4S3IxPnjvHm5sOHm+CSsi0P2ZCp/ZB5807J585Ytb2lZLr6/7NZFRV998MFXRYtuXSx+8913P+Li1vob5s69ob4VT+jsvHXZbbctu/nPuWV7yx/75JPHyvcWFv557fNiGOPnqbwFC2bUt7bWkzGaFH6X8bCHYG6kozmCN8muMwnp6Qq7QLHRGkGhSorWnbFu4KKXqe5wLeP2qxOyE6juhAcSnkgIJJxM+DqBS3CXZ/zU14HBAZCQs1roa+hlqbMDPi0MnRblWWP1GjVP2ZIdLlsSzsst8BZwPGdPduQzBREQeE4Xp8+bhFXv4ap1ZVO7xQN7xauxOEHRUHmvzyJzuWtuf0YcpHLHtd62oHJc7aIlzDZsEz/6vfiNeDkg9v3psFCzu/7JHHP2xU/PJ0/eue6BNGHnnXdGZPE8dNbAGCSZz+vHqXQQ6wQdm8or5CCMLO5giLgPS6Ek7pL0FfkHfhiSFZBz23mcJb5JiDGI74qTxHdBuJ6E+UTBfFKiLPJV4gVQcHJUBV8lOHUQ4ZPoBZhnMoh4AXIgyaVBD1ZlZOdgqPHaw3x8dZB6IzSOzr6yl/ExR8RXwki8W7wEFcM4gf7Fh0CUSclsQcNQcHzNcMA6AwfqJpZ7Ab5l2HB+3xpptvpDPmnuZKGiIpilaVhjc+FD4n/h3J3sMThexXDSh+DEifD8r8LNJyncwK2he7ld9GWONdEnWcpIFzBetoIuZ8rZRnoLLWNZTibj5RRNpdJ0tZZh4CiISpXJeaeWgyQeToVYOSeXsRSjYGhMKXhOxplVlNyJTFGqnbbaFUOcFZqmq88ZQYeACinUGnxYAy+W92dmyLqqalevVR/n2UxjhpoZCqllhTIyXZavaEYrYPJjmxzO5niNbQ/Oonz4vtA+ap24UvQ9JL7JHgvtoeaG9lx9lNq4XYwluM0Of8hGsxdRJszovcItshj4epBiUppiDDZDysKoNtWi5LMeZZo6TZdqTnFN0I03H9a9pjute8t9IfaC/nLsj/rLnphopFEmGy1Og8yZHK1kjJlvZxjfTpiSFUczUzLkWcaHszSGGbKHU805Fq/mBuTNNGXnBHHSQdsz9ZFOw7QA5ekfGNT4BmBMBooKBwbUAxqp8z6N1kcIutiMmrHeAEqBTAhXShZOcaXkj0O2XMZgAy9RE3EGvYXkAe1gs6J8jNdFp1UdWlJypyBs3n2uYRu2YsMXuFImvi9bXHHrqvvKPA+Jf5i9UXxdPCf+TTxEzcSvtOXeaMzsqkx1JdnHTVr4wZ8xd+nC3eOdLfUzXGb7pNSp7S+/Jn6P+XNMKkjbxPDHzHhmLqyvPjQB3S/MmEjle9fgzZh5PwmnfHcu/XN7tIqFE+9YcwacGzIpmSmZ6SSCiVcmx+vdEyx8ukLpzlVOiPUjf+aE/PTJKeZCsz/eI/PnmyYW/js2wZfECvwsGoXUGY3vxNmzElSw0JwAfAygRyKyQvwZQ2hF4xgMWoTojVxvgcs7rEl4G/htuQCUJs6QhA06WyZ2SfoGEAXVE0t9HF+QLcxxFc+c0PQI/cyM5EnNc9rSkxTigLx8OY49uGULRSckiK+pFPREf9PKf/nTI7Of7KC0Gp08Sm1w1VZOWXz/RUWMuWBqXq6z6P6mB8rLXxajxk0bn6pKt01wCp78px75y5wcHX47on/WhT9jdrNHwTqxomLBKbcqo7VRyOTQ8kqF1cEqdRspc3KiRWFRuZQmW/IOW830ofkyeEYSHSI18NdERAVpdXGUPdmV4tIRBQJ9zdNKMmNPjqBBP/Xd1+/11Ob4xC9wgneKf5VzbZJv5yMTku74DTNHfO17Uez3Wms2s0dDg9WpuVdX9j+4svqBe6tWbQ1G+C2HtXAcjDuxl5YKpTv1+/VUTwKu1DVo27WrFWu0Qd0rsa/qZEaKYxLfYhxJZl4frYhSPx/liFMmqb0xFuRNMiSarTKvwWSx9tgqhvojTQSND9ZDMroDGp/PR2YDccmYLocpIIk66QaZCt4CGwybzUrlq1EeTARMq2W27LYH8hMS8u5dMEuO7YpZ94iXxcv/wNpvTmDWKMZTL07KKb6/ev3qyk2L6+9a+SIefxmb8PjgF3gfdI5CRSDTbTAWaujdDMF9PgpDY4mUmkYGh5rnFIkOhVJHm2MtnIV2MWaL2asyJVl22CpKh2SUDEho8AxM2p9GRVrmECzpBqLQ86OxPRkRlq8NiySj1Npd2bBkXZi0e+V/iFcwfu/59W2Ta7tuX7WGabrBT8l+FLa3NuD8b7EBC1dXPHf/q/Xjjmzd/keYh1nh08wEGA8OZksyelqoLJP1xG3HOxUMh+Usp2bNVWyZutJ6D747pseiAJvQEKuPNVTIqvXVhkpzk77JMMd8Gn/EfJH4ufWSVT0Nl6k3sRvUDBXE24S8GdFzo5dF09HR8Zwj2cYbtO54pZ6mkmmvYV1yUktUdxQVZXZQluhtSSa7A6C4Jp1EOJv9Gt+ZgawIHCdgNMHGaQ7lZKPlzXh5M+J4mHt2Lygtg563Dek3aVQBIo0aTcT45JJo/CK/7sZNH5YLsUoqpOdaJ9Y1FCQZsF05Z+vVk+IxbDkbR6+845blt19YuLS1u+refcVpufHZrQsex1E4E8fDJ3740ahYLGZuApxUoO+zwaJR9ybBAsM6srN4LedUOcB6KxKsCVa3MSabsmgtTle2O9acm7Ax3iP3uk05uSOGOaK0iayeAVkNnSga8MFyCqJKBNXxk80CYqqFzuXbNHEgqcS+GerkJKKbiBE3TptXQB3p3bD0YV+SdcLDykntAtaVrxV//6b4j2jsjYrPXLJrXHJa1uxNb1359uMb/779yUd+d2/V0rnTeukVpozbHr3yw6lbg/v25updNxfvLiuzT8Guq9/hKmmLheGLFmJuYo/AXqdIcLKUi2qIbo9m4gxaFOUw8GpeIfOyZlOs2qUxGU0v2WqGxFgy6P0DsBJLekXSqHrQlToQYFh9yGoj2SaTcR499cl8T5z41yTXkuW3i2dwwuS9c5ibyiom3fnbUDe1vcFbvX1rqJ89Ero0tyqiPzaDkXGAfR1GhEcTheRqVI2bUBN8TuyDpYGLWF2Ic2EerK7+ayyNsLqKwO4CCWomFpJEB8RPYOZIxMCnWXHVlZeIHbMFXvvBjqGRU4ilEFawYBMhFwaDf7hafyiykSgqiphCeL/4GU4kdhVG3XDjZDczB74QHpviRwWgHeDKALz1QE6gRbCvvAV2j2vAXQvuZnB7wd0J7k5wnwI6DPQ5WFLRkN8GXxtpZAH5c0CdRuntBAwsUGsiaH8ZUoBkGuAxQ4wXyXEMlNAgP4oDXxKsDonIBa6JWCzYDvXVwLfroaXguBp2EYPXegMGVFGhP2JHRJZDUD7w6Oih8QOtdm0oI16bjiwUsCgaiMvev9WXqVZQ4um4lIWdHoP4aZxj0dp0A4Csy8+q29jln2wdX9ewmJkzvsxXV3BLaCZ1aHJq9bxxlaFV1OZW94wZnsZQByM8PtshFOTVtHg80H8ii60w/8jOu0rwsFiHnbgANyjblRzWqjm5A5RANKMwsF5DDGU2aaJdMaOl8jjRrhE7CSzEAWnnR7ZKP9sXF937nnjakN75oDcB5DK2IKehZxHT1HcilExtr8+ctW5KW6gfWJzlLCaTBfQDrGu7mTYYLQOMjl9INdBYFrUpapOaNqiMMQtVNOswxvFKR7TSaJRRXoPZLPNqTCZzEHceHFZ7EWtO4xuy5QD9FWjF8iGVIGl6h2Sege1mRTpMXbjnnq6unp4uKlP8Uvwcni9xHCxJJhwXOvWX/n37+vr27etfKD6NZ3/9JZ4j/v5LSgAsu8Q6ZhfIpgqkYpqQZoiVKRLMlMPKmzmFI1ZpipapjCqv2pzMWeItRpfpZ+0GSStLtgOYDpFFCqb28OqaryUqWLIkyGSXBIReedudYCm0Fdau6krEcjH0xl31WR7xHNZkjpu7gXr82EPTV7/k9wR3Uj6wKi+CXfnWFEdp6FX24p7ytEqAGebQXbDQXmGaUCyadhjRuPwgFaPigrhcMMXyKi5KYaWyKYGidTBbqWilK8oUpwviBQdtNQuvyfrb0qT1N8MWpgh07ttEHcDiCksJ4X6YWeqvytj4dNW/TrSJn2J1cU5NN9OEsXiapjqKNoQuMcUvLUmdSniiYOw/gu/vrSgDudF6YYZczaWYVLScsSmVVYpKZbmtxFqR9h4tS0y2RikYfQajN7vdWp5xpyrd7hidwpqo9yfzOg/vd5ozo1CiP8aD/BkmT+YI62YQFj/JXiOmPhg1AH9ESEIn1CfA4M/Jvqn5Jjxk5ksWm1My8mFajjLypYkcx9mtKWDjz5cn5d8/a35qqhg+XF098N4bGMeKn3GmrOXNM9LTwwdmz/rmqhj+Hi4jNFVbfbm52SbTpMzSku7tH+x9tcA6YYIrR28Ynzqzdt3vTnywn4aJgJEu/HdqNdsO83TaIbU7xhLl1ryAlyMGNwl6HjVxmDPC0MRwg4zchX4L42QM4uiDthYyPG8XngkVDhaS8fnKLx0GDRTBGgkHKvnkPChPZ9dE7HEdz8EGRqPbgc19fck3qBKje16blk0veR1niydfDx2dasP4Hdj65SykHifyHj7PzAbdQU7rqoVMhd6sT9eP19fzbTxn5hWI00erFCzYl2aVwmU2Ks0J2Gs0xSf8tKSRean1+UNvS5gTyxJUPqANewAwJWFzQMQGbDOemGeENSfeo3et+K0XrnuIFxirfmrXrG9nZeEvmeLQsuasuk5hETXzyku72NzYQvezLS9SDyYCdmbQcTfAPSUOPSbMcHGzuAXck9wf4V4Eh9VUOSStpVbSqxiuHG9CPex29g/s8+yr9Of4EpbTVoZxaWEvTVkxdmmhCo5i4eohR1MKGQWLTxBH9dMszJSoQ4yJbyN4mzqnqweNsKX3wd+k/jPZO8PWuVDrY3syM7rUVTMb1jYe74E98zU/6fNyYn3B0oltsbQT54qrxFPiGix8xhRfeYkpvnp6qB81DFx7wLSwXQbqkOKZWMasoF2Ug0nh0hVexqcoZSoVs5lGxTZmp+IJ5t8UzzHP8y8qjjOvKd5iPlKcZS4xBoY2Mizt0sKZBMMa4RzApQW7RyE3KpRyl5aXyRRKo0KuhO7CCTLDKxjEsTTFKeWwGMp5llPSWKFgKA7u46lA6GRPwYlBW5TqqYi0DfXeFFEHWcbj6uMwr2AzCOrMBwY4ICGhAZtpdQ85QyBwqF82qtmejC7ZyNBwGtujNv6Uk5gZy3FzHhwrxEuHC0psxivF3bj5UD+uE3eB/9F/P0KlUkbxOC4MDYRO4XLxMMirTixnakBeyVnzB0KHS1GvWKjYptinOKXgWAXmuAReo/LwVtUkPkdVxTfzZBVcxa9RqQwxXlWPfJNyhzKo5OLiomQqyhoV5dIqlQqOpywymUsrlxOvSqGLApw4Xo4slDvWoo6J4/WAUbRKGQUychASFOAKUbG/lZnadPphzAb9Z4xXAR9CEehAbIr8Z0JnwGggskM0Ewb5YUFo4NTl5bwhASJ+sJh9WdeECI4bvAWTsUtCB1Ngz6a4cJ8jvdpsymDEDjzpq0/hPKx38fojKZmZ+K43KUqh1SyOYlZcPU07rpwUX9uGaS6O6JzN9GP4SbjLp0S5QjzF0Moq+X/RmKHkZpUsgZ9Dzok6bLcOHQOHpG3vGVRENCqozdhx3gIdiJUBVMzmB3tuTo5ldotnmOU7n45vT6p1u8TL0rqzkd6C94AtrEQZggF9qWSrOMTM4c0qZTs7qv6zREuHwKw/DTuVWLCHXHZY/uDkdfM8Zxz9KE586G560DLN7cH8qe3PwpSnyCICNxLJrbaf+9kgkpzOqaUvDYkoFVaZTLDwSsB+K4MbcRVw2bQKbg7OAItuJqpFdXDjrh7dAPfkGtGNcEvvENxlJCiRWUJ+HHy/QKWz6qpLp2ZUtC3ubFu5aH6rp3jZ4gUk17XfVvDAnXC0H4hs3V8Feh8IzjvRPyCjDMgIlAo0HqgCqAGoHWg10CagHUD7gYJArwK9D3Qe6B/QaRmQESgVaDxQBVADUDvQaqBN4aEftIeG/RgsltFhgs7IdM+YMNQ9Kh2+do0KTxgTLh0TlsyOEe1L25AR4box+VvHhOeNCc8fEwbQR/EjycCI+m8ekw74jMq/aEx48ZiwdN9/RH1Lx6QvGxOW7uOPyL9iTPptY8LSff4R+W8fk06+540cHxjbUeE1o8NW45iwiYT/B8dOAdYKZW5kc3RyZWFtCmVuZG9iagoxMTcgMCBvYmoKNzk1NgplbmRvYmoKMTggMCBvYmoKPDwgL1R5cGUgL0ZvbnQgL1N1YnR5cGUgL1RydWVUeXBlIC9CYXNlRm9udCAvUVZOUlNGK0hlbHZldGljYS1MaWdodCAvRm9udERlc2NyaXB0b3IKMTE4IDAgUiAvRW5jb2RpbmcgL01hY1JvbWFuRW5jb2RpbmcgL0ZpcnN0Q2hhciAzMiAvTGFzdENoYXIgMTE4IC9XaWR0aHMgWwoyNzggMCAwIDAgMCAwIDY2NyAwIDAgMCAwIDAgMCAzMzMgMCAwIDAgMCA1NTYgMCAwIDAgNTU2IDAgMCAwIDAgMCAwIDAgMCAwCjAgNjY3IDY2NyA3MjIgNzIyIDYxMSAwIDAgMCAyNzggMCAwIDU1NiAwIDAgMCAwIDAgNjY3IDYxMSAwIDAgMCAwIDAgMCAwIDAKMCAwIDAgMCAwIDU1NiA2MTEgNTU2IDAgNTU2IDAgNjExIDAgMjIyIDAgMCAyMjIgODMzIDU1NiA1NTYgMCAwIDMzMyA1MDAgMjc4CjU1NiA1MDAgXSA+PgplbmRvYmoKMTE4IDAgb2JqCjw8IC9UeXBlIC9Gb250RGVzY3JpcHRvciAvRm9udE5hbWUgL1FWTlJTRitIZWx2ZXRpY2EtTGlnaHQgL0ZsYWdzIDMyIC9Gb250QkJveApbLTQ1MyAtMzU1IDEzNDUgMTIwNl0gL0l0YWxpY0FuZ2xlIDAgL0FzY2VudCA3NzAgL0Rlc2NlbnQgLTIzMCAvQ2FwSGVpZ2h0CjcxOCAvU3RlbVYgNjggL1hIZWlnaHQgNTI0IC9TdGVtSCA1OCAvQXZnV2lkdGggNjAwIC9NYXhXaWR0aCAxNDQ1IC9Gb250RmlsZTIKMTE5IDAgUiA+PgplbmRvYmoKMTE5IDAgb2JqCjw8IC9MZW5ndGggMTIwIDAgUiAvTGVuZ3RoMSA4MDUyIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Ae1ZeWxjx3mfeY+HREq8D/EUycf7PiWSIilRorQ6dnWsrF1pfazllda79q69sNdn4tZJXQRRksJA0CBt6qJtEiRY2IBawC53ZcDugbQFCnSRFEgQBClgo0WLHn8YbuEGXqq/ee/x2HVruEDR/lMSw5n53rx53/f7zje8/tQz+2SEvEx4MnPh6u41In7U30T3gwvPXvdJc+5l9LMXrz16VZ7/KSGKnUevvHBRmg/9DiG2k5f2d/ekOfkY/cQlEKQ5LaIPXrp6/Xlprvahf/7Kkxfk60MPY964uvu8/HzyM8x9T+xe3UePz/hJ/ESvPfn0dXFKvP+E/uFrT+3L6+k2ITRy95z/EaFY5SXfIcPkGaIUZ4RYCOHAO+SlIoWqr360/+x75/W1fyUO/u/Z/jeFf/kT1v/oV/7sWmeq85qyqXgL02HcKH2wL88dOwlRfhfX/1jZlPeWL6PztokmQW8RFTGTkQR9h9jIBmmSEokSNy6bEu8QO3mAnL6LMkZOymtM4hryDjGS81jUHLjNRD5H9sgqKfQ2MpMnxDV9ioVcvIdiJRMkRQTiIPLWtzBUEGOiTQy++Zcuj7UYw21CEuQWhOEIx7jnpcE7GDxAlkiFxAiEJkPgXgF5BinglYKPc2SB5HuLOHB/16JbUIOSqNmDpKcyfeRJldRICxubj4tkiFMRHXeLqLnbwM6CbxWc58H/RaypYb/BdWwNwW7JlTYZXt/+fUp/badNj3+1TVqem9AYf/6hVJvQpM83f7l1SB/GhEuCEPdjxCd9C4d8aOH0trDjO/AdLO0d+BZ8l3b3DhUhsceF/YOdjO+QbG5fxu992/7DmR1Xb7i/s1PFPgq2D27B8oMd7PCYvAN6kZS5g0XK5IrvkA+vb29sH77cch3OtHZcfr9v/vDd9e3Dd1su/84OVql6nIJjphaJZzV4VsVxfUjaZXP7cMZ1SHYODtiem9uC//DlgwPXAeSQ523y7j0ESu4lzMgEIIE9gMR8m768js3QCX4XIwh+wQ8+d1p49nByZXN7Hpz6GaeaT4dc2xMEa0fAvlaEfPR/CHLdZ4Fc/5kgN/Q4vQtyI3g2MMhN/4eQm/8f8v9tKx+EHKGGfohmQ874FonRUyTKJUkWLYa5Hm2D+yHmP0R/gWxg3WVc2wB9HfMExmn0a+gzaCmMy+TniN0/Jxt8k8yAtogWxr4reE4a91sYDWMjezS+7DOCLIIQR3zkrEwRyb1sJM14qcOvQh4pe5TBgYqoyRAio0YmasV+ZGDJKNENzO4d6olB5I7lEcRelk/xsSLB2cmYOHYg/ruQnTzijJAz+H5ANfTz9CMuz73OD/HX+bf4nyoUit9UapRt1azqm2qT+pa6MxQYemvYO3ww/JeasuYbmo+0YewgSkE/5N5GElKB7xGiJ7twzUybqNEMBkBzG43NDTcBCv8hZhjpMWK4zW+zq66b2Evb2JEJHCNwRCkSsFgBRSM1YKTBKJsz+o1+6rebjWpzRB2ZjNAPOyP0O53Xb/z5ja/euOG9cYN7+06LOzju/DXt4Of4OHV8jKKAxI7/mXsFmWuUjCNT7R2BfQWSlyJxBHB4pDI2CmIkYNTlbpoxM01Ge9xFGSEqc8f4TzFCihEkBttkGqyaRVbNOt5q8XKF/MQkP5HmhICOY3N7g5obtFTQUbVdiOioEEhzpWKDm0xT1hXyXizTcep/9xZCNkdiSqjuBE8O8/ao2xxwGQx2p8Zbf8msneKsrmc2FjJXFjOn64I70xA8WWdyyu8vR232SNFNn9NFspOeYCVqKyXob1hSobERm89iCAf9I6ZE513fiVBuN36wVc6Ol9ey0VY5YQisZQOloMkWLriDpVgApk4h7N/SEBUAjFWqP/gEOYLGOFxTJLI5ahVKNHSHCo0GqJRkcYnn/giYnD+C6SlYNQNkU6Lxs5EGI4YxEhUsxA4LsWe6eCsZmsoBaxhjhDEJXptoCUrAG5Xg7YOlUOt4td/qb9DJhrJUlLC2z/tqW8XSxqR7vNBszTqNPqeB0i93CtQSCK2dbBW9Y/GyX6jEbBz9aXGr7h8vLkYzi+VkJGgZ9QRijonC6Ui8lomkq/HARNjsyc4EISIkjx1/wHGQ0QcDerRNCrDwLFoB8oxBnrHMTTgys/YsmDUMWLuHieMZkM/MCGYm3xEskxK/CIwHt6EKxgZmjBKitDQNQ4FVNPhC3ma1qLpWg5ldLVtWId+AJYXpm9rZSnMlqlPo/fFy5PFnnr1SOjcbtlUurN53TfPj0FTMZozUkql62LjGWSaajfPX8pbouPmFxx5/UVj/woPTX7q2uL31qjs7HfTW877xwrTv9A6TW4+fr8CH1FDiTFdnlIlAB3xEdmnJg5mP8GwFLwnJSnV4HgynQAtUiPjVZj+vp65T1LKw2WlvXaHOr3G372Tfe4+66Yu4awPPfATPHIEhZchlZnoKhDFmSQAL2LFRHCOVCB2BDkZvd3lzsSe7BnhzMoJTYkUHVrTiTU6gjMcAbxdGYxhlc5MSmGmU26X+kDf6u+5p9VLmpsKvv1HenHB5y6vZN18vLSbNtuyp8mstqpg+V3FafDHbypLQOFuoasYrmdSkV1s1CQV/IOMZvfMYd9uZnYuGJ0NWBad9eBE7WJl9wYcQq36be59EyNwRLEkBk+nHpAATITAgU99H2iQgWg6TZAyjUVES2XKkUIQwU9DxfeNBOOLWrU890Hyo7nFUH1lOn6xENCdG0iuPL24+uxIonHtxcfL8UmaYHj+wWtx+eqZ2/f6yt7SYKD64EKtf+vKpR1+9P+apbpUZfqKuXoOubHgdebBN4vAJH1ocOulmAh/YGiEKMMgygR2jrq4+xY7YQiYTxS1RUaaCkYVJuxcBFj4BgSIsyjZ45vuRNE3QjX/zVsslRzDt0g5b/A7HVHMh+AffTm/EGUXjzoZ926lvc7d5rc3kXNncCgaXTzRd7oBZXQWlsbQeimws1S1GloupKFcVcmnJ1hESHUvjLH4NQy5Fz9Y+hf8jGCcHr2E3MRnw9iYDAHeArRWMiF1y26B/09mnT3e+Rr/L3a52Pq523qsyHi7joW+AB55kjvAj8fAZsGO7F4yXW8ypurLYsY+SlP5b+0hcS7v5rRst+kXs+BhYg2Tr+NnDniMI899rkzR0rkRLAx/9bTTEQ52ocy1mLIBbxJkfMz9bi3UCxkIvDxiYjRsGbFzHCDrmt3KZ4GcE/wBBYARB8uwR8DQqom3AwzQi2jo8RP8zeAgeFMggb4mxkrm30WoU4NYsqKq9PGzKbhXSfCTNC/RSuJl1e3LTgZ+0qPO5X5ps+IImJaVKtUa9oh1W8gqVK5xx0C8YhIlwtOgd6fxjtXOTu72z11p3a+MTNXdsImBWqk0zC7NWj2BSQY8J+PYkfLtClo6YX+MYhEWwHEbIjL3KQ3bqfuVRZPIVmXwsQ3Y9XBDtZ9KLpMBCf1rVqyCEbhb0qrvZ4qpCmFyMZReS1nB9bXOtHh6vP1Cr31/zNj35mUDxRNygVCVnTq2vVIWDl8oPL0R+nJ2Lm8diE9540W8xO5PzpdDChC8wtZqM1cImT7rsFuIuI7tQ3HvCM3V2CrinkRttnAXamyO/hZd96NeOxvy/BRU00TdhDyoxP9qhnrg8apMKrlV6NhBiAofIcE/lGUbIDKg8zwj5AUIfI9lKamxFTQJNKybUEJ7olBIq6i8dQjgr0IBdhNUOKMDCYpYVWJpFHWa02CatrESDOZS6pdok/VZ4NTJ/yjweswZbJd++MaPXq6cWxosRh6LOBysr8ch8weMIq12julG9SasIP1IJTGfdb1KDQcMri6Uxwa41hSqRJ7khtdqvS09pXalAuhkzG0ONVOfvBLMuww3xnN7q0MWTpvBk+JUx5mdrwDYBPzOjJvh6mySBqwYtCVytwM4KXC0imgxtC6isutJAYp9IZZQ4KPEexjaGj23Az+SE2QfdwlZYBjCW1SLbIatRWM7Ui5Cau2DK1S78qmBs0G5Fy7JORPiKPTkbD89kXZwlOZ+ONVNjtZpnf3LqbMXtrGxPO4q52ChHlZmNqYCruJLLbc2EhKm1zl9xtzvvZ3Oplb2Jyt5SXOeMsAMvSjLHH9CPYW+ClCt5p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a=this.createTimingFunctionForAction(o);q.keyframes.push({keyframe:this.roundNum(o.startKeyframe),keyName:h,value:o.from,timingFunction:a});q.keyframes.push({keyframe:this.roundNum(o.endKeyframe)-(o.endKeyframe==100?0:f),keyName:h,value:o.to,timingFunction:a});r=o.to;l=o.endKeyframe}if(l!=100&&h!="hidden"){q.keyframes.push({keyframe:this.roundNum(l),keyName:h,value:r,timingFunction:"linear"});q.keyframes.push({keyframe:100,keyName:h,value:r,timingFunction:"linear"})}}},insertInitialKeyframes:function(b,c,d,a){b.keyframes.push({keyframe:0,keyName:d,value:a,timingFunction:"linear"});b.keyframes.push({keyframe:c,keyName:d,value:a,timingFunction:"linear"})},anchorPointOffset:function(c,e){var a={};var b={};var f={};var d=c.bounds;a.x=d.width/2;a.y=d.height/2;b.x=e.x*d.width;b.y=e.y*d.height;f.x=(a.x-b.x);f.y=(a.y-b.y);return f},createInitialKeyframeValue:function(a,c,e,b){var d={};switch(c){case"anchorPoint":d.pointX=(a.anchorPoint.pointX-0.5)*a.bounds.width;d.pointY=(a.anchorPoint.pointY-0.5)*a.bounds.height;break;case"anchorPointZ":if(Prototype.Browser.Gecko||Prototype.Browser.IE||isChrome||isIE||isEdge){d.scalar=0}else{d.scalar=e.scalar+e.scalar}break;case"opacity":case"opacityMultiplier":d.scalar=a.opacity;break;case"hidden":d.scalar=a.hidden;break;case"position":d.pointX=a.affineTransform[4];d.pointY=a.affineTransform[5];break;case"zPosition":d.scalar=0;break;case"transform.scale":case"transform.scale.xy":case"transform.scale.x":case"transform.scale.y":d.scalar=a.initialState.scale;break;case"transform.rotation.z":d.scalar=a.initialState.rotation;case"transform":d.transform=e.transform;break;case"bounds":d.pointX=0;d.pointY=0;d.width=a.initialState.width;d.height=a.initialState.height;break;default:d.scalar=0;d.pointX=0;d.pointY=0;break}return d},createTimingFunctionForAction:function(c){var b="";var a=c.timingFunction;var d=c;if(typeof 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kOpacityPropertyName;case"translationEmphasis":case"rotationEmphasis":case"scaleEmphasis":case"position":case"zPosition":case"transform":case"transform.scale":case"transform.scale.xy":case"transform.scale.x":case"transform.scale.y":case"transform.rotation.x":case"transform.rotation.y":case"transform.rotation.z":case"transform.rotation":case"transform.translation":case"transform.translation.x":case"transform.translation.y":case"transform.translation.z":case"bounds":return kTransformPropertyName;case"doubleSided":return kBackfaceVisibilityPropertyName;case"contents":return kBackgroundImagePropertyName;default:return a}}}); \ No newline at end of file diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/KeynoteDHTMLPlayer.css b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/KeynoteDHTMLPlayer.css new file mode 100644 index 00000000..68aef2b4 --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/KeynoteDHTMLPlayer.css @@ -0,0 +1,827 @@ +* { + -webkit-user-select:none; + -moz-user-select:none; + -ms-user-select:none; +} + +/* Body */ + +body +{ + overflow: hidden; + margin: 0; + -webkit-user-select: none; + -moz-user-select: none; + -ms-user-select: none; +} + +@media screen and (max-device-width: 1025px) +{ + body + { + background-color: black; + } +} + +div.bigBlackSquare +{ + position: absolute; + top: 0px; + left: 0px; + width: 1024px; + height: 1024px; + visibility: hidden; + background-color: black; +} + +/* Debug Status Display */ + +div#statisticsDisplay +{ + position: absolute; + color : white; + background-color: grey; + visibility: hidden; +} + +/* Stage */ + +div#stageArea +{ + position: absolute; + visibility: hidden; + overflow: hidden; +} + +div.stage +{ + position: absolute; + top: 0; + left: 0; + overflow: visible; +} + +/* Hyperlinke Plane */ + +div#hyperlinkPlane +{ + visibility: hidden; + pointer-events: none; +} + +div.hyperlink +{ + position: absolute; + cursor: pointer; +} + +/* iPhone Controls Section */ + +div#previousButton +{ + position: absolute; + background-repeat: no-repeat; + background-position: center center; + visibility: hidden; + width: 22px; + height: 27px; +} + +div.previousButtonEnabled +{ + background-image: url('left_arrow_mobile_n.png'); + background-size: 22px 27px; + width: 22px; + height: 27px; +} + +div.previousButtonDisabled +{ + background-image: url('left_arrow_mobile_d.png'); + background-size: 22px 27px; + -webkit-tap-highlight-color: rgba(0,0,0,0); + -moz-tap-highlight-color: rgba(0,0,0,0); + -ms-tap-highlight-color: rgba(0,0,0,0); + width: 22px; + height: 27px; +} + +div#nextButton +{ + position: absolute; + background-repeat: no-repeat; + background-position: center center; + visibility: hidden; + background-size: 22px 27px; + width: 22px; + height: 27px; +} + +div.nextButtonEnabled +{ + background-image: url('right_arrow_mobile_n.png'); + background-size: 22px 27px; + width: 22px; + height: 27px; +} + +div.nextButtonDisabled +{ + background-image: url('right_arrow_mobile_d.png'); + background-size: 22px 27px; + -webkit-tap-highlight-color: rgba(0,0,0,0); + -moz-tap-highlight-color: rgba(0,0,0,0); + -ms-tap-highlight-color: rgba(0,0,0,0); + width: 22px; + height: 27px; +} + +/* Navigator */ + +div#slideshowNavigator { + -webkit-tap-highlight-color: rgba(0,0,0,0); + -moz-tap-highlight-color: rgba(0,0,0,0); + -ms-tap-highlight-color: rgba(0,0,0,0); + position: absolute; + overflow: hidden; + font-family: 'Helvetica Neue', Helvetica, Arial, sans-serif; + font-size: 12px; + line-height: 18px; + background-color: rgba(0,0,0,0); + color: 232323; + top: 0px; + left: 0px; + bottom: 0px; + width: 140px; +} + +div.navigatorLeftSidebar { + position: absolute; + overflow-x: hidden; + overflow-y: hidden; + top: 0px; + left: 0px; + bottom: 0px; + width: 30px; + background-color: rgba(0,0,0,0); +} + +div.navigatorThumbnailSidebar { + position: absolute; + overflow-x: hidden; + overflow-y: hidden; + border-right: 1px solid #676767; + background-color: #000; + top: 0px; + left: -140px; + bottom: 0px; + width: 129px; + -webkit-transition-property: left; + -webkit-transition-duration: 300ms; + -moz-transition-property: left; + -moz-transition-duration: 300ms; + -ms-transition-property: left; + -ms-transition-duration: 300ms; +} + +div.navigatorThumbnailScroller { + position: absolute; + overflow-x: hidden; + overflow-y: auto; + top: 0px; + left: 0px; + bottom: 0px; + width: 129px; +} + +div.navigatorThumbnailScroller::-webkit-scrollbar { + width: 7px; +} + +div.navigatorThumbnailScroller::-webkit-scrollbar-thumb { + background: rgba(255,255,255,0.4); + -webkit-border-radius: 10px; +} + +div.navigatorThumbnailSelection { + position: absolute; + border-top-style: none; + border-left-style: none; + border-right-style: none; + display: none; + background-color: rgba(125,125,125,0.5); + top: 0px; + width: 100%; + height: 76px; +} + +div.navigatorThumbnailContainer { + position: absolute; + top: 0px; + left: 0px; + bottom: auto; + width: 119px; +} + +div.navigatorThumbnailItem { + position: absolute; + top: 0px; + left: 0px; + width: 119px; + height: 76px; + cursor: default; +} + +div.navigatorThumbnailItemCanvasContainer { + position: absolute; + max-height: 90px; + border: 1px solid rgba(255,255,255,0.68); + -webkit-box-shadow: 0px 2px 4px rgba(0,0,0,0.5); + -moz-box-shadow: 0px 2px 4px rgba(0,0,0,0.5); + -ms-box-shadow: 0px 2px 4px rgba(0,0,0,0.5); + background-color: #444; + width: 88px; + height: 66px; +} + +/* Slide Number Control */ + +div#slideNumberControl { + position: absolute; + overflow: hidden; + display: none; + opacity: 0; + font-family: 'Helvetica Neue', Helvetica, Arial, sans-serif; + font-size: 12px; + background-color: rgba(0,0,0,0.75); + color: white; + width: 120px; + height: 110px; + text-align: center; + border-radius: 12px; + -webkit-border-radius: 12px; + -moz-border-radius: 12px; + -ms-border-radius: 12px; +} + +div.slideNumberLabel { + position: relative; + margin-left:16px; + margin-right:16px; + margin-top: 16px; + width: 88px; + height:33px; + font-weight: bold; +} + +div.slideNumberDigit { + position: relative; + margin-left:auto; + margin-right:auto; + font-size:40px; + width: 88px; + height:39px; +} + +/* Slide Number Display */ + +div#slideNumberDisplay { + position: absolute; + overflow: hidden; + display: none; + opacity: 0; + font-family: 'Helvetica Neue', Helvetica, Arial, sans-serif; + font-size: 12px; + background-color: rgba(0,0,0,0.75); + color: white; + width: 100px; + height: 100px; + text-align: center; + border-radius: 12px; + -webkit-border-radius: 12px; + -moz-border-radius: 12px; + -ms-border-radius: 12px; +} + +div.slideNumberDisplayDigit { + position: relative; + margin-top:24px; + margin-left:auto; + margin-right:auto; + font-size:40px; + width: 88px; + height:39px; +} + +/* Help Placard Display */ + +div#helpPlacard { + display: none; + position: absolute; + overflow: hidden; + opacity: 0; + font-family: Helvetica, Arial, sans-serif; + font-size: 14px; + background-color: rgba(20,20,20,0.95); + color: white; + width: 822px; + height: 603px; + text-align: center; + border-radius: 12px 12px 12px 12px; + -webkit-border-radius: 12px 12px 12px 12px; + -moz-border-radius: 12px 12px 12px 12px; + -ms-border-radius: 12px 12px 12px 12px; + line-height:40px; + box-shadow: 0px 0px 40px black; + -webkit-box-shadow: 0px 0px 40px black; + -moz-box-shadow: 0px 0px 40px black; +} + +div.helpPlacardTitleBar { + /*position:absolute;*/ + font-size: 22px; + color: rgba(120,120,120,1); + font-family: Helvetica, Arial, sans-serif; + width: 822px; + height: 40px; + border-radius: 12px 12px 0 0; + -webkit-border-radius: 12px 12px 0 0; + -moz-border-radius: 12px 12px 0 0; + -ms-border-radius: 12px 12px 0 0; + border-bottom: 1px black solid; +} + +div.helpPlacardTitle { + padding-top:4px; + height:40px; +} + +div.helpPlacardCloseButton { + cursor:default; + top:10px; + left:10px; + position:absolute; + background:url('close_n@2x.png') no-repeat 0 0; + background-size: 21px 21px; + width:21px; + height:21px; +} + +div.helpPlacardCloseButton:hover { + background:url('close_hi@2x.png') no-repeat 0 0; + background-size: 21px 21px; +} + +div.helpPlacardCloseButton:active { + background:url('close_p@2x.png') no-repeat 0 0; + background-size: 21px 21px; +} + +div.helpPlacardContentPanel { + width: 822px; + height: 310px; +} + +div.helpPlacardHeader { + color: rgba(255,255,255,1); + font-weight: bold; + width:822px; + height:40px; + border-bottom: 1px white solid; +} + +div.helpPlacardHeader { + color: rgba(255,255,255,1); + font-weight: bold; + width:822px; + height:40px; + border-bottom: 1px black solid; +} + +div.helpPlacardItem { + width:822px; + height:40px; + border-bottom: 1px black solid; +} + +div.helpPlacardLeftHeaderItem { + /*position:absolute;*/ + color: white; + text-align:right; + float:left; + width:400px; +} + +div.helpPlacardLeftItem { + color: rgba(120,120,120,1); + text-align:right; + float:left; + width:400px; + border-right: 1px black solid; +} + +div.helpPlacardRightItem { + text-align:left; + float:right; + width:400px; +} + +div.helpPlacardFooter { + font-size: 14px; + color: rgba(120,120,120,1); + font-family: Helvetica, Arial, sans-serif; + width: 822px; + height: 54px; +} + +div.helpPlacardAcknowledgementsButton { + cursor: default; + right: 26px; + bottom: 22px; + height: 28px; + line-height: 28px; + padding-left: 11px; + padding-right: 11px; + position:absolute; + background:url('kn-cloud_pd_help_btn-N@2x.png') no-repeat center center fixed; + background-size: cover; + -webkit-background-size: cover; + -moz-background-size: cover; + border-radius: 4px 4px 4px 4px; + -webkit-border-radius: 4px 4px 4px 4px; + -moz-border-radius: 4px 4px 4px 4px; +} + +div.helpPlacardAcknowledgementsButton:hover { + background:url('kn-cloud_pd_help_btn-H@2x.png') no-repeat center center fixed; + background-size: cover; + -webkit-background-size: cover; + -moz-background-size: cover; +} + +div.helpPlacardAcknowledgementsButton:active { + background:url('kn-cloud_pd_help_btn-P@2x.png') no-repeat center center fixed; + background-size: cover; + -webkit-background-size: cover; + -moz-background-size: cover; +} + + +/* iPad assets */ + +@media all and (min-device-width: 481px) and (max-device-width: 1024px) { + div#previousButton + { + background-size: 44px 54px; + width: 44px; + height: 54px; + } + + div#nextButton + { + background-size: 44px 54px; + width: 44px; + height: 54px; + } + + div.previousButtonEnabled + { + background-size: 44px 54px; + width: 44px; + height: 54px; + background-image: static_url('left_arrow_mobile_n-hd.png'); + } + + div.previousButtonDisabled + { + background-size: 44px 54px; + width: 44px; + height: 54px; + background-image: static_url('left_arrow_mobile_d-hd.png'); + } + + div.nextButtonEnabled + { + background-size: 44px 54px; + width: 44px; + height: 54px; + background-image: static_url('right_arrow_mobile_n-hd.png'); + } + + div.nextButtonDisabled + { + background-size: 44px 54px; + width: 44px; + height: 54px; + background-image: static_url('right_arrow_mobile_d-hd.png'); + } +} + +/* Retina display assets */ + +@media all and (-webkit-min-device-pixel-ratio:2) { + div.previousButtonEnabled + { + background-image: static_url('left_arrow_mobile_n-hd.png'); + } + + div.previousButtonDisabled + { + background-image: static_url('left_arrow_mobile_d-hd.png'); + } + + div.nextButtonEnabled + { + background-image: static_url('right_arrow_mobile_n-hd.png'); + } + + div.nextButtonDisabled + { + background-image: static_url('right_arrow_mobile_d-hd.png'); + } +} + +div#slideCounter +{ + position: absolute; + display: table-cell; + text-align: center; + vertical-align: middle; + font-family: Helvetica; + font-size: 23px; + color: #FFFFFF; + text-shadow: 0.0em 0.2em #000000; + visibility: hidden; +} + +#helpText +{ + position: absolute; + text-align: center; + font-family: Helvetica; + font-size: 13px; + color: #838383; + text-shadow: 0.0em 0.2em #000000; + visibility: hidden; +} + +/* Waiting Indicator */ + +@-webkit-keyframes spinnerAnimationRotate { + 0% { + -webkit-transform: rotate( 0deg); + } + 8.332% { + -webkit-transform: rotate( 0deg); + } + 8.333% { + -webkit-transform: rotate( 30deg); + } + 16.666% { + -webkit-transform: rotate( 30deg); + } + 16.667% { + -webkit-transform: rotate( 60deg); + } + 24.999% { + -webkit-transform: rotate( 60deg); + } + 25% { + -webkit-transform: rotate( 90deg); + } + 33.333% { + -webkit-transform: rotate( 90deg); + } + 33.334% { + -webkit-transform: rotate(120deg); + } + 41.666% { + -webkit-transform: rotate(120deg); + } + 41.667% { + -webkit-transform: rotate(150deg); + } + 49.999% { + -webkit-transform: rotate(150deg); + } + 50% { + -webkit-transform: rotate(180deg); + } + 58.333% { + -webkit-transform: rotate(180deg); + } + 58.334% { + -webkit-transform: rotate(210deg); + } + 66.666% { + -webkit-transform: rotate(210deg); + } + 66.667% { + -webkit-transform: rotate(240deg); + } + 74.999% { + -webkit-transform: rotate(240deg); + } + 75% { + -webkit-transform: rotate(270deg); + } + 83.333% { + -webkit-transform: rotate(270deg); + } + 83.334% { + -webkit-transform: rotate(300deg); + } + 91.666% { + -webkit-transform: rotate(300deg); + } + 91.667% { + -webkit-transform: rotate(330deg); + } + 99.999% { + -webkit-transform: rotate(330deg); + } + 100% { + -webkit-transform: rotate(360deg); + } +} + +@-moz-keyframes spinnerAnimationRotate { + 0% { + -moz-transform: rotate( 0deg); + } + 8.332% { + -moz-transform: rotate( 0deg); + } + 8.333% { + -moz-transform: rotate( 30deg); + } + 16.666% { + -moz-transform: rotate( 30deg); + } + 16.667% { + -moz-transform: rotate( 60deg); + } + 24.999% { + -moz-transform: rotate( 60deg); + } + 25% { + -moz-transform: rotate( 90deg); + } + 33.333% { + -moz-transform: rotate( 90deg); + } + 33.334% { + -moz-transform: rotate(120deg); + } + 41.666% { + -moz-transform: rotate(120deg); + } + 41.667% { + -moz-transform: rotate(150deg); + } + 49.999% { + -moz-transform: rotate(150deg); + } + 50% { + -moz-transform: rotate(180deg); + } + 58.333% { + -moz-transform: rotate(180deg); + } + 58.334% { + -moz-transform: rotate(210deg); + } + 66.666% { + -moz-transform: rotate(210deg); + } + 66.667% { + -moz-transform: rotate(240deg); + } + 74.999% { + -moz-transform: rotate(240deg); + } + 75% { + -moz-transform: rotate(270deg); + } + 83.333% { + -moz-transform: rotate(270deg); + } + 83.334% { + -moz-transform: rotate(300deg); + } + 91.666% { + -moz-transform: rotate(300deg); + } + 91.667% { + -moz-transform: rotate(330deg); + } + 99.999% { + -moz-transform: rotate(330deg); + } + 100% { + -moz-transform: rotate(360deg); + } +} + +@-ms-keyframes spinnerAnimationRotate { + 0% { + -ms-transform: rotate( 0deg); + } + 8.332% { + -ms-transform: rotate( 0deg); + } + 8.333% { + -ms-transform: rotate( 30deg); + } + 16.666% { + -ms-transform: rotate( 30deg); + } + 16.667% { + -ms-transform: rotate( 60deg); + } + 24.999% { + -ms-transform: rotate( 60deg); + } + 25% { + -ms-transform: rotate( 90deg); + } + 33.333% { + -ms-transform: rotate( 90deg); + } + 33.334% { + -ms-transform: rotate(120deg); + } + 41.666% { + -ms-transform: rotate(120deg); + } + 41.667% { + -ms-transform: rotate(150deg); + } + 49.999% { + -ms-transform: rotate(150deg); + } + 50% { + -ms-transform: rotate(180deg); + } + 58.333% { + -ms-transform: rotate(180deg); + } + 58.334% { + -ms-transform: rotate(210deg); + } + 66.666% { + -ms-transform: rotate(210deg); + } + 66.667% { + -ms-transform: rotate(240deg); + } + 74.999% { + -ms-transform: rotate(240deg); + } + 75% { + -ms-transform: rotate(270deg); + } + 83.333% { + -ms-transform: rotate(270deg); + } + 83.334% { + -ms-transform: rotate(300deg); + } + 91.666% { + -ms-transform: rotate(300deg); + } + 91.667% { + -ms-transform: rotate(330deg); + } + 99.999% { + -ms-transform: rotate(330deg); + } + 100% { + -ms-transform: rotate(360deg); + } +} + +div#waitingIndicator +{ + position: absolute; + display: none; + visibility: visible; + width: 110px; + height: 110px; + background-image: url('waiting_bezel.png'); +} + +div#waitingSpinner +{ + position: absolute; + visibility: visible; + top: 27px; + left: 33px; + width: 42px; + height: 42px; + background: transparent url('spinner.png') no-repeat 0 0; + opacity: 0.75; + -webkit-animation: spinnerAnimationRotate 1s linear infinite; + -moz-animation: spinnerAnimationRotate 1s linear infinite; + -ms-animation: spinnerAnimationRotate 1s linear infinite; +} diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/KeynoteDHTMLPlayer.html b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/KeynoteDHTMLPlayer.html new file mode 100644 index 00000000..14bd3ad1 --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/KeynoteDHTMLPlayer.html @@ -0,0 +1,65 @@ + + + + Keynote + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +

+
+
+
+
+
+
+
+ +
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+ + \ No newline at end of file diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/KeynoteDHTMLPlayer.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/KeynoteDHTMLPlayer.js new file mode 100644 index 00000000..6b32f9ff --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/KeynoteDHTMLPlayer.js @@ -0,0 +1 @@ +var kDeviceUnknown="deviceUnknown";var kDeviceDesktop="deviceDesktop";var kDeviceMobile="deviceMobile";var kModeUnknown="modeUnknown";var kModeDesktop="modeDesktop";var kModeMobile="modeMobile";var kBrowserUnknown="browserUnknown";var kBrowserDesktopSafari="browserDesktopSafari";var kBrowserMobileSafari="browserMobileSafari";var kOrientationUnknown="orientationUnknown";var kOrientationLandscape="orientationLandscape";var kOrientationPortrait="orientationPortrait";var kShowModeNormal=0;var kShowModeAutoplay=1;var kShowModeHyperlinksOnly=2;var kSoundTrackModePlayOnce=0;var 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kHelpPlacardGoToFirstSlide=CoreDocs.loc("Go to first slide","Go to first slide");var kHelpPlacardGoToLastSlide=CoreDocs.loc("Go to last slide","Go to last slide");var kHelpPlacardQuitPresentationMode=CoreDocs.loc("Quit presentation mode","Quit presentation mode");var kHelpPlacardGoToSpecificSlide=CoreDocs.loc("Go to specific slide","Go to specific slide");var kHelpPlacardShowOrHideKeyboardShortcuts=CoreDocs.loc("Show or hide Keyboard Shortcuts","Show or hide Keyboard Shortcuts");var kHelpPlacardShowOrHideTheCurrentSlideNumber=CoreDocs.loc("Show or hide the current slide number","Show or hide the current slide number");var kUnableToReachiWorkTryAgain=CoreDocs.loc("Slide couldn't be displayed.\nDo you want to try again?","alert text to display when we timeout trying to download resources from iWork.com");var kSlideLabel=CoreDocs.loc("Slide","Prefix label for 'Slide I/N' display");var kTapOrSwipeToAdvance=CoreDocs.loc("Tap or Swipe to advance","Help string for bottom of portrait mode on 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")>0){revisionIE=revisionStringIE.split(" ");browserVersion=parseFloat(revisionIE[1])}else{browserVersion=11}}}else{if(Prototype.Browser.WebKit){browserPrefix="webkit";if(userAgentString.lastIndexOf("Chrome/")>0){isChrome=true}}else{if(Prototype.Browser.Gecko){browserPrefix="moz"}else{if(Prototype.Browser.IE){isIE=true;browserPrefix="ms";browserVersion=parseFloat(navigator.appVersion.split("MSIE")[1])}}}}}var kKeyframesPropertyName="@-"+browserPrefix+"-keyframes";var kAnimationNamePropertyName="-"+browserPrefix+"-animation-name";var kAnimationDurationPropertyName="-"+browserPrefix+"-animation-duration";var kAnimationDelayPropertyName="-"+browserPrefix+"-animation-delay";var kAnimationFillModePropertyName="-"+browserPrefix+"-animation-fill-mode";var kAnimationTimingFunctionPropertyName="-"+browserPrefix+"-animation-timing-function";var kAnimationIterationCountPropertyName="-"+browserPrefix+"-animation-iteration-count";var kTransformPropertyName="-"+browserPrefix+"-transform";var kTransformOriginPropertyName="-"+browserPrefix+"-transform-origin";var kTransformOriginZPropertyName="-"+browserPrefix+"-transform-origin-z";var kTransitionPropertyName="-"+browserPrefix+"-transition-property";var kTransitionDurationName="-"+browserPrefix+"-transition-duration";var kTransformStylePropertyName="-"+browserPrefix+"-transform-style";var kTransitionPropertyName="-"+browserPrefix+"-transition";var kTransitionEndEventName=browserPrefix+"TransitionEnd";var kAnimationEndEventName=browserPrefix+"AnimationEnd";var kPerspectivePropertyName="-"+browserPrefix+"-perspective";var kPerspectiveOriginPropertyName="-"+browserPrefix+"-perspective-origin";var kBackfaceVisibilityPropertyName="-"+browserPrefix+"-backface-visibility";var kBoxShadowPropertyName="-"+browserPrefix+"-box-shadow";var kBorderPropertyName="border";var kBackgroundImagePropertyName="background-image";var kEmphasisEffects=["apple:action-pop","apple:action-pulse","apple:action-blink","apple:action-flip","apple:action-bounce","apple:action-jiggle"];var kActionBuildKeyAnimations={"apple:action-opacity":["opacity"],"apple:action-motion-path":["position"],"apple:action-rotation":["transform.rotation.z"],"apple:action-scale":["transform.scale.x","transform.scale.y"],"apple:action-blink":["opacity"],"apple:action-bounce":["anchorPoint","transform.scale.y","transform.translation.y","transform.scale.x"],"apple:action-flip":["transform.rotation.y","transform.scale.xy"],"apple:action-jiggle":["transform.rotation.z"],"apple:action-pop":["transform.scale.xy"],"apple:action-pulse":["transform.scale.xy"]};var kSupportedWebGLEffects=["apple:wipe-iris","com.apple.iWork.Keynote.BUKAnvil","com.apple.iWork.Keynote.BUKTwist","com.apple.iWork.Keynote.BUKFlop","com.apple.iWork.Keynote.KLNColorPlanes"];var useWebGL=true;var usePDF=true;var pdfScaleFactor=1;var kFullscreenChangeEventName=browserPrefix+"fullscreenchange";window.addEventListener("load",setupShowController,false);function static_url(a){return a}function setupShowController(){var a=isMobileSafari();if(a){gBrowser=kBrowserMobileSafari;gDevice=kDeviceMobile;gMode=kModeMobile;gIpad=isiPad()}else{gBrowser=kBrowserDesktopSafari;gDevice=kDeviceDesktop;gMode=kModeDesktop}debugMessage(kDebugSetupShowController,"================================================================================");debugMessage(kDebugSetupShowController,"=== S T A R T O F S E S S I O N ===");debugMessage(kDebugSetupShowController,"================================================================================");debugMessage(kDebugSetupShowController,"userAgent: "+navigator.userAgent);debugMessage(kDebugSetupShowController,"url: "+window.location.href);if(navigator.userAgent.match(/Windows/)){gOS=kOSWindows}var b=getUrlParameter("pixelLimit");if(b!=""){gSafeMaxPixelCount=1024*1024*parseInt(b)}if(navigator.userAgent.indexOf("deviceDesktop")!=-1){debugMessage(kDebugSetupShowController,"Device was '"+gDevice+"', overriding device to be 'deviceDesktop'");gDevice=kDeviceDesktop}if(navigator.userAgent.indexOf("deviceMobile")!=-1){debugMessage(kDebugSetupShowController,"Device was '"+gDevice+"', overriding device to be 'deviceMobile'");gDevice=kDeviceMobile}if(navigator.userAgent.indexOf("modeDesktop")!=-1){debugMessage(kDebugSetupShowController,"Mode was '"+gMode+"', overriding device to be 'modeDesktop'");gMode=kModeDesktop}if(navigator.userAgent.indexOf("modeMobile")!=-1){debugMessage(kDebugSetupShowController,"Mode was '"+gMode+"', overriding device to be 'modeMobile'");gMode=kModeMobile}debugMessage(kDebugSetupShowController," gDevice: "+gDevice);debugMessage(kDebugSetupShowController," gBrowser: "+gBrowser);debugMessage(kDebugSetupShowController," gMode: "+gMode);debugMessage(kDebugSetupShowController," gOS: "+gOS);gShowController=new ShowController();gShowController.displayManager.showWaitingIndicator();gShowController.delegate.setPlaybackReadyHandler(function(){if(usePDF){if(window.location.protocol==="file:"){PDFJS.disableWorker=true}PDFJS.workerSrc="./pdfjs/pdf_worker.js";PDFJS.cMapUrl="./web/cmaps/";PDFJS.cMapPacked=true;var c=document.createElement("canvas");var d=c.getContext("webgl")||c.getContext("experimental-webgl");if(!d){useWebGL=false}}gShowController.startShow()})}function extractDelegateFromUrlParameter(){var d=getUrlParameter("delegate");var a;if((d=="")||(d==null)||(typeof(d)=="undefined")){a=new NullDelegate()}else{var c=d.indexOf(".");a=window;while(c!=-1){var b=d.substring(0,c);a=a[b];d=d.substring(c+1);c=d.indexOf(".")}a=a[d]}return a}var NullDelegate=Class.create({initialize:function(){},showDidLoad:function(){},showExited:function(){history.go(-1)},propertyChanged:function(b,a){},setPlaybackReadyHandler:function(a){a()}}); \ No newline at end of file diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/NarrationManager.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/NarrationManager.js new file mode 100644 index 00000000..0a7b5b5c --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/NarrationManager.js @@ -0,0 +1 @@ +var NarrationManager=Class.create({initialize:function(b){this.movieSegments=b.movieSegments;this.duration=b.duration;this.eventTracks=b.eventTracks;this.currentNavigationEventIndex=0;this.lastSceneIndex=0;for(var c=0,d=this.eventTracks.length;cthis.thumbnailScroller.domNode.offsetHeight){this.thumbnailScroller.domNode.style.width="126px"}else{this.thumbnailScroller.domNode.style.width="129px"}if(browserPrefix==="ms"){this.domNode.style.width="148px";this.thumbnailSidebar.domNode.style.left="-148px";this.thumbnailSidebar.domNode.style.width="137px";this.thumbnailScroller.domNode.style.width="137px"}},handleClickEvent:function(b){if(gShowController.isRecording){return}b=b||window.event;var c=b.target||b.srcElement;var a;if(browserPrefix==="ms"){b.cancelBubble=true}else{b.stopPropagation()}while((c.slideNumber==null)&&c.nodeName.toLowerCase()!="body"){c=c.parentNode}if(c.slideNumber){this.selectedSlideIndex=c.slideNumber;this.select(this.selectedSlideIndex)}},select:function(a){gShowController.jumpToSlide(a)},handleMouseOverEvent:function(e){e=e||window.event;var c=0;var g=0;if(e.pageX||e.pageY){c=e.pageX;g=e.pageY}else{if(e.clientX||e.clientY){c=e.clientX+(document.documentElement.scrollLeft||document.body.scrollLeft)-document.documentElement.clientLeft;g=e.clientY+(document.documentElement.scrollTop||document.body.scrollTop)-document.documentElement.clientTop}}if(c===0&&g===0){return}var b=this.selectedSlideIndex*76;var f=this.thumbnailScroller.domNode.scrollTop;var a=this.thumbnailScroller.domNode.clientHeight;if(f>b){this.thumbnailScroller.domNode.scrollTop=b}else{if(f+a=4/3){c=88;a=Math.ceil(88*(1/e))}else{c=Math.ceil(66*e);a=66}this.slideThumbnail={width:c,height:a,top:Math.ceil((66-a)/2),left:Math.ceil((88-c)/2),scaleX:c/b,scaleY:a/f}}if(d.nodeName.toLowerCase()==="svg"){d.firstElementChild.setAttribute("transform","matrix("+this.slideThumbnail.scaleX+",0,0,"+this.slideThumbnail.scaleY+",0,0)")}d.setAttribute("style",kTransitionPropertyName+":opacity; "+kTransitionDurationName+":500; width:"+this.slideThumbnail.width+"px; height:"+this.slideThumbnail.height+"px; left:"+this.slideThumbnail.left+"px; top:"+this.slideThumbnail.top+"px; opacity: 0; position: absolute;");d.setAttribute("draggable",false);if(browserPrefix==="moz"){Event.observe(d,"dragstart",function(i){i.preventDefault()})}h.appendChild(d);d.style.opacity=1}});var NavigatorLeftSidebar=Class.create({initialize:function(){this.domNode=document.createElement("div");this.domNode.setAttribute("class","navigatorLeftSidebar")}});var NavigatorThumbnailSidebar=Class.create({initialize:function(){this.domNode=document.createElement("div");this.domNode.setAttribute("class","navigatorThumbnailSidebar")},show:function(a){a.domNode.style.visibility="hidden";this.domNode.style.left="0px";gShowController.displayManager.navigatorIsShowing=true;gShowController.displayManager.clearTimeoutForCursor()},hide:function(a){a.domNode.style.visibility="visible";this.domNode.style.left="-140px";gShowController.displayManager.navigatorIsShowing=false;gShowController.displayManager.setTimeoutForCursor()}});var NavigatorThumbnailScroller=Class.create({initialize:function(){this.domNode=document.createElement("div");this.domNode.setAttribute("class","navigatorThumbnailScroller")}});var NavigatorThumbnailSelection=Class.create({initialize:function(a){this.domNode=document.createElement("div");this.domNode.setAttribute("class","navigatorThumbnailSelection")},select:function(a){this.domNode.style.top=76*a+"px";this.domNode.style.display="block"}});var NavigatorThumbnailContainer=Class.create({initialize:function(){this.domNode=document.createElement("div");this.domNode.setAttribute("class","navigatorThumbnailContainer");this.thumbnailItems=[]},addItem:function(a){this.thumbnailItems.push(a);this.domNode.appendChild(a.domNode)}});var NavigatorThumbnailItem=Class.create({initialize:function(){this.domNode=document.createElement("div");this.domNode.setAttribute("class","navigatorThumbnailItem");this.thumbnailContentNode=document.createElement("div");this.thumbnailContentNode.setAttribute("style","position: absolute; height: 76px; width: 119px;");this.numberNode=document.createElement("div");this.numberNode.setAttribute("style","position: absolute; bottom: 1px; width: 20px; height: 20px; text-align: right; font-weight: bold; color: white;");this.imageNode=document.createElement("div");this.imageNode.setAttribute("style","position: absolute; left: 24px; width: 95px; height: 76px;");this.thumb=document.createElement("div");this.thumb.setAttribute("style","position: absolute; top: 4px; width: 90px; height: 68px;");this.canvasContainer=document.createElement("div");this.canvasContainer.setAttribute("class","navigatorThumbnailItemCanvasContainer");this.thumb.appendChild(this.canvasContainer);this.imageNode.appendChild(this.thumb);this.thumbnailContentNode.appendChild(this.numberNode);this.thumbnailContentNode.appendChild(this.imageNode);this.domNode.appendChild(this.thumbnailContentNode)}}); \ No newline at end of file diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/OrientationController.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/OrientationController.js new file mode 100644 index 00000000..4bf05fba --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/OrientationController.js @@ -0,0 +1 @@ +var kOrientationChangedEvent="OrientationController:OrientationChangedEvent";var OrientationController=Class.create({initialize:function(){if(gDevice==kDeviceMobile){Event.observe(window,"orientationchange",this.handleDeviceOrientationChangeEvent.bind(this));this.handleDeviceOrientationChangeEvent()}this.orientation=kOrientationUnknown},handleDeviceOrientationChangeEvent:function(b){var c=window.orientation;var a=kOrientationUnknown;if((c===0)||(c===180)){a=kOrientationPortrait}else{a=kOrientationLandscape}this.changeOrientation(a)},changeOrientation:function(a){this.orientation=a;document.fire(kOrientationChangedEvent,{orientation:this.orientation})}}); \ No newline at end of file diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/ScriptManager.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/ScriptManager.js new file mode 100644 index 00000000..69f3bfe1 --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/ScriptManager.js @@ -0,0 +1 @@ +var kShowSizeDidChangeEvent="ScriptManager:ShowSizeDidChangeEvent";var kScriptDidDownloadEvent="ScriptManager:ScriptDidDownloadEvent";var kScriptDidNotDownloadEvent="ScriptManager:ScriptDidNotDownloadEvent";var kSlideDidDownloadEvent="SlideManager:SlideDidDownloadEvent";var kSlideDidNotDownloadEvent="SlideManager:SlideDidNotDownloadEvent";var ScriptManager=Class.create({initialize:function(a){this.script=null;this.showUrl=a;this.slideManager=null;document.observe(kSlideDidDownloadEvent,this.handleSlideDidDownloadEvent.bind(this));document.observe(kSlideDidNotDownloadEvent,this.handleSlideDidDownloadEvent.bind(this))},handleSlideDidDownloadEvent:function(d){var l=true;for(var m in this.slideManager.slides){if(this.slideManager.slides.hasOwnProperty(m)){if(!this.slideManager.slides[m].downloaded){l=false;break}}}if(l){this.script.events=[];this.script.originalEvents=[];this.script.slideIndexFromSceneIndexLookup={};this.script.sceneIndexFromSlideIndexLookup={};this.script.slides={};this.script.originalSlides={};var n,h,j,g,k=0,b=0,a=0;for(var m in this.slideManager.slides){if(this.slideManager.slides.hasOwnProperty(m)){j=this.slideManager.slides[m].script;g=this.slideManager.slides[m].originalScript;n=j.events;h=g.events;this.script.slides[m]=j;this.script.originalSlides[m]=g;this.script.sceneIndexFromSlideIndexLookup[k]=b;for(var f=0,e=n.length;f0){var i=o.layers[0];o.layers[0]=o.layers[1];o.layers[1]=i;o.layers[1].initialState.hidden=true;var e=k.layers[0];k.layers[0]=k.layers[1];k.layers[1]=e;k.layers[1].initialState.hidden=true;var a=o.layers[1].animations[0].beginTime;var b=o.layers[1].animations[0].duration;var g=o.layers[1].animations[0].animations[0].beginTime;var d=o.layers[1].animations[0].animations[0].duration;var h;if(a==g){for(var f=0,m=o.layers[1].animations[0].animations.length;f0){var l=q.layers[0];q.layers[0]=q.layers[1];q.layers[1]=l;q.layers[1].initialState.hidden=true;var f=k.layers[0];k.layers[0]=k.layers[1];k.layers[1]=f;k.layers[1].initialState.hidden=true;var a=q.layers[1].animations[0].beginTime;var c=q.layers[1].animations[0].duration;var h=q.layers[1].animations[0].animations[0].beginTime;var e=q.layers[1].animations[0].animations[0].duration;var i;if(a==h){for(var g=0,o=q.layers[1].animations[0].animations.length;g1){for(var g=0,o=q.layers[1].animations[0].animations.length;g0){var l=q.layers[0];q.layers[0]=q.layers[1];q.layers[1]=l;q.layers[1].initialState.hidden=true;var f=k.layers[0];k.layers[0]=k.layers[1];k.layers[1]=f;k.layers[1].initialState.hidden=true;var a=q.layers[1].animations[0].beginTime;var c=q.layers[1].animations[0].duration;var h=q.layers[1].animations[0].animations[0].beginTime;var e=q.layers[1].animations[0].animations[0].duration;var i;if(a==h){for(var g=0,o=q.layers[1].animations[0].animations.length;g1){for(var g=0,o=q.layers[1].animations[0].animations.length;g0){var l=JSON.parse(JSON.stringify(q.layers[1]));q.layers.splice(0,0,l);var f=JSON.parse(JSON.stringify(k.layers[1]));k.layers.splice(0,0,f);var a=q.layers[1].animations[0].beginTime;var c=q.layers[1].animations[0].duration;var h=q.layers[1].animations[0].animations[0].beginTime;var e=q.layers[1].animations[0].animations[0].duration;var i;if(a==h){for(var g=0,o=q.layers[1].animations[0].animations.length;gG){G=l}if(z>g){g=z}}C.particleCount={x:G+1,y:g+1}}this.applyScaleFactorForLayer(M.baseLayer,n.baseLayer,k,M.name,I,C)}for(var O=0,t=T.hyperlinks.length;OG){G=l}if(z>g){g=z}}C.particleCount={x:G+1,y:g+1}}this.applyScaleFactorForLayer(R.baseLayer,S.baseLayer,k,R.name,I,C)}}}}for(var p in this.script.slides){if(this.script.slides.hasOwnProperty(p)){var a=this.script.slides[p];var v=this.script.originalSlides[p];for(var E in a.assets){if(a.assets.hasOwnProperty(E)){var r=a.assets[E];var P=v.assets[E];r.width=P.width*k;r.height=P.height*k}}}}},adjustForCropAnimation:function(a,b,i,h){var d=this.script.slideWidth;var f=this.script.slideHeight;var j=Math.floor(d/i);var g=Math.floor(f/h);var e=Math.round(b.x/b.width);var c=Math.round(b.y/b.height);if(b.width!=1||b.height!=1){if(e!=i-1){a.width=j}else{a.width=d-j*(i-1)}if(c!=h-1){a.height=g}else{a.height=f-g*(h-1)}a.position.pointX=j*e+a.width/2;a.position.pointY=g*c+a.height/2;a.contentsRect.x=j*e/d;a.contentsRect.y=g*c/f;a.contentsRect.width=a.width/d;a.contentsRect.height=a.height/f}},downloadScript:function(b){this.delegate=b;if(this.delegate.getKPFJsonStringForShow){this.script=JSON.parse(this.delegate.getKPFJsonStringForShow());if(this.script==null){debugMessageAlways(kDebugScriptMangaer_DownloadScript,"An error occured on the server. KPF header json is null.");return}this.slideManager=new SlideManager({header:this.script});this.slideManager.getSlides(this.script.slideList,this.delegate);return}this.downloadTimeout=setTimeout(this.scriptDidNotDownload.bind(this),kMaxScriptDownloadWaitTime);this.downloadAlreadyFailed=false;var c=this.showUrl+"header.json";if(window.location.protocol==="file:"){c=c+"p";window.local_header=(function(d){this.scriptDidDownload(d,true)}).bind(this);var a=document.createElement("script");a.setAttribute("src",c);document.head.appendChild(a)}else{new Ajax.Request(c,{method:"get",onSuccess:this.scriptDidDownload.bind(this),onFailure:this.scriptDidNotDownload.bind(this)})}},scriptDidDownload:function(b,a){clearTimeout(this.downloadTimeout);if(a){this.script=b}else{this.script=JSON.parse(b.responseText)}this.slideManager=new SlideManager({header:this.script});this.slideManager.downloadSlides(this.script.slideList)},scriptDidNotDownload:function(a){this.downloadAlreadyFailed=true;if(a){clearTimeout(this.downloadTimeout)}document.fire(kScriptDidNotDownloadEvent,{})},sceneIndexFromSlideIndex:function(a){if((this.script==null)||(a<0)||(a>=this.script.slideList.length)){return -1}return this.script.sceneIndexFromSlideIndexLookup[a]},slideIndexFromSceneIndex:function(a){if((this.script==null)||(a<0)||(a>=this.script.events.length)){return -1}return this.script.slideIndexFromSceneIndexLookup[a]}}); \ No newline at end of file diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/ShowController.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/ShowController.js new file mode 100644 index 00000000..ff509960 --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/ShowController.js @@ -0,0 +1 @@ +var kShowControllerState_Stopped="Stopped";var kShowControllerState_Starting="Starting";var kShowControllerState_DownloadingScript="DownloadingScipt";var kShowControllerState_SettingUpScene="SettingUpScene";var kShowControllerState_IdleAtFinalState="IdleAtFinalState";var kShowControllerState_IdleAtInitialState="IdleAtInitialState";var kShowControllerState_WaitingToJump="WaitingToJump";var kShowControllerState_ReadyToJump="ReadyToJump";var kShowControllerState_WaitingToDisplay="WaitingToDisplay";var kShowControllerState_ReadyToDisplay="ReadyToDisplay";var kShowControllerState_WaitingToPlay="WaitingToPlay";var kShowControllerState_ReadyToPlay="ReadyToPlay";var kShowControllerState_Playing="Playing";var kKeyDownEvent="keydown";var kSlideIndexDidChangeEvent="ShowController:SlideIndexDidChangeEvent";var ShowController=Class.create({initialize:function(){this.delegate=extractDelegateFromUrlParameter();this.delegate.showDidLoad();this.showUrl="../";this.displayManager=new DisplayManager();this.scriptManager=new ScriptManager(this.showUrl);this.textureManager=new TextureManager(this.showUrl);this.stageManager=new StageManager(this.textureManager,this.scriptManager);this.touchController=new TouchController();this.animationManager=new AnimationManager();this.orientationController=new OrientationController();this.activeHyperlinks=new Array();this.movieHyperlinks=new Array();this.script=null;this.currentSceneIndex=-1;this.nextSceneIndex=-1;this.currentSlideIndex=-1;this.previousSlideIndex=-1;this.currentSoundTrackIndex=0;this.transformOriginValue="";this.accumulatingDigits=false;this.digitAccumulator=0;this.firstSlide=true;this.lastSlideViewedIndex=-1;this.accountID="";this.guid="";this.locale="EN";this.isNavigationBarVisible=false;this.isFullscreen=false;this.volume=3;this.muted=false;this.soundTrackPlayer=null;this.sceneIndexOfPrebuiltAnimations=-1;this.queuedUserAction=null;document.observe(kScriptDidDownloadEvent,this.handleScriptDidDownloadEvent.bind(this));document.observe(kScriptDidNotDownloadEvent,this.handleScriptDidNotDownloadEvent.bind(this));document.observe(kStageIsReadyEvent,this.handleStageIsReadyEvent.bind(this));document.observe(kStageSizeDidChangeEvent,this.handleStageSizeDidChangeEvent.bind(this));document.observe(kKeyDownEvent,this.handleKeyDownEvent.bind(this));document.observe(kSwipeEvent,this.handleSwipeEvent.bind(this));Event.observe(this.displayManager.body,"click",this.handleClickEvent.bind(this));document.observe(kFullscreenChangeEventName,this.handleFullscreenChangeEvent.bind(this));Event.observe(window,"resize",this.handleWindowResizeEvent.bind(this));this.touchController.registerTapEventCallback(this.handleTapEvent.bind(this));this.changeState(kShowControllerState_Stopped);this.movieCache=null;this.audioCache=null;this.playbackController=new KPFPlaybackController({},this.stageManager.stage);this.navigatorController=new NavigatorController(document.getElementById("slideshowNavigator"));this.slideNumberController=new SlideNumberController(document.getElementById("slideNumberControl"));this.slideNumberDisplay=new SlideNumberDisplay(document.getElementById("slideNumberDisplay"));this.helpPlacard=new HelpPlacardController(document.getElementById("helpPlacard"));this.isRecording=false;this.isRecordingStarted=false;if(isIE&&browserVersion<10){this.animationSupported=false}else{this.animationSupported=true}document.observe("contextmenu",this.handleContextMenuEvent.bind(this));Event.observe(this.displayManager.previousButton,"click",this.goBackToPreviousSlide.bind(this,"tapPreviousButton"));Event.observe(this.displayManager.nextButton,"click",this.advanceToNextBuild.bind(this,"tapNextButton"))},startShow:function(){this.changeState(kShowControllerState_DownloadingScript);this.scriptManager.downloadScript(this.delegate)},exitShow:function(a){clearTimeout(this.exitTimeout);if(a){this.delegate.showExited()}else{this.exitTimeout=setTimeout((function(){this.delegate.showExited()}).bind(this),750)}},promptUserToTryAgain:function(b){var a=false;a=confirm(b);return a},handleScriptDidDownloadEvent:function(b){switch(this.state){case kShowControllerState_DownloadingScript:var g=this.script=b.memo.script;var d=g.showMode;if(d==kShowModeHyperlinksOnly){this.displayManager.setHyperlinksOnlyMode()}this.changeState(kShowControllerState_Starting);var h;var c=parseInt(getUrlParameter("restartingSceneIndex"));var i=document.URL.split("?");var f=i[0].split("#");if(f[1]){c=parseInt(f[1])}if(c){h=c}else{var j=getUrlParameter("currentSlide");var a;if(j){a=parseInt(j)}else{a=1}h=this.scriptManager.sceneIndexFromSlideIndex(a-1)}if(g.recording){if(g.recording.eventTracks[0].type==="navigation"){this.narrationManager=new NarrationManager(g.recording);h=this.narrationManager.sceneIndexFromNavigationEvent(this.narrationManager.navigationEvents[0]);this.isRecording=true;this.jumpToScene(h,false);break}}if(h>g.lastSceneIndex){break}if(d===kShowModeAutoplay){this.jumpToScene(h,true)}else{var b=g.events[h];var e=b.automaticPlay==1||b.automaticPlay==true;this.jumpToScene(h,e)}break;default:debugMessage(kDebugShowController_HandleScriptDidDownloadEvent,"- hmmm we seem to have arrived here from an unpredicted state");break}},handleScriptDidNotDownloadEvent:function(b){debugMessage(kDebugShowController_HandleScriptDidNotDownloadEvent);var a=this.promptUserToTryAgain(kUnableToReachiWorkTryAgain);if(a){this.scriptManager.downloadScript()}else{this.displayManager.clearLaunchMode();this.displayManager.hideWaitingIndicator()}},handleStageIsReadyEvent:function(a){if(this.isFullscreen){setTimeout((function(){this.displayManager.stageArea.style.opacity=1}).bind(this),50)}else{setTimeout((function(){this.displayManager.stageArea.style.opacity=1}).bind(this),500)}this.positionSlideNumberControl();this.positionSlideNumberDisplay();this.positionHelpPlacard()},positionSlideNumberControl:function(){var b=(this.displayManager.usableDisplayWidth-this.slideNumberController.width)/2;var a=this.displayManager.stageAreaTop+this.displayManager.stageAreaHeight-(this.slideNumberController.height+16);this.slideNumberController.setPosition(b,a)},positionSlideNumberDisplay:function(){var b=(this.displayManager.usableDisplayWidth-this.slideNumberDisplay.width)/2;var a=this.displayManager.stageAreaTop+this.displayManager.stageAreaHeight-(this.slideNumberDisplay.height+16);this.slideNumberDisplay.setPosition(b,a)},positionHelpPlacard:function(){var b=(this.displayManager.usableDisplayWidth-this.helpPlacard.width)/2;var a=(this.displayManager.usableDisplayHeight-this.helpPlacard.height)/2;this.helpPlacard.setPosition(b,a)},handleFullscreenChangeEvent:function(){if(document.webkitIsFullScreen||document.mozFullScreen){this.isFullscreen=true}else{this.isFullscreen=false}setTimeout((function(){this.displayManager.layoutDisplay()}).bind(this),0)},handleWindowResizeEvent:function(){clearTimeout(this.resizeTimer);this.resizeTimer=setTimeout(this.changeWindowSize.bind(this),1000)},changeWindowSize:function(){if(this.delegate.setViewScale){this.scriptManager.reapplyScaleFactor();this.textureManager.slideCache=null;this.textureManager.slideCache={};var a=this.currentSceneIndex;if(this.state===kShowControllerState_IdleAtFinalState){if(this.currentSceneIndex=kKeyCode_Numeric_0)&&(c<=kKeyCode_Numeric_9)){c=kKeyCode_0+(c-kKeyCode_Numeric_0)}c+=(a.shiftKey?kKeyModifier_Shift:0);c+=(a.altKey?kKeyModifier_Alt:0);c+=(a.ctrlKey?kKeyModifier_Ctrl:0);c+=(a.metaKey?kKeyModifier_Meta:0);if(this.isRecording){return}var b=false;switch(c){case kKeyCode_Escape:this.exitShow(true);break;case kKeyCode_Slash:case kKeyCode_Slash+kKeyModifier_Shift:if(this.helpPlacard.isShowing){this.helpPlacard.hide()}else{this.helpPlacard.show()}break;case kKeyCode_Q:this.exitShow(true);break;case kKeyCode_S:if(this.slideNumberController.isShowing){if(this.slideNumberTimeout){clearTimeout(this.slideNumberTimeout)}this.slideNumberTimeout=setTimeout(this.hideAndResetSlideNumberController.bind(this),0)}if(this.slideNumberDisplay.isShowing){this.slideNumberDisplay.hide()}else{this.slideNumberDisplay.setSlideNumber(this.currentSlideIndex+1);this.slideNumberDisplay.show()}break;case kKeyCode_Return:if(this.accumulatingDigits){this.accumulatingDigits=false;if(this.script.showMode!=kShowModeHyperlinksOnly){if(this.digitAccumulator>this.script.slideCount){this.digitAccumulator=this.script.slideCount}else{if(this.digitAccumulator<1){this.digitAccumulator=1}}this.slideNumberController.setSlideNumber(this.digitAccumulator);this.jumpToSlide(this.digitAccumulator)}else{debugMessage(kDebugShowController_OnKeyPress,"- can't do it, we're in hyperlinks only mode")}break}case kKeyCode_N:case kKeyCode_Space:case kKeyCode_DownArrow:case kKeyCode_RightArrow:case kKeyCode_PageDown:case kKeyCode_RightArrow+kKeyModifier_Shift:this.advanceToNextBuild("onKeyPress");break;case kKeyCode_DownArrow+kKeyModifier_Shift:case kKeyCode_PageDown+kKeyModifier_Shift:case kKeyCode_CloseBracket:case kKeyCode_Equal+kKeyModifier_Shift:case kKeyCode_Equal:case kKeyCode_Plus:this.advanceToNextSlide("onKeyPress");break;case kKeyCode_LeftArrow+kKeyModifier_Shift:case kKeyCode_PageUp+kKeyModifier_Shift:case kKeyCode_OpenBracket:this.goBackToPreviousBuild("onKeyPress");break;case kKeyCode_P:case kKeyCode_PageUp:case kKeyCode_LeftArrow:case kKeyCode_UpArrow:case kKeyCode_UpArrow+kKeyModifier_Shift:case kKeyCode_Hyphen:case kKeyCode_Minus:this.goBackToPreviousSlide("onKeyPress");break;case kKeyCode_Delete:b=true;if(this.accumulatingDigits){if(this.digitAccumulator<10){if(this.slideNumberTimeout){clearTimeout(this.slideNumberTimeout)}this.slideNumberTimeout=setTimeout(this.hideAndResetSlideNumberController.bind(this),0)}else{if(this.slideNumberTimeout){clearTimeout(this.slideNumberTimeout)}this.slideNumberTimeout=setTimeout(this.hideAndResetSlideNumberController.bind(this),7000);var d=this.digitAccumulator.toString();this.digitAccumulator=parseInt(d.substring(0,d.length-1));this.slideNumberController.setSlideNumber(this.digitAccumulator)}}break;case kKeyCode_Home:if(this.script.showMode!=kShowModeHyperlinksOnly){this.jumpToSlide(1)}else{debugMessage(kDebugShowController_OnKeyPress,"- can't do it, we're in hyperlinks only mode")}break;case kKeyCode_End:if(this.script.showMode!=kShowModeHyperlinksOnly){this.jumpToSlide(this.script.slideCount)}else{debugMessage(kDebugShowController_OnKeyPress,"- can't do it, we're in hyperlinks only mode")}break;default:if(this.slideNumberTimeout){clearTimeout(this.slideNumberTimeout)}this.slideNumberTimeout=setTimeout(this.hideAndResetSlideNumberController.bind(this),7000);if((c>=kKeyCode_0)&&(c<=kKeyCode_9)){if(this.slideNumberDisplay.isShowing){this.slideNumberDisplay.hide()}b=true;if(this.accumulatingDigits===false){this.accumulatingDigits=true;this.digitAccumulator=0}if(this.digitAccumulator.toString().length<4){this.digitAccumulator*=10;this.digitAccumulator+=(c-kKeyCode_0);this.slideNumberController.setSlideNumber(this.digitAccumulator);if(!this.slideNumberController.isShowing){this.slideNumberController.show()}}}else{b=true}break}if(this.accumulatingDigits&&(b===false)){}},hideAndResetSlideNumberController:function(){if(this.slideNumberTimeout){clearTimeout(this.slideNumberTimeout)}this.accumulatingDigits=false;this.digitAccumulator=0;this.slideNumberController.hide()},hideSlideNumberDisplay:function(){this.slideNumberDisplay.hide()},toggleFullscreen:function(){if(isIE){return}setTimeout((function(){this.displayManager.stageArea.style.opacity=0}).bind(this),0);this.displayManager.hideHUD(true);if(document.webkitIsFullScreen||document.mozFullScreen){this.isFullscreen=false;(document.webkitCancelFullScreen&&document.webkitCancelFullScreen())||(document.mozCancelFullScreen&&document.mozCancelFullScreen())}else{this.isFullscreen=true;(document.body.webkitRequestFullScreen&&document.body.webkitRequestFullScreen())||(document.body.mozRequestFullScreen&&document.body.mozRequestFullScreen())}},changeState:function(a){if(a!=this.state){this.leavingState();this.state=a;this.enteringState()}},leavingState:function(){switch(this.state){case kShowControllerState_Stopped:break;case kShowControllerState_Starting:break;case kShowControllerState_SettingUpScene:break;case kShowControllerState_IdleAtFinalState:break;case kShowControllerState_IdleAtInitialState:break;case kShowControllerState_WaitingToJump:break;case kShowControllerState_ReadyToJump:break;case kShowControllerState_WaitingToPlay:this.displayManager.hideWaitingIndicator();break;case kShowControllerState_ReadyToPlay:break;case kShowControllerState_Playing:break}},enteringState:function(){switch(this.state){case kShowControllerState_Stopped:break;case kShowControllerState_Starting:this.displayManager.showWaitingIndicator();break;case kShowControllerState_SettingUpScene:break;case kShowControllerState_IdleAtFinalState:this.unloadTextures();case kShowControllerState_IdleAtInitialState:this.updateSlideNumber();this.createHyperlinksForCurrentState("idle");runInNextEventLoop(this.doIdleProcessing.bind(this));break;case kShowControllerState_WaitingToJump:break;case kShowControllerState_ReadyToJump:break;case kShowControllerState_WaitingToPlay:this.displayManager.showWaitingIndicator();break;case kShowControllerState_ReadyToPlay:break;case kShowControllerState_Playing:break}},preloadTextures:function(){var a=this.script;var b=this.currentSceneIndex;if(this.state===kShowControllerState_IdleAtFinalState){if(bb+1){var d=f[h];for(var a in d.textureAssets){var g=d.textureAssets[a];if(g){var e=g.getContext("2d");if(e){e.clearRect(0,0,g.width,g.height)}delete d.textureAssets[a]}}delete this.textureManager.slideCache[h].textureAssets;delete this.textureManager.slideCache[h].textureRequests;if(d.pdf){d.pdf.destroy();delete this.textureManager.slideCache[h].pdf}delete this.textureManager.slideCache[h]}}},doIdleProcessing:function(){this.preloadTextures();if(this.queuedUserAction!=null){this.queuedUserAction();this.queuedUserAction=null}else{var a=this.stageManager.stage;if(a.childNodes.length!=0){this.updateNavigationButtons()}else{}}},truncatedSlideIndex:function(a){return this.truncatedIndex(a,this.script.lastSlideIndex,this.script.loopSlideshow)},truncatedSceneIndex:function(a){return this.truncatedIndex(a,this.script.lastSceneIndex,this.script.loopSlideshow)},truncatedIndex:function(a,c,b){if(a<0){if(b){a=a+c+1}else{a=-1}}else{if(a>c){if(b){a=a-c-1}else{a=-1}}}return a},advanceToNextBuild:function(b){if(!this.script){return false}if(this.script.showMode===kShowModeHyperlinksOnly&&b!="currentSceneDidComplete"){return false}if(this.displayManager.infoPanelIsShowing){return false}var a=false;switch(this.state){case kShowControllerState_IdleAtFinalState:if(this.nextSceneIndex===-1){if(this.delegate.getKPFJsonStringForShow){this.stopSoundTrack();this.exitShow()}else{this.stopSoundTrack();break}}a=true;this.jumpToScene(this.nextSceneIndex,true);break;case kShowControllerState_IdleAtInitialState:if(this.currentSceneIndex>=this.script.numScenes){if(this.script.loopSlideshow){a=true;this.jumpToScene(0,false)}else{if(this.delegate.getKPFJsonStringForShow){this.stopSoundTrack();this.exitShow()}else{this.stopSoundTrack();break}}}else{a=true;this.playCurrentScene()}break;default:debugMessage(kDebugShowController_AdvanceToNextBuild,"nextSceneIndex: "+this.nextSceneIndex+" can't advance now, not in an idle state (currently in '"+this.state+"' state), queue up action to run in next idle time");if(this.queuedUserAction==null){a=true;this.queuedUserAction=this.advanceToNextBuild.bind(this,b)}break}return a},advanceToNextSlide:function(d){if(!this.script){return false}if(this.script.showMode==kShowModeHyperlinksOnly){return}if(this.displayManager.infoPanelIsShowing){return}var b=this.currentSceneIndex;switch(this.state){case kShowControllerState_IdleAtFinalState:b=b+1;case kShowControllerState_IdleAtInitialState:var f=this.scriptManager.slideIndexFromSceneIndex(b);var c;if(f===this.script.slideCount-1){if(this.script.loopSlideshow){c=0}else{return}}else{c=this.currentSlideIndex+1}var g=this.scriptManager.sceneIndexFromSlideIndex(c);var e=this.script.events[g];var a=e.automaticPlay==1||e.automaticPlay==true;this.jumpToSlide(c+1,a);break;default:debugMessage(kDebugShowController_AdvanceToNextSlide,"can't advance now, not in an idle state (currently in '"+this.state+"' state), queue up action to run in next idle time");if(this.queuedUserAction==null){this.queuedUserAction=this.advanceToNextSlide.bind(this,d)}break}},goBackToPreviousBuild:function(c){if(!this.script){return false}this.resetMediaCache();if(this.script.showMode==kShowModeHyperlinksOnly){return}if(this.displayManager.infoPanelIsShowing){return}var a=this.currentSceneIndex;switch(this.state){case kShowControllerState_IdleAtFinalState:a=a+1;case kShowControllerState_Playing:case kShowControllerState_IdleAtInitialState:var b;if(a===0){if(this.script.loopSlideshow){b=this.script.events.length-1}else{return}}else{b=a-1}this.jumpToScene(b,false);break;default:debugMessage(kDebugShowController_GoBackToPreviousBuild,"can't go back now, not in an idle state (currently in '"+this.state+"' state)");if(this.queuedUserAction==null){this.queuedUserAction=this.goBackToPreviousBuild.bind(this,c)}break}},goBackToPreviousSlide:function(c){if(!this.script){return false}if(this.script.showMode==kShowModeHyperlinksOnly){return}if(this.displayManager.infoPanelIsShowing){return}var b=this.currentSceneIndex;switch(this.state){case kShowControllerState_IdleAtFinalState:b=b+1;case kShowControllerState_Playing:case kShowControllerState_IdleAtInitialState:var d=this.scriptManager.slideIndexFromSceneIndex(b);var a;if(d===0){if(this.script.loopSlideshow){a=this.script.slideCount-1}else{a=0}}else{if(d===-1&&b>0){a=this.script.slideCount-1}else{a=this.currentSlideIndex-1}}this.jumpToSlide(a+1);break;default:debugMessage(kDebugShowController_GoBackToPreviousSlide,"can't go back now, not in an idle state (currently in '"+this.state+"' state)");if(this.queuedUserAction==null){this.queuedUserAction=this.goBackToPreviousSlide.bind(this,c)}break}},calculatePreviousSceneIndex:function(a){if(a==-1){previousSceneIndex=-1}else{previousSceneIndex=a-1}return previousSceneIndex},jumpToSlide:function(b,a){var c=b-1;var d=this.scriptManager.sceneIndexFromSlideIndex(c);this.resetMediaCache();if(a==null){a=false}this.jumpToScene(d,a)},jumpToScene:function(d,c){this.lastSlideViewedIndex=this.scriptManager.slideIndexFromSceneIndex(this.currentSceneIndex);if(d===-1){return}switch(this.state){case kShowControllerState_Starting:var b="position:absolute;background-color:transparent; left:0px; top:0px; width:"+this.displayManager.usableDisplayWidth+"px; height:"+this.displayManager.usableDisplayHeight+"px;";this.starting=true;this.maskElement=document.createElement("div");this.maskElement.setAttribute("style",b);document.body.appendChild(this.maskElement);case kShowControllerState_IdleAtInitialState:case kShowControllerState_IdleAtFinalState:case kShowControllerState_ReadyToJump:break;default:debugMessage(kDebugShowController_JumpToScene,"can't jump now, currently in '"+this.state+"' state which does not supports jumping...");return}if(this.textureManager.isScenePreloaded(d)===false){this.changeState(kShowControllerState_WaitingToJump);var a={sceneIndex:d,automaticPlay:c};this.waitForSceneToLoadTimeout=setTimeout(this.handleSceneDidNotLoad.bind(this,a),kMaxSceneDownloadWaitTime);this.textureManager.loadScene(d,this.handleSceneDidLoad.bind(this,a));return}this.changeState(kShowControllerState_SettingUpScene);runInNextEventLoop(this.jumpToScene_partThree.bind(this,d,c))},handleSceneDidLoad:function(a){clearTimeout(this.waitForSceneToLoadTimeout);this.displayManager.setNextButtonEnabled(this.currentSceneIndex<(this.script.pageCount-1));switch(this.state){case kShowControllerState_WaitingToJump:this.changeState(kShowControllerState_ReadyToJump);this.jumpToScene_partTwo(a.sceneIndex,a.automaticPlay);break;default:break}},handleSceneDidNotLoad:function(a){clearTimeout(this.waitForSceneToLoadTimeout);this.queuedUserAction=null;var b=this.promptUserToTryAgain(kUnableToReachiWorkTryAgain);if(b){var d=window.location.href;var f;var e=d.indexOf("&restartingSceneIndex");if(e===-1){f=d}else{f=d.substring(0,e)}var c=f+"&restartingSceneIndex="+a.sceneIndex;window.location.replace(c)}else{this.changeState(kShowControllerState_IdleAtFinalState)}},jumpToScene_partTwo:function(b,a){this.changeState(kShowControllerState_SettingUpScene);runInNextEventLoop(this.jumpToScene_partThree.bind(this,b,a))},jumpToScene_partThree:function(c,a){var b=false;if(b){runInNextEventLoop(this.jumpToScene_partFour.bind(this,c,a))}else{this.jumpToScene_partFour(c,a)}},jumpToScene_partFour:function(f,e){this.displayScene(f);if(this.starting){if(this.maskElement!=null){document.body.removeChild(this.maskElement);this.maskElement=null;this.starting=false}window.focus()}if(this.helpPlacard.isShowing){this.helpPlacard.hide()}if(this.slideNumberDisplay.isShowing){this.slideNumberDisplay.hide()}if(this.slideNumberController.isShowing){if(this.slideNumberTimeout){clearTimeout(this.slideNumberTimeout)}this.slideNumberTimeout=setTimeout(this.hideAndResetSlideNumberController.bind(this),500)}if(e){var a=this.script;if(a.showMode===kShowModeAutoplay){var d=a.events[f];var c=d.effects;if(c&&c.length>0){var b=c[0].type==="transition"?a.autoplayTransitionDelay:a.autoplayBuildDelay;setTimeout((function(){this.playCurrentScene()}).bind(this),b*1000)}else{this.playCurrentScene()}}else{this.playCurrentScene()}}else{this.changeState(kShowControllerState_IdleAtInitialState);if(this.isRecording&&!this.isRecordingStarted){this.narrationManager.start();this.isRecordingStarted=true}}},displayScene:function(g,b){if(g===-1){return}this.animationManager.deleteAllAnimations();var c=this.scriptManager.slideIndexFromSceneIndex(this.currentSceneIndex);var e=b?b.slideIndex:this.scriptManager.slideIndexFromSceneIndex(g);if(c!==e){this.resetMediaCache()}this.setCurrentSceneIndexTo(g);if(b){this.playbackController.renderEvent(b)}else{var f=this.script.slideIndexFromSceneIndexLookup[g];var d=this.script.slideList[f];var a=new KPFEvent({slideId:d,slideIndex:f,sceneIndex:g,event:this.script.events[g],animationSupported:this.animationSupported});this.playbackController.renderEvent(a)}this.updateNavigationButtons()},setCurrentSceneIndexTo:function(a){this.currentSceneIndex=a;this.assignNextSceneIndex();this.updateSlideNumber();this.updateNavigationButtons()},assignNextSceneIndex:function(){this.nextSceneIndex=this.calculateNextSceneIndex(this.currentSceneIndex)},calculateNextSceneIndex:function(b){var a=this.calculateNextSceneIndex_internal(b);return a},calculateNextSceneIndex_internal:function(b){var a=-1;if(b0){a=true}if(c===0&&this.script.lastSceneIndex===0){b=true}else{if(this.currentSceneIndex0;d--){var e=this.activeHyperlinks[d-1];var c=e.targetRectangle;hyperlinkLeft=Math.floor(c.x);hyperlinkTop=Math.floor(c.y);hyperlinkRight=hyperlinkLeft+Math.floor(c.width);hyperlinkBottom=hyperlinkTop+Math.floor(c.height);if((b.pointX>=hyperlinkLeft)&&(b.pointX<=hyperlinkRight)&&(b.pointY>=hyperlinkTop)&&(b.pointY<=hyperlinkBottom)){return e}}return null},createHyperlinksForCurrentState:function(a){var b=-1;switch(this.state){case kShowControllerState_IdleAtInitialState:b=this.currentSceneIndex;break;case kShowControllerState_IdleAtFinalState:if(this.currentSceneIndex0){for(var a=0;a0){this.hyperlinkPlane.removeChild(this.hyperlinkPlane.firstChild)}this.audioTrackOffset=this.audioTrackSpacer},handleStageSizeDidChangeEvent:function(a){this.stageWidth=a.memo.width;this.stageHeight=a.memo.height;this.adjustStageToFit(this.stage);this.adjustStageToFit(this.hyperlinkPlane)},handleShowSizeDidChangeEvent:function(a){this.showWidth=a.memo.width;this.showHeight=a.memo.height;this.adjustStageToFit(this.stage);this.adjustStageToFit(this.hyperlinkPlane);this.audioTrackIconSize=this.showHeight/4;this.audioTrackSpacer=this.audioTrackIconSize/4;this.audioTrackOffset=this.audioTrackSpacer},adjustStageToFit:function(b){if((this.showWidth!=0)&&(this.stageWidth!=0)){var d=this.stageHeight/this.showHeight;var f=this.stageWidth/this.showWidth;var a="scaleX("+f+") scaleY("+d+")";var e=20;var c=Math.tan(Math.PI/180*e/2)*15*(this.showWidth>this.showHeight?this.showHeight:this.showWidth);this.perspective=c;setElementProperty(b,kTransformOriginPropertyName,kTransformOriginCenterPropertyValue);setElementProperty(b,kTransformPropertyName,a);setElementProperty(b,kPerspectiveOriginPropertyName,kTransformOriginCenterPropertyValue);setElementProperty(b,kTransformStylePropertyName,kTransformStylePreserve3DPropertyValue);setElementPosition(b,(d-1)*this.showHeight/2,(f-1)*this.showWidth/2,this.showWidth,this.showHeight);document.fire(kStageIsReadyEvent,{})}},debugGetStageStatistics:function(){var a={numTextures:0,numPixels:0,numDegraded:0};this.debugRecursivelyWalkDomFrom(this.stage,a);return a}}); \ No newline at end of file diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/TSDAnimation.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/TSDAnimation.js new file mode 100644 index 00000000..89ee008d --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/TSDAnimation.js @@ -0,0 +1 @@ +var KNAnimationActionAcceleration={kSFXActionAccelerationNone:0,kSFXActionAccelerationEaseIn:1,kSFXActionAccelerationEaseOut:2,kSFXActionAccelerationEaseBoth:3,kSFXActionAccelerationCustom:4};var KNActionOpacityName="apple:action-opacity";var KNActionMotionPathName="apple:action-motion-path";var KNActionRotationName="apple:action-rotation";var KNActionScaleName="apple:action-scale";var KNActionPopName="apple:action-pop";var KNActionPulseName="apple:action-pulse";var KNActionBlinkName="apple:action-blink";var KNActionFlipName="apple:action-flip";var KNActionBounceName="apple:action-bounce";var KNActionJiggleName="apple:action-jiggle";var KNDirection={kKNDirectionNone:0,kKNDirectionLeftToRight:11,kKNDirectionRightToLeft:12,kKNDirectionTopToBottom:13,kKNDirectionBottomToTop:14,kKNDirectionUpperLeftToBottomRight:21,kKNDirectionUpperRightToBottomLeft:22,kKNDirectionLowerLeftToUpperRight:23,kKNDirectionLowerRightToUpperLeft:24,kKNDirectionClockwise:31,kKNDirectionCounterclockwise:32,kKNDirectionIn:41,kKNDirectionOut:42,kKNDirectionUp:43,kKNDirectionDown:44,kKNDirectionStartToEnd:51,kKNDirectionEndToStart:52,kKNDirectionMiddleToEnds:53,kKNDirectionEndsToMiddle:54,kKNDirectionRandom:91,kKNDirectionAlternating:92,kKNDirectionSimultaneous:93,kKNDirectionBCForward:111,kKNDirectionBCBackward:112,kKNDirectionBCRandom:113,kKNDirectionBCCenter:114,kKNDirectionBCEdges:115,kKNDirectionGravity:121,kKNDirectionNoGravity:122};var kKNAnimationStringTypeNone="None";var kKNAnimationStringTypeBuildIn="In";var kKNAnimationStringTypeBuildOut="Out";var kKNAnimationStringTypeTransition="Transition";var kKNAnimationStringTypeActionBuild="Action";function KNEffectIsActionEffect(a){if([KNActionOpacityName,KNActionMotionPathName,KNActionRotationName,KNActionScaleName].indexOf(a)>-1){return true}else{return false}}function KNEffectIsEmphasisEffect(a){if([KNActionPopName,KNActionPulseName,KNActionBlinkName,KNActionFlipName,KNActionBounceName,KNActionJiggleName].indexOf(a)>-1){return true}else{return false}}; \ No newline at end of file diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/TextureManager.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/TextureManager.js new file mode 100644 index 00000000..46ee929a --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/TextureManager.js @@ -0,0 +1 @@ +var KNStaticAssets={};KNStaticAssets["KNTransitionSwoosh_Shadow.png"]=new 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a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/gl/KNWebGLObjects.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/gl/KNWebGLObjects.js new file mode 100644 index 00000000..24736bd5 --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/gl/KNWebGLObjects.js @@ -0,0 +1 @@ +var KNWebGLRenderer=Class.create({initialize:function(c){var a=this.canvas=c.canvas;this.canvasId=c.canvasId;this.textureAssets=c.textureAssets;this.durationMax=c.overallEndTime*1000;this.glPrograms=[];this.elapsed=0;var b=this.gl=a.getContext("webgl")||a.getContext("experimental-webgl");if(!b){this.noGL=true;return}this.animationStarted=false;b.viewportWidth=a.width;b.viewportHeight=a.height;this.initMVPMatrix()},initMVPMatrix:function(){var i=this.gl;var a=i.viewportWidth;var e=i.viewportHeight;var c=20*(Math.PI/180);var b=e/(2*Math.tan(c/2));var d=b-(a*1.5);var f=b+(a*15);this.slideProjectionMatrix=WebGraphics.makePerspectiveMatrix4(20,a/e,Math.max(1,d),f);var g=WebGraphics.translateMatrix4(WebGraphics.createMatrix4(),-a/2,-e/2,-b);this.slideProjectionMatrix=WebGraphics.multiplyMatrix4(this.slideProjectionMatrix,g);this.slideOrthoMatrix=WebGraphics.makeOrthoMatrix4(0,a,0,e,-1,1)},setupTexture:function(c){var a=[];this.textureInfoFromEffect(c.kpfLayer,{pointX:0,pointY:0},a);for(var b=0,d=a.length;b1?b=1:0;var c=TSUSineMap(b);if(b===1){c=1}if(this.buildOut){c=1-c}this.percentfinished=b;this.percentAlpha=c;this.draw()},draw:function(){var f=this.renderer;var h=this.gl;var c=this.program.defaultTextureAndOpacity;var b=c.uniforms;var g=c.attribs;var a=this.textures;var e=a[0].texture;var d;if(a.length>1){d=a[1].texture}h.useProgram(c.shaderProgram);h.blendFunc(h.ONE,h.ONE_MINUS_SRC_ALPHA);h.bindBuffer(h.ARRAY_BUFFER,this.textureCoordinateBuffer);h.vertexAttribPointer(g.TexCoord,2,h.FLOAT,false,0,0);h.enableVertexAttribArray(g.TexCoord);h.bindBuffer(h.ARRAY_BUFFER,this.positionBuffer);h.vertexAttribPointer(g.Position,3,h.FLOAT,false,0,0);h.enableVertexAttribArray(g.Position);h.uniformMatrix4fv(b.MVPMatrix,false,this.MVPMatrix);h.activeTexture(h.TEXTURE0);h.uniform1i(b.Texture,0);if(d){h.bindTexture(h.TEXTURE_2D,d);h.uniform1f(b.Opacity,1);h.drawArrays(h.TRIANGLE_STRIP,0,4)}h.bindTexture(h.TEXTURE_2D,e);h.uniform1f(b.Opacity,this.percentAlpha);h.drawArrays(h.TRIANGLE_STRIP,0,4)}});var KNWebGLTransitionIris=Class.create(KNWebGLProgram,{initialize:function($super,a,c){this.programData={name:"apple:wipe-iris",programNames:["iris"],effect:c.effect,textures:c.textures};$super(a,this.programData);var b=this.direction;var e=b===KNDirection.kKNDirectionOut;var d=this.buildOut;if((d&&e)||(!d&&!e)){this.mix=0;this.percentfinished=1}else{this.mix=1;this.percentfinished=0}this.percentAlpha=0;this.animationWillBeginWithContext()},animationWillBeginWithContext:function(){var h=this.renderer;var g=this.gl;var f=this.program.iris;var a=f.attribs;var j=f.uniforms;var e=this.textures[0];g.useProgram(f.shaderProgram);g.blendFunc(g.ONE,g.ONE_MINUS_SRC_ALPHA);this.scale=e.width/e.height;var c=this.textureCoordinatesBuffer=g.createBuffer();var d=this.textureCoordinates=[0,0,0,1,1,0,1,1,];g.bindBuffer(g.ARRAY_BUFFER,c);g.bufferData(g.ARRAY_BUFFER,new Float32Array(d),g.STATIC_DRAW);var i=this.positionBuffer=g.createBuffer();var b=this.boxPosition=[0,0,0,0,e.height,0,e.width,0,0,e.width,e.height,0];g.bindBuffer(g.ARRAY_BUFFER,i);g.bufferData(g.ARRAY_BUFFER,new Float32Array(b),g.STATIC_DRAW);this.MVPMatrix=WebGraphics.translateMatrix4(h.slideProjectionMatrix,e.offset.pointX,g.viewportHeight-(e.offset.pointY+e.height),0);this.drawFrame(0,0,4)},drawFrame:function(g,a,d){var f=this.buildOut;var e=this.direction===KNDirection.kKNDirectionOut;var b=this.percentfinished;if((f&&e)||(!f&&!e)){b-=g/d;b<0?b=0:0}else{b+=g/d;b>1?b=1:0}var c=TSUSineMap(b);if(b===1){c=1}if(f){c=1-c}this.percentAlpha=c;this.percentfinished=b;this.draw();console.log(this.percentfinished)},draw:function(){var f=this.renderer;var e=this.gl;var d=this.program.iris;var a=d.attribs;var h=d.uniforms;var i=this.textures;var g=i[0].texture;var c=i[0];var j;var b=this.scale;if(i.length>1){j=i[1].texture}e.useProgram(d.shaderProgram);e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA);e.bindBuffer(e.ARRAY_BUFFER,this.textureCoordinatesBuffer);e.vertexAttribPointer(a.TexCoord,2,e.FLOAT,false,0,0);e.enableVertexAttribArray(a.TexCoord);e.bindBuffer(e.ARRAY_BUFFER,this.positionBuffer);e.vertexAttribPointer(a.Position,3,e.FLOAT,false,0,0);e.enableVertexAttribArray(a.Position);e.uniformMatrix4fv(h.MVPMatrix,false,this.MVPMatrix);e.activeTexture(e.TEXTURE0);e.uniform1i(h.Texture,0);e.uniform1f(h.Opacity,1);if(j){e.bindTexture(e.TEXTURE_2D,j);e.uniform1f(h.PercentForAlpha,0);e.uniform1f(h.Scale,b);e.uniform1f(h.Mix,0);e.drawArrays(e.TRIANGLE_STRIP,0,4)}e.bindTexture(e.TEXTURE_2D,g);e.uniform1f(h.PercentForAlpha,this.percentAlpha);e.uniform1f(h.Scale,b);e.uniform1f(h.Mix,this.mix);e.drawArrays(e.TRIANGLE_STRIP,0,4)}});var KNWebGLBuildIris=Class.create(KNWebGLProgram,{initialize:function($super,j,d){var l=d.effect;this.programData={name:"apple:wipe-iris",programNames:["iris"],effect:l,textures:d.textures};$super(j,this.programData);var k=this.direction;var a=k===KNDirection.kKNDirectionOut;var b=this.buildOut;if((b&&a)||(!b&&!a)){this.mix=0;this.percentfinished=1}else{this.mix=1;this.percentfinished=0}this.percentAlpha=0;this.isCompleted=false;this.drawableObjects=[];for(var e=0,c=this.textures.length;e=1){m=1;this.isCompleted=true}}var B=TSUSineMap(m);if(m===1){B=1}if(t){B=1-B}this.percentAlpha=B;this.percentfinished=m;q.blendFunc(q.ONE,q.ONE_MINUS_SRC_ALPHA);for(var r=0,d=this.textures.length;r0&&h[0].property==="opacity"){var e=h[0].from.scalar;var g=h[0].to.scalar;var j=g-e;if(t){c=e+j*(1-this.percentfinished)}else{c=e+j*this.percentfinished}}else{c=k.initialState.opacity}this.drawableObjects[r].Opacity=this.parentOpacity*c;this.drawableObjects[r].drawFrame()}}else{if(k.animations.length>0){if(this.isCompleted){if(!t){this.drawableObjects[r].Opacity=this.parentOpacity*k.initialState.opacity;this.drawableObjects[r].drawFrame()}continue}var f=this.program.iris;var l=f.attribs;var w=f.uniforms;var v=this.irisSystems[r];var A=v.scale;q.useProgram(f.shaderProgram);var o=v.textureCoordinatesBuffer;q.bindBuffer(q.ARRAY_BUFFER,o);q.vertexAttribPointer(l.TexCoord,2,q.FLOAT,false,0,0);q.enableVertexAttribArray(l.TexCoord);var p=v.positionBuffer;q.bindBuffer(q.ARRAY_BUFFER,p);q.vertexAttribPointer(l.Position,3,q.FLOAT,false,0,0);q.enableVertexAttribArray(l.Position);var z=v.MVPMatrix;q.uniformMatrix4fv(w.MVPMatrix,false,z);q.activeTexture(q.TEXTURE0);q.uniform1i(w.Texture,0);q.uniform1f(w.Opacity,this.parentOpacity*k.initialState.opacity);q.bindTexture(q.TEXTURE_2D,k.texture);q.uniform1f(w.PercentForAlpha,this.percentAlpha);q.uniform1f(w.Scale,A);q.uniform1f(w.Mix,this.mix);q.drawArrays(q.TRIANGLE_STRIP,0,4)}else{if(!k.initialState.hidden){this.drawableObjects[r].Opacity=this.parentOpacity*k.initialState.opacity;this.drawableObjects[r].drawFrame()}}}}}});var KNWebGLTransitionTwist=Class.create(KNWebGLProgram,{initialize:function($super,f,c){this.programData={name:"com.apple.iWork.Keynote.BUKTwist",programNames:["twist"],effect:c.effect,textures:c.textures};$super(f,this.programData);var d=this.gl;this.direction=this.effect.attributes.direction;this.percentfinished=0;var g=this.mNumPoints=24;var n=d.viewportWidth/(g-1);var m=d.viewportHeight/(g-1);var k=1/(g-1);var i,h;var a=this.TexCoords=[];var j=this.PositionCoords=[];var l=this.NormalCoords=[];for(h=0;h1?s=1:0;this.specularcolor=TSUSineMap(s*2)*0.5;var j,k;var p=v.viewportHeight/2;var u=this.mNumPoints;var h=this.TexCoords;var e=this.PositionCoords;var b=this.NormalCoords;for(j=0;j=u||k+D>=u||j+r>=u||j+C>=u){continue}var l=new vector3([e[g*3],e[g*3+1],e[g*3+2]]);var B=new vector3([e[((j+r)*u+(k+t))*3],e[((j+r)*u+(k+t))*3+1],e[((j+r)*u+(k+t))*3+2]]);var f=new vector3([e[(((j+C)*u)+(k+D))*3],e[(((j+C)*u)+(k+D))*3+1],e[(((j+C)*u)+(k+D))*3+2]]);B.subtract(l);f.subtract(l);B.cross(f);z.add(B)}z.normalize();z.scale(-1);z=z.getArray();b[g*3]=z[0];b[g*3+1]=z[1];b[g*3+2]=z[2]}}v.bindBuffer(v.ARRAY_BUFFER,this.buffers.Position);v.bufferData(v.ARRAY_BUFFER,new Float32Array(e),v.DYNAMIC_DRAW);v.vertexAttribPointer(n.Position,3,v.FLOAT,false,0,0);v.bindBuffer(v.ARRAY_BUFFER,this.buffers.Normal);v.bufferData(v.ARRAY_BUFFER,new Float32Array(b),v.DYNAMIC_DRAW);v.vertexAttribPointer(n.Normal,3,v.FLOAT,false,0,0);this.percentfinished=s;this.draw()},draw:function(){var g=this.renderer;var e=this.gl;var d=this.program.twist;var j=d.uniforms;var k=this.textures;var h=k[0].texture;var l=k[1].texture;var i=this.mNumPoints;var f=this.specularcolor;var a=this.AffineTransform.getColumnMajorFloat32Array();var b=this.AffineIdentity.getColumnMajorFloat32Array();var c=this.elementIndicesBuffer;if(!f){f=0}e.uniform1f(j.SpecularColor,f);if(this.percentfinished<0.5){e.cullFace(e.BACK);e.bindTexture(e.TEXTURE_2D,h);e.bindBuffer(e.ELEMENT_ARRAY_BUFFER,c);e.uniformMatrix3fv(j.TextureMatrix,false,a);e.uniform1f(j.FlipNormals,1);for(y=0;y1?this.percentfinished=1:0;var d=this.percentfinished;var A=this.direction;var t=0.25;var o=1;var w=(A==KNDirection.kKNDirectionRightToLeft||A==KNDirection.kKNDirectionBottomToTop);var b=(A==KNDirection.kKNDirectionLeftToRight||A==KNDirection.kKNDirectionRightToLeft);var c=1-(1-d)*(1-d);var m=b?p.width:p.height;var i=TSUSineMap(d*2);var C=i*m*t;var k=Math.sin(-c*2*Math.PI);k*=c*m*o;if(d<0.5){v.bindTexture(v.TEXTURE_2D,h.texture);v.uniform2fv(z.FlipTexCoords,new Float32Array([0,0]))}else{v.bindTexture(v.TEXTURE_2D,p.texture);if(A==KNDirection.kKNDirectionTopToBottom||A==KNDirection.kKNDirectionBottomToTop){v.uniform2fv(z.FlipTexCoords,new Float32Array([0,1]))}else{v.uniform2fv(z.FlipTexCoords,new Float32Array([1,0]))}}for(var f=0,l=this.mNumColors;f1?this.percentfinished=1:0;this.updateFlopWithPercent();this.draw()},updateFlopWithPercent:function(){var r=this.gl;var u=this.direction;var c=r.viewportWidth;var b=r.viewportHeight;var g=this.percentfinished*Math.PI;var f=this.percentfinished*this.percentfinished*this.percentfinished*Math.PI;var m=b/2;var o=c/2;var a=0;var q=this.mNumPoints;var n=this.attributeBufferData;for(var i=0;i=1){this.percentfinished=1;this.isCompleted=true}n.blendFunc(n.ONE,n.ONE_MINUS_SRC_ALPHA);for(var F=0,p=this.textures.length;F0&&K[0].property==="opacity"){var L=K[0].from.scalar;var x=K[0].to.scalar;var t=x-L;G=L+t*this.percentfinished}else{G=e.initialState.opacity}this.drawableObjects[F].Opacity=this.parentOpacity*G;this.drawableObjects[F].drawFrame()}}else{if(e.animations.length>0){if(this.isCompleted){this.drawableObjects[F].Opacity=this.parentOpacity*e.initialState.opacity;this.drawableObjects[F].drawFrame();continue}var b=e.width;var d=e.height;var A=e.offset.pointX;var z=e.offset.pointY;var q=n.viewportWidth;var o=n.viewportHeight;r/=1000;var E=Math.min(0.2,r*0.4);var s=Math.min(0.25,r*0.5);var B=this.cameraShakePointsWithRandomGenerator();var m=(this.percentfinished*r-E)/s;var v=WebGraphics.makePoint(0,0);if(0 0) { + m.m11 /= length; + m.m12 /= length; + m.m13 /= length; + } + }, + + scale: function(scalar) { + var m = this.$matrix; + m.m11 *= scalar; + m.m12 *= scalar; + m.m13 *= scalar; + }, + + cross: function(vec) { + var m = this.$matrix; + var mm = vec.$matrix; + var a1 = mm.m11, a2 = mm.m12, a3 = mm.m13; + var m1 = m.m11, m2 = m.m12, m3 = m.m13; + m.m11 = m2 * a3 - m3 * a2; + m.m12 = m3 * a1 - m1 * a3; + m.m13 = m1 * a2 - m2 * a1; + }, + + getArray: function() { + var m = this.$matrix; + + return [m.m11, m.m12, m.m13]; + } +}; + +// Matrix3, 3x3 Matrix Class +// Matrix3 stores row-major order, simply transverse to get a webGL acceptable array +Matrix3 = function() { + this.identity(); +}; + +Matrix3.prototype = { + identity: function() { + this.$matrix = { + m11: 1, m12: 0, m13: 0, + m21: 0, m22: 1, m23: 0, + m31: 0, m32: 0, m33: 1 + }; + }, + + affineScale: function(sx, sy) { + var m = this.$matrix; + m.m11 = sx; + m.m22 = sy; + }, + + affineTranslate: function(tx, ty) { + var m = this.$matrix; + m.m13 = tx; + m.m23 = ty; + }, + + transformTranslate: function(tx, ty) { + var matrix = new Matrix3(); + matrix.affineTranslate(tx, ty); + this.multiply(matrix.getArray()); + }, + + multiply: function(mat) { + var m = this.$matrix; + var m0 = m.m11, m1 = m.m12, m2 = m.m13, m3 = m.m21, m4 = m.m22, m5 = m.m23, m6 = m.m31, m7 = m.m32, m8 = m.m33; + m.m11 = m0 * mat[0] + m1 * mat[3] + m2 * mat[6]; + m.m12 = m0 * mat[1] + m1 * mat[4] + m2 * mat[7]; + m.m13 = m0 * mat[2] + m1 * mat[5] + m2 * mat[8]; + m.m21 = m3 * mat[0] + m4 * mat[3] + m5 * mat[6]; + m.m22 = m3 * mat[1] + m4 * mat[4] + m5 * mat[7]; + m.m23 = m3 * mat[2] + m4 * mat[5] + m5 * mat[8]; + m.m31 = m6 * mat[0] + m7 * mat[3] + m8 * mat[6]; + m.m32 = m6 * mat[1] + m7 * mat[4] + m8 * mat[7]; + m.m33 = m6 * mat[2] + m7 * mat[5] + m8 * mat[8]; + }, + + getArray: function() { + // this is row major order, for WebGL you'll need to transverse this + var m = this.$matrix; + + return [m.m11, m.m12, m.m13, m.m21, m.m22, m.m23, m.m31, m.m32, m.m33]; + }, + + getFloat32Array: function() { + return new Float32Array(this.getArray()); + }, + + getColumnMajorArray: function() { + // this is row major order, for WebGL you'll need to transverse this + var m = this.$matrix; + + return [m.m11, m.m21, m.m31, m.m12, m.m22, m.m32, m.m13, m.m23, m.m33 ]; + }, + + getColumnMajorFloat32Array: function() { + return new Float32Array(this.getColumnMajorArray()); + } + +}; + +Matrix4 = function() { + this.identity(); +}; + +Matrix4.prototype = { + identity: function() { + this.$matrix = { + m11: 1, m12: 0, m13: 0, m14: 0, + m21: 0, m22: 1, m23: 0, m24: 0, + m31: 0, m32: 0, m33: 1, m34: 0, + m41: 0, m42: 0, m43: 0, m44: 1 + }; + }, + + translate: function(x, y, z) { + var matrix = new Matrix4(); + var m = matrix.$matrix; + m.m14 = x; + m.m24 = y; + m.m34 = z; + this.multiply(matrix); + /* + * this.$matrix.m41 = this.$matrix.m11*x + this.$matrix.m21*y + + * this.$matrix.m31*z + this.$matrix.m41; this.$matrix.m42 = + * this.$matrix.m12*x + this.$matrix.m22*y + this.$matrix.m32*z + + * this.$matrix.m42; this.$matrix.m43 = this.$matrix.m13*x + + * this.$matrix.m23*y + this.$matrix.m33*z + this.$matrix.m43; + * this.$matrix.m44 = this.$matrix.m14*x + this.$matrix.m24*y + + * this.$matrix.m34*z + this.$matrix.m44; + */ + }, + + scale: function(x, y, z) { + var matrix = new Matrix4(); + var m = matrix.$matrix; + m.m11 = x; + m.m22 = y; + m.m33 = z; + this.multiply(matrix); + }, + + multiply: function(mat) { + var m = this.$matrix; + var mm = mat.$matrix; + var m11 = (mm.m11 * m.m11 + mm.m21 * m.m12 + mm.m31 * m.m13 + mm.m41 * m.m14); + var m12 = (mm.m12 * m.m11 + mm.m22 * m.m12 + mm.m32 * m.m13 + mm.m42 * m.m14); + var m13 = (mm.m13 * m.m11 + mm.m23 * m.m12 + mm.m33 * m.m13 + mm.m43 * m.m14); + var m14 = (mm.m14 * m.m11 + mm.m24 * m.m12 + mm.m34 * m.m13 + mm.m44 * m.m14); + + var m21 = (mm.m11 * m.m21 + mm.m21 * m.m22 + mm.m31 * m.m23 + mm.m41 * m.m24); + var m22 = (mm.m12 * m.m21 + mm.m22 * m.m22 + mm.m32 * m.m23 + mm.m42 * m.m24); + var m23 = (mm.m13 * m.m21 + mm.m23 * m.m22 + mm.m33 * m.m23 + mm.m43 * m.m24); + var m24 = (mm.m14 * m.m21 + mm.m24 * m.m22 + mm.m34 * m.m23 + mm.m44 * m.m24); + + var m31 = (mm.m11 * m.m31 + mm.m21 * m.m32 + mm.m31 * m.m33 + mm.m41 * m.m34); + var m32 = (mm.m12 * m.m31 + mm.m22 * m.m32 + mm.m32 * m.m33 + mm.m42 * m.m34); + var m33 = (mm.m13 * m.m31 + mm.m23 * m.m32 + mm.m33 * m.m33 + mm.m43 * m.m34); + var m34 = (mm.m14 * m.m31 + mm.m24 * m.m32 + mm.m34 * m.m33 + mm.m44 * m.m34); + + var m41 = (mm.m11 * m.m41 + mm.m21 * m.m42 + mm.m31 * m.m43 + mm.m41 * m.m44); + var m42 = (mm.m12 * m.m41 + mm.m22 * m.m42 + mm.m32 * m.m43 + mm.m42 * m.m44); + var m43 = (mm.m13 * m.m41 + mm.m23 * m.m42 + mm.m33 * m.m43 + mm.m43 * m.m44); + var m44 = (mm.m14 * m.m41 + mm.m24 * m.m42 + mm.m34 * m.m43 + mm.m44 * m.m44); + + m.m11 = m11; + m.m12 = m12; + m.m13 = m13; + m.m14 = m14; + + m.m21 = m21; + m.m22 = m22; + m.m23 = m23; + m.m24 = m24; + + m.m31 = m31; + m.m32 = m32; + m.m33 = m33; + m.m34 = m34; + + m.m41 = m41; + m.m42 = m42; + m.m43 = m43; + m.m44 = m44; + }, + + perspective: function(fovy, aspect, near, far) { + var top = near * Math.tan(fovy * Math.PI / 360.0); + var right = top * aspect; + return this.frustum(-right, right, -top, top, near, far); + }, + + ortho: function(left, right, bottom, top, near, far) { + var rl = right - left; + var tb = top - bottom; + var fn = far - near; + var m = this.$matrix; + m.m11 = 2 / rl; + m.m12 = 0; + m.m13 = 0; + m.m14 = -(right + left) / rl; + m.m21 = 0; + m.m22 = 2 / tb; + m.m23 = 0; + m.m24 = -(top + bottom) / tb; + m.m31 = 0; + m.m32 = 0; + m.m33 = -2 / fn; + m.m34 = -(far + near) / fn; + m.m41 = 0; + m.m42 = 0; + m.m43 = 0; + m.m44 = 1; + }, + + frustum: function(left, right, bottom, top, near, far) { + var rl = right - left; + var tb = top - bottom; + var fn = far - near; + var m = this.$matrix; + m.m11 = (near * 2) / rl; + m.m12 = 0; + m.m13 = (right + left) / rl; + m.m14 = 0; + m.m21 = 0; + m.m22 = (near * 2) / tb; + m.m23 = (top + bottom) / tb; + m.m24 = 0; + m.m31 = 0; + m.m32 = 0; + m.m33 = -(far + near) / fn; + m.m34 = (-2 * far * near) / fn; + m.m41 = 0; + m.m42 = 0; + m.m43 = -1; + m.m44 = 0; + }, + + getArray: function() { + // this is row major order, for WebGL you'll need to transverse this + var m = this.$matrix; + + return [m.m11, m.m12, m.m13, m.m14, + m.m21, m.m22, m.m23, m.m24, + m.m31, m.m32, m.m33, m.m34, + m.m41, m.m42, m.m43, m.m44]; + }, + + getFloat32Array: function() { + return new Float32Array(this.getArray()); + }, + + getColumnMajorArray: function() { + // this is row major order, for WebGL you'll need to transverse this + var m = this.$matrix; + + return [m.m11, m.m21, m.m31, m.m41, + m.m12, m.m22, m.m32, m.m42, + m.m13, m.m23, m.m33, m.m43, + m.m14, m.m24, m.m34, m.m44]; + }, + + getColumnMajorFloat32Array: function() { + return new Float32Array(this.getColumnMajorArray()); + } +}; + +//sinusoidal timing function +function TSUSineMap(x) { + return (Math.sin(x * Math.PI - (Math.PI / 2)) + 1) * 0.5; +} + +//function for Twist sizing +function TwistFX(location, percent) { + var twist = 4.0 / 10.25; + var x = (1 + twist) * percent - twist * location; + if (x < 0) { + return 0; + } + else if (x > 1) { + return 1; + } + else { + return TSUSineMap(x); + } +} + +window.requestAnimFrame = (function() { + return 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LTIaLRsGEV4LH4FDgWYxQB8IZxRCJYVmhEILEiGBAwwdWCEACQAEkQ0MIllghCxENyQQFoMWBYFADQwHkQwMMVwxhDQGOSSCaoEOEQQEdIEWgQMMP17EAIFuAGCRIwxEX6iEUB5fBlJ2DFM0SxQPgWaBbzgxJBMihBhShTIvgQQfUEEHDAggJyAXkQkMaWN2gXoVH4FsgXE8hUgOkQwMdGWRAzyCfAIGAg9CLwYPkSAMgmcfBYc4SxQRA1pNKg8PIk8+HzECfggJgQsggiaBZ4kECQSBNAVKZJEkDKRsLIgEEDZnIGg7VQgFEX4HaWIugQMPgRB3MCcdLE1AghiBBYFhaCg/WhMVkRIMynEmEh8oboElhF5uCYJqIxwXhCAhECMEgQUM3nQ0AAsAKQAUAAKRCQzldWsDgW4PDhUDCgKRLAzwdpYHQE6BZII6gV4cBIY6CwQNC4IuAwOBHAWBShghEgICDwUGAoUaCoJwHS4nVYEEBiMICRoEgZ9fkTQNHoALgQxkgx4DEwoHKxgRGgxAgjoShxgyFyhbN4EKgRVaAgSBRIEbNTaBAWAXUYFaVRVRVGcUiXaCBg0mMwwQKRqFcJE7DVSIsYMiJIJISBcQRQgkDBcVJQoJPogUQFgYExIGDQgZBAMQD4MiCwmBGBwlHBMLHCuEaAcGgj6CIgwJDA0GgxYbJheBSAKBUpESDZGSIzUoIwQTEo4ECwkKAgMJg3YGBx2BCQ2llo0ANwAiAHgABgADAlQABACDMpEPDbKYCIM8BAgNEAuDAAOUKhIGgsEfiFQOkQ0Nw1DFDyUUBhkuhm4RCoFCDAWRCQ3SUy+KXhArJDEaKxKBBQ3dVe8AKwAMAgYAOZE0DeZYXhsMAwQNLD9ARy4hD4Q2hTIOBB0DAxMcIYpsCoM4WIEeA4ESgQyBJAKFVhdwU1lORQ4MgQoFERAfFRs1D2CRDA4cZBNUQRYEHiM7GBEPUIEGDipkBgCFSgBkACAAg0wAHZFRDjJmliUmF4FqiiBPJzgvGUCBC4EicToEGxdKGFMKEYdWVIEaAyZSikgYRjsWZRhSBUEbRgUfSncKTh5VBxiKMhQeCzc6Fx4NNTAPMUIlg0Yug0gaDQOEYCsLEgM7BTKRCw6FdXYCgg4hIB8DEAgXA5EPDpJ3Wx4LEQgqHwIhEAQNghaCPkKREQ6jeIwHGygCKYN0CAKqVKlfgTwFChkUA5EPDrZ7d4EQgUEaD4USAgKDOjUuIRppiCSRDw7Hf3JsAwmCYgJaBYNYAw4nEAgRkR4O2IFmgjyBAoh0F3UZgQYfCEVEIz8PVgIKBk+ILgUEgjIyFwMPBQeREA74hwYGhRyCChcIBAkIBi8UB4MSgQyCDpEVDwqKZgQMLBczeF8mMRcWBRgCe1KHck4DgQCRPQ8hjMQlIAMEhDYFEAwGDCENAoMWgSAKFxaCKCSCMAMQIyIxMAsTDgMDBicEgyAIgSgFA4E+gVo+PwgEBTghMCc7KAYRGQo0jHqDfoEPD2CWzQAFAlYABgAFAAcAgT4AOgACAoI4ABMADgANAINeABGRIw91mbMFBIRYiA6GMIIWCBiCuHMMEx8sJwsNAj5HNIFwgiCCHgOCXIF2iSACNAk1LB0EkSEPmlX3PBAvDjWEQgWFPBAIHhMjFhGBfk4HAoEKA4VuCAQlAwIUgiKBUBANkRcPvVvoDQILWoEohEIEgyYOHQIHgXwEZnZSgRCGGhEWVpFuD9ZhXwsFOIJoiThfCYEeWTM0UypncBqDbFxqA4MWCheLfBYnVidIEWE2BiEQNgdBPE04QYZKBINMi34/LSg/aCg9FjsbPkchLFQMDR8dKgaBMIE9fSgfTVSKOAg5GA0aglaBJgaCWhaEJgMMCgeCLIIYgio1BQUSgxoCgkAPAj2FPkUOFhUNkRMQRnmNgkAEgXADgQYCgmIZFS1CChMLUGMHhGiBAxBbfbsAFwApkQ8QYH2gUi0FAxAxOBUEF0gXN4cGkUcQcX/fgXwJWIMQXhwPAhcEgUgkGBgSWIl6FQwFVwgmLVwnDiSBB1YoD4loRzwzBBw5eD0dhxIcHQgDCCtiV4ZsNSIILSYdIAoLBCEPEBiHBEQDgQyRJhC6jWtaCYFMhC4FBAWCHoJ4EQYMFQgGCwWCegMKgSwEAweEBmZZCCQFNy4QFlkojB6RDBDilaMCA4NoBANgClqBdhCBYIEIEPCYrwACAIEiAAIADAAHAIJuAoRIkQwQ/Jz0AgeHEIF8HIK5DQkLDQYQgQIRClEFAIMskRARD1KNB4FKgwKJdhgFDxgXF1ILEDh9kRMRIViAPAMoLyILB4MMhjYdHi0sCYNKBQcCkTkRNl2dE4MaBwKCABEIBQoHgU5QgQoFhwAfDCMRWA0ZCyRQLzQ7OiUSITKBfoh0ChJIJlUOPhclAiYvNgMFIyInECCDApEWEXFmrgcQB41iCW8wOAs5Rh0TLxwEMUaEfAWBKpEoEYlvP3gOZyglYjMlOBU+KRUZZH+CB4IyHwOIfhgIE4JagQiCZBCEIkIRCwKDfIJAEBUIApEcEbN2mj5SglIPCAgNhH4NFx4ZLDMmhVwHBgcNBoFmA4N8BiQhkRkR0XvBQ1aDeoQqJgsWRyYfFAsTBhSBF3QwDIV2Am5yeIEHEe2BoAANAAUAjXwASgBHAFmRGBH2hRMFIgUbUXBNDIl2HQItCiIhHwUXDIQOAoJkE5EaEhCJFReGYioXB19qWIENLA8HH0oTLwRChWACOoFmBQ4FkTUSLozcGhOCFmIGgg43GAgnMhUCB4I2gUQFBhIHBh0CDIUGCA0IEoJwBw0SgSoCAhGFAhUJZA1HHRAqF1B9i3QGhSSRFhJllwmBLFgFBoIiEh+CLIEsEAMKgwgbHAkVBgcMgzqRPhJ9myc6A2QRhiwEDYZKKB6CmE2CmlKCuQEKCQkIgVRSZIJmAoE+jUoiGiELJh0FBxYFBxUmiRQHEAWCUIZcLIEGgW46jHaJTkMuP4EELw4WBYFOiigJEpE6Er1k2i0ECxQdJAItgmqFIgQhFAQfjggLAjwiJz8UOgMtCSVSL4QgOoIajngjIUI/ODUWGA8HIQ0miBIUDAIVGDkoFASBExL5c2gAhGYADAAXAAwAAwCBBgKFIgAGAAIAglgABQCCdAIIAIUEAB0AIgALAIJ8kQwTEnpGCgOBXIQ8boERNBMKDgeRCxMgfgoMEyQOCwMpDIVQcIEKEy1/7gByAIYUABUAAwCBJAAYAo0CABwAI5EbEzuFQwpGBxmISDYDBiuDJoMQDhsKFYIQCYR+Jh8KHEkUDB6RLhNYivcVCgQKhVwCSoFAhR4nBBoTCYQKGRALgWgFgxwDBg0SBYJygTqGGip9dAkbTVxPKhUqCxkwK4pCgQgTiJaqAFQAcAAEAAgAEwAKAAmRTxOSl2Zigi4OBAkVFiuDVi4VBwoPgyQXHIMMBnwddIFQhgYaBAItEIZ4CYJwHIK5ZRcCIIcEjjAdHhcCDokKBQUHiUINDYEqgnhghSYFBAuCZINAgWCIFg8IPDeBTAKKMgkaDh4VCggfFJETE+Nm2QeOUiYhOg18cUswDx6CdoEiVlqPHjCRURP4b9sQDAaBX4FWFw4pMAKHbBEcEQMOAw4pgSgghFIChGwMFQKGOgkSgjqDEBMKCQsKgQKEDgQNCyKCSgSCWIFOhQ4KHw8oWYN+CQIGBw0GhSAeDh8LIDEiGSYJGwgcJxIhhCiCXBCRShRLgHADBoUkBxMOBQMFFhdSQIFOjHBNDToXBDQpKUA9NoMAhTAgPTwZNx4DGgSFXgsaGQiBXIVCEAICIyoHMxaEYAVmggwEAwkEgliCQAIHAoNyDQYEDYR+BQyRExSXkICCcIFSCwWGYGiBNYEYVzQ1Z4FKJSMoLQ2RFxStlcgFg1QMOoEKAoICZIFkgV6BfIMWBYZcBwMEhhoGhRaBBhyREBTGntuBRBiCrVOKZDCIVAOJPpBIigqBHosABRYOkQoU2GT3gn6ESIESjhgPLBEHEpEKFORrXzBskTICGw4ZLAWRDBTwcf4NhXwFhGIugSqFAAINhVQCgQoU/nkOAII+AoJiAocUAAkABAAZAAgABQCDCpEuFQ5+XgkMHwyDXIJgAoF2A4UsAnSPCE1GBA8zEgOIagcKJYZKVoEChGYgGwOESIJohSYSBAULFYFUghAGhHIJCJEgFT6R0IcGFRYWIAsFBjECB4h4Ag0IhBgNBwIEgQqBfAQMgRaBJgIHAgiBTJEYFWCZPR+BbIFQgmSBAgSBEAMDgXgDZmsRhiAWBIV+aCyCt3OVYgSRKRV6WOKMJIKONIKCSYwKCAMDjBQchyAHkA4RBw+VDgYQHQQRBIdaDIEUgRKDKgKFBBgwgkYDgzAChUqFIoIugnIFgQcVpXw4AAgADQAQAIhUAAIAFpEKFa5+c4QiYAQDiD6QIBkYK5EPFbqF94gGEg4pCIVCAxMOh0Q0CR8gkQ4Vy4tGJIZcAoViFSgjFRoNgz4NgTyBBxXbkbEABwCIZAAhABoAOQAIkUkV5JPWFisUFhsgh2aDLlyBDAdygXQ8gUQNBIFAghAGgxgEg2aDNAMjCIZaUSARAoRKCAlAgq55jnwDBQ6ITok2BHKBcIckkFwCjDoJCIcYgQCPCJUiHQKHOoVUhSaGJASLAAYCA4Y2XIUqExKREBYvj67EYwMKgxKCZocyghaOKAUuLxYICQSRJxZBiWSBKnqFbgkNECEWhkYFhXYRBgeMYiyJGCsNh0aFHIYmghoDgSyCBAgMBYc6DYlWdmSBDF4GBZE3FmpWwQMCiSKNLoVAkFwCjDwDgXCFJpAiEBWCbpIyhxyCFohcBYYohVKReIh8B4RemTQqJ4gQAwMFhRQCgSCGbAQKhiqFbAQFgyaBHogUiWYIAggFDQ+GbJEWFqOXMoMYgU4Fg2KDWgUHBYIggggHgzYRhhIIGhWDSIEiUoEEkR4Wu1E8A5YYAgOSaokoBYV2imCMSJdKgSyTXgyMToVGgkqDRgWNDIpYA5A8A4VCniQHghiGBoEFFtuOkQACAIMaAIdMAIt2kS8W5JfDBYJSg1KDfhGCCIEOhFwxGAeGLgaFOG4FUoKjEZwSkFKMRA4DhwKQRqcSl16GMgMCiFoEBY0akSoMh2KNMJQKA48mBwaMBoQMg1iBARcVmleRCxcYmtGGBAQDhhyCcoEogqBHiC6xBKxikRYXJXfXnXBuoloEUIxgAwakP6pGkkiKUosuCgmCAoJSh1yDBGqEDJEeFz+fB4FeC4KBf7BElRiwEAKvGIYIk0CMPopgBZAAg1iFboEYjlCBuVGdas5+oziNIoowBO8Ts36MGow0gQEXX5R8kTgXYp73ykegVKY0ga9lgaECgwyLUgSBhlmBuGEyjjCESIFOlXcIdIEKoRKWLIwIxUmNbo1zPoFIXAwDix6FRoFegRiNTIdEUItGh1yfQpciMIEOmFSBkB0UglYZGBEJB4xiB4QkXpFEF5xZFy6JIgSCGlBwA4YggXYChQyIfoEMpwhAGAkJmWQCgzKYWpsi1iaCnCESJm88RxwTICg3BDgfHyE6ijyBQgeCKoF2B1p4gXiLMgWBHAkSiA6BBgkQFQQPDocsgnwegSyRJhfiXH6FQIIqHIF6LoEygUADC4oYAgoHCAkTDA0UiyKCbgOFHgsDBAMIBxOTSFoWEhsLEoECGApwcQCHWJENGA5zjoY2hSiPapM2jEwGBgcCjxqMYJw0kRsYHZCbD5YaAgkEgpsbN0wzEiBNUCsYPSxXChZCiFpSgUQCBIEDGDpTCQCBMgAckVEYP1QwDBtSH1kEEBtIIh0zCUSKTA8FgTYGDAcCDIZmcoFKHQ4TEyYlAy4Nh1gGgioCgUQCDwQFEBEJGAKFFFIGgXgFBAkIgW4ugTQFgTYDAzgLCgglBAMsFw4GCBmJCoEQEJEcGJJilBstEgMVIAwjChcCjXYGAwMEhR4CIgkTCSghGB+SCJEfGLBseCMGMAwGPQUNYFsyGgxtGB0qJI9KCodQgTYFCgQLDxSDHgKBAxjRc5IAhk4AA5EPGNZ2gYp2m2yBQAYTAhKHZgMVEAQCE5EtGOeMeI0gFYM+AgYPEA+WHhEMBYKfdYVIORARBAwjBSgLG1eBFFteQw4TLhYREhkhJFUEiF46AoFsgQMZFlJGACsAghSRJBkbUzyBKgKDZBECHh8KOxwGMwwOHUw9HQNuawYHiiQCgWoECwUKAwoSFwqRMhlBV2IKKIYccIFeCCgDOTIXFwoMJEsWBA4pJIY0BFoCglwEgUwVCSgNDwYbBhIXDgcVDiANFYVgBwiEHJFQGXZfVFoJA4FADIEODxswT1BVGDYzBhoVKwQ6NwULBySHblCBXgw4JykWJjkICRYlDA6KCIFUJIEaGw4aFRsODgIRESYDg0omgXQzQgY5CDglBSEwAyVIHQ4tDQaRRxnIZ5SOIIE0BYE+fIFqgTADBCtHOk9yYTAdERAETAhBFFNVJDuBOj2BXoFHDS+BEFUyMY8EBicaGwUYCCkuL4dMgVYXGB8kFQIKHQiDJAcWDwkFFh+EfhSRNRoRdT6BGhaELIEGBQMIhAQGBwIDB4UUB4IKgmQEgX6FcoIOjG6BMjwXKAcRhWSBfj4rIwUEMh0MGj02DRkPDjA9PBspjxoDkToaSIxWjXYPDg0QAwKDNAILBgeWEAYDBRCCmW0RGkMsAhUkDgc9EU4pHDkKD2SJLgiBbAKBdHw0AwQDhEIzFhFSGYG5EoG5LRNOQZEJGoRUoGGBFjU2gRmBVl2MCJEyGo9XpDEUCgUPBhMSFhcLhTwwgQqCGgceIh8pOAQDDSUaCDkaEgIrOhUPhnSCRoIGDhkUGR4ECSMFBBaBBxrDXM8ADwAFAA4AIAAwAIQAkR8azV4gBoIWGQUPDgKBQkxOXoJgAjQ6KTMaGQIiHxkCOHc+JhoOkQ0a7mLPegUtMBcxGioHKQUSkRYa/WL6NDUXiSACgUwogWwrIAQzEgkgERw7LAgXkSMbFWfBYFUdQkN4QTETGkoPC1UuNYEGAxEXQxMoMBB9gRJtTEM9bhc8kQobOmfDTD+NOIEyAmI+Ag6RJRtGbSgWDx04BFsRYYEwXyhAQRMjOEiBAyw8aRZgczAWSTIzDI5MMTwbAx+BAhttcKkAhi6RIBtxcmwGBAuBNjIGBBkUCQeCQoEMFQoHGQcDA2xZDhMIBB0khEACfoEKG5N1pwAEAIMcAIEUAIEGAwIAJwAGAAMChBaRFBukeAUUAwMLDR6EbAIDDQOCIBECDBGCYgWBJIEJG7p8egWCEAAIAA8AiSwAcAAJAGAAgRCRXhvKgBREgkAjMB8TDRoXOhUEJRQZCg4cM4RiQoFkgQhICxo/LleBSIEfKzoRFyAELCMLDQ0NCTIPDY4SBw4ThxoYMAQDhVJgBI1UiWAFGB2EIGkCKiEPEAYHhBYDkgALAgITBoKYYTMCFhwaK00DfAYXkQwcKlAXCAYMGg0CR4UWcgNsgQUcOFHIAAoAgiQADwARkRYcP1JVGIFUgQCCHoYOgQloC1cWH2o3CAY7ShkpMB+BBBxXVOAAWgAXAA6RExxdV8yBSoE7BzEWEwMJBRAOEC8OhRh2gxwHkTQccloVDQ4bJiiEcHQKA4EsgSQFgi4kIwQKEA+EXgOBfgoJAoIMB2yDagcYTYFANREiIzY1IgoJISgdhhRYglY6gQpVkRkcqGM2GIJAglciAx0nLhtGCQhZMilMEzM8Lw6IAgmBfoEIHMNlwgCCDgAoADEAEgKHGgALAFyRJxzPaDseBnM0KzAVAgI8FSEvFwIiAgo8JysLjBYEBQYEcNQo03WBOgUGCwMIeoUokS8c+G12gVOBJmB1EhQCQgmBQoFhDFEQD2xPFjtEKoFTcEQbAgaBXYFYEQIRNI0WEwUWJblauS8XCxYCGQ+RHR0qcNoZJIVAagMDghINDRIRBw4KgyIKFh81VAkKGxUQDxAHgQEdSXPokRUdTnUhcgaBICANEAkDEwaDHnyBJgUXBAMgJQaRFh1ldyIIg3YQFSQNDwoHFQ4SEwyERAwZGBMDA5EKHX154BoDBx0CA4JQBAmRcR2JeooHgSBuGRwdEg8CBgsQhWIYDwIJCBGCMAMZBxIFBxYbBweJHggHAgcFdAlgAwWBKk4LgwARDAkWDQiEAFoVhBoNLFduWWAvAjcVCj4WZxxFZiBvGgksEQ06BQwMaxo8SUCMFAOBHgolEwYYLx4jCBwrPhkOCiUEFRwbBoEBHfyIbZEgHf+IchofGiEmCxUOhiqIaB5GUAODJAJ4AgOENAKEVBMYBwkQEQ2DPhKRCR4hkOMJChsECQgOgVaRHh4skdUYEZICBIE4iEyHdoEegrJhh2ANEwcCGxEiKFUIGTIjLoEbXjISApEPHkxQRg1aCDkNhXyCNAIDAoFOB4EygVyRdB5dVTwgBDkVTCBZAwtCG3NKZC8rHDcaCBSGfAeDZjBlJjUuFiceFCEkMUluMxccGwwXWCUmUzIUNxEMOBOFLoQGEQciE00HbjscCgwzIBspMhcdLCeBCoEhHCkkRg9FEggpMoQqCYEkA4IwgwgnIgcKKTY3MAMtQD0gCRyEHhWBeAQIkQse0182AoFECxCDVAoVbh0SkTke4GDPKBcGKy9SSSQXBhIbiWJkSBELfj8cIQ0mOz8uEEWBAHVMX4EAZU6BU4FGTxgJHgk7h0SBcoIuCQ0FBAqCaoVAGhAWkSIfG2iuB4JUg09mEAdpA3pHMTQtIwxuVR8YOAsXKC80WQQqCwUbinAHgQIfP2uRAAWRFB9Da4yCOoYqKxADgwCDEXgPV3xFVnEuAxMxTJEoH1lt2zBVG14EbTQnGA0MQj9STRUqUYx8JC0+Ry45JiM4KQQMGCcRBSgTFoVekSAfg3J/gjoNIRIMHQUTHhyBUoFaAgccBwkSDw0CBBgDLyaFNgOBVAYHgQgfpXXRAAMAgnwADQCBEgCBSgAVAAWRER+vdzQDEjEqDYQkEhMGBwJNPBSEJgSBBh/CeWMADgAVAIEyAHwABZEkH8p6jwgJgkgKDx8UHQIcNyIbJg0CAgQKPRCFYAYFGIIiDgsFBhQzBy4KgQcf8H1KAB8AJwCIdABiAgoCYpFNH/1/xw4NgSoDB1YJCIMeGBkCIh0YHQQZIhUIg1xMCwwNBYEChDYkCDcnD2BhNB0mBkk8KFkKECAFHD8bTBJPHDBjTD9McYtEB4FQERQDBhcVLh8NCCYxgQEgTIbDkR4gT4hSbBYkDQ4hEx4FDxwdAgkYDkEMC4NmgSYECYE0EwgdiDQCkQ8gb4x9ToMuBQWBBAoTCgKELAoDAwuRCiCAkCQzChQhKIMaCwoGgQEgjJDUkQ0gj5DpgVgCAg8CgiwOBwIIKSiRgVYgnpH3HwqOFhYCg2YfBQoFgR6CVIIyg0CCYoKjeQ0DEicuQRACHGtmFSEIgy6BaIR6A4IkBIdSLAcObYMagkcfFwxKaUIjIk8cMk8qFieFeoQ4Gj0IEAkIZ4EkRxMDLhYTERQDFwMchEqFGjcUS04JTVpVUAwvMIFvgRgKGCkOOl0CHB4bBhKFGDsFEAcPBnpGhAwWTlUSGRU2BwxFDC4rGU4vEx4jBhUGEgiDfAeELIEaAwqEOiEkKikVgR5FLhYjITo3BgJ7gQIoCBsjCAyEfIUSOAM6LAQMWYMyglVTKipDOASBVoIFQzwDMSYLIwgIAwdOMwKFMGgEDREWB0yRMSF2Za5CAoJSIRwIHw4fDoIciBRzYFGBGn0FDDpzQBkPIjgHOyVKd3aBToJ5gThFU4EaOVFYAylEAxiBEw2REyGpaOYaR2hlKFYegT2JYgIGB4EuBAIJTmSBBSG+bDAAhxYCRABSAHyRJSHHbkU4byYCNiqBLywuFyAtcVReEhkIYRNuIA1lLxpEIn2BICkkRUZPJpFBIe5uWosKBSBpZAQdAgceJxAiP4ReHFoABwMKggwPSB0cAhkUCw8HIlOEQgUGCysGDBYGGwMNFhMigxBmfgeBdBsMCBMCCBuCegeBDoEIIjF3RAAQABEACAAGAoIeABoAgWaRNCI9eFwgBg8GAg8DFQaEIgMDBYIiDg8QEYIogRgFgUoHBwYGAh0uJ4U4CRIPgmwsGSEEIAQ3OiMcMwIoMRojgQMidX+iAmgAgXKRDCJ8gP5VgVwMDgcRFR4nglYOgQEii4IEkVkijoI/aoMKgiZSUoFHTlJXBy4NMoEVAkQRSYECSQ4bTD0tBA48WX4KY2QXgQlgPUhnEjBQgXNQUAJVbEkUcIEBRIsyEgYnHhMeGxofHgclIC+FbBoDgUg4PQMOBREKCwoXgRxxgxYEA4EKgQUi6YpOAAMAKQA+ADORJSLyilIVEA8CBIgeQgNyBh0QCYMcCRCBHAsNDRwKGwoGIxwlhFIOBAMnDhMekTcjGY72FwoLDheFBgwLgyxKUQsHFh8CCgMMBQWBOgQLBAWCQBA0RSwWLwcZIicFEAVESzIOFwUlII1IIgMGg2wTkQ8jUpaDB4ECCgtaA4F2BgWCMIJCgQKPdIgkkRUjY062iAwCDDEqCi0mDSUgDxMyBScChDyCRAWRPiN6VcMuHwYLAyQ7JiFIVSSBC4ECChgZHVJLFi+FIoR8KAkrBQlKNQ8cCRYVPUoaghSHFAcMIwUPBgscEBsUHxASLQIsKVOFCpEbI7pcHyaEeh0zNBgNHRIDC4IagTwDCQQFgXIMDQgJgXCBXAWFEpEeI9dhKzIfCQkuLz5NLIM+gb0Ogb0LAgOGQFYNSAITLAYcHkkVBEAFkS0j92QMMhIRMBkNSx5KNwI5SWYkGyeFQESBAIJkChALCwMcCzmCTokKD08qJhxlCkhjECgCQJEjJCZpNWxzEk6Ba4IOgQloU1xXYj0vZFEjHilIGwI/PkeBFn+IEgMFAwoPgTKBByRLa/kCikIAdAAdAHMAYABDkUUkVm6gIA4YFisGR1QlDzhPUDsWCDAJfw8JAywHOhk4DWcsF4pGGAUgBz82CB4KHRM/KisOSCMfBB8QGINoegMIAwWCWgoPAwoSA4N0gQQknXRSAAMACgAvkR8ko3ROGQYMDIIYOgMDPoE2Ba9psVY+GRkMBQcDLisLEw4OgjY2ToFukQ8kxHdSBgYcBScIJoFkgkwkDQsXIJEMJNV4oT0VPjMqN4QACgsJgi6RLiTjehIIBRgfDheCJAMJgRiBdAUQDBcQGxoFAx8sBSeFHAILgzAFDRgdChcmJw4PHg4hDyiHNAWBBCUTf2wAcgADAAKRYCUZgCGFBAksNxgdDB7pI+h4Lh8OVziCdlYLCQIEilaCZSw+BCoFUSkjgQo/bzheRwM0Ay2CUoJTTwQNgQpvaIENJDmBIYFiOSQrYiBvKAUKOIEqb4EnFiMHaCp1M2gZMj2KdA8bKCVJPIEugSsqCxEXLBGHIBeRIyV7iN4HAx0GgmgqgQYKAwcDAg0Sgh4eDz1FbhQCHxoFGwqHAhwDNAMCPoEEJaCMzAKDCAALAgCRFCWqjZACgTohFggHPTANAwgUDxCEIg8CAwiRDyXAjwIQhQwnCAgZgyQHAgIIBRMEkSMl0ZJIEkUSVmdiD0iBKzYJTAM7IAwOc1Qcf0QcJ0JJCA8SSY1YBwIHgQol9paRAAoAbABWAAQACwAHAIF6AgMAgjiRHyYEmKyBEgSCagQFCINuBYJehhwEDYYwgXiCuC8lBCAUMRwbDCMwBgMZB4NukU0mJVLpAoEIgXaJdCUTCi0kGDciIxFEMwsNih4bJg4lCwUXLCMYEgcxFgobMAuBXIFYhWAiEyEoISQFDiMFCyAdAwkcE4IugVAEgX6EPAUHEBkMFSQDAxUFICkKkRQmdF5TgggPChMaDwYPAoFeA1aBDIVqCTA4JAKRFSaKYXINJhlBSj8SVVwTF4MkBQaHfkIaAiwCkUQmoWR9ER9+gTFmSQUjDhghXIEBWAMlFiKDdliEAAMDgUoDOoocCCRTWnEyCR5XDhcwNTYoHx4IDzNeNyBhaDlBLBMHdIEFD2IbIUCGBgQFkQwm6mv+ix5MCSJCW3x5ZEuBCJE7JvhvJx9EU0s4VniBdRd8JCEWD4EVNgxofREPgQQ7QXo3JSAtMIlKEA8TCAcYKRQLKoJYHIEGBQWCXhIGC4QqIAUGBxcMgiKRISc1dX0kggodBhAJDxKCRoMQCxAHKSIjHAiEXBESDwtVWBsMCxYVAoNmkQ8nWHmWAwMDBh8SBYI0PDUDDwWCApEhJ2l67oIyJiUMAwoTAxwbEySBpCmBpCgURYRwBgcFg1geFD8MLAMIUWAVApELJ4x9rxJHSjsMDgsRToZSkU8nmX/lD4EKcAOEWAcHBgoDA4ISigIYBwU0JhktAgcaCxgWRyEsPGcSJjMdZAhjGgoPWn06MF9sBwUQVz+HHoMiIQiBBFclIQQRAk4vKAcOTSIRBBxVThMGGIEHJ+qHOAApABUAKgA/AIdKACGRFyfziPoGIRoNCBcJA4JiBgUDgRQCB4MEJR0MBwyGTJERKAyM1Q0OgnyBZA8HGiEYDwYDAw8CBpFEKB+PDgOIKg8GAgcFBxIHDYE8EQwNhGIDXUhDShkqOzAZIGU6MUaBFIFBGSQYSxQwLwkKGBpTEEIZJYE9kWAEgTqBMEgHBggHAg8QBwWBHAOBEJEPKGWZAgUMgioDTBUCAw4LEoNSYgaBCyh4m18ChioAhmIAgrZRAAYAWABxAgUADgIDABiRaiiLUvEFjTANEi8WEAMHIgI1GxIjIg0dHoM+hiAdJiMEFgcPCYE6h34XEA0DGBcSEw4KBRKFLoRiBQ4bHh8CFAkIDwaDFBkECf4s/DEEBIFOgVCHMBEVbgMdMyIRNgUdGy4TKU+BGIFyiQACShI3IggbCQMCLAlvgRAzgzoGAwKRcyj3ZrULDxAIGwiNIAogZSQ4SRt2QycVcAI/UGsJSjshgTBxRSgiIyM6CyYYLTNePydChHSBJgUDBoE0AwMEjHw3gS4QfGkLCQRVJ2pXdkEVKls4QQUMeANtgTuBQBIiLVB7bkUqKmUmGyCIbAcpKCENHBYxDg8KBxAdFBaDSAKCeg2BByltc10ABQAKAA8AAwAQAIRIkRMpdnSGCwkOBBkHghwDgWyCTA8LBgMMExobkQ0pjHabg2ICDQOFCCUmBwgHChmRaCmbeMmDIAwDCQoPuEu7BIFwAgOEBiYbJUI/EiArhB4EBgOEVjkcByESQhMpHgsDBR+GLGoGB34FAwINAoF2BIR2CQMTGBMFgXxwBgMFBQSLJCxZH1A3CwYiKzgXQ15jGgYxanFEPRkOECpRA1gxUhcgWQtAUXQXkQsqBYTwAxI8Dh5LGiqEZINmkSIqEod3gVKBXTcJDBMcDxMYHAc1BSAFIgcaGSUQLVYNJwgCg2CCVAwOE5EQKjeJBh4LBwuCMAIDgRIECYNEEx00BZEiKkmKuzYzAggkKxMENoVIHIECgSoNDRwdBBKCcAkIDYIIBAIDEjMKCwsOkQ0qbY4UBQoLEAsEhCIRGQIKBIEOKnyQcwAHAAMAEQAGAIMGAAkCDAAZAA4CgTYCDQAJAIUekT0qkpLAMEcwQiUPICUKI0RbSj0FCi4zDhksBRAtAj1WgQaBPyWLDl4DBAKDZgVgYgQNgS5eBg2BDgOBHAMQBAMRCxaCFIEqHSwEgQQq0ZkVAIMMAB8AApEnKteZzgsYAhsWF4NMcAMOAwOBKAdGGAcXHgMLEQkOhh4FBAIRHg8PAhgHA4V8gR6RNisAURwTBgQTgxiFKoJYihwhGggbBxIIKTCCSAOGWBcWFQsODRKJIAICChsDBwoiHQoFgyCGeAgRBRoLBQkFEgsCCJEoKzheZhCBcgUDAgeBSoFgA4dCFCVcIyILFCUID1mNFAMNAw0ZaXIuLjWBMoEWB0qEShUCkSMrYmbPJQUDIoEsjCBiOzpralU8HhA3FVNiPwYCUA0pAwg0DRNJQhEDgQUrh2pGAIQcAAMAAgCBIJEnK45ryAN4AwSOTDpRRhciDYFVgUoPP1ZFgTaBPxAWHQVIIQ8tTD1CPQQFiCgHBw86kQkrt3HLEBUHDiU0ORKBASvEc2mRHSvHc2wPCgOEKDQKGQUEFoFSgWiCXAUGFhUQDwcFghRUgmYEBgsDkQor5neVBgWFChYJCBkIEYEBK/J47ZEcK/V5pII+BgOBXAIHCQqETAgGFREeFxogSyoRDRwnDINkAgSBBCwTfhIAHAAVABeRDiwZfhMLGg8IDi8GDBMMIAOEPJETLCl/emx6dAOBBIUIFw4UCRUICQ4FCCGBFJEwLD+FViNKPQoaEzEKOkdAPRgVNks4Kkc+DEEiD1ZNExMgDINsAgOEfhMZDgkDFQ8oAj8aNj2RCSxxh50zHg4FI4YoDhKRDCx8iScSHwwNFgcbgyKDXAIekQwsiordbGELIFEqBAwsIRaRECyYjJCBSA8EAwSBcAJsAoIWFA0OCB+RESyqjkEjHIF6gXARDAcMBQeFAgQCFIFmcIEBLL2Rk5EsLMCRjQKGLhMtLDMQgVSBBQZDDiMjgQgzPwOBBYEiRzA1BXhlQktSHgkXLREDGxQTCzSKSiAfkUMs7pW2EBUOg1ZUbAwFghAFB4E2DngNBINiCw4CgWiBHgUPAxYbDAMFgyIKFwx0BgMFdoEYCAIXAgcMIAMFLTQxFIY4HRAFFSgZCxIlEAqFUIECLTOergADkQstN576LlSCuC8DBwIJEIcUjjyRFS1EVoYFAwsGBwKJKAULBIk0ERgfEAsDEAOBGJFILVtdt4JoBYUmiAgdDFQPCAMGFYwgDQ0ODwaCMANqRoNujnQQK0Y5KgkKBy8WCwwlSAknJUwZKwwKgxCBIoE2jwRHgRRBHA8gDQMRJisICodwHhMSHRYdhiCRCS2ldJc0DzcyBAYZEoEDLbF1DwCBaACCfJEPLbZ2R4E4gQiDFhUMCAMFBxOBDoQEEgiRDy3HeP8bJBkICoJMB4JmAwsCCQqBRpERLdh8BRI7GgMJJDUsMRwMDQUTCBCRbi3rfBANgzqFCBwKH+go6CEdPBMMPUQ5FAsaFYQUcgMDgWwFcoYcEA4FCwIXWIFiAwKMTAccLiUUKy5RUBUGTwgYLk8FQ2wOIQwWBjlAQQoHGQdCERyDEIUqKQQuKwkYCQwdNA0DEisRKAotAhAPCEBZhgQFEAIEIDcUgVQCA5E4LluLHg0FCxkKLCcEBB0KCwUqEwyEaEACAwVKA4FIgWqDPAMKBwkLg3YHhQgPgnKBQg4PBQoCCQSIAD1WgRcdH2hJBjJbkTAulZNgGEKBBzocRQUHB0IKBjUHCAYzFIlaDxANAh2DbAIJgWYDDwgJggAMCwIDbgM4gR4ECgMJBYNCkRIux5kqEAMHBQYDgU4UBYFAEQ0EAgMFCJEYLtuZ/AyCdH4DBguBFoEiGhUHFAsGAz02BRyGBhpKY4EELvWdMQAMABEAKJEULvudPg8QB/UR9G6FOAMGRC4iQAZIAwNigRaCuV+BCy8RVpgABgALAAQABAAJAIssAIcWAooGApAuAAyRDy8iYfEPCgsrJIwqCA8LEAIPgi6BDIESLzNm2ACPWAAZAAYARgA3ABkCGAAnAA8AgmAAgVQAgQIAj3YCDQAGABwADZEiL0tv+1RVCySHbAUNEg2FcIUCDhcWBxEIDIEiA4UQDhcTBAYEgRYsXIMqEYUikSAvb3kJDAIDgjYDgmSGeBghDAMaIRACDQQUiFYZChgXEgcdHBMJhUIFgQEvkYB1kTUvlIHQghwDjSoiDQQDHwIOEgcLFgQNBykINoEigVkDDIJUhXoDCQ8eAwsNJh8hDhMyKxQZAk4bGReFahEGBw2RLC/LiUmHQAcJHgcIIjEYAhsZIiMeERUsAgeEDmRGAwOBTAoFBYU2CgUTAw4MAhkDDAkWK4ECL/qPSwCHOJEfL/6RPoFSBwIOC4gUUwpIOQIpOjM2GQ4jGyAKPxhGQUAdBhYjkRgwH5XRg0JGBIHkMYHkOA8IgQoDBIIMAg0EDwoRBGICBwJCkREwOpi4ghALBYMoCQUGExgPCwIDgnI2VpEtME2bKRYoAgOBdgMHCQIZBDQ7GhcGhjwTCQsgIRoHFRQLAhQPAoRmBYEkQgMqHAoDAwNGEIELMHxSlgCBQACCeACLbAACAgcAAgCIWgAEAAUAbJEjMIxdw4JYhRyIdowWEAcJBAKBaoEyA4QAkBAPKQgOHSYHGTQ5BSCCAoEegTaQGBoPFSiRCTCycCklGBGHXgUHCwSRCTC9cqQDBYhSDR0WgSSFEpEJMMh3xFiEVgUKCwsMgiKRFjDTfDMQBxscgmAFhhYDBBEMERQRAhmDRANwBGCRHzDrgHiFPAVqgTAHAo4OCgkpDgwdBygKCkEMBg8XPBUQIwaIOg0QkQoxDIgJBAMLFRYTFBGFPpEbMRiJVxILCQgJXFwDfoUyEQIVJAQFExIJHx4Ig1ZmA0aRDjE1jQmCRAUEBYMCFAsTCBaBDIIeA5EeMUWPU4FAhhYDgWAHiGAvDhsuFVAbQRhheDkSMhcdIxIdIluBAoYqgQcxZZbhAIEOAgMABQCCGAAGAAORCzFxmFwHBg2BTgUFBIISAwmREzF+mhoLHhEMEwwFDAkLBRGCWoEQAwYFVJEYMZOb4AUKAgkaOQQoIQcWIRYPhjgSEA0GLxwRGoECMa2dfQAlkRAxsZ1wDzYlDgwnEgoOP4RWB1x2YIEUMcOfTQOCsC0AjXQABAAFAIheAIlCBppmAIw6AAMAAwAFAIMWAIQQApAUAAcADQAFACAAEZEQMeRwPA8NDgcHIBUMCwMfKgsRGpEPMfZyqIMoA4R6h2ADJlyDPAIABUiEZAWBBDIHeSQACACCEACCdpEQMg1694UiAwIHBYJQhhgEBAOEcoEIgXKFQgWRDTIfhiJHAgc4NxUaCAkMH4g2kRQyLogXCQSFGASBJHqFUBIbFAsCAgqJAIMuAgmDKIEIMkSPVQAEAAIAhGQAgmoABQCBagAFkSEyTpQLDjFIIwgtLAsuHxkxFBMeDA4JMRwjgQZlFwceLTQXhy4CA4EEMnGXuQACAoJIAgOROTJ7mVAFFBsDDoM8AgcLBRYbCBIXgjIECYESAgODcgcjGhg1gQ5zDBEgBxeGKg0UDxcKERQIGQ4aJxIPDgoVCDYtJ5EUMraemQIDgRQDBAOBEgVYCAUDCW6CuS8DhTwDkFaRDDLMW0gDigYGhEKMFow6l0wNDBcOgQEy2nBKkQ4y33IdBwOFSIYwhSSFSoU4BgWMSAOCPIYukSUy736LCwyCfoFagWiGWJB0IgkPBg8HGgwbAxAXDIgGGQUIBhEcPIRECQgHghyFfANnkQkzFo0QBoI0gzwFgyIHAodQkSQzIZG5igoJCxsmGxAfGBcmH4ZmAwOFIgiCCEKCBIFIBw2CLgWDRAYQBQUDDwiCGoEOgQgzR5sWAEYALgCDMAAdAAMAHgATkQ8zUZwkB4YqAwoICgQIIwwFEQ0wkRozYp2sNi8JPDMyN4MOQoEcBANaBwIsOCwDWoLDM6AYAwqKSoEKM35d1QAJAIRAAJhcAAMACgAJAJdQAoQCA5EIkQozj3KpgyqFMAcGBYYqfooOgXyRDDObfFcIBwIDgjIHhj6Cem6JLIIYkRkzqYYzDwoGh2oJBQYLhRaBGgN4hgQKBQYDDYYqhX4DChEFgQgzxI9gAAIAh0gAjAgABgIDABEABZEJM9CURotwgkaCDAOBQoIQDINkkT0z25pMBA8CAxAFgX6BECIeNAODYAITCBcNGgsLBwUUD4ZIExYJHwgWFxoSIQMFPEEOgzBygQgFAx5QUhiCuUuFNpkcA4IUhzSKFIGpLIGjQYpigQQ0GmUpAAkAgWAAhSiRLDQgaw+CdJIgA4cOhT4DAotYhUaSJAOIXI8sjxoKDwQXEgSHYgIJCIUEBQOCFIYaAgcHgniDJoV8gxYDiTCKShsODQyBAzROmAAAiSoABJEfNFScUgoRDQQFEgYbAoZYCREZDhgpIisYERYFHRIOAxcIgygakQk0dZ8GKjYDAxgWQgOBBTSAVtMADQCSAACEPACifpEVNIdrE5UWAgkEhwSKbhKLXoVEgXwDimaIWINii0aPKodoAwUqgQU0oY6dAIxAAAMACACKUJEVNKiW5YFABwaBfjqJcIFsggaEEgYDCQkChkIJEAkEA4EaNL+eCQAVAAUADACCNgCBegBOA4KhZQC5MgCCEgKVPAAEAJUOAIcGAIIGApocAIxeAAIAghQAhkYABQAEAAUHq0QAAwCCBpE+NOmOpQMDlxQDAgICiyqEUINYjBAKA4Y6AgQDBAOCHoEmJnpgBAMDgqE35Q6wEK8YlWqDZow4imAGBQOXVIMahQoDBQaGPAODRCaCMoG8eQeyIqVkhyYDAo08g3qIGD6iAoEENSmYzACCKACBEgCCcJEKNS+bJItgAoRggfUDpCycENBIoTaXMpEMNTuaaQOOYN8dlSajRp9qiHqBoQWBj2qIHIZEgRY1SXIpAIGxdACDMgBrAIEcAIL6AACBkERfgZATAIGdAACBnQEANACScACPFQSCfAOBw3wAgccDAAIAgZ9+gS+BjHkggR4a9ioCgbEygwE2sNhA3MyBATaxTlqDATay2EDcioEFNrNSAgC1YwCC7DwAgrhRAIK4UIMBNrjYXd4HkVo2uf/9AQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBAQEBglyDEYM7C4HMXMQ3FILdPuhup1WBwCmeLPEogYZbgdZNIh8QFhMTHBkXIh+BlTEBAYGVNBwZESIfEBYTExwZF4GVKQEBAQGBliqBli0BkRU3Fv/9h1MDBAOHTgEBAQEBAQEBAQEBAQEBAYMBNyvYT97XgQE3LFe+gwE3Ldhb3tOBATcucT6DATcv2FXf4IEBNzBpooMBNzHYYt/pgQI3Mlt0APsogwI3NNhW3OEA9/9ugQI3NnplAC6DATc42FbdrIEDNzl6uwAXAqM/gwE3PthZ3I2BBjc/QcoAgeQeAAQAGACB43cAywSDATdF2FfcAYEDN0Z7CwCBEgBZgwI3SdhU3w4Al/degQM3S3uiAGcAoFiDAjdO2FbftACn8xSBBDdQe9AAoSAAoh8Ag+4rgwE3VNhX3SCBBTdV//0Ag+1XAKIxAIPvewCD8G6DATda2FfcwYECN1t8RAB8gwE3XdhS3IKBATdefKaDATdf2FHdeIEIN2B8yQAFADwAg/NTAIPzagACAIViAIHlFYMBN2jYW95EgQE3aX1dgwE3athb3taBBTdrfYkAQgCxbQCxegBEgwI3cNhQ3FcAv/8igQM3cn3kAIKDIwCCg0KDATd12EXf+YEBN3Z95YMBN3fYYN9tgQE3eP/9gwI3edhY3SEAcIEHN3t+bgCD+WMAgoxaAILFAADZCwKEPgCYI4MBN4TYWN7QgQI3hZnhAOkVgwE3h9hY31GBATeIf6ODAjeJ2EXeYQCoh3OBATeLRVyDAjeM2E3fZgCBl/8mgQE3jn/6gwE3j9hZ3ImBBTeQ+lsAg+knACgAg/8+AIP/HYMCN5XYaNyHAOf/CYEBN5mAYYMBN5rYSd8UgQE3m0mJgwM3nNhZ3iYA0IEHANCECIECN59nJQDmAoMBN6HYYt5IgQM3ooEHACQAgaFVgwE3pdhJ3vaBATembH+DATen2FncmIEBN6hk54MBN6nYRdyKgQE3qoIYgwE3q9hG3F6BATesalODAjet2FLeZQBegQI3r0R6AIH2XIMCN7HYWt5SANiDKYEBN7NP+YMBN7TYRdz9gQI3tYTiAIYBgwU3t9h+3Y8Agt//UQCogW8Av/Z7AM/6CIECN7yCqgDmH4MBN77Yft2UgQQ3v0HbAIKNXgCJdwCBEoMCN8PYQ94WAJCGOoEBN8U2wYMCN8bYTN19AIf/OIEDN8iCewCBTABqgwU3y9hP3osA3/wuAIf6PQCCIgDohxOBBTfQPb8AgpU6AIG0YwCBtjAAgfl1gwE31dhb3aWBAzfWg6wAg/EgAIPwVYMBN9nYW97UgQM32mpXAOwEAILDCYMBN93YW95CgQE33oRYgwE339hW3+SBBzfghHEAgpo9AJwgAIGXBADmRACrZQCD5TeDAzfn2FrflgCH+0AAaYEGN+qE3gCD7DwAg/FZAIH7YwCB/2QAgSCDATfw2FfckYEBN/FCQIMBN/LYV9zAkQk380VDgf9ggakF1x8GgoEWgoE7gYpQ+SyDAjf82GHeJQAqgQE3/oXBgwE3/9hc3IiBATgAhgKDAzgB2EXdggCBt/0UAIKQg0iBAzgERWoAgoJ6AIK/QYMBOAfYRtyigQE4CFP3gwE4Cdhc35qBAjgKhn4Ag+V8gwE4DNho3PiBATgNh+6DATgO2EvcJ4EHOA+HsQBQAGgAgcZdAIHAFAD4LQCBiQ+DAzgY2F3d4ADwgE8A8IBUgQQ4G4heAHoAgokDAoKJUoMBOCHYXd8PgQY4IomHAIPZagABAAEAg9ktACiDATgo2GLeJYEBOCmJ54MCOCrYXt0kAIYwgQQ4LIqcAMwTAOlUAJ1dgwE4MNhe3lmBATgxeumDATgy2F7fOoEBODNHE4MBODTYXt84gQM4NXF8AOYeACSDAjg42FXcMACEaIEEODqLPwCD0noAg9JhAIJJgwE4PthS3nqBAzg/i5AAFACDWYMBOELYRd7fgQM4Q0YVAIKIcgCRFoMDOEbYX91UAHQAgfiBCIEBOEk3JYMBOErYX91TgQE4S4zWgwI4TNhf3ZgASIECOE6NEgAfgwE4UNhG3RCBBDhRjNsA8X8A8mgAgrkDgwE4Vdh+3deBAThWjamDAzhX2GDcAgCB3/9dAPCFaoEBOFo7fIMCOFvYYN28AKCCYYEHOF165wDPCgAQABgAkCAAjncAJoMCOGTYYN9lAIfyWIECOGaPpQCNOoMCOGjYaN6fAIKwgR+BAjhqj7MAg8ESgwM4bNhi3d4AiIJDAIGP/gWBAThvXviDAThw2EzeYoECOHGP+QCDwAaDAThz2EjfJYEBOHQ5gIMBOHXYW97XgQE4dpA3gwI4d9hh3TwAl/l9gQE4eZBhgwI4ethh3WwAgjyBATh8kKiDATh92GHfE4EBOH6QxIMBOH/YYd7mgQY4gJCuAIOlbgCDon8AgQIANADUMYMCOIbYYt0zAIHX+lWBBDiIkg4AgZVfAIGWQgBAgwY4jNhV3bkA6IQYAIGYiFcAgZiJYADohGMAgZCCVYECOJKTLAB8gwI4lNhi3uEAhBKBATiWWsODAjiX2GLe4gAEgQI4mUllAIKjPIMDOJvYYt/sAIfxGACH8HWRCTiek3ODTpY/mxBAhgGFcoGWVYG0e4MDOKfYYd7YAIHogTkA1/5igQY4qknfAIGIeACBqTwANACC1FUAgtRsgwE4sNhb3tWBAzixYdoAg/RbAIOucYMBOLTYYt7ggQM4tZa9AIKLYwCoV4MIOLjYW9y4AIHX+QkAgcf2NgDYgjwAagCBj/gpAOCGeQCwh2iBBjjAlzEAw18Aw2YAgrRPAJMlAIEOgwE4xthS3umBBDjHcHUA1GkAge8yAIOjQoMBOMvYZN3VgQI4zJdXAIHwG4MBOM7YZN3rgQM4z5dfAIx1AIKNK4MCONLYTNy3AAiBBzjUl4kAKgAiABgAAgAiABqDATjb2FXcbIECONyX7gCBjyWDATje2GXcM4ECON///QCDoBGDAjjh2GXcHQC3+keBBjjjStEAgrVEAAMALgA0AIL1MYMBOOnYXN11gQE46j1RgwM469hB3jAA9/xWAKiGUoEFOO6YygAnACAAAwCCtxGDAjjz2FvdJwCBr/kpgQY49VWwAIKMYAAIAAoAlWkAlwCDATj72FLeKYEBOPxLcoMCOP3YZtxXAIJagQU4/5n1ACwAXABXAIEOgwE5BNhV3yWBATkFNsSDAjkG2GTcsQCQjEaBAjkImuAAAoMBOQrYZt8FgQQ5C5r0AIK7TQCCvAoAMIMBOQ/YYd4AgQM5EFA0AIKrfgCDiWODATkT2EzcfYECORSbUAAhgwE5Fthn3T6BATkXWkWDATkY2EbcY4EEORmbjgCBZgAHABiDATkd2GfeaIEBOR6d1IMGOR/YZ9+3AIf3NAAwAIMVAIECAIJ2gQI5JZ1+AAiDATkn2GjdNIECOSieDgCBFYMEOSrYaN2TAIIYAIKQg0sAgpCDboEBOS6dOYMCOS/YaNy5AId0gQc5MZ6QAAgAEAAGAILFXQCCxWoACIMBOTjYUN9kgQY5OZ7BAIONQwCFdwCMbgDIKADdaYMBOT/YY9wrgQQ5QJ8CAAoAgs1lAIKiGoMBOUTYW92igQE5RZ8XgwE5Rth+3huBBTlHnzkAgqI1ACsAgqJ0AJYbgwE5TNhk3IuBCDlNl/IAzWcAg+16AIOCKQCBkhsAgZJiAIG1cQCBmTGDAjlV2FLddQCBCoEBOVdxd4MDOVjYUt34AI/6YQCP/BCBATlbc56DAjlc2GLf2gCB4ItBgQE5XnmfgwI5X9hi3X4AiIJugQI5YZNpAIISgwE5Y9hi3kSBAzlkkuwAgigAgRKDAjln2GLdbACBiIJngQU5aXIXAIHMWQCB4gwAiyAApWeDAjlu2FHccwCH8XeBATlwcX6DATlx2EXf74EBOXJwo4MCOXPYRty+ALiDNIEBOXU+x4MDOXbYRtyFAPf+UgD/8G+BATl5NyKDAjl62EXe+wCH9HqBATl8NuGDAzl92EXfdACH9TgAgYiJcoEBOYA3I4MBOYHYRd7AgQE5gldbgwU5g9hS3iUA7/hPAIUtAIQ6AIfzXoEBOYiFA4MBOYnYTd6mgQI5iv/9AIPuUYMGOYzYUt2UAM//IADn/GkAr/xUAK/5QwDn9SyBATmSRPSDAzmT2E3e7gCBx/pcANf5b4EFOZZn+QCBww0Ak0IAhyIA6giDATmb2EbdIoECOZxoEACBnnODBTme2E3fPwCX9kIAgS0AggYA1/wigQI5o1TLAIckgwE5pdhZ3rGBATmmVpKDAzmn2EPf3wCIgG8Ah/lIgQE5qv/9gwE5q9hi3xOBBDmsk5wAgpJJAIhkAOQlgwE5sNhR3DaBATmxTryDATmy2EHcZYEDObP//QCCvRoAfIMBObbYVd5RgQE5t1pogwI5uNhA3asAiD6BATm6OZmDAjm72EDfCgCH9BKBAjm9NDUA62aDAzm/2EDewACCl/9kAIKYgH2BATnCitqDATnD2EDeDIEFOcROmACIaAB+AIVXAII/gwI5ydhS3g4Al/4JkQk5y09Cg1Z6KIJrMIFkgkb1coMDOdTYTd2VAJCCRgCCCoEBOddtcoMCOdjYRtyEAMiICIECOdpRqAA0gwE53NhB3eCBATndRN2DAzne2EHcowAjAAOBATnhjXqDAjni2GLenACCh/4dgQI55FJZAIEUgwE55thC3HOBBDnnUuEAgstJAIKZeACBrCKDBDnr2FDfjADojVkA+IYWAPCDEYEBOe9p0YMBOfDYQ94dgQc58f/9AIH7QACB1nQAggsAgQIAgn0AgaAVgwI5+NhS3rwAkIhfgQM5+lPQAPkZAIHyFIMBOf3YUNzJgQE5/lW0gwE5/9hA30WBAToAVM2DAToB2ELfxpEJOgJXHYHsfpIsgfwvgSEdgYUDgYoYhxqDBDoL2GLeRgCB5/0ZAIFoAIE/gQU6D1osAIFpAIMKAIEgAIJ7gwQ6FNhW3UYA//0nAIYlANCIZoEEOhg29QCB2B4AnHoA6EWDAToc2Ffeg4EBOh1agYMCOh7YYt/XAIKIjwmBAjogk+AA/SmDAToi2ETfA4EDOiNxBQCBnicAgqoqgwE6Jthi3fuBBjonk70AgvA7AIGRegCBfgCGfgAtgwM6LdhG3ZYANQDAhWKBAzowXs0AjX0CgZEdgwE6NdhG3KCBATo2Nt2DATo32EXe/oECOjg20wCCqSyDBDo62GLeRwCB2IIbAK/6bgCBqIRqgQI6Pl8MAAKDAjpA2EbdJwCH9XmBATpCWmuDATpD2EXfO4EBOkRbRIMBOkXYXd39gQI6RohgAIGfRYMCOkjYStxgAIf4a4ECOkpf2wCBhEeDBDpM2EndrwAcAIHX+xIAx/QrgQE6UGHAgwM6UdhA3D4ADgDIhyiBAzpUYZkAAwCER4MEOlfYS9ybAIFWALCHGACBl/lwgQE6W2RxgwI6XNhR3mUAt/t3gQE6XjopgwQ6X9hK3yIAl/RaAIHIgjIAgdf5ZYEEOmNjNwCFfACGCwCCPoMCOmfYUt3jALiBeYEBOmlipIMBOmrYS9yhgQQ6a2Q7AIReAJAMAIG1fYMEOm/YTNyOAIg8AK/7NgCv+z2BATpzVQ2DAzp02Eze4ACwiA8Agff9SoEBOndmzoMCOnjYTN6JAIMtgQE6ejrggwY6e9hV3YQA6IY6AOiGJwD/+icA//k8AIRtgQE6gXjugwM6gthM3QMAsIMzALCIEoEBOoU0ZIMDOobYTN4PAIIbAKCFDIEBOolmjoMBOorYW90kgQM6i2ZrAOsxAOo4gwI6jthe3HAAgbf6C4EBOpBmY4MCOpHYTN7SAByBATqTZh6DATqU2FbccoEBOpU40YMCOpbYTtw6AIfxfYEBOpg7mYMCOpnYTd+iAIf+SYECOpt00ACB5HWDATqd2FHeKoEEOp5otgCDonMAge8MAIG7coMCOqLYTd/VAJ/yYoEEOqRqMwA8AIFsAHaDATqo2EbdEoEGOqllEQCODACGZgCBuWsAgbpEAIM4gwI6r9hP38AAjE2BAjqxk6AAgl2DAjqz2GLf6gCEP4EBOrWSiYMCOrbYYNweAJCGeoEEOriUZwCBmwUAhUoAg7wdgwE6vNhP33+BAjq9PY8AgcFogwE6v9hQ3DyBBjrAWj0AzxgA1wcA0zgArDoAnA+DAjrG2FDfGgCCSYEEOshw8QCFPABsABiDAjrM2FHfjwCBVYEBOs5ReYMCOs/YUt6kAIGIgnOBATrRdHqDBTrS2E/e+ACQgjMAp/9UAIRnAKiLEoECOtc/BgCBK4MDOtnYUt7fAIGH9QYAgZ/zXYEHOtxgpwCBhmkAgdcwAIIhAP0UAP0hAIG+MYMBOuPYW93qgQM65EVRAIHAYgCB2EGDAjrn2FPc2QBYgQM66T9YAIHXeACEOoMBOuzYad3GgQI67f/9AIPRVIMDOu/YYt7MAIGAhEMAO4ECOvI6+wCLIoMBOvTYUt5OgQE69T7/gwI69thS3cUAgyWBAzr4kfoAgesRAIHwHoMCOvvYYt7jAIHgiX+BATr9UN+DAjr+2FTeIQB1gQE7AHd4gwE7AdhM3jKBATsEd3uDAjsF2FHelwCf/C2BATsHOl6DATsI2FLc8IEDOwl0OACBRACB1zmDAjsM2FLeugAYgQE7DkDIgwI7D9hS3pYAr/wugQE7EZMHgwE7EthV3YGBBjsTeB4AgVwACwCBEgCUBQCWEIMCOxnYXd9BAMCBPYEFOxtBDgCChCMAAQCD5k4AvXGDATsg2E/e+oEDOyF6OgCBDQCB4g2DATsk2EXe5oEDOyVBMgCCxAQA4QmDBTso2EPdTAD4gH4AgY/7ZwD3/EAAz/kZgQQ7LTWXAP8mAP93AIRygwI7MdhA3dQAl/hwgQI7M3riAIGCE4MDOzXYSd71AOf+cgAngQE7OFoNgwE7OdhA3luBAjs6ePAA+w2DATs82FbfxoEFOz16/gCB5AsAgelGAB4Agek5gwM7QthW37MAh/wQAC2BATtFfM2DAjtG2FLd+QDn+ROBCDtIfI4AJQBiAMd5AMxSAFQAaQCFdIMDO1DYWN5hAIQLALCHVoEBO1N9l4MBO1TYV96CgQE7VUJqgwI7Vtha33UAgcCJP4EBO1hn1oMCO1nYQNxOAOiGAIEBO1tXxIMCO1zYWdwSAIfwNYECO15/3QCSbYMDO2DYQtwsAIGgingAh/kygQE7Y3sMgwE7ZNhX3g6BBDtlmeYAzkMA0DoAgcEPgwM7adhN3D8AqIZuALf+aoEBO2yaH4MBO23YWd2ggQE7boSVgwI7b9hc3ScAiIEtgQY7cUTqAIHxGACB9GsAgfMGAIEEAHCDATt32FnftIEBO3iYw4MBO3nYWt5CgQI7eoJiAASDATt82FreUYEBO32EU4MBO37YW92ngQE7f4YQgwE7gNhc3huBAjuBWoYA5A+DATuD2EbcQIEBO4RbK4MBO4XYRtyhgQE7hlrkgwE7h9hG3NiBATuIhqCDAjuJ2H7dvACC+IBbgQE7i4gtgwE7jNhd3CKBCDuNWgIAgblWAIHkUwCB5QIAbgBMAIF8ADGDATuV2FXeg4EBO5aJVIMGO5fYXd+FAAMAqIFgADkAewCGR4EHO50+rQCCl2oAgfZdAE0AuzsAgskUAEODATuk2GXcSIECO6VfTQCByzqDATun2FDehIEDO6hl1ACtKACBS4MBO6vYRtxFgQM7rJ1tAMMdAIESgwE7r9hf3dyBBjuwWZoA+FAA9ycAgYw5AILdKgCBeIMBO7bYU9wJgQU7t48wADIAgrEtAIGlRgCNRIMBO7zYSN8hgQM7vUibAIGbOgCDXYMBO8DYRd/agQI7wZvpAIOUaYMBO8PYUt0vgQY7xJC7AIKgDwCyeACxVwCComgAiRCDATvK2GLeS4EBO8tAYoMBO8zYYt78gQE7zZQngwI7zthj3B0AOoEGO9CE5QCVCgCtWgAaACEAA4MBO9bYY900gQI713RFAIHWB4MDO9nYUtz/AIUEAI/5MYEBO9w+54MBO93YTN4lgQE73paPgwM739hj3ucAggMAA4EBO+I+zIMDO+PYUt3tAIIUAJf6FYEEO+Z0EgCBMACB1V8AguEIgwE76thk3LCBAjvraEcA+FWDAjvt2GTckwD38mmBAjvv//0Ag7IrgwQ78dhi3YkAh/o4AIfzbwDP/WOBBTv1kroAgd5TAIHBLgCCiFsAgap4gwE7+thQ3huBAzv7l5sAg6FCAIObC4MBO/7YQ98mgQE7/13BgwI8ANhi38UAgYCEJ4EBPAKYH4MBPAPYZdzagQE8BJL2gwE8Bdhl3deBAjwGkeUAgrRLgwM8CNhi31AAgYCDUwCBgIN4gQE8C5jcgwE8DNhi3kWBBjwNPwAAgsxSAIKkCwCB61wA1EwAIoMBPBPYXt8GgQU8FD39AIH4AQCCrWIAgrh0AIJigwI8Gdhi32UA4Io7gQQ8G2qPAIG+IgCB/EcAgfxggwE8H9hm3PGBATwgS5CDATwh2GbdSIEFPCKZvACCt38ATQCCn0oAgewXgwE8J9hE3wKBATwoWCKDAjwp2FLduADogyGBATwreESDAjws2EnfHwCv+jCBBTwuaMUAga0RAILbNACC7GMAgaBQgwI8M9hJ34EAh/dSgQg8NWEHAIHtDgAGAE4AgQ0ASwCCIwCBHoMBPD3YZ94tgQE8PpufgwI8P9ho3fUAg2+BAjxBnSEAgsFngwE8Q9hQ3QSBAzxEnhgAgsVRAILBNoMEPEfYaN20AIMPAAoAj/8JgQI8S52lAONRgwM8Tdhb3hIAhxgAiIE7gQI8UIX8AIKDE4MDPFLYW92kAIM+AIIpgQI8VYQgAIcagwM8V9hb3gAA7/hTANfyGIEBPFp54oMDPFvYTd2cAIJGAKf+OoEEPF49YgCC2XAAhDsAghKDATxi2EDev4EGPGN4uQDmegCHKgCCkVMA7kkAgvBGgwE8adhV3V2BBDxqeD0ALACBQgCBV4MDPG7YRd9XALf5YgCv/W6BBzxxNpoA4y4AgYFOAAMAg785AIPAQADwFYMBPHjYUN21gQc8eVe7AIRuAIVTAIKWFgCClH8A5TgAgfILgwE8gNhQ3ayBATyBceuDAjyC2FvcQAC/8lOBATyE//2DAjyF2EXftQCB5/omgQQ8h2EMAJh9AIMHAN0fgwE8i9hR3IiBAjyMNywA0RyDATyO2GLd/IECPI+TuwAHgwI8kdhG3NYAl/ZzgQE8k4RygwU8lNhb3MAAgbCCWwDYi0wAqIspAKiONIEBPJlZlIMCPJrYT923ANCGEoEBPJx9qIMFPJ3YWN1bAIJvAK/7VwBdAIGAgVyBBDyikuUA/AcAgdNzAIHXFIMCPKbYYt9jAIHgiwmBATyoPuGDATyp2FLes4EEPKpq2ACkNAAOAIHUS4MHPK7YUt4+AIEqAOf6dwDn+hgAgY/6fwCn8XgA6IcAgQE8tXRIgwE8tthS3RaBATy3cKWDATy42FLddoEDPLmShAD6PQD9cIMBPLzYQdz+gQE8vZMxgwI8vthi3s4AgnGBATzAk4aDAjzB2GLf5wDoiCWBATzDSTWDATzE2GLegoEBPMVxa4MCPMbYUt1DAPiBCYEBPMhWpIMDPMnYQd4aAIiHIACH8xiBAjzMVQIAgZMCgwE8zthF3/qBATzPff6DAzzQ2EXewgDn/hoA4Id9gQM800UuAIK7JACC82+DAjzW2GLewACBgIQngQE82FmwgwM82dhG3L8AeQCBuIAAgQI83FqhAIGOf4MBPN7YT91bgQM83zawAILuXACB302DAjzi2GLegQCB4Ig/gQI85JN0AILaT4MBPObYQt60gQU850qWAMQZAN1SAM4XADuDATzs2ETfnIECPO1xdQCBuXWDATzv2GDeGIEBPPBuD4MBPPHYZNzkgQI88kTrAIGhVoMBPPTYX95PgQM89XBnAI5xAIG/M4MCPPjYT9/tAIcBgQM8+m4CAIQSAIHGO4MBPP3YQN/1kQo8/nVRgforh2nGbp5NpizFJIHiUoKkYYKYBIMCPQjYY9wcAMfxOYEDPQpYEgCBFQCBg2WDAT0N2EXcUoEBPQ5w/oMFPQ/YUN9iAI/8HAC3+h0AuIRnAKCEGIECPRRouQCCWoMIPRbYRN+YAMf1GACBiIwcAIGIhCsAgaf+RgCBp/pbAIf/OQC38kiBAT0eahqDAj0f2E3erQDv+BKBAz0hhD4Agf0/ACODBD0k2FvdJgBUAIMfAI02gQM9KP/9AAEAg/MBgwE9K9hF3zqBAT0sg+2DAz0t2FvcgACH/yQAgbfxcYECPTBZiQCDcIMBPTLYRd+zgQI9M1phAB6DAj012EbdBQDQg2yBAj03Ny0AgYsCgwE9OdhF3zyBBD06NscAgesMAIGIAgCBs22DAT0+2FDepYECPT9abgCBB4MBPUHYUN6TgQE9QmorgwQ9Q9hP3vkA8IB4AOCLNwCH9iOBAT1HcR2DAj1I2FDeWQCBj/4OgQE9Sk+wgwE9S9hb3SiBAT1MXMKDAz1N2FHczgDwhXwA9/ohgQE9UGoMgwI9UdhQ3lYA3/0lgQI9U//9AIPEaoMBPVXYUN/pgQI9Vj2lAIG8coMBPVjYftwlgQI9WVnrAJVggwE9W9hM3wCBAT1cfNODAz1d2F7e9ADH/30AyIBCkQs9YJBsuW2rValV1kuFVrturAeNWd8Mom2RLj1tTiGBtC6B9VuB1TqIavRNgalW5DmiT8drgqsqk3SCrn3SPJpxvGmBoxyBhmyBhWXGXb1dhVmPLbF4qVvLNIHLMtIVga4Lh1SkJPYcmyaB9BPRFJYig6Exg/QBmk6XdKAughyJaoHsGZosgWyDAT2b2F7eeYEBPZz//YMBPZ3YUt26gQI9nv/9AAGDAT2g2EDfRoECPaFnDgCIEoMEPaPYXd5XAK/5awCv+DYAgaiFSYECPadI0ACHToMEPanYYt6aAIGQiT8AkIgSAIGIgXeBAT2tUdKDAT2u2EHeEYEBPa9Zn4MBPbDYR96ogQE9sTu+gwE9sthP3P+BAT2zOZuDAj202GHd6ACn/0CBAT22N2KDAT232Ejdw4EBPbiLXoMBPbnYYt9OgQI9uv/9AIPIFoMCPbzYQ9x4AI/zf4EDPb6O2gCB8RcA+0KDAj3B2E/fSgCX/TiBAT3DVbyDAT3E2FrfUoEBPcU0c4MBPcbYXd4ygQE9x0cYgwE9yNhS3T+BAj3JUGYA7VeDAT3L2EzfzIECPcz//QCCnXyDAj3O2GLdSACB1/5xgQE90P/9gwE90dhf3BKBAT3SkFaDAT3T2FPfmoECPdSLYgCBuA+DAT3W2Frf94EBPdf//YMBPdjYRt0cgQE92YrqgwI92thS3fYAl/gPgQE93EvAgwE93dhJ3xuBAT3elGWDAT3f2FXf4YECPeBhlQCdXYMDPeLYftzNAIMPAILn+0uBAT3lTmqDAT3m2FLdNIECPeeWVgCBow+DAT3p2FvcvYEBPeqJd4MBPevYWdwRgQI97P/9AIPtCIMCPe7YZNzAAIKP+l+BBD3w//0Ag+kOAP9AAIOPD4MCPfTYWdxpAIHIgRGBAj32eYMA8S+DAT342E3dGYEGPfn//QCCmyQAgblUAMxSAIG+XwCBhjWDAT3/2EndjYECPgA8VACC2FiDAT4C2EjdeoEBPgOTMIMBPgTYUt3QgQE+BWw5gwE+BthD3viBAj4HiCcAgxqDAz4J2ErdJgCBt/0YAIHf8wWBAT4MbriDAj4N2FLeKgDgiBWBBT4POaQAgeZPAAEAgpUCAIGFbIMCPhTYZ9ytAIiAE4ECPhaJQwCCoUmDAT4Y2EXeCoEBPhk5oYMDPhrYTd8vAIGX9nAAgd/0R4ECPh1xrQDGcIMBPh/YZN2ogQI+IP/9AIKycoMDPiLYXNyvALCDdgCBkIBjgQM+JXtDAIcLAKcTgwE+KNho3t+BAT4pagODAT4q2GDfGIEBPitTooMBPizYW94HgQM+LZO/AIGuEwCBvEyDBD4w2GDdbwCv/nUAga/3EQC/+QKBAT40XYWDAT412GPcMIECPjZXFQCChBqDAT442GLdSYEBPjldq4MBPjrYUt2IgQM+O2W+AJAsANgHgwI+PthS3qUAl/xJgQI+QDwRAIGsSIMBPkLYR9+hkQo+QzXKzF6Co3uD4BTpGIK5RyfYMILnd4LaGoMBPk3YZd3pgQc+TpASAIHpIwDCcQCB5WoAvFMAkksAgdcbgwE+Vdhe3J2BAj5WNzoAgdx7gwI+WNhg3CQAj/dNgQE+Wj3rgwI+W9hP3LcAyIZAgQg+XVa/AIHdHACBykMAoWAAg49DAIOUZAC8BwCIJ4MBPmXYZ92YgQU+Zkx9AKZIAAkAgaRUAIGXKYMBPmvYT91AkRQ+bIdwmTPxDMEN2zuBmBKBl2+FVO4WgfwngbQqhlyBsyWBrBiLSo03gasngY1ugYw/iFuDAT6A2EPenYEEPoE1zgCBgGwAKQDDfoMBPoXYYN7igQY+hjYtAIH8DAD9CQBtAIRHAIM0gwI+jNhD3EEAgSiBAT6OXtCDAz6P2EPedgC/91YAv/cBgQM+kp6rAIGFIwCD9TuDAT6V2ETcdZEKPpZinYHTHoKLM4HgcOsv/X6BtXWBB4EIuiuDAT6g2ErfQ4EBPqGccoMBPqLYS96zgQI+o1GaAPJ3gwE+pdhD3aeBBj6mUacAikoAgyAAFwCBhSQA3wyDAT6s2FrcipENPq11sawInRqD33CD3G2cI4lKgfxhgbguwAyBsiGB62iCLoMBPrrYQ975gQI+u3JmAIGsMYMBPr3YX9/5gQQ+vkD6AILtRACB3H0A8FmDAj7C2FHf4ACBr/Y2gQE+xP/9gwE+xdhd3aOBAT7G7SuDAT7H2FjcSIEHPshxowCzVAD7AgCDnzMAgdx0AOUXAOYXgwE+z9hR3hiBBT7Qgi0AgbdFAIOcEQCCtBwAgeRCgwE+1dhn3qyBBD7WTQkAgrtGAIOQHgCCsTqDAT7a2Gff3oEBPtuEXIMBPtzYXN6ygQg+3WMuAOdsAIKLdwCC1zoAgfR5ANExAJ91AL1cgwE+5dhB3I6BAj7mdkAA7SGDAT7o2EPetoEBPul4eoMBPurYX98ugQY+61inAN9RANZ4AIKUHACB+C8A4z6DAT7x2GncNIEFPvKehQCCxkkAgrNJAIHfegCBpDqDAT732FDf8oECPvjtcwCDo1KDAT762GfeBpEJPvtSNPIPgdZhg4oDgYRN+0SCjTeRaKF+gwI/BNhl3NAA5/Y3gQE/BoatgwI/B9hD3SgAgRCBAj8J7YwAg5FigwE/C9hH3w+BAj8MXY4AgeVogwE/DthH3dGRMj8PnoG4a9Rb/0SB+GP7IuR3gxiB3xL8Yf00+lmD8gOD8QiBBv4cgYAz/BiDk2aDjx+MVoKnT5kerw2CujSCuk2JWoFgkiqcI6VAkTSB5mqXRLkfgetngo0UhhaGDYKSHbgGn3bVJYKgXoNugsMPgqgKgbMD4zWBkj6DAT9B2EXfbYEIP0KZ2gCCnU8Ag5JVAILxYQCUTgCUSwCC8WAAgvF5gwE/Sthj3peBCD9LY38AnRQA0nMAge14APApAMtrAMMSAKRAgwE/U9hX3CGBBD9U7dwAg9wNAIGTDACCtWeDAT9Y2EPc1JELP1mDvpIGg5ZCg7lKtWqDpwcBgshCryq8T/VEgwE/ZNhA3fKRGT9lTzmVRILSP4LKOIHrToLeCYHYA4HXaoKfe4P1NoGYUrhQkB2NU4IKiAqPWkmBjWGDy1qD927wOqJBg7oag6AygwE/fthp3kqBCD9/jncAwzYAgrpuAIOAbwCBdAC/GADANwCBrX+DAT+H2GDffZEMP4iOKIEYzkWCK4VNr131eNFBgaQ8gckx7A7IJ4MBP5TYaN6ygQg/lXhTANJwAOhVAIIcAN52AOBXAIdcAN9ygwE/ndhS3ruBBT+ehi8AgZlrAIGjSgCCj1MAgtoRgwE/o9hb3gWBAj+k7jIAg45pgwE/pthJ3RuRJT+n7jWDyw7VUoGRXolYpy2gQM41g5kOxn6DzA3nF4GPaJIcg5c1gfM2gZpXgcES83CB32PVK4LKIoH0M4PMYYOkIqgehGyBW4OIeYHpPIGeCrhxvnKSOoHIYYGeCIHKBIMBP8zYY945gQU/ze5eAIOJdACBoFgAgZcpAIKMCoMBP9LYQ987gQU/00BlAILHfwCD2VEAg9lSAIPGTYMBP9jYV98akQs/2XzailuYcAeMLaERJ9JCnXXsHeUqgwE/5Nhd3IaBBT/lgFsArVcAsCQApz8AyUiDAT/q2FnfzJESP+t1U8kqSJgNlwaKeIlGhVXQMYhnv0LsUYGPZoODSoOTR4PZJoO2dugOgwE//dhQ3BGRCj/+dOeB3BmBzjTDJYNugZMXgfMpg4Fyg8c7g7xTgwFACNh+3SKBAkAJYOkA1VeDAUAL2EHdR4EBQAyS24MCQA3YQd3fAPCHSoEFQA+FTACCii8AgcRyAIGIdQDtWYMCQBTYUt1CAIGAgkKBAUAWk0SDAUAX2Ebd24EBQBiC7oMBQBnYT9zIgQNAGng8AMNxAJFLgwVAHdhS3TMAgYCBbACCj/wVAIHQhCQAgbCCXYEBQCJPq4MBQCPYSdztgQFAJFAIgwVAJdhb3SkAmIU0AIGIggkAqIJgAMiGPYEBQCr//YMBQCvYQN9+gQFALF+kgwJALdhA34AAc4EBQC9u24MBQDDYQdwfgQdAMVDeAEQA8g8A8iYAgp06AIOEUwCCsySDAkA42FLdpACBiIQ7gQFAOlFggwFAO9hM37SBAUA8UWqDB0A92ELf/wCv83gAv/gvAMf5FAC//kUA2IJIALCCYYECQERbggCBr3SDAkBG2EHdswDv+0qBCEBIUbIACgCCrXYAgq1XAAoAAgDTawDTbIMBQFDYUt6mgQZAUVGzAILGbQABAILHXgCBxz4A6h+DAUBX2E3fLZENQFhfe7VhNCqBcIE9eEgWgaUepFiByUWBzFiDA0Bl2FrfEwCCn/QqAIHf9ReBAkBoVUkA5h6DA0Bq2E/fgADoiFkA6IougQJAbVMzAILMbYMBQG/YQt/igQFAcGzLgwFAcdhF3yaBBUByaBsArnIAzhcAgYZBAJc9gwFAd9hF3uiBBEB4cd0AgbR3ALsUAAyDAUB82GHeq4EBQH1TfoMDQH7YftwyAIPH+jkAgXiBAkCBd+YAgZEngwFAg9hi3puBBECEU6AAFAAEAP9wgwFAiNhV33KRCUCJP1mB0QT/NwbiBvgBpmiQS+RdgwFAkthC34+BAUCTU+CDAkCU2E/f6wCgiRGBAUCWU/aDAUCX2EPcd4EGQJhUEwDxSgDtHQDEVgCcBgDjXYMCQJ7YWt9TAIG4hz+BBECgVV0Agx0AKACzfYMCQKTYRd8NAJCAYYEBQKY9tIMDQKfYQ91NAIH4gVwAgcf8SYEHQKpVRwChNQCdAgD/TgD6IwBEAILWWYMCQLHYRtzXAM/9RIEBQLNFUoMBQLTYUdw1gQFAtWazgwFAtthE3LSBAkC3VjcAwiqDAUC52EzeipELQLpmpIOaT4LZHgKBikKBiAGCgiqCjhOMAiMFgwFAxdhi32aBAUDGNiODAUDH2ETeT4EBQMhXRoMBQMnYUN2lgQRAymxuAJA4AOUTAIGCI4MBQM7YW9x+gQFAz1fmgwFA0NhF3BaBAUDRWAODAkDS2EXcVADYjByBAUDUWCaDAUDV2FLf9YEFQNZYHwCCFACBjRMAgY18AAmDAUDb2ETePIEDQNxY+wCMBgCSeYMCQN/YaN1QAIG/+zGBBkDhk9MAgvhlAIGNegC+DACBx0cAgd4qgwFA59hF3j6BAkDoWiQAguhPgwFA6thF3pKBAkDrhQUAgax5gwRA7dhD3U4Agb/8ZACCUACBr/UdgQFA8VnZgwNA8thF3/sAgRMAga/3ZoEBQPVtcYMCQPbYRtwoAIf1J4EBQPhZ+YMBQPnYW95FgQNA+lqrAIERAIGNe4MBQP3YUt2pgQVA/v/9AIHcFACBjhoA5xwA5iWDA0ED2FvfoQCBkIkbAJiBB4EBQQY3MoMBQQfYRd64gQVBCF6DAK5nAKJKAKgiAKgZgwFBDdhe3g6BAkEOQAQAoTCDAUEQ2EDeBIEBQRFb1YMDQRLYRt40AP/+LgCBqIBPgQRBFVvzAIEtALobALtogwFBGdhG30SBA0EaXBMA3nQA3nWDAkEd2EfcpQCBmIoEgQZBH1xJAM1ZAM5OAIFGAAoAgjaDAkEl2Efd+QB6gQNBJ10QAA4AWoMBQSrYR96kgQRBK1y6AIQ4AIGUSACCqx+DA0Ev2FLdAQDQgnEAhFKBB0EygocAgqkjAI4WAIGJVgCxNgCDqhsA+x2DAkE52FHcvADv/1OBBEE7U6YAk18Agrp1AILOVIMBQT/YRd9xgQJBQF4JAIPzI4MBQULYYdyCgQdBQ175AAIAgZk3AIGZNgClAgCBrzgAgdQdgwJBSthA3cEAg+/7JIEBQUw63oMBQU3YRN86gQFBTl86gwNBT9ha3IgAgY/ycQCH8kCBAUFSX2ODAUFT2FveboECQVRfcgCBzxqDAUFW2GLeNoEDQVdfpwCHYwCBgS+DBEFa2FTeUADn+00Agaf2GgCBl/ohgQFBXpHWgwJBX9hA3p4Ago/+FIEGQWFgMQCZJgCBtEUAkUYAnh0AgYUsgwFBZ9hJ37SBBUFoeXEAgexjAIGJOgCDgkMAg4NYgwNBbdhS3YIAGADggwaBBUFwdKQAgY8HAKZ8AJsGAEWDAkF12H7cpgCCl/cpgQJBd2GBAL4bgwFBedhB3laBAkF6YYcAlzuDAkF82E/ftwCojTGBAUF+YdODAkF/2GLfnQCf9n6BAkGBYdAAgaI9gwJBg9hK3YAAgn+BBEGFYCMAhHAAjwIAhieDAUGJ2EDdGIEBQYpixYMBQYvYRd9wgQFBjGLVgwFBjdhL3g2BAUGOY2yDAUGP2FLd34EDQZA6FwCBqEAAgQGDAkGT2ETfjgCIgVqBAUGVb4qDAUGW2EveNoEBQZf//YMBQZjYVd8dgQhBmWThAAYAgb4qAILoKwCBpyYAgadHAIGragCnEIMCQaHYUt4oAAuBBUGjZYUAMQAdAIOVRQCDlm6DAUGo2FLdQIEDQalLNwDqMgCBk3ODAUGs2EbcKYEDQa3hqwCD7xEAmAmDAUGw2E3cAIEDQbFmGAJWAgyDAUG42EPedYEBQblmZ4MBQbrYVN3mgQJBu2ZzAIOxQ4MEQb3YTN4xAIGn/wQAgaiAWQDAhRSBAUHBd8WDAUHC2Erc94ECQcOZpACBykWDAkHF2FDfnACP+giBAUHHafqDAkHI2E3fwgCDh/QwgQJBymdnAAuDAkHM2FDdzQCBn/w+gQZBzmfXAIGLXQCBjHAAmFoAgY9WAIGod4MCQdTYTN/mAPf2coEBQdZoXYMBQdfYTdxvgQJB2GnhAFKDAUHa2GLe34ECQdtpcwCCYYMBQd3YTd3NgQNB3mkBAAMAgbt/gwFB4dhN3jyBA0HiO4AAgbBWAIZogwFB5dhi3kqBBEHmQvwAgZhyAIFCAIG3b4MBQerYQN/JgQNB64NjAIHLJwDlUIMCQe7YTd5ZAKiEX4EBQfBqRYMBQfHYTd8DgQRB8mqdAIG6VQCBrnoAjCyDAUH22GTdnIECQfc8DQCBvB6DAUH52ELdI4EDQfpg3gCpLAB8gwFB/dhJ382BAUH+brWDAUH/2E7e24EBQgD//YMBQgHYRt1YgQJCAjdAAPNAgwFCBNhO31qBAUIFa+GDAUIG2E/e/IECQgdr3ACBNIMDQgnYSdyLAMiBSgDAiT6BA0IMbFoA1xYA1luDAUIP2E/dvIEBQhBExYMFQhHYT929AIf/TACP/U4AGQCYgG+BAkIWNuUAmAqDAUIY2EPdMoEBQhmbg4MCQhrYTN35AJiFUYECQhx/jwDdMYMDQh7YW90lAIF2AIESgQRCIW2WAHUAhD4Agg6DA0Il2FLdfwCQg3UA2IdYgQFCKIUzgwFCKdhb33SBBEIqUccAgscVAAEAg+8fgwNCLthi3yEAgd/3TACC9/szgQFCMXRTgwFCMthP34KBA0IzecwArXsAzn2DAUI22EzcS4EDQjdv+ACB41cAgeIegwFCOthP3jCBAUI7bvqDAkI82EXclwDX/kqBBkI+RVUAgro0AIGSWQAuAIHIHQCByEqDAUJE2GTdcIECQkU9OwCByUaDAUJH2FDdRIEBQkhv04MGQknYUNyRAIMGAIQ5AIfxEwB5AIf2FIEBQk9R34MCQlLYUN1AAMCCOIEKQlRwSwBkAFAAg8JVAIPDHAIkAIG/NwCMOQCBzxYAPYMBQmDYUN53gQVCYXErADIA2nsA2wIAg9wFgwFCZthQ32WBAkJncU8AgYgkgwFCadhQ3sGBAUJqcSyDA0Jr2FHcWgCIhxgAC4EBQm5xuoMBQm/YYt/ogQhCcHC9AIUgAIGIZgCBiFsA5AkAgexiAIGIPwCBhDiDAUJ42FXeBYECQnlyLgAigwFCe9hS3XSBBEJ8aL0Api4AAgCB0AWDAUKA2EzcRIEFQoFoDQCcXgCNCACDygsAg8xagwJChthS3CMAgYCADoEBQohI7YMBQonYYtwEgQRCinMoAAoAgkAAS4MCQo7YQ9w6AIG4h2aBAkKQc8kAgX6DA0KS2FDd4gDX+3cA5/x4gQJClWYjAIG9PYMDQpfYUt23AFUAgVqBA0Kac/cAOgCsJYMBQp3YUt4mgQJCnnQ5AIHVRYMCQqDYft0vAIOgggWBAUKidGCDAUKj2GPespEKQqR0R4FHgiK9BL0bDv14gacLqSqBrF+DBEKu2FLejACQhFsAkIQyAIGAhCqBAUKyW0aDAkKz2GPcAwCB5/1LgQFCtXTIgwFCtthG3YiBAkK3dQ4AHoMCQrnYY97ZAIHogh2BAUK7W9eDAUK82GPerIEFQr2ThQD4cQAHADgADIMBQsLYU9+CgQFCwz8EgwFCxNhT3RORCkLFdY6EY4UAKoEaUkgFPoOxRoMBQs/YWN/1gQNC0HaQAK08AIKnb4MCQtPYWt0RAAeBBELVdqEABgAiACiDAULZ2Fvfn4EBQtqEYoMDQtvYVNydAIM+AOf9Q4EEQt53HgAOADIAyiODAULi2FTeIIEBQuN3WIMBQuTYTN6sgQFC5XevgwNC5thi3WQABgCB5/pPgQhC6Xf0AIPfbwCDoxgAv0gALgAWAPciAPVvgwFC8dhV3eCBA0LyeNcAgTgAggeDAUL12F3eDIECQvaPuACcaYMBQvjYSd4cgQRC+XmGAL1yAP99AMF6gwFC/dhW3FeBAUL+eZ2DAUL/2F7fOYEDQwB5PACBWACtf4MBQwPYXN0mgQJDBD6oAIHsOoMBQwbYZN0NgQRDB3nUAIPnLwCC1E4AgtRRgwNDC9hD3EIAgyQAgYiAKoEBQw5VkIMBQw/YS9zGgQFDEDnsgwFDEdhA30GBAUMSjkaDAkMT2FPduACBj/xYgQFDFf/9gwFDFthg3L6BAUMXd3qDAUMY2EvcOIECQxk6NAC2QIMDQxvYYN1dAK/9VwC4gBGBAUMeZN2DA0Mf2EPdfACIbgCLP4EDQyL//QCDkh4AgadggwFDJdhD3paBAUMm//2DBEMn2EPfZAC/9QgAgaiGWAD4hgeBAUMr//2DA0Ms2EPdRgCCmIQMALCFSYEBQy9H9IMCQzDYU96nAMCHS4ECQzKasgCDgReDAUM02GXd9IECQzU/7QCrT4MCQzfYVN7HAIGIhBiBAUM5//2DAUM62EvdRIEIQzudbgCVMwCDn04Ago82AIKPOQCDkmwAvyMAgtNNgwFDQ9hK38qBA0NE//0Aged6AIHnfYMDQ0fYWd7aAHYAp/oSgQFDSmTqgwJDS9hU3FIAgYiAH4ECQ02OaACDxiiDAkNP2GLfTACCiIA3gQJDUf/9AIKgGoMBQ1PYQN2pgQJDVD/6AOFwgwFDVthL3Y2BAUNX//2DBENY2FHdyACBgIMZAIG3/jQAgaf1F4EGQ1z//QCC1XYAgtV5AIKOeACCjnsAgqpsgwJDYthK3mYAsIcTgQJDZIGqAN0UgwFDZthD3ZyBAkNnY3kAgaV3gwFDadhJ33WBBUNqjcAAgdw/ALc0AIGYcwCB+Q2DA0Nv2GneAQCCr/9xALiDCoECQ3L//QABgwJDdNhE3MgA0INygQJDdjmSAIFmgwFDeNhg3puBAUN5NXiDAkN62FfeSQD4hgWBAkN8//0AAYMCQ37YS9yyAIHQiVqBAkOANLwAgd4AgwFDgthT3juBAkOD//0AAZMKQ4XYXd10gY/7U5iCB4KIgSSwhh2B//kniQ2B0IgIgZf5V4fyBIEBQ486GIMFQ5DYRNzHAIKohVQAsIVBAIMMAIMfgQJDlZWqAIOpJIMBQ5fYXd9ekQxDmHFAg8UHgsUwiTGGEoLCF4HSKvNksnawe0KBIoMBQ6TYftwokQtDpTVT+VyBR4LNRYLVAoLVBYLXNP93gYEGgthJgtksgwFDsNhE3HuBAUOx//2DAUOy2ETc04EBQ7P//YMBQ7TYRN7+kRZDtf/9AYHedoGUDoEmgQCBlD3ZEMB2gZZTgaJIgyyCDoUCbPM2LBzmJ4GxCYHbJHqDAUPL2FHf74EEQ8xzOQCIEACCMgCB2DmDAUPQ2FPepZEXQ9E/14H/NYPaBBaB10mB3iCB3G2B5hqGEoMiiko0g/5jg/N9gapBgbkkgoQNgoc8hnaD2mqD1ymD1yaDxhmDAUPo2GDdiZEXQ+mOsIPFGIO6P1qeAhqDm0ABg5F5iHxbhDCCxDeCtimDsQerAIG3ZYp8g80Xg+Y22DqDwQqDmneBCURfAKkAgYFwAIN5X4IKAAEAgUYAgUkAAQK3JoMBRM7YQN0MgQFEzzHFgwRE0NhA3NEACQIFALiMOIEBRNYxyIMERNfYQNzKBIEGBLCKZACDv/JsgQFE45dRgwFE5NhA3IaREETlTluBPuV7gZtIjFqBZIGbFYGlIotQmQiCdAiQYoZ8gY9/gZIAgwFE9dhS3OmBBET2f1IAmC8AjnoAiTKDAUT62FjeaoEBRPs0wYMBRPzYWN9LgQJE/YACAIF6gwJE/9hZ3hIAh/x8gQNFAVNdAIHUDACFOIMBRQTYXtyygQZFBYugAIV4AJ1OAINkAAwAgVCDAUUL2GPeD4EFRQyX5gCCHACBMAAeAIIIgwFFEdhm3BCBBkUSnHwAhkQAgkgAgc0rAIPJUQCC1F6DAUUY2EDch4EFRRmWHQCBz00AgclUAIOYPQMKkQtFIy6VDBACBAICDgoCFoECRTAuzwIcgwJFNNho36kAgqCJSYEFRTZlCgDbGwCBgj4AgblgAK1fgwFFO9hd3zWRE0U8TxoagX6HFk6BDoJ4DIIkJIIEDIwSiBomBFQCiGKRGEVRXJqHVoZolRqJaAqBQJNQjVqRcKVcDhoYDh5MYI0EgSiCPpksh25GkQpFa49u7TujVIMg0g/GBIgjoAaxHLArgwFFddhC3eeBBkV2gJ8A+E4Agsd1AILDdgCBBACCxx2DAkV82Gfd9gDYh1GBAUV+ngqDAUV/2GjdM5EJRYA1wYHjMM5GtEuBsBGCxTRElBKBmCWDBEWJ2GHcbACBz/pFAK//dQDIhCqRKEWNTiSBNgxuVoEW61ftYMVrxnTuDU6BkT6cVUCNZ5AMgiz1QfdC+TH5PIFk+m0IhBz4Ih4gCCw8UBQI/iEYMoGALoGAJYMBRbXYX92EgQFFtkBTkwlFt9hE3PSIg1OB2IJ4sIBH5/0zuIMrEaCEYqiAF4EBRcBAu4MBRcHYS9zJgQFFwlZSgwVFw9hD3zEAgbfzVACBr/0bAK/8ZgCEaoEBRcg1+4MERcnYVN3jAIGH/S8AhAAAg0eBAUXNP5OTCUXO2EPfMIdTiIAOh/wHgTyH/AWH9jyH/W6BeIEBRdc/+YMBRdjYSd6WgQFF2WQygwZF2thD360AyIEMAoiOPwC/9nsAgioAgbiAQoEDReJUzACBt24AgbQXgwFF5dhn3sOBAkXmnCYAhWGDAUXo2Evd7oECRemA7ACBkyGDAUXr2FndcoECReyBNACCpjuDAUXu2GDcvYEBRe+RtoMFRfDYQ976AINXAIFOAIIGAP/7XoEBRfU2CYMBRfbYQ9zWgQFF91avkwtF+NhJ37Woi1mH+nOBTof3foMegeCCfIHYhmWP9zn//yzAglmBAkYDWlQEinGDBkYJ2EPeEQCB0IIEAJiAcACB5/wxAIR1AIGH/ASBAUYPNwODCEYQ2EPftgCH9xIAgYCFLgCBn/9IAIGwg0cA4IZBANCEeACBgIQIgQNGGFiZAJhjAPEdgwFGG9hV3z2BCEYce7IAgYEVAM1RAIxWAILPdACC1QEAgshuAIIlgwJGJNhW33QA0IhvkVZGJlX7gYATgYIsmmgS/RmXW4GWKCiBljOBnAiBOoGZd2wagZ4SgUqRMYGNOYGgWi6BoC+BoWaCcIGjW/Jw8l2BpzwwFoGmeYGpaIHrPIOUEYGrXIGrE4GtAoEmga1Dga4+ga1hga9mga8pgbFCgbEZgbNicoG0JQMSgbYacqQwo3F0NYEggbdzgboOHAcggbotgbpYgbpPgbpwEjxCghR+UIIUaIG/P4HAbAY+gTSBwiWBwmgYgUYEIIE4gwFGfNhi3cCBB0Z9brsATAARAIHCSAKBwTcAHgCBx12DAUaG2E/fQZENRodvgXiBySkUgdEC1D38H4HKQoHKN4HKfAY0HoMBRpTYQN8lgQJGlUPBALchgwFGl9hD3tiBAkaYNk4AnTyDAUaa2FfcZYEFRptmfQDXbACfTwCoCACB5h+DA0ag2FPfuACBiIJXAIG//3iBAUajNH6DA0ak2Eve7wCf9woA4IdGgQRGp4dxAIGOYQDOagDIJIMBRqvYT9+PgQFGrItMgwFGrdhT3MmBAUauSSqDA0av2GjcFAC39TEAhneBAkayOvAAgdY8gwNGtNhJ3noAgYf8WgDP/TuBAUa3aIiDAUa42EjdW4ECRrmfYgCuOYMBRrvYQN9/gQNGvJNmAIMvALF3gwFGv9hp3FuBBEbAQZAAgZd8AIIcAIG+d4MBRsTYUt3sgQJGxTsZAIKleIMBRsfYUt1igQdGyDniAIKqOgCChCUAgtAEAIhSAILBXQCBl1KDAUbP2FzdCYEBRtBwpoMBRtHYUt5PgQNG0n5lAIGEbQD8eYMCRtXYUt5dAOf5fYEDRtd9pACaAgCBvkODAkba2E7e+gDwg02BAUbcV36DAkbd2ELc1QCH+nmBAUbfP+WDAkbg2EffngCCh/wugQFG4nADgwFG49hk3VuBAkbkXXAA2DyDAkbm2GLeWQCX9wyBB0boT8gAgcA8ALMvAE4AEACB0jEAgc0WgwFG79hS3PKBBEbwc+EAgdQvAAwAgdUOkSNG9j7iGgYKgdcwgdcLgQiB2DIINIHYI4HZFoIITIHaMYHaOpNl7UuBzTiCpUeB3EqB3BUWqVWChniB3F0Igd0cGIEYBlQSKK9CgwFHGdhV3TWRGkcaeTMDgeBTgeIOgWiB4j+BFIHkEp54goJrgeQUFoHkGYHmJBIcgiyB5mUygegAQIHoIYHoVoHoSYKzfPsngwFHNNhD3M+RGEc1fc8ICViGbLQrgbwRgfIQCBAERIGiQeNWwCxigfN5gfQ8AgYCgfQnoxGCmDiRHEdPRBOB9VCB9S8OgfVugaZtgaciRIFegfcLgfdMgSYagfhRgfpMzCLJScwhzVxGgf4Jgf5yRCwuTjKCgC+RDEdtheCCgVOCg3Q+gTi9KoLAfyCCiiyBIEiBWIMBR3nYXt1nkSNHeoo4gTY+hjiCBDpSgpYJgphUgpctgpkYgdtNhT+2fYKaLCYCEAiDHBACgUyCng2CwGSbG4Kja4KkEl4kgQoHIEYOkS1Hn5L9gQqBAFCCqVEWgqsKCh4ggqspgqtSSIJmgWiCr3eCsRh8grEdfIK0NoK0F4K1eB6Csz2CtyiCtkGCty6CgluCgyg6SgiCt2WCuSiCuFGCujyDJIEygWYmBIK+D4K+ZIOSY4MBR8zYRt/CkQ9HzZ1JhmiCol2CnVh8pA2VAbt0FhCnVagKHAyBFoMDR9zYQNyUAIhEAINQgQFH35TDgwFH4NhB3NeBAUfhlMGDBEfi2EHd1QB+AIFAAKCBBoECR+ZXVwDoNoMFR+jYQt7CABQAg2IAg9/xdgCD3/FhgQFH7VSekxhH7thC3/uH8H4uIiwgTk4eggKBBCp2EoMQgnCBR4J1hRCH8j4bTCIagQFIBjZHgwNIB9hE3L8AgV4AFoEBSApTZIMHSAvYRN7jAIIiAH8Ah/kAAIJCAIZSAAaBAUgScLuTCkgT2EbcLYR4gwQuh/dIgQp2iDYYfoEBSB1xmIMBSB7YSNxFgQJIH2npAIHMQ5MfSCHYSN58hTREh/xeh/UMgzouVoUCJEpgh/QYdlzYjGDYi0ESgkhFgliEYoEuh/FMZIpwgnyH9hCCFkyDdoEBSEBYtZMKSEHYTt6nh/1Sgk6H+T6HKDxMgUKH8VqDIoEBSEtXiIMGSEzYUd50AIJ0AIfzRACDUACEMgCCVIEBSFJZZYMCSFPYU9+GAIfySoEBSFVXP5MOSFbYVN6Zh/V+WE6DIDwGBolAh/IqgkqGVIM0h/F4gQJIZFehAOZekwlIZthY3QKCXof5HoEOcgaCEoJYg2qBAUhvVrmDAUhw2Fne/IEBSHE2GJMTSHLYWd+Zh/MoIYFQgTwkgwBkDIRMgQKH9AyEEof6OIYCgmQICoE0gQFIhZSfgwFIhthd3FCBAUiHNrmDAkiI2F3fzACH8haBAUiKVtaTFEiL2F7d3T4YhACH+TSH+kQySHQYgUZyQIE+gVSDVlCBNIfzOokCgQFIn2PmgwlIoNhi3VYAgUIChhoAghoAh/BoAI52AIf0TABGAFaBAUirPfeDAkis2GTdXgCBj/opgQFIro/QkwxIr9hl3OeDEA6Fcof2PIFuQIEwgUiDSof5FoEAgQFIu36fgwJIvNhn3vgAVIECSL5MpACCokSDAUjA2Gjek4EBSMFxooMCSMLYaN7/AIf7FoEBSMRNnIMBSMXYQ9ycgQJIxo++AAmDAUjI2EncsIEBSMmPuYMBSMrYUt6TgQFIy07qgwFIzNhi3yyBAUjNjoCDB0jO2EXf9QCB5/1sAFgAyINVAJ/+SgDAgEEAh/xAgQFI1U6agwhI1thX3oEAgaCAKQDggDQAn/gqAO/yUQCH8ggAgYf/HACX9HOBAUjePcaDAUjf2Ffe2IEBSOBOHIMESOHYQ9/qAIpDANCFYAC3+hqBAkjlVd4AgcZOgwJI59hE3MEA6IkIgQFI6VuQkxNI6tha3JOBh/Y/ga/4dPf+Gff/Hp/6R4f/SoHAgzvX/ESB0IZYgq//e5/3auCMPv//L7/2aL/2aYdFh0SH9jKBB0j9ThoALQC0EACBkUMA8yAA8zEAgYdogwFJBNhS326BAUkFV6qTDkkG2FbelYGghDm3+1awgjCBwIhigZ/+D4GP92iBr/9R0Id44IInj/8sgxeYhSW/+GOBAUkUV6eDBkkV2FLdYwDP/RQAgbf1BQCBt/duAIiBBQDH+QGBAUkbnBuDAUkc2FLdPoEBSR0+BoMESR7YW90jAIHX9E8A9/QAAJiANoEDSSJXegCKQQDyPpMJSSXYUt53//9Egd/3SoPAgAuBkIQ63/VJga//GIHYiXmBoIYUgQFJLjY1gwFJL9hi3y2BAkkwUiAA2BGTDkky2E/cx8CIHq/9fMCES/f/W4H//nzX/E+H+yCf/AHQgUKBp/4x6IYTgc/9Lrf0cYECSUBFYgDWeIMBSULYWN9MgQJJQ59QAIJVgwFJRdhY3muRCUlGUeKFPs1UuSOME98dgY804mWCvByDAUlP2Ebcd4EDSVBgswCBjWAAz16DA0lT2FDcjACggB0Ap/kDgQJJVjsrAIgMgwFJWNhA37WBAklZcIEAz0uDAUlb2EHdw4EBSVw3MIMESV3YRN92AO/6NgCBgIQwANCKUZE7SWEBAH+EFoQbgSKBE4EggSWCBoFzg3qDf7Zbga4wga4vga4w921sQYNYg12FYIR9VWJngQR9g0SDSYFAgTWDPINBgXCBY4MygzeDOAICAoNBtnGBrXSBrXOBrXT3L4VsQmcUD0CERYE3gSSEfEGBBUmeLp0AUAA4AIGFLgD3BIMBSaPYZ9xzgQNJpJ+mAIOHOwCCqwqDAUmn2FDdToEDSahwdwDOBQDHK4MBSavYVN3NgQFJrDVZgwFJrdhX3TCBAUmuYSKDAUmv2GLeMoEFSbCPpwCJHACBgUsAqXEAskCDAkm12EzegQCB3/oKgQFJtzyLgwFJuNhG3YCBBEm5SxAAgbcmAJNFAIGJKYMBSb3YYd8PgQJJvkAJAIGpMoMBScDYaN66gQNJwUIjAIKPVgCvS4MCScTYZt1HAJ/5O4EDScaXVQCBnBEA9FODAUnJ2EjcfoECScqT9AD0N4MBSczYYt3jkQxJzZ+ngZ8VgaR1hRiDFoobg06CwiCCrWmBpSyBk3N6gwFJ2dhH3baBA0naXpIADACEUIMBSd3YSd8SgQFJ3mWLgwFJ39hM3/mBAkngaRkAhFKDAUni2E/cY4ECSeNs/wCUAIMBSeXYUd0FgQJJ5nOMAIHSY4MBSejYUt4TgQNJ6VsVAOZGANsSgwJJ7NhX3KQAj/gfkRBJ7nqThTCDLIZQkhaKPOgi3DPcMsNjw2K/Oalh0gCef7YUgwJJ/thj3bkAgfCFdYEISgBAcQCIYADdbgCB+RoAgcN7AIGTawDTDACBujCDAUoI2FLde4EBSgmCv4MBSgrYXN0NgQFKC0yBgwFKDNhb3XSBAUoNXXuDAkoO2FrfFQCIglCBCEoSW5YAgpAwAIGFKQCB6VcAoQIAmF8AgTsAXYMBShrYXN5ngQJKG013AJ8JgwFKHdhf3LGBAUoeTOKDAUof2F/cxYEFSiA7lQCuQAAaAJQEAA+DBUol2FDevwCYglEA+IR0AIiDDwCH+QyBAUoqTFeDAUor2GjfUYEDSixHTwCFawCaVIMBSi/YX9xsgQNKME0HAIlHAJAHgwFKM9ha3yOBAUo0ciWDBEo12FbeVAD//2MAx/5EAIU0gQRKOWZNAL0lAIGaMgCBkXGDAUo92GLfuYECSj499ACC5H6DAUpA2F7f74EBSkFb24MBSkLYR91egQJKQ1qkAIGRf4MBSkXYZ96wgQVKRlrRAINKAIUIAKliAPhIgwFKS9hm3UWBAkpMdGEAdoMBSk7YQt5vgQVKT2bnAJ1eAK1kAIHxBQCcdIMCSlTYTN5WAJf7AYEDSlZDmgCGNgDePIMBSlnYTt8agQNKWor5AIG6AwD9TYMBSl3YTd1RgQRKXl14AIKIcgCBuTcAga9/gwJKYthQ3OwAx/sTgQNKZEx3AMt/AJRdgwJKZ9hA3aQAgdf6OIECSmmKzACB7DGDAUpr2EDeOYEDSmxZvwCBnlgA21KDAUpv2Gbc+oEBSnBfO4MDSnHYQt+fAK/4QgCBz/5WgQJKdEECAJZwgwFKdthk3HmBAkp3PwcAg4JWgwFKedho3bWBA0p6QPgApEUAvECDAUp92FvcRoEBSn5BfIMCSn/YYd6yAKf6Z4ECSoFFbQCyM4MBSoPYVdyagQdKhEVhAIENAKFaAIQdAIN0AJ4ZAJhFgwFKi9hS3w+BBEqMNmEAuXgAQwCLIaEGAAFeACAFATABCQL+UAED/lQIAf8IAAH+NbERAIYB/jcBMBQB/jkBMBAB/jsBMAoB/j0BMAgB/j8BMAwB/kEBMA4B/kMF/lkBIBgBIBwBMB2hhD8AxwH+SQAB/k0AAf5LAAL+XwkBImYEBP5iAQEiKRIBIZYLAQCiBAL+aQECM5wCATOOCwclgRQBJW0GASXiAgIlcQAJ/xAACSFgAAgwIQMZ/yEAGf9BABADkQAGA6MAEAOxAAYDwwAkMQUEBSRgAAMkZgAJJHQACSFwGh8kAA4BUgAdAVtQCAJd8RcBTsYBAU7KBAFRbQMCUgYBAVL+FwFfFCoDTtQAAU7jBAFRiQEBUfkEAVMFKgFeAgcBYlMGAWcqEAF1KAADdTAMAU4eAAFOUgsBTxASAVIRBgFTcBkBWRkAAVk3BwFbVwABW4cOAWIMBwFl7AABZvIMAWxfBAFsTREBgIsbAU9QFQFRtgIBUikCAVKpFwFUNSUBW1oEAVxAAgFckDIDZ04OAWyIFgFwfAkBdTc6AU6rLAJTdyQBWUcdAVxFEQFelQEBXyYBAV+AIgFi0w0BYtYeAWdvCwFrZgoBbL0cAXIsEAF1mQcBeUBCAU6tYQFcThEBX4pfAW09GQFy4A4BdaQAAXWiAQJ2hg8BeAwEAXm5AAF50RcBgMMoAYoCGQKWSw0BUAweAVGkJAFXAwYBWVdOAWMqAwFlSAwBZxQdAWwnNAF1sggBds0BAXcfUAGCKiABiIEQAYyhHQGWYi4BUz8/AVxcEgFetyUBYhosAWXLIgFr6ygBcQkSAXT2AgF1ZQMBddRSAYN7UQGWdgYBmAISAVJ0JgFYMAMBWPkNAVwKDAFewQMBX6kjAWPtCQFlYgwBZv4gAWwuJAFxGRIBdDUFAXUlCQF2eywBf9Q0AYjBOwGSFBIBloUGAZbGAwGYBQ8BULINAVLiCQFV4wMBVcUCAVcSNAFiIQwBZBYGAWaHUQF0WwsBdt4PAXiXEQF6nw8Bf2kPAYF5HgGHAhABinIVAYzHPQGWlAIBlskHAZgQBgGY/SMBVg0hAVvlFwFhYm4BeY4TAXy9AwF9vQ8Bf+BHAYzRJgGVqAwBmBcHAZqvAQGbQQwBUQgCAlKHEAFWLxMBXGQ5AWV3FgFrxSgBdiEcAXvGGQKBmwcBhSwYAYkSGgGM7AABjOI1AZcGFgGa7j4BZLs6AXHDBwF1DAYBd54GAXpNDAF81QsBf/AHAYJYAwGFaBsBiwEuAZanCAGXW08BZYITAW/fUQGAcUoBkIETApXKFwGe3BABZPoKAWquCgFx+wwBd7sCAXphAQF6xAcBflQuAZGrIAGZPhgBWN4pAXw+BwF+aQoBheQPAYtODgGQigcBk9xJAXzvEAGIFCcBUTc3AZc4FgGfZh4BjRYFAZRRAAGXPS8BmloBAZrTCwF2cRYBnfkAAZ58HgGUfQEBnHc4AVciRAFceiYBbEsCAXK0DQGQlxsBUq0DAVOOUQFijhwBbBkfAXOTAwF1lA8BgoMtAVIyAwFTCiQBV3MyAl8iUAFneEcBdT81AYZtOgFUxQkBV54yAVzTBwJeIR8BYkINAWMTFgFnDyMBZ8kKAWwgJQFwtAIBckkgAXVHBQJ3AwQBd+cBAXgRFAF7AAEBfHgAAnx/CAGADl4BT/YMAVHEBQFSXhYBVPcEAVcBEwFaLTQBY0QZAWXDBQFnEgMBaDInAW1jLwJwxR0Bc9cBAXTeAAF09BUBdxkWAXnrCgF6i3EBiEMBAYh1IAGQ2QkBkU4eAVBjDwFVdXQBXrILAWDTOQFobSIBazcCAWuNFAFt3CgBcnsgAXXLCAF3MREBeWkGAXn2JAF9PgUBf5wBAX/KAQF/0E0BhrsBAYa9HgGMXA8BjuAKAZDyAQGQ6w0BkeqBVgFlnTEBaN0TAWvyAgFuRgMBbjwlAW41QQF3RgUBd0sDAXhkNAF/PgABf2UBAX+gAgGATwwCgfcBAYI8WQGJ2gUBilcAAYpEJQGO5zcBlogPAU6DFQFSez4BW9gbAWFJHgFkIi0BaUgjAWv7AQFr9wYBbpNFAXRKBAF0Tx8Bd18PAXiFDAF6GC4Bf2cEAX/bYAGIzSMBjIQBAY1oAgGNjgEBjZMUAY8HDwGRbiMBlpIIAZd3AgGYDR8BUoBNAV5YFAFhUhUBZHJEAmueAAFrwwwBbxk7AXUCIQF5ig8BeqshAX3LCwF/4k8BhyYHAYjxFwGMaBEBjxBEAZitDwGbPgABm2ABAZzxBgFRBgIBUQsCAVKLagFlsnMCc14HAXSJEwJ2nA0BeMNoAYTnCwGHYyICiRcQAYrUIgGOJg0BjxYHAZEpAwGRhQEBkYEDAZLDPQGZFgQBmdMnAZ8PNgFeZygBZsojAWpNBQFrqicBccAJAXHaAAFynQEBc2YdAXeiCgF44QEBeN8cAXzQBAF+Hw4Bf3sTAoJVMAGHkAkBiS0MAYr0DAGMkRABjjwRAZE1AQGRkCwBlblDAZ6GAgGe1QsBVowVAVvxSAFzbgkCdRADAXZIDwF4+w8BesARAXvwbgGJ8jgBk1AwAZkrEgGZ/RgBnS4EAZ1CFAFRLQgBXGkBAV5tAgFh7Q8BZtoHAWq2BwFwDAQBb/8iAXkTIAF/9wEBgdE1AYlQLAKPRgIBkTofAZXSGAKYUBEBmwQtAVE0BQFWpgYCWz0jAnAhCQFypQkBd8kJAXpnFgF//R8Bh/YKAYlaGwGNBg4Bj08eAZXaAgGXKwUCl90LAZmmEwGb6hgBnYsCAZ10EAGfQAECn1YGAV3GAAFe7gABX8AHAWbjBgFq7hABchMPAXknBAF6bBABgmgNAYgQFAGPVggBkbIhAZcuAgGX/QEBmGIBAZjBOQGdphQBVr0MAXBDAQFwSAABcEUOAX6HJQGLegkBkUQkAZsXCAGcKA8BnbkaAVtLCAFrCAECcFUBAXIeCgF6cAwBhjQZAY6WBQGUSgMBlEgJAZpTPQFiAwQBaxEsAZfEAwKbHh8BnvIJAZ9uBQFm7RUBi5QAAo6eBQGUaBUBngAHAp90AwFrGAUBd9gIAYHgAAKGRgABiXkDAYuYPgGYcwQBmmYKAZSADAFwaQdeACAGATD9AAEwnQECMAUEPjBBABMwgABVMKEABQQQAR8EFgEZBDYBASG4ZAL+ECUBesJDAX9AFQGAO30BiEUGAYi0owE6MgHYRt0DoQI7AgF3DoRnAY+7owJBsgHYTN33AQHYTN2koRBCUAHiUQcBcNWDJV4AIANeACAFATCbAQQxwAQBMcYEAzHJAQExzQAB9Tg8Ai6GAQEujAsBLswBAS7WHAFbnhgBj2ajA0XcAdhD3X4mAdhE3B0AAdhE3PWhBUaBAW7ocQF0HlcBgVkcAYVvMAGS86MBSKIB2GLd56ECSZwBI9pyAZ+t", 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", 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", 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", 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", 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", 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olWAA8DDgMVAAQBAAMGARUAAwUDABQABQANBAIKimYBCgAEAg0BEAEAAQsCFwEAARAABQEJAQUBCAAMABMADgeKVAARAgADBAECAgwCAwALAREBBAEEAQYCAgADAg8CiVYBB0MMAABQgfNOBqcaB4ZhFYpbFaoiEMAZAoNpCJt4BIFEAJRpAZlmEpIRUwsAAFD7ogSBoxrFFwcP3XWBvFyBvFfdbN15DkMRAABRP4RcAC4AagEDAIEyAAMAgg4AAwACAAcBglYAAwACBIQeAQMAAgGFakMMAABREKUNAQcBAgACAgcGhFIBAAgFBwQAhnoHhQwAA0MVAABRCtEIAsR6AJlaAtRhAQcDAAIAAQcDiHoBBQEAAAUAAwIIAbFcBMRfAJocB45uAAMChRAYvhZTCwAAUVmCGeww7DGjaKNnA/5C/XiB/Du5WLlZQxkAAFFlhF0BgRoAg0AAhnQBi1MAgR4EgzwDglAAhCQAAwACA4wOBZhrCoVgA4xeAAMCjSQAn2UAgiAIkB4BhioImG0Ag0wDghAMhnZDDAAAUYClDwaTUgeCcgOQAAADA5JnBYYeC5oBBpRqB4FaAoM4AQBDEAAAUWqBgDwJlAQEqWMMoyABs1MRn1gBmjgKmjUAkxkFv0IDpWkAEACLKwCKKgJsCpldUw8AAFHGkFiB5yKBl2WBkCSBkC3POQUDz0SBkCSBh3WBh3SKQYpC/iNDgTsAAFHcogsAhgoCwGUAGg6eRgCHPgGOMgGfRADSfQGBMASJBAWLLwXUQgDSGwHSFgHQBwHQaAIDAtBnAAkE0kgAxlUAxlQCAALPewADAgYFhCgBAwDPCgMJAM8BAAkAAwECAAcFDAGFWADOVgGFLwDJIQHOTgDOWQAEAAMAAwAHA9V2Ac9BAM9EAM9LA89AAM89AAUABAPPNgAKBsEXAIdHANEAAAIAAwACANEHAoc8BIcwBQABBQKHBAADBoYGAgMDhgQBAAfAYwOCUgADAoISAtBmBM4XAAQOhCgAzwIBzwcB1DIAzksAzkoAzk8DBQEAA9VwBMhbANEGAdEDANB+AM4RAIJzAAMBh0QBAwADAIcsBAIBAwmNBAKGBAGERgKJIADPUwCBKgB6ANMYC89XANJGA8VfANVsAMhTAAMA2k4AAwL5OQCBJgCBLgGcFAC1KAFQANIRAdJ0ANBnAAMA0GQAzhEGkDgC13IBwg8BhnYGtVsAgiwC2UQAhSoAwSkCnnMBJACEGQCFHgEDAAMAgTIAAwHSDABkA8llAAcAAgADAoVmApRYAaYpAYEsAYEwAAMB1EwCy0ECjHMC1T4B0VcAAwLUSgDPcwEABYoQAM5IAsglArweAdJnBdQeB4UcAQABhSwAAwAEAAMAzk8B3hYA13EAz0AAz0VDAwAAUdfGdYEgAgEDQwoAAFHYzCIFk0SBJY4fZIUjAQADiUoBAwKSaDucMwOTPEMHAABSAu0zgROYbwCJFgADAIUOXY4lP4USQwMAAFJZ82RKADwCQzcAAFHbgYsaA40XAptsAZALCJNbBoRGB5BEAZojBpIsBY0RE4NzAKceBaMtAI0ODJJPB4U+EqkoB6knCIRpB5teCpstBZE+FZdJAJ86A5R/BYNtBpcyBgAMk08DBAsABoV/A4hOAIc/DoRwIItVIrEcApBVBJlRBYIyAII4B5MsBpAEC5AFDoEJAYU1BJFEAqR7BYZYBgAIogoAogkUCAwCAYkzUwsAAFOkwUHTD4HVAIGBc4GBdpFClzWCfOk72jOBw2xDFAAAU7KiEgO7XwLVPgHRVwecCgSecQAiAIEMAAMBAgaKPgEDAAIDhVoDhiYCsUoAySEAgkAAHAALQwIAAFO04H4slW9DDAAAU7CBiyIQlC8AjDQCjDUGny0DhQYArRYAnBMFnBIAkm8AhS8FhTJTDAAAU+iGHwMMBQ8aGwkcAwMXQwoAAFP1hiIAgfVmAKIdAIHTTwISABcBgfZAAoH0QwEKAAlTDwAAVAaHKNBK0FMVBAQJDAQXBAYKgfNckENDAQAAVBb8f1MKAABUGLBHB4GYPoHoJ89m0AECLguB9lBTEgAAVCOBiyOBtS8Nz3sCz37Pc89cz0cCNSCB8SiBoVvPRYHoLoHoT4KWDEMMAABUOIhWAAUBAAAKAScBJgEZAAcCAwEEAQYDE0MHAABUN7BABQ4DAgMPARIHCQQPQwMAAFRL/VEAr04AsCVTDgAAVGCyLgPOdc54AhcEDM57geZ6hl+BkT8GgZ1oUwoAAFRvsiyFMNQt1DLUT88Mzw0YDwlTCQAAVHqyJc57CBDOXg/Occ5wAkMFAABUhIpqAIKFXACChVsAzmIACFMOAABUi4p1Cc5yzmmB7FKB7GfOZM5tgoB2nB+B5GUFgeRKgZU3QwMAAFSainIBgedmAaIMUxUAAFSgtQQZHIGsQJQNgZhRzkkaJSARCCHOUArOQc5WzlWBwUSBwVuB+yJTDwAAVLa1AQfOU4H7KIGsZ84rzkbOWc5azkcpFAfORM4/QwQAAFTHjVgACgAVBANDAwAAVM+0ewYIBxJDBQAAVMvzIwCwfACvRQKuVAmNblMMAABU4LhXz0/PKIGbdoGbb89DFM8mz0kSCM82QwYAAFTtkG8ABAMRBwIBCQAcQwQAAFTxuFIBEwcUAxFDAQAAVO+BiyxTFAAAVQGQZoHRSoGBZxkGz00Uzy7PO89CDIgc8BL4N89BJ89UE4GJQoHYeUMJAABVF7hGAIGlTAGBpUUDgYk4BJwKAYpLAIGbCwDPHwCB9HJTEAAAVSq8YYGIcIHZU9B60QEH0HLQfdEC0G/QWAgD13uHDNB8QwYAAFU7vHAAJwHJIwCB3jgAgZRxANB7UwkAAFVDlCYH0QjREYHaEoGIeYGHcoHZA9EUQwwAAFVPlCoFAAAFABYECwEZAIIuAYIvARgACwEXAwNDCAAAVU28XgAaARsABAAIDwkCDhGJNkMIAABVU4GSSgmiVQuIAwGNYwWCLgCLCACCMAWQcFMKAABVe5d7BNMm0wHTBNMz0yLTGQqEJFMQAABVhoGBLoHSUdMI0nEpDtMWimaKXxmBiQKBiRcYDdML0yBDBgAAVZiYAQAmAA8BFwAHARRTDgAAVaHBVx0KAhkc0y/TDP9UgdJXHgnSatJ5QwQAAFWxmBEACQAJBwpDBgAAVbXBTQmKbgAJARwALQAQQwYAAFWw8XUDhBAEr0oAnTcBgw0EghZTGQAAVcebWdZk1lPWNgMFItZv1mAX1kfWVtZj1lgMAoGITogRgYA51mPWONZH1k6BlUiB7CVDCAAAVeGbXwMEABkAsm8AsmgGEAaHAgALQwMAAFXixwoGDQgQQwUAAFXq/HwBmlUDmmoACwOkBFMKAABV+cw3Cf9k/3PaMwnaStpL2jwCQwYAAFYEzDUA4RgAgbtZAQwADQLaJlMJAABWD8wu2iGBvlzkQwjaOdoo2h8RUwkAAFYbnxLaOAjgZoG7GYG/QJBelQ2iPkMHAABWJfx4AeEfAdQhAN4GAQcA1xAAgbUhUwoAAFYyohbeAt4B3W7dZYG+MOA33g/eEN4VQwgAAFY/ohcOBgQDAwIBhXAIFgERAAZDEQAAVj3RGQACAQkADQAHAp8NAJ8WAQ8ACgADAQcLCgEAA4lyAQ8CBgIDQwgAAFZD/H4JiHoBAACcIgGIGwGIJwiSbQObT1MNAABWaKUcCQQLEuFaCeFX4VDhVeFgCeddQwcAAFZ2pSIA4VwA4W8ABwCBq1oAhGIAalMKAABWftpHAuYf5h4FBQPmE+YO5g9DPgAAVo6nOQAIAAcEhBwPglYCAAWCWQWFAAEDAAMEBAOBOgADAAIFgSAAAgADAW4EUAWBKgLREQADAYF+AAMA0EgA0E0A0EgCzVkAz1gBAwLPXQAEAs9SAc9ZBtMgAQAAznkEhVoIjR4AAgEDAYc8CI4UAQMGtE0A1BIHzysABgDQPAHQQwADANBAANA/AAkCAwDQSgbNSwIHAQkAz1IDAAHPU0MEAABXB7x0AgMBiUoHim5DNQAAVomBjCgAsz8AlAQGkk0AsUsDhyIABQAIAAUBBQAEAKocAIE5AahEAppHBbELAAkACAAJAdVsAYEOANFvAAIBAwPaSgWoJQOuKQGCXgADBAIBhAwFAwCBEAHPAAuNBQqSCQEDAQkJpXQBsy0CjToUihkE1i8AiWYAAwC7XgCTexOXZgq8GAGGYwKeEwAiAi1TCgAAV0mwVM9fz14Fz1cCBAMNz15DFAAAV2GKfQICAQMCBQADDAMECgWFTACFXQeFXAcKDAsBAgADCgQThhoABAcDAoYjBYYeQykAAFdiskEFAAIVAQMBBQAIAAMABwIMAAUEBAEIAg8LhSYCCgQFAAoBEwAGAAIAAgANAQMGBwAQDxkAhzIBAwAIABMBBAADAQYBBgQTAAoEFwKISACIMwETAgNDFwAAV1SBjwUCgUADuUkDmHgHgikSp2wDiQ0AsysIuQYBryECiWsCnT4LkkIEiTYFgl4CHwiGYgCNbQarEQKVGwWQXAOGXg6CHVMMAABX3Lx57haTdoHTEQbRFiUa0Q/REIGJDoGJBUMBAABX6b0RUxMAAFfsvQgZDoGjHoGjBQUVCw+JTIlT0G3QeNB5CdBqKh2BiCJTDwAAWAC8eyTRHYHaIIGIe9E1AtEMC9d/hnbRCBwGE0MFAABYEL0MAfl6AfopA4GxCgCBp0FTEAAAWBvBZQPTDdJ8/3CB0m8FgcAU7RPTC9MQ/2D/bQIN0wVDBAAAWCzBbQADAAcA0yVTCgAAWDK4XpIO0xuHMdpMGx4D8g7yCUMEAABYPccfAYpxAPI0A6hwUwkAAFhH9ULnQYpo1lEEC9ZQBgtDBQAAWFGbZwASANZAANZPANZaUwkAAFhXm2kD1mbWZdZmgZZUgZZd1muB13BDBAAAWGKbcAgJAQIHhmZDCAAAWGPHIAAZABACFQYIARACijoBCkMEAABYafplAo8XBYoWAJxcUwsAAFh5nyfaMgwf2iEN2jTUO9Q2ENpFQw8AAFiFnygEBQgDCIV+AQUAAwYKAYU+AIVDBAMEBQqFfgIDAwQBA0McAABYhsw8AAoACAAfAQ4CBgAKACEAEAIKAx0EiUoCAgAIAQkBBAUPAAoCAwEHCIlqAQIACwECAgIDAgEPAAJDCwAAWJKBk1cDgxgCkhkAi1QMqDECh1YFpGcEwjYAqQcEnCUPjDpTCQAAWM6nQuYU8hSB2C/mGOYd5hbmG+YWQ0AAAFjYqU0AAwiCWgGCJgSEIgHSSwCBCgKGWgTYVgekDADPcQDaQACJOgKBmgsA1UACgyID2GcB3D4AhS4Ahx4Az1kEt1gAz2MAgmIA0VoEyDcDkwQBlU4BAAAFAbRdAYEIAAIAAwDTBADTAwCBUgDRWgHRWwrSRgHNSQHPTgPLJwDOfgPPBwDbVAPVdwADAAIABwHOWADULwCFUASGJgHYIgPJZwDTGADaVQSOWgGGdgADANo6AdRHAIV6QwcAAFja4QUAAgEDBYUIA4kKAAMpjhFDDwAAWNyBgVoDAw+RXgGfQwCDXQeRQgiRWgCBHAGBHQmLLwufDgGlMxKRUAEAMIwIUwoAAFlw3heRRoIsgcYpgmSB7HCB7HHSTtBDBFMLAABZe69YBdA30DoCDdAvAwcF0DxDBgAAWYqIewIHBA0ADgIHAgNDBQAAWY6wXQAEAAMGBwAFQwMAAFmJ+jAKgi8Fg1NTDAAAWZ2IcQSB5HSBlSkMCc9TBgTPOA7PXUMBAABZrPsBUxQAAFmuiwsOgd0IgY4PD85tzwAfDIGXPpQ7gdINznjOf88KBs8XgpNIgcQzD1MSAABZw7JPgY5ogd1dE88QBYGeLoHtNQXOdM55znIDznUFEAkRQwYAAFnYjXUBDAERBgQBBAAEQwcAAFnWslAEhTQBEQAJAR4AIwISQwEAAFnZgYFxUxwAAFnojXjOZs5jgdk6gdMfyE4lgYouhg2BhCEMBgYHDwSBjj6KWoGZKc5LzkwDFM51zlTOR4HSHIHSKUMOAABaCZEQAgMEFwEIBAkCBAAFAgAABgIAAQIDAwyGcAUKQw0AAFoKuHUEBQUDAAcACAENBA4UAAGISAGJQACJRQAkBAVDCwAAWgv5CQGFIwSESwe/XAa/TwKbGAKMDwKKTQCICACMYxCCYFMLAABaQJRLCdFaIQTpXIG7EdFEEdFFDkMCAABaTL0vAAVTHwAAWlC9HigZC4GdQIGdVzYhG/I4gcNN0TQYIRkIE/o4gctNgdpagYkxB9Ev0R7sOuwN0U+Bv27uQwn6QkMCAABacL0wAPoGUwkAAFp3mCPTJO9U710gGRjkFoG3WUMJAABagfQdAIwmAPBhAAcB6gQBm0IBgYVJAAQABlMKAABajr0riTiKWvl8gdgf00QxEoGACIGAAVMKAABamfQKgbdNBNM+BCsHgYF+ki3vUUMHAABapIGUQwCBpRUABQDTHwHTNAH/bACBgAFTFwAAWq7BfBmKcgXWWQXWbhMSCREaHwzWaQMD1mYI1nkMgao002VTCgAAWsbHLhcQ1m/WdhnWX9Z64yaJbUMCAABa0YGURgGlCVMSAABa1cxQ2jkDAtpMFQoXGgMGD9pP2kraQYGvHtRv2j1DCAAAWujMXQDaVwDaPAAEAAgADQALAeIwUwoAAFry73XGQYkq3X3eAAMEArh2gZcHQwoAAFtThQEAgQgAgVgGhRQAAwGEMgMCAAMEhU4BhiBDEQAAWwiiLwALAQIAAhCFcgaEOAUDBQMDhDUDiEgHhQACABKHFguFdAIABow+AYh+QzEAAFr90SwAzWAAzWcBEAAFAAUBCgEDBYGBFAGBgRMAiVYAwyYBwysAAwD7EAD7DQAPAQAADgAPAhAA+DIA+DcADwGIZAEFAAgAAwCIYQLBPgC4YwAJAA4AAwILCYcMBKZeAoV2AKFxAMNKAL9LAAMBmAACknUAgVwAllwWrDgBgxwEnn1TCQAAW3CUUYcwyhjKHYGsEIGdd4HFJOpXzmtDDwAAW3qnRgKJFAGCXADSNwDVcAHRVQDRVADPOQMAAYJ6AAMBz0IAz0ECz0AAg2hDAQAAW3vaWEMDAABbfIGCDAWDEQ2iSFMJAABblbJagcJugpFxAgIHBgWB7XBDDQAAW6KOBAAHAAIAAgAHB4YoAQkCAAACAAIABwEIAANDBAAAW6e4eQCHDQOHDgADQwIAAFuqgYJ7DKMWUwkAAFu/lFbRRgPRSYHTHoHTIwMGC0MlAABbysIQAAcA00MA0z4ACAHTRwDTQADTSQACANNAAYpQB89/AA4A2j4A2k0ABgDaRADaRQINAAYAhWgAvzAAvzEABQEDAOduAOF7BIseAIIsAc4hAYUEBo0AAdVqAM9DAoZ8AAMAA0MFAABb1YGCEQGGUhuGTQtxBXRDAQAAW9uBlEFTCwAAXAzCEsUji1TAU9QG0wHTMIGlcgKBpH/QL0M6AABcGosgBPgyAoGEbQGBBgDUKgKCDAEAAc9FA/IcANNFAd4SA79pAMUFACYAXgDTLgDRWQGFJAADBNMmAgAAzncChVAAzlIAzlcChigABQLPQgDPQwDPPgHPVwDYUAbRQQGVTADaPgOJKADTXwOKSgGEDgDSWQGBCQHUOAADBM83AtAuAQQHghYBCwACAAIABwDPPQDPNAEAAgYABADPSQDPSEMBAABcbekDQwwAAFwcgYtqAa8DAY0+Ap08JY8TAIcHCIE1CoY3GbNmDKR1E5VUAIR3UxYAAFycgZJagb9hgYJ+gYMNC851zwIFDxgECw/Od88AzwHOdAQTBhbPCUMbAABcs4sqAw0AAhmFSgYDDoYuAQMCBwIIAwQBBQQJAQMDCgSGcAADBgICBgICAQkADgEHAQ0GAgEIAgABCUMpAABctbJgABYPhTAADwAKAA8AAgANAAUBHAAHAB0FFAARAAUBCgAFAgAAFgyGbgECAgAFAACGdwCGeAULAAYKiHAABgACAQQCAgcTAgMABQAaABUCEAEJAAMBBUMOAABcuoGCKwaKGACZWQ6HDAOtCA+QQwOUKwUABaIKBoI8E6RDBIoiAoojE4xjUw0AAF0uvUuBoA6BoBmJNAwX01XTSh4tJAUNQwUAAF1HmDUEBwMAGIcSBQBDGgAAXTzCKAAPAREAIgApABgAHwEsAw0Aii4Aik0CBgIDAAgCBwMKBIo8AwQAEQECAQgAAwKKWwCKVAQLAAZDCAAAXT6BjCkHlAEBlAANiWEAj2EDh2sUpBwDn2tTDAAAXXfMaYGPaIGPXROBjkqBjj8TDgYbBgtDBAAAXYSfQwIADIVkCANDEQAAXYbMZgEKAAMAAwIIBIkWAAIBAAELAQMAEgEFAQQAEwAIAAIAC0MEAABdhfw0BYteAogxFZxAUwwAAF2n1iwIDQjMEMwhEgkIDQkOQ0oAAF24p0wBBQEDAAILiQ4DgTYEgSQBAwFqBNMjAYFAAIUAANA0AIIaAM0vAJUgAp9HAIJeAAMAAwKFLAKQNAHsOgOBg3cCkQIBznYDuicAplUA03YENgHPNwPSUAHPSQHPSALLBwLOfgDPBQADAM8CAM8JAM8KAM8LAAQBhTwBAgDOeAMAAM5/AtVuAAMBzzkBAwWHCADRPAHRQQACAAcEhxYAyiYByicA02gB02kA02QA020E3iIAAgDXGQDXFAAFAAMDilgA2lcABQEAQwsAAF201jUAEQGIWgiGfgGEDgCBUAeJAgMAAYJeAwMCgipDCwAAXbaBglgCkyoHqF8VlFgdhxcThzwBjm0GhkYbiAwTiVQFpWlTCQAAXlufReQCBcVKgaNl3hjeGQWFZUMEAABecoUNAIJaAIIeAQNDAgAAXmunTQmQLEMGAABeZtY4AolpAJIwAQMCiEcAlSZTCQAAXniLMaEcrzOCSIFejyiUUqgn1XhDDgAAXoeJEAIABAUHhEYCAwECA4U6BQAAhjIDBQEAB4cMAAMHAkMUAABegq8mAXwDgiIABQEDAAIAAg2JMgYDAAIABwAGAoZmAQIBAAEFAYZ1AI98AgAEAEMFAABeg4GCCAKREguSDgYAI5g9UwsAAF7EmD/eGAIC1x0DhwveJAXZRM5xUxQAAF7Q/Q7gMQraZdpkB9pf2lYFCtR/3hiJIdR33hbeGwTeFN4hBkMuAABe5dY+AAUAAwACAAcC1nsGhwgA1DMBjhoAhEsCigIDkg0AfAGBXgDSUAHNJwDPSgGJNgDPAQGibAC0ewOEeAKobACtZwOCXAADAdJQANA1AdJYAc9NCNM6AM5xA4U2AM5+AYZsAM8/Ac86AcgvANE6ANE7ANE6A8opA94gAopaAAMB2mNDBQAAXvHlUACCXgWTXBOHHAEAQwcAAF75gYJDAQAAAhAEF5NMFJNFAKRCUwoAAF9IokHeFNg/4iLdY4GfLIGTRfUkgcdZgop8Q2oAAF9UsnYBhUAAwUEA2m4AzFcDmxQDykkAiVQBAwCKAgHVbAHIKwCEHgCEHwAFAIcQAeh8ANplAIVmAZhoAIFgAYImAM9LAM9GAM9HAoRKAM50AAMAzncCznICyT0AznwAznkACQAKAgMDhiYAAwADA9hMANE3AAQABQHRMADRKQEJANEyANEvAAMD2mIAAwHTWQLTWgDMWwDXGgDXGwDXFgKTdALeEwDUeADUfQGFaQHtYgADAN1jAOYcAIxeA4G2fQGBXgPRTALMGwACAc0cAIImAAMAAwGCJwADANA1AIMWAAUAgxcDh2AAznQBznUAywYBAgADAINqAoN1Ac9DAAUBz0IAAgAKAc9XAc9KABAAyxUBywwAz1UBz04ABAHLEwECAMsOQwwAAF9c+loGj24OAgiDeQeXMCCYCwKEVAmOfwiIDAmVFBaqQQOdSEMBAABfwoGTXFMPAABgCbMPGwUaC8lNhT/PCgTJXclYzw8IBc50QwYAAGAZsn4ADADObQDPAADJYQDJSlMQAABgII4hhS3OeIGfeIGaPc8LyTTOY4UuhS8JCM5wFxzPC0MHAABgNYtHDYVEAgMGCQKGHgQAAwlDFQAAYDKyfwAIAAcChS4BAAYSAIZaAIZbAQQAFQECAQACAgYJAAkDGgGGTACGXQGGWACGZQAQQwQAAGAxgYJhCY9iDpM/B6YRUw8AAGBijiiGFIYLhgrIaoZM1VWGIIYXAwOGFshmyGWGJ0MNAABgf5UCBIcRAAoDhwYChwsABQYAAQQDCwQDAIcSAgUEBEMRAABgcrVcDYZwAAIBAgKJAACIewATAYkGA4hzAYhyAYkHAgYBAgMDAAQADQQLQwYAAGB19FYBllwGln0fnEQFhVMClEtTEgAAYLC9XBDKPYH0EIH7EQiGdMo80SfaPokv0SMEC9EgGgSJLFMNAABgw71qiRraWwwG0RqJHIkX0UPaWokViRaJL0MCAABg0ZhFA4ZpUw4AAGDXgYw1ge5L0SLRG9Eg0THRKIGMLIHdT4ZqB9Ne8Hz6KUMFAABg5pUJAIHLdAATAIoaAIVEUxIAAGDwmE4G007MX4Z301rTVd1+iinMZ4cDBNNi+Uz5TQrTZYZuUw4AAGEDwkQIGcxLgbg4gbhNhnXTShzseIG5YYcJhmjMfEMUAABhEphXAhUEhnIACACHBQKGfgOGfwOHFAwDAgYGCwCGeASGfwKGegCHDwKHEACHAwACAAcGjHBDFQAAYRPCPwANAQQBEAQACpR4AIpJAREAilQBik8AAgIHAwMEinAEimUAikYDilkABggCBIpeAQxDBgAAYRn9dgiqbg2pbwybfASTBQ2VBVMKAABhWJ9Ygb9Cgb9H2nDraoHAfdR42l+B5WqBinFDCAAAYWSBgnMA60UAiRgA3jEAk2sB6QIA1Q0A1HpTCgAAYW6iR4G5cIG5adRyBgcK2mmFVoVlQwoAAGF8oksBBAMJB4VMA4U/AQUAhTwChTMFBQkAQxAAAGF50VAAiQMFBwKJBAUIAQ0AiXwAiWEEBwAJAolaBIlfAYlYAYlTAQQAE0MHAABhff89A4ZyBQQNjjUCjhcAAwKWWlMUAABhp6JP52biJ9hU3hUC3gjeA91+CwPYR9hgiUyIMupbgc4K61vhZOFrQwcAAGG82mEB6lsA4iwAvAgAvBEA3W8A5hpTCQAAYcXWRQLda4Q5hDKEN4Q83WjiL0MJAABhz4GMOgCScwIHAskxAREBpiQDrRUAhm4AhnlTCgAAYeL/RYGra+IoA+Yj5hwGhwAJAkMDAABh8N4kAAUA5klTDQAAYfWrAQMDgijufO596XLoP/FA8UGBJGb0PEMhAABiCIVRANMsANFPA4IcAQQAgxwAAwHTXgDPAQADAtseBcERAN4QAgIAAgADAYpkAQMA2nkA2noBiQ4A3hEBhTwBhDoAg3YAg3cBxAkD1nQChAgAzn8AAwACAIU0QwEAAGIH6jNDAwAAYiyBjDwKhEUBlTFTCQAAYka5Ic8/hyyGftNi+XGCiDCCiTeBBEMKAABiUYZFAAMFgiICAwcDCYMoABAABQMFAg9DEAAAYlCvKQiBEAACAREBAAEKAAkAAgEHAAwACwmCTAAHAA4BAAIHQwEAAGJo/hVTEgAAYnmJLc9QA89Vz17PX4RQhF/PYoGbWoGbcc9XgepYgeo1zzgKz2MCQwEAAGKMsQ9TCQAAYpCBh0CB/BcNCM86zz8dAxhDAwAAYp39FgaQWwGVLlMKAABiqItjznQPznMkzkIMAgTOZ0MLAABis7MbAA8AzlUAzloBDgDPCwHPAgDOcQADAM5iAM57UxIAAGLBgZVRgpNvgd5ogd5vge5ige41EQ0ZzwTOcRUiENN21BHOXM5zQwgAAGLVgYMMAoHuPwANAAYAHQCFJAKB41YFmEBTGQAAYuu1dM5xEQIIzwjPD9VQzz+GC85kDs5/znoHDgLPGQYKhg7IaM8LFM5kQwcAAGMHjjgAhhYAhiUHGAQdEYZCBhdDCgAAYwu1cAAMABEABAAGAIZYBIZLE4ZgAhUAHkMCAABjGIGHQRWTSVMOAABjMfRl7XGIbQ2BiUiBiV32dPZTH8872GqJLc89E0MEAABjQLk8ABkAz00AzzxTDAAAY0aRS89UDM9hzz4Dzy8DHQoEz1JDBwAAY1WRSRGHLgAmAAMBFwULABFDCwAAY1S5MwEfACwAEwACAAYKiGoHIgAJAAcAIkMCAABjZP9HB4cMUwkAAGN1vX7KK4cT0UqBkUCB4mMH0RwjQwcAAGN//ksAgdIzANEqADEA0RMABgDRNlMMAABjh7160R0N0RCBijCB1FvKXCXRD9ESGtEzQwUAAGOUwkwB2l8A0TAA0SkAFFMLAABjm5Uo0SwVBSLRVyYhhnbKUNFJUwsAAGOnlRscCwXRJtER0QgYCYkgA0MDAABjuf0dA/5XAIlWUxQAAGPAmF2B6RSBlQkjGooI3g3UCATUE9NsIAPUC9Na02cOgbgCgbgJ1ABTFwAAY9XCWdNn1AYRENN7BdNmA/QA9AcN02WB5zaB5z3BDJJKgZ0cgZI3imfTZxjdeEMMAABj9JhqBAgMhnQGCQEHAw8AEAcDAQ0LAAEEAAVDHgAAY+/CUgAsAIl6AIobAAsBCgAHEookACQACAAZASABPwEAAgwCAAEYAAoDKwAJADQCNQAmABMAEgARAoo8AoonABMACUMFAABj+IGDEgKSXgCeTQECCJ5IUwoAAGQygYtZgYdX0BXQLtcr1xj2OPY99lKcZUMFAABkPZwhAAkShwgAjWsBjV5DAwAAZEDIAAALARlDBgAAZD/NLgsLAR8AFAEMAgVTCgAAZFifXNso9CD0TxgZFNsP2xSVH0MEAABkZ59jAYVqA4VpAYVoQwcAAGRlzTIAHwGJFAKIfQADAYhiAQBDAQAAZHH0W1MKAABkdM0dCAko2ymFdoV1CIHOCvMXQw0AAGSHn1sAhgQHAAEKAAcBAAMOAAUDGwMeAYYdAIYEAwRDEQAAZH/NLQIPAoh8A4lcAIlVAAMAAgIHBgsABAASAxMAnicBnjAAEwIOAokRQwIAAGSNgYYjA4I+UwoAAGSromgCBwOBxXSBxgPeHN4lHoHHJEMBAABktvRkUwkAAGS91lPiHQeBzgSBzhkM4ijiLw1DCQAAZMelPwKEMACEPQEMAIQqA4QpAQADhCgBhDlDBwAAZMnWUgUDAAMFAwADARIBBUMCAABk0/4DCZA0Uw4AAGTgp1qBtnyBtnXmFALQWoG2fYGPFqh3CddA1z/mHQRDDAAAZPCnWwAEAINoAQMCCgYJAYJaBYJbCIJaBIImAwMAAkMUAABk79poA4gjBI8mAwQACQEFAQYBAAAJAoVMAQQCAAAFAAQBCQCoLgGjJQEDAAMAA0MBAABlCoGKNlMMAABlG+VS8T8Dgawoiw+sfQME8hdp9SqCMUN/AABlKegaAPQ/AAMATAD1RACBCgCBx2sC+iwAp1gAgaRbAYZUANA8AMx7AAUBAAHTUADOXQCFGgHOfgEAAc8BANV4AwMEyAMBCQHRJADRGQADAA8ABAAEAAkC2moA2nMAhnAF03wABADUAwDTdgAGAQcBzQcC1zoC0EUA2xgAz10AhTEA3gQCAgADAAIAiUwCAwCIKAADAoxOAoG3AQT6OAPTfQADAN4qAaxIAOJ3APZOAIHFCwGYAAGHUgADAo1UAOIQANsbAO1mAYGiCQCBWgGKWgDOWgGFQADPAQCNfgHaZADUAQCGbAX9BADiLwD/YgCBx2UB2xIAzl0AhRwBzn4ByFcAz1ICz1MAz0oGiRgA0Q0ABwDaZAEAAIokAtBDAAMC9g4AhnwBhU4AAwCFAACBvlcA1TYAwQkCkVcAgVgBgiIAAwTQPgADAIJMAM9JAM9MAAMAAwAEBMpZAM5kAAkAEALOY0MQAABlMPxiBJoUF40dEQoLnHMBnG4XAwCSSAGUewCRECuOWwiNWRKNXAKYBQ6YChuSNkMBAABli4GTXlMUAABmAot7zlwJDM5nDM5MCc5JzlTOZc5kzmECzmIDEc5fAw5DAQAAZhiBgzFTDQAAZhy2CQr+BoHNEQfOegiBnhKB7Q8RzwbPAwRDAQAAZiu2DVMKAABmLY5HzxTPEYHNBIHNAc5yCAYRB0MIAABmQZFiAA8ABAEEAwsCBgIHAgJDBQAAZjm2EQAHDIZuAgUGBEMGAABmRIGDNAOQNwKQOgGiAgWPXQOWYVMQAABmWb4R0RHRDALRFQjHboG3RoGuNQbteIG/DdEG0QWB21iB211DCgAAZmrCfwDkFgDkIwHUBwAGAAcA1AgABACBgHQAgdUFUwkAAGZ2mHoI3iiKLdQD03oFgZRCgeg7QwsAAGaEnDMECQMKA4ZzBIZqAAkACgSGcAQFBQAChgpDDgAAZoDCfAWKHgMIAAMABwMCAwYACwMGBYpKAAMAAweJBAAEQwUAAGaFgYJiCJszA68GB6QhCY14Uw8AAGatgZJIgd8v3hYL3gneCt50gb0F3gbUNtQx2F8H4jYDQ1oAAGbEpUoBBwAGAQcMhDYCAwKDbACCVAIDBYIoAoE2AoIMA9BDA4c+AdNqAMlFAIYmAIdUAoJfA4cgAokKBK01AIQCANcmAM5fAQMJi0YDh1IBhmQBAwahMACEfADMewOBVgAEAAkCgjAB0DwA0EEAAgLQMAADAAQAAwAEANBBANAyAAgFgkgAzz0AzzwABgDPSQHPTgALAAQFz0cBzzwAz0kACgHPOAAKAc9VAM9OAM9NAA8AEgmFIgHONgDOYQMEACIAIQDOZADOUQDORADOWwLOaAAPAM5DAM5YAM5lAAUBzmgBBQARABEADADOXwEKQwcAAGcBwwEClHAAAxKeSweUAACEGACGMEMgAABmvdZjAAsAyHYAyHcHBQMQANUiAJkDALwrAogeBYcABYVKCOZqAOFtAokGBalMEIx+CYdFAYkDB6JaAo1GBLBRBMhJAbBuEJpCDYcyHIprAJFIBAMDoHICgQgTgUhTCwAAZ4uMBc5wAxGBtBaCgl3OWhfOQc5izwVDCgAAZ5eMDQDOVgAQAM5bARsABgHOZgCBjnIDoywHkV1TDgAAZ662NM87GIHqHoGbCxXPEc8KzxvPDs59zxQnAkMJAABnv+96APM7ABEAKAAeAM8/AM8GACIBNVMKAABny7Y8Ex8OzxcbDhYvAlMKAABn1vZYmWqBmmXObw/PLjvOZQvOfkMGAABn4o5mAM8EABEAzwUAzyoAEVMSAABn6Y5Zz0I3zxfPOBXPHc8mzznPBs5nhiKGO88cAxf5dPk/QwQAAGf/jlAThlYDFwAWQwQAAGf8tjAVhlgBAAEZQwgAAGf+gYpVAYYdAIdpAIgXAIk9AJ9WCIsrAqNLUwkAAGgauUuBjkyBjj0OgadKgadxNM99geNQQwoAAGgluWQACwEAAM9jABQAzzYBAAASABMBC1MLAABoNLlbDYGFMI9cgeRrBs9sKc8vCYHhJFMSAABoQJF3DCMWz0DPPyOBzACBzAXPRIGmDIGmB889z14TEc83B0MDAABoU5FrAAQhh1BDCQAAaGu+KQMXARwABwEPAAMBBgAcAEFDBAAAaFX7EACVeQanAgeOAFMSAABoe742HSIZ0THRKtE3KBWB7W6B7WkD0GyBnkCBngkKEQxDBwAAaJOVVAAYAg8FDgECAQAAJUMKAABoj74lAB0APgAhAxAEAwAvAzICJwAoQwEAAGiY9SpTEQAAaKaBgWSB2BcS0HoSHwbRBdB40RMQB9EW2GniTtsHgb8QQwIAAGi5+hQDlU5TDAAAaMOBg1yB23+BxSDqJyoX1B+B2SaB2TPUBNQF1CJTCQAAaNDDHhjUOdNmUtRR1ArUBwNDDgAAaNqZGAHTWALTdwAJANQYAdQFANN4ATQA1DkA1CYAGABNAAgADVMQAABo7pkM1BqKIIpF03PUAi7UP9QGByDUHxUq1AoDUxYAAGkAgYNfA4Q4gT+BhDHTd9REMQKBkwKBkmsDQdNdAtNmDA7UCdN0FiRDAQAAaTCcPkMLAABpF8MkDRYEVQSKcAIFACsACAAPASQAQwAMQwYAAGkY+yIAsHoAsUEAlwcQnXQJilxTDAAAaTvINxIx8FjwdSQIKYGIcIGIUSmBhSJDBQAAaUqcQADXbgAFATsAQlMrAABpUcg8Atd1EYG9EvlTlAYiI9dTHtdg12cJ1ybXOYHOUPcV1yWB4CSBiGMp43yBuynXWCHXOddI11+GP94sijOKBtkinVr2Tddx12jXcddi10/XOjhDCgAAaYD+PgGBw38A2V4BgYZaAIHgLwOBvFoC2lcABQEqADFTCgAAaZPNV+JBhnDbIDTsFuxFGts/D1MaAABpns1a/gL+OzLBLIGcYdseHttF2xLbM9s0GttB2xTbDxXbMhUN5HLkQds720pF2w9DAQAAabnNUlMKAABpu5932xgUCQLiHoG9WdtY2z/bHEMBAABpxs1hUwkAAGnJzT4o2z8QBdsIKNs3gadoQwQAAGnTn3MUhgYEFAUHQw0AAGnUzVEEEgiIWgEJAAkAJgAHAwwAIwEMAhcAEgEmQwQAAGnV/DwAoEIKkg0HmQxTGAAAafbSHx0f41RN4mMC3jveIAsT3g0OgbJQ1B3eNd16QhsK3jmBwTSSE9BzQwIAAGoP0h4B3jdTDwAAahOifd4kGz5HNt5Fga5G0CnJOsk73iUH3h7eFUMCAABqI6J1EYVGQwYAAGol0h0ABAAnAIlMCREBCUMFAABqKYGVKgG1UQCVUACeGQWBd1MKAABqOKVOCAniTBTiaeJAEIlJiUhDCQAAakOBk2EAgdwbAIG8NgDZUwDiXwAEAOIcAeInAIGfJlMNAABqT9Z8AxG8YotzsF8MA7EsgZQRBeJIB1MPAABqXdZvJOJR4kriVQOB21L5C+tK628CAiIN4lFDAwAAan6nbAEPAwJDCQAAam3WcAEaBhsIiCQBHwEUAQwBFwELQwUAAGpxgYxiAgMFrmkHrmoHlFtTDAAAaozbCCsUujiBoFvmKAoZ5i/mMBfmD1MQAABqmYGMZeM/G+YhgbgQ0W8H5hPmFOYlBOYsGRypOqlFQwYAAGqsqV0GAwQGAgMGAgAHQwUAAGqt3j4GAwQRAAYCB0MFAABqq4GMZwWgKQCMEQKsOAivD1MJAABqxd40BgbKcJ0fkkq6WwcQQwUAAGrP4SQABQALAewpAIHDPlMKAABq2PkqsBnsLYY98mzsNew8DQuFSUMHAABrIIVeAIQIAYhsDpMYB4ZoAgAABUMYAABq5asGBoIoDYE4AAUIAAWBHAVsBYEKDooKAoVmA4ZQAAIBAwECAYkkAIklAYkgAolsAQAAAgIDAYokAAUAA0MXAABq5+EaAIUIAQMAhHcEhHIABgELAtIaAc4pAINtAoNmAwQBCQACAZ8iBZxFA4I0A4FMA4EMAgACtFAAswkWswxTCgAAa0XIQwPXcdd20QvbQALbRdtA1T1DSQAAa1CjBAiFLgKEJgKDZgGHRADPUQCBWgCCLACDSASKPgLWAgS6QQSSIgCIDgDICwGECALXSgDOXQDOWAGFZgDPKQDPKAHPKQHWAgDPWwADAdkGAgcBAwKJbAAEANQ1ANQuANQzANQyAYoeCMsFCYlUAINoAoYkAIQgAcA9AM8mAMh/AodMAYZuANQyAc1bAAMKrVcA0lIA0HsBhXYAz0QBxQEAm0AArVkB4TwAzycAzyYBnSEAxB8C21ABhWwBhlwAAwAFAQMACAAHBsEfANQyCIoeQxMAAGtR0iQCiUgAAwACBId+AoZoAYVOFZwLK4F3AAMBAwAEAIlEBYd+Aow4FpQzAAMAjmIAk0BDCwAAa1L+bgSTARepTASMMwWLYgaFeD8AGpFLBAUIkU4Pm2lTCgAAa/2cT+I0iQADAwSJSAPiZeJmQwwAAGwPhWQAgVYAAwGLHAKIcQSIcAOFHgOGJAAGAQMEh0oAhnBDCAAAbAincwuOMAA6AoEsBIcWB4xMBIkeBYlyQwYAAGwJ2wwBhmgAhU4AizwOlEQUmm5TCQAAbDOgA7Q9gogSgbUJgak4gfpvgepmm1SBtQVDDgAAbD6GVAEDAAMAhXANgz8EAAELAQABCgERAINIAoM9BoNSAQtDDQAAbD+vLQMDAoEqAwYEAwIFAQYHBwiCdgAFABsBDAENQwQAAGw9gYcBC4tpDpMnAZkiUwoAAGxtsTqBoB6BoCfPQ88+zzPPQs9BgoYcgoYbQwQAAGx4sTAAgaU6AIH0dQDPWFMLAABsfYlbBIHLDvcF1C0sE88sz0UczzRDCQAAbIyJVwAUAhsBCAEQARUBFAAvAQhDCQAAbIqzYgCEXQIaABsDhDABhCUEBwEGAIRKQwIAAGyf8QkCkzJTCwAAbKqBjG+CgQkezjLOR4HbBoGMGc8PgeJQgeJNznRDBwAAbLazUwAGAM5TAAIAzlIAzkcAHVMJAABsv4w2zl7Oa85OAs5ZCM5OGFMPAABsyY5whG2B6GqB6RnPBoGWUIGWSykqH85lzkzOUSIXUwsAAGzZs1KFdtQrBs5ECIGNYoHcMQ8dFUMBAABs5YwlUw0AAGzns1bOa88WgZY+gZZ7AxoZziuLFIslzlDOeUMCAABs9Y5/A8lWUxQAAGz/gZNjgbodBIGsMIGsLRf7ELEwgawpBAItzzkI1gTVZ88qDiERQwMAAG0XjnkDCAINQwcAAG0YtlkAEQACAgQBGwAqAQRDAQAAbRa6FFMZAABtJPVDgc0dgft6gftlzwjPByEmzzAxzwnWEoxPyWELzzgRzwURzzjPMQXPIs8xzx5DCQAAbUGOdBeGNAAICgwAHwISAB0BEAECQw4AAG0/tksAIgENFYZIBRAACgAJABsABAQQABAEIwEAABJDBgAAbU6BilgIoUsDjlAAhgoUhFsAnD1TJQAAbXSSFdAEQc9VAxbPNkAZGA0dHIGlQoGlURAFz3PPUs9zAw4Kz27Pc89SyCuBy3aBgx8zC89XFieB5C6BlDMIQwUAAG2qlg4DJwAFAhMCJkMEAABtq75GAAYGBQADQwMAAG2kgYx2AK57C656UwoAAG23vk3RH4HTeIGCORbRfdFcD9EL0GhDAQAAbcK+YVMKAABtxJYNGRQr0TIiEdFHDdFsUw0AAG3PvmIC0VUO0UYvIBkm0UMxKtEmUwkAAG3elXzRLAPRQ9E0OtFv0UTRC1MQAABt6JYL0H7RBwUQ0RrRJ8duiTbRK9E20W/RVtE10RrRH0MIAABt+ZV9ABEAAwkCE4cUAIZ9AIZWARpDBQAAbfzDPwCJMQIvAooGGA1DBwAAbf6BkyIDslEBiHkFBASIXAWmDgIAUxYAAG4fw0LULQnUbtRlBgsQ1FoTgZI8jXGBhHPUHQ3UPtRh1HYP1GPUStQvQw4AAG44mSYA1HAA1EsA1DAC1CsA1BYADAANAdQfAA4A1AQDCQDUMQDUSFMdAABuTZk5EIHVYoFH/38uEdR31QDUa4H2OIH2P4HQaPtx1H3UThkS1B/UKAcj1AvURAcO1QPUWNQjQwUAAG5umTQABAIaFgsGhihDDAAAbmvDXgUDASEAigkCijoABQAGDksEik4AAwA1AjBDBAAAbnbzUwWhHgmRLgSqeVMSAABulpxf2CbYM9gcgYQugYRn110V2AwVBC7YPdhIEdgp2BDXfUMCAABuqpxjAA1TKQAAbq7IdNhH2BwTGBbYF4HOMIHOV9gW5ljmadd5geBAgeBF134SEjsS2BHYItgLE9gA2AXXcBom3meNPtECihKKERrYJ9d22BEejG7KaEMDAABu7KAcAhcCGEMGAABu2MhoAwMOij4BFwAIAilDBQAAbtmBgGkAmCoAmSEBlBAEhQpTHAAAbvSgCNtGQNtb2x4e7HTtEzoJ3A0S5GrkUx/bPuxq7DPbc9tqGEMQzniJANdRFdt5QwgAAG8SzXsA22kABQAiAIHGEACUWgD/KwMqUwoAAG8ezhQF3A/cFNwPDIHZWP4piHyIbVMZAABvKaAJIgcZ22of2zXbVNtjAiOB2X79fREb2zvbcgQvFO14gclxhXzVcohSQwIAAG9DzgoA7GpTCwAAb07NdYkCEt5r3mYW3n3eXtQm1CHeU1MLAABvWtI53lGBwl7jeYko53sD3lQjNN51QwUAAG9mow0GBAAEAA4AC0MHAABvZ9JKAQYACAAXABkFBACJAUMBAABvdIGEQ1MNAABvdtI7LN8BgahWgahT3nzfFd58NT7VJ4HKFPUVUwsAAG+EowveWN5T3kDkLeQy4UDhETEF3j9DBwAAb5DSSwEzACIAAwAYAC0A3kVTGgAAb52BhDnaOdpQgb03FeMOKeJl4nribwvicodch1MKDyMcFALjH+Ma4xEKgax0gax9Uw0AAG+41yjjAeJ0wC7ASQjrVutD4wEHCwTicFMKAABvxtIxiUgEIBkVh3CHQykaQxMAAG/VqAACGQIGBQoCCwQKAQsABAEGAA0ADAAbCINqAwUHAAIHAQADCAEDQxcAAG/U2xAHAgAKAAUDBAARAgYAAwAKBA8EBgERAoZ8AwcAAgIJAAAACwKOSwCOSgEJAhgDD0MGAABv04GESAWXKQADG48dAaYiCpJUUw0AAHAU3kfmcew6CuxH7DLsOwfsVOxPgZtOgZtX7EBDBwAAcCirDAeCIAEACwUNgToEgRoGAEMXAABwJOE0AYVRAIU8AQwAhHgAhQMDhG4BBAEQABUABwECAAYABAADAAYAGwIOAAYABAATB4NeB4JiQwUAAHAsgY0OHpB1AZ1kAoxvAwBTDwAAcFroIwOQXo8R9VH1SgQFgQz2GRr3Ei2fXJ81QxMAAHBrhWYEhBYFg2YBBBGFMgMFAwACBQMGCoUWBhEABAACAAIABwMFBAYBCw2GLkMVAABwcbAKAoJwBQAHhGQAAgALAAcAAgoCAQcABwEMAQ0BDgSFWgEGBwQGCQADBQcGAkMXAABwbIGJcQGXQACRAQW3FwHDQAGkHwSGdgCQegGLCgeVQQGMXQOXThCCHAK3IQGNCACoMACRdRGTWwGqUACKcwCLUwKTBAOuE1MLAABwypId0ACBlHKBlGUI0BOBwRTxIwoPEkMEAABw2JIeAAIKAwqHbEMJAABw17ohAhABIQAEAAoBAAAOABkNiSJDAgAAcN+BhFsRnidTDgAAcPO+dAmBn16Bn0kdGNFT0TKKCol50UOBx3D2LwRDCwAAcQK+fgEXAOpeAOpXBAgAGQAJACIBFQIGAxVTCQAAcRvDfNRbgcFu7S8QFdRH1FQFQwYAAHElw3YA1FkB1F4A5lwBmm4AEFMJAABxLsNzBdRN1FAG7TaDLZQjgapBQwEAAHFGnHJDBgAAcTrDewaJfgAMAAIACgIpQwQAAHE79UUCji8BsVIEhG1TDAAAcUmcaoHPcvc/2C3YNthLgdAA9z+BjziBj1sgJUMFAABxVpx0AIHvVgCBlzsA2DkA2EhTEQAAcVycbNge2BfYKhsMCQnYIQwFBw4X2C7hCIG5MUMGAABxbplODo0oBgIFAwcCAQtDDQAAcXDJBgERBQACijwECQAKAAkCAwAGABEBAgUGAAtDDAAAcXH7QAGoTAGrdQCMJACaUwK/GAHDXwGEdAm2KgO0OQGNIAKxbFMQAABxloGEX+x9gYN2gd935G4HFg0C3wPedA79Pqdz1VEFQxwAAHGooyEDBQQAB4UkBA0JBgAHBAoBCwEAAgIDBAIAAoQaAAwECQADAAcECgADAAcFCAODTAUDB4JABgACghgKgTZDKgAAcafSZAETAAwEGQACAQcAHgETAoksAxQABQEVAgMCAwAcAAsCAwAFAwYEBwEJARAIhzoACgEFAwUHBAAJAAIGhmYDAgEHAQMAhVAAhU0BhUwBBQIDAQMMiFQAAwIDQxAAAHGt/B0GkQACkFgCkDsWrGMLpHQNj28JqVgAoSkJrRIIsFMEkmoAoWsFoWwApEEAKlMKAAByIugkgU63Up561UeBRvcf90SByUWCiBRDFQAAcjCPEQSxdADESQGNPACLNgCVIgCuGQGgWgCUHgCdSgGPQACGfAGnaAHMKwDERwCNOgLuaADUWwLeeALYLwDiWEMBAAByUPVJQwIAAHIugYR5EQBTDwAAclWBhH2BwzeBwzaBs1fKUfwk/CWCjVqCiU3QLNAxg3ADA880QwoAAHJnjEkBAAWFEAIDAQIEhh4Dh2YChnIAhnMChm5DDAAAcmqzegGFbAEEAQUCAAKGeAADAAMFiSIABAWJfAADQwMAAHJm/Tsbjw4EnnNTDgAAcovEA4oWAwb8bPxxA9FR23rOSM5N23nbdIkCQyoAAHKboyMGj2AEg04Ezh8B0wIA0TUA0TQJhDQCCQEDAMl3AMl8AM85AM8yAM83AM88AAcChGgAhWwAhXMADAHObwEEAM5oAAkBAAENAM5bAM5cAM5hAM5oAQcChXIDBAANAQgBCQDPRQDPSAAFB4Z6AAdDBwAAcprSZwadLgEDAAMDhHAAhjAAhQRDBQAAcp+BjjoNiQ0ElH0akCYUkGdTDQAAcva6NdAZAwXQFgjQJQLQGIksiTUMgYlCQwUAAHMTlh0CAwICAQcAA0MOAABzB78GAAYBAwCJdgAUAooJAQsAiXgEiX8ABAQJABADiXIADEMCAABzBP01C6BoUwoAAHMlmVTUcAeBgX6B1mmBwjKUKIsn9k2BgXxTDQAAczDEBgIEBdRp1HLUeYZGgeFmjD/8bQMFQwgAAHM+nHoAAwSGYACGZQiMVgGFcwaFchCFJkMVAABzQMkXAQcAiiQFih0AAwGKIgAFAwAAiH4FAwAQAAMABQEDAwIABAKJKgMJAAoAAwAFQwMAAHNBgY1sBotlBpJTUwkAAHNwqA6BrhKBrhPmJMRigadD6ULpR4JEUxMAAHN6qxaCEu8uA4NUglrzDfU2AwKBwyPgTMknh2jRXPBv0TLTB4KbbkMCAABzlolvCIVEQwgAAHOOsA4DgwQCCQEABYR6AgUACQAEQwQAAHOPgY1lCLNfA5omAZxfUwoAAHOktAXOY85mgZl8gehtA4HweIHwdc5uCVMLAABzso8bBM9MAwPPV89mFYG4YoKINdZEQwMAAHO+twkABQDPVVMPAABzwrZ/FIG8UIG8ZRIHEYGcHoHrb89mH89FgeV8hWCda0MBAABz3pIwQwkAAHPSukIAEwAUARECBQAWAAcABQAGQwEAAHPVgYBzUwwAAHPgki6B9wKpG/1JgZVKgZVV/Xz9eRQT0CPJLEMDAABz7ZIrAAIAgdtGUxsAAHPz+Sv0HxcFgYwUgYwV8VDxRfQo9CkJ0WHRaAcHgahOgfoz0V7RZQTRYg7ZY4do0XID0WtDBAAAdBuZYAYNAgAACkMHAAB0FsQVAwACCgICAA8BBgADQwcAAHQRgYpsAKYNAYdlAKJMAYddAZkKArgtUw0AAHQomWLUdNUL1HYFCg/UZdRmCgrVDQhDBQAAdDf1YQBOAJ4oAIHXDwGBuA5TCwAAdD+dAdg82EHYRtVq1gHceNxl93yXX5c2QwMAAHRVnH0DCAANQwYAAHRNySYABwILAAMBEgIRQwMAAHRMgZUsBqF3AqB5UwkAAHRdgYVGgdEPA4HQRp5SgYxD230DgcMoUxAAAHRnzjDOeoGlEYVxga5wmwCByXHcAOJthmbbegIH7Xjtd+1uQwQAAHR+oykBAAIFBwNDDQAAdHnSfAIDAAcBiSQBiSkDAgAHAAcADAeQWgGHMwEDAAJDBAAAdHr1UQefNAmiFwCxdlMLAAB0l9sl6lOBm2y4T7x6gaAhgd0kgd0fA+MeBlMJAAB0o6V7gblozwnmNYNCg0MH5jAFQwUAAHSwqBEMhgoBgkUKgkQEghBDEQAAdK3bKgEEAQUACwKGYgAEAIVMAIVZAYpEAIo7AgUBBwACAAYAhUoBBQUDQwYAAHS0+SUEtQgMgxQBoAEDny8DgQdTCwAAdNOBjXqBwXn0JvQr9CwHAvIr9hyBxGvaaFMKAAB04JYm5gLGU4oyhGL3BIHEa4HySIGXYeNdQxoAAHUEoDETsy8BkQgBjhICnx0CnxwImHMAAwCKXg+FFw2FHAAFAQAABQSGHgQGAAMBAwADBId0B4ZwAAMEhm8FjSwBAAaMSEMmAAB07LcOAQAMmiABihQAAwADAIoQBokWAAMCiSgDhzwDhloAAwDpUQDvGgCIPAW4bwOdPQiUfwOOAACaIAmlHQADA4R8HIx6AwADiRwAAweKCAIDB4oWAQMDig4AiRIBiSYDhzwB4C8AA0MZAAB08P9mAIEXAIEGBSgMLQiLMAqLFgSLFxWQYwCbJAWdPwaXIgOSGwONfAIDA5cBAYtYAZQDCooMBpUcBZB4AJB5A5B4B55fCJFVUwkAAHWKrUzNVdpegbNYkHWB3i3wDNwJuAlDAwAAdZ2MVg2FHAmOGEMFAAB1mLQTDoV+AgAFhngFCkMDAAB1noGFRxKQNQKQNFMOAAB1uJI/BdA0C9AvAwvQPgMH0CmB2SiBiH/QO0MJAAB1x5I4AIH3EAGB7x0CAADRVgACAAYAAwAJUw4AAHXXxCvVAQPUdNR7gdtKgYZN1HnUeNR51HDUfwLVAEMDAAB15sQnAAcFiixTFQAAde/JMNhRBAMIA9haBQ8GA9hV2FgJDhPYTw0CgdB++C9DDwAAdgmgNgEDAQMFBAuFbAAFAwQBAACFewGFcgqFKAMAAQAHhCADA0MdAAB2CM44AQYBBwKKEQAMAIoEAgIABwAHAokUAAYAAgAJAAMABQQGAQsCDASJGgEDAA4ADQAIAAcBAgYDAAUFhzYDBEMEAAB2B/8PJIx0DpE1BIFqUwkAAHZMqBaBy1aiIZEyzVPNToG3JelUvhZDTwAAdlapdwDpWgDpWwDpUgAGAQ0C5wkA7FAA7FEAgggB5HwA5H0DgTYA8UgB8C0A8wwA8xEB9TQEhDQAgcwpAZV0AM9UA+BlAIIiANA0AYMKAM9FAYVIBOUcAIkfANAzAodoANFiAooKANR5AdR0ANR5At8aAMwXAN8wCJBUAYZeA4omAAMBhjYAgcBlANpeAMMnA45gAN8YAol8AdYVAOhQAY4UAIomAIG6LwKLaACFKgDPSgDPSwAFAQMA1lYA0DEHh2gA0WIA0WcF224A220AhnQA3xgD0hEBAACFdgCFIADjLgDjMwHqZADmQ0MBAAB2c/VrQw4AAHZm/SoAg3wHjEYEkGoFAgWMZQsAA4QJEAgDABEAFAAJjgcCqWpTCgAAduzeaYomgbovhhzUQgPOd85yznPOdkMKAAB2+I80AAMCCAEDAgsFDAEJAQAchiIAB0MSAAB297ccAgIAAwwNAQYFhwIABgAFAAMBBgUNAQMEEgALAYkiAYkZBYkKAQNDBQAAdwz6YhGVdgWLbQGLbASLWVMMAAB3M78wAwjRcQcG0VjRWdFo0XHRatFvQwcAAHdPmXQLhjoADgELAoZOAIZBAA9DCwAAd0TEMQACBAACBQAEA4ocAQgAEQAGAggACUMDAAB3QIGFYAKQUhSQT1MLAAB3ZZ0bD9hm2FnYVNhfCwrYYoluAkMBAAB3cvJrUw8AAHd3gY0prlOBsVOB0X6gJ88J3AvcFNwV3A4LBAjcG9wMQwsAAHeHozcDBAAFAQUCBA6FGgQEAYQiAgcBAgACQw8AAHeI0xAAAwMFAQADujwBsQ8BAgEDABEABgADAAUDAAaHPAINQwEAAHeYgY4OUwkAAHevgYVlgbsX5kgJ5kfmSgsGA0MGAAB324ZnAJEkBZElAIYaAYVMA4tWQwYAAHe9qXoBAAeCRAuDQgOCSAJaQxEAAHe5/HMAvBED3koD3k8AsQwAq1MAw3AFlSAA1CkABAKDRgOFBgCBSgfUfACBni0BiiYF7mhTCQAAd+zEOdUJhlCVfuZEjA6EcIG6M4H9fkMGAAB3/YxeBIU4EQAIhiABCgADQxEAAHf3tB4ACwACAAIAAwAFBoYcAQsABwIMBAMAAwADAggNhwgADQAFQwUAAHf+/1UJhh8PoxgDAAGwA1MRAAB4JZJQ2VTZYdBABgIJDdAv0DYF0EPQUNA/0DjQR9A2QwUAAHg3kk8ABwqHZgoADoZoQwwAAHhFvzwCDwACAAIBAAAFAggBDwmKDAEOARcBFkMLAAB4OYGHVgKOeQCOYQSGTQGFTAKrUgOqUQWqUAGeAwCMVRGqVlMKAAB4aMREAwfcA4Zu1QwE1RPVEgdDEgAAeHydJQIECQkCAwEJAgwBAAuGLgMGAwcBAgaGRQKGQAaFdgEGAQUChgMDhXpDGwAAeHnJVwEGAoliAYlpAgcACwIJBwQEAwAEAA4CBQAVA4oAAQIAiXkAiXoBAAAJAgkBBwAIAAYADwQHAQIGiQ5DCQAAeHr9aQagAwaQWAQDIZ8uAQ4EmhEBpAgApB1TDwAAeMeBhW3lKwTfOwffMAcIB98j3yTGAJ8u5S/fL0MDAAB42qYMDAIAB0MHAAB429dvAQ0ABgQAAQcDAwACQwMAAHjXgYVyAI1NC6haUwoAAHjspg3jSLocgZk/gZwulgbLbQ3mQ4GSIkMCAAB5OoZqA4toQwwAAHj3qB8CAAYEDIM0CoJADIIIAwAAAgADEIpgAYUQAgNDJAAAePnbSgMPAA4ACQIHAQ4ABwDICgLBQQIHAwYAAgADBIU4AwcAAgAHAAgCBwGEbgAEAAkDCAODOgDAEgDAEQEDANBmAAMAkE8AvTkAj1YBi2cAgQgBwEIAh29TCQAAeUS3LwPPXwQDA89UAgNTFwAAeU+6dtBB0EYDAwnQPwYEgboQjGSBxnfQLgLQOQMFA9lY+nD6dwnReUMGAAB5aJZDBAAMjUgEAAEAC4Y0QwsAAHlnvz8DBgSKDAEDAAMAAwSKLgIHAAIEAwWJfkMGAAB5cYGCaAyNBQGTKgKUDQKUBACKHFMOAAB5kM5f/nr+fwcDAwMGD/JM6UEIBeU8QwQAAHmf8l4AvwEAAwAEUwsAAHmk13W8UIGgH4Qo5lLUZIG7OeZOhkwD6WlDBAAAeb6GawCGGgADAANDBgAAebGrIAGEXASDRAKgJAHEMQetZkMHAAB5sOFQAYRwAYYcAYNyAAMMoHYBmG5TCQAAeciMYwOCj1yCihWB6VaBmgUEBYG7aEMTAAB52JJkBgcDBQADAQYABQEEEYdCBIZuBAMCBQIAAQUGhm4FBQEDAQgAAwAFQxoAAHnVtzAABAWHGgACAAMBCwkEAgMAAwmJEAEDB4oIAAIAAgUHAQIDijQAEwAEAAYBBQEDAwYGBQOJfAEDQwUAAHnUgYYHDZpbDoRnAgsRr3ZTCQAAeiqBk0OBiUeBjRyrK4G+J9w2A9w1gek+QwkAAHo3o0cB3zYAxXoAgaUzAAkAAgCBtwgAgbcRAAJTCgAAekPybLVtx3SBqz/jSgOsdr8l0RsDQxYAAHpXqCYIgzYIgj4BAwjIawDSSADMLwHUTgDOewADAM58AoYkAM9dAM9YAM9ZAoY2ANBAAAUACgDQSQDQPAAGQwsAAHpU21MBBQEAAQIACQADAoZKBZ8ACJRZDpRYBZkKQwEAAHpygZU9UwsAAHqPv0oCgZAWgeIlgfpOgahH0gmGcAMD1SJDBgAAep7JbAMDAAMEiXYA3DkAA1MLAAB6rqNKA4GVYKx9iTECA4kqBQYHQysAAHq6phUEhCIHiAACgywAziUF4RIGhyYA0EkFiWwAAwKESADVHgDVIwDVHgSKNgHSRQDcOgDcOwaXOALIZwCJXgDOegHJMwEDBNcEAAIA0E8B0FAABAAFAwAABwAJANBHANBWAA8EiQwA0hEA0iAA0ikB0hgA0hMBDUMRAAB6u+45AqVJCb5SCogUBqEVAYggAIghBI9iBIstAVkAg18MlGsGpF4Mj28AkDgHkCYKgU1DBQAAeryBjiEMhmMFhmYLACCNYlMUAAB7Ir9SGBkH0gmBwCSBwC2Br3zdZQTSHdIc0hfSFhUMBhELBUMEAAB7OL9dAPYgAfZBBIoUUxEAAHtC+21u7yEK1S3VHALVJ9Ue1RPVGNUd1RzVGwsKC0MEAAB7VJoIAQkJhmYGAkMHAAB7WMRaCIo6AQQAGQAIAA0CBkMCAAB7Ve5HDL8+Uw0AAHtsgY4ogYhx2G+BoiTJKwMHAgnSQ9JS2QnZBEMGAAB7e4GOKQb+YQHcRQDcOAHcPQDcJlMJAAB7is5s3DvcQgME3D/cMgO/SEMPAAB7lKBTAAsBBAUAAoV+AIYLC4V6AwACAgOFcweGPQCMMgIJBIUUAoULQxEAAHuWzm8BCgACAQsADwcYB4hiAgIFBAERAQoECQsIAA0CBAWJNgALQwcAAHui7ksAnxAKrl4DklESkiAJrisAnxFTFQAAe9jYDONt41rjVeNeEwcc30GEJeNaFeNN41LjTeNECONT41YE90ZDAwAAe/LbWgAMAAVTDQAAe/eoK+Z0h0GtIKV1xQLEceZ75mIDEgcCQwMAAHwF21gAHgDnAVMKAAB8CdtjEBnmaQfmaAsi6ymB0CRDAgAAfBWBgGEDw1NTCQAAfBuBh1nRRwrpaeliA+lf6WjpbVMJAAB8Jd8AB+lv6W4P6WEF7yCFN0MCAAB8c4d3WostQ3YAAHww3wEChSIBmgoBgYZlAAUA7F4BAgAHAOxdAgIBgaVmAIGjYwCBhF4AlRMBAwAFAAMAAgHvTQACAoEoAIGkbAGzHQADAbAqAK1JAQIAAgADAAUAnkQBgZFdAAMCYAADAAIA9FAAAwGCVgCBBwCBBgD2JQCBj3QAgY91APcAAKkUAYGfTwKKcgSGKAH+HACBzXsAgd0aBJ59AOcNAAoAgYYAAYGGBwDQYQDQWgEAAAIA9lgC9mMAyQ8B0h4A0h0A0h4A0iMA0h4FiXYA1SEB1SIABwCJcwHLKwCBqR4AgWMA0h8D2EwBiwgA2RkB2QcA2QAA2QEA2QAA2QEDhjQA3EgABwACAgMC4TYC2E8BtmAAtmEAtlwAgZYZAN88AAMAxiQEvG8AxRoAxRsCAAHfOwCBrkoBga5VAAgACQACAAkBBAOBjGAAgYkvAONCAYtWAQMBhHRDBgAAfHSBjRwGgiAgABsCCop+KZgtUwkAAHzx5yGCbZFwjwmPCIobgQiBxEuCg35DBAAAfPuJewCCgWIAga0PAM5/UyMAAH0Aj0/PZM9rz2TPXQkIBc9ez2OGOgPQctBj0FIK0GnQWAoF0GUC0FzQbdBo0FUHBgfQUAMM0GsJCEMOAAB9K5oTAoZ7AAwABwAKAAMACQUJAgADAAEIABUADgETQw0AAH0ov3IADwIDCA0ABAEDAQIAEAEZAwwDBwEGAgRDAQAAfSX9XlMKAAB9Tf9d9VsT1S/VOgcRENU11SJDEAAAfVudQwKGaQIMAAIDAwENBQQBCACHCQCGfgAIBYZIBwINAAEFAQVDGwAAfVjEYAMQAgoDGwMEAQ4ADwAGAQUBDwqKRgACAAIABgEVAAUCDAAGABEACQEDAxQAEQAGAw4BBwGKBEMGAAB9Wv0TApxVKwIByVQJgUgBu1FTCQAAfZygXdxQ1kvWXNxh3GbcXdw0/SpTEAAAfabPESfUOtQTI79SgZt/B9xODdxhDgOBnBSBnBkKQwcAAH24oGkBCQAVAxYHCAIXBxJDCwAAfbfOfwEaAgIDFwADAAcBDgAHAAYCFgQdQwUAAH3NgYpuAYcMAAICr1MAr05TDAAAfdbub7Zv3z8QCd8sxiyBpWMG30LfWd9GQwkAAH3jo10AgZYoAAYAtnUACwDfNwAGAN8qAd85UwoAAH3u00DfU99OA98320jbZYGWOrZvE0MGAAB9+aNkAN8sAN9HAYHVPgCpUwTMK1MRAAB+B/ZNgaBXCA/jfBMWEQrjcQ/jYgoSDwgZQwUAAH4bpiMBBAADBAMHhCxDCAAAfhrYHQEFBA8AEgEMAAMDhyYACUMBAAB+J+5/Ux0AAH4t227mcx7maOZ7CeZu5mME5nDnCeZ05mXmeAcZ5mcNGuZi5m/mYOZt5wTmfw/mfuZr5mRDBwAAflKqEQYAAAcDAwICCYIwAQBDEQAAfkzbeQOGEgAKAQQCEQAMAAsDCQIKAAIBBwAFA59AAJoHBZouAJo5AAVDAwAAfluBlBQJjQUGjDxTEQAAfnLhYexn7GYPAwYF7GPsaIRm70cD70iwdrB1A+9JQwcAAH6G5XADCQAEAPFZAPFaAK8uAIGhD1MMAAB+keciy3aBvjcC9Ez0UfYegQoCBwL2BUMGAAB/Nod5AY80ANUUAM5NAodOBqNIQwIAAH9D2CYBhzBDCQAAfp+BkTsEjUEHAA0ADAAHAA8AJgAwAFMPAAB/R+8CgYlfgaUqtgkD6mPyfKE4nlnxe4NWgbNGBIH6I4VZQwcAAH9fknoOlRIBhlIBhk8CjDoBAAGFBEMSAAB/WLdDAodSAAsABgAFAQAABQGJEgeUOAAEAAkFigwCiFYDiUwChzAAAwADA4tKQwIAAH9xgYAHBoIZUwsAAH+Fqy/sbop48Xv1WoHCN4leA9U2z2GB6QxDBgAAf5SSewWHTgMDBY1OAwMAA0MJAAB/kbdEAIdUAokIAIkNBIkQBol6Aoo+AAMAAkMDAAB/k4GHWwOxKwsCUxgAAH+s00MC6CyBx2vfOIlK5AHxRt5U3lnnO+xu7G0D8UyDNPFfyhPfFM9h1zbQa9BmA0MFAAB/xZJ8BodOAQADAAyUFEMGAAB/x799AQIDCwEGB4lyBpRCQwEAAH/d9l5TCwAAf+XPGYhg9Dz0Pd9H3z4DAgfaM+N6QwgAAH/y3AQA5nsA5nYAg3YD51cAgYlyAIGJcwCDG1MKAAB//+QZ70vIcYKEAIKEAZYCjCmMJMkQ7xJDawAAgAuaHgCkQQCPMgIDAAIAjzUB3xQAyRMA0GIA0GEABwACAdl+ANI3AdIyAAMBlDACigIB1mUBhQgA43wAAwGHMAOTXAKBu2kA0y4AhRwAyRsAz2ABh1ID0GMA0F4A0F8D2XwC0jcA0jIAAgHSOwbcIADVNQOGVgEAAYZMAdxSAAMA3FUF5TICAASJQALfRQADAgIB7QYA6XUAAwDvKACEXAPtDwADAMsjAuNUAbg9AIZdAIZYAIZMAbFlAM5gBIloAIUbAQAAzz0BzzQAzzkBBADPMgDPMQADAM82AM89A4VgAAUAznYBznsDCAACAAcBznYACQDOaQENAIVZAYVeAM5wAgMBzn8H1UgCAgENAAQAEAAFAc9vAM94AM91AM9sABEAB0MLAACAHe8SEQIroSAFoRkAoRIADwIDQKB3DpwaBmcIjA9DCQAAgCCBjjwEAAgAAgAiACuJBR6BbheHGASHI1MLAACA1MR9mkvPe89+HxDPcQjPZs9hBUMbAACA4Y9hAgYAEweGWgEQABcABQEOAAcDAgMIAAUEEwICAAQBBAECC4cyDAAABgQFAQMDBwAICIZsBAIHA0MdAACA4LdOAgoCDguHNAICAwMABQAIApMAAZMBAAUTiSgCEwACAQABDgAJAAUBBAAGAhcBEAQJAAUMiXQCBQULAIpQAopLQxIAAIDpgY5EAoU3CYFrDJYbA6ELAY8kAq8gAQADAAEAAqM5ApsVD4oqB5B+AZ1kAql1CgYFi35TDQAAgUrEf9U5CtU01T/VNsgZjSPVNtUtEQOB6FRDCwAAgVvKHwAFAQoBEQAYABEBDQDZEQAKANkYAQ9TCgAAgWudVYHuLppTgdNj2STZLQPZItkbhlNDDQAAgXidUQaGUAAJAQgFBwEABAUIhW4BAwUDB4UGAAMJA0MbAACBdsokABELigYCAwACAQcBCgADAAMHiFwBBAEDBAcAAwIEAAkCiUIAEgMNAAIBCwEGAA0AEAEDAAkBCkMGAACBfIGOUAeOFw4AEY4YBI9fC5JlUxIAAIG52DLfReZqCuZxAgcDgcwEgcwJBeZuBOZ55njHRIGuM+ZmQwUAAIHNqhgBAAiCMgGCAgSCPEMBAACBzNwIQwcAAIHQ3xQEhTABAwGEXgEDAYMyAIJeUwkAAIHirgbMA4KNIIKDQfAeyBWPNOZqgagPQxQAAIHskxUAAwWWGwCPPgWiKgCKaAC8VQGJXAGMPAGHNAKNTgGGSACKaACESACDAgHEIwCJXAKMPAGOKAGNJEMJAACB7sUHA6ZmDME7AYc8ApMaBrlEBcM3A54iAIheQwMAAIHvgYVRBpVhIZZvUwkAAIIa/2GB7y+kRN920lOxa9hEhmDPb0MHAACCJbs/AIGRGgGB4WcAgbgqAoG4KwCB1GgBgYQlUwkAAIIywBgHAtJLAgPSQNI/0kBDBwAAgkedWgOGTBqWaAfIVQCDbgG9KADBGUMZAACCP8UOAIo6AQABBQAEAwkEkl4ACQAEAAIABwADBpBuAAMAAgGGCgADAYU0AKoSAKoTAAUAqhYFnysAggwAgVBDAgAAgj6BiwIVhyhTDQAAgnTAGYlqgZMSgcBXg0iBvByGf7Y3/mkC0BHQEAVDBAAAgouKBgEABAUGhWpDCwAAgoWxYAQGAwcABQADAAYBAACLeAOGWwEDAAJDAQAAgoeBgjJTFQAAgp2Mes58znfOYBoKzn3OdM59gdtggYx7CgL1evYXzmELznTOaQQNUw4AAIKzjHnPAg0YznUJC850wj3CNs53EoKOAoG/M0MEAACCwrQ/AAIAga5CBYVsUwsAAILPgYpktkeBvxENDgfPXATPbYH9TIGtdUMCAACC249tABJTCwAAgt6PegLPchPvNoG/O9AQ0AsFC892UyAAAILqt3QXBBiBkDyB4DfPas99z3ASGwYEgYoIrXSBuB8mDYGUdo43gYZhgZ92gZ9xz2ELDwgJJM9Kh1bXPUMDAACDC/02AIGLDQCFZ1MJAACDFrtT0FOBuD7oD+d852kJ6AznaUMCAACDILtVARVTCgAAgyS7VB8GLNBn0FQT0GXRADtDAQAAgy+7V1MNAACDMZMsC9Aw0DcDCNBY0GsMyH6aTpJ//TBDBwAAgz+7RwDQOQDQOAAGANA9ANAmAC5TDgAAg0e7WQ7QfQfQfAkTC9BPCdBC0E3QetB7QwIAAIN3lwMAFUMLAACDVrtGHIkwAAIACAAmAzkCFAAMAAoBJwEMQwUAAINXgY5dCr5PAKhoAo8bCJ0MUxoAAIOF71OBsRvSYgvSZQXSXgkd0k/SVhHfIoGxXQLSTAfSU9Jw0nnSWIomihncPtxD0mtDAQAAg6CXAlMLAACDopZ60kAIIArSYdIoFgrSY4GxMEMEAACDrsA5AA8ABAiBiWJTEwAAg72WfIHPOPJzGdU/1XYQBNYV1VAwMRrVV9VM1VWBzC72Wy9DCAAAg9HFNgHUQgCBqiUA1VgAFQAqADcAilJTCwAAg9vFQtV91ToW1U8r1WYyQw8UUxAAAIPnxRcF1U/WEDM46WDpYdYNCAkO1WTVddViIUMFAACD+JowBBoFHwAmAgJDCAAAg/nFEgBCABIASwFSAD0BCQQcQwEAAIQFgY5fUwwAAIQJxSzVZQ0OFyDVVCUmM0LlLkMKAACEFoGANwGGewLucwDvYgOJPQCUCQHSfQCBmnoBiXMCgYYXUxYAAIQrymPab9pK8zTzOyvZO9lYJjHZQ9luM+AJ4CYfKtlvEYG5Bt9jDlMNAACEQspRETAt2UPZYoGGdIHgbYGkAsorDjcyUxoAAIRQymdhQNhI2DHQStE133GBqkjKPwPZNYG/bOYzAhwg2XuBz2SBz2WB4XCBiFfZLdkyStlvUxAAAIRrnWECDNl2GwvKFpJk3SUD2UPZJNkt2VovKEMIAACEfco9AEYAz1gAtXQBgd9dAYHvBgGBlU0BgYhQUxgAAISNyjVKT9JN3Hy+EIIuwGXOYq0u/EE63H3cXBLcbdxc3GPcQjo/JM9Ez29TDAAAhKfPORAFGQsF1zzXPSQULdxdQwIAAIS0zzEBJlMLAACEuKEL3EgNHtxXga54rC6B20MQ3EoNQwQAAITEoQUA0ygA0y0A3HBTDAAAhMmhAhwP3GYXETQf3E/cctx73HZDAgAAhOyjewERQwwAAITWz0MACAMEDYhWAAMACQMmAAMAky0Akn4ABgANQwYAAITa/3UDoBcCvXQAvmEBcgCPQFMLAACE9tQAH/Vo9T87BRYSC99530JTGQAAhQLTfb4UxQSnQYG7W80Ikk4TBEo/EwUH9hCB1WHfet9/Bt9qDuAR4C4G4DVDBgAAhRzTZwAmAAYANwBIAOAhUwkAAIUjo3jfRt9B4Ao5JjUaC0MKAACFLtN8ACAABwATAeBMAKhpA71mAvYXAd9ZAOk6Uw8AAIVA2EYE0DCBtE/kHhcMCuQrBg2BkhKhHM8bHlMLAACFUdhM7DjsTS4NLYdGhz3kHYGSRq4XUwsAAIVd2FrkN4HadPZHJwoGDSYHB0MDAACFaqY+AgMQhDxDDAAAhWvYQQA2ARUCBQMEAIc2ACcACAAYAB0AEQAIQwEAAIVz73hTEgAAhYDcEi4CN+Zt5yQR5wnnFB3md+Zkhn+HHAcjPOcpUxIAAIWTgZRKgddX5moe7xrvBRMb5nUJ5xYbLDsSFCcCQwgAAIWmqGUBBQCCcACDBQQKAIJ+CAIAA0MBAACFp9wUQwcAAIWx3yYBFQALAAoAEgAGAANTDQAAhb3fHhoXEaFIoUcDCggbDAjqC0MFAACFzaodAQUABASCMAcFQw8AAIXL3yICAAKFOgCFMwSFIAAGABEABAEOAQgADwERAB4ADwIGQwIAAIXWgZQHCYo1UwsAAIXo4XftBwLsdg4NrUKtJQUfDlMNAACF9uQl8VftAusJAgeBmDCoTREFBgeXPEMHAACGBqw7AAICAAAFBQcFgRYCAkMLAACGBOQmAAIDAwICALh0ApNLBY4JAZQLAAoBgzMAgy5DAwAAhg+Bk0IDg0AAj0tTDQAAhh7mAhMMA4NBgzSNI40yFwiUDpQJFUMkAACGLa0GCoIABgANhB4Axh8BhWoB10YAAwDQZwCHMADSZgIDActnAIZIAQMAAgeVbgPBLwPYagADAM51AdVkAAUCAwHPdQACAAMAz3QIh2QABwAFAtB1ANB4ANBxANBiABxDHAAAhiznKgGCWQCyPgGtWQCCDwAFAgQCggYABQAIAAUBBAELAZIiAJBVAZscBZhRABEUtVEAiH4AiR4AAgADAocoAIVwAJVgAYtoERNDAQAAhnKBjm9TCwAAhpC7eCGBpg6B9n3RDAsdCBIJB0MFAACGnJM3BgMABwQAAAdDBwAAhp27dwAdAhAAHQIWAQQAHUMCAACGoPcIDI16UwwAAIavlxLSYNJlgeEcgY41BNJ3BdJiEAUHUwsAAIa/wD3SZdJoAxjSf9Jm0mUL0nLSY0MGAACGy5cQANJuA8tzANYEARcA1XdTCgAAhtbKbYo7GdV11XzVedV+BdV3D0MGAACG5JpOCAcLhkYBCgIDAQNDDgAAhuLFRQAEAgUBFAAFAAsAAgACCIo+AAoAFQAKAQkGDEMBAACG74GOcVMLAACHBMppGNl9DQPaANlz2VwEEglDAQAAhxOdcEMJAACHGKEYAwsFAgIAAwgKCQIEAw0DBUMdAACHEc9uABcGGQAoACkCBwEQABEBDQA0AzUBHAENAAwAGwEwABEADQAhASwCBgENAQUBDQETAA4AFgAdAgZTFwAAh0ykCM1MkmAQFQkH4B/gGOV75WrgEeAa4B/gJgceCw0I4D/gLCRTDQAAh2XUKOBL4FLgUeBQIYkZiSIPEAfREKB0UwkAAIdz1BTgKeBU4FXgIOAd6UyJDQhDAQAAh32BgEVTCQAAh4HYaOlThQDkYgnxbvF1CxxDBAAAh42mRBAFAAMCAkMNAACHj9hjAgQAAwAaARUACwAKARQAJwAiAAcFCQAZQwMAAIeLgYdiAI9nGIlPUx4AAIep/2zGbecV5xoHDAoXpyqnBedJ5zoXFgsMH+cbA+ceGi0m50WBrijGdwMIG+cbQwoAAIfIqG8A5x4ADADnLQDnIgHGVAKBrgsAAgDtHgAFUxMAAIfW/xK/KQUEoSChPw4ShW+FUOof01iWOBgNBwsDJkMFAACH7KokAgMCAgaCMAEHQwgAAIfq3zMAAwEQAKEiBKEvABQFhQwBDkMBAACH9f8uUwkAAIf+qz/tJBeFD4UmF7ZKgaNn7SRDAQAAiA2rPUMNAACICOIRAAsADAALAAMCnAYDl0UCAAAFAQcBgzQABAAJQwEAAIgY/npTFQAAiB+tC/F28XsDA/F+glAFqS6pM4JVglaCTYJEnzqdKUU+9Fn0WAJDKQAAiDauKAIAAToEzG8A31oGmygD+wUAj2IAz3YDkR4A0ncB3QAAAwDWBwGGUAGMHgEAA4RyAI9IAMwxA99aANVpANVqAAMAz3sB124BDADRFwDREAAFAQwC0RsBBgLREgDRFwDREAAHAAUCBgTJXQDSckMBAACIWtQvQxIAAIg16RoBAwADA4FeAC4AAwACAqhwB7EfAIYeA45QDlMBiFQDqnYAnA0IiV0VnVACnU9TCQAAiIuXG9MI0w3TDoGlBoEcgaY/0n3TEFMOAACIlcBR0nHTBgkCDQzefsocgfwt0wT9Dv0TCUMEAACIq5cXBYZ4GIZaBwJDEwAAiKTAXgIJABEBAgEUBYoAAwkAAgALAAMABQEMAAIACQEDCA4BiioACgMAQwUAAIiugY51EK9JBY1jAZogB58PUwwAAIjUnXwM2WaKQc8xBdl+A9l9Atl02gFDCQAAiOGeAQSBsiAAzkUA3R0C3TAAAwELAN0jAN0oUxAAAIjzoRwCgbVS2CMR3R8D3SYIBd0r3ST+ApF5gYAzyQlDEAAAiQekDQIGBQsEBgSFWwaKTAMFBAUABAYFA4RUAQICBwEGBgURhRxDJQAAiQXUMAAMAgYBEQAFARACAwIPAQoHiHwAFgILAAICEQAGAQQCBAIDABEABgGHIgEDAQoECQEAAgAABAOFZAIEAQ0AAgIDAoVnAIVgA4UmAAQAAkMFAACJJIGOdx6lQwOXGAWhHwYCUwsAAIlc4hoC7TMFA+0wCYQ272GBlSKlQ0NAAACJaeYNAPIDAPIEAPIFAPF8AAIA8HEB8zYA8zsA9UoAAwEDBIJWAAMB8xcA0A0Bj2IA4ToAzB0B4FQAwTMAgYt0AJwJAoGwLQOaKAMDAd0MANYbANYcAAMCijgA2XkA42wABAADAQMAiHwAAgADAdtjAIGTMgKBkzcBhFQA5z4AAgADAuRfA+9uAAMBhCYA72MBgYdIAIGGMwD0SgADAPFXEch/ANtyAM97AOE+AAUCAAKURACKRUMFAACJd/tqEYd8ChMQiRsDiUpDBQAAiYCBjggJgT0GgxoviWsEgURTCwAAid/LAgYDAtoD2XoDCso+wE8FQxgAAIoAigoHi3gBhnYBBQEDAAwAEQAQAQcBBwAGAAUADQKHTAENAQgCAgANAQAEBwIIAwMChnwBAkMXAACJ69ABAIh+AAUCAACJBgLdNwHvbgCEJADvYwHzGACCSADzPQH1SACCUgTjRQIACogECfY0AexzCAUD7VAA7VEDBUMBAACKKYGHZVMKAACKOIGOeoGSH9YTFwaBuQyBshPZaIpD1iNDIgAAikaaYAkDAwUACQAUBA0CCQEFAYZ2AAsCCwEeAB8BCQAcAAcAAgETAAgHCgEAABUIBgELBIYwAAQDDgENAYVUAoVNAQIDFwGGLwCGMkMaAACKSMVzAQIBAAAZAAMAGgEHAAUGDQeKQBIOAAcAEQAIAgwEFQEOAAkABAAFAQ0EiXIDAgIDAwICCUMGAACKSf9wHYFFFiwRnW0DvRYHvR9TCQAAiqOhKAYCExoJgZ4agZ4h3SpDBQAAiq/wQQCBmEkBCQGB1UQBgdU5UwkAAIq41ETgR+BcD+Bv4HwN4F/gXkMHAACKwqQbAQ0CAwEKAQcBDgQZQwcAAIrD1E8BBQAVAYkWBokbAQYBA0MBAACKzIGUaVMNAACK1qQe4FYGBr1egZ5BhF7kbgoHERYXQw8AAIrmpk0ACgMJARIACwIJARICAAAHAIUBAYRqARoBDwEJA4RYQwsAAIrk2QwDCgYCAA0BDwgaAwUFhxYAEAAHAAJDAgAAiur7WQ6yAFMXAACLCqh750inKqch51/nVOdH5zwIDIc/hzAP50vnRudH52LnY+dc51nnOqc2gY53QwMAAIsoqioCBAADQw8AAIsi3GEAhVgAGgALAAIAGQIDAxwAEQAHAAoBDwECABAABUMBAACLLf8ZUwsAAIs5qivqZgUTEhOhSJwr7UPtTrsKUwkAAItF5hP1EegMhSDtOe04CNYEuWFTCwAAi1DiIhACDwICBwztUQoJQwcAAItcq0UA8WIArgAAgZ1hAO9YAa48AK43UwkAAItl5Drvae9oB6Z8pwPvWwnvbEMGAACLb6xHAAcDgRQCAADyAgADUwoAAIt9rRH0SAjzR4GaaKcr2GTYaQQDQwEAAIw3igtDFwAAi4joQAH0bQD0aAAFAQABkAABgYQnAAMCAgNMAIGDVgCBg00B9w4AOIEZ0ykBAACUVACJYgCJEgDXJQEDAO0+AIUcQwQAAIuPgZU/EJZ1HYFCIwBTDQAAjEXoQYG8a+N40QGHOudiA81r4GDgYfEO5H2ByRxDAQAAjFWKDUMdAACMVK5jAYtIAI8CAslFBN0eAdYnAIZqAdl+AAMAAgPTUQCKUACEcQCEcAWERgSRSAC8OQADANEAAYlGAooUAAMA1icD4GwC2gEAAwGGMgADBYpSQwsAAIxv3HAABwACAAMChWQAhR4AAxebNwCJBAOHMgADUwoAAIyX32QDA4UenCSMRYHAK4t2gc5Egc5FQwcAAIynly4ABQAHAAYABQADAoZ4QwQAAIyjvA0AAwCJRgqKGEMBAACMrf9xUxQAAIyyniKGcwjWINYfAwTWFgfWHwkC1iLWFwkFhnADBQZDCQAAjMqeHgHaAgDjcAHaGQPdLQCB2wwA/WUAwHwAwHtTCQAAjNnUWAK3bIGYR+BY4GngXuBjEkMgAACM5KQpAQMDDAmEYAOESgEHAAYABQADB4JUAoI6AQACgXgBAwOBDgeCOEjIQQGaQAADA5QUAYVsArRDAot4AAMChwIJjkwDAwQDCo0QAwMFhWwDAEMyAACM5dRWAQoABwDFKAGPWgLMBQECAAMBAgEJAcwuAcR9BIViAQQBAwChTgChUwSFHAK5QAOyAQCUeAALAZRvAIJIAqpkAKhbUp5JAQAAhygCyV0DiA4BAACJRgDlWgDlXwEDAooeAfFOAfFTBAICikIABAIEAA8ADgOJRgSJIAAFAwMAAkMEAACM8oGOfxiIGRCIGACJdVMLAACNpdkgzSzNLeAzgY8anD8CBwKECIM0QwkAAI2zihEAi3gFjkYDAweHFgQLAAQBCwIGQw4AAI21vBAAAgADAYlIAgUCBAEAAAcCijABEQAKBA8BBgCKTkMDAACNsuoJDblAApAuUwsAAI3TxgTxevFxBwoVDtYlBNYW1iNDFQAAjd+eJwDaCgDaDwDaGgADANoNAQAA2gwA2hsA2hIA2g0A2hQAEwECANoPANoEAAQADADaGQDaGgXaG1MMAACN/KE93SwKERDdUt1pCAoHAwNDAgAAjgnQEAAIUxkAAI4N0BPZFIGwTQfgZggCBw8CEgcLEBkS4HcKBeBM4E0J4FQCA0MHAACOKaQ5AQsFhFoCAAAEAwMIA0MJAACOLtRlAYkKAhMCCAEHBQMAEAAPAAhDBAAAjij/CAGPKQKLbAyjMFMNAACORKZh5QjZVtIx518FBAXnXAcDxBrEF0MFAACOU9x3AIV8AOsDAOpuAANTEgAAjlmqMOsCAxEUDep16mwOE+pzAup26nvqes04zTGFDkMIAACObKtTBQcBCAEHAwIBCwSBegACQwUAAI5t4joBBgMFBAMCBkMFAACOcYGHZwORPQEVBo5IAZZQUwsAAI6E5EDvZe9e8VvxWu9ngQwC8gjyDfIIQwoAAI6Q50EA800A80gA80kA80IAAwKCCgGCCQKDQgP1MVMLAACOo+lrAwNAmlSZfSf3E8kTkniBuhxDDAAAjrKeLweMGgWLcAnARwCFcgCGBAADAYcEAgUBAAaHQgMAQw8AAI7RvBMBAAOJUAAJAwQAAwADBoo0AAUCFAEJAAIBEQALARZDDgAAjrCBh2kFrhUCxi4CxS8Ar2cEkiQAnD4FjHcEyUQLpxUHpxQBAAgABABTCQAAjvTGHQ8EE9Yj1iQD1icCQwgAAI7+njIEBQUAAAIHhhYAAgAHAAJDBwAAjv/LOgACAAMACAIHAAkEDkMCAACPDdAgAANTCQAAjxjUdrdWt1fgcQgNDAvgbkMRAACPJaRGAAkCAwACBIRIAwIEAwIFAoRMAAQCBQEFAAQDgkwDAACCPAUDQxEAAI8j1HkACQcDAYh0AwIBBAAJAAUACAEDBocSAgMHhXwFhQ4AAwAGAYN8QwQAAI8t8GMCjSYQhR4IhR9TDQAAj1jkRQkIgyqwKLApBfIL9FrzT/NOgX4DQwEAAI+bihRDBQAAj5ybAQKGZAOGGgKKUgEDQwUAAI9ugYprJIcMDKY9BJRdAcUSUw4AAI+tq1iBLIFOxgWSepVCgaRonEmBvC2ClkSPLYQPlyQFQwcAAI++gZFGAIG/OwGBukYAgolvAQQAAwADUw8AAI/JsWiBukqBtQmBtQiBtQfOfYKNVIUXgog9znACznnOfAMCQwkAAI/ikBMBCAAHAAcBDAELAAQBAwILQwQAAI/guAoABQEDCgJDAQAAj9r/S1MTAACP9JNZ0HgK0Q0Mgbomgboz0QAC0QHQcgTRAwfRBNB70H7QfQ9DBwAAkA2XNgESAAkDDgAPAAgAFUMDAACQC8EBAAQEBUMCAACQCP1gCYIlUwwAAJAZlzUCFtJ+0xEECQjTCtMJEdMMQwsAAJAumwICAgACAgcABgEFA4ZqAQ4CAAAXBAhDBgAAkC3GHwECBAMIikoBBwQAQwMAAJAzgY8QA7w1Dsh0Uw4AAJBJy0XaHQOBvzKBvx8DAwUI2X7aFQICgboqQw0AAJBYoUQABAEGAA0ACAAFAQsBCgAHBIYEAAUDBAAFQwQAAJBn1H8DAAMFAANDAwAAkGHweQKPXAeDblMPAACQcqZw3BbcHQPlDulVhEblDOUJ5QjlDYRC51TnWQhDBgAAkJGKGwOTBAyTBQAEAgMDA0MPAACQg6o6AIJNAoJIAAIGhyAAAwOEJAQJAQQCgx4ABwAIAAkDAAECQwQAAJCF3H0AhwsGlhwamGhTCQAAkK7xAPhdAs8DzngEBc8BBEMLAACQuI0SCIYSAQAGBwMADocIAwMAAgWHRgQAB4cEQxkAAJC9uAwABgAHBQIBAgACAgMIkXIAkX0AiBwAEAAFAgAAAgILAAkCBAAMAAsDiVYAEQQDAAIAkXsCkXpDAgAAkLv3RAiNDVMRAACQ+cYopiCmIQfdP4cG1jIKA9ZF1koVEBcSC9Y7QwgAAJELy00BCwAKAAsABQAEANoLAdoMUw8AAJEWy0vaC4YMA900BBEG3THdLAUKCwcMQwMAAJEm1QYA4HEA9lhTCgAAkSvVAp0/wy3gcg3gawTgaoho5Q9DDgAAkTmpGA6JCgDGfQCLfAADAIcKAAMEAwSHSguHBgEAA4Z2AAMBA0MMAACRULwpAolSAQAACQEAAQAEijwAAgAJAAQBBQOCYkMOAACRONx/BYV8AIUSAAMAhAIBAwKDKgCCTgmuBAcJAgIBkkYIrVMImGpTCQAAkXLQLALdOQeBtxaBtxUD3TgFQwUAAJGDpFMDBwEAAQAGhEJDBgAAkYDVDgMDBQcCiGoBAAMJQwMAAJF8/m8PkXgBkj1TCwAAkZndAwcC50/nVOdZ51IEBQnnUUMTAACRxoohAIVmAaJoAqhRAIt6AI5QAIcIAZtxBY0gAAUABgIDAAUFh0oCAwACAQIDAwcJQxgAAJGuq1wCAwKBaAWBDgWCLgAyAyIFhBcEhCcCmywAAwCILgQCBwMBiVgDCAMVARQCEwEAAAUCDgALAAJDGAAAkaXgAAEAAAUAogYAogEChQwBhREAhQwEhAIAzkYAzksBgywBokwAngUAgTgAAwMCAIFMAI1wEaMyCI82BaRpELZUA7pzUw4AAJH9xj/TXNNhBREcGRIMEdZVgcREgcRP1kRDBQAAkg2bFAIAAAIMCQQFQw4AAJIMxjsCAwIEAxYABQEDAB0BFgcAAB8ABAAQBZQcAIlvQwcAAJIO8QgEvBQEjCQIglUGiU8Brg8AgVFTCwAAkjDLUyQQM9oDga8g1QfaMQIW2XRDCQAAkjyBg1IAgcoJAAIAEgAXAIGkdAIeAIGlBQDaBlMRAACSSMtR2XfaCNoT2jTaLdomGRLaK9l6MgvhPuEz2kWB4RJDAgAAklqeWwAVUwsAAJJd9APQV9wO3AEGykzKR9or2gYFFkMHAACSa4GPFwCBhnMAAwDcTgDcRwAEAQhTGgAAknbQMdBkga4j3U4R3TUG3UwOH91RgbRW1wGJUds+ga9H3WIIEcleyV0QDyUQ+XhDAQAAkpGhXlMLAACSk6Fa3TQY3VXdRt1L3WQjD90v3WZTDQAAkqDQNCIHCx0DECTdX91iMQbdTUMGAACSsqRfAAsDCQMDAAoEBUMFAACStNUwAAkAMQkFARZDBgAAkq6BjxkCAwfCXwCUFgOBVACsclMRAACSxaRU4TThJeEGCA2IZIhvDgUbDTThHeEctmq2eUMJAACS19UaAAUACwHVcAHVYwAYACMAHgAKUwoAAJLjgY8bgdUHgakSx38KFQ3hBYHVCLhxQwUAAJLu0D8AiToA4H8A4G4AwDZTDwAAkvb4BLxZ5UPlPgUi5VmB0EbqdxESMRauGIGTVUMFAACTEKZ/BAQChEAAhD8ADUMNAACTBtlGAQUAQAEFAAMAIQADABUCCgAQABQBDAQ7QwEAAJMH9hFTFQAAkx3ZVCMC5SEWD+UiHIhb3F3lAuBJ4HwE5UmBlCqvBeUbFYGqEoUNQwcAAJMzpngA5UAACgDlUwHlJAAoAilTEAAAk0CBglWEQp17skqeFYZFxkuGercmtx/nZQLnaud56BIRQwEAAJNS3R1TCQAAk1SpKedkIRwZLud/BedSUxEAAJNe3SO4LrhNGM8Kzwkz51WByDTgL7UUih+rEadygY9d52DEKkMCAACTcKknAOduUwwAAJNz8R6RCoGhC+diHKkwqT+HJYcwJ7YsgZ4DUwsAAJOA4BSlIIGTEedW5C6TSZd7h0GrHw/rFUMHAACTjOAFAB4AEwCFawC6SAC0SwAjUxcAAJOUqj/rIOsfDgXrFOsV6n6mRqZHCAiqOrBT5Q3rMgeFDIUjCRyEdIURUwoAAJOsqkWByTiByT3lCuUJ6x4C6yvrLi9DAgAAk8OrYAQAQwUAAJO34AcIhSwBIQEaAiFDBgAAk7j5EAGdTACdUQGJUQGQCgaiGFMSAACTyuJXoBygJ+1b7WwhBO1l7gC+Ar4TBO1vCAXtWAusHkMFAACT36tfAQUADgEEAwJDBgAAk97iSwQcAgkAFAQfAQxDAwAAk+D0IA+gPACBVFMPAACT8/JiwU7dYRwbDIQlhB4jLPAn734iF6lwQwIAAJQDrFMAgZVqUxQAAJQG5Gsdnw6fBwQvMh8IGQYmFSMGAhLVCoHFJ/AKQwMAAJQbgYJIAZk6AtUrUxAAAJQk8kOBZ1uMUqVtgxoG8hXyFtF2gcQdgdAO3XUK8h8JUwwAAJQ1rRvyEAryG/IU8hnyDIJ/gwLSAtINEkMEAACURK1fG1wCAwACQxIAAJRCgYRyAAQBulEABAAJBAsAojoBojUABwSBfgECAJ9KAo4jAZEtAAIDCQKmLAGMTUMBAACUVIGPKlMQAACUaq4x9WaLMIojAwL2RfZE9kn2SDYEA/Zz9m7KOkMFAACVd40XCAABhhAAhxAFh0pDAgAAlHyuXwIIQxUAAJR7gYMbBrFHAA4BvwwZjXoCjVUeiwoBBRgRGQs2TRmEJDCObwGBkU8AilAAnUwAmmABzkwFsVEA338BAFMKAACVi5sa1mID1lsL1mbWZQIDCUMGAACVlvdVAAMAgbFxAIGxagHXPwAFUwoAAJWey3IFymaBnwuB2xqB2xcCA4GefIxgQ4EHAACVq9UzAAMA4SUA4SYBAADhKQPqHAAFAIZ8A+xRAOVGAA4ADQAGAIZyAgIBAADnfQDncgDndwDneAOHAQLePQDrJALrKwAEAAUFgj4B8gAAAgADAPAxAIEUAPIeAAMAAzaBsisBxDQBgVgA0BsA0BQABAAFA4MgAc8XAQAAzxYAzx8AzxoABQDPFwAFBtRiAAQAznkAznQAAwHOdwADAQYAznQAznkF1XgDAAAJAM9rAM9qAQAABwPISwIHANEAANEBAAQA0HoB0QcCBAWHQADTKADTGwDTFgEEANMnANMiAMwDAIcnAAQACQICA9MeAMwFANZYAQYCAwDWVwLWTALWXwACAQYACwLhKgUAANo1AIYOAQIAAwHdVgIAAIlGAQMEiHYA5VUB7E4BBQEAAOgBAe1gAOhpAc53Acl8ALgjAY0mANB6AoluANMfAIcaANZWAAIA1lkAAwLWVgLPaQCGDACGEQDaLkMEAACWe/EsGgAMAhkKQwUAAJY4/1EIgikUhS0qhTwNjVFDCAAAlaqBhxU9hWgLikgoii0ViiwRfSMpO5FfUw4AAJbSoWnnHIh05VWETu1eBusr6yLrIwXrLOsp6yJDFAAAluKqTgCCPAS9GwCUdgADBIciAgADhnAABwECAQMEhggDhW4EBAOETgAHAAgBCQEEAgVDEQAAluHiZQONBArFIQADA4pIAgMBBQIAAYkyAolMAgUCAAKIcgQCAQMFhnoAAkMCAACW9PQEDpQQUxAAAJcb8UmBkC/oAugD53wDxAK+FwPrKesqhQDtd+1yB+1xQxAAAJcwrFYBgRgPghwBAgMDCcIlA6MMB6MNAa8GAI4SALcVA61WAY16ALtTCp0CAQBDCAAAl1jQVQGJTA+oJQGKXAECAQMBikoAB0MVAACXMfFAAsV8ANwdAJYgA5YhBII8AM9CAK8VAZx/AgMAAgGBCgDWZgDVfwW+eAOTRAHDdQWVRAGVQQ2XDgOgZlMMAACXetBXCN1j3VQCDAsGBwUG3WNDCQAAl4eBgUAA2AMAuCgAuC8A4SsBAwDhLADhKwTqHlMQAACXl9l45UvlRoZ8tQi1BwIDqDaBkEPoBIVw6znrMgTrOUMEAACXy5AoIQAFAA0AQxsAAJetqlYThhwBAwKBIAJAAqZPBpwKCIR2GZQJApFSAYI0A4JiCKNlAYZ2AQIFAwAFCIt8BAUChF4GhF8BhFgCCQYEAAUABgEHQ0UAAJeo4CwBBAAFAAcBAAKiVAC7PADZFQC3DgG3DQADALBQAKxJALMGALMHAds2AMFvAJZJAJZIAbs6BMwVAKoEBNsdAAMAiUAAAwG4MAGoOwADAIVwAAUABAAFBqJMAJZNAYI6AYM0AME8B7BhAa9FAIcEAKoeAoFbAq9LAYx0BZAuA85HAopgB4pIBIGNIACYLQDrNQSJSgELAAMAxH4AxHcCzV4CzWcACAAHAAME0lgAyWsCAACvTAADAK9RC4cCUw0AAJhD3UMJBOgZgaM+vkmDHAOoSoGOGQUEBUMEAACYU6pcBIIuAgACBUMGAACYV+J0AQUCAwACAYQIAAdDAQAAmFaBlG5TCQAAmGTmNfIfgYkAgYkFgc062F8D81uBpRxDBwAAmG+uEQBIACw2vEMGowYBAAGFdkMEAACYculyNsYrAopMBZMKQwIAAJh1gYoNPpY1UwsAAJi2qTeBkG6ia916gck38DLuA+1+AgeHBEMfAACYxKxXFrhVAwAChwoEjnwBBAAFAgYBBwICAYZ0BwMGhgABAAMCAIVwAYV1A4pMAYRXAAMEAgGEXAAFAgMCAgYHBYcIBoJTB4JOB4IsAwBDJgAAmMbmNwIDAYI8AIUmFttvAYlyBYpiCopMAgAAkwoFiU0BAwQCAIlGCAICAAAECYhcBAMAhwgBhwcBAACHCAIGAQMABAADAAcAAwaFaAEDBAMBhH4DAwADAoQKAAMBBUMYAACYw/Z4A4oPAAMBBQOwPg2kBwGkBgGKBAC6OQQABQAEuwIDkSsYgg4KjxwCjx0ajxwArwEAjAcBjCwEjEQBkxQHkQ0Cjk9TCgAAmVDke/BFA/BOhSrzX/Ek8ifyIoJ5QwIAAJmWkC8CAEMOAACZW+dXAPMLAXYA9kgBbDXRewC4QAOZSwADAJI0AocYAQMB5VsCg25DBQAAmV2Bjz4EAACKXzeGdgiUE1MMAACZqvgXm1mBrG2PCAPhGgLaJ9oi2icC2iRDBAAAmcGhdg6FeAAEAAJDDQAAmbnQawACAAMBBAQDAAkDCgGJTgEEAAIAFQAGAAdDBAAAmbjySwOLLAeFKACpElMJAACZ1aR34UIEBeFDgbMQgbMb4TjhQVMJAACZ36R0gd4MyW2Bj0flTAUDuTy5M0MHAACZ6doLAAMBCwDlSQDlRAEGAOVLUwkAAJn03VOoVqhRBwIDBwoEQwgAAJn/qToBAwDoLgAUAIVKAAQAAgADUwkAAJoJ4EAGC6MAon/rPes0owaif0MDAACaFOMKABcA7g1TDwAAmhmreu4GCAoRDKdGp0+qLKoxBAsFsWKxWVMKAACaKeUHBfBV8FAKBaYqgZcF8EwFUxMAAJo05QLwSfBO8FPwVoJiCpZ+uwLSD/Ij8izyMfIqA/It8ijyLfIoQwEAAJqok3ZDBwAAmk2taQcDAVgHQgI+AgAEHEMbAACaSOddAAIAAwEHAQcABgAIAQMDgVwBkmYAkmcCnw4BnVUBgUICmSwAmHcDHgADARAAwQAiABv9dQEDA4lKAOsAAOEpAIhgUw0AAJq2gYtngc1bhFLlUMlMyUnlV4GnYrp1hx+McutJ8ExDCwAAms+tLAGBVgBdA4FIAbUxCJYABIYABopaDQMHhnwCAEMBAACa37wzQxwAAJrG5Q0ABQIAAoJsAoI8BIMYAat0BL1DA6J8AQAAwi8DAAOJWAADBAYAAwADALhSAa91AAQBAwADAYccAAUAAwDAcAHAbwDAYlMLAACbCOBKuyq2JwME7inuJNhq1G0CA0MDAACbJZN4DAAJAEMJAACbGq1rB4EYAC4DkycAhFQGqhYBmxkSk1MAA0MVAACbFPINAJcTAAQCgjYKhRYEk0UAuxYArGsBlFIAj3sEn3kAr3YAowcBhQIBtV4ArnEAgjgElF4CuGECAwGPelMJAACbSuBPAgPrTwMDgY5YgYlN8jRDBQAAm1StLQOCFgGtMRSaPgcDQw8AAJtV52cAAwKDEgG6RwOJVASJagELAAcADAMCAwcACQIDAAYAA0MBAACbaYGPRVMKAACbetogCwUQEbxAvEvbNNsr03hDDgAAm5GnKRiEJgADAQIABxGCZAcDAAUAAwuCJgQACwUAAxSCIUMwAACbhdoXAIcmAIcnABQHCQEDAAMBBgSHAgAEAgMBDgALAAYBBQADAAUBBwYSBYVQAAQBBQAGAwABEQEAAQUADAERAAMLDACEfgAKAQsBBAAGAQsBEQEDABgAEwEFABAAEQUIAwcGg3QABEMQAACbi/1uAZxoALQVAJomB3kFNwGMMRCNah6NcQ2uEguwCwOMKgOjXgIACrpbAgNTCgAAnAXlFAoFDRSyOLJTmhSBinnwcEMEAACcE6xfEYEgBwMDekMPAACcEuUVAQwCAwSCYAADAwwBCQAEBg8ABAWCSAALAAYBBAAJQwkAAJwQ+DoEi0YFp3gDi3MAhk4Fh0kHmwkAhjcFhR1TCQAAnDnnbKYigZof834G9AvzdoUnhSxDAwAAnETnawCqCgCqE1MJAACcSOdp83v1VAIECQifMJ9BQxUAAJxUrhkBAgADBz6BBa0xA44sCYYIAAUBAAyGDAIFAgAIhFQCCQUIBwkCAAEAEoQiAwARglxDTwAAnFLoVACfRAGfOwILAAoDqUYAqBUBAAEFAAcCAgADAIECBAIAAwI8AKYYAKYdAAMABANWAAYAm2Rq4zMAimACBQIAB4lWAYlwAQQADQAMABEAAgEAAAQB0QgB0QEAAwELAAYDxRgDvDMDCwG9JgC9LwAKAAQDCQAHAA4AEwC8NAC8KwIRAwgDhywCEwAFAQ0AxTQBxTEAEgANAKhuA6hhAAcBAgAbAsJ0AMJnBIVQAAIABAINALlSAblFABMAEkMDAACcfIGKEoFMinQEiilTDAAAnVbgZQIGDw4VCetdgaN6uAnrc4IeUw0AAJ1n3XGLEhPuX+5U7lWBlk6eHMYJDRXuS+5iQwMAAJ134yIADAAcUxAAAJ174zW1ELUjnW6dWSMLJJ1engMaEx4p7k3uRkMEAACdkOUkAQUAxSAAxRlTEAAAnZblMxMPCRgPBA8aIw4IAgQhplRDAwAAna+tMQQAAwJDCwAAnajlLgAGABMBgnAABAMDAAgABQETABUAA0MBAACdq/4wUwsAAJ275l0R0XTRbYJTxQDCOfJH8lCXGJcdUxkAAJ3H5lcWyCrIQ4JAgicCEw2CQAIN9A2BiFqUNwX0IfQcAw8HChAbCkMBAACd5a4cQx4AAJ3h6GYACAAVAAQBBgEMAIFjAYFGABIABgATAA8AEgEDAAgAAwCBVwCBRAANAAYCCwGBRAATAA4CEwAEAA4ADQADAAVDAQAAnfyBj1FTDQAAngnpP8J8wg/CBMIFkF6QXQMEAzYDMlMJAACeF+oxnCScD/cxBoGgNKh99zmBtlBDBQAAnnWXYwOpegWpewKOKgiVDEMJAACeeuZqBbUzApNUBIhmAIciAAMBhVgAhVcAhVJDBAAAnnuBh3gFk1MCgUwAgglTEwAAnpDyMZ1p7nEC7midapoSgaZtgaRAsWMCA4Jm8m2BiXqBiC32SnKQbFMOAACepOpKgaVLgfU8gYMR23CBs2GBmmCVNpVC2wEDsAaoZ+MeQwQAAJ60rAgAgTIA9kQAhHhTCgAAnruXZpQwgdsqgdUfgatirnWddJMRgZptgd0wQwwAAJ7MrlEApisAkxQAiHQBnAsCl2YDAwKEKgIHAYJcB4NgBoEkQw0AAJ7I3gUHlVgCpWsGkBAEhVAEiRQAAwAEAAMDgmABAgADAYIwQwQAAJ7GgY9WAIk/GolADgBTDwAAnvSuHvc+MvZtgcFugZF1pyyHHopurluBhnbjDYVQA6MeQwMAAJ8OnnsEAAwAQwMAAJ8Hrj8NhxkDhQZDDAAAnwbodQGTFgCRBQAyB59DA4xyAKMkAJcrAQAABQCEDAGBGlMYAACfIt4LAwOFUrw4mh7WUwMDA+wB8RaDevE18TCCaIIsA/Qt9CiBYgMDkx5DAwAAnzuiAAHwcADhZVMPAACfQugKgV7NQLojkgt0YjKBkRePDO5ehRSGXoQO0w5DBAAAn1KlCQCBs2wAwWkAhVhTDQAAn1nlQ7E+sUnwD/ASA/E58TTxM4HBIoHBJ/QcA0MIAACfaq10AQMFgRoEAxWOHQKHEgOFcAeNBUMQAACfafJQAZULBIFiAAMGgggABAADAAMCgRAPkAwCmh0AgmICgioChQAHmQEBk35DBQAAn3+BjQAWkD4AEQGUIwWCfFMJAACfpOoaqSqoZlAMPgICCEMjAADgH5A6BocENJthB4ZFD5tof48EOq8AGqUUR78hKJNNDp5tYs9yALABAjE1UDyGahi1STLqDkqtJxS8aQq9EgiKdBiydwKzBEWXcxbVbjq9QzKlfS2HcEyfEhSMJIF51hEAA4Fw71SCDJNXQwYAAONA22iBFphNgm2iXoEum22CMkiCa4YEQ2gAAJ+vgZQTAM09AAIAzk4AMBN6AB4ABgAGAAiBgVmxIwqrChoAEgAbAA0AK6p9D6p8BwAQAAilHQClHAcANAQWAAoAGQAfnTEAnTBWAA4AHq9VGq9UAJp5CZp4UgQAABWLESS9CQu9DAQACAARABAAGwAJAAYAILsVALsUBQAHAAC7ARC7ABQAFAAAuhEAuhACAAGaYw2aYggAGAAAuTMWuTIYuFkAuF4KvxMJvxIRAGsACAAPAAC2HQC2HCUAOrRjH7RiCAA4nB8cnB4MADQAHwAXACIAAgACABkAMgAvAEAADAAEAEQAPKI3DKI2GABHABipL4FdqTIHpW8CAAYACwBTCQAA6YWBh0qMPqYbphqMP5ldphqLZYtkQx4AAP4wbQAYNoIOgRiCLQGBAgCBKAAIAIEzAwAAPgCBWQCBWACBVQCCMgqCLwADAIFYAAIAAwCBWQCCOhsPAnsbgQMAGQAYAIE8BYFnfoEkAX5DAwAA9uSELgEChiWBBkMCAADspotmgysWQwEAAO0ojihDAQAA7AKSX0MBAADsXpoMQwEAAO3nnwJDAQAA656laUMBAADryagEQwIAAOtCriWBPoFCQwEAAO18sAZDAQAA67q0ZEMBAADrhrgUQwEAAOwVvRlDAQAA697FEUMCAADrz8YknD2BOEMCAADtbsk2gilzQwEAAOxby0FDAQAA627VWUMBAADrqdkuQwEAAOtA3lBDAQAA60XlbUMBAADr0uhqQwgAAO2e6hGgengZgUAAAhoAgWsWAQAAF0OGNAAA6ZP6YQEADZlUCAYDBAOZXwMABQACAAEACQABmVgCSACaIwEAAZlWB5lXBJlWBwAHAgWZXQMABgACAAcAAZkkAQAHmScDmVQDmVUDAA+ZVAICBQACAggNAplTAZhoAXYBAgYmBJoNFAABAAwABZhoAZhpBJliAZljAJliASAHmgUBmWYImWcCmWgBAwMKAAkHmWsEAAEAAQABmGgJmGkIAAEADwYBAAMAAJhIBAIDmE0DAAQACQADAAkCAwABAAEAGg4EBA0QAgAOEAsOAQABmCYEmCMBAAcGAQABAAEAAwAEkGIGkFcTFgEACg4HCgIACQoCAAsOCQoFBCM2LUQBlkoFlksCAAUGAQADAAuVfACVewEAE5ZOAJZPBAAJCAUGAgABAAEACwgGBlyBIgEABgABAAYEAQALDgkKBAQCABASBQQoPiiWbzeYHBeULUmIW0+LOA5LCaNUAwaKARQDUzIOBIESAQMhXwlBAQIBAAMCAQIWCgWCQTRoBAgBAhcuAQItgXYcgRsBAAEAAQAMCgEAAFYFOwYIgjMaBQAANwA4AwAHAAMAAQAGAAITABkMMgwANmCGZYh7E6R3IadGEqsrhzeBcQADAAQAA4FrawQDgVoFAQAIWoSAM5tIHI5JBwAHhAwZjx8hgzFBBUurMIEQhxIBpjcVniISmDMdkGQRhlYHnRtOhWoYigEAhA4jhVAEmGgBhQEejnsAikckmX4kmgk2pSoDpCUAjkAAiho2BwECJo13IZRuAaBjKY0GHYs9AIFHCplmRZl9IZoMBoUpApQLAAMQA1ildAGaO0iNHEZqFoMkDYMdFoo1FIlAAJhjCoNmJYs6CINLFY89JaIagTeeLSKlWEeWJ4EyiTtGhXWBIoVgDJpCMIYdgTyJeT6WDWOReIFajlYYm1UdgTAbmVoIjksTjWQNlBcShQ0TpjwFg3sGkAUAkXwAgQAzimsAizcdgyAhhwUakVwAh0UAjxApmTUVmQgSkAsImW0ApgwThCYFoAkAlXwAgQoih0sChiwHiX4fgQwKkwNhkxQDpw8Ih00GiFhXnw4AjFMDk3QbgUsGkksEIBOBLCaGeBqKPwCCZiOIUQiCKRSPJhCOEBdpTw8qpXM0hR9gmHgFlDQhgRsWilsSizIAOQp6EKcJglebWBIpLKA/K4M4B44YTZpCA54bAIgLAIxeAIscNIRWU4EKCZF7A1UohF4Aki0mklYQkl0UjCACkHQNkDstgTIBjwg1pFMMqiQeomsxikQUkW2BBIEYE6F6c4lPCIlOKoFMIqU9MKVAJTgHng0ApUwAmDEQjzkBoAQJomsGi0IAnVwAiDkRmVcAgiUAhAYBgQ8OmVgCmi0VmUQTjQ0Ai1EAi2oagxcViyQAkCsAhD8AnXoAgRkBpgsAhwQ2gwYEhAoAiwYAi04AjwMAlV0AkwAjVACDYQCFXACPABKdfwgMAIgHAJUwAJBGAIJCI44NB4tOAIJqAJxTDoQRBogOBE4MhEwLlE8CiVQAixgAjxcAh0YehzoAjAUAgUUYpHoAmBsAiWUAhR4AjX0bhVYAjUoRjTcEjCQAkD4AlFUAhCUghDEKjy4Kk0sAomgAmTsCh1UGlDIFkHsEgkgThCkcoygjnycGmCgEiWQNohNEl1IXmAVAm3gWhk6BeIZDgmAGgWqNHSmOKRaTJBmRfw2aKiKGbhqGb1GiPxqiRAONdWaFNFqJHjaMM4Eni1pQjhUslyg0jHsthmBIgn0GjF9IgRdElx6CGJ8XA40TgReSPhKQeIEgABmCbgUiW4dxJQoHggcUgjIjgwY4jAshjmcOAFwKAKJIDqJfPJwmL4JpXJVpAI4hHRcGmQQDhmNVnHgLnG0ylGYYgiqBEYIBAJxrTKEwE4Q7NXoujnNEhysUlRyBZYc8aBxSpCUgkQAmkQdfo0oDgRJXm20AkhMQrBIYgWoQk304kHMFJAeiegiBKg+BGwNFQKJvPKNCIqMlJaNaFYsDaYNuKBBBnGkSpEYnk0mCL4YjYJVcBoEVMaRHEIU2KIY7BABGhlx5inkEiwAwHRSdCgCVIS+WVBWeKRWFLAmJKgGOEgCaeQCVAACWfS2IKSaIDgCZACCZDwChYgChaSRADTsAOh6LEAmSOYEpnXYXiWEZkBATknEDigUBnCo+mQ8QhBMenWwCnjdyizQzg0AWmH8pGjqIGAOBQQKLTDCWAgCoHQCOFDCTGDuGcgOWCxiWIgWcN0aFFQaOKjENDo4NFKE6KYY1AYh7D5F5JoglGo1yIIFbGQUFnGASnE0AiXAAgwdihwWDB6M8ghiFbRKfIWufKII+hnsAli8AiEUblxgQhnoAh3Y1kUdAgnAahhsilFkQjy4nhB4AgVsAkCkAjCIAinsApkAAAiWpaRQ6NJR6AJEhAKYMABIAolkHgQxPBgAfAId/M4gUF4pXII5MAIlgAIhHAIYhAKFqOJxXFItKNIwLAJZaAIhXAI9kMTQCgyMImxsElTwlggoAUQCNaQCEJwCHagCRYCCJHyeJGgCGMwCMEQCLVwCdehmrGy2qagWiDQGBMAOhHjehGReBPSKKRgqKRS+iWAAGAxcQBAalPQKnBBqSFymPWgCFEwaREwgRF5UmFIMKGZU5HoR5OoUsAhMcigMAnjAAhgELlHMOhjIBjFUPjEwblFQHn0MAinovgmEfhyEthVsZjmoAjwYAnjcApFomoXcPnzIgkW0Dgm8ngngAhXUHjDYFlhE8nQgAnAkjonQAlE0Xjy8ThGgAh04wjEcCnyARj1kElzhNlQ1WmgtPr3BPkhMRkGU6gQMxglA8gllQgWZpA1CPag6UEDOFC16sU22OVACcAgGcJwuDQgCYdACDSwqDRgmVOwCHQxeDWgORMgCIbwo9AI8+AJRxAI5GAI0dMJZoAKRNAI1ECJVYAoJxBYxnAI8TAIgxAJEMAIVvAJ1cAJ5PAJl4BJ9FD5pWAqIBAaUIAZgbAIQHAItSCZZ+AJldAIFqAIN6AJEPCYY+CowaDYZPAJRiA5xRAYkYB4MjCIdsAIlhAIglAIdaAZ0kEqMhQ4NGAADplIGNcQEAFB4WIAEACQwFBAEAKEIRHAEAPWQBAAEAIjwUIgYIAgAJDg0UExwBAAEAFCIRGBEYIjgBAAEAAgAcJAIACAQTEAsGAQABAAIAAQALCAEABQYEAAkKAgAHBAMAAQAKBAEABQAEBAEAAwABAAIAAQAJBAEAAgAKCAEADgQSBgwICgADAAIAEAYOEgEABQYMECM2AQAICAEABwgKCAgEKQgFABsAAwAFBAgMBgYBAAEAAwAHBAIABgQCAA0OCwgfCAgGBgAEACcIIgAFAAMAAQAKAAcADwAUAAUABgANABcADQAEAAQAHQAKABIAigaPcwgIPWoBABIcGCoBAAUGKTIMAAMAEgAFAAIAAQABAAcADQABABMAGQQeMgEAAQABAAwMgQmOfAcOGjIKFAQIAwYBAgIEAwQOHAECAQIPGAMEChRfjy2DWo1ACAAHAIFLkhWEjn5lAGYMiwY1jAsABwEHAwMckVgdkV8BGoEVlhRvjhkkjh59ih1thRNZTCCERBSFckZzgVqEf4FrhXQMjyEEiSw/AAOEC1yECoRehA+BI4hSbY4lgQeTMBqBGjeKaQoAP4URgRGPHgmSPRWILAsCLwIPiG0viGwXABEAFgAQAA6DIhiDIxmDAQaEfQaHfA8AWYhPAAgAjBolg1cmiHEbiHAVADsABYN+A4N/AIgVABAAHDpxIIwKBYMxA4gbABAACAEYEIEHCygRJwAKAIxCKoNxAIVLIYJPAAQxiBQAiD0BJQAXWw4CiGIciEcHYgAGBYdeLYNAACoAAgACYYNzDAMSiQkGiQoAiQ8Afg+IDg0AKAIAiGUAjCIHi10FaSQdOokgCwABiGcHgkMCgw4GWzCBAAaLVFEXgU9COYQRUgI+AwCFIIFIgkIVkAGCIYgcgSEAgSBVgTGEYlaEDwMAF4R3FYduABY2gw8Mh30AjCQ7TAOBaYFIgTQlhEUVhkaBLIZHFwAdiD6CXZUrAItUZ4EURQAxgzgJgzmBGYQkDIVICoEfV4FTE5EfWJMwGYQdgQqEdwwAPwCBCIR5SYgXXI0QOIZUgVyMI0WDdR+SZoE6iSOCWgAiAGqDSEqBAQuHeAQCBwACAIMtkCsbgzldjCQdg2IXhnNriGAekTtNZW2JPIFHiT0ViTwXACsAgkEAEIo7AYo6JQAwAIIMAAiJHzKJHi4AEYldPoleCQA5iW9IiXAKgwYDi20SiGA2iRdTiRiBLIYjgQSGIlcAZgAyABeENFuBBWKLW4EskWprgQ8HgRAig1GBHYV3gT4AFYlBAI0cA4JogleBehWIQ1OKHjeKHyOHUAKHUVyDehaFfA9TG4ZfW4JJCYMehwaDHVKFTx+NfIJIgW9RjHsRihg0gQEAWgAvgTcGT4RSCodrGoMcW3Mwgis9gxhJihUfjmItjhuBfIpOX4QcLIg9NIVEEoNiFZIHK4ssgSeIb3ONXC6HQR4AJgBhAG0AgVEALoY0gm6GM4ERgjYogjeBYgCBVo0zCIdyCIU+HYMiJAsjiSsAiRoXg2Rej2kRgl4lijIAghIBhjFTCgACSiGBg0aCTIMXg2KkI6QyY4MXok2UIkOBPgACSj75LgODKQKHIASLLwM+AYc4AI1vE4ZbAJQGAIJRCYQMBoRZAJsWAKllEaleB5d/AJQDAI1ADYEBAI1cAIgiAIodCYlKAJBPAIJOBoY7AJIgAJZLCoQoCYkhDYg2CYgnggugHBOUP4EVhUw5iG0sAAyfNoEkgRwxElCBSGmBGgGCQYE0gkYlhCUUmH8ChR6BN5VuSoFhgQ1iUWNohEUAmnc4n0QAn0kumTZ2hzhGr10EqWyCEZ0BCYQTAIR/O4JEgW6GRgCDYQCLMgeQYRuLMAKCLwoCKYdjG5BqBZBlBKlAJIFzS6MFMYc8X4F3EokGD5FjFqJUB6IpTJ4GbJI1AJJ/AJpedZQ6GqFTVYYKGJNNZIs+ZYs5H6c0gU+XORIDOVSBST8Aj2kRj1odjTscgjUfoBpvnUcuAgCCMTwhIRIikBqBSgI6oCo4oE0AhHEihE4VA12SKDCZM4EVhSwAixpGmGcenSobiV0ynAAMmnl8lEs4AACURACFGVGBAy6dBHqPbwiMGW6PGWSeABudfWyRWDabNAKdZReKRwCUYACKH1aKLh+ZSwOBIwqBUIIHjwoMBXiPH4EKiBAopkINrlMtrlIqmltyhEkXkWSBO4VIAYpHgQOQTgIDgSOSRTyTVDuCGxOcLQ4EAI8XgTI2DaIuFIJwKINYAJEPAIsyIZURDINwE5FRADMboSIMjC82gxgpkGkeiz49kRYApX8AlzoAjwAAjxE0DQCRUQSUYAKFKwKTfQ2PMkMEAAJiaoGJeoFgAoVGBIY+AEMLAAJN64GLdGQYhi0YZIELgXSBEIhkEIg2EIowgVWJTGCFKU+GMzhDCAACSk+BjVENBoRrUYVuG4p8gXCOL4F/mkI0gmEnQ1MAAkp3gZIlG4E3LIFzCYE2F4FYLIVgXoYPgi9XhG+BSneDWSKCbhgraYJFghuCHoEEgwyBS4Urd4IMggeCDSwAJwAriFKBFoUdDYM3HgADAAMAgU6Bal+EMoIxhh+BFQCBAIhqJIhrUoFmgX2FQECEXxiCS4FaAF5lHWRDgXBZhB6BC39ohCofH4FHhz1VgTgAgSmCSIZmYYRnfoN1VoMEUyAEgyeBOIM6gWAHgTWDNUcAOQADAIEJAIEsAIFvgUYFgUdGAoEcAhmCNoESXheDFQ8DJIFsM4FrXgASAIFAADIABgCBYIYmDUg3hnFBAIEjh1YEKF2IAVMJAAJtIoGSGQi6KZ4mk3WQY5EuizKDEkMBAAJ2B+04Q4JVAAJtUfolTpJeAIESAKM3AIVxAJIKAJF7AKQ8AJVtQoI3AJx4BJcZDwQEjRYBhW8Khz8vkWEAFgCCAwCmICiBMgODJgSofwyRVE2URACpEwCCVgCDLACFDQCEFE6EPkyCcgCfMiqCXgGHLTyPOQCDM3KKewCOODSUXyaYRB2YQSqlMhOkARmqTACeKT2HRQ+CSYEliiyBFo02gWebJ4EHjgRhhRwBjBCBbY5ALpMBPJpbAwIYiFQAjT4NlR4llF8Glwodl1OBN5YFJpRECohXHKF6JZ9/AAOBaoQTLI8MgQaYV1WCbiWpTG2IeS+KaRSMKgWkfx+VVAqKFDifdwCBGDWTSBGFFRGFFh+UVwCrFACrGw2MPoErhwodgnCCQJYPAAk6AAgIJAAejUJwhjwBgTWBXodqgUpbCJlNG4k8BY5CgRmSeimTdwCUJHMnEZNXGZZuMq4bW5ImPZhyRIEcRpNnNYE3IZo7KoMsB4NbD6AegRScRWCWSA6MboE5oxcAFS4Ye5RyC5ASC6JfCoIpGYF/FQBvoXwsnysNUSwFgXCoFiYFggeoAxSVDgCBUhqSWgMAA6YBEREKiiIehmkBl0AAh3cQiggfl2MBiRcCkzgCixYUkXMAhAgAiXcAiU4ZYA6SLwOkbgwVDZ9nAIpQAIgDAFwAijMAk0gAlTwAmDc1hC4APQCBKhaCHACLMgCaQyOLZgWREwSITAB0AYccD45QAIVkAKRNAEEABACJRgGJRxaMZg+MewaENg2iBACeZQyFbBydNgGWLQGGYxKCOgCCOQAcAJJWKIdWDJwtAJdGJ5V/EYdFAYV2AIh9DI1IAJZaAKx9AI4CAIg9AAoIi3oJi3kDqCoYllcAhHUFg2kChC4EimcEk2oIljMBjGSBDp8IAhcEEGGeeWSeeIEcqGcCmVYrj1cAAzCNUhSNYgUzAKNHJaNwDZs1gyCGIwKEBQeKQBuMZQCMXACLSQ6TTiODewCQawekIB+EcD+iWSKfUiuBHQuPLyyVKRUEhDEkFQcLhi4IhFqBB40+CJ8fAJMaCpwggXGcHxGJDgqTTIIrgRSBM4EPgQKod0yULkWOaQaGehOMQymNFhhTFJU8P59ZK5BAgQOVboE3qEeBTweBV5QYgRCTfT2WWBuBPW2CKCaKezqMQUOWboIKlm0mlnSBKJ0LMYYyJxsLjEoFAASQewWQZiSMOxAGG55uQZ5/ABIXEwiMSiqMRxWMNCqMKRICa4MLEpxWAZlJKpNuglSDEIMRkAs6ogQwQheQJxCQEoGjKpZLHoIXApkWAIx9CC5hgxgRUiaOJw2PTCyBShmITwyKLl+rUwQMHYEICY4KF40DAhhDg2BDEwACcA6Bin2NBYIYgSCDH4J8bxWCaIk7CYY4cIJJHnQwUBmDHoIFkyKBfZQACotlgVSBTIFQhG+BTYMJgiaBa4M/galOgSVDCwACbpmBjSaEb1Cndz2DOgOGA2mBGIFSjgEHhUQGl3NxhSFigyRFQwEAAnlngY55QwEAAvg7gY9rQ3MAAm10gZQMOYYdLYJygSuGEAKCM0SEcwB6gWyDQoEMhiFhgnIARyOEJDo/VoNlaIIxgRmGMhiGMwQABQAqgVgvgVlrhkSBLIEwUId1hASBFgCBQoJ1glmBCwCDBAIfAAwAggAAWYhegQmBfXwjRCUTAmmEZzaBOwyBPIUVgT0ZACQAOgAMAGMAOQAgAF8AagCBawAoAFoAgV0AhEEAB4dAXIMFg32DOEiHdRaHJEqHJSqEVCuCIyKBZieCE4EPgjxAgU0AgicAgUQYghclVCwAH4VYCIQlEYINNACDL4UuhAuFL4Ezhxxyhx0jACsAIQKHCASBNoE4EYE5BwCCeQCDHgAohnYIhHFBhCYBgg8BhCEgAFgAZACBZQCCZINUgWaDVUAAghSGFEeGEyoADIEYg1aCVoEtgwSBXYZzJoN+RIN9UYVQhHmFUYFdXo5VhziBlECGU2MBAAAAIF4BY4FzAAAAogGCBoVtEIMhAQaDMgcQgzkBBoNKuE4BgSYCAYEogkIJglcGCYQOHAGBeYERAYFlOwGBWYMYH4QyQAmDegoJhASBbwGCPgICgkoNB4IiWQGCRpIdAoQYBAOEWwAChB0IAYRkBgGEegIDhHwBA4UCAwGFCAABhQwAAoQnAAKFDgABhCoBA4VQAgOFVgEGhVoBA4VhAQSFZQEDhWoABoZWAgGELgAHhmMBAoZrAAOHdgECh3oABId+AAiIBQIDiA8BBYoIAQeKDgICiiAAA40WAQGNHwIKkCYAApN1AwGTeQAFl2EAAps7AgKeezEBZQUBgRQAAYEQAAGBGAABgRwAAYEMAgGBCAcBgSoCCIJhDgKCaoFKJINRhGQBghUMAoIQtH8Bhm4yAYZwVwGKLgABjSQXAYUjAgGFJggDhXoLAYV+KwGGfT4BiCCBOgGQM4EkAZtBgTkBhSwaAYYEGQGQUxABiDdBAYYHBQGEYAQChTEIAYcRFgGIO0kBl3MzAYg/NwGbUBoBhTUFAYYNOAGUGy8BhxkFAopcgTsBiFiDDgGbYBwBm1soAZ8YgXQBkHkNAZtkghwBmBuBRwGYIB4BhzQcAYc2DgGLAw4BkQGDdwGEfwUBhz8BAYh/KwGHQVwBnzsjAZgvNAGJBQMBiyIHAY4HDAGUXDIBiQmCXwKFCQ4BhjmBEQGLNSABlHAIAZg9UQGFThABizhYAYs7CAGOGh0BmEKDNwGfVIEoAYdRDAGVFwUBnBowAYZCfgGLXwEBi25SAZFRgUEBmGcnAZwogjABkVYYAZhyZwGVRR8Bh1qBGQGcMGkBh1wKAZkAFAGRZBQBhkoiA4k9HQGMDod1AYwbgQMBlWk6AZIDBQGZIh0Bh3AQAYdqJwGJTzMBjCd+AY57hj0BiWeBCwGWEw4BmUiCEQGMRYEyAY8WglMBmVwkAZ0DgRkBlictAZljAQGGXAYDhl4DAYlyLAGWKzIBjFcHAY8oAAGPJgwBkjkgAZYwgSUBmW4JAo8rRAGSQw8BnRA/AZJGgWsBjz2BCQGdIYEnAYxgdwGPQxYBj0WBTAGdNIlIAZ1FaQGaHIE1AYgDNgGPXoE0AZ1WgS8BkxiCTwGXBIcFAZ12gn0Bkzo+AZpSgj8BkAhuAZ4IhC0Bk0wkAZ4fiksBmw+INQKQIxQBk2sSAZdXDQGbIw0Bnl4wAZsrAQGeYoI3AZdfAQGbMAkBnmuBawGec4GZUwGCGaFdHYN6AA+EGQEChCqOUgGBAgABgQYAAYEKAAGBDgABgRIAAYEWAAGBGgABgR4EAYFHAAGBSwABgUkBAnABA3QBBYEgAAKBTQAEgV8CAoIMgRwBgQAGCYJNBxmCbQYZgweBBQGCBmOBAwAAL9ABogABAacywCEBuCiCEAGiCC0BrGiBCwG4NmwBshQqAbg9JwKiDCMBsDhbAbIZgQIBsD2CNQG1AjABuFWCNgGiH4FQAbhbHwGvGk8Bsj8pAbUNgj4BqniCTQG4cIQ1AaI0FAGvYFcBtUGCTAK1SoF+ArJzhh0BtWxKAbEQgQMBtXsvAbkmgnUBpTs9AalWewGibwkBp2E/AblBgkoBthMBAblIZAGzRk8BtjhnAblNhHoBqWKCFQGjB1IBsS4FAbZEKQGwCIIWAbl2hHoBp3aBUwG2aw8CuieBewGldzYBqW5MAbZvaQGwDIFdAbFPQgG6R4IFAbpKFAG6TBYBpgAxAbQPBgG3EUsBsVSBCwGjMU4BriOBEAK3GBMBumOBAwGmCBsBqXwqAbcfKAG3IoJ7AaBEWwG6e2ABphASAaoAKAG7BzcBqgM6Abc4gUQBo092AasjOAG3OwUCtz07AaBZFgGmHhgBrC2BTAGgXoEVAaoMEwGrLIJ1AaBvDgGmKxwBt0hhAahJgigCo2qBOgGmNCkBsWWFJwGjdDoBpjl6Aas4gQcBtEaDJQGsP4F8AaQOg20BplZLAatJgwEBoTgPAaQsCAGkKigBrVmGaQGpFQcBq1kLAbAbghIBqjyELwGrYnMBrWAqAa5dgikBoWAgAqkqgVoBpwZdAaRjMAGtIQMBrWIcAacQgToBoW6CJQGqXoIaAa4TUwGhdyIBrhYZAaR7UQGheoI0Aa5ggwABrjuBAQGuPV4BqUSBCAGtOWMGAABQYwG8SooQAbxb5UwBu3owAbt9kGIBvB9zAbwqYxYAAF6yAb1RhB8BvV6PGAG+GYVIAb49VAG+QYRNAb5XiR0BvwGGTgG/I4JkAb8thDYBv0CBCwG/SIZGAb9uhFwBv3UsAb94BAG/e41pAcBKAAHATYsdAcBthQIBwH6ECQHBDQUBwQqBdgHBHGNGAABOgwHGYYUBAdEBAwHRBYJuAcZ4AwHMIwkB0QmSSwHHOIR+AcxyhW8Bx1UHAc0IhU4Bx3VOAc0fgikBwnSGPgHDJ2kByCSEVALNZSIBzWgtAcM8AwHITAIByEmEOAHDbAUBw0UIAcNASwHIVIEEAc12hm0Bw3+DQAHJGwMBySGBMQHOM4RCAcQvAwHENhIByUKCAwHEOx8ByVOCAwHOVoEMAclhgREBzmeGHgHPCoJxAcRxJQHEcwAByhE3AcR2OQHKFwUBzxdrAcR6gyYCxQhCAcUMiWgBz2iDJQHKeSIBz3GBZwHFZ2gBxXARAcVuhA8B0AoaAcsegWIByyEkAcslAwHLKIJSAcYXHgHLPgcB0B2EXAHLT4oYAcZQCAHLdIFjAct+gRQBzAKBHgHQY4UPAdB0IAHQdoMPAdB5YwEAAGWyAdF1YwQAAHNeAtJqgigB0nSEEQLTCYQkAdMZYy4AAFaMAdpCimMB2lmEdAHWNpBhAdZghwEB1wWCWwHXDIwUAdc1GAHXQIFBAddCgUcB10UGAdsjgyAC2y6CNQHbNIJYAddkgjsB13MAAddwGAHbRYNDAdtWgi4B22mBXgHYEYJNAdgXgloB2CeFWALYPIUPAdQDhHoB1BArAdhvgwUC1DQTAdh6gyUB1EceAdkIgxsB2RaDEwHUaxQB2SiBWAHUeoQRAdUDCgHZO0oB1QsCAdUICQHZPoIxAdUQhXQB2WyGWwHVT4E7AdVViTEB2jFNAdo1OAHVfmNnAABRLQHeDwUB4HqKcAHhARUB5UqIfgLhCQsB5nyCHAHeGYJbAeNNgSUB3hx/AeNPgVAB41GEKwHeIBQB6BiJVQHeMQcB41oIAekFh0cB3jo2AeNiGAHnBgcB6B4FAelMiXIB3kMTAuEvHwHlWAAB5V0BAeVbCwLnCREB6keDKAHjdAkB5w2BBQHhO4oiAeFGAwHjfwgB6VOCOQHebRIB5AWCPgHhUQMB5AsCAecZiBUB5W2CbgHfDwQB4WmDUgHfEg0B6V2BBgHkHYdKAecnEALpX4MtAeIKGAHkLII+Ad9JCAHiFh0B6WJ3AdxZgwYB5hQYAekcAgHpZ4JsAeIzgw4B50IGAukegSUC33cGAeJDBQHkQoNiAd98CAHmH2wB5EyDHAHdE4F2AedOAAHnSRwB6SYWAeo5glAB4B0GAeJjgk8B4mcBAeRvgRQB6EwXAuJuHQHkc1EC4DcPAeR2DwHqJ0wB5HloAd1FeQHifFUB3VlUAedZEQHqLYEcAeBLEQHmRQUC6FGBSQHjETwB5k+CBAHdcxIB3XkwAeMvFQHjKxkB5TQRAeZgRQHpPYFwAehzTAHjQRQC40QVAeh+BALpRmNfAAAEEAXsagAf7HEAGe0SumgB7S2cSwLrOjlS60EJAes3AlXsFAYB6zWBjA8B9gKHMgHuO4h8Ae8AgXkB7xeQCAHwFm0B8B6BtFsE7isBIu4wBAHuVgEF7lkBA+5fAQHuZAEE7mYBA+5rAQfucAEC7nkBD+59AQLvDQEB7xEBE+8UAQjvKAEF7zEBHu84AwTvWQEG714DA+9nAQnvbAET73cBAvAMABDwDwMB8CEDDPAmAQfwMwEX8DwDFPBWAQXwbAMN8HMDCfEDAQjxDQEQ8RYBIvEnARPxSwEk8WAADPIFAQfyEgEO8hoDG/IqAQfyRwE58lABHvMLAQfzKwEe8zQEFPNTAQfzaQEK83IAB/N9AQv0BQEz9BEBHvRFARb0ZAEh9HsBAfUdAQH1IAEY9SICMPU8AQb1bgAm9XUCP/YeAQv2XgED9moBQ/ZvARH3MwEo90YBAfdwAAn3cgEX930BRvgWARf4XQEN+HYBa/kFm2gF6zMCD+s6AIFu60ooBu1hi3IC7hOEtXAB9DJjgSMAAHDVAYGEWb1kAfprgaBDHoGACwEFgYArAR+BgDICEYGAVAEGgYBnAQ6BgG8BMIGAfwEJgYExARmBgTwBEYGBVwETgYFqAQWBgX8BBIGCBQAHgYIKASSBghIBBIGCOAEOgYI+AQOBgk0BAYGCUQEPgYJTAQeBgmMCBoGCbQEggYJ0AQGBgxUCDYGDGAEUgYMnAgmBgz0BAYGDRwEVgYNKAR6Bg2ACKYGEAQIBgYQtASaBhDABDIGEWAIdgYRmARmBhQUDB4GFIQEOgYUpATGBhTgDDIGFawIPgYV4i282+XECKPoqAQT6VCYB+l8HAfpjEAGBh04aAYGHVYIdAvsGQQH7FhAD+xgKAfshAQH7IwID+yUHB/srBgX7NAoB+z0GAvtBDgL7SQIB+00IAftRAQH7UwIB+1UCAvtYBgX7XQQE+2UIAvttCAP7cwIB+3cEAft7AQL7fQUB/AEDAfwEAgn8BgME/BIDB/wXAwL8IQQC/CQBCfwnAQL8MQEB/DQBC/w2EQH8RjUD/FADAfxVDgH8XAEB/F4GAfxiBAT8ZQEC/GoEIfxtAQT9DwEa/RUBAv0xAQH9NBEB/ToFAv0+AQL9QQUB/UYBAv1IBAH9TAcB/VADAf1SAQP9VAUB/VoEAf1dAhT9XwEB/XUBAv13AwH9egMD/X4BA/4CAQH+BgIS/ggBBP4cAwb+IwEh/ioBBP5MAQL+UQMI/lUCBv5gAQL+aAEK/mwBE/53AQT/CwEF/xABDP8WAQz/IwEI/zEBCP86AQL/RAED/0cBA/9LARz/TwEJ/2wBA/92AQj/ewECgYAFAgGBgAmLCAGBhyUWCYGGCwELgYYWAQKBhiMBA4GGJwEMgYYsAQKBhjoDAYGGQAUGgYZHAQGBhk8BBIGGUgEDgYZYBQyBhmEBAoGGbwIHgYZ0AgSBhn4CBoGHBRoBgYcMCgOBhxKE+TkBgYM1UQGBgzKeXQGBhFBjgUgAACPaAYGTHJUqAoGKHQMBgYohPgGBii4IAYGKMYNDAYGJRoIjBIGJSQEBgYlSAQOBiVgAAYGJXdNPAYGKT6ZIAYGNAYo0AYGNdJo5AYGOTYgUAYGOa5N1AYGKaYcLAYGPHZk4AYGUEIGBGAGBkkaCSwGBklKCWgGBkl1KAYGNGYIpAoGNL4lNAYGNTi8BgY1RAQGBjVMBBYGNVQEKgY1bAQOBjWYLAoGNbgYJgY1zAQSBjX0EAoGOAwECgY4GAQKBjgkBBIGODAEBgY4RBgWBjhUDAYGOHAYGgY4gAQOBjicBBoGOKwEGgY4yAQSBjjkBAoGOPgIEgY5CAQGBjkcBBoGOSQUGgY5SAQKBjlkBAoGOXAECgY5fAQ6BjmIBAYGOcQEEgY5zAQGBjngBB4GOegEBgY8CBwWBjwcBA4GPDQETgY8RAwuBjyYBBIGPMgMDgY84BgaBjz4DB4GPRgEBgY9OAwKBj1ECBoGPVAEDgY9bBwiBj2IBB4GPawMFgY90AwWBj3oDAoGQAQIDgZAEAQKBkAgBAYGQCwIDgZAOAQiBkBIBAoGQGwEIgZAeAQKBkCcKDYGQLgQBgZA8AwGBkD4IAYGQQgYBgZBFAQGBkEcIA4GQSQkCgZBODAGBkFYDAYGQWAcCgZBcCQKBkGEBAYGQZAcBgZBoCwGBkG0RAYGQchMBgZB6DAGBkH8BAYGRAQcBgZEFEgKBkQgOA4GRDCICgZEUAwSBkRgBAYGRHQEBgZEfBgKBkSMDAYGRJwEFgZEpBBKBkTACA4GRQwEDgZFHCQGBkU0BAYGRTwUDgZFTBQGBkVgCAYGRWgQBgZFdCQOBkWBLAYGRaAMFgZFrAwKBkXIOAYGReQkBgZF9BgGBkgEBAYGSAwICgZIFBwGBkgkBAYGSCwQBgZIOAgGBkhAcAoGSExEBgZIZGgGBkhuBeQaBkjABAoGSNwELgZI6iEsVgYlJADCBkmEAAYGTHFQBgYo0BAOBijcEAoGKPAExgYo/CgKBinMCCoGKdgIBgYsCAQmBiwQBCIGLDgUCgYsZAwWBix0CDYGLIwEEgYsxcwGBi0IQDIGLRQEJgYtSAgGBi1wMAoGLYgECgYtlBASBi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Uint8Array(bytes); +} diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/pdfjs/pdf.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/pdfjs/pdf.js new file mode 100644 index 00000000..eb2224db --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/pdfjs/pdf.js @@ -0,0 +1,9525 @@ +/* Copyright 2012 Mozilla Foundation + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ +/*jshint globalstrict: false */ +/* globals PDFJS */ + +// Initializing PDFJS global object (if still undefined) +if (typeof PDFJS === 'undefined') { + (typeof window !== 'undefined' ? window : this).PDFJS = {}; +} + +PDFJS.version = '1.3.91'; +PDFJS.build = 'd1e83b5'; + +(function pdfjsWrapper() { + // Use strict in our context only - users might not want it + 'use strict'; + + + +var globalScope = (typeof window === 'undefined') ? this : window; + +var isWorker = (typeof window === 'undefined'); + +var FONT_IDENTITY_MATRIX = [0.001, 0, 0, 0.001, 0, 0]; + +var TextRenderingMode = { + FILL: 0, + STROKE: 1, + FILL_STROKE: 2, + INVISIBLE: 3, + FILL_ADD_TO_PATH: 4, + STROKE_ADD_TO_PATH: 5, + FILL_STROKE_ADD_TO_PATH: 6, + ADD_TO_PATH: 7, + FILL_STROKE_MASK: 3, + ADD_TO_PATH_FLAG: 4 +}; + +var ImageKind = { + GRAYSCALE_1BPP: 1, + RGB_24BPP: 2, + RGBA_32BPP: 3 +}; + +var AnnotationType = { + TEXT: 1, + LINK: 2, + FREETEXT: 3, + LINE: 4, + SQUARE: 5, + CIRCLE: 6, + POLYGON: 7, + POLYLINE: 8, + HIGHLIGHT: 9, + UNDERLINE: 10, + SQUIGGLY: 11, + STRIKEOUT: 12, + STAMP: 13, + CARET: 14, + INK: 15, + POPUP: 16, + FILEATTACHMENT: 17, + SOUND: 18, + MOVIE: 19, + WIDGET: 20, + SCREEN: 21, + PRINTERMARK: 22, + TRAPNET: 23, + WATERMARK: 24, + THREED: 25, + REDACT: 26 +}; + +var AnnotationFlag = { + INVISIBLE: 0x01, + HIDDEN: 0x02, + PRINT: 0x04, + NOZOOM: 0x08, + NOROTATE: 0x10, + NOVIEW: 0x20, + READONLY: 0x40, + LOCKED: 0x80, + TOGGLENOVIEW: 0x100, + LOCKEDCONTENTS: 0x200 +}; + +var AnnotationBorderStyleType = { + SOLID: 1, + DASHED: 2, + BEVELED: 3, + INSET: 4, + UNDERLINE: 5 +}; + +var StreamType = { + UNKNOWN: 0, + FLATE: 1, + LZW: 2, + DCT: 3, + JPX: 4, + JBIG: 5, + A85: 6, + AHX: 7, + CCF: 8, + RL: 9 +}; + +var FontType = { + UNKNOWN: 0, + TYPE1: 1, + TYPE1C: 2, + CIDFONTTYPE0: 3, + CIDFONTTYPE0C: 4, + TRUETYPE: 5, + CIDFONTTYPE2: 6, + TYPE3: 7, + OPENTYPE: 8, + TYPE0: 9, + MMTYPE1: 10 +}; + +// The global PDFJS object exposes the API +// In production, it will be declared outside a global wrapper +// In development, it will be declared here +if (!globalScope.PDFJS) { + globalScope.PDFJS = {}; +} + +globalScope.PDFJS.pdfBug = false; + +PDFJS.VERBOSITY_LEVELS = { + errors: 0, + warnings: 1, + infos: 5 +}; + +// All the possible operations for an operator list. +var OPS = PDFJS.OPS = { + // Intentionally start from 1 so it is easy to spot bad operators that will be + // 0's. + dependency: 1, + setLineWidth: 2, + setLineCap: 3, + setLineJoin: 4, + setMiterLimit: 5, + setDash: 6, + setRenderingIntent: 7, + setFlatness: 8, + setGState: 9, + save: 10, + restore: 11, + transform: 12, + moveTo: 13, + lineTo: 14, + curveTo: 15, + curveTo2: 16, + curveTo3: 17, + closePath: 18, + rectangle: 19, + stroke: 20, + closeStroke: 21, + fill: 22, + eoFill: 23, + fillStroke: 24, + eoFillStroke: 25, + closeFillStroke: 26, + closeEOFillStroke: 27, + endPath: 28, + clip: 29, + eoClip: 30, + beginText: 31, + endText: 32, + setCharSpacing: 33, + setWordSpacing: 34, + setHScale: 35, + setLeading: 36, + setFont: 37, + setTextRenderingMode: 38, + setTextRise: 39, + moveText: 40, + setLeadingMoveText: 41, + setTextMatrix: 42, + nextLine: 43, + showText: 44, + showSpacedText: 45, + nextLineShowText: 46, + nextLineSetSpacingShowText: 47, + setCharWidth: 48, + setCharWidthAndBounds: 49, + setStrokeColorSpace: 50, + setFillColorSpace: 51, + setStrokeColor: 52, + setStrokeColorN: 53, + setFillColor: 54, + setFillColorN: 55, + setStrokeGray: 56, + setFillGray: 57, + setStrokeRGBColor: 58, + setFillRGBColor: 59, + setStrokeCMYKColor: 60, + setFillCMYKColor: 61, + shadingFill: 62, + beginInlineImage: 63, + beginImageData: 64, + endInlineImage: 65, + paintXObject: 66, + markPoint: 67, + markPointProps: 68, + beginMarkedContent: 69, + beginMarkedContentProps: 70, + endMarkedContent: 71, + beginCompat: 72, + endCompat: 73, + paintFormXObjectBegin: 74, + paintFormXObjectEnd: 75, + beginGroup: 76, + endGroup: 77, + beginAnnotations: 78, + endAnnotations: 79, + beginAnnotation: 80, + endAnnotation: 81, + paintJpegXObject: 82, + paintImageMaskXObject: 83, + paintImageMaskXObjectGroup: 84, + paintImageXObject: 85, + paintInlineImageXObject: 86, + paintInlineImageXObjectGroup: 87, + paintImageXObjectRepeat: 88, + paintImageMaskXObjectRepeat: 89, + paintSolidColorImageMask: 90, + constructPath: 91 +}; + +// A notice for devs. These are good for things that are helpful to devs, such +// as warning that Workers were disabled, which is important to devs but not +// end users. +function info(msg) { + if (PDFJS.verbosity >= PDFJS.VERBOSITY_LEVELS.infos) { + console.log('Info: ' + msg); + } +} + +// Non-fatal warnings. +function warn(msg) { + if (PDFJS.verbosity >= PDFJS.VERBOSITY_LEVELS.warnings) { + console.log('Warning: ' + msg); + } +} + +// Deprecated API function -- treated as warnings. +function deprecated(details) { + warn('Deprecated API usage: ' + details); +} + +// Fatal errors that should trigger the fallback UI and halt execution by +// throwing an exception. +function error(msg) { + if (PDFJS.verbosity >= PDFJS.VERBOSITY_LEVELS.errors) { + console.log('Error: ' + msg); + console.log(backtrace()); + } + throw new Error(msg); +} + +function backtrace() { + try { + throw new Error(); + } catch (e) { + return e.stack ? e.stack.split('\n').slice(2).join('\n') : ''; + } +} + +function assert(cond, msg) { + if (!cond) { + error(msg); + } +} + +var UNSUPPORTED_FEATURES = PDFJS.UNSUPPORTED_FEATURES = { + unknown: 'unknown', + forms: 'forms', + javaScript: 'javaScript', + smask: 'smask', + shadingPattern: 'shadingPattern', + font: 'font' +}; + +// Combines two URLs. The baseUrl shall be absolute URL. If the url is an +// absolute URL, it will be returned as is. +function combineUrl(baseUrl, url) { + if (!url) { + return baseUrl; + } + return new URL(url, baseUrl).href; +} + +// Validates if URL is safe and allowed, e.g. to avoid XSS. +function isValidUrl(url, allowRelative) { + if (!url) { + return false; + } + // RFC 3986 (http://tools.ietf.org/html/rfc3986#section-3.1) + // scheme = ALPHA *( ALPHA / DIGIT / "+" / "-" / "." ) + var protocol = /^[a-z][a-z0-9+\-.]*(?=:)/i.exec(url); + if (!protocol) { + return allowRelative; + } + protocol = protocol[0].toLowerCase(); + switch (protocol) { + case 'http': + case 'https': + case 'ftp': + case 'mailto': + case 'tel': + return true; + default: + return false; + } +} +PDFJS.isValidUrl = isValidUrl; + +function shadow(obj, prop, value) { + Object.defineProperty(obj, prop, { value: value, + enumerable: true, + configurable: true, + writable: false }); + return value; +} +PDFJS.shadow = shadow; + +var LinkTarget = PDFJS.LinkTarget = { + NONE: 0, // Default value. + SELF: 1, + BLANK: 2, + PARENT: 3, + TOP: 4, +}; +var LinkTargetStringMap = [ + '', + '_self', + '_blank', + '_parent', + '_top' +]; + +function isExternalLinkTargetSet() { + if (PDFJS.openExternalLinksInNewWindow) { + deprecated('PDFJS.openExternalLinksInNewWindow, please use ' + + '"PDFJS.externalLinkTarget = PDFJS.LinkTarget.BLANK" instead.'); + if (PDFJS.externalLinkTarget === LinkTarget.NONE) { + PDFJS.externalLinkTarget = LinkTarget.BLANK; + } + // Reset the deprecated parameter, to suppress further warnings. + PDFJS.openExternalLinksInNewWindow = false; + } + switch (PDFJS.externalLinkTarget) { + case LinkTarget.NONE: + return false; + case LinkTarget.SELF: + case LinkTarget.BLANK: + case LinkTarget.PARENT: + case LinkTarget.TOP: + return true; + } + warn('PDFJS.externalLinkTarget is invalid: ' + PDFJS.externalLinkTarget); + // Reset the external link target, to suppress further warnings. + PDFJS.externalLinkTarget = LinkTarget.NONE; + return false; +} +PDFJS.isExternalLinkTargetSet = isExternalLinkTargetSet; + +var PasswordResponses = PDFJS.PasswordResponses = { + NEED_PASSWORD: 1, + INCORRECT_PASSWORD: 2 +}; + +var PasswordException = (function PasswordExceptionClosure() { + function PasswordException(msg, code) { + this.name = 'PasswordException'; + this.message = msg; + this.code = code; + } + + PasswordException.prototype = new Error(); + PasswordException.constructor = PasswordException; + + return PasswordException; +})(); +PDFJS.PasswordException = PasswordException; + +var UnknownErrorException = (function UnknownErrorExceptionClosure() { + function UnknownErrorException(msg, details) { + this.name = 'UnknownErrorException'; + this.message = msg; + this.details = details; + } + + UnknownErrorException.prototype = new Error(); + UnknownErrorException.constructor = UnknownErrorException; + + return UnknownErrorException; +})(); +PDFJS.UnknownErrorException = UnknownErrorException; + +var InvalidPDFException = (function InvalidPDFExceptionClosure() { + function InvalidPDFException(msg) { + this.name = 'InvalidPDFException'; + this.message = msg; + } + + InvalidPDFException.prototype = new Error(); + InvalidPDFException.constructor = InvalidPDFException; + + return InvalidPDFException; +})(); +PDFJS.InvalidPDFException = InvalidPDFException; + +var MissingPDFException = (function MissingPDFExceptionClosure() { + function MissingPDFException(msg) { + this.name = 'MissingPDFException'; + this.message = msg; + } + + MissingPDFException.prototype = new Error(); + MissingPDFException.constructor = MissingPDFException; + + return MissingPDFException; +})(); +PDFJS.MissingPDFException = MissingPDFException; + +var UnexpectedResponseException = + (function UnexpectedResponseExceptionClosure() { + function UnexpectedResponseException(msg, status) { + this.name = 'UnexpectedResponseException'; + this.message = msg; + this.status = status; + } + + UnexpectedResponseException.prototype = new Error(); + UnexpectedResponseException.constructor = UnexpectedResponseException; + + return UnexpectedResponseException; +})(); +PDFJS.UnexpectedResponseException = UnexpectedResponseException; + +var NotImplementedException = (function NotImplementedExceptionClosure() { + function NotImplementedException(msg) { + this.message = msg; + } + + NotImplementedException.prototype = new Error(); + NotImplementedException.prototype.name = 'NotImplementedException'; + NotImplementedException.constructor = NotImplementedException; + + return NotImplementedException; +})(); + +var MissingDataException = (function MissingDataExceptionClosure() { + function MissingDataException(begin, end) { + this.begin = begin; + this.end = end; + this.message = 'Missing data [' + begin + ', ' + end + ')'; + } + + MissingDataException.prototype = new Error(); + MissingDataException.prototype.name = 'MissingDataException'; + MissingDataException.constructor = MissingDataException; + + return MissingDataException; +})(); + +var XRefParseException = (function XRefParseExceptionClosure() { + function XRefParseException(msg) { + this.message = msg; + } + + XRefParseException.prototype = new Error(); + XRefParseException.prototype.name = 'XRefParseException'; + XRefParseException.constructor = XRefParseException; + + return XRefParseException; +})(); + + +function bytesToString(bytes) { + assert(bytes !== null && typeof bytes === 'object' && + bytes.length !== undefined, 'Invalid argument for bytesToString'); + var length = bytes.length; + var MAX_ARGUMENT_COUNT = 8192; + if (length < MAX_ARGUMENT_COUNT) { + return String.fromCharCode.apply(null, bytes); + } + var strBuf = []; + for (var i = 0; i < length; i += MAX_ARGUMENT_COUNT) { + var chunkEnd = Math.min(i + MAX_ARGUMENT_COUNT, length); + var chunk = bytes.subarray(i, chunkEnd); + strBuf.push(String.fromCharCode.apply(null, chunk)); + } + return strBuf.join(''); +} + +function stringToBytes(str) { + assert(typeof str === 'string', 'Invalid argument for stringToBytes'); + var length = str.length; + var bytes = new Uint8Array(length); + for (var i = 0; i < length; ++i) { + bytes[i] = str.charCodeAt(i) & 0xFF; + } + return bytes; +} + +function string32(value) { + return String.fromCharCode((value >> 24) & 0xff, (value >> 16) & 0xff, + (value >> 8) & 0xff, value & 0xff); +} + +function log2(x) { + var n = 1, i = 0; + while (x > n) { + n <<= 1; + i++; + } + return i; +} + +function readInt8(data, start) { + return (data[start] << 24) >> 24; +} + +function readUint16(data, offset) { + return (data[offset] << 8) | data[offset + 1]; +} + +function readUint32(data, offset) { + return ((data[offset] << 24) | (data[offset + 1] << 16) | + (data[offset + 2] << 8) | data[offset + 3]) >>> 0; +} + +// Lazy test the endianness of the platform +// NOTE: This will be 'true' for simulated TypedArrays +function isLittleEndian() { + var buffer8 = new Uint8Array(2); + buffer8[0] = 1; + var buffer16 = new Uint16Array(buffer8.buffer); + return (buffer16[0] === 1); +} + +Object.defineProperty(PDFJS, 'isLittleEndian', { + configurable: true, + get: function PDFJS_isLittleEndian() { + return shadow(PDFJS, 'isLittleEndian', isLittleEndian()); + } +}); + + // Lazy test if the userAgent support CanvasTypedArrays +function hasCanvasTypedArrays() { + var canvas = document.createElement('canvas'); + canvas.width = canvas.height = 1; + var ctx = canvas.getContext('2d'); + var imageData = ctx.createImageData(1, 1); + return (typeof imageData.data.buffer !== 'undefined'); +} + +Object.defineProperty(PDFJS, 'hasCanvasTypedArrays', { + configurable: true, + get: function PDFJS_hasCanvasTypedArrays() { + return shadow(PDFJS, 'hasCanvasTypedArrays', hasCanvasTypedArrays()); + } +}); + +var Uint32ArrayView = (function Uint32ArrayViewClosure() { + + function Uint32ArrayView(buffer, length) { + this.buffer = buffer; + this.byteLength = buffer.length; + this.length = length === undefined ? (this.byteLength >> 2) : length; + ensureUint32ArrayViewProps(this.length); + } + Uint32ArrayView.prototype = Object.create(null); + + var uint32ArrayViewSetters = 0; + function createUint32ArrayProp(index) { + return { + get: function () { + var buffer = this.buffer, offset = index << 2; + return (buffer[offset] | (buffer[offset + 1] << 8) | + (buffer[offset + 2] << 16) | (buffer[offset + 3] << 24)) >>> 0; + }, + set: function (value) { + var buffer = this.buffer, offset = index << 2; + buffer[offset] = value & 255; + buffer[offset + 1] = (value >> 8) & 255; + buffer[offset + 2] = (value >> 16) & 255; + buffer[offset + 3] = (value >>> 24) & 255; + } + }; + } + + function ensureUint32ArrayViewProps(length) { + while (uint32ArrayViewSetters < length) { + Object.defineProperty(Uint32ArrayView.prototype, + uint32ArrayViewSetters, + createUint32ArrayProp(uint32ArrayViewSetters)); + uint32ArrayViewSetters++; + } + } + + return Uint32ArrayView; +})(); + +var IDENTITY_MATRIX = [1, 0, 0, 1, 0, 0]; + +var Util = PDFJS.Util = (function UtilClosure() { + function Util() {} + + var rgbBuf = ['rgb(', 0, ',', 0, ',', 0, ')']; + + // makeCssRgb() can be called thousands of times. Using |rgbBuf| avoids + // creating many intermediate strings. + Util.makeCssRgb = function Util_makeCssRgb(r, g, b) { + rgbBuf[1] = r; + rgbBuf[3] = g; + rgbBuf[5] = b; + return rgbBuf.join(''); + }; + + // Concatenates two transformation matrices together and returns the result. + Util.transform = function Util_transform(m1, m2) { + return [ + m1[0] * m2[0] + m1[2] * m2[1], + m1[1] * m2[0] + m1[3] * m2[1], + m1[0] * m2[2] + m1[2] * m2[3], + m1[1] * m2[2] + m1[3] * m2[3], + m1[0] * m2[4] + m1[2] * m2[5] + m1[4], + m1[1] * m2[4] + m1[3] * m2[5] + m1[5] + ]; + }; + + // For 2d affine transforms + Util.applyTransform = function Util_applyTransform(p, m) { + var xt = p[0] * m[0] + p[1] * m[2] + m[4]; + var yt = p[0] * m[1] + p[1] * m[3] + m[5]; + return [xt, yt]; + }; + + Util.applyInverseTransform = function Util_applyInverseTransform(p, m) { + var d = m[0] * m[3] - m[1] * m[2]; + var xt = (p[0] * m[3] - p[1] * m[2] + m[2] * m[5] - m[4] * m[3]) / d; + var yt = (-p[0] * m[1] + p[1] * m[0] + m[4] * m[1] - m[5] * m[0]) / d; + return [xt, yt]; + }; + + // Applies the transform to the rectangle and finds the minimum axially + // aligned bounding box. + Util.getAxialAlignedBoundingBox = + function Util_getAxialAlignedBoundingBox(r, m) { + + var p1 = Util.applyTransform(r, m); + var p2 = Util.applyTransform(r.slice(2, 4), m); + var p3 = Util.applyTransform([r[0], r[3]], m); + var p4 = Util.applyTransform([r[2], r[1]], m); + return [ + Math.min(p1[0], p2[0], p3[0], p4[0]), + Math.min(p1[1], p2[1], p3[1], p4[1]), + Math.max(p1[0], p2[0], p3[0], p4[0]), + Math.max(p1[1], p2[1], p3[1], p4[1]) + ]; + }; + + Util.inverseTransform = function Util_inverseTransform(m) { + var d = m[0] * m[3] - m[1] * m[2]; + return [m[3] / d, -m[1] / d, -m[2] / d, m[0] / d, + (m[2] * m[5] - m[4] * m[3]) / d, (m[4] * m[1] - m[5] * m[0]) / d]; + }; + + // Apply a generic 3d matrix M on a 3-vector v: + // | a b c | | X | + // | d e f | x | Y | + // | g h i | | Z | + // M is assumed to be serialized as [a,b,c,d,e,f,g,h,i], + // with v as [X,Y,Z] + Util.apply3dTransform = function Util_apply3dTransform(m, v) { + return [ + m[0] * v[0] + m[1] * v[1] + m[2] * v[2], + m[3] * v[0] + m[4] * v[1] + m[5] * v[2], + m[6] * v[0] + m[7] * v[1] + m[8] * v[2] + ]; + }; + + // This calculation uses Singular Value Decomposition. + // The SVD can be represented with formula A = USV. We are interested in the + // matrix S here because it represents the scale values. + Util.singularValueDecompose2dScale = + function Util_singularValueDecompose2dScale(m) { + + var transpose = [m[0], m[2], m[1], m[3]]; + + // Multiply matrix m with its transpose. + var a = m[0] * transpose[0] + m[1] * transpose[2]; + var b = m[0] * transpose[1] + m[1] * transpose[3]; + var c = m[2] * transpose[0] + m[3] * transpose[2]; + var d = m[2] * transpose[1] + m[3] * transpose[3]; + + // Solve the second degree polynomial to get roots. + var first = (a + d) / 2; + var second = Math.sqrt((a + d) * (a + d) - 4 * (a * d - c * b)) / 2; + var sx = first + second || 1; + var sy = first - second || 1; + + // Scale values are the square roots of the eigenvalues. + return [Math.sqrt(sx), Math.sqrt(sy)]; + }; + + // Normalize rectangle rect=[x1, y1, x2, y2] so that (x1,y1) < (x2,y2) + // For coordinate systems whose origin lies in the bottom-left, this + // means normalization to (BL,TR) ordering. For systems with origin in the + // top-left, this means (TL,BR) ordering. + Util.normalizeRect = function Util_normalizeRect(rect) { + var r = rect.slice(0); // clone rect + if (rect[0] > rect[2]) { + r[0] = rect[2]; + r[2] = rect[0]; + } + if (rect[1] > rect[3]) { + r[1] = rect[3]; + r[3] = rect[1]; + } + return r; + }; + + // Returns a rectangle [x1, y1, x2, y2] corresponding to the + // intersection of rect1 and rect2. If no intersection, returns 'false' + // The rectangle coordinates of rect1, rect2 should be [x1, y1, x2, y2] + Util.intersect = function Util_intersect(rect1, rect2) { + function compare(a, b) { + return a - b; + } + + // Order points along the axes + var orderedX = [rect1[0], rect1[2], rect2[0], rect2[2]].sort(compare), + orderedY = [rect1[1], rect1[3], rect2[1], rect2[3]].sort(compare), + result = []; + + rect1 = Util.normalizeRect(rect1); + rect2 = Util.normalizeRect(rect2); + + // X: first and second points belong to different rectangles? + if ((orderedX[0] === rect1[0] && orderedX[1] === rect2[0]) || + (orderedX[0] === rect2[0] && orderedX[1] === rect1[0])) { + // Intersection must be between second and third points + result[0] = orderedX[1]; + result[2] = orderedX[2]; + } else { + return false; + } + + // Y: first and second points belong to different rectangles? + if ((orderedY[0] === rect1[1] && orderedY[1] === rect2[1]) || + (orderedY[0] === rect2[1] && orderedY[1] === rect1[1])) { + // Intersection must be between second and third points + result[1] = orderedY[1]; + result[3] = orderedY[2]; + } else { + return false; + } + + return result; + }; + + Util.sign = function Util_sign(num) { + return num < 0 ? -1 : 1; + }; + + Util.appendToArray = function Util_appendToArray(arr1, arr2) { + Array.prototype.push.apply(arr1, arr2); + }; + + Util.prependToArray = function Util_prependToArray(arr1, arr2) { + Array.prototype.unshift.apply(arr1, arr2); + }; + + Util.extendObj = function extendObj(obj1, obj2) { + for (var key in obj2) { + obj1[key] = obj2[key]; + } + }; + + Util.getInheritableProperty = function Util_getInheritableProperty(dict, + name) { + while (dict && !dict.has(name)) { + dict = dict.get('Parent'); + } + if (!dict) { + return null; + } + return dict.get(name); + }; + + Util.inherit = function Util_inherit(sub, base, prototype) { + sub.prototype = Object.create(base.prototype); + sub.prototype.constructor = sub; + for (var prop in prototype) { + sub.prototype[prop] = prototype[prop]; + } + }; + + Util.loadScript = function Util_loadScript(src, callback) { + var script = document.createElement('script'); + var loaded = false; + script.setAttribute('src', src); + if (callback) { + script.onload = function() { + if (!loaded) { + callback(); + } + loaded = true; + }; + } + document.getElementsByTagName('head')[0].appendChild(script); + }; + + return Util; +})(); + +/** + * PDF page viewport created based on scale, rotation and offset. + * @class + * @alias PDFJS.PageViewport + */ +var PageViewport = PDFJS.PageViewport = (function PageViewportClosure() { + /** + * @constructor + * @private + * @param viewBox {Array} xMin, yMin, xMax and yMax coordinates. + * @param scale {number} scale of the viewport. + * @param rotation {number} rotations of the viewport in degrees. + * @param offsetX {number} offset X + * @param offsetY {number} offset Y + * @param dontFlip {boolean} if true, axis Y will not be flipped. + */ + function PageViewport(viewBox, scale, rotation, offsetX, offsetY, dontFlip) { + this.viewBox = viewBox; + this.scale = scale; + this.rotation = rotation; + this.offsetX = offsetX; + this.offsetY = offsetY; + + // creating transform to convert pdf coordinate system to the normal + // canvas like coordinates taking in account scale and rotation + var centerX = (viewBox[2] + viewBox[0]) / 2; + var centerY = (viewBox[3] + viewBox[1]) / 2; + var rotateA, rotateB, rotateC, rotateD; + rotation = rotation % 360; + rotation = rotation < 0 ? rotation + 360 : rotation; + switch (rotation) { + case 180: + rotateA = -1; rotateB = 0; rotateC = 0; rotateD = 1; + break; + case 90: + rotateA = 0; rotateB = 1; rotateC = 1; rotateD = 0; + break; + case 270: + rotateA = 0; rotateB = -1; rotateC = -1; rotateD = 0; + break; + //case 0: + default: + rotateA = 1; rotateB = 0; rotateC = 0; rotateD = -1; + break; + } + + if (dontFlip) { + rotateC = -rotateC; rotateD = -rotateD; + } + + var offsetCanvasX, offsetCanvasY; + var width, height; + if (rotateA === 0) { + offsetCanvasX = Math.abs(centerY - viewBox[1]) * scale + offsetX; + offsetCanvasY = Math.abs(centerX - viewBox[0]) * scale + offsetY; + width = Math.abs(viewBox[3] - viewBox[1]) * scale; + height = Math.abs(viewBox[2] - viewBox[0]) * scale; + } else { + offsetCanvasX = Math.abs(centerX - viewBox[0]) * scale + offsetX; + offsetCanvasY = Math.abs(centerY - viewBox[1]) * scale + offsetY; + width = Math.abs(viewBox[2] - viewBox[0]) * scale; + height = Math.abs(viewBox[3] - viewBox[1]) * scale; + } + // creating transform for the following operations: + // translate(-centerX, -centerY), rotate and flip vertically, + // scale, and translate(offsetCanvasX, offsetCanvasY) + this.transform = [ + rotateA * scale, + rotateB * scale, + rotateC * scale, + rotateD * scale, + offsetCanvasX - rotateA * scale * centerX - rotateC * scale * centerY, + offsetCanvasY - rotateB * scale * centerX - rotateD * scale * centerY + ]; + + this.width = width; + this.height = height; + this.fontScale = scale; + } + PageViewport.prototype = /** @lends PDFJS.PageViewport.prototype */ { + /** + * Clones viewport with additional properties. + * @param args {Object} (optional) If specified, may contain the 'scale' or + * 'rotation' properties to override the corresponding properties in + * the cloned viewport. + * @returns {PDFJS.PageViewport} Cloned viewport. + */ + clone: function PageViewPort_clone(args) { + args = args || {}; + var scale = 'scale' in args ? args.scale : this.scale; + var rotation = 'rotation' in args ? args.rotation : this.rotation; + return new PageViewport(this.viewBox.slice(), scale, rotation, + this.offsetX, this.offsetY, args.dontFlip); + }, + /** + * Converts PDF point to the viewport coordinates. For examples, useful for + * converting PDF location into canvas pixel coordinates. + * @param x {number} X coordinate. + * @param y {number} Y coordinate. + * @returns {Object} Object that contains 'x' and 'y' properties of the + * point in the viewport coordinate space. + * @see {@link convertToPdfPoint} + * @see {@link convertToViewportRectangle} + */ + convertToViewportPoint: function PageViewport_convertToViewportPoint(x, y) { + return Util.applyTransform([x, y], this.transform); + }, + /** + * Converts PDF rectangle to the viewport coordinates. + * @param rect {Array} xMin, yMin, xMax and yMax coordinates. + * @returns {Array} Contains corresponding coordinates of the rectangle + * in the viewport coordinate space. + * @see {@link convertToViewportPoint} + */ + convertToViewportRectangle: + function PageViewport_convertToViewportRectangle(rect) { + var tl = Util.applyTransform([rect[0], rect[1]], this.transform); + var br = Util.applyTransform([rect[2], rect[3]], this.transform); + return [tl[0], tl[1], br[0], br[1]]; + }, + /** + * Converts viewport coordinates to the PDF location. For examples, useful + * for converting canvas pixel location into PDF one. + * @param x {number} X coordinate. + * @param y {number} Y coordinate. + * @returns {Object} Object that contains 'x' and 'y' properties of the + * point in the PDF coordinate space. + * @see {@link convertToViewportPoint} + */ + convertToPdfPoint: function PageViewport_convertToPdfPoint(x, y) { + return Util.applyInverseTransform([x, y], this.transform); + } + }; + return PageViewport; +})(); + +var PDFStringTranslateTable = [ + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0x2D8, 0x2C7, 0x2C6, 0x2D9, 0x2DD, 0x2DB, 0x2DA, 0x2DC, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0x2022, 0x2020, 0x2021, 0x2026, 0x2014, + 0x2013, 0x192, 0x2044, 0x2039, 0x203A, 0x2212, 0x2030, 0x201E, 0x201C, + 0x201D, 0x2018, 0x2019, 0x201A, 0x2122, 0xFB01, 0xFB02, 0x141, 0x152, 0x160, + 0x178, 0x17D, 0x131, 0x142, 0x153, 0x161, 0x17E, 0, 0x20AC +]; + +function stringToPDFString(str) { + var i, n = str.length, strBuf = []; + if (str[0] === '\xFE' && str[1] === '\xFF') { + // UTF16BE BOM + for (i = 2; i < n; i += 2) { + strBuf.push(String.fromCharCode( + (str.charCodeAt(i) << 8) | str.charCodeAt(i + 1))); + } + } else { + for (i = 0; i < n; ++i) { + var code = PDFStringTranslateTable[str.charCodeAt(i)]; + strBuf.push(code ? String.fromCharCode(code) : str.charAt(i)); + } + } + return strBuf.join(''); +} + +function stringToUTF8String(str) { + return decodeURIComponent(escape(str)); +} + +function utf8StringToString(str) { + return unescape(encodeURIComponent(str)); +} + +function isEmptyObj(obj) { + for (var key in obj) { + return false; + } + return true; +} + +function isBool(v) { + return typeof v === 'boolean'; +} + +function isInt(v) { + return typeof v === 'number' && ((v | 0) === v); +} + +function isNum(v) { + return typeof v === 'number'; +} + +function isString(v) { + return typeof v === 'string'; +} + +function isName(v) { + return v instanceof Name; +} + +function isCmd(v, cmd) { + return v instanceof Cmd && (cmd === undefined || v.cmd === cmd); +} + +function isDict(v, type) { + if (!(v instanceof Dict)) { + return false; + } + if (!type) { + return true; + } + var dictType = v.get('Type'); + return isName(dictType) && dictType.name === type; +} + +function isArray(v) { + return v instanceof Array; +} + +function isStream(v) { + return typeof v === 'object' && v !== null && v.getBytes !== undefined; +} + +function isArrayBuffer(v) { + return typeof v === 'object' && v !== null && v.byteLength !== undefined; +} + +function isRef(v) { + return v instanceof Ref; +} + +/** + * Promise Capability object. + * + * @typedef {Object} PromiseCapability + * @property {Promise} promise - A promise object. + * @property {function} resolve - Fullfills the promise. + * @property {function} reject - Rejects the promise. + */ + +/** + * Creates a promise capability object. + * @alias PDFJS.createPromiseCapability + * + * @return {PromiseCapability} A capability object contains: + * - a Promise, resolve and reject methods. + */ +function createPromiseCapability() { + var capability = {}; + capability.promise = new Promise(function (resolve, reject) { + capability.resolve = resolve; + capability.reject = reject; + }); + return capability; +} + +PDFJS.createPromiseCapability = createPromiseCapability; + +/** + * Polyfill for Promises: + * The following promise implementation tries to generally implement the + * Promise/A+ spec. Some notable differences from other promise libaries are: + * - There currently isn't a seperate deferred and promise object. + * - Unhandled rejections eventually show an error if they aren't handled. + * + * Based off of the work in: + * https://bugzilla.mozilla.org/show_bug.cgi?id=810490 + */ +(function PromiseClosure() { + if (globalScope.Promise) { + // Promises existing in the DOM/Worker, checking presence of all/resolve + if (typeof globalScope.Promise.all !== 'function') { + globalScope.Promise.all = function (iterable) { + var count = 0, results = [], resolve, reject; + var promise = new globalScope.Promise(function (resolve_, reject_) { + resolve = resolve_; + reject = reject_; + }); + iterable.forEach(function (p, i) { + count++; + p.then(function (result) { + results[i] = result; + count--; + if (count === 0) { + resolve(results); + } + }, reject); + }); + if (count === 0) { + resolve(results); + } + return promise; + }; + } + if (typeof globalScope.Promise.resolve !== 'function') { + globalScope.Promise.resolve = function (value) { + return new globalScope.Promise(function (resolve) { resolve(value); }); + }; + } + if (typeof globalScope.Promise.reject !== 'function') { + globalScope.Promise.reject = function (reason) { + return new globalScope.Promise(function (resolve, reject) { + reject(reason); + }); + }; + } + if (typeof globalScope.Promise.prototype.catch !== 'function') { + globalScope.Promise.prototype.catch = function (onReject) { + return globalScope.Promise.prototype.then(undefined, onReject); + }; + } + return; + } + var STATUS_PENDING = 0; + var STATUS_RESOLVED = 1; + var STATUS_REJECTED = 2; + + // In an attempt to avoid silent exceptions, unhandled rejections are + // tracked and if they aren't handled in a certain amount of time an + // error is logged. + var REJECTION_TIMEOUT = 500; + + var HandlerManager = { + handlers: [], + running: false, + unhandledRejections: [], + pendingRejectionCheck: false, + + scheduleHandlers: function scheduleHandlers(promise) { + if (promise._status === STATUS_PENDING) { + return; + } + + this.handlers = this.handlers.concat(promise._handlers); + promise._handlers = []; + + if (this.running) { + return; + } + this.running = true; + + setTimeout(this.runHandlers.bind(this), 0); + }, + + runHandlers: function runHandlers() { + var RUN_TIMEOUT = 1; // ms + var timeoutAt = Date.now() + RUN_TIMEOUT; + while (this.handlers.length > 0) { + var handler = this.handlers.shift(); + + var nextStatus = handler.thisPromise._status; + var nextValue = handler.thisPromise._value; + + try { + if (nextStatus === STATUS_RESOLVED) { + if (typeof handler.onResolve === 'function') { + nextValue = handler.onResolve(nextValue); + } + } else if (typeof handler.onReject === 'function') { + nextValue = handler.onReject(nextValue); + nextStatus = STATUS_RESOLVED; + + if (handler.thisPromise._unhandledRejection) { + this.removeUnhandeledRejection(handler.thisPromise); + } + } + } catch (ex) { + nextStatus = STATUS_REJECTED; + nextValue = ex; + } + + handler.nextPromise._updateStatus(nextStatus, nextValue); + if (Date.now() >= timeoutAt) { + break; + } + } + + if (this.handlers.length > 0) { + setTimeout(this.runHandlers.bind(this), 0); + return; + } + + this.running = false; + }, + + addUnhandledRejection: function addUnhandledRejection(promise) { + this.unhandledRejections.push({ + promise: promise, + time: Date.now() + }); + this.scheduleRejectionCheck(); + }, + + removeUnhandeledRejection: function removeUnhandeledRejection(promise) { + promise._unhandledRejection = false; + for (var i = 0; i < this.unhandledRejections.length; i++) { + if (this.unhandledRejections[i].promise === promise) { + this.unhandledRejections.splice(i); + i--; + } + } + }, + + scheduleRejectionCheck: function scheduleRejectionCheck() { + if (this.pendingRejectionCheck) { + return; + } + this.pendingRejectionCheck = true; + setTimeout(function rejectionCheck() { + this.pendingRejectionCheck = false; + var now = Date.now(); + for (var i = 0; i < this.unhandledRejections.length; i++) { + if (now - this.unhandledRejections[i].time > REJECTION_TIMEOUT) { + var unhandled = this.unhandledRejections[i].promise._value; + var msg = 'Unhandled rejection: ' + unhandled; + if (unhandled.stack) { + msg += '\n' + unhandled.stack; + } + warn(msg); + this.unhandledRejections.splice(i); + i--; + } + } + if (this.unhandledRejections.length) { + this.scheduleRejectionCheck(); + } + }.bind(this), REJECTION_TIMEOUT); + } + }; + + function Promise(resolver) { + this._status = STATUS_PENDING; + this._handlers = []; + try { + resolver.call(this, this._resolve.bind(this), this._reject.bind(this)); + } catch (e) { + this._reject(e); + } + } + /** + * Builds a promise that is resolved when all the passed in promises are + * resolved. + * @param {array} array of data and/or promises to wait for. + * @return {Promise} New dependant promise. + */ + Promise.all = function Promise_all(promises) { + var resolveAll, rejectAll; + var deferred = new Promise(function (resolve, reject) { + resolveAll = resolve; + rejectAll = reject; + }); + var unresolved = promises.length; + var results = []; + if (unresolved === 0) { + resolveAll(results); + return deferred; + } + function reject(reason) { + if (deferred._status === STATUS_REJECTED) { + return; + } + results = []; + rejectAll(reason); + } + for (var i = 0, ii = promises.length; i < ii; ++i) { + var promise = promises[i]; + var resolve = (function(i) { + return function(value) { + if (deferred._status === STATUS_REJECTED) { + return; + } + results[i] = value; + unresolved--; + if (unresolved === 0) { + resolveAll(results); + } + }; + })(i); + if (Promise.isPromise(promise)) { + promise.then(resolve, reject); + } else { + resolve(promise); + } + } + return deferred; + }; + + /** + * Checks if the value is likely a promise (has a 'then' function). + * @return {boolean} true if value is thenable + */ + Promise.isPromise = function Promise_isPromise(value) { + return value && typeof value.then === 'function'; + }; + + /** + * Creates resolved promise + * @param value resolve value + * @returns {Promise} + */ + Promise.resolve = function Promise_resolve(value) { + return new Promise(function (resolve) { resolve(value); }); + }; + + /** + * Creates rejected promise + * @param reason rejection value + * @returns {Promise} + */ + Promise.reject = function Promise_reject(reason) { + return new Promise(function (resolve, reject) { reject(reason); }); + }; + + Promise.prototype = { + _status: null, + _value: null, + _handlers: null, + _unhandledRejection: null, + + _updateStatus: function Promise__updateStatus(status, value) { + if (this._status === STATUS_RESOLVED || + this._status === STATUS_REJECTED) { + return; + } + + if (status === STATUS_RESOLVED && + Promise.isPromise(value)) { + value.then(this._updateStatus.bind(this, STATUS_RESOLVED), + this._updateStatus.bind(this, STATUS_REJECTED)); + return; + } + + this._status = status; + this._value = value; + + if (status === STATUS_REJECTED && this._handlers.length === 0) { + this._unhandledRejection = true; + HandlerManager.addUnhandledRejection(this); + } + + HandlerManager.scheduleHandlers(this); + }, + + _resolve: function Promise_resolve(value) { + this._updateStatus(STATUS_RESOLVED, value); + }, + + _reject: function Promise_reject(reason) { + this._updateStatus(STATUS_REJECTED, reason); + }, + + then: function Promise_then(onResolve, onReject) { + var nextPromise = new Promise(function (resolve, reject) { + this.resolve = resolve; + this.reject = reject; + }); + this._handlers.push({ + thisPromise: this, + onResolve: onResolve, + onReject: onReject, + nextPromise: nextPromise + }); + HandlerManager.scheduleHandlers(this); + return nextPromise; + }, + + catch: function Promise_catch(onReject) { + return this.then(undefined, onReject); + } + }; + + globalScope.Promise = Promise; +})(); + +var StatTimer = (function StatTimerClosure() { + function rpad(str, pad, length) { + while (str.length < length) { + str += pad; + } + return str; + } + function StatTimer() { + this.started = {}; + this.times = []; + this.enabled = true; + } + StatTimer.prototype = { + time: function StatTimer_time(name) { + if (!this.enabled) { + return; + } + if (name in this.started) { + warn('Timer is already running for ' + name); + } + this.started[name] = Date.now(); + }, + timeEnd: function StatTimer_timeEnd(name) { + if (!this.enabled) { + return; + } + if (!(name in this.started)) { + warn('Timer has not been started for ' + name); + } + this.times.push({ + 'name': name, + 'start': this.started[name], + 'end': Date.now() + }); + // Remove timer from started so it can be called again. + delete this.started[name]; + }, + toString: function StatTimer_toString() { + var i, ii; + var times = this.times; + var out = ''; + // Find the longest name for padding purposes. + var longest = 0; + for (i = 0, ii = times.length; i < ii; ++i) { + var name = times[i]['name']; + if (name.length > longest) { + longest = name.length; + } + } + for (i = 0, ii = times.length; i < ii; ++i) { + var span = times[i]; + var duration = span.end - span.start; + out += rpad(span['name'], ' ', longest) + ' ' + duration + 'ms\n'; + } + return out; + } + }; + return StatTimer; +})(); + +PDFJS.createBlob = function createBlob(data, contentType) { + if (typeof Blob !== 'undefined') { + return new Blob([data], { type: contentType }); + } + // Blob builder is deprecated in FF14 and removed in FF18. + var bb = new MozBlobBuilder(); + bb.append(data); + return bb.getBlob(contentType); +}; + +PDFJS.createObjectURL = (function createObjectURLClosure() { + // Blob/createObjectURL is not available, falling back to data schema. + var digits = + 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/='; + + return function createObjectURL(data, contentType) { + if (!PDFJS.disableCreateObjectURL && + typeof URL !== 'undefined' && URL.createObjectURL) { + var blob = PDFJS.createBlob(data, contentType); + return URL.createObjectURL(blob); + } + + var buffer = 'data:' + contentType + ';base64,'; + for (var i = 0, ii = data.length; i < ii; i += 3) { + var b1 = data[i] & 0xFF; + var b2 = data[i + 1] & 0xFF; + var b3 = data[i + 2] & 0xFF; + var d1 = b1 >> 2, d2 = ((b1 & 3) << 4) | (b2 >> 4); + var d3 = i + 1 < ii ? ((b2 & 0xF) << 2) | (b3 >> 6) : 64; + var d4 = i + 2 < ii ? (b3 & 0x3F) : 64; + buffer += digits[d1] + digits[d2] + digits[d3] + digits[d4]; + } + return buffer; + }; +})(); + +function MessageHandler(sourceName, targetName, comObj) { + this.sourceName = sourceName; + this.targetName = targetName; + this.comObj = comObj; + this.callbackIndex = 1; + this.postMessageTransfers = true; + var callbacksCapabilities = this.callbacksCapabilities = {}; + var ah = this.actionHandler = {}; + + this._onComObjOnMessage = function messageHandlerComObjOnMessage(event) { + var data = event.data; + if (data.targetName !== this.sourceName) { + return; + } + if (data.isReply) { + var callbackId = data.callbackId; + if (data.callbackId in callbacksCapabilities) { + var callback = callbacksCapabilities[callbackId]; + delete callbacksCapabilities[callbackId]; + if ('error' in data) { + callback.reject(data.error); + } else { + callback.resolve(data.data); + } + } else { + error('Cannot resolve callback ' + callbackId); + } + } else if (data.action in ah) { + var action = ah[data.action]; + if (data.callbackId) { + var sourceName = this.sourceName; + var targetName = data.sourceName; + Promise.resolve().then(function () { + return action[0].call(action[1], data.data); + }).then(function (result) { + comObj.postMessage({ + sourceName: sourceName, + targetName: targetName, + isReply: true, + callbackId: data.callbackId, + data: result + }); + }, function (reason) { + if (reason instanceof Error) { + // Serialize error to avoid "DataCloneError" + reason = reason + ''; + } + comObj.postMessage({ + sourceName: sourceName, + targetName: targetName, + isReply: true, + callbackId: data.callbackId, + error: reason + }); + }); + } else { + action[0].call(action[1], data.data); + } + } else { + error('Unknown action from worker: ' + data.action); + } + }.bind(this); + comObj.addEventListener('message', this._onComObjOnMessage); +} + +MessageHandler.prototype = { + on: function messageHandlerOn(actionName, handler, scope) { + var ah = this.actionHandler; + if (ah[actionName]) { + error('There is already an actionName called "' + actionName + '"'); + } + ah[actionName] = [handler, scope]; + }, + /** + * Sends a message to the comObj to invoke the action with the supplied data. + * @param {String} actionName Action to call. + * @param {JSON} data JSON data to send. + * @param {Array} [transfers] Optional list of transfers/ArrayBuffers + */ + send: function messageHandlerSend(actionName, data, transfers) { + var message = { + sourceName: this.sourceName, + targetName: this.targetName, + action: actionName, + data: data + }; + this.postMessage(message, transfers); + }, + /** + * Sends a message to the comObj to invoke the action with the supplied data. + * Expects that other side will callback with the response. + * @param {String} actionName Action to call. + * @param {JSON} data JSON data to send. + * @param {Array} [transfers] Optional list of transfers/ArrayBuffers. + * @returns {Promise} Promise to be resolved with response data. + */ + sendWithPromise: + function messageHandlerSendWithPromise(actionName, data, transfers) { + var callbackId = this.callbackIndex++; + var message = { + sourceName: this.sourceName, + targetName: this.targetName, + action: actionName, + data: data, + callbackId: callbackId + }; + var capability = createPromiseCapability(); + this.callbacksCapabilities[callbackId] = capability; + try { + this.postMessage(message, transfers); + } catch (e) { + capability.reject(e); + } + return capability.promise; + }, + /** + * Sends raw message to the comObj. + * @private + * @param message {Object} Raw message. + * @param transfers List of transfers/ArrayBuffers, or undefined. + */ + postMessage: function (message, transfers) { + if (transfers && this.postMessageTransfers) { + this.comObj.postMessage(message, transfers); + } else { + this.comObj.postMessage(message); + } + }, + + destroy: function () { + this.comObj.removeEventListener('message', this._onComObjOnMessage); + } +}; + +function loadJpegStream(id, imageUrl, objs) { + var img = new Image(); + img.onload = (function loadJpegStream_onloadClosure() { + objs.resolve(id, img); + }); + img.onerror = (function loadJpegStream_onerrorClosure() { + objs.resolve(id, null); + warn('Error during JPEG image loading'); + }); + img.src = imageUrl; +} + + // Polyfill from https://github.com/Polymer/URL +/* Any copyright is dedicated to the Public Domain. + * http://creativecommons.org/publicdomain/zero/1.0/ */ +(function checkURLConstructor(scope) { + /* jshint ignore:start */ + + // feature detect for URL constructor + var hasWorkingUrl = false; + if (typeof URL === 'function' && ('origin' in URL.prototype)) { + try { + var u = new URL('b', 'http://a'); + u.pathname = 'c%20d'; + hasWorkingUrl = u.href === 'http://a/c%20d'; + } catch(e) {} + } + + if (hasWorkingUrl) + return; + + var relative = Object.create(null); + relative['ftp'] = 21; + relative['file'] = 0; + relative['gopher'] = 70; + relative['http'] = 80; + relative['https'] = 443; + relative['ws'] = 80; + relative['wss'] = 443; + + var relativePathDotMapping = Object.create(null); + relativePathDotMapping['%2e'] = '.'; + relativePathDotMapping['.%2e'] = '..'; + relativePathDotMapping['%2e.'] = '..'; + relativePathDotMapping['%2e%2e'] = '..'; + + function isRelativeScheme(scheme) { + return relative[scheme] !== undefined; + } + + function invalid() { + clear.call(this); + this._isInvalid = true; + } + + function IDNAToASCII(h) { + if ('' == h) { + invalid.call(this) + } + // XXX + return h.toLowerCase() + } + + function percentEscape(c) { + var unicode = c.charCodeAt(0); + if (unicode > 0x20 && + unicode < 0x7F && + // " # < > ? ` + [0x22, 0x23, 0x3C, 0x3E, 0x3F, 0x60].indexOf(unicode) == -1 + ) { + return c; + } + return encodeURIComponent(c); + } + + function percentEscapeQuery(c) { + // XXX This actually needs to encode c using encoding and then + // convert the bytes one-by-one. + + var unicode = c.charCodeAt(0); + if (unicode > 0x20 && + unicode < 0x7F && + // " # < > ` (do not escape '?') + [0x22, 0x23, 0x3C, 0x3E, 0x60].indexOf(unicode) == -1 + ) { + return c; + } + return encodeURIComponent(c); + } + + var EOF = undefined, + ALPHA = /[a-zA-Z]/, + ALPHANUMERIC = /[a-zA-Z0-9\+\-\.]/; + + function parse(input, stateOverride, base) { + function err(message) { + errors.push(message) + } + + var state = stateOverride || 'scheme start', + cursor = 0, + buffer = '', + seenAt = false, + seenBracket = false, + errors = []; + + loop: while ((input[cursor - 1] != EOF || cursor == 0) && !this._isInvalid) { + var c = input[cursor]; + switch (state) { + case 'scheme start': + if (c && ALPHA.test(c)) { + buffer += c.toLowerCase(); // ASCII-safe + state = 'scheme'; + } else if (!stateOverride) { + buffer = ''; + state = 'no scheme'; + continue; + } else { + err('Invalid scheme.'); + break loop; + } + break; + + case 'scheme': + if (c && ALPHANUMERIC.test(c)) { + buffer += c.toLowerCase(); // ASCII-safe + } else if (':' == c) { + this._scheme = buffer; + buffer = ''; + if (stateOverride) { + break loop; + } + if (isRelativeScheme(this._scheme)) { + this._isRelative = true; + } + if ('file' == this._scheme) { + state = 'relative'; + } else if (this._isRelative && base && base._scheme == this._scheme) { + state = 'relative or authority'; + } else if (this._isRelative) { + state = 'authority first slash'; + } else { + state = 'scheme data'; + } + } else if (!stateOverride) { + buffer = ''; + cursor = 0; + state = 'no scheme'; + continue; + } else if (EOF == c) { + break loop; + } else { + err('Code point not allowed in scheme: ' + c) + break loop; + } + break; + + case 'scheme data': + if ('?' == c) { + this._query = '?'; + state = 'query'; + } else if ('#' == c) { + this._fragment = '#'; + state = 'fragment'; + } else { + // XXX error handling + if (EOF != c && '\t' != c && '\n' != c && '\r' != c) { + this._schemeData += percentEscape(c); + } + } + break; + + case 'no scheme': + if (!base || !(isRelativeScheme(base._scheme))) { + err('Missing scheme.'); + invalid.call(this); + } else { + state = 'relative'; + continue; + } + break; + + case 'relative or authority': + if ('/' == c && '/' == input[cursor+1]) { + state = 'authority ignore slashes'; + } else { + err('Expected /, got: ' + c); + state = 'relative'; + continue + } + break; + + case 'relative': + this._isRelative = true; + if ('file' != this._scheme) + this._scheme = base._scheme; + if (EOF == c) { + this._host = base._host; + this._port = base._port; + this._path = base._path.slice(); + this._query = base._query; + this._username = base._username; + this._password = base._password; + break loop; + } else if ('/' == c || '\\' == c) { + if ('\\' == c) + err('\\ is an invalid code point.'); + state = 'relative slash'; + } else if ('?' == c) { + this._host = base._host; + this._port = base._port; + this._path = base._path.slice(); + this._query = '?'; + this._username = base._username; + this._password = base._password; + state = 'query'; + } else if ('#' == c) { + this._host = base._host; + this._port = base._port; + this._path = base._path.slice(); + this._query = base._query; + this._fragment = '#'; + this._username = base._username; + this._password = base._password; + state = 'fragment'; + } else { + var nextC = input[cursor+1] + var nextNextC = input[cursor+2] + if ( + 'file' != this._scheme || !ALPHA.test(c) || + (nextC != ':' && nextC != '|') || + (EOF != nextNextC && '/' != nextNextC && '\\' != nextNextC && '?' != nextNextC && '#' != nextNextC)) { + this._host = base._host; + this._port = base._port; + this._username = base._username; + this._password = base._password; + this._path = base._path.slice(); + this._path.pop(); + } + state = 'relative path'; + continue; + } + break; + + case 'relative slash': + if ('/' == c || '\\' == c) { + if ('\\' == c) { + err('\\ is an invalid code point.'); + } + if ('file' == this._scheme) { + state = 'file host'; + } else { + state = 'authority ignore slashes'; + } + } else { + if ('file' != this._scheme) { + this._host = base._host; + this._port = base._port; + this._username = base._username; + this._password = base._password; + } + state = 'relative path'; + continue; + } + break; + + case 'authority first slash': + if ('/' == c) { + state = 'authority second slash'; + } else { + err("Expected '/', got: " + c); + state = 'authority ignore slashes'; + continue; + } + break; + + case 'authority second slash': + state = 'authority ignore slashes'; + if ('/' != c) { + err("Expected '/', got: " + c); + continue; + } + break; + + case 'authority ignore slashes': + if ('/' != c && '\\' != c) { + state = 'authority'; + continue; + } else { + err('Expected authority, got: ' + c); + } + break; + + case 'authority': + if ('@' == c) { + if (seenAt) { + err('@ already seen.'); + buffer += '%40'; + } + seenAt = true; + for (var i = 0; i < buffer.length; i++) { + var cp = buffer[i]; + if ('\t' == cp || '\n' == cp || '\r' == cp) { + err('Invalid whitespace in authority.'); + continue; + } + // XXX check URL code points + if (':' == cp && null === this._password) { + this._password = ''; + continue; + } + var tempC = percentEscape(cp); + (null !== this._password) ? this._password += tempC : this._username += tempC; + } + buffer = ''; + } else if (EOF == c || '/' == c || '\\' == c || '?' == c || '#' == c) { + cursor -= buffer.length; + buffer = ''; + state = 'host'; + continue; + } else { + buffer += c; + } + break; + + case 'file host': + if (EOF == c || '/' == c || '\\' == c || '?' == c || '#' == c) { + if (buffer.length == 2 && ALPHA.test(buffer[0]) && (buffer[1] == ':' || buffer[1] == '|')) { + state = 'relative path'; + } else if (buffer.length == 0) { + state = 'relative path start'; + } else { + this._host = IDNAToASCII.call(this, buffer); + buffer = ''; + state = 'relative path start'; + } + continue; + } else if ('\t' == c || '\n' == c || '\r' == c) { + err('Invalid whitespace in file host.'); + } else { + buffer += c; + } + break; + + case 'host': + case 'hostname': + if (':' == c && !seenBracket) { + // XXX host parsing + this._host = IDNAToASCII.call(this, buffer); + buffer = ''; + state = 'port'; + if ('hostname' == stateOverride) { + break loop; + } + } else if (EOF == c || '/' == c || '\\' == c || '?' == c || '#' == c) { + this._host = IDNAToASCII.call(this, buffer); + buffer = ''; + state = 'relative path start'; + if (stateOverride) { + break loop; + } + continue; + } else if ('\t' != c && '\n' != c && '\r' != c) { + if ('[' == c) { + seenBracket = true; + } else if (']' == c) { + seenBracket = false; + } + buffer += c; + } else { + err('Invalid code point in host/hostname: ' + c); + } + break; + + case 'port': + if (/[0-9]/.test(c)) { + buffer += c; + } else if (EOF == c || '/' == c || '\\' == c || '?' == c || '#' == c || stateOverride) { + if ('' != buffer) { + var temp = parseInt(buffer, 10); + if (temp != relative[this._scheme]) { + this._port = temp + ''; + } + buffer = ''; + } + if (stateOverride) { + break loop; + } + state = 'relative path start'; + continue; + } else if ('\t' == c || '\n' == c || '\r' == c) { + err('Invalid code point in port: ' + c); + } else { + invalid.call(this); + } + break; + + case 'relative path start': + if ('\\' == c) + err("'\\' not allowed in path."); + state = 'relative path'; + if ('/' != c && '\\' != c) { + continue; + } + break; + + case 'relative path': + if (EOF == c || '/' == c || '\\' == c || (!stateOverride && ('?' == c || '#' == c))) { + if ('\\' == c) { + err('\\ not allowed in relative path.'); + } + var tmp; + if (tmp = relativePathDotMapping[buffer.toLowerCase()]) { + buffer = tmp; + } + if ('..' == buffer) { + this._path.pop(); + if ('/' != c && '\\' != c) { + this._path.push(''); + } + } else if ('.' == buffer && '/' != c && '\\' != c) { + this._path.push(''); + } else if ('.' != buffer) { + if ('file' == this._scheme && this._path.length == 0 && buffer.length == 2 && ALPHA.test(buffer[0]) && buffer[1] == '|') { + buffer = buffer[0] + ':'; + } + this._path.push(buffer); + } + buffer = ''; + if ('?' == c) { + this._query = '?'; + state = 'query'; + } else if ('#' == c) { + this._fragment = '#'; + state = 'fragment'; + } + } else if ('\t' != c && '\n' != c && '\r' != c) { + buffer += percentEscape(c); + } + break; + + case 'query': + if (!stateOverride && '#' == c) { + this._fragment = '#'; + state = 'fragment'; + } else if (EOF != c && '\t' != c && '\n' != c && '\r' != c) { + this._query += percentEscapeQuery(c); + } + break; + + case 'fragment': + if (EOF != c && '\t' != c && '\n' != c && '\r' != c) { + this._fragment += c; + } + break; + } + + cursor++; + } + } + + function clear() { + this._scheme = ''; + this._schemeData = ''; + this._username = ''; + this._password = null; + this._host = ''; + this._port = ''; + this._path = []; + this._query = ''; + this._fragment = ''; + this._isInvalid = false; + this._isRelative = false; + } + + // Does not process domain names or IP addresses. + // Does not handle encoding for the query parameter. + function jURL(url, base /* , encoding */) { + if (base !== undefined && !(base instanceof jURL)) + base = new jURL(String(base)); + + this._url = url; + clear.call(this); + + var input = url.replace(/^[ \t\r\n\f]+|[ \t\r\n\f]+$/g, ''); + // encoding = encoding || 'utf-8' + + parse.call(this, input, null, base); + } + + jURL.prototype = { + toString: function() { + return this.href; + }, + get href() { + if (this._isInvalid) + return this._url; + + var authority = ''; + if ('' != this._username || null != this._password) { + authority = this._username + + (null != this._password ? ':' + this._password : '') + '@'; + } + + return this.protocol + + (this._isRelative ? '//' + authority + this.host : '') + + this.pathname + this._query + this._fragment; + }, + set href(href) { + clear.call(this); + parse.call(this, href); + }, + + get protocol() { + return this._scheme + ':'; + }, + set protocol(protocol) { + if (this._isInvalid) + return; + parse.call(this, protocol + ':', 'scheme start'); + }, + + get host() { + return this._isInvalid ? '' : this._port ? + this._host + ':' + this._port : this._host; + }, + set host(host) { + if (this._isInvalid || !this._isRelative) + return; + parse.call(this, host, 'host'); + }, + + get hostname() { + return this._host; + }, + set hostname(hostname) { + if (this._isInvalid || !this._isRelative) + return; + parse.call(this, hostname, 'hostname'); + }, + + get port() { + return this._port; + }, + set port(port) { + if (this._isInvalid || !this._isRelative) + return; + parse.call(this, port, 'port'); + }, + + get pathname() { + return this._isInvalid ? '' : this._isRelative ? + '/' + this._path.join('/') : this._schemeData; + }, + set pathname(pathname) { + if (this._isInvalid || !this._isRelative) + return; + this._path = []; + parse.call(this, pathname, 'relative path start'); + }, + + get search() { + return this._isInvalid || !this._query || '?' == this._query ? + '' : this._query; + }, + set search(search) { + if (this._isInvalid || !this._isRelative) + return; + this._query = '?'; + if ('?' == search[0]) + search = search.slice(1); + parse.call(this, search, 'query'); + }, + + get hash() { + return this._isInvalid || !this._fragment || '#' == this._fragment ? + '' : this._fragment; + }, + set hash(hash) { + if (this._isInvalid) + return; + this._fragment = '#'; + if ('#' == hash[0]) + hash = hash.slice(1); + parse.call(this, hash, 'fragment'); + }, + + get origin() { + var host; + if (this._isInvalid || !this._scheme) { + return ''; + } + // javascript: Gecko returns String(""), WebKit/Blink String("null") + // Gecko throws error for "data://" + // data: Gecko returns "", Blink returns "data://", WebKit returns "null" + // Gecko returns String("") for file: mailto: + // WebKit/Blink returns String("SCHEME://") for file: mailto: + switch (this._scheme) { + case 'data': + case 'file': + case 'javascript': + case 'mailto': + return 'null'; + } + host = this.host; + if (!host) { + return ''; + } + return this._scheme + '://' + host; + } + }; + + // Copy over the static methods + var OriginalURL = scope.URL; + if (OriginalURL) { + jURL.createObjectURL = function(blob) { + // IE extension allows a second optional options argument. + // http://msdn.microsoft.com/en-us/library/ie/hh772302(v=vs.85).aspx + return OriginalURL.createObjectURL.apply(OriginalURL, arguments); + }; + jURL.revokeObjectURL = function(url) { + OriginalURL.revokeObjectURL(url); + }; + } + + scope.URL = jURL; + /* jshint ignore:end */ +})(globalScope); + + +var DEFAULT_RANGE_CHUNK_SIZE = 65536; // 2^16 = 65536 + +/** + * The maximum allowed image size in total pixels e.g. width * height. Images + * above this value will not be drawn. Use -1 for no limit. + * @var {number} + */ +PDFJS.maxImageSize = (PDFJS.maxImageSize === undefined ? + -1 : PDFJS.maxImageSize); + +/** + * The url of where the predefined Adobe CMaps are located. Include trailing + * slash. + * @var {string} + */ +PDFJS.cMapUrl = (PDFJS.cMapUrl === undefined ? null : PDFJS.cMapUrl); + +/** + * Specifies if CMaps are binary packed. + * @var {boolean} + */ +PDFJS.cMapPacked = PDFJS.cMapPacked === undefined ? false : PDFJS.cMapPacked; + +/** + * By default fonts are converted to OpenType fonts and loaded via font face + * rules. If disabled, the font will be rendered using a built in font renderer + * that constructs the glyphs with primitive path commands. + * @var {boolean} + */ +PDFJS.disableFontFace = (PDFJS.disableFontFace === undefined ? + false : PDFJS.disableFontFace); + +/** + * Path for image resources, mainly for annotation icons. Include trailing + * slash. + * @var {string} + */ +PDFJS.imageResourcesPath = (PDFJS.imageResourcesPath === undefined ? + '' : PDFJS.imageResourcesPath); + +/** + * Disable the web worker and run all code on the main thread. This will happen + * automatically if the browser doesn't support workers or sending typed arrays + * to workers. + * @var {boolean} + */ +PDFJS.disableWorker = (PDFJS.disableWorker === undefined ? + false : PDFJS.disableWorker); + +/** + * Path and filename of the worker file. Required when the worker is enabled in + * development mode. If unspecified in the production build, the worker will be + * loaded based on the location of the pdf.js file. It is recommended that + * the workerSrc is set in a custom application to prevent issues caused by + * third-party frameworks and libraries. + * @var {string} + */ +PDFJS.workerSrc = (PDFJS.workerSrc === undefined ? null : PDFJS.workerSrc); + +/** + * Disable range request loading of PDF files. When enabled and if the server + * supports partial content requests then the PDF will be fetched in chunks. + * Enabled (false) by default. + * @var {boolean} + */ +PDFJS.disableRange = (PDFJS.disableRange === undefined ? + false : PDFJS.disableRange); + +/** + * Disable streaming of PDF file data. By default PDF.js attempts to load PDF + * in chunks. This default behavior can be disabled. + * @var {boolean} + */ +PDFJS.disableStream = (PDFJS.disableStream === undefined ? + false : PDFJS.disableStream); + +/** + * Disable pre-fetching of PDF file data. When range requests are enabled PDF.js + * will automatically keep fetching more data even if it isn't needed to display + * the current page. This default behavior can be disabled. + * + * NOTE: It is also necessary to disable streaming, see above, + * in order for disabling of pre-fetching to work correctly. + * @var {boolean} + */ +PDFJS.disableAutoFetch = (PDFJS.disableAutoFetch === undefined ? + false : PDFJS.disableAutoFetch); + +/** + * Enables special hooks for debugging PDF.js. + * @var {boolean} + */ +PDFJS.pdfBug = (PDFJS.pdfBug === undefined ? false : PDFJS.pdfBug); + +/** + * Enables transfer usage in postMessage for ArrayBuffers. + * @var {boolean} + */ +PDFJS.postMessageTransfers = (PDFJS.postMessageTransfers === undefined ? + true : PDFJS.postMessageTransfers); + +/** + * Disables URL.createObjectURL usage. + * @var {boolean} + */ +PDFJS.disableCreateObjectURL = (PDFJS.disableCreateObjectURL === undefined ? + false : PDFJS.disableCreateObjectURL); + +/** + * Disables WebGL usage. + * @var {boolean} + */ +PDFJS.disableWebGL = (PDFJS.disableWebGL === undefined ? + true : PDFJS.disableWebGL); + +/** + * Disables fullscreen support, and by extension Presentation Mode, + * in browsers which support the fullscreen API. + * @var {boolean} + */ +PDFJS.disableFullscreen = (PDFJS.disableFullscreen === undefined ? + false : PDFJS.disableFullscreen); + +/** + * Enables CSS only zooming. + * @var {boolean} + */ +PDFJS.useOnlyCssZoom = (PDFJS.useOnlyCssZoom === undefined ? + false : PDFJS.useOnlyCssZoom); + +/** + * Controls the logging level. + * The constants from PDFJS.VERBOSITY_LEVELS should be used: + * - errors + * - warnings [default] + * - infos + * @var {number} + */ +PDFJS.verbosity = (PDFJS.verbosity === undefined ? + PDFJS.VERBOSITY_LEVELS.warnings : PDFJS.verbosity); + +/** + * The maximum supported canvas size in total pixels e.g. width * height. + * The default value is 4096 * 4096. Use -1 for no limit. + * @var {number} + */ +PDFJS.maxCanvasPixels = (PDFJS.maxCanvasPixels === undefined ? + 16777216 : PDFJS.maxCanvasPixels); + +/** + * (Deprecated) Opens external links in a new window if enabled. + * The default behavior opens external links in the PDF.js window. + * + * NOTE: This property has been deprecated, please use + * `PDFJS.externalLinkTarget = PDFJS.LinkTarget.BLANK` instead. + * @var {boolean} + */ +PDFJS.openExternalLinksInNewWindow = ( + PDFJS.openExternalLinksInNewWindow === undefined ? + false : PDFJS.openExternalLinksInNewWindow); + +/** + * Specifies the |target| attribute for external links. + * The constants from PDFJS.LinkTarget should be used: + * - NONE [default] + * - SELF + * - BLANK + * - PARENT + * - TOP + * @var {number} + */ +PDFJS.externalLinkTarget = (PDFJS.externalLinkTarget === undefined ? + PDFJS.LinkTarget.NONE : PDFJS.externalLinkTarget); + +/** + * Determines if we can eval strings as JS. Primarily used to improve + * performance for font rendering. + * @var {boolean} + */ +PDFJS.isEvalSupported = (PDFJS.isEvalSupported === undefined ? + true : PDFJS.isEvalSupported); + +/** + * Document initialization / loading parameters object. + * + * @typedef {Object} DocumentInitParameters + * @property {string} url - The URL of the PDF. + * @property {TypedArray|Array|string} data - Binary PDF data. Use typed arrays + * (Uint8Array) to improve the memory usage. If PDF data is BASE64-encoded, + * use atob() to convert it to a binary string first. + * @property {Object} httpHeaders - Basic authentication headers. + * @property {boolean} withCredentials - Indicates whether or not cross-site + * Access-Control requests should be made using credentials such as cookies + * or authorization headers. The default is false. + * @property {string} password - For decrypting password-protected PDFs. + * @property {TypedArray} initialData - A typed array with the first portion or + * all of the pdf data. Used by the extension since some data is already + * loaded before the switch to range requests. + * @property {number} length - The PDF file length. It's used for progress + * reports and range requests operations. + * @property {PDFDataRangeTransport} range + * @property {number} rangeChunkSize - Optional parameter to specify + * maximum number of bytes fetched per range request. The default value is + * 2^16 = 65536. + * @property {PDFWorker} worker - The worker that will be used for the loading + * and parsing of the PDF data. + */ + +/** + * @typedef {Object} PDFDocumentStats + * @property {Array} streamTypes - Used stream types in the document (an item + * is set to true if specific stream ID was used in the document). + * @property {Array} fontTypes - Used font type in the document (an item is set + * to true if specific font ID was used in the document). + */ + +/** + * This is the main entry point for loading a PDF and interacting with it. + * NOTE: If a URL is used to fetch the PDF data a standard XMLHttpRequest(XHR) + * is used, which means it must follow the same origin rules that any XHR does + * e.g. No cross domain requests without CORS. + * + * @param {string|TypedArray|DocumentInitParameters|PDFDataRangeTransport} src + * Can be a url to where a PDF is located, a typed array (Uint8Array) + * already populated with data or parameter object. + * + * @param {PDFDataRangeTransport} pdfDataRangeTransport (deprecated) It is used + * if you want to manually serve range requests for data in the PDF. + * + * @param {function} passwordCallback (deprecated) It is used to request a + * password if wrong or no password was provided. The callback receives two + * parameters: function that needs to be called with new password and reason + * (see {PasswordResponses}). + * + * @param {function} progressCallback (deprecated) It is used to be able to + * monitor the loading progress of the PDF file (necessary to implement e.g. + * a loading bar). The callback receives an {Object} with the properties: + * {number} loaded and {number} total. + * + * @return {PDFDocumentLoadingTask} + */ +PDFJS.getDocument = function getDocument(src, + pdfDataRangeTransport, + passwordCallback, + progressCallback) { + var task = new PDFDocumentLoadingTask(); + + // Support of the obsolete arguments (for compatibility with API v1.0) + if (arguments.length > 1) { + deprecated('getDocument is called with pdfDataRangeTransport, ' + + 'passwordCallback or progressCallback argument'); + } + if (pdfDataRangeTransport) { + if (!(pdfDataRangeTransport instanceof PDFDataRangeTransport)) { + // Not a PDFDataRangeTransport instance, trying to add missing properties. + pdfDataRangeTransport = Object.create(pdfDataRangeTransport); + pdfDataRangeTransport.length = src.length; + pdfDataRangeTransport.initialData = src.initialData; + if (!pdfDataRangeTransport.abort) { + pdfDataRangeTransport.abort = function () {}; + } + } + src = Object.create(src); + src.range = pdfDataRangeTransport; + } + task.onPassword = passwordCallback || null; + task.onProgress = progressCallback || null; + + var source; + if (typeof src === 'string') { + source = { url: src }; + } else if (isArrayBuffer(src)) { + source = { data: src }; + } else if (src instanceof PDFDataRangeTransport) { + source = { range: src }; + } else { + if (typeof src !== 'object') { + error('Invalid parameter in getDocument, need either Uint8Array, ' + + 'string or a parameter object'); + } + if (!src.url && !src.data && !src.range) { + error('Invalid parameter object: need either .data, .range or .url'); + } + + source = src; + } + + var params = {}; + var rangeTransport = null; + var worker = null; + for (var key in source) { + if (key === 'url' && typeof window !== 'undefined') { + // The full path is required in the 'url' field. + params[key] = combineUrl(window.location.href, source[key]); + continue; + } else if (key === 'range') { + rangeTransport = source[key]; + continue; + } else if (key === 'worker') { + worker = source[key]; + continue; + } else if (key === 'data' && !(source[key] instanceof Uint8Array)) { + // Converting string or array-like data to Uint8Array. + var pdfBytes = source[key]; + if (typeof pdfBytes === 'string') { + params[key] = stringToBytes(pdfBytes); + } else if (typeof pdfBytes === 'object' && pdfBytes !== null && + !isNaN(pdfBytes.length)) { + params[key] = new Uint8Array(pdfBytes); + } else if (isArrayBuffer(pdfBytes)) { + params[key] = new Uint8Array(pdfBytes); + } else { + error('Invalid PDF binary data: either typed array, string or ' + + 'array-like object is expected in the data property.'); + } + continue; + } + params[key] = source[key]; + } + + params.rangeChunkSize = params.rangeChunkSize || DEFAULT_RANGE_CHUNK_SIZE; + + if (!worker) { + // Worker was not provided -- creating and owning our own. + worker = new PDFWorker(); + task._worker = worker; + } + var docId = task.docId; + worker.promise.then(function () { + if (task.destroyed) { + throw new Error('Loading aborted'); + } + return _fetchDocument(worker, params, rangeTransport, docId).then( + function (workerId) { + if (task.destroyed) { + throw new Error('Loading aborted'); + } + var messageHandler = new MessageHandler(docId, workerId, worker.port); + messageHandler.send('Ready', null); + var transport = new WorkerTransport(messageHandler, task, rangeTransport); + task._transport = transport; + }); + }, task._capability.reject); + + return task; +}; + +/** + * Starts fetching of specified PDF document/data. + * @param {PDFWorker} worker + * @param {Object} source + * @param {PDFDataRangeTransport} pdfDataRangeTransport + * @param {string} docId Unique document id, used as MessageHandler id. + * @returns {Promise} The promise, which is resolved when worker id of + * MessageHandler is known. + * @private + */ +function _fetchDocument(worker, source, pdfDataRangeTransport, docId) { + if (worker.destroyed) { + return Promise.reject(new Error('Worker was destroyed')); + } + + source.disableAutoFetch = PDFJS.disableAutoFetch; + source.disableStream = PDFJS.disableStream; + source.chunkedViewerLoading = !!pdfDataRangeTransport; + if (pdfDataRangeTransport) { + source.length = pdfDataRangeTransport.length; + source.initialData = pdfDataRangeTransport.initialData; + } + return worker.messageHandler.sendWithPromise('GetDocRequest', { + docId: docId, + source: source, + disableRange: PDFJS.disableRange, + maxImageSize: PDFJS.maxImageSize, + cMapUrl: PDFJS.cMapUrl, + cMapPacked: PDFJS.cMapPacked, + disableFontFace: PDFJS.disableFontFace, + disableCreateObjectURL: PDFJS.disableCreateObjectURL, + verbosity: PDFJS.verbosity + }).then(function (workerId) { + if (worker.destroyed) { + throw new Error('Worker was destroyed'); + } + return workerId; + }); +} + +/** + * PDF document loading operation. + * @class + * @alias PDFDocumentLoadingTask + */ +var PDFDocumentLoadingTask = (function PDFDocumentLoadingTaskClosure() { + var nextDocumentId = 0; + + /** @constructs PDFDocumentLoadingTask */ + function PDFDocumentLoadingTask() { + this._capability = createPromiseCapability(); + this._transport = null; + this._worker = null; + + /** + * Unique document loading task id -- used in MessageHandlers. + * @type {string} + */ + this.docId = 'd' + (nextDocumentId++); + + /** + * Shows if loading task is destroyed. + * @type {boolean} + */ + this.destroyed = false; + + /** + * Callback to request a password if wrong or no password was provided. + * The callback receives two parameters: function that needs to be called + * with new password and reason (see {PasswordResponses}). + */ + this.onPassword = null; + + /** + * Callback to be able to monitor the loading progress of the PDF file + * (necessary to implement e.g. a loading bar). The callback receives + * an {Object} with the properties: {number} loaded and {number} total. + */ + this.onProgress = null; + + /** + * Callback to when unsupported feature is used. The callback receives + * an {PDFJS.UNSUPPORTED_FEATURES} argument. + */ + this.onUnsupportedFeature = null; + } + + PDFDocumentLoadingTask.prototype = + /** @lends PDFDocumentLoadingTask.prototype */ { + /** + * @return {Promise} + */ + get promise() { + return this._capability.promise; + }, + + /** + * Aborts all network requests and destroys worker. + * @return {Promise} A promise that is resolved after destruction activity + * is completed. + */ + destroy: function () { + this.destroyed = true; + + var transportDestroyed = !this._transport ? Promise.resolve() : + this._transport.destroy(); + return transportDestroyed.then(function () { + this._transport = null; + if (this._worker) { + this._worker.destroy(); + this._worker = null; + } + }.bind(this)); + }, + + /** + * Registers callbacks to indicate the document loading completion. + * + * @param {function} onFulfilled The callback for the loading completion. + * @param {function} onRejected The callback for the loading failure. + * @return {Promise} A promise that is resolved after the onFulfilled or + * onRejected callback. + */ + then: function PDFDocumentLoadingTask_then(onFulfilled, onRejected) { + return this.promise.then.apply(this.promise, arguments); + } + }; + + return PDFDocumentLoadingTask; +})(); + +/** + * Abstract class to support range requests file loading. + * @class + * @alias PDFJS.PDFDataRangeTransport + * @param {number} length + * @param {Uint8Array} initialData + */ +var PDFDataRangeTransport = (function pdfDataRangeTransportClosure() { + function PDFDataRangeTransport(length, initialData) { + this.length = length; + this.initialData = initialData; + + this._rangeListeners = []; + this._progressListeners = []; + this._progressiveReadListeners = []; + this._readyCapability = createPromiseCapability(); + } + PDFDataRangeTransport.prototype = + /** @lends PDFDataRangeTransport.prototype */ { + addRangeListener: + function PDFDataRangeTransport_addRangeListener(listener) { + this._rangeListeners.push(listener); + }, + + addProgressListener: + function PDFDataRangeTransport_addProgressListener(listener) { + this._progressListeners.push(listener); + }, + + addProgressiveReadListener: + function PDFDataRangeTransport_addProgressiveReadListener(listener) { + this._progressiveReadListeners.push(listener); + }, + + onDataRange: function PDFDataRangeTransport_onDataRange(begin, chunk) { + var listeners = this._rangeListeners; + for (var i = 0, n = listeners.length; i < n; ++i) { + listeners[i](begin, chunk); + } + }, + + onDataProgress: function PDFDataRangeTransport_onDataProgress(loaded) { + this._readyCapability.promise.then(function () { + var listeners = this._progressListeners; + for (var i = 0, n = listeners.length; i < n; ++i) { + listeners[i](loaded); + } + }.bind(this)); + }, + + onDataProgressiveRead: + function PDFDataRangeTransport_onDataProgress(chunk) { + this._readyCapability.promise.then(function () { + var listeners = this._progressiveReadListeners; + for (var i = 0, n = listeners.length; i < n; ++i) { + listeners[i](chunk); + } + }.bind(this)); + }, + + transportReady: function PDFDataRangeTransport_transportReady() { + this._readyCapability.resolve(); + }, + + requestDataRange: + function PDFDataRangeTransport_requestDataRange(begin, end) { + throw new Error('Abstract method PDFDataRangeTransport.requestDataRange'); + }, + + abort: function PDFDataRangeTransport_abort() { + } + }; + return PDFDataRangeTransport; +})(); + +PDFJS.PDFDataRangeTransport = PDFDataRangeTransport; + +/** + * Proxy to a PDFDocument in the worker thread. Also, contains commonly used + * properties that can be read synchronously. + * @class + * @alias PDFDocumentProxy + */ +var PDFDocumentProxy = (function PDFDocumentProxyClosure() { + function PDFDocumentProxy(pdfInfo, transport, loadingTask) { + this.pdfInfo = pdfInfo; + this.transport = transport; + this.loadingTask = loadingTask; + } + PDFDocumentProxy.prototype = /** @lends PDFDocumentProxy.prototype */ { + /** + * @return {number} Total number of pages the PDF contains. + */ + get numPages() { + return this.pdfInfo.numPages; + }, + /** + * @return {string} A unique ID to identify a PDF. Not guaranteed to be + * unique. + */ + get fingerprint() { + return this.pdfInfo.fingerprint; + }, + /** + * @param {number} pageNumber The page number to get. The first page is 1. + * @return {Promise} A promise that is resolved with a {@link PDFPageProxy} + * object. + */ + getPage: function PDFDocumentProxy_getPage(pageNumber) { + return this.transport.getPage(pageNumber); + }, + /** + * @param {{num: number, gen: number}} ref The page reference. Must have + * the 'num' and 'gen' properties. + * @return {Promise} A promise that is resolved with the page index that is + * associated with the reference. + */ + getPageIndex: function PDFDocumentProxy_getPageIndex(ref) { + return this.transport.getPageIndex(ref); + }, + /** + * @return {Promise} A promise that is resolved with a lookup table for + * mapping named destinations to reference numbers. + * + * This can be slow for large documents: use getDestination instead + */ + getDestinations: function PDFDocumentProxy_getDestinations() { + return this.transport.getDestinations(); + }, + /** + * @param {string} id The named destination to get. + * @return {Promise} A promise that is resolved with all information + * of the given named destination. + */ + getDestination: function PDFDocumentProxy_getDestination(id) { + return this.transport.getDestination(id); + }, + /** + * @return {Promise} A promise that is resolved with a lookup table for + * mapping named attachments to their content. + */ + getAttachments: function PDFDocumentProxy_getAttachments() { + return this.transport.getAttachments(); + }, + /** + * @return {Promise} A promise that is resolved with an array of all the + * JavaScript strings in the name tree. + */ + getJavaScript: function PDFDocumentProxy_getJavaScript() { + return this.transport.getJavaScript(); + }, + /** + * @return {Promise} A promise that is resolved with an {Array} that is a + * tree outline (if it has one) of the PDF. The tree is in the format of: + * [ + * { + * title: string, + * bold: boolean, + * italic: boolean, + * color: rgb array, + * dest: dest obj, + * items: array of more items like this + * }, + * ... + * ]. + */ + getOutline: function PDFDocumentProxy_getOutline() { + return this.transport.getOutline(); + }, + /** + * @return {Promise} A promise that is resolved with an {Object} that has + * info and metadata properties. Info is an {Object} filled with anything + * available in the information dictionary and similarly metadata is a + * {Metadata} object with information from the metadata section of the PDF. + */ + getMetadata: function PDFDocumentProxy_getMetadata() { + return this.transport.getMetadata(); + }, + /** + * @return {Promise} A promise that is resolved with a TypedArray that has + * the raw data from the PDF. + */ + getData: function PDFDocumentProxy_getData() { + return this.transport.getData(); + }, + /** + * @return {Promise} A promise that is resolved when the document's data + * is loaded. It is resolved with an {Object} that contains the length + * property that indicates size of the PDF data in bytes. + */ + getDownloadInfo: function PDFDocumentProxy_getDownloadInfo() { + return this.transport.downloadInfoCapability.promise; + }, + /** + * @return {Promise} A promise this is resolved with current stats about + * document structures (see {@link PDFDocumentStats}). + */ + getStats: function PDFDocumentProxy_getStats() { + return this.transport.getStats(); + }, + /** + * Cleans up resources allocated by the document, e.g. created @font-face. + */ + cleanup: function PDFDocumentProxy_cleanup() { + this.transport.startCleanup(); + }, + /** + * Destroys current document instance and terminates worker. + */ + destroy: function PDFDocumentProxy_destroy() { + return this.loadingTask.destroy(); + } + }; + return PDFDocumentProxy; +})(); + +/** + * Page getTextContent parameters. + * + * @typedef {Object} getTextContentParameters + * @param {boolean} normalizeWhitespace - replaces all occurrences of + * whitespace with standard spaces (0x20). The default value is `false`. + */ + +/** + * Page text content. + * + * @typedef {Object} TextContent + * @property {array} items - array of {@link TextItem} + * @property {Object} styles - {@link TextStyles} objects, indexed by font + * name. + */ + +/** + * Page text content part. + * + * @typedef {Object} TextItem + * @property {string} str - text content. + * @property {string} dir - text direction: 'ttb', 'ltr' or 'rtl'. + * @property {array} transform - transformation matrix. + * @property {number} width - width in device space. + * @property {number} height - height in device space. + * @property {string} fontName - font name used by pdf.js for converted font. + */ + +/** + * Text style. + * + * @typedef {Object} TextStyle + * @property {number} ascent - font ascent. + * @property {number} descent - font descent. + * @property {boolean} vertical - text is in vertical mode. + * @property {string} fontFamily - possible font family + */ + +/** + * Page annotation parameters. + * + * @typedef {Object} GetAnnotationsParameters + * @param {string} intent - Determines the annotations that will be fetched, + * can be either 'display' (viewable annotations) or 'print' + * (printable annotations). + * If the parameter is omitted, all annotations are fetched. + */ + +/** + * Page render parameters. + * + * @typedef {Object} RenderParameters + * @property {Object} canvasContext - A 2D context of a DOM Canvas object. + * @property {PDFJS.PageViewport} viewport - Rendering viewport obtained by + * calling of PDFPage.getViewport method. + * @property {string} intent - Rendering intent, can be 'display' or 'print' + * (default value is 'display'). + * @property {Array} transform - (optional) Additional transform, applied + * just before viewport transform. + * @property {Object} imageLayer - (optional) An object that has beginLayout, + * endLayout and appendImage functions. + * @property {function} continueCallback - (deprecated) A function that will be + * called each time the rendering is paused. To continue + * rendering call the function that is the first argument + * to the callback. + */ + +/** + * PDF page operator list. + * + * @typedef {Object} PDFOperatorList + * @property {Array} fnArray - Array containing the operator functions. + * @property {Array} argsArray - Array containing the arguments of the + * functions. + */ + +/** + * Proxy to a PDFPage in the worker thread. + * @class + * @alias PDFPageProxy + */ +var PDFPageProxy = (function PDFPageProxyClosure() { + function PDFPageProxy(pageIndex, pageInfo, transport) { + this.pageIndex = pageIndex; + this.pageInfo = pageInfo; + this.transport = transport; + this.stats = new StatTimer(); + this.stats.enabled = !!globalScope.PDFJS.enableStats; + this.commonObjs = transport.commonObjs; + this.objs = new PDFObjects(); + this.cleanupAfterRender = false; + this.pendingCleanup = false; + this.intentStates = {}; + this.destroyed = false; + } + PDFPageProxy.prototype = /** @lends PDFPageProxy.prototype */ { + /** + * @return {number} Page number of the page. First page is 1. + */ + get pageNumber() { + return this.pageIndex + 1; + }, + /** + * @return {number} The number of degrees the page is rotated clockwise. + */ + get rotate() { + return this.pageInfo.rotate; + }, + /** + * @return {Object} The reference that points to this page. It has 'num' and + * 'gen' properties. + */ + get ref() { + return this.pageInfo.ref; + }, + /** + * @return {Array} An array of the visible portion of the PDF page in the + * user space units - [x1, y1, x2, y2]. + */ + get view() { + return this.pageInfo.view; + }, + /** + * @param {number} scale The desired scale of the viewport. + * @param {number} rotate Degrees to rotate the viewport. If omitted this + * defaults to the page rotation. + * @return {PDFJS.PageViewport} Contains 'width' and 'height' properties + * along with transforms required for rendering. + */ + getViewport: function PDFPageProxy_getViewport(scale, rotate) { + if (arguments.length < 2) { + rotate = this.rotate; + } + return new PDFJS.PageViewport(this.view, scale, rotate, 0, 0); + }, + /** + * @param {GetAnnotationsParameters} params - Annotation parameters. + * @return {Promise} A promise that is resolved with an {Array} of the + * annotation objects. + */ + getAnnotations: function PDFPageProxy_getAnnotations(params) { + var intent = (params && params.intent) || null; + + if (!this.annotationsPromise || this.annotationsIntent !== intent) { + this.annotationsPromise = this.transport.getAnnotations(this.pageIndex, + intent); + this.annotationsIntent = intent; + } + return this.annotationsPromise; + }, + /** + * Begins the process of rendering a page to the desired context. + * @param {RenderParameters} params Page render parameters. + * @return {RenderTask} An object that contains the promise, which + * is resolved when the page finishes rendering. + */ + render: function PDFPageProxy_render(params) { + var stats = this.stats; + stats.time('Overall'); + + // If there was a pending destroy cancel it so no cleanup happens during + // this call to render. + this.pendingCleanup = false; + + var renderingIntent = (params.intent === 'print' ? 'print' : 'display'); + + if (!this.intentStates[renderingIntent]) { + this.intentStates[renderingIntent] = {}; + } + var intentState = this.intentStates[renderingIntent]; + + // If there's no displayReadyCapability yet, then the operatorList + // was never requested before. Make the request and create the promise. + if (!intentState.displayReadyCapability) { + intentState.receivingOperatorList = true; + intentState.displayReadyCapability = createPromiseCapability(); + intentState.operatorList = { + fnArray: [], + argsArray: [], + lastChunk: false + }; + + this.stats.time('Page Request'); + this.transport.messageHandler.send('RenderPageRequest', { + pageIndex: this.pageNumber - 1, + intent: renderingIntent + }); + } + + var internalRenderTask = new InternalRenderTask(complete, params, + this.objs, + this.commonObjs, + intentState.operatorList, + this.pageNumber); + internalRenderTask.useRequestAnimationFrame = renderingIntent !== 'print'; + if (!intentState.renderTasks) { + intentState.renderTasks = []; + } + intentState.renderTasks.push(internalRenderTask); + var renderTask = internalRenderTask.task; + + // Obsolete parameter support + if (params.continueCallback) { + deprecated('render is used with continueCallback parameter'); + renderTask.onContinue = params.continueCallback; + } + + var self = this; + intentState.displayReadyCapability.promise.then( + function pageDisplayReadyPromise(transparency) { + if (self.pendingCleanup) { + complete(); + return; + } + stats.time('Rendering'); + internalRenderTask.initalizeGraphics(transparency); + internalRenderTask.operatorListChanged(); + }, + function pageDisplayReadPromiseError(reason) { + complete(reason); + } + ); + + function complete(error) { + var i = intentState.renderTasks.indexOf(internalRenderTask); + if (i >= 0) { + intentState.renderTasks.splice(i, 1); + } + + if (self.cleanupAfterRender) { + self.pendingCleanup = true; + } + self._tryCleanup(); + + if (error) { + internalRenderTask.capability.reject(error); + } else { + internalRenderTask.capability.resolve(); + } + stats.timeEnd('Rendering'); + stats.timeEnd('Overall'); + } + + return renderTask; + }, + + /** + * @return {Promise} A promise resolved with an {@link PDFOperatorList} + * object that represents page's operator list. + */ + getOperatorList: function PDFPageProxy_getOperatorList() { + function operatorListChanged() { + if (intentState.operatorList.lastChunk) { + intentState.opListReadCapability.resolve(intentState.operatorList); + } + } + + var renderingIntent = 'oplist'; + if (!this.intentStates[renderingIntent]) { + this.intentStates[renderingIntent] = {}; + } + var intentState = this.intentStates[renderingIntent]; + + if (!intentState.opListReadCapability) { + var opListTask = {}; + opListTask.operatorListChanged = operatorListChanged; + intentState.receivingOperatorList = true; + intentState.opListReadCapability = createPromiseCapability(); + intentState.renderTasks = []; + intentState.renderTasks.push(opListTask); + intentState.operatorList = { + fnArray: [], + argsArray: [], + lastChunk: false + }; + + this.transport.messageHandler.send('RenderPageRequest', { + pageIndex: this.pageIndex, + intent: renderingIntent + }); + } + return intentState.opListReadCapability.promise; + }, + + /** + * @param {getTextContentParameters} params - getTextContent parameters. + * @return {Promise} That is resolved a {@link TextContent} + * object that represent the page text content. + */ + getTextContent: function PDFPageProxy_getTextContent(params) { + var normalizeWhitespace = (params && params.normalizeWhitespace) || false; + + return this.transport.messageHandler.sendWithPromise('GetTextContent', { + pageIndex: this.pageNumber - 1, + normalizeWhitespace: normalizeWhitespace, + }); + }, + + /** + * Destroys page object. + */ + _destroy: function PDFPageProxy_destroy() { + this.destroyed = true; + this.transport.pageCache[this.pageIndex] = null; + + var waitOn = []; + Object.keys(this.intentStates).forEach(function(intent) { + var intentState = this.intentStates[intent]; + intentState.renderTasks.forEach(function(renderTask) { + var renderCompleted = renderTask.capability.promise. + catch(function () {}); // ignoring failures + waitOn.push(renderCompleted); + renderTask.cancel(); + }); + }, this); + this.objs.clear(); + this.annotationsPromise = null; + this.pendingCleanup = false; + return Promise.all(waitOn); + }, + + /** + * Cleans up resources allocated by the page. (deprecated) + */ + destroy: function() { + deprecated('page destroy method, use cleanup() instead'); + this.cleanup(); + }, + + /** + * Cleans up resources allocated by the page. + */ + cleanup: function PDFPageProxy_cleanup() { + this.pendingCleanup = true; + this._tryCleanup(); + }, + /** + * For internal use only. Attempts to clean up if rendering is in a state + * where that's possible. + * @ignore + */ + _tryCleanup: function PDFPageProxy_tryCleanup() { + if (!this.pendingCleanup || + Object.keys(this.intentStates).some(function(intent) { + var intentState = this.intentStates[intent]; + return (intentState.renderTasks.length !== 0 || + intentState.receivingOperatorList); + }, this)) { + return; + } + + Object.keys(this.intentStates).forEach(function(intent) { + delete this.intentStates[intent]; + }, this); + this.objs.clear(); + this.annotationsPromise = null; + this.pendingCleanup = false; + }, + /** + * For internal use only. + * @ignore + */ + _startRenderPage: function PDFPageProxy_startRenderPage(transparency, + intent) { + var intentState = this.intentStates[intent]; + // TODO Refactor RenderPageRequest to separate rendering + // and operator list logic + if (intentState.displayReadyCapability) { + intentState.displayReadyCapability.resolve(transparency); + } + }, + /** + * For internal use only. + * @ignore + */ + _renderPageChunk: function PDFPageProxy_renderPageChunk(operatorListChunk, + intent) { + var intentState = this.intentStates[intent]; + var i, ii; + // Add the new chunk to the current operator list. + for (i = 0, ii = operatorListChunk.length; i < ii; i++) { + intentState.operatorList.fnArray.push(operatorListChunk.fnArray[i]); + intentState.operatorList.argsArray.push( + operatorListChunk.argsArray[i]); + } + intentState.operatorList.lastChunk = operatorListChunk.lastChunk; + + // Notify all the rendering tasks there are more operators to be consumed. + for (i = 0; i < intentState.renderTasks.length; i++) { + intentState.renderTasks[i].operatorListChanged(); + } + + if (operatorListChunk.lastChunk) { + intentState.receivingOperatorList = false; + this._tryCleanup(); + } + } + }; + return PDFPageProxy; +})(); + +/** + * PDF.js web worker abstraction, it controls instantiation of PDF documents and + * WorkerTransport for them. If creation of a web worker is not possible, + * a "fake" worker will be used instead. + * @class + */ +var PDFWorker = (function PDFWorkerClosure() { + var nextFakeWorkerId = 0; + + // Loads worker code into main thread. + function setupFakeWorkerGlobal() { + if (!PDFJS.fakeWorkerFilesLoadedCapability) { + PDFJS.fakeWorkerFilesLoadedCapability = createPromiseCapability(); + // In the developer build load worker_loader which in turn loads all the + // other files and resolves the promise. In production only the + // pdf.worker.js file is needed. + Util.loadScript(PDFJS.workerSrc, function() { + PDFJS.fakeWorkerFilesLoadedCapability.resolve(); + }); + } + return PDFJS.fakeWorkerFilesLoadedCapability.promise; + } + + function PDFWorker(name) { + this.name = name; + this.destroyed = false; + + this._readyCapability = createPromiseCapability(); + this._port = null; + this._webWorker = null; + this._messageHandler = null; + this._initialize(); + } + + PDFWorker.prototype = /** @lends PDFWorker.prototype */ { + get promise() { + return this._readyCapability.promise; + }, + + get port() { + return this._port; + }, + + get messageHandler() { + return this._messageHandler; + }, + + _initialize: function PDFWorker_initialize() { + // If worker support isn't disabled explicit and the browser has worker + // support, create a new web worker and test if it/the browser fullfills + // all requirements to run parts of pdf.js in a web worker. + // Right now, the requirement is, that an Uint8Array is still an + // Uint8Array as it arrives on the worker. (Chrome added this with v.15.) + if (!globalScope.PDFJS.disableWorker && typeof Worker !== 'undefined') { + var workerSrc = PDFJS.workerSrc; + if (!workerSrc) { + error('No PDFJS.workerSrc specified'); + } + + try { + // Some versions of FF can't create a worker on localhost, see: + // https://bugzilla.mozilla.org/show_bug.cgi?id=683280 + var worker = new Worker(workerSrc); + var messageHandler = new MessageHandler('main', 'worker', worker); + + messageHandler.on('test', function PDFWorker_test(data) { + if (this.destroyed) { + this._readyCapability.reject(new Error('Worker was destroyed')); + messageHandler.destroy(); + worker.terminate(); + return; // worker was destroyed + } + var supportTypedArray = data && data.supportTypedArray; + if (supportTypedArray) { + this._messageHandler = messageHandler; + this._port = worker; + this._webWorker = worker; + if (!data.supportTransfers) { + PDFJS.postMessageTransfers = false; + } + this._readyCapability.resolve(); + } else { + this._setupFakeWorker(); + messageHandler.destroy(); + worker.terminate(); + } + }.bind(this)); + + messageHandler.on('console_log', function (data) { + console.log.apply(console, data); + }); + messageHandler.on('console_error', function (data) { + console.error.apply(console, data); + }); + + var testObj = new Uint8Array([PDFJS.postMessageTransfers ? 255 : 0]); + // Some versions of Opera throw a DATA_CLONE_ERR on serializing the + // typed array. Also, checking if we can use transfers. + try { + messageHandler.send('test', testObj, [testObj.buffer]); + } catch (ex) { + info('Cannot use postMessage transfers'); + testObj[0] = 0; + messageHandler.send('test', testObj); + } + return; + } catch (e) { + info('The worker has been disabled.'); + } + } + // Either workers are disabled, not supported or have thrown an exception. + // Thus, we fallback to a faked worker. + this._setupFakeWorker(); + }, + + _setupFakeWorker: function PDFWorker_setupFakeWorker() { + warn('Setting up fake worker.'); + globalScope.PDFJS.disableWorker = true; + + setupFakeWorkerGlobal().then(function () { + if (this.destroyed) { + this._readyCapability.reject(new Error('Worker was destroyed')); + return; + } + + // If we don't use a worker, just post/sendMessage to the main thread. + var port = { + _listeners: [], + postMessage: function (obj) { + var e = {data: obj}; + this._listeners.forEach(function (listener) { + listener.call(this, e); + }, this); + }, + addEventListener: function (name, listener) { + this._listeners.push(listener); + }, + removeEventListener: function (name, listener) { + var i = this._listeners.indexOf(listener); + this._listeners.splice(i, 1); + }, + terminate: function () {} + }; + this._port = port; + + // All fake workers use the same port, making id unique. + var id = 'fake' + (nextFakeWorkerId++); + + // If the main thread is our worker, setup the handling for the + // messages -- the main thread sends to it self. + var workerHandler = new MessageHandler(id + '_worker', id, port); + PDFJS.WorkerMessageHandler.setup(workerHandler, port); + + var messageHandler = new MessageHandler(id, id + '_worker', port); + this._messageHandler = messageHandler; + this._readyCapability.resolve(); + }.bind(this)); + }, + + /** + * Destroys the worker instance. + */ + destroy: function PDFWorker_destroy() { + this.destroyed = true; + if (this._webWorker) { + // We need to terminate only web worker created resource. + this._webWorker.terminate(); + this._webWorker = null; + } + this._port = null; + if (this._messageHandler) { + this._messageHandler.destroy(); + this._messageHandler = null; + } + } + }; + + return PDFWorker; +})(); +PDFJS.PDFWorker = PDFWorker; + +/** + * For internal use only. + * @ignore + */ +var WorkerTransport = (function WorkerTransportClosure() { + function WorkerTransport(messageHandler, loadingTask, pdfDataRangeTransport) { + this.messageHandler = messageHandler; + this.loadingTask = loadingTask; + this.pdfDataRangeTransport = pdfDataRangeTransport; + this.commonObjs = new PDFObjects(); + this.fontLoader = new FontLoader(loadingTask.docId); + + this.destroyed = false; + this.destroyCapability = null; + + this.pageCache = []; + this.pagePromises = []; + this.downloadInfoCapability = createPromiseCapability(); + + this.setupMessageHandler(); + } + WorkerTransport.prototype = { + destroy: function WorkerTransport_destroy() { + if (this.destroyCapability) { + return this.destroyCapability.promise; + } + + this.destroyed = true; + this.destroyCapability = createPromiseCapability(); + + var waitOn = []; + // We need to wait for all renderings to be completed, e.g. + // timeout/rAF can take a long time. + this.pageCache.forEach(function (page) { + if (page) { + waitOn.push(page._destroy()); + } + }); + this.pageCache = []; + this.pagePromises = []; + var self = this; + // We also need to wait for the worker to finish its long running tasks. + var terminated = this.messageHandler.sendWithPromise('Terminate', null); + waitOn.push(terminated); + Promise.all(waitOn).then(function () { + self.fontLoader.clear(); + if (self.pdfDataRangeTransport) { + self.pdfDataRangeTransport.abort(); + self.pdfDataRangeTransport = null; + } + if (self.messageHandler) { + self.messageHandler.destroy(); + self.messageHandler = null; + } + self.destroyCapability.resolve(); + }, this.destroyCapability.reject); + return this.destroyCapability.promise; + }, + + setupMessageHandler: + function WorkerTransport_setupMessageHandler() { + var messageHandler = this.messageHandler; + + function updatePassword(password) { + messageHandler.send('UpdatePassword', password); + } + + var pdfDataRangeTransport = this.pdfDataRangeTransport; + if (pdfDataRangeTransport) { + pdfDataRangeTransport.addRangeListener(function(begin, chunk) { + messageHandler.send('OnDataRange', { + begin: begin, + chunk: chunk + }); + }); + + pdfDataRangeTransport.addProgressListener(function(loaded) { + messageHandler.send('OnDataProgress', { + loaded: loaded + }); + }); + + pdfDataRangeTransport.addProgressiveReadListener(function(chunk) { + messageHandler.send('OnDataRange', { + chunk: chunk + }); + }); + + messageHandler.on('RequestDataRange', + function transportDataRange(data) { + pdfDataRangeTransport.requestDataRange(data.begin, data.end); + }, this); + } + + messageHandler.on('GetDoc', function transportDoc(data) { + var pdfInfo = data.pdfInfo; + this.numPages = data.pdfInfo.numPages; + var loadingTask = this.loadingTask; + var pdfDocument = new PDFDocumentProxy(pdfInfo, this, loadingTask); + this.pdfDocument = pdfDocument; + loadingTask._capability.resolve(pdfDocument); + }, this); + + messageHandler.on('NeedPassword', + function transportNeedPassword(exception) { + var loadingTask = this.loadingTask; + if (loadingTask.onPassword) { + return loadingTask.onPassword(updatePassword, + PasswordResponses.NEED_PASSWORD); + } + loadingTask._capability.reject( + new PasswordException(exception.message, exception.code)); + }, this); + + messageHandler.on('IncorrectPassword', + function transportIncorrectPassword(exception) { + var loadingTask = this.loadingTask; + if (loadingTask.onPassword) { + return loadingTask.onPassword(updatePassword, + PasswordResponses.INCORRECT_PASSWORD); + } + loadingTask._capability.reject( + new PasswordException(exception.message, exception.code)); + }, this); + + messageHandler.on('InvalidPDF', function transportInvalidPDF(exception) { + this.loadingTask._capability.reject( + new InvalidPDFException(exception.message)); + }, this); + + messageHandler.on('MissingPDF', function transportMissingPDF(exception) { + this.loadingTask._capability.reject( + new MissingPDFException(exception.message)); + }, this); + + messageHandler.on('UnexpectedResponse', + function transportUnexpectedResponse(exception) { + this.loadingTask._capability.reject( + new UnexpectedResponseException(exception.message, exception.status)); + }, this); + + messageHandler.on('UnknownError', + function transportUnknownError(exception) { + this.loadingTask._capability.reject( + new UnknownErrorException(exception.message, exception.details)); + }, this); + + messageHandler.on('DataLoaded', function transportPage(data) { + this.downloadInfoCapability.resolve(data); + }, this); + + messageHandler.on('PDFManagerReady', function transportPage(data) { + if (this.pdfDataRangeTransport) { + this.pdfDataRangeTransport.transportReady(); + } + }, this); + + messageHandler.on('StartRenderPage', function transportRender(data) { + if (this.destroyed) { + return; // Ignore any pending requests if the worker was terminated. + } + var page = this.pageCache[data.pageIndex]; + + page.stats.timeEnd('Page Request'); + page._startRenderPage(data.transparency, data.intent); + }, this); + + messageHandler.on('RenderPageChunk', function transportRender(data) { + if (this.destroyed) { + return; // Ignore any pending requests if the worker was terminated. + } + var page = this.pageCache[data.pageIndex]; + + page._renderPageChunk(data.operatorList, data.intent); + }, this); + + messageHandler.on('commonobj', function transportObj(data) { + if (this.destroyed) { + return; // Ignore any pending requests if the worker was terminated. + } + + var id = data[0]; + var type = data[1]; + if (this.commonObjs.hasData(id)) { + return; + } + + switch (type) { + case 'Font': + var exportedData = data[2]; + + var font; + if ('error' in exportedData) { + var error = exportedData.error; + warn('Error during font loading: ' + error); + this.commonObjs.resolve(id, error); + break; + } else { + font = new FontFaceObject(exportedData); + } + + this.fontLoader.bind( + [font], + function fontReady(fontObjs) { + this.commonObjs.resolve(id, font); + }.bind(this) + ); + break; + case 'FontPath': + this.commonObjs.resolve(id, data[2]); + break; + default: + error('Got unknown common object type ' + type); + } + }, this); + + messageHandler.on('obj', function transportObj(data) { + if (this.destroyed) { + return; // Ignore any pending requests if the worker was terminated. + } + + var id = data[0]; + var pageIndex = data[1]; + var type = data[2]; + var pageProxy = this.pageCache[pageIndex]; + var imageData; + if (pageProxy.objs.hasData(id)) { + return; + } + + switch (type) { + case 'JpegStream': + imageData = data[3]; + loadJpegStream(id, imageData, pageProxy.objs); + break; + case 'Image': + imageData = data[3]; + pageProxy.objs.resolve(id, imageData); + + // heuristics that will allow not to store large data + var MAX_IMAGE_SIZE_TO_STORE = 8000000; + if (imageData && 'data' in imageData && + imageData.data.length > MAX_IMAGE_SIZE_TO_STORE) { + pageProxy.cleanupAfterRender = true; + } + break; + default: + error('Got unknown object type ' + type); + } + }, this); + + messageHandler.on('DocProgress', function transportDocProgress(data) { + if (this.destroyed) { + return; // Ignore any pending requests if the worker was terminated. + } + + var loadingTask = this.loadingTask; + if (loadingTask.onProgress) { + loadingTask.onProgress({ + loaded: data.loaded, + total: data.total + }); + } + }, this); + + messageHandler.on('PageError', function transportError(data) { + if (this.destroyed) { + return; // Ignore any pending requests if the worker was terminated. + } + + var page = this.pageCache[data.pageNum - 1]; + var intentState = page.intentStates[data.intent]; + if (intentState.displayReadyCapability) { + intentState.displayReadyCapability.reject(data.error); + } else { + error(data.error); + } + }, this); + + messageHandler.on('UnsupportedFeature', + function transportUnsupportedFeature(data) { + if (this.destroyed) { + return; // Ignore any pending requests if the worker was terminated. + } + var featureId = data.featureId; + var loadingTask = this.loadingTask; + if (loadingTask.onUnsupportedFeature) { + loadingTask.onUnsupportedFeature(featureId); + } + PDFJS.UnsupportedManager.notify(featureId); + }, this); + + messageHandler.on('JpegDecode', function(data) { + if (this.destroyed) { + return Promise.reject('Worker was terminated'); + } + + var imageUrl = data[0]; + var components = data[1]; + if (components !== 3 && components !== 1) { + return Promise.reject( + new Error('Only 3 components or 1 component can be returned')); + } + + return new Promise(function (resolve, reject) { + var img = new Image(); + img.onload = function () { + var width = img.width; + var height = img.height; + var size = width * height; + var rgbaLength = size * 4; + var buf = new Uint8Array(size * components); + var tmpCanvas = createScratchCanvas(width, height); + var tmpCtx = tmpCanvas.getContext('2d'); + tmpCtx.drawImage(img, 0, 0); + var data = tmpCtx.getImageData(0, 0, width, height).data; + var i, j; + + if (components === 3) { + for (i = 0, j = 0; i < rgbaLength; i += 4, j += 3) { + buf[j] = data[i]; + buf[j + 1] = data[i + 1]; + buf[j + 2] = data[i + 2]; + } + } else if (components === 1) { + for (i = 0, j = 0; i < rgbaLength; i += 4, j++) { + buf[j] = data[i]; + } + } + resolve({ data: buf, width: width, height: height}); + }; + img.onerror = function () { + reject(new Error('JpegDecode failed to load image')); + }; + img.src = imageUrl; + }); + }, this); + }, + + getData: function WorkerTransport_getData() { + return this.messageHandler.sendWithPromise('GetData', null); + }, + + getPage: function WorkerTransport_getPage(pageNumber, capability) { + if (pageNumber <= 0 || pageNumber > this.numPages || + (pageNumber|0) !== pageNumber) { + return Promise.reject(new Error('Invalid page request')); + } + + var pageIndex = pageNumber - 1; + if (pageIndex in this.pagePromises) { + return this.pagePromises[pageIndex]; + } + var promise = this.messageHandler.sendWithPromise('GetPage', { + pageIndex: pageIndex + }).then(function (pageInfo) { + if (this.destroyed) { + throw new Error('Transport destroyed'); + } + var page = new PDFPageProxy(pageIndex, pageInfo, this); + this.pageCache[pageIndex] = page; + return page; + }.bind(this)); + this.pagePromises[pageIndex] = promise; + return promise; + }, + + getPageIndex: function WorkerTransport_getPageIndexByRef(ref) { + return this.messageHandler.sendWithPromise('GetPageIndex', { ref: ref }); + }, + + getAnnotations: function WorkerTransport_getAnnotations(pageIndex, intent) { + return this.messageHandler.sendWithPromise('GetAnnotations', { + pageIndex: pageIndex, + intent: intent, + }); + }, + + getDestinations: function WorkerTransport_getDestinations() { + return this.messageHandler.sendWithPromise('GetDestinations', null); + }, + + getDestination: function WorkerTransport_getDestination(id) { + return this.messageHandler.sendWithPromise('GetDestination', { id: id }); + }, + + getAttachments: function WorkerTransport_getAttachments() { + return this.messageHandler.sendWithPromise('GetAttachments', null); + }, + + getJavaScript: function WorkerTransport_getJavaScript() { + return this.messageHandler.sendWithPromise('GetJavaScript', null); + }, + + getOutline: function WorkerTransport_getOutline() { + return this.messageHandler.sendWithPromise('GetOutline', null); + }, + + getMetadata: function WorkerTransport_getMetadata() { + return this.messageHandler.sendWithPromise('GetMetadata', null). + then(function transportMetadata(results) { + return { + info: results[0], + metadata: (results[1] ? new PDFJS.Metadata(results[1]) : null) + }; + }); + }, + + getStats: function WorkerTransport_getStats() { + return this.messageHandler.sendWithPromise('GetStats', null); + }, + + startCleanup: function WorkerTransport_startCleanup() { + this.messageHandler.sendWithPromise('Cleanup', null). + then(function endCleanup() { + for (var i = 0, ii = this.pageCache.length; i < ii; i++) { + var page = this.pageCache[i]; + if (page) { + page.cleanup(); + } + } + this.commonObjs.clear(); + this.fontLoader.clear(); + }.bind(this)); + } + }; + return WorkerTransport; + +})(); + +/** + * A PDF document and page is built of many objects. E.g. there are objects + * for fonts, images, rendering code and such. These objects might get processed + * inside of a worker. The `PDFObjects` implements some basic functions to + * manage these objects. + * @ignore + */ +var PDFObjects = (function PDFObjectsClosure() { + function PDFObjects() { + this.objs = {}; + } + + PDFObjects.prototype = { + /** + * Internal function. + * Ensures there is an object defined for `objId`. + */ + ensureObj: function PDFObjects_ensureObj(objId) { + if (this.objs[objId]) { + return this.objs[objId]; + } + + var obj = { + capability: createPromiseCapability(), + data: null, + resolved: false + }; + this.objs[objId] = obj; + + return obj; + }, + + /** + * If called *without* callback, this returns the data of `objId` but the + * object needs to be resolved. If it isn't, this function throws. + * + * If called *with* a callback, the callback is called with the data of the + * object once the object is resolved. That means, if you call this + * function and the object is already resolved, the callback gets called + * right away. + */ + get: function PDFObjects_get(objId, callback) { + // If there is a callback, then the get can be async and the object is + // not required to be resolved right now + if (callback) { + this.ensureObj(objId).capability.promise.then(callback); + return null; + } + + // If there isn't a callback, the user expects to get the resolved data + // directly. + var obj = this.objs[objId]; + + // If there isn't an object yet or the object isn't resolved, then the + // data isn't ready yet! + if (!obj || !obj.resolved) { + error('Requesting object that isn\'t resolved yet ' + objId); + } + + return obj.data; + }, + + /** + * Resolves the object `objId` with optional `data`. + */ + resolve: function PDFObjects_resolve(objId, data) { + var obj = this.ensureObj(objId); + + obj.resolved = true; + obj.data = data; + obj.capability.resolve(data); + }, + + isResolved: function PDFObjects_isResolved(objId) { + var objs = this.objs; + + if (!objs[objId]) { + return false; + } else { + return objs[objId].resolved; + } + }, + + hasData: function PDFObjects_hasData(objId) { + return this.isResolved(objId); + }, + + /** + * Returns the data of `objId` if object exists, null otherwise. + */ + getData: function PDFObjects_getData(objId) { + var objs = this.objs; + if (!objs[objId] || !objs[objId].resolved) { + return null; + } else { + return objs[objId].data; + } + }, + + clear: function PDFObjects_clear() { + this.objs = {}; + } + }; + return PDFObjects; +})(); + +/** + * Allows controlling of the rendering tasks. + * @class + * @alias RenderTask + */ +var RenderTask = (function RenderTaskClosure() { + function RenderTask(internalRenderTask) { + this._internalRenderTask = internalRenderTask; + + /** + * Callback for incremental rendering -- a function that will be called + * each time the rendering is paused. To continue rendering call the + * function that is the first argument to the callback. + * @type {function} + */ + this.onContinue = null; + } + + RenderTask.prototype = /** @lends RenderTask.prototype */ { + /** + * Promise for rendering task completion. + * @return {Promise} + */ + get promise() { + return this._internalRenderTask.capability.promise; + }, + + /** + * Cancels the rendering task. If the task is currently rendering it will + * not be cancelled until graphics pauses with a timeout. The promise that + * this object extends will resolved when cancelled. + */ + cancel: function RenderTask_cancel() { + this._internalRenderTask.cancel(); + }, + + /** + * Registers callbacks to indicate the rendering task completion. + * + * @param {function} onFulfilled The callback for the rendering completion. + * @param {function} onRejected The callback for the rendering failure. + * @return {Promise} A promise that is resolved after the onFulfilled or + * onRejected callback. + */ + then: function RenderTask_then(onFulfilled, onRejected) { + return this.promise.then.apply(this.promise, arguments); + } + }; + + return RenderTask; +})(); + +/** + * For internal use only. + * @ignore + */ +var InternalRenderTask = (function InternalRenderTaskClosure() { + + function InternalRenderTask(callback, params, objs, commonObjs, operatorList, + pageNumber) { + this.callback = callback; + this.params = params; + this.objs = objs; + this.commonObjs = commonObjs; + this.operatorListIdx = null; + this.operatorList = operatorList; + this.pageNumber = pageNumber; + this.running = false; + this.graphicsReadyCallback = null; + this.graphicsReady = false; + this.useRequestAnimationFrame = false; + this.cancelled = false; + this.capability = createPromiseCapability(); + this.task = new RenderTask(this); + // caching this-bound methods + this._continueBound = this._continue.bind(this); + this._scheduleNextBound = this._scheduleNext.bind(this); + this._nextBound = this._next.bind(this); + } + + InternalRenderTask.prototype = { + + initalizeGraphics: + function InternalRenderTask_initalizeGraphics(transparency) { + + if (this.cancelled) { + return; + } + if (PDFJS.pdfBug && 'StepperManager' in globalScope && + globalScope.StepperManager.enabled) { + this.stepper = globalScope.StepperManager.create(this.pageNumber - 1); + this.stepper.init(this.operatorList); + this.stepper.nextBreakPoint = this.stepper.getNextBreakPoint(); + } + + var params = this.params; + this.gfx = new CanvasGraphics(params.canvasContext, this.commonObjs, + this.objs, params.imageLayer); + + this.gfx.beginDrawing(params.transform, params.viewport, transparency); + this.operatorListIdx = 0; + this.graphicsReady = true; + if (this.graphicsReadyCallback) { + this.graphicsReadyCallback(); + } + }, + + cancel: function InternalRenderTask_cancel() { + this.running = false; + this.cancelled = true; + this.callback('cancelled'); + }, + + operatorListChanged: function InternalRenderTask_operatorListChanged() { + if (!this.graphicsReady) { + if (!this.graphicsReadyCallback) { + this.graphicsReadyCallback = this._continueBound; + } + return; + } + + if (this.stepper) { + this.stepper.updateOperatorList(this.operatorList); + } + + if (this.running) { + return; + } + this._continue(); + }, + + _continue: function InternalRenderTask__continue() { + this.running = true; + if (this.cancelled) { + return; + } + if (this.task.onContinue) { + this.task.onContinue.call(this.task, this._scheduleNextBound); + } else { + this._scheduleNext(); + } + }, + + _scheduleNext: function InternalRenderTask__scheduleNext() { + if (this.useRequestAnimationFrame) { + window.requestAnimationFrame(this._nextBound); + } else { + Promise.resolve(undefined).then(this._nextBound); + } + }, + + _next: function InternalRenderTask__next() { + if (this.cancelled) { + return; + } + this.operatorListIdx = this.gfx.executeOperatorList(this.operatorList, + this.operatorListIdx, + this._continueBound, + this.stepper); + if (this.operatorListIdx === this.operatorList.argsArray.length) { + this.running = false; + if (this.operatorList.lastChunk) { + this.gfx.endDrawing(); + this.callback(); + } + } + } + + }; + + return InternalRenderTask; +})(); + +/** + * (Deprecated) Global observer of unsupported feature usages. Use + * onUnsupportedFeature callback of the {PDFDocumentLoadingTask} instance. + */ +PDFJS.UnsupportedManager = (function UnsupportedManagerClosure() { + var listeners = []; + return { + listen: function (cb) { + deprecated('Global UnsupportedManager.listen is used: ' + + ' use PDFDocumentLoadingTask.onUnsupportedFeature instead'); + listeners.push(cb); + }, + notify: function (featureId) { + for (var i = 0, ii = listeners.length; i < ii; i++) { + listeners[i](featureId); + } + } + }; +})(); + + +var Metadata = PDFJS.Metadata = (function MetadataClosure() { + function fixMetadata(meta) { + return meta.replace(/>\\376\\377([^<]+)/g, function(all, codes) { + var bytes = codes.replace(/\\([0-3])([0-7])([0-7])/g, + function(code, d1, d2, d3) { + return String.fromCharCode(d1 * 64 + d2 * 8 + d3 * 1); + }); + var chars = ''; + for (var i = 0; i < bytes.length; i += 2) { + var code = bytes.charCodeAt(i) * 256 + bytes.charCodeAt(i + 1); + chars += code >= 32 && code < 127 && code !== 60 && code !== 62 && + code !== 38 && false ? String.fromCharCode(code) : + '&#x' + (0x10000 + code).toString(16).substring(1) + ';'; + } + return '>' + chars; + }); + } + + function Metadata(meta) { + if (typeof meta === 'string') { + // Ghostscript produces invalid metadata + meta = fixMetadata(meta); + + var parser = new DOMParser(); + meta = parser.parseFromString(meta, 'application/xml'); + } else if (!(meta instanceof Document)) { + error('Metadata: Invalid metadata object'); + } + + this.metaDocument = meta; + this.metadata = {}; + this.parse(); + } + + Metadata.prototype = { + parse: function Metadata_parse() { + var doc = this.metaDocument; + var rdf = doc.documentElement; + + if (rdf.nodeName.toLowerCase() !== 'rdf:rdf') { // Wrapped in + rdf = rdf.firstChild; + while (rdf && rdf.nodeName.toLowerCase() !== 'rdf:rdf') { + rdf = rdf.nextSibling; + } + } + + var nodeName = (rdf) ? rdf.nodeName.toLowerCase() : null; + if (!rdf || nodeName !== 'rdf:rdf' || !rdf.hasChildNodes()) { + return; + } + + var children = rdf.childNodes, desc, entry, name, i, ii, length, iLength; + for (i = 0, length = children.length; i < length; i++) { + desc = children[i]; + if (desc.nodeName.toLowerCase() !== 'rdf:description') { + continue; + } + + for (ii = 0, iLength = desc.childNodes.length; ii < iLength; ii++) { + if (desc.childNodes[ii].nodeName.toLowerCase() !== '#text') { + entry = desc.childNodes[ii]; + name = entry.nodeName.toLowerCase(); + this.metadata[name] = entry.textContent.trim(); + } + } + } + }, + + get: function Metadata_get(name) { + return this.metadata[name] || null; + }, + + has: function Metadata_has(name) { + return typeof this.metadata[name] !== 'undefined'; + } + }; + + return Metadata; +})(); + + +// contexts store most of the state we need natively. +// However, PDF needs a bit more state, which we store here. + +// Minimal font size that would be used during canvas fillText operations. +var MIN_FONT_SIZE = 16; +// Maximum font size that would be used during canvas fillText operations. +var MAX_FONT_SIZE = 100; +var MAX_GROUP_SIZE = 4096; + +// Heuristic value used when enforcing minimum line widths. +var MIN_WIDTH_FACTOR = 0.65; + +var COMPILE_TYPE3_GLYPHS = true; +var MAX_SIZE_TO_COMPILE = 1000; + +var FULL_CHUNK_HEIGHT = 16; + +function createScratchCanvas(width, height) { + var canvas = document.createElement('canvas'); + canvas.width = width; + canvas.height = height; + return canvas; +} + +function addContextCurrentTransform(ctx) { + // If the context doesn't expose a `mozCurrentTransform`, add a JS based one. + if (!ctx.mozCurrentTransform) { + ctx._originalSave = ctx.save; + ctx._originalRestore = ctx.restore; + ctx._originalRotate = ctx.rotate; + ctx._originalScale = ctx.scale; + ctx._originalTranslate = ctx.translate; + ctx._originalTransform = ctx.transform; + ctx._originalSetTransform = ctx.setTransform; + + ctx._transformMatrix = ctx._transformMatrix || [1, 0, 0, 1, 0, 0]; + ctx._transformStack = []; + + Object.defineProperty(ctx, 'mozCurrentTransform', { + get: function getCurrentTransform() { + return this._transformMatrix; + } + }); + + Object.defineProperty(ctx, 'mozCurrentTransformInverse', { + get: function getCurrentTransformInverse() { + // Calculation done using WolframAlpha: + // http://www.wolframalpha.com/input/? + // i=Inverse+{{a%2C+c%2C+e}%2C+{b%2C+d%2C+f}%2C+{0%2C+0%2C+1}} + + var m = this._transformMatrix; + var a = m[0], b = m[1], c = m[2], d = m[3], e = m[4], f = m[5]; + + var ad_bc = a * d - b * c; + var bc_ad = b * c - a * d; + + return [ + d / ad_bc, + b / bc_ad, + c / bc_ad, + a / ad_bc, + (d * e - c * f) / bc_ad, + (b * e - a * f) / ad_bc + ]; + } + }); + + ctx.save = function ctxSave() { + var old = this._transformMatrix; + this._transformStack.push(old); + this._transformMatrix = old.slice(0, 6); + + this._originalSave(); + }; + + ctx.restore = function ctxRestore() { + var prev = this._transformStack.pop(); + if (prev) { + this._transformMatrix = prev; + this._originalRestore(); + } + }; + + ctx.translate = function ctxTranslate(x, y) { + var m = this._transformMatrix; + m[4] = m[0] * x + m[2] * y + m[4]; + m[5] = m[1] * x + m[3] * y + m[5]; + + this._originalTranslate(x, y); + }; + + ctx.scale = function ctxScale(x, y) { + var m = this._transformMatrix; + m[0] = m[0] * x; + m[1] = m[1] * x; + m[2] = m[2] * y; + m[3] = m[3] * y; + + this._originalScale(x, y); + }; + + ctx.transform = function ctxTransform(a, b, c, d, e, f) { + var m = this._transformMatrix; + this._transformMatrix = [ + m[0] * a + m[2] * b, + m[1] * a + m[3] * b, + m[0] * c + m[2] * d, + m[1] * c + m[3] * d, + m[0] * e + m[2] * f + m[4], + m[1] * e + m[3] * f + m[5] + ]; + + ctx._originalTransform(a, b, c, d, e, f); + }; + + ctx.setTransform = function ctxSetTransform(a, b, c, d, e, f) { + this._transformMatrix = [a, b, c, d, e, f]; + + ctx._originalSetTransform(a, b, c, d, e, f); + }; + + ctx.rotate = function ctxRotate(angle) { + var cosValue = Math.cos(angle); + var sinValue = Math.sin(angle); + + var m = this._transformMatrix; + this._transformMatrix = [ + m[0] * cosValue + m[2] * sinValue, + m[1] * cosValue + m[3] * sinValue, + m[0] * (-sinValue) + m[2] * cosValue, + m[1] * (-sinValue) + m[3] * cosValue, + m[4], + m[5] + ]; + + this._originalRotate(angle); + }; + } +} + +var CachedCanvases = (function CachedCanvasesClosure() { + function CachedCanvases() { + this.cache = Object.create(null); + } + CachedCanvases.prototype = { + getCanvas: function CachedCanvases_getCanvas(id, width, height, + trackTransform) { + var canvasEntry; + if (this.cache[id] !== undefined) { + canvasEntry = this.cache[id]; + canvasEntry.canvas.width = width; + canvasEntry.canvas.height = height; + // reset canvas transform for emulated mozCurrentTransform, if needed + canvasEntry.context.setTransform(1, 0, 0, 1, 0, 0); + } else { + var canvas = createScratchCanvas(width, height); + var ctx = canvas.getContext('2d'); + if (trackTransform) { + addContextCurrentTransform(ctx); + } + this.cache[id] = canvasEntry = {canvas: canvas, context: ctx}; + } + return canvasEntry; + }, + clear: function () { + for (var id in this.cache) { + var canvasEntry = this.cache[id]; + // Zeroing the width and height causes Firefox to release graphics + // resources immediately, which can greatly reduce memory consumption. + canvasEntry.canvas.width = 0; + canvasEntry.canvas.height = 0; + delete this.cache[id]; + } + } + }; + return CachedCanvases; +})(); + +function compileType3Glyph(imgData) { + var POINT_TO_PROCESS_LIMIT = 1000; + + var width = imgData.width, height = imgData.height; + var i, j, j0, width1 = width + 1; + var points = new Uint8Array(width1 * (height + 1)); + var POINT_TYPES = + new Uint8Array([0, 2, 4, 0, 1, 0, 5, 4, 8, 10, 0, 8, 0, 2, 1, 0]); + + // decodes bit-packed mask data + var lineSize = (width + 7) & ~7, data0 = imgData.data; + var data = new Uint8Array(lineSize * height), pos = 0, ii; + for (i = 0, ii = data0.length; i < ii; i++) { + var mask = 128, elem = data0[i]; + while (mask > 0) { + data[pos++] = (elem & mask) ? 0 : 255; + mask >>= 1; + } + } + + // finding iteresting points: every point is located between mask pixels, + // so there will be points of the (width + 1)x(height + 1) grid. Every point + // will have flags assigned based on neighboring mask pixels: + // 4 | 8 + // --P-- + // 2 | 1 + // We are interested only in points with the flags: + // - outside corners: 1, 2, 4, 8; + // - inside corners: 7, 11, 13, 14; + // - and, intersections: 5, 10. + var count = 0; + pos = 0; + if (data[pos] !== 0) { + points[0] = 1; + ++count; + } + for (j = 1; j < width; j++) { + if (data[pos] !== data[pos + 1]) { + points[j] = data[pos] ? 2 : 1; + ++count; + } + pos++; + } + if (data[pos] !== 0) { + points[j] = 2; + ++count; + } + for (i = 1; i < height; i++) { + pos = i * lineSize; + j0 = i * width1; + if (data[pos - lineSize] !== data[pos]) { + points[j0] = data[pos] ? 1 : 8; + ++count; + } + // 'sum' is the position of the current pixel configuration in the 'TYPES' + // array (in order 8-1-2-4, so we can use '>>2' to shift the column). + var sum = (data[pos] ? 4 : 0) + (data[pos - lineSize] ? 8 : 0); + for (j = 1; j < width; j++) { + sum = (sum >> 2) + (data[pos + 1] ? 4 : 0) + + (data[pos - lineSize + 1] ? 8 : 0); + if (POINT_TYPES[sum]) { + points[j0 + j] = POINT_TYPES[sum]; + ++count; + } + pos++; + } + if (data[pos - lineSize] !== data[pos]) { + points[j0 + j] = data[pos] ? 2 : 4; + ++count; + } + + if (count > POINT_TO_PROCESS_LIMIT) { + return null; + } + } + + pos = lineSize * (height - 1); + j0 = i * width1; + if (data[pos] !== 0) { + points[j0] = 8; + ++count; + } + for (j = 1; j < width; j++) { + if (data[pos] !== data[pos + 1]) { + points[j0 + j] = data[pos] ? 4 : 8; + ++count; + } + pos++; + } + if (data[pos] !== 0) { + points[j0 + j] = 4; + ++count; + } + if (count > POINT_TO_PROCESS_LIMIT) { + return null; + } + + // building outlines + var steps = new Int32Array([0, width1, -1, 0, -width1, 0, 0, 0, 1]); + var outlines = []; + for (i = 0; count && i <= height; i++) { + var p = i * width1; + var end = p + width; + while (p < end && !points[p]) { + p++; + } + if (p === end) { + continue; + } + var coords = [p % width1, i]; + + var type = points[p], p0 = p, pp; + do { + var step = steps[type]; + do { + p += step; + } while (!points[p]); + + pp = points[p]; + if (pp !== 5 && pp !== 10) { + // set new direction + type = pp; + // delete mark + points[p] = 0; + } else { // type is 5 or 10, ie, a crossing + // set new direction + type = pp & ((0x33 * type) >> 4); + // set new type for "future hit" + points[p] &= (type >> 2 | type << 2); + } + + coords.push(p % width1); + coords.push((p / width1) | 0); + --count; + } while (p0 !== p); + outlines.push(coords); + --i; + } + + var drawOutline = function(c) { + c.save(); + // the path shall be painted in [0..1]x[0..1] space + c.scale(1 / width, -1 / height); + c.translate(0, -height); + c.beginPath(); + for (var i = 0, ii = outlines.length; i < ii; i++) { + var o = outlines[i]; + c.moveTo(o[0], o[1]); + for (var j = 2, jj = o.length; j < jj; j += 2) { + c.lineTo(o[j], o[j+1]); + } + } + c.fill(); + c.beginPath(); + c.restore(); + }; + + return drawOutline; +} + +var CanvasExtraState = (function CanvasExtraStateClosure() { + function CanvasExtraState(old) { + // Are soft masks and alpha values shapes or opacities? + this.alphaIsShape = false; + this.fontSize = 0; + this.fontSizeScale = 1; + this.textMatrix = IDENTITY_MATRIX; + this.textMatrixScale = 1; + this.fontMatrix = FONT_IDENTITY_MATRIX; + this.leading = 0; + // Current point (in user coordinates) + this.x = 0; + this.y = 0; + // Start of text line (in text coordinates) + this.lineX = 0; + this.lineY = 0; + // Character and word spacing + this.charSpacing = 0; + this.wordSpacing = 0; + this.textHScale = 1; + this.textRenderingMode = TextRenderingMode.FILL; + this.textRise = 0; + // Default fore and background colors + this.fillColor = '#000000'; + this.strokeColor = '#000000'; + this.patternFill = false; + // Note: fill alpha applies to all non-stroking operations + this.fillAlpha = 1; + this.strokeAlpha = 1; + this.lineWidth = 1; + this.activeSMask = null; // nonclonable field (see the save method below) + + this.old = old; + } + + CanvasExtraState.prototype = { + clone: function CanvasExtraState_clone() { + return Object.create(this); + }, + setCurrentPoint: function CanvasExtraState_setCurrentPoint(x, y) { + this.x = x; + this.y = y; + } + }; + return CanvasExtraState; +})(); + +var CanvasGraphics = (function CanvasGraphicsClosure() { + // Defines the time the executeOperatorList is going to be executing + // before it stops and shedules a continue of execution. + var EXECUTION_TIME = 15; + // Defines the number of steps before checking the execution time + var EXECUTION_STEPS = 10; + + function CanvasGraphics(canvasCtx, commonObjs, objs, imageLayer) { + this.ctx = canvasCtx; + this.current = new CanvasExtraState(); + this.stateStack = []; + this.pendingClip = null; + this.pendingEOFill = false; + this.res = null; + this.xobjs = null; + this.commonObjs = commonObjs; + this.objs = objs; + this.imageLayer = imageLayer; + this.groupStack = []; + this.processingType3 = null; + // Patterns are painted relative to the initial page/form transform, see pdf + // spec 8.7.2 NOTE 1. + this.baseTransform = null; + this.baseTransformStack = []; + this.groupLevel = 0; + this.smaskStack = []; + this.smaskCounter = 0; + this.tempSMask = null; + this.cachedCanvases = new CachedCanvases(); + if (canvasCtx) { + // NOTE: if mozCurrentTransform is polyfilled, then the current state of + // the transformation must already be set in canvasCtx._transformMatrix. + addContextCurrentTransform(canvasCtx); + } + this.cachedGetSinglePixelWidth = null; + } + + function putBinaryImageData(ctx, imgData) { + if (typeof ImageData !== 'undefined' && imgData instanceof ImageData) { + ctx.putImageData(imgData, 0, 0); + return; + } + + // Put the image data to the canvas in chunks, rather than putting the + // whole image at once. This saves JS memory, because the ImageData object + // is smaller. It also possibly saves C++ memory within the implementation + // of putImageData(). (E.g. in Firefox we make two short-lived copies of + // the data passed to putImageData()). |n| shouldn't be too small, however, + // because too many putImageData() calls will slow things down. + // + // Note: as written, if the last chunk is partial, the putImageData() call + // will (conceptually) put pixels past the bounds of the canvas. But + // that's ok; any such pixels are ignored. + + var height = imgData.height, width = imgData.width; + var partialChunkHeight = height % FULL_CHUNK_HEIGHT; + var fullChunks = (height - partialChunkHeight) / FULL_CHUNK_HEIGHT; + var totalChunks = partialChunkHeight === 0 ? fullChunks : fullChunks + 1; + + var chunkImgData = ctx.createImageData(width, FULL_CHUNK_HEIGHT); + var srcPos = 0, destPos; + var src = imgData.data; + var dest = chunkImgData.data; + var i, j, thisChunkHeight, elemsInThisChunk; + + // There are multiple forms in which the pixel data can be passed, and + // imgData.kind tells us which one this is. + if (imgData.kind === ImageKind.GRAYSCALE_1BPP) { + // Grayscale, 1 bit per pixel (i.e. black-and-white). + var srcLength = src.byteLength; + var dest32 = PDFJS.hasCanvasTypedArrays ? new Uint32Array(dest.buffer) : + new Uint32ArrayView(dest); + var dest32DataLength = dest32.length; + var fullSrcDiff = (width + 7) >> 3; + var white = 0xFFFFFFFF; + var black = (PDFJS.isLittleEndian || !PDFJS.hasCanvasTypedArrays) ? + 0xFF000000 : 0x000000FF; + for (i = 0; i < totalChunks; i++) { + thisChunkHeight = + (i < fullChunks) ? FULL_CHUNK_HEIGHT : partialChunkHeight; + destPos = 0; + for (j = 0; j < thisChunkHeight; j++) { + var srcDiff = srcLength - srcPos; + var k = 0; + var kEnd = (srcDiff > fullSrcDiff) ? width : srcDiff * 8 - 7; + var kEndUnrolled = kEnd & ~7; + var mask = 0; + var srcByte = 0; + for (; k < kEndUnrolled; k += 8) { + srcByte = src[srcPos++]; + dest32[destPos++] = (srcByte & 128) ? white : black; + dest32[destPos++] = (srcByte & 64) ? white : black; + dest32[destPos++] = (srcByte & 32) ? white : black; + dest32[destPos++] = (srcByte & 16) ? white : black; + dest32[destPos++] = (srcByte & 8) ? white : black; + dest32[destPos++] = (srcByte & 4) ? white : black; + dest32[destPos++] = (srcByte & 2) ? white : black; + dest32[destPos++] = (srcByte & 1) ? white : black; + } + for (; k < kEnd; k++) { + if (mask === 0) { + srcByte = src[srcPos++]; + mask = 128; + } + + dest32[destPos++] = (srcByte & mask) ? white : black; + mask >>= 1; + } + } + // We ran out of input. Make all remaining pixels transparent. + while (destPos < dest32DataLength) { + dest32[destPos++] = 0; + } + + ctx.putImageData(chunkImgData, 0, i * FULL_CHUNK_HEIGHT); + } + } else if (imgData.kind === ImageKind.RGBA_32BPP) { + // RGBA, 32-bits per pixel. + + j = 0; + elemsInThisChunk = width * FULL_CHUNK_HEIGHT * 4; + for (i = 0; i < fullChunks; i++) { + dest.set(src.subarray(srcPos, srcPos + elemsInThisChunk)); + srcPos += elemsInThisChunk; + + ctx.putImageData(chunkImgData, 0, j); + j += FULL_CHUNK_HEIGHT; + } + if (i < totalChunks) { + elemsInThisChunk = width * partialChunkHeight * 4; + dest.set(src.subarray(srcPos, srcPos + elemsInThisChunk)); + ctx.putImageData(chunkImgData, 0, j); + } + + } else if (imgData.kind === ImageKind.RGB_24BPP) { + // RGB, 24-bits per pixel. + thisChunkHeight = FULL_CHUNK_HEIGHT; + elemsInThisChunk = width * thisChunkHeight; + for (i = 0; i < totalChunks; i++) { + if (i >= fullChunks) { + thisChunkHeight = partialChunkHeight; + elemsInThisChunk = width * thisChunkHeight; + } + + destPos = 0; + for (j = elemsInThisChunk; j--;) { + dest[destPos++] = src[srcPos++]; + dest[destPos++] = src[srcPos++]; + dest[destPos++] = src[srcPos++]; + dest[destPos++] = 255; + } + ctx.putImageData(chunkImgData, 0, i * FULL_CHUNK_HEIGHT); + } + } else { + error('bad image kind: ' + imgData.kind); + } + } + + function putBinaryImageMask(ctx, imgData) { + var height = imgData.height, width = imgData.width; + var partialChunkHeight = height % FULL_CHUNK_HEIGHT; + var fullChunks = (height - partialChunkHeight) / FULL_CHUNK_HEIGHT; + var totalChunks = partialChunkHeight === 0 ? fullChunks : fullChunks + 1; + + var chunkImgData = ctx.createImageData(width, FULL_CHUNK_HEIGHT); + var srcPos = 0; + var src = imgData.data; + var dest = chunkImgData.data; + + for (var i = 0; i < totalChunks; i++) { + var thisChunkHeight = + (i < fullChunks) ? FULL_CHUNK_HEIGHT : partialChunkHeight; + + // Expand the mask so it can be used by the canvas. Any required + // inversion has already been handled. + var destPos = 3; // alpha component offset + for (var j = 0; j < thisChunkHeight; j++) { + var mask = 0; + for (var k = 0; k < width; k++) { + if (!mask) { + var elem = src[srcPos++]; + mask = 128; + } + dest[destPos] = (elem & mask) ? 0 : 255; + destPos += 4; + mask >>= 1; + } + } + ctx.putImageData(chunkImgData, 0, i * FULL_CHUNK_HEIGHT); + } + } + + function copyCtxState(sourceCtx, destCtx) { + var properties = ['strokeStyle', 'fillStyle', 'fillRule', 'globalAlpha', + 'lineWidth', 'lineCap', 'lineJoin', 'miterLimit', + 'globalCompositeOperation', 'font']; + for (var i = 0, ii = properties.length; i < ii; i++) { + var property = properties[i]; + if (sourceCtx[property] !== undefined) { + destCtx[property] = sourceCtx[property]; + } + } + if (sourceCtx.setLineDash !== undefined) { + destCtx.setLineDash(sourceCtx.getLineDash()); + destCtx.lineDashOffset = sourceCtx.lineDashOffset; + } else if (sourceCtx.mozDashOffset !== undefined) { + destCtx.mozDash = sourceCtx.mozDash; + destCtx.mozDashOffset = sourceCtx.mozDashOffset; + } + } + + function composeSMaskBackdrop(bytes, r0, g0, b0) { + var length = bytes.length; + for (var i = 3; i < length; i += 4) { + var alpha = bytes[i]; + if (alpha === 0) { + bytes[i - 3] = r0; + bytes[i - 2] = g0; + bytes[i - 1] = b0; + } else if (alpha < 255) { + var alpha_ = 255 - alpha; + bytes[i - 3] = (bytes[i - 3] * alpha + r0 * alpha_) >> 8; + bytes[i - 2] = (bytes[i - 2] * alpha + g0 * alpha_) >> 8; + bytes[i - 1] = (bytes[i - 1] * alpha + b0 * alpha_) >> 8; + } + } + } + + function composeSMaskAlpha(maskData, layerData, transferMap) { + var length = maskData.length; + var scale = 1 / 255; + for (var i = 3; i < length; i += 4) { + var alpha = transferMap ? transferMap[maskData[i]] : maskData[i]; + layerData[i] = (layerData[i] * alpha * scale) | 0; + } + } + + function composeSMaskLuminosity(maskData, layerData, transferMap) { + var length = maskData.length; + for (var i = 3; i < length; i += 4) { + var y = (maskData[i - 3] * 77) + // * 0.3 / 255 * 0x10000 + (maskData[i - 2] * 152) + // * 0.59 .... + (maskData[i - 1] * 28); // * 0.11 .... + layerData[i] = transferMap ? + (layerData[i] * transferMap[y >> 8]) >> 8 : + (layerData[i] * y) >> 16; + } + } + + function genericComposeSMask(maskCtx, layerCtx, width, height, + subtype, backdrop, transferMap) { + var hasBackdrop = !!backdrop; + var r0 = hasBackdrop ? backdrop[0] : 0; + var g0 = hasBackdrop ? backdrop[1] : 0; + var b0 = hasBackdrop ? backdrop[2] : 0; + + var composeFn; + if (subtype === 'Luminosity') { + composeFn = composeSMaskLuminosity; + } else { + composeFn = composeSMaskAlpha; + } + + // processing image in chunks to save memory + var PIXELS_TO_PROCESS = 1048576; + var chunkSize = Math.min(height, Math.ceil(PIXELS_TO_PROCESS / width)); + for (var row = 0; row < height; row += chunkSize) { + var chunkHeight = Math.min(chunkSize, height - row); + var maskData = maskCtx.getImageData(0, row, width, chunkHeight); + var layerData = layerCtx.getImageData(0, row, width, chunkHeight); + + if (hasBackdrop) { + composeSMaskBackdrop(maskData.data, r0, g0, b0); + } + composeFn(maskData.data, layerData.data, transferMap); + + maskCtx.putImageData(layerData, 0, row); + } + } + + function composeSMask(ctx, smask, layerCtx) { + var mask = smask.canvas; + var maskCtx = smask.context; + + ctx.setTransform(smask.scaleX, 0, 0, smask.scaleY, + smask.offsetX, smask.offsetY); + + var backdrop = smask.backdrop || null; + if (!smask.transferMap && WebGLUtils.isEnabled) { + var composed = WebGLUtils.composeSMask(layerCtx.canvas, mask, + {subtype: smask.subtype, backdrop: backdrop}); + ctx.setTransform(1, 0, 0, 1, 0, 0); + ctx.drawImage(composed, smask.offsetX, smask.offsetY); + return; + } + genericComposeSMask(maskCtx, layerCtx, mask.width, mask.height, + smask.subtype, backdrop, smask.transferMap); + ctx.drawImage(mask, 0, 0); + } + + var LINE_CAP_STYLES = ['butt', 'round', 'square']; + var LINE_JOIN_STYLES = ['miter', 'round', 'bevel']; + var NORMAL_CLIP = {}; + var EO_CLIP = {}; + + CanvasGraphics.prototype = { + + beginDrawing: function CanvasGraphics_beginDrawing(transform, viewport, + transparency) { + // For pdfs that use blend modes we have to clear the canvas else certain + // blend modes can look wrong since we'd be blending with a white + // backdrop. The problem with a transparent backdrop though is we then + // don't get sub pixel anti aliasing on text, creating temporary + // transparent canvas when we have blend modes. + var width = this.ctx.canvas.width; + var height = this.ctx.canvas.height; + + this.ctx.save(); + this.ctx.fillStyle = 'rgba(255, 255, 255, 0)'; + this.ctx.fillRect(0, 0, width, height); + this.ctx.restore(); + + if (transparency) { + var transparentCanvas = this.cachedCanvases.getCanvas( + 'transparent', width, height, true); + this.compositeCtx = this.ctx; + this.transparentCanvas = transparentCanvas.canvas; + this.ctx = transparentCanvas.context; + this.ctx.save(); + // The transform can be applied before rendering, transferring it to + // the new canvas. + this.ctx.transform.apply(this.ctx, + this.compositeCtx.mozCurrentTransform); + } + + this.ctx.save(); + if (transform) { + this.ctx.transform.apply(this.ctx, transform); + } + this.ctx.transform.apply(this.ctx, viewport.transform); + + this.baseTransform = this.ctx.mozCurrentTransform.slice(); + + if (this.imageLayer) { + this.imageLayer.beginLayout(); + } + }, + + executeOperatorList: function CanvasGraphics_executeOperatorList( + operatorList, + executionStartIdx, continueCallback, + stepper) { + var argsArray = operatorList.argsArray; + var fnArray = operatorList.fnArray; + var i = executionStartIdx || 0; + var argsArrayLen = argsArray.length; + + // Sometimes the OperatorList to execute is empty. + if (argsArrayLen === i) { + return i; + } + + var chunkOperations = (argsArrayLen - i > EXECUTION_STEPS && + typeof continueCallback === 'function'); + var endTime = chunkOperations ? Date.now() + EXECUTION_TIME : 0; + var steps = 0; + + var commonObjs = this.commonObjs; + var objs = this.objs; + var fnId; + + while (true) { + if (stepper !== undefined && i === stepper.nextBreakPoint) { + stepper.breakIt(i, continueCallback); + return i; + } + + fnId = fnArray[i]; + + if (fnId !== OPS.dependency) { + this[fnId].apply(this, argsArray[i]); + } else { + var deps = argsArray[i]; + for (var n = 0, nn = deps.length; n < nn; n++) { + var depObjId = deps[n]; + var common = depObjId[0] === 'g' && depObjId[1] === '_'; + var objsPool = common ? commonObjs : objs; + + // If the promise isn't resolved yet, add the continueCallback + // to the promise and bail out. + if (!objsPool.isResolved(depObjId)) { + objsPool.get(depObjId, continueCallback); + return i; + } + } + } + + i++; + + // If the entire operatorList was executed, stop as were done. + if (i === argsArrayLen) { + return i; + } + + // If the execution took longer then a certain amount of time and + // `continueCallback` is specified, interrupt the execution. + if (chunkOperations && ++steps > EXECUTION_STEPS) { + if (Date.now() > endTime) { + continueCallback(); + return i; + } + steps = 0; + } + + // If the operatorList isn't executed completely yet OR the execution + // time was short enough, do another execution round. + } + }, + + endDrawing: function CanvasGraphics_endDrawing() { + this.ctx.restore(); + + if (this.transparentCanvas) { + this.ctx = this.compositeCtx; + this.ctx.drawImage(this.transparentCanvas, 0, 0); + this.transparentCanvas = null; + } + + this.cachedCanvases.clear(); + WebGLUtils.clear(); + + if (this.imageLayer) { + this.imageLayer.endLayout(); + } + }, + + // Graphics state + setLineWidth: function CanvasGraphics_setLineWidth(width) { + this.current.lineWidth = width; + this.ctx.lineWidth = width; + }, + setLineCap: function CanvasGraphics_setLineCap(style) { + this.ctx.lineCap = LINE_CAP_STYLES[style]; + }, + setLineJoin: function CanvasGraphics_setLineJoin(style) { + this.ctx.lineJoin = LINE_JOIN_STYLES[style]; + }, + setMiterLimit: function CanvasGraphics_setMiterLimit(limit) { + this.ctx.miterLimit = limit; + }, + setDash: function CanvasGraphics_setDash(dashArray, dashPhase) { + var ctx = this.ctx; + if (ctx.setLineDash !== undefined) { + ctx.setLineDash(dashArray); + ctx.lineDashOffset = dashPhase; + } else { + ctx.mozDash = dashArray; + ctx.mozDashOffset = dashPhase; + } + }, + setRenderingIntent: function CanvasGraphics_setRenderingIntent(intent) { + // Maybe if we one day fully support color spaces this will be important + // for now we can ignore. + // TODO set rendering intent? + }, + setFlatness: function CanvasGraphics_setFlatness(flatness) { + // There's no way to control this with canvas, but we can safely ignore. + // TODO set flatness? + }, + setGState: function CanvasGraphics_setGState(states) { + for (var i = 0, ii = states.length; i < ii; i++) { + var state = states[i]; + var key = state[0]; + var value = state[1]; + + switch (key) { + case 'LW': + this.setLineWidth(value); + break; + case 'LC': + this.setLineCap(value); + break; + case 'LJ': + this.setLineJoin(value); + break; + case 'ML': + this.setMiterLimit(value); + break; + case 'D': + this.setDash(value[0], value[1]); + break; + case 'RI': + this.setRenderingIntent(value); + break; + case 'FL': + this.setFlatness(value); + break; + case 'Font': + this.setFont(value[0], value[1]); + break; + case 'CA': + this.current.strokeAlpha = state[1]; + break; + case 'ca': + this.current.fillAlpha = state[1]; + this.ctx.globalAlpha = state[1]; + break; + case 'BM': + if (value && value.name && (value.name !== 'Normal')) { + var mode = value.name.replace(/([A-Z])/g, + function(c) { + return '-' + c.toLowerCase(); + } + ).substring(1); + this.ctx.globalCompositeOperation = mode; + if (this.ctx.globalCompositeOperation !== mode) { + warn('globalCompositeOperation "' + mode + + '" is not supported'); + } + } else { + this.ctx.globalCompositeOperation = 'source-over'; + } + break; + case 'SMask': + if (this.current.activeSMask) { + this.endSMaskGroup(); + } + this.current.activeSMask = value ? this.tempSMask : null; + if (this.current.activeSMask) { + this.beginSMaskGroup(); + } + this.tempSMask = null; + break; + } + } + }, + beginSMaskGroup: function CanvasGraphics_beginSMaskGroup() { + + var activeSMask = this.current.activeSMask; + var drawnWidth = activeSMask.canvas.width; + var drawnHeight = activeSMask.canvas.height; + var cacheId = 'smaskGroupAt' + this.groupLevel; + var scratchCanvas = this.cachedCanvases.getCanvas( + cacheId, drawnWidth, drawnHeight, true); + + var currentCtx = this.ctx; + var currentTransform = currentCtx.mozCurrentTransform; + this.ctx.save(); + + var groupCtx = scratchCanvas.context; + groupCtx.scale(1 / activeSMask.scaleX, 1 / activeSMask.scaleY); + groupCtx.translate(-activeSMask.offsetX, -activeSMask.offsetY); + groupCtx.transform.apply(groupCtx, currentTransform); + + copyCtxState(currentCtx, groupCtx); + this.ctx = groupCtx; + this.setGState([ + ['BM', 'Normal'], + ['ca', 1], + ['CA', 1] + ]); + this.groupStack.push(currentCtx); + this.groupLevel++; + }, + endSMaskGroup: function CanvasGraphics_endSMaskGroup() { + var groupCtx = this.ctx; + this.groupLevel--; + this.ctx = this.groupStack.pop(); + + composeSMask(this.ctx, this.current.activeSMask, groupCtx); + this.ctx.restore(); + copyCtxState(groupCtx, this.ctx); + }, + save: function CanvasGraphics_save() { + this.ctx.save(); + var old = this.current; + this.stateStack.push(old); + this.current = old.clone(); + this.current.activeSMask = null; + }, + restore: function CanvasGraphics_restore() { + if (this.stateStack.length !== 0) { + if (this.current.activeSMask !== null) { + this.endSMaskGroup(); + } + + this.current = this.stateStack.pop(); + this.ctx.restore(); + + // Ensure that the clipping path is reset (fixes issue6413.pdf). + this.pendingClip = null; + + this.cachedGetSinglePixelWidth = null; + } + }, + transform: function CanvasGraphics_transform(a, b, c, d, e, f) { + this.ctx.transform(a, b, c, d, e, f); + + this.cachedGetSinglePixelWidth = null; + }, + + // Path + constructPath: function CanvasGraphics_constructPath(ops, args) { + var ctx = this.ctx; + var current = this.current; + var x = current.x, y = current.y; + for (var i = 0, j = 0, ii = ops.length; i < ii; i++) { + switch (ops[i] | 0) { + case OPS.rectangle: + x = args[j++]; + y = args[j++]; + var width = args[j++]; + var height = args[j++]; + if (width === 0) { + width = this.getSinglePixelWidth(); + } + if (height === 0) { + height = this.getSinglePixelWidth(); + } + var xw = x + width; + var yh = y + height; + this.ctx.moveTo(x, y); + this.ctx.lineTo(xw, y); + this.ctx.lineTo(xw, yh); + this.ctx.lineTo(x, yh); + this.ctx.lineTo(x, y); + this.ctx.closePath(); + break; + case OPS.moveTo: + x = args[j++]; + y = args[j++]; + ctx.moveTo(x, y); + break; + case OPS.lineTo: + x = args[j++]; + y = args[j++]; + ctx.lineTo(x, y); + break; + case OPS.curveTo: + x = args[j + 4]; + y = args[j + 5]; + ctx.bezierCurveTo(args[j], args[j + 1], args[j + 2], args[j + 3], + x, y); + j += 6; + break; + case OPS.curveTo2: + ctx.bezierCurveTo(x, y, args[j], args[j + 1], + args[j + 2], args[j + 3]); + x = args[j + 2]; + y = args[j + 3]; + j += 4; + break; + case OPS.curveTo3: + x = args[j + 2]; + y = args[j + 3]; + ctx.bezierCurveTo(args[j], args[j + 1], x, y, x, y); + j += 4; + break; + case OPS.closePath: + ctx.closePath(); + break; + } + } + current.setCurrentPoint(x, y); + }, + closePath: function CanvasGraphics_closePath() { + this.ctx.closePath(); + }, + stroke: function CanvasGraphics_stroke(consumePath) { + consumePath = typeof consumePath !== 'undefined' ? consumePath : true; + var ctx = this.ctx; + var strokeColor = this.current.strokeColor; + // Prevent drawing too thin lines by enforcing a minimum line width. + ctx.lineWidth = Math.max(this.getSinglePixelWidth() * MIN_WIDTH_FACTOR, + this.current.lineWidth); + // For stroke we want to temporarily change the global alpha to the + // stroking alpha. + ctx.globalAlpha = this.current.strokeAlpha; + if (strokeColor && strokeColor.hasOwnProperty('type') && + strokeColor.type === 'Pattern') { + // for patterns, we transform to pattern space, calculate + // the pattern, call stroke, and restore to user space + ctx.save(); + ctx.strokeStyle = strokeColor.getPattern(ctx, this); + ctx.stroke(); + ctx.restore(); + } else { + ctx.stroke(); + } + if (consumePath) { + this.consumePath(); + } + // Restore the global alpha to the fill alpha + ctx.globalAlpha = this.current.fillAlpha; + }, + closeStroke: function CanvasGraphics_closeStroke() { + this.closePath(); + this.stroke(); + }, + fill: function CanvasGraphics_fill(consumePath) { + consumePath = typeof consumePath !== 'undefined' ? consumePath : true; + var ctx = this.ctx; + var fillColor = this.current.fillColor; + var isPatternFill = this.current.patternFill; + var needRestore = false; + + if (isPatternFill) { + ctx.save(); + if (this.baseTransform) { + ctx.setTransform.apply(ctx, this.baseTransform); + } + ctx.fillStyle = fillColor.getPattern(ctx, this); + needRestore = true; + } + + if (this.pendingEOFill) { + if (ctx.mozFillRule !== undefined) { + ctx.mozFillRule = 'evenodd'; + ctx.fill(); + ctx.mozFillRule = 'nonzero'; + } else { + ctx.fill('evenodd'); + } + this.pendingEOFill = false; + } else { + ctx.fill(); + } + + if (needRestore) { + ctx.restore(); + } + if (consumePath) { + this.consumePath(); + } + }, + eoFill: function CanvasGraphics_eoFill() { + this.pendingEOFill = true; + this.fill(); + }, + fillStroke: function CanvasGraphics_fillStroke() { + this.fill(false); + this.stroke(false); + + this.consumePath(); + }, + eoFillStroke: function CanvasGraphics_eoFillStroke() { + this.pendingEOFill = true; + this.fillStroke(); + }, + closeFillStroke: function CanvasGraphics_closeFillStroke() { + this.closePath(); + this.fillStroke(); + }, + closeEOFillStroke: function CanvasGraphics_closeEOFillStroke() { + this.pendingEOFill = true; + this.closePath(); + this.fillStroke(); + }, + endPath: function CanvasGraphics_endPath() { + this.consumePath(); + }, + + // Clipping + clip: function CanvasGraphics_clip() { + this.pendingClip = NORMAL_CLIP; + }, + eoClip: function CanvasGraphics_eoClip() { + this.pendingClip = EO_CLIP; + }, + + // Text + beginText: function CanvasGraphics_beginText() { + this.current.textMatrix = IDENTITY_MATRIX; + this.current.textMatrixScale = 1; + this.current.x = this.current.lineX = 0; + this.current.y = this.current.lineY = 0; + }, + endText: function CanvasGraphics_endText() { + var paths = this.pendingTextPaths; + var ctx = this.ctx; + if (paths === undefined) { + ctx.beginPath(); + return; + } + + ctx.save(); + ctx.beginPath(); + for (var i = 0; i < paths.length; i++) { + var path = paths[i]; + ctx.setTransform.apply(ctx, path.transform); + ctx.translate(path.x, path.y); + path.addToPath(ctx, path.fontSize); + } + ctx.restore(); + ctx.clip(); + ctx.beginPath(); + delete this.pendingTextPaths; + }, + setCharSpacing: function CanvasGraphics_setCharSpacing(spacing) { + this.current.charSpacing = spacing; + }, + setWordSpacing: function CanvasGraphics_setWordSpacing(spacing) { + this.current.wordSpacing = spacing; + }, + setHScale: function CanvasGraphics_setHScale(scale) { + this.current.textHScale = scale / 100; + }, + setLeading: function CanvasGraphics_setLeading(leading) { + this.current.leading = -leading; + }, + setFont: function CanvasGraphics_setFont(fontRefName, size) { + var fontObj = this.commonObjs.get(fontRefName); + var current = this.current; + + if (!fontObj) { + error('Can\'t find font for ' + fontRefName); + } + + current.fontMatrix = (fontObj.fontMatrix ? + fontObj.fontMatrix : FONT_IDENTITY_MATRIX); + + // A valid matrix needs all main diagonal elements to be non-zero + // This also ensures we bypass FF bugzilla bug #719844. + if (current.fontMatrix[0] === 0 || + current.fontMatrix[3] === 0) { + warn('Invalid font matrix for font ' + fontRefName); + } + + // The spec for Tf (setFont) says that 'size' specifies the font 'scale', + // and in some docs this can be negative (inverted x-y axes). + if (size < 0) { + size = -size; + current.fontDirection = -1; + } else { + current.fontDirection = 1; + } + + this.current.font = fontObj; + this.current.fontSize = size; + + if (fontObj.isType3Font) { + return; // we don't need ctx.font for Type3 fonts + } + + var name = fontObj.loadedName || 'sans-serif'; + var bold = fontObj.black ? (fontObj.bold ? '900' : 'bold') : + (fontObj.bold ? 'bold' : 'normal'); + + var italic = fontObj.italic ? 'italic' : 'normal'; + var typeface = '"' + name + '", ' + fontObj.fallbackName; + + // Some font backends cannot handle fonts below certain size. + // Keeping the font at minimal size and using the fontSizeScale to change + // the current transformation matrix before the fillText/strokeText. + // See https://bugzilla.mozilla.org/show_bug.cgi?id=726227 + var browserFontSize = size < MIN_FONT_SIZE ? MIN_FONT_SIZE : + size > MAX_FONT_SIZE ? MAX_FONT_SIZE : size; + this.current.fontSizeScale = size / browserFontSize; + + var rule = italic + ' ' + bold + ' ' + browserFontSize + 'px ' + typeface; + this.ctx.font = rule; + }, + setTextRenderingMode: function CanvasGraphics_setTextRenderingMode(mode) { + this.current.textRenderingMode = mode; + }, + setTextRise: function CanvasGraphics_setTextRise(rise) { + this.current.textRise = rise; + }, + moveText: function CanvasGraphics_moveText(x, y) { + this.current.x = this.current.lineX += x; + this.current.y = this.current.lineY += y; + }, + setLeadingMoveText: function CanvasGraphics_setLeadingMoveText(x, y) { + this.setLeading(-y); + this.moveText(x, y); + }, + setTextMatrix: function CanvasGraphics_setTextMatrix(a, b, c, d, e, f) { + this.current.textMatrix = [a, b, c, d, e, f]; + this.current.textMatrixScale = Math.sqrt(a * a + b * b); + + this.current.x = this.current.lineX = 0; + this.current.y = this.current.lineY = 0; + }, + nextLine: function CanvasGraphics_nextLine() { + this.moveText(0, this.current.leading); + }, + + paintChar: function CanvasGraphics_paintChar(character, x, y) { + var ctx = this.ctx; + var current = this.current; + var font = current.font; + var textRenderingMode = current.textRenderingMode; + var fontSize = current.fontSize / current.fontSizeScale; + var fillStrokeMode = textRenderingMode & + TextRenderingMode.FILL_STROKE_MASK; + var isAddToPathSet = !!(textRenderingMode & + TextRenderingMode.ADD_TO_PATH_FLAG); + + var addToPath; + if (font.disableFontFace || isAddToPathSet) { + addToPath = font.getPathGenerator(this.commonObjs, character); + } + + if (font.disableFontFace) { + ctx.save(); + ctx.translate(x, y); + ctx.beginPath(); + addToPath(ctx, fontSize); + if (fillStrokeMode === TextRenderingMode.FILL || + fillStrokeMode === TextRenderingMode.FILL_STROKE) { + ctx.fill(); + } + if (fillStrokeMode === TextRenderingMode.STROKE || + fillStrokeMode === TextRenderingMode.FILL_STROKE) { + ctx.stroke(); + } + ctx.restore(); + } else { + if (fillStrokeMode === TextRenderingMode.FILL || + fillStrokeMode === TextRenderingMode.FILL_STROKE) { + ctx.fillText(character, x, y); + } + if (fillStrokeMode === TextRenderingMode.STROKE || + fillStrokeMode === TextRenderingMode.FILL_STROKE) { + ctx.strokeText(character, x, y); + } + } + + if (isAddToPathSet) { + var paths = this.pendingTextPaths || (this.pendingTextPaths = []); + paths.push({ + transform: ctx.mozCurrentTransform, + x: x, + y: y, + fontSize: fontSize, + addToPath: addToPath + }); + } + }, + + get isFontSubpixelAAEnabled() { + // Checks if anti-aliasing is enabled when scaled text is painted. + // On Windows GDI scaled fonts looks bad. + var ctx = document.createElement('canvas').getContext('2d'); + ctx.scale(1.5, 1); + ctx.fillText('I', 0, 10); + var data = ctx.getImageData(0, 0, 10, 10).data; + var enabled = false; + for (var i = 3; i < data.length; i += 4) { + if (data[i] > 0 && data[i] < 255) { + enabled = true; + break; + } + } + return shadow(this, 'isFontSubpixelAAEnabled', enabled); + }, + + showText: function CanvasGraphics_showText(glyphs) { + var current = this.current; + var font = current.font; + if (font.isType3Font) { + return this.showType3Text(glyphs); + } + + var fontSize = current.fontSize; + if (fontSize === 0) { + return; + } + + var ctx = this.ctx; + var fontSizeScale = current.fontSizeScale; + var charSpacing = current.charSpacing; + var wordSpacing = current.wordSpacing; + var fontDirection = current.fontDirection; + var textHScale = current.textHScale * fontDirection; + var glyphsLength = glyphs.length; + var vertical = font.vertical; + var spacingDir = vertical ? 1 : -1; + var defaultVMetrics = font.defaultVMetrics; + var widthAdvanceScale = fontSize * current.fontMatrix[0]; + + var simpleFillText = + current.textRenderingMode === TextRenderingMode.FILL && + !font.disableFontFace; + + ctx.save(); + ctx.transform.apply(ctx, current.textMatrix); + ctx.translate(current.x, current.y + current.textRise); + + if (fontDirection > 0) { + ctx.scale(textHScale, -1); + } else { + ctx.scale(textHScale, 1); + } + + var lineWidth = current.lineWidth; + var scale = current.textMatrixScale; + if (scale === 0 || lineWidth === 0) { + var fillStrokeMode = current.textRenderingMode & + TextRenderingMode.FILL_STROKE_MASK; + if (fillStrokeMode === TextRenderingMode.STROKE || + fillStrokeMode === TextRenderingMode.FILL_STROKE) { + this.cachedGetSinglePixelWidth = null; + lineWidth = this.getSinglePixelWidth() * MIN_WIDTH_FACTOR; + } + } else { + lineWidth /= scale; + } + + if (fontSizeScale !== 1.0) { + ctx.scale(fontSizeScale, fontSizeScale); + lineWidth /= fontSizeScale; + } + + ctx.lineWidth = lineWidth; + + var x = 0, i; + for (i = 0; i < glyphsLength; ++i) { + var glyph = glyphs[i]; + if (isNum(glyph)) { + x += spacingDir * glyph * fontSize / 1000; + continue; + } + + var restoreNeeded = false; + var spacing = (glyph.isSpace ? wordSpacing : 0) + charSpacing; + var character = glyph.fontChar; + var accent = glyph.accent; + var scaledX, scaledY, scaledAccentX, scaledAccentY; + var width = glyph.width; + if (vertical) { + var vmetric, vx, vy; + vmetric = glyph.vmetric || defaultVMetrics; + vx = glyph.vmetric ? vmetric[1] : width * 0.5; + vx = -vx * widthAdvanceScale; + vy = vmetric[2] * widthAdvanceScale; + + width = vmetric ? -vmetric[0] : width; + scaledX = vx / fontSizeScale; + scaledY = (x + vy) / fontSizeScale; + } else { + scaledX = x / fontSizeScale; + scaledY = 0; + } + + if (font.remeasure && width > 0) { + // Some standard fonts may not have the exact width: rescale per + // character if measured width is greater than expected glyph width + // and subpixel-aa is enabled, otherwise just center the glyph. + var measuredWidth = ctx.measureText(character).width * 1000 / + fontSize * fontSizeScale; + if (width < measuredWidth && this.isFontSubpixelAAEnabled) { + var characterScaleX = width / measuredWidth; + restoreNeeded = true; + ctx.save(); + ctx.scale(characterScaleX, 1); + scaledX /= characterScaleX; + } else if (width !== measuredWidth) { + scaledX += (width - measuredWidth) / 2000 * + fontSize / fontSizeScale; + } + } + + if (simpleFillText && !accent) { + // common case + ctx.fillText(character, scaledX, scaledY); + } else { + this.paintChar(character, scaledX, scaledY); + if (accent) { + scaledAccentX = scaledX + accent.offset.x / fontSizeScale; + scaledAccentY = scaledY - accent.offset.y / fontSizeScale; + this.paintChar(accent.fontChar, scaledAccentX, scaledAccentY); + } + } + + var charWidth = width * widthAdvanceScale + spacing * fontDirection; + x += charWidth; + + if (restoreNeeded) { + ctx.restore(); + } + } + if (vertical) { + current.y -= x * textHScale; + } else { + current.x += x * textHScale; + } + ctx.restore(); + }, + + showType3Text: function CanvasGraphics_showType3Text(glyphs) { + // Type3 fonts - each glyph is a "mini-PDF" + var ctx = this.ctx; + var current = this.current; + var font = current.font; + var fontSize = current.fontSize; + var fontDirection = current.fontDirection; + var spacingDir = font.vertical ? 1 : -1; + var charSpacing = current.charSpacing; + var wordSpacing = current.wordSpacing; + var textHScale = current.textHScale * fontDirection; + var fontMatrix = current.fontMatrix || FONT_IDENTITY_MATRIX; + var glyphsLength = glyphs.length; + var isTextInvisible = + current.textRenderingMode === TextRenderingMode.INVISIBLE; + var i, glyph, width, spacingLength; + + if (isTextInvisible || fontSize === 0) { + return; + } + this.cachedGetSinglePixelWidth = null; + + ctx.save(); + ctx.transform.apply(ctx, current.textMatrix); + ctx.translate(current.x, current.y); + + ctx.scale(textHScale, fontDirection); + + for (i = 0; i < glyphsLength; ++i) { + glyph = glyphs[i]; + if (isNum(glyph)) { + spacingLength = spacingDir * glyph * fontSize / 1000; + this.ctx.translate(spacingLength, 0); + current.x += spacingLength * textHScale; + continue; + } + + var spacing = (glyph.isSpace ? wordSpacing : 0) + charSpacing; + var operatorList = font.charProcOperatorList[glyph.operatorListId]; + if (!operatorList) { + warn('Type3 character \"' + glyph.operatorListId + + '\" is not available'); + continue; + } + this.processingType3 = glyph; + this.save(); + ctx.scale(fontSize, fontSize); + ctx.transform.apply(ctx, fontMatrix); + this.executeOperatorList(operatorList); + this.restore(); + + var transformed = Util.applyTransform([glyph.width, 0], fontMatrix); + width = transformed[0] * fontSize + spacing; + + ctx.translate(width, 0); + current.x += width * textHScale; + } + ctx.restore(); + this.processingType3 = null; + }, + + // Type3 fonts + setCharWidth: function CanvasGraphics_setCharWidth(xWidth, yWidth) { + // We can safely ignore this since the width should be the same + // as the width in the Widths array. + }, + setCharWidthAndBounds: function CanvasGraphics_setCharWidthAndBounds(xWidth, + yWidth, + llx, + lly, + urx, + ury) { + // TODO According to the spec we're also suppose to ignore any operators + // that set color or include images while processing this type3 font. + this.ctx.rect(llx, lly, urx - llx, ury - lly); + this.clip(); + this.endPath(); + }, + + // Color + getColorN_Pattern: function CanvasGraphics_getColorN_Pattern(IR) { + var pattern; + if (IR[0] === 'TilingPattern') { + var color = IR[1]; + var baseTransform = this.baseTransform || + this.ctx.mozCurrentTransform.slice(); + pattern = new TilingPattern(IR, color, this.ctx, this.objs, + this.commonObjs, baseTransform); + } else { + pattern = getShadingPatternFromIR(IR); + } + return pattern; + }, + setStrokeColorN: function CanvasGraphics_setStrokeColorN(/*...*/) { + this.current.strokeColor = this.getColorN_Pattern(arguments); + }, + setFillColorN: function CanvasGraphics_setFillColorN(/*...*/) { + this.current.fillColor = this.getColorN_Pattern(arguments); + this.current.patternFill = true; + }, + setStrokeRGBColor: function CanvasGraphics_setStrokeRGBColor(r, g, b) { + var color = Util.makeCssRgb(r, g, b); + this.ctx.strokeStyle = color; + this.current.strokeColor = color; + }, + setFillRGBColor: function CanvasGraphics_setFillRGBColor(r, g, b) { + var color = Util.makeCssRgb(r, g, b); + this.ctx.fillStyle = color; + this.current.fillColor = color; + this.current.patternFill = false; + }, + + shadingFill: function CanvasGraphics_shadingFill(patternIR) { + var ctx = this.ctx; + + this.save(); + var pattern = getShadingPatternFromIR(patternIR); + ctx.fillStyle = pattern.getPattern(ctx, this, true); + + var inv = ctx.mozCurrentTransformInverse; + if (inv) { + var canvas = ctx.canvas; + var width = canvas.width; + var height = canvas.height; + + var bl = Util.applyTransform([0, 0], inv); + var br = Util.applyTransform([0, height], inv); + var ul = Util.applyTransform([width, 0], inv); + var ur = Util.applyTransform([width, height], inv); + + var x0 = Math.min(bl[0], br[0], ul[0], ur[0]); + var y0 = Math.min(bl[1], br[1], ul[1], ur[1]); + var x1 = Math.max(bl[0], br[0], ul[0], ur[0]); + var y1 = Math.max(bl[1], br[1], ul[1], ur[1]); + + this.ctx.fillRect(x0, y0, x1 - x0, y1 - y0); + } else { + // HACK to draw the gradient onto an infinite rectangle. + // PDF gradients are drawn across the entire image while + // Canvas only allows gradients to be drawn in a rectangle + // The following bug should allow us to remove this. + // https://bugzilla.mozilla.org/show_bug.cgi?id=664884 + + this.ctx.fillRect(-1e10, -1e10, 2e10, 2e10); + } + + this.restore(); + }, + + // Images + beginInlineImage: function CanvasGraphics_beginInlineImage() { + error('Should not call beginInlineImage'); + }, + beginImageData: function CanvasGraphics_beginImageData() { + error('Should not call beginImageData'); + }, + + paintFormXObjectBegin: function CanvasGraphics_paintFormXObjectBegin(matrix, + bbox) { + this.save(); + this.baseTransformStack.push(this.baseTransform); + + if (isArray(matrix) && 6 === matrix.length) { + this.transform.apply(this, matrix); + } + + this.baseTransform = this.ctx.mozCurrentTransform; + + if (isArray(bbox) && 4 === bbox.length) { + var width = bbox[2] - bbox[0]; + var height = bbox[3] - bbox[1]; + this.ctx.rect(bbox[0], bbox[1], width, height); + this.clip(); + this.endPath(); + } + }, + + paintFormXObjectEnd: function CanvasGraphics_paintFormXObjectEnd() { + this.restore(); + this.baseTransform = this.baseTransformStack.pop(); + }, + + beginGroup: function CanvasGraphics_beginGroup(group) { + this.save(); + var currentCtx = this.ctx; + // TODO non-isolated groups - according to Rik at adobe non-isolated + // group results aren't usually that different and they even have tools + // that ignore this setting. Notes from Rik on implmenting: + // - When you encounter an transparency group, create a new canvas with + // the dimensions of the bbox + // - copy the content from the previous canvas to the new canvas + // - draw as usual + // - remove the backdrop alpha: + // alphaNew = 1 - (1 - alpha)/(1 - alphaBackdrop) with 'alpha' the alpha + // value of your transparency group and 'alphaBackdrop' the alpha of the + // backdrop + // - remove background color: + // colorNew = color - alphaNew *colorBackdrop /(1 - alphaNew) + if (!group.isolated) { + info('TODO: Support non-isolated groups.'); + } + + // TODO knockout - supposedly possible with the clever use of compositing + // modes. + if (group.knockout) { + warn('Knockout groups not supported.'); + } + + var currentTransform = currentCtx.mozCurrentTransform; + if (group.matrix) { + currentCtx.transform.apply(currentCtx, group.matrix); + } + assert(group.bbox, 'Bounding box is required.'); + + // Based on the current transform figure out how big the bounding box + // will actually be. + var bounds = Util.getAxialAlignedBoundingBox( + group.bbox, + currentCtx.mozCurrentTransform); + // Clip the bounding box to the current canvas. + var canvasBounds = [0, + 0, + currentCtx.canvas.width, + currentCtx.canvas.height]; + bounds = Util.intersect(bounds, canvasBounds) || [0, 0, 0, 0]; + // Use ceil in case we're between sizes so we don't create canvas that is + // too small and make the canvas at least 1x1 pixels. + var offsetX = Math.floor(bounds[0]); + var offsetY = Math.floor(bounds[1]); + var drawnWidth = Math.max(Math.ceil(bounds[2]) - offsetX, 1); + var drawnHeight = Math.max(Math.ceil(bounds[3]) - offsetY, 1); + var scaleX = 1, scaleY = 1; + if (drawnWidth > MAX_GROUP_SIZE) { + scaleX = drawnWidth / MAX_GROUP_SIZE; + drawnWidth = MAX_GROUP_SIZE; + } + if (drawnHeight > MAX_GROUP_SIZE) { + scaleY = drawnHeight / MAX_GROUP_SIZE; + drawnHeight = MAX_GROUP_SIZE; + } + + var cacheId = 'groupAt' + this.groupLevel; + if (group.smask) { + // Using two cache entries is case if masks are used one after another. + cacheId += '_smask_' + ((this.smaskCounter++) % 2); + } + var scratchCanvas = this.cachedCanvases.getCanvas( + cacheId, drawnWidth, drawnHeight, true); + var groupCtx = scratchCanvas.context; + + // Since we created a new canvas that is just the size of the bounding box + // we have to translate the group ctx. + groupCtx.scale(1 / scaleX, 1 / scaleY); + groupCtx.translate(-offsetX, -offsetY); + groupCtx.transform.apply(groupCtx, currentTransform); + + if (group.smask) { + // Saving state and cached mask to be used in setGState. + this.smaskStack.push({ + canvas: scratchCanvas.canvas, + context: groupCtx, + offsetX: offsetX, + offsetY: offsetY, + scaleX: scaleX, + scaleY: scaleY, + subtype: group.smask.subtype, + backdrop: group.smask.backdrop, + transferMap: group.smask.transferMap || null + }); + } else { + // Setup the current ctx so when the group is popped we draw it at the + // right location. + currentCtx.setTransform(1, 0, 0, 1, 0, 0); + currentCtx.translate(offsetX, offsetY); + currentCtx.scale(scaleX, scaleY); + } + // The transparency group inherits all off the current graphics state + // except the blend mode, soft mask, and alpha constants. + copyCtxState(currentCtx, groupCtx); + this.ctx = groupCtx; + this.setGState([ + ['BM', 'Normal'], + ['ca', 1], + ['CA', 1] + ]); + this.groupStack.push(currentCtx); + this.groupLevel++; + }, + + endGroup: function CanvasGraphics_endGroup(group) { + this.groupLevel--; + var groupCtx = this.ctx; + this.ctx = this.groupStack.pop(); + // Turn off image smoothing to avoid sub pixel interpolation which can + // look kind of blurry for some pdfs. + if (this.ctx.imageSmoothingEnabled !== undefined) { + this.ctx.imageSmoothingEnabled = false; + } else { + this.ctx.mozImageSmoothingEnabled = false; + } + if (group.smask) { + this.tempSMask = this.smaskStack.pop(); + } else { + this.ctx.drawImage(groupCtx.canvas, 0, 0); + } + this.restore(); + }, + + beginAnnotations: function CanvasGraphics_beginAnnotations() { + this.save(); + this.current = new CanvasExtraState(); + }, + + endAnnotations: function CanvasGraphics_endAnnotations() { + this.restore(); + }, + + beginAnnotation: function CanvasGraphics_beginAnnotation(rect, transform, + matrix) { + this.save(); + + if (isArray(rect) && 4 === rect.length) { + var width = rect[2] - rect[0]; + var height = rect[3] - rect[1]; + this.ctx.rect(rect[0], rect[1], width, height); + this.clip(); + this.endPath(); + } + + this.transform.apply(this, transform); + this.transform.apply(this, matrix); + }, + + endAnnotation: function CanvasGraphics_endAnnotation() { + this.restore(); + }, + + paintJpegXObject: function CanvasGraphics_paintJpegXObject(objId, w, h) { + var domImage = this.objs.get(objId); + if (!domImage) { + warn('Dependent image isn\'t ready yet'); + return; + } + + this.save(); + + var ctx = this.ctx; + // scale the image to the unit square + ctx.scale(1 / w, -1 / h); + + ctx.drawImage(domImage, 0, 0, domImage.width, domImage.height, + 0, -h, w, h); + if (this.imageLayer) { + var currentTransform = ctx.mozCurrentTransformInverse; + var position = this.getCanvasPosition(0, 0); + this.imageLayer.appendImage({ + objId: objId, + left: position[0], + top: position[1], + width: w / currentTransform[0], + height: h / currentTransform[3] + }); + } + this.restore(); + }, + + paintImageMaskXObject: function CanvasGraphics_paintImageMaskXObject(img) { + var ctx = this.ctx; + var width = img.width, height = img.height; + var fillColor = this.current.fillColor; + var isPatternFill = this.current.patternFill; + + var glyph = this.processingType3; + + if (COMPILE_TYPE3_GLYPHS && glyph && glyph.compiled === undefined) { + if (width <= MAX_SIZE_TO_COMPILE && height <= MAX_SIZE_TO_COMPILE) { + glyph.compiled = + compileType3Glyph({data: img.data, width: width, height: height}); + } else { + glyph.compiled = null; + } + } + + if (glyph && glyph.compiled) { + glyph.compiled(ctx); + return; + } + + var maskCanvas = this.cachedCanvases.getCanvas('maskCanvas', + width, height); + var maskCtx = maskCanvas.context; + maskCtx.save(); + + putBinaryImageMask(maskCtx, img); + + maskCtx.globalCompositeOperation = 'source-in'; + + maskCtx.fillStyle = isPatternFill ? + fillColor.getPattern(maskCtx, this) : fillColor; + maskCtx.fillRect(0, 0, width, height); + + maskCtx.restore(); + + this.paintInlineImageXObject(maskCanvas.canvas); + }, + + paintImageMaskXObjectRepeat: + function CanvasGraphics_paintImageMaskXObjectRepeat(imgData, scaleX, + scaleY, positions) { + var width = imgData.width; + var height = imgData.height; + var fillColor = this.current.fillColor; + var isPatternFill = this.current.patternFill; + + var maskCanvas = this.cachedCanvases.getCanvas('maskCanvas', + width, height); + var maskCtx = maskCanvas.context; + maskCtx.save(); + + putBinaryImageMask(maskCtx, imgData); + + maskCtx.globalCompositeOperation = 'source-in'; + + maskCtx.fillStyle = isPatternFill ? + fillColor.getPattern(maskCtx, this) : fillColor; + maskCtx.fillRect(0, 0, width, height); + + maskCtx.restore(); + + var ctx = this.ctx; + for (var i = 0, ii = positions.length; i < ii; i += 2) { + ctx.save(); + ctx.transform(scaleX, 0, 0, scaleY, positions[i], positions[i + 1]); + ctx.scale(1, -1); + ctx.drawImage(maskCanvas.canvas, 0, 0, width, height, + 0, -1, 1, 1); + ctx.restore(); + } + }, + + paintImageMaskXObjectGroup: + function CanvasGraphics_paintImageMaskXObjectGroup(images) { + var ctx = this.ctx; + + var fillColor = this.current.fillColor; + var isPatternFill = this.current.patternFill; + for (var i = 0, ii = images.length; i < ii; i++) { + var image = images[i]; + var width = image.width, height = image.height; + + var maskCanvas = this.cachedCanvases.getCanvas('maskCanvas', + width, height); + var maskCtx = maskCanvas.context; + maskCtx.save(); + + putBinaryImageMask(maskCtx, image); + + maskCtx.globalCompositeOperation = 'source-in'; + + maskCtx.fillStyle = isPatternFill ? + fillColor.getPattern(maskCtx, this) : fillColor; + maskCtx.fillRect(0, 0, width, height); + + maskCtx.restore(); + + ctx.save(); + ctx.transform.apply(ctx, image.transform); + ctx.scale(1, -1); + ctx.drawImage(maskCanvas.canvas, 0, 0, width, height, + 0, -1, 1, 1); + ctx.restore(); + } + }, + + paintImageXObject: function CanvasGraphics_paintImageXObject(objId) { + var imgData = this.objs.get(objId); + if (!imgData) { + warn('Dependent image isn\'t ready yet'); + return; + } + + this.paintInlineImageXObject(imgData); + }, + + paintImageXObjectRepeat: + function CanvasGraphics_paintImageXObjectRepeat(objId, scaleX, scaleY, + positions) { + var imgData = this.objs.get(objId); + if (!imgData) { + warn('Dependent image isn\'t ready yet'); + return; + } + + var width = imgData.width; + var height = imgData.height; + var map = []; + for (var i = 0, ii = positions.length; i < ii; i += 2) { + map.push({transform: [scaleX, 0, 0, scaleY, positions[i], + positions[i + 1]], x: 0, y: 0, w: width, h: height}); + } + this.paintInlineImageXObjectGroup(imgData, map); + }, + + paintInlineImageXObject: + function CanvasGraphics_paintInlineImageXObject(imgData) { + var width = imgData.width; + var height = imgData.height; + var ctx = this.ctx; + + this.save(); + // scale the image to the unit square + ctx.scale(1 / width, -1 / height); + + var currentTransform = ctx.mozCurrentTransformInverse; + var a = currentTransform[0], b = currentTransform[1]; + var widthScale = Math.max(Math.sqrt(a * a + b * b), 1); + var c = currentTransform[2], d = currentTransform[3]; + var heightScale = Math.max(Math.sqrt(c * c + d * d), 1); + + var imgToPaint, tmpCanvas; + // instanceof HTMLElement does not work in jsdom node.js module + if (imgData instanceof HTMLElement || !imgData.data) { + imgToPaint = imgData; + } else { + tmpCanvas = this.cachedCanvases.getCanvas('inlineImage', + width, height); + var tmpCtx = tmpCanvas.context; + putBinaryImageData(tmpCtx, imgData); + imgToPaint = tmpCanvas.canvas; + } + + var paintWidth = width, paintHeight = height; + var tmpCanvasId = 'prescale1'; + // Vertial or horizontal scaling shall not be more than 2 to not loose the + // pixels during drawImage operation, painting on the temporary canvas(es) + // that are twice smaller in size + while ((widthScale > 2 && paintWidth > 1) || + (heightScale > 2 && paintHeight > 1)) { + var newWidth = paintWidth, newHeight = paintHeight; + if (widthScale > 2 && paintWidth > 1) { + newWidth = Math.ceil(paintWidth / 2); + widthScale /= paintWidth / newWidth; + } + if (heightScale > 2 && paintHeight > 1) { + newHeight = Math.ceil(paintHeight / 2); + heightScale /= paintHeight / newHeight; + } + tmpCanvas = this.cachedCanvases.getCanvas(tmpCanvasId, + newWidth, newHeight); + tmpCtx = tmpCanvas.context; + tmpCtx.clearRect(0, 0, newWidth, newHeight); + tmpCtx.drawImage(imgToPaint, 0, 0, paintWidth, paintHeight, + 0, 0, newWidth, newHeight); + imgToPaint = tmpCanvas.canvas; + paintWidth = newWidth; + paintHeight = newHeight; + tmpCanvasId = tmpCanvasId === 'prescale1' ? 'prescale2' : 'prescale1'; + } + ctx.drawImage(imgToPaint, 0, 0, paintWidth, paintHeight, + 0, -height, width, height); + + if (this.imageLayer) { + var position = this.getCanvasPosition(0, -height); + this.imageLayer.appendImage({ + imgData: imgData, + left: position[0], + top: position[1], + width: width / currentTransform[0], + height: height / currentTransform[3] + }); + } + this.restore(); + }, + + paintInlineImageXObjectGroup: + function CanvasGraphics_paintInlineImageXObjectGroup(imgData, map) { + var ctx = this.ctx; + var w = imgData.width; + var h = imgData.height; + + var tmpCanvas = this.cachedCanvases.getCanvas('inlineImage', w, h); + var tmpCtx = tmpCanvas.context; + putBinaryImageData(tmpCtx, imgData); + + for (var i = 0, ii = map.length; i < ii; i++) { + var entry = map[i]; + ctx.save(); + ctx.transform.apply(ctx, entry.transform); + ctx.scale(1, -1); + ctx.drawImage(tmpCanvas.canvas, entry.x, entry.y, entry.w, entry.h, + 0, -1, 1, 1); + if (this.imageLayer) { + var position = this.getCanvasPosition(entry.x, entry.y); + this.imageLayer.appendImage({ + imgData: imgData, + left: position[0], + top: position[1], + width: w, + height: h + }); + } + ctx.restore(); + } + }, + + paintSolidColorImageMask: + function CanvasGraphics_paintSolidColorImageMask() { + this.ctx.fillRect(0, 0, 1, 1); + }, + + paintXObject: function CanvasGraphics_paintXObject() { + warn('Unsupported \'paintXObject\' command.'); + }, + + // Marked content + + markPoint: function CanvasGraphics_markPoint(tag) { + // TODO Marked content. + }, + markPointProps: function CanvasGraphics_markPointProps(tag, properties) { + // TODO Marked content. + }, + beginMarkedContent: function CanvasGraphics_beginMarkedContent(tag) { + // TODO Marked content. + }, + beginMarkedContentProps: function CanvasGraphics_beginMarkedContentProps( + tag, properties) { + // TODO Marked content. + }, + endMarkedContent: function CanvasGraphics_endMarkedContent() { + // TODO Marked content. + }, + + // Compatibility + + beginCompat: function CanvasGraphics_beginCompat() { + // TODO ignore undefined operators (should we do that anyway?) + }, + endCompat: function CanvasGraphics_endCompat() { + // TODO stop ignoring undefined operators + }, + + // Helper functions + + consumePath: function CanvasGraphics_consumePath() { + var ctx = this.ctx; + if (this.pendingClip) { + if (this.pendingClip === EO_CLIP) { + if (ctx.mozFillRule !== undefined) { + ctx.mozFillRule = 'evenodd'; + ctx.clip(); + ctx.mozFillRule = 'nonzero'; + } else { + ctx.clip('evenodd'); + } + } else { + ctx.clip(); + } + this.pendingClip = null; + } + ctx.beginPath(); + }, + getSinglePixelWidth: function CanvasGraphics_getSinglePixelWidth(scale) { + if (this.cachedGetSinglePixelWidth === null) { + var inverse = this.ctx.mozCurrentTransformInverse; + // max of the current horizontal and vertical scale + this.cachedGetSinglePixelWidth = Math.sqrt(Math.max( + (inverse[0] * inverse[0] + inverse[1] * inverse[1]), + (inverse[2] * inverse[2] + inverse[3] * inverse[3]))); + } + return this.cachedGetSinglePixelWidth; + }, + getCanvasPosition: function CanvasGraphics_getCanvasPosition(x, y) { + var transform = this.ctx.mozCurrentTransform; + return [ + transform[0] * x + transform[2] * y + transform[4], + transform[1] * x + transform[3] * y + transform[5] + ]; + } + }; + + for (var op in OPS) { + CanvasGraphics.prototype[OPS[op]] = CanvasGraphics.prototype[op]; + } + + return CanvasGraphics; +})(); + + +var WebGLUtils = (function WebGLUtilsClosure() { + function loadShader(gl, code, shaderType) { + var shader = gl.createShader(shaderType); + gl.shaderSource(shader, code); + gl.compileShader(shader); + var compiled = gl.getShaderParameter(shader, gl.COMPILE_STATUS); + if (!compiled) { + var errorMsg = gl.getShaderInfoLog(shader); + throw new Error('Error during shader compilation: ' + errorMsg); + } + return shader; + } + function createVertexShader(gl, code) { + return loadShader(gl, code, gl.VERTEX_SHADER); + } + function createFragmentShader(gl, code) { + return loadShader(gl, code, gl.FRAGMENT_SHADER); + } + function createProgram(gl, shaders) { + var program = gl.createProgram(); + for (var i = 0, ii = shaders.length; i < ii; ++i) { + gl.attachShader(program, shaders[i]); + } + gl.linkProgram(program); + var linked = gl.getProgramParameter(program, gl.LINK_STATUS); + if (!linked) { + var errorMsg = gl.getProgramInfoLog(program); + throw new Error('Error during program linking: ' + errorMsg); + } + return program; + } + function createTexture(gl, image, textureId) { + gl.activeTexture(textureId); + var texture = gl.createTexture(); + gl.bindTexture(gl.TEXTURE_2D, texture); + + // Set the parameters so we can render any size image. + gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.CLAMP_TO_EDGE); + gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.CLAMP_TO_EDGE); + gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, gl.NEAREST); + gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MAG_FILTER, gl.NEAREST); + + // Upload the image into the texture. + gl.texImage2D(gl.TEXTURE_2D, 0, gl.RGBA, gl.RGBA, gl.UNSIGNED_BYTE, image); + return texture; + } + + var currentGL, currentCanvas; + function generateGL() { + if (currentGL) { + return; + } + currentCanvas = document.createElement('canvas'); + currentGL = currentCanvas.getContext('webgl', + { premultipliedalpha: false }); + } + + var smaskVertexShaderCode = '\ + attribute vec2 a_position; \ + attribute vec2 a_texCoord; \ + \ + uniform vec2 u_resolution; \ + \ + varying vec2 v_texCoord; \ + \ + void main() { \ + vec2 clipSpace = (a_position / u_resolution) * 2.0 - 1.0; \ + gl_Position = vec4(clipSpace * vec2(1, -1), 0, 1); \ + \ + v_texCoord = a_texCoord; \ + } '; + + var smaskFragmentShaderCode = '\ + precision mediump float; \ + \ + uniform vec4 u_backdrop; \ + uniform int u_subtype; \ + uniform sampler2D u_image; \ + uniform sampler2D u_mask; \ + \ + varying vec2 v_texCoord; \ + \ + void main() { \ + vec4 imageColor = texture2D(u_image, v_texCoord); \ + vec4 maskColor = texture2D(u_mask, v_texCoord); \ + if (u_backdrop.a > 0.0) { \ + maskColor.rgb = maskColor.rgb * maskColor.a + \ + u_backdrop.rgb * (1.0 - maskColor.a); \ + } \ + float lum; \ + if (u_subtype == 0) { \ + lum = maskColor.a; \ + } else { \ + lum = maskColor.r * 0.3 + maskColor.g * 0.59 + \ + maskColor.b * 0.11; \ + } \ + imageColor.a *= lum; \ + imageColor.rgb *= imageColor.a; \ + gl_FragColor = imageColor; \ + } '; + + var smaskCache = null; + + function initSmaskGL() { + var canvas, gl; + + generateGL(); + canvas = currentCanvas; + currentCanvas = null; + gl = currentGL; + currentGL = null; + + // setup a GLSL program + var vertexShader = createVertexShader(gl, smaskVertexShaderCode); + var fragmentShader = createFragmentShader(gl, smaskFragmentShaderCode); + var program = createProgram(gl, [vertexShader, fragmentShader]); + gl.useProgram(program); + + var cache = {}; + cache.gl = gl; + cache.canvas = canvas; + cache.resolutionLocation = gl.getUniformLocation(program, 'u_resolution'); + cache.positionLocation = gl.getAttribLocation(program, 'a_position'); + cache.backdropLocation = gl.getUniformLocation(program, 'u_backdrop'); + cache.subtypeLocation = gl.getUniformLocation(program, 'u_subtype'); + + var texCoordLocation = gl.getAttribLocation(program, 'a_texCoord'); + var texLayerLocation = gl.getUniformLocation(program, 'u_image'); + var texMaskLocation = gl.getUniformLocation(program, 'u_mask'); + + // provide texture coordinates for the rectangle. + var texCoordBuffer = gl.createBuffer(); + gl.bindBuffer(gl.ARRAY_BUFFER, texCoordBuffer); + gl.bufferData(gl.ARRAY_BUFFER, new Float32Array([ + 0.0, 0.0, + 1.0, 0.0, + 0.0, 1.0, + 0.0, 1.0, + 1.0, 0.0, + 1.0, 1.0]), gl.STATIC_DRAW); + gl.enableVertexAttribArray(texCoordLocation); + gl.vertexAttribPointer(texCoordLocation, 2, gl.FLOAT, false, 0, 0); + + gl.uniform1i(texLayerLocation, 0); + gl.uniform1i(texMaskLocation, 1); + + smaskCache = cache; + } + + function composeSMask(layer, mask, properties) { + var width = layer.width, height = layer.height; + + if (!smaskCache) { + initSmaskGL(); + } + var cache = smaskCache,canvas = cache.canvas, gl = cache.gl; + canvas.width = width; + canvas.height = height; + gl.viewport(0, 0, gl.drawingBufferWidth, gl.drawingBufferHeight); + gl.uniform2f(cache.resolutionLocation, width, height); + + if (properties.backdrop) { + gl.uniform4f(cache.resolutionLocation, properties.backdrop[0], + properties.backdrop[1], properties.backdrop[2], 1); + } else { + gl.uniform4f(cache.resolutionLocation, 0, 0, 0, 0); + } + gl.uniform1i(cache.subtypeLocation, + properties.subtype === 'Luminosity' ? 1 : 0); + + // Create a textures + var texture = createTexture(gl, layer, gl.TEXTURE0); + var maskTexture = createTexture(gl, mask, gl.TEXTURE1); + + + // Create a buffer and put a single clipspace rectangle in + // it (2 triangles) + var buffer = gl.createBuffer(); + gl.bindBuffer(gl.ARRAY_BUFFER, buffer); + gl.bufferData(gl.ARRAY_BUFFER, new Float32Array([ + 0, 0, + width, 0, + 0, height, + 0, height, + width, 0, + width, height]), gl.STATIC_DRAW); + gl.enableVertexAttribArray(cache.positionLocation); + gl.vertexAttribPointer(cache.positionLocation, 2, gl.FLOAT, false, 0, 0); + + // draw + gl.clearColor(0, 0, 0, 0); + gl.enable(gl.BLEND); + gl.blendFunc(gl.ONE, gl.ONE_MINUS_SRC_ALPHA); + gl.clear(gl.COLOR_BUFFER_BIT); + + gl.drawArrays(gl.TRIANGLES, 0, 6); + + gl.flush(); + + gl.deleteTexture(texture); + gl.deleteTexture(maskTexture); + gl.deleteBuffer(buffer); + + return canvas; + } + + var figuresVertexShaderCode = '\ + attribute vec2 a_position; \ + attribute vec3 a_color; \ + \ + uniform vec2 u_resolution; \ + uniform vec2 u_scale; \ + uniform vec2 u_offset; \ + \ + varying vec4 v_color; \ + \ + void main() { \ + vec2 position = (a_position + u_offset) * u_scale; \ + vec2 clipSpace = (position / u_resolution) * 2.0 - 1.0; \ + gl_Position = vec4(clipSpace * vec2(1, -1), 0, 1); \ + \ + v_color = vec4(a_color / 255.0, 1.0); \ + } '; + + var figuresFragmentShaderCode = '\ + precision mediump float; \ + \ + varying vec4 v_color; \ + \ + void main() { \ + gl_FragColor = v_color; \ + } '; + + var figuresCache = null; + + function initFiguresGL() { + var canvas, gl; + + generateGL(); + canvas = currentCanvas; + currentCanvas = null; + gl = currentGL; + currentGL = null; + + // setup a GLSL program + var vertexShader = createVertexShader(gl, figuresVertexShaderCode); + var fragmentShader = createFragmentShader(gl, figuresFragmentShaderCode); + var program = createProgram(gl, [vertexShader, fragmentShader]); + gl.useProgram(program); + + var cache = {}; + cache.gl = gl; + cache.canvas = canvas; + cache.resolutionLocation = gl.getUniformLocation(program, 'u_resolution'); + cache.scaleLocation = gl.getUniformLocation(program, 'u_scale'); + cache.offsetLocation = gl.getUniformLocation(program, 'u_offset'); + cache.positionLocation = gl.getAttribLocation(program, 'a_position'); + cache.colorLocation = gl.getAttribLocation(program, 'a_color'); + + figuresCache = cache; + } + + function drawFigures(width, height, backgroundColor, figures, context) { + if (!figuresCache) { + initFiguresGL(); + } + var cache = figuresCache, canvas = cache.canvas, gl = cache.gl; + + canvas.width = width; + canvas.height = height; + gl.viewport(0, 0, gl.drawingBufferWidth, gl.drawingBufferHeight); + gl.uniform2f(cache.resolutionLocation, width, height); + + // count triangle points + var count = 0; + var i, ii, rows; + for (i = 0, ii = figures.length; i < ii; i++) { + switch (figures[i].type) { + case 'lattice': + rows = (figures[i].coords.length / figures[i].verticesPerRow) | 0; + count += (rows - 1) * (figures[i].verticesPerRow - 1) * 6; + break; + case 'triangles': + count += figures[i].coords.length; + break; + } + } + // transfer data + var coords = new Float32Array(count * 2); + var colors = new Uint8Array(count * 3); + var coordsMap = context.coords, colorsMap = context.colors; + var pIndex = 0, cIndex = 0; + for (i = 0, ii = figures.length; i < ii; i++) { + var figure = figures[i], ps = figure.coords, cs = figure.colors; + switch (figure.type) { + case 'lattice': + var cols = figure.verticesPerRow; + rows = (ps.length / cols) | 0; + for (var row = 1; row < rows; row++) { + var offset = row * cols + 1; + for (var col = 1; col < cols; col++, offset++) { + coords[pIndex] = coordsMap[ps[offset - cols - 1]]; + coords[pIndex + 1] = coordsMap[ps[offset - cols - 1] + 1]; + coords[pIndex + 2] = coordsMap[ps[offset - cols]]; + coords[pIndex + 3] = coordsMap[ps[offset - cols] + 1]; + coords[pIndex + 4] = coordsMap[ps[offset - 1]]; + coords[pIndex + 5] = coordsMap[ps[offset - 1] + 1]; + colors[cIndex] = colorsMap[cs[offset - cols - 1]]; + colors[cIndex + 1] = colorsMap[cs[offset - cols - 1] + 1]; + colors[cIndex + 2] = colorsMap[cs[offset - cols - 1] + 2]; + colors[cIndex + 3] = colorsMap[cs[offset - cols]]; + colors[cIndex + 4] = colorsMap[cs[offset - cols] + 1]; + colors[cIndex + 5] = colorsMap[cs[offset - cols] + 2]; + colors[cIndex + 6] = colorsMap[cs[offset - 1]]; + colors[cIndex + 7] = colorsMap[cs[offset - 1] + 1]; + colors[cIndex + 8] = colorsMap[cs[offset - 1] + 2]; + + coords[pIndex + 6] = coords[pIndex + 2]; + coords[pIndex + 7] = coords[pIndex + 3]; + coords[pIndex + 8] = coords[pIndex + 4]; + coords[pIndex + 9] = coords[pIndex + 5]; + coords[pIndex + 10] = coordsMap[ps[offset]]; + coords[pIndex + 11] = coordsMap[ps[offset] + 1]; + colors[cIndex + 9] = colors[cIndex + 3]; + colors[cIndex + 10] = colors[cIndex + 4]; + colors[cIndex + 11] = colors[cIndex + 5]; + colors[cIndex + 12] = colors[cIndex + 6]; + colors[cIndex + 13] = colors[cIndex + 7]; + colors[cIndex + 14] = colors[cIndex + 8]; + colors[cIndex + 15] = colorsMap[cs[offset]]; + colors[cIndex + 16] = colorsMap[cs[offset] + 1]; + colors[cIndex + 17] = colorsMap[cs[offset] + 2]; + pIndex += 12; + cIndex += 18; + } + } + break; + case 'triangles': + for (var j = 0, jj = ps.length; j < jj; j++) { + coords[pIndex] = coordsMap[ps[j]]; + coords[pIndex + 1] = coordsMap[ps[j] + 1]; + colors[cIndex] = colorsMap[cs[j]]; + colors[cIndex + 1] = colorsMap[cs[j] + 1]; + colors[cIndex + 2] = colorsMap[cs[j] + 2]; + pIndex += 2; + cIndex += 3; + } + break; + } + } + + // draw + if (backgroundColor) { + gl.clearColor(backgroundColor[0] / 255, backgroundColor[1] / 255, + backgroundColor[2] / 255, 1.0); + } else { + gl.clearColor(0, 0, 0, 0); + } + gl.clear(gl.COLOR_BUFFER_BIT); + + var coordsBuffer = gl.createBuffer(); + gl.bindBuffer(gl.ARRAY_BUFFER, coordsBuffer); + gl.bufferData(gl.ARRAY_BUFFER, coords, gl.STATIC_DRAW); + gl.enableVertexAttribArray(cache.positionLocation); + gl.vertexAttribPointer(cache.positionLocation, 2, gl.FLOAT, false, 0, 0); + + var colorsBuffer = gl.createBuffer(); + gl.bindBuffer(gl.ARRAY_BUFFER, colorsBuffer); + gl.bufferData(gl.ARRAY_BUFFER, colors, gl.STATIC_DRAW); + gl.enableVertexAttribArray(cache.colorLocation); + gl.vertexAttribPointer(cache.colorLocation, 3, gl.UNSIGNED_BYTE, false, + 0, 0); + + gl.uniform2f(cache.scaleLocation, context.scaleX, context.scaleY); + gl.uniform2f(cache.offsetLocation, context.offsetX, context.offsetY); + + gl.drawArrays(gl.TRIANGLES, 0, count); + + gl.flush(); + + gl.deleteBuffer(coordsBuffer); + gl.deleteBuffer(colorsBuffer); + + return canvas; + } + + function cleanup() { + if (smaskCache && smaskCache.canvas) { + smaskCache.canvas.width = 0; + smaskCache.canvas.height = 0; + } + if (figuresCache && figuresCache.canvas) { + figuresCache.canvas.width = 0; + figuresCache.canvas.height = 0; + } + smaskCache = null; + figuresCache = null; + } + + return { + get isEnabled() { + if (PDFJS.disableWebGL) { + return false; + } + var enabled = false; + try { + generateGL(); + enabled = !!currentGL; + } catch (e) { } + return shadow(this, 'isEnabled', enabled); + }, + composeSMask: composeSMask, + drawFigures: drawFigures, + clear: cleanup + }; +})(); + + +var ShadingIRs = {}; + +ShadingIRs.RadialAxial = { + fromIR: function RadialAxial_fromIR(raw) { + var type = raw[1]; + var colorStops = raw[2]; + var p0 = raw[3]; + var p1 = raw[4]; + var r0 = raw[5]; + var r1 = raw[6]; + return { + type: 'Pattern', + getPattern: function RadialAxial_getPattern(ctx) { + var grad; + if (type === 'axial') { + grad = ctx.createLinearGradient(p0[0], p0[1], p1[0], p1[1]); + } else if (type === 'radial') { + grad = ctx.createRadialGradient(p0[0], p0[1], r0, p1[0], p1[1], r1); + } + + for (var i = 0, ii = colorStops.length; i < ii; ++i) { + var c = colorStops[i]; + grad.addColorStop(c[0], c[1]); + } + return grad; + } + }; + } +}; + +var createMeshCanvas = (function createMeshCanvasClosure() { + function drawTriangle(data, context, p1, p2, p3, c1, c2, c3) { + // Very basic Gouraud-shaded triangle rasterization algorithm. + var coords = context.coords, colors = context.colors; + var bytes = data.data, rowSize = data.width * 4; + var tmp; + if (coords[p1 + 1] > coords[p2 + 1]) { + tmp = p1; p1 = p2; p2 = tmp; tmp = c1; c1 = c2; c2 = tmp; + } + if (coords[p2 + 1] > coords[p3 + 1]) { + tmp = p2; p2 = p3; p3 = tmp; tmp = c2; c2 = c3; c3 = tmp; + } + if (coords[p1 + 1] > coords[p2 + 1]) { + tmp = p1; p1 = p2; p2 = tmp; tmp = c1; c1 = c2; c2 = tmp; + } + var x1 = (coords[p1] + context.offsetX) * context.scaleX; + var y1 = (coords[p1 + 1] + context.offsetY) * context.scaleY; + var x2 = (coords[p2] + context.offsetX) * context.scaleX; + var y2 = (coords[p2 + 1] + context.offsetY) * context.scaleY; + var x3 = (coords[p3] + context.offsetX) * context.scaleX; + var y3 = (coords[p3 + 1] + context.offsetY) * context.scaleY; + if (y1 >= y3) { + return; + } + var c1r = colors[c1], c1g = colors[c1 + 1], c1b = colors[c1 + 2]; + var c2r = colors[c2], c2g = colors[c2 + 1], c2b = colors[c2 + 2]; + var c3r = colors[c3], c3g = colors[c3 + 1], c3b = colors[c3 + 2]; + + var minY = Math.round(y1), maxY = Math.round(y3); + var xa, car, cag, cab; + var xb, cbr, cbg, cbb; + var k; + for (var y = minY; y <= maxY; y++) { + if (y < y2) { + k = y < y1 ? 0 : y1 === y2 ? 1 : (y1 - y) / (y1 - y2); + xa = x1 - (x1 - x2) * k; + car = c1r - (c1r - c2r) * k; + cag = c1g - (c1g - c2g) * k; + cab = c1b - (c1b - c2b) * k; + } else { + k = y > y3 ? 1 : y2 === y3 ? 0 : (y2 - y) / (y2 - y3); + xa = x2 - (x2 - x3) * k; + car = c2r - (c2r - c3r) * k; + cag = c2g - (c2g - c3g) * k; + cab = c2b - (c2b - c3b) * k; + } + k = y < y1 ? 0 : y > y3 ? 1 : (y1 - y) / (y1 - y3); + xb = x1 - (x1 - x3) * k; + cbr = c1r - (c1r - c3r) * k; + cbg = c1g - (c1g - c3g) * k; + cbb = c1b - (c1b - c3b) * k; + var x1_ = Math.round(Math.min(xa, xb)); + var x2_ = Math.round(Math.max(xa, xb)); + var j = rowSize * y + x1_ * 4; + for (var x = x1_; x <= x2_; x++) { + k = (xa - x) / (xa - xb); + k = k < 0 ? 0 : k > 1 ? 1 : k; + bytes[j++] = (car - (car - cbr) * k) | 0; + bytes[j++] = (cag - (cag - cbg) * k) | 0; + bytes[j++] = (cab - (cab - cbb) * k) | 0; + bytes[j++] = 255; + } + } + } + + function drawFigure(data, figure, context) { + var ps = figure.coords; + var cs = figure.colors; + var i, ii; + switch (figure.type) { + case 'lattice': + var verticesPerRow = figure.verticesPerRow; + var rows = Math.floor(ps.length / verticesPerRow) - 1; + var cols = verticesPerRow - 1; + for (i = 0; i < rows; i++) { + var q = i * verticesPerRow; + for (var j = 0; j < cols; j++, q++) { + drawTriangle(data, context, + ps[q], ps[q + 1], ps[q + verticesPerRow], + cs[q], cs[q + 1], cs[q + verticesPerRow]); + drawTriangle(data, context, + ps[q + verticesPerRow + 1], ps[q + 1], ps[q + verticesPerRow], + cs[q + verticesPerRow + 1], cs[q + 1], cs[q + verticesPerRow]); + } + } + break; + case 'triangles': + for (i = 0, ii = ps.length; i < ii; i += 3) { + drawTriangle(data, context, + ps[i], ps[i + 1], ps[i + 2], + cs[i], cs[i + 1], cs[i + 2]); + } + break; + default: + error('illigal figure'); + break; + } + } + + function createMeshCanvas(bounds, combinesScale, coords, colors, figures, + backgroundColor, cachedCanvases) { + // we will increase scale on some weird factor to let antialiasing take + // care of "rough" edges + var EXPECTED_SCALE = 1.1; + // MAX_PATTERN_SIZE is used to avoid OOM situation. + var MAX_PATTERN_SIZE = 3000; // 10in @ 300dpi shall be enough + + var offsetX = Math.floor(bounds[0]); + var offsetY = Math.floor(bounds[1]); + var boundsWidth = Math.ceil(bounds[2]) - offsetX; + var boundsHeight = Math.ceil(bounds[3]) - offsetY; + + var width = Math.min(Math.ceil(Math.abs(boundsWidth * combinesScale[0] * + EXPECTED_SCALE)), MAX_PATTERN_SIZE); + var height = Math.min(Math.ceil(Math.abs(boundsHeight * combinesScale[1] * + EXPECTED_SCALE)), MAX_PATTERN_SIZE); + var scaleX = boundsWidth / width; + var scaleY = boundsHeight / height; + + var context = { + coords: coords, + colors: colors, + offsetX: -offsetX, + offsetY: -offsetY, + scaleX: 1 / scaleX, + scaleY: 1 / scaleY + }; + + var canvas, tmpCanvas, i, ii; + if (WebGLUtils.isEnabled) { + canvas = WebGLUtils.drawFigures(width, height, backgroundColor, + figures, context); + + // https://bugzilla.mozilla.org/show_bug.cgi?id=972126 + tmpCanvas = cachedCanvases.getCanvas('mesh', width, height, false); + tmpCanvas.context.drawImage(canvas, 0, 0); + canvas = tmpCanvas.canvas; + } else { + tmpCanvas = cachedCanvases.getCanvas('mesh', width, height, false); + var tmpCtx = tmpCanvas.context; + + var data = tmpCtx.createImageData(width, height); + if (backgroundColor) { + var bytes = data.data; + for (i = 0, ii = bytes.length; i < ii; i += 4) { + bytes[i] = backgroundColor[0]; + bytes[i + 1] = backgroundColor[1]; + bytes[i + 2] = backgroundColor[2]; + bytes[i + 3] = 255; + } + } + for (i = 0; i < figures.length; i++) { + drawFigure(data, figures[i], context); + } + tmpCtx.putImageData(data, 0, 0); + canvas = tmpCanvas.canvas; + } + + return {canvas: canvas, offsetX: offsetX, offsetY: offsetY, + scaleX: scaleX, scaleY: scaleY}; + } + return createMeshCanvas; +})(); + +ShadingIRs.Mesh = { + fromIR: function Mesh_fromIR(raw) { + //var type = raw[1]; + var coords = raw[2]; + var colors = raw[3]; + var figures = raw[4]; + var bounds = raw[5]; + var matrix = raw[6]; + //var bbox = raw[7]; + var background = raw[8]; + return { + type: 'Pattern', + getPattern: function Mesh_getPattern(ctx, owner, shadingFill) { + var scale; + if (shadingFill) { + scale = Util.singularValueDecompose2dScale(ctx.mozCurrentTransform); + } else { + // Obtain scale from matrix and current transformation matrix. + scale = Util.singularValueDecompose2dScale(owner.baseTransform); + if (matrix) { + var matrixScale = Util.singularValueDecompose2dScale(matrix); + scale = [scale[0] * matrixScale[0], + scale[1] * matrixScale[1]]; + } + } + + + // Rasterizing on the main thread since sending/queue large canvases + // might cause OOM. + var temporaryPatternCanvas = createMeshCanvas(bounds, scale, coords, + colors, figures, shadingFill ? null : background, + owner.cachedCanvases); + + if (!shadingFill) { + ctx.setTransform.apply(ctx, owner.baseTransform); + if (matrix) { + ctx.transform.apply(ctx, matrix); + } + } + + ctx.translate(temporaryPatternCanvas.offsetX, + temporaryPatternCanvas.offsetY); + ctx.scale(temporaryPatternCanvas.scaleX, + temporaryPatternCanvas.scaleY); + + return ctx.createPattern(temporaryPatternCanvas.canvas, 'no-repeat'); + } + }; + } +}; + +ShadingIRs.Dummy = { + fromIR: function Dummy_fromIR() { + return { + type: 'Pattern', + getPattern: function Dummy_fromIR_getPattern() { + return 'hotpink'; + } + }; + } +}; + +function getShadingPatternFromIR(raw) { + var shadingIR = ShadingIRs[raw[0]]; + if (!shadingIR) { + error('Unknown IR type: ' + raw[0]); + } + return shadingIR.fromIR(raw); +} + +var TilingPattern = (function TilingPatternClosure() { + var PaintType = { + COLORED: 1, + UNCOLORED: 2 + }; + + var MAX_PATTERN_SIZE = 3000; // 10in @ 300dpi shall be enough + + function TilingPattern(IR, color, ctx, objs, commonObjs, baseTransform) { + this.operatorList = IR[2]; + this.matrix = IR[3] || [1, 0, 0, 1, 0, 0]; + this.bbox = IR[4]; + this.xstep = IR[5]; + this.ystep = IR[6]; + this.paintType = IR[7]; + this.tilingType = IR[8]; + this.color = color; + this.objs = objs; + this.commonObjs = commonObjs; + this.baseTransform = baseTransform; + this.type = 'Pattern'; + this.ctx = ctx; + } + + TilingPattern.prototype = { + createPatternCanvas: function TilinPattern_createPatternCanvas(owner) { + var operatorList = this.operatorList; + var bbox = this.bbox; + var xstep = this.xstep; + var ystep = this.ystep; + var paintType = this.paintType; + var tilingType = this.tilingType; + var color = this.color; + var objs = this.objs; + var commonObjs = this.commonObjs; + + info('TilingType: ' + tilingType); + + var x0 = bbox[0], y0 = bbox[1], x1 = bbox[2], y1 = bbox[3]; + + var topLeft = [x0, y0]; + // we want the canvas to be as large as the step size + var botRight = [x0 + xstep, y0 + ystep]; + + var width = botRight[0] - topLeft[0]; + var height = botRight[1] - topLeft[1]; + + // Obtain scale from matrix and current transformation matrix. + var matrixScale = Util.singularValueDecompose2dScale(this.matrix); + var curMatrixScale = Util.singularValueDecompose2dScale( + this.baseTransform); + var combinedScale = [matrixScale[0] * curMatrixScale[0], + matrixScale[1] * curMatrixScale[1]]; + + // MAX_PATTERN_SIZE is used to avoid OOM situation. + // Use width and height values that are as close as possible to the end + // result when the pattern is used. Too low value makes the pattern look + // blurry. Too large value makes it look too crispy. + width = Math.min(Math.ceil(Math.abs(width * combinedScale[0])), + MAX_PATTERN_SIZE); + + height = Math.min(Math.ceil(Math.abs(height * combinedScale[1])), + MAX_PATTERN_SIZE); + + var tmpCanvas = owner.cachedCanvases.getCanvas('pattern', + width, height, true); + var tmpCtx = tmpCanvas.context; + var graphics = new CanvasGraphics(tmpCtx, commonObjs, objs); + graphics.groupLevel = owner.groupLevel; + + this.setFillAndStrokeStyleToContext(tmpCtx, paintType, color); + + this.setScale(width, height, xstep, ystep); + this.transformToScale(graphics); + + // transform coordinates to pattern space + var tmpTranslate = [1, 0, 0, 1, -topLeft[0], -topLeft[1]]; + graphics.transform.apply(graphics, tmpTranslate); + + this.clipBbox(graphics, bbox, x0, y0, x1, y1); + + graphics.executeOperatorList(operatorList); + return tmpCanvas.canvas; + }, + + setScale: function TilingPattern_setScale(width, height, xstep, ystep) { + this.scale = [width / xstep, height / ystep]; + }, + + transformToScale: function TilingPattern_transformToScale(graphics) { + var scale = this.scale; + var tmpScale = [scale[0], 0, 0, scale[1], 0, 0]; + graphics.transform.apply(graphics, tmpScale); + }, + + scaleToContext: function TilingPattern_scaleToContext() { + var scale = this.scale; + this.ctx.scale(1 / scale[0], 1 / scale[1]); + }, + + clipBbox: function clipBbox(graphics, bbox, x0, y0, x1, y1) { + if (bbox && isArray(bbox) && bbox.length === 4) { + var bboxWidth = x1 - x0; + var bboxHeight = y1 - y0; + graphics.ctx.rect(x0, y0, bboxWidth, bboxHeight); + graphics.clip(); + graphics.endPath(); + } + }, + + setFillAndStrokeStyleToContext: + function setFillAndStrokeStyleToContext(context, paintType, color) { + switch (paintType) { + case PaintType.COLORED: + var ctx = this.ctx; + context.fillStyle = ctx.fillStyle; + context.strokeStyle = ctx.strokeStyle; + break; + case PaintType.UNCOLORED: + var cssColor = Util.makeCssRgb(color[0], color[1], color[2]); + context.fillStyle = cssColor; + context.strokeStyle = cssColor; + break; + default: + error('Unsupported paint type: ' + paintType); + } + }, + + getPattern: function TilingPattern_getPattern(ctx, owner) { + var temporaryPatternCanvas = this.createPatternCanvas(owner); + + ctx = this.ctx; + ctx.setTransform.apply(ctx, this.baseTransform); + ctx.transform.apply(ctx, this.matrix); + this.scaleToContext(); + + return ctx.createPattern(temporaryPatternCanvas, 'repeat'); + } + }; + + return TilingPattern; +})(); + + +function FontLoader(docId) { + this.docId = docId; + this.styleElement = null; + this.nativeFontFaces = []; + this.loadTestFontId = 0; + this.loadingContext = { + requests: [], + nextRequestId: 0 + }; +} +FontLoader.prototype = { + insertRule: function fontLoaderInsertRule(rule) { + var styleElement = this.styleElement; + if (!styleElement) { + styleElement = this.styleElement = document.createElement('style'); + styleElement.id = 'PDFJS_FONT_STYLE_TAG_' + this.docId; + document.documentElement.getElementsByTagName('head')[0].appendChild( + styleElement); + } + + var styleSheet = styleElement.sheet; + styleSheet.insertRule(rule, styleSheet.cssRules.length); + }, + + clear: function fontLoaderClear() { + var styleElement = this.styleElement; + if (styleElement) { + styleElement.parentNode.removeChild(styleElement); + styleElement = this.styleElement = null; + } + this.nativeFontFaces.forEach(function(nativeFontFace) { + document.fonts.delete(nativeFontFace); + }); + this.nativeFontFaces.length = 0; + }, + get loadTestFont() { + // This is a CFF font with 1 glyph for '.' that fills its entire width and + // height. + return shadow(this, 'loadTestFont', atob( + 'T1RUTwALAIAAAwAwQ0ZGIDHtZg4AAAOYAAAAgUZGVE1lkzZwAAAEHAAAABxHREVGABQAFQ' + + 'AABDgAAAAeT1MvMlYNYwkAAAEgAAAAYGNtYXABDQLUAAACNAAAAUJoZWFk/xVFDQAAALwA' + + 'AAA2aGhlYQdkA+oAAAD0AAAAJGhtdHgD6AAAAAAEWAAAAAZtYXhwAAJQAAAAARgAAAAGbm' + + 'FtZVjmdH4AAAGAAAAAsXBvc3T/hgAzAAADeAAAACAAAQAAAAEAALZRFsRfDzz1AAsD6AAA' + + 'AADOBOTLAAAAAM4KHDwAAAAAA+gDIQAAAAgAAgAAAAAAAAABAAADIQAAAFoD6AAAAAAD6A' + + 'ABAAAAAAAAAAAAAAAAAAAAAQAAUAAAAgAAAAQD6AH0AAUAAAKKArwAAACMAooCvAAAAeAA' + + 'MQECAAACAAYJAAAAAAAAAAAAAQAAAAAAAAAAAAAAAFBmRWQAwAAuAC4DIP84AFoDIQAAAA' + + 'AAAQAAAAAAAAAAACAAIAABAAAADgCuAAEAAAAAAAAAAQAAAAEAAAAAAAEAAQAAAAEAAAAA' + + 'AAIAAQAAAAEAAAAAAAMAAQAAAAEAAAAAAAQAAQAAAAEAAAAAAAUAAQAAAAEAAAAAAAYAAQ' + + 'AAAAMAAQQJAAAAAgABAAMAAQQJAAEAAgABAAMAAQQJAAIAAgABAAMAAQQJAAMAAgABAAMA' + + 'AQQJAAQAAgABAAMAAQQJAAUAAgABAAMAAQQJAAYAAgABWABYAAAAAAAAAwAAAAMAAAAcAA' + + 'EAAAAAADwAAwABAAAAHAAEACAAAAAEAAQAAQAAAC7//wAAAC7////TAAEAAAAAAAABBgAA' + + 'AQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEAAAAAAA' + + 'AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA' + + 'AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA' + + 'AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA' + + 'AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAMAAA' + + 'AAAAD/gwAyAAAAAQAAAAAAAAAAAAAAAAAAAAABAAQEAAEBAQJYAAEBASH4DwD4GwHEAvgc' + + 'A/gXBIwMAYuL+nz5tQXkD5j3CBLnEQACAQEBIVhYWFhYWFhYWFhYWFhYWFhYWFhYWFhYWF' + + 'hYWFhYWFhYAAABAQAADwACAQEEE/t3Dov6fAH6fAT+fPp8+nwHDosMCvm1Cvm1DAz6fBQA' + + 'AAAAAAABAAAAAMmJbzEAAAAAzgTjFQAAAADOBOQpAAEAAAAAAAAADAAUAAQAAAABAAAAAg' + + 'ABAAAAAAAAAAAD6AAAAAAAAA==' + )); + }, + + addNativeFontFace: function fontLoader_addNativeFontFace(nativeFontFace) { + this.nativeFontFaces.push(nativeFontFace); + document.fonts.add(nativeFontFace); + }, + + bind: function fontLoaderBind(fonts, callback) { + assert(!isWorker, 'bind() shall be called from main thread'); + + var rules = []; + var fontsToLoad = []; + var fontLoadPromises = []; + var getNativeFontPromise = function(nativeFontFace) { + // Return a promise that is always fulfilled, even when the font fails to + // load. + return nativeFontFace.loaded.catch(function(e) { + warn('Failed to load font "' + nativeFontFace.family + '": ' + e); + }); + }; + for (var i = 0, ii = fonts.length; i < ii; i++) { + var font = fonts[i]; + + // Add the font to the DOM only once or skip if the font + // is already loaded. + if (font.attached || font.loading === false) { + continue; + } + font.attached = true; + + if (FontLoader.isFontLoadingAPISupported) { + var nativeFontFace = font.createNativeFontFace(); + if (nativeFontFace) { + this.addNativeFontFace(nativeFontFace); + fontLoadPromises.push(getNativeFontPromise(nativeFontFace)); + } + } else { + var rule = font.createFontFaceRule(); + if (rule) { + this.insertRule(rule); + rules.push(rule); + fontsToLoad.push(font); + } + } + } + + var request = this.queueLoadingCallback(callback); + if (FontLoader.isFontLoadingAPISupported) { + Promise.all(fontLoadPromises).then(function() { + request.complete(); + }); + } else if (rules.length > 0 && !FontLoader.isSyncFontLoadingSupported) { + this.prepareFontLoadEvent(rules, fontsToLoad, request); + } else { + request.complete(); + } + }, + + queueLoadingCallback: function FontLoader_queueLoadingCallback(callback) { + function LoadLoader_completeRequest() { + assert(!request.end, 'completeRequest() cannot be called twice'); + request.end = Date.now(); + + // sending all completed requests in order how they were queued + while (context.requests.length > 0 && context.requests[0].end) { + var otherRequest = context.requests.shift(); + setTimeout(otherRequest.callback, 0); + } + } + + var context = this.loadingContext; + var requestId = 'pdfjs-font-loading-' + (context.nextRequestId++); + var request = { + id: requestId, + complete: LoadLoader_completeRequest, + callback: callback, + started: Date.now() + }; + context.requests.push(request); + return request; + }, + + prepareFontLoadEvent: function fontLoaderPrepareFontLoadEvent(rules, + fonts, + request) { + /** Hack begin */ + // There's currently no event when a font has finished downloading so the + // following code is a dirty hack to 'guess' when a font is + // ready. It's assumed fonts are loaded in order, so add a known test + // font after the desired fonts and then test for the loading of that + // test font. + + function int32(data, offset) { + return (data.charCodeAt(offset) << 24) | + (data.charCodeAt(offset + 1) << 16) | + (data.charCodeAt(offset + 2) << 8) | + (data.charCodeAt(offset + 3) & 0xff); + } + + function spliceString(s, offset, remove, insert) { + var chunk1 = s.substr(0, offset); + var chunk2 = s.substr(offset + remove); + return chunk1 + insert + chunk2; + } + + var i, ii; + + var canvas = document.createElement('canvas'); + canvas.width = 1; + canvas.height = 1; + var ctx = canvas.getContext('2d'); + + var called = 0; + function isFontReady(name, callback) { + called++; + // With setTimeout clamping this gives the font ~100ms to load. + if(called > 30) { + warn('Load test font never loaded.'); + callback(); + return; + } + ctx.font = '30px ' + name; + ctx.fillText('.', 0, 20); + var imageData = ctx.getImageData(0, 0, 1, 1); + if (imageData.data[3] > 0) { + callback(); + return; + } + setTimeout(isFontReady.bind(null, name, callback)); + } + + var loadTestFontId = 'lt' + Date.now() + this.loadTestFontId++; + // Chromium seems to cache fonts based on a hash of the actual font data, + // so the font must be modified for each load test else it will appear to + // be loaded already. + // TODO: This could maybe be made faster by avoiding the btoa of the full + // font by splitting it in chunks before hand and padding the font id. + var data = this.loadTestFont; + var COMMENT_OFFSET = 976; // has to be on 4 byte boundary (for checksum) + data = spliceString(data, COMMENT_OFFSET, loadTestFontId.length, + loadTestFontId); + // CFF checksum is important for IE, adjusting it + var CFF_CHECKSUM_OFFSET = 16; + var XXXX_VALUE = 0x58585858; // the "comment" filled with 'X' + var checksum = int32(data, CFF_CHECKSUM_OFFSET); + for (i = 0, ii = loadTestFontId.length - 3; i < ii; i += 4) { + checksum = (checksum - XXXX_VALUE + int32(loadTestFontId, i)) | 0; + } + if (i < loadTestFontId.length) { // align to 4 bytes boundary + checksum = (checksum - XXXX_VALUE + + int32(loadTestFontId + 'XXX', i)) | 0; + } + data = spliceString(data, CFF_CHECKSUM_OFFSET, 4, string32(checksum)); + + var url = 'url(data:font/opentype;base64,' + btoa(data) + ');'; + var rule = '@font-face { font-family:"' + loadTestFontId + '";src:' + + url + '}'; + this.insertRule(rule); + + var names = []; + for (i = 0, ii = fonts.length; i < ii; i++) { + names.push(fonts[i].loadedName); + } + names.push(loadTestFontId); + + var div = document.createElement('div'); + div.setAttribute('style', + 'visibility: hidden;' + + 'width: 10px; height: 10px;' + + 'position: absolute; top: 0px; left: 0px;'); + for (i = 0, ii = names.length; i < ii; ++i) { + var span = document.createElement('span'); + span.textContent = 'Hi'; + span.style.fontFamily = names[i]; + div.appendChild(span); + } + document.body.appendChild(div); + + isFontReady(loadTestFontId, function() { + document.body.removeChild(div); + request.complete(); + }); + /** Hack end */ + } +}; +FontLoader.isFontLoadingAPISupported = (!isWorker && + typeof document !== 'undefined' && !!document.fonts); +Object.defineProperty(FontLoader, 'isSyncFontLoadingSupported', { + get: function () { + var supported = false; + + // User agent string sniffing is bad, but there is no reliable way to tell + // if font is fully loaded and ready to be used with canvas. + var userAgent = window.navigator.userAgent; + var m = /Mozilla\/5.0.*?rv:(\d+).*? Gecko/.exec(userAgent); + if (m && m[1] >= 14) { + supported = true; + } + // TODO other browsers + if (userAgent === 'node') { + supported = true; + } + return shadow(FontLoader, 'isSyncFontLoadingSupported', supported); + }, + enumerable: true, + configurable: true +}); + +var FontFaceObject = (function FontFaceObjectClosure() { + function FontFaceObject(translatedData) { + this.compiledGlyphs = {}; + // importing translated data + for (var i in translatedData) { + this[i] = translatedData[i]; + } + } + Object.defineProperty(FontFaceObject, 'isEvalSupported', { + get: function () { + var evalSupport = false; + if (PDFJS.isEvalSupported) { + try { + /* jshint evil: true */ + new Function(''); + evalSupport = true; + } catch (e) {} + } + return shadow(this, 'isEvalSupported', evalSupport); + }, + enumerable: true, + configurable: true + }); + FontFaceObject.prototype = { + createNativeFontFace: function FontFaceObject_createNativeFontFace() { + if (!this.data) { + return null; + } + + if (PDFJS.disableFontFace) { + this.disableFontFace = true; + return null; + } + + var nativeFontFace = new FontFace(this.loadedName, this.data, {}); + + if (PDFJS.pdfBug && 'FontInspector' in globalScope && + globalScope['FontInspector'].enabled) { + globalScope['FontInspector'].fontAdded(this); + } + return nativeFontFace; + }, + + createFontFaceRule: function FontFaceObject_createFontFaceRule() { + if (!this.data) { + return null; + } + + if (PDFJS.disableFontFace) { + this.disableFontFace = true; + return null; + } + + var data = bytesToString(new Uint8Array(this.data)); + var fontName = this.loadedName; + + // Add the font-face rule to the document + var url = ('url(data:' + this.mimetype + ';base64,' + + window.btoa(data) + ');'); + var rule = '@font-face { font-family:"' + fontName + '";src:' + url + '}'; + + if (PDFJS.pdfBug && 'FontInspector' in globalScope && + globalScope['FontInspector'].enabled) { + globalScope['FontInspector'].fontAdded(this, url); + } + + return rule; + }, + + getPathGenerator: + function FontFaceObject_getPathGenerator(objs, character) { + if (!(character in this.compiledGlyphs)) { + var cmds = objs.get(this.loadedName + '_path_' + character); + var current, i, len; + + // If we can, compile cmds into JS for MAXIMUM SPEED + if (FontFaceObject.isEvalSupported) { + var args, js = ''; + for (i = 0, len = cmds.length; i < len; i++) { + current = cmds[i]; + + if (current.args !== undefined) { + args = current.args.join(','); + } else { + args = ''; + } + + js += 'c.' + current.cmd + '(' + args + ');\n'; + } + /* jshint -W054 */ + this.compiledGlyphs[character] = new Function('c', 'size', js); + } else { + // But fall back on using Function.prototype.apply() if we're + // blocked from using eval() for whatever reason (like CSP policies) + this.compiledGlyphs[character] = function(c, size) { + for (i = 0, len = cmds.length; i < len; i++) { + current = cmds[i]; + + if (current.cmd === 'scale') { + current.args = [size, -size]; + } + + c[current.cmd].apply(c, current.args); + } + }; + } + } + return this.compiledGlyphs[character]; + } + }; + return FontFaceObject; +})(); + + +/** + * Optimised CSS custom property getter/setter. + * @class + */ +var CustomStyle = (function CustomStyleClosure() { + + // As noted on: http://www.zachstronaut.com/posts/2009/02/17/ + // animate-css-transforms-firefox-webkit.html + // in some versions of IE9 it is critical that ms appear in this list + // before Moz + var prefixes = ['ms', 'Moz', 'Webkit', 'O']; + var _cache = {}; + + function CustomStyle() {} + + CustomStyle.getProp = function get(propName, element) { + // check cache only when no element is given + if (arguments.length === 1 && typeof _cache[propName] === 'string') { + return _cache[propName]; + } + + element = element || document.documentElement; + var style = element.style, prefixed, uPropName; + + // test standard property first + if (typeof style[propName] === 'string') { + return (_cache[propName] = propName); + } + + // capitalize + uPropName = propName.charAt(0).toUpperCase() + propName.slice(1); + + // test vendor specific properties + for (var i = 0, l = prefixes.length; i < l; i++) { + prefixed = prefixes[i] + uPropName; + if (typeof style[prefixed] === 'string') { + return (_cache[propName] = prefixed); + } + } + + //if all fails then set to undefined + return (_cache[propName] = 'undefined'); + }; + + CustomStyle.setProp = function set(propName, element, str) { + var prop = this.getProp(propName); + if (prop !== 'undefined') { + element.style[prop] = str; + } + }; + + return CustomStyle; +})(); + +PDFJS.CustomStyle = CustomStyle; + + +var ANNOT_MIN_SIZE = 10; // px + +var AnnotationLayer = (function AnnotationLayerClosure() { + // TODO(mack): This dupes some of the logic in CanvasGraphics.setFont() + function setTextStyles(element, item, fontObj) { + var style = element.style; + style.fontSize = item.fontSize + 'px'; + style.direction = item.fontDirection < 0 ? 'rtl': 'ltr'; + + if (!fontObj) { + return; + } + + style.fontWeight = fontObj.black ? + (fontObj.bold ? 'bolder' : 'bold') : + (fontObj.bold ? 'bold' : 'normal'); + style.fontStyle = fontObj.italic ? 'italic' : 'normal'; + + var fontName = fontObj.loadedName; + var fontFamily = fontName ? '"' + fontName + '", ' : ''; + // Use a reasonable default font if the font doesn't specify a fallback + var fallbackName = fontObj.fallbackName || 'Helvetica, sans-serif'; + style.fontFamily = fontFamily + fallbackName; + } + + function getContainer(data, page, viewport) { + var container = document.createElement('section'); + var width = data.rect[2] - data.rect[0]; + var height = data.rect[3] - data.rect[1]; + + container.setAttribute('data-annotation-id', data.id); + + data.rect = Util.normalizeRect([ + data.rect[0], + page.view[3] - data.rect[1] + page.view[1], + data.rect[2], + page.view[3] - data.rect[3] + page.view[1] + ]); + + CustomStyle.setProp('transform', container, + 'matrix(' + viewport.transform.join(',') + ')'); + CustomStyle.setProp('transformOrigin', container, + -data.rect[0] + 'px ' + -data.rect[1] + 'px'); + + if (data.borderStyle.width > 0) { + container.style.borderWidth = data.borderStyle.width + 'px'; + if (data.borderStyle.style !== AnnotationBorderStyleType.UNDERLINE) { + // Underline styles only have a bottom border, so we do not need + // to adjust for all borders. This yields a similar result as + // Adobe Acrobat/Reader. + width = width - 2 * data.borderStyle.width; + height = height - 2 * data.borderStyle.width; + } + + var horizontalRadius = data.borderStyle.horizontalCornerRadius; + var verticalRadius = data.borderStyle.verticalCornerRadius; + if (horizontalRadius > 0 || verticalRadius > 0) { + var radius = horizontalRadius + 'px / ' + verticalRadius + 'px'; + CustomStyle.setProp('borderRadius', container, radius); + } + + switch (data.borderStyle.style) { + case AnnotationBorderStyleType.SOLID: + container.style.borderStyle = 'solid'; + break; + + case AnnotationBorderStyleType.DASHED: + container.style.borderStyle = 'dashed'; + break; + + case AnnotationBorderStyleType.BEVELED: + warn('Unimplemented border style: beveled'); + break; + + case AnnotationBorderStyleType.INSET: + warn('Unimplemented border style: inset'); + break; + + case AnnotationBorderStyleType.UNDERLINE: + container.style.borderBottomStyle = 'solid'; + break; + + default: + break; + } + + if (data.color) { + container.style.borderColor = + Util.makeCssRgb(data.color[0] | 0, + data.color[1] | 0, + data.color[2] | 0); + } else { + // Transparent (invisible) border, so do not draw it at all. + container.style.borderWidth = 0; + } + } + + container.style.left = data.rect[0] + 'px'; + container.style.top = data.rect[1] + 'px'; + + container.style.width = width + 'px'; + container.style.height = height + 'px'; + + return container; + } + + function getHtmlElementForTextWidgetAnnotation(item, page) { + var element = document.createElement('div'); + var width = item.rect[2] - item.rect[0]; + var height = item.rect[3] - item.rect[1]; + element.style.width = width + 'px'; + element.style.height = height + 'px'; + element.style.display = 'table'; + + var content = document.createElement('div'); + content.textContent = item.fieldValue; + var textAlignment = item.textAlignment; + content.style.textAlign = ['left', 'center', 'right'][textAlignment]; + content.style.verticalAlign = 'middle'; + content.style.display = 'table-cell'; + + var fontObj = item.fontRefName ? + page.commonObjs.getData(item.fontRefName) : null; + setTextStyles(content, item, fontObj); + + element.appendChild(content); + + return element; + } + + function getHtmlElementForTextAnnotation(item, page, viewport) { + var rect = item.rect; + + // sanity check because of OOo-generated PDFs + if ((rect[3] - rect[1]) < ANNOT_MIN_SIZE) { + rect[3] = rect[1] + ANNOT_MIN_SIZE; + } + if ((rect[2] - rect[0]) < ANNOT_MIN_SIZE) { + rect[2] = rect[0] + (rect[3] - rect[1]); // make it square + } + + var container = getContainer(item, page, viewport); + container.className = 'annotText'; + + var image = document.createElement('img'); + image.style.height = container.style.height; + image.style.width = container.style.width; + var iconName = item.name; + image.src = PDFJS.imageResourcesPath + 'annotation-' + + iconName.toLowerCase() + '.svg'; + image.alt = '[{{type}} Annotation]'; + image.dataset.l10nId = 'text_annotation_type'; + image.dataset.l10nArgs = JSON.stringify({type: iconName}); + + var contentWrapper = document.createElement('div'); + contentWrapper.className = 'annotTextContentWrapper'; + contentWrapper.style.left = Math.floor(rect[2] - rect[0] + 5) + 'px'; + contentWrapper.style.top = '-10px'; + + var content = document.createElement('div'); + content.className = 'annotTextContent'; + content.setAttribute('hidden', true); + + var i, ii; + if (item.hasBgColor && item.color) { + var color = item.color; + + // Enlighten the color (70%) + var BACKGROUND_ENLIGHT = 0.7; + var r = BACKGROUND_ENLIGHT * (255 - color[0]) + color[0]; + var g = BACKGROUND_ENLIGHT * (255 - color[1]) + color[1]; + var b = BACKGROUND_ENLIGHT * (255 - color[2]) + color[2]; + content.style.backgroundColor = Util.makeCssRgb(r | 0, g | 0, b | 0); + } + + var title = document.createElement('h1'); + var text = document.createElement('p'); + title.textContent = item.title; + + if (!item.content && !item.title) { + content.setAttribute('hidden', true); + } else { + var e = document.createElement('span'); + var lines = item.content.split(/(?:\r\n?|\n)/); + for (i = 0, ii = lines.length; i < ii; ++i) { + var line = lines[i]; + e.appendChild(document.createTextNode(line)); + if (i < (ii - 1)) { + e.appendChild(document.createElement('br')); + } + } + text.appendChild(e); + + var pinned = false; + + var showAnnotation = function showAnnotation(pin) { + if (pin) { + pinned = true; + } + if (content.hasAttribute('hidden')) { + container.style.zIndex += 1; + content.removeAttribute('hidden'); + } + }; + + var hideAnnotation = function hideAnnotation(unpin) { + if (unpin) { + pinned = false; + } + if (!content.hasAttribute('hidden') && !pinned) { + container.style.zIndex -= 1; + content.setAttribute('hidden', true); + } + }; + + var toggleAnnotation = function toggleAnnotation() { + if (pinned) { + hideAnnotation(true); + } else { + showAnnotation(true); + } + }; + + image.addEventListener('click', function image_clickHandler() { + toggleAnnotation(); + }, false); + image.addEventListener('mouseover', function image_mouseOverHandler() { + showAnnotation(); + }, false); + image.addEventListener('mouseout', function image_mouseOutHandler() { + hideAnnotation(); + }, false); + + content.addEventListener('click', function content_clickHandler() { + hideAnnotation(true); + }, false); + } + + content.appendChild(title); + content.appendChild(text); + contentWrapper.appendChild(content); + container.appendChild(image); + container.appendChild(contentWrapper); + + return container; + } + + function getHtmlElementForLinkAnnotation(item, page, viewport, linkService) { + function bindLink(link, dest) { + link.href = linkService.getDestinationHash(dest); + link.onclick = function annotationsLayerBuilderLinksOnclick() { + if (dest) { + linkService.navigateTo(dest); + } + return false; + }; + if (dest) { + link.className = 'internalLink'; + } + } + + function bindNamedAction(link, action) { + link.href = linkService.getAnchorUrl(''); + link.onclick = function annotationsLayerBuilderNamedActionOnClick() { + linkService.executeNamedAction(action); + return false; + }; + link.className = 'internalLink'; + } + + var container = getContainer(item, page, viewport); + container.className = 'annotLink'; + + var link = document.createElement('a'); + link.href = link.title = item.url || ''; + + if (item.url && isExternalLinkTargetSet()) { + link.target = LinkTargetStringMap[PDFJS.externalLinkTarget]; + } + + if (!item.url) { + if (item.action) { + bindNamedAction(link, item.action); + } else { + bindLink(link, ('dest' in item) ? item.dest : null); + } + } + + container.appendChild(link); + + return container; + } + + function getHtmlElement(data, page, viewport, linkService) { + switch (data.annotationType) { + case AnnotationType.WIDGET: + return getHtmlElementForTextWidgetAnnotation(data, page); + case AnnotationType.TEXT: + return getHtmlElementForTextAnnotation(data, page, viewport); + case AnnotationType.LINK: + return getHtmlElementForLinkAnnotation(data, page, viewport, + linkService); + default: + throw new Error('Unsupported annotationType: ' + data.annotationType); + } + } + + function render(viewport, div, annotations, page, linkService) { + for (var i = 0, ii = annotations.length; i < ii; i++) { + var data = annotations[i]; + if (!data || !data.hasHtml) { + continue; + } + + var element = getHtmlElement(data, page, viewport, linkService); + div.appendChild(element); + } + } + + function update(viewport, div, annotations) { + for (var i = 0, ii = annotations.length; i < ii; i++) { + var data = annotations[i]; + var element = div.querySelector( + '[data-annotation-id="' + data.id + '"]'); + if (element) { + CustomStyle.setProp('transform', element, + 'matrix(' + viewport.transform.join(',') + ')'); + } + } + div.removeAttribute('hidden'); + } + + return { + render: render, + update: update + }; +})(); + +PDFJS.AnnotationLayer = AnnotationLayer; + + +/** + * Text layer render parameters. + * + * @typedef {Object} TextLayerRenderParameters + * @property {TextContent} textContent - Text content to render (the object is + * returned by the page's getTextContent() method). + * @property {HTMLElement} container - HTML element that will contain text runs. + * @property {PDFJS.PageViewport} viewport - The target viewport to properly + * layout the text runs. + * @property {Array} textDivs - (optional) HTML elements that are correspond + * the text items of the textContent input. This is output and shall be + * initially be set to empty array. + * @property {number} timeout - (optional) Delay in milliseconds before + * rendering of the text runs occurs. + */ +var renderTextLayer = (function renderTextLayerClosure() { + var MAX_TEXT_DIVS_TO_RENDER = 100000; + + var NonWhitespaceRegexp = /\S/; + + function isAllWhitespace(str) { + return !NonWhitespaceRegexp.test(str); + } + + function appendText(textDivs, viewport, geom, styles) { + var style = styles[geom.fontName]; + var textDiv = document.createElement('div'); + textDivs.push(textDiv); + if (isAllWhitespace(geom.str)) { + textDiv.dataset.isWhitespace = true; + return; + } + var tx = PDFJS.Util.transform(viewport.transform, geom.transform); + var angle = Math.atan2(tx[1], tx[0]); + if (style.vertical) { + angle += Math.PI / 2; + } + var fontHeight = Math.sqrt((tx[2] * tx[2]) + (tx[3] * tx[3])); + var fontAscent = fontHeight; + if (style.ascent) { + fontAscent = style.ascent * fontAscent; + } else if (style.descent) { + fontAscent = (1 + style.descent) * fontAscent; + } + + var left; + var top; + if (angle === 0) { + left = tx[4]; + top = tx[5] - fontAscent; + } else { + left = tx[4] + (fontAscent * Math.sin(angle)); + top = tx[5] - (fontAscent * Math.cos(angle)); + } + textDiv.style.left = left + 'px'; + textDiv.style.top = top + 'px'; + textDiv.style.fontSize = fontHeight + 'px'; + textDiv.style.fontFamily = style.fontFamily; + + textDiv.textContent = geom.str; + // |fontName| is only used by the Font Inspector. This test will succeed + // when e.g. the Font Inspector is off but the Stepper is on, but it's + // not worth the effort to do a more accurate test. + if (PDFJS.pdfBug) { + textDiv.dataset.fontName = geom.fontName; + } + // Storing into dataset will convert number into string. + if (angle !== 0) { + textDiv.dataset.angle = angle * (180 / Math.PI); + } + // We don't bother scaling single-char text divs, because it has very + // little effect on text highlighting. This makes scrolling on docs with + // lots of such divs a lot faster. + if (geom.str.length > 1) { + if (style.vertical) { + textDiv.dataset.canvasWidth = geom.height * viewport.scale; + } else { + textDiv.dataset.canvasWidth = geom.width * viewport.scale; + } + } + } + + function render(task) { + if (task._canceled) { + return; + } + var textLayerFrag = task._container; + var textDivs = task._textDivs; + var capability = task._capability; + var textDivsLength = textDivs.length; + + // No point in rendering many divs as it would make the browser + // unusable even after the divs are rendered. + if (textDivsLength > MAX_TEXT_DIVS_TO_RENDER) { + capability.resolve(); + return; + } + + var canvas = document.createElement('canvas'); + canvas.mozOpaque = true; + var ctx = canvas.getContext('2d', {alpha: false}); + + var lastFontSize; + var lastFontFamily; + for (var i = 0; i < textDivsLength; i++) { + var textDiv = textDivs[i]; + if (textDiv.dataset.isWhitespace !== undefined) { + continue; + } + + var fontSize = textDiv.style.fontSize; + var fontFamily = textDiv.style.fontFamily; + + // Only build font string and set to context if different from last. + if (fontSize !== lastFontSize || fontFamily !== lastFontFamily) { + ctx.font = fontSize + ' ' + fontFamily; + lastFontSize = fontSize; + lastFontFamily = fontFamily; + } + + var width = ctx.measureText(textDiv.textContent).width; + if (width > 0) { + textLayerFrag.appendChild(textDiv); + var transform; + if (textDiv.dataset.canvasWidth !== undefined) { + // Dataset values come of type string. + var textScale = textDiv.dataset.canvasWidth / width; + transform = 'scaleX(' + textScale + ')'; + } else { + transform = ''; + } + var rotation = textDiv.dataset.angle; + if (rotation) { + transform = 'rotate(' + rotation + 'deg) ' + transform; + } + if (transform) { + PDFJS.CustomStyle.setProp('transform' , textDiv, transform); + } + } + } + capability.resolve(); + } + + /** + * Text layer rendering task. + * + * @param {TextContent} textContent + * @param {HTMLElement} container + * @param {PDFJS.PageViewport} viewport + * @param {Array} textDivs + * @private + */ + function TextLayerRenderTask(textContent, container, viewport, textDivs) { + this._textContent = textContent; + this._container = container; + this._viewport = viewport; + textDivs = textDivs || []; + this._textDivs = textDivs; + this._canceled = false; + this._capability = createPromiseCapability(); + this._renderTimer = null; + } + TextLayerRenderTask.prototype = { + get promise() { + return this._capability.promise; + }, + + cancel: function TextLayer_cancel() { + this._canceled = true; + if (this._renderTimer !== null) { + clearTimeout(this._renderTimer); + this._renderTimer = null; + } + this._capability.reject('canceled'); + }, + + _render: function TextLayer_render(timeout) { + var textItems = this._textContent.items; + var styles = this._textContent.styles; + var textDivs = this._textDivs; + var viewport = this._viewport; + for (var i = 0, len = textItems.length; i < len; i++) { + appendText(textDivs, viewport, textItems[i], styles); + } + + if (!timeout) { // Render right away + render(this); + } else { // Schedule + var self = this; + this._renderTimer = setTimeout(function() { + render(self); + self._renderTimer = null; + }, timeout); + } + } + }; + + + /** + * Starts rendering of the text layer. + * + * @param {TextLayerRenderParameters} renderParameters + * @returns {TextLayerRenderTask} + */ + function renderTextLayer(renderParameters) { + var task = new TextLayerRenderTask(renderParameters.textContent, + renderParameters.container, + renderParameters.viewport, + renderParameters.textDivs); + task._render(renderParameters.timeout); + return task; + } + + return renderTextLayer; +})(); + +PDFJS.renderTextLayer = renderTextLayer; + + +var SVG_DEFAULTS = { + fontStyle: 'normal', + fontWeight: 'normal', + fillColor: '#000000' +}; + +var convertImgDataToPng = (function convertImgDataToPngClosure() { + var PNG_HEADER = + new Uint8Array([0x89, 0x50, 0x4e, 0x47, 0x0d, 0x0a, 0x1a, 0x0a]); + + var CHUNK_WRAPPER_SIZE = 12; + + var crcTable = new Int32Array(256); + for (var i = 0; i < 256; i++) { + var c = i; + for (var h = 0; h < 8; h++) { + if (c & 1) { + c = 0xedB88320 ^ ((c >> 1) & 0x7fffffff); + } else { + c = (c >> 1) & 0x7fffffff; + } + } + crcTable[i] = c; + } + + function crc32(data, start, end) { + var crc = -1; + for (var i = start; i < end; i++) { + var a = (crc ^ data[i]) & 0xff; + var b = crcTable[a]; + crc = (crc >>> 8) ^ b; + } + return crc ^ -1; + } + + function writePngChunk(type, body, data, offset) { + var p = offset; + var len = body.length; + + data[p] = len >> 24 & 0xff; + data[p + 1] = len >> 16 & 0xff; + data[p + 2] = len >> 8 & 0xff; + data[p + 3] = len & 0xff; + p += 4; + + data[p] = type.charCodeAt(0) & 0xff; + data[p + 1] = type.charCodeAt(1) & 0xff; + data[p + 2] = type.charCodeAt(2) & 0xff; + data[p + 3] = type.charCodeAt(3) & 0xff; + p += 4; + + data.set(body, p); + p += body.length; + + var crc = crc32(data, offset + 4, p); + + data[p] = crc >> 24 & 0xff; + data[p + 1] = crc >> 16 & 0xff; + data[p + 2] = crc >> 8 & 0xff; + data[p + 3] = crc & 0xff; + } + + function adler32(data, start, end) { + var a = 1; + var b = 0; + for (var i = start; i < end; ++i) { + a = (a + (data[i] & 0xff)) % 65521; + b = (b + a) % 65521; + } + return (b << 16) | a; + } + + function encode(imgData, kind) { + var width = imgData.width; + var height = imgData.height; + var bitDepth, colorType, lineSize; + var bytes = imgData.data; + + switch (kind) { + case ImageKind.GRAYSCALE_1BPP: + colorType = 0; + bitDepth = 1; + lineSize = (width + 7) >> 3; + break; + case ImageKind.RGB_24BPP: + colorType = 2; + bitDepth = 8; + lineSize = width * 3; + break; + case ImageKind.RGBA_32BPP: + colorType = 6; + bitDepth = 8; + lineSize = width * 4; + break; + default: + throw new Error('invalid format'); + } + + // prefix every row with predictor 0 + var literals = new Uint8Array((1 + lineSize) * height); + var offsetLiterals = 0, offsetBytes = 0; + var y, i; + for (y = 0; y < height; ++y) { + literals[offsetLiterals++] = 0; // no prediction + literals.set(bytes.subarray(offsetBytes, offsetBytes + lineSize), + offsetLiterals); + offsetBytes += lineSize; + offsetLiterals += lineSize; + } + + if (kind === ImageKind.GRAYSCALE_1BPP) { + // inverting for B/W + offsetLiterals = 0; + for (y = 0; y < height; y++) { + offsetLiterals++; // skipping predictor + for (i = 0; i < lineSize; i++) { + literals[offsetLiterals++] ^= 0xFF; + } + } + } + + var ihdr = new Uint8Array([ + width >> 24 & 0xff, + width >> 16 & 0xff, + width >> 8 & 0xff, + width & 0xff, + height >> 24 & 0xff, + height >> 16 & 0xff, + height >> 8 & 0xff, + height & 0xff, + bitDepth, // bit depth + colorType, // color type + 0x00, // compression method + 0x00, // filter method + 0x00 // interlace method + ]); + + var len = literals.length; + var maxBlockLength = 0xFFFF; + + var deflateBlocks = Math.ceil(len / maxBlockLength); + var idat = new Uint8Array(2 + len + deflateBlocks * 5 + 4); + var pi = 0; + idat[pi++] = 0x78; // compression method and flags + idat[pi++] = 0x9c; // flags + + var pos = 0; + while (len > maxBlockLength) { + // writing non-final DEFLATE blocks type 0 and length of 65535 + idat[pi++] = 0x00; + idat[pi++] = 0xff; + idat[pi++] = 0xff; + idat[pi++] = 0x00; + idat[pi++] = 0x00; + idat.set(literals.subarray(pos, pos + maxBlockLength), pi); + pi += maxBlockLength; + pos += maxBlockLength; + len -= maxBlockLength; + } + + // writing non-final DEFLATE blocks type 0 + idat[pi++] = 0x01; + idat[pi++] = len & 0xff; + idat[pi++] = len >> 8 & 0xff; + idat[pi++] = (~len & 0xffff) & 0xff; + idat[pi++] = (~len & 0xffff) >> 8 & 0xff; + idat.set(literals.subarray(pos), pi); + pi += literals.length - pos; + + var adler = adler32(literals, 0, literals.length); // checksum + idat[pi++] = adler >> 24 & 0xff; + idat[pi++] = adler >> 16 & 0xff; + idat[pi++] = adler >> 8 & 0xff; + idat[pi++] = adler & 0xff; + + // PNG will consists: header, IHDR+data, IDAT+data, and IEND. + var pngLength = PNG_HEADER.length + (CHUNK_WRAPPER_SIZE * 3) + + ihdr.length + idat.length; + var data = new Uint8Array(pngLength); + var offset = 0; + data.set(PNG_HEADER, offset); + offset += PNG_HEADER.length; + writePngChunk('IHDR', ihdr, data, offset); + offset += CHUNK_WRAPPER_SIZE + ihdr.length; + writePngChunk('IDATA', idat, data, offset); + offset += CHUNK_WRAPPER_SIZE + idat.length; + writePngChunk('IEND', new Uint8Array(0), data, offset); + + return PDFJS.createObjectURL(data, 'image/png'); + } + + return function convertImgDataToPng(imgData) { + var kind = (imgData.kind === undefined ? + ImageKind.GRAYSCALE_1BPP : imgData.kind); + return encode(imgData, kind); + }; +})(); + +var SVGExtraState = (function SVGExtraStateClosure() { + function SVGExtraState() { + this.fontSizeScale = 1; + this.fontWeight = SVG_DEFAULTS.fontWeight; + this.fontSize = 0; + + this.textMatrix = IDENTITY_MATRIX; + this.fontMatrix = FONT_IDENTITY_MATRIX; + this.leading = 0; + + // Current point (in user coordinates) + this.x = 0; + this.y = 0; + + // Start of text line (in text coordinates) + this.lineX = 0; + this.lineY = 0; + + // Character and word spacing + this.charSpacing = 0; + this.wordSpacing = 0; + this.textHScale = 1; + this.textRise = 0; + + // Default foreground and background colors + this.fillColor = SVG_DEFAULTS.fillColor; + this.strokeColor = '#000000'; + + this.fillAlpha = 1; + this.strokeAlpha = 1; + this.lineWidth = 1; + this.lineJoin = ''; + this.lineCap = ''; + this.miterLimit = 0; + + this.dashArray = []; + this.dashPhase = 0; + + this.dependencies = []; + + // Clipping + this.clipId = ''; + this.pendingClip = false; + + this.maskId = ''; + } + + SVGExtraState.prototype = { + clone: function SVGExtraState_clone() { + return Object.create(this); + }, + setCurrentPoint: function SVGExtraState_setCurrentPoint(x, y) { + this.x = x; + this.y = y; + } + }; + return SVGExtraState; +})(); + +var SVGGraphics = (function SVGGraphicsClosure() { + function createScratchSVG(width, height) { + var NS = 'http://www.w3.org/2000/svg'; + var svg = document.createElementNS(NS, 'svg:svg'); + svg.setAttributeNS(null, 'version', '1.1'); + svg.setAttributeNS(null, 'width', width + 'px'); + svg.setAttributeNS(null, 'height', height + 'px'); + svg.setAttributeNS(null, 'viewBox', '0 0 ' + width + ' ' + height); + return svg; + } + + function opListToTree(opList) { + var opTree = []; + var tmp = []; + var opListLen = opList.length; + + for (var x = 0; x < opListLen; x++) { + if (opList[x].fn === 'save') { + opTree.push({'fnId': 92, 'fn': 'group', 'items': []}); + tmp.push(opTree); + opTree = opTree[opTree.length - 1].items; + continue; + } + + if(opList[x].fn === 'restore') { + opTree = tmp.pop(); + } else { + opTree.push(opList[x]); + } + } + return opTree; + } + + /** + * Formats float number. + * @param value {number} number to format. + * @returns {string} + */ + function pf(value) { + if (value === (value | 0)) { // integer number + return value.toString(); + } + var s = value.toFixed(10); + var i = s.length - 1; + if (s[i] !== '0') { + return s; + } + // removing trailing zeros + do { + i--; + } while (s[i] === '0'); + return s.substr(0, s[i] === '.' ? i : i + 1); + } + + /** + * Formats transform matrix. The standard rotation, scale and translate + * matrices are replaced by their shorter forms, and for identity matrix + * returns empty string to save the memory. + * @param m {Array} matrix to format. + * @returns {string} + */ + function pm(m) { + if (m[4] === 0 && m[5] === 0) { + if (m[1] === 0 && m[2] === 0) { + if (m[0] === 1 && m[3] === 1) { + return ''; + } + return 'scale(' + pf(m[0]) + ' ' + pf(m[3]) + ')'; + } + if (m[0] === m[3] && m[1] === -m[2]) { + var a = Math.acos(m[0]) * 180 / Math.PI; + return 'rotate(' + pf(a) + ')'; + } + } else { + if (m[0] === 1 && m[1] === 0 && m[2] === 0 && m[3] === 1) { + return 'translate(' + pf(m[4]) + ' ' + pf(m[5]) + ')'; + } + } + return 'matrix(' + pf(m[0]) + ' ' + pf(m[1]) + ' ' + pf(m[2]) + ' ' + + pf(m[3]) + ' ' + pf(m[4]) + ' ' + pf(m[5]) + ')'; + } + + function SVGGraphics(commonObjs, objs) { + this.current = new SVGExtraState(); + this.transformMatrix = IDENTITY_MATRIX; // Graphics state matrix + this.transformStack = []; + this.extraStack = []; + this.commonObjs = commonObjs; + this.objs = objs; + this.pendingEOFill = false; + + this.embedFonts = false; + this.embeddedFonts = {}; + this.cssStyle = null; + } + + var NS = 'http://www.w3.org/2000/svg'; + var XML_NS = 'http://www.w3.org/XML/1998/namespace'; + var XLINK_NS = 'http://www.w3.org/1999/xlink'; + var LINE_CAP_STYLES = ['butt', 'round', 'square']; + var LINE_JOIN_STYLES = ['miter', 'round', 'bevel']; + var clipCount = 0; + var maskCount = 0; + + SVGGraphics.prototype = { + save: function SVGGraphics_save() { + this.transformStack.push(this.transformMatrix); + var old = this.current; + this.extraStack.push(old); + this.current = old.clone(); + }, + + restore: function SVGGraphics_restore() { + this.transformMatrix = this.transformStack.pop(); + this.current = this.extraStack.pop(); + + this.tgrp = document.createElementNS(NS, 'svg:g'); + this.tgrp.setAttributeNS(null, 'transform', pm(this.transformMatrix)); + this.pgrp.appendChild(this.tgrp); + }, + + group: function SVGGraphics_group(items) { + this.save(); + this.executeOpTree(items); + this.restore(); + }, + + loadDependencies: function SVGGraphics_loadDependencies(operatorList) { + var fnArray = operatorList.fnArray; + var fnArrayLen = fnArray.length; + var argsArray = operatorList.argsArray; + + var self = this; + for (var i = 0; i < fnArrayLen; i++) { + if (OPS.dependency === fnArray[i]) { + var deps = argsArray[i]; + for (var n = 0, nn = deps.length; n < nn; n++) { + var obj = deps[n]; + var common = obj.substring(0, 2) === 'g_'; + var promise; + if (common) { + promise = new Promise(function(resolve) { + self.commonObjs.get(obj, resolve); + }); + } else { + promise = new Promise(function(resolve) { + self.objs.get(obj, resolve); + }); + } + this.current.dependencies.push(promise); + } + } + } + return Promise.all(this.current.dependencies); + }, + + transform: function SVGGraphics_transform(a, b, c, d, e, f) { + var transformMatrix = [a, b, c, d, e, f]; + this.transformMatrix = PDFJS.Util.transform(this.transformMatrix, + transformMatrix); + + this.tgrp = document.createElementNS(NS, 'svg:g'); + this.tgrp.setAttributeNS(null, 'transform', pm(this.transformMatrix)); + }, + + getSVG: function SVGGraphics_getSVG(operatorList, viewport) { + this.svg = createScratchSVG(viewport.width, viewport.height); + this.viewport = viewport; + + return this.loadDependencies(operatorList).then(function () { + this.transformMatrix = IDENTITY_MATRIX; + this.pgrp = document.createElementNS(NS, 'svg:g'); // Parent group + this.pgrp.setAttributeNS(null, 'transform', pm(viewport.transform)); + this.tgrp = document.createElementNS(NS, 'svg:g'); // Transform group + this.tgrp.setAttributeNS(null, 'transform', pm(this.transformMatrix)); + this.defs = document.createElementNS(NS, 'svg:defs'); + this.pgrp.appendChild(this.defs); + this.pgrp.appendChild(this.tgrp); + this.svg.appendChild(this.pgrp); + var opTree = this.convertOpList(operatorList); + this.executeOpTree(opTree); + return this.svg; + }.bind(this)); + }, + + convertOpList: function SVGGraphics_convertOpList(operatorList) { + var argsArray = operatorList.argsArray; + var fnArray = operatorList.fnArray; + var fnArrayLen = fnArray.length; + var REVOPS = []; + var opList = []; + + for (var op in OPS) { + REVOPS[OPS[op]] = op; + } + + for (var x = 0; x < fnArrayLen; x++) { + var fnId = fnArray[x]; + opList.push({'fnId' : fnId, 'fn': REVOPS[fnId], 'args': argsArray[x]}); + } + return opListToTree(opList); + }, + + executeOpTree: function SVGGraphics_executeOpTree(opTree) { + var opTreeLen = opTree.length; + for(var x = 0; x < opTreeLen; x++) { + var fn = opTree[x].fn; + var fnId = opTree[x].fnId; + var args = opTree[x].args; + + switch (fnId | 0) { + case OPS.beginText: + this.beginText(); + break; + case OPS.setLeading: + this.setLeading(args); + break; + case OPS.setLeadingMoveText: + this.setLeadingMoveText(args[0], args[1]); + break; + case OPS.setFont: + this.setFont(args); + break; + case OPS.showText: + this.showText(args[0]); + break; + case OPS.showSpacedText: + this.showText(args[0]); + break; + case OPS.endText: + this.endText(); + break; + case OPS.moveText: + this.moveText(args[0], args[1]); + break; + case OPS.setCharSpacing: + this.setCharSpacing(args[0]); + break; + case OPS.setWordSpacing: + this.setWordSpacing(args[0]); + break; + case OPS.setHScale: + this.setHScale(args[0]); + break; + case OPS.setTextMatrix: + this.setTextMatrix(args[0], args[1], args[2], + args[3], args[4], args[5]); + break; + case OPS.setLineWidth: + this.setLineWidth(args[0]); + break; + case OPS.setLineJoin: + this.setLineJoin(args[0]); + break; + case OPS.setLineCap: + this.setLineCap(args[0]); + break; + case OPS.setMiterLimit: + this.setMiterLimit(args[0]); + break; + case OPS.setFillRGBColor: + this.setFillRGBColor(args[0], args[1], args[2]); + break; + case OPS.setStrokeRGBColor: + this.setStrokeRGBColor(args[0], args[1], args[2]); + break; + case OPS.setDash: + this.setDash(args[0], args[1]); + break; + case OPS.setGState: + this.setGState(args[0]); + break; + case OPS.fill: + this.fill(); + break; + case OPS.eoFill: + this.eoFill(); + break; + case OPS.stroke: + this.stroke(); + break; + case OPS.fillStroke: + this.fillStroke(); + break; + case OPS.eoFillStroke: + this.eoFillStroke(); + break; + case OPS.clip: + this.clip('nonzero'); + break; + case OPS.eoClip: + this.clip('evenodd'); + break; + case OPS.paintSolidColorImageMask: + this.paintSolidColorImageMask(); + break; + case OPS.paintJpegXObject: + this.paintJpegXObject(args[0], args[1], args[2]); + break; + case OPS.paintImageXObject: + this.paintImageXObject(args[0]); + break; + case OPS.paintInlineImageXObject: + this.paintInlineImageXObject(args[0]); + break; + case OPS.paintImageMaskXObject: + this.paintImageMaskXObject(args[0]); + break; + case OPS.paintFormXObjectBegin: + this.paintFormXObjectBegin(args[0], args[1]); + break; + case OPS.paintFormXObjectEnd: + this.paintFormXObjectEnd(); + break; + case OPS.closePath: + this.closePath(); + break; + case OPS.closeStroke: + this.closeStroke(); + break; + case OPS.closeFillStroke: + this.closeFillStroke(); + break; + case OPS.nextLine: + this.nextLine(); + break; + case OPS.transform: + this.transform(args[0], args[1], args[2], args[3], + args[4], args[5]); + break; + case OPS.constructPath: + this.constructPath(args[0], args[1]); + break; + case OPS.endPath: + this.endPath(); + break; + case 92: + this.group(opTree[x].items); + break; + default: + warn('Unimplemented method '+ fn); + break; + } + } + }, + + setWordSpacing: function SVGGraphics_setWordSpacing(wordSpacing) { + this.current.wordSpacing = wordSpacing; + }, + + setCharSpacing: function SVGGraphics_setCharSpacing(charSpacing) { + this.current.charSpacing = charSpacing; + }, + + nextLine: function SVGGraphics_nextLine() { + this.moveText(0, this.current.leading); + }, + + setTextMatrix: function SVGGraphics_setTextMatrix(a, b, c, d, e, f) { + var current = this.current; + this.current.textMatrix = this.current.lineMatrix = [a, b, c, d, e, f]; + + this.current.x = this.current.lineX = 0; + this.current.y = this.current.lineY = 0; + + current.xcoords = []; + current.tspan = document.createElementNS(NS, 'svg:tspan'); + current.tspan.setAttributeNS(null, 'font-family', current.fontFamily); + current.tspan.setAttributeNS(null, 'font-size', + pf(current.fontSize) + 'px'); + current.tspan.setAttributeNS(null, 'y', pf(-current.y)); + + current.txtElement = document.createElementNS(NS, 'svg:text'); + current.txtElement.appendChild(current.tspan); + }, + + beginText: function SVGGraphics_beginText() { + this.current.x = this.current.lineX = 0; + this.current.y = this.current.lineY = 0; + this.current.textMatrix = IDENTITY_MATRIX; + this.current.lineMatrix = IDENTITY_MATRIX; + this.current.tspan = document.createElementNS(NS, 'svg:tspan'); + this.current.txtElement = document.createElementNS(NS, 'svg:text'); + this.current.txtgrp = document.createElementNS(NS, 'svg:g'); + this.current.xcoords = []; + }, + + moveText: function SVGGraphics_moveText(x, y) { + var current = this.current; + this.current.x = this.current.lineX += x; + this.current.y = this.current.lineY += y; + + current.xcoords = []; + current.tspan = document.createElementNS(NS, 'svg:tspan'); + current.tspan.setAttributeNS(null, 'font-family', current.fontFamily); + current.tspan.setAttributeNS(null, 'font-size', + pf(current.fontSize) + 'px'); + current.tspan.setAttributeNS(null, 'y', pf(-current.y)); + }, + + showText: function SVGGraphics_showText(glyphs) { + var current = this.current; + var font = current.font; + var fontSize = current.fontSize; + + if (fontSize === 0) { + return; + } + + var charSpacing = current.charSpacing; + var wordSpacing = current.wordSpacing; + var fontDirection = current.fontDirection; + var textHScale = current.textHScale * fontDirection; + var glyphsLength = glyphs.length; + var vertical = font.vertical; + var widthAdvanceScale = fontSize * current.fontMatrix[0]; + + var x = 0, i; + for (i = 0; i < glyphsLength; ++i) { + var glyph = glyphs[i]; + if (glyph === null) { + // word break + x += fontDirection * wordSpacing; + continue; + } else if (isNum(glyph)) { + x += -glyph * fontSize * 0.001; + continue; + } + current.xcoords.push(current.x + x * textHScale); + + var width = glyph.width; + var character = glyph.fontChar; + var charWidth = width * widthAdvanceScale + charSpacing * fontDirection; + x += charWidth; + + current.tspan.textContent += character; + } + if (vertical) { + current.y -= x * textHScale; + } else { + current.x += x * textHScale; + } + + current.tspan.setAttributeNS(null, 'x', + current.xcoords.map(pf).join(' ')); + current.tspan.setAttributeNS(null, 'y', pf(-current.y)); + current.tspan.setAttributeNS(null, 'font-family', current.fontFamily); + current.tspan.setAttributeNS(null, 'font-size', + pf(current.fontSize) + 'px'); + if (current.fontStyle !== SVG_DEFAULTS.fontStyle) { + current.tspan.setAttributeNS(null, 'font-style', current.fontStyle); + } + if (current.fontWeight !== SVG_DEFAULTS.fontWeight) { + current.tspan.setAttributeNS(null, 'font-weight', current.fontWeight); + } + if (current.fillColor !== SVG_DEFAULTS.fillColor) { + current.tspan.setAttributeNS(null, 'fill', current.fillColor); + } + + current.txtElement.setAttributeNS(null, 'transform', + pm(current.textMatrix) + + ' scale(1, -1)' ); + current.txtElement.setAttributeNS(XML_NS, 'xml:space', 'preserve'); + current.txtElement.appendChild(current.tspan); + current.txtgrp.appendChild(current.txtElement); + + this.tgrp.appendChild(current.txtElement); + + }, + + setLeadingMoveText: function SVGGraphics_setLeadingMoveText(x, y) { + this.setLeading(-y); + this.moveText(x, y); + }, + + addFontStyle: function SVGGraphics_addFontStyle(fontObj) { + if (!this.cssStyle) { + this.cssStyle = document.createElementNS(NS, 'svg:style'); + this.cssStyle.setAttributeNS(null, 'type', 'text/css'); + this.defs.appendChild(this.cssStyle); + } + + var url = PDFJS.createObjectURL(fontObj.data, fontObj.mimetype); + this.cssStyle.textContent += + '@font-face { font-family: "' + fontObj.loadedName + '";' + + ' src: url(' + url + '); }\n'; + }, + + setFont: function SVGGraphics_setFont(details) { + var current = this.current; + var fontObj = this.commonObjs.get(details[0]); + var size = details[1]; + this.current.font = fontObj; + + if (this.embedFonts && fontObj.data && + !this.embeddedFonts[fontObj.loadedName]) { + this.addFontStyle(fontObj); + this.embeddedFonts[fontObj.loadedName] = fontObj; + } + + current.fontMatrix = (fontObj.fontMatrix ? + fontObj.fontMatrix : FONT_IDENTITY_MATRIX); + + var bold = fontObj.black ? (fontObj.bold ? 'bolder' : 'bold') : + (fontObj.bold ? 'bold' : 'normal'); + var italic = fontObj.italic ? 'italic' : 'normal'; + + if (size < 0) { + size = -size; + current.fontDirection = -1; + } else { + current.fontDirection = 1; + } + current.fontSize = size; + current.fontFamily = fontObj.loadedName; + current.fontWeight = bold; + current.fontStyle = italic; + + current.tspan = document.createElementNS(NS, 'svg:tspan'); + current.tspan.setAttributeNS(null, 'y', pf(-current.y)); + current.xcoords = []; + }, + + endText: function SVGGraphics_endText() { + if (this.current.pendingClip) { + this.cgrp.appendChild(this.tgrp); + this.pgrp.appendChild(this.cgrp); + } else { + this.pgrp.appendChild(this.tgrp); + } + this.tgrp = document.createElementNS(NS, 'svg:g'); + this.tgrp.setAttributeNS(null, 'transform', pm(this.transformMatrix)); + }, + + // Path properties + setLineWidth: function SVGGraphics_setLineWidth(width) { + this.current.lineWidth = width; + }, + setLineCap: function SVGGraphics_setLineCap(style) { + this.current.lineCap = LINE_CAP_STYLES[style]; + }, + setLineJoin: function SVGGraphics_setLineJoin(style) { + this.current.lineJoin = LINE_JOIN_STYLES[style]; + }, + setMiterLimit: function SVGGraphics_setMiterLimit(limit) { + this.current.miterLimit = limit; + }, + setStrokeRGBColor: function SVGGraphics_setStrokeRGBColor(r, g, b) { + var color = Util.makeCssRgb(r, g, b); + this.current.strokeColor = color; + }, + setFillRGBColor: function SVGGraphics_setFillRGBColor(r, g, b) { + var color = Util.makeCssRgb(r, g, b); + this.current.fillColor = color; + this.current.tspan = document.createElementNS(NS, 'svg:tspan'); + this.current.xcoords = []; + }, + setDash: function SVGGraphics_setDash(dashArray, dashPhase) { + this.current.dashArray = dashArray; + this.current.dashPhase = dashPhase; + }, + + constructPath: function SVGGraphics_constructPath(ops, args) { + var current = this.current; + var x = current.x, y = current.y; + current.path = document.createElementNS(NS, 'svg:path'); + var d = []; + var opLength = ops.length; + + for (var i = 0, j = 0; i < opLength; i++) { + switch (ops[i] | 0) { + case OPS.rectangle: + x = args[j++]; + y = args[j++]; + var width = args[j++]; + var height = args[j++]; + var xw = x + width; + var yh = y + height; + d.push('M', pf(x), pf(y), 'L', pf(xw) , pf(y), 'L', pf(xw), pf(yh), + 'L', pf(x), pf(yh), 'Z'); + break; + case OPS.moveTo: + x = args[j++]; + y = args[j++]; + d.push('M', pf(x), pf(y)); + break; + case OPS.lineTo: + x = args[j++]; + y = args[j++]; + d.push('L', pf(x) , pf(y)); + break; + case OPS.curveTo: + x = args[j + 4]; + y = args[j + 5]; + d.push('C', pf(args[j]), pf(args[j + 1]), pf(args[j + 2]), + pf(args[j + 3]), pf(x), pf(y)); + j += 6; + break; + case OPS.curveTo2: + x = args[j + 2]; + y = args[j + 3]; + d.push('C', pf(x), pf(y), pf(args[j]), pf(args[j + 1]), + pf(args[j + 2]), pf(args[j + 3])); + j += 4; + break; + case OPS.curveTo3: + x = args[j + 2]; + y = args[j + 3]; + d.push('C', pf(args[j]), pf(args[j + 1]), pf(x), pf(y), + pf(x), pf(y)); + j += 4; + break; + case OPS.closePath: + d.push('Z'); + break; + } + } + current.path.setAttributeNS(null, 'd', d.join(' ')); + current.path.setAttributeNS(null, 'stroke-miterlimit', + pf(current.miterLimit)); + current.path.setAttributeNS(null, 'stroke-linecap', current.lineCap); + current.path.setAttributeNS(null, 'stroke-linejoin', current.lineJoin); + current.path.setAttributeNS(null, 'stroke-width', + pf(current.lineWidth) + 'px'); + current.path.setAttributeNS(null, 'stroke-dasharray', + current.dashArray.map(pf).join(' ')); + current.path.setAttributeNS(null, 'stroke-dashoffset', + pf(current.dashPhase) + 'px'); + current.path.setAttributeNS(null, 'fill', 'none'); + + this.tgrp.appendChild(current.path); + if (current.pendingClip) { + this.cgrp.appendChild(this.tgrp); + this.pgrp.appendChild(this.cgrp); + } else { + this.pgrp.appendChild(this.tgrp); + } + // Saving a reference in current.element so that it can be addressed + // in 'fill' and 'stroke' + current.element = current.path; + current.setCurrentPoint(x, y); + }, + + endPath: function SVGGraphics_endPath() { + var current = this.current; + if (current.pendingClip) { + this.cgrp.appendChild(this.tgrp); + this.pgrp.appendChild(this.cgrp); + } else { + this.pgrp.appendChild(this.tgrp); + } + this.tgrp = document.createElementNS(NS, 'svg:g'); + this.tgrp.setAttributeNS(null, 'transform', pm(this.transformMatrix)); + }, + + clip: function SVGGraphics_clip(type) { + var current = this.current; + // Add current path to clipping path + current.clipId = 'clippath' + clipCount; + clipCount++; + this.clippath = document.createElementNS(NS, 'svg:clipPath'); + this.clippath.setAttributeNS(null, 'id', current.clipId); + var clipElement = current.element.cloneNode(); + if (type === 'evenodd') { + clipElement.setAttributeNS(null, 'clip-rule', 'evenodd'); + } else { + clipElement.setAttributeNS(null, 'clip-rule', 'nonzero'); + } + this.clippath.setAttributeNS(null, 'transform', pm(this.transformMatrix)); + this.clippath.appendChild(clipElement); + this.defs.appendChild(this.clippath); + + // Create a new group with that attribute + current.pendingClip = true; + this.cgrp = document.createElementNS(NS, 'svg:g'); + this.cgrp.setAttributeNS(null, 'clip-path', + 'url(#' + current.clipId + ')'); + this.pgrp.appendChild(this.cgrp); + }, + + closePath: function SVGGraphics_closePath() { + var current = this.current; + var d = current.path.getAttributeNS(null, 'd'); + d += 'Z'; + current.path.setAttributeNS(null, 'd', d); + }, + + setLeading: function SVGGraphics_setLeading(leading) { + this.current.leading = -leading; + }, + + setTextRise: function SVGGraphics_setTextRise(textRise) { + this.current.textRise = textRise; + }, + + setHScale: function SVGGraphics_setHScale(scale) { + this.current.textHScale = scale / 100; + }, + + setGState: function SVGGraphics_setGState(states) { + for (var i = 0, ii = states.length; i < ii; i++) { + var state = states[i]; + var key = state[0]; + var value = state[1]; + + switch (key) { + case 'LW': + this.setLineWidth(value); + break; + case 'LC': + this.setLineCap(value); + break; + case 'LJ': + this.setLineJoin(value); + break; + case 'ML': + this.setMiterLimit(value); + break; + case 'D': + this.setDash(value[0], value[1]); + break; + case 'RI': + break; + case 'FL': + break; + case 'Font': + this.setFont(value); + break; + case 'CA': + break; + case 'ca': + break; + case 'BM': + break; + case 'SMask': + break; + } + } + }, + + fill: function SVGGraphics_fill() { + var current = this.current; + current.element.setAttributeNS(null, 'fill', current.fillColor); + }, + + stroke: function SVGGraphics_stroke() { + var current = this.current; + current.element.setAttributeNS(null, 'stroke', current.strokeColor); + current.element.setAttributeNS(null, 'fill', 'none'); + }, + + eoFill: function SVGGraphics_eoFill() { + var current = this.current; + current.element.setAttributeNS(null, 'fill', current.fillColor); + current.element.setAttributeNS(null, 'fill-rule', 'evenodd'); + }, + + fillStroke: function SVGGraphics_fillStroke() { + // Order is important since stroke wants fill to be none. + // First stroke, then if fill needed, it will be overwritten. + this.stroke(); + this.fill(); + }, + + eoFillStroke: function SVGGraphics_eoFillStroke() { + this.current.element.setAttributeNS(null, 'fill-rule', 'evenodd'); + this.fillStroke(); + }, + + closeStroke: function SVGGraphics_closeStroke() { + this.closePath(); + this.stroke(); + }, + + closeFillStroke: function SVGGraphics_closeFillStroke() { + this.closePath(); + this.fillStroke(); + }, + + paintSolidColorImageMask: + function SVGGraphics_paintSolidColorImageMask() { + var current = this.current; + var rect = document.createElementNS(NS, 'svg:rect'); + rect.setAttributeNS(null, 'x', '0'); + rect.setAttributeNS(null, 'y', '0'); + rect.setAttributeNS(null, 'width', '1px'); + rect.setAttributeNS(null, 'height', '1px'); + rect.setAttributeNS(null, 'fill', current.fillColor); + this.tgrp.appendChild(rect); + }, + + paintJpegXObject: function SVGGraphics_paintJpegXObject(objId, w, h) { + var current = this.current; + var imgObj = this.objs.get(objId); + var imgEl = document.createElementNS(NS, 'svg:image'); + imgEl.setAttributeNS(XLINK_NS, 'xlink:href', imgObj.src); + imgEl.setAttributeNS(null, 'width', imgObj.width + 'px'); + imgEl.setAttributeNS(null, 'height', imgObj.height + 'px'); + imgEl.setAttributeNS(null, 'x', '0'); + imgEl.setAttributeNS(null, 'y', pf(-h)); + imgEl.setAttributeNS(null, 'transform', + 'scale(' + pf(1 / w) + ' ' + pf(-1 / h) + ')'); + + this.tgrp.appendChild(imgEl); + if (current.pendingClip) { + this.cgrp.appendChild(this.tgrp); + this.pgrp.appendChild(this.cgrp); + } else { + this.pgrp.appendChild(this.tgrp); + } + }, + + paintImageXObject: function SVGGraphics_paintImageXObject(objId) { + var imgData = this.objs.get(objId); + if (!imgData) { + warn('Dependent image isn\'t ready yet'); + return; + } + this.paintInlineImageXObject(imgData); + }, + + paintInlineImageXObject: + function SVGGraphics_paintInlineImageXObject(imgData, mask) { + var current = this.current; + var width = imgData.width; + var height = imgData.height; + + var imgSrc = convertImgDataToPng(imgData); + var cliprect = document.createElementNS(NS, 'svg:rect'); + cliprect.setAttributeNS(null, 'x', '0'); + cliprect.setAttributeNS(null, 'y', '0'); + cliprect.setAttributeNS(null, 'width', pf(width)); + cliprect.setAttributeNS(null, 'height', pf(height)); + current.element = cliprect; + this.clip('nonzero'); + var imgEl = document.createElementNS(NS, 'svg:image'); + imgEl.setAttributeNS(XLINK_NS, 'xlink:href', imgSrc); + imgEl.setAttributeNS(null, 'x', '0'); + imgEl.setAttributeNS(null, 'y', pf(-height)); + imgEl.setAttributeNS(null, 'width', pf(width) + 'px'); + imgEl.setAttributeNS(null, 'height', pf(height) + 'px'); + imgEl.setAttributeNS(null, 'transform', + 'scale(' + pf(1 / width) + ' ' + + pf(-1 / height) + ')'); + if (mask) { + mask.appendChild(imgEl); + } else { + this.tgrp.appendChild(imgEl); + } + if (current.pendingClip) { + this.cgrp.appendChild(this.tgrp); + this.pgrp.appendChild(this.cgrp); + } else { + this.pgrp.appendChild(this.tgrp); + } + }, + + paintImageMaskXObject: + function SVGGraphics_paintImageMaskXObject(imgData) { + var current = this.current; + var width = imgData.width; + var height = imgData.height; + var fillColor = current.fillColor; + + current.maskId = 'mask' + maskCount++; + var mask = document.createElementNS(NS, 'svg:mask'); + mask.setAttributeNS(null, 'id', current.maskId); + + var rect = document.createElementNS(NS, 'svg:rect'); + rect.setAttributeNS(null, 'x', '0'); + rect.setAttributeNS(null, 'y', '0'); + rect.setAttributeNS(null, 'width', pf(width)); + rect.setAttributeNS(null, 'height', pf(height)); + rect.setAttributeNS(null, 'fill', fillColor); + rect.setAttributeNS(null, 'mask', 'url(#' + current.maskId +')'); + this.defs.appendChild(mask); + this.tgrp.appendChild(rect); + + this.paintInlineImageXObject(imgData, mask); + }, + + paintFormXObjectBegin: + function SVGGraphics_paintFormXObjectBegin(matrix, bbox) { + this.save(); + + if (isArray(matrix) && matrix.length === 6) { + this.transform(matrix[0], matrix[1], matrix[2], + matrix[3], matrix[4], matrix[5]); + } + + if (isArray(bbox) && bbox.length === 4) { + var width = bbox[2] - bbox[0]; + var height = bbox[3] - bbox[1]; + + var cliprect = document.createElementNS(NS, 'svg:rect'); + cliprect.setAttributeNS(null, 'x', bbox[0]); + cliprect.setAttributeNS(null, 'y', bbox[1]); + cliprect.setAttributeNS(null, 'width', pf(width)); + cliprect.setAttributeNS(null, 'height', pf(height)); + this.current.element = cliprect; + this.clip('nonzero'); + this.endPath(); + } + }, + + paintFormXObjectEnd: + function SVGGraphics_paintFormXObjectEnd() { + this.restore(); + } + }; + return SVGGraphics; +})(); + +PDFJS.SVGGraphics = SVGGraphics; + + +}).call((typeof window === 'undefined') ? this : window); + + diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/pdfjs/pdf_worker.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/pdfjs/pdf_worker.js new file mode 100644 index 00000000..c4051301 --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/pdfjs/pdf_worker.js @@ -0,0 +1,40702 @@ +//sc_resource("pdf_worker"); + +/* Copyright 2012 Mozilla Foundation + * + * Licensed under the Apache License, Version 2.0 (the "License"); + * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ +/*jshint globalstrict: false */ +/* globals PDFJS */ + +// Initializing PDFJS global object (if still undefined) +if (typeof PDFJS === 'undefined') { + (typeof window !== 'undefined' ? window : this).PDFJS = {}; +} + +PDFJS.version = '1.3.91'; +PDFJS.build = 'd1e83b5'; + +(function pdfjsWrapper() { + // Use strict in our context only - users might not want it + 'use strict'; + + + +var globalScope = (typeof window === 'undefined') ? this : window; + +var isWorker = (typeof window === 'undefined'); + +var FONT_IDENTITY_MATRIX = [0.001, 0, 0, 0.001, 0, 0]; + +var TextRenderingMode = { + FILL: 0, + STROKE: 1, + FILL_STROKE: 2, + INVISIBLE: 3, + FILL_ADD_TO_PATH: 4, + STROKE_ADD_TO_PATH: 5, + FILL_STROKE_ADD_TO_PATH: 6, + ADD_TO_PATH: 7, + FILL_STROKE_MASK: 3, + ADD_TO_PATH_FLAG: 4 +}; + +var ImageKind = { + GRAYSCALE_1BPP: 1, + RGB_24BPP: 2, + RGBA_32BPP: 3 +}; + +var AnnotationType = { + TEXT: 1, + LINK: 2, + FREETEXT: 3, + LINE: 4, + SQUARE: 5, + CIRCLE: 6, + POLYGON: 7, + POLYLINE: 8, + HIGHLIGHT: 9, + UNDERLINE: 10, + SQUIGGLY: 11, + STRIKEOUT: 12, + STAMP: 13, + CARET: 14, + INK: 15, + POPUP: 16, + FILEATTACHMENT: 17, + SOUND: 18, + MOVIE: 19, + WIDGET: 20, + SCREEN: 21, + PRINTERMARK: 22, + TRAPNET: 23, + WATERMARK: 24, + THREED: 25, + REDACT: 26 +}; + +var AnnotationFlag = { + INVISIBLE: 0x01, + HIDDEN: 0x02, + PRINT: 0x04, + NOZOOM: 0x08, + NOROTATE: 0x10, + NOVIEW: 0x20, + READONLY: 0x40, + LOCKED: 0x80, + TOGGLENOVIEW: 0x100, + LOCKEDCONTENTS: 0x200 +}; + +var AnnotationBorderStyleType = { + SOLID: 1, + DASHED: 2, + BEVELED: 3, + INSET: 4, + UNDERLINE: 5 +}; + +var StreamType = { + UNKNOWN: 0, + FLATE: 1, + LZW: 2, + DCT: 3, + JPX: 4, + JBIG: 5, + A85: 6, + AHX: 7, + CCF: 8, + RL: 9 +}; + +var FontType = { + UNKNOWN: 0, + TYPE1: 1, + TYPE1C: 2, + CIDFONTTYPE0: 3, + CIDFONTTYPE0C: 4, + TRUETYPE: 5, + CIDFONTTYPE2: 6, + TYPE3: 7, + OPENTYPE: 8, + TYPE0: 9, + MMTYPE1: 10 +}; + +// The global PDFJS object exposes the API +// In production, it will be declared outside a global wrapper +// In development, it will be declared here +if (!globalScope.PDFJS) { + globalScope.PDFJS = {}; +} + +globalScope.PDFJS.pdfBug = false; + +PDFJS.VERBOSITY_LEVELS = { + errors: 0, + warnings: 1, + infos: 5 +}; + +// All the possible operations for an operator list. +var OPS = PDFJS.OPS = { + // Intentionally start from 1 so it is easy to spot bad operators that will be + // 0's. + dependency: 1, + setLineWidth: 2, + setLineCap: 3, + setLineJoin: 4, + setMiterLimit: 5, + setDash: 6, + setRenderingIntent: 7, + setFlatness: 8, + setGState: 9, + save: 10, + restore: 11, + transform: 12, + moveTo: 13, + lineTo: 14, + curveTo: 15, + curveTo2: 16, + curveTo3: 17, + closePath: 18, + rectangle: 19, + stroke: 20, + closeStroke: 21, + fill: 22, + eoFill: 23, + fillStroke: 24, + eoFillStroke: 25, + closeFillStroke: 26, + closeEOFillStroke: 27, + endPath: 28, + clip: 29, + eoClip: 30, + beginText: 31, + endText: 32, + setCharSpacing: 33, + setWordSpacing: 34, + setHScale: 35, + setLeading: 36, + setFont: 37, + setTextRenderingMode: 38, + setTextRise: 39, + moveText: 40, + setLeadingMoveText: 41, + setTextMatrix: 42, + nextLine: 43, + showText: 44, + showSpacedText: 45, + nextLineShowText: 46, + nextLineSetSpacingShowText: 47, + setCharWidth: 48, + setCharWidthAndBounds: 49, + setStrokeColorSpace: 50, + setFillColorSpace: 51, + setStrokeColor: 52, + setStrokeColorN: 53, + setFillColor: 54, + setFillColorN: 55, + setStrokeGray: 56, + setFillGray: 57, + setStrokeRGBColor: 58, + setFillRGBColor: 59, + setStrokeCMYKColor: 60, + setFillCMYKColor: 61, + shadingFill: 62, + beginInlineImage: 63, + beginImageData: 64, + endInlineImage: 65, + paintXObject: 66, + markPoint: 67, + markPointProps: 68, + beginMarkedContent: 69, + beginMarkedContentProps: 70, + endMarkedContent: 71, + beginCompat: 72, + endCompat: 73, + paintFormXObjectBegin: 74, + paintFormXObjectEnd: 75, + beginGroup: 76, + endGroup: 77, + beginAnnotations: 78, + endAnnotations: 79, + beginAnnotation: 80, + endAnnotation: 81, + paintJpegXObject: 82, + paintImageMaskXObject: 83, + paintImageMaskXObjectGroup: 84, + paintImageXObject: 85, + paintInlineImageXObject: 86, + paintInlineImageXObjectGroup: 87, + paintImageXObjectRepeat: 88, + paintImageMaskXObjectRepeat: 89, + paintSolidColorImageMask: 90, + constructPath: 91 +}; + +// A notice for devs. These are good for things that are helpful to devs, such +// as warning that Workers were disabled, which is important to devs but not +// end users. +function info(msg) { + if (PDFJS.verbosity >= PDFJS.VERBOSITY_LEVELS.infos) { + console.log('Info: ' + msg); + } +} + +// Non-fatal warnings. +function warn(msg) { + if (PDFJS.verbosity >= PDFJS.VERBOSITY_LEVELS.warnings) { + console.log('Warning: ' + msg); + } +} + +// Deprecated API function -- treated as warnings. +function deprecated(details) { + warn('Deprecated API usage: ' + details); +} + +// Fatal errors that should trigger the fallback UI and halt execution by +// throwing an exception. +function error(msg) { + if (PDFJS.verbosity >= PDFJS.VERBOSITY_LEVELS.errors) { + console.log('Error: ' + msg); + console.log(backtrace()); + } + throw new Error(msg); +} + +function backtrace() { + try { + throw new Error(); + } catch (e) { + return e.stack ? e.stack.split('\n').slice(2).join('\n') : ''; + } +} + +function assert(cond, msg) { + if (!cond) { + error(msg); + } +} + +var UNSUPPORTED_FEATURES = PDFJS.UNSUPPORTED_FEATURES = { + unknown: 'unknown', + forms: 'forms', + javaScript: 'javaScript', + smask: 'smask', + shadingPattern: 'shadingPattern', + font: 'font' +}; + +// Combines two URLs. The baseUrl shall be absolute URL. If the url is an +// absolute URL, it will be returned as is. +function combineUrl(baseUrl, url) { + if (!url) { + return baseUrl; + } + return new URL(url, baseUrl).href; +} + +// Validates if URL is safe and allowed, e.g. to avoid XSS. +function isValidUrl(url, allowRelative) { + if (!url) { + return false; + } + // RFC 3986 (http://tools.ietf.org/html/rfc3986#section-3.1) + // scheme = ALPHA *( ALPHA / DIGIT / "+" / "-" / "." ) + var protocol = /^[a-z][a-z0-9+\-.]*(?=:)/i.exec(url); + if (!protocol) { + return allowRelative; + } + protocol = protocol[0].toLowerCase(); + switch (protocol) { + case 'http': + case 'https': + case 'ftp': + case 'mailto': + case 'tel': + return true; + default: + return false; + } +} +PDFJS.isValidUrl = isValidUrl; + +function shadow(obj, prop, value) { + Object.defineProperty(obj, prop, { value: value, + enumerable: true, + configurable: true, + writable: false }); + return value; +} +PDFJS.shadow = shadow; + +var LinkTarget = PDFJS.LinkTarget = { + NONE: 0, // Default value. + SELF: 1, + BLANK: 2, + PARENT: 3, + TOP: 4, +}; +var LinkTargetStringMap = [ + '', + '_self', + '_blank', + '_parent', + '_top' +]; + +function isExternalLinkTargetSet() { + if (PDFJS.openExternalLinksInNewWindow) { + deprecated('PDFJS.openExternalLinksInNewWindow, please use ' + + '"PDFJS.externalLinkTarget = PDFJS.LinkTarget.BLANK" instead.'); + if (PDFJS.externalLinkTarget === LinkTarget.NONE) { + PDFJS.externalLinkTarget = LinkTarget.BLANK; + } + // Reset the deprecated parameter, to suppress further warnings. + PDFJS.openExternalLinksInNewWindow = false; + } + switch (PDFJS.externalLinkTarget) { + case LinkTarget.NONE: + return false; + case LinkTarget.SELF: + case LinkTarget.BLANK: + case LinkTarget.PARENT: + case LinkTarget.TOP: + return true; + } + warn('PDFJS.externalLinkTarget is invalid: ' + PDFJS.externalLinkTarget); + // Reset the external link target, to suppress further warnings. + PDFJS.externalLinkTarget = LinkTarget.NONE; + return false; +} +PDFJS.isExternalLinkTargetSet = isExternalLinkTargetSet; + +var PasswordResponses = PDFJS.PasswordResponses = { + NEED_PASSWORD: 1, + INCORRECT_PASSWORD: 2 +}; + +var PasswordException = (function PasswordExceptionClosure() { + function PasswordException(msg, code) { + this.name = 'PasswordException'; + this.message = msg; + this.code = code; + } + + PasswordException.prototype = new Error(); + PasswordException.constructor = PasswordException; + + return PasswordException; +})(); +PDFJS.PasswordException = PasswordException; + +var UnknownErrorException = (function UnknownErrorExceptionClosure() { + function UnknownErrorException(msg, details) { + this.name = 'UnknownErrorException'; + this.message = msg; + this.details = details; + } + + UnknownErrorException.prototype = new Error(); + UnknownErrorException.constructor = UnknownErrorException; + + return UnknownErrorException; +})(); +PDFJS.UnknownErrorException = UnknownErrorException; + +var InvalidPDFException = (function InvalidPDFExceptionClosure() { + function InvalidPDFException(msg) { + this.name = 'InvalidPDFException'; + this.message = msg; + } + + InvalidPDFException.prototype = new Error(); + InvalidPDFException.constructor = InvalidPDFException; + + return InvalidPDFException; +})(); +PDFJS.InvalidPDFException = InvalidPDFException; + +var MissingPDFException = (function MissingPDFExceptionClosure() { + function MissingPDFException(msg) { + this.name = 'MissingPDFException'; + this.message = msg; + } + + MissingPDFException.prototype = new Error(); + MissingPDFException.constructor = MissingPDFException; + + return MissingPDFException; +})(); +PDFJS.MissingPDFException = MissingPDFException; + +var UnexpectedResponseException = + (function UnexpectedResponseExceptionClosure() { + function UnexpectedResponseException(msg, status) { + this.name = 'UnexpectedResponseException'; + this.message = msg; + this.status = status; + } + + UnexpectedResponseException.prototype = new Error(); + UnexpectedResponseException.constructor = UnexpectedResponseException; + + return UnexpectedResponseException; +})(); +PDFJS.UnexpectedResponseException = UnexpectedResponseException; + +var NotImplementedException = (function NotImplementedExceptionClosure() { + function NotImplementedException(msg) { + this.message = msg; + } + + NotImplementedException.prototype = new Error(); + NotImplementedException.prototype.name = 'NotImplementedException'; + NotImplementedException.constructor = NotImplementedException; + + return NotImplementedException; +})(); + +var MissingDataException = (function MissingDataExceptionClosure() { + function MissingDataException(begin, end) { + this.begin = begin; + this.end = end; + this.message = 'Missing data [' + begin + ', ' + end + ')'; + } + + MissingDataException.prototype = new Error(); + MissingDataException.prototype.name = 'MissingDataException'; + MissingDataException.constructor = MissingDataException; + + return MissingDataException; +})(); + +var XRefParseException = (function XRefParseExceptionClosure() { + function XRefParseException(msg) { + this.message = msg; + } + + XRefParseException.prototype = new Error(); + XRefParseException.prototype.name = 'XRefParseException'; + XRefParseException.constructor = XRefParseException; + + return XRefParseException; +})(); + + +function bytesToString(bytes) { + assert(bytes !== null && typeof bytes === 'object' && + bytes.length !== undefined, 'Invalid argument for bytesToString'); + var length = bytes.length; + var MAX_ARGUMENT_COUNT = 8192; + if (length < MAX_ARGUMENT_COUNT) { + return String.fromCharCode.apply(null, bytes); + } + var strBuf = []; + for (var i = 0; i < length; i += MAX_ARGUMENT_COUNT) { + var chunkEnd = Math.min(i + MAX_ARGUMENT_COUNT, length); + var chunk = bytes.subarray(i, chunkEnd); + strBuf.push(String.fromCharCode.apply(null, chunk)); + } + return strBuf.join(''); +} + +function stringToBytes(str) { + assert(typeof str === 'string', 'Invalid argument for stringToBytes'); + var length = str.length; + var bytes = new Uint8Array(length); + for (var i = 0; i < length; ++i) { + bytes[i] = str.charCodeAt(i) & 0xFF; + } + return bytes; +} + +function string32(value) { + return String.fromCharCode((value >> 24) & 0xff, (value >> 16) & 0xff, + (value >> 8) & 0xff, value & 0xff); +} + +function log2(x) { + var n = 1, i = 0; + while (x > n) { + n <<= 1; + i++; + } + return i; +} + +function readInt8(data, start) { + return (data[start] << 24) >> 24; +} + +function readUint16(data, offset) { + return (data[offset] << 8) | data[offset + 1]; +} + +function readUint32(data, offset) { + return ((data[offset] << 24) | (data[offset + 1] << 16) | + (data[offset + 2] << 8) | data[offset + 3]) >>> 0; +} + +// Lazy test the endianness of the platform +// NOTE: This will be 'true' for simulated TypedArrays +function isLittleEndian() { + var buffer8 = new Uint8Array(2); + buffer8[0] = 1; + var buffer16 = new Uint16Array(buffer8.buffer); + return (buffer16[0] === 1); +} + +Object.defineProperty(PDFJS, 'isLittleEndian', { + configurable: true, + get: function PDFJS_isLittleEndian() { + return shadow(PDFJS, 'isLittleEndian', isLittleEndian()); + } +}); + + // Lazy test if the userAgent support CanvasTypedArrays +function hasCanvasTypedArrays() { + var canvas = document.createElement('canvas'); + canvas.width = canvas.height = 1; + var ctx = canvas.getContext('2d'); + var imageData = ctx.createImageData(1, 1); + return (typeof imageData.data.buffer !== 'undefined'); +} + +Object.defineProperty(PDFJS, 'hasCanvasTypedArrays', { + configurable: true, + get: function PDFJS_hasCanvasTypedArrays() { + return shadow(PDFJS, 'hasCanvasTypedArrays', hasCanvasTypedArrays()); + } +}); + +var Uint32ArrayView = (function Uint32ArrayViewClosure() { + + function Uint32ArrayView(buffer, length) { + this.buffer = buffer; + this.byteLength = buffer.length; + this.length = length === undefined ? (this.byteLength >> 2) : length; + ensureUint32ArrayViewProps(this.length); + } + Uint32ArrayView.prototype = Object.create(null); + + var uint32ArrayViewSetters = 0; + function createUint32ArrayProp(index) { + return { + get: function () { + var buffer = this.buffer, offset = index << 2; + return (buffer[offset] | (buffer[offset + 1] << 8) | + (buffer[offset + 2] << 16) | (buffer[offset + 3] << 24)) >>> 0; + }, + set: function (value) { + var buffer = this.buffer, offset = index << 2; + buffer[offset] = value & 255; + buffer[offset + 1] = (value >> 8) & 255; + buffer[offset + 2] = (value >> 16) & 255; + buffer[offset + 3] = (value >>> 24) & 255; + } + }; + } + + function ensureUint32ArrayViewProps(length) { + while (uint32ArrayViewSetters < length) { + Object.defineProperty(Uint32ArrayView.prototype, + uint32ArrayViewSetters, + createUint32ArrayProp(uint32ArrayViewSetters)); + uint32ArrayViewSetters++; + } + } + + return Uint32ArrayView; +})(); + +var IDENTITY_MATRIX = [1, 0, 0, 1, 0, 0]; + +var Util = PDFJS.Util = (function UtilClosure() { + function Util() {} + + var rgbBuf = ['rgb(', 0, ',', 0, ',', 0, ')']; + + // makeCssRgb() can be called thousands of times. Using |rgbBuf| avoids + // creating many intermediate strings. + Util.makeCssRgb = function Util_makeCssRgb(r, g, b) { + rgbBuf[1] = r; + rgbBuf[3] = g; + rgbBuf[5] = b; + return rgbBuf.join(''); + }; + + // Concatenates two transformation matrices together and returns the result. + Util.transform = function Util_transform(m1, m2) { + return [ + m1[0] * m2[0] + m1[2] * m2[1], + m1[1] * m2[0] + m1[3] * m2[1], + m1[0] * m2[2] + m1[2] * m2[3], + m1[1] * m2[2] + m1[3] * m2[3], + m1[0] * m2[4] + m1[2] * m2[5] + m1[4], + m1[1] * m2[4] + m1[3] * m2[5] + m1[5] + ]; + }; + + // For 2d affine transforms + Util.applyTransform = function Util_applyTransform(p, m) { + var xt = p[0] * m[0] + p[1] * m[2] + m[4]; + var yt = p[0] * m[1] + p[1] * m[3] + m[5]; + return [xt, yt]; + }; + + Util.applyInverseTransform = function Util_applyInverseTransform(p, m) { + var d = m[0] * m[3] - m[1] * m[2]; + var xt = (p[0] * m[3] - p[1] * m[2] + m[2] * m[5] - m[4] * m[3]) / d; + var yt = (-p[0] * m[1] + p[1] * m[0] + m[4] * m[1] - m[5] * m[0]) / d; + return [xt, yt]; + }; + + // Applies the transform to the rectangle and finds the minimum axially + // aligned bounding box. + Util.getAxialAlignedBoundingBox = + function Util_getAxialAlignedBoundingBox(r, m) { + + var p1 = Util.applyTransform(r, m); + var p2 = Util.applyTransform(r.slice(2, 4), m); + var p3 = Util.applyTransform([r[0], r[3]], m); + var p4 = Util.applyTransform([r[2], r[1]], m); + return [ + Math.min(p1[0], p2[0], p3[0], p4[0]), + Math.min(p1[1], p2[1], p3[1], p4[1]), + Math.max(p1[0], p2[0], p3[0], p4[0]), + Math.max(p1[1], p2[1], p3[1], p4[1]) + ]; + }; + + Util.inverseTransform = function Util_inverseTransform(m) { + var d = m[0] * m[3] - m[1] * m[2]; + return [m[3] / d, -m[1] / d, -m[2] / d, m[0] / d, + (m[2] * m[5] - m[4] * m[3]) / d, (m[4] * m[1] - m[5] * m[0]) / d]; + }; + + // Apply a generic 3d matrix M on a 3-vector v: + // | a b c | | X | + // | d e f | x | Y | + // | g h i | | Z | + // M is assumed to be serialized as [a,b,c,d,e,f,g,h,i], + // with v as [X,Y,Z] + Util.apply3dTransform = function Util_apply3dTransform(m, v) { + return [ + m[0] * v[0] + m[1] * v[1] + m[2] * v[2], + m[3] * v[0] + m[4] * v[1] + m[5] * v[2], + m[6] * v[0] + m[7] * v[1] + m[8] * v[2] + ]; + }; + + // This calculation uses Singular Value Decomposition. + // The SVD can be represented with formula A = USV. We are interested in the + // matrix S here because it represents the scale values. + Util.singularValueDecompose2dScale = + function Util_singularValueDecompose2dScale(m) { + + var transpose = [m[0], m[2], m[1], m[3]]; + + // Multiply matrix m with its transpose. + var a = m[0] * transpose[0] + m[1] * transpose[2]; + var b = m[0] * transpose[1] + m[1] * transpose[3]; + var c = m[2] * transpose[0] + m[3] * transpose[2]; + var d = m[2] * transpose[1] + m[3] * transpose[3]; + + // Solve the second degree polynomial to get roots. + var first = (a + d) / 2; + var second = Math.sqrt((a + d) * (a + d) - 4 * (a * d - c * b)) / 2; + var sx = first + second || 1; + var sy = first - second || 1; + + // Scale values are the square roots of the eigenvalues. + return [Math.sqrt(sx), Math.sqrt(sy)]; + }; + + // Normalize rectangle rect=[x1, y1, x2, y2] so that (x1,y1) < (x2,y2) + // For coordinate systems whose origin lies in the bottom-left, this + // means normalization to (BL,TR) ordering. For systems with origin in the + // top-left, this means (TL,BR) ordering. + Util.normalizeRect = function Util_normalizeRect(rect) { + var r = rect.slice(0); // clone rect + if (rect[0] > rect[2]) { + r[0] = rect[2]; + r[2] = rect[0]; + } + if (rect[1] > rect[3]) { + r[1] = rect[3]; + r[3] = rect[1]; + } + return r; + }; + + // Returns a rectangle [x1, y1, x2, y2] corresponding to the + // intersection of rect1 and rect2. If no intersection, returns 'false' + // The rectangle coordinates of rect1, rect2 should be [x1, y1, x2, y2] + Util.intersect = function Util_intersect(rect1, rect2) { + function compare(a, b) { + return a - b; + } + + // Order points along the axes + var orderedX = [rect1[0], rect1[2], rect2[0], rect2[2]].sort(compare), + orderedY = [rect1[1], rect1[3], rect2[1], rect2[3]].sort(compare), + result = []; + + rect1 = Util.normalizeRect(rect1); + rect2 = Util.normalizeRect(rect2); + + // X: first and second points belong to different rectangles? + if ((orderedX[0] === rect1[0] && orderedX[1] === rect2[0]) || + (orderedX[0] === rect2[0] && orderedX[1] === rect1[0])) { + // Intersection must be between second and third points + result[0] = orderedX[1]; + result[2] = orderedX[2]; + } else { + return false; + } + + // Y: first and second points belong to different rectangles? + if ((orderedY[0] === rect1[1] && orderedY[1] === rect2[1]) || + (orderedY[0] === rect2[1] && orderedY[1] === rect1[1])) { + // Intersection must be between second and third points + result[1] = orderedY[1]; + result[3] = orderedY[2]; + } else { + return false; + } + + return result; + }; + + Util.sign = function Util_sign(num) { + return num < 0 ? -1 : 1; + }; + + Util.appendToArray = function Util_appendToArray(arr1, arr2) { + Array.prototype.push.apply(arr1, arr2); + }; + + Util.prependToArray = function Util_prependToArray(arr1, arr2) { + Array.prototype.unshift.apply(arr1, arr2); + }; + + Util.extendObj = function extendObj(obj1, obj2) { + for (var key in obj2) { + obj1[key] = obj2[key]; + } + }; + + Util.getInheritableProperty = function Util_getInheritableProperty(dict, + name) { + while (dict && !dict.has(name)) { + dict = dict.get('Parent'); + } + if (!dict) { + return null; + } + return dict.get(name); + }; + + Util.inherit = function Util_inherit(sub, base, prototype) { + sub.prototype = Object.create(base.prototype); + sub.prototype.constructor = sub; + for (var prop in prototype) { + sub.prototype[prop] = prototype[prop]; + } + }; + + Util.loadScript = function Util_loadScript(src, callback) { + var script = document.createElement('script'); + var loaded = false; + script.setAttribute('src', src); + if (callback) { + script.onload = function() { + if (!loaded) { + callback(); + } + loaded = true; + }; + } + document.getElementsByTagName('head')[0].appendChild(script); + }; + + return Util; +})(); + +/** + * PDF page viewport created based on scale, rotation and offset. + * @class + * @alias PDFJS.PageViewport + */ +var PageViewport = PDFJS.PageViewport = (function PageViewportClosure() { + /** + * @constructor + * @private + * @param viewBox {Array} xMin, yMin, xMax and yMax coordinates. + * @param scale {number} scale of the viewport. + * @param rotation {number} rotations of the viewport in degrees. + * @param offsetX {number} offset X + * @param offsetY {number} offset Y + * @param dontFlip {boolean} if true, axis Y will not be flipped. + */ + function PageViewport(viewBox, scale, rotation, offsetX, offsetY, dontFlip) { + this.viewBox = viewBox; + this.scale = scale; + this.rotation = rotation; + this.offsetX = offsetX; + this.offsetY = offsetY; + + // creating transform to convert pdf coordinate system to the normal + // canvas like coordinates taking in account scale and rotation + var centerX = (viewBox[2] + viewBox[0]) / 2; + var centerY = (viewBox[3] + viewBox[1]) / 2; + var rotateA, rotateB, rotateC, rotateD; + rotation = rotation % 360; + rotation = rotation < 0 ? rotation + 360 : rotation; + switch (rotation) { + case 180: + rotateA = -1; rotateB = 0; rotateC = 0; rotateD = 1; + break; + case 90: + rotateA = 0; rotateB = 1; rotateC = 1; rotateD = 0; + break; + case 270: + rotateA = 0; rotateB = -1; rotateC = -1; rotateD = 0; + break; + //case 0: + default: + rotateA = 1; rotateB = 0; rotateC = 0; rotateD = -1; + break; + } + + if (dontFlip) { + rotateC = -rotateC; rotateD = -rotateD; + } + + var offsetCanvasX, offsetCanvasY; + var width, height; + if (rotateA === 0) { + offsetCanvasX = Math.abs(centerY - viewBox[1]) * scale + offsetX; + offsetCanvasY = Math.abs(centerX - viewBox[0]) * scale + offsetY; + width = Math.abs(viewBox[3] - viewBox[1]) * scale; + height = Math.abs(viewBox[2] - viewBox[0]) * scale; + } else { + offsetCanvasX = Math.abs(centerX - viewBox[0]) * scale + offsetX; + offsetCanvasY = Math.abs(centerY - viewBox[1]) * scale + offsetY; + width = Math.abs(viewBox[2] - viewBox[0]) * scale; + height = Math.abs(viewBox[3] - viewBox[1]) * scale; + } + // creating transform for the following operations: + // translate(-centerX, -centerY), rotate and flip vertically, + // scale, and translate(offsetCanvasX, offsetCanvasY) + this.transform = [ + rotateA * scale, + rotateB * scale, + rotateC * scale, + rotateD * scale, + offsetCanvasX - rotateA * scale * centerX - rotateC * scale * centerY, + offsetCanvasY - rotateB * scale * centerX - rotateD * scale * centerY + ]; + + this.width = width; + this.height = height; + this.fontScale = scale; + } + PageViewport.prototype = /** @lends PDFJS.PageViewport.prototype */ { + /** + * Clones viewport with additional properties. + * @param args {Object} (optional) If specified, may contain the 'scale' or + * 'rotation' properties to override the corresponding properties in + * the cloned viewport. + * @returns {PDFJS.PageViewport} Cloned viewport. + */ + clone: function PageViewPort_clone(args) { + args = args || {}; + var scale = 'scale' in args ? args.scale : this.scale; + var rotation = 'rotation' in args ? args.rotation : this.rotation; + return new PageViewport(this.viewBox.slice(), scale, rotation, + this.offsetX, this.offsetY, args.dontFlip); + }, + /** + * Converts PDF point to the viewport coordinates. For examples, useful for + * converting PDF location into canvas pixel coordinates. + * @param x {number} X coordinate. + * @param y {number} Y coordinate. + * @returns {Object} Object that contains 'x' and 'y' properties of the + * point in the viewport coordinate space. + * @see {@link convertToPdfPoint} + * @see {@link convertToViewportRectangle} + */ + convertToViewportPoint: function PageViewport_convertToViewportPoint(x, y) { + return Util.applyTransform([x, y], this.transform); + }, + /** + * Converts PDF rectangle to the viewport coordinates. + * @param rect {Array} xMin, yMin, xMax and yMax coordinates. + * @returns {Array} Contains corresponding coordinates of the rectangle + * in the viewport coordinate space. + * @see {@link convertToViewportPoint} + */ + convertToViewportRectangle: + function PageViewport_convertToViewportRectangle(rect) { + var tl = Util.applyTransform([rect[0], rect[1]], this.transform); + var br = Util.applyTransform([rect[2], rect[3]], this.transform); + return [tl[0], tl[1], br[0], br[1]]; + }, + /** + * Converts viewport coordinates to the PDF location. For examples, useful + * for converting canvas pixel location into PDF one. + * @param x {number} X coordinate. + * @param y {number} Y coordinate. + * @returns {Object} Object that contains 'x' and 'y' properties of the + * point in the PDF coordinate space. + * @see {@link convertToViewportPoint} + */ + convertToPdfPoint: function PageViewport_convertToPdfPoint(x, y) { + return Util.applyInverseTransform([x, y], this.transform); + } + }; + return PageViewport; +})(); + +var PDFStringTranslateTable = [ + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0x2D8, 0x2C7, 0x2C6, 0x2D9, 0x2DD, 0x2DB, 0x2DA, 0x2DC, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0x2022, 0x2020, 0x2021, 0x2026, 0x2014, + 0x2013, 0x192, 0x2044, 0x2039, 0x203A, 0x2212, 0x2030, 0x201E, 0x201C, + 0x201D, 0x2018, 0x2019, 0x201A, 0x2122, 0xFB01, 0xFB02, 0x141, 0x152, 0x160, + 0x178, 0x17D, 0x131, 0x142, 0x153, 0x161, 0x17E, 0, 0x20AC +]; + +function stringToPDFString(str) { + var i, n = str.length, strBuf = []; + if (str[0] === '\xFE' && str[1] === '\xFF') { + // UTF16BE BOM + for (i = 2; i < n; i += 2) { + strBuf.push(String.fromCharCode( + (str.charCodeAt(i) << 8) | str.charCodeAt(i + 1))); + } + } else { + for (i = 0; i < n; ++i) { + var code = PDFStringTranslateTable[str.charCodeAt(i)]; + strBuf.push(code ? String.fromCharCode(code) : str.charAt(i)); + } + } + return strBuf.join(''); +} + +function stringToUTF8String(str) { + return decodeURIComponent(escape(str)); +} + +function utf8StringToString(str) { + return unescape(encodeURIComponent(str)); +} + +function isEmptyObj(obj) { + for (var key in obj) { + return false; + } + return true; +} + +function isBool(v) { + return typeof v === 'boolean'; +} + +function isInt(v) { + return typeof v === 'number' && ((v | 0) === v); +} + +function isNum(v) { + return typeof v === 'number'; +} + +function isString(v) { + return typeof v === 'string'; +} + +function isName(v) { + return v instanceof Name; +} + +function isCmd(v, cmd) { + return v instanceof Cmd && (cmd === undefined || v.cmd === cmd); +} + +function isDict(v, type) { + if (!(v instanceof Dict)) { + return false; + } + if (!type) { + return true; + } + var dictType = v.get('Type'); + return isName(dictType) && dictType.name === type; +} + +function isArray(v) { + return v instanceof Array; +} + +function isStream(v) { + return typeof v === 'object' && v !== null && v.getBytes !== undefined; +} + +function isArrayBuffer(v) { + return typeof v === 'object' && v !== null && v.byteLength !== undefined; +} + +function isRef(v) { + return v instanceof Ref; +} + +/** + * Promise Capability object. + * + * @typedef {Object} PromiseCapability + * @property {Promise} promise - A promise object. + * @property {function} resolve - Fullfills the promise. + * @property {function} reject - Rejects the promise. + */ + +/** + * Creates a promise capability object. + * @alias PDFJS.createPromiseCapability + * + * @return {PromiseCapability} A capability object contains: + * - a Promise, resolve and reject methods. + */ +function createPromiseCapability() { + var capability = {}; + capability.promise = new Promise(function (resolve, reject) { + capability.resolve = resolve; + capability.reject = reject; + }); + return capability; +} + +PDFJS.createPromiseCapability = createPromiseCapability; + +/** + * Polyfill for Promises: + * The following promise implementation tries to generally implement the + * Promise/A+ spec. Some notable differences from other promise libaries are: + * - There currently isn't a seperate deferred and promise object. + * - Unhandled rejections eventually show an error if they aren't handled. + * + * Based off of the work in: + * https://bugzilla.mozilla.org/show_bug.cgi?id=810490 + */ +(function PromiseClosure() { + if (globalScope.Promise) { + // Promises existing in the DOM/Worker, checking presence of all/resolve + if (typeof globalScope.Promise.all !== 'function') { + globalScope.Promise.all = function (iterable) { + var count = 0, results = [], resolve, reject; + var promise = new globalScope.Promise(function (resolve_, reject_) { + resolve = resolve_; + reject = reject_; + }); + iterable.forEach(function (p, i) { + count++; + p.then(function (result) { + results[i] = result; + count--; + if (count === 0) { + resolve(results); + } + }, reject); + }); + if (count === 0) { + resolve(results); + } + return promise; + }; + } + if (typeof globalScope.Promise.resolve !== 'function') { + globalScope.Promise.resolve = function (value) { + return new globalScope.Promise(function (resolve) { resolve(value); }); + }; + } + if (typeof globalScope.Promise.reject !== 'function') { + globalScope.Promise.reject = function (reason) { + return new globalScope.Promise(function (resolve, reject) { + reject(reason); + }); + }; + } + if (typeof globalScope.Promise.prototype.catch !== 'function') { + globalScope.Promise.prototype.catch = function (onReject) { + return globalScope.Promise.prototype.then(undefined, onReject); + }; + } + return; + } + var STATUS_PENDING = 0; + var STATUS_RESOLVED = 1; + var STATUS_REJECTED = 2; + + // In an attempt to avoid silent exceptions, unhandled rejections are + // tracked and if they aren't handled in a certain amount of time an + // error is logged. + var REJECTION_TIMEOUT = 500; + + var HandlerManager = { + handlers: [], + running: false, + unhandledRejections: [], + pendingRejectionCheck: false, + + scheduleHandlers: function scheduleHandlers(promise) { + if (promise._status === STATUS_PENDING) { + return; + } + + this.handlers = this.handlers.concat(promise._handlers); + promise._handlers = []; + + if (this.running) { + return; + } + this.running = true; + + setTimeout(this.runHandlers.bind(this), 0); + }, + + runHandlers: function runHandlers() { + var RUN_TIMEOUT = 1; // ms + var timeoutAt = Date.now() + RUN_TIMEOUT; + while (this.handlers.length > 0) { + var handler = this.handlers.shift(); + + var nextStatus = handler.thisPromise._status; + var nextValue = handler.thisPromise._value; + + try { + if (nextStatus === STATUS_RESOLVED) { + if (typeof handler.onResolve === 'function') { + nextValue = handler.onResolve(nextValue); + } + } else if (typeof handler.onReject === 'function') { + nextValue = handler.onReject(nextValue); + nextStatus = STATUS_RESOLVED; + + if (handler.thisPromise._unhandledRejection) { + this.removeUnhandeledRejection(handler.thisPromise); + } + } + } catch (ex) { + nextStatus = STATUS_REJECTED; + nextValue = ex; + } + + handler.nextPromise._updateStatus(nextStatus, nextValue); + if (Date.now() >= timeoutAt) { + break; + } + } + + if (this.handlers.length > 0) { + setTimeout(this.runHandlers.bind(this), 0); + return; + } + + this.running = false; + }, + + addUnhandledRejection: function addUnhandledRejection(promise) { + this.unhandledRejections.push({ + promise: promise, + time: Date.now() + }); + this.scheduleRejectionCheck(); + }, + + removeUnhandeledRejection: function removeUnhandeledRejection(promise) { + promise._unhandledRejection = false; + for (var i = 0; i < this.unhandledRejections.length; i++) { + if (this.unhandledRejections[i].promise === promise) { + this.unhandledRejections.splice(i); + i--; + } + } + }, + + scheduleRejectionCheck: function scheduleRejectionCheck() { + if (this.pendingRejectionCheck) { + return; + } + this.pendingRejectionCheck = true; + setTimeout(function rejectionCheck() { + this.pendingRejectionCheck = false; + var now = Date.now(); + for (var i = 0; i < this.unhandledRejections.length; i++) { + if (now - this.unhandledRejections[i].time > REJECTION_TIMEOUT) { + var unhandled = this.unhandledRejections[i].promise._value; + var msg = 'Unhandled rejection: ' + unhandled; + if (unhandled.stack) { + msg += '\n' + unhandled.stack; + } + warn(msg); + this.unhandledRejections.splice(i); + i--; + } + } + if (this.unhandledRejections.length) { + this.scheduleRejectionCheck(); + } + }.bind(this), REJECTION_TIMEOUT); + } + }; + + function Promise(resolver) { + this._status = STATUS_PENDING; + this._handlers = []; + try { + resolver.call(this, this._resolve.bind(this), this._reject.bind(this)); + } catch (e) { + this._reject(e); + } + } + /** + * Builds a promise that is resolved when all the passed in promises are + * resolved. + * @param {array} array of data and/or promises to wait for. + * @return {Promise} New dependant promise. + */ + Promise.all = function Promise_all(promises) { + var resolveAll, rejectAll; + var deferred = new Promise(function (resolve, reject) { + resolveAll = resolve; + rejectAll = reject; + }); + var unresolved = promises.length; + var results = []; + if (unresolved === 0) { + resolveAll(results); + return deferred; + } + function reject(reason) { + if (deferred._status === STATUS_REJECTED) { + return; + } + results = []; + rejectAll(reason); + } + for (var i = 0, ii = promises.length; i < ii; ++i) { + var promise = promises[i]; + var resolve = (function(i) { + return function(value) { + if (deferred._status === STATUS_REJECTED) { + return; + } + results[i] = value; + unresolved--; + if (unresolved === 0) { + resolveAll(results); + } + }; + })(i); + if (Promise.isPromise(promise)) { + promise.then(resolve, reject); + } else { + resolve(promise); + } + } + return deferred; + }; + + /** + * Checks if the value is likely a promise (has a 'then' function). + * @return {boolean} true if value is thenable + */ + Promise.isPromise = function Promise_isPromise(value) { + return value && typeof value.then === 'function'; + }; + + /** + * Creates resolved promise + * @param value resolve value + * @returns {Promise} + */ + Promise.resolve = function Promise_resolve(value) { + return new Promise(function (resolve) { resolve(value); }); + }; + + /** + * Creates rejected promise + * @param reason rejection value + * @returns {Promise} + */ + Promise.reject = function Promise_reject(reason) { + return new Promise(function (resolve, reject) { reject(reason); }); + }; + + Promise.prototype = { + _status: null, + _value: null, + _handlers: null, + _unhandledRejection: null, + + _updateStatus: function Promise__updateStatus(status, value) { + if (this._status === STATUS_RESOLVED || + this._status === STATUS_REJECTED) { + return; + } + + if (status === STATUS_RESOLVED && + Promise.isPromise(value)) { + value.then(this._updateStatus.bind(this, STATUS_RESOLVED), + this._updateStatus.bind(this, STATUS_REJECTED)); + return; + } + + this._status = status; + this._value = value; + + if (status === STATUS_REJECTED && this._handlers.length === 0) { + this._unhandledRejection = true; + HandlerManager.addUnhandledRejection(this); + } + + HandlerManager.scheduleHandlers(this); + }, + + _resolve: function Promise_resolve(value) { + this._updateStatus(STATUS_RESOLVED, value); + }, + + _reject: function Promise_reject(reason) { + this._updateStatus(STATUS_REJECTED, reason); + }, + + then: function Promise_then(onResolve, onReject) { + var nextPromise = new Promise(function (resolve, reject) { + this.resolve = resolve; + this.reject = reject; + }); + this._handlers.push({ + thisPromise: this, + onResolve: onResolve, + onReject: onReject, + nextPromise: nextPromise + }); + HandlerManager.scheduleHandlers(this); + return nextPromise; + }, + + catch: function Promise_catch(onReject) { + return this.then(undefined, onReject); + } + }; + + globalScope.Promise = Promise; +})(); + +var StatTimer = (function StatTimerClosure() { + function rpad(str, pad, length) { + while (str.length < length) { + str += pad; + } + return str; + } + function StatTimer() { + this.started = {}; + this.times = []; + this.enabled = true; + } + StatTimer.prototype = { + time: function StatTimer_time(name) { + if (!this.enabled) { + return; + } + if (name in this.started) { + warn('Timer is already running for ' + name); + } + this.started[name] = Date.now(); + }, + timeEnd: function StatTimer_timeEnd(name) { + if (!this.enabled) { + return; + } + if (!(name in this.started)) { + warn('Timer has not been started for ' + name); + } + this.times.push({ + 'name': name, + 'start': this.started[name], + 'end': Date.now() + }); + // Remove timer from started so it can be called again. + delete this.started[name]; + }, + toString: function StatTimer_toString() { + var i, ii; + var times = this.times; + var out = ''; + // Find the longest name for padding purposes. + var longest = 0; + for (i = 0, ii = times.length; i < ii; ++i) { + var name = times[i]['name']; + if (name.length > longest) { + longest = name.length; + } + } + for (i = 0, ii = times.length; i < ii; ++i) { + var span = times[i]; + var duration = span.end - span.start; + out += rpad(span['name'], ' ', longest) + ' ' + duration + 'ms\n'; + } + return out; + } + }; + return StatTimer; +})(); + +PDFJS.createBlob = function createBlob(data, contentType) { + if (typeof Blob !== 'undefined') { + return new Blob([data], { type: contentType }); + } + // Blob builder is deprecated in FF14 and removed in FF18. + var bb = new MozBlobBuilder(); + bb.append(data); + return bb.getBlob(contentType); +}; + +PDFJS.createObjectURL = (function createObjectURLClosure() { + // Blob/createObjectURL is not available, falling back to data schema. + var digits = + 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/='; + + return function createObjectURL(data, contentType) { + if (!PDFJS.disableCreateObjectURL && + typeof URL !== 'undefined' && URL.createObjectURL) { + var blob = PDFJS.createBlob(data, contentType); + return URL.createObjectURL(blob); + } + + var buffer = 'data:' + contentType + ';base64,'; + for (var i = 0, ii = data.length; i < ii; i += 3) { + var b1 = data[i] & 0xFF; + var b2 = data[i + 1] & 0xFF; + var b3 = data[i + 2] & 0xFF; + var d1 = b1 >> 2, d2 = ((b1 & 3) << 4) | (b2 >> 4); + var d3 = i + 1 < ii ? ((b2 & 0xF) << 2) | (b3 >> 6) : 64; + var d4 = i + 2 < ii ? (b3 & 0x3F) : 64; + buffer += digits[d1] + digits[d2] + digits[d3] + digits[d4]; + } + return buffer; + }; +})(); + +function MessageHandler(sourceName, targetName, comObj) { + this.sourceName = sourceName; + this.targetName = targetName; + this.comObj = comObj; + this.callbackIndex = 1; + this.postMessageTransfers = true; + var callbacksCapabilities = this.callbacksCapabilities = {}; + var ah = this.actionHandler = {}; + + this._onComObjOnMessage = function messageHandlerComObjOnMessage(event) { + var data = event.data; + if (data.targetName !== this.sourceName) { + return; + } + if (data.isReply) { + var callbackId = data.callbackId; + if (data.callbackId in callbacksCapabilities) { + var callback = callbacksCapabilities[callbackId]; + delete callbacksCapabilities[callbackId]; + if ('error' in data) { + callback.reject(data.error); + } else { + callback.resolve(data.data); + } + } else { + error('Cannot resolve callback ' + callbackId); + } + } else if (data.action in ah) { + var action = ah[data.action]; + if (data.callbackId) { + var sourceName = this.sourceName; + var targetName = data.sourceName; + Promise.resolve().then(function () { + return action[0].call(action[1], data.data); + }).then(function (result) { + comObj.postMessage({ + sourceName: sourceName, + targetName: targetName, + isReply: true, + callbackId: data.callbackId, + data: result + }); + }, function (reason) { + if (reason instanceof Error) { + // Serialize error to avoid "DataCloneError" + reason = reason + ''; + } + comObj.postMessage({ + sourceName: sourceName, + targetName: targetName, + isReply: true, + callbackId: data.callbackId, + error: reason + }); + }); + } else { + action[0].call(action[1], data.data); + } + } else { + error('Unknown action from worker: ' + data.action); + } + }.bind(this); + comObj.addEventListener('message', this._onComObjOnMessage); +} + +MessageHandler.prototype = { + on: function messageHandlerOn(actionName, handler, scope) { + var ah = this.actionHandler; + if (ah[actionName]) { + error('There is already an actionName called "' + actionName + '"'); + } + ah[actionName] = [handler, scope]; + }, + /** + * Sends a message to the comObj to invoke the action with the supplied data. + * @param {String} actionName Action to call. + * @param {JSON} data JSON data to send. + * @param {Array} [transfers] Optional list of transfers/ArrayBuffers + */ + send: function messageHandlerSend(actionName, data, transfers) { + var message = { + sourceName: this.sourceName, + targetName: this.targetName, + action: actionName, + data: data + }; + this.postMessage(message, transfers); + }, + /** + * Sends a message to the comObj to invoke the action with the supplied data. + * Expects that other side will callback with the response. + * @param {String} actionName Action to call. + * @param {JSON} data JSON data to send. + * @param {Array} [transfers] Optional list of transfers/ArrayBuffers. + * @returns {Promise} Promise to be resolved with response data. + */ + sendWithPromise: + function messageHandlerSendWithPromise(actionName, data, transfers) { + var callbackId = this.callbackIndex++; + var message = { + sourceName: this.sourceName, + targetName: this.targetName, + action: actionName, + data: data, + callbackId: callbackId + }; + var capability = createPromiseCapability(); + this.callbacksCapabilities[callbackId] = capability; + try { + this.postMessage(message, transfers); + } catch (e) { + capability.reject(e); + } + return capability.promise; + }, + /** + * Sends raw message to the comObj. + * @private + * @param message {Object} Raw message. + * @param transfers List of transfers/ArrayBuffers, or undefined. + */ + postMessage: function (message, transfers) { + if (transfers && this.postMessageTransfers) { + this.comObj.postMessage(message, transfers); + } else { + this.comObj.postMessage(message); + } + }, + + destroy: function () { + this.comObj.removeEventListener('message', this._onComObjOnMessage); + } +}; + +function loadJpegStream(id, imageUrl, objs) { + var img = new Image(); + img.onload = (function loadJpegStream_onloadClosure() { + objs.resolve(id, img); + }); + img.onerror = (function loadJpegStream_onerrorClosure() { + objs.resolve(id, null); + warn('Error during JPEG image loading'); + }); + img.src = imageUrl; +} + + // Polyfill from https://github.com/Polymer/URL +/* Any copyright is dedicated to the Public Domain. + * http://creativecommons.org/publicdomain/zero/1.0/ */ +(function checkURLConstructor(scope) { + /* jshint ignore:start */ + + // feature detect for URL constructor + var hasWorkingUrl = false; + if (typeof URL === 'function' && ('origin' in URL.prototype)) { + try { + var u = new URL('b', 'http://a'); + u.pathname = 'c%20d'; + hasWorkingUrl = u.href === 'http://a/c%20d'; + } catch(e) {} + } + + if (hasWorkingUrl) + return; + + var relative = Object.create(null); + relative['ftp'] = 21; + relative['file'] = 0; + relative['gopher'] = 70; + relative['http'] = 80; + relative['https'] = 443; + relative['ws'] = 80; + relative['wss'] = 443; + + var relativePathDotMapping = Object.create(null); + relativePathDotMapping['%2e'] = '.'; + relativePathDotMapping['.%2e'] = '..'; + relativePathDotMapping['%2e.'] = '..'; + relativePathDotMapping['%2e%2e'] = '..'; + + function isRelativeScheme(scheme) { + return relative[scheme] !== undefined; + } + + function invalid() { + clear.call(this); + this._isInvalid = true; + } + + function IDNAToASCII(h) { + if ('' == h) { + invalid.call(this) + } + // XXX + return h.toLowerCase() + } + + function percentEscape(c) { + var unicode = c.charCodeAt(0); + if (unicode > 0x20 && + unicode < 0x7F && + // " # < > ? ` + [0x22, 0x23, 0x3C, 0x3E, 0x3F, 0x60].indexOf(unicode) == -1 + ) { + return c; + } + return encodeURIComponent(c); + } + + function percentEscapeQuery(c) { + // XXX This actually needs to encode c using encoding and then + // convert the bytes one-by-one. + + var unicode = c.charCodeAt(0); + if (unicode > 0x20 && + unicode < 0x7F && + // " # < > ` (do not escape '?') + [0x22, 0x23, 0x3C, 0x3E, 0x60].indexOf(unicode) == -1 + ) { + return c; + } + return encodeURIComponent(c); + } + + var EOF = undefined, + ALPHA = /[a-zA-Z]/, + ALPHANUMERIC = /[a-zA-Z0-9\+\-\.]/; + + function parse(input, stateOverride, base) { + function err(message) { + errors.push(message) + } + + var state = stateOverride || 'scheme start', + cursor = 0, + buffer = '', + seenAt = false, + seenBracket = false, + errors = []; + + loop: while ((input[cursor - 1] != EOF || cursor == 0) && !this._isInvalid) { + var c = input[cursor]; + switch (state) { + case 'scheme start': + if (c && ALPHA.test(c)) { + buffer += c.toLowerCase(); // ASCII-safe + state = 'scheme'; + } else if (!stateOverride) { + buffer = ''; + state = 'no scheme'; + continue; + } else { + err('Invalid scheme.'); + break loop; + } + break; + + case 'scheme': + if (c && ALPHANUMERIC.test(c)) { + buffer += c.toLowerCase(); // ASCII-safe + } else if (':' == c) { + this._scheme = buffer; + buffer = ''; + if (stateOverride) { + break loop; + } + if (isRelativeScheme(this._scheme)) { + this._isRelative = true; + } + if ('file' == this._scheme) { + state = 'relative'; + } else if (this._isRelative && base && base._scheme == this._scheme) { + state = 'relative or authority'; + } else if (this._isRelative) { + state = 'authority first slash'; + } else { + state = 'scheme data'; + } + } else if (!stateOverride) { + buffer = ''; + cursor = 0; + state = 'no scheme'; + continue; + } else if (EOF == c) { + break loop; + } else { + err('Code point not allowed in scheme: ' + c) + break loop; + } + break; + + case 'scheme data': + if ('?' == c) { + this._query = '?'; + state = 'query'; + } else if ('#' == c) { + this._fragment = '#'; + state = 'fragment'; + } else { + // XXX error handling + if (EOF != c && '\t' != c && '\n' != c && '\r' != c) { + this._schemeData += percentEscape(c); + } + } + break; + + case 'no scheme': + if (!base || !(isRelativeScheme(base._scheme))) { + err('Missing scheme.'); + invalid.call(this); + } else { + state = 'relative'; + continue; + } + break; + + case 'relative or authority': + if ('/' == c && '/' == input[cursor+1]) { + state = 'authority ignore slashes'; + } else { + err('Expected /, got: ' + c); + state = 'relative'; + continue + } + break; + + case 'relative': + this._isRelative = true; + if ('file' != this._scheme) + this._scheme = base._scheme; + if (EOF == c) { + this._host = base._host; + this._port = base._port; + this._path = base._path.slice(); + this._query = base._query; + this._username = base._username; + this._password = base._password; + break loop; + } else if ('/' == c || '\\' == c) { + if ('\\' == c) + err('\\ is an invalid code point.'); + state = 'relative slash'; + } else if ('?' == c) { + this._host = base._host; + this._port = base._port; + this._path = base._path.slice(); + this._query = '?'; + this._username = base._username; + this._password = base._password; + state = 'query'; + } else if ('#' == c) { + this._host = base._host; + this._port = base._port; + this._path = base._path.slice(); + this._query = base._query; + this._fragment = '#'; + this._username = base._username; + this._password = base._password; + state = 'fragment'; + } else { + var nextC = input[cursor+1] + var nextNextC = input[cursor+2] + if ( + 'file' != this._scheme || !ALPHA.test(c) || + (nextC != ':' && nextC != '|') || + (EOF != nextNextC && '/' != nextNextC && '\\' != nextNextC && '?' != nextNextC && '#' != nextNextC)) { + this._host = base._host; + this._port = base._port; + this._username = base._username; + this._password = base._password; + this._path = base._path.slice(); + this._path.pop(); + } + state = 'relative path'; + continue; + } + break; + + case 'relative slash': + if ('/' == c || '\\' == c) { + if ('\\' == c) { + err('\\ is an invalid code point.'); + } + if ('file' == this._scheme) { + state = 'file host'; + } else { + state = 'authority ignore slashes'; + } + } else { + if ('file' != this._scheme) { + this._host = base._host; + this._port = base._port; + this._username = base._username; + this._password = base._password; + } + state = 'relative path'; + continue; + } + break; + + case 'authority first slash': + if ('/' == c) { + state = 'authority second slash'; + } else { + err("Expected '/', got: " + c); + state = 'authority ignore slashes'; + continue; + } + break; + + case 'authority second slash': + state = 'authority ignore slashes'; + if ('/' != c) { + err("Expected '/', got: " + c); + continue; + } + break; + + case 'authority ignore slashes': + if ('/' != c && '\\' != c) { + state = 'authority'; + continue; + } else { + err('Expected authority, got: ' + c); + } + break; + + case 'authority': + if ('@' == c) { + if (seenAt) { + err('@ already seen.'); + buffer += '%40'; + } + seenAt = true; + for (var i = 0; i < buffer.length; i++) { + var cp = buffer[i]; + if ('\t' == cp || '\n' == cp || '\r' == cp) { + err('Invalid whitespace in authority.'); + continue; + } + // XXX check URL code points + if (':' == cp && null === this._password) { + this._password = ''; + continue; + } + var tempC = percentEscape(cp); + (null !== this._password) ? this._password += tempC : this._username += tempC; + } + buffer = ''; + } else if (EOF == c || '/' == c || '\\' == c || '?' == c || '#' == c) { + cursor -= buffer.length; + buffer = ''; + state = 'host'; + continue; + } else { + buffer += c; + } + break; + + case 'file host': + if (EOF == c || '/' == c || '\\' == c || '?' == c || '#' == c) { + if (buffer.length == 2 && ALPHA.test(buffer[0]) && (buffer[1] == ':' || buffer[1] == '|')) { + state = 'relative path'; + } else if (buffer.length == 0) { + state = 'relative path start'; + } else { + this._host = IDNAToASCII.call(this, buffer); + buffer = ''; + state = 'relative path start'; + } + continue; + } else if ('\t' == c || '\n' == c || '\r' == c) { + err('Invalid whitespace in file host.'); + } else { + buffer += c; + } + break; + + case 'host': + case 'hostname': + if (':' == c && !seenBracket) { + // XXX host parsing + this._host = IDNAToASCII.call(this, buffer); + buffer = ''; + state = 'port'; + if ('hostname' == stateOverride) { + break loop; + } + } else if (EOF == c || '/' == c || '\\' == c || '?' == c || '#' == c) { + this._host = IDNAToASCII.call(this, buffer); + buffer = ''; + state = 'relative path start'; + if (stateOverride) { + break loop; + } + continue; + } else if ('\t' != c && '\n' != c && '\r' != c) { + if ('[' == c) { + seenBracket = true; + } else if (']' == c) { + seenBracket = false; + } + buffer += c; + } else { + err('Invalid code point in host/hostname: ' + c); + } + break; + + case 'port': + if (/[0-9]/.test(c)) { + buffer += c; + } else if (EOF == c || '/' == c || '\\' == c || '?' == c || '#' == c || stateOverride) { + if ('' != buffer) { + var temp = parseInt(buffer, 10); + if (temp != relative[this._scheme]) { + this._port = temp + ''; + } + buffer = ''; + } + if (stateOverride) { + break loop; + } + state = 'relative path start'; + continue; + } else if ('\t' == c || '\n' == c || '\r' == c) { + err('Invalid code point in port: ' + c); + } else { + invalid.call(this); + } + break; + + case 'relative path start': + if ('\\' == c) + err("'\\' not allowed in path."); + state = 'relative path'; + if ('/' != c && '\\' != c) { + continue; + } + break; + + case 'relative path': + if (EOF == c || '/' == c || '\\' == c || (!stateOverride && ('?' == c || '#' == c))) { + if ('\\' == c) { + err('\\ not allowed in relative path.'); + } + var tmp; + if (tmp = relativePathDotMapping[buffer.toLowerCase()]) { + buffer = tmp; + } + if ('..' == buffer) { + this._path.pop(); + if ('/' != c && '\\' != c) { + this._path.push(''); + } + } else if ('.' == buffer && '/' != c && '\\' != c) { + this._path.push(''); + } else if ('.' != buffer) { + if ('file' == this._scheme && this._path.length == 0 && buffer.length == 2 && ALPHA.test(buffer[0]) && buffer[1] == '|') { + buffer = buffer[0] + ':'; + } + this._path.push(buffer); + } + buffer = ''; + if ('?' == c) { + this._query = '?'; + state = 'query'; + } else if ('#' == c) { + this._fragment = '#'; + state = 'fragment'; + } + } else if ('\t' != c && '\n' != c && '\r' != c) { + buffer += percentEscape(c); + } + break; + + case 'query': + if (!stateOverride && '#' == c) { + this._fragment = '#'; + state = 'fragment'; + } else if (EOF != c && '\t' != c && '\n' != c && '\r' != c) { + this._query += percentEscapeQuery(c); + } + break; + + case 'fragment': + if (EOF != c && '\t' != c && '\n' != c && '\r' != c) { + this._fragment += c; + } + break; + } + + cursor++; + } + } + + function clear() { + this._scheme = ''; + this._schemeData = ''; + this._username = ''; + this._password = null; + this._host = ''; + this._port = ''; + this._path = []; + this._query = ''; + this._fragment = ''; + this._isInvalid = false; + this._isRelative = false; + } + + // Does not process domain names or IP addresses. + // Does not handle encoding for the query parameter. + function jURL(url, base /* , encoding */) { + if (base !== undefined && !(base instanceof jURL)) + base = new jURL(String(base)); + + this._url = url; + clear.call(this); + + var input = url.replace(/^[ \t\r\n\f]+|[ \t\r\n\f]+$/g, ''); + // encoding = encoding || 'utf-8' + + parse.call(this, input, null, base); + } + + jURL.prototype = { + toString: function() { + return this.href; + }, + get href() { + if (this._isInvalid) + return this._url; + + var authority = ''; + if ('' != this._username || null != this._password) { + authority = this._username + + (null != this._password ? ':' + this._password : '') + '@'; + } + + return this.protocol + + (this._isRelative ? '//' + authority + this.host : '') + + this.pathname + this._query + this._fragment; + }, + set href(href) { + clear.call(this); + parse.call(this, href); + }, + + get protocol() { + return this._scheme + ':'; + }, + set protocol(protocol) { + if (this._isInvalid) + return; + parse.call(this, protocol + ':', 'scheme start'); + }, + + get host() { + return this._isInvalid ? '' : this._port ? + this._host + ':' + this._port : this._host; + }, + set host(host) { + if (this._isInvalid || !this._isRelative) + return; + parse.call(this, host, 'host'); + }, + + get hostname() { + return this._host; + }, + set hostname(hostname) { + if (this._isInvalid || !this._isRelative) + return; + parse.call(this, hostname, 'hostname'); + }, + + get port() { + return this._port; + }, + set port(port) { + if (this._isInvalid || !this._isRelative) + return; + parse.call(this, port, 'port'); + }, + + get pathname() { + return this._isInvalid ? '' : this._isRelative ? + '/' + this._path.join('/') : this._schemeData; + }, + set pathname(pathname) { + if (this._isInvalid || !this._isRelative) + return; + this._path = []; + parse.call(this, pathname, 'relative path start'); + }, + + get search() { + return this._isInvalid || !this._query || '?' == this._query ? + '' : this._query; + }, + set search(search) { + if (this._isInvalid || !this._isRelative) + return; + this._query = '?'; + if ('?' == search[0]) + search = search.slice(1); + parse.call(this, search, 'query'); + }, + + get hash() { + return this._isInvalid || !this._fragment || '#' == this._fragment ? + '' : this._fragment; + }, + set hash(hash) { + if (this._isInvalid) + return; + this._fragment = '#'; + if ('#' == hash[0]) + hash = hash.slice(1); + parse.call(this, hash, 'fragment'); + }, + + get origin() { + var host; + if (this._isInvalid || !this._scheme) { + return ''; + } + // javascript: Gecko returns String(""), WebKit/Blink String("null") + // Gecko throws error for "data://" + // data: Gecko returns "", Blink returns "data://", WebKit returns "null" + // Gecko returns String("") for file: mailto: + // WebKit/Blink returns String("SCHEME://") for file: mailto: + switch (this._scheme) { + case 'data': + case 'file': + case 'javascript': + case 'mailto': + return 'null'; + } + host = this.host; + if (!host) { + return ''; + } + return this._scheme + '://' + host; + } + }; + + // Copy over the static methods + var OriginalURL = scope.URL; + if (OriginalURL) { + jURL.createObjectURL = function(blob) { + // IE extension allows a second optional options argument. + // http://msdn.microsoft.com/en-us/library/ie/hh772302(v=vs.85).aspx + return OriginalURL.createObjectURL.apply(OriginalURL, arguments); + }; + jURL.revokeObjectURL = function(url) { + OriginalURL.revokeObjectURL(url); + }; + } + + scope.URL = jURL; + /* jshint ignore:end */ +})(globalScope); + + + + +var NetworkManager = (function NetworkManagerClosure() { + + var OK_RESPONSE = 200; + var PARTIAL_CONTENT_RESPONSE = 206; + + function NetworkManager(url, args) { + this.url = url; + args = args || {}; + this.isHttp = /^https?:/i.test(url); + this.httpHeaders = (this.isHttp && args.httpHeaders) || {}; + this.withCredentials = args.withCredentials || false; + this.getXhr = args.getXhr || + function NetworkManager_getXhr() { + return new XMLHttpRequest(); + }; + + this.currXhrId = 0; + this.pendingRequests = {}; + this.loadedRequests = {}; + } + + function getArrayBuffer(xhr) { + var data = xhr.response; + if (typeof data !== 'string') { + return data; + } + var length = data.length; + var array = new Uint8Array(length); + for (var i = 0; i < length; i++) { + array[i] = data.charCodeAt(i) & 0xFF; + } + return array.buffer; + } + + var supportsMozChunked = (function supportsMozChunkedClosure() { + try { + var x = new XMLHttpRequest(); + // Firefox 37- required .open() to be called before setting responseType. + // https://bugzilla.mozilla.org/show_bug.cgi?id=707484 + // Even though the URL is not visited, .open() could fail if the URL is + // blocked, e.g. via the connect-src CSP directive or the NoScript addon. + // When this error occurs, this feature detection method will mistakenly + // report that moz-chunked-arraybuffer is not supported in Firefox 37-. + x.open('GET', 'https://example.com'); + x.responseType = 'moz-chunked-arraybuffer'; + return x.responseType === 'moz-chunked-arraybuffer'; + } catch (e) { + return false; + } + })(); + + NetworkManager.prototype = { + requestRange: function NetworkManager_requestRange(begin, end, listeners) { + var args = { + begin: begin, + end: end + }; + for (var prop in listeners) { + args[prop] = listeners[prop]; + } + return this.request(args); + }, + + requestFull: function NetworkManager_requestFull(listeners) { + return this.request(listeners); + }, + + request: function NetworkManager_request(args) { + var xhr = this.getXhr(); + var xhrId = this.currXhrId++; + var pendingRequest = this.pendingRequests[xhrId] = { + xhr: xhr + }; + + xhr.open('GET', this.url); + xhr.withCredentials = this.withCredentials; + for (var property in this.httpHeaders) { + var value = this.httpHeaders[property]; + if (typeof value === 'undefined') { + continue; + } + xhr.setRequestHeader(property, value); + } + if (this.isHttp && 'begin' in args && 'end' in args) { + var rangeStr = args.begin + '-' + (args.end - 1); + xhr.setRequestHeader('Range', 'bytes=' + rangeStr); + pendingRequest.expectedStatus = 206; + } else { + pendingRequest.expectedStatus = 200; + } + + var useMozChunkedLoading = supportsMozChunked && !!args.onProgressiveData; + if (useMozChunkedLoading) { + xhr.responseType = 'moz-chunked-arraybuffer'; + pendingRequest.onProgressiveData = args.onProgressiveData; + pendingRequest.mozChunked = true; + } else { + xhr.responseType = 'arraybuffer'; + } + + if (args.onError) { + xhr.onerror = function(evt) { + args.onError(xhr.status); + }; + } + xhr.onreadystatechange = this.onStateChange.bind(this, xhrId); + xhr.onprogress = this.onProgress.bind(this, xhrId); + + pendingRequest.onHeadersReceived = args.onHeadersReceived; + pendingRequest.onDone = args.onDone; + pendingRequest.onError = args.onError; + pendingRequest.onProgress = args.onProgress; + + xhr.send(null); + + return xhrId; + }, + + onProgress: function NetworkManager_onProgress(xhrId, evt) { + var pendingRequest = this.pendingRequests[xhrId]; + if (!pendingRequest) { + // Maybe abortRequest was called... + return; + } + + if (pendingRequest.mozChunked) { + var chunk = getArrayBuffer(pendingRequest.xhr); + pendingRequest.onProgressiveData(chunk); + } + + var onProgress = pendingRequest.onProgress; + if (onProgress) { + onProgress(evt); + } + }, + + onStateChange: function NetworkManager_onStateChange(xhrId, evt) { + var pendingRequest = this.pendingRequests[xhrId]; + if (!pendingRequest) { + // Maybe abortRequest was called... + return; + } + + var xhr = pendingRequest.xhr; + if (xhr.readyState >= 2 && pendingRequest.onHeadersReceived) { + pendingRequest.onHeadersReceived(); + delete pendingRequest.onHeadersReceived; + } + + if (xhr.readyState !== 4) { + return; + } + + if (!(xhrId in this.pendingRequests)) { + // The XHR request might have been aborted in onHeadersReceived() + // callback, in which case we should abort request + return; + } + + delete this.pendingRequests[xhrId]; + + // success status == 0 can be on ftp, file and other protocols + if (xhr.status === 0 && this.isHttp) { + if (pendingRequest.onError) { + pendingRequest.onError(xhr.status); + } + return; + } + var xhrStatus = xhr.status || OK_RESPONSE; + + // From http://www.w3.org/Protocols/rfc2616/rfc2616-sec14.html#sec14.35.2: + // "A server MAY ignore the Range header". This means it's possible to + // get a 200 rather than a 206 response from a range request. + var ok_response_on_range_request = + xhrStatus === OK_RESPONSE && + pendingRequest.expectedStatus === PARTIAL_CONTENT_RESPONSE; + + if (!ok_response_on_range_request && + xhrStatus !== pendingRequest.expectedStatus) { + if (pendingRequest.onError) { + pendingRequest.onError(xhr.status); + } + return; + } + + this.loadedRequests[xhrId] = true; + + var chunk = getArrayBuffer(xhr); + if (xhrStatus === PARTIAL_CONTENT_RESPONSE) { + var rangeHeader = xhr.getResponseHeader('Content-Range'); + var matches = /bytes (\d+)-(\d+)\/(\d+)/.exec(rangeHeader); + var begin = parseInt(matches[1], 10); + pendingRequest.onDone({ + begin: begin, + chunk: chunk + }); + } else if (pendingRequest.onProgressiveData) { + pendingRequest.onDone(null); + } else if (chunk) { + pendingRequest.onDone({ + begin: 0, + chunk: chunk + }); + } else if (pendingRequest.onError) { + pendingRequest.onError(xhr.status); + } + }, + + hasPendingRequests: function NetworkManager_hasPendingRequests() { + for (var xhrId in this.pendingRequests) { + return true; + } + return false; + }, + + getRequestXhr: function NetworkManager_getXhr(xhrId) { + return this.pendingRequests[xhrId].xhr; + }, + + isStreamingRequest: function NetworkManager_isStreamingRequest(xhrId) { + return !!(this.pendingRequests[xhrId].onProgressiveData); + }, + + isPendingRequest: function NetworkManager_isPendingRequest(xhrId) { + return xhrId in this.pendingRequests; + }, + + isLoadedRequest: function NetworkManager_isLoadedRequest(xhrId) { + return xhrId in this.loadedRequests; + }, + + abortAllRequests: function NetworkManager_abortAllRequests() { + for (var xhrId in this.pendingRequests) { + this.abortRequest(xhrId | 0); + } + }, + + abortRequest: function NetworkManager_abortRequest(xhrId) { + var xhr = this.pendingRequests[xhrId].xhr; + delete this.pendingRequests[xhrId]; + xhr.abort(); + } + }; + + return NetworkManager; +})(); + + +var ChunkedStream = (function ChunkedStreamClosure() { + function ChunkedStream(length, chunkSize, manager) { + this.bytes = new Uint8Array(length); + this.start = 0; + this.pos = 0; + this.end = length; + this.chunkSize = chunkSize; + this.loadedChunks = []; + this.numChunksLoaded = 0; + this.numChunks = Math.ceil(length / chunkSize); + this.manager = manager; + this.progressiveDataLength = 0; + this.lastSuccessfulEnsureByteChunk = -1; // a single-entry cache + } + + // required methods for a stream. if a particular stream does not + // implement these, an error should be thrown + ChunkedStream.prototype = { + + getMissingChunks: function ChunkedStream_getMissingChunks() { + var chunks = []; + for (var chunk = 0, n = this.numChunks; chunk < n; ++chunk) { + if (!this.loadedChunks[chunk]) { + chunks.push(chunk); + } + } + return chunks; + }, + + getBaseStreams: function ChunkedStream_getBaseStreams() { + return [this]; + }, + + allChunksLoaded: function ChunkedStream_allChunksLoaded() { + return this.numChunksLoaded === this.numChunks; + }, + + onReceiveData: function ChunkedStream_onReceiveData(begin, chunk) { + var end = begin + chunk.byteLength; + + assert(begin % this.chunkSize === 0, 'Bad begin offset: ' + begin); + // Using this.length is inaccurate here since this.start can be moved + // See ChunkedStream.moveStart() + var length = this.bytes.length; + assert(end % this.chunkSize === 0 || end === length, + 'Bad end offset: ' + end); + + this.bytes.set(new Uint8Array(chunk), begin); + var chunkSize = this.chunkSize; + var beginChunk = Math.floor(begin / chunkSize); + var endChunk = Math.floor((end - 1) / chunkSize) + 1; + var curChunk; + + for (curChunk = beginChunk; curChunk < endChunk; ++curChunk) { + if (!this.loadedChunks[curChunk]) { + this.loadedChunks[curChunk] = true; + ++this.numChunksLoaded; + } + } + }, + + onReceiveProgressiveData: + function ChunkedStream_onReceiveProgressiveData(data) { + var position = this.progressiveDataLength; + var beginChunk = Math.floor(position / this.chunkSize); + + this.bytes.set(new Uint8Array(data), position); + position += data.byteLength; + this.progressiveDataLength = position; + var endChunk = position >= this.end ? this.numChunks : + Math.floor(position / this.chunkSize); + var curChunk; + for (curChunk = beginChunk; curChunk < endChunk; ++curChunk) { + if (!this.loadedChunks[curChunk]) { + this.loadedChunks[curChunk] = true; + ++this.numChunksLoaded; + } + } + }, + + ensureByte: function ChunkedStream_ensureByte(pos) { + var chunk = Math.floor(pos / this.chunkSize); + if (chunk === this.lastSuccessfulEnsureByteChunk) { + return; + } + + if (!this.loadedChunks[chunk]) { + throw new MissingDataException(pos, pos + 1); + } + this.lastSuccessfulEnsureByteChunk = chunk; + }, + + ensureRange: function ChunkedStream_ensureRange(begin, end) { + if (begin >= end) { + return; + } + + if (end <= this.progressiveDataLength) { + return; + } + + var chunkSize = this.chunkSize; + var beginChunk = Math.floor(begin / chunkSize); + var endChunk = Math.floor((end - 1) / chunkSize) + 1; + for (var chunk = beginChunk; chunk < endChunk; ++chunk) { + if (!this.loadedChunks[chunk]) { + throw new MissingDataException(begin, end); + } + } + }, + + nextEmptyChunk: function ChunkedStream_nextEmptyChunk(beginChunk) { + var chunk, numChunks = this.numChunks; + for (var i = 0; i < numChunks; ++i) { + chunk = (beginChunk + i) % numChunks; // Wrap around to beginning + if (!this.loadedChunks[chunk]) { + return chunk; + } + } + return null; + }, + + hasChunk: function ChunkedStream_hasChunk(chunk) { + return !!this.loadedChunks[chunk]; + }, + + get length() { + return this.end - this.start; + }, + + get isEmpty() { + return this.length === 0; + }, + + getByte: function ChunkedStream_getByte() { + var pos = this.pos; + if (pos >= this.end) { + return -1; + } + this.ensureByte(pos); + return this.bytes[this.pos++]; + }, + + getUint16: function ChunkedStream_getUint16() { + var b0 = this.getByte(); + var b1 = this.getByte(); + if (b0 === -1 || b1 === -1) { + return -1; + } + return (b0 << 8) + b1; + }, + + getInt32: function ChunkedStream_getInt32() { + var b0 = this.getByte(); + var b1 = this.getByte(); + var b2 = this.getByte(); + var b3 = this.getByte(); + return (b0 << 24) + (b1 << 16) + (b2 << 8) + b3; + }, + + // returns subarray of original buffer + // should only be read + getBytes: function ChunkedStream_getBytes(length) { + var bytes = this.bytes; + var pos = this.pos; + var strEnd = this.end; + + if (!length) { + this.ensureRange(pos, strEnd); + return bytes.subarray(pos, strEnd); + } + + var end = pos + length; + if (end > strEnd) { + end = strEnd; + } + this.ensureRange(pos, end); + + this.pos = end; + return bytes.subarray(pos, end); + }, + + peekByte: function ChunkedStream_peekByte() { + var peekedByte = this.getByte(); + this.pos--; + return peekedByte; + }, + + peekBytes: function ChunkedStream_peekBytes(length) { + var bytes = this.getBytes(length); + this.pos -= bytes.length; + return bytes; + }, + + getByteRange: function ChunkedStream_getBytes(begin, end) { + this.ensureRange(begin, end); + return this.bytes.subarray(begin, end); + }, + + skip: function ChunkedStream_skip(n) { + if (!n) { + n = 1; + } + this.pos += n; + }, + + reset: function ChunkedStream_reset() { + this.pos = this.start; + }, + + moveStart: function ChunkedStream_moveStart() { + this.start = this.pos; + }, + + makeSubStream: function ChunkedStream_makeSubStream(start, length, dict) { + this.ensureRange(start, start + length); + + function ChunkedStreamSubstream() {} + ChunkedStreamSubstream.prototype = Object.create(this); + ChunkedStreamSubstream.prototype.getMissingChunks = function() { + var chunkSize = this.chunkSize; + var beginChunk = Math.floor(this.start / chunkSize); + var endChunk = Math.floor((this.end - 1) / chunkSize) + 1; + var missingChunks = []; + for (var chunk = beginChunk; chunk < endChunk; ++chunk) { + if (!this.loadedChunks[chunk]) { + missingChunks.push(chunk); + } + } + return missingChunks; + }; + var subStream = new ChunkedStreamSubstream(); + subStream.pos = subStream.start = start; + subStream.end = start + length || this.end; + subStream.dict = dict; + return subStream; + }, + + isStream: true + }; + + return ChunkedStream; +})(); + +var ChunkedStreamManager = (function ChunkedStreamManagerClosure() { + + function ChunkedStreamManager(length, chunkSize, url, args) { + this.stream = new ChunkedStream(length, chunkSize, this); + this.length = length; + this.chunkSize = chunkSize; + this.url = url; + this.disableAutoFetch = args.disableAutoFetch; + var msgHandler = this.msgHandler = args.msgHandler; + + if (args.chunkedViewerLoading) { + msgHandler.on('OnDataRange', this.onReceiveData.bind(this)); + msgHandler.on('OnDataProgress', this.onProgress.bind(this)); + this.sendRequest = function ChunkedStreamManager_sendRequest(begin, end) { + msgHandler.send('RequestDataRange', { begin: begin, end: end }); + }; + } else { + + var getXhr = function getXhr() { + return new XMLHttpRequest(); + }; + this.networkManager = new NetworkManager(this.url, { + getXhr: getXhr, + httpHeaders: args.httpHeaders, + withCredentials: args.withCredentials + }); + this.sendRequest = function ChunkedStreamManager_sendRequest(begin, end) { + this.networkManager.requestRange(begin, end, { + onDone: this.onReceiveData.bind(this), + onProgress: this.onProgress.bind(this) + }); + }; + } + + this.currRequestId = 0; + + this.chunksNeededByRequest = {}; + this.requestsByChunk = {}; + this.promisesByRequest = {}; + this.progressiveDataLength = 0; + + this._loadedStreamCapability = createPromiseCapability(); + + if (args.initialData) { + this.onReceiveData({chunk: args.initialData}); + } + } + + ChunkedStreamManager.prototype = { + onLoadedStream: function ChunkedStreamManager_getLoadedStream() { + return this._loadedStreamCapability.promise; + }, + + // Get all the chunks that are not yet loaded and groups them into + // contiguous ranges to load in as few requests as possible + requestAllChunks: function ChunkedStreamManager_requestAllChunks() { + var missingChunks = this.stream.getMissingChunks(); + this._requestChunks(missingChunks); + return this._loadedStreamCapability.promise; + }, + + _requestChunks: function ChunkedStreamManager_requestChunks(chunks) { + var requestId = this.currRequestId++; + + var chunksNeeded; + var i, ii; + this.chunksNeededByRequest[requestId] = chunksNeeded = {}; + for (i = 0, ii = chunks.length; i < ii; i++) { + if (!this.stream.hasChunk(chunks[i])) { + chunksNeeded[chunks[i]] = true; + } + } + + if (isEmptyObj(chunksNeeded)) { + return Promise.resolve(); + } + + var capability = createPromiseCapability(); + this.promisesByRequest[requestId] = capability; + + var chunksToRequest = []; + for (var chunk in chunksNeeded) { + chunk = chunk | 0; + if (!(chunk in this.requestsByChunk)) { + this.requestsByChunk[chunk] = []; + chunksToRequest.push(chunk); + } + this.requestsByChunk[chunk].push(requestId); + } + + if (!chunksToRequest.length) { + return capability.promise; + } + + var groupedChunksToRequest = this.groupChunks(chunksToRequest); + + for (i = 0; i < groupedChunksToRequest.length; ++i) { + var groupedChunk = groupedChunksToRequest[i]; + var begin = groupedChunk.beginChunk * this.chunkSize; + var end = Math.min(groupedChunk.endChunk * this.chunkSize, this.length); + this.sendRequest(begin, end); + } + + return capability.promise; + }, + + getStream: function ChunkedStreamManager_getStream() { + return this.stream; + }, + + // Loads any chunks in the requested range that are not yet loaded + requestRange: function ChunkedStreamManager_requestRange(begin, end) { + + end = Math.min(end, this.length); + + var beginChunk = this.getBeginChunk(begin); + var endChunk = this.getEndChunk(end); + + var chunks = []; + for (var chunk = beginChunk; chunk < endChunk; ++chunk) { + chunks.push(chunk); + } + + return this._requestChunks(chunks); + }, + + requestRanges: function ChunkedStreamManager_requestRanges(ranges) { + ranges = ranges || []; + var chunksToRequest = []; + + for (var i = 0; i < ranges.length; i++) { + var beginChunk = this.getBeginChunk(ranges[i].begin); + var endChunk = this.getEndChunk(ranges[i].end); + for (var chunk = beginChunk; chunk < endChunk; ++chunk) { + if (chunksToRequest.indexOf(chunk) < 0) { + chunksToRequest.push(chunk); + } + } + } + + chunksToRequest.sort(function(a, b) { return a - b; }); + return this._requestChunks(chunksToRequest); + }, + + // Groups a sorted array of chunks into as few contiguous larger + // chunks as possible + groupChunks: function ChunkedStreamManager_groupChunks(chunks) { + var groupedChunks = []; + var beginChunk = -1; + var prevChunk = -1; + for (var i = 0; i < chunks.length; ++i) { + var chunk = chunks[i]; + + if (beginChunk < 0) { + beginChunk = chunk; + } + + if (prevChunk >= 0 && prevChunk + 1 !== chunk) { + groupedChunks.push({ beginChunk: beginChunk, + endChunk: prevChunk + 1 }); + beginChunk = chunk; + } + if (i + 1 === chunks.length) { + groupedChunks.push({ beginChunk: beginChunk, + endChunk: chunk + 1 }); + } + + prevChunk = chunk; + } + return groupedChunks; + }, + + onProgress: function ChunkedStreamManager_onProgress(args) { + var bytesLoaded = (this.stream.numChunksLoaded * this.chunkSize + + args.loaded); + this.msgHandler.send('DocProgress', { + loaded: bytesLoaded, + total: this.length + }); + }, + + onReceiveData: function ChunkedStreamManager_onReceiveData(args) { + var chunk = args.chunk; + var isProgressive = args.begin === undefined; + var begin = isProgressive ? this.progressiveDataLength : args.begin; + var end = begin + chunk.byteLength; + + var beginChunk = Math.floor(begin / this.chunkSize); + var endChunk = end < this.length ? Math.floor(end / this.chunkSize) : + Math.ceil(end / this.chunkSize); + + if (isProgressive) { + this.stream.onReceiveProgressiveData(chunk); + this.progressiveDataLength = end; + } else { + this.stream.onReceiveData(begin, chunk); + } + + if (this.stream.allChunksLoaded()) { + this._loadedStreamCapability.resolve(this.stream); + } + + var loadedRequests = []; + var i, requestId; + for (chunk = beginChunk; chunk < endChunk; ++chunk) { + // The server might return more chunks than requested + var requestIds = this.requestsByChunk[chunk] || []; + delete this.requestsByChunk[chunk]; + + for (i = 0; i < requestIds.length; ++i) { + requestId = requestIds[i]; + var chunksNeeded = this.chunksNeededByRequest[requestId]; + if (chunk in chunksNeeded) { + delete chunksNeeded[chunk]; + } + + if (!isEmptyObj(chunksNeeded)) { + continue; + } + + loadedRequests.push(requestId); + } + } + + // If there are no pending requests, automatically fetch the next + // unfetched chunk of the PDF + if (!this.disableAutoFetch && isEmptyObj(this.requestsByChunk)) { + var nextEmptyChunk; + if (this.stream.numChunksLoaded === 1) { + // This is a special optimization so that after fetching the first + // chunk, rather than fetching the second chunk, we fetch the last + // chunk. + var lastChunk = this.stream.numChunks - 1; + if (!this.stream.hasChunk(lastChunk)) { + nextEmptyChunk = lastChunk; + } + } else { + nextEmptyChunk = this.stream.nextEmptyChunk(endChunk); + } + if (isInt(nextEmptyChunk)) { + this._requestChunks([nextEmptyChunk]); + } + } + + for (i = 0; i < loadedRequests.length; ++i) { + requestId = loadedRequests[i]; + var capability = this.promisesByRequest[requestId]; + delete this.promisesByRequest[requestId]; + capability.resolve(); + } + + this.msgHandler.send('DocProgress', { + loaded: this.stream.numChunksLoaded * this.chunkSize, + total: this.length + }); + }, + + onError: function ChunkedStreamManager_onError(err) { + this._loadedStreamCapability.reject(err); + }, + + getBeginChunk: function ChunkedStreamManager_getBeginChunk(begin) { + var chunk = Math.floor(begin / this.chunkSize); + return chunk; + }, + + getEndChunk: function ChunkedStreamManager_getEndChunk(end) { + var chunk = Math.floor((end - 1) / this.chunkSize) + 1; + return chunk; + }, + + abort: function ChunkedStreamManager_abort() { + if (this.networkManager) { + this.networkManager.abortAllRequests(); + } + for(var requestId in this.promisesByRequest) { + var capability = this.promisesByRequest[requestId]; + capability.reject(new Error('Request was aborted')); + } + } + }; + + return ChunkedStreamManager; +})(); + + +var BasePdfManager = (function BasePdfManagerClosure() { + function BasePdfManager() { + throw new Error('Cannot initialize BaseManagerManager'); + } + + BasePdfManager.prototype = { + get docId() { + return this._docId; + }, + + onLoadedStream: function BasePdfManager_onLoadedStream() { + throw new NotImplementedException(); + }, + + ensureDoc: function BasePdfManager_ensureDoc(prop, args) { + return this.ensure(this.pdfDocument, prop, args); + }, + + ensureXRef: function BasePdfManager_ensureXRef(prop, args) { + return this.ensure(this.pdfDocument.xref, prop, args); + }, + + ensureCatalog: function BasePdfManager_ensureCatalog(prop, args) { + return this.ensure(this.pdfDocument.catalog, prop, args); + }, + + getPage: function BasePdfManager_getPage(pageIndex) { + return this.pdfDocument.getPage(pageIndex); + }, + + cleanup: function BasePdfManager_cleanup() { + return this.pdfDocument.cleanup(); + }, + + ensure: function BasePdfManager_ensure(obj, prop, args) { + return new NotImplementedException(); + }, + + requestRange: function BasePdfManager_requestRange(begin, end) { + return new NotImplementedException(); + }, + + requestLoadedStream: function BasePdfManager_requestLoadedStream() { + return new NotImplementedException(); + }, + + sendProgressiveData: function BasePdfManager_sendProgressiveData(chunk) { + return new NotImplementedException(); + }, + + updatePassword: function BasePdfManager_updatePassword(password) { + this.pdfDocument.xref.password = this.password = password; + if (this._passwordChangedCapability) { + this._passwordChangedCapability.resolve(); + } + }, + + passwordChanged: function BasePdfManager_passwordChanged() { + this._passwordChangedCapability = createPromiseCapability(); + return this._passwordChangedCapability.promise; + }, + + terminate: function BasePdfManager_terminate() { + return new NotImplementedException(); + } + }; + + return BasePdfManager; +})(); + +var LocalPdfManager = (function LocalPdfManagerClosure() { + function LocalPdfManager(docId, data, password) { + this._docId = docId; + var stream = new Stream(data); + this.pdfDocument = new PDFDocument(this, stream, password); + this._loadedStreamCapability = createPromiseCapability(); + this._loadedStreamCapability.resolve(stream); + } + + Util.inherit(LocalPdfManager, BasePdfManager, { + ensure: function LocalPdfManager_ensure(obj, prop, args) { + return new Promise(function (resolve, reject) { + try { + var value = obj[prop]; + var result; + if (typeof value === 'function') { + result = value.apply(obj, args); + } else { + result = value; + } + resolve(result); + } catch (e) { + reject(e); + } + }); + }, + + requestRange: function LocalPdfManager_requestRange(begin, end) { + return Promise.resolve(); + }, + + requestLoadedStream: function LocalPdfManager_requestLoadedStream() { + return; + }, + + onLoadedStream: function LocalPdfManager_onLoadedStream() { + return this._loadedStreamCapability.promise; + }, + + terminate: function LocalPdfManager_terminate() { + return; + } + }); + + return LocalPdfManager; +})(); + +var NetworkPdfManager = (function NetworkPdfManagerClosure() { + function NetworkPdfManager(docId, args, msgHandler) { + this._docId = docId; + this.msgHandler = msgHandler; + + var params = { + msgHandler: msgHandler, + httpHeaders: args.httpHeaders, + withCredentials: args.withCredentials, + chunkedViewerLoading: args.chunkedViewerLoading, + disableAutoFetch: args.disableAutoFetch, + initialData: args.initialData + }; + this.streamManager = new ChunkedStreamManager(args.length, + args.rangeChunkSize, + args.url, params); + this.pdfDocument = new PDFDocument(this, this.streamManager.getStream(), + args.password); + } + + Util.inherit(NetworkPdfManager, BasePdfManager, { + ensure: function NetworkPdfManager_ensure(obj, prop, args) { + var pdfManager = this; + + return new Promise(function (resolve, reject) { + function ensureHelper() { + try { + var result; + var value = obj[prop]; + if (typeof value === 'function') { + result = value.apply(obj, args); + } else { + result = value; + } + resolve(result); + } catch(e) { + if (!(e instanceof MissingDataException)) { + reject(e); + return; + } + pdfManager.streamManager.requestRange(e.begin, e.end). + then(ensureHelper, reject); + } + } + + ensureHelper(); + }); + }, + + requestRange: function NetworkPdfManager_requestRange(begin, end) { + return this.streamManager.requestRange(begin, end); + }, + + requestLoadedStream: function NetworkPdfManager_requestLoadedStream() { + this.streamManager.requestAllChunks(); + }, + + sendProgressiveData: + function NetworkPdfManager_sendProgressiveData(chunk) { + this.streamManager.onReceiveData({ chunk: chunk }); + }, + + onLoadedStream: function NetworkPdfManager_onLoadedStream() { + return this.streamManager.onLoadedStream(); + }, + + terminate: function NetworkPdfManager_terminate() { + this.streamManager.abort(); + } + }); + + return NetworkPdfManager; +})(); + + +var Page = (function PageClosure() { + + var LETTER_SIZE_MEDIABOX = [0, 0, 612, 792]; + + function Page(pdfManager, xref, pageIndex, pageDict, ref, fontCache) { + this.pdfManager = pdfManager; + this.pageIndex = pageIndex; + this.pageDict = pageDict; + this.xref = xref; + this.ref = ref; + this.fontCache = fontCache; + this.idCounters = { + obj: 0 + }; + this.resourcesPromise = null; + } + + Page.prototype = { + getPageProp: function Page_getPageProp(key) { + return this.pageDict.get(key); + }, + + getInheritedPageProp: function Page_getInheritedPageProp(key) { + var dict = this.pageDict, valueArray = null, loopCount = 0; + var MAX_LOOP_COUNT = 100; + // Always walk up the entire parent chain, to be able to find + // e.g. \Resources placed on multiple levels of the tree. + while (dict) { + var value = dict.get(key); + if (value) { + if (!valueArray) { + valueArray = []; + } + valueArray.push(value); + } + if (++loopCount > MAX_LOOP_COUNT) { + warn('Page_getInheritedPageProp: maximum loop count exceeded.'); + break; + } + dict = dict.get('Parent'); + } + if (!valueArray) { + return Dict.empty; + } + if (valueArray.length === 1 || !isDict(valueArray[0]) || + loopCount > MAX_LOOP_COUNT) { + return valueArray[0]; + } + return Dict.merge(this.xref, valueArray); + }, + + get content() { + return this.getPageProp('Contents'); + }, + + get resources() { + // For robustness: The spec states that a \Resources entry has to be + // present, but can be empty. Some document omit it still, in this case + // we return an empty dictionary. + return shadow(this, 'resources', this.getInheritedPageProp('Resources')); + }, + + get mediaBox() { + var obj = this.getInheritedPageProp('MediaBox'); + // Reset invalid media box to letter size. + if (!isArray(obj) || obj.length !== 4) { + obj = LETTER_SIZE_MEDIABOX; + } + return shadow(this, 'mediaBox', obj); + }, + + get view() { + var mediaBox = this.mediaBox; + var cropBox = this.getInheritedPageProp('CropBox'); + if (!isArray(cropBox) || cropBox.length !== 4) { + return shadow(this, 'view', mediaBox); + } + + // From the spec, 6th ed., p.963: + // "The crop, bleed, trim, and art boxes should not ordinarily + // extend beyond the boundaries of the media box. If they do, they are + // effectively reduced to their intersection with the media box." + cropBox = Util.intersect(cropBox, mediaBox); + if (!cropBox) { + return shadow(this, 'view', mediaBox); + } + return shadow(this, 'view', cropBox); + }, + + get rotate() { + var rotate = this.getInheritedPageProp('Rotate') || 0; + // Normalize rotation so it's a multiple of 90 and between 0 and 270 + if (rotate % 90 !== 0) { + rotate = 0; + } else if (rotate >= 360) { + rotate = rotate % 360; + } else if (rotate < 0) { + // The spec doesn't cover negatives, assume its counterclockwise + // rotation. The following is the other implementation of modulo. + rotate = ((rotate % 360) + 360) % 360; + } + return shadow(this, 'rotate', rotate); + }, + + getContentStream: function Page_getContentStream() { + var content = this.content; + var stream; + if (isArray(content)) { + // fetching items + var xref = this.xref; + var i, n = content.length; + var streams = []; + for (i = 0; i < n; ++i) { + streams.push(xref.fetchIfRef(content[i])); + } + stream = new StreamsSequenceStream(streams); + } else if (isStream(content)) { + stream = content; + } else { + // replacing non-existent page content with empty one + stream = new NullStream(); + } + return stream; + }, + + loadResources: function Page_loadResources(keys) { + if (!this.resourcesPromise) { + // TODO: add async getInheritedPageProp and remove this. + this.resourcesPromise = this.pdfManager.ensure(this, 'resources'); + } + return this.resourcesPromise.then(function resourceSuccess() { + var objectLoader = new ObjectLoader(this.resources.map, + keys, + this.xref); + return objectLoader.load(); + }.bind(this)); + }, + + getOperatorList: function Page_getOperatorList(handler, task, intent) { + var self = this; + + var pdfManager = this.pdfManager; + var contentStreamPromise = pdfManager.ensure(this, 'getContentStream', + []); + var resourcesPromise = this.loadResources([ + 'ExtGState', + 'ColorSpace', + 'Pattern', + 'Shading', + 'XObject', + 'Font' + // ProcSet + // Properties + ]); + + var partialEvaluator = new PartialEvaluator(pdfManager, this.xref, + handler, this.pageIndex, + 'p' + this.pageIndex + '_', + this.idCounters, + this.fontCache); + + var dataPromises = Promise.all([contentStreamPromise, resourcesPromise]); + var pageListPromise = dataPromises.then(function(data) { + var contentStream = data[0]; + var opList = new OperatorList(intent, handler, self.pageIndex); + + handler.send('StartRenderPage', { + transparency: partialEvaluator.hasBlendModes(self.resources), + pageIndex: self.pageIndex, + intent: intent + }); + return partialEvaluator.getOperatorList(contentStream, task, + self.resources, opList).then(function () { + return opList; + }); + }); + + var annotationsPromise = pdfManager.ensure(this, 'annotations'); + return Promise.all([pageListPromise, annotationsPromise]).then( + function(datas) { + var pageOpList = datas[0]; + var annotations = datas[1]; + + if (annotations.length === 0) { + pageOpList.flush(true); + return pageOpList; + } + + var annotationsReadyPromise = Annotation.appendToOperatorList( + annotations, pageOpList, partialEvaluator, task, intent); + return annotationsReadyPromise.then(function () { + pageOpList.flush(true); + return pageOpList; + }); + }); + }, + + extractTextContent: function Page_extractTextContent(task, + normalizeWhitespace) { + var handler = { + on: function nullHandlerOn() {}, + send: function nullHandlerSend() {} + }; + + var self = this; + + var pdfManager = this.pdfManager; + var contentStreamPromise = pdfManager.ensure(this, 'getContentStream', + []); + + var resourcesPromise = this.loadResources([ + 'ExtGState', + 'XObject', + 'Font' + ]); + + var dataPromises = Promise.all([contentStreamPromise, + resourcesPromise]); + return dataPromises.then(function(data) { + var contentStream = data[0]; + var partialEvaluator = new PartialEvaluator(pdfManager, self.xref, + handler, self.pageIndex, + 'p' + self.pageIndex + '_', + self.idCounters, + self.fontCache); + + return partialEvaluator.getTextContent(contentStream, + task, + self.resources, + /* stateManager = */ null, + normalizeWhitespace); + }); + }, + + getAnnotationsData: function Page_getAnnotationsData(intent) { + var annotations = this.annotations; + var annotationsData = []; + for (var i = 0, n = annotations.length; i < n; ++i) { + if (intent) { + if (!(intent === 'display' && annotations[i].viewable) && + !(intent === 'print' && annotations[i].printable)) { + continue; + } + } + annotationsData.push(annotations[i].data); + } + return annotationsData; + }, + + get annotations() { + var annotations = []; + var annotationRefs = this.getInheritedPageProp('Annots') || []; + var annotationFactory = new AnnotationFactory(); + for (var i = 0, n = annotationRefs.length; i < n; ++i) { + var annotationRef = annotationRefs[i]; + var annotation = annotationFactory.create(this.xref, annotationRef); + if (annotation) { + annotations.push(annotation); + } + } + return shadow(this, 'annotations', annotations); + } + }; + + return Page; +})(); + +/** + * The `PDFDocument` holds all the data of the PDF file. Compared to the + * `PDFDoc`, this one doesn't have any job management code. + * Right now there exists one PDFDocument on the main thread + one object + * for each worker. If there is no worker support enabled, there are two + * `PDFDocument` objects on the main thread created. + */ +var PDFDocument = (function PDFDocumentClosure() { + var FINGERPRINT_FIRST_BYTES = 1024; + var EMPTY_FINGERPRINT = '\x00\x00\x00\x00\x00\x00\x00' + + '\x00\x00\x00\x00\x00\x00\x00\x00\x00'; + + function PDFDocument(pdfManager, arg, password) { + if (isStream(arg)) { + init.call(this, pdfManager, arg, password); + } else if (isArrayBuffer(arg)) { + init.call(this, pdfManager, new Stream(arg), password); + } else { + error('PDFDocument: Unknown argument type'); + } + } + + function init(pdfManager, stream, password) { + assert(stream.length > 0, 'stream must have data'); + this.pdfManager = pdfManager; + this.stream = stream; + var xref = new XRef(this.stream, password, pdfManager); + this.xref = xref; + } + + function find(stream, needle, limit, backwards) { + var pos = stream.pos; + var end = stream.end; + var strBuf = []; + if (pos + limit > end) { + limit = end - pos; + } + for (var n = 0; n < limit; ++n) { + strBuf.push(String.fromCharCode(stream.getByte())); + } + var str = strBuf.join(''); + stream.pos = pos; + var index = backwards ? str.lastIndexOf(needle) : str.indexOf(needle); + if (index === -1) { + return false; /* not found */ + } + stream.pos += index; + return true; /* found */ + } + + var DocumentInfoValidators = { + get entries() { + // Lazily build this since all the validation functions below are not + // defined until after this file loads. + return shadow(this, 'entries', { + Title: isString, + Author: isString, + Subject: isString, + Keywords: isString, + Creator: isString, + Producer: isString, + CreationDate: isString, + ModDate: isString, + Trapped: isName + }); + } + }; + + PDFDocument.prototype = { + parse: function PDFDocument_parse(recoveryMode) { + this.setup(recoveryMode); + var version = this.catalog.catDict.get('Version'); + if (isName(version)) { + this.pdfFormatVersion = version.name; + } + try { + // checking if AcroForm is present + this.acroForm = this.catalog.catDict.get('AcroForm'); + if (this.acroForm) { + this.xfa = this.acroForm.get('XFA'); + var fields = this.acroForm.get('Fields'); + if ((!fields || !isArray(fields) || fields.length === 0) && + !this.xfa) { + // no fields and no XFA -- not a form (?) + this.acroForm = null; + } + } + } catch (ex) { + info('Something wrong with AcroForm entry'); + this.acroForm = null; + } + }, + + get linearization() { + var linearization = null; + if (this.stream.length) { + try { + linearization = Linearization.create(this.stream); + } catch (err) { + if (err instanceof MissingDataException) { + throw err; + } + info(err); + } + } + // shadow the prototype getter with a data property + return shadow(this, 'linearization', linearization); + }, + get startXRef() { + var stream = this.stream; + var startXRef = 0; + var linearization = this.linearization; + if (linearization) { + // Find end of first obj. + stream.reset(); + if (find(stream, 'endobj', 1024)) { + startXRef = stream.pos + 6; + } + } else { + // Find startxref by jumping backward from the end of the file. + var step = 1024; + var found = false, pos = stream.end; + while (!found && pos > 0) { + pos -= step - 'startxref'.length; + if (pos < 0) { + pos = 0; + } + stream.pos = pos; + found = find(stream, 'startxref', step, true); + } + if (found) { + stream.skip(9); + var ch; + do { + ch = stream.getByte(); + } while (Lexer.isSpace(ch)); + var str = ''; + while (ch >= 0x20 && ch <= 0x39) { // < '9' + str += String.fromCharCode(ch); + ch = stream.getByte(); + } + startXRef = parseInt(str, 10); + if (isNaN(startXRef)) { + startXRef = 0; + } + } + } + // shadow the prototype getter with a data property + return shadow(this, 'startXRef', startXRef); + }, + get mainXRefEntriesOffset() { + var mainXRefEntriesOffset = 0; + var linearization = this.linearization; + if (linearization) { + mainXRefEntriesOffset = linearization.mainXRefEntriesOffset; + } + // shadow the prototype getter with a data property + return shadow(this, 'mainXRefEntriesOffset', mainXRefEntriesOffset); + }, + // Find the header, remove leading garbage and setup the stream + // starting from the header. + checkHeader: function PDFDocument_checkHeader() { + var stream = this.stream; + stream.reset(); + if (find(stream, '%PDF-', 1024)) { + // Found the header, trim off any garbage before it. + stream.moveStart(); + // Reading file format version + var MAX_VERSION_LENGTH = 12; + var version = '', ch; + while ((ch = stream.getByte()) > 0x20) { // SPACE + if (version.length >= MAX_VERSION_LENGTH) { + break; + } + version += String.fromCharCode(ch); + } + if (!this.pdfFormatVersion) { + // removing "%PDF-"-prefix + this.pdfFormatVersion = version.substring(5); + } + return; + } + // May not be a PDF file, continue anyway. + }, + parseStartXRef: function PDFDocument_parseStartXRef() { + var startXRef = this.startXRef; + this.xref.setStartXRef(startXRef); + }, + setup: function PDFDocument_setup(recoveryMode) { + this.xref.parse(recoveryMode); + this.catalog = new Catalog(this.pdfManager, this.xref); + }, + get numPages() { + var linearization = this.linearization; + var num = linearization ? linearization.numPages : this.catalog.numPages; + // shadow the prototype getter + return shadow(this, 'numPages', num); + }, + get documentInfo() { + var docInfo = { + PDFFormatVersion: this.pdfFormatVersion, + IsAcroFormPresent: !!this.acroForm, + IsXFAPresent: !!this.xfa + }; + var infoDict; + try { + infoDict = this.xref.trailer.get('Info'); + } catch (err) { + info('The document information dictionary is invalid.'); + } + if (infoDict) { + var validEntries = DocumentInfoValidators.entries; + // Only fill the document info with valid entries from the spec. + for (var key in validEntries) { + if (infoDict.has(key)) { + var value = infoDict.get(key); + // Make sure the value conforms to the spec. + if (validEntries[key](value)) { + docInfo[key] = (typeof value !== 'string' ? + value : stringToPDFString(value)); + } else { + info('Bad value in document info for "' + key + '"'); + } + } + } + } + return shadow(this, 'documentInfo', docInfo); + }, + get fingerprint() { + var xref = this.xref, hash, fileID = ''; + var idArray = xref.trailer.get('ID'); + + if (idArray && isArray(idArray) && idArray[0] && isString(idArray[0]) && + idArray[0] !== EMPTY_FINGERPRINT) { + hash = stringToBytes(idArray[0]); + } else { + if (this.stream.ensureRange) { + this.stream.ensureRange(0, + Math.min(FINGERPRINT_FIRST_BYTES, this.stream.end)); + } + hash = calculateMD5(this.stream.bytes.subarray(0, + FINGERPRINT_FIRST_BYTES), 0, FINGERPRINT_FIRST_BYTES); + } + + for (var i = 0, n = hash.length; i < n; i++) { + var hex = hash[i].toString(16); + fileID += hex.length === 1 ? '0' + hex : hex; + } + + return shadow(this, 'fingerprint', fileID); + }, + + getPage: function PDFDocument_getPage(pageIndex) { + return this.catalog.getPage(pageIndex); + }, + + cleanup: function PDFDocument_cleanup() { + return this.catalog.cleanup(); + } + }; + + return PDFDocument; +})(); + + +var Name = (function NameClosure() { + function Name(name) { + this.name = name; + } + + Name.prototype = {}; + + var nameCache = {}; + + Name.get = function Name_get(name) { + var nameValue = nameCache[name]; + return (nameValue ? nameValue : (nameCache[name] = new Name(name))); + }; + + return Name; +})(); + +var Cmd = (function CmdClosure() { + function Cmd(cmd) { + this.cmd = cmd; + } + + Cmd.prototype = {}; + + var cmdCache = {}; + + Cmd.get = function Cmd_get(cmd) { + var cmdValue = cmdCache[cmd]; + return (cmdValue ? cmdValue : (cmdCache[cmd] = new Cmd(cmd))); + }; + + return Cmd; +})(); + +var Dict = (function DictClosure() { + var nonSerializable = function nonSerializableClosure() { + return nonSerializable; // creating closure on some variable + }; + + var GETALL_DICTIONARY_TYPES_WHITELIST = { + 'Background': true, + 'ExtGState': true, + 'Halftone': true, + 'Layout': true, + 'Mask': true, + 'Pagination': true, + 'Printing': true + }; + + function isRecursionAllowedFor(dict) { + if (!isName(dict.Type)) { + return true; + } + var dictType = dict.Type.name; + return GETALL_DICTIONARY_TYPES_WHITELIST[dictType] === true; + } + + // xref is optional + function Dict(xref) { + // Map should only be used internally, use functions below to access. + this.map = Object.create(null); + this.xref = xref; + this.objId = null; + this.__nonSerializable__ = nonSerializable; // disable cloning of the Dict + } + + Dict.prototype = { + assignXref: function Dict_assignXref(newXref) { + this.xref = newXref; + }, + + // automatically dereferences Ref objects + get: function Dict_get(key1, key2, key3) { + var value; + var xref = this.xref; + if (typeof (value = this.map[key1]) !== 'undefined' || key1 in this.map || + typeof key2 === 'undefined') { + return xref ? xref.fetchIfRef(value) : value; + } + if (typeof (value = this.map[key2]) !== 'undefined' || key2 in this.map || + typeof key3 === 'undefined') { + return xref ? xref.fetchIfRef(value) : value; + } + value = this.map[key3] || null; + return xref ? xref.fetchIfRef(value) : value; + }, + + // Same as get(), but returns a promise and uses fetchIfRefAsync(). + getAsync: function Dict_getAsync(key1, key2, key3) { + var value; + var xref = this.xref; + if (typeof (value = this.map[key1]) !== 'undefined' || key1 in this.map || + typeof key2 === 'undefined') { + if (xref) { + return xref.fetchIfRefAsync(value); + } + return Promise.resolve(value); + } + if (typeof (value = this.map[key2]) !== 'undefined' || key2 in this.map || + typeof key3 === 'undefined') { + if (xref) { + return xref.fetchIfRefAsync(value); + } + return Promise.resolve(value); + } + value = this.map[key3] || null; + if (xref) { + return xref.fetchIfRefAsync(value); + } + return Promise.resolve(value); + }, + + // Same as get(), but dereferences all elements if the result is an Array. + getArray: function Dict_getArray(key1, key2, key3) { + var value = this.get(key1, key2, key3); + var xref = this.xref; + if (!isArray(value) || !xref) { + return value; + } + value = value.slice(); // Ensure that we don't modify the Dict data. + for (var i = 0, ii = value.length; i < ii; i++) { + if (!isRef(value[i])) { + continue; + } + value[i] = xref.fetch(value[i]); + } + return value; + }, + + // no dereferencing + getRaw: function Dict_getRaw(key) { + return this.map[key]; + }, + + // creates new map and dereferences all Refs + getAll: function Dict_getAll() { + var all = Object.create(null); + var queue = null; + var key, obj; + for (key in this.map) { + obj = this.get(key); + if (obj instanceof Dict) { + if (isRecursionAllowedFor(obj)) { + (queue || (queue = [])).push({target: all, key: key, obj: obj}); + } else { + all[key] = this.getRaw(key); + } + } else { + all[key] = obj; + } + } + if (!queue) { + return all; + } + + // trying to take cyclic references into the account + var processed = Object.create(null); + while (queue.length > 0) { + var item = queue.shift(); + var itemObj = item.obj; + var objId = itemObj.objId; + if (objId && objId in processed) { + item.target[item.key] = processed[objId]; + continue; + } + var dereferenced = Object.create(null); + for (key in itemObj.map) { + obj = itemObj.get(key); + if (obj instanceof Dict) { + if (isRecursionAllowedFor(obj)) { + queue.push({target: dereferenced, key: key, obj: obj}); + } else { + dereferenced[key] = itemObj.getRaw(key); + } + } else { + dereferenced[key] = obj; + } + } + if (objId) { + processed[objId] = dereferenced; + } + item.target[item.key] = dereferenced; + } + return all; + }, + + getKeys: function Dict_getKeys() { + return Object.keys(this.map); + }, + + set: function Dict_set(key, value) { + this.map[key] = value; + }, + + has: function Dict_has(key) { + return key in this.map; + }, + + forEach: function Dict_forEach(callback) { + for (var key in this.map) { + callback(key, this.get(key)); + } + } + }; + + Dict.empty = new Dict(null); + + Dict.merge = function Dict_merge(xref, dictArray) { + var mergedDict = new Dict(xref); + + for (var i = 0, ii = dictArray.length; i < ii; i++) { + var dict = dictArray[i]; + if (!isDict(dict)) { + continue; + } + for (var keyName in dict.map) { + if (mergedDict.map[keyName]) { + continue; + } + mergedDict.map[keyName] = dict.map[keyName]; + } + } + return mergedDict; + }; + + return Dict; +})(); + +var Ref = (function RefClosure() { + function Ref(num, gen) { + this.num = num; + this.gen = gen; + } + + Ref.prototype = { + toString: function Ref_toString() { + // This function is hot, so we make the string as compact as possible. + // |this.gen| is almost always zero, so we treat that case specially. + var str = this.num + 'R'; + if (this.gen !== 0) { + str += this.gen; + } + return str; + } + }; + + return Ref; +})(); + +// The reference is identified by number and generation. +// This structure stores only one instance of the reference. +var RefSet = (function RefSetClosure() { + function RefSet() { + this.dict = {}; + } + + RefSet.prototype = { + has: function RefSet_has(ref) { + return ref.toString() in this.dict; + }, + + put: function RefSet_put(ref) { + this.dict[ref.toString()] = true; + }, + + remove: function RefSet_remove(ref) { + delete this.dict[ref.toString()]; + } + }; + + return RefSet; +})(); + +var RefSetCache = (function RefSetCacheClosure() { + function RefSetCache() { + this.dict = Object.create(null); + } + + RefSetCache.prototype = { + get: function RefSetCache_get(ref) { + return this.dict[ref.toString()]; + }, + + has: function RefSetCache_has(ref) { + return ref.toString() in this.dict; + }, + + put: function RefSetCache_put(ref, obj) { + this.dict[ref.toString()] = obj; + }, + + putAlias: function RefSetCache_putAlias(ref, aliasRef) { + this.dict[ref.toString()] = this.get(aliasRef); + }, + + forEach: function RefSetCache_forEach(fn, thisArg) { + for (var i in this.dict) { + fn.call(thisArg, this.dict[i]); + } + }, + + clear: function RefSetCache_clear() { + this.dict = Object.create(null); + } + }; + + return RefSetCache; +})(); + +var Catalog = (function CatalogClosure() { + function Catalog(pdfManager, xref) { + this.pdfManager = pdfManager; + this.xref = xref; + this.catDict = xref.getCatalogObj(); + this.fontCache = new RefSetCache(); + assert(isDict(this.catDict), + 'catalog object is not a dictionary'); + + this.pagePromises = []; + } + + Catalog.prototype = { + get metadata() { + var streamRef = this.catDict.getRaw('Metadata'); + if (!isRef(streamRef)) { + return shadow(this, 'metadata', null); + } + + var encryptMetadata = (!this.xref.encrypt ? false : + this.xref.encrypt.encryptMetadata); + + var stream = this.xref.fetch(streamRef, !encryptMetadata); + var metadata; + if (stream && isDict(stream.dict)) { + var type = stream.dict.get('Type'); + var subtype = stream.dict.get('Subtype'); + + if (isName(type) && isName(subtype) && + type.name === 'Metadata' && subtype.name === 'XML') { + // XXX: This should examine the charset the XML document defines, + // however since there are currently no real means to decode + // arbitrary charsets, let's just hope that the author of the PDF + // was reasonable enough to stick with the XML default charset, + // which is UTF-8. + try { + metadata = stringToUTF8String(bytesToString(stream.getBytes())); + } catch (e) { + info('Skipping invalid metadata.'); + } + } + } + + return shadow(this, 'metadata', metadata); + }, + get toplevelPagesDict() { + var pagesObj = this.catDict.get('Pages'); + assert(isDict(pagesObj), 'invalid top-level pages dictionary'); + // shadow the prototype getter + return shadow(this, 'toplevelPagesDict', pagesObj); + }, + get documentOutline() { + var obj = null; + try { + obj = this.readDocumentOutline(); + } catch (ex) { + if (ex instanceof MissingDataException) { + throw ex; + } + warn('Unable to read document outline'); + } + return shadow(this, 'documentOutline', obj); + }, + readDocumentOutline: function Catalog_readDocumentOutline() { + var xref = this.xref; + var obj = this.catDict.get('Outlines'); + var root = { items: [] }; + if (isDict(obj)) { + obj = obj.getRaw('First'); + var processed = new RefSet(); + if (isRef(obj)) { + var queue = [{obj: obj, parent: root}]; + // to avoid recursion keeping track of the items + // in the processed dictionary + processed.put(obj); + while (queue.length > 0) { + var i = queue.shift(); + var outlineDict = xref.fetchIfRef(i.obj); + if (outlineDict === null) { + continue; + } + if (!outlineDict.has('Title')) { + error('Invalid outline item'); + } + var dest = outlineDict.get('A'); + if (dest) { + dest = dest.get('D'); + } else if (outlineDict.has('Dest')) { + dest = outlineDict.getRaw('Dest'); + if (isName(dest)) { + dest = dest.name; + } + } + var title = outlineDict.get('Title'); + var outlineItem = { + dest: dest, + title: stringToPDFString(title), + color: outlineDict.get('C') || [0, 0, 0], + count: outlineDict.get('Count'), + bold: !!(outlineDict.get('F') & 2), + italic: !!(outlineDict.get('F') & 1), + items: [] + }; + i.parent.items.push(outlineItem); + obj = outlineDict.getRaw('First'); + if (isRef(obj) && !processed.has(obj)) { + queue.push({obj: obj, parent: outlineItem}); + processed.put(obj); + } + obj = outlineDict.getRaw('Next'); + if (isRef(obj) && !processed.has(obj)) { + queue.push({obj: obj, parent: i.parent}); + processed.put(obj); + } + } + } + } + return (root.items.length > 0 ? root.items : null); + }, + get numPages() { + var obj = this.toplevelPagesDict.get('Count'); + assert( + isInt(obj), + 'page count in top level pages object is not an integer' + ); + // shadow the prototype getter + return shadow(this, 'num', obj); + }, + get destinations() { + function fetchDestination(dest) { + return isDict(dest) ? dest.get('D') : dest; + } + + var xref = this.xref; + var dests = {}, nameTreeRef, nameDictionaryRef; + var obj = this.catDict.get('Names'); + if (obj && obj.has('Dests')) { + nameTreeRef = obj.getRaw('Dests'); + } else if (this.catDict.has('Dests')) { + nameDictionaryRef = this.catDict.get('Dests'); + } + + if (nameDictionaryRef) { + // reading simple destination dictionary + obj = nameDictionaryRef; + obj.forEach(function catalogForEach(key, value) { + if (!value) { + return; + } + dests[key] = fetchDestination(value); + }); + } + if (nameTreeRef) { + var nameTree = new NameTree(nameTreeRef, xref); + var names = nameTree.getAll(); + for (var name in names) { + if (!names.hasOwnProperty(name)) { + continue; + } + dests[name] = fetchDestination(names[name]); + } + } + return shadow(this, 'destinations', dests); + }, + getDestination: function Catalog_getDestination(destinationId) { + function fetchDestination(dest) { + return isDict(dest) ? dest.get('D') : dest; + } + + var xref = this.xref; + var dest = null, nameTreeRef, nameDictionaryRef; + var obj = this.catDict.get('Names'); + if (obj && obj.has('Dests')) { + nameTreeRef = obj.getRaw('Dests'); + } else if (this.catDict.has('Dests')) { + nameDictionaryRef = this.catDict.get('Dests'); + } + + if (nameDictionaryRef) { // Simple destination dictionary. + var value = nameDictionaryRef.get(destinationId); + if (value) { + dest = fetchDestination(value); + } + } + if (nameTreeRef) { + var nameTree = new NameTree(nameTreeRef, xref); + dest = fetchDestination(nameTree.get(destinationId)); + } + return dest; + }, + get attachments() { + var xref = this.xref; + var attachments = null, nameTreeRef; + var obj = this.catDict.get('Names'); + if (obj) { + nameTreeRef = obj.getRaw('EmbeddedFiles'); + } + + if (nameTreeRef) { + var nameTree = new NameTree(nameTreeRef, xref); + var names = nameTree.getAll(); + for (var name in names) { + if (!names.hasOwnProperty(name)) { + continue; + } + var fs = new FileSpec(names[name], xref); + if (!attachments) { + attachments = {}; + } + attachments[stringToPDFString(name)] = fs.serializable; + } + } + return shadow(this, 'attachments', attachments); + }, + get javaScript() { + var xref = this.xref; + var obj = this.catDict.get('Names'); + + var javaScript = []; + function appendIfJavaScriptDict(jsDict) { + var type = jsDict.get('S'); + if (!isName(type) || type.name !== 'JavaScript') { + return; + } + var js = jsDict.get('JS'); + if (isStream(js)) { + js = bytesToString(js.getBytes()); + } else if (!isString(js)) { + return; + } + javaScript.push(stringToPDFString(js)); + } + if (obj && obj.has('JavaScript')) { + var nameTree = new NameTree(obj.getRaw('JavaScript'), xref); + var names = nameTree.getAll(); + for (var name in names) { + if (!names.hasOwnProperty(name)) { + continue; + } + // We don't really use the JavaScript right now. This code is + // defensive so we don't cause errors on document load. + var jsDict = names[name]; + if (isDict(jsDict)) { + appendIfJavaScriptDict(jsDict); + } + } + } + + // Append OpenAction actions to javaScript array + var openactionDict = this.catDict.get('OpenAction'); + if (isDict(openactionDict, 'Action')) { + var actionType = openactionDict.get('S'); + if (isName(actionType) && actionType.name === 'Named') { + // The named Print action is not a part of the PDF 1.7 specification, + // but is supported by many PDF readers/writers (including Adobe's). + var action = openactionDict.get('N'); + if (isName(action) && action.name === 'Print') { + javaScript.push('print({});'); + } + } else { + appendIfJavaScriptDict(openactionDict); + } + } + + return shadow(this, 'javaScript', javaScript); + }, + + cleanup: function Catalog_cleanup() { + var promises = []; + this.fontCache.forEach(function (promise) { + promises.push(promise); + }); + return Promise.all(promises).then(function (translatedFonts) { + for (var i = 0, ii = translatedFonts.length; i < ii; i++) { + var font = translatedFonts[i].dict; + delete font.translated; + } + this.fontCache.clear(); + }.bind(this)); + }, + + getPage: function Catalog_getPage(pageIndex) { + if (!(pageIndex in this.pagePromises)) { + this.pagePromises[pageIndex] = this.getPageDict(pageIndex).then( + function (a) { + var dict = a[0]; + var ref = a[1]; + return new Page(this.pdfManager, this.xref, pageIndex, dict, ref, + this.fontCache); + }.bind(this) + ); + } + return this.pagePromises[pageIndex]; + }, + + getPageDict: function Catalog_getPageDict(pageIndex) { + var capability = createPromiseCapability(); + var nodesToVisit = [this.catDict.getRaw('Pages')]; + var currentPageIndex = 0; + var xref = this.xref; + var checkAllKids = false; + + function next() { + while (nodesToVisit.length) { + var currentNode = nodesToVisit.pop(); + + if (isRef(currentNode)) { + xref.fetchAsync(currentNode).then(function (obj) { + if (isDict(obj, 'Page') || (isDict(obj) && !obj.has('Kids'))) { + if (pageIndex === currentPageIndex) { + capability.resolve([obj, currentNode]); + } else { + currentPageIndex++; + next(); + } + return; + } + nodesToVisit.push(obj); + next(); + }, capability.reject); + return; + } + + // Must be a child page dictionary. + assert( + isDict(currentNode), + 'page dictionary kid reference points to wrong type of object' + ); + var count = currentNode.get('Count'); + // If the current node doesn't have any children, avoid getting stuck + // in an empty node further down in the tree (see issue5644.pdf). + if (count === 0) { + checkAllKids = true; + } + // Skip nodes where the page can't be. + if (currentPageIndex + count <= pageIndex) { + currentPageIndex += count; + continue; + } + + var kids = currentNode.get('Kids'); + assert(isArray(kids), 'page dictionary kids object is not an array'); + if (!checkAllKids && count === kids.length) { + // Nodes that don't have the page have been skipped and this is the + // bottom of the tree which means the page requested must be a + // descendant of this pages node. Ideally we would just resolve the + // promise with the page ref here, but there is the case where more + // pages nodes could link to single a page (see issue 3666 pdf). To + // handle this push it back on the queue so if it is a pages node it + // will be descended into. + nodesToVisit = [kids[pageIndex - currentPageIndex]]; + currentPageIndex = pageIndex; + continue; + } else { + for (var last = kids.length - 1; last >= 0; last--) { + nodesToVisit.push(kids[last]); + } + } + } + capability.reject('Page index ' + pageIndex + ' not found.'); + } + next(); + return capability.promise; + }, + + getPageIndex: function Catalog_getPageIndex(ref) { + // The page tree nodes have the count of all the leaves below them. To get + // how many pages are before we just have to walk up the tree and keep + // adding the count of siblings to the left of the node. + var xref = this.xref; + function pagesBeforeRef(kidRef) { + var total = 0; + var parentRef; + return xref.fetchAsync(kidRef).then(function (node) { + if (!node) { + return null; + } + parentRef = node.getRaw('Parent'); + return node.getAsync('Parent'); + }).then(function (parent) { + if (!parent) { + return null; + } + return parent.getAsync('Kids'); + }).then(function (kids) { + if (!kids) { + return null; + } + var kidPromises = []; + var found = false; + for (var i = 0; i < kids.length; i++) { + var kid = kids[i]; + assert(isRef(kid), 'kids must be a ref'); + if (kid.num === kidRef.num) { + found = true; + break; + } + kidPromises.push(xref.fetchAsync(kid).then(function (kid) { + if (kid.has('Count')) { + var count = kid.get('Count'); + total += count; + } else { // page leaf node + total++; + } + })); + } + if (!found) { + error('kid ref not found in parents kids'); + } + return Promise.all(kidPromises).then(function () { + return [total, parentRef]; + }); + }); + } + + var total = 0; + function next(ref) { + return pagesBeforeRef(ref).then(function (args) { + if (!args) { + return total; + } + var count = args[0]; + var parentRef = args[1]; + total += count; + return next(parentRef); + }); + } + + return next(ref); + } + }; + + return Catalog; +})(); + +var XRef = (function XRefClosure() { + function XRef(stream, password) { + this.stream = stream; + this.entries = []; + this.xrefstms = {}; + // prepare the XRef cache + this.cache = []; + this.password = password; + this.stats = { + streamTypes: [], + fontTypes: [] + }; + } + + XRef.prototype = { + setStartXRef: function XRef_setStartXRef(startXRef) { + // Store the starting positions of xref tables as we process them + // so we can recover from missing data errors + this.startXRefQueue = [startXRef]; + }, + + parse: function XRef_parse(recoveryMode) { + var trailerDict; + if (!recoveryMode) { + trailerDict = this.readXRef(); + } else { + warn('Indexing all PDF objects'); + trailerDict = this.indexObjects(); + } + trailerDict.assignXref(this); + this.trailer = trailerDict; + var encrypt = trailerDict.get('Encrypt'); + if (encrypt) { + var ids = trailerDict.get('ID'); + var fileId = (ids && ids.length) ? ids[0] : ''; + this.encrypt = new CipherTransformFactory(encrypt, fileId, + this.password); + } + + // get the root dictionary (catalog) object + if (!(this.root = trailerDict.get('Root'))) { + error('Invalid root reference'); + } + }, + + processXRefTable: function XRef_processXRefTable(parser) { + if (!('tableState' in this)) { + // Stores state of the table as we process it so we can resume + // from middle of table in case of missing data error + this.tableState = { + entryNum: 0, + streamPos: parser.lexer.stream.pos, + parserBuf1: parser.buf1, + parserBuf2: parser.buf2 + }; + } + + var obj = this.readXRefTable(parser); + + // Sanity check + if (!isCmd(obj, 'trailer')) { + error('Invalid XRef table: could not find trailer dictionary'); + } + // Read trailer dictionary, e.g. + // trailer + // << /Size 22 + // /Root 20R + // /Info 10R + // /ID [ <81b14aafa313db63dbd6f981e49f94f4> ] + // >> + // The parser goes through the entire stream << ... >> and provides + // a getter interface for the key-value table + var dict = parser.getObj(); + + // The pdflib PDF generator can generate a nested trailer dictionary + if (!isDict(dict) && dict.dict) { + dict = dict.dict; + } + if (!isDict(dict)) { + error('Invalid XRef table: could not parse trailer dictionary'); + } + delete this.tableState; + + return dict; + }, + + readXRefTable: function XRef_readXRefTable(parser) { + // Example of cross-reference table: + // xref + // 0 1 <-- subsection header (first obj #, obj count) + // 0000000000 65535 f <-- actual object (offset, generation #, f/n) + // 23 2 <-- subsection header ... and so on ... + // 0000025518 00002 n + // 0000025635 00000 n + // trailer + // ... + + var stream = parser.lexer.stream; + var tableState = this.tableState; + stream.pos = tableState.streamPos; + parser.buf1 = tableState.parserBuf1; + parser.buf2 = tableState.parserBuf2; + + // Outer loop is over subsection headers + var obj; + + while (true) { + if (!('firstEntryNum' in tableState) || !('entryCount' in tableState)) { + if (isCmd(obj = parser.getObj(), 'trailer')) { + break; + } + tableState.firstEntryNum = obj; + tableState.entryCount = parser.getObj(); + } + + var first = tableState.firstEntryNum; + var count = tableState.entryCount; + if (!isInt(first) || !isInt(count)) { + error('Invalid XRef table: wrong types in subsection header'); + } + // Inner loop is over objects themselves + for (var i = tableState.entryNum; i < count; i++) { + tableState.streamPos = stream.pos; + tableState.entryNum = i; + tableState.parserBuf1 = parser.buf1; + tableState.parserBuf2 = parser.buf2; + + var entry = {}; + entry.offset = parser.getObj(); + entry.gen = parser.getObj(); + var type = parser.getObj(); + + if (isCmd(type, 'f')) { + entry.free = true; + } else if (isCmd(type, 'n')) { + entry.uncompressed = true; + } + + // Validate entry obj + if (!isInt(entry.offset) || !isInt(entry.gen) || + !(entry.free || entry.uncompressed)) { + error('Invalid entry in XRef subsection: ' + first + ', ' + count); + } + + if (!this.entries[i + first]) { + this.entries[i + first] = entry; + } + } + + tableState.entryNum = 0; + tableState.streamPos = stream.pos; + tableState.parserBuf1 = parser.buf1; + tableState.parserBuf2 = parser.buf2; + delete tableState.firstEntryNum; + delete tableState.entryCount; + } + + // Per issue 3248: hp scanners generate bad XRef + if (first === 1 && this.entries[1] && this.entries[1].free) { + // shifting the entries + this.entries.shift(); + } + + // Sanity check: as per spec, first object must be free + if (this.entries[0] && !this.entries[0].free) { + error('Invalid XRef table: unexpected first object'); + } + return obj; + }, + + processXRefStream: function XRef_processXRefStream(stream) { + if (!('streamState' in this)) { + // Stores state of the stream as we process it so we can resume + // from middle of stream in case of missing data error + var streamParameters = stream.dict; + var byteWidths = streamParameters.get('W'); + var range = streamParameters.get('Index'); + if (!range) { + range = [0, streamParameters.get('Size')]; + } + + this.streamState = { + entryRanges: range, + byteWidths: byteWidths, + entryNum: 0, + streamPos: stream.pos + }; + } + this.readXRefStream(stream); + delete this.streamState; + + return stream.dict; + }, + + readXRefStream: function XRef_readXRefStream(stream) { + var i, j; + var streamState = this.streamState; + stream.pos = streamState.streamPos; + + var byteWidths = streamState.byteWidths; + var typeFieldWidth = byteWidths[0]; + var offsetFieldWidth = byteWidths[1]; + var generationFieldWidth = byteWidths[2]; + + var entryRanges = streamState.entryRanges; + while (entryRanges.length > 0) { + var first = entryRanges[0]; + var n = entryRanges[1]; + + if (!isInt(first) || !isInt(n)) { + error('Invalid XRef range fields: ' + first + ', ' + n); + } + if (!isInt(typeFieldWidth) || !isInt(offsetFieldWidth) || + !isInt(generationFieldWidth)) { + error('Invalid XRef entry fields length: ' + first + ', ' + n); + } + for (i = streamState.entryNum; i < n; ++i) { + streamState.entryNum = i; + streamState.streamPos = stream.pos; + + var type = 0, offset = 0, generation = 0; + for (j = 0; j < typeFieldWidth; ++j) { + type = (type << 8) | stream.getByte(); + } + // if type field is absent, its default value is 1 + if (typeFieldWidth === 0) { + type = 1; + } + for (j = 0; j < offsetFieldWidth; ++j) { + offset = (offset << 8) | stream.getByte(); + } + for (j = 0; j < generationFieldWidth; ++j) { + generation = (generation << 8) | stream.getByte(); + } + var entry = {}; + entry.offset = offset; + entry.gen = generation; + switch (type) { + case 0: + entry.free = true; + break; + case 1: + entry.uncompressed = true; + break; + case 2: + break; + default: + error('Invalid XRef entry type: ' + type); + } + if (!this.entries[first + i]) { + this.entries[first + i] = entry; + } + } + + streamState.entryNum = 0; + streamState.streamPos = stream.pos; + entryRanges.splice(0, 2); + } + }, + + indexObjects: function XRef_indexObjects() { + // Simple scan through the PDF content to find objects, + // trailers and XRef streams. + var TAB = 0x9, LF = 0xA, CR = 0xD, SPACE = 0x20; + var PERCENT = 0x25, LT = 0x3C; + + function readToken(data, offset) { + var token = '', ch = data[offset]; + while (ch !== LF && ch !== CR && ch !== LT) { + if (++offset >= data.length) { + break; + } + token += String.fromCharCode(ch); + ch = data[offset]; + } + return token; + } + function skipUntil(data, offset, what) { + var length = what.length, dataLength = data.length; + var skipped = 0; + // finding byte sequence + while (offset < dataLength) { + var i = 0; + while (i < length && data[offset + i] === what[i]) { + ++i; + } + if (i >= length) { + break; // sequence found + } + offset++; + skipped++; + } + return skipped; + } + var objRegExp = /^(\d+)\s+(\d+)\s+obj\b/; + var trailerBytes = new Uint8Array([116, 114, 97, 105, 108, 101, 114]); + var startxrefBytes = new Uint8Array([115, 116, 97, 114, 116, 120, 114, + 101, 102]); + var endobjBytes = new Uint8Array([101, 110, 100, 111, 98, 106]); + var xrefBytes = new Uint8Array([47, 88, 82, 101, 102]); + + // Clear out any existing entries, since they may be bogus. + this.entries.length = 0; + + var stream = this.stream; + stream.pos = 0; + var buffer = stream.getBytes(); + var position = stream.start, length = buffer.length; + var trailers = [], xrefStms = []; + while (position < length) { + var ch = buffer[position]; + if (ch === TAB || ch === LF || ch === CR || ch === SPACE) { + ++position; + continue; + } + if (ch === PERCENT) { // %-comment + do { + ++position; + if (position >= length) { + break; + } + ch = buffer[position]; + } while (ch !== LF && ch !== CR); + continue; + } + var token = readToken(buffer, position); + var m; + if (token.indexOf('xref') === 0 && + (token.length === 4 || /\s/.test(token[4]))) { + position += skipUntil(buffer, position, trailerBytes); + trailers.push(position); + position += skipUntil(buffer, position, startxrefBytes); + } else if ((m = objRegExp.exec(token))) { + if (typeof this.entries[m[1]] === 'undefined') { + this.entries[m[1]] = { + offset: position - stream.start, + gen: m[2] | 0, + uncompressed: true + }; + } + var contentLength = skipUntil(buffer, position, endobjBytes) + 7; + var content = buffer.subarray(position, position + contentLength); + + // checking XRef stream suspect + // (it shall have '/XRef' and next char is not a letter) + var xrefTagOffset = skipUntil(content, 0, xrefBytes); + if (xrefTagOffset < contentLength && + content[xrefTagOffset + 5] < 64) { + xrefStms.push(position - stream.start); + this.xrefstms[position - stream.start] = 1; // Avoid recursion + } + + position += contentLength; + } else if (token.indexOf('trailer') === 0 && + (token.length === 7 || /\s/.test(token[7]))) { + trailers.push(position); + position += skipUntil(buffer, position, startxrefBytes); + } else { + position += token.length + 1; + } + } + // reading XRef streams + var i, ii; + for (i = 0, ii = xrefStms.length; i < ii; ++i) { + this.startXRefQueue.push(xrefStms[i]); + this.readXRef(/* recoveryMode */ true); + } + // finding main trailer + var dict; + for (i = 0, ii = trailers.length; i < ii; ++i) { + stream.pos = trailers[i]; + var parser = new Parser(new Lexer(stream), true, this); + var obj = parser.getObj(); + if (!isCmd(obj, 'trailer')) { + continue; + } + // read the trailer dictionary + if (!isDict(dict = parser.getObj())) { + continue; + } + // taking the first one with 'ID' + if (dict.has('ID')) { + return dict; + } + } + // no tailer with 'ID', taking last one (if exists) + if (dict) { + return dict; + } + // nothing helps + // calling error() would reject worker with an UnknownErrorException. + throw new InvalidPDFException('Invalid PDF structure'); + }, + + readXRef: function XRef_readXRef(recoveryMode) { + var stream = this.stream; + + try { + while (this.startXRefQueue.length) { + var startXRef = this.startXRefQueue[0]; + + stream.pos = startXRef + stream.start; + + var parser = new Parser(new Lexer(stream), true, this); + var obj = parser.getObj(); + var dict; + + // Get dictionary + if (isCmd(obj, 'xref')) { + // Parse end-of-file XRef + dict = this.processXRefTable(parser); + if (!this.topDict) { + this.topDict = dict; + } + + // Recursively get other XRefs 'XRefStm', if any + obj = dict.get('XRefStm'); + if (isInt(obj)) { + var pos = obj; + // ignore previously loaded xref streams + // (possible infinite recursion) + if (!(pos in this.xrefstms)) { + this.xrefstms[pos] = 1; + this.startXRefQueue.push(pos); + } + } + } else if (isInt(obj)) { + // Parse in-stream XRef + if (!isInt(parser.getObj()) || + !isCmd(parser.getObj(), 'obj') || + !isStream(obj = parser.getObj())) { + error('Invalid XRef stream'); + } + dict = this.processXRefStream(obj); + if (!this.topDict) { + this.topDict = dict; + } + if (!dict) { + error('Failed to read XRef stream'); + } + } else { + error('Invalid XRef stream header'); + } + + // Recursively get previous dictionary, if any + obj = dict.get('Prev'); + if (isInt(obj)) { + this.startXRefQueue.push(obj); + } else if (isRef(obj)) { + // The spec says Prev must not be a reference, i.e. "/Prev NNN" + // This is a fallback for non-compliant PDFs, i.e. "/Prev NNN 0 R" + this.startXRefQueue.push(obj.num); + } + + this.startXRefQueue.shift(); + } + + return this.topDict; + } catch (e) { + if (e instanceof MissingDataException) { + throw e; + } + info('(while reading XRef): ' + e); + } + + if (recoveryMode) { + return; + } + throw new XRefParseException(); + }, + + getEntry: function XRef_getEntry(i) { + var xrefEntry = this.entries[i]; + if (xrefEntry && !xrefEntry.free && xrefEntry.offset) { + return xrefEntry; + } + return null; + }, + + fetchIfRef: function XRef_fetchIfRef(obj) { + if (!isRef(obj)) { + return obj; + } + return this.fetch(obj); + }, + + fetch: function XRef_fetch(ref, suppressEncryption) { + assert(isRef(ref), 'ref object is not a reference'); + var num = ref.num; + if (num in this.cache) { + var cacheEntry = this.cache[num]; + return cacheEntry; + } + + var xrefEntry = this.getEntry(num); + + // the referenced entry can be free + if (xrefEntry === null) { + return (this.cache[num] = null); + } + + if (xrefEntry.uncompressed) { + xrefEntry = this.fetchUncompressed(ref, xrefEntry, suppressEncryption); + } else { + xrefEntry = this.fetchCompressed(xrefEntry, suppressEncryption); + } + if (isDict(xrefEntry)){ + xrefEntry.objId = ref.toString(); + } else if (isStream(xrefEntry)) { + xrefEntry.dict.objId = ref.toString(); + } + return xrefEntry; + }, + + fetchUncompressed: function XRef_fetchUncompressed(ref, xrefEntry, + suppressEncryption) { + var gen = ref.gen; + var num = ref.num; + if (xrefEntry.gen !== gen) { + error('inconsistent generation in XRef'); + } + var stream = this.stream.makeSubStream(xrefEntry.offset + + this.stream.start); + var parser = new Parser(new Lexer(stream), true, this); + var obj1 = parser.getObj(); + var obj2 = parser.getObj(); + var obj3 = parser.getObj(); + if (!isInt(obj1) || parseInt(obj1, 10) !== num || + !isInt(obj2) || parseInt(obj2, 10) !== gen || + !isCmd(obj3)) { + error('bad XRef entry'); + } + if (!isCmd(obj3, 'obj')) { + // some bad PDFs use "obj1234" and really mean 1234 + if (obj3.cmd.indexOf('obj') === 0) { + num = parseInt(obj3.cmd.substring(3), 10); + if (!isNaN(num)) { + return num; + } + } + error('bad XRef entry'); + } + if (this.encrypt && !suppressEncryption) { + xrefEntry = parser.getObj(this.encrypt.createCipherTransform(num, gen)); + } else { + xrefEntry = parser.getObj(); + } + if (!isStream(xrefEntry)) { + this.cache[num] = xrefEntry; + } + return xrefEntry; + }, + + fetchCompressed: function XRef_fetchCompressed(xrefEntry, + suppressEncryption) { + var tableOffset = xrefEntry.offset; + var stream = this.fetch(new Ref(tableOffset, 0)); + if (!isStream(stream)) { + error('bad ObjStm stream'); + } + var first = stream.dict.get('First'); + var n = stream.dict.get('N'); + if (!isInt(first) || !isInt(n)) { + error('invalid first and n parameters for ObjStm stream'); + } + var parser = new Parser(new Lexer(stream), false, this); + parser.allowStreams = true; + var i, entries = [], num, nums = []; + // read the object numbers to populate cache + for (i = 0; i < n; ++i) { + num = parser.getObj(); + if (!isInt(num)) { + error('invalid object number in the ObjStm stream: ' + num); + } + nums.push(num); + var offset = parser.getObj(); + if (!isInt(offset)) { + error('invalid object offset in the ObjStm stream: ' + offset); + } + } + // read stream objects for cache + for (i = 0; i < n; ++i) { + entries.push(parser.getObj()); + num = nums[i]; + var entry = this.entries[num]; + if (entry && entry.offset === tableOffset && entry.gen === i) { + this.cache[num] = entries[i]; + } + } + xrefEntry = entries[xrefEntry.gen]; + if (xrefEntry === undefined) { + error('bad XRef entry for compressed object'); + } + return xrefEntry; + }, + + fetchIfRefAsync: function XRef_fetchIfRefAsync(obj) { + if (!isRef(obj)) { + return Promise.resolve(obj); + } + return this.fetchAsync(obj); + }, + + fetchAsync: function XRef_fetchAsync(ref, suppressEncryption) { + var streamManager = this.stream.manager; + var xref = this; + return new Promise(function tryFetch(resolve, reject) { + try { + resolve(xref.fetch(ref, suppressEncryption)); + } catch (e) { + if (e instanceof MissingDataException) { + streamManager.requestRange(e.begin, e.end).then(function () { + tryFetch(resolve, reject); + }, reject); + return; + } + reject(e); + } + }); + }, + + getCatalogObj: function XRef_getCatalogObj() { + return this.root; + } + }; + + return XRef; +})(); + +/** + * A NameTree is like a Dict but has some advantageous properties, see the + * spec (7.9.6) for more details. + * TODO: implement all the Dict functions and make this more efficent. + */ +var NameTree = (function NameTreeClosure() { + function NameTree(root, xref) { + this.root = root; + this.xref = xref; + } + + NameTree.prototype = { + getAll: function NameTree_getAll() { + var dict = {}; + if (!this.root) { + return dict; + } + var xref = this.xref; + // reading name tree + var processed = new RefSet(); + processed.put(this.root); + var queue = [this.root]; + while (queue.length > 0) { + var i, n; + var obj = xref.fetchIfRef(queue.shift()); + if (!isDict(obj)) { + continue; + } + if (obj.has('Kids')) { + var kids = obj.get('Kids'); + for (i = 0, n = kids.length; i < n; i++) { + var kid = kids[i]; + if (processed.has(kid)) { + error('invalid destinations'); + } + queue.push(kid); + processed.put(kid); + } + continue; + } + var names = obj.get('Names'); + if (names) { + for (i = 0, n = names.length; i < n; i += 2) { + dict[xref.fetchIfRef(names[i])] = xref.fetchIfRef(names[i + 1]); + } + } + } + return dict; + }, + + get: function NameTree_get(destinationId) { + if (!this.root) { + return null; + } + + var xref = this.xref; + var kidsOrNames = xref.fetchIfRef(this.root); + var loopCount = 0; + var MAX_NAMES_LEVELS = 10; + var l, r, m; + + // Perform a binary search to quickly find the entry that + // contains the named destination we are looking for. + while (kidsOrNames.has('Kids')) { + loopCount++; + if (loopCount > MAX_NAMES_LEVELS) { + warn('Search depth limit for named destionations has been reached.'); + return null; + } + + var kids = kidsOrNames.get('Kids'); + if (!isArray(kids)) { + return null; + } + + l = 0; + r = kids.length - 1; + while (l <= r) { + m = (l + r) >> 1; + var kid = xref.fetchIfRef(kids[m]); + var limits = kid.get('Limits'); + + if (destinationId < xref.fetchIfRef(limits[0])) { + r = m - 1; + } else if (destinationId > xref.fetchIfRef(limits[1])) { + l = m + 1; + } else { + kidsOrNames = xref.fetchIfRef(kids[m]); + break; + } + } + if (l > r) { + return null; + } + } + + // If we get here, then we have found the right entry. Now + // go through the named destinations in the Named dictionary + // until we find the exact destination we're looking for. + var names = kidsOrNames.get('Names'); + if (isArray(names)) { + // Perform a binary search to reduce the lookup time. + l = 0; + r = names.length - 2; + while (l <= r) { + // Check only even indices (0, 2, 4, ...) because the + // odd indices contain the actual D array. + m = (l + r) & ~1; + if (destinationId < xref.fetchIfRef(names[m])) { + r = m - 2; + } else if (destinationId > xref.fetchIfRef(names[m])) { + l = m + 2; + } else { + return xref.fetchIfRef(names[m + 1]); + } + } + } + return null; + } + }; + return NameTree; +})(); + +/** + * "A PDF file can refer to the contents of another file by using a File + * Specification (PDF 1.1)", see the spec (7.11) for more details. + * NOTE: Only embedded files are supported (as part of the attachments support) + * TODO: support the 'URL' file system (with caching if !/V), portable + * collections attributes and related files (/RF) + */ +var FileSpec = (function FileSpecClosure() { + function FileSpec(root, xref) { + if (!root || !isDict(root)) { + return; + } + this.xref = xref; + this.root = root; + if (root.has('FS')) { + this.fs = root.get('FS'); + } + this.description = root.has('Desc') ? + stringToPDFString(root.get('Desc')) : + ''; + if (root.has('RF')) { + warn('Related file specifications are not supported'); + } + this.contentAvailable = true; + if (!root.has('EF')) { + this.contentAvailable = false; + warn('Non-embedded file specifications are not supported'); + } + } + + function pickPlatformItem(dict) { + // Look for the filename in this order: + // UF, F, Unix, Mac, DOS + if (dict.has('UF')) { + return dict.get('UF'); + } else if (dict.has('F')) { + return dict.get('F'); + } else if (dict.has('Unix')) { + return dict.get('Unix'); + } else if (dict.has('Mac')) { + return dict.get('Mac'); + } else if (dict.has('DOS')) { + return dict.get('DOS'); + } else { + return null; + } + } + + FileSpec.prototype = { + get filename() { + if (!this._filename && this.root) { + var filename = pickPlatformItem(this.root) || 'unnamed'; + this._filename = stringToPDFString(filename). + replace(/\\\\/g, '\\'). + replace(/\\\//g, '/'). + replace(/\\/g, '/'); + } + return this._filename; + }, + get content() { + if (!this.contentAvailable) { + return null; + } + if (!this.contentRef && this.root) { + this.contentRef = pickPlatformItem(this.root.get('EF')); + } + var content = null; + if (this.contentRef) { + var xref = this.xref; + var fileObj = xref.fetchIfRef(this.contentRef); + if (fileObj && isStream(fileObj)) { + content = fileObj.getBytes(); + } else { + warn('Embedded file specification points to non-existing/invalid ' + + 'content'); + } + } else { + warn('Embedded file specification does not have a content'); + } + return content; + }, + get serializable() { + return { + filename: this.filename, + content: this.content + }; + } + }; + return FileSpec; +})(); + +/** + * A helper for loading missing data in object graphs. It traverses the graph + * depth first and queues up any objects that have missing data. Once it has + * has traversed as many objects that are available it attempts to bundle the + * missing data requests and then resume from the nodes that weren't ready. + * + * NOTE: It provides protection from circular references by keeping track of + * of loaded references. However, you must be careful not to load any graphs + * that have references to the catalog or other pages since that will cause the + * entire PDF document object graph to be traversed. + */ +var ObjectLoader = (function() { + function mayHaveChildren(value) { + return isRef(value) || isDict(value) || isArray(value) || isStream(value); + } + + function addChildren(node, nodesToVisit) { + var value; + if (isDict(node) || isStream(node)) { + var map; + if (isDict(node)) { + map = node.map; + } else { + map = node.dict.map; + } + for (var key in map) { + value = map[key]; + if (mayHaveChildren(value)) { + nodesToVisit.push(value); + } + } + } else if (isArray(node)) { + for (var i = 0, ii = node.length; i < ii; i++) { + value = node[i]; + if (mayHaveChildren(value)) { + nodesToVisit.push(value); + } + } + } + } + + function ObjectLoader(obj, keys, xref) { + this.obj = obj; + this.keys = keys; + this.xref = xref; + this.refSet = null; + this.capability = null; + } + + ObjectLoader.prototype = { + load: function ObjectLoader_load() { + var keys = this.keys; + this.capability = createPromiseCapability(); + // Don't walk the graph if all the data is already loaded. + if (!(this.xref.stream instanceof ChunkedStream) || + this.xref.stream.getMissingChunks().length === 0) { + this.capability.resolve(); + return this.capability.promise; + } + + this.refSet = new RefSet(); + // Setup the initial nodes to visit. + var nodesToVisit = []; + for (var i = 0; i < keys.length; i++) { + nodesToVisit.push(this.obj[keys[i]]); + } + + this._walk(nodesToVisit); + return this.capability.promise; + }, + + _walk: function ObjectLoader_walk(nodesToVisit) { + var nodesToRevisit = []; + var pendingRequests = []; + // DFS walk of the object graph. + while (nodesToVisit.length) { + var currentNode = nodesToVisit.pop(); + + // Only references or chunked streams can cause missing data exceptions. + if (isRef(currentNode)) { + // Skip nodes that have already been visited. + if (this.refSet.has(currentNode)) { + continue; + } + try { + var ref = currentNode; + this.refSet.put(ref); + currentNode = this.xref.fetch(currentNode); + } catch (e) { + if (!(e instanceof MissingDataException)) { + throw e; + } + nodesToRevisit.push(currentNode); + pendingRequests.push({ begin: e.begin, end: e.end }); + } + } + if (currentNode && currentNode.getBaseStreams) { + var baseStreams = currentNode.getBaseStreams(); + var foundMissingData = false; + for (var i = 0; i < baseStreams.length; i++) { + var stream = baseStreams[i]; + if (stream.getMissingChunks && stream.getMissingChunks().length) { + foundMissingData = true; + pendingRequests.push({ + begin: stream.start, + end: stream.end + }); + } + } + if (foundMissingData) { + nodesToRevisit.push(currentNode); + } + } + + addChildren(currentNode, nodesToVisit); + } + + if (pendingRequests.length) { + this.xref.stream.manager.requestRanges(pendingRequests).then( + function pendingRequestCallback() { + nodesToVisit = nodesToRevisit; + for (var i = 0; i < nodesToRevisit.length; i++) { + var node = nodesToRevisit[i]; + // Remove any reference nodes from the currrent refset so they + // aren't skipped when we revist them. + if (isRef(node)) { + this.refSet.remove(node); + } + } + this._walk(nodesToVisit); + }.bind(this), this.capability.reject); + return; + } + // Everything is loaded. + this.refSet = null; + this.capability.resolve(); + } + }; + + return ObjectLoader; +})(); + + +var ISOAdobeCharset = [ + '.notdef', 'space', 'exclam', 'quotedbl', 'numbersign', 'dollar', + 'percent', 'ampersand', 'quoteright', 'parenleft', 'parenright', + 'asterisk', 'plus', 'comma', 'hyphen', 'period', 'slash', 'zero', + 'one', 'two', 'three', 'four', 'five', 'six', 'seven', 'eight', + 'nine', 'colon', 'semicolon', 'less', 'equal', 'greater', 'question', + 'at', 'A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', + 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z', + 'bracketleft', 'backslash', 'bracketright', 'asciicircum', 'underscore', + 'quoteleft', 'a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', + 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 'u', 'v', 'w', 'x', 'y', 'z', + 'braceleft', 'bar', 'braceright', 'asciitilde', 'exclamdown', 'cent', + 'sterling', 'fraction', 'yen', 'florin', 'section', 'currency', + 'quotesingle', 'quotedblleft', 'guillemotleft', 'guilsinglleft', + 'guilsinglright', 'fi', 'fl', 'endash', 'dagger', 'daggerdbl', + 'periodcentered', 'paragraph', 'bullet', 'quotesinglbase', + 'quotedblbase', 'quotedblright', 'guillemotright', 'ellipsis', + 'perthousand', 'questiondown', 'grave', 'acute', 'circumflex', 'tilde', + 'macron', 'breve', 'dotaccent', 'dieresis', 'ring', 'cedilla', + 'hungarumlaut', 'ogonek', 'caron', 'emdash', 'AE', 'ordfeminine', + 'Lslash', 'Oslash', 'OE', 'ordmasculine', 'ae', 'dotlessi', 'lslash', + 'oslash', 'oe', 'germandbls', 'onesuperior', 'logicalnot', 'mu', + 'trademark', 'Eth', 'onehalf', 'plusminus', 'Thorn', 'onequarter', + 'divide', 'brokenbar', 'degree', 'thorn', 'threequarters', 'twosuperior', + 'registered', 'minus', 'eth', 'multiply', 'threesuperior', 'copyright', + 'Aacute', 'Acircumflex', 'Adieresis', 'Agrave', 'Aring', 'Atilde', + 'Ccedilla', 'Eacute', 'Ecircumflex', 'Edieresis', 'Egrave', 'Iacute', + 'Icircumflex', 'Idieresis', 'Igrave', 'Ntilde', 'Oacute', 'Ocircumflex', + 'Odieresis', 'Ograve', 'Otilde', 'Scaron', 'Uacute', 'Ucircumflex', + 'Udieresis', 'Ugrave', 'Yacute', 'Ydieresis', 'Zcaron', 'aacute', + 'acircumflex', 'adieresis', 'agrave', 'aring', 'atilde', 'ccedilla', + 'eacute', 'ecircumflex', 'edieresis', 'egrave', 'iacute', 'icircumflex', + 'idieresis', 'igrave', 'ntilde', 'oacute', 'ocircumflex', 'odieresis', + 'ograve', 'otilde', 'scaron', 'uacute', 'ucircumflex', 'udieresis', + 'ugrave', 'yacute', 'ydieresis', 'zcaron' +]; + +var ExpertCharset = [ + '.notdef', 'space', 'exclamsmall', 'Hungarumlautsmall', 'dollaroldstyle', + 'dollarsuperior', 'ampersandsmall', 'Acutesmall', 'parenleftsuperior', + 'parenrightsuperior', 'twodotenleader', 'onedotenleader', 'comma', + 'hyphen', 'period', 'fraction', 'zerooldstyle', 'oneoldstyle', + 'twooldstyle', 'threeoldstyle', 'fouroldstyle', 'fiveoldstyle', + 'sixoldstyle', 'sevenoldstyle', 'eightoldstyle', 'nineoldstyle', + 'colon', 'semicolon', 'commasuperior', 'threequartersemdash', + 'periodsuperior', 'questionsmall', 'asuperior', 'bsuperior', + 'centsuperior', 'dsuperior', 'esuperior', 'isuperior', 'lsuperior', + 'msuperior', 'nsuperior', 'osuperior', 'rsuperior', 'ssuperior', + 'tsuperior', 'ff', 'fi', 'fl', 'ffi', 'ffl', 'parenleftinferior', + 'parenrightinferior', 'Circumflexsmall', 'hyphensuperior', 'Gravesmall', + 'Asmall', 'Bsmall', 'Csmall', 'Dsmall', 'Esmall', 'Fsmall', 'Gsmall', + 'Hsmall', 'Ismall', 'Jsmall', 'Ksmall', 'Lsmall', 'Msmall', 'Nsmall', + 'Osmall', 'Psmall', 'Qsmall', 'Rsmall', 'Ssmall', 'Tsmall', 'Usmall', + 'Vsmall', 'Wsmall', 'Xsmall', 'Ysmall', 'Zsmall', 'colonmonetary', + 'onefitted', 'rupiah', 'Tildesmall', 'exclamdownsmall', 'centoldstyle', + 'Lslashsmall', 'Scaronsmall', 'Zcaronsmall', 'Dieresissmall', + 'Brevesmall', 'Caronsmall', 'Dotaccentsmall', 'Macronsmall', + 'figuredash', 'hypheninferior', 'Ogoneksmall', 'Ringsmall', + 'Cedillasmall', 'onequarter', 'onehalf', 'threequarters', + 'questiondownsmall', 'oneeighth', 'threeeighths', 'fiveeighths', + 'seveneighths', 'onethird', 'twothirds', 'zerosuperior', 'onesuperior', + 'twosuperior', 'threesuperior', 'foursuperior', 'fivesuperior', + 'sixsuperior', 'sevensuperior', 'eightsuperior', 'ninesuperior', + 'zeroinferior', 'oneinferior', 'twoinferior', 'threeinferior', + 'fourinferior', 'fiveinferior', 'sixinferior', 'seveninferior', + 'eightinferior', 'nineinferior', 'centinferior', 'dollarinferior', + 'periodinferior', 'commainferior', 'Agravesmall', 'Aacutesmall', + 'Acircumflexsmall', 'Atildesmall', 'Adieresissmall', 'Aringsmall', + 'AEsmall', 'Ccedillasmall', 'Egravesmall', 'Eacutesmall', + 'Ecircumflexsmall', 'Edieresissmall', 'Igravesmall', 'Iacutesmall', + 'Icircumflexsmall', 'Idieresissmall', 'Ethsmall', 'Ntildesmall', + 'Ogravesmall', 'Oacutesmall', 'Ocircumflexsmall', 'Otildesmall', + 'Odieresissmall', 'OEsmall', 'Oslashsmall', 'Ugravesmall', 'Uacutesmall', + 'Ucircumflexsmall', 'Udieresissmall', 'Yacutesmall', 'Thornsmall', + 'Ydieresissmall' +]; + +var ExpertSubsetCharset = [ + '.notdef', 'space', 'dollaroldstyle', 'dollarsuperior', + 'parenleftsuperior', 'parenrightsuperior', 'twodotenleader', + 'onedotenleader', 'comma', 'hyphen', 'period', 'fraction', + 'zerooldstyle', 'oneoldstyle', 'twooldstyle', 'threeoldstyle', + 'fouroldstyle', 'fiveoldstyle', 'sixoldstyle', 'sevenoldstyle', + 'eightoldstyle', 'nineoldstyle', 'colon', 'semicolon', 'commasuperior', + 'threequartersemdash', 'periodsuperior', 'asuperior', 'bsuperior', + 'centsuperior', 'dsuperior', 'esuperior', 'isuperior', 'lsuperior', + 'msuperior', 'nsuperior', 'osuperior', 'rsuperior', 'ssuperior', + 'tsuperior', 'ff', 'fi', 'fl', 'ffi', 'ffl', 'parenleftinferior', + 'parenrightinferior', 'hyphensuperior', 'colonmonetary', 'onefitted', + 'rupiah', 'centoldstyle', 'figuredash', 'hypheninferior', 'onequarter', + 'onehalf', 'threequarters', 'oneeighth', 'threeeighths', 'fiveeighths', + 'seveneighths', 'onethird', 'twothirds', 'zerosuperior', 'onesuperior', + 'twosuperior', 'threesuperior', 'foursuperior', 'fivesuperior', + 'sixsuperior', 'sevensuperior', 'eightsuperior', 'ninesuperior', + 'zeroinferior', 'oneinferior', 'twoinferior', 'threeinferior', + 'fourinferior', 'fiveinferior', 'sixinferior', 'seveninferior', + 'eightinferior', 'nineinferior', 'centinferior', 'dollarinferior', + 'periodinferior', 'commainferior' +]; + + +var DEFAULT_ICON_SIZE = 22; // px + +/** + * @class + * @alias AnnotationFactory + */ +function AnnotationFactory() {} +AnnotationFactory.prototype = /** @lends AnnotationFactory.prototype */ { + /** + * @param {XRef} xref + * @param {Object} ref + * @returns {Annotation} + */ + create: function AnnotationFactory_create(xref, ref) { + var dict = xref.fetchIfRef(ref); + if (!isDict(dict)) { + return; + } + + // Determine the annotation's subtype. + var subtype = dict.get('Subtype'); + subtype = isName(subtype) ? subtype.name : ''; + + // Return the right annotation object based on the subtype and field type. + var parameters = { + dict: dict, + ref: ref + }; + + switch (subtype) { + case 'Link': + return new LinkAnnotation(parameters); + + case 'Text': + return new TextAnnotation(parameters); + + case 'Widget': + var fieldType = Util.getInheritableProperty(dict, 'FT'); + if (isName(fieldType) && fieldType.name === 'Tx') { + return new TextWidgetAnnotation(parameters); + } + return new WidgetAnnotation(parameters); + + default: + warn('Unimplemented annotation type "' + subtype + '", ' + + 'falling back to base annotation'); + return new Annotation(parameters); + } + } +}; + +var Annotation = (function AnnotationClosure() { + // 12.5.5: Algorithm: Appearance streams + function getTransformMatrix(rect, bbox, matrix) { + var bounds = Util.getAxialAlignedBoundingBox(bbox, matrix); + var minX = bounds[0]; + var minY = bounds[1]; + var maxX = bounds[2]; + var maxY = bounds[3]; + + if (minX === maxX || minY === maxY) { + // From real-life file, bbox was [0, 0, 0, 0]. In this case, + // just apply the transform for rect + return [1, 0, 0, 1, rect[0], rect[1]]; + } + + var xRatio = (rect[2] - rect[0]) / (maxX - minX); + var yRatio = (rect[3] - rect[1]) / (maxY - minY); + return [ + xRatio, + 0, + 0, + yRatio, + rect[0] - minX * xRatio, + rect[1] - minY * yRatio + ]; + } + + function getDefaultAppearance(dict) { + var appearanceState = dict.get('AP'); + if (!isDict(appearanceState)) { + return; + } + + var appearance; + var appearances = appearanceState.get('N'); + if (isDict(appearances)) { + var as = dict.get('AS'); + if (as && appearances.has(as.name)) { + appearance = appearances.get(as.name); + } + } else { + appearance = appearances; + } + return appearance; + } + + function Annotation(params) { + var dict = params.dict; + + this.setFlags(dict.get('F')); + this.setRectangle(dict.get('Rect')); + this.setColor(dict.get('C')); + this.setBorderStyle(dict); + this.appearance = getDefaultAppearance(dict); + + // Expose public properties using a data object. + this.data = {}; + this.data.id = params.ref.num; + this.data.subtype = dict.get('Subtype').name; + this.data.annotationFlags = this.flags; + this.data.rect = this.rectangle; + this.data.color = this.color; + this.data.borderStyle = this.borderStyle; + this.data.hasAppearance = !!this.appearance; + } + + Annotation.prototype = { + /** + * @return {boolean} + */ + get viewable() { + if (this.flags) { + return !this.hasFlag(AnnotationFlag.INVISIBLE) && + !this.hasFlag(AnnotationFlag.HIDDEN) && + !this.hasFlag(AnnotationFlag.NOVIEW); + } + return true; + }, + + /** + * @return {boolean} + */ + get printable() { + if (this.flags) { + return this.hasFlag(AnnotationFlag.PRINT) && + !this.hasFlag(AnnotationFlag.INVISIBLE) && + !this.hasFlag(AnnotationFlag.HIDDEN); + } + return false; + }, + + /** + * Set the flags. + * + * @public + * @memberof Annotation + * @param {number} flags - Unsigned 32-bit integer specifying annotation + * characteristics + * @see {@link shared/util.js} + */ + setFlags: function Annotation_setFlags(flags) { + if (isInt(flags)) { + this.flags = flags; + } else { + this.flags = 0; + } + }, + + /** + * Check if a provided flag is set. + * + * @public + * @memberof Annotation + * @param {number} flag - Hexadecimal representation for an annotation + * characteristic + * @return {boolean} + * @see {@link shared/util.js} + */ + hasFlag: function Annotation_hasFlag(flag) { + if (this.flags) { + return (this.flags & flag) > 0; + } + return false; + }, + + /** + * Set the rectangle. + * + * @public + * @memberof Annotation + * @param {Array} rectangle - The rectangle array with exactly four entries + */ + setRectangle: function Annotation_setRectangle(rectangle) { + if (isArray(rectangle) && rectangle.length === 4) { + this.rectangle = Util.normalizeRect(rectangle); + } else { + this.rectangle = [0, 0, 0, 0]; + } + }, + + /** + * Set the color and take care of color space conversion. + * + * @public + * @memberof Annotation + * @param {Array} color - The color array containing either 0 + * (transparent), 1 (grayscale), 3 (RGB) or + * 4 (CMYK) elements + */ + setColor: function Annotation_setColor(color) { + var rgbColor = new Uint8Array(3); // Black in RGB color space (default) + if (!isArray(color)) { + this.color = rgbColor; + return; + } + + switch (color.length) { + case 0: // Transparent, which we indicate with a null value + this.color = null; + break; + + case 1: // Convert grayscale to RGB + ColorSpace.singletons.gray.getRgbItem(color, 0, rgbColor, 0); + this.color = rgbColor; + break; + + case 3: // Convert RGB percentages to RGB + ColorSpace.singletons.rgb.getRgbItem(color, 0, rgbColor, 0); + this.color = rgbColor; + break; + + case 4: // Convert CMYK to RGB + ColorSpace.singletons.cmyk.getRgbItem(color, 0, rgbColor, 0); + this.color = rgbColor; + break; + + default: + this.color = rgbColor; + break; + } + }, + + /** + * Set the border style (as AnnotationBorderStyle object). + * + * @public + * @memberof Annotation + * @param {Dict} borderStyle - The border style dictionary + */ + setBorderStyle: function Annotation_setBorderStyle(borderStyle) { + this.borderStyle = new AnnotationBorderStyle(); + if (!isDict(borderStyle)) { + return; + } + if (borderStyle.has('BS')) { + var dict = borderStyle.get('BS'); + var dictType; + + if (!dict.has('Type') || (isName(dictType = dict.get('Type')) && + dictType.name === 'Border')) { + this.borderStyle.setWidth(dict.get('W')); + this.borderStyle.setStyle(dict.get('S')); + this.borderStyle.setDashArray(dict.get('D')); + } + } else if (borderStyle.has('Border')) { + var array = borderStyle.get('Border'); + if (isArray(array) && array.length >= 3) { + this.borderStyle.setHorizontalCornerRadius(array[0]); + this.borderStyle.setVerticalCornerRadius(array[1]); + this.borderStyle.setWidth(array[2]); + + if (array.length === 4) { // Dash array available + this.borderStyle.setDashArray(array[3]); + } + } + } else { + // There are no border entries in the dictionary. According to the + // specification, we should draw a solid border of width 1 in that + // case, but Adobe Reader did not implement that part of the + // specification and instead draws no border at all, so we do the same. + // See also https://github.com/mozilla/pdf.js/issues/6179. + this.borderStyle.setWidth(0); + } + }, + + loadResources: function Annotation_loadResources(keys) { + return new Promise(function (resolve, reject) { + this.appearance.dict.getAsync('Resources').then(function (resources) { + if (!resources) { + resolve(); + return; + } + var objectLoader = new ObjectLoader(resources.map, + keys, + resources.xref); + objectLoader.load().then(function() { + resolve(resources); + }, reject); + }, reject); + }.bind(this)); + }, + + getOperatorList: function Annotation_getOperatorList(evaluator, task) { + if (!this.appearance) { + return Promise.resolve(new OperatorList()); + } + + var data = this.data; + var appearanceDict = this.appearance.dict; + var resourcesPromise = this.loadResources([ + 'ExtGState', + 'ColorSpace', + 'Pattern', + 'Shading', + 'XObject', + 'Font' + // ProcSet + // Properties + ]); + var bbox = appearanceDict.get('BBox') || [0, 0, 1, 1]; + var matrix = appearanceDict.get('Matrix') || [1, 0, 0, 1, 0 ,0]; + var transform = getTransformMatrix(data.rect, bbox, matrix); + var self = this; + + return resourcesPromise.then(function(resources) { + var opList = new OperatorList(); + opList.addOp(OPS.beginAnnotation, [data.rect, transform, matrix]); + return evaluator.getOperatorList(self.appearance, task, + resources, opList). + then(function () { + opList.addOp(OPS.endAnnotation, []); + self.appearance.reset(); + return opList; + }); + }); + } + }; + + Annotation.appendToOperatorList = function Annotation_appendToOperatorList( + annotations, opList, partialEvaluator, task, intent) { + var annotationPromises = []; + for (var i = 0, n = annotations.length; i < n; ++i) { + if ((intent === 'display' && annotations[i].viewable) || + (intent === 'print' && annotations[i].printable)) { + annotationPromises.push( + annotations[i].getOperatorList(partialEvaluator, task)); + } + } + return Promise.all(annotationPromises).then(function(operatorLists) { + opList.addOp(OPS.beginAnnotations, []); + for (var i = 0, n = operatorLists.length; i < n; ++i) { + opList.addOpList(operatorLists[i]); + } + opList.addOp(OPS.endAnnotations, []); + }); + }; + + return Annotation; +})(); + +/** + * Contains all data regarding an annotation's border style. + * + * @class + */ +var AnnotationBorderStyle = (function AnnotationBorderStyleClosure() { + /** + * @constructor + * @private + */ + function AnnotationBorderStyle() { + this.width = 1; + this.style = AnnotationBorderStyleType.SOLID; + this.dashArray = [3]; + this.horizontalCornerRadius = 0; + this.verticalCornerRadius = 0; + } + + AnnotationBorderStyle.prototype = { + /** + * Set the width. + * + * @public + * @memberof AnnotationBorderStyle + * @param {integer} width - The width + */ + setWidth: function AnnotationBorderStyle_setWidth(width) { + if (width === (width | 0)) { + this.width = width; + } + }, + + /** + * Set the style. + * + * @public + * @memberof AnnotationBorderStyle + * @param {Object} style - The style object + * @see {@link shared/util.js} + */ + setStyle: function AnnotationBorderStyle_setStyle(style) { + if (!style) { + return; + } + switch (style.name) { + case 'S': + this.style = AnnotationBorderStyleType.SOLID; + break; + + case 'D': + this.style = AnnotationBorderStyleType.DASHED; + break; + + case 'B': + this.style = AnnotationBorderStyleType.BEVELED; + break; + + case 'I': + this.style = AnnotationBorderStyleType.INSET; + break; + + case 'U': + this.style = AnnotationBorderStyleType.UNDERLINE; + break; + + default: + break; + } + }, + + /** + * Set the dash array. + * + * @public + * @memberof AnnotationBorderStyle + * @param {Array} dashArray - The dash array with at least one element + */ + setDashArray: function AnnotationBorderStyle_setDashArray(dashArray) { + // We validate the dash array, but we do not use it because CSS does not + // allow us to change spacing of dashes. For more information, visit + // http://www.w3.org/TR/css3-background/#the-border-style. + if (isArray(dashArray) && dashArray.length > 0) { + // According to the PDF specification: the elements in a dashArray + // shall be numbers that are nonnegative and not all equal to zero. + var isValid = true; + var allZeros = true; + for (var i = 0, len = dashArray.length; i < len; i++) { + var element = dashArray[i]; + var validNumber = (+element >= 0); + if (!validNumber) { + isValid = false; + break; + } else if (element > 0) { + allZeros = false; + } + } + if (isValid && !allZeros) { + this.dashArray = dashArray; + } else { + this.width = 0; // Adobe behavior when the array is invalid. + } + } else if (dashArray) { + this.width = 0; // Adobe behavior when the array is invalid. + } + }, + + /** + * Set the horizontal corner radius (from a Border dictionary). + * + * @public + * @memberof AnnotationBorderStyle + * @param {integer} radius - The horizontal corner radius + */ + setHorizontalCornerRadius: + function AnnotationBorderStyle_setHorizontalCornerRadius(radius) { + if (radius === (radius | 0)) { + this.horizontalCornerRadius = radius; + } + }, + + /** + * Set the vertical corner radius (from a Border dictionary). + * + * @public + * @memberof AnnotationBorderStyle + * @param {integer} radius - The vertical corner radius + */ + setVerticalCornerRadius: + function AnnotationBorderStyle_setVerticalCornerRadius(radius) { + if (radius === (radius | 0)) { + this.verticalCornerRadius = radius; + } + } + }; + + return AnnotationBorderStyle; +})(); + +var WidgetAnnotation = (function WidgetAnnotationClosure() { + function WidgetAnnotation(params) { + Annotation.call(this, params); + + var dict = params.dict; + var data = this.data; + + data.annotationType = AnnotationType.WIDGET; + data.fieldValue = stringToPDFString( + Util.getInheritableProperty(dict, 'V') || ''); + data.alternativeText = stringToPDFString(dict.get('TU') || ''); + data.defaultAppearance = Util.getInheritableProperty(dict, 'DA') || ''; + var fieldType = Util.getInheritableProperty(dict, 'FT'); + data.fieldType = isName(fieldType) ? fieldType.name : ''; + data.fieldFlags = Util.getInheritableProperty(dict, 'Ff') || 0; + this.fieldResources = Util.getInheritableProperty(dict, 'DR') || Dict.empty; + + // Hide unsupported Widget signatures. + if (data.fieldType === 'Sig') { + warn('unimplemented annotation type: Widget signature'); + this.setFlags(AnnotationFlag.HIDDEN); + } + + // Building the full field name by collecting the field and + // its ancestors 'T' data and joining them using '.'. + var fieldName = []; + var namedItem = dict; + var ref = params.ref; + while (namedItem) { + var parent = namedItem.get('Parent'); + var parentRef = namedItem.getRaw('Parent'); + var name = namedItem.get('T'); + if (name) { + fieldName.unshift(stringToPDFString(name)); + } else if (parent && ref) { + // The field name is absent, that means more than one field + // with the same name may exist. Replacing the empty name + // with the '`' plus index in the parent's 'Kids' array. + // This is not in the PDF spec but necessary to id the + // the input controls. + var kids = parent.get('Kids'); + var j, jj; + for (j = 0, jj = kids.length; j < jj; j++) { + var kidRef = kids[j]; + if (kidRef.num === ref.num && kidRef.gen === ref.gen) { + break; + } + } + fieldName.unshift('`' + j); + } + namedItem = parent; + ref = parentRef; + } + data.fullName = fieldName.join('.'); + } + + Util.inherit(WidgetAnnotation, Annotation, {}); + + return WidgetAnnotation; +})(); + +var TextWidgetAnnotation = (function TextWidgetAnnotationClosure() { + function TextWidgetAnnotation(params) { + WidgetAnnotation.call(this, params); + + this.data.textAlignment = Util.getInheritableProperty(params.dict, 'Q'); + this.data.hasHtml = !this.data.hasAppearance && !!this.data.fieldValue; + } + + Util.inherit(TextWidgetAnnotation, WidgetAnnotation, { + getOperatorList: function TextWidgetAnnotation_getOperatorList(evaluator, + task) { + if (this.appearance) { + return Annotation.prototype.getOperatorList.call(this, evaluator, task); + } + + var opList = new OperatorList(); + var data = this.data; + + // Even if there is an appearance stream, ignore it. This is the + // behaviour used by Adobe Reader. + if (!data.defaultAppearance) { + return Promise.resolve(opList); + } + + var stream = new Stream(stringToBytes(data.defaultAppearance)); + return evaluator.getOperatorList(stream, task, + this.fieldResources, opList). + then(function () { + return opList; + }); + } + }); + + return TextWidgetAnnotation; +})(); + +var TextAnnotation = (function TextAnnotationClosure() { + function TextAnnotation(params) { + Annotation.call(this, params); + + var dict = params.dict; + var data = this.data; + + var content = dict.get('Contents'); + var title = dict.get('T'); + data.annotationType = AnnotationType.TEXT; + data.content = stringToPDFString(content || ''); + data.title = stringToPDFString(title || ''); + data.hasHtml = true; + + if (data.hasAppearance) { + data.name = 'NoIcon'; + } else { + data.rect[1] = data.rect[3] - DEFAULT_ICON_SIZE; + data.rect[2] = data.rect[0] + DEFAULT_ICON_SIZE; + data.name = dict.has('Name') ? dict.get('Name').name : 'Note'; + } + + if (dict.has('C')) { + data.hasBgColor = true; + } + } + + Util.inherit(TextAnnotation, Annotation, {}); + + return TextAnnotation; +})(); + +var LinkAnnotation = (function LinkAnnotationClosure() { + function LinkAnnotation(params) { + Annotation.call(this, params); + + var dict = params.dict; + var data = this.data; + data.annotationType = AnnotationType.LINK; + data.hasHtml = true; + + var action = dict.get('A'); + if (action && isDict(action)) { + var linkType = action.get('S').name; + if (linkType === 'URI') { + var url = action.get('URI'); + if (isName(url)) { + // Some bad PDFs do not put parentheses around relative URLs. + url = '/' + url.name; + } else if (url) { + url = addDefaultProtocolToUrl(url); + } + // TODO: pdf spec mentions urls can be relative to a Base + // entry in the dictionary. + if (!isValidUrl(url, false)) { + url = ''; + } + // According to ISO 32000-1:2008, section 12.6.4.7, + // URI should to be encoded in 7-bit ASCII. + // Some bad PDFs may have URIs in UTF-8 encoding, see Bugzilla 1122280. + try { + data.url = stringToUTF8String(url); + } catch (e) { + // Fall back to a simple copy. + data.url = url; + } + } else if (linkType === 'GoTo') { + data.dest = action.get('D'); + } else if (linkType === 'GoToR') { + var urlDict = action.get('F'); + if (isDict(urlDict)) { + // We assume that the 'url' is a Filspec dictionary + // and fetch the url without checking any further + url = urlDict.get('F') || ''; + } + + // TODO: pdf reference says that GoToR + // can also have 'NewWindow' attribute + if (!isValidUrl(url, false)) { + url = ''; + } + data.url = url; + data.dest = action.get('D'); + } else if (linkType === 'Named') { + data.action = action.get('N').name; + } else { + warn('unrecognized link type: ' + linkType); + } + } else if (dict.has('Dest')) { + // simple destination link + var dest = dict.get('Dest'); + data.dest = isName(dest) ? dest.name : dest; + } + } + + // Lets URLs beginning with 'www.' default to using the 'http://' protocol. + function addDefaultProtocolToUrl(url) { + if (url && url.indexOf('www.') === 0) { + return ('http://' + url); + } + return url; + } + + Util.inherit(LinkAnnotation, Annotation, {}); + + return LinkAnnotation; +})(); + + +var PDFFunction = (function PDFFunctionClosure() { + var CONSTRUCT_SAMPLED = 0; + var CONSTRUCT_INTERPOLATED = 2; + var CONSTRUCT_STICHED = 3; + var CONSTRUCT_POSTSCRIPT = 4; + + return { + getSampleArray: function PDFFunction_getSampleArray(size, outputSize, bps, + str) { + var i, ii; + var length = 1; + for (i = 0, ii = size.length; i < ii; i++) { + length *= size[i]; + } + length *= outputSize; + + var array = new Array(length); + var codeSize = 0; + var codeBuf = 0; + // 32 is a valid bps so shifting won't work + var sampleMul = 1.0 / (Math.pow(2.0, bps) - 1); + + var strBytes = str.getBytes((length * bps + 7) / 8); + var strIdx = 0; + for (i = 0; i < length; i++) { + while (codeSize < bps) { + codeBuf <<= 8; + codeBuf |= strBytes[strIdx++]; + codeSize += 8; + } + codeSize -= bps; + array[i] = (codeBuf >> codeSize) * sampleMul; + codeBuf &= (1 << codeSize) - 1; + } + return array; + }, + + getIR: function PDFFunction_getIR(xref, fn) { + var dict = fn.dict; + if (!dict) { + dict = fn; + } + + var types = [this.constructSampled, + null, + this.constructInterpolated, + this.constructStiched, + this.constructPostScript]; + + var typeNum = dict.get('FunctionType'); + var typeFn = types[typeNum]; + if (!typeFn) { + error('Unknown type of function'); + } + + return typeFn.call(this, fn, dict, xref); + }, + + fromIR: function PDFFunction_fromIR(IR) { + var type = IR[0]; + switch (type) { + case CONSTRUCT_SAMPLED: + return this.constructSampledFromIR(IR); + case CONSTRUCT_INTERPOLATED: + return this.constructInterpolatedFromIR(IR); + case CONSTRUCT_STICHED: + return this.constructStichedFromIR(IR); + //case CONSTRUCT_POSTSCRIPT: + default: + return this.constructPostScriptFromIR(IR); + } + }, + + parse: function PDFFunction_parse(xref, fn) { + var IR = this.getIR(xref, fn); + return this.fromIR(IR); + }, + + parseArray: function PDFFunction_parseArray(xref, fnObj) { + if (!isArray(fnObj)) { + // not an array -- parsing as regular function + return this.parse(xref, fnObj); + } + + var fnArray = []; + for (var j = 0, jj = fnObj.length; j < jj; j++) { + var obj = xref.fetchIfRef(fnObj[j]); + fnArray.push(PDFFunction.parse(xref, obj)); + } + return function (src, srcOffset, dest, destOffset) { + for (var i = 0, ii = fnArray.length; i < ii; i++) { + fnArray[i](src, srcOffset, dest, destOffset + i); + } + }; + }, + + constructSampled: function PDFFunction_constructSampled(str, dict) { + function toMultiArray(arr) { + var inputLength = arr.length; + var out = []; + var index = 0; + for (var i = 0; i < inputLength; i += 2) { + out[index] = [arr[i], arr[i + 1]]; + ++index; + } + return out; + } + var domain = dict.get('Domain'); + var range = dict.get('Range'); + + if (!domain || !range) { + error('No domain or range'); + } + + var inputSize = domain.length / 2; + var outputSize = range.length / 2; + + domain = toMultiArray(domain); + range = toMultiArray(range); + + var size = dict.get('Size'); + var bps = dict.get('BitsPerSample'); + var order = dict.get('Order') || 1; + if (order !== 1) { + // No description how cubic spline interpolation works in PDF32000:2008 + // As in poppler, ignoring order, linear interpolation may work as good + info('No support for cubic spline interpolation: ' + order); + } + + var encode = dict.get('Encode'); + if (!encode) { + encode = []; + for (var i = 0; i < inputSize; ++i) { + encode.push(0); + encode.push(size[i] - 1); + } + } + encode = toMultiArray(encode); + + var decode = dict.get('Decode'); + if (!decode) { + decode = range; + } else { + decode = toMultiArray(decode); + } + + var samples = this.getSampleArray(size, outputSize, bps, str); + + return [ + CONSTRUCT_SAMPLED, inputSize, domain, encode, decode, samples, size, + outputSize, Math.pow(2, bps) - 1, range + ]; + }, + + constructSampledFromIR: function PDFFunction_constructSampledFromIR(IR) { + // See chapter 3, page 109 of the PDF reference + function interpolate(x, xmin, xmax, ymin, ymax) { + return ymin + ((x - xmin) * ((ymax - ymin) / (xmax - xmin))); + } + + return function constructSampledFromIRResult(src, srcOffset, + dest, destOffset) { + // See chapter 3, page 110 of the PDF reference. + var m = IR[1]; + var domain = IR[2]; + var encode = IR[3]; + var decode = IR[4]; + var samples = IR[5]; + var size = IR[6]; + var n = IR[7]; + //var mask = IR[8]; + var range = IR[9]; + + // Building the cube vertices: its part and sample index + // http://rjwagner49.com/Mathematics/Interpolation.pdf + var cubeVertices = 1 << m; + var cubeN = new Float64Array(cubeVertices); + var cubeVertex = new Uint32Array(cubeVertices); + var i, j; + for (j = 0; j < cubeVertices; j++) { + cubeN[j] = 1; + } + + var k = n, pos = 1; + // Map x_i to y_j for 0 <= i < m using the sampled function. + for (i = 0; i < m; ++i) { + // x_i' = min(max(x_i, Domain_2i), Domain_2i+1) + var domain_2i = domain[i][0]; + var domain_2i_1 = domain[i][1]; + var xi = Math.min(Math.max(src[srcOffset +i], domain_2i), + domain_2i_1); + + // e_i = Interpolate(x_i', Domain_2i, Domain_2i+1, + // Encode_2i, Encode_2i+1) + var e = interpolate(xi, domain_2i, domain_2i_1, + encode[i][0], encode[i][1]); + + // e_i' = min(max(e_i, 0), Size_i - 1) + var size_i = size[i]; + e = Math.min(Math.max(e, 0), size_i - 1); + + // Adjusting the cube: N and vertex sample index + var e0 = e < size_i - 1 ? Math.floor(e) : e - 1; // e1 = e0 + 1; + var n0 = e0 + 1 - e; // (e1 - e) / (e1 - e0); + var n1 = e - e0; // (e - e0) / (e1 - e0); + var offset0 = e0 * k; + var offset1 = offset0 + k; // e1 * k + for (j = 0; j < cubeVertices; j++) { + if (j & pos) { + cubeN[j] *= n1; + cubeVertex[j] += offset1; + } else { + cubeN[j] *= n0; + cubeVertex[j] += offset0; + } + } + + k *= size_i; + pos <<= 1; + } + + for (j = 0; j < n; ++j) { + // Sum all cube vertices' samples portions + var rj = 0; + for (i = 0; i < cubeVertices; i++) { + rj += samples[cubeVertex[i] + j] * cubeN[i]; + } + + // r_j' = Interpolate(r_j, 0, 2^BitsPerSample - 1, + // Decode_2j, Decode_2j+1) + rj = interpolate(rj, 0, 1, decode[j][0], decode[j][1]); + + // y_j = min(max(r_j, range_2j), range_2j+1) + dest[destOffset + j] = Math.min(Math.max(rj, range[j][0]), + range[j][1]); + } + }; + }, + + constructInterpolated: function PDFFunction_constructInterpolated(str, + dict) { + var c0 = dict.get('C0') || [0]; + var c1 = dict.get('C1') || [1]; + var n = dict.get('N'); + + if (!isArray(c0) || !isArray(c1)) { + error('Illegal dictionary for interpolated function'); + } + + var length = c0.length; + var diff = []; + for (var i = 0; i < length; ++i) { + diff.push(c1[i] - c0[i]); + } + + return [CONSTRUCT_INTERPOLATED, c0, diff, n]; + }, + + constructInterpolatedFromIR: + function PDFFunction_constructInterpolatedFromIR(IR) { + var c0 = IR[1]; + var diff = IR[2]; + var n = IR[3]; + + var length = diff.length; + + return function constructInterpolatedFromIRResult(src, srcOffset, + dest, destOffset) { + var x = n === 1 ? src[srcOffset] : Math.pow(src[srcOffset], n); + + for (var j = 0; j < length; ++j) { + dest[destOffset + j] = c0[j] + (x * diff[j]); + } + }; + }, + + constructStiched: function PDFFunction_constructStiched(fn, dict, xref) { + var domain = dict.get('Domain'); + + if (!domain) { + error('No domain'); + } + + var inputSize = domain.length / 2; + if (inputSize !== 1) { + error('Bad domain for stiched function'); + } + + var fnRefs = dict.get('Functions'); + var fns = []; + for (var i = 0, ii = fnRefs.length; i < ii; ++i) { + fns.push(PDFFunction.getIR(xref, xref.fetchIfRef(fnRefs[i]))); + } + + var bounds = dict.get('Bounds'); + var encode = dict.get('Encode'); + + return [CONSTRUCT_STICHED, domain, bounds, encode, fns]; + }, + + constructStichedFromIR: function PDFFunction_constructStichedFromIR(IR) { + var domain = IR[1]; + var bounds = IR[2]; + var encode = IR[3]; + var fnsIR = IR[4]; + var fns = []; + var tmpBuf = new Float32Array(1); + + for (var i = 0, ii = fnsIR.length; i < ii; i++) { + fns.push(PDFFunction.fromIR(fnsIR[i])); + } + + return function constructStichedFromIRResult(src, srcOffset, + dest, destOffset) { + var clip = function constructStichedFromIRClip(v, min, max) { + if (v > max) { + v = max; + } else if (v < min) { + v = min; + } + return v; + }; + + // clip to domain + var v = clip(src[srcOffset], domain[0], domain[1]); + // calulate which bound the value is in + for (var i = 0, ii = bounds.length; i < ii; ++i) { + if (v < bounds[i]) { + break; + } + } + + // encode value into domain of function + var dmin = domain[0]; + if (i > 0) { + dmin = bounds[i - 1]; + } + var dmax = domain[1]; + if (i < bounds.length) { + dmax = bounds[i]; + } + + var rmin = encode[2 * i]; + var rmax = encode[2 * i + 1]; + + // Prevent the value from becoming NaN as a result + // of division by zero (fixes issue6113.pdf). + tmpBuf[0] = dmin === dmax ? rmin : + rmin + (v - dmin) * (rmax - rmin) / (dmax - dmin); + + // call the appropriate function + fns[i](tmpBuf, 0, dest, destOffset); + }; + }, + + constructPostScript: function PDFFunction_constructPostScript(fn, dict, + xref) { + var domain = dict.get('Domain'); + var range = dict.get('Range'); + + if (!domain) { + error('No domain.'); + } + + if (!range) { + error('No range.'); + } + + var lexer = new PostScriptLexer(fn); + var parser = new PostScriptParser(lexer); + var code = parser.parse(); + + return [CONSTRUCT_POSTSCRIPT, domain, range, code]; + }, + + constructPostScriptFromIR: function PDFFunction_constructPostScriptFromIR( + IR) { + var domain = IR[1]; + var range = IR[2]; + var code = IR[3]; + + var compiled = (new PostScriptCompiler()).compile(code, domain, range); + if (compiled) { + // Compiled function consists of simple expressions such as addition, + // subtraction, Math.max, and also contains 'var' and 'return' + // statements. See the generation in the PostScriptCompiler below. + /*jshint -W054 */ + return new Function('src', 'srcOffset', 'dest', 'destOffset', compiled); + } + + info('Unable to compile PS function'); + + var numOutputs = range.length >> 1; + var numInputs = domain.length >> 1; + var evaluator = new PostScriptEvaluator(code); + // Cache the values for a big speed up, the cache size is limited though + // since the number of possible values can be huge from a PS function. + var cache = {}; + // The MAX_CACHE_SIZE is set to ~4x the maximum number of distinct values + // seen in our tests. + var MAX_CACHE_SIZE = 2048 * 4; + var cache_available = MAX_CACHE_SIZE; + var tmpBuf = new Float32Array(numInputs); + + return function constructPostScriptFromIRResult(src, srcOffset, + dest, destOffset) { + var i, value; + var key = ''; + var input = tmpBuf; + for (i = 0; i < numInputs; i++) { + value = src[srcOffset + i]; + input[i] = value; + key += value + '_'; + } + + var cachedValue = cache[key]; + if (cachedValue !== undefined) { + dest.set(cachedValue, destOffset); + return; + } + + var output = new Float32Array(numOutputs); + var stack = evaluator.execute(input); + var stackIndex = stack.length - numOutputs; + for (i = 0; i < numOutputs; i++) { + value = stack[stackIndex + i]; + var bound = range[i * 2]; + if (value < bound) { + value = bound; + } else { + bound = range[i * 2 +1]; + if (value > bound) { + value = bound; + } + } + output[i] = value; + } + if (cache_available > 0) { + cache_available--; + cache[key] = output; + } + dest.set(output, destOffset); + }; + } + }; +})(); + +function isPDFFunction(v) { + var fnDict; + if (typeof v !== 'object') { + return false; + } else if (isDict(v)) { + fnDict = v; + } else if (isStream(v)) { + fnDict = v.dict; + } else { + return false; + } + return fnDict.has('FunctionType'); +} + +var PostScriptStack = (function PostScriptStackClosure() { + var MAX_STACK_SIZE = 100; + function PostScriptStack(initialStack) { + this.stack = !initialStack ? [] : + Array.prototype.slice.call(initialStack, 0); + } + + PostScriptStack.prototype = { + push: function PostScriptStack_push(value) { + if (this.stack.length >= MAX_STACK_SIZE) { + error('PostScript function stack overflow.'); + } + this.stack.push(value); + }, + pop: function PostScriptStack_pop() { + if (this.stack.length <= 0) { + error('PostScript function stack underflow.'); + } + return this.stack.pop(); + }, + copy: function PostScriptStack_copy(n) { + if (this.stack.length + n >= MAX_STACK_SIZE) { + error('PostScript function stack overflow.'); + } + var stack = this.stack; + for (var i = stack.length - n, j = n - 1; j >= 0; j--, i++) { + stack.push(stack[i]); + } + }, + index: function PostScriptStack_index(n) { + this.push(this.stack[this.stack.length - n - 1]); + }, + // rotate the last n stack elements p times + roll: function PostScriptStack_roll(n, p) { + var stack = this.stack; + var l = stack.length - n; + var r = stack.length - 1, c = l + (p - Math.floor(p / n) * n), i, j, t; + for (i = l, j = r; i < j; i++, j--) { + t = stack[i]; stack[i] = stack[j]; stack[j] = t; + } + for (i = l, j = c - 1; i < j; i++, j--) { + t = stack[i]; stack[i] = stack[j]; stack[j] = t; + } + for (i = c, j = r; i < j; i++, j--) { + t = stack[i]; stack[i] = stack[j]; stack[j] = t; + } + } + }; + return PostScriptStack; +})(); +var PostScriptEvaluator = (function PostScriptEvaluatorClosure() { + function PostScriptEvaluator(operators) { + this.operators = operators; + } + PostScriptEvaluator.prototype = { + execute: function PostScriptEvaluator_execute(initialStack) { + var stack = new PostScriptStack(initialStack); + var counter = 0; + var operators = this.operators; + var length = operators.length; + var operator, a, b; + while (counter < length) { + operator = operators[counter++]; + if (typeof operator === 'number') { + // Operator is really an operand and should be pushed to the stack. + stack.push(operator); + continue; + } + switch (operator) { + // non standard ps operators + case 'jz': // jump if false + b = stack.pop(); + a = stack.pop(); + if (!a) { + counter = b; + } + break; + case 'j': // jump + a = stack.pop(); + counter = a; + break; + + // all ps operators in alphabetical order (excluding if/ifelse) + case 'abs': + a = stack.pop(); + stack.push(Math.abs(a)); + break; + case 'add': + b = stack.pop(); + a = stack.pop(); + stack.push(a + b); + break; + case 'and': + b = stack.pop(); + a = stack.pop(); + if (isBool(a) && isBool(b)) { + stack.push(a && b); + } else { + stack.push(a & b); + } + break; + case 'atan': + a = stack.pop(); + stack.push(Math.atan(a)); + break; + case 'bitshift': + b = stack.pop(); + a = stack.pop(); + if (a > 0) { + stack.push(a << b); + } else { + stack.push(a >> b); + } + break; + case 'ceiling': + a = stack.pop(); + stack.push(Math.ceil(a)); + break; + case 'copy': + a = stack.pop(); + stack.copy(a); + break; + case 'cos': + a = stack.pop(); + stack.push(Math.cos(a)); + break; + case 'cvi': + a = stack.pop() | 0; + stack.push(a); + break; + case 'cvr': + // noop + break; + case 'div': + b = stack.pop(); + a = stack.pop(); + stack.push(a / b); + break; + case 'dup': + stack.copy(1); + break; + case 'eq': + b = stack.pop(); + a = stack.pop(); + stack.push(a === b); + break; + case 'exch': + stack.roll(2, 1); + break; + case 'exp': + b = stack.pop(); + a = stack.pop(); + stack.push(Math.pow(a, b)); + break; + case 'false': + stack.push(false); + break; + case 'floor': + a = stack.pop(); + stack.push(Math.floor(a)); + break; + case 'ge': + b = stack.pop(); + a = stack.pop(); + stack.push(a >= b); + break; + case 'gt': + b = stack.pop(); + a = stack.pop(); + stack.push(a > b); + break; + case 'idiv': + b = stack.pop(); + a = stack.pop(); + stack.push((a / b) | 0); + break; + case 'index': + a = stack.pop(); + stack.index(a); + break; + case 'le': + b = stack.pop(); + a = stack.pop(); + stack.push(a <= b); + break; + case 'ln': + a = stack.pop(); + stack.push(Math.log(a)); + break; + case 'log': + a = stack.pop(); + stack.push(Math.log(a) / Math.LN10); + break; + case 'lt': + b = stack.pop(); + a = stack.pop(); + stack.push(a < b); + break; + case 'mod': + b = stack.pop(); + a = stack.pop(); + stack.push(a % b); + break; + case 'mul': + b = stack.pop(); + a = stack.pop(); + stack.push(a * b); + break; + case 'ne': + b = stack.pop(); + a = stack.pop(); + stack.push(a !== b); + break; + case 'neg': + a = stack.pop(); + stack.push(-a); + break; + case 'not': + a = stack.pop(); + if (isBool(a)) { + stack.push(!a); + } else { + stack.push(~a); + } + break; + case 'or': + b = stack.pop(); + a = stack.pop(); + if (isBool(a) && isBool(b)) { + stack.push(a || b); + } else { + stack.push(a | b); + } + break; + case 'pop': + stack.pop(); + break; + case 'roll': + b = stack.pop(); + a = stack.pop(); + stack.roll(a, b); + break; + case 'round': + a = stack.pop(); + stack.push(Math.round(a)); + break; + case 'sin': + a = stack.pop(); + stack.push(Math.sin(a)); + break; + case 'sqrt': + a = stack.pop(); + stack.push(Math.sqrt(a)); + break; + case 'sub': + b = stack.pop(); + a = stack.pop(); + stack.push(a - b); + break; + case 'true': + stack.push(true); + break; + case 'truncate': + a = stack.pop(); + a = a < 0 ? Math.ceil(a) : Math.floor(a); + stack.push(a); + break; + case 'xor': + b = stack.pop(); + a = stack.pop(); + if (isBool(a) && isBool(b)) { + stack.push(a !== b); + } else { + stack.push(a ^ b); + } + break; + default: + error('Unknown operator ' + operator); + break; + } + } + return stack.stack; + } + }; + return PostScriptEvaluator; +})(); + +// Most of the PDFs functions consist of simple operations such as: +// roll, exch, sub, cvr, pop, index, dup, mul, if, gt, add. +// +// We can compile most of such programs, and at the same moment, we can +// optimize some expressions using basic math properties. Keeping track of +// min/max values will allow us to avoid extra Math.min/Math.max calls. +var PostScriptCompiler = (function PostScriptCompilerClosure() { + function AstNode(type) { + this.type = type; + } + AstNode.prototype.visit = function (visitor) { + throw new Error('abstract method'); + }; + + function AstArgument(index, min, max) { + AstNode.call(this, 'args'); + this.index = index; + this.min = min; + this.max = max; + } + AstArgument.prototype = Object.create(AstNode.prototype); + AstArgument.prototype.visit = function (visitor) { + visitor.visitArgument(this); + }; + + function AstLiteral(number) { + AstNode.call(this, 'literal'); + this.number = number; + this.min = number; + this.max = number; + } + AstLiteral.prototype = Object.create(AstNode.prototype); + AstLiteral.prototype.visit = function (visitor) { + visitor.visitLiteral(this); + }; + + function AstBinaryOperation(op, arg1, arg2, min, max) { + AstNode.call(this, 'binary'); + this.op = op; + this.arg1 = arg1; + this.arg2 = arg2; + this.min = min; + this.max = max; + } + AstBinaryOperation.prototype = Object.create(AstNode.prototype); + AstBinaryOperation.prototype.visit = function (visitor) { + visitor.visitBinaryOperation(this); + }; + + function AstMin(arg, max) { + AstNode.call(this, 'max'); + this.arg = arg; + this.min = arg.min; + this.max = max; + } + AstMin.prototype = Object.create(AstNode.prototype); + AstMin.prototype.visit = function (visitor) { + visitor.visitMin(this); + }; + + function AstVariable(index, min, max) { + AstNode.call(this, 'var'); + this.index = index; + this.min = min; + this.max = max; + } + AstVariable.prototype = Object.create(AstNode.prototype); + AstVariable.prototype.visit = function (visitor) { + visitor.visitVariable(this); + }; + + function AstVariableDefinition(variable, arg) { + AstNode.call(this, 'definition'); + this.variable = variable; + this.arg = arg; + } + AstVariableDefinition.prototype = Object.create(AstNode.prototype); + AstVariableDefinition.prototype.visit = function (visitor) { + visitor.visitVariableDefinition(this); + }; + + function ExpressionBuilderVisitor() { + this.parts = []; + } + ExpressionBuilderVisitor.prototype = { + visitArgument: function (arg) { + this.parts.push('Math.max(', arg.min, ', Math.min(', + arg.max, ', src[srcOffset + ', arg.index, ']))'); + }, + visitVariable: function (variable) { + this.parts.push('v', variable.index); + }, + visitLiteral: function (literal) { + this.parts.push(literal.number); + }, + visitBinaryOperation: function (operation) { + this.parts.push('('); + operation.arg1.visit(this); + this.parts.push(' ', operation.op, ' '); + operation.arg2.visit(this); + this.parts.push(')'); + }, + visitVariableDefinition: function (definition) { + this.parts.push('var '); + definition.variable.visit(this); + this.parts.push(' = '); + definition.arg.visit(this); + this.parts.push(';'); + }, + visitMin: function (max) { + this.parts.push('Math.min('); + max.arg.visit(this); + this.parts.push(', ', max.max, ')'); + }, + toString: function () { + return this.parts.join(''); + } + }; + + function buildAddOperation(num1, num2) { + if (num2.type === 'literal' && num2.number === 0) { + // optimization: second operand is 0 + return num1; + } + if (num1.type === 'literal' && num1.number === 0) { + // optimization: first operand is 0 + return num2; + } + if (num2.type === 'literal' && num1.type === 'literal') { + // optimization: operands operand are literals + return new AstLiteral(num1.number + num2.number); + } + return new AstBinaryOperation('+', num1, num2, + num1.min + num2.min, num1.max + num2.max); + } + + function buildMulOperation(num1, num2) { + if (num2.type === 'literal') { + // optimization: second operands is a literal... + if (num2.number === 0) { + return new AstLiteral(0); // and it's 0 + } else if (num2.number === 1) { + return num1; // and it's 1 + } else if (num1.type === 'literal') { + // ... and first operands is a literal too + return new AstLiteral(num1.number * num2.number); + } + } + if (num1.type === 'literal') { + // optimization: first operands is a literal... + if (num1.number === 0) { + return new AstLiteral(0); // and it's 0 + } else if (num1.number === 1) { + return num2; // and it's 1 + } + } + var min = Math.min(num1.min * num2.min, num1.min * num2.max, + num1.max * num2.min, num1.max * num2.max); + var max = Math.max(num1.min * num2.min, num1.min * num2.max, + num1.max * num2.min, num1.max * num2.max); + return new AstBinaryOperation('*', num1, num2, min, max); + } + + function buildSubOperation(num1, num2) { + if (num2.type === 'literal') { + // optimization: second operands is a literal... + if (num2.number === 0) { + return num1; // ... and it's 0 + } else if (num1.type === 'literal') { + // ... and first operands is a literal too + return new AstLiteral(num1.number - num2.number); + } + } + if (num2.type === 'binary' && num2.op === '-' && + num1.type === 'literal' && num1.number === 1 && + num2.arg1.type === 'literal' && num2.arg1.number === 1) { + // optimization for case: 1 - (1 - x) + return num2.arg2; + } + return new AstBinaryOperation('-', num1, num2, + num1.min - num2.max, num1.max - num2.min); + } + + function buildMinOperation(num1, max) { + if (num1.min >= max) { + // optimization: num1 min value is not less than required max + return new AstLiteral(max); // just returning max + } else if (num1.max <= max) { + // optimization: num1 max value is not greater than required max + return num1; // just returning an argument + } + return new AstMin(num1, max); + } + + function PostScriptCompiler() {} + PostScriptCompiler.prototype = { + compile: function PostScriptCompiler_compile(code, domain, range) { + var stack = []; + var i, ii; + var instructions = []; + var inputSize = domain.length >> 1, outputSize = range.length >> 1; + var lastRegister = 0; + var n, j, min, max; + var num1, num2, ast1, ast2, tmpVar, item; + for (i = 0; i < inputSize; i++) { + stack.push(new AstArgument(i, domain[i * 2], domain[i * 2 + 1])); + } + + for (i = 0, ii = code.length; i < ii; i++) { + item = code[i]; + if (typeof item === 'number') { + stack.push(new AstLiteral(item)); + continue; + } + + switch (item) { + case 'add': + if (stack.length < 2) { + return null; + } + num2 = stack.pop(); + num1 = stack.pop(); + stack.push(buildAddOperation(num1, num2)); + break; + case 'cvr': + if (stack.length < 1) { + return null; + } + break; + case 'mul': + if (stack.length < 2) { + return null; + } + num2 = stack.pop(); + num1 = stack.pop(); + stack.push(buildMulOperation(num1, num2)); + break; + case 'sub': + if (stack.length < 2) { + return null; + } + num2 = stack.pop(); + num1 = stack.pop(); + stack.push(buildSubOperation(num1, num2)); + break; + case 'exch': + if (stack.length < 2) { + return null; + } + ast1 = stack.pop(); ast2 = stack.pop(); + stack.push(ast1, ast2); + break; + case 'pop': + if (stack.length < 1) { + return null; + } + stack.pop(); + break; + case 'index': + if (stack.length < 1) { + return null; + } + num1 = stack.pop(); + if (num1.type !== 'literal') { + return null; + } + n = num1.number; + if (n < 0 || (n|0) !== n || stack.length < n) { + return null; + } + ast1 = stack[stack.length - n - 1]; + if (ast1.type === 'literal' || ast1.type === 'var') { + stack.push(ast1); + break; + } + tmpVar = new AstVariable(lastRegister++, ast1.min, ast1.max); + stack[stack.length - n - 1] = tmpVar; + stack.push(tmpVar); + instructions.push(new AstVariableDefinition(tmpVar, ast1)); + break; + case 'dup': + if (stack.length < 1) { + return null; + } + if (typeof code[i + 1] === 'number' && code[i + 2] === 'gt' && + code[i + 3] === i + 7 && code[i + 4] === 'jz' && + code[i + 5] === 'pop' && code[i + 6] === code[i + 1]) { + // special case of the commands sequence for the min operation + num1 = stack.pop(); + stack.push(buildMinOperation(num1, code[i + 1])); + i += 6; + break; + } + ast1 = stack[stack.length - 1]; + if (ast1.type === 'literal' || ast1.type === 'var') { + // we don't have to save into intermediate variable a literal or + // variable. + stack.push(ast1); + break; + } + tmpVar = new AstVariable(lastRegister++, ast1.min, ast1.max); + stack[stack.length - 1] = tmpVar; + stack.push(tmpVar); + instructions.push(new AstVariableDefinition(tmpVar, ast1)); + break; + case 'roll': + if (stack.length < 2) { + return null; + } + num2 = stack.pop(); + num1 = stack.pop(); + if (num2.type !== 'literal' || num1.type !== 'literal') { + // both roll operands must be numbers + return null; + } + j = num2.number; + n = num1.number; + if (n <= 0 || (n|0) !== n || (j|0) !== j || stack.length < n) { + // ... and integers + return null; + } + j = ((j % n) + n) % n; + if (j === 0) { + break; // just skipping -- there are nothing to rotate + } + Array.prototype.push.apply(stack, + stack.splice(stack.length - n, n - j)); + break; + default: + return null; // unsupported operator + } + } + + if (stack.length !== outputSize) { + return null; + } + + var result = []; + instructions.forEach(function (instruction) { + var statementBuilder = new ExpressionBuilderVisitor(); + instruction.visit(statementBuilder); + result.push(statementBuilder.toString()); + }); + stack.forEach(function (expr, i) { + var statementBuilder = new ExpressionBuilderVisitor(); + expr.visit(statementBuilder); + var min = range[i * 2], max = range[i * 2 + 1]; + var out = [statementBuilder.toString()]; + if (min > expr.min) { + out.unshift('Math.max(', min, ', '); + out.push(')'); + } + if (max < expr.max) { + out.unshift('Math.min(', max, ', '); + out.push(')'); + } + out.unshift('dest[destOffset + ', i, '] = '); + out.push(';'); + result.push(out.join('')); + }); + return result.join('\n'); + } + }; + + return PostScriptCompiler; +})(); + + +var ColorSpace = (function ColorSpaceClosure() { + // Constructor should define this.numComps, this.defaultColor, this.name + function ColorSpace() { + error('should not call ColorSpace constructor'); + } + + ColorSpace.prototype = { + /** + * Converts the color value to the RGB color. The color components are + * located in the src array starting from the srcOffset. Returns the array + * of the rgb components, each value ranging from [0,255]. + */ + getRgb: function ColorSpace_getRgb(src, srcOffset) { + var rgb = new Uint8Array(3); + this.getRgbItem(src, srcOffset, rgb, 0); + return rgb; + }, + /** + * Converts the color value to the RGB color, similar to the getRgb method. + * The result placed into the dest array starting from the destOffset. + */ + getRgbItem: function ColorSpace_getRgbItem(src, srcOffset, + dest, destOffset) { + error('Should not call ColorSpace.getRgbItem'); + }, + /** + * Converts the specified number of the color values to the RGB colors. + * The colors are located in the src array starting from the srcOffset. + * The result is placed into the dest array starting from the destOffset. + * The src array items shall be in [0,2^bits) range, the dest array items + * will be in [0,255] range. alpha01 indicates how many alpha components + * there are in the dest array; it will be either 0 (RGB array) or 1 (RGBA + * array). + */ + getRgbBuffer: function ColorSpace_getRgbBuffer(src, srcOffset, count, + dest, destOffset, bits, + alpha01) { + error('Should not call ColorSpace.getRgbBuffer'); + }, + /** + * Determines the number of bytes required to store the result of the + * conversion done by the getRgbBuffer method. As in getRgbBuffer, + * |alpha01| is either 0 (RGB output) or 1 (RGBA output). + */ + getOutputLength: function ColorSpace_getOutputLength(inputLength, + alpha01) { + error('Should not call ColorSpace.getOutputLength'); + }, + /** + * Returns true if source data will be equal the result/output data. + */ + isPassthrough: function ColorSpace_isPassthrough(bits) { + return false; + }, + /** + * Fills in the RGB colors in the destination buffer. alpha01 indicates + * how many alpha components there are in the dest array; it will be either + * 0 (RGB array) or 1 (RGBA array). + */ + fillRgb: function ColorSpace_fillRgb(dest, originalWidth, + originalHeight, width, height, + actualHeight, bpc, comps, alpha01) { + var count = originalWidth * originalHeight; + var rgbBuf = null; + var numComponentColors = 1 << bpc; + var needsResizing = originalHeight !== height || originalWidth !== width; + var i, ii; + + if (this.isPassthrough(bpc)) { + rgbBuf = comps; + } else if (this.numComps === 1 && count > numComponentColors && + this.name !== 'DeviceGray' && this.name !== 'DeviceRGB') { + // Optimization: create a color map when there is just one component and + // we are converting more colors than the size of the color map. We + // don't build the map if the colorspace is gray or rgb since those + // methods are faster than building a map. This mainly offers big speed + // ups for indexed and alternate colorspaces. + // + // TODO it may be worth while to cache the color map. While running + // testing I never hit a cache so I will leave that out for now (perhaps + // we are reparsing colorspaces too much?). + var allColors = bpc <= 8 ? new Uint8Array(numComponentColors) : + new Uint16Array(numComponentColors); + var key; + for (i = 0; i < numComponentColors; i++) { + allColors[i] = i; + } + var colorMap = new Uint8Array(numComponentColors * 3); + this.getRgbBuffer(allColors, 0, numComponentColors, colorMap, 0, bpc, + /* alpha01 = */ 0); + + var destPos, rgbPos; + if (!needsResizing) { + // Fill in the RGB values directly into |dest|. + destPos = 0; + for (i = 0; i < count; ++i) { + key = comps[i] * 3; + dest[destPos++] = colorMap[key]; + dest[destPos++] = colorMap[key + 1]; + dest[destPos++] = colorMap[key + 2]; + destPos += alpha01; + } + } else { + rgbBuf = new Uint8Array(count * 3); + rgbPos = 0; + for (i = 0; i < count; ++i) { + key = comps[i] * 3; + rgbBuf[rgbPos++] = colorMap[key]; + rgbBuf[rgbPos++] = colorMap[key + 1]; + rgbBuf[rgbPos++] = colorMap[key + 2]; + } + } + } else { + if (!needsResizing) { + // Fill in the RGB values directly into |dest|. + this.getRgbBuffer(comps, 0, width * actualHeight, dest, 0, bpc, + alpha01); + } else { + rgbBuf = new Uint8Array(count * 3); + this.getRgbBuffer(comps, 0, count, rgbBuf, 0, bpc, + /* alpha01 = */ 0); + } + } + + if (rgbBuf) { + if (needsResizing) { + PDFImage.resize(rgbBuf, bpc, 3, originalWidth, originalHeight, width, + height, dest, alpha01); + } else { + rgbPos = 0; + destPos = 0; + for (i = 0, ii = width * actualHeight; i < ii; i++) { + dest[destPos++] = rgbBuf[rgbPos++]; + dest[destPos++] = rgbBuf[rgbPos++]; + dest[destPos++] = rgbBuf[rgbPos++]; + destPos += alpha01; + } + } + } + }, + /** + * True if the colorspace has components in the default range of [0, 1]. + * This should be true for all colorspaces except for lab color spaces + * which are [0,100], [-128, 127], [-128, 127]. + */ + usesZeroToOneRange: true + }; + + ColorSpace.parse = function ColorSpace_parse(cs, xref, res) { + var IR = ColorSpace.parseToIR(cs, xref, res); + if (IR instanceof AlternateCS) { + return IR; + } + return ColorSpace.fromIR(IR); + }; + + ColorSpace.fromIR = function ColorSpace_fromIR(IR) { + var name = isArray(IR) ? IR[0] : IR; + var whitePoint, blackPoint, gamma; + + switch (name) { + case 'DeviceGrayCS': + return this.singletons.gray; + case 'DeviceRgbCS': + return this.singletons.rgb; + case 'DeviceCmykCS': + return this.singletons.cmyk; + case 'CalGrayCS': + whitePoint = IR[1].WhitePoint; + blackPoint = IR[1].BlackPoint; + gamma = IR[1].Gamma; + return new CalGrayCS(whitePoint, blackPoint, gamma); + case 'CalRGBCS': + whitePoint = IR[1].WhitePoint; + blackPoint = IR[1].BlackPoint; + gamma = IR[1].Gamma; + var matrix = IR[1].Matrix; + return new CalRGBCS(whitePoint, blackPoint, gamma, matrix); + case 'PatternCS': + var basePatternCS = IR[1]; + if (basePatternCS) { + basePatternCS = ColorSpace.fromIR(basePatternCS); + } + return new PatternCS(basePatternCS); + case 'IndexedCS': + var baseIndexedCS = IR[1]; + var hiVal = IR[2]; + var lookup = IR[3]; + return new IndexedCS(ColorSpace.fromIR(baseIndexedCS), hiVal, lookup); + case 'AlternateCS': + var numComps = IR[1]; + var alt = IR[2]; + var tintFnIR = IR[3]; + + return new AlternateCS(numComps, ColorSpace.fromIR(alt), + PDFFunction.fromIR(tintFnIR)); + case 'LabCS': + whitePoint = IR[1].WhitePoint; + blackPoint = IR[1].BlackPoint; + var range = IR[1].Range; + return new LabCS(whitePoint, blackPoint, range); + default: + error('Unknown name ' + name); + } + return null; + }; + + ColorSpace.parseToIR = function ColorSpace_parseToIR(cs, xref, res) { + if (isName(cs)) { + var colorSpaces = res.get('ColorSpace'); + if (isDict(colorSpaces)) { + var refcs = colorSpaces.get(cs.name); + if (refcs) { + cs = refcs; + } + } + } + + cs = xref.fetchIfRef(cs); + var mode; + + if (isName(cs)) { + mode = cs.name; + this.mode = mode; + + switch (mode) { + case 'DeviceGray': + case 'G': + return 'DeviceGrayCS'; + case 'DeviceRGB': + case 'RGB': + return 'DeviceRgbCS'; + case 'DeviceCMYK': + case 'CMYK': + return 'DeviceCmykCS'; + case 'Pattern': + return ['PatternCS', null]; + default: + error('unrecognized colorspace ' + mode); + } + } else if (isArray(cs)) { + mode = xref.fetchIfRef(cs[0]).name; + this.mode = mode; + var numComps, params, alt; + + switch (mode) { + case 'DeviceGray': + case 'G': + return 'DeviceGrayCS'; + case 'DeviceRGB': + case 'RGB': + return 'DeviceRgbCS'; + case 'DeviceCMYK': + case 'CMYK': + return 'DeviceCmykCS'; + case 'CalGray': + params = xref.fetchIfRef(cs[1]).getAll(); + return ['CalGrayCS', params]; + case 'CalRGB': + params = xref.fetchIfRef(cs[1]).getAll(); + return ['CalRGBCS', params]; + case 'ICCBased': + var stream = xref.fetchIfRef(cs[1]); + var dict = stream.dict; + numComps = dict.get('N'); + alt = dict.get('Alternate'); + if (alt) { + var altIR = ColorSpace.parseToIR(alt, xref, res); + // Parse the /Alternate CS to ensure that the number of components + // are correct, and also (indirectly) that it is not a PatternCS. + var altCS = ColorSpace.fromIR(altIR); + if (altCS.numComps === numComps) { + return altIR; + } + warn('ICCBased color space: Ignoring incorrect /Alternate entry.'); + } + if (numComps === 1) { + return 'DeviceGrayCS'; + } else if (numComps === 3) { + return 'DeviceRgbCS'; + } else if (numComps === 4) { + return 'DeviceCmykCS'; + } + break; + case 'Pattern': + var basePatternCS = cs[1] || null; + if (basePatternCS) { + basePatternCS = ColorSpace.parseToIR(basePatternCS, xref, res); + } + return ['PatternCS', basePatternCS]; + case 'Indexed': + case 'I': + var baseIndexedCS = ColorSpace.parseToIR(cs[1], xref, res); + var hiVal = xref.fetchIfRef(cs[2]) + 1; + var lookup = xref.fetchIfRef(cs[3]); + if (isStream(lookup)) { + lookup = lookup.getBytes(); + } + return ['IndexedCS', baseIndexedCS, hiVal, lookup]; + case 'Separation': + case 'DeviceN': + var name = xref.fetchIfRef(cs[1]); + numComps = 1; + if (isName(name)) { + numComps = 1; + } else if (isArray(name)) { + numComps = name.length; + } + alt = ColorSpace.parseToIR(cs[2], xref, res); + var tintFnIR = PDFFunction.getIR(xref, xref.fetchIfRef(cs[3])); + return ['AlternateCS', numComps, alt, tintFnIR]; + case 'Lab': + params = xref.fetchIfRef(cs[1]).getAll(); + return ['LabCS', params]; + default: + error('unimplemented color space object "' + mode + '"'); + } + } else { + error('unrecognized color space object: "' + cs + '"'); + } + return null; + }; + /** + * Checks if a decode map matches the default decode map for a color space. + * This handles the general decode maps where there are two values per + * component. e.g. [0, 1, 0, 1, 0, 1] for a RGB color. + * This does not handle Lab, Indexed, or Pattern decode maps since they are + * slightly different. + * @param {Array} decode Decode map (usually from an image). + * @param {Number} n Number of components the color space has. + */ + ColorSpace.isDefaultDecode = function ColorSpace_isDefaultDecode(decode, n) { + if (!isArray(decode)) { + return true; + } + + if (n * 2 !== decode.length) { + warn('The decode map is not the correct length'); + return true; + } + for (var i = 0, ii = decode.length; i < ii; i += 2) { + if (decode[i] !== 0 || decode[i + 1] !== 1) { + return false; + } + } + return true; + }; + + ColorSpace.singletons = { + get gray() { + return shadow(this, 'gray', new DeviceGrayCS()); + }, + get rgb() { + return shadow(this, 'rgb', new DeviceRgbCS()); + }, + get cmyk() { + return shadow(this, 'cmyk', new DeviceCmykCS()); + } + }; + + return ColorSpace; +})(); + +/** + * Alternate color space handles both Separation and DeviceN color spaces. A + * Separation color space is actually just a DeviceN with one color component. + * Both color spaces use a tinting function to convert colors to a base color + * space. + */ +var AlternateCS = (function AlternateCSClosure() { + function AlternateCS(numComps, base, tintFn) { + this.name = 'Alternate'; + this.numComps = numComps; + this.defaultColor = new Float32Array(numComps); + for (var i = 0; i < numComps; ++i) { + this.defaultColor[i] = 1; + } + this.base = base; + this.tintFn = tintFn; + this.tmpBuf = new Float32Array(base.numComps); + } + + AlternateCS.prototype = { + getRgb: ColorSpace.prototype.getRgb, + getRgbItem: function AlternateCS_getRgbItem(src, srcOffset, + dest, destOffset) { + var tmpBuf = this.tmpBuf; + this.tintFn(src, srcOffset, tmpBuf, 0); + this.base.getRgbItem(tmpBuf, 0, dest, destOffset); + }, + getRgbBuffer: function AlternateCS_getRgbBuffer(src, srcOffset, count, + dest, destOffset, bits, + alpha01) { + var tintFn = this.tintFn; + var base = this.base; + var scale = 1 / ((1 << bits) - 1); + var baseNumComps = base.numComps; + var usesZeroToOneRange = base.usesZeroToOneRange; + var isPassthrough = (base.isPassthrough(8) || !usesZeroToOneRange) && + alpha01 === 0; + var pos = isPassthrough ? destOffset : 0; + var baseBuf = isPassthrough ? dest : new Uint8Array(baseNumComps * count); + var numComps = this.numComps; + + var scaled = new Float32Array(numComps); + var tinted = new Float32Array(baseNumComps); + var i, j; + if (usesZeroToOneRange) { + for (i = 0; i < count; i++) { + for (j = 0; j < numComps; j++) { + scaled[j] = src[srcOffset++] * scale; + } + tintFn(scaled, 0, tinted, 0); + for (j = 0; j < baseNumComps; j++) { + baseBuf[pos++] = tinted[j] * 255; + } + } + } else { + for (i = 0; i < count; i++) { + for (j = 0; j < numComps; j++) { + scaled[j] = src[srcOffset++] * scale; + } + tintFn(scaled, 0, tinted, 0); + base.getRgbItem(tinted, 0, baseBuf, pos); + pos += baseNumComps; + } + } + if (!isPassthrough) { + base.getRgbBuffer(baseBuf, 0, count, dest, destOffset, 8, alpha01); + } + }, + getOutputLength: function AlternateCS_getOutputLength(inputLength, + alpha01) { + return this.base.getOutputLength(inputLength * + this.base.numComps / this.numComps, + alpha01); + }, + isPassthrough: ColorSpace.prototype.isPassthrough, + fillRgb: ColorSpace.prototype.fillRgb, + isDefaultDecode: function AlternateCS_isDefaultDecode(decodeMap) { + return ColorSpace.isDefaultDecode(decodeMap, this.numComps); + }, + usesZeroToOneRange: true + }; + + return AlternateCS; +})(); + +var PatternCS = (function PatternCSClosure() { + function PatternCS(baseCS) { + this.name = 'Pattern'; + this.base = baseCS; + } + PatternCS.prototype = {}; + + return PatternCS; +})(); + +var IndexedCS = (function IndexedCSClosure() { + function IndexedCS(base, highVal, lookup) { + this.name = 'Indexed'; + this.numComps = 1; + this.defaultColor = new Uint8Array([0]); + this.base = base; + this.highVal = highVal; + + var baseNumComps = base.numComps; + var length = baseNumComps * highVal; + var lookupArray; + + if (isStream(lookup)) { + lookupArray = new Uint8Array(length); + var bytes = lookup.getBytes(length); + lookupArray.set(bytes); + } else if (isString(lookup)) { + lookupArray = new Uint8Array(length); + for (var i = 0; i < length; ++i) { + lookupArray[i] = lookup.charCodeAt(i); + } + } else if (lookup instanceof Uint8Array || lookup instanceof Array) { + lookupArray = lookup; + } else { + error('Unrecognized lookup table: ' + lookup); + } + this.lookup = lookupArray; + } + + IndexedCS.prototype = { + getRgb: ColorSpace.prototype.getRgb, + getRgbItem: function IndexedCS_getRgbItem(src, srcOffset, + dest, destOffset) { + var numComps = this.base.numComps; + var start = src[srcOffset] * numComps; + this.base.getRgbItem(this.lookup, start, dest, destOffset); + }, + getRgbBuffer: function IndexedCS_getRgbBuffer(src, srcOffset, count, + dest, destOffset, bits, + alpha01) { + var base = this.base; + var numComps = base.numComps; + var outputDelta = base.getOutputLength(numComps, alpha01); + var lookup = this.lookup; + + for (var i = 0; i < count; ++i) { + var lookupPos = src[srcOffset++] * numComps; + base.getRgbBuffer(lookup, lookupPos, 1, dest, destOffset, 8, alpha01); + destOffset += outputDelta; + } + }, + getOutputLength: function IndexedCS_getOutputLength(inputLength, alpha01) { + return this.base.getOutputLength(inputLength * this.base.numComps, + alpha01); + }, + isPassthrough: ColorSpace.prototype.isPassthrough, + fillRgb: ColorSpace.prototype.fillRgb, + isDefaultDecode: function IndexedCS_isDefaultDecode(decodeMap) { + // indexed color maps shouldn't be changed + return true; + }, + usesZeroToOneRange: true + }; + return IndexedCS; +})(); + +var DeviceGrayCS = (function DeviceGrayCSClosure() { + function DeviceGrayCS() { + this.name = 'DeviceGray'; + this.numComps = 1; + this.defaultColor = new Float32Array([0]); + } + + DeviceGrayCS.prototype = { + getRgb: ColorSpace.prototype.getRgb, + getRgbItem: function DeviceGrayCS_getRgbItem(src, srcOffset, + dest, destOffset) { + var c = (src[srcOffset] * 255) | 0; + c = c < 0 ? 0 : c > 255 ? 255 : c; + dest[destOffset] = dest[destOffset + 1] = dest[destOffset + 2] = c; + }, + getRgbBuffer: function DeviceGrayCS_getRgbBuffer(src, srcOffset, count, + dest, destOffset, bits, + alpha01) { + var scale = 255 / ((1 << bits) - 1); + var j = srcOffset, q = destOffset; + for (var i = 0; i < count; ++i) { + var c = (scale * src[j++]) | 0; + dest[q++] = c; + dest[q++] = c; + dest[q++] = c; + q += alpha01; + } + }, + getOutputLength: function DeviceGrayCS_getOutputLength(inputLength, + alpha01) { + return inputLength * (3 + alpha01); + }, + isPassthrough: ColorSpace.prototype.isPassthrough, + fillRgb: ColorSpace.prototype.fillRgb, + isDefaultDecode: function DeviceGrayCS_isDefaultDecode(decodeMap) { + return ColorSpace.isDefaultDecode(decodeMap, this.numComps); + }, + usesZeroToOneRange: true + }; + return DeviceGrayCS; +})(); + +var DeviceRgbCS = (function DeviceRgbCSClosure() { + function DeviceRgbCS() { + this.name = 'DeviceRGB'; + this.numComps = 3; + this.defaultColor = new Float32Array([0, 0, 0]); + } + DeviceRgbCS.prototype = { + getRgb: ColorSpace.prototype.getRgb, + getRgbItem: function DeviceRgbCS_getRgbItem(src, srcOffset, + dest, destOffset) { + var r = (src[srcOffset] * 255) | 0; + var g = (src[srcOffset + 1] * 255) | 0; + var b = (src[srcOffset + 2] * 255) | 0; + dest[destOffset] = r < 0 ? 0 : r > 255 ? 255 : r; + dest[destOffset + 1] = g < 0 ? 0 : g > 255 ? 255 : g; + dest[destOffset + 2] = b < 0 ? 0 : b > 255 ? 255 : b; + }, + getRgbBuffer: function DeviceRgbCS_getRgbBuffer(src, srcOffset, count, + dest, destOffset, bits, + alpha01) { + if (bits === 8 && alpha01 === 0) { + dest.set(src.subarray(srcOffset, srcOffset + count * 3), destOffset); + return; + } + var scale = 255 / ((1 << bits) - 1); + var j = srcOffset, q = destOffset; + for (var i = 0; i < count; ++i) { + dest[q++] = (scale * src[j++]) | 0; + dest[q++] = (scale * src[j++]) | 0; + dest[q++] = (scale * src[j++]) | 0; + q += alpha01; + } + }, + getOutputLength: function DeviceRgbCS_getOutputLength(inputLength, + alpha01) { + return (inputLength * (3 + alpha01) / 3) | 0; + }, + isPassthrough: function DeviceRgbCS_isPassthrough(bits) { + return bits === 8; + }, + fillRgb: ColorSpace.prototype.fillRgb, + isDefaultDecode: function DeviceRgbCS_isDefaultDecode(decodeMap) { + return ColorSpace.isDefaultDecode(decodeMap, this.numComps); + }, + usesZeroToOneRange: true + }; + return DeviceRgbCS; +})(); + +var DeviceCmykCS = (function DeviceCmykCSClosure() { + // The coefficients below was found using numerical analysis: the method of + // steepest descent for the sum((f_i - color_value_i)^2) for r/g/b colors, + // where color_value is the tabular value from the table of sampled RGB colors + // from CMYK US Web Coated (SWOP) colorspace, and f_i is the corresponding + // CMYK color conversion using the estimation below: + // f(A, B,.. N) = Acc+Bcm+Ccy+Dck+c+Fmm+Gmy+Hmk+Im+Jyy+Kyk+Ly+Mkk+Nk+255 + function convertToRgb(src, srcOffset, srcScale, dest, destOffset) { + var c = src[srcOffset + 0] * srcScale; + var m = src[srcOffset + 1] * srcScale; + var y = src[srcOffset + 2] * srcScale; + var k = src[srcOffset + 3] * srcScale; + + var r = + (c * (-4.387332384609988 * c + 54.48615194189176 * m + + 18.82290502165302 * y + 212.25662451639585 * k + + -285.2331026137004) + + m * (1.7149763477362134 * m - 5.6096736904047315 * y + + -17.873870861415444 * k - 5.497006427196366) + + y * (-2.5217340131683033 * y - 21.248923337353073 * k + + 17.5119270841813) + + k * (-21.86122147463605 * k - 189.48180835922747) + 255) | 0; + var g = + (c * (8.841041422036149 * c + 60.118027045597366 * m + + 6.871425592049007 * y + 31.159100130055922 * k + + -79.2970844816548) + + m * (-15.310361306967817 * m + 17.575251261109482 * y + + 131.35250912493976 * k - 190.9453302588951) + + y * (4.444339102852739 * y + 9.8632861493405 * k - 24.86741582555878) + + k * (-20.737325471181034 * k - 187.80453709719578) + 255) | 0; + var b = + (c * (0.8842522430003296 * c + 8.078677503112928 * m + + 30.89978309703729 * y - 0.23883238689178934 * k + + -14.183576799673286) + + m * (10.49593273432072 * m + 63.02378494754052 * y + + 50.606957656360734 * k - 112.23884253719248) + + y * (0.03296041114873217 * y + 115.60384449646641 * k + + -193.58209356861505) + + k * (-22.33816807309886 * k - 180.12613974708367) + 255) | 0; + + dest[destOffset] = r > 255 ? 255 : r < 0 ? 0 : r; + dest[destOffset + 1] = g > 255 ? 255 : g < 0 ? 0 : g; + dest[destOffset + 2] = b > 255 ? 255 : b < 0 ? 0 : b; + } + + function DeviceCmykCS() { + this.name = 'DeviceCMYK'; + this.numComps = 4; + this.defaultColor = new Float32Array([0, 0, 0, 1]); + } + DeviceCmykCS.prototype = { + getRgb: ColorSpace.prototype.getRgb, + getRgbItem: function DeviceCmykCS_getRgbItem(src, srcOffset, + dest, destOffset) { + convertToRgb(src, srcOffset, 1, dest, destOffset); + }, + getRgbBuffer: function DeviceCmykCS_getRgbBuffer(src, srcOffset, count, + dest, destOffset, bits, + alpha01) { + var scale = 1 / ((1 << bits) - 1); + for (var i = 0; i < count; i++) { + convertToRgb(src, srcOffset, scale, dest, destOffset); + srcOffset += 4; + destOffset += 3 + alpha01; + } + }, + getOutputLength: function DeviceCmykCS_getOutputLength(inputLength, + alpha01) { + return (inputLength / 4 * (3 + alpha01)) | 0; + }, + isPassthrough: ColorSpace.prototype.isPassthrough, + fillRgb: ColorSpace.prototype.fillRgb, + isDefaultDecode: function DeviceCmykCS_isDefaultDecode(decodeMap) { + return ColorSpace.isDefaultDecode(decodeMap, this.numComps); + }, + usesZeroToOneRange: true + }; + + return DeviceCmykCS; +})(); + +// +// CalGrayCS: Based on "PDF Reference, Sixth Ed", p.245 +// +var CalGrayCS = (function CalGrayCSClosure() { + function CalGrayCS(whitePoint, blackPoint, gamma) { + this.name = 'CalGray'; + this.numComps = 1; + this.defaultColor = new Float32Array([0]); + + if (!whitePoint) { + error('WhitePoint missing - required for color space CalGray'); + } + blackPoint = blackPoint || [0, 0, 0]; + gamma = gamma || 1; + + // Translate arguments to spec variables. + this.XW = whitePoint[0]; + this.YW = whitePoint[1]; + this.ZW = whitePoint[2]; + + this.XB = blackPoint[0]; + this.YB = blackPoint[1]; + this.ZB = blackPoint[2]; + + this.G = gamma; + + // Validate variables as per spec. + if (this.XW < 0 || this.ZW < 0 || this.YW !== 1) { + error('Invalid WhitePoint components for ' + this.name + + ', no fallback available'); + } + + if (this.XB < 0 || this.YB < 0 || this.ZB < 0) { + info('Invalid BlackPoint for ' + this.name + ', falling back to default'); + this.XB = this.YB = this.ZB = 0; + } + + if (this.XB !== 0 || this.YB !== 0 || this.ZB !== 0) { + warn(this.name + ', BlackPoint: XB: ' + this.XB + ', YB: ' + this.YB + + ', ZB: ' + this.ZB + ', only default values are supported.'); + } + + if (this.G < 1) { + info('Invalid Gamma: ' + this.G + ' for ' + this.name + + ', falling back to default'); + this.G = 1; + } + } + + function convertToRgb(cs, src, srcOffset, dest, destOffset, scale) { + // A represents a gray component of a calibrated gray space. + // A <---> AG in the spec + var A = src[srcOffset] * scale; + var AG = Math.pow(A, cs.G); + + // Computes L as per spec. ( = cs.YW * AG ) + // Except if other than default BlackPoint values are used. + var L = cs.YW * AG; + // http://www.poynton.com/notes/colour_and_gamma/ColorFAQ.html, Ch 4. + // Convert values to rgb range [0, 255]. + var val = Math.max(295.8 * Math.pow(L, 0.333333333333333333) - 40.8, 0) | 0; + dest[destOffset] = val; + dest[destOffset + 1] = val; + dest[destOffset + 2] = val; + } + + CalGrayCS.prototype = { + getRgb: ColorSpace.prototype.getRgb, + getRgbItem: function CalGrayCS_getRgbItem(src, srcOffset, + dest, destOffset) { + convertToRgb(this, src, srcOffset, dest, destOffset, 1); + }, + getRgbBuffer: function CalGrayCS_getRgbBuffer(src, srcOffset, count, + dest, destOffset, bits, + alpha01) { + var scale = 1 / ((1 << bits) - 1); + + for (var i = 0; i < count; ++i) { + convertToRgb(this, src, srcOffset, dest, destOffset, scale); + srcOffset += 1; + destOffset += 3 + alpha01; + } + }, + getOutputLength: function CalGrayCS_getOutputLength(inputLength, alpha01) { + return inputLength * (3 + alpha01); + }, + isPassthrough: ColorSpace.prototype.isPassthrough, + fillRgb: ColorSpace.prototype.fillRgb, + isDefaultDecode: function CalGrayCS_isDefaultDecode(decodeMap) { + return ColorSpace.isDefaultDecode(decodeMap, this.numComps); + }, + usesZeroToOneRange: true + }; + return CalGrayCS; +})(); + +// +// CalRGBCS: Based on "PDF Reference, Sixth Ed", p.247 +// +var CalRGBCS = (function CalRGBCSClosure() { + + // See http://www.brucelindbloom.com/index.html?Eqn_ChromAdapt.html for these + // matrices. + var BRADFORD_SCALE_MATRIX = new Float32Array([ + 0.8951, 0.2664, -0.1614, + -0.7502, 1.7135, 0.0367, + 0.0389, -0.0685, 1.0296]); + + var BRADFORD_SCALE_INVERSE_MATRIX = new Float32Array([ + 0.9869929, -0.1470543, 0.1599627, + 0.4323053, 0.5183603, 0.0492912, + -0.0085287, 0.0400428, 0.9684867]); + + // See http://www.brucelindbloom.com/index.html?Eqn_RGB_XYZ_Matrix.html. + var SRGB_D65_XYZ_TO_RGB_MATRIX = new Float32Array([ + 3.2404542, -1.5371385, -0.4985314, + -0.9692660, 1.8760108, 0.0415560, + 0.0556434, -0.2040259, 1.0572252]); + + var FLAT_WHITEPOINT_MATRIX = new Float32Array([1, 1, 1]); + + var tempNormalizeMatrix = new Float32Array(3); + var tempConvertMatrix1 = new Float32Array(3); + var tempConvertMatrix2 = new Float32Array(3); + + var DECODE_L_CONSTANT = Math.pow(((8 + 16) / 116), 3) / 8.0; + + function CalRGBCS(whitePoint, blackPoint, gamma, matrix) { + this.name = 'CalRGB'; + this.numComps = 3; + this.defaultColor = new Float32Array(3); + + if (!whitePoint) { + error('WhitePoint missing - required for color space CalRGB'); + } + blackPoint = blackPoint || new Float32Array(3); + gamma = gamma || new Float32Array([1, 1, 1]); + matrix = matrix || new Float32Array([1, 0, 0, 0, 1, 0, 0, 0, 1]); + + // Translate arguments to spec variables. + var XW = whitePoint[0]; + var YW = whitePoint[1]; + var ZW = whitePoint[2]; + this.whitePoint = whitePoint; + + var XB = blackPoint[0]; + var YB = blackPoint[1]; + var ZB = blackPoint[2]; + this.blackPoint = blackPoint; + + this.GR = gamma[0]; + this.GG = gamma[1]; + this.GB = gamma[2]; + + this.MXA = matrix[0]; + this.MYA = matrix[1]; + this.MZA = matrix[2]; + this.MXB = matrix[3]; + this.MYB = matrix[4]; + this.MZB = matrix[5]; + this.MXC = matrix[6]; + this.MYC = matrix[7]; + this.MZC = matrix[8]; + + // Validate variables as per spec. + if (XW < 0 || ZW < 0 || YW !== 1) { + error('Invalid WhitePoint components for ' + this.name + + ', no fallback available'); + } + + if (XB < 0 || YB < 0 || ZB < 0) { + info('Invalid BlackPoint for ' + this.name + ' [' + XB + ', ' + YB + + ', ' + ZB + '], falling back to default'); + this.blackPoint = new Float32Array(3); + } + + if (this.GR < 0 || this.GG < 0 || this.GB < 0) { + info('Invalid Gamma [' + this.GR + ', ' + this.GG + ', ' + this.GB + + '] for ' + this.name + ', falling back to default'); + this.GR = this.GG = this.GB = 1; + } + + if (this.MXA < 0 || this.MYA < 0 || this.MZA < 0 || + this.MXB < 0 || this.MYB < 0 || this.MZB < 0 || + this.MXC < 0 || this.MYC < 0 || this.MZC < 0) { + info('Invalid Matrix for ' + this.name + ' [' + + this.MXA + ', ' + this.MYA + ', ' + this.MZA + + this.MXB + ', ' + this.MYB + ', ' + this.MZB + + this.MXC + ', ' + this.MYC + ', ' + this.MZC + + '], falling back to default'); + this.MXA = this.MYB = this.MZC = 1; + this.MXB = this.MYA = this.MZA = this.MXC = this.MYC = this.MZB = 0; + } + } + + function matrixProduct(a, b, result) { + result[0] = a[0] * b[0] + a[1] * b[1] + a[2] * b[2]; + result[1] = a[3] * b[0] + a[4] * b[1] + a[5] * b[2]; + result[2] = a[6] * b[0] + a[7] * b[1] + a[8] * b[2]; + } + + function convertToFlat(sourceWhitePoint, LMS, result) { + result[0] = LMS[0] * 1 / sourceWhitePoint[0]; + result[1] = LMS[1] * 1 / sourceWhitePoint[1]; + result[2] = LMS[2] * 1 / sourceWhitePoint[2]; + } + + function convertToD65(sourceWhitePoint, LMS, result) { + var D65X = 0.95047; + var D65Y = 1; + var D65Z = 1.08883; + + result[0] = LMS[0] * D65X / sourceWhitePoint[0]; + result[1] = LMS[1] * D65Y / sourceWhitePoint[1]; + result[2] = LMS[2] * D65Z / sourceWhitePoint[2]; + } + + function sRGBTransferFunction(color) { + // See http://en.wikipedia.org/wiki/SRGB. + if (color <= 0.0031308){ + return adjustToRange(0, 1, 12.92 * color); + } + + return adjustToRange(0, 1, (1 + 0.055) * Math.pow(color, 1 / 2.4) - 0.055); + } + + function adjustToRange(min, max, value) { + return Math.max(min, Math.min(max, value)); + } + + function decodeL(L) { + if (L < 0) { + return -decodeL(-L); + } + + if (L > 8.0) { + return Math.pow(((L + 16) / 116), 3); + } + + return L * DECODE_L_CONSTANT; + } + + function compensateBlackPoint(sourceBlackPoint, XYZ_Flat, result) { + + // In case the blackPoint is already the default blackPoint then there is + // no need to do compensation. + if (sourceBlackPoint[0] === 0 && + sourceBlackPoint[1] === 0 && + sourceBlackPoint[2] === 0) { + result[0] = XYZ_Flat[0]; + result[1] = XYZ_Flat[1]; + result[2] = XYZ_Flat[2]; + return; + } + + // For the blackPoint calculation details, please see + // http://www.adobe.com/content/dam/Adobe/en/devnet/photoshop/sdk/ + // AdobeBPC.pdf. + // The destination blackPoint is the default blackPoint [0, 0, 0]. + var zeroDecodeL = decodeL(0); + + var X_DST = zeroDecodeL; + var X_SRC = decodeL(sourceBlackPoint[0]); + + var Y_DST = zeroDecodeL; + var Y_SRC = decodeL(sourceBlackPoint[1]); + + var Z_DST = zeroDecodeL; + var Z_SRC = decodeL(sourceBlackPoint[2]); + + var X_Scale = (1 - X_DST) / (1 - X_SRC); + var X_Offset = 1 - X_Scale; + + var Y_Scale = (1 - Y_DST) / (1 - Y_SRC); + var Y_Offset = 1 - Y_Scale; + + var Z_Scale = (1 - Z_DST) / (1 - Z_SRC); + var Z_Offset = 1 - Z_Scale; + + result[0] = XYZ_Flat[0] * X_Scale + X_Offset; + result[1] = XYZ_Flat[1] * Y_Scale + Y_Offset; + result[2] = XYZ_Flat[2] * Z_Scale + Z_Offset; + } + + function normalizeWhitePointToFlat(sourceWhitePoint, XYZ_In, result) { + + // In case the whitePoint is already flat then there is no need to do + // normalization. + if (sourceWhitePoint[0] === 1 && sourceWhitePoint[2] === 1) { + result[0] = XYZ_In[0]; + result[1] = XYZ_In[1]; + result[2] = XYZ_In[2]; + return; + } + + var LMS = result; + matrixProduct(BRADFORD_SCALE_MATRIX, XYZ_In, LMS); + + var LMS_Flat = tempNormalizeMatrix; + convertToFlat(sourceWhitePoint, LMS, LMS_Flat); + + matrixProduct(BRADFORD_SCALE_INVERSE_MATRIX, LMS_Flat, result); + } + + function normalizeWhitePointToD65(sourceWhitePoint, XYZ_In, result) { + + var LMS = result; + matrixProduct(BRADFORD_SCALE_MATRIX, XYZ_In, LMS); + + var LMS_D65 = tempNormalizeMatrix; + convertToD65(sourceWhitePoint, LMS, LMS_D65); + + matrixProduct(BRADFORD_SCALE_INVERSE_MATRIX, LMS_D65, result); + } + + function convertToRgb(cs, src, srcOffset, dest, destOffset, scale) { + // A, B and C represent a red, green and blue components of a calibrated + // rgb space. + var A = adjustToRange(0, 1, src[srcOffset] * scale); + var B = adjustToRange(0, 1, src[srcOffset + 1] * scale); + var C = adjustToRange(0, 1, src[srcOffset + 2] * scale); + + // A <---> AGR in the spec + // B <---> BGG in the spec + // C <---> CGB in the spec + var AGR = Math.pow(A, cs.GR); + var BGG = Math.pow(B, cs.GG); + var CGB = Math.pow(C, cs.GB); + + // Computes intermediate variables L, M, N as per spec. + // To decode X, Y, Z values map L, M, N directly to them. + var X = cs.MXA * AGR + cs.MXB * BGG + cs.MXC * CGB; + var Y = cs.MYA * AGR + cs.MYB * BGG + cs.MYC * CGB; + var Z = cs.MZA * AGR + cs.MZB * BGG + cs.MZC * CGB; + + // The following calculations are based on this document: + // http://www.adobe.com/content/dam/Adobe/en/devnet/photoshop/sdk/ + // AdobeBPC.pdf. + var XYZ = tempConvertMatrix1; + XYZ[0] = X; + XYZ[1] = Y; + XYZ[2] = Z; + var XYZ_Flat = tempConvertMatrix2; + + normalizeWhitePointToFlat(cs.whitePoint, XYZ, XYZ_Flat); + + var XYZ_Black = tempConvertMatrix1; + compensateBlackPoint(cs.blackPoint, XYZ_Flat, XYZ_Black); + + var XYZ_D65 = tempConvertMatrix2; + normalizeWhitePointToD65(FLAT_WHITEPOINT_MATRIX, XYZ_Black, XYZ_D65); + + var SRGB = tempConvertMatrix1; + matrixProduct(SRGB_D65_XYZ_TO_RGB_MATRIX, XYZ_D65, SRGB); + + var sR = sRGBTransferFunction(SRGB[0]); + var sG = sRGBTransferFunction(SRGB[1]); + var sB = sRGBTransferFunction(SRGB[2]); + + // Convert the values to rgb range [0, 255]. + dest[destOffset] = Math.round(sR * 255); + dest[destOffset + 1] = Math.round(sG * 255); + dest[destOffset + 2] = Math.round(sB * 255); + } + + CalRGBCS.prototype = { + getRgb: function CalRGBCS_getRgb(src, srcOffset) { + var rgb = new Uint8Array(3); + this.getRgbItem(src, srcOffset, rgb, 0); + return rgb; + }, + getRgbItem: function CalRGBCS_getRgbItem(src, srcOffset, + dest, destOffset) { + convertToRgb(this, src, srcOffset, dest, destOffset, 1); + }, + getRgbBuffer: function CalRGBCS_getRgbBuffer(src, srcOffset, count, + dest, destOffset, bits, + alpha01) { + var scale = 1 / ((1 << bits) - 1); + + for (var i = 0; i < count; ++i) { + convertToRgb(this, src, srcOffset, dest, destOffset, scale); + srcOffset += 3; + destOffset += 3 + alpha01; + } + }, + getOutputLength: function CalRGBCS_getOutputLength(inputLength, alpha01) { + return (inputLength * (3 + alpha01) / 3) | 0; + }, + isPassthrough: ColorSpace.prototype.isPassthrough, + fillRgb: ColorSpace.prototype.fillRgb, + isDefaultDecode: function CalRGBCS_isDefaultDecode(decodeMap) { + return ColorSpace.isDefaultDecode(decodeMap, this.numComps); + }, + usesZeroToOneRange: true + }; + return CalRGBCS; +})(); + +// +// LabCS: Based on "PDF Reference, Sixth Ed", p.250 +// +var LabCS = (function LabCSClosure() { + function LabCS(whitePoint, blackPoint, range) { + this.name = 'Lab'; + this.numComps = 3; + this.defaultColor = new Float32Array([0, 0, 0]); + + if (!whitePoint) { + error('WhitePoint missing - required for color space Lab'); + } + blackPoint = blackPoint || [0, 0, 0]; + range = range || [-100, 100, -100, 100]; + + // Translate args to spec variables + this.XW = whitePoint[0]; + this.YW = whitePoint[1]; + this.ZW = whitePoint[2]; + this.amin = range[0]; + this.amax = range[1]; + this.bmin = range[2]; + this.bmax = range[3]; + + // These are here just for completeness - the spec doesn't offer any + // formulas that use BlackPoint in Lab + this.XB = blackPoint[0]; + this.YB = blackPoint[1]; + this.ZB = blackPoint[2]; + + // Validate vars as per spec + if (this.XW < 0 || this.ZW < 0 || this.YW !== 1) { + error('Invalid WhitePoint components, no fallback available'); + } + + if (this.XB < 0 || this.YB < 0 || this.ZB < 0) { + info('Invalid BlackPoint, falling back to default'); + this.XB = this.YB = this.ZB = 0; + } + + if (this.amin > this.amax || this.bmin > this.bmax) { + info('Invalid Range, falling back to defaults'); + this.amin = -100; + this.amax = 100; + this.bmin = -100; + this.bmax = 100; + } + } + + // Function g(x) from spec + function fn_g(x) { + if (x >= 6 / 29) { + return x * x * x; + } else { + return (108 / 841) * (x - 4 / 29); + } + } + + function decode(value, high1, low2, high2) { + return low2 + (value) * (high2 - low2) / (high1); + } + + // If decoding is needed maxVal should be 2^bits per component - 1. + function convertToRgb(cs, src, srcOffset, maxVal, dest, destOffset) { + // XXX: Lab input is in the range of [0, 100], [amin, amax], [bmin, bmax] + // not the usual [0, 1]. If a command like setFillColor is used the src + // values will already be within the correct range. However, if we are + // converting an image we have to map the values to the correct range given + // above. + // Ls,as,bs <---> L*,a*,b* in the spec + var Ls = src[srcOffset]; + var as = src[srcOffset + 1]; + var bs = src[srcOffset + 2]; + if (maxVal !== false) { + Ls = decode(Ls, maxVal, 0, 100); + as = decode(as, maxVal, cs.amin, cs.amax); + bs = decode(bs, maxVal, cs.bmin, cs.bmax); + } + + // Adjust limits of 'as' and 'bs' + as = as > cs.amax ? cs.amax : as < cs.amin ? cs.amin : as; + bs = bs > cs.bmax ? cs.bmax : bs < cs.bmin ? cs.bmin : bs; + + // Computes intermediate variables X,Y,Z as per spec + var M = (Ls + 16) / 116; + var L = M + (as / 500); + var N = M - (bs / 200); + + var X = cs.XW * fn_g(L); + var Y = cs.YW * fn_g(M); + var Z = cs.ZW * fn_g(N); + + var r, g, b; + // Using different conversions for D50 and D65 white points, + // per http://www.color.org/srgb.pdf + if (cs.ZW < 1) { + // Assuming D50 (X=0.9642, Y=1.00, Z=0.8249) + r = X * 3.1339 + Y * -1.6170 + Z * -0.4906; + g = X * -0.9785 + Y * 1.9160 + Z * 0.0333; + b = X * 0.0720 + Y * -0.2290 + Z * 1.4057; + } else { + // Assuming D65 (X=0.9505, Y=1.00, Z=1.0888) + r = X * 3.2406 + Y * -1.5372 + Z * -0.4986; + g = X * -0.9689 + Y * 1.8758 + Z * 0.0415; + b = X * 0.0557 + Y * -0.2040 + Z * 1.0570; + } + // clamp color values to [0,1] range then convert to [0,255] range. + dest[destOffset] = r <= 0 ? 0 : r >= 1 ? 255 : Math.sqrt(r) * 255 | 0; + dest[destOffset + 1] = g <= 0 ? 0 : g >= 1 ? 255 : Math.sqrt(g) * 255 | 0; + dest[destOffset + 2] = b <= 0 ? 0 : b >= 1 ? 255 : Math.sqrt(b) * 255 | 0; + } + + LabCS.prototype = { + getRgb: ColorSpace.prototype.getRgb, + getRgbItem: function LabCS_getRgbItem(src, srcOffset, dest, destOffset) { + convertToRgb(this, src, srcOffset, false, dest, destOffset); + }, + getRgbBuffer: function LabCS_getRgbBuffer(src, srcOffset, count, + dest, destOffset, bits, + alpha01) { + var maxVal = (1 << bits) - 1; + for (var i = 0; i < count; i++) { + convertToRgb(this, src, srcOffset, maxVal, dest, destOffset); + srcOffset += 3; + destOffset += 3 + alpha01; + } + }, + getOutputLength: function LabCS_getOutputLength(inputLength, alpha01) { + return (inputLength * (3 + alpha01) / 3) | 0; + }, + isPassthrough: ColorSpace.prototype.isPassthrough, + fillRgb: ColorSpace.prototype.fillRgb, + isDefaultDecode: function LabCS_isDefaultDecode(decodeMap) { + // XXX: Decoding is handled with the lab conversion because of the strange + // ranges that are used. + return true; + }, + usesZeroToOneRange: false + }; + return LabCS; +})(); + + +var ARCFourCipher = (function ARCFourCipherClosure() { + function ARCFourCipher(key) { + this.a = 0; + this.b = 0; + var s = new Uint8Array(256); + var i, j = 0, tmp, keyLength = key.length; + for (i = 0; i < 256; ++i) { + s[i] = i; + } + for (i = 0; i < 256; ++i) { + tmp = s[i]; + j = (j + tmp + key[i % keyLength]) & 0xFF; + s[i] = s[j]; + s[j] = tmp; + } + this.s = s; + } + + ARCFourCipher.prototype = { + encryptBlock: function ARCFourCipher_encryptBlock(data) { + var i, n = data.length, tmp, tmp2; + var a = this.a, b = this.b, s = this.s; + var output = new Uint8Array(n); + for (i = 0; i < n; ++i) { + a = (a + 1) & 0xFF; + tmp = s[a]; + b = (b + tmp) & 0xFF; + tmp2 = s[b]; + s[a] = tmp2; + s[b] = tmp; + output[i] = data[i] ^ s[(tmp + tmp2) & 0xFF]; + } + this.a = a; + this.b = b; + return output; + } + }; + ARCFourCipher.prototype.decryptBlock = ARCFourCipher.prototype.encryptBlock; + + return ARCFourCipher; +})(); + +var calculateMD5 = (function calculateMD5Closure() { + var r = new Uint8Array([ + 7, 12, 17, 22, 7, 12, 17, 22, 7, 12, 17, 22, 7, 12, 17, 22, + 5, 9, 14, 20, 5, 9, 14, 20, 5, 9, 14, 20, 5, 9, 14, 20, + 4, 11, 16, 23, 4, 11, 16, 23, 4, 11, 16, 23, 4, 11, 16, 23, + 6, 10, 15, 21, 6, 10, 15, 21, 6, 10, 15, 21, 6, 10, 15, 21]); + + var k = new Int32Array([ + -680876936, -389564586, 606105819, -1044525330, -176418897, 1200080426, + -1473231341, -45705983, 1770035416, -1958414417, -42063, -1990404162, + 1804603682, -40341101, -1502002290, 1236535329, -165796510, -1069501632, + 643717713, -373897302, -701558691, 38016083, -660478335, -405537848, + 568446438, -1019803690, -187363961, 1163531501, -1444681467, -51403784, + 1735328473, -1926607734, -378558, -2022574463, 1839030562, -35309556, + -1530992060, 1272893353, -155497632, -1094730640, 681279174, -358537222, + -722521979, 76029189, -640364487, -421815835, 530742520, -995338651, + -198630844, 1126891415, -1416354905, -57434055, 1700485571, -1894986606, + -1051523, -2054922799, 1873313359, -30611744, -1560198380, 1309151649, + -145523070, -1120210379, 718787259, -343485551]); + + function hash(data, offset, length) { + var h0 = 1732584193, h1 = -271733879, h2 = -1732584194, h3 = 271733878; + // pre-processing + var paddedLength = (length + 72) & ~63; // data + 9 extra bytes + var padded = new Uint8Array(paddedLength); + var i, j, n; + for (i = 0; i < length; ++i) { + padded[i] = data[offset++]; + } + padded[i++] = 0x80; + n = paddedLength - 8; + while (i < n) { + padded[i++] = 0; + } + padded[i++] = (length << 3) & 0xFF; + padded[i++] = (length >> 5) & 0xFF; + padded[i++] = (length >> 13) & 0xFF; + padded[i++] = (length >> 21) & 0xFF; + padded[i++] = (length >>> 29) & 0xFF; + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = 0; + var w = new Int32Array(16); + for (i = 0; i < paddedLength;) { + for (j = 0; j < 16; ++j, i += 4) { + w[j] = (padded[i] | (padded[i + 1] << 8) | + (padded[i + 2] << 16) | (padded[i + 3] << 24)); + } + var a = h0, b = h1, c = h2, d = h3, f, g; + for (j = 0; j < 64; ++j) { + if (j < 16) { + f = (b & c) | ((~b) & d); + g = j; + } else if (j < 32) { + f = (d & b) | ((~d) & c); + g = (5 * j + 1) & 15; + } else if (j < 48) { + f = b ^ c ^ d; + g = (3 * j + 5) & 15; + } else { + f = c ^ (b | (~d)); + g = (7 * j) & 15; + } + var tmp = d, rotateArg = (a + f + k[j] + w[g]) | 0, rotate = r[j]; + d = c; + c = b; + b = (b + ((rotateArg << rotate) | (rotateArg >>> (32 - rotate)))) | 0; + a = tmp; + } + h0 = (h0 + a) | 0; + h1 = (h1 + b) | 0; + h2 = (h2 + c) | 0; + h3 = (h3 + d) | 0; + } + return new Uint8Array([ + h0 & 0xFF, (h0 >> 8) & 0xFF, (h0 >> 16) & 0xFF, (h0 >>> 24) & 0xFF, + h1 & 0xFF, (h1 >> 8) & 0xFF, (h1 >> 16) & 0xFF, (h1 >>> 24) & 0xFF, + h2 & 0xFF, (h2 >> 8) & 0xFF, (h2 >> 16) & 0xFF, (h2 >>> 24) & 0xFF, + h3 & 0xFF, (h3 >> 8) & 0xFF, (h3 >> 16) & 0xFF, (h3 >>> 24) & 0xFF + ]); + } + + return hash; +})(); +var Word64 = (function Word64Closure() { + function Word64(highInteger, lowInteger) { + this.high = highInteger | 0; + this.low = lowInteger | 0; + } + Word64.prototype = { + and: function Word64_and(word) { + this.high &= word.high; + this.low &= word.low; + }, + xor: function Word64_xor(word) { + this.high ^= word.high; + this.low ^= word.low; + }, + + or: function Word64_or(word) { + this.high |= word.high; + this.low |= word.low; + }, + + shiftRight: function Word64_shiftRight(places) { + if (places >= 32) { + this.low = (this.high >>> (places - 32)) | 0; + this.high = 0; + } else { + this.low = (this.low >>> places) | (this.high << (32 - places)); + this.high = (this.high >>> places) | 0; + } + }, + + shiftLeft: function Word64_shiftLeft(places) { + if (places >= 32) { + this.high = this.low << (places - 32); + this.low = 0; + } else { + this.high = (this.high << places) | (this.low >>> (32 - places)); + this.low = this.low << places; + } + }, + + rotateRight: function Word64_rotateRight(places) { + var low, high; + if (places & 32) { + high = this.low; + low = this.high; + } else { + low = this.low; + high = this.high; + } + places &= 31; + this.low = (low >>> places) | (high << (32 - places)); + this.high = (high >>> places) | (low << (32 - places)); + }, + + not: function Word64_not() { + this.high = ~this.high; + this.low = ~this.low; + }, + + add: function Word64_add(word) { + var lowAdd = (this.low >>> 0) + (word.low >>> 0); + var highAdd = (this.high >>> 0) + (word.high >>> 0); + if (lowAdd > 0xFFFFFFFF) { + highAdd += 1; + } + this.low = lowAdd | 0; + this.high = highAdd | 0; + }, + + copyTo: function Word64_copyTo(bytes, offset) { + bytes[offset] = (this.high >>> 24) & 0xFF; + bytes[offset + 1] = (this.high >> 16) & 0xFF; + bytes[offset + 2] = (this.high >> 8) & 0xFF; + bytes[offset + 3] = this.high & 0xFF; + bytes[offset + 4] = (this.low >>> 24) & 0xFF; + bytes[offset + 5] = (this.low >> 16) & 0xFF; + bytes[offset + 6] = (this.low >> 8) & 0xFF; + bytes[offset + 7] = this.low & 0xFF; + }, + + assign: function Word64_assign(word) { + this.high = word.high; + this.low = word.low; + } + }; + return Word64; +})(); + +var calculateSHA256 = (function calculateSHA256Closure() { + function rotr(x, n) { + return (x >>> n) | (x << 32 - n); + } + + function ch(x, y, z) { + return (x & y) ^ (~x & z); + } + + function maj(x, y, z) { + return (x & y) ^ (x & z) ^ (y & z); + } + + function sigma(x) { + return rotr(x, 2) ^ rotr(x, 13) ^ rotr(x, 22); + } + + function sigmaPrime(x) { + return rotr(x, 6) ^ rotr(x, 11) ^ rotr(x, 25); + } + + function littleSigma(x) { + return rotr(x, 7) ^ rotr(x, 18) ^ x >>> 3; + } + + function littleSigmaPrime(x) { + return rotr(x, 17) ^ rotr(x, 19) ^ x >>> 10; + } + + var k = [0x428a2f98, 0x71374491, 0xb5c0fbcf, 0xe9b5dba5, + 0x3956c25b, 0x59f111f1, 0x923f82a4, 0xab1c5ed5, + 0xd807aa98, 0x12835b01, 0x243185be, 0x550c7dc3, + 0x72be5d74, 0x80deb1fe, 0x9bdc06a7, 0xc19bf174, + 0xe49b69c1, 0xefbe4786, 0x0fc19dc6, 0x240ca1cc, + 0x2de92c6f, 0x4a7484aa, 0x5cb0a9dc, 0x76f988da, + 0x983e5152, 0xa831c66d, 0xb00327c8, 0xbf597fc7, + 0xc6e00bf3, 0xd5a79147, 0x06ca6351, 0x14292967, + 0x27b70a85, 0x2e1b2138, 0x4d2c6dfc, 0x53380d13, + 0x650a7354, 0x766a0abb, 0x81c2c92e, 0x92722c85, + 0xa2bfe8a1, 0xa81a664b, 0xc24b8b70, 0xc76c51a3, + 0xd192e819, 0xd6990624, 0xf40e3585, 0x106aa070, + 0x19a4c116, 0x1e376c08, 0x2748774c, 0x34b0bcb5, + 0x391c0cb3, 0x4ed8aa4a, 0x5b9cca4f, 0x682e6ff3, + 0x748f82ee, 0x78a5636f, 0x84c87814, 0x8cc70208, + 0x90befffa, 0xa4506ceb, 0xbef9a3f7, 0xc67178f2]; + + function hash(data, offset, length) { + // initial hash values + var h0 = 0x6a09e667, h1 = 0xbb67ae85, h2 = 0x3c6ef372, + h3 = 0xa54ff53a, h4 = 0x510e527f, h5 = 0x9b05688c, + h6 = 0x1f83d9ab, h7 = 0x5be0cd19; + // pre-processing + var paddedLength = Math.ceil((length + 9) / 64) * 64; + var padded = new Uint8Array(paddedLength); + var i, j, n; + for (i = 0; i < length; ++i) { + padded[i] = data[offset++]; + } + padded[i++] = 0x80; + n = paddedLength - 8; + while (i < n) { + padded[i++] = 0; + } + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = (length >>> 29) & 0xFF; + padded[i++] = (length >> 21) & 0xFF; + padded[i++] = (length >> 13) & 0xFF; + padded[i++] = (length >> 5) & 0xFF; + padded[i++] = (length << 3) & 0xFF; + var w = new Uint32Array(64); + // for each 512 bit block + for (i = 0; i < paddedLength;) { + for (j = 0; j < 16; ++j) { + w[j] = (padded[i] << 24 | (padded[i + 1] << 16) | + (padded[i + 2] << 8) | (padded[i + 3])); + i += 4; + } + + for (j = 16; j < 64; ++j) { + w[j] = littleSigmaPrime(w[j - 2]) + w[j - 7] + + littleSigma(w[j - 15]) + w[j - 16] | 0; + } + var a = h0, b = h1, c = h2, d = h3, e = h4, + f = h5, g = h6, h = h7, t1, t2; + for (j = 0; j < 64; ++j) { + t1 = h + sigmaPrime(e) + ch(e, f, g) + k[j] + w[j]; + t2 = sigma(a) + maj(a, b, c); + h = g; + g = f; + f = e; + e = (d + t1) | 0; + d = c; + c = b; + b = a; + a = (t1 + t2) | 0; + } + h0 = (h0 + a) | 0; + h1 = (h1 + b) | 0; + h2 = (h2 + c) | 0; + h3 = (h3 + d) | 0; + h4 = (h4 + e) | 0; + h5 = (h5 + f) | 0; + h6 = (h6 + g) | 0; + h7 = (h7 + h) | 0; + } + return new Uint8Array([ + (h0 >> 24) & 0xFF, (h0 >> 16) & 0xFF, (h0 >> 8) & 0xFF, (h0) & 0xFF, + (h1 >> 24) & 0xFF, (h1 >> 16) & 0xFF, (h1 >> 8) & 0xFF, (h1) & 0xFF, + (h2 >> 24) & 0xFF, (h2 >> 16) & 0xFF, (h2 >> 8) & 0xFF, (h2) & 0xFF, + (h3 >> 24) & 0xFF, (h3 >> 16) & 0xFF, (h3 >> 8) & 0xFF, (h3) & 0xFF, + (h4 >> 24) & 0xFF, (h4 >> 16) & 0xFF, (h4 >> 8) & 0xFF, (h4) & 0xFF, + (h5 >> 24) & 0xFF, (h5 >> 16) & 0xFF, (h5 >> 8) & 0xFF, (h5) & 0xFF, + (h6 >> 24) & 0xFF, (h6 >> 16) & 0xFF, (h6 >> 8) & 0xFF, (h6) & 0xFF, + (h7 >> 24) & 0xFF, (h7 >> 16) & 0xFF, (h7 >> 8) & 0xFF, (h7) & 0xFF + ]); + } + + return hash; +})(); + +var calculateSHA512 = (function calculateSHA512Closure() { + function ch(result, x, y, z, tmp) { + result.assign(x); + result.and(y); + tmp.assign(x); + tmp.not(); + tmp.and(z); + result.xor(tmp); + } + + function maj(result, x, y, z, tmp) { + result.assign(x); + result.and(y); + tmp.assign(x); + tmp.and(z); + result.xor(tmp); + tmp.assign(y); + tmp.and(z); + result.xor(tmp); + } + + function sigma(result, x, tmp) { + result.assign(x); + result.rotateRight(28); + tmp.assign(x); + tmp.rotateRight(34); + result.xor(tmp); + tmp.assign(x); + tmp.rotateRight(39); + result.xor(tmp); + } + + function sigmaPrime(result, x, tmp) { + result.assign(x); + result.rotateRight(14); + tmp.assign(x); + tmp.rotateRight(18); + result.xor(tmp); + tmp.assign(x); + tmp.rotateRight(41); + result.xor(tmp); + } + + function littleSigma(result, x, tmp) { + result.assign(x); + result.rotateRight(1); + tmp.assign(x); + tmp.rotateRight(8); + result.xor(tmp); + tmp.assign(x); + tmp.shiftRight(7); + result.xor(tmp); + } + + function littleSigmaPrime(result, x, tmp) { + result.assign(x); + result.rotateRight(19); + tmp.assign(x); + tmp.rotateRight(61); + result.xor(tmp); + tmp.assign(x); + tmp.shiftRight(6); + result.xor(tmp); + } + + var k = [ + new Word64(0x428a2f98, 0xd728ae22), new Word64(0x71374491, 0x23ef65cd), + new Word64(0xb5c0fbcf, 0xec4d3b2f), new Word64(0xe9b5dba5, 0x8189dbbc), + new Word64(0x3956c25b, 0xf348b538), new Word64(0x59f111f1, 0xb605d019), + new Word64(0x923f82a4, 0xaf194f9b), new Word64(0xab1c5ed5, 0xda6d8118), + new Word64(0xd807aa98, 0xa3030242), new Word64(0x12835b01, 0x45706fbe), + new Word64(0x243185be, 0x4ee4b28c), new Word64(0x550c7dc3, 0xd5ffb4e2), + new Word64(0x72be5d74, 0xf27b896f), new Word64(0x80deb1fe, 0x3b1696b1), + new Word64(0x9bdc06a7, 0x25c71235), new Word64(0xc19bf174, 0xcf692694), + new Word64(0xe49b69c1, 0x9ef14ad2), new Word64(0xefbe4786, 0x384f25e3), + new Word64(0x0fc19dc6, 0x8b8cd5b5), new Word64(0x240ca1cc, 0x77ac9c65), + new Word64(0x2de92c6f, 0x592b0275), new Word64(0x4a7484aa, 0x6ea6e483), + new Word64(0x5cb0a9dc, 0xbd41fbd4), new Word64(0x76f988da, 0x831153b5), + new Word64(0x983e5152, 0xee66dfab), new Word64(0xa831c66d, 0x2db43210), + new Word64(0xb00327c8, 0x98fb213f), new Word64(0xbf597fc7, 0xbeef0ee4), + new Word64(0xc6e00bf3, 0x3da88fc2), new Word64(0xd5a79147, 0x930aa725), + new Word64(0x06ca6351, 0xe003826f), new Word64(0x14292967, 0x0a0e6e70), + new Word64(0x27b70a85, 0x46d22ffc), new Word64(0x2e1b2138, 0x5c26c926), + new Word64(0x4d2c6dfc, 0x5ac42aed), new Word64(0x53380d13, 0x9d95b3df), + new Word64(0x650a7354, 0x8baf63de), new Word64(0x766a0abb, 0x3c77b2a8), + new Word64(0x81c2c92e, 0x47edaee6), new Word64(0x92722c85, 0x1482353b), + new Word64(0xa2bfe8a1, 0x4cf10364), new Word64(0xa81a664b, 0xbc423001), + new Word64(0xc24b8b70, 0xd0f89791), new Word64(0xc76c51a3, 0x0654be30), + new Word64(0xd192e819, 0xd6ef5218), new Word64(0xd6990624, 0x5565a910), + new Word64(0xf40e3585, 0x5771202a), new Word64(0x106aa070, 0x32bbd1b8), + new Word64(0x19a4c116, 0xb8d2d0c8), new Word64(0x1e376c08, 0x5141ab53), + new Word64(0x2748774c, 0xdf8eeb99), new Word64(0x34b0bcb5, 0xe19b48a8), + new Word64(0x391c0cb3, 0xc5c95a63), new Word64(0x4ed8aa4a, 0xe3418acb), + new Word64(0x5b9cca4f, 0x7763e373), new Word64(0x682e6ff3, 0xd6b2b8a3), + new Word64(0x748f82ee, 0x5defb2fc), new Word64(0x78a5636f, 0x43172f60), + new Word64(0x84c87814, 0xa1f0ab72), new Word64(0x8cc70208, 0x1a6439ec), + new Word64(0x90befffa, 0x23631e28), new Word64(0xa4506ceb, 0xde82bde9), + new Word64(0xbef9a3f7, 0xb2c67915), new Word64(0xc67178f2, 0xe372532b), + new Word64(0xca273ece, 0xea26619c), new Word64(0xd186b8c7, 0x21c0c207), + new Word64(0xeada7dd6, 0xcde0eb1e), new Word64(0xf57d4f7f, 0xee6ed178), + new Word64(0x06f067aa, 0x72176fba), new Word64(0x0a637dc5, 0xa2c898a6), + new Word64(0x113f9804, 0xbef90dae), new Word64(0x1b710b35, 0x131c471b), + new Word64(0x28db77f5, 0x23047d84), new Word64(0x32caab7b, 0x40c72493), + new Word64(0x3c9ebe0a, 0x15c9bebc), new Word64(0x431d67c4, 0x9c100d4c), + new Word64(0x4cc5d4be, 0xcb3e42b6), new Word64(0x597f299c, 0xfc657e2a), + new Word64(0x5fcb6fab, 0x3ad6faec), new Word64(0x6c44198c, 0x4a475817)]; + + function hash(data, offset, length, mode384) { + mode384 = !!mode384; + // initial hash values + var h0, h1, h2, h3, h4, h5, h6, h7; + if (!mode384) { + h0 = new Word64(0x6a09e667, 0xf3bcc908); + h1 = new Word64(0xbb67ae85, 0x84caa73b); + h2 = new Word64(0x3c6ef372, 0xfe94f82b); + h3 = new Word64(0xa54ff53a, 0x5f1d36f1); + h4 = new Word64(0x510e527f, 0xade682d1); + h5 = new Word64(0x9b05688c, 0x2b3e6c1f); + h6 = new Word64(0x1f83d9ab, 0xfb41bd6b); + h7 = new Word64(0x5be0cd19, 0x137e2179); + } + else { + // SHA384 is exactly the same + // except with different starting values and a trimmed result + h0 = new Word64(0xcbbb9d5d, 0xc1059ed8); + h1 = new Word64(0x629a292a, 0x367cd507); + h2 = new Word64(0x9159015a, 0x3070dd17); + h3 = new Word64(0x152fecd8, 0xf70e5939); + h4 = new Word64(0x67332667, 0xffc00b31); + h5 = new Word64(0x8eb44a87, 0x68581511); + h6 = new Word64(0xdb0c2e0d, 0x64f98fa7); + h7 = new Word64(0x47b5481d, 0xbefa4fa4); + } + + // pre-processing + var paddedLength = Math.ceil((length + 17) / 128) * 128; + var padded = new Uint8Array(paddedLength); + var i, j, n; + for (i = 0; i < length; ++i) { + padded[i] = data[offset++]; + } + padded[i++] = 0x80; + n = paddedLength - 16; + while (i < n) { + padded[i++] = 0; + } + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = 0; + padded[i++] = (length >>> 29) & 0xFF; + padded[i++] = (length >> 21) & 0xFF; + padded[i++] = (length >> 13) & 0xFF; + padded[i++] = (length >> 5) & 0xFF; + padded[i++] = (length << 3) & 0xFF; + + var w = new Array(80); + for (i = 0; i < 80; i++) { + w[i] = new Word64(0, 0); + } + var a = new Word64(0, 0), b = new Word64(0, 0), c = new Word64(0, 0); + var d = new Word64(0, 0), e = new Word64(0, 0), f = new Word64(0, 0); + var g = new Word64(0, 0), h = new Word64(0, 0); + var t1 = new Word64(0, 0), t2 = new Word64(0, 0); + var tmp1 = new Word64(0, 0), tmp2 = new Word64(0, 0), tmp3; + + // for each 1024 bit block + for (i = 0; i < paddedLength;) { + for (j = 0; j < 16; ++j) { + w[j].high = (padded[i] << 24) | (padded[i + 1] << 16) | + (padded[i + 2] << 8) | (padded[i + 3]); + w[j].low = (padded[i + 4]) << 24 | (padded[i + 5]) << 16 | + (padded[i + 6]) << 8 | (padded[i + 7]); + i += 8; + } + for (j = 16; j < 80; ++j) { + tmp3 = w[j]; + littleSigmaPrime(tmp3, w[j - 2], tmp2); + tmp3.add(w[j - 7]); + littleSigma(tmp1, w[j - 15], tmp2); + tmp3.add(tmp1); + tmp3.add(w[j - 16]); + } + + a.assign(h0); b.assign(h1); c.assign(h2); d.assign(h3); + e.assign(h4); f.assign(h5); g.assign(h6); h.assign(h7); + for (j = 0; j < 80; ++j) { + t1.assign(h); + sigmaPrime(tmp1, e, tmp2); + t1.add(tmp1); + ch(tmp1, e, f, g, tmp2); + t1.add(tmp1); + t1.add(k[j]); + t1.add(w[j]); + + sigma(t2, a, tmp2); + maj(tmp1, a, b, c, tmp2); + t2.add(tmp1); + + tmp3 = h; + h = g; + g = f; + f = e; + d.add(t1); + e = d; + d = c; + c = b; + b = a; + tmp3.assign(t1); + tmp3.add(t2); + a = tmp3; + } + h0.add(a); + h1.add(b); + h2.add(c); + h3.add(d); + h4.add(e); + h5.add(f); + h6.add(g); + h7.add(h); + } + + var result; + if (!mode384) { + result = new Uint8Array(64); + h0.copyTo(result,0); + h1.copyTo(result,8); + h2.copyTo(result,16); + h3.copyTo(result,24); + h4.copyTo(result,32); + h5.copyTo(result,40); + h6.copyTo(result,48); + h7.copyTo(result,56); + } + else { + result = new Uint8Array(48); + h0.copyTo(result,0); + h1.copyTo(result,8); + h2.copyTo(result,16); + h3.copyTo(result,24); + h4.copyTo(result,32); + h5.copyTo(result,40); + } + return result; + } + + return hash; +})(); +var calculateSHA384 = (function calculateSHA384Closure() { + function hash(data, offset, length) { + return calculateSHA512(data, offset, length, true); + } + + return hash; +})(); +var NullCipher = (function NullCipherClosure() { + function NullCipher() { + } + + NullCipher.prototype = { + decryptBlock: function NullCipher_decryptBlock(data) { + return data; + } + }; + + return NullCipher; +})(); + +var AES128Cipher = (function AES128CipherClosure() { + var rcon = new Uint8Array([ + 0x8d, 0x01, 0x02, 0x04, 0x08, 0x10, 0x20, 0x40, 0x80, 0x1b, 0x36, 0x6c, + 0xd8, 0xab, 0x4d, 0x9a, 0x2f, 0x5e, 0xbc, 0x63, 0xc6, 0x97, 0x35, 0x6a, + 0xd4, 0xb3, 0x7d, 0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72, 0xe4, 0xd3, 0xbd, + 0x61, 0xc2, 0x9f, 0x25, 0x4a, 0x94, 0x33, 0x66, 0xcc, 0x83, 0x1d, 0x3a, + 0x74, 0xe8, 0xcb, 0x8d, 0x01, 0x02, 0x04, 0x08, 0x10, 0x20, 0x40, 0x80, + 0x1b, 0x36, 0x6c, 0xd8, 0xab, 0x4d, 0x9a, 0x2f, 0x5e, 0xbc, 0x63, 0xc6, + 0x97, 0x35, 0x6a, 0xd4, 0xb3, 0x7d, 0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72, + 0xe4, 0xd3, 0xbd, 0x61, 0xc2, 0x9f, 0x25, 0x4a, 0x94, 0x33, 0x66, 0xcc, + 0x83, 0x1d, 0x3a, 0x74, 0xe8, 0xcb, 0x8d, 0x01, 0x02, 0x04, 0x08, 0x10, + 0x20, 0x40, 0x80, 0x1b, 0x36, 0x6c, 0xd8, 0xab, 0x4d, 0x9a, 0x2f, 0x5e, + 0xbc, 0x63, 0xc6, 0x97, 0x35, 0x6a, 0xd4, 0xb3, 0x7d, 0xfa, 0xef, 0xc5, + 0x91, 0x39, 0x72, 0xe4, 0xd3, 0xbd, 0x61, 0xc2, 0x9f, 0x25, 0x4a, 0x94, + 0x33, 0x66, 0xcc, 0x83, 0x1d, 0x3a, 0x74, 0xe8, 0xcb, 0x8d, 0x01, 0x02, + 0x04, 0x08, 0x10, 0x20, 0x40, 0x80, 0x1b, 0x36, 0x6c, 0xd8, 0xab, 0x4d, + 0x9a, 0x2f, 0x5e, 0xbc, 0x63, 0xc6, 0x97, 0x35, 0x6a, 0xd4, 0xb3, 0x7d, + 0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72, 0xe4, 0xd3, 0xbd, 0x61, 0xc2, 0x9f, + 0x25, 0x4a, 0x94, 0x33, 0x66, 0xcc, 0x83, 0x1d, 0x3a, 0x74, 0xe8, 0xcb, + 0x8d, 0x01, 0x02, 0x04, 0x08, 0x10, 0x20, 0x40, 0x80, 0x1b, 0x36, 0x6c, + 0xd8, 0xab, 0x4d, 0x9a, 0x2f, 0x5e, 0xbc, 0x63, 0xc6, 0x97, 0x35, 0x6a, + 0xd4, 0xb3, 0x7d, 0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72, 0xe4, 0xd3, 0xbd, + 0x61, 0xc2, 0x9f, 0x25, 0x4a, 0x94, 0x33, 0x66, 0xcc, 0x83, 0x1d, 0x3a, + 0x74, 0xe8, 0xcb, 0x8d]); + + var s = new Uint8Array([ + 0x63, 0x7c, 0x77, 0x7b, 0xf2, 0x6b, 0x6f, 0xc5, 0x30, 0x01, 0x67, 0x2b, + 0xfe, 0xd7, 0xab, 0x76, 0xca, 0x82, 0xc9, 0x7d, 0xfa, 0x59, 0x47, 0xf0, + 0xad, 0xd4, 0xa2, 0xaf, 0x9c, 0xa4, 0x72, 0xc0, 0xb7, 0xfd, 0x93, 0x26, + 0x36, 0x3f, 0xf7, 0xcc, 0x34, 0xa5, 0xe5, 0xf1, 0x71, 0xd8, 0x31, 0x15, + 0x04, 0xc7, 0x23, 0xc3, 0x18, 0x96, 0x05, 0x9a, 0x07, 0x12, 0x80, 0xe2, + 0xeb, 0x27, 0xb2, 0x75, 0x09, 0x83, 0x2c, 0x1a, 0x1b, 0x6e, 0x5a, 0xa0, + 0x52, 0x3b, 0xd6, 0xb3, 0x29, 0xe3, 0x2f, 0x84, 0x53, 0xd1, 0x00, 0xed, + 0x20, 0xfc, 0xb1, 0x5b, 0x6a, 0xcb, 0xbe, 0x39, 0x4a, 0x4c, 0x58, 0xcf, + 0xd0, 0xef, 0xaa, 0xfb, 0x43, 0x4d, 0x33, 0x85, 0x45, 0xf9, 0x02, 0x7f, + 0x50, 0x3c, 0x9f, 0xa8, 0x51, 0xa3, 0x40, 0x8f, 0x92, 0x9d, 0x38, 0xf5, + 0xbc, 0xb6, 0xda, 0x21, 0x10, 0xff, 0xf3, 0xd2, 0xcd, 0x0c, 0x13, 0xec, + 0x5f, 0x97, 0x44, 0x17, 0xc4, 0xa7, 0x7e, 0x3d, 0x64, 0x5d, 0x19, 0x73, + 0x60, 0x81, 0x4f, 0xdc, 0x22, 0x2a, 0x90, 0x88, 0x46, 0xee, 0xb8, 0x14, + 0xde, 0x5e, 0x0b, 0xdb, 0xe0, 0x32, 0x3a, 0x0a, 0x49, 0x06, 0x24, 0x5c, + 0xc2, 0xd3, 0xac, 0x62, 0x91, 0x95, 0xe4, 0x79, 0xe7, 0xc8, 0x37, 0x6d, + 0x8d, 0xd5, 0x4e, 0xa9, 0x6c, 0x56, 0xf4, 0xea, 0x65, 0x7a, 0xae, 0x08, + 0xba, 0x78, 0x25, 0x2e, 0x1c, 0xa6, 0xb4, 0xc6, 0xe8, 0xdd, 0x74, 0x1f, + 0x4b, 0xbd, 0x8b, 0x8a, 0x70, 0x3e, 0xb5, 0x66, 0x48, 0x03, 0xf6, 0x0e, + 0x61, 0x35, 0x57, 0xb9, 0x86, 0xc1, 0x1d, 0x9e, 0xe1, 0xf8, 0x98, 0x11, + 0x69, 0xd9, 0x8e, 0x94, 0x9b, 0x1e, 0x87, 0xe9, 0xce, 0x55, 0x28, 0xdf, + 0x8c, 0xa1, 0x89, 0x0d, 0xbf, 0xe6, 0x42, 0x68, 0x41, 0x99, 0x2d, 0x0f, + 0xb0, 0x54, 0xbb, 0x16]); + + var inv_s = new Uint8Array([ + 0x52, 0x09, 0x6a, 0xd5, 0x30, 0x36, 0xa5, 0x38, 0xbf, 0x40, 0xa3, 0x9e, + 0x81, 0xf3, 0xd7, 0xfb, 0x7c, 0xe3, 0x39, 0x82, 0x9b, 0x2f, 0xff, 0x87, + 0x34, 0x8e, 0x43, 0x44, 0xc4, 0xde, 0xe9, 0xcb, 0x54, 0x7b, 0x94, 0x32, + 0xa6, 0xc2, 0x23, 0x3d, 0xee, 0x4c, 0x95, 0x0b, 0x42, 0xfa, 0xc3, 0x4e, + 0x08, 0x2e, 0xa1, 0x66, 0x28, 0xd9, 0x24, 0xb2, 0x76, 0x5b, 0xa2, 0x49, + 0x6d, 0x8b, 0xd1, 0x25, 0x72, 0xf8, 0xf6, 0x64, 0x86, 0x68, 0x98, 0x16, + 0xd4, 0xa4, 0x5c, 0xcc, 0x5d, 0x65, 0xb6, 0x92, 0x6c, 0x70, 0x48, 0x50, + 0xfd, 0xed, 0xb9, 0xda, 0x5e, 0x15, 0x46, 0x57, 0xa7, 0x8d, 0x9d, 0x84, + 0x90, 0xd8, 0xab, 0x00, 0x8c, 0xbc, 0xd3, 0x0a, 0xf7, 0xe4, 0x58, 0x05, + 0xb8, 0xb3, 0x45, 0x06, 0xd0, 0x2c, 0x1e, 0x8f, 0xca, 0x3f, 0x0f, 0x02, + 0xc1, 0xaf, 0xbd, 0x03, 0x01, 0x13, 0x8a, 0x6b, 0x3a, 0x91, 0x11, 0x41, + 0x4f, 0x67, 0xdc, 0xea, 0x97, 0xf2, 0xcf, 0xce, 0xf0, 0xb4, 0xe6, 0x73, + 0x96, 0xac, 0x74, 0x22, 0xe7, 0xad, 0x35, 0x85, 0xe2, 0xf9, 0x37, 0xe8, + 0x1c, 0x75, 0xdf, 0x6e, 0x47, 0xf1, 0x1a, 0x71, 0x1d, 0x29, 0xc5, 0x89, + 0x6f, 0xb7, 0x62, 0x0e, 0xaa, 0x18, 0xbe, 0x1b, 0xfc, 0x56, 0x3e, 0x4b, + 0xc6, 0xd2, 0x79, 0x20, 0x9a, 0xdb, 0xc0, 0xfe, 0x78, 0xcd, 0x5a, 0xf4, + 0x1f, 0xdd, 0xa8, 0x33, 0x88, 0x07, 0xc7, 0x31, 0xb1, 0x12, 0x10, 0x59, + 0x27, 0x80, 0xec, 0x5f, 0x60, 0x51, 0x7f, 0xa9, 0x19, 0xb5, 0x4a, 0x0d, + 0x2d, 0xe5, 0x7a, 0x9f, 0x93, 0xc9, 0x9c, 0xef, 0xa0, 0xe0, 0x3b, 0x4d, + 0xae, 0x2a, 0xf5, 0xb0, 0xc8, 0xeb, 0xbb, 0x3c, 0x83, 0x53, 0x99, 0x61, + 0x17, 0x2b, 0x04, 0x7e, 0xba, 0x77, 0xd6, 0x26, 0xe1, 0x69, 0x14, 0x63, + 0x55, 0x21, 0x0c, 0x7d]); + var mixCol = new Uint8Array(256); + for (var i = 0; i < 256; i++) { + if (i < 128) { + mixCol[i] = i << 1; + } else { + mixCol[i] = (i << 1) ^ 0x1b; + } + } + var mix = new Uint32Array([ + 0x00000000, 0x0e090d0b, 0x1c121a16, 0x121b171d, 0x3824342c, 0x362d3927, + 0x24362e3a, 0x2a3f2331, 0x70486858, 0x7e416553, 0x6c5a724e, 0x62537f45, + 0x486c5c74, 0x4665517f, 0x547e4662, 0x5a774b69, 0xe090d0b0, 0xee99ddbb, + 0xfc82caa6, 0xf28bc7ad, 0xd8b4e49c, 0xd6bde997, 0xc4a6fe8a, 0xcaaff381, + 0x90d8b8e8, 0x9ed1b5e3, 0x8ccaa2fe, 0x82c3aff5, 0xa8fc8cc4, 0xa6f581cf, + 0xb4ee96d2, 0xbae79bd9, 0xdb3bbb7b, 0xd532b670, 0xc729a16d, 0xc920ac66, + 0xe31f8f57, 0xed16825c, 0xff0d9541, 0xf104984a, 0xab73d323, 0xa57ade28, + 0xb761c935, 0xb968c43e, 0x9357e70f, 0x9d5eea04, 0x8f45fd19, 0x814cf012, + 0x3bab6bcb, 0x35a266c0, 0x27b971dd, 0x29b07cd6, 0x038f5fe7, 0x0d8652ec, + 0x1f9d45f1, 0x119448fa, 0x4be30393, 0x45ea0e98, 0x57f11985, 0x59f8148e, + 0x73c737bf, 0x7dce3ab4, 0x6fd52da9, 0x61dc20a2, 0xad766df6, 0xa37f60fd, + 0xb16477e0, 0xbf6d7aeb, 0x955259da, 0x9b5b54d1, 0x894043cc, 0x87494ec7, + 0xdd3e05ae, 0xd33708a5, 0xc12c1fb8, 0xcf2512b3, 0xe51a3182, 0xeb133c89, + 0xf9082b94, 0xf701269f, 0x4de6bd46, 0x43efb04d, 0x51f4a750, 0x5ffdaa5b, + 0x75c2896a, 0x7bcb8461, 0x69d0937c, 0x67d99e77, 0x3daed51e, 0x33a7d815, + 0x21bccf08, 0x2fb5c203, 0x058ae132, 0x0b83ec39, 0x1998fb24, 0x1791f62f, + 0x764dd68d, 0x7844db86, 0x6a5fcc9b, 0x6456c190, 0x4e69e2a1, 0x4060efaa, + 0x527bf8b7, 0x5c72f5bc, 0x0605bed5, 0x080cb3de, 0x1a17a4c3, 0x141ea9c8, + 0x3e218af9, 0x302887f2, 0x223390ef, 0x2c3a9de4, 0x96dd063d, 0x98d40b36, + 0x8acf1c2b, 0x84c61120, 0xaef93211, 0xa0f03f1a, 0xb2eb2807, 0xbce2250c, + 0xe6956e65, 0xe89c636e, 0xfa877473, 0xf48e7978, 0xdeb15a49, 0xd0b85742, + 0xc2a3405f, 0xccaa4d54, 0x41ecdaf7, 0x4fe5d7fc, 0x5dfec0e1, 0x53f7cdea, + 0x79c8eedb, 0x77c1e3d0, 0x65daf4cd, 0x6bd3f9c6, 0x31a4b2af, 0x3fadbfa4, + 0x2db6a8b9, 0x23bfa5b2, 0x09808683, 0x07898b88, 0x15929c95, 0x1b9b919e, + 0xa17c0a47, 0xaf75074c, 0xbd6e1051, 0xb3671d5a, 0x99583e6b, 0x97513360, + 0x854a247d, 0x8b432976, 0xd134621f, 0xdf3d6f14, 0xcd267809, 0xc32f7502, + 0xe9105633, 0xe7195b38, 0xf5024c25, 0xfb0b412e, 0x9ad7618c, 0x94de6c87, + 0x86c57b9a, 0x88cc7691, 0xa2f355a0, 0xacfa58ab, 0xbee14fb6, 0xb0e842bd, + 0xea9f09d4, 0xe49604df, 0xf68d13c2, 0xf8841ec9, 0xd2bb3df8, 0xdcb230f3, + 0xcea927ee, 0xc0a02ae5, 0x7a47b13c, 0x744ebc37, 0x6655ab2a, 0x685ca621, + 0x42638510, 0x4c6a881b, 0x5e719f06, 0x5078920d, 0x0a0fd964, 0x0406d46f, + 0x161dc372, 0x1814ce79, 0x322bed48, 0x3c22e043, 0x2e39f75e, 0x2030fa55, + 0xec9ab701, 0xe293ba0a, 0xf088ad17, 0xfe81a01c, 0xd4be832d, 0xdab78e26, + 0xc8ac993b, 0xc6a59430, 0x9cd2df59, 0x92dbd252, 0x80c0c54f, 0x8ec9c844, + 0xa4f6eb75, 0xaaffe67e, 0xb8e4f163, 0xb6edfc68, 0x0c0a67b1, 0x02036aba, + 0x10187da7, 0x1e1170ac, 0x342e539d, 0x3a275e96, 0x283c498b, 0x26354480, + 0x7c420fe9, 0x724b02e2, 0x605015ff, 0x6e5918f4, 0x44663bc5, 0x4a6f36ce, + 0x587421d3, 0x567d2cd8, 0x37a10c7a, 0x39a80171, 0x2bb3166c, 0x25ba1b67, + 0x0f853856, 0x018c355d, 0x13972240, 0x1d9e2f4b, 0x47e96422, 0x49e06929, + 0x5bfb7e34, 0x55f2733f, 0x7fcd500e, 0x71c45d05, 0x63df4a18, 0x6dd64713, + 0xd731dcca, 0xd938d1c1, 0xcb23c6dc, 0xc52acbd7, 0xef15e8e6, 0xe11ce5ed, + 0xf307f2f0, 0xfd0efffb, 0xa779b492, 0xa970b999, 0xbb6bae84, 0xb562a38f, + 0x9f5d80be, 0x91548db5, 0x834f9aa8, 0x8d4697a3]); + + function expandKey128(cipherKey) { + var b = 176, result = new Uint8Array(b); + result.set(cipherKey); + for (var j = 16, i = 1; j < b; ++i) { + // RotWord + var t1 = result[j - 3], t2 = result[j - 2], + t3 = result[j - 1], t4 = result[j - 4]; + // SubWord + t1 = s[t1]; + t2 = s[t2]; + t3 = s[t3]; + t4 = s[t4]; + // Rcon + t1 = t1 ^ rcon[i]; + for (var n = 0; n < 4; ++n) { + result[j] = (t1 ^= result[j - 16]); + j++; + result[j] = (t2 ^= result[j - 16]); + j++; + result[j] = (t3 ^= result[j - 16]); + j++; + result[j] = (t4 ^= result[j - 16]); + j++; + } + } + return result; + } + + function decrypt128(input, key) { + var state = new Uint8Array(16); + state.set(input); + var i, j, k; + var t, u, v; + // AddRoundKey + for (j = 0, k = 160; j < 16; ++j, ++k) { + state[j] ^= key[k]; + } + for (i = 9; i >= 1; --i) { + // InvShiftRows + t = state[13]; + state[13] = state[9]; + state[9] = state[5]; + state[5] = state[1]; + state[1] = t; + t = state[14]; + u = state[10]; + state[14] = state[6]; + state[10] = state[2]; + state[6] = t; + state[2] = u; + t = state[15]; + u = state[11]; + v = state[7]; + state[15] = state[3]; + state[11] = t; + state[7] = u; + state[3] = v; + // InvSubBytes + for (j = 0; j < 16; ++j) { + state[j] = inv_s[state[j]]; + } + // AddRoundKey + for (j = 0, k = i * 16; j < 16; ++j, ++k) { + state[j] ^= key[k]; + } + // InvMixColumns + for (j = 0; j < 16; j += 4) { + var s0 = mix[state[j]], s1 = mix[state[j + 1]], + s2 = mix[state[j + 2]], s3 = mix[state[j + 3]]; + t = (s0 ^ (s1 >>> 8) ^ (s1 << 24) ^ (s2 >>> 16) ^ (s2 << 16) ^ + (s3 >>> 24) ^ (s3 << 8)); + state[j] = (t >>> 24) & 0xFF; + state[j + 1] = (t >> 16) & 0xFF; + state[j + 2] = (t >> 8) & 0xFF; + state[j + 3] = t & 0xFF; + } + } + // InvShiftRows + t = state[13]; + state[13] = state[9]; + state[9] = state[5]; + state[5] = state[1]; + state[1] = t; + t = state[14]; + u = state[10]; + state[14] = state[6]; + state[10] = state[2]; + state[6] = t; + state[2] = u; + t = state[15]; + u = state[11]; + v = state[7]; + state[15] = state[3]; + state[11] = t; + state[7] = u; + state[3] = v; + for (j = 0; j < 16; ++j) { + // InvSubBytes + state[j] = inv_s[state[j]]; + // AddRoundKey + state[j] ^= key[j]; + } + return state; + } + + function encrypt128(input, key) { + var t, u, v, k; + var state = new Uint8Array(16); + state.set(input); + for (j = 0; j < 16; ++j) { + // AddRoundKey + state[j] ^= key[j]; + } + + for (i = 1; i < 10; i++) { + //SubBytes + for (j = 0; j < 16; ++j) { + state[j] = s[state[j]]; + } + //ShiftRows + v = state[1]; + state[1] = state[5]; + state[5] = state[9]; + state[9] = state[13]; + state[13] = v; + v = state[2]; + u = state[6]; + state[2] = state[10]; + state[6] = state[14]; + state[10] = v; + state[14] = u; + v = state[3]; + u = state[7]; + t = state[11]; + state[3] = state[15]; + state[7] = v; + state[11] = u; + state[15] = t; + //MixColumns + for (var j = 0; j < 16; j += 4) { + var s0 = state[j + 0], s1 = state[j + 1]; + var s2 = state[j + 2], s3 = state[j + 3]; + t = s0 ^ s1 ^ s2 ^ s3; + state[j + 0] ^= t ^ mixCol[s0 ^ s1]; + state[j + 1] ^= t ^ mixCol[s1 ^ s2]; + state[j + 2] ^= t ^ mixCol[s2 ^ s3]; + state[j + 3] ^= t ^ mixCol[s3 ^ s0]; + } + //AddRoundKey + for (j = 0, k = i * 16; j < 16; ++j, ++k) { + state[j] ^= key[k]; + } + } + + //SubBytes + for (j = 0; j < 16; ++j) { + state[j] = s[state[j]]; + } + //ShiftRows + v = state[1]; + state[1] = state[5]; + state[5] = state[9]; + state[9] = state[13]; + state[13] = v; + v = state[2]; + u = state[6]; + state[2] = state[10]; + state[6] = state[14]; + state[10] = v; + state[14] = u; + v = state[3]; + u = state[7]; + t = state[11]; + state[3] = state[15]; + state[7] = v; + state[11] = u; + state[15] = t; + //AddRoundKey + for (j = 0, k = 160; j < 16; ++j, ++k) { + state[j] ^= key[k]; + } + return state; + } + + function AES128Cipher(key) { + this.key = expandKey128(key); + this.buffer = new Uint8Array(16); + this.bufferPosition = 0; + } + + function decryptBlock2(data, finalize) { + var i, j, ii, sourceLength = data.length, + buffer = this.buffer, bufferLength = this.bufferPosition, + result = [], iv = this.iv; + for (i = 0; i < sourceLength; ++i) { + buffer[bufferLength] = data[i]; + ++bufferLength; + if (bufferLength < 16) { + continue; + } + // buffer is full, decrypting + var plain = decrypt128(buffer, this.key); + // xor-ing the IV vector to get plain text + for (j = 0; j < 16; ++j) { + plain[j] ^= iv[j]; + } + iv = buffer; + result.push(plain); + buffer = new Uint8Array(16); + bufferLength = 0; + } + // saving incomplete buffer + this.buffer = buffer; + this.bufferLength = bufferLength; + this.iv = iv; + if (result.length === 0) { + return new Uint8Array([]); + } + // combining plain text blocks into one + var outputLength = 16 * result.length; + if (finalize) { + // undo a padding that is described in RFC 2898 + var lastBlock = result[result.length - 1]; + var psLen = lastBlock[15]; + if (psLen <= 16) { + for (i = 15, ii = 16 - psLen; i >= ii; --i) { + if (lastBlock[i] !== psLen) { + // Invalid padding, assume that the block has no padding. + psLen = 0; + break; + } + } + outputLength -= psLen; + result[result.length - 1] = lastBlock.subarray(0, 16 - psLen); + } + } + var output = new Uint8Array(outputLength); + for (i = 0, j = 0, ii = result.length; i < ii; ++i, j += 16) { + output.set(result[i], j); + } + return output; + } + + AES128Cipher.prototype = { + decryptBlock: function AES128Cipher_decryptBlock(data, finalize) { + var i, sourceLength = data.length; + var buffer = this.buffer, bufferLength = this.bufferPosition; + // waiting for IV values -- they are at the start of the stream + for (i = 0; bufferLength < 16 && i < sourceLength; ++i, ++bufferLength) { + buffer[bufferLength] = data[i]; + } + if (bufferLength < 16) { + // need more data + this.bufferLength = bufferLength; + return new Uint8Array([]); + } + this.iv = buffer; + this.buffer = new Uint8Array(16); + this.bufferLength = 0; + // starting decryption + this.decryptBlock = decryptBlock2; + return this.decryptBlock(data.subarray(16), finalize); + }, + encrypt: function AES128Cipher_encrypt(data, iv) { + var i, j, ii, sourceLength = data.length, + buffer = this.buffer, bufferLength = this.bufferPosition, + result = []; + if (!iv) { + iv = new Uint8Array(16); + } + for (i = 0; i < sourceLength; ++i) { + buffer[bufferLength] = data[i]; + ++bufferLength; + if (bufferLength < 16) { + continue; + } + for (j = 0; j < 16; ++j) { + buffer[j] ^= iv[j]; + } + + // buffer is full, encrypting + var cipher = encrypt128(buffer, this.key); + iv = cipher; + result.push(cipher); + buffer = new Uint8Array(16); + bufferLength = 0; + } + // saving incomplete buffer + this.buffer = buffer; + this.bufferLength = bufferLength; + this.iv = iv; + if (result.length === 0) { + return new Uint8Array([]); + } + // combining plain text blocks into one + var outputLength = 16 * result.length; + var output = new Uint8Array(outputLength); + for (i = 0, j = 0, ii = result.length; i < ii; ++i, j += 16) { + output.set(result[i], j); + } + return output; + } + }; + + return AES128Cipher; +})(); + +var AES256Cipher = (function AES256CipherClosure() { + var rcon = new Uint8Array([ + 0x8d, 0x01, 0x02, 0x04, 0x08, 0x10, 0x20, 0x40, 0x80, 0x1b, 0x36, 0x6c, + 0xd8, 0xab, 0x4d, 0x9a, 0x2f, 0x5e, 0xbc, 0x63, 0xc6, 0x97, 0x35, 0x6a, + 0xd4, 0xb3, 0x7d, 0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72, 0xe4, 0xd3, 0xbd, + 0x61, 0xc2, 0x9f, 0x25, 0x4a, 0x94, 0x33, 0x66, 0xcc, 0x83, 0x1d, 0x3a, + 0x74, 0xe8, 0xcb, 0x8d, 0x01, 0x02, 0x04, 0x08, 0x10, 0x20, 0x40, 0x80, + 0x1b, 0x36, 0x6c, 0xd8, 0xab, 0x4d, 0x9a, 0x2f, 0x5e, 0xbc, 0x63, 0xc6, + 0x97, 0x35, 0x6a, 0xd4, 0xb3, 0x7d, 0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72, + 0xe4, 0xd3, 0xbd, 0x61, 0xc2, 0x9f, 0x25, 0x4a, 0x94, 0x33, 0x66, 0xcc, + 0x83, 0x1d, 0x3a, 0x74, 0xe8, 0xcb, 0x8d, 0x01, 0x02, 0x04, 0x08, 0x10, + 0x20, 0x40, 0x80, 0x1b, 0x36, 0x6c, 0xd8, 0xab, 0x4d, 0x9a, 0x2f, 0x5e, + 0xbc, 0x63, 0xc6, 0x97, 0x35, 0x6a, 0xd4, 0xb3, 0x7d, 0xfa, 0xef, 0xc5, + 0x91, 0x39, 0x72, 0xe4, 0xd3, 0xbd, 0x61, 0xc2, 0x9f, 0x25, 0x4a, 0x94, + 0x33, 0x66, 0xcc, 0x83, 0x1d, 0x3a, 0x74, 0xe8, 0xcb, 0x8d, 0x01, 0x02, + 0x04, 0x08, 0x10, 0x20, 0x40, 0x80, 0x1b, 0x36, 0x6c, 0xd8, 0xab, 0x4d, + 0x9a, 0x2f, 0x5e, 0xbc, 0x63, 0xc6, 0x97, 0x35, 0x6a, 0xd4, 0xb3, 0x7d, + 0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72, 0xe4, 0xd3, 0xbd, 0x61, 0xc2, 0x9f, + 0x25, 0x4a, 0x94, 0x33, 0x66, 0xcc, 0x83, 0x1d, 0x3a, 0x74, 0xe8, 0xcb, + 0x8d, 0x01, 0x02, 0x04, 0x08, 0x10, 0x20, 0x40, 0x80, 0x1b, 0x36, 0x6c, + 0xd8, 0xab, 0x4d, 0x9a, 0x2f, 0x5e, 0xbc, 0x63, 0xc6, 0x97, 0x35, 0x6a, + 0xd4, 0xb3, 0x7d, 0xfa, 0xef, 0xc5, 0x91, 0x39, 0x72, 0xe4, 0xd3, 0xbd, + 0x61, 0xc2, 0x9f, 0x25, 0x4a, 0x94, 0x33, 0x66, 0xcc, 0x83, 0x1d, 0x3a, + 0x74, 0xe8, 0xcb, 0x8d]); + + var s = new Uint8Array([ + 0x63, 0x7c, 0x77, 0x7b, 0xf2, 0x6b, 0x6f, 0xc5, 0x30, 0x01, 0x67, 0x2b, + 0xfe, 0xd7, 0xab, 0x76, 0xca, 0x82, 0xc9, 0x7d, 0xfa, 0x59, 0x47, 0xf0, + 0xad, 0xd4, 0xa2, 0xaf, 0x9c, 0xa4, 0x72, 0xc0, 0xb7, 0xfd, 0x93, 0x26, + 0x36, 0x3f, 0xf7, 0xcc, 0x34, 0xa5, 0xe5, 0xf1, 0x71, 0xd8, 0x31, 0x15, + 0x04, 0xc7, 0x23, 0xc3, 0x18, 0x96, 0x05, 0x9a, 0x07, 0x12, 0x80, 0xe2, + 0xeb, 0x27, 0xb2, 0x75, 0x09, 0x83, 0x2c, 0x1a, 0x1b, 0x6e, 0x5a, 0xa0, + 0x52, 0x3b, 0xd6, 0xb3, 0x29, 0xe3, 0x2f, 0x84, 0x53, 0xd1, 0x00, 0xed, + 0x20, 0xfc, 0xb1, 0x5b, 0x6a, 0xcb, 0xbe, 0x39, 0x4a, 0x4c, 0x58, 0xcf, + 0xd0, 0xef, 0xaa, 0xfb, 0x43, 0x4d, 0x33, 0x85, 0x45, 0xf9, 0x02, 0x7f, + 0x50, 0x3c, 0x9f, 0xa8, 0x51, 0xa3, 0x40, 0x8f, 0x92, 0x9d, 0x38, 0xf5, + 0xbc, 0xb6, 0xda, 0x21, 0x10, 0xff, 0xf3, 0xd2, 0xcd, 0x0c, 0x13, 0xec, + 0x5f, 0x97, 0x44, 0x17, 0xc4, 0xa7, 0x7e, 0x3d, 0x64, 0x5d, 0x19, 0x73, + 0x60, 0x81, 0x4f, 0xdc, 0x22, 0x2a, 0x90, 0x88, 0x46, 0xee, 0xb8, 0x14, + 0xde, 0x5e, 0x0b, 0xdb, 0xe0, 0x32, 0x3a, 0x0a, 0x49, 0x06, 0x24, 0x5c, + 0xc2, 0xd3, 0xac, 0x62, 0x91, 0x95, 0xe4, 0x79, 0xe7, 0xc8, 0x37, 0x6d, + 0x8d, 0xd5, 0x4e, 0xa9, 0x6c, 0x56, 0xf4, 0xea, 0x65, 0x7a, 0xae, 0x08, + 0xba, 0x78, 0x25, 0x2e, 0x1c, 0xa6, 0xb4, 0xc6, 0xe8, 0xdd, 0x74, 0x1f, + 0x4b, 0xbd, 0x8b, 0x8a, 0x70, 0x3e, 0xb5, 0x66, 0x48, 0x03, 0xf6, 0x0e, + 0x61, 0x35, 0x57, 0xb9, 0x86, 0xc1, 0x1d, 0x9e, 0xe1, 0xf8, 0x98, 0x11, + 0x69, 0xd9, 0x8e, 0x94, 0x9b, 0x1e, 0x87, 0xe9, 0xce, 0x55, 0x28, 0xdf, + 0x8c, 0xa1, 0x89, 0x0d, 0xbf, 0xe6, 0x42, 0x68, 0x41, 0x99, 0x2d, 0x0f, + 0xb0, 0x54, 0xbb, 0x16]); + + var inv_s = new Uint8Array([ + 0x52, 0x09, 0x6a, 0xd5, 0x30, 0x36, 0xa5, 0x38, 0xbf, 0x40, 0xa3, 0x9e, + 0x81, 0xf3, 0xd7, 0xfb, 0x7c, 0xe3, 0x39, 0x82, 0x9b, 0x2f, 0xff, 0x87, + 0x34, 0x8e, 0x43, 0x44, 0xc4, 0xde, 0xe9, 0xcb, 0x54, 0x7b, 0x94, 0x32, + 0xa6, 0xc2, 0x23, 0x3d, 0xee, 0x4c, 0x95, 0x0b, 0x42, 0xfa, 0xc3, 0x4e, + 0x08, 0x2e, 0xa1, 0x66, 0x28, 0xd9, 0x24, 0xb2, 0x76, 0x5b, 0xa2, 0x49, + 0x6d, 0x8b, 0xd1, 0x25, 0x72, 0xf8, 0xf6, 0x64, 0x86, 0x68, 0x98, 0x16, + 0xd4, 0xa4, 0x5c, 0xcc, 0x5d, 0x65, 0xb6, 0x92, 0x6c, 0x70, 0x48, 0x50, + 0xfd, 0xed, 0xb9, 0xda, 0x5e, 0x15, 0x46, 0x57, 0xa7, 0x8d, 0x9d, 0x84, + 0x90, 0xd8, 0xab, 0x00, 0x8c, 0xbc, 0xd3, 0x0a, 0xf7, 0xe4, 0x58, 0x05, + 0xb8, 0xb3, 0x45, 0x06, 0xd0, 0x2c, 0x1e, 0x8f, 0xca, 0x3f, 0x0f, 0x02, + 0xc1, 0xaf, 0xbd, 0x03, 0x01, 0x13, 0x8a, 0x6b, 0x3a, 0x91, 0x11, 0x41, + 0x4f, 0x67, 0xdc, 0xea, 0x97, 0xf2, 0xcf, 0xce, 0xf0, 0xb4, 0xe6, 0x73, + 0x96, 0xac, 0x74, 0x22, 0xe7, 0xad, 0x35, 0x85, 0xe2, 0xf9, 0x37, 0xe8, + 0x1c, 0x75, 0xdf, 0x6e, 0x47, 0xf1, 0x1a, 0x71, 0x1d, 0x29, 0xc5, 0x89, + 0x6f, 0xb7, 0x62, 0x0e, 0xaa, 0x18, 0xbe, 0x1b, 0xfc, 0x56, 0x3e, 0x4b, + 0xc6, 0xd2, 0x79, 0x20, 0x9a, 0xdb, 0xc0, 0xfe, 0x78, 0xcd, 0x5a, 0xf4, + 0x1f, 0xdd, 0xa8, 0x33, 0x88, 0x07, 0xc7, 0x31, 0xb1, 0x12, 0x10, 0x59, + 0x27, 0x80, 0xec, 0x5f, 0x60, 0x51, 0x7f, 0xa9, 0x19, 0xb5, 0x4a, 0x0d, + 0x2d, 0xe5, 0x7a, 0x9f, 0x93, 0xc9, 0x9c, 0xef, 0xa0, 0xe0, 0x3b, 0x4d, + 0xae, 0x2a, 0xf5, 0xb0, 0xc8, 0xeb, 0xbb, 0x3c, 0x83, 0x53, 0x99, 0x61, + 0x17, 0x2b, 0x04, 0x7e, 0xba, 0x77, 0xd6, 0x26, 0xe1, 0x69, 0x14, 0x63, + 0x55, 0x21, 0x0c, 0x7d]); + + var mixCol = new Uint8Array(256); + for (var i = 0; i < 256; i++) { + if (i < 128) { + mixCol[i] = i << 1; + } else { + mixCol[i] = (i << 1) ^ 0x1b; + } + } + var mix = new Uint32Array([ + 0x00000000, 0x0e090d0b, 0x1c121a16, 0x121b171d, 0x3824342c, 0x362d3927, + 0x24362e3a, 0x2a3f2331, 0x70486858, 0x7e416553, 0x6c5a724e, 0x62537f45, + 0x486c5c74, 0x4665517f, 0x547e4662, 0x5a774b69, 0xe090d0b0, 0xee99ddbb, + 0xfc82caa6, 0xf28bc7ad, 0xd8b4e49c, 0xd6bde997, 0xc4a6fe8a, 0xcaaff381, + 0x90d8b8e8, 0x9ed1b5e3, 0x8ccaa2fe, 0x82c3aff5, 0xa8fc8cc4, 0xa6f581cf, + 0xb4ee96d2, 0xbae79bd9, 0xdb3bbb7b, 0xd532b670, 0xc729a16d, 0xc920ac66, + 0xe31f8f57, 0xed16825c, 0xff0d9541, 0xf104984a, 0xab73d323, 0xa57ade28, + 0xb761c935, 0xb968c43e, 0x9357e70f, 0x9d5eea04, 0x8f45fd19, 0x814cf012, + 0x3bab6bcb, 0x35a266c0, 0x27b971dd, 0x29b07cd6, 0x038f5fe7, 0x0d8652ec, + 0x1f9d45f1, 0x119448fa, 0x4be30393, 0x45ea0e98, 0x57f11985, 0x59f8148e, + 0x73c737bf, 0x7dce3ab4, 0x6fd52da9, 0x61dc20a2, 0xad766df6, 0xa37f60fd, + 0xb16477e0, 0xbf6d7aeb, 0x955259da, 0x9b5b54d1, 0x894043cc, 0x87494ec7, + 0xdd3e05ae, 0xd33708a5, 0xc12c1fb8, 0xcf2512b3, 0xe51a3182, 0xeb133c89, + 0xf9082b94, 0xf701269f, 0x4de6bd46, 0x43efb04d, 0x51f4a750, 0x5ffdaa5b, + 0x75c2896a, 0x7bcb8461, 0x69d0937c, 0x67d99e77, 0x3daed51e, 0x33a7d815, + 0x21bccf08, 0x2fb5c203, 0x058ae132, 0x0b83ec39, 0x1998fb24, 0x1791f62f, + 0x764dd68d, 0x7844db86, 0x6a5fcc9b, 0x6456c190, 0x4e69e2a1, 0x4060efaa, + 0x527bf8b7, 0x5c72f5bc, 0x0605bed5, 0x080cb3de, 0x1a17a4c3, 0x141ea9c8, + 0x3e218af9, 0x302887f2, 0x223390ef, 0x2c3a9de4, 0x96dd063d, 0x98d40b36, + 0x8acf1c2b, 0x84c61120, 0xaef93211, 0xa0f03f1a, 0xb2eb2807, 0xbce2250c, + 0xe6956e65, 0xe89c636e, 0xfa877473, 0xf48e7978, 0xdeb15a49, 0xd0b85742, + 0xc2a3405f, 0xccaa4d54, 0x41ecdaf7, 0x4fe5d7fc, 0x5dfec0e1, 0x53f7cdea, + 0x79c8eedb, 0x77c1e3d0, 0x65daf4cd, 0x6bd3f9c6, 0x31a4b2af, 0x3fadbfa4, + 0x2db6a8b9, 0x23bfa5b2, 0x09808683, 0x07898b88, 0x15929c95, 0x1b9b919e, + 0xa17c0a47, 0xaf75074c, 0xbd6e1051, 0xb3671d5a, 0x99583e6b, 0x97513360, + 0x854a247d, 0x8b432976, 0xd134621f, 0xdf3d6f14, 0xcd267809, 0xc32f7502, + 0xe9105633, 0xe7195b38, 0xf5024c25, 0xfb0b412e, 0x9ad7618c, 0x94de6c87, + 0x86c57b9a, 0x88cc7691, 0xa2f355a0, 0xacfa58ab, 0xbee14fb6, 0xb0e842bd, + 0xea9f09d4, 0xe49604df, 0xf68d13c2, 0xf8841ec9, 0xd2bb3df8, 0xdcb230f3, + 0xcea927ee, 0xc0a02ae5, 0x7a47b13c, 0x744ebc37, 0x6655ab2a, 0x685ca621, + 0x42638510, 0x4c6a881b, 0x5e719f06, 0x5078920d, 0x0a0fd964, 0x0406d46f, + 0x161dc372, 0x1814ce79, 0x322bed48, 0x3c22e043, 0x2e39f75e, 0x2030fa55, + 0xec9ab701, 0xe293ba0a, 0xf088ad17, 0xfe81a01c, 0xd4be832d, 0xdab78e26, + 0xc8ac993b, 0xc6a59430, 0x9cd2df59, 0x92dbd252, 0x80c0c54f, 0x8ec9c844, + 0xa4f6eb75, 0xaaffe67e, 0xb8e4f163, 0xb6edfc68, 0x0c0a67b1, 0x02036aba, + 0x10187da7, 0x1e1170ac, 0x342e539d, 0x3a275e96, 0x283c498b, 0x26354480, + 0x7c420fe9, 0x724b02e2, 0x605015ff, 0x6e5918f4, 0x44663bc5, 0x4a6f36ce, + 0x587421d3, 0x567d2cd8, 0x37a10c7a, 0x39a80171, 0x2bb3166c, 0x25ba1b67, + 0x0f853856, 0x018c355d, 0x13972240, 0x1d9e2f4b, 0x47e96422, 0x49e06929, + 0x5bfb7e34, 0x55f2733f, 0x7fcd500e, 0x71c45d05, 0x63df4a18, 0x6dd64713, + 0xd731dcca, 0xd938d1c1, 0xcb23c6dc, 0xc52acbd7, 0xef15e8e6, 0xe11ce5ed, + 0xf307f2f0, 0xfd0efffb, 0xa779b492, 0xa970b999, 0xbb6bae84, 0xb562a38f, + 0x9f5d80be, 0x91548db5, 0x834f9aa8, 0x8d4697a3]); + + function expandKey256(cipherKey) { + var b = 240, result = new Uint8Array(b); + var r = 1; + + result.set(cipherKey); + for (var j = 32, i = 1; j < b; ++i) { + if (j % 32 === 16) { + t1 = s[t1]; + t2 = s[t2]; + t3 = s[t3]; + t4 = s[t4]; + } else if (j % 32 === 0) { + // RotWord + var t1 = result[j - 3], t2 = result[j - 2], + t3 = result[j - 1], t4 = result[j - 4]; + // SubWord + t1 = s[t1]; + t2 = s[t2]; + t3 = s[t3]; + t4 = s[t4]; + // Rcon + t1 = t1 ^ r; + if ((r <<= 1) >= 256) { + r = (r ^ 0x1b) & 0xFF; + } + } + + for (var n = 0; n < 4; ++n) { + result[j] = (t1 ^= result[j - 32]); + j++; + result[j] = (t2 ^= result[j - 32]); + j++; + result[j] = (t3 ^= result[j - 32]); + j++; + result[j] = (t4 ^= result[j - 32]); + j++; + } + } + return result; + } + + function decrypt256(input, key) { + var state = new Uint8Array(16); + state.set(input); + var i, j, k; + var t, u, v; + // AddRoundKey + for (j = 0, k = 224; j < 16; ++j, ++k) { + state[j] ^= key[k]; + } + for (i = 13; i >= 1; --i) { + // InvShiftRows + t = state[13]; + state[13] = state[9]; + state[9] = state[5]; + state[5] = state[1]; + state[1] = t; + t = state[14]; + u = state[10]; + state[14] = state[6]; + state[10] = state[2]; + state[6] = t; + state[2] = u; + t = state[15]; + u = state[11]; + v = state[7]; + state[15] = state[3]; + state[11] = t; + state[7] = u; + state[3] = v; + // InvSubBytes + for (j = 0; j < 16; ++j) { + state[j] = inv_s[state[j]]; + } + // AddRoundKey + for (j = 0, k = i * 16; j < 16; ++j, ++k) { + state[j] ^= key[k]; + } + // InvMixColumns + for (j = 0; j < 16; j += 4) { + var s0 = mix[state[j]], s1 = mix[state[j + 1]], + s2 = mix[state[j + 2]], s3 = mix[state[j + 3]]; + t = (s0 ^ (s1 >>> 8) ^ (s1 << 24) ^ (s2 >>> 16) ^ (s2 << 16) ^ + (s3 >>> 24) ^ (s3 << 8)); + state[j] = (t >>> 24) & 0xFF; + state[j + 1] = (t >> 16) & 0xFF; + state[j + 2] = (t >> 8) & 0xFF; + state[j + 3] = t & 0xFF; + } + } + // InvShiftRows + t = state[13]; + state[13] = state[9]; + state[9] = state[5]; + state[5] = state[1]; + state[1] = t; + t = state[14]; + u = state[10]; + state[14] = state[6]; + state[10] = state[2]; + state[6] = t; + state[2] = u; + t = state[15]; + u = state[11]; + v = state[7]; + state[15] = state[3]; + state[11] = t; + state[7] = u; + state[3] = v; + for (j = 0; j < 16; ++j) { + // InvSubBytes + state[j] = inv_s[state[j]]; + // AddRoundKey + state[j] ^= key[j]; + } + return state; + } + + function encrypt256(input, key) { + var t, u, v, k; + var state = new Uint8Array(16); + state.set(input); + for (j = 0; j < 16; ++j) { + // AddRoundKey + state[j] ^= key[j]; + } + + for (i = 1; i < 14; i++) { + //SubBytes + for (j = 0; j < 16; ++j) { + state[j] = s[state[j]]; + } + //ShiftRows + v = state[1]; + state[1] = state[5]; + state[5] = state[9]; + state[9] = state[13]; + state[13] = v; + v = state[2]; + u = state[6]; + state[2] = state[10]; + state[6] = state[14]; + state[10] = v; + state[14] = u; + v = state[3]; + u = state[7]; + t = state[11]; + state[3] = state[15]; + state[7] = v; + state[11] = u; + state[15] = t; + //MixColumns + for (var j = 0; j < 16; j += 4) { + var s0 = state[j + 0], s1 = state[j + 1]; + var s2 = state[j + 2], s3 = state[j + 3]; + t = s0 ^ s1 ^ s2 ^ s3; + state[j + 0] ^= t ^ mixCol[s0 ^ s1]; + state[j + 1] ^= t ^ mixCol[s1 ^ s2]; + state[j + 2] ^= t ^ mixCol[s2 ^ s3]; + state[j + 3] ^= t ^ mixCol[s3 ^ s0]; + } + //AddRoundKey + for (j = 0, k = i * 16; j < 16; ++j, ++k) { + state[j] ^= key[k]; + } + } + + //SubBytes + for (j = 0; j < 16; ++j) { + state[j] = s[state[j]]; + } + //ShiftRows + v = state[1]; + state[1] = state[5]; + state[5] = state[9]; + state[9] = state[13]; + state[13] = v; + v = state[2]; + u = state[6]; + state[2] = state[10]; + state[6] = state[14]; + state[10] = v; + state[14] = u; + v = state[3]; + u = state[7]; + t = state[11]; + state[3] = state[15]; + state[7] = v; + state[11] = u; + state[15] = t; + //AddRoundKey + for (j = 0, k = 224; j < 16; ++j, ++k) { + state[j] ^= key[k]; + } + + return state; + + } + + function AES256Cipher(key) { + this.key = expandKey256(key); + this.buffer = new Uint8Array(16); + this.bufferPosition = 0; + } + + function decryptBlock2(data, finalize) { + var i, j, ii, sourceLength = data.length, + buffer = this.buffer, bufferLength = this.bufferPosition, + result = [], iv = this.iv; + + for (i = 0; i < sourceLength; ++i) { + buffer[bufferLength] = data[i]; + ++bufferLength; + if (bufferLength < 16) { + continue; + } + // buffer is full, decrypting + var plain = decrypt256(buffer, this.key); + // xor-ing the IV vector to get plain text + for (j = 0; j < 16; ++j) { + plain[j] ^= iv[j]; + } + iv = buffer; + result.push(plain); + buffer = new Uint8Array(16); + bufferLength = 0; + } + // saving incomplete buffer + this.buffer = buffer; + this.bufferLength = bufferLength; + this.iv = iv; + if (result.length === 0) { + return new Uint8Array([]); + } + // combining plain text blocks into one + var outputLength = 16 * result.length; + if (finalize) { + // undo a padding that is described in RFC 2898 + var lastBlock = result[result.length - 1]; + var psLen = lastBlock[15]; + if (psLen <= 16) { + for (i = 15, ii = 16 - psLen; i >= ii; --i) { + if (lastBlock[i] !== psLen) { + // Invalid padding, assume that the block has no padding. + psLen = 0; + break; + } + } + outputLength -= psLen; + result[result.length - 1] = lastBlock.subarray(0, 16 - psLen); + } + } + var output = new Uint8Array(outputLength); + for (i = 0, j = 0, ii = result.length; i < ii; ++i, j += 16) { + output.set(result[i], j); + } + return output; + + } + + AES256Cipher.prototype = { + decryptBlock: function AES256Cipher_decryptBlock(data, finalize, iv) { + var i, sourceLength = data.length; + var buffer = this.buffer, bufferLength = this.bufferPosition; + // if not supplied an IV wait for IV values + // they are at the start of the stream + if (iv) { + this.iv = iv; + } else { + for (i = 0; bufferLength < 16 && + i < sourceLength; ++i, ++bufferLength) { + buffer[bufferLength] = data[i]; + } + if (bufferLength < 16) { + //need more data + this.bufferLength = bufferLength; + return new Uint8Array([]); + } + this.iv = buffer; + data = data.subarray(16); + } + this.buffer = new Uint8Array(16); + this.bufferLength = 0; + // starting decryption + this.decryptBlock = decryptBlock2; + return this.decryptBlock(data, finalize); + }, + encrypt: function AES256Cipher_encrypt(data, iv) { + var i, j, ii, sourceLength = data.length, + buffer = this.buffer, bufferLength = this.bufferPosition, + result = []; + if (!iv) { + iv = new Uint8Array(16); + } + for (i = 0; i < sourceLength; ++i) { + buffer[bufferLength] = data[i]; + ++bufferLength; + if (bufferLength < 16) { + continue; + } + for (j = 0; j < 16; ++j) { + buffer[j] ^= iv[j]; + } + + // buffer is full, encrypting + var cipher = encrypt256(buffer, this.key); + this.iv = cipher; + result.push(cipher); + buffer = new Uint8Array(16); + bufferLength = 0; + } + // saving incomplete buffer + this.buffer = buffer; + this.bufferLength = bufferLength; + this.iv = iv; + if (result.length === 0) { + return new Uint8Array([]); + } + // combining plain text blocks into one + var outputLength = 16 * result.length; + var output = new Uint8Array(outputLength); + for (i = 0, j = 0, ii = result.length; i < ii; ++i, j += 16) { + output.set(result[i], j); + } + return output; + } + }; + + return AES256Cipher; +})(); + +var PDF17 = (function PDF17Closure() { + + function compareByteArrays(array1, array2) { + if (array1.length !== array2.length) { + return false; + } + for (var i = 0; i < array1.length; i++) { + if (array1[i] !== array2[i]) { + return false; + } + } + return true; + } + + function PDF17() { + } + + PDF17.prototype = { + checkOwnerPassword: function PDF17_checkOwnerPassword(password, + ownerValidationSalt, + userBytes, + ownerPassword) { + var hashData = new Uint8Array(password.length + 56); + hashData.set(password, 0); + hashData.set(ownerValidationSalt, password.length); + hashData.set(userBytes, password.length + ownerValidationSalt.length); + var result = calculateSHA256(hashData, 0, hashData.length); + return compareByteArrays(result, ownerPassword); + }, + checkUserPassword: function PDF17_checkUserPassword(password, + userValidationSalt, + userPassword) { + var hashData = new Uint8Array(password.length + 8); + hashData.set(password, 0); + hashData.set(userValidationSalt, password.length); + var result = calculateSHA256(hashData, 0, hashData.length); + return compareByteArrays(result, userPassword); + }, + getOwnerKey: function PDF17_getOwnerKey(password, ownerKeySalt, userBytes, + ownerEncryption) { + var hashData = new Uint8Array(password.length + 56); + hashData.set(password, 0); + hashData.set(ownerKeySalt, password.length); + hashData.set(userBytes, password.length + ownerKeySalt.length); + var key = calculateSHA256(hashData, 0, hashData.length); + var cipher = new AES256Cipher(key); + return cipher.decryptBlock(ownerEncryption, + false, + new Uint8Array(16)); + + }, + getUserKey: function PDF17_getUserKey(password, userKeySalt, + userEncryption) { + var hashData = new Uint8Array(password.length + 8); + hashData.set(password, 0); + hashData.set(userKeySalt, password.length); + //key is the decryption key for the UE string + var key = calculateSHA256(hashData, 0, hashData.length); + var cipher = new AES256Cipher(key); + return cipher.decryptBlock(userEncryption, + false, + new Uint8Array(16)); + } + }; + return PDF17; +})(); + +var PDF20 = (function PDF20Closure() { + + function concatArrays(array1, array2) { + var t = new Uint8Array(array1.length + array2.length); + t.set(array1, 0); + t.set(array2, array1.length); + return t; + } + + function calculatePDF20Hash(password, input, userBytes) { + //This refers to Algorithm 2.B as defined in ISO 32000-2 + var k = calculateSHA256(input, 0, input.length).subarray(0, 32); + var e = [0]; + var i = 0; + while (i < 64 || e[e.length - 1] > i - 32) { + var arrayLength = password.length + k.length + userBytes.length; + + var k1 = new Uint8Array(arrayLength * 64); + var array = concatArrays(password, k); + array = concatArrays(array, userBytes); + for (var j = 0, pos = 0; j < 64; j++, pos += arrayLength) { + k1.set(array, pos); + } + //AES128 CBC NO PADDING with + //first 16 bytes of k as the key and the second 16 as the iv. + var cipher = new AES128Cipher(k.subarray(0, 16)); + e = cipher.encrypt(k1, k.subarray(16, 32)); + //Now we have to take the first 16 bytes of an unsigned + //big endian integer... and compute the remainder + //modulo 3.... That is a fairly large number and + //JavaScript isn't going to handle that well... + //So we're using a trick that allows us to perform + //modulo math byte by byte + var remainder = 0; + for (var z = 0; z < 16; z++) { + remainder *= (256 % 3); + remainder %= 3; + remainder += ((e[z] >>> 0) % 3); + remainder %= 3; + } + if (remainder === 0) { + k = calculateSHA256(e, 0, e.length); + } + else if (remainder === 1) { + k = calculateSHA384(e, 0, e.length); + } + else if (remainder === 2) { + k = calculateSHA512(e, 0, e.length); + } + i++; + } + return k.subarray(0, 32); + } + + function PDF20() { + } + + function compareByteArrays(array1, array2) { + if (array1.length !== array2.length) { + return false; + } + for (var i = 0; i < array1.length; i++) { + if (array1[i] !== array2[i]) { + return false; + } + } + return true; + } + + PDF20.prototype = { + hash: function PDF20_hash(password, concatBytes, userBytes) { + return calculatePDF20Hash(password, concatBytes, userBytes); + }, + checkOwnerPassword: function PDF20_checkOwnerPassword(password, + ownerValidationSalt, + userBytes, + ownerPassword) { + var hashData = new Uint8Array(password.length + 56); + hashData.set(password, 0); + hashData.set(ownerValidationSalt, password.length); + hashData.set(userBytes, password.length + ownerValidationSalt.length); + var result = calculatePDF20Hash(password, hashData, userBytes); + return compareByteArrays(result, ownerPassword); + }, + checkUserPassword: function PDF20_checkUserPassword(password, + userValidationSalt, + userPassword) { + var hashData = new Uint8Array(password.length + 8); + hashData.set(password, 0); + hashData.set(userValidationSalt, password.length); + var result = calculatePDF20Hash(password, hashData, []); + return compareByteArrays(result, userPassword); + }, + getOwnerKey: function PDF20_getOwnerKey(password, ownerKeySalt, userBytes, + ownerEncryption) { + var hashData = new Uint8Array(password.length + 56); + hashData.set(password, 0); + hashData.set(ownerKeySalt, password.length); + hashData.set(userBytes, password.length + ownerKeySalt.length); + var key = calculatePDF20Hash(password, hashData, userBytes); + var cipher = new AES256Cipher(key); + return cipher.decryptBlock(ownerEncryption, + false, + new Uint8Array(16)); + + }, + getUserKey: function PDF20_getUserKey(password, userKeySalt, + userEncryption) { + var hashData = new Uint8Array(password.length + 8); + hashData.set(password, 0); + hashData.set(userKeySalt, password.length); + //key is the decryption key for the UE string + var key = calculatePDF20Hash(password, hashData, []); + var cipher = new AES256Cipher(key); + return cipher.decryptBlock(userEncryption, + false, + new Uint8Array(16)); + } + }; + return PDF20; +})(); + +var CipherTransform = (function CipherTransformClosure() { + function CipherTransform(stringCipherConstructor, streamCipherConstructor) { + this.stringCipherConstructor = stringCipherConstructor; + this.streamCipherConstructor = streamCipherConstructor; + } + + CipherTransform.prototype = { + createStream: function CipherTransform_createStream(stream, length) { + var cipher = new this.streamCipherConstructor(); + return new DecryptStream(stream, length, + function cipherTransformDecryptStream(data, finalize) { + return cipher.decryptBlock(data, finalize); + } + ); + }, + decryptString: function CipherTransform_decryptString(s) { + var cipher = new this.stringCipherConstructor(); + var data = stringToBytes(s); + data = cipher.decryptBlock(data, true); + return bytesToString(data); + } + }; + return CipherTransform; +})(); + +var CipherTransformFactory = (function CipherTransformFactoryClosure() { + var defaultPasswordBytes = new Uint8Array([ + 0x28, 0xBF, 0x4E, 0x5E, 0x4E, 0x75, 0x8A, 0x41, + 0x64, 0x00, 0x4E, 0x56, 0xFF, 0xFA, 0x01, 0x08, + 0x2E, 0x2E, 0x00, 0xB6, 0xD0, 0x68, 0x3E, 0x80, + 0x2F, 0x0C, 0xA9, 0xFE, 0x64, 0x53, 0x69, 0x7A]); + + function createEncryptionKey20(revision, password, ownerPassword, + ownerValidationSalt, ownerKeySalt, uBytes, + userPassword, userValidationSalt, userKeySalt, + ownerEncryption, userEncryption, perms) { + if (password) { + var passwordLength = Math.min(127, password.length); + password = password.subarray(0, passwordLength); + } else { + password = []; + } + var pdfAlgorithm; + if (revision === 6) { + pdfAlgorithm = new PDF20(); + } else { + pdfAlgorithm = new PDF17(); + } + + if (pdfAlgorithm) { + if (pdfAlgorithm.checkUserPassword(password, userValidationSalt, + userPassword)) { + return pdfAlgorithm.getUserKey(password, userKeySalt, userEncryption); + } else if (password.length && pdfAlgorithm.checkOwnerPassword(password, + ownerValidationSalt, + uBytes, + ownerPassword)) { + return pdfAlgorithm.getOwnerKey(password, ownerKeySalt, uBytes, + ownerEncryption); + } + } + + return null; + } + + function prepareKeyData(fileId, password, ownerPassword, userPassword, + flags, revision, keyLength, encryptMetadata) { + var hashDataSize = 40 + ownerPassword.length + fileId.length; + var hashData = new Uint8Array(hashDataSize), i = 0, j, n; + if (password) { + n = Math.min(32, password.length); + for (; i < n; ++i) { + hashData[i] = password[i]; + } + } + j = 0; + while (i < 32) { + hashData[i++] = defaultPasswordBytes[j++]; + } + // as now the padded password in the hashData[0..i] + for (j = 0, n = ownerPassword.length; j < n; ++j) { + hashData[i++] = ownerPassword[j]; + } + hashData[i++] = flags & 0xFF; + hashData[i++] = (flags >> 8) & 0xFF; + hashData[i++] = (flags >> 16) & 0xFF; + hashData[i++] = (flags >>> 24) & 0xFF; + for (j = 0, n = fileId.length; j < n; ++j) { + hashData[i++] = fileId[j]; + } + if (revision >= 4 && !encryptMetadata) { + hashData[i++] = 0xFF; + hashData[i++] = 0xFF; + hashData[i++] = 0xFF; + hashData[i++] = 0xFF; + } + var hash = calculateMD5(hashData, 0, i); + var keyLengthInBytes = keyLength >> 3; + if (revision >= 3) { + for (j = 0; j < 50; ++j) { + hash = calculateMD5(hash, 0, keyLengthInBytes); + } + } + var encryptionKey = hash.subarray(0, keyLengthInBytes); + var cipher, checkData; + + if (revision >= 3) { + for (i = 0; i < 32; ++i) { + hashData[i] = defaultPasswordBytes[i]; + } + for (j = 0, n = fileId.length; j < n; ++j) { + hashData[i++] = fileId[j]; + } + cipher = new ARCFourCipher(encryptionKey); + checkData = cipher.encryptBlock(calculateMD5(hashData, 0, i)); + n = encryptionKey.length; + var derivedKey = new Uint8Array(n), k; + for (j = 1; j <= 19; ++j) { + for (k = 0; k < n; ++k) { + derivedKey[k] = encryptionKey[k] ^ j; + } + cipher = new ARCFourCipher(derivedKey); + checkData = cipher.encryptBlock(checkData); + } + for (j = 0, n = checkData.length; j < n; ++j) { + if (userPassword[j] !== checkData[j]) { + return null; + } + } + } else { + cipher = new ARCFourCipher(encryptionKey); + checkData = cipher.encryptBlock(defaultPasswordBytes); + for (j = 0, n = checkData.length; j < n; ++j) { + if (userPassword[j] !== checkData[j]) { + return null; + } + } + } + return encryptionKey; + } + + function decodeUserPassword(password, ownerPassword, revision, keyLength) { + var hashData = new Uint8Array(32), i = 0, j, n; + n = Math.min(32, password.length); + for (; i < n; ++i) { + hashData[i] = password[i]; + } + j = 0; + while (i < 32) { + hashData[i++] = defaultPasswordBytes[j++]; + } + var hash = calculateMD5(hashData, 0, i); + var keyLengthInBytes = keyLength >> 3; + if (revision >= 3) { + for (j = 0; j < 50; ++j) { + hash = calculateMD5(hash, 0, hash.length); + } + } + + var cipher, userPassword; + if (revision >= 3) { + userPassword = ownerPassword; + var derivedKey = new Uint8Array(keyLengthInBytes), k; + for (j = 19; j >= 0; j--) { + for (k = 0; k < keyLengthInBytes; ++k) { + derivedKey[k] = hash[k] ^ j; + } + cipher = new ARCFourCipher(derivedKey); + userPassword = cipher.encryptBlock(userPassword); + } + } else { + cipher = new ARCFourCipher(hash.subarray(0, keyLengthInBytes)); + userPassword = cipher.encryptBlock(ownerPassword); + } + return userPassword; + } + + var identityName = Name.get('Identity'); + + function CipherTransformFactory(dict, fileId, password) { + var filter = dict.get('Filter'); + if (!isName(filter) || filter.name !== 'Standard') { + error('unknown encryption method'); + } + this.dict = dict; + var algorithm = dict.get('V'); + if (!isInt(algorithm) || + (algorithm !== 1 && algorithm !== 2 && algorithm !== 4 && + algorithm !== 5)) { + error('unsupported encryption algorithm'); + } + this.algorithm = algorithm; + var keyLength = dict.get('Length') || 40; + if (!isInt(keyLength) || + keyLength < 40 || (keyLength % 8) !== 0) { + error('invalid key length'); + } + + // prepare keys + var ownerPassword = stringToBytes(dict.get('O')).subarray(0, 32); + var userPassword = stringToBytes(dict.get('U')).subarray(0, 32); + var flags = dict.get('P'); + var revision = dict.get('R'); + // meaningful when V is 4 or 5 + var encryptMetadata = ((algorithm === 4 || algorithm === 5) && + dict.get('EncryptMetadata') !== false); + this.encryptMetadata = encryptMetadata; + + var fileIdBytes = stringToBytes(fileId); + var passwordBytes; + if (password) { + if (revision === 6) { + try { + password = utf8StringToString(password); + } catch (ex) { + warn('CipherTransformFactory: ' + + 'Unable to convert UTF8 encoded password.'); + } + } + passwordBytes = stringToBytes(password); + } + + var encryptionKey; + if (algorithm !== 5) { + encryptionKey = prepareKeyData(fileIdBytes, passwordBytes, + ownerPassword, userPassword, flags, + revision, keyLength, encryptMetadata); + } + else { + var ownerValidationSalt = stringToBytes(dict.get('O')).subarray(32, 40); + var ownerKeySalt = stringToBytes(dict.get('O')).subarray(40, 48); + var uBytes = stringToBytes(dict.get('U')).subarray(0, 48); + var userValidationSalt = stringToBytes(dict.get('U')).subarray(32, 40); + var userKeySalt = stringToBytes(dict.get('U')).subarray(40, 48); + var ownerEncryption = stringToBytes(dict.get('OE')); + var userEncryption = stringToBytes(dict.get('UE')); + var perms = stringToBytes(dict.get('Perms')); + encryptionKey = + createEncryptionKey20(revision, passwordBytes, + ownerPassword, ownerValidationSalt, + ownerKeySalt, uBytes, + userPassword, userValidationSalt, + userKeySalt, ownerEncryption, + userEncryption, perms); + } + if (!encryptionKey && !password) { + throw new PasswordException('No password given', + PasswordResponses.NEED_PASSWORD); + } else if (!encryptionKey && password) { + // Attempting use the password as an owner password + var decodedPassword = decodeUserPassword(passwordBytes, ownerPassword, + revision, keyLength); + encryptionKey = prepareKeyData(fileIdBytes, decodedPassword, + ownerPassword, userPassword, flags, + revision, keyLength, encryptMetadata); + } + + if (!encryptionKey) { + throw new PasswordException('Incorrect Password', + PasswordResponses.INCORRECT_PASSWORD); + } + + this.encryptionKey = encryptionKey; + + if (algorithm >= 4) { + this.cf = dict.get('CF'); + this.stmf = dict.get('StmF') || identityName; + this.strf = dict.get('StrF') || identityName; + this.eff = dict.get('EFF') || this.stmf; + } + } + + function buildObjectKey(num, gen, encryptionKey, isAes) { + var key = new Uint8Array(encryptionKey.length + 9), i, n; + for (i = 0, n = encryptionKey.length; i < n; ++i) { + key[i] = encryptionKey[i]; + } + key[i++] = num & 0xFF; + key[i++] = (num >> 8) & 0xFF; + key[i++] = (num >> 16) & 0xFF; + key[i++] = gen & 0xFF; + key[i++] = (gen >> 8) & 0xFF; + if (isAes) { + key[i++] = 0x73; + key[i++] = 0x41; + key[i++] = 0x6C; + key[i++] = 0x54; + } + var hash = calculateMD5(key, 0, i); + return hash.subarray(0, Math.min(encryptionKey.length + 5, 16)); + } + + function buildCipherConstructor(cf, name, num, gen, key) { + var cryptFilter = cf.get(name.name); + var cfm; + if (cryptFilter !== null && cryptFilter !== undefined) { + cfm = cryptFilter.get('CFM'); + } + if (!cfm || cfm.name === 'None') { + return function cipherTransformFactoryBuildCipherConstructorNone() { + return new NullCipher(); + }; + } + if ('V2' === cfm.name) { + return function cipherTransformFactoryBuildCipherConstructorV2() { + return new ARCFourCipher(buildObjectKey(num, gen, key, false)); + }; + } + if ('AESV2' === cfm.name) { + return function cipherTransformFactoryBuildCipherConstructorAESV2() { + return new AES128Cipher(buildObjectKey(num, gen, key, true)); + }; + } + if ('AESV3' === cfm.name) { + return function cipherTransformFactoryBuildCipherConstructorAESV3() { + return new AES256Cipher(key); + }; + } + error('Unknown crypto method'); + } + + CipherTransformFactory.prototype = { + createCipherTransform: + function CipherTransformFactory_createCipherTransform(num, gen) { + if (this.algorithm === 4 || this.algorithm === 5) { + return new CipherTransform( + buildCipherConstructor(this.cf, this.stmf, + num, gen, this.encryptionKey), + buildCipherConstructor(this.cf, this.strf, + num, gen, this.encryptionKey)); + } + // algorithms 1 and 2 + var key = buildObjectKey(num, gen, this.encryptionKey, false); + var cipherConstructor = function buildCipherCipherConstructor() { + return new ARCFourCipher(key); + }; + return new CipherTransform(cipherConstructor, cipherConstructor); + } + }; + + return CipherTransformFactory; +})(); + + +var ShadingType = { + FUNCTION_BASED: 1, + AXIAL: 2, + RADIAL: 3, + FREE_FORM_MESH: 4, + LATTICE_FORM_MESH: 5, + COONS_PATCH_MESH: 6, + TENSOR_PATCH_MESH: 7 +}; + +var Pattern = (function PatternClosure() { + // Constructor should define this.getPattern + function Pattern() { + error('should not call Pattern constructor'); + } + + Pattern.prototype = { + // Input: current Canvas context + // Output: the appropriate fillStyle or strokeStyle + getPattern: function Pattern_getPattern(ctx) { + error('Should not call Pattern.getStyle: ' + ctx); + } + }; + + Pattern.parseShading = function Pattern_parseShading(shading, matrix, xref, + res, handler) { + + var dict = isStream(shading) ? shading.dict : shading; + var type = dict.get('ShadingType'); + + try { + switch (type) { + case ShadingType.AXIAL: + case ShadingType.RADIAL: + // Both radial and axial shadings are handled by RadialAxial shading. + return new Shadings.RadialAxial(dict, matrix, xref, res); + case ShadingType.FREE_FORM_MESH: + case ShadingType.LATTICE_FORM_MESH: + case ShadingType.COONS_PATCH_MESH: + case ShadingType.TENSOR_PATCH_MESH: + return new Shadings.Mesh(shading, matrix, xref, res); + default: + throw new Error('Unsupported ShadingType: ' + type); + } + } catch (ex) { + if (ex instanceof MissingDataException) { + throw ex; + } + handler.send('UnsupportedFeature', + {featureId: UNSUPPORTED_FEATURES.shadingPattern}); + warn(ex); + return new Shadings.Dummy(); + } + }; + return Pattern; +})(); + +var Shadings = {}; + +// A small number to offset the first/last color stops so we can insert ones to +// support extend. Number.MIN_VALUE appears to be too small and breaks the +// extend. 1e-7 works in FF but chrome seems to use an even smaller sized number +// internally so we have to go bigger. +Shadings.SMALL_NUMBER = 1e-2; + +// Radial and axial shading have very similar implementations +// If needed, the implementations can be broken into two classes +Shadings.RadialAxial = (function RadialAxialClosure() { + function RadialAxial(dict, matrix, xref, res) { + this.matrix = matrix; + this.coordsArr = dict.get('Coords'); + this.shadingType = dict.get('ShadingType'); + this.type = 'Pattern'; + var cs = dict.get('ColorSpace', 'CS'); + cs = ColorSpace.parse(cs, xref, res); + this.cs = cs; + + var t0 = 0.0, t1 = 1.0; + if (dict.has('Domain')) { + var domainArr = dict.get('Domain'); + t0 = domainArr[0]; + t1 = domainArr[1]; + } + + var extendStart = false, extendEnd = false; + if (dict.has('Extend')) { + var extendArr = dict.get('Extend'); + extendStart = extendArr[0]; + extendEnd = extendArr[1]; + } + + if (this.shadingType === ShadingType.RADIAL && + (!extendStart || !extendEnd)) { + // Radial gradient only currently works if either circle is fully within + // the other circle. + var x1 = this.coordsArr[0]; + var y1 = this.coordsArr[1]; + var r1 = this.coordsArr[2]; + var x2 = this.coordsArr[3]; + var y2 = this.coordsArr[4]; + var r2 = this.coordsArr[5]; + var distance = Math.sqrt((x1 - x2) * (x1 - x2) + (y1 - y2) * (y1 - y2)); + if (r1 <= r2 + distance && + r2 <= r1 + distance) { + warn('Unsupported radial gradient.'); + } + } + + this.extendStart = extendStart; + this.extendEnd = extendEnd; + + var fnObj = dict.get('Function'); + var fn = PDFFunction.parseArray(xref, fnObj); + + // 10 samples seems good enough for now, but probably won't work + // if there are sharp color changes. Ideally, we would implement + // the spec faithfully and add lossless optimizations. + var diff = t1 - t0; + var step = diff / 10; + + var colorStops = this.colorStops = []; + + // Protect against bad domains so we don't end up in an infinte loop below. + if (t0 >= t1 || step <= 0) { + // Acrobat doesn't seem to handle these cases so we'll ignore for + // now. + info('Bad shading domain.'); + return; + } + + var color = new Float32Array(cs.numComps), ratio = new Float32Array(1); + var rgbColor; + for (var i = t0; i <= t1; i += step) { + ratio[0] = i; + fn(ratio, 0, color, 0); + rgbColor = cs.getRgb(color, 0); + var cssColor = Util.makeCssRgb(rgbColor[0], rgbColor[1], rgbColor[2]); + colorStops.push([(i - t0) / diff, cssColor]); + } + + var background = 'transparent'; + if (dict.has('Background')) { + rgbColor = cs.getRgb(dict.get('Background'), 0); + background = Util.makeCssRgb(rgbColor[0], rgbColor[1], rgbColor[2]); + } + + if (!extendStart) { + // Insert a color stop at the front and offset the first real color stop + // so it doesn't conflict with the one we insert. + colorStops.unshift([0, background]); + colorStops[1][0] += Shadings.SMALL_NUMBER; + } + if (!extendEnd) { + // Same idea as above in extendStart but for the end. + colorStops[colorStops.length - 1][0] -= Shadings.SMALL_NUMBER; + colorStops.push([1, background]); + } + + this.colorStops = colorStops; + } + + RadialAxial.prototype = { + getIR: function RadialAxial_getIR() { + var coordsArr = this.coordsArr; + var shadingType = this.shadingType; + var type, p0, p1, r0, r1; + if (shadingType === ShadingType.AXIAL) { + p0 = [coordsArr[0], coordsArr[1]]; + p1 = [coordsArr[2], coordsArr[3]]; + r0 = null; + r1 = null; + type = 'axial'; + } else if (shadingType === ShadingType.RADIAL) { + p0 = [coordsArr[0], coordsArr[1]]; + p1 = [coordsArr[3], coordsArr[4]]; + r0 = coordsArr[2]; + r1 = coordsArr[5]; + type = 'radial'; + } else { + error('getPattern type unknown: ' + shadingType); + } + + var matrix = this.matrix; + if (matrix) { + p0 = Util.applyTransform(p0, matrix); + p1 = Util.applyTransform(p1, matrix); + if (shadingType === ShadingType.RADIAL) { + var scale = Util.singularValueDecompose2dScale(matrix); + r0 *= scale[0]; + r1 *= scale[1]; + } + } + + return ['RadialAxial', type, this.colorStops, p0, p1, r0, r1]; + } + }; + + return RadialAxial; +})(); + +// All mesh shading. For now, they will be presented as set of the triangles +// to be drawn on the canvas and rgb color for each vertex. +Shadings.Mesh = (function MeshClosure() { + function MeshStreamReader(stream, context) { + this.stream = stream; + this.context = context; + this.buffer = 0; + this.bufferLength = 0; + + var numComps = context.numComps; + this.tmpCompsBuf = new Float32Array(numComps); + var csNumComps = context.colorSpace.numComps; + this.tmpCsCompsBuf = context.colorFn ? new Float32Array(csNumComps) : + this.tmpCompsBuf; + } + MeshStreamReader.prototype = { + get hasData() { + if (this.stream.end) { + return this.stream.pos < this.stream.end; + } + if (this.bufferLength > 0) { + return true; + } + var nextByte = this.stream.getByte(); + if (nextByte < 0) { + return false; + } + this.buffer = nextByte; + this.bufferLength = 8; + return true; + }, + readBits: function MeshStreamReader_readBits(n) { + var buffer = this.buffer; + var bufferLength = this.bufferLength; + if (n === 32) { + if (bufferLength === 0) { + return ((this.stream.getByte() << 24) | + (this.stream.getByte() << 16) | (this.stream.getByte() << 8) | + this.stream.getByte()) >>> 0; + } + buffer = (buffer << 24) | (this.stream.getByte() << 16) | + (this.stream.getByte() << 8) | this.stream.getByte(); + var nextByte = this.stream.getByte(); + this.buffer = nextByte & ((1 << bufferLength) - 1); + return ((buffer << (8 - bufferLength)) | + ((nextByte & 0xFF) >> bufferLength)) >>> 0; + } + if (n === 8 && bufferLength === 0) { + return this.stream.getByte(); + } + while (bufferLength < n) { + buffer = (buffer << 8) | this.stream.getByte(); + bufferLength += 8; + } + bufferLength -= n; + this.bufferLength = bufferLength; + this.buffer = buffer & ((1 << bufferLength) - 1); + return buffer >> bufferLength; + }, + align: function MeshStreamReader_align() { + this.buffer = 0; + this.bufferLength = 0; + }, + readFlag: function MeshStreamReader_readFlag() { + return this.readBits(this.context.bitsPerFlag); + }, + readCoordinate: function MeshStreamReader_readCoordinate() { + var bitsPerCoordinate = this.context.bitsPerCoordinate; + var xi = this.readBits(bitsPerCoordinate); + var yi = this.readBits(bitsPerCoordinate); + var decode = this.context.decode; + var scale = bitsPerCoordinate < 32 ? 1 / ((1 << bitsPerCoordinate) - 1) : + 2.3283064365386963e-10; // 2 ^ -32 + return [ + xi * scale * (decode[1] - decode[0]) + decode[0], + yi * scale * (decode[3] - decode[2]) + decode[2] + ]; + }, + readComponents: function MeshStreamReader_readComponents() { + var numComps = this.context.numComps; + var bitsPerComponent = this.context.bitsPerComponent; + var scale = bitsPerComponent < 32 ? 1 / ((1 << bitsPerComponent) - 1) : + 2.3283064365386963e-10; // 2 ^ -32 + var decode = this.context.decode; + var components = this.tmpCompsBuf; + for (var i = 0, j = 4; i < numComps; i++, j += 2) { + var ci = this.readBits(bitsPerComponent); + components[i] = ci * scale * (decode[j + 1] - decode[j]) + decode[j]; + } + var color = this.tmpCsCompsBuf; + if (this.context.colorFn) { + this.context.colorFn(components, 0, color, 0); + } + return this.context.colorSpace.getRgb(color, 0); + } + }; + + function decodeType4Shading(mesh, reader) { + var coords = mesh.coords; + var colors = mesh.colors; + var operators = []; + var ps = []; // not maintaining cs since that will match ps + var verticesLeft = 0; // assuming we have all data to start a new triangle + while (reader.hasData) { + var f = reader.readFlag(); + var coord = reader.readCoordinate(); + var color = reader.readComponents(); + if (verticesLeft === 0) { // ignoring flags if we started a triangle + assert(0 <= f && f <= 2, 'Unknown type4 flag'); + switch (f) { + case 0: + verticesLeft = 3; + break; + case 1: + ps.push(ps[ps.length - 2], ps[ps.length - 1]); + verticesLeft = 1; + break; + case 2: + ps.push(ps[ps.length - 3], ps[ps.length - 1]); + verticesLeft = 1; + break; + } + operators.push(f); + } + ps.push(coords.length); + coords.push(coord); + colors.push(color); + verticesLeft--; + + reader.align(); + } + mesh.figures.push({ + type: 'triangles', + coords: new Int32Array(ps), + colors: new Int32Array(ps), + }); + } + + function decodeType5Shading(mesh, reader, verticesPerRow) { + var coords = mesh.coords; + var colors = mesh.colors; + var ps = []; // not maintaining cs since that will match ps + while (reader.hasData) { + var coord = reader.readCoordinate(); + var color = reader.readComponents(); + ps.push(coords.length); + coords.push(coord); + colors.push(color); + } + mesh.figures.push({ + type: 'lattice', + coords: new Int32Array(ps), + colors: new Int32Array(ps), + verticesPerRow: verticesPerRow + }); + } + + var MIN_SPLIT_PATCH_CHUNKS_AMOUNT = 3; + var MAX_SPLIT_PATCH_CHUNKS_AMOUNT = 20; + + var TRIANGLE_DENSITY = 20; // count of triangles per entire mesh bounds + + var getB = (function getBClosure() { + function buildB(count) { + var lut = []; + for (var i = 0; i <= count; i++) { + var t = i / count, t_ = 1 - t; + lut.push(new Float32Array([t_ * t_ * t_, 3 * t * t_ * t_, + 3 * t * t * t_, t * t * t])); + } + return lut; + } + var cache = []; + return function getB(count) { + if (!cache[count]) { + cache[count] = buildB(count); + } + return cache[count]; + }; + })(); + + function buildFigureFromPatch(mesh, index) { + var figure = mesh.figures[index]; + assert(figure.type === 'patch', 'Unexpected patch mesh figure'); + + var coords = mesh.coords, colors = mesh.colors; + var pi = figure.coords; + var ci = figure.colors; + + var figureMinX = Math.min(coords[pi[0]][0], coords[pi[3]][0], + coords[pi[12]][0], coords[pi[15]][0]); + var figureMinY = Math.min(coords[pi[0]][1], coords[pi[3]][1], + coords[pi[12]][1], coords[pi[15]][1]); + var figureMaxX = Math.max(coords[pi[0]][0], coords[pi[3]][0], + coords[pi[12]][0], coords[pi[15]][0]); + var figureMaxY = Math.max(coords[pi[0]][1], coords[pi[3]][1], + coords[pi[12]][1], coords[pi[15]][1]); + var splitXBy = Math.ceil((figureMaxX - figureMinX) * TRIANGLE_DENSITY / + (mesh.bounds[2] - mesh.bounds[0])); + splitXBy = Math.max(MIN_SPLIT_PATCH_CHUNKS_AMOUNT, + Math.min(MAX_SPLIT_PATCH_CHUNKS_AMOUNT, splitXBy)); + var splitYBy = Math.ceil((figureMaxY - figureMinY) * TRIANGLE_DENSITY / + (mesh.bounds[3] - mesh.bounds[1])); + splitYBy = Math.max(MIN_SPLIT_PATCH_CHUNKS_AMOUNT, + Math.min(MAX_SPLIT_PATCH_CHUNKS_AMOUNT, splitYBy)); + + var verticesPerRow = splitXBy + 1; + var figureCoords = new Int32Array((splitYBy + 1) * verticesPerRow); + var figureColors = new Int32Array((splitYBy + 1) * verticesPerRow); + var k = 0; + var cl = new Uint8Array(3), cr = new Uint8Array(3); + var c0 = colors[ci[0]], c1 = colors[ci[1]], + c2 = colors[ci[2]], c3 = colors[ci[3]]; + var bRow = getB(splitYBy), bCol = getB(splitXBy); + for (var row = 0; row <= splitYBy; row++) { + cl[0] = ((c0[0] * (splitYBy - row) + c2[0] * row) / splitYBy) | 0; + cl[1] = ((c0[1] * (splitYBy - row) + c2[1] * row) / splitYBy) | 0; + cl[2] = ((c0[2] * (splitYBy - row) + c2[2] * row) / splitYBy) | 0; + + cr[0] = ((c1[0] * (splitYBy - row) + c3[0] * row) / splitYBy) | 0; + cr[1] = ((c1[1] * (splitYBy - row) + c3[1] * row) / splitYBy) | 0; + cr[2] = ((c1[2] * (splitYBy - row) + c3[2] * row) / splitYBy) | 0; + + for (var col = 0; col <= splitXBy; col++, k++) { + if ((row === 0 || row === splitYBy) && + (col === 0 || col === splitXBy)) { + continue; + } + var x = 0, y = 0; + var q = 0; + for (var i = 0; i <= 3; i++) { + for (var j = 0; j <= 3; j++, q++) { + var m = bRow[row][i] * bCol[col][j]; + x += coords[pi[q]][0] * m; + y += coords[pi[q]][1] * m; + } + } + figureCoords[k] = coords.length; + coords.push([x, y]); + figureColors[k] = colors.length; + var newColor = new Uint8Array(3); + newColor[0] = ((cl[0] * (splitXBy - col) + cr[0] * col) / splitXBy) | 0; + newColor[1] = ((cl[1] * (splitXBy - col) + cr[1] * col) / splitXBy) | 0; + newColor[2] = ((cl[2] * (splitXBy - col) + cr[2] * col) / splitXBy) | 0; + colors.push(newColor); + } + } + figureCoords[0] = pi[0]; + figureColors[0] = ci[0]; + figureCoords[splitXBy] = pi[3]; + figureColors[splitXBy] = ci[1]; + figureCoords[verticesPerRow * splitYBy] = pi[12]; + figureColors[verticesPerRow * splitYBy] = ci[2]; + figureCoords[verticesPerRow * splitYBy + splitXBy] = pi[15]; + figureColors[verticesPerRow * splitYBy + splitXBy] = ci[3]; + + mesh.figures[index] = { + type: 'lattice', + coords: figureCoords, + colors: figureColors, + verticesPerRow: verticesPerRow + }; + } + + function decodeType6Shading(mesh, reader) { + // A special case of Type 7. The p11, p12, p21, p22 automatically filled + var coords = mesh.coords; + var colors = mesh.colors; + var ps = new Int32Array(16); // p00, p10, ..., p30, p01, ..., p33 + var cs = new Int32Array(4); // c00, c30, c03, c33 + while (reader.hasData) { + var f = reader.readFlag(); + assert(0 <= f && f <= 3, 'Unknown type6 flag'); + var i, ii; + var pi = coords.length; + for (i = 0, ii = (f !== 0 ? 8 : 12); i < ii; i++) { + coords.push(reader.readCoordinate()); + } + var ci = colors.length; + for (i = 0, ii = (f !== 0 ? 2 : 4); i < ii; i++) { + colors.push(reader.readComponents()); + } + var tmp1, tmp2, tmp3, tmp4; + switch (f) { + case 0: + ps[12] = pi + 3; ps[13] = pi + 4; ps[14] = pi + 5; ps[15] = pi + 6; + ps[ 8] = pi + 2; /* values for 5, 6, 9, 10 are */ ps[11] = pi + 7; + ps[ 4] = pi + 1; /* calculated below */ ps[ 7] = pi + 8; + ps[ 0] = pi; ps[ 1] = pi + 11; ps[ 2] = pi + 10; ps[ 3] = pi + 9; + cs[2] = ci + 1; cs[3] = ci + 2; + cs[0] = ci; cs[1] = ci + 3; + break; + case 1: + tmp1 = ps[12]; tmp2 = ps[13]; tmp3 = ps[14]; tmp4 = ps[15]; + ps[12] = tmp4; ps[13] = pi + 0; ps[14] = pi + 1; ps[15] = pi + 2; + ps[ 8] = tmp3; /* values for 5, 6, 9, 10 are */ ps[11] = pi + 3; + ps[ 4] = tmp2; /* calculated below */ ps[ 7] = pi + 4; + ps[ 0] = tmp1; ps[ 1] = pi + 7; ps[ 2] = pi + 6; ps[ 3] = pi + 5; + tmp1 = cs[2]; tmp2 = cs[3]; + cs[2] = tmp2; cs[3] = ci; + cs[0] = tmp1; cs[1] = ci + 1; + break; + case 2: + tmp1 = ps[15]; + tmp2 = ps[11]; + ps[12] = ps[3]; ps[13] = pi + 0; ps[14] = pi + 1; ps[15] = pi + 2; + ps[ 8] = ps[7]; /* values for 5, 6, 9, 10 are */ ps[11] = pi + 3; + ps[ 4] = tmp2; /* calculated below */ ps[ 7] = pi + 4; + ps[ 0] = tmp1; ps[ 1] = pi + 7; ps[ 2] = pi + 6; ps[ 3] = pi + 5; + tmp1 = cs[3]; + cs[2] = cs[1]; cs[3] = ci; + cs[0] = tmp1; cs[1] = ci + 1; + break; + case 3: + ps[12] = ps[0]; ps[13] = pi + 0; ps[14] = pi + 1; ps[15] = pi + 2; + ps[ 8] = ps[1]; /* values for 5, 6, 9, 10 are */ ps[11] = pi + 3; + ps[ 4] = ps[2]; /* calculated below */ ps[ 7] = pi + 4; + ps[ 0] = ps[3]; ps[ 1] = pi + 7; ps[ 2] = pi + 6; ps[ 3] = pi + 5; + cs[2] = cs[0]; cs[3] = ci; + cs[0] = cs[1]; cs[1] = ci + 1; + break; + } + // set p11, p12, p21, p22 + ps[5] = coords.length; + coords.push([ + (-4 * coords[ps[0]][0] - coords[ps[15]][0] + + 6 * (coords[ps[4]][0] + coords[ps[1]][0]) - + 2 * (coords[ps[12]][0] + coords[ps[3]][0]) + + 3 * (coords[ps[13]][0] + coords[ps[7]][0])) / 9, + (-4 * coords[ps[0]][1] - coords[ps[15]][1] + + 6 * (coords[ps[4]][1] + coords[ps[1]][1]) - + 2 * (coords[ps[12]][1] + coords[ps[3]][1]) + + 3 * (coords[ps[13]][1] + coords[ps[7]][1])) / 9 + ]); + ps[6] = coords.length; + coords.push([ + (-4 * coords[ps[3]][0] - coords[ps[12]][0] + + 6 * (coords[ps[2]][0] + coords[ps[7]][0]) - + 2 * (coords[ps[0]][0] + coords[ps[15]][0]) + + 3 * (coords[ps[4]][0] + coords[ps[14]][0])) / 9, + (-4 * coords[ps[3]][1] - coords[ps[12]][1] + + 6 * (coords[ps[2]][1] + coords[ps[7]][1]) - + 2 * (coords[ps[0]][1] + coords[ps[15]][1]) + + 3 * (coords[ps[4]][1] + coords[ps[14]][1])) / 9 + ]); + ps[9] = coords.length; + coords.push([ + (-4 * coords[ps[12]][0] - coords[ps[3]][0] + + 6 * (coords[ps[8]][0] + coords[ps[13]][0]) - + 2 * (coords[ps[0]][0] + coords[ps[15]][0]) + + 3 * (coords[ps[11]][0] + coords[ps[1]][0])) / 9, + (-4 * coords[ps[12]][1] - coords[ps[3]][1] + + 6 * (coords[ps[8]][1] + coords[ps[13]][1]) - + 2 * (coords[ps[0]][1] + coords[ps[15]][1]) + + 3 * (coords[ps[11]][1] + coords[ps[1]][1])) / 9 + ]); + ps[10] = coords.length; + coords.push([ + (-4 * coords[ps[15]][0] - coords[ps[0]][0] + + 6 * (coords[ps[11]][0] + coords[ps[14]][0]) - + 2 * (coords[ps[12]][0] + coords[ps[3]][0]) + + 3 * (coords[ps[2]][0] + coords[ps[8]][0])) / 9, + (-4 * coords[ps[15]][1] - coords[ps[0]][1] + + 6 * (coords[ps[11]][1] + coords[ps[14]][1]) - + 2 * (coords[ps[12]][1] + coords[ps[3]][1]) + + 3 * (coords[ps[2]][1] + coords[ps[8]][1])) / 9 + ]); + mesh.figures.push({ + type: 'patch', + coords: new Int32Array(ps), // making copies of ps and cs + colors: new Int32Array(cs) + }); + } + } + + function decodeType7Shading(mesh, reader) { + var coords = mesh.coords; + var colors = mesh.colors; + var ps = new Int32Array(16); // p00, p10, ..., p30, p01, ..., p33 + var cs = new Int32Array(4); // c00, c30, c03, c33 + while (reader.hasData) { + var f = reader.readFlag(); + assert(0 <= f && f <= 3, 'Unknown type7 flag'); + var i, ii; + var pi = coords.length; + for (i = 0, ii = (f !== 0 ? 12 : 16); i < ii; i++) { + coords.push(reader.readCoordinate()); + } + var ci = colors.length; + for (i = 0, ii = (f !== 0 ? 2 : 4); i < ii; i++) { + colors.push(reader.readComponents()); + } + var tmp1, tmp2, tmp3, tmp4; + switch (f) { + case 0: + ps[12] = pi + 3; ps[13] = pi + 4; ps[14] = pi + 5; ps[15] = pi + 6; + ps[ 8] = pi + 2; ps[ 9] = pi + 13; ps[10] = pi + 14; ps[11] = pi + 7; + ps[ 4] = pi + 1; ps[ 5] = pi + 12; ps[ 6] = pi + 15; ps[ 7] = pi + 8; + ps[ 0] = pi; ps[ 1] = pi + 11; ps[ 2] = pi + 10; ps[ 3] = pi + 9; + cs[2] = ci + 1; cs[3] = ci + 2; + cs[0] = ci; cs[1] = ci + 3; + break; + case 1: + tmp1 = ps[12]; tmp2 = ps[13]; tmp3 = ps[14]; tmp4 = ps[15]; + ps[12] = tmp4; ps[13] = pi + 0; ps[14] = pi + 1; ps[15] = pi + 2; + ps[ 8] = tmp3; ps[ 9] = pi + 9; ps[10] = pi + 10; ps[11] = pi + 3; + ps[ 4] = tmp2; ps[ 5] = pi + 8; ps[ 6] = pi + 11; ps[ 7] = pi + 4; + ps[ 0] = tmp1; ps[ 1] = pi + 7; ps[ 2] = pi + 6; ps[ 3] = pi + 5; + tmp1 = cs[2]; tmp2 = cs[3]; + cs[2] = tmp2; cs[3] = ci; + cs[0] = tmp1; cs[1] = ci + 1; + break; + case 2: + tmp1 = ps[15]; + tmp2 = ps[11]; + ps[12] = ps[3]; ps[13] = pi + 0; ps[14] = pi + 1; ps[15] = pi + 2; + ps[ 8] = ps[7]; ps[ 9] = pi + 9; ps[10] = pi + 10; ps[11] = pi + 3; + ps[ 4] = tmp2; ps[ 5] = pi + 8; ps[ 6] = pi + 11; ps[ 7] = pi + 4; + ps[ 0] = tmp1; ps[ 1] = pi + 7; ps[ 2] = pi + 6; ps[ 3] = pi + 5; + tmp1 = cs[3]; + cs[2] = cs[1]; cs[3] = ci; + cs[0] = tmp1; cs[1] = ci + 1; + break; + case 3: + ps[12] = ps[0]; ps[13] = pi + 0; ps[14] = pi + 1; ps[15] = pi + 2; + ps[ 8] = ps[1]; ps[ 9] = pi + 9; ps[10] = pi + 10; ps[11] = pi + 3; + ps[ 4] = ps[2]; ps[ 5] = pi + 8; ps[ 6] = pi + 11; ps[ 7] = pi + 4; + ps[ 0] = ps[3]; ps[ 1] = pi + 7; ps[ 2] = pi + 6; ps[ 3] = pi + 5; + cs[2] = cs[0]; cs[3] = ci; + cs[0] = cs[1]; cs[1] = ci + 1; + break; + } + mesh.figures.push({ + type: 'patch', + coords: new Int32Array(ps), // making copies of ps and cs + colors: new Int32Array(cs) + }); + } + } + + function updateBounds(mesh) { + var minX = mesh.coords[0][0], minY = mesh.coords[0][1], + maxX = minX, maxY = minY; + for (var i = 1, ii = mesh.coords.length; i < ii; i++) { + var x = mesh.coords[i][0], y = mesh.coords[i][1]; + minX = minX > x ? x : minX; + minY = minY > y ? y : minY; + maxX = maxX < x ? x : maxX; + maxY = maxY < y ? y : maxY; + } + mesh.bounds = [minX, minY, maxX, maxY]; + } + + function packData(mesh) { + var i, ii, j, jj; + + var coords = mesh.coords; + var coordsPacked = new Float32Array(coords.length * 2); + for (i = 0, j = 0, ii = coords.length; i < ii; i++) { + var xy = coords[i]; + coordsPacked[j++] = xy[0]; + coordsPacked[j++] = xy[1]; + } + mesh.coords = coordsPacked; + + var colors = mesh.colors; + var colorsPacked = new Uint8Array(colors.length * 3); + for (i = 0, j = 0, ii = colors.length; i < ii; i++) { + var c = colors[i]; + colorsPacked[j++] = c[0]; + colorsPacked[j++] = c[1]; + colorsPacked[j++] = c[2]; + } + mesh.colors = colorsPacked; + + var figures = mesh.figures; + for (i = 0, ii = figures.length; i < ii; i++) { + var figure = figures[i], ps = figure.coords, cs = figure.colors; + for (j = 0, jj = ps.length; j < jj; j++) { + ps[j] *= 2; + cs[j] *= 3; + } + } + } + + function Mesh(stream, matrix, xref, res) { + assert(isStream(stream), 'Mesh data is not a stream'); + var dict = stream.dict; + this.matrix = matrix; + this.shadingType = dict.get('ShadingType'); + this.type = 'Pattern'; + this.bbox = dict.get('BBox'); + var cs = dict.get('ColorSpace', 'CS'); + cs = ColorSpace.parse(cs, xref, res); + this.cs = cs; + this.background = dict.has('Background') ? + cs.getRgb(dict.get('Background'), 0) : null; + + var fnObj = dict.get('Function'); + var fn = fnObj ? PDFFunction.parseArray(xref, fnObj) : null; + + this.coords = []; + this.colors = []; + this.figures = []; + + var decodeContext = { + bitsPerCoordinate: dict.get('BitsPerCoordinate'), + bitsPerComponent: dict.get('BitsPerComponent'), + bitsPerFlag: dict.get('BitsPerFlag'), + decode: dict.get('Decode'), + colorFn: fn, + colorSpace: cs, + numComps: fn ? 1 : cs.numComps + }; + var reader = new MeshStreamReader(stream, decodeContext); + + var patchMesh = false; + switch (this.shadingType) { + case ShadingType.FREE_FORM_MESH: + decodeType4Shading(this, reader); + break; + case ShadingType.LATTICE_FORM_MESH: + var verticesPerRow = dict.get('VerticesPerRow') | 0; + assert(verticesPerRow >= 2, 'Invalid VerticesPerRow'); + decodeType5Shading(this, reader, verticesPerRow); + break; + case ShadingType.COONS_PATCH_MESH: + decodeType6Shading(this, reader); + patchMesh = true; + break; + case ShadingType.TENSOR_PATCH_MESH: + decodeType7Shading(this, reader); + patchMesh = true; + break; + default: + error('Unsupported mesh type.'); + break; + } + + if (patchMesh) { + // dirty bounds calculation for determining, how dense shall be triangles + updateBounds(this); + for (var i = 0, ii = this.figures.length; i < ii; i++) { + buildFigureFromPatch(this, i); + } + } + // calculate bounds + updateBounds(this); + + packData(this); + } + + Mesh.prototype = { + getIR: function Mesh_getIR() { + return ['Mesh', this.shadingType, this.coords, this.colors, this.figures, + this.bounds, this.matrix, this.bbox, this.background]; + } + }; + + return Mesh; +})(); + +Shadings.Dummy = (function DummyClosure() { + function Dummy() { + this.type = 'Pattern'; + } + + Dummy.prototype = { + getIR: function Dummy_getIR() { + return ['Dummy']; + } + }; + return Dummy; +})(); + +function getTilingPatternIR(operatorList, dict, args) { + var matrix = dict.get('Matrix'); + var bbox = dict.get('BBox'); + var xstep = dict.get('XStep'); + var ystep = dict.get('YStep'); + var paintType = dict.get('PaintType'); + var tilingType = dict.get('TilingType'); + + return [ + 'TilingPattern', args, operatorList, matrix, bbox, xstep, ystep, + paintType, tilingType + ]; +} + + +var PartialEvaluator = (function PartialEvaluatorClosure() { + function PartialEvaluator(pdfManager, xref, handler, pageIndex, + uniquePrefix, idCounters, fontCache) { + this.pdfManager = pdfManager; + this.xref = xref; + this.handler = handler; + this.pageIndex = pageIndex; + this.uniquePrefix = uniquePrefix; + this.idCounters = idCounters; + this.fontCache = fontCache; + } + + // Trying to minimize Date.now() usage and check every 100 time + var TIME_SLOT_DURATION_MS = 20; + var CHECK_TIME_EVERY = 100; + function TimeSlotManager() { + this.reset(); + } + TimeSlotManager.prototype = { + check: function TimeSlotManager_check() { + if (++this.checked < CHECK_TIME_EVERY) { + return false; + } + this.checked = 0; + return this.endTime <= Date.now(); + }, + reset: function TimeSlotManager_reset() { + this.endTime = Date.now() + TIME_SLOT_DURATION_MS; + this.checked = 0; + } + }; + + var deferred = Promise.resolve(); + + var TILING_PATTERN = 1, SHADING_PATTERN = 2; + + PartialEvaluator.prototype = { + hasBlendModes: function PartialEvaluator_hasBlendModes(resources) { + if (!isDict(resources)) { + return false; + } + + var processed = Object.create(null); + if (resources.objId) { + processed[resources.objId] = true; + } + + var nodes = [resources]; + while (nodes.length) { + var key; + var node = nodes.shift(); + // First check the current resources for blend modes. + var graphicStates = node.get('ExtGState'); + if (isDict(graphicStates)) { + graphicStates = graphicStates.getAll(); + for (key in graphicStates) { + var graphicState = graphicStates[key]; + var bm = graphicState['BM']; + if (isName(bm) && bm.name !== 'Normal') { + return true; + } + } + } + // Descend into the XObjects to look for more resources and blend modes. + var xObjects = node.get('XObject'); + if (!isDict(xObjects)) { + continue; + } + xObjects = xObjects.getAll(); + for (key in xObjects) { + var xObject = xObjects[key]; + if (!isStream(xObject)) { + continue; + } + if (xObject.dict.objId) { + if (processed[xObject.dict.objId]) { + // stream has objId and is processed already + continue; + } + processed[xObject.dict.objId] = true; + } + var xResources = xObject.dict.get('Resources'); + // Checking objId to detect an infinite loop. + if (isDict(xResources) && + (!xResources.objId || !processed[xResources.objId])) { + nodes.push(xResources); + if (xResources.objId) { + processed[xResources.objId] = true; + } + } + } + } + return false; + }, + + buildFormXObject: function PartialEvaluator_buildFormXObject(resources, + xobj, smask, + operatorList, + task, + initialState) { + var matrix = xobj.dict.getArray('Matrix'); + var bbox = xobj.dict.getArray('BBox'); + var group = xobj.dict.get('Group'); + if (group) { + var groupOptions = { + matrix: matrix, + bbox: bbox, + smask: smask, + isolated: false, + knockout: false + }; + + var groupSubtype = group.get('S'); + var colorSpace; + if (isName(groupSubtype) && groupSubtype.name === 'Transparency') { + groupOptions.isolated = (group.get('I') || false); + groupOptions.knockout = (group.get('K') || false); + colorSpace = (group.has('CS') ? + ColorSpace.parse(group.get('CS'), this.xref, resources) : null); + } + + if (smask && smask.backdrop) { + colorSpace = colorSpace || ColorSpace.singletons.rgb; + smask.backdrop = colorSpace.getRgb(smask.backdrop, 0); + } + + operatorList.addOp(OPS.beginGroup, [groupOptions]); + } + + operatorList.addOp(OPS.paintFormXObjectBegin, [matrix, bbox]); + + return this.getOperatorList(xobj, task, + (xobj.dict.get('Resources') || resources), operatorList, initialState). + then(function () { + operatorList.addOp(OPS.paintFormXObjectEnd, []); + + if (group) { + operatorList.addOp(OPS.endGroup, [groupOptions]); + } + }); + }, + + buildPaintImageXObject: + function PartialEvaluator_buildPaintImageXObject(resources, image, + inline, operatorList, + cacheKey, imageCache) { + var self = this; + var dict = image.dict; + var w = dict.get('Width', 'W'); + var h = dict.get('Height', 'H'); + + if (!(w && isNum(w)) || !(h && isNum(h))) { + warn('Image dimensions are missing, or not numbers.'); + return; + } + if (PDFJS.maxImageSize !== -1 && w * h > PDFJS.maxImageSize) { + warn('Image exceeded maximum allowed size and was removed.'); + return; + } + + var imageMask = (dict.get('ImageMask', 'IM') || false); + var imgData, args; + if (imageMask) { + // This depends on a tmpCanvas being filled with the + // current fillStyle, such that processing the pixel + // data can't be done here. Instead of creating a + // complete PDFImage, only read the information needed + // for later. + + var width = dict.get('Width', 'W'); + var height = dict.get('Height', 'H'); + var bitStrideLength = (width + 7) >> 3; + var imgArray = image.getBytes(bitStrideLength * height); + var decode = dict.get('Decode', 'D'); + var inverseDecode = (!!decode && decode[0] > 0); + + imgData = PDFImage.createMask(imgArray, width, height, + image instanceof DecodeStream, + inverseDecode); + imgData.cached = true; + args = [imgData]; + operatorList.addOp(OPS.paintImageMaskXObject, args); + if (cacheKey) { + imageCache[cacheKey] = { + fn: OPS.paintImageMaskXObject, + args: args + }; + } + return; + } + + var softMask = (dict.get('SMask', 'SM') || false); + var mask = (dict.get('Mask') || false); + + var SMALL_IMAGE_DIMENSIONS = 200; + // Inlining small images into the queue as RGB data + if (inline && !softMask && !mask && !(image instanceof JpegStream) && + (w + h) < SMALL_IMAGE_DIMENSIONS) { + var imageObj = new PDFImage(this.xref, resources, image, + inline, null, null); + // We force the use of RGBA_32BPP images here, because we can't handle + // any other kind. + imgData = imageObj.createImageData(/* forceRGBA = */ true); + operatorList.addOp(OPS.paintInlineImageXObject, [imgData]); + return; + } + + // If there is no imageMask, create the PDFImage and a lot + // of image processing can be done here. + var uniquePrefix = (this.uniquePrefix || ''); + var objId = 'img_' + uniquePrefix + (++this.idCounters.obj); + operatorList.addDependency(objId); + args = [objId, w, h]; + + if (!softMask && !mask && image instanceof JpegStream && + image.isNativelySupported(this.xref, resources)) { + // These JPEGs don't need any more processing so we can just send it. + operatorList.addOp(OPS.paintJpegXObject, args); + this.handler.send('obj', + [objId, this.pageIndex, 'JpegStream', image.getIR()]); + return; + } + + PDFImage.buildImage(self.handler, self.xref, resources, image, inline). + then(function(imageObj) { + var imgData = imageObj.createImageData(/* forceRGBA = */ false); + self.handler.send('obj', [objId, self.pageIndex, 'Image', imgData], + [imgData.data.buffer]); + }).then(undefined, function (reason) { + warn('Unable to decode image: ' + reason); + self.handler.send('obj', [objId, self.pageIndex, 'Image', null]); + }); + + operatorList.addOp(OPS.paintImageXObject, args); + if (cacheKey) { + imageCache[cacheKey] = { + fn: OPS.paintImageXObject, + args: args + }; + } + }, + + handleSMask: function PartialEvaluator_handleSmask(smask, resources, + operatorList, task, + stateManager) { + var smaskContent = smask.get('G'); + var smaskOptions = { + subtype: smask.get('S').name, + backdrop: smask.get('BC') + }; + + // The SMask might have a alpha/luminosity value transfer function -- + // we will build a map of integer values in range 0..255 to be fast. + var transferObj = smask.get('TR'); + if (isPDFFunction(transferObj)) { + var transferFn = PDFFunction.parse(this.xref, transferObj); + var transferMap = new Uint8Array(256); + var tmp = new Float32Array(1); + for (var i = 0; i < 255; i++) { + tmp[0] = i / 255; + transferFn(tmp, 0, tmp, 0); + transferMap[i] = (tmp[0] * 255) | 0; + } + smaskOptions.transferMap = transferMap; + } + + return this.buildFormXObject(resources, smaskContent, smaskOptions, + operatorList, task, stateManager.state.clone()); + }, + + handleTilingType: + function PartialEvaluator_handleTilingType(fn, args, resources, + pattern, patternDict, + operatorList, task) { + // Create an IR of the pattern code. + var tilingOpList = new OperatorList(); + // Merge the available resources, to prevent issues when the patternDict + // is missing some /Resources entries (fixes issue6541.pdf). + var resourcesArray = [patternDict.get('Resources'), resources]; + var patternResources = Dict.merge(this.xref, resourcesArray); + + return this.getOperatorList(pattern, task, patternResources, + tilingOpList).then(function () { + // Add the dependencies to the parent operator list so they are + // resolved before sub operator list is executed synchronously. + operatorList.addDependencies(tilingOpList.dependencies); + operatorList.addOp(fn, getTilingPatternIR({ + fnArray: tilingOpList.fnArray, + argsArray: tilingOpList.argsArray + }, patternDict, args)); + }); + }, + + handleSetFont: + function PartialEvaluator_handleSetFont(resources, fontArgs, fontRef, + operatorList, task, state) { + // TODO(mack): Not needed? + var fontName; + if (fontArgs) { + fontArgs = fontArgs.slice(); + fontName = fontArgs[0].name; + } + + var self = this; + return this.loadFont(fontName, fontRef, this.xref, resources).then( + function (translated) { + if (!translated.font.isType3Font) { + return translated; + } + return translated.loadType3Data(self, resources, operatorList, task). + then(function () { + return translated; + }, function (reason) { + // Error in the font data -- sending unsupported feature notification. + self.handler.send('UnsupportedFeature', + {featureId: UNSUPPORTED_FEATURES.font}); + return new TranslatedFont('g_font_error', + new ErrorFont('Type3 font load error: ' + reason), translated.font); + }); + }).then(function (translated) { + state.font = translated.font; + translated.send(self.handler); + return translated.loadedName; + }); + }, + + handleText: function PartialEvaluator_handleText(chars, state) { + var font = state.font; + var glyphs = font.charsToGlyphs(chars); + var isAddToPathSet = !!(state.textRenderingMode & + TextRenderingMode.ADD_TO_PATH_FLAG); + if (font.data && (isAddToPathSet || PDFJS.disableFontFace)) { + var buildPath = function (fontChar) { + if (!font.renderer.hasBuiltPath(fontChar)) { + var path = font.renderer.getPathJs(fontChar); + this.handler.send('commonobj', [ + font.loadedName + '_path_' + fontChar, + 'FontPath', + path + ]); + } + }.bind(this); + + for (var i = 0, ii = glyphs.length; i < ii; i++) { + var glyph = glyphs[i]; + buildPath(glyph.fontChar); + + // If the glyph has an accent we need to build a path for its + // fontChar too, otherwise CanvasGraphics_paintChar will fail. + var accent = glyph.accent; + if (accent && accent.fontChar) { + buildPath(accent.fontChar); + } + } + } + + return glyphs; + }, + + setGState: function PartialEvaluator_setGState(resources, gState, + operatorList, task, + xref, stateManager) { + // This array holds the converted/processed state data. + var gStateObj = []; + var gStateMap = gState.map; + var self = this; + var promise = Promise.resolve(); + for (var key in gStateMap) { + var value = gStateMap[key]; + switch (key) { + case 'Type': + break; + case 'LW': + case 'LC': + case 'LJ': + case 'ML': + case 'D': + case 'RI': + case 'FL': + case 'CA': + case 'ca': + gStateObj.push([key, value]); + break; + case 'Font': + promise = promise.then(function () { + return self.handleSetFont(resources, null, value[0], operatorList, + task, stateManager.state). + then(function (loadedName) { + operatorList.addDependency(loadedName); + gStateObj.push([key, [loadedName, value[1]]]); + }); + }); + break; + case 'BM': + gStateObj.push([key, value]); + break; + case 'SMask': + if (isName(value) && value.name === 'None') { + gStateObj.push([key, false]); + break; + } + var dict = xref.fetchIfRef(value); + if (isDict(dict)) { + promise = promise.then(function () { + return self.handleSMask(dict, resources, operatorList, + task, stateManager); + }); + gStateObj.push([key, true]); + } else { + warn('Unsupported SMask type'); + } + + break; + // Only generate info log messages for the following since + // they are unlikely to have a big impact on the rendering. + case 'OP': + case 'op': + case 'OPM': + case 'BG': + case 'BG2': + case 'UCR': + case 'UCR2': + case 'TR': + case 'TR2': + case 'HT': + case 'SM': + case 'SA': + case 'AIS': + case 'TK': + // TODO implement these operators. + info('graphic state operator ' + key); + break; + default: + info('Unknown graphic state operator ' + key); + break; + } + } + return promise.then(function () { + if (gStateObj.length >= 0) { + operatorList.addOp(OPS.setGState, [gStateObj]); + } + }); + }, + + loadFont: function PartialEvaluator_loadFont(fontName, font, xref, + resources) { + + function errorFont() { + return Promise.resolve(new TranslatedFont('g_font_error', + new ErrorFont('Font ' + fontName + ' is not available'), font)); + } + var fontRef; + if (font) { // Loading by ref. + assert(isRef(font)); + fontRef = font; + } else { // Loading by name. + var fontRes = resources.get('Font'); + if (fontRes) { + fontRef = fontRes.getRaw(fontName); + } else { + warn('fontRes not available'); + return errorFont(); + } + } + if (!fontRef) { + warn('fontRef not available'); + return errorFont(); + } + + if (this.fontCache.has(fontRef)) { + return this.fontCache.get(fontRef); + } + + font = xref.fetchIfRef(fontRef); + if (!isDict(font)) { + return errorFont(); + } + + // We are holding font.translated references just for fontRef that are not + // dictionaries (Dict). See explanation below. + if (font.translated) { + return font.translated; + } + + var fontCapability = createPromiseCapability(); + + var preEvaluatedFont = this.preEvaluateFont(font, xref); + var descriptor = preEvaluatedFont.descriptor; + var fontID = fontRef.num + '_' + fontRef.gen; + if (isDict(descriptor)) { + if (!descriptor.fontAliases) { + descriptor.fontAliases = Object.create(null); + } + + var fontAliases = descriptor.fontAliases; + var hash = preEvaluatedFont.hash; + if (fontAliases[hash]) { + var aliasFontRef = fontAliases[hash].aliasRef; + if (aliasFontRef && this.fontCache.has(aliasFontRef)) { + this.fontCache.putAlias(fontRef, aliasFontRef); + return this.fontCache.get(fontRef); + } + } + + if (!fontAliases[hash]) { + fontAliases[hash] = { + fontID: Font.getFontID() + }; + } + + fontAliases[hash].aliasRef = fontRef; + fontID = fontAliases[hash].fontID; + } + + // Workaround for bad PDF generators that don't reference fonts + // properly, i.e. by not using an object identifier. + // Check if the fontRef is a Dict (as opposed to a standard object), + // in which case we don't cache the font and instead reference it by + // fontName in font.loadedName below. + var fontRefIsDict = isDict(fontRef); + if (!fontRefIsDict) { + this.fontCache.put(fontRef, fontCapability.promise); + } + + // Keep track of each font we translated so the caller can + // load them asynchronously before calling display on a page. + font.loadedName = 'g_' + this.pdfManager.docId + '_f' + (fontRefIsDict ? + fontName.replace(/\W/g, '') : fontID); + + font.translated = fontCapability.promise; + + // TODO move promises into translate font + var translatedPromise; + try { + translatedPromise = Promise.resolve( + this.translateFont(preEvaluatedFont, xref)); + } catch (e) { + translatedPromise = Promise.reject(e); + } + + var self = this; + translatedPromise.then(function (translatedFont) { + if (translatedFont.fontType !== undefined) { + var xrefFontStats = xref.stats.fontTypes; + xrefFontStats[translatedFont.fontType] = true; + } + + fontCapability.resolve(new TranslatedFont(font.loadedName, + translatedFont, font)); + }, function (reason) { + // TODO fontCapability.reject? + // Error in the font data -- sending unsupported feature notification. + self.handler.send('UnsupportedFeature', + {featureId: UNSUPPORTED_FEATURES.font}); + + try { + // error, but it's still nice to have font type reported + var descriptor = preEvaluatedFont.descriptor; + var fontFile3 = descriptor && descriptor.get('FontFile3'); + var subtype = fontFile3 && fontFile3.get('Subtype'); + var fontType = getFontType(preEvaluatedFont.type, + subtype && subtype.name); + var xrefFontStats = xref.stats.fontTypes; + xrefFontStats[fontType] = true; + } catch (ex) { } + + fontCapability.resolve(new TranslatedFont(font.loadedName, + new ErrorFont(reason instanceof Error ? reason.message : reason), + font)); + }); + return fontCapability.promise; + }, + + buildPath: function PartialEvaluator_buildPath(operatorList, fn, args) { + var lastIndex = operatorList.length - 1; + if (!args) { + args = []; + } + if (lastIndex < 0 || + operatorList.fnArray[lastIndex] !== OPS.constructPath) { + operatorList.addOp(OPS.constructPath, [[fn], args]); + } else { + var opArgs = operatorList.argsArray[lastIndex]; + opArgs[0].push(fn); + Array.prototype.push.apply(opArgs[1], args); + } + }, + + handleColorN: function PartialEvaluator_handleColorN(operatorList, fn, args, + cs, patterns, resources, task, xref) { + // compile tiling patterns + var patternName = args[args.length - 1]; + // SCN/scn applies patterns along with normal colors + var pattern; + if (isName(patternName) && + (pattern = patterns.get(patternName.name))) { + var dict = (isStream(pattern) ? pattern.dict : pattern); + var typeNum = dict.get('PatternType'); + + if (typeNum === TILING_PATTERN) { + var color = cs.base ? cs.base.getRgb(args, 0) : null; + return this.handleTilingType(fn, color, resources, pattern, + dict, operatorList, task); + } else if (typeNum === SHADING_PATTERN) { + var shading = dict.get('Shading'); + var matrix = dict.get('Matrix'); + pattern = Pattern.parseShading(shading, matrix, xref, resources, + this.handler); + operatorList.addOp(fn, pattern.getIR()); + return Promise.resolve(); + } else { + return Promise.reject('Unknown PatternType: ' + typeNum); + } + } + // TODO shall we fail here? + operatorList.addOp(fn, args); + return Promise.resolve(); + }, + + getOperatorList: function PartialEvaluator_getOperatorList(stream, + task, + resources, + operatorList, + initialState) { + + var self = this; + var xref = this.xref; + var imageCache = {}; + + assert(operatorList); + + resources = (resources || Dict.empty); + var xobjs = (resources.get('XObject') || Dict.empty); + var patterns = (resources.get('Pattern') || Dict.empty); + var stateManager = new StateManager(initialState || new EvalState()); + var preprocessor = new EvaluatorPreprocessor(stream, xref, stateManager); + var timeSlotManager = new TimeSlotManager(); + + return new Promise(function next(resolve, reject) { + task.ensureNotTerminated(); + timeSlotManager.reset(); + var stop, operation = {}, i, ii, cs; + while (!(stop = timeSlotManager.check())) { + // The arguments parsed by read() are used beyond this loop, so we + // cannot reuse the same array on each iteration. Therefore we pass + // in |null| as the initial value (see the comment on + // EvaluatorPreprocessor_read() for why). + operation.args = null; + if (!(preprocessor.read(operation))) { + break; + } + var args = operation.args; + var fn = operation.fn; + + switch (fn | 0) { + case OPS.paintXObject: + if (args[0].code) { + break; + } + // eagerly compile XForm objects + var name = args[0].name; + if (!name) { + warn('XObject must be referred to by name.'); + continue; + } + if (imageCache[name] !== undefined) { + operatorList.addOp(imageCache[name].fn, imageCache[name].args); + args = null; + continue; + } + + var xobj = xobjs.get(name); + if (xobj) { + assert(isStream(xobj), 'XObject should be a stream'); + + var type = xobj.dict.get('Subtype'); + assert(isName(type), + 'XObject should have a Name subtype'); + + if (type.name === 'Form') { + stateManager.save(); + return self.buildFormXObject(resources, xobj, null, + operatorList, task, + stateManager.state.clone()). + then(function () { + stateManager.restore(); + next(resolve, reject); + }, reject); + } else if (type.name === 'Image') { + self.buildPaintImageXObject(resources, xobj, false, + operatorList, name, imageCache); + args = null; + continue; + } else if (type.name === 'PS') { + // PostScript XObjects are unused when viewing documents. + // See section 4.7.1 of Adobe's PDF reference. + info('Ignored XObject subtype PS'); + continue; + } else { + error('Unhandled XObject subtype ' + type.name); + } + } + break; + case OPS.setFont: + var fontSize = args[1]; + // eagerly collect all fonts + return self.handleSetFont(resources, args, null, operatorList, + task, stateManager.state). + then(function (loadedName) { + operatorList.addDependency(loadedName); + operatorList.addOp(OPS.setFont, [loadedName, fontSize]); + next(resolve, reject); + }, reject); + case OPS.endInlineImage: + var cacheKey = args[0].cacheKey; + if (cacheKey) { + var cacheEntry = imageCache[cacheKey]; + if (cacheEntry !== undefined) { + operatorList.addOp(cacheEntry.fn, cacheEntry.args); + args = null; + continue; + } + } + self.buildPaintImageXObject(resources, args[0], true, + operatorList, cacheKey, imageCache); + args = null; + continue; + case OPS.showText: + args[0] = self.handleText(args[0], stateManager.state); + break; + case OPS.showSpacedText: + var arr = args[0]; + var combinedGlyphs = []; + var arrLength = arr.length; + var state = stateManager.state; + for (i = 0; i < arrLength; ++i) { + var arrItem = arr[i]; + if (isString(arrItem)) { + Array.prototype.push.apply(combinedGlyphs, + self.handleText(arrItem, state)); + } else if (isNum(arrItem)) { + combinedGlyphs.push(arrItem); + } + } + args[0] = combinedGlyphs; + fn = OPS.showText; + break; + case OPS.nextLineShowText: + operatorList.addOp(OPS.nextLine); + args[0] = self.handleText(args[0], stateManager.state); + fn = OPS.showText; + break; + case OPS.nextLineSetSpacingShowText: + operatorList.addOp(OPS.nextLine); + operatorList.addOp(OPS.setWordSpacing, [args.shift()]); + operatorList.addOp(OPS.setCharSpacing, [args.shift()]); + args[0] = self.handleText(args[0], stateManager.state); + fn = OPS.showText; + break; + case OPS.setTextRenderingMode: + stateManager.state.textRenderingMode = args[0]; + break; + + case OPS.setFillColorSpace: + stateManager.state.fillColorSpace = + ColorSpace.parse(args[0], xref, resources); + continue; + case OPS.setStrokeColorSpace: + stateManager.state.strokeColorSpace = + ColorSpace.parse(args[0], xref, resources); + continue; + case OPS.setFillColor: + cs = stateManager.state.fillColorSpace; + args = cs.getRgb(args, 0); + fn = OPS.setFillRGBColor; + break; + case OPS.setStrokeColor: + cs = stateManager.state.strokeColorSpace; + args = cs.getRgb(args, 0); + fn = OPS.setStrokeRGBColor; + break; + case OPS.setFillGray: + stateManager.state.fillColorSpace = ColorSpace.singletons.gray; + args = ColorSpace.singletons.gray.getRgb(args, 0); + fn = OPS.setFillRGBColor; + break; + case OPS.setStrokeGray: + stateManager.state.strokeColorSpace = ColorSpace.singletons.gray; + args = ColorSpace.singletons.gray.getRgb(args, 0); + fn = OPS.setStrokeRGBColor; + break; + case OPS.setFillCMYKColor: + stateManager.state.fillColorSpace = ColorSpace.singletons.cmyk; + args = ColorSpace.singletons.cmyk.getRgb(args, 0); + fn = OPS.setFillRGBColor; + break; + case OPS.setStrokeCMYKColor: + stateManager.state.strokeColorSpace = ColorSpace.singletons.cmyk; + args = ColorSpace.singletons.cmyk.getRgb(args, 0); + fn = OPS.setStrokeRGBColor; + break; + case OPS.setFillRGBColor: + stateManager.state.fillColorSpace = ColorSpace.singletons.rgb; + args = ColorSpace.singletons.rgb.getRgb(args, 0); + break; + case OPS.setStrokeRGBColor: + stateManager.state.strokeColorSpace = ColorSpace.singletons.rgb; + args = ColorSpace.singletons.rgb.getRgb(args, 0); + break; + case OPS.setFillColorN: + cs = stateManager.state.fillColorSpace; + if (cs.name === 'Pattern') { + return self.handleColorN(operatorList, OPS.setFillColorN, + args, cs, patterns, resources, task, xref).then(function() { + next(resolve, reject); + }, reject); + } + args = cs.getRgb(args, 0); + fn = OPS.setFillRGBColor; + break; + case OPS.setStrokeColorN: + cs = stateManager.state.strokeColorSpace; + if (cs.name === 'Pattern') { + return self.handleColorN(operatorList, OPS.setStrokeColorN, + args, cs, patterns, resources, task, xref).then(function() { + next(resolve, reject); + }, reject); + } + args = cs.getRgb(args, 0); + fn = OPS.setStrokeRGBColor; + break; + + case OPS.shadingFill: + var shadingRes = resources.get('Shading'); + if (!shadingRes) { + error('No shading resource found'); + } + + var shading = shadingRes.get(args[0].name); + if (!shading) { + error('No shading object found'); + } + + var shadingFill = Pattern.parseShading(shading, null, xref, + resources, self.handler); + var patternIR = shadingFill.getIR(); + args = [patternIR]; + fn = OPS.shadingFill; + break; + case OPS.setGState: + var dictName = args[0]; + var extGState = resources.get('ExtGState'); + + if (!isDict(extGState) || !extGState.has(dictName.name)) { + break; + } + + var gState = extGState.get(dictName.name); + return self.setGState(resources, gState, operatorList, task, + xref, stateManager).then(function() { + next(resolve, reject); + }, reject); + case OPS.moveTo: + case OPS.lineTo: + case OPS.curveTo: + case OPS.curveTo2: + case OPS.curveTo3: + case OPS.closePath: + self.buildPath(operatorList, fn, args); + continue; + case OPS.rectangle: + self.buildPath(operatorList, fn, args); + continue; + case OPS.markPoint: + case OPS.markPointProps: + case OPS.beginMarkedContent: + case OPS.beginMarkedContentProps: + case OPS.endMarkedContent: + case OPS.beginCompat: + case OPS.endCompat: + // Ignore operators where the corresponding handlers are known to + // be no-op in CanvasGraphics (display/canvas.js). This prevents + // serialization errors and is also a bit more efficient. + // We could also try to serialize all objects in a general way, + // e.g. as done in https://github.com/mozilla/pdf.js/pull/6266, + // but doing so is meaningless without knowing the semantics. + continue; + default: + // Note: Let's hope that the ignored operator does not have any + // non-serializable arguments, otherwise postMessage will throw + // "An object could not be cloned.". + } + operatorList.addOp(fn, args); + } + if (stop) { + deferred.then(function () { + next(resolve, reject); + }, reject); + return; + } + // Some PDFs don't close all restores inside object/form. + // Closing those for them. + for (i = 0, ii = preprocessor.savedStatesDepth; i < ii; i++) { + operatorList.addOp(OPS.restore, []); + } + resolve(); + }); + }, + + getTextContent: + function PartialEvaluator_getTextContent(stream, task, resources, + stateManager, + normalizeWhitespace) { + + stateManager = (stateManager || new StateManager(new TextState())); + + var WhitespaceRegexp = /\s/g; + + var textContent = { + items: [], + styles: Object.create(null) + }; + var textContentItem = { + initialized: false, + str: [], + width: 0, + height: 0, + vertical: false, + lastAdvanceWidth: 0, + lastAdvanceHeight: 0, + textAdvanceScale: 0, + spaceWidth: 0, + fakeSpaceMin: Infinity, + fakeMultiSpaceMin: Infinity, + fakeMultiSpaceMax: -0, + textRunBreakAllowed: false, + transform: null, + fontName: null + }; + var SPACE_FACTOR = 0.3; + var MULTI_SPACE_FACTOR = 1.5; + var MULTI_SPACE_FACTOR_MAX = 4; + + var self = this; + var xref = this.xref; + + resources = (xref.fetchIfRef(resources) || Dict.empty); + + // The xobj is parsed iff it's needed, e.g. if there is a `DO` cmd. + var xobjs = null; + var xobjsCache = {}; + + var preprocessor = new EvaluatorPreprocessor(stream, xref, stateManager); + + var textState; + + function ensureTextContentItem() { + if (textContentItem.initialized) { + return textContentItem; + } + var font = textState.font; + if (!(font.loadedName in textContent.styles)) { + textContent.styles[font.loadedName] = { + fontFamily: font.fallbackName, + ascent: font.ascent, + descent: font.descent, + vertical: font.vertical + }; + } + textContentItem.fontName = font.loadedName; + + // 9.4.4 Text Space Details + var tsm = [textState.fontSize * textState.textHScale, 0, + 0, textState.fontSize, + 0, textState.textRise]; + + if (font.isType3Font && + textState.fontMatrix !== FONT_IDENTITY_MATRIX && + textState.fontSize === 1) { + var glyphHeight = font.bbox[3] - font.bbox[1]; + if (glyphHeight > 0) { + glyphHeight = glyphHeight * textState.fontMatrix[3]; + tsm[3] *= glyphHeight; + } + } + + var trm = Util.transform(textState.ctm, + Util.transform(textState.textMatrix, tsm)); + textContentItem.transform = trm; + if (!font.vertical) { + textContentItem.width = 0; + textContentItem.height = Math.sqrt(trm[2] * trm[2] + trm[3] * trm[3]); + textContentItem.vertical = false; + } else { + textContentItem.width = Math.sqrt(trm[0] * trm[0] + trm[1] * trm[1]); + textContentItem.height = 0; + textContentItem.vertical = true; + } + + var a = textState.textLineMatrix[0]; + var b = textState.textLineMatrix[1]; + var scaleLineX = Math.sqrt(a * a + b * b); + a = textState.ctm[0]; + b = textState.ctm[1]; + var scaleCtmX = Math.sqrt(a * a + b * b); + textContentItem.textAdvanceScale = scaleCtmX * scaleLineX; + textContentItem.lastAdvanceWidth = 0; + textContentItem.lastAdvanceHeight = 0; + + var spaceWidth = font.spaceWidth / 1000 * textState.fontSize; + if (spaceWidth) { + textContentItem.spaceWidth = spaceWidth; + textContentItem.fakeSpaceMin = spaceWidth * SPACE_FACTOR; + textContentItem.fakeMultiSpaceMin = spaceWidth * MULTI_SPACE_FACTOR; + textContentItem.fakeMultiSpaceMax = + spaceWidth * MULTI_SPACE_FACTOR_MAX; + // It's okay for monospace fonts to fake as much space as needed. + textContentItem.textRunBreakAllowed = !font.isMonospace; + } else { + textContentItem.spaceWidth = 0; + textContentItem.fakeSpaceMin = Infinity; + textContentItem.fakeMultiSpaceMin = Infinity; + textContentItem.fakeMultiSpaceMax = 0; + textContentItem.textRunBreakAllowed = false; + } + + + textContentItem.initialized = true; + return textContentItem; + } + + function replaceWhitespace(str) { + // Replaces all whitespaces with standard spaces (0x20), to avoid + // alignment issues between the textLayer and the canvas if the text + // contains e.g. tabs (fixes issue6612.pdf). + var i = 0, ii = str.length, code; + while (i < ii && (code = str.charCodeAt(i)) >= 0x20 && code <= 0x7F) { + i++; + } + return (i < ii ? str.replace(WhitespaceRegexp, ' ') : str); + } + + function runBidiTransform(textChunk) { + var str = textChunk.str.join(''); + var bidiResult = PDFJS.bidi(str, -1, textChunk.vertical); + return { + str: (normalizeWhitespace ? replaceWhitespace(bidiResult.str) : + bidiResult.str), + dir: bidiResult.dir, + width: textChunk.width, + height: textChunk.height, + transform: textChunk.transform, + fontName: textChunk.fontName + }; + } + + function handleSetFont(fontName, fontRef) { + return self.loadFont(fontName, fontRef, xref, resources). + then(function (translated) { + textState.font = translated.font; + textState.fontMatrix = translated.font.fontMatrix || + FONT_IDENTITY_MATRIX; + }); + } + + function buildTextContentItem(chars) { + var font = textState.font; + var textChunk = ensureTextContentItem(); + var width = 0; + var height = 0; + var glyphs = font.charsToGlyphs(chars); + var defaultVMetrics = font.defaultVMetrics; + for (var i = 0; i < glyphs.length; i++) { + var glyph = glyphs[i]; + var vMetricX = null; + var vMetricY = null; + var glyphWidth = null; + if (font.vertical) { + if (glyph.vmetric) { + glyphWidth = glyph.vmetric[0]; + vMetricX = glyph.vmetric[1]; + vMetricY = glyph.vmetric[2]; + } else { + glyphWidth = glyph.width; + vMetricX = glyph.width * 0.5; + vMetricY = defaultVMetrics[2]; + } + } else { + glyphWidth = glyph.width; + } + + var glyphUnicode = glyph.unicode; + if (NormalizedUnicodes[glyphUnicode] !== undefined) { + glyphUnicode = NormalizedUnicodes[glyphUnicode]; + } + glyphUnicode = reverseIfRtl(glyphUnicode); + + // The following will calculate the x and y of the individual glyphs. + // if (font.vertical) { + // tsm[4] -= vMetricX * Math.abs(textState.fontSize) * + // textState.fontMatrix[0]; + // tsm[5] -= vMetricY * textState.fontSize * + // textState.fontMatrix[0]; + // } + // var trm = Util.transform(textState.textMatrix, tsm); + // var pt = Util.applyTransform([trm[4], trm[5]], textState.ctm); + // var x = pt[0]; + // var y = pt[1]; + + var charSpacing = textState.charSpacing; + if (glyph.isSpace) { + var wordSpacing = textState.wordSpacing; + charSpacing += wordSpacing; + if (wordSpacing > 0) { + addFakeSpaces(wordSpacing, textChunk.str); + } + } + + var tx = 0; + var ty = 0; + if (!font.vertical) { + var w0 = glyphWidth * textState.fontMatrix[0]; + tx = (w0 * textState.fontSize + charSpacing) * + textState.textHScale; + width += tx; + } else { + var w1 = glyphWidth * textState.fontMatrix[0]; + ty = w1 * textState.fontSize + charSpacing; + height += ty; + } + textState.translateTextMatrix(tx, ty); + + textChunk.str.push(glyphUnicode); + } + + if (!font.vertical) { + textChunk.lastAdvanceWidth = width; + textChunk.width += width * textChunk.textAdvanceScale; + } else { + textChunk.lastAdvanceHeight = height; + textChunk.height += Math.abs(height * textChunk.textAdvanceScale); + } + + return textChunk; + } + + function addFakeSpaces(width, strBuf) { + if (width < textContentItem.fakeSpaceMin) { + return; + } + if (width < textContentItem.fakeMultiSpaceMin) { + strBuf.push(' '); + return; + } + var fakeSpaces = Math.round(width / textContentItem.spaceWidth); + while (fakeSpaces-- > 0) { + strBuf.push(' '); + } + } + + function flushTextContentItem() { + if (!textContentItem.initialized) { + return; + } + textContent.items.push(runBidiTransform(textContentItem)); + + textContentItem.initialized = false; + textContentItem.str.length = 0; + } + + var timeSlotManager = new TimeSlotManager(); + + return new Promise(function next(resolve, reject) { + task.ensureNotTerminated(); + timeSlotManager.reset(); + var stop, operation = {}, args = []; + while (!(stop = timeSlotManager.check())) { + // The arguments parsed by read() are not used beyond this loop, so + // we can reuse the same array on every iteration, thus avoiding + // unnecessary allocations. + args.length = 0; + operation.args = args; + if (!(preprocessor.read(operation))) { + break; + } + textState = stateManager.state; + var fn = operation.fn; + args = operation.args; + var advance; + + switch (fn | 0) { + case OPS.setFont: + flushTextContentItem(); + textState.fontSize = args[1]; + return handleSetFont(args[0].name).then(function() { + next(resolve, reject); + }, reject); + case OPS.setTextRise: + flushTextContentItem(); + textState.textRise = args[0]; + break; + case OPS.setHScale: + flushTextContentItem(); + textState.textHScale = args[0] / 100; + break; + case OPS.setLeading: + flushTextContentItem(); + textState.leading = args[0]; + break; + case OPS.moveText: + // Optimization to treat same line movement as advance + var isSameTextLine = !textState.font ? false : + ((textState.font.vertical ? args[0] : args[1]) === 0); + advance = args[0] - args[1]; + if (isSameTextLine && textContentItem.initialized && + advance > 0 && + advance <= textContentItem.fakeMultiSpaceMax) { + textState.translateTextLineMatrix(args[0], args[1]); + textContentItem.width += + (args[0] - textContentItem.lastAdvanceWidth); + textContentItem.height += + (args[1] - textContentItem.lastAdvanceHeight); + var diff = (args[0] - textContentItem.lastAdvanceWidth) - + (args[1] - textContentItem.lastAdvanceHeight); + addFakeSpaces(diff, textContentItem.str); + break; + } + + flushTextContentItem(); + textState.translateTextLineMatrix(args[0], args[1]); + textState.textMatrix = textState.textLineMatrix.slice(); + break; + case OPS.setLeadingMoveText: + flushTextContentItem(); + textState.leading = -args[1]; + textState.translateTextLineMatrix(args[0], args[1]); + textState.textMatrix = textState.textLineMatrix.slice(); + break; + case OPS.nextLine: + flushTextContentItem(); + textState.carriageReturn(); + break; + case OPS.setTextMatrix: + flushTextContentItem(); + textState.setTextMatrix(args[0], args[1], args[2], args[3], + args[4], args[5]); + textState.setTextLineMatrix(args[0], args[1], args[2], args[3], + args[4], args[5]); + break; + case OPS.setCharSpacing: + textState.charSpacing = args[0]; + break; + case OPS.setWordSpacing: + textState.wordSpacing = args[0]; + break; + case OPS.beginText: + flushTextContentItem(); + textState.textMatrix = IDENTITY_MATRIX.slice(); + textState.textLineMatrix = IDENTITY_MATRIX.slice(); + break; + case OPS.showSpacedText: + var items = args[0]; + var offset; + for (var j = 0, jj = items.length; j < jj; j++) { + if (typeof items[j] === 'string') { + buildTextContentItem(items[j]); + } else { + ensureTextContentItem(); + + // PDF Specification 5.3.2 states: + // The number is expressed in thousandths of a unit of text + // space. + // This amount is subtracted from the current horizontal or + // vertical coordinate, depending on the writing mode. + // In the default coordinate system, a positive adjustment + // has the effect of moving the next glyph painted either to + // the left or down by the given amount. + advance = items[j] * textState.fontSize / 1000; + var breakTextRun = false; + if (textState.font.vertical) { + offset = advance * + (textState.textHScale * textState.textMatrix[2] + + textState.textMatrix[3]); + textState.translateTextMatrix(0, advance); + breakTextRun = textContentItem.textRunBreakAllowed && + advance > textContentItem.fakeMultiSpaceMax; + if (!breakTextRun) { + // Value needs to be added to height to paint down. + textContentItem.height += offset; + } + } else { + advance = -advance; + offset = advance * ( + textState.textHScale * textState.textMatrix[0] + + textState.textMatrix[1]); + textState.translateTextMatrix(advance, 0); + breakTextRun = textContentItem.textRunBreakAllowed && + advance > textContentItem.fakeMultiSpaceMax; + if (!breakTextRun) { + // Value needs to be subtracted from width to paint left. + textContentItem.width += offset; + } + } + if (breakTextRun) { + flushTextContentItem(); + } else if (advance > 0) { + addFakeSpaces(advance, textContentItem.str); + } + } + } + break; + case OPS.showText: + buildTextContentItem(args[0]); + break; + case OPS.nextLineShowText: + flushTextContentItem(); + textState.carriageReturn(); + buildTextContentItem(args[0]); + break; + case OPS.nextLineSetSpacingShowText: + flushTextContentItem(); + textState.wordSpacing = args[0]; + textState.charSpacing = args[1]; + textState.carriageReturn(); + buildTextContentItem(args[2]); + break; + case OPS.paintXObject: + flushTextContentItem(); + if (args[0].code) { + break; + } + + if (!xobjs) { + xobjs = (resources.get('XObject') || Dict.empty); + } + + var name = args[0].name; + if (xobjsCache.key === name) { + if (xobjsCache.texts) { + Util.appendToArray(textContent.items, xobjsCache.texts.items); + Util.extendObj(textContent.styles, xobjsCache.texts.styles); + } + break; + } + + var xobj = xobjs.get(name); + if (!xobj) { + break; + } + assert(isStream(xobj), 'XObject should be a stream'); + + var type = xobj.dict.get('Subtype'); + assert(isName(type), + 'XObject should have a Name subtype'); + + if ('Form' !== type.name) { + xobjsCache.key = name; + xobjsCache.texts = null; + break; + } + + stateManager.save(); + var matrix = xobj.dict.get('Matrix'); + if (isArray(matrix) && matrix.length === 6) { + stateManager.transform(matrix); + } + + return self.getTextContent(xobj, task, + xobj.dict.get('Resources') || resources, stateManager, + normalizeWhitespace).then(function (formTextContent) { + Util.appendToArray(textContent.items, formTextContent.items); + Util.extendObj(textContent.styles, formTextContent.styles); + stateManager.restore(); + + xobjsCache.key = name; + xobjsCache.texts = formTextContent; + + next(resolve, reject); + }, reject); + case OPS.setGState: + flushTextContentItem(); + var dictName = args[0]; + var extGState = resources.get('ExtGState'); + + if (!isDict(extGState) || !extGState.has(dictName.name)) { + break; + } + + var gsStateMap = extGState.get(dictName.name); + var gsStateFont = null; + for (var key in gsStateMap) { + if (key === 'Font') { + assert(!gsStateFont); + gsStateFont = gsStateMap[key]; + } + } + if (gsStateFont) { + textState.fontSize = gsStateFont[1]; + return handleSetFont(gsStateFont[0]).then(function() { + next(resolve, reject); + }, reject); + } + break; + } // switch + } // while + if (stop) { + deferred.then(function () { + next(resolve, reject); + }, reject); + return; + } + flushTextContentItem(); + resolve(textContent); + }); + }, + + extractDataStructures: function + partialEvaluatorExtractDataStructures(dict, baseDict, + xref, properties) { + // 9.10.2 + var toUnicode = (dict.get('ToUnicode') || baseDict.get('ToUnicode')); + if (toUnicode) { + properties.toUnicode = this.readToUnicode(toUnicode); + } + if (properties.composite) { + // CIDSystemInfo helps to match CID to glyphs + var cidSystemInfo = dict.get('CIDSystemInfo'); + if (isDict(cidSystemInfo)) { + properties.cidSystemInfo = { + registry: cidSystemInfo.get('Registry'), + ordering: cidSystemInfo.get('Ordering'), + supplement: cidSystemInfo.get('Supplement') + }; + } + + var cidToGidMap = dict.get('CIDToGIDMap'); + if (isStream(cidToGidMap)) { + properties.cidToGidMap = this.readCidToGidMap(cidToGidMap); + } + } + + // Based on 9.6.6 of the spec the encoding can come from multiple places + // and depends on the font type. The base encoding and differences are + // read here, but the encoding that is actually used is chosen during + // glyph mapping in the font. + // TODO: Loading the built in encoding in the font would allow the + // differences to be merged in here not require us to hold on to it. + var differences = []; + var baseEncodingName = null; + var encoding; + if (dict.has('Encoding')) { + encoding = dict.get('Encoding'); + if (isDict(encoding)) { + baseEncodingName = encoding.get('BaseEncoding'); + baseEncodingName = (isName(baseEncodingName) ? + baseEncodingName.name : null); + // Load the differences between the base and original + if (encoding.has('Differences')) { + var diffEncoding = encoding.get('Differences'); + var index = 0; + for (var j = 0, jj = diffEncoding.length; j < jj; j++) { + var data = diffEncoding[j]; + if (isNum(data)) { + index = data; + } else if (isName(data)) { + differences[index++] = data.name; + } else if (isRef(data)) { + diffEncoding[j--] = xref.fetch(data); + continue; + } else { + error('Invalid entry in \'Differences\' array: ' + data); + } + } + } + } else if (isName(encoding)) { + baseEncodingName = encoding.name; + } else { + error('Encoding is not a Name nor a Dict'); + } + // According to table 114 if the encoding is a named encoding it must be + // one of these predefined encodings. + if ((baseEncodingName !== 'MacRomanEncoding' && + baseEncodingName !== 'MacExpertEncoding' && + baseEncodingName !== 'WinAnsiEncoding')) { + baseEncodingName = null; + } + } + + if (baseEncodingName) { + properties.defaultEncoding = Encodings[baseEncodingName].slice(); + } else { + encoding = (properties.type === 'TrueType' ? + Encodings.WinAnsiEncoding : Encodings.StandardEncoding); + // The Symbolic attribute can be misused for regular fonts + // Heuristic: we have to check if the font is a standard one also + if (!!(properties.flags & FontFlags.Symbolic)) { + encoding = Encodings.MacRomanEncoding; + if (!properties.file) { + if (/Symbol/i.test(properties.name)) { + encoding = Encodings.SymbolSetEncoding; + } else if (/Dingbats/i.test(properties.name)) { + encoding = Encodings.ZapfDingbatsEncoding; + } + } + } + properties.defaultEncoding = encoding; + } + + properties.differences = differences; + properties.baseEncodingName = baseEncodingName; + properties.dict = dict; + }, + + readToUnicode: function PartialEvaluator_readToUnicode(toUnicode) { + var cmap, cmapObj = toUnicode; + if (isName(cmapObj)) { + cmap = CMapFactory.create(cmapObj, + { url: PDFJS.cMapUrl, packed: PDFJS.cMapPacked }, null); + if (cmap instanceof IdentityCMap) { + return new IdentityToUnicodeMap(0, 0xFFFF); + } + return new ToUnicodeMap(cmap.getMap()); + } else if (isStream(cmapObj)) { + cmap = CMapFactory.create(cmapObj, + { url: PDFJS.cMapUrl, packed: PDFJS.cMapPacked }, null); + if (cmap instanceof IdentityCMap) { + return new IdentityToUnicodeMap(0, 0xFFFF); + } + var map = new Array(cmap.length); + // Convert UTF-16BE + // NOTE: cmap can be a sparse array, so use forEach instead of for(;;) + // to iterate over all keys. + cmap.forEach(function(charCode, token) { + var str = []; + for (var k = 0; k < token.length; k += 2) { + var w1 = (token.charCodeAt(k) << 8) | token.charCodeAt(k + 1); + if ((w1 & 0xF800) !== 0xD800) { // w1 < 0xD800 || w1 > 0xDFFF + str.push(w1); + continue; + } + k += 2; + var w2 = (token.charCodeAt(k) << 8) | token.charCodeAt(k + 1); + str.push(((w1 & 0x3ff) << 10) + (w2 & 0x3ff) + 0x10000); + } + map[charCode] = String.fromCharCode.apply(String, str); + }); + return new ToUnicodeMap(map); + } + return null; + }, + + readCidToGidMap: function PartialEvaluator_readCidToGidMap(cidToGidStream) { + // Extract the encoding from the CIDToGIDMap + var glyphsData = cidToGidStream.getBytes(); + + // Set encoding 0 to later verify the font has an encoding + var result = []; + for (var j = 0, jj = glyphsData.length; j < jj; j++) { + var glyphID = (glyphsData[j++] << 8) | glyphsData[j]; + if (glyphID === 0) { + continue; + } + var code = j >> 1; + result[code] = glyphID; + } + return result; + }, + + extractWidths: function PartialEvaluator_extractWidths(dict, xref, + descriptor, + properties) { + var glyphsWidths = []; + var defaultWidth = 0; + var glyphsVMetrics = []; + var defaultVMetrics; + var i, ii, j, jj, start, code, widths; + if (properties.composite) { + defaultWidth = dict.get('DW') || 1000; + + widths = dict.get('W'); + if (widths) { + for (i = 0, ii = widths.length; i < ii; i++) { + start = widths[i++]; + code = xref.fetchIfRef(widths[i]); + if (isArray(code)) { + for (j = 0, jj = code.length; j < jj; j++) { + glyphsWidths[start++] = code[j]; + } + } else { + var width = widths[++i]; + for (j = start; j <= code; j++) { + glyphsWidths[j] = width; + } + } + } + } + + if (properties.vertical) { + var vmetrics = (dict.get('DW2') || [880, -1000]); + defaultVMetrics = [vmetrics[1], defaultWidth * 0.5, vmetrics[0]]; + vmetrics = dict.get('W2'); + if (vmetrics) { + for (i = 0, ii = vmetrics.length; i < ii; i++) { + start = vmetrics[i++]; + code = xref.fetchIfRef(vmetrics[i]); + if (isArray(code)) { + for (j = 0, jj = code.length; j < jj; j++) { + glyphsVMetrics[start++] = [code[j++], code[j++], code[j]]; + } + } else { + var vmetric = [vmetrics[++i], vmetrics[++i], vmetrics[++i]]; + for (j = start; j <= code; j++) { + glyphsVMetrics[j] = vmetric; + } + } + } + } + } + } else { + var firstChar = properties.firstChar; + widths = dict.get('Widths'); + if (widths) { + j = firstChar; + for (i = 0, ii = widths.length; i < ii; i++) { + glyphsWidths[j++] = widths[i]; + } + defaultWidth = (parseFloat(descriptor.get('MissingWidth')) || 0); + } else { + // Trying get the BaseFont metrics (see comment above). + var baseFontName = dict.get('BaseFont'); + if (isName(baseFontName)) { + var metrics = this.getBaseFontMetrics(baseFontName.name); + + glyphsWidths = this.buildCharCodeToWidth(metrics.widths, + properties); + defaultWidth = metrics.defaultWidth; + } + } + } + + // Heuristic: detection of monospace font by checking all non-zero widths + var isMonospace = true; + var firstWidth = defaultWidth; + for (var glyph in glyphsWidths) { + var glyphWidth = glyphsWidths[glyph]; + if (!glyphWidth) { + continue; + } + if (!firstWidth) { + firstWidth = glyphWidth; + continue; + } + if (firstWidth !== glyphWidth) { + isMonospace = false; + break; + } + } + if (isMonospace) { + properties.flags |= FontFlags.FixedPitch; + } + + properties.defaultWidth = defaultWidth; + properties.widths = glyphsWidths; + properties.defaultVMetrics = defaultVMetrics; + properties.vmetrics = glyphsVMetrics; + }, + + isSerifFont: function PartialEvaluator_isSerifFont(baseFontName) { + // Simulating descriptor flags attribute + var fontNameWoStyle = baseFontName.split('-')[0]; + return (fontNameWoStyle in serifFonts) || + (fontNameWoStyle.search(/serif/gi) !== -1); + }, + + getBaseFontMetrics: function PartialEvaluator_getBaseFontMetrics(name) { + var defaultWidth = 0; + var widths = []; + var monospace = false; + var lookupName = (stdFontMap[name] || name); + + if (!(lookupName in Metrics)) { + // Use default fonts for looking up font metrics if the passed + // font is not a base font + if (this.isSerifFont(name)) { + lookupName = 'Times-Roman'; + } else { + lookupName = 'Helvetica'; + } + } + var glyphWidths = Metrics[lookupName]; + + if (isNum(glyphWidths)) { + defaultWidth = glyphWidths; + monospace = true; + } else { + widths = glyphWidths; + } + + return { + defaultWidth: defaultWidth, + monospace: monospace, + widths: widths + }; + }, + + buildCharCodeToWidth: + function PartialEvaluator_bulildCharCodeToWidth(widthsByGlyphName, + properties) { + var widths = Object.create(null); + var differences = properties.differences; + var encoding = properties.defaultEncoding; + for (var charCode = 0; charCode < 256; charCode++) { + if (charCode in differences && + widthsByGlyphName[differences[charCode]]) { + widths[charCode] = widthsByGlyphName[differences[charCode]]; + continue; + } + if (charCode in encoding && widthsByGlyphName[encoding[charCode]]) { + widths[charCode] = widthsByGlyphName[encoding[charCode]]; + continue; + } + } + return widths; + }, + + preEvaluateFont: function PartialEvaluator_preEvaluateFont(dict, xref) { + var baseDict = dict; + var type = dict.get('Subtype'); + assert(isName(type), 'invalid font Subtype'); + + var composite = false; + var uint8array; + if (type.name === 'Type0') { + // If font is a composite + // - get the descendant font + // - set the type according to the descendant font + // - get the FontDescriptor from the descendant font + var df = dict.get('DescendantFonts'); + if (!df) { + error('Descendant fonts are not specified'); + } + dict = (isArray(df) ? xref.fetchIfRef(df[0]) : df); + + type = dict.get('Subtype'); + assert(isName(type), 'invalid font Subtype'); + composite = true; + } + + var descriptor = dict.get('FontDescriptor'); + if (descriptor) { + var hash = new MurmurHash3_64(); + var encoding = baseDict.getRaw('Encoding'); + if (isName(encoding)) { + hash.update(encoding.name); + } else if (isRef(encoding)) { + hash.update(encoding.num + '_' + encoding.gen); + } else if (isDict(encoding)) { + var keys = encoding.getKeys(); + for (var i = 0, ii = keys.length; i < ii; i++) { + var entry = encoding.getRaw(keys[i]); + if (isName(entry)) { + hash.update(entry.name); + } else if (isRef(entry)) { + hash.update(entry.num + '_' + entry.gen); + } else if (isArray(entry)) { // 'Differences' entry. + // Ideally we should check the contents of the array, but to avoid + // parsing it here and then again in |extractDataStructures|, + // we only use the array length for now (fixes bug1157493.pdf). + hash.update(entry.length.toString()); + } + } + } + + var toUnicode = dict.get('ToUnicode') || baseDict.get('ToUnicode'); + if (isStream(toUnicode)) { + var stream = toUnicode.str || toUnicode; + uint8array = stream.buffer ? + new Uint8Array(stream.buffer.buffer, 0, stream.bufferLength) : + new Uint8Array(stream.bytes.buffer, + stream.start, stream.end - stream.start); + hash.update(uint8array); + + } else if (isName(toUnicode)) { + hash.update(toUnicode.name); + } + + var widths = dict.get('Widths') || baseDict.get('Widths'); + if (widths) { + uint8array = new Uint8Array(new Uint32Array(widths).buffer); + hash.update(uint8array); + } + } + + return { + descriptor: descriptor, + dict: dict, + baseDict: baseDict, + composite: composite, + type: type.name, + hash: hash ? hash.hexdigest() : '' + }; + }, + + translateFont: function PartialEvaluator_translateFont(preEvaluatedFont, + xref) { + var baseDict = preEvaluatedFont.baseDict; + var dict = preEvaluatedFont.dict; + var composite = preEvaluatedFont.composite; + var descriptor = preEvaluatedFont.descriptor; + var type = preEvaluatedFont.type; + var maxCharIndex = (composite ? 0xFFFF : 0xFF); + var properties; + + if (!descriptor) { + if (type === 'Type3') { + // FontDescriptor is only required for Type3 fonts when the document + // is a tagged pdf. Create a barbebones one to get by. + descriptor = new Dict(null); + descriptor.set('FontName', Name.get(type)); + descriptor.set('FontBBox', dict.get('FontBBox')); + } else { + // Before PDF 1.5 if the font was one of the base 14 fonts, having a + // FontDescriptor was not required. + // This case is here for compatibility. + var baseFontName = dict.get('BaseFont'); + if (!isName(baseFontName)) { + error('Base font is not specified'); + } + + // Using base font name as a font name. + baseFontName = baseFontName.name.replace(/[,_]/g, '-'); + var metrics = this.getBaseFontMetrics(baseFontName); + + // Simulating descriptor flags attribute + var fontNameWoStyle = baseFontName.split('-')[0]; + var flags = + (this.isSerifFont(fontNameWoStyle) ? FontFlags.Serif : 0) | + (metrics.monospace ? FontFlags.FixedPitch : 0) | + (symbolsFonts[fontNameWoStyle] ? FontFlags.Symbolic : + FontFlags.Nonsymbolic); + + properties = { + type: type, + name: baseFontName, + widths: metrics.widths, + defaultWidth: metrics.defaultWidth, + flags: flags, + firstChar: 0, + lastChar: maxCharIndex + }; + this.extractDataStructures(dict, dict, xref, properties); + properties.widths = this.buildCharCodeToWidth(metrics.widths, + properties); + return new Font(baseFontName, null, properties); + } + } + + // According to the spec if 'FontDescriptor' is declared, 'FirstChar', + // 'LastChar' and 'Widths' should exist too, but some PDF encoders seem + // to ignore this rule when a variant of a standart font is used. + // TODO Fill the width array depending on which of the base font this is + // a variant. + var firstChar = (dict.get('FirstChar') || 0); + var lastChar = (dict.get('LastChar') || maxCharIndex); + + var fontName = descriptor.get('FontName'); + var baseFont = dict.get('BaseFont'); + // Some bad PDFs have a string as the font name. + if (isString(fontName)) { + fontName = Name.get(fontName); + } + if (isString(baseFont)) { + baseFont = Name.get(baseFont); + } + + if (type !== 'Type3') { + var fontNameStr = fontName && fontName.name; + var baseFontStr = baseFont && baseFont.name; + if (fontNameStr !== baseFontStr) { + info('The FontDescriptor\'s FontName is "' + fontNameStr + + '" but should be the same as the Font\'s BaseFont "' + + baseFontStr + '"'); + // Workaround for cases where e.g. fontNameStr = 'Arial' and + // baseFontStr = 'Arial,Bold' (needed when no font file is embedded). + if (fontNameStr && baseFontStr && + baseFontStr.indexOf(fontNameStr) === 0) { + fontName = baseFont; + } + } + } + fontName = (fontName || baseFont); + + assert(isName(fontName), 'invalid font name'); + + var fontFile = descriptor.get('FontFile', 'FontFile2', 'FontFile3'); + if (fontFile) { + if (fontFile.dict) { + var subtype = fontFile.dict.get('Subtype'); + if (subtype) { + subtype = subtype.name; + } + var length1 = fontFile.dict.get('Length1'); + var length2 = fontFile.dict.get('Length2'); + } + } + + properties = { + type: type, + name: fontName.name, + subtype: subtype, + file: fontFile, + length1: length1, + length2: length2, + loadedName: baseDict.loadedName, + composite: composite, + wideChars: composite, + fixedPitch: false, + fontMatrix: (dict.get('FontMatrix') || FONT_IDENTITY_MATRIX), + firstChar: firstChar || 0, + lastChar: (lastChar || maxCharIndex), + bbox: descriptor.get('FontBBox'), + ascent: descriptor.get('Ascent'), + descent: descriptor.get('Descent'), + xHeight: descriptor.get('XHeight'), + capHeight: descriptor.get('CapHeight'), + flags: descriptor.get('Flags'), + italicAngle: descriptor.get('ItalicAngle'), + coded: false + }; + + if (composite) { + var cidEncoding = baseDict.get('Encoding'); + if (isName(cidEncoding)) { + properties.cidEncoding = cidEncoding.name; + } + properties.cMap = CMapFactory.create(cidEncoding, + { url: PDFJS.cMapUrl, packed: PDFJS.cMapPacked }, null); + properties.vertical = properties.cMap.vertical; + } + this.extractDataStructures(dict, baseDict, xref, properties); + this.extractWidths(dict, xref, descriptor, properties); + + if (type === 'Type3') { + properties.isType3Font = true; + } + + return new Font(fontName.name, fontFile, properties); + } + }; + + return PartialEvaluator; +})(); + +var TranslatedFont = (function TranslatedFontClosure() { + function TranslatedFont(loadedName, font, dict) { + this.loadedName = loadedName; + this.font = font; + this.dict = dict; + this.type3Loaded = null; + this.sent = false; + } + TranslatedFont.prototype = { + send: function (handler) { + if (this.sent) { + return; + } + var fontData = this.font.exportData(); + handler.send('commonobj', [ + this.loadedName, + 'Font', + fontData + ]); + this.sent = true; + }, + loadType3Data: function (evaluator, resources, parentOperatorList, task) { + assert(this.font.isType3Font); + + if (this.type3Loaded) { + return this.type3Loaded; + } + + var translatedFont = this.font; + var loadCharProcsPromise = Promise.resolve(); + var charProcs = this.dict.get('CharProcs').getAll(); + var fontResources = this.dict.get('Resources') || resources; + var charProcKeys = Object.keys(charProcs); + var charProcOperatorList = {}; + for (var i = 0, n = charProcKeys.length; i < n; ++i) { + loadCharProcsPromise = loadCharProcsPromise.then(function (key) { + var glyphStream = charProcs[key]; + var operatorList = new OperatorList(); + return evaluator.getOperatorList(glyphStream, task, fontResources, + operatorList).then(function () { + charProcOperatorList[key] = operatorList.getIR(); + + // Add the dependencies to the parent operator list so they are + // resolved before sub operator list is executed synchronously. + parentOperatorList.addDependencies(operatorList.dependencies); + }, function (reason) { + warn('Type3 font resource \"' + key + '\" is not available'); + var operatorList = new OperatorList(); + charProcOperatorList[key] = operatorList.getIR(); + }); + }.bind(this, charProcKeys[i])); + } + this.type3Loaded = loadCharProcsPromise.then(function () { + translatedFont.charProcOperatorList = charProcOperatorList; + }); + return this.type3Loaded; + } + }; + return TranslatedFont; +})(); + +var OperatorList = (function OperatorListClosure() { + var CHUNK_SIZE = 1000; + var CHUNK_SIZE_ABOUT = CHUNK_SIZE - 5; // close to chunk size + + function getTransfers(queue) { + var transfers = []; + var fnArray = queue.fnArray, argsArray = queue.argsArray; + for (var i = 0, ii = queue.length; i < ii; i++) { + switch (fnArray[i]) { + case OPS.paintInlineImageXObject: + case OPS.paintInlineImageXObjectGroup: + case OPS.paintImageMaskXObject: + var arg = argsArray[i][0]; // first param in imgData + if (!arg.cached) { + transfers.push(arg.data.buffer); + } + break; + } + } + return transfers; + } + + function OperatorList(intent, messageHandler, pageIndex) { + this.messageHandler = messageHandler; + this.fnArray = []; + this.argsArray = []; + this.dependencies = {}; + this._totalLength = 0; + this.pageIndex = pageIndex; + this.intent = intent; + } + + OperatorList.prototype = { + get length() { + return this.argsArray.length; + }, + + /** + * @returns {number} The total length of the entire operator list, + * since `this.length === 0` after flushing. + */ + get totalLength() { + return (this._totalLength + this.length); + }, + + addOp: function(fn, args) { + this.fnArray.push(fn); + this.argsArray.push(args); + if (this.messageHandler) { + if (this.fnArray.length >= CHUNK_SIZE) { + this.flush(); + } else if (this.fnArray.length >= CHUNK_SIZE_ABOUT && + (fn === OPS.restore || fn === OPS.endText)) { + // heuristic to flush on boundary of restore or endText + this.flush(); + } + } + }, + + addDependency: function(dependency) { + if (dependency in this.dependencies) { + return; + } + this.dependencies[dependency] = true; + this.addOp(OPS.dependency, [dependency]); + }, + + addDependencies: function(dependencies) { + for (var key in dependencies) { + this.addDependency(key); + } + }, + + addOpList: function(opList) { + Util.extendObj(this.dependencies, opList.dependencies); + for (var i = 0, ii = opList.length; i < ii; i++) { + this.addOp(opList.fnArray[i], opList.argsArray[i]); + } + }, + + getIR: function() { + return { + fnArray: this.fnArray, + argsArray: this.argsArray, + length: this.length + }; + }, + + flush: function(lastChunk) { + if (this.intent !== 'oplist') { + new QueueOptimizer().optimize(this); + } + var transfers = getTransfers(this); + var length = this.length; + this._totalLength += length; + + this.messageHandler.send('RenderPageChunk', { + operatorList: { + fnArray: this.fnArray, + argsArray: this.argsArray, + lastChunk: lastChunk, + length: length + }, + pageIndex: this.pageIndex, + intent: this.intent + }, transfers); + this.dependencies = {}; + this.fnArray.length = 0; + this.argsArray.length = 0; + } + }; + + return OperatorList; +})(); + +var StateManager = (function StateManagerClosure() { + function StateManager(initialState) { + this.state = initialState; + this.stateStack = []; + } + StateManager.prototype = { + save: function () { + var old = this.state; + this.stateStack.push(this.state); + this.state = old.clone(); + }, + restore: function () { + var prev = this.stateStack.pop(); + if (prev) { + this.state = prev; + } + }, + transform: function (args) { + this.state.ctm = Util.transform(this.state.ctm, args); + } + }; + return StateManager; +})(); + +var TextState = (function TextStateClosure() { + function TextState() { + this.ctm = new Float32Array(IDENTITY_MATRIX); + this.fontSize = 0; + this.font = null; + this.fontMatrix = FONT_IDENTITY_MATRIX; + this.textMatrix = IDENTITY_MATRIX.slice(); + this.textLineMatrix = IDENTITY_MATRIX.slice(); + this.charSpacing = 0; + this.wordSpacing = 0; + this.leading = 0; + this.textHScale = 1; + this.textRise = 0; + } + + TextState.prototype = { + setTextMatrix: function TextState_setTextMatrix(a, b, c, d, e, f) { + var m = this.textMatrix; + m[0] = a; m[1] = b; m[2] = c; m[3] = d; m[4] = e; m[5] = f; + }, + setTextLineMatrix: function TextState_setTextMatrix(a, b, c, d, e, f) { + var m = this.textLineMatrix; + m[0] = a; m[1] = b; m[2] = c; m[3] = d; m[4] = e; m[5] = f; + }, + translateTextMatrix: function TextState_translateTextMatrix(x, y) { + var m = this.textMatrix; + m[4] = m[0] * x + m[2] * y + m[4]; + m[5] = m[1] * x + m[3] * y + m[5]; + }, + translateTextLineMatrix: function TextState_translateTextMatrix(x, y) { + var m = this.textLineMatrix; + m[4] = m[0] * x + m[2] * y + m[4]; + m[5] = m[1] * x + m[3] * y + m[5]; + }, + calcRenderMatrix: function TextState_calcRendeMatrix(ctm) { + // 9.4.4 Text Space Details + var tsm = [this.fontSize * this.textHScale, 0, + 0, this.fontSize, + 0, this.textRise]; + return Util.transform(ctm, Util.transform(this.textMatrix, tsm)); + }, + carriageReturn: function TextState_carriageReturn() { + this.translateTextLineMatrix(0, -this.leading); + this.textMatrix = this.textLineMatrix.slice(); + }, + clone: function TextState_clone() { + var clone = Object.create(this); + clone.textMatrix = this.textMatrix.slice(); + clone.textLineMatrix = this.textLineMatrix.slice(); + clone.fontMatrix = this.fontMatrix.slice(); + return clone; + } + }; + return TextState; +})(); + +var EvalState = (function EvalStateClosure() { + function EvalState() { + this.ctm = new Float32Array(IDENTITY_MATRIX); + this.font = null; + this.textRenderingMode = TextRenderingMode.FILL; + this.fillColorSpace = ColorSpace.singletons.gray; + this.strokeColorSpace = ColorSpace.singletons.gray; + } + EvalState.prototype = { + clone: function CanvasExtraState_clone() { + return Object.create(this); + }, + }; + return EvalState; +})(); + +var EvaluatorPreprocessor = (function EvaluatorPreprocessorClosure() { + // Specifies properties for each command + // + // If variableArgs === true: [0, `numArgs`] expected + // If variableArgs === false: exactly `numArgs` expected + var OP_MAP = { + // Graphic state + w: { id: OPS.setLineWidth, numArgs: 1, variableArgs: false }, + J: { id: OPS.setLineCap, numArgs: 1, variableArgs: false }, + j: { id: OPS.setLineJoin, numArgs: 1, variableArgs: false }, + M: { id: OPS.setMiterLimit, numArgs: 1, variableArgs: false }, + d: { id: OPS.setDash, numArgs: 2, variableArgs: false }, + ri: { id: OPS.setRenderingIntent, numArgs: 1, variableArgs: false }, + i: { id: OPS.setFlatness, numArgs: 1, variableArgs: false }, + gs: { id: OPS.setGState, numArgs: 1, variableArgs: false }, + q: { id: OPS.save, numArgs: 0, variableArgs: false }, + Q: { id: OPS.restore, numArgs: 0, variableArgs: false }, + cm: { id: OPS.transform, numArgs: 6, variableArgs: false }, + + // Path + m: { id: OPS.moveTo, numArgs: 2, variableArgs: false }, + l: { id: OPS.lineTo, numArgs: 2, variableArgs: false }, + c: { id: OPS.curveTo, numArgs: 6, variableArgs: false }, + v: { id: OPS.curveTo2, numArgs: 4, variableArgs: false }, + y: { id: OPS.curveTo3, numArgs: 4, variableArgs: false }, + h: { id: OPS.closePath, numArgs: 0, variableArgs: false }, + re: { id: OPS.rectangle, numArgs: 4, variableArgs: false }, + S: { id: OPS.stroke, numArgs: 0, variableArgs: false }, + s: { id: OPS.closeStroke, numArgs: 0, variableArgs: false }, + f: { id: OPS.fill, numArgs: 0, variableArgs: false }, + F: { id: OPS.fill, numArgs: 0, variableArgs: false }, + 'f*': { id: OPS.eoFill, numArgs: 0, variableArgs: false }, + B: { id: OPS.fillStroke, numArgs: 0, variableArgs: false }, + 'B*': { id: OPS.eoFillStroke, numArgs: 0, variableArgs: false }, + b: { id: OPS.closeFillStroke, numArgs: 0, variableArgs: false }, + 'b*': { id: OPS.closeEOFillStroke, numArgs: 0, variableArgs: false }, + n: { id: OPS.endPath, numArgs: 0, variableArgs: false }, + + // Clipping + W: { id: OPS.clip, numArgs: 0, variableArgs: false }, + 'W*': { id: OPS.eoClip, numArgs: 0, variableArgs: false }, + + // Text + BT: { id: OPS.beginText, numArgs: 0, variableArgs: false }, + ET: { id: OPS.endText, numArgs: 0, variableArgs: false }, + Tc: { id: OPS.setCharSpacing, numArgs: 1, variableArgs: false }, + Tw: { id: OPS.setWordSpacing, numArgs: 1, variableArgs: false }, + Tz: { id: OPS.setHScale, numArgs: 1, variableArgs: false }, + TL: { id: OPS.setLeading, numArgs: 1, variableArgs: false }, + Tf: { id: OPS.setFont, numArgs: 2, variableArgs: false }, + Tr: { id: OPS.setTextRenderingMode, numArgs: 1, variableArgs: false }, + Ts: { id: OPS.setTextRise, numArgs: 1, variableArgs: false }, + Td: { id: OPS.moveText, numArgs: 2, variableArgs: false }, + TD: { id: OPS.setLeadingMoveText, numArgs: 2, variableArgs: false }, + Tm: { id: OPS.setTextMatrix, numArgs: 6, variableArgs: false }, + 'T*': { id: OPS.nextLine, numArgs: 0, variableArgs: false }, + Tj: { id: OPS.showText, numArgs: 1, variableArgs: false }, + TJ: { id: OPS.showSpacedText, numArgs: 1, variableArgs: false }, + '\'': { id: OPS.nextLineShowText, numArgs: 1, variableArgs: false }, + '"': { id: OPS.nextLineSetSpacingShowText, numArgs: 3, + variableArgs: false }, + + // Type3 fonts + d0: { id: OPS.setCharWidth, numArgs: 2, variableArgs: false }, + d1: { id: OPS.setCharWidthAndBounds, numArgs: 6, variableArgs: false }, + + // Color + CS: { id: OPS.setStrokeColorSpace, numArgs: 1, variableArgs: false }, + cs: { id: OPS.setFillColorSpace, numArgs: 1, variableArgs: false }, + SC: { id: OPS.setStrokeColor, numArgs: 4, variableArgs: true }, + SCN: { id: OPS.setStrokeColorN, numArgs: 33, variableArgs: true }, + sc: { id: OPS.setFillColor, numArgs: 4, variableArgs: true }, + scn: { id: OPS.setFillColorN, numArgs: 33, variableArgs: true }, + G: { id: OPS.setStrokeGray, numArgs: 1, variableArgs: false }, + g: { id: OPS.setFillGray, numArgs: 1, variableArgs: false }, + RG: { id: OPS.setStrokeRGBColor, numArgs: 3, variableArgs: false }, + rg: { id: OPS.setFillRGBColor, numArgs: 3, variableArgs: false }, + K: { id: OPS.setStrokeCMYKColor, numArgs: 4, variableArgs: false }, + k: { id: OPS.setFillCMYKColor, numArgs: 4, variableArgs: false }, + + // Shading + sh: { id: OPS.shadingFill, numArgs: 1, variableArgs: false }, + + // Images + BI: { id: OPS.beginInlineImage, numArgs: 0, variableArgs: false }, + ID: { id: OPS.beginImageData, numArgs: 0, variableArgs: false }, + EI: { id: OPS.endInlineImage, numArgs: 1, variableArgs: false }, + + // XObjects + Do: { id: OPS.paintXObject, numArgs: 1, variableArgs: false }, + MP: { id: OPS.markPoint, numArgs: 1, variableArgs: false }, + DP: { id: OPS.markPointProps, numArgs: 2, variableArgs: false }, + BMC: { id: OPS.beginMarkedContent, numArgs: 1, variableArgs: false }, + BDC: { id: OPS.beginMarkedContentProps, numArgs: 2, + variableArgs: false }, + EMC: { id: OPS.endMarkedContent, numArgs: 0, variableArgs: false }, + + // Compatibility + BX: { id: OPS.beginCompat, numArgs: 0, variableArgs: false }, + EX: { id: OPS.endCompat, numArgs: 0, variableArgs: false }, + + // (reserved partial commands for the lexer) + BM: null, + BD: null, + 'true': null, + fa: null, + fal: null, + fals: null, + 'false': null, + nu: null, + nul: null, + 'null': null + }; + + function EvaluatorPreprocessor(stream, xref, stateManager) { + // TODO(mduan): pass array of knownCommands rather than OP_MAP + // dictionary + this.parser = new Parser(new Lexer(stream, OP_MAP), false, xref); + this.stateManager = stateManager; + this.nonProcessedArgs = []; + } + + EvaluatorPreprocessor.prototype = { + get savedStatesDepth() { + return this.stateManager.stateStack.length; + }, + + // |operation| is an object with two fields: + // + // - |fn| is an out param. + // + // - |args| is an inout param. On entry, it should have one of two values. + // + // - An empty array. This indicates that the caller is providing the + // array in which the args will be stored in. The caller should use + // this value if it can reuse a single array for each call to read(). + // + // - |null|. This indicates that the caller needs this function to create + // the array in which any args are stored in. If there are zero args, + // this function will leave |operation.args| as |null| (thus avoiding + // allocations that would occur if we used an empty array to represent + // zero arguments). Otherwise, it will replace |null| with a new array + // containing the arguments. The caller should use this value if it + // cannot reuse an array for each call to read(). + // + // These two modes are present because this function is very hot and so + // avoiding allocations where possible is worthwhile. + // + read: function EvaluatorPreprocessor_read(operation) { + var args = operation.args; + while (true) { + var obj = this.parser.getObj(); + if (isCmd(obj)) { + var cmd = obj.cmd; + // Check that the command is valid + var opSpec = OP_MAP[cmd]; + if (!opSpec) { + warn('Unknown command "' + cmd + '"'); + continue; + } + + var fn = opSpec.id; + var numArgs = opSpec.numArgs; + var argsLength = args !== null ? args.length : 0; + + if (!opSpec.variableArgs) { + // Postscript commands can be nested, e.g. /F2 /GS2 gs 5.711 Tf + if (argsLength !== numArgs) { + var nonProcessedArgs = this.nonProcessedArgs; + while (argsLength > numArgs) { + nonProcessedArgs.push(args.shift()); + argsLength--; + } + while (argsLength < numArgs && nonProcessedArgs.length !== 0) { + if (!args) { + args = []; + } + args.unshift(nonProcessedArgs.pop()); + argsLength++; + } + } + + if (argsLength < numArgs) { + // If we receive too few args, it's not possible to possible + // to execute the command, so skip the command + info('Command ' + fn + ': because expected ' + + numArgs + ' args, but received ' + argsLength + + ' args; skipping'); + args = null; + continue; + } + } else if (argsLength > numArgs) { + info('Command ' + fn + ': expected [0,' + numArgs + + '] args, but received ' + argsLength + ' args'); + } + + // TODO figure out how to type-check vararg functions + this.preprocessCommand(fn, args); + + operation.fn = fn; + operation.args = args; + return true; + } else { + if (isEOF(obj)) { + return false; // no more commands + } + // argument + if (obj !== null) { + if (!args) { + args = []; + } + args.push((obj instanceof Dict ? obj.getAll() : obj)); + assert(args.length <= 33, 'Too many arguments'); + } + } + } + }, + + preprocessCommand: + function EvaluatorPreprocessor_preprocessCommand(fn, args) { + switch (fn | 0) { + case OPS.save: + this.stateManager.save(); + break; + case OPS.restore: + this.stateManager.restore(); + break; + case OPS.transform: + this.stateManager.transform(args); + break; + } + } + }; + return EvaluatorPreprocessor; +})(); + +var QueueOptimizer = (function QueueOptimizerClosure() { + function addState(parentState, pattern, fn) { + var state = parentState; + for (var i = 0, ii = pattern.length - 1; i < ii; i++) { + var item = pattern[i]; + state = (state[item] || (state[item] = [])); + } + state[pattern[pattern.length - 1]] = fn; + } + + function handlePaintSolidColorImageMask(iFirstSave, count, fnArray, + argsArray) { + // Handles special case of mainly LaTeX documents which use image masks to + // draw lines with the current fill style. + // 'count' groups of (save, transform, paintImageMaskXObject, restore)+ + // have been found at iFirstSave. + var iFirstPIMXO = iFirstSave + 2; + for (var i = 0; i < count; i++) { + var arg = argsArray[iFirstPIMXO + 4 * i]; + var imageMask = arg.length === 1 && arg[0]; + if (imageMask && imageMask.width === 1 && imageMask.height === 1 && + (!imageMask.data.length || + (imageMask.data.length === 1 && imageMask.data[0] === 0))) { + fnArray[iFirstPIMXO + 4 * i] = OPS.paintSolidColorImageMask; + continue; + } + break; + } + return count - i; + } + + var InitialState = []; + + // This replaces (save, transform, paintInlineImageXObject, restore)+ + // sequences with one |paintInlineImageXObjectGroup| operation. + addState(InitialState, + [OPS.save, OPS.transform, OPS.paintInlineImageXObject, OPS.restore], + function foundInlineImageGroup(context) { + var MIN_IMAGES_IN_INLINE_IMAGES_BLOCK = 10; + var MAX_IMAGES_IN_INLINE_IMAGES_BLOCK = 200; + var MAX_WIDTH = 1000; + var IMAGE_PADDING = 1; + + var fnArray = context.fnArray, argsArray = context.argsArray; + var curr = context.iCurr; + var iFirstSave = curr - 3; + var iFirstTransform = curr - 2; + var iFirstPIIXO = curr - 1; + + // Look for the quartets. + var i = iFirstSave + 4; + var ii = fnArray.length; + while (i + 3 < ii) { + if (fnArray[i] !== OPS.save || + fnArray[i + 1] !== OPS.transform || + fnArray[i + 2] !== OPS.paintInlineImageXObject || + fnArray[i + 3] !== OPS.restore) { + break; // ops don't match + } + i += 4; + } + + // At this point, i is the index of the first op past the last valid + // quartet. + var count = Math.min((i - iFirstSave) / 4, + MAX_IMAGES_IN_INLINE_IMAGES_BLOCK); + if (count < MIN_IMAGES_IN_INLINE_IMAGES_BLOCK) { + return i; + } + + // assuming that heights of those image is too small (~1 pixel) + // packing as much as possible by lines + var maxX = 0; + var map = [], maxLineHeight = 0; + var currentX = IMAGE_PADDING, currentY = IMAGE_PADDING; + var q; + for (q = 0; q < count; q++) { + var transform = argsArray[iFirstTransform + (q << 2)]; + var img = argsArray[iFirstPIIXO + (q << 2)][0]; + if (currentX + img.width > MAX_WIDTH) { + // starting new line + maxX = Math.max(maxX, currentX); + currentY += maxLineHeight + 2 * IMAGE_PADDING; + currentX = 0; + maxLineHeight = 0; + } + map.push({ + transform: transform, + x: currentX, y: currentY, + w: img.width, h: img.height + }); + currentX += img.width + 2 * IMAGE_PADDING; + maxLineHeight = Math.max(maxLineHeight, img.height); + } + var imgWidth = Math.max(maxX, currentX) + IMAGE_PADDING; + var imgHeight = currentY + maxLineHeight + IMAGE_PADDING; + var imgData = new Uint8Array(imgWidth * imgHeight * 4); + var imgRowSize = imgWidth << 2; + for (q = 0; q < count; q++) { + var data = argsArray[iFirstPIIXO + (q << 2)][0].data; + // Copy image by lines and extends pixels into padding. + var rowSize = map[q].w << 2; + var dataOffset = 0; + var offset = (map[q].x + map[q].y * imgWidth) << 2; + imgData.set(data.subarray(0, rowSize), offset - imgRowSize); + for (var k = 0, kk = map[q].h; k < kk; k++) { + imgData.set(data.subarray(dataOffset, dataOffset + rowSize), offset); + dataOffset += rowSize; + offset += imgRowSize; + } + imgData.set(data.subarray(dataOffset - rowSize, dataOffset), offset); + while (offset >= 0) { + data[offset - 4] = data[offset]; + data[offset - 3] = data[offset + 1]; + data[offset - 2] = data[offset + 2]; + data[offset - 1] = data[offset + 3]; + data[offset + rowSize] = data[offset + rowSize - 4]; + data[offset + rowSize + 1] = data[offset + rowSize - 3]; + data[offset + rowSize + 2] = data[offset + rowSize - 2]; + data[offset + rowSize + 3] = data[offset + rowSize - 1]; + offset -= imgRowSize; + } + } + + // Replace queue items. + fnArray.splice(iFirstSave, count * 4, OPS.paintInlineImageXObjectGroup); + argsArray.splice(iFirstSave, count * 4, + [{ width: imgWidth, height: imgHeight, kind: ImageKind.RGBA_32BPP, + data: imgData }, map]); + + return iFirstSave + 1; + }); + + // This replaces (save, transform, paintImageMaskXObject, restore)+ + // sequences with one |paintImageMaskXObjectGroup| or one + // |paintImageMaskXObjectRepeat| operation. + addState(InitialState, + [OPS.save, OPS.transform, OPS.paintImageMaskXObject, OPS.restore], + function foundImageMaskGroup(context) { + var MIN_IMAGES_IN_MASKS_BLOCK = 10; + var MAX_IMAGES_IN_MASKS_BLOCK = 100; + var MAX_SAME_IMAGES_IN_MASKS_BLOCK = 1000; + + var fnArray = context.fnArray, argsArray = context.argsArray; + var curr = context.iCurr; + var iFirstSave = curr - 3; + var iFirstTransform = curr - 2; + var iFirstPIMXO = curr - 1; + + // Look for the quartets. + var i = iFirstSave + 4; + var ii = fnArray.length; + while (i + 3 < ii) { + if (fnArray[i] !== OPS.save || + fnArray[i + 1] !== OPS.transform || + fnArray[i + 2] !== OPS.paintImageMaskXObject || + fnArray[i + 3] !== OPS.restore) { + break; // ops don't match + } + i += 4; + } + + // At this point, i is the index of the first op past the last valid + // quartet. + var count = (i - iFirstSave) / 4; + count = handlePaintSolidColorImageMask(iFirstSave, count, fnArray, + argsArray); + if (count < MIN_IMAGES_IN_MASKS_BLOCK) { + return i; + } + + var q; + var isSameImage = false; + var iTransform, transformArgs; + var firstPIMXOArg0 = argsArray[iFirstPIMXO][0]; + if (argsArray[iFirstTransform][1] === 0 && + argsArray[iFirstTransform][2] === 0) { + isSameImage = true; + var firstTransformArg0 = argsArray[iFirstTransform][0]; + var firstTransformArg3 = argsArray[iFirstTransform][3]; + iTransform = iFirstTransform + 4; + var iPIMXO = iFirstPIMXO + 4; + for (q = 1; q < count; q++, iTransform += 4, iPIMXO += 4) { + transformArgs = argsArray[iTransform]; + if (argsArray[iPIMXO][0] !== firstPIMXOArg0 || + transformArgs[0] !== firstTransformArg0 || + transformArgs[1] !== 0 || + transformArgs[2] !== 0 || + transformArgs[3] !== firstTransformArg3) { + if (q < MIN_IMAGES_IN_MASKS_BLOCK) { + isSameImage = false; + } else { + count = q; + } + break; // different image or transform + } + } + } + + if (isSameImage) { + count = Math.min(count, MAX_SAME_IMAGES_IN_MASKS_BLOCK); + var positions = new Float32Array(count * 2); + iTransform = iFirstTransform; + for (q = 0; q < count; q++, iTransform += 4) { + transformArgs = argsArray[iTransform]; + positions[(q << 1)] = transformArgs[4]; + positions[(q << 1) + 1] = transformArgs[5]; + } + + // Replace queue items. + fnArray.splice(iFirstSave, count * 4, OPS.paintImageMaskXObjectRepeat); + argsArray.splice(iFirstSave, count * 4, + [firstPIMXOArg0, firstTransformArg0, firstTransformArg3, positions]); + } else { + count = Math.min(count, MAX_IMAGES_IN_MASKS_BLOCK); + var images = []; + for (q = 0; q < count; q++) { + transformArgs = argsArray[iFirstTransform + (q << 2)]; + var maskParams = argsArray[iFirstPIMXO + (q << 2)][0]; + images.push({ data: maskParams.data, width: maskParams.width, + height: maskParams.height, + transform: transformArgs }); + } + + // Replace queue items. + fnArray.splice(iFirstSave, count * 4, OPS.paintImageMaskXObjectGroup); + argsArray.splice(iFirstSave, count * 4, [images]); + } + + return iFirstSave + 1; + }); + + // This replaces (save, transform, paintImageXObject, restore)+ sequences + // with one paintImageXObjectRepeat operation, if the |transform| and + // |paintImageXObjectRepeat| ops are appropriate. + addState(InitialState, + [OPS.save, OPS.transform, OPS.paintImageXObject, OPS.restore], + function (context) { + var MIN_IMAGES_IN_BLOCK = 3; + var MAX_IMAGES_IN_BLOCK = 1000; + + var fnArray = context.fnArray, argsArray = context.argsArray; + var curr = context.iCurr; + var iFirstSave = curr - 3; + var iFirstTransform = curr - 2; + var iFirstPIXO = curr - 1; + var iFirstRestore = curr; + + if (argsArray[iFirstTransform][1] !== 0 || + argsArray[iFirstTransform][2] !== 0) { + return iFirstRestore + 1; // transform has the wrong form + } + + // Look for the quartets. + var firstPIXOArg0 = argsArray[iFirstPIXO][0]; + var firstTransformArg0 = argsArray[iFirstTransform][0]; + var firstTransformArg3 = argsArray[iFirstTransform][3]; + var i = iFirstSave + 4; + var ii = fnArray.length; + while (i + 3 < ii) { + if (fnArray[i] !== OPS.save || + fnArray[i + 1] !== OPS.transform || + fnArray[i + 2] !== OPS.paintImageXObject || + fnArray[i + 3] !== OPS.restore) { + break; // ops don't match + } + if (argsArray[i + 1][0] !== firstTransformArg0 || + argsArray[i + 1][1] !== 0 || + argsArray[i + 1][2] !== 0 || + argsArray[i + 1][3] !== firstTransformArg3) { + break; // transforms don't match + } + if (argsArray[i + 2][0] !== firstPIXOArg0) { + break; // images don't match + } + i += 4; + } + + // At this point, i is the index of the first op past the last valid + // quartet. + var count = Math.min((i - iFirstSave) / 4, MAX_IMAGES_IN_BLOCK); + if (count < MIN_IMAGES_IN_BLOCK) { + return i; + } + + // Extract the (x,y) positions from all of the matching transforms. + var positions = new Float32Array(count * 2); + var iTransform = iFirstTransform; + for (var q = 0; q < count; q++, iTransform += 4) { + var transformArgs = argsArray[iTransform]; + positions[(q << 1)] = transformArgs[4]; + positions[(q << 1) + 1] = transformArgs[5]; + } + + // Replace queue items. + var args = [firstPIXOArg0, firstTransformArg0, firstTransformArg3, + positions]; + fnArray.splice(iFirstSave, count * 4, OPS.paintImageXObjectRepeat); + argsArray.splice(iFirstSave, count * 4, args); + + return iFirstSave + 1; + }); + + // This replaces (beginText, setFont, setTextMatrix, showText, endText)+ + // sequences with (beginText, setFont, (setTextMatrix, showText)+, endText)+ + // sequences, if the font for each one is the same. + addState(InitialState, + [OPS.beginText, OPS.setFont, OPS.setTextMatrix, OPS.showText, OPS.endText], + function (context) { + var MIN_CHARS_IN_BLOCK = 3; + var MAX_CHARS_IN_BLOCK = 1000; + + var fnArray = context.fnArray, argsArray = context.argsArray; + var curr = context.iCurr; + var iFirstBeginText = curr - 4; + var iFirstSetFont = curr - 3; + var iFirstSetTextMatrix = curr - 2; + var iFirstShowText = curr - 1; + var iFirstEndText = curr; + + // Look for the quintets. + var firstSetFontArg0 = argsArray[iFirstSetFont][0]; + var firstSetFontArg1 = argsArray[iFirstSetFont][1]; + var i = iFirstBeginText + 5; + var ii = fnArray.length; + while (i + 4 < ii) { + if (fnArray[i] !== OPS.beginText || + fnArray[i + 1] !== OPS.setFont || + fnArray[i + 2] !== OPS.setTextMatrix || + fnArray[i + 3] !== OPS.showText || + fnArray[i + 4] !== OPS.endText) { + break; // ops don't match + } + if (argsArray[i + 1][0] !== firstSetFontArg0 || + argsArray[i + 1][1] !== firstSetFontArg1) { + break; // fonts don't match + } + i += 5; + } + + // At this point, i is the index of the first op past the last valid + // quintet. + var count = Math.min(((i - iFirstBeginText) / 5), MAX_CHARS_IN_BLOCK); + if (count < MIN_CHARS_IN_BLOCK) { + return i; + } + + // If the preceding quintet is (, setFont, setTextMatrix, + // showText, endText), include that as well. (E.g. might be + // |dependency|.) + var iFirst = iFirstBeginText; + if (iFirstBeginText >= 4 && + fnArray[iFirstBeginText - 4] === fnArray[iFirstSetFont] && + fnArray[iFirstBeginText - 3] === fnArray[iFirstSetTextMatrix] && + fnArray[iFirstBeginText - 2] === fnArray[iFirstShowText] && + fnArray[iFirstBeginText - 1] === fnArray[iFirstEndText] && + argsArray[iFirstBeginText - 4][0] === firstSetFontArg0 && + argsArray[iFirstBeginText - 4][1] === firstSetFontArg1) { + count++; + iFirst -= 5; + } + + // Remove (endText, beginText, setFont) trios. + var iEndText = iFirst + 4; + for (var q = 1; q < count; q++) { + fnArray.splice(iEndText, 3); + argsArray.splice(iEndText, 3); + iEndText += 2; + } + + return iEndText + 1; + }); + + function QueueOptimizer() {} + + QueueOptimizer.prototype = { + optimize: function QueueOptimizer_optimize(queue) { + var fnArray = queue.fnArray, argsArray = queue.argsArray; + var context = { + iCurr: 0, + fnArray: fnArray, + argsArray: argsArray + }; + var state; + var i = 0, ii = fnArray.length; + while (i < ii) { + state = (state || InitialState)[fnArray[i]]; + if (typeof state === 'function') { // we found some handler + context.iCurr = i; + // state() returns the index of the first non-matching op (if we + // didn't match) or the first op past the modified ops (if we did + // match and replace). + i = state(context); + state = undefined; // reset the state machine + ii = context.fnArray.length; + } else { + i++; + } + } + } + }; + return QueueOptimizer; +})(); + + +var BUILT_IN_CMAPS = [ +// << Start unicode maps. +'Adobe-GB1-UCS2', +'Adobe-CNS1-UCS2', +'Adobe-Japan1-UCS2', +'Adobe-Korea1-UCS2', +// >> End unicode maps. +'78-EUC-H', +'78-EUC-V', +'78-H', +'78-RKSJ-H', +'78-RKSJ-V', +'78-V', +'78ms-RKSJ-H', +'78ms-RKSJ-V', +'83pv-RKSJ-H', +'90ms-RKSJ-H', +'90ms-RKSJ-V', +'90msp-RKSJ-H', +'90msp-RKSJ-V', +'90pv-RKSJ-H', +'90pv-RKSJ-V', +'Add-H', +'Add-RKSJ-H', +'Add-RKSJ-V', +'Add-V', +'Adobe-CNS1-0', +'Adobe-CNS1-1', +'Adobe-CNS1-2', +'Adobe-CNS1-3', +'Adobe-CNS1-4', +'Adobe-CNS1-5', +'Adobe-CNS1-6', +'Adobe-GB1-0', +'Adobe-GB1-1', +'Adobe-GB1-2', +'Adobe-GB1-3', +'Adobe-GB1-4', +'Adobe-GB1-5', +'Adobe-Japan1-0', +'Adobe-Japan1-1', +'Adobe-Japan1-2', +'Adobe-Japan1-3', +'Adobe-Japan1-4', +'Adobe-Japan1-5', +'Adobe-Japan1-6', +'Adobe-Korea1-0', +'Adobe-Korea1-1', +'Adobe-Korea1-2', +'B5-H', +'B5-V', +'B5pc-H', +'B5pc-V', +'CNS-EUC-H', +'CNS-EUC-V', +'CNS1-H', +'CNS1-V', +'CNS2-H', +'CNS2-V', +'ETHK-B5-H', +'ETHK-B5-V', +'ETen-B5-H', +'ETen-B5-V', +'ETenms-B5-H', +'ETenms-B5-V', +'EUC-H', +'EUC-V', +'Ext-H', +'Ext-RKSJ-H', +'Ext-RKSJ-V', +'Ext-V', +'GB-EUC-H', +'GB-EUC-V', +'GB-H', +'GB-V', +'GBK-EUC-H', +'GBK-EUC-V', +'GBK2K-H', +'GBK2K-V', +'GBKp-EUC-H', +'GBKp-EUC-V', +'GBT-EUC-H', +'GBT-EUC-V', +'GBT-H', +'GBT-V', +'GBTpc-EUC-H', +'GBTpc-EUC-V', +'GBpc-EUC-H', +'GBpc-EUC-V', +'H', +'HKdla-B5-H', +'HKdla-B5-V', +'HKdlb-B5-H', +'HKdlb-B5-V', +'HKgccs-B5-H', +'HKgccs-B5-V', +'HKm314-B5-H', +'HKm314-B5-V', +'HKm471-B5-H', +'HKm471-B5-V', +'HKscs-B5-H', +'HKscs-B5-V', +'Hankaku', +'Hiragana', +'KSC-EUC-H', +'KSC-EUC-V', +'KSC-H', +'KSC-Johab-H', +'KSC-Johab-V', +'KSC-V', +'KSCms-UHC-H', +'KSCms-UHC-HW-H', +'KSCms-UHC-HW-V', +'KSCms-UHC-V', +'KSCpc-EUC-H', +'KSCpc-EUC-V', +'Katakana', +'NWP-H', +'NWP-V', +'RKSJ-H', +'RKSJ-V', +'Roman', +'UniCNS-UCS2-H', +'UniCNS-UCS2-V', +'UniCNS-UTF16-H', +'UniCNS-UTF16-V', +'UniCNS-UTF32-H', +'UniCNS-UTF32-V', +'UniCNS-UTF8-H', +'UniCNS-UTF8-V', +'UniGB-UCS2-H', +'UniGB-UCS2-V', +'UniGB-UTF16-H', +'UniGB-UTF16-V', +'UniGB-UTF32-H', +'UniGB-UTF32-V', +'UniGB-UTF8-H', +'UniGB-UTF8-V', +'UniJIS-UCS2-H', +'UniJIS-UCS2-HW-H', +'UniJIS-UCS2-HW-V', +'UniJIS-UCS2-V', +'UniJIS-UTF16-H', +'UniJIS-UTF16-V', +'UniJIS-UTF32-H', +'UniJIS-UTF32-V', +'UniJIS-UTF8-H', +'UniJIS-UTF8-V', +'UniJIS2004-UTF16-H', +'UniJIS2004-UTF16-V', +'UniJIS2004-UTF32-H', +'UniJIS2004-UTF32-V', +'UniJIS2004-UTF8-H', +'UniJIS2004-UTF8-V', +'UniJISPro-UCS2-HW-V', +'UniJISPro-UCS2-V', +'UniJISPro-UTF8-V', +'UniJISX0213-UTF32-H', +'UniJISX0213-UTF32-V', +'UniJISX02132004-UTF32-H', +'UniJISX02132004-UTF32-V', +'UniKS-UCS2-H', +'UniKS-UCS2-V', +'UniKS-UTF16-H', +'UniKS-UTF16-V', +'UniKS-UTF32-H', +'UniKS-UTF32-V', +'UniKS-UTF8-H', +'UniKS-UTF8-V', +'V', +'WP-Symbol']; + +// CMap, not to be confused with TrueType's cmap. +var CMap = (function CMapClosure() { + function CMap(builtInCMap) { + // Codespace ranges are stored as follows: + // [[1BytePairs], [2BytePairs], [3BytePairs], [4BytePairs]] + // where nBytePairs are ranges e.g. [low1, high1, low2, high2, ...] + this.codespaceRanges = [[], [], [], []]; + this.numCodespaceRanges = 0; + // Map entries have one of two forms. + // - cid chars are 16-bit unsigned integers, stored as integers. + // - bf chars are variable-length byte sequences, stored as strings, with + // one byte per character. + this._map = []; + this.name = ''; + this.vertical = false; + this.useCMap = null; + this.builtInCMap = builtInCMap; + } + CMap.prototype = { + addCodespaceRange: function(n, low, high) { + this.codespaceRanges[n - 1].push(low, high); + this.numCodespaceRanges++; + }, + + mapCidRange: function(low, high, dstLow) { + while (low <= high) { + this._map[low++] = dstLow++; + } + }, + + mapBfRange: function(low, high, dstLow) { + var lastByte = dstLow.length - 1; + while (low <= high) { + this._map[low++] = dstLow; + // Only the last byte has to be incremented. + dstLow = dstLow.substr(0, lastByte) + + String.fromCharCode(dstLow.charCodeAt(lastByte) + 1); + } + }, + + mapBfRangeToArray: function(low, high, array) { + var i = 0, ii = array.length; + while (low <= high && i < ii) { + this._map[low] = array[i++]; + ++low; + } + }, + + // This is used for both bf and cid chars. + mapOne: function(src, dst) { + this._map[src] = dst; + }, + + lookup: function(code) { + return this._map[code]; + }, + + contains: function(code) { + return this._map[code] !== undefined; + }, + + forEach: function(callback) { + // Most maps have fewer than 65536 entries, and for those we use normal + // array iteration. But really sparse tables are possible -- e.g. with + // indices in the *billions*. For such tables we use for..in, which isn't + // ideal because it stringifies the indices for all present elements, but + // it does avoid iterating over every undefined entry. + var map = this._map; + var length = map.length; + var i; + if (length <= 0x10000) { + for (i = 0; i < length; i++) { + if (map[i] !== undefined) { + callback(i, map[i]); + } + } + } else { + for (i in this._map) { + callback(i, map[i]); + } + } + }, + + charCodeOf: function(value) { + return this._map.indexOf(value); + }, + + getMap: function() { + return this._map; + }, + + readCharCode: function(str, offset, out) { + var c = 0; + var codespaceRanges = this.codespaceRanges; + var codespaceRangesLen = this.codespaceRanges.length; + // 9.7.6.2 CMap Mapping + // The code length is at most 4. + for (var n = 0; n < codespaceRangesLen; n++) { + c = ((c << 8) | str.charCodeAt(offset + n)) >>> 0; + // Check each codespace range to see if it falls within. + var codespaceRange = codespaceRanges[n]; + for (var k = 0, kk = codespaceRange.length; k < kk;) { + var low = codespaceRange[k++]; + var high = codespaceRange[k++]; + if (c >= low && c <= high) { + out.charcode = c; + out.length = n + 1; + return; + } + } + } + out.charcode = 0; + out.length = 1; + }, + + get length() { + return this._map.length; + }, + + get isIdentityCMap() { + if (!(this.name === 'Identity-H' || this.name === 'Identity-V')) { + return false; + } + if (this._map.length !== 0x10000) { + return false; + } + for (var i = 0; i < 0x10000; i++) { + if (this._map[i] !== i) { + return false; + } + } + return true; + } + }; + return CMap; +})(); + +// A special case of CMap, where the _map array implicitly has a length of +// 65536 and each element is equal to its index. +var IdentityCMap = (function IdentityCMapClosure() { + function IdentityCMap(vertical, n) { + CMap.call(this); + this.vertical = vertical; + this.addCodespaceRange(n, 0, 0xffff); + } + Util.inherit(IdentityCMap, CMap, {}); + + IdentityCMap.prototype = { + addCodespaceRange: CMap.prototype.addCodespaceRange, + + mapCidRange: function(low, high, dstLow) { + error('should not call mapCidRange'); + }, + + mapBfRange: function(low, high, dstLow) { + error('should not call mapBfRange'); + }, + + mapBfRangeToArray: function(low, high, array) { + error('should not call mapBfRangeToArray'); + }, + + mapOne: function(src, dst) { + error('should not call mapCidOne'); + }, + + lookup: function(code) { + return (isInt(code) && code <= 0xffff) ? code : undefined; + }, + + contains: function(code) { + return isInt(code) && code <= 0xffff; + }, + + forEach: function(callback) { + for (var i = 0; i <= 0xffff; i++) { + callback(i, i); + } + }, + + charCodeOf: function(value) { + return (isInt(value) && value <= 0xffff) ? value : -1; + }, + + getMap: function() { + // Sometimes identity maps must be instantiated, but it's rare. + var map = new Array(0x10000); + for (var i = 0; i <= 0xffff; i++) { + map[i] = i; + } + return map; + }, + + readCharCode: CMap.prototype.readCharCode, + + get length() { + return 0x10000; + }, + + get isIdentityCMap() { + error('should not access .isIdentityCMap'); + } + }; + + return IdentityCMap; +})(); + +var BinaryCMapReader = (function BinaryCMapReaderClosure() { + function fetchBinaryData(url) { + if (PDFJS.disableWorker) { + // use base64 version of cmap binary + var key = url.substring(url.lastIndexOf("/") + 1, url.lastIndexOf(".")); + var binary_array = get_binary_bcmap(key); + + return binary_array; + } else { + var nonBinaryRequest = PDFJS.disableWorker; + var request = new XMLHttpRequest(); + request.open('GET', url, false); + if (!nonBinaryRequest) { + try { + request.responseType = 'arraybuffer'; + nonBinaryRequest = request.responseType !== 'arraybuffer'; + } catch (e) { + nonBinaryRequest = true; + } + } + if (nonBinaryRequest && request.overrideMimeType) { + request.overrideMimeType('text/plain; charset=x-user-defined'); + } + request.send(null); + if (nonBinaryRequest ? !request.responseText : !request.response) { + error('Unable to get binary cMap at: ' + url); + } + if (nonBinaryRequest) { + var data = Array.prototype.map.call(request.responseText, function (ch) { + return ch.charCodeAt(0) & 255; + }); + return new Uint8Array(data); + } + return new Uint8Array(request.response); + } + } + + function hexToInt(a, size) { + var n = 0; + for (var i = 0; i <= size; i++) { + n = (n << 8) | a[i]; + } + return n >>> 0; + } + + function hexToStr(a, size) { + // This code is hot. Special-case some common values to avoid creating an + // object with subarray(). + if (size === 1) { + return String.fromCharCode(a[0], a[1]); + } + if (size === 3) { + return String.fromCharCode(a[0], a[1], a[2], a[3]); + } + return String.fromCharCode.apply(null, a.subarray(0, size + 1)); + } + + function addHex(a, b, size) { + var c = 0; + for (var i = size; i >= 0; i--) { + c += a[i] + b[i]; + a[i] = c & 255; + c >>= 8; + } + } + + function incHex(a, size) { + var c = 1; + for (var i = size; i >= 0 && c > 0; i--) { + c += a[i]; + a[i] = c & 255; + c >>= 8; + } + } + + var MAX_NUM_SIZE = 16; + var MAX_ENCODED_NUM_SIZE = 19; // ceil(MAX_NUM_SIZE * 7 / 8) + + function BinaryCMapStream(data) { + this.buffer = data; + this.pos = 0; + this.end = data.length; + this.tmpBuf = new Uint8Array(MAX_ENCODED_NUM_SIZE); + } + + BinaryCMapStream.prototype = { + readByte: function () { + if (this.pos >= this.end) { + return -1; + } + return this.buffer[this.pos++]; + }, + readNumber: function () { + var n = 0; + var last; + do { + var b = this.readByte(); + if (b < 0) { + error('unexpected EOF in bcmap'); + } + last = !(b & 0x80); + n = (n << 7) | (b & 0x7F); + } while (!last); + return n; + }, + readSigned: function () { + var n = this.readNumber(); + return (n & 1) ? ~(n >>> 1) : n >>> 1; + }, + readHex: function (num, size) { + num.set(this.buffer.subarray(this.pos, + this.pos + size + 1)); + this.pos += size + 1; + }, + readHexNumber: function (num, size) { + var last; + var stack = this.tmpBuf, sp = 0; + do { + var b = this.readByte(); + if (b < 0) { + error('unexpected EOF in bcmap'); + } + last = !(b & 0x80); + stack[sp++] = b & 0x7F; + } while (!last); + var i = size, buffer = 0, bufferSize = 0; + while (i >= 0) { + while (bufferSize < 8 && stack.length > 0) { + buffer = (stack[--sp] << bufferSize) | buffer; + bufferSize += 7; + } + num[i] = buffer & 255; + i--; + buffer >>= 8; + bufferSize -= 8; + } + }, + readHexSigned: function (num, size) { + this.readHexNumber(num, size); + var sign = num[size] & 1 ? 255 : 0; + var c = 0; + for (var i = 0; i <= size; i++) { + c = ((c & 1) << 8) | num[i]; + num[i] = (c >> 1) ^ sign; + } + }, + readString: function () { + var len = this.readNumber(); + var s = ''; + for (var i = 0; i < len; i++) { + s += String.fromCharCode(this.readNumber()); + } + return s; + } + }; + + function processBinaryCMap(url, cMap, extend) { + var data = fetchBinaryData(url); + var stream = new BinaryCMapStream(data); + + var header = stream.readByte(); + cMap.vertical = !!(header & 1); + + var useCMap = null; + var start = new Uint8Array(MAX_NUM_SIZE); + var end = new Uint8Array(MAX_NUM_SIZE); + var char = new Uint8Array(MAX_NUM_SIZE); + var charCode = new Uint8Array(MAX_NUM_SIZE); + var tmp = new Uint8Array(MAX_NUM_SIZE); + var code; + + var b; + while ((b = stream.readByte()) >= 0) { + var type = b >> 5; + if (type === 7) { // metadata, e.g. comment or usecmap + switch (b & 0x1F) { + case 0: + stream.readString(); // skipping comment + break; + case 1: + useCMap = stream.readString(); + break; + } + continue; + } + var sequence = !!(b & 0x10); + var dataSize = b & 15; + + assert(dataSize + 1 <= MAX_NUM_SIZE); + + var ucs2DataSize = 1; + var subitemsCount = stream.readNumber(); + var i; + switch (type) { + case 0: // codespacerange + stream.readHex(start, dataSize); + stream.readHexNumber(end, dataSize); + addHex(end, start, dataSize); + cMap.addCodespaceRange(dataSize + 1, hexToInt(start, dataSize), + hexToInt(end, dataSize)); + for (i = 1; i < subitemsCount; i++) { + incHex(end, dataSize); + stream.readHexNumber(start, dataSize); + addHex(start, end, dataSize); + stream.readHexNumber(end, dataSize); + addHex(end, start, dataSize); + cMap.addCodespaceRange(dataSize + 1, hexToInt(start, dataSize), + hexToInt(end, dataSize)); + } + break; + case 1: // notdefrange + stream.readHex(start, dataSize); + stream.readHexNumber(end, dataSize); + addHex(end, start, dataSize); + code = stream.readNumber(); + // undefined range, skipping + for (i = 1; i < subitemsCount; i++) { + incHex(end, dataSize); + stream.readHexNumber(start, dataSize); + addHex(start, end, dataSize); + stream.readHexNumber(end, dataSize); + addHex(end, start, dataSize); + code = stream.readNumber(); + // nop + } + break; + case 2: // cidchar + stream.readHex(char, dataSize); + code = stream.readNumber(); + cMap.mapOne(hexToInt(char, dataSize), code); + for (i = 1; i < subitemsCount; i++) { + incHex(char, dataSize); + if (!sequence) { + stream.readHexNumber(tmp, dataSize); + addHex(char, tmp, dataSize); + } + code = stream.readSigned() + (code + 1); + cMap.mapOne(hexToInt(char, dataSize), code); + } + break; + case 3: // cidrange + stream.readHex(start, dataSize); + stream.readHexNumber(end, dataSize); + addHex(end, start, dataSize); + code = stream.readNumber(); + cMap.mapCidRange(hexToInt(start, dataSize), hexToInt(end, dataSize), + code); + for (i = 1; i < subitemsCount; i++) { + incHex(end, dataSize); + if (!sequence) { + stream.readHexNumber(start, dataSize); + addHex(start, end, dataSize); + } else { + start.set(end); + } + stream.readHexNumber(end, dataSize); + addHex(end, start, dataSize); + code = stream.readNumber(); + cMap.mapCidRange(hexToInt(start, dataSize), hexToInt(end, dataSize), + code); + } + break; + case 4: // bfchar + stream.readHex(char, ucs2DataSize); + stream.readHex(charCode, dataSize); + cMap.mapOne(hexToInt(char, ucs2DataSize), + hexToStr(charCode, dataSize)); + for (i = 1; i < subitemsCount; i++) { + incHex(char, ucs2DataSize); + if (!sequence) { + stream.readHexNumber(tmp, ucs2DataSize); + addHex(char, tmp, ucs2DataSize); + } + incHex(charCode, dataSize); + stream.readHexSigned(tmp, dataSize); + addHex(charCode, tmp, dataSize); + cMap.mapOne(hexToInt(char, ucs2DataSize), + hexToStr(charCode, dataSize)); + } + break; + case 5: // bfrange + stream.readHex(start, ucs2DataSize); + stream.readHexNumber(end, ucs2DataSize); + addHex(end, start, ucs2DataSize); + stream.readHex(charCode, dataSize); + cMap.mapBfRange(hexToInt(start, ucs2DataSize), + hexToInt(end, ucs2DataSize), + hexToStr(charCode, dataSize)); + for (i = 1; i < subitemsCount; i++) { + incHex(end, ucs2DataSize); + if (!sequence) { + stream.readHexNumber(start, ucs2DataSize); + addHex(start, end, ucs2DataSize); + } else { + start.set(end); + } + stream.readHexNumber(end, ucs2DataSize); + addHex(end, start, ucs2DataSize); + stream.readHex(charCode, dataSize); + cMap.mapBfRange(hexToInt(start, ucs2DataSize), + hexToInt(end, ucs2DataSize), + hexToStr(charCode, dataSize)); + } + break; + default: + error('Unknown type: ' + type); + break; + } + } + + if (useCMap) { + extend(useCMap); + } + return cMap; + } + + function BinaryCMapReader() {} + + BinaryCMapReader.prototype = { + read: processBinaryCMap + }; + + return BinaryCMapReader; +})(); + +var CMapFactory = (function CMapFactoryClosure() { + function strToInt(str) { + var a = 0; + for (var i = 0; i < str.length; i++) { + a = (a << 8) | str.charCodeAt(i); + } + return a >>> 0; + } + + function expectString(obj) { + if (!isString(obj)) { + error('Malformed CMap: expected string.'); + } + } + + function expectInt(obj) { + if (!isInt(obj)) { + error('Malformed CMap: expected int.'); + } + } + + function parseBfChar(cMap, lexer) { + while (true) { + var obj = lexer.getObj(); + if (isEOF(obj)) { + break; + } + if (isCmd(obj, 'endbfchar')) { + return; + } + expectString(obj); + var src = strToInt(obj); + obj = lexer.getObj(); + // TODO are /dstName used? + expectString(obj); + var dst = obj; + cMap.mapOne(src, dst); + } + } + + function parseBfRange(cMap, lexer) { + while (true) { + var obj = lexer.getObj(); + if (isEOF(obj)) { + break; + } + if (isCmd(obj, 'endbfrange')) { + return; + } + expectString(obj); + var low = strToInt(obj); + obj = lexer.getObj(); + expectString(obj); + var high = strToInt(obj); + obj = lexer.getObj(); + if (isInt(obj) || isString(obj)) { + var dstLow = isInt(obj) ? String.fromCharCode(obj) : obj; + cMap.mapBfRange(low, high, dstLow); + } else if (isCmd(obj, '[')) { + obj = lexer.getObj(); + var array = []; + while (!isCmd(obj, ']') && !isEOF(obj)) { + array.push(obj); + obj = lexer.getObj(); + } + cMap.mapBfRangeToArray(low, high, array); + } else { + break; + } + } + error('Invalid bf range.'); + } + + function parseCidChar(cMap, lexer) { + while (true) { + var obj = lexer.getObj(); + if (isEOF(obj)) { + break; + } + if (isCmd(obj, 'endcidchar')) { + return; + } + expectString(obj); + var src = strToInt(obj); + obj = lexer.getObj(); + expectInt(obj); + var dst = obj; + cMap.mapOne(src, dst); + } + } + + function parseCidRange(cMap, lexer) { + while (true) { + var obj = lexer.getObj(); + if (isEOF(obj)) { + break; + } + if (isCmd(obj, 'endcidrange')) { + return; + } + expectString(obj); + var low = strToInt(obj); + obj = lexer.getObj(); + expectString(obj); + var high = strToInt(obj); + obj = lexer.getObj(); + expectInt(obj); + var dstLow = obj; + cMap.mapCidRange(low, high, dstLow); + } + } + + function parseCodespaceRange(cMap, lexer) { + while (true) { + var obj = lexer.getObj(); + if (isEOF(obj)) { + break; + } + if (isCmd(obj, 'endcodespacerange')) { + return; + } + if (!isString(obj)) { + break; + } + var low = strToInt(obj); + obj = lexer.getObj(); + if (!isString(obj)) { + break; + } + var high = strToInt(obj); + cMap.addCodespaceRange(obj.length, low, high); + } + error('Invalid codespace range.'); + } + + function parseWMode(cMap, lexer) { + var obj = lexer.getObj(); + if (isInt(obj)) { + cMap.vertical = !!obj; + } + } + + function parseCMapName(cMap, lexer) { + var obj = lexer.getObj(); + if (isName(obj) && isString(obj.name)) { + cMap.name = obj.name; + } + } + + function parseCMap(cMap, lexer, builtInCMapParams, useCMap) { + var previous; + var embededUseCMap; + objLoop: while (true) { + var obj = lexer.getObj(); + if (isEOF(obj)) { + break; + } else if (isName(obj)) { + if (obj.name === 'WMode') { + parseWMode(cMap, lexer); + } else if (obj.name === 'CMapName') { + parseCMapName(cMap, lexer); + } + previous = obj; + } else if (isCmd(obj)) { + switch (obj.cmd) { + case 'endcmap': + break objLoop; + case 'usecmap': + if (isName(previous)) { + embededUseCMap = previous.name; + } + break; + case 'begincodespacerange': + parseCodespaceRange(cMap, lexer); + break; + case 'beginbfchar': + parseBfChar(cMap, lexer); + break; + case 'begincidchar': + parseCidChar(cMap, lexer); + break; + case 'beginbfrange': + parseBfRange(cMap, lexer); + break; + case 'begincidrange': + parseCidRange(cMap, lexer); + break; + } + } + } + + if (!useCMap && embededUseCMap) { + // Load the usecmap definition from the file only if there wasn't one + // specified. + useCMap = embededUseCMap; + } + if (useCMap) { + extendCMap(cMap, builtInCMapParams, useCMap); + } + } + + function extendCMap(cMap, builtInCMapParams, useCMap) { + cMap.useCMap = createBuiltInCMap(useCMap, builtInCMapParams); + // If there aren't any code space ranges defined clone all the parent ones + // into this cMap. + if (cMap.numCodespaceRanges === 0) { + var useCodespaceRanges = cMap.useCMap.codespaceRanges; + for (var i = 0; i < useCodespaceRanges.length; i++) { + cMap.codespaceRanges[i] = useCodespaceRanges[i].slice(); + } + cMap.numCodespaceRanges = cMap.useCMap.numCodespaceRanges; + } + // Merge the map into the current one, making sure not to override + // any previously defined entries. + cMap.useCMap.forEach(function(key, value) { + if (!cMap.contains(key)) { + cMap.mapOne(key, cMap.useCMap.lookup(key)); + } + }); + } + + function parseBinaryCMap(name, builtInCMapParams) { + var url = builtInCMapParams.url + name + '.bcmap'; + var cMap = new CMap(true); + new BinaryCMapReader().read(url, cMap, function (useCMap) { + extendCMap(cMap, builtInCMapParams, useCMap); + }); + return cMap; + } + + function createBuiltInCMap(name, builtInCMapParams) { + if (name === 'Identity-H') { + return new IdentityCMap(false, 2); + } else if (name === 'Identity-V') { + return new IdentityCMap(true, 2); + } + if (BUILT_IN_CMAPS.indexOf(name) === -1) { + error('Unknown cMap name: ' + name); + } + assert(builtInCMapParams, 'built-in cMap parameters are not provided'); + + if (builtInCMapParams.packed) { + return parseBinaryCMap(name, builtInCMapParams); + } + + var request = new XMLHttpRequest(); + var url = builtInCMapParams.url + name; + request.open('GET', url, false); + request.send(null); + if (!request.responseText) { + error('Unable to get cMap at: ' + url); + } + var cMap = new CMap(true); + var lexer = new Lexer(new StringStream(request.responseText)); + parseCMap(cMap, lexer, builtInCMapParams, null); + return cMap; + } + + return { + create: function (encoding, builtInCMapParams, useCMap) { + if (isName(encoding)) { + return createBuiltInCMap(encoding.name, builtInCMapParams); + } else if (isStream(encoding)) { + var cMap = new CMap(); + var lexer = new Lexer(encoding); + try { + parseCMap(cMap, lexer, builtInCMapParams, useCMap); + } catch (e) { + warn('Invalid CMap data. ' + e); + } + if (cMap.isIdentityCMap) { + return createBuiltInCMap(cMap.name, builtInCMapParams); + } + return cMap; + } + error('Encoding required.'); + } + }; +})(); + + +// Unicode Private Use Area +var PRIVATE_USE_OFFSET_START = 0xE000; +var PRIVATE_USE_OFFSET_END = 0xF8FF; +var SKIP_PRIVATE_USE_RANGE_F000_TO_F01F = false; + +// PDF Glyph Space Units are one Thousandth of a TextSpace Unit +// except for Type 3 fonts +var PDF_GLYPH_SPACE_UNITS = 1000; + +// Hinting is currently disabled due to unknown problems on windows +// in tracemonkey and various other pdfs with type1 fonts. +var HINTING_ENABLED = false; + +// Accented charactars are not displayed properly on windows, using this flag +// to control analysis of seac charstrings. +var SEAC_ANALYSIS_ENABLED = false; + +var FontFlags = { + FixedPitch: 1, + Serif: 2, + Symbolic: 4, + Script: 8, + Nonsymbolic: 32, + Italic: 64, + AllCap: 65536, + SmallCap: 131072, + ForceBold: 262144 +}; + +var Encodings = { + ExpertEncoding: ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + 'space', 'exclamsmall', 'Hungarumlautsmall', '', 'dollaroldstyle', + 'dollarsuperior', 'ampersandsmall', 'Acutesmall', 'parenleftsuperior', + 'parenrightsuperior', 'twodotenleader', 'onedotenleader', 'comma', + 'hyphen', 'period', 'fraction', 'zerooldstyle', 'oneoldstyle', + 'twooldstyle', 'threeoldstyle', 'fouroldstyle', 'fiveoldstyle', + 'sixoldstyle', 'sevenoldstyle', 'eightoldstyle', 'nineoldstyle', 'colon', + 'semicolon', 'commasuperior', 'threequartersemdash', 'periodsuperior', + 'questionsmall', '', 'asuperior', 'bsuperior', 'centsuperior', 'dsuperior', + 'esuperior', '', '', 'isuperior', '', '', 'lsuperior', 'msuperior', + 'nsuperior', 'osuperior', '', '', 'rsuperior', 'ssuperior', 'tsuperior', + '', 'ff', 'fi', 'fl', 'ffi', 'ffl', 'parenleftinferior', '', + 'parenrightinferior', 'Circumflexsmall', 'hyphensuperior', 'Gravesmall', + 'Asmall', 'Bsmall', 'Csmall', 'Dsmall', 'Esmall', 'Fsmall', 'Gsmall', + 'Hsmall', 'Ismall', 'Jsmall', 'Ksmall', 'Lsmall', 'Msmall', 'Nsmall', + 'Osmall', 'Psmall', 'Qsmall', 'Rsmall', 'Ssmall', 'Tsmall', 'Usmall', + 'Vsmall', 'Wsmall', 'Xsmall', 'Ysmall', 'Zsmall', 'colonmonetary', + 'onefitted', 'rupiah', 'Tildesmall', '', '', '', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + '', '', '', '', '', '', 'exclamdownsmall', 'centoldstyle', 'Lslashsmall', + '', '', 'Scaronsmall', 'Zcaronsmall', 'Dieresissmall', 'Brevesmall', + 'Caronsmall', '', 'Dotaccentsmall', '', '', 'Macronsmall', '', '', + 'figuredash', 'hypheninferior', '', '', 'Ogoneksmall', 'Ringsmall', + 'Cedillasmall', '', '', '', 'onequarter', 'onehalf', 'threequarters', + 'questiondownsmall', 'oneeighth', 'threeeighths', 'fiveeighths', + 'seveneighths', 'onethird', 'twothirds', '', '', 'zerosuperior', + 'onesuperior', 'twosuperior', 'threesuperior', 'foursuperior', + 'fivesuperior', 'sixsuperior', 'sevensuperior', 'eightsuperior', + 'ninesuperior', 'zeroinferior', 'oneinferior', 'twoinferior', + 'threeinferior', 'fourinferior', 'fiveinferior', 'sixinferior', + 'seveninferior', 'eightinferior', 'nineinferior', 'centinferior', + 'dollarinferior', 'periodinferior', 'commainferior', 'Agravesmall', + 'Aacutesmall', 'Acircumflexsmall', 'Atildesmall', 'Adieresissmall', + 'Aringsmall', 'AEsmall', 'Ccedillasmall', 'Egravesmall', 'Eacutesmall', + 'Ecircumflexsmall', 'Edieresissmall', 'Igravesmall', 'Iacutesmall', + 'Icircumflexsmall', 'Idieresissmall', 'Ethsmall', 'Ntildesmall', + 'Ogravesmall', 'Oacutesmall', 'Ocircumflexsmall', 'Otildesmall', + 'Odieresissmall', 'OEsmall', 'Oslashsmall', 'Ugravesmall', 'Uacutesmall', + 'Ucircumflexsmall', 'Udieresissmall', 'Yacutesmall', 'Thornsmall', + 'Ydieresissmall'], + MacExpertEncoding: ['', '', '', '', '', '', '', '', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + 'space', 'exclamsmall', 'Hungarumlautsmall', 'centoldstyle', + 'dollaroldstyle', 'dollarsuperior', 'ampersandsmall', 'Acutesmall', + 'parenleftsuperior', 'parenrightsuperior', 'twodotenleader', + 'onedotenleader', 'comma', 'hyphen', 'period', 'fraction', 'zerooldstyle', + 'oneoldstyle', 'twooldstyle', 'threeoldstyle', 'fouroldstyle', + 'fiveoldstyle', 'sixoldstyle', 'sevenoldstyle', 'eightoldstyle', + 'nineoldstyle', 'colon', 'semicolon', '', 'threequartersemdash', '', + 'questionsmall', '', '', '', '', 'Ethsmall', '', '', 'onequarter', + 'onehalf', 'threequarters', 'oneeighth', 'threeeighths', 'fiveeighths', + 'seveneighths', 'onethird', 'twothirds', '', '', '', '', '', '', 'ff', + 'fi', 'fl', 'ffi', 'ffl', 'parenleftinferior', '', 'parenrightinferior', + 'Circumflexsmall', 'hypheninferior', 'Gravesmall', 'Asmall', 'Bsmall', + 'Csmall', 'Dsmall', 'Esmall', 'Fsmall', 'Gsmall', 'Hsmall', 'Ismall', + 'Jsmall', 'Ksmall', 'Lsmall', 'Msmall', 'Nsmall', 'Osmall', 'Psmall', + 'Qsmall', 'Rsmall', 'Ssmall', 'Tsmall', 'Usmall', 'Vsmall', 'Wsmall', + 'Xsmall', 'Ysmall', 'Zsmall', 'colonmonetary', 'onefitted', 'rupiah', + 'Tildesmall', '', '', 'asuperior', 'centsuperior', '', '', '', '', + 'Aacutesmall', 'Agravesmall', 'Acircumflexsmall', 'Adieresissmall', + 'Atildesmall', 'Aringsmall', 'Ccedillasmall', 'Eacutesmall', 'Egravesmall', + 'Ecircumflexsmall', 'Edieresissmall', 'Iacutesmall', 'Igravesmall', + 'Icircumflexsmall', 'Idieresissmall', 'Ntildesmall', 'Oacutesmall', + 'Ogravesmall', 'Ocircumflexsmall', 'Odieresissmall', 'Otildesmall', + 'Uacutesmall', 'Ugravesmall', 'Ucircumflexsmall', 'Udieresissmall', '', + 'eightsuperior', 'fourinferior', 'threeinferior', 'sixinferior', + 'eightinferior', 'seveninferior', 'Scaronsmall', '', 'centinferior', + 'twoinferior', '', 'Dieresissmall', '', 'Caronsmall', 'osuperior', + 'fiveinferior', '', 'commainferior', 'periodinferior', 'Yacutesmall', '', + 'dollarinferior', '', 'Thornsmall', '', 'nineinferior', 'zeroinferior', + 'Zcaronsmall', 'AEsmall', 'Oslashsmall', 'questiondownsmall', + 'oneinferior', 'Lslashsmall', '', '', '', '', '', '', 'Cedillasmall', '', + '', '', '', '', 'OEsmall', 'figuredash', 'hyphensuperior', '', '', '', '', + 'exclamdownsmall', '', 'Ydieresissmall', '', 'onesuperior', 'twosuperior', + 'threesuperior', 'foursuperior', 'fivesuperior', 'sixsuperior', + 'sevensuperior', 'ninesuperior', 'zerosuperior', '', 'esuperior', + 'rsuperior', 'tsuperior', '', '', 'isuperior', 'ssuperior', 'dsuperior', + '', '', '', '', '', 'lsuperior', 'Ogoneksmall', 'Brevesmall', + 'Macronsmall', 'bsuperior', 'nsuperior', 'msuperior', 'commasuperior', + 'periodsuperior', 'Dotaccentsmall', 'Ringsmall'], + MacRomanEncoding: ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + 'space', 'exclam', 'quotedbl', 'numbersign', 'dollar', 'percent', + 'ampersand', 'quotesingle', 'parenleft', 'parenright', 'asterisk', 'plus', + 'comma', 'hyphen', 'period', 'slash', 'zero', 'one', 'two', 'three', + 'four', 'five', 'six', 'seven', 'eight', 'nine', 'colon', 'semicolon', + 'less', 'equal', 'greater', 'question', 'at', 'A', 'B', 'C', 'D', 'E', 'F', + 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', + 'V', 'W', 'X', 'Y', 'Z', 'bracketleft', 'backslash', 'bracketright', + 'asciicircum', 'underscore', 'grave', 'a', 'b', 'c', 'd', 'e', 'f', 'g', + 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 'u', 'v', + 'w', 'x', 'y', 'z', 'braceleft', 'bar', 'braceright', 'asciitilde', '', + 'Adieresis', 'Aring', 'Ccedilla', 'Eacute', 'Ntilde', 'Odieresis', + 'Udieresis', 'aacute', 'agrave', 'acircumflex', 'adieresis', 'atilde', + 'aring', 'ccedilla', 'eacute', 'egrave', 'ecircumflex', 'edieresis', + 'iacute', 'igrave', 'icircumflex', 'idieresis', 'ntilde', 'oacute', + 'ograve', 'ocircumflex', 'odieresis', 'otilde', 'uacute', 'ugrave', + 'ucircumflex', 'udieresis', 'dagger', 'degree', 'cent', 'sterling', + 'section', 'bullet', 'paragraph', 'germandbls', 'registered', 'copyright', + 'trademark', 'acute', 'dieresis', 'notequal', 'AE', 'Oslash', 'infinity', + 'plusminus', 'lessequal', 'greaterequal', 'yen', 'mu', 'partialdiff', + 'summation', 'product', 'pi', 'integral', 'ordfeminine', 'ordmasculine', + 'Omega', 'ae', 'oslash', 'questiondown', 'exclamdown', 'logicalnot', + 'radical', 'florin', 'approxequal', 'Delta', 'guillemotleft', + 'guillemotright', 'ellipsis', 'space', 'Agrave', 'Atilde', 'Otilde', 'OE', + 'oe', 'endash', 'emdash', 'quotedblleft', 'quotedblright', 'quoteleft', + 'quoteright', 'divide', 'lozenge', 'ydieresis', 'Ydieresis', 'fraction', + 'currency', 'guilsinglleft', 'guilsinglright', 'fi', 'fl', 'daggerdbl', + 'periodcentered', 'quotesinglbase', 'quotedblbase', 'perthousand', + 'Acircumflex', 'Ecircumflex', 'Aacute', 'Edieresis', 'Egrave', 'Iacute', + 'Icircumflex', 'Idieresis', 'Igrave', 'Oacute', 'Ocircumflex', 'apple', + 'Ograve', 'Uacute', 'Ucircumflex', 'Ugrave', 'dotlessi', 'circumflex', + 'tilde', 'macron', 'breve', 'dotaccent', 'ring', 'cedilla', 'hungarumlaut', + 'ogonek', 'caron'], + StandardEncoding: ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + 'space', 'exclam', 'quotedbl', 'numbersign', 'dollar', 'percent', + 'ampersand', 'quoteright', 'parenleft', 'parenright', 'asterisk', 'plus', + 'comma', 'hyphen', 'period', 'slash', 'zero', 'one', 'two', 'three', + 'four', 'five', 'six', 'seven', 'eight', 'nine', 'colon', 'semicolon', + 'less', 'equal', 'greater', 'question', 'at', 'A', 'B', 'C', 'D', 'E', 'F', + 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', + 'V', 'W', 'X', 'Y', 'Z', 'bracketleft', 'backslash', 'bracketright', + 'asciicircum', 'underscore', 'quoteleft', 'a', 'b', 'c', 'd', 'e', 'f', + 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 'u', + 'v', 'w', 'x', 'y', 'z', 'braceleft', 'bar', 'braceright', 'asciitilde', + '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', 'exclamdown', + 'cent', 'sterling', 'fraction', 'yen', 'florin', 'section', 'currency', + 'quotesingle', 'quotedblleft', 'guillemotleft', 'guilsinglleft', + 'guilsinglright', 'fi', 'fl', '', 'endash', 'dagger', 'daggerdbl', + 'periodcentered', '', 'paragraph', 'bullet', 'quotesinglbase', + 'quotedblbase', 'quotedblright', 'guillemotright', 'ellipsis', + 'perthousand', '', 'questiondown', '', 'grave', 'acute', 'circumflex', + 'tilde', 'macron', 'breve', 'dotaccent', 'dieresis', '', 'ring', 'cedilla', + '', 'hungarumlaut', 'ogonek', 'caron', 'emdash', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', 'AE', '', 'ordfeminine', '', '', + '', '', 'Lslash', 'Oslash', 'OE', 'ordmasculine', '', '', '', '', '', 'ae', + '', '', '', 'dotlessi', '', '', 'lslash', 'oslash', 'oe', 'germandbls'], + WinAnsiEncoding: ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + 'space', 'exclam', 'quotedbl', 'numbersign', 'dollar', 'percent', + 'ampersand', 'quotesingle', 'parenleft', 'parenright', 'asterisk', 'plus', + 'comma', 'hyphen', 'period', 'slash', 'zero', 'one', 'two', 'three', + 'four', 'five', 'six', 'seven', 'eight', 'nine', 'colon', 'semicolon', + 'less', 'equal', 'greater', 'question', 'at', 'A', 'B', 'C', 'D', 'E', 'F', + 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', + 'V', 'W', 'X', 'Y', 'Z', 'bracketleft', 'backslash', 'bracketright', + 'asciicircum', 'underscore', 'grave', 'a', 'b', 'c', 'd', 'e', 'f', 'g', + 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 'u', 'v', + 'w', 'x', 'y', 'z', 'braceleft', 'bar', 'braceright', 'asciitilde', + 'bullet', 'Euro', 'bullet', 'quotesinglbase', 'florin', 'quotedblbase', + 'ellipsis', 'dagger', 'daggerdbl', 'circumflex', 'perthousand', 'Scaron', + 'guilsinglleft', 'OE', 'bullet', 'Zcaron', 'bullet', 'bullet', 'quoteleft', + 'quoteright', 'quotedblleft', 'quotedblright', 'bullet', 'endash', + 'emdash', 'tilde', 'trademark', 'scaron', 'guilsinglright', 'oe', 'bullet', + 'zcaron', 'Ydieresis', 'space', 'exclamdown', 'cent', 'sterling', + 'currency', 'yen', 'brokenbar', 'section', 'dieresis', 'copyright', + 'ordfeminine', 'guillemotleft', 'logicalnot', 'hyphen', 'registered', + 'macron', 'degree', 'plusminus', 'twosuperior', 'threesuperior', 'acute', + 'mu', 'paragraph', 'periodcentered', 'cedilla', 'onesuperior', + 'ordmasculine', 'guillemotright', 'onequarter', 'onehalf', 'threequarters', + 'questiondown', 'Agrave', 'Aacute', 'Acircumflex', 'Atilde', 'Adieresis', + 'Aring', 'AE', 'Ccedilla', 'Egrave', 'Eacute', 'Ecircumflex', 'Edieresis', + 'Igrave', 'Iacute', 'Icircumflex', 'Idieresis', 'Eth', 'Ntilde', 'Ograve', + 'Oacute', 'Ocircumflex', 'Otilde', 'Odieresis', 'multiply', 'Oslash', + 'Ugrave', 'Uacute', 'Ucircumflex', 'Udieresis', 'Yacute', 'Thorn', + 'germandbls', 'agrave', 'aacute', 'acircumflex', 'atilde', 'adieresis', + 'aring', 'ae', 'ccedilla', 'egrave', 'eacute', 'ecircumflex', 'edieresis', + 'igrave', 'iacute', 'icircumflex', 'idieresis', 'eth', 'ntilde', 'ograve', + 'oacute', 'ocircumflex', 'otilde', 'odieresis', 'divide', 'oslash', + 'ugrave', 'uacute', 'ucircumflex', 'udieresis', 'yacute', 'thorn', + 'ydieresis'], + SymbolSetEncoding: ['', '', '', '', '', '', '', '', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + 'space', 'exclam', 'universal', 'numbersign', 'existential', 'percent', + 'ampersand', 'suchthat', 'parenleft', 'parenright', 'asteriskmath', 'plus', + 'comma', 'minus', 'period', 'slash', 'zero', 'one', 'two', 'three', 'four', + 'five', 'six', 'seven', 'eight', 'nine', 'colon', 'semicolon', 'less', + 'equal', 'greater', 'question', 'congruent', 'Alpha', 'Beta', 'Chi', + 'Delta', 'Epsilon', 'Phi', 'Gamma', 'Eta', 'Iota', 'theta1', 'Kappa', + 'Lambda', 'Mu', 'Nu', 'Omicron', 'Pi', 'Theta', 'Rho', 'Sigma', 'Tau', + 'Upsilon', 'sigma1', 'Omega', 'Xi', 'Psi', 'Zeta', 'bracketleft', + 'therefore', 'bracketright', 'perpendicular', 'underscore', 'radicalex', + 'alpha', 'beta', 'chi', 'delta', 'epsilon', 'phi', 'gamma', 'eta', 'iota', + 'phi1', 'kappa', 'lambda', 'mu', 'nu', 'omicron', 'pi', 'theta', 'rho', + 'sigma', 'tau', 'upsilon', 'omega1', 'omega', 'xi', 'psi', 'zeta', + 'braceleft', 'bar', 'braceright', 'similar', '', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + '', '', '', '', '', '', '', 'Euro', 'Upsilon1', 'minute', 'lessequal', + 'fraction', 'infinity', 'florin', 'club', 'diamond', 'heart', 'spade', + 'arrowboth', 'arrowleft', 'arrowup', 'arrowright', 'arrowdown', 'degree', + 'plusminus', 'second', 'greaterequal', 'multiply', 'proportional', + 'partialdiff', 'bullet', 'divide', 'notequal', 'equivalence', + 'approxequal', 'ellipsis', 'arrowvertex', 'arrowhorizex', 'carriagereturn', + 'aleph', 'Ifraktur', 'Rfraktur', 'weierstrass', 'circlemultiply', + 'circleplus', 'emptyset', 'intersection', 'union', 'propersuperset', + 'reflexsuperset', 'notsubset', 'propersubset', 'reflexsubset', 'element', + 'notelement', 'angle', 'gradient', 'registerserif', 'copyrightserif', + 'trademarkserif', 'product', 'radical', 'dotmath', 'logicalnot', + 'logicaland', 'logicalor', 'arrowdblboth', 'arrowdblleft', 'arrowdblup', + 'arrowdblright', 'arrowdbldown', 'lozenge', 'angleleft', 'registersans', + 'copyrightsans', 'trademarksans', 'summation', 'parenlefttp', + 'parenleftex', 'parenleftbt', 'bracketlefttp', 'bracketleftex', + 'bracketleftbt', 'bracelefttp', 'braceleftmid', 'braceleftbt', 'braceex', + '', 'angleright', 'integral', 'integraltp', 'integralex', 'integralbt', + 'parenrighttp', 'parenrightex', 'parenrightbt', 'bracketrighttp', + 'bracketrightex', 'bracketrightbt', 'bracerighttp', 'bracerightmid', + 'bracerightbt'], + ZapfDingbatsEncoding: ['', '', '', '', '', '', '', '', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', + 'space', 'a1', 'a2', 'a202', 'a3', 'a4', 'a5', 'a119', 'a118', 'a117', + 'a11', 'a12', 'a13', 'a14', 'a15', 'a16', 'a105', 'a17', 'a18', 'a19', + 'a20', 'a21', 'a22', 'a23', 'a24', 'a25', 'a26', 'a27', 'a28', 'a6', 'a7', + 'a8', 'a9', 'a10', 'a29', 'a30', 'a31', 'a32', 'a33', 'a34', 'a35', 'a36', + 'a37', 'a38', 'a39', 'a40', 'a41', 'a42', 'a43', 'a44', 'a45', 'a46', + 'a47', 'a48', 'a49', 'a50', 'a51', 'a52', 'a53', 'a54', 'a55', 'a56', + 'a57', 'a58', 'a59', 'a60', 'a61', 'a62', 'a63', 'a64', 'a65', 'a66', + 'a67', 'a68', 'a69', 'a70', 'a71', 'a72', 'a73', 'a74', 'a203', 'a75', + 'a204', 'a76', 'a77', 'a78', 'a79', 'a81', 'a82', 'a83', 'a84', 'a97', + 'a98', 'a99', 'a100', '', 'a89', 'a90', 'a93', 'a94', 'a91', 'a92', 'a205', + 'a85', 'a206', 'a86', 'a87', 'a88', 'a95', 'a96', '', '', '', '', '', '', + '', '', '', '', '', '', '', '', '', '', '', '', '', 'a101', 'a102', 'a103', + 'a104', 'a106', 'a107', 'a108', 'a112', 'a111', 'a110', 'a109', 'a120', + 'a121', 'a122', 'a123', 'a124', 'a125', 'a126', 'a127', 'a128', 'a129', + 'a130', 'a131', 'a132', 'a133', 'a134', 'a135', 'a136', 'a137', 'a138', + 'a139', 'a140', 'a141', 'a142', 'a143', 'a144', 'a145', 'a146', 'a147', + 'a148', 'a149', 'a150', 'a151', 'a152', 'a153', 'a154', 'a155', 'a156', + 'a157', 'a158', 'a159', 'a160', 'a161', 'a163', 'a164', 'a196', 'a165', + 'a192', 'a166', 'a167', 'a168', 'a169', 'a170', 'a171', 'a172', 'a173', + 'a162', 'a174', 'a175', 'a176', 'a177', 'a178', 'a179', 'a193', 'a180', + 'a199', 'a181', 'a200', 'a182', '', 'a201', 'a183', 'a184', 'a197', 'a185', + 'a194', 'a198', 'a186', 'a195', 'a187', 'a188', 'a189', 'a190', 'a191'] +}; + +/** + * Hold a map of decoded fonts and of the standard fourteen Type1 + * fonts and their acronyms. + */ +var stdFontMap = { + 'ArialNarrow': 'Helvetica', + 'ArialNarrow-Bold': 'Helvetica-Bold', + 'ArialNarrow-BoldItalic': 'Helvetica-BoldOblique', + 'ArialNarrow-Italic': 'Helvetica-Oblique', + 'ArialBlack': 'Helvetica', + 'ArialBlack-Bold': 'Helvetica-Bold', + 'ArialBlack-BoldItalic': 'Helvetica-BoldOblique', + 'ArialBlack-Italic': 'Helvetica-Oblique', + 'Arial': 'Helvetica', + 'Arial-Bold': 'Helvetica-Bold', + 'Arial-BoldItalic': 'Helvetica-BoldOblique', + 'Arial-Italic': 'Helvetica-Oblique', + 'Arial-BoldItalicMT': 'Helvetica-BoldOblique', + 'Arial-BoldMT': 'Helvetica-Bold', + 'Arial-ItalicMT': 'Helvetica-Oblique', + 'ArialMT': 'Helvetica', + 'Courier-Bold': 'Courier-Bold', + 'Courier-BoldItalic': 'Courier-BoldOblique', + 'Courier-Italic': 'Courier-Oblique', + 'CourierNew': 'Courier', + 'CourierNew-Bold': 'Courier-Bold', + 'CourierNew-BoldItalic': 'Courier-BoldOblique', + 'CourierNew-Italic': 'Courier-Oblique', + 'CourierNewPS-BoldItalicMT': 'Courier-BoldOblique', + 'CourierNewPS-BoldMT': 'Courier-Bold', + 'CourierNewPS-ItalicMT': 'Courier-Oblique', + 'CourierNewPSMT': 'Courier', + 'Helvetica': 'Helvetica', + 'Helvetica-Bold': 'Helvetica-Bold', + 'Helvetica-BoldItalic': 'Helvetica-BoldOblique', + 'Helvetica-BoldOblique': 'Helvetica-BoldOblique', + 'Helvetica-Italic': 'Helvetica-Oblique', + 'Helvetica-Oblique':'Helvetica-Oblique', + 'Symbol-Bold': 'Symbol', + 'Symbol-BoldItalic': 'Symbol', + 'Symbol-Italic': 'Symbol', + 'TimesNewRoman': 'Times-Roman', + 'TimesNewRoman-Bold': 'Times-Bold', + 'TimesNewRoman-BoldItalic': 'Times-BoldItalic', + 'TimesNewRoman-Italic': 'Times-Italic', + 'TimesNewRomanPS': 'Times-Roman', + 'TimesNewRomanPS-Bold': 'Times-Bold', + 'TimesNewRomanPS-BoldItalic': 'Times-BoldItalic', + 'TimesNewRomanPS-BoldItalicMT': 'Times-BoldItalic', + 'TimesNewRomanPS-BoldMT': 'Times-Bold', + 'TimesNewRomanPS-Italic': 'Times-Italic', + 'TimesNewRomanPS-ItalicMT': 'Times-Italic', + 'TimesNewRomanPSMT': 'Times-Roman', + 'TimesNewRomanPSMT-Bold': 'Times-Bold', + 'TimesNewRomanPSMT-BoldItalic': 'Times-BoldItalic', + 'TimesNewRomanPSMT-Italic': 'Times-Italic' +}; + +/** + * Holds the map of the non-standard fonts that might be included as a standard + * fonts without glyph data. + */ +var nonStdFontMap = { + 'CenturyGothic': 'Helvetica', + 'CenturyGothic-Bold': 'Helvetica-Bold', + 'CenturyGothic-BoldItalic': 'Helvetica-BoldOblique', + 'CenturyGothic-Italic': 'Helvetica-Oblique', + 'ComicSansMS': 'Comic Sans MS', + 'ComicSansMS-Bold': 'Comic Sans MS-Bold', + 'ComicSansMS-BoldItalic': 'Comic Sans MS-BoldItalic', + 'ComicSansMS-Italic': 'Comic Sans MS-Italic', + 'LucidaConsole': 'Courier', + 'LucidaConsole-Bold': 'Courier-Bold', + 'LucidaConsole-BoldItalic': 'Courier-BoldOblique', + 'LucidaConsole-Italic': 'Courier-Oblique', + 'MS-Gothic': 'MS Gothic', + 'MS-Gothic-Bold': 'MS Gothic-Bold', + 'MS-Gothic-BoldItalic': 'MS Gothic-BoldItalic', + 'MS-Gothic-Italic': 'MS Gothic-Italic', + 'MS-Mincho': 'MS Mincho', + 'MS-Mincho-Bold': 'MS Mincho-Bold', + 'MS-Mincho-BoldItalic': 'MS Mincho-BoldItalic', + 'MS-Mincho-Italic': 'MS Mincho-Italic', + 'MS-PGothic': 'MS PGothic', + 'MS-PGothic-Bold': 'MS PGothic-Bold', + 'MS-PGothic-BoldItalic': 'MS PGothic-BoldItalic', + 'MS-PGothic-Italic': 'MS PGothic-Italic', + 'MS-PMincho': 'MS PMincho', + 'MS-PMincho-Bold': 'MS PMincho-Bold', + 'MS-PMincho-BoldItalic': 'MS PMincho-BoldItalic', + 'MS-PMincho-Italic': 'MS PMincho-Italic', + 'Wingdings': 'ZapfDingbats' +}; + +var serifFonts = { + 'Adobe Jenson': true, 'Adobe Text': true, 'Albertus': true, + 'Aldus': true, 'Alexandria': true, 'Algerian': true, + 'American Typewriter': true, 'Antiqua': true, 'Apex': true, + 'Arno': true, 'Aster': true, 'Aurora': true, + 'Baskerville': true, 'Bell': true, 'Bembo': true, + 'Bembo Schoolbook': true, 'Benguiat': true, 'Berkeley Old Style': true, + 'Bernhard Modern': true, 'Berthold City': true, 'Bodoni': true, + 'Bauer Bodoni': true, 'Book Antiqua': true, 'Bookman': true, + 'Bordeaux Roman': true, 'Californian FB': true, 'Calisto': true, + 'Calvert': true, 'Capitals': true, 'Cambria': true, + 'Cartier': true, 'Caslon': true, 'Catull': true, + 'Centaur': true, 'Century Old Style': true, 'Century Schoolbook': true, + 'Chaparral': true, 'Charis SIL': true, 'Cheltenham': true, + 'Cholla Slab': true, 'Clarendon': true, 'Clearface': true, + 'Cochin': true, 'Colonna': true, 'Computer Modern': true, + 'Concrete Roman': true, 'Constantia': true, 'Cooper Black': true, + 'Corona': true, 'Ecotype': true, 'Egyptienne': true, + 'Elephant': true, 'Excelsior': true, 'Fairfield': true, + 'FF Scala': true, 'Folkard': true, 'Footlight': true, + 'FreeSerif': true, 'Friz Quadrata': true, 'Garamond': true, + 'Gentium': true, 'Georgia': true, 'Gloucester': true, + 'Goudy Old Style': true, 'Goudy Schoolbook': true, 'Goudy Pro Font': true, + 'Granjon': true, 'Guardian Egyptian': true, 'Heather': true, + 'Hercules': true, 'High Tower Text': true, 'Hiroshige': true, + 'Hoefler Text': true, 'Humana Serif': true, 'Imprint': true, + 'Ionic No. 5': true, 'Janson': true, 'Joanna': true, + 'Korinna': true, 'Lexicon': true, 'Liberation Serif': true, + 'Linux Libertine': true, 'Literaturnaya': true, 'Lucida': true, + 'Lucida Bright': true, 'Melior': true, 'Memphis': true, + 'Miller': true, 'Minion': true, 'Modern': true, + 'Mona Lisa': true, 'Mrs Eaves': true, 'MS Serif': true, + 'Museo Slab': true, 'New York': true, 'Nimbus Roman': true, + 'NPS Rawlinson Roadway': true, 'Palatino': true, 'Perpetua': true, + 'Plantin': true, 'Plantin Schoolbook': true, 'Playbill': true, + 'Poor Richard': true, 'Rawlinson Roadway': true, 'Renault': true, + 'Requiem': true, 'Rockwell': true, 'Roman': true, + 'Rotis Serif': true, 'Sabon': true, 'Scala': true, + 'Seagull': true, 'Sistina': true, 'Souvenir': true, + 'STIX': true, 'Stone Informal': true, 'Stone Serif': true, + 'Sylfaen': true, 'Times': true, 'Trajan': true, + 'Trinité': true, 'Trump Mediaeval': true, 'Utopia': true, + 'Vale Type': true, 'Bitstream Vera': true, 'Vera Serif': true, + 'Versailles': true, 'Wanted': true, 'Weiss': true, + 'Wide Latin': true, 'Windsor': true, 'XITS': true +}; + +var symbolsFonts = { + 'Dingbats': true, 'Symbol': true, 'ZapfDingbats': true +}; + +// Glyph map for well-known standard fonts. Sometimes Ghostscript uses CID fonts +// but does not embed the CID to GID mapping. The mapping is incomplete for all +// glyphs, but common for some set of the standard fonts. +var GlyphMapForStandardFonts = { + '2': 10, '3': 32, '4': 33, '5': 34, '6': 35, '7': 36, '8': 37, '9': 38, + '10': 39, '11': 40, '12': 41, '13': 42, '14': 43, '15': 44, '16': 45, + '17': 46, '18': 47, '19': 48, '20': 49, '21': 50, '22': 51, '23': 52, + '24': 53, '25': 54, '26': 55, '27': 56, '28': 57, '29': 58, '30': 894, + '31': 60, '32': 61, '33': 62, '34': 63, '35': 64, '36': 65, '37': 66, + '38': 67, '39': 68, '40': 69, '41': 70, '42': 71, '43': 72, '44': 73, + '45': 74, '46': 75, '47': 76, '48': 77, '49': 78, '50': 79, '51': 80, + '52': 81, '53': 82, '54': 83, '55': 84, '56': 85, '57': 86, '58': 87, + '59': 88, '60': 89, '61': 90, '62': 91, '63': 92, '64': 93, '65': 94, + '66': 95, '67': 96, '68': 97, '69': 98, '70': 99, '71': 100, '72': 101, + '73': 102, '74': 103, '75': 104, '76': 105, '77': 106, '78': 107, '79': 108, + '80': 109, '81': 110, '82': 111, '83': 112, '84': 113, '85': 114, '86': 115, + '87': 116, '88': 117, '89': 118, '90': 119, '91': 120, '92': 121, '93': 122, + '94': 123, '95': 124, '96': 125, '97': 126, '98': 196, '99': 197, '100': 199, + '101': 201, '102': 209, '103': 214, '104': 220, '105': 225, '106': 224, + '107': 226, '108': 228, '109': 227, '110': 229, '111': 231, '112': 233, + '113': 232, '114': 234, '115': 235, '116': 237, '117': 236, '118': 238, + '119': 239, '120': 241, '121': 243, '122': 242, '123': 244, '124': 246, + '125': 245, '126': 250, '127': 249, '128': 251, '129': 252, '130': 8224, + '131': 176, '132': 162, '133': 163, '134': 167, '135': 8226, '136': 182, + '137': 223, '138': 174, '139': 169, '140': 8482, '141': 180, '142': 168, + '143': 8800, '144': 198, '145': 216, '146': 8734, '147': 177, '148': 8804, + '149': 8805, '150': 165, '151': 181, '152': 8706, '153': 8721, '154': 8719, + '156': 8747, '157': 170, '158': 186, '159': 8486, '160': 230, '161': 248, + '162': 191, '163': 161, '164': 172, '165': 8730, '166': 402, '167': 8776, + '168': 8710, '169': 171, '170': 187, '171': 8230, '210': 218, '223': 711, + '224': 321, '225': 322, '227': 353, '229': 382, '234': 253, '252': 263, + '253': 268, '254': 269, '258': 258, '260': 260, '261': 261, '265': 280, + '266': 281, '268': 283, '269': 313, '275': 323, '276': 324, '278': 328, + '284': 345, '285': 346, '286': 347, '292': 367, '295': 377, '296': 378, + '298': 380, '305': 963, + '306': 964, '307': 966, '308': 8215, '309': 8252, '310': 8319, '311': 8359, + '312': 8592, '313': 8593, '337': 9552, '493': 1039, '494': 1040, '705': 1524, + '706': 8362, '710': 64288, '711': 64298, '759': 1617, '761': 1776, + '763': 1778, '775': 1652, '777': 1764, '778': 1780, '779': 1781, '780': 1782, + '782': 771, '783': 64726, '786': 8363, '788': 8532, '790': 768, '791': 769, + '792': 768, '795': 803, '797': 64336, '798': 64337, '799': 64342, + '800': 64343, '801': 64344, '802': 64345, '803': 64362, '804': 64363, + '805': 64364, '2424': 7821, '2425': 7822, '2426': 7823, '2427': 7824, + '2428': 7825, '2429': 7826, '2430': 7827, '2433': 7682, '2678': 8045, + '2679': 8046, '2830': 1552, '2838': 686, '2840': 751, '2842': 753, + '2843': 754, '2844': 755, '2846': 757, '2856': 767, '2857': 848, '2858': 849, + '2862': 853, '2863': 854, '2864': 855, '2865': 861, '2866': 862, '2906': 7460, + '2908': 7462, '2909': 7463, '2910': 7464, '2912': 7466, '2913': 7467, + '2914': 7468, '2916': 7470, '2917': 7471, '2918': 7472, '2920': 7474, + '2921': 7475, '2922': 7476, '2924': 7478, '2925': 7479, '2926': 7480, + '2928': 7482, '2929': 7483, '2930': 7484, '2932': 7486, '2933': 7487, + '2934': 7488, '2936': 7490, '2937': 7491, '2938': 7492, '2940': 7494, + '2941': 7495, '2942': 7496, '2944': 7498, '2946': 7500, '2948': 7502, + '2950': 7504, '2951': 7505, '2952': 7506, '2954': 7508, '2955': 7509, + '2956': 7510, '2958': 7512, '2959': 7513, '2960': 7514, '2962': 7516, + '2963': 7517, '2964': 7518, '2966': 7520, '2967': 7521, '2968': 7522, + '2970': 7524, '2971': 7525, '2972': 7526, '2974': 7528, '2975': 7529, + '2976': 7530, '2978': 1537, '2979': 1538, '2980': 1539, '2982': 1549, + '2983': 1551, '2984': 1552, '2986': 1554, '2987': 1555, '2988': 1556, + '2990': 1623, '2991': 1624, '2995': 1775, '2999': 1791, '3002': 64290, + '3003': 64291, '3004': 64292, '3006': 64294, '3007': 64295, '3008': 64296, + '3011': 1900, '3014': 8223, '3015': 8244, '3017': 7532, '3018': 7533, + '3019': 7534, '3075': 7590, '3076': 7591, '3079': 7594, '3080': 7595, + '3083': 7598, '3084': 7599, '3087': 7602, '3088': 7603, '3091': 7606, + '3092': 7607, '3095': 7610, '3096': 7611, '3099': 7614, '3100': 7615, + '3103': 7618, '3104': 7619, '3107': 8337, '3108': 8338, '3116': 1884, + '3119': 1885, '3120': 1885, '3123': 1886, '3124': 1886, '3127': 1887, + '3128': 1887, '3131': 1888, '3132': 1888, '3135': 1889, '3136': 1889, + '3139': 1890, '3140': 1890, '3143': 1891, '3144': 1891, '3147': 1892, + '3148': 1892, '3153': 580, '3154': 581, '3157': 584, '3158': 585, '3161': 588, + '3162': 589, '3165': 891, '3166': 892, '3169': 1274, '3170': 1275, + '3173': 1278, '3174': 1279, '3181': 7622, '3182': 7623, '3282': 11799, + '3316': 578, '3379': 42785, '3393': 1159, '3416': 8377 +}; + +// The glyph map for ArialBlack differs slightly from the glyph map used for +// other well-known standard fonts. Hence we use this (incomplete) CID to GID +// mapping to adjust the glyph map for non-embedded ArialBlack fonts. +var SupplementalGlyphMapForArialBlack = { + '227': 322, '264': 261, '291': 346, +}; + +// Some characters, e.g. copyrightserif, are mapped to the private use area and +// might not be displayed using standard fonts. Mapping/hacking well-known chars +// to the similar equivalents in the normal characters range. +var SpecialPUASymbols = { + '63721': 0x00A9, // copyrightsans (0xF8E9) => copyright + '63193': 0x00A9, // copyrightserif (0xF6D9) => copyright + '63720': 0x00AE, // registersans (0xF8E8) => registered + '63194': 0x00AE, // registerserif (0xF6DA) => registered + '63722': 0x2122, // trademarksans (0xF8EA) => trademark + '63195': 0x2122, // trademarkserif (0xF6DB) => trademark + '63729': 0x23A7, // bracelefttp (0xF8F1) + '63730': 0x23A8, // braceleftmid (0xF8F2) + '63731': 0x23A9, // braceleftbt (0xF8F3) + '63740': 0x23AB, // bracerighttp (0xF8FC) + '63741': 0x23AC, // bracerightmid (0xF8FD) + '63742': 0x23AD, // bracerightbt (0xF8FE) + '63726': 0x23A1, // bracketlefttp (0xF8EE) + '63727': 0x23A2, // bracketleftex (0xF8EF) + '63728': 0x23A3, // bracketleftbt (0xF8F0) + '63737': 0x23A4, // bracketrighttp (0xF8F9) + '63738': 0x23A5, // bracketrightex (0xF8FA) + '63739': 0x23A6, // bracketrightbt (0xF8FB) + '63723': 0x239B, // parenlefttp (0xF8EB) + '63724': 0x239C, // parenleftex (0xF8EC) + '63725': 0x239D, // parenleftbt (0xF8ED) + '63734': 0x239E, // parenrighttp (0xF8F6) + '63735': 0x239F, // parenrightex (0xF8F7) + '63736': 0x23A0, // parenrightbt (0xF8F8) +}; +function mapSpecialUnicodeValues(code) { + if (code >= 0xFFF0 && code <= 0xFFFF) { // Specials unicode block. + return 0; + } else if (code >= 0xF600 && code <= 0xF8FF) { + return (SpecialPUASymbols[code] || code); + } + return code; +} + +var UnicodeRanges = [ + { 'begin': 0x0000, 'end': 0x007F }, // Basic Latin + { 'begin': 0x0080, 'end': 0x00FF }, // Latin-1 Supplement + { 'begin': 0x0100, 'end': 0x017F }, // Latin Extended-A + { 'begin': 0x0180, 'end': 0x024F }, // Latin Extended-B + { 'begin': 0x0250, 'end': 0x02AF }, // IPA Extensions + { 'begin': 0x02B0, 'end': 0x02FF }, // Spacing Modifier Letters + { 'begin': 0x0300, 'end': 0x036F }, // Combining Diacritical Marks + { 'begin': 0x0370, 'end': 0x03FF }, // Greek and Coptic + { 'begin': 0x2C80, 'end': 0x2CFF }, // Coptic + { 'begin': 0x0400, 'end': 0x04FF }, // Cyrillic + { 'begin': 0x0530, 'end': 0x058F }, // Armenian + { 'begin': 0x0590, 'end': 0x05FF }, // Hebrew + { 'begin': 0xA500, 'end': 0xA63F }, // Vai + { 'begin': 0x0600, 'end': 0x06FF }, // Arabic + { 'begin': 0x07C0, 'end': 0x07FF }, // NKo + { 'begin': 0x0900, 'end': 0x097F }, // Devanagari + { 'begin': 0x0980, 'end': 0x09FF }, // Bengali + { 'begin': 0x0A00, 'end': 0x0A7F }, // Gurmukhi + { 'begin': 0x0A80, 'end': 0x0AFF }, // Gujarati + { 'begin': 0x0B00, 'end': 0x0B7F }, // Oriya + { 'begin': 0x0B80, 'end': 0x0BFF }, // Tamil + { 'begin': 0x0C00, 'end': 0x0C7F }, // Telugu + { 'begin': 0x0C80, 'end': 0x0CFF }, // Kannada + { 'begin': 0x0D00, 'end': 0x0D7F }, // Malayalam + { 'begin': 0x0E00, 'end': 0x0E7F }, // Thai + { 'begin': 0x0E80, 'end': 0x0EFF }, // Lao + { 'begin': 0x10A0, 'end': 0x10FF }, // Georgian + { 'begin': 0x1B00, 'end': 0x1B7F }, // Balinese + { 'begin': 0x1100, 'end': 0x11FF }, // Hangul Jamo + { 'begin': 0x1E00, 'end': 0x1EFF }, // Latin Extended Additional + { 'begin': 0x1F00, 'end': 0x1FFF }, // Greek Extended + { 'begin': 0x2000, 'end': 0x206F }, // General Punctuation + { 'begin': 0x2070, 'end': 0x209F }, // Superscripts And Subscripts + { 'begin': 0x20A0, 'end': 0x20CF }, // Currency Symbol + { 'begin': 0x20D0, 'end': 0x20FF }, // Combining Diacritical Marks For Symbols + { 'begin': 0x2100, 'end': 0x214F }, // Letterlike Symbols + { 'begin': 0x2150, 'end': 0x218F }, // Number Forms + { 'begin': 0x2190, 'end': 0x21FF }, // Arrows + { 'begin': 0x2200, 'end': 0x22FF }, // Mathematical Operators + { 'begin': 0x2300, 'end': 0x23FF }, // Miscellaneous Technical + { 'begin': 0x2400, 'end': 0x243F }, // Control Pictures + { 'begin': 0x2440, 'end': 0x245F }, // Optical Character Recognition + { 'begin': 0x2460, 'end': 0x24FF }, // Enclosed Alphanumerics + { 'begin': 0x2500, 'end': 0x257F }, // Box Drawing + { 'begin': 0x2580, 'end': 0x259F }, // Block Elements + { 'begin': 0x25A0, 'end': 0x25FF }, // Geometric Shapes + { 'begin': 0x2600, 'end': 0x26FF }, // Miscellaneous Symbols + { 'begin': 0x2700, 'end': 0x27BF }, // Dingbats + { 'begin': 0x3000, 'end': 0x303F }, // CJK Symbols And Punctuation + { 'begin': 0x3040, 'end': 0x309F }, // Hiragana + { 'begin': 0x30A0, 'end': 0x30FF }, // Katakana + { 'begin': 0x3100, 'end': 0x312F }, // Bopomofo + { 'begin': 0x3130, 'end': 0x318F }, // Hangul Compatibility Jamo + { 'begin': 0xA840, 'end': 0xA87F }, // Phags-pa + { 'begin': 0x3200, 'end': 0x32FF }, // Enclosed CJK Letters And Months + { 'begin': 0x3300, 'end': 0x33FF }, // CJK Compatibility + { 'begin': 0xAC00, 'end': 0xD7AF }, // Hangul Syllables + { 'begin': 0xD800, 'end': 0xDFFF }, // Non-Plane 0 * + { 'begin': 0x10900, 'end': 0x1091F }, // Phoenicia + { 'begin': 0x4E00, 'end': 0x9FFF }, // CJK Unified Ideographs + { 'begin': 0xE000, 'end': 0xF8FF }, // Private Use Area (plane 0) + { 'begin': 0x31C0, 'end': 0x31EF }, // CJK Strokes + { 'begin': 0xFB00, 'end': 0xFB4F }, // Alphabetic Presentation Forms + { 'begin': 0xFB50, 'end': 0xFDFF }, // Arabic Presentation Forms-A + { 'begin': 0xFE20, 'end': 0xFE2F }, // Combining Half Marks + { 'begin': 0xFE10, 'end': 0xFE1F }, // Vertical Forms + { 'begin': 0xFE50, 'end': 0xFE6F }, // Small Form Variants + { 'begin': 0xFE70, 'end': 0xFEFF }, // Arabic Presentation Forms-B + { 'begin': 0xFF00, 'end': 0xFFEF }, // Halfwidth And Fullwidth Forms + { 'begin': 0xFFF0, 'end': 0xFFFF }, // Specials + { 'begin': 0x0F00, 'end': 0x0FFF }, // Tibetan + { 'begin': 0x0700, 'end': 0x074F }, // Syriac + { 'begin': 0x0780, 'end': 0x07BF }, // Thaana + { 'begin': 0x0D80, 'end': 0x0DFF }, // Sinhala + { 'begin': 0x1000, 'end': 0x109F }, // Myanmar + { 'begin': 0x1200, 'end': 0x137F }, // Ethiopic + { 'begin': 0x13A0, 'end': 0x13FF }, // Cherokee + { 'begin': 0x1400, 'end': 0x167F }, // Unified Canadian Aboriginal Syllabics + { 'begin': 0x1680, 'end': 0x169F }, // Ogham + { 'begin': 0x16A0, 'end': 0x16FF }, // Runic + { 'begin': 0x1780, 'end': 0x17FF }, // Khmer + { 'begin': 0x1800, 'end': 0x18AF }, // Mongolian + { 'begin': 0x2800, 'end': 0x28FF }, // Braille Patterns + { 'begin': 0xA000, 'end': 0xA48F }, // Yi Syllables + { 'begin': 0x1700, 'end': 0x171F }, // Tagalog + { 'begin': 0x10300, 'end': 0x1032F }, // Old Italic + { 'begin': 0x10330, 'end': 0x1034F }, // Gothic + { 'begin': 0x10400, 'end': 0x1044F }, // Deseret + { 'begin': 0x1D000, 'end': 0x1D0FF }, // Byzantine Musical Symbols + { 'begin': 0x1D400, 'end': 0x1D7FF }, // Mathematical Alphanumeric Symbols + { 'begin': 0xFF000, 'end': 0xFFFFD }, // Private Use (plane 15) + { 'begin': 0xFE00, 'end': 0xFE0F }, // Variation Selectors + { 'begin': 0xE0000, 'end': 0xE007F }, // Tags + { 'begin': 0x1900, 'end': 0x194F }, // Limbu + { 'begin': 0x1950, 'end': 0x197F }, // Tai Le + { 'begin': 0x1980, 'end': 0x19DF }, // New Tai Lue + { 'begin': 0x1A00, 'end': 0x1A1F }, // Buginese + { 'begin': 0x2C00, 'end': 0x2C5F }, // Glagolitic + { 'begin': 0x2D30, 'end': 0x2D7F }, // Tifinagh + { 'begin': 0x4DC0, 'end': 0x4DFF }, // Yijing Hexagram Symbols + { 'begin': 0xA800, 'end': 0xA82F }, // Syloti Nagri + { 'begin': 0x10000, 'end': 0x1007F }, // Linear B Syllabary + { 'begin': 0x10140, 'end': 0x1018F }, // Ancient Greek Numbers + { 'begin': 0x10380, 'end': 0x1039F }, // Ugaritic + { 'begin': 0x103A0, 'end': 0x103DF }, // Old Persian + { 'begin': 0x10450, 'end': 0x1047F }, // Shavian + { 'begin': 0x10480, 'end': 0x104AF }, // Osmanya + { 'begin': 0x10800, 'end': 0x1083F }, // Cypriot Syllabary + { 'begin': 0x10A00, 'end': 0x10A5F }, // Kharoshthi + { 'begin': 0x1D300, 'end': 0x1D35F }, // Tai Xuan Jing Symbols + { 'begin': 0x12000, 'end': 0x123FF }, // Cuneiform + { 'begin': 0x1D360, 'end': 0x1D37F }, // Counting Rod Numerals + { 'begin': 0x1B80, 'end': 0x1BBF }, // Sundanese + { 'begin': 0x1C00, 'end': 0x1C4F }, // Lepcha + { 'begin': 0x1C50, 'end': 0x1C7F }, // Ol Chiki + { 'begin': 0xA880, 'end': 0xA8DF }, // Saurashtra + { 'begin': 0xA900, 'end': 0xA92F }, // Kayah Li + { 'begin': 0xA930, 'end': 0xA95F }, // Rejang + { 'begin': 0xAA00, 'end': 0xAA5F }, // Cham + { 'begin': 0x10190, 'end': 0x101CF }, // Ancient Symbols + { 'begin': 0x101D0, 'end': 0x101FF }, // Phaistos Disc + { 'begin': 0x102A0, 'end': 0x102DF }, // Carian + { 'begin': 0x1F030, 'end': 0x1F09F } // Domino Tiles +]; + +var MacStandardGlyphOrdering = [ + '.notdef', '.null', 'nonmarkingreturn', 'space', 'exclam', 'quotedbl', + 'numbersign', 'dollar', 'percent', 'ampersand', 'quotesingle', 'parenleft', + 'parenright', 'asterisk', 'plus', 'comma', 'hyphen', 'period', 'slash', + 'zero', 'one', 'two', 'three', 'four', 'five', 'six', 'seven', 'eight', + 'nine', 'colon', 'semicolon', 'less', 'equal', 'greater', 'question', 'at', + 'A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', + 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z', 'bracketleft', + 'backslash', 'bracketright', 'asciicircum', 'underscore', 'grave', 'a', 'b', + 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', + 'r', 's', 't', 'u', 'v', 'w', 'x', 'y', 'z', 'braceleft', 'bar', 'braceright', + 'asciitilde', 'Adieresis', 'Aring', 'Ccedilla', 'Eacute', 'Ntilde', + 'Odieresis', 'Udieresis', 'aacute', 'agrave', 'acircumflex', 'adieresis', + 'atilde', 'aring', 'ccedilla', 'eacute', 'egrave', 'ecircumflex', 'edieresis', + 'iacute', 'igrave', 'icircumflex', 'idieresis', 'ntilde', 'oacute', 'ograve', + 'ocircumflex', 'odieresis', 'otilde', 'uacute', 'ugrave', 'ucircumflex', + 'udieresis', 'dagger', 'degree', 'cent', 'sterling', 'section', 'bullet', + 'paragraph', 'germandbls', 'registered', 'copyright', 'trademark', 'acute', + 'dieresis', 'notequal', 'AE', 'Oslash', 'infinity', 'plusminus', 'lessequal', + 'greaterequal', 'yen', 'mu', 'partialdiff', 'summation', 'product', 'pi', + 'integral', 'ordfeminine', 'ordmasculine', 'Omega', 'ae', 'oslash', + 'questiondown', 'exclamdown', 'logicalnot', 'radical', 'florin', + 'approxequal', 'Delta', 'guillemotleft', 'guillemotright', 'ellipsis', + 'nonbreakingspace', 'Agrave', 'Atilde', 'Otilde', 'OE', 'oe', 'endash', + 'emdash', 'quotedblleft', 'quotedblright', 'quoteleft', 'quoteright', + 'divide', 'lozenge', 'ydieresis', 'Ydieresis', 'fraction', 'currency', + 'guilsinglleft', 'guilsinglright', 'fi', 'fl', 'daggerdbl', 'periodcentered', + 'quotesinglbase', 'quotedblbase', 'perthousand', 'Acircumflex', + 'Ecircumflex', 'Aacute', 'Edieresis', 'Egrave', 'Iacute', 'Icircumflex', + 'Idieresis', 'Igrave', 'Oacute', 'Ocircumflex', 'apple', 'Ograve', 'Uacute', + 'Ucircumflex', 'Ugrave', 'dotlessi', 'circumflex', 'tilde', 'macron', + 'breve', 'dotaccent', 'ring', 'cedilla', 'hungarumlaut', 'ogonek', 'caron', + 'Lslash', 'lslash', 'Scaron', 'scaron', 'Zcaron', 'zcaron', 'brokenbar', + 'Eth', 'eth', 'Yacute', 'yacute', 'Thorn', 'thorn', 'minus', 'multiply', + 'onesuperior', 'twosuperior', 'threesuperior', 'onehalf', 'onequarter', + 'threequarters', 'franc', 'Gbreve', 'gbreve', 'Idotaccent', 'Scedilla', + 'scedilla', 'Cacute', 'cacute', 'Ccaron', 'ccaron', 'dcroat']; + +function getUnicodeRangeFor(value) { + for (var i = 0, ii = UnicodeRanges.length; i < ii; i++) { + var range = UnicodeRanges[i]; + if (value >= range.begin && value < range.end) { + return i; + } + } + return -1; +} + +function isRTLRangeFor(value) { + var range = UnicodeRanges[13]; + if (value >= range.begin && value < range.end) { + return true; + } + range = UnicodeRanges[11]; + if (value >= range.begin && value < range.end) { + return true; + } + return false; +} + +// The normalization table is obtained by filtering the Unicode characters +// database with entries. +var NormalizedUnicodes = { + '\u00A8': '\u0020\u0308', + '\u00AF': '\u0020\u0304', + '\u00B4': '\u0020\u0301', + '\u00B5': '\u03BC', + '\u00B8': '\u0020\u0327', + '\u0132': '\u0049\u004A', + '\u0133': '\u0069\u006A', + '\u013F': '\u004C\u00B7', + '\u0140': '\u006C\u00B7', + '\u0149': '\u02BC\u006E', + '\u017F': '\u0073', + '\u01C4': '\u0044\u017D', + '\u01C5': '\u0044\u017E', + '\u01C6': '\u0064\u017E', + '\u01C7': '\u004C\u004A', + '\u01C8': '\u004C\u006A', + '\u01C9': '\u006C\u006A', + '\u01CA': '\u004E\u004A', + '\u01CB': '\u004E\u006A', + '\u01CC': '\u006E\u006A', + '\u01F1': '\u0044\u005A', + '\u01F2': '\u0044\u007A', + '\u01F3': '\u0064\u007A', + '\u02D8': '\u0020\u0306', + '\u02D9': '\u0020\u0307', + '\u02DA': '\u0020\u030A', + '\u02DB': '\u0020\u0328', + '\u02DC': '\u0020\u0303', + '\u02DD': '\u0020\u030B', + '\u037A': '\u0020\u0345', + '\u0384': '\u0020\u0301', + '\u03D0': '\u03B2', + '\u03D1': '\u03B8', + '\u03D2': '\u03A5', + '\u03D5': '\u03C6', + '\u03D6': '\u03C0', + '\u03F0': '\u03BA', + '\u03F1': '\u03C1', + '\u03F2': '\u03C2', + '\u03F4': '\u0398', + '\u03F5': '\u03B5', + '\u03F9': '\u03A3', + '\u0587': '\u0565\u0582', + '\u0675': '\u0627\u0674', + '\u0676': '\u0648\u0674', + '\u0677': '\u06C7\u0674', + '\u0678': '\u064A\u0674', + '\u0E33': '\u0E4D\u0E32', + '\u0EB3': '\u0ECD\u0EB2', + '\u0EDC': '\u0EAB\u0E99', + '\u0EDD': '\u0EAB\u0EA1', + '\u0F77': '\u0FB2\u0F81', + '\u0F79': '\u0FB3\u0F81', + '\u1E9A': '\u0061\u02BE', + '\u1FBD': '\u0020\u0313', + '\u1FBF': '\u0020\u0313', + '\u1FC0': '\u0020\u0342', + '\u1FFE': '\u0020\u0314', + '\u2002': '\u0020', + '\u2003': '\u0020', + '\u2004': '\u0020', + '\u2005': '\u0020', + '\u2006': '\u0020', + '\u2008': '\u0020', + '\u2009': '\u0020', + '\u200A': '\u0020', + '\u2017': '\u0020\u0333', + '\u2024': '\u002E', + '\u2025': '\u002E\u002E', + '\u2026': '\u002E\u002E\u002E', + '\u2033': '\u2032\u2032', + '\u2034': '\u2032\u2032\u2032', + '\u2036': '\u2035\u2035', + '\u2037': '\u2035\u2035\u2035', + '\u203C': '\u0021\u0021', + '\u203E': '\u0020\u0305', + '\u2047': '\u003F\u003F', + '\u2048': '\u003F\u0021', + '\u2049': '\u0021\u003F', + '\u2057': '\u2032\u2032\u2032\u2032', + '\u205F': '\u0020', + '\u20A8': '\u0052\u0073', + '\u2100': '\u0061\u002F\u0063', + '\u2101': '\u0061\u002F\u0073', + '\u2103': '\u00B0\u0043', + '\u2105': '\u0063\u002F\u006F', + '\u2106': '\u0063\u002F\u0075', + '\u2107': '\u0190', + '\u2109': '\u00B0\u0046', + '\u2116': '\u004E\u006F', + '\u2121': '\u0054\u0045\u004C', + '\u2135': '\u05D0', + '\u2136': '\u05D1', + '\u2137': '\u05D2', + '\u2138': '\u05D3', + '\u213B': '\u0046\u0041\u0058', + '\u2160': '\u0049', + '\u2161': '\u0049\u0049', + '\u2162': '\u0049\u0049\u0049', + '\u2163': '\u0049\u0056', + '\u2164': '\u0056', + '\u2165': '\u0056\u0049', + '\u2166': '\u0056\u0049\u0049', + '\u2167': '\u0056\u0049\u0049\u0049', + '\u2168': '\u0049\u0058', + '\u2169': '\u0058', + '\u216A': '\u0058\u0049', + '\u216B': '\u0058\u0049\u0049', + '\u216C': '\u004C', + '\u216D': '\u0043', + '\u216E': '\u0044', + '\u216F': '\u004D', + '\u2170': '\u0069', + '\u2171': '\u0069\u0069', + '\u2172': '\u0069\u0069\u0069', + '\u2173': '\u0069\u0076', + '\u2174': '\u0076', + '\u2175': '\u0076\u0069', + '\u2176': '\u0076\u0069\u0069', + '\u2177': '\u0076\u0069\u0069\u0069', + '\u2178': '\u0069\u0078', + '\u2179': '\u0078', + '\u217A': '\u0078\u0069', + '\u217B': '\u0078\u0069\u0069', + '\u217C': '\u006C', + '\u217D': '\u0063', + '\u217E': '\u0064', + '\u217F': '\u006D', + '\u222C': '\u222B\u222B', + '\u222D': '\u222B\u222B\u222B', + '\u222F': '\u222E\u222E', + '\u2230': '\u222E\u222E\u222E', + '\u2474': '\u0028\u0031\u0029', + '\u2475': '\u0028\u0032\u0029', + '\u2476': '\u0028\u0033\u0029', + '\u2477': '\u0028\u0034\u0029', + '\u2478': '\u0028\u0035\u0029', + '\u2479': '\u0028\u0036\u0029', + '\u247A': '\u0028\u0037\u0029', + '\u247B': '\u0028\u0038\u0029', + '\u247C': '\u0028\u0039\u0029', + '\u247D': '\u0028\u0031\u0030\u0029', + '\u247E': '\u0028\u0031\u0031\u0029', + '\u247F': '\u0028\u0031\u0032\u0029', + '\u2480': '\u0028\u0031\u0033\u0029', + '\u2481': '\u0028\u0031\u0034\u0029', + '\u2482': '\u0028\u0031\u0035\u0029', + '\u2483': '\u0028\u0031\u0036\u0029', + '\u2484': '\u0028\u0031\u0037\u0029', + '\u2485': '\u0028\u0031\u0038\u0029', + '\u2486': '\u0028\u0031\u0039\u0029', + '\u2487': '\u0028\u0032\u0030\u0029', + '\u2488': '\u0031\u002E', + '\u2489': '\u0032\u002E', + '\u248A': '\u0033\u002E', + '\u248B': '\u0034\u002E', + '\u248C': '\u0035\u002E', + '\u248D': '\u0036\u002E', + '\u248E': '\u0037\u002E', + '\u248F': '\u0038\u002E', + '\u2490': '\u0039\u002E', + '\u2491': '\u0031\u0030\u002E', + '\u2492': '\u0031\u0031\u002E', + '\u2493': '\u0031\u0032\u002E', + '\u2494': '\u0031\u0033\u002E', + '\u2495': '\u0031\u0034\u002E', + '\u2496': '\u0031\u0035\u002E', + '\u2497': '\u0031\u0036\u002E', + '\u2498': '\u0031\u0037\u002E', + '\u2499': '\u0031\u0038\u002E', + '\u249A': '\u0031\u0039\u002E', + '\u249B': '\u0032\u0030\u002E', + '\u249C': '\u0028\u0061\u0029', + '\u249D': '\u0028\u0062\u0029', + '\u249E': '\u0028\u0063\u0029', + '\u249F': '\u0028\u0064\u0029', + '\u24A0': '\u0028\u0065\u0029', + '\u24A1': '\u0028\u0066\u0029', + '\u24A2': '\u0028\u0067\u0029', + '\u24A3': '\u0028\u0068\u0029', + '\u24A4': '\u0028\u0069\u0029', + '\u24A5': '\u0028\u006A\u0029', + '\u24A6': '\u0028\u006B\u0029', + '\u24A7': '\u0028\u006C\u0029', + '\u24A8': '\u0028\u006D\u0029', + '\u24A9': '\u0028\u006E\u0029', + '\u24AA': '\u0028\u006F\u0029', + '\u24AB': '\u0028\u0070\u0029', + '\u24AC': '\u0028\u0071\u0029', + '\u24AD': '\u0028\u0072\u0029', + '\u24AE': '\u0028\u0073\u0029', + '\u24AF': '\u0028\u0074\u0029', + '\u24B0': '\u0028\u0075\u0029', + '\u24B1': '\u0028\u0076\u0029', + '\u24B2': '\u0028\u0077\u0029', + '\u24B3': '\u0028\u0078\u0029', + '\u24B4': '\u0028\u0079\u0029', + '\u24B5': '\u0028\u007A\u0029', + '\u2A0C': '\u222B\u222B\u222B\u222B', + '\u2A74': '\u003A\u003A\u003D', + '\u2A75': '\u003D\u003D', + '\u2A76': '\u003D\u003D\u003D', + '\u2E9F': '\u6BCD', + '\u2EF3': '\u9F9F', + '\u2F00': '\u4E00', + '\u2F01': '\u4E28', + '\u2F02': '\u4E36', + '\u2F03': '\u4E3F', + '\u2F04': '\u4E59', + '\u2F05': '\u4E85', + '\u2F06': '\u4E8C', + '\u2F07': '\u4EA0', + '\u2F08': '\u4EBA', + '\u2F09': '\u513F', + '\u2F0A': '\u5165', + '\u2F0B': '\u516B', + '\u2F0C': '\u5182', + '\u2F0D': '\u5196', + '\u2F0E': '\u51AB', + '\u2F0F': '\u51E0', + '\u2F10': '\u51F5', + '\u2F11': '\u5200', + '\u2F12': '\u529B', + '\u2F13': '\u52F9', + '\u2F14': '\u5315', + '\u2F15': '\u531A', + '\u2F16': '\u5338', + '\u2F17': '\u5341', + '\u2F18': '\u535C', + '\u2F19': '\u5369', + '\u2F1A': '\u5382', + '\u2F1B': '\u53B6', + '\u2F1C': '\u53C8', + '\u2F1D': '\u53E3', + '\u2F1E': '\u56D7', + '\u2F1F': '\u571F', + '\u2F20': '\u58EB', + '\u2F21': '\u5902', + '\u2F22': '\u590A', + '\u2F23': '\u5915', + '\u2F24': '\u5927', + '\u2F25': '\u5973', + '\u2F26': '\u5B50', + '\u2F27': '\u5B80', + '\u2F28': '\u5BF8', + '\u2F29': '\u5C0F', + '\u2F2A': '\u5C22', + '\u2F2B': '\u5C38', + '\u2F2C': '\u5C6E', + '\u2F2D': '\u5C71', + '\u2F2E': '\u5DDB', + '\u2F2F': '\u5DE5', + '\u2F30': '\u5DF1', + '\u2F31': '\u5DFE', + '\u2F32': '\u5E72', + '\u2F33': '\u5E7A', + '\u2F34': '\u5E7F', + '\u2F35': '\u5EF4', + '\u2F36': '\u5EFE', + '\u2F37': '\u5F0B', + '\u2F38': '\u5F13', + '\u2F39': '\u5F50', + '\u2F3A': '\u5F61', + '\u2F3B': '\u5F73', + '\u2F3C': '\u5FC3', + '\u2F3D': '\u6208', + '\u2F3E': '\u6236', + '\u2F3F': '\u624B', + '\u2F40': '\u652F', + '\u2F41': '\u6534', + '\u2F42': '\u6587', + '\u2F43': '\u6597', + '\u2F44': '\u65A4', + '\u2F45': '\u65B9', + '\u2F46': '\u65E0', + '\u2F47': '\u65E5', + '\u2F48': '\u66F0', + '\u2F49': '\u6708', + '\u2F4A': '\u6728', + '\u2F4B': '\u6B20', + '\u2F4C': '\u6B62', + '\u2F4D': '\u6B79', + '\u2F4E': '\u6BB3', + '\u2F4F': '\u6BCB', + '\u2F50': '\u6BD4', + '\u2F51': '\u6BDB', + '\u2F52': '\u6C0F', + '\u2F53': '\u6C14', + '\u2F54': '\u6C34', + '\u2F55': '\u706B', + '\u2F56': '\u722A', + '\u2F57': '\u7236', + '\u2F58': '\u723B', + '\u2F59': '\u723F', + '\u2F5A': '\u7247', + '\u2F5B': '\u7259', + '\u2F5C': '\u725B', + '\u2F5D': '\u72AC', + '\u2F5E': '\u7384', + '\u2F5F': '\u7389', + '\u2F60': '\u74DC', + '\u2F61': '\u74E6', + '\u2F62': '\u7518', + '\u2F63': '\u751F', + '\u2F64': '\u7528', + '\u2F65': '\u7530', + '\u2F66': '\u758B', + '\u2F67': '\u7592', + '\u2F68': '\u7676', + '\u2F69': '\u767D', + '\u2F6A': '\u76AE', + '\u2F6B': '\u76BF', + '\u2F6C': '\u76EE', + '\u2F6D': '\u77DB', + '\u2F6E': '\u77E2', + '\u2F6F': '\u77F3', + '\u2F70': '\u793A', + '\u2F71': '\u79B8', + '\u2F72': '\u79BE', + '\u2F73': '\u7A74', + '\u2F74': '\u7ACB', + '\u2F75': '\u7AF9', + '\u2F76': '\u7C73', + '\u2F77': '\u7CF8', + '\u2F78': '\u7F36', + '\u2F79': '\u7F51', + '\u2F7A': '\u7F8A', + '\u2F7B': '\u7FBD', + '\u2F7C': '\u8001', + '\u2F7D': '\u800C', + '\u2F7E': '\u8012', + '\u2F7F': '\u8033', + '\u2F80': '\u807F', + '\u2F81': '\u8089', + '\u2F82': '\u81E3', + '\u2F83': '\u81EA', + '\u2F84': '\u81F3', + '\u2F85': '\u81FC', + '\u2F86': '\u820C', + '\u2F87': '\u821B', + '\u2F88': '\u821F', + '\u2F89': '\u826E', + '\u2F8A': '\u8272', + '\u2F8B': '\u8278', + '\u2F8C': '\u864D', + '\u2F8D': '\u866B', + '\u2F8E': '\u8840', + '\u2F8F': '\u884C', + '\u2F90': '\u8863', + '\u2F91': '\u897E', + '\u2F92': '\u898B', + '\u2F93': '\u89D2', + '\u2F94': '\u8A00', + '\u2F95': '\u8C37', + '\u2F96': '\u8C46', + '\u2F97': '\u8C55', + '\u2F98': '\u8C78', + '\u2F99': '\u8C9D', + '\u2F9A': '\u8D64', + '\u2F9B': '\u8D70', + '\u2F9C': '\u8DB3', + '\u2F9D': '\u8EAB', + '\u2F9E': '\u8ECA', + '\u2F9F': '\u8F9B', + '\u2FA0': '\u8FB0', + '\u2FA1': '\u8FB5', + '\u2FA2': '\u9091', + '\u2FA3': '\u9149', + '\u2FA4': '\u91C6', + '\u2FA5': '\u91CC', + '\u2FA6': '\u91D1', + '\u2FA7': '\u9577', + '\u2FA8': '\u9580', + '\u2FA9': '\u961C', + '\u2FAA': '\u96B6', + '\u2FAB': '\u96B9', + '\u2FAC': '\u96E8', + '\u2FAD': '\u9751', + '\u2FAE': '\u975E', + '\u2FAF': '\u9762', + '\u2FB0': '\u9769', + '\u2FB1': '\u97CB', + '\u2FB2': '\u97ED', + '\u2FB3': '\u97F3', + '\u2FB4': '\u9801', + '\u2FB5': '\u98A8', + '\u2FB6': '\u98DB', + '\u2FB7': '\u98DF', + '\u2FB8': '\u9996', + '\u2FB9': '\u9999', + '\u2FBA': '\u99AC', + '\u2FBB': '\u9AA8', + '\u2FBC': '\u9AD8', + '\u2FBD': '\u9ADF', + '\u2FBE': '\u9B25', + '\u2FBF': '\u9B2F', + '\u2FC0': '\u9B32', + '\u2FC1': '\u9B3C', + '\u2FC2': '\u9B5A', + '\u2FC3': '\u9CE5', + '\u2FC4': '\u9E75', + '\u2FC5': '\u9E7F', + '\u2FC6': '\u9EA5', + '\u2FC7': '\u9EBB', + '\u2FC8': '\u9EC3', + '\u2FC9': '\u9ECD', + '\u2FCA': '\u9ED1', + '\u2FCB': '\u9EF9', + '\u2FCC': '\u9EFD', + '\u2FCD': '\u9F0E', + '\u2FCE': '\u9F13', + '\u2FCF': '\u9F20', + '\u2FD0': '\u9F3B', + '\u2FD1': '\u9F4A', + '\u2FD2': '\u9F52', + '\u2FD3': '\u9F8D', + '\u2FD4': '\u9F9C', + '\u2FD5': '\u9FA0', + '\u3036': '\u3012', + '\u3038': '\u5341', + '\u3039': '\u5344', + '\u303A': '\u5345', + '\u309B': '\u0020\u3099', + '\u309C': '\u0020\u309A', + '\u3131': '\u1100', + '\u3132': '\u1101', + '\u3133': '\u11AA', + '\u3134': '\u1102', + '\u3135': '\u11AC', + '\u3136': '\u11AD', + '\u3137': '\u1103', + '\u3138': '\u1104', + '\u3139': '\u1105', + '\u313A': '\u11B0', + '\u313B': '\u11B1', + '\u313C': '\u11B2', + '\u313D': '\u11B3', + '\u313E': '\u11B4', + '\u313F': '\u11B5', + '\u3140': '\u111A', + '\u3141': '\u1106', + '\u3142': '\u1107', + '\u3143': '\u1108', + '\u3144': '\u1121', + '\u3145': '\u1109', + '\u3146': '\u110A', + '\u3147': '\u110B', + '\u3148': '\u110C', + '\u3149': '\u110D', + '\u314A': '\u110E', + '\u314B': '\u110F', + '\u314C': '\u1110', + '\u314D': '\u1111', + '\u314E': '\u1112', + '\u314F': '\u1161', + '\u3150': '\u1162', + '\u3151': '\u1163', + '\u3152': '\u1164', + '\u3153': '\u1165', + '\u3154': '\u1166', + '\u3155': '\u1167', + '\u3156': '\u1168', + '\u3157': '\u1169', + '\u3158': '\u116A', + '\u3159': '\u116B', + '\u315A': '\u116C', + '\u315B': '\u116D', + '\u315C': '\u116E', + '\u315D': '\u116F', + '\u315E': '\u1170', + '\u315F': '\u1171', + '\u3160': '\u1172', + '\u3161': '\u1173', + '\u3162': '\u1174', + '\u3163': '\u1175', + '\u3164': '\u1160', + '\u3165': '\u1114', + '\u3166': '\u1115', + '\u3167': '\u11C7', + '\u3168': '\u11C8', + '\u3169': '\u11CC', + '\u316A': '\u11CE', + '\u316B': '\u11D3', + '\u316C': '\u11D7', + '\u316D': '\u11D9', + '\u316E': '\u111C', + '\u316F': '\u11DD', + '\u3170': '\u11DF', + '\u3171': '\u111D', + '\u3172': '\u111E', + '\u3173': '\u1120', + '\u3174': '\u1122', + '\u3175': '\u1123', + '\u3176': '\u1127', + '\u3177': '\u1129', + '\u3178': '\u112B', + '\u3179': '\u112C', + '\u317A': '\u112D', + '\u317B': '\u112E', + '\u317C': '\u112F', + '\u317D': '\u1132', + '\u317E': '\u1136', + '\u317F': '\u1140', + '\u3180': '\u1147', + '\u3181': '\u114C', + '\u3182': '\u11F1', + '\u3183': '\u11F2', + '\u3184': '\u1157', + '\u3185': '\u1158', + '\u3186': '\u1159', + '\u3187': '\u1184', + '\u3188': '\u1185', + '\u3189': '\u1188', + '\u318A': '\u1191', + '\u318B': '\u1192', + '\u318C': '\u1194', + '\u318D': '\u119E', + '\u318E': '\u11A1', + '\u3200': '\u0028\u1100\u0029', + '\u3201': '\u0028\u1102\u0029', + '\u3202': '\u0028\u1103\u0029', + '\u3203': '\u0028\u1105\u0029', + '\u3204': '\u0028\u1106\u0029', + '\u3205': '\u0028\u1107\u0029', + '\u3206': '\u0028\u1109\u0029', + '\u3207': '\u0028\u110B\u0029', + '\u3208': '\u0028\u110C\u0029', + '\u3209': '\u0028\u110E\u0029', + '\u320A': '\u0028\u110F\u0029', + '\u320B': '\u0028\u1110\u0029', + '\u320C': '\u0028\u1111\u0029', + '\u320D': '\u0028\u1112\u0029', + '\u320E': '\u0028\u1100\u1161\u0029', + '\u320F': '\u0028\u1102\u1161\u0029', + '\u3210': '\u0028\u1103\u1161\u0029', + '\u3211': '\u0028\u1105\u1161\u0029', + '\u3212': '\u0028\u1106\u1161\u0029', + '\u3213': '\u0028\u1107\u1161\u0029', + '\u3214': '\u0028\u1109\u1161\u0029', + '\u3215': '\u0028\u110B\u1161\u0029', + '\u3216': '\u0028\u110C\u1161\u0029', + '\u3217': '\u0028\u110E\u1161\u0029', + '\u3218': '\u0028\u110F\u1161\u0029', + '\u3219': '\u0028\u1110\u1161\u0029', + '\u321A': '\u0028\u1111\u1161\u0029', + '\u321B': '\u0028\u1112\u1161\u0029', + '\u321C': '\u0028\u110C\u116E\u0029', + '\u321D': '\u0028\u110B\u1169\u110C\u1165\u11AB\u0029', + '\u321E': '\u0028\u110B\u1169\u1112\u116E\u0029', + '\u3220': '\u0028\u4E00\u0029', + '\u3221': '\u0028\u4E8C\u0029', + '\u3222': '\u0028\u4E09\u0029', + '\u3223': '\u0028\u56DB\u0029', + '\u3224': '\u0028\u4E94\u0029', + '\u3225': '\u0028\u516D\u0029', + '\u3226': '\u0028\u4E03\u0029', + '\u3227': '\u0028\u516B\u0029', + '\u3228': '\u0028\u4E5D\u0029', + '\u3229': '\u0028\u5341\u0029', + '\u322A': '\u0028\u6708\u0029', + '\u322B': '\u0028\u706B\u0029', + '\u322C': '\u0028\u6C34\u0029', + '\u322D': '\u0028\u6728\u0029', + '\u322E': '\u0028\u91D1\u0029', + '\u322F': '\u0028\u571F\u0029', + '\u3230': '\u0028\u65E5\u0029', + '\u3231': '\u0028\u682A\u0029', + '\u3232': '\u0028\u6709\u0029', + '\u3233': '\u0028\u793E\u0029', + '\u3234': '\u0028\u540D\u0029', + '\u3235': '\u0028\u7279\u0029', + '\u3236': '\u0028\u8CA1\u0029', + '\u3237': '\u0028\u795D\u0029', + '\u3238': '\u0028\u52B4\u0029', + '\u3239': '\u0028\u4EE3\u0029', + '\u323A': '\u0028\u547C\u0029', + '\u323B': '\u0028\u5B66\u0029', + '\u323C': '\u0028\u76E3\u0029', + '\u323D': '\u0028\u4F01\u0029', + '\u323E': '\u0028\u8CC7\u0029', + '\u323F': '\u0028\u5354\u0029', + '\u3240': '\u0028\u796D\u0029', + '\u3241': '\u0028\u4F11\u0029', + '\u3242': '\u0028\u81EA\u0029', + '\u3243': '\u0028\u81F3\u0029', + '\u32C0': '\u0031\u6708', + '\u32C1': '\u0032\u6708', + '\u32C2': '\u0033\u6708', + '\u32C3': '\u0034\u6708', + '\u32C4': '\u0035\u6708', + '\u32C5': '\u0036\u6708', + '\u32C6': '\u0037\u6708', + '\u32C7': '\u0038\u6708', + '\u32C8': '\u0039\u6708', + '\u32C9': '\u0031\u0030\u6708', + '\u32CA': '\u0031\u0031\u6708', + '\u32CB': '\u0031\u0032\u6708', + '\u3358': '\u0030\u70B9', + '\u3359': '\u0031\u70B9', + '\u335A': '\u0032\u70B9', + '\u335B': '\u0033\u70B9', + '\u335C': '\u0034\u70B9', + '\u335D': '\u0035\u70B9', + '\u335E': '\u0036\u70B9', + '\u335F': '\u0037\u70B9', + '\u3360': '\u0038\u70B9', + '\u3361': '\u0039\u70B9', + '\u3362': '\u0031\u0030\u70B9', + '\u3363': '\u0031\u0031\u70B9', + '\u3364': '\u0031\u0032\u70B9', + '\u3365': '\u0031\u0033\u70B9', + '\u3366': '\u0031\u0034\u70B9', + '\u3367': '\u0031\u0035\u70B9', + '\u3368': '\u0031\u0036\u70B9', + '\u3369': '\u0031\u0037\u70B9', + '\u336A': '\u0031\u0038\u70B9', + '\u336B': '\u0031\u0039\u70B9', + '\u336C': '\u0032\u0030\u70B9', + '\u336D': '\u0032\u0031\u70B9', + '\u336E': '\u0032\u0032\u70B9', + '\u336F': '\u0032\u0033\u70B9', + '\u3370': '\u0032\u0034\u70B9', + '\u33E0': '\u0031\u65E5', + '\u33E1': '\u0032\u65E5', + '\u33E2': '\u0033\u65E5', + '\u33E3': '\u0034\u65E5', + '\u33E4': '\u0035\u65E5', + '\u33E5': '\u0036\u65E5', + '\u33E6': '\u0037\u65E5', + '\u33E7': '\u0038\u65E5', + '\u33E8': '\u0039\u65E5', + '\u33E9': '\u0031\u0030\u65E5', + '\u33EA': '\u0031\u0031\u65E5', + '\u33EB': '\u0031\u0032\u65E5', + '\u33EC': '\u0031\u0033\u65E5', + '\u33ED': '\u0031\u0034\u65E5', + '\u33EE': '\u0031\u0035\u65E5', + '\u33EF': '\u0031\u0036\u65E5', + '\u33F0': '\u0031\u0037\u65E5', + '\u33F1': '\u0031\u0038\u65E5', + '\u33F2': '\u0031\u0039\u65E5', + '\u33F3': '\u0032\u0030\u65E5', + '\u33F4': '\u0032\u0031\u65E5', + '\u33F5': '\u0032\u0032\u65E5', + '\u33F6': '\u0032\u0033\u65E5', + '\u33F7': '\u0032\u0034\u65E5', + '\u33F8': '\u0032\u0035\u65E5', + '\u33F9': '\u0032\u0036\u65E5', + '\u33FA': '\u0032\u0037\u65E5', + '\u33FB': '\u0032\u0038\u65E5', + '\u33FC': '\u0032\u0039\u65E5', + '\u33FD': '\u0033\u0030\u65E5', + '\u33FE': '\u0033\u0031\u65E5', + '\uFB00': '\u0066\u0066', + '\uFB01': '\u0066\u0069', + '\uFB02': '\u0066\u006C', + '\uFB03': '\u0066\u0066\u0069', + '\uFB04': '\u0066\u0066\u006C', + '\uFB05': '\u017F\u0074', + '\uFB06': '\u0073\u0074', + '\uFB13': '\u0574\u0576', + '\uFB14': '\u0574\u0565', + '\uFB15': '\u0574\u056B', + '\uFB16': '\u057E\u0576', + '\uFB17': '\u0574\u056D', + '\uFB4F': '\u05D0\u05DC', + '\uFB50': '\u0671', + '\uFB51': '\u0671', + '\uFB52': '\u067B', + '\uFB53': '\u067B', + '\uFB54': '\u067B', + '\uFB55': '\u067B', + '\uFB56': '\u067E', + '\uFB57': '\u067E', + '\uFB58': '\u067E', + '\uFB59': '\u067E', + '\uFB5A': '\u0680', + '\uFB5B': '\u0680', + '\uFB5C': '\u0680', + '\uFB5D': '\u0680', + '\uFB5E': '\u067A', + '\uFB5F': '\u067A', + '\uFB60': '\u067A', + '\uFB61': '\u067A', + '\uFB62': '\u067F', + '\uFB63': '\u067F', + '\uFB64': '\u067F', + '\uFB65': '\u067F', + '\uFB66': '\u0679', + '\uFB67': '\u0679', + '\uFB68': '\u0679', + '\uFB69': '\u0679', + '\uFB6A': '\u06A4', + '\uFB6B': '\u06A4', + '\uFB6C': '\u06A4', + '\uFB6D': '\u06A4', + '\uFB6E': '\u06A6', + '\uFB6F': '\u06A6', + '\uFB70': '\u06A6', + '\uFB71': '\u06A6', + '\uFB72': '\u0684', + '\uFB73': '\u0684', + '\uFB74': '\u0684', + '\uFB75': '\u0684', + '\uFB76': '\u0683', + '\uFB77': '\u0683', + '\uFB78': '\u0683', + '\uFB79': '\u0683', + '\uFB7A': '\u0686', + '\uFB7B': '\u0686', + '\uFB7C': '\u0686', + '\uFB7D': '\u0686', + '\uFB7E': '\u0687', + '\uFB7F': '\u0687', + '\uFB80': '\u0687', + '\uFB81': '\u0687', + '\uFB82': '\u068D', + '\uFB83': '\u068D', + '\uFB84': '\u068C', + '\uFB85': '\u068C', + '\uFB86': '\u068E', + '\uFB87': '\u068E', + '\uFB88': '\u0688', + '\uFB89': '\u0688', + '\uFB8A': '\u0698', + '\uFB8B': '\u0698', + '\uFB8C': '\u0691', + '\uFB8D': '\u0691', + '\uFB8E': '\u06A9', + '\uFB8F': '\u06A9', + '\uFB90': '\u06A9', + '\uFB91': '\u06A9', + '\uFB92': '\u06AF', + '\uFB93': '\u06AF', + '\uFB94': '\u06AF', + '\uFB95': '\u06AF', + '\uFB96': '\u06B3', + '\uFB97': '\u06B3', + '\uFB98': '\u06B3', + '\uFB99': '\u06B3', + '\uFB9A': '\u06B1', + '\uFB9B': '\u06B1', + '\uFB9C': '\u06B1', + '\uFB9D': '\u06B1', + '\uFB9E': '\u06BA', + '\uFB9F': '\u06BA', + '\uFBA0': '\u06BB', + '\uFBA1': '\u06BB', + '\uFBA2': '\u06BB', + '\uFBA3': '\u06BB', + '\uFBA4': '\u06C0', + '\uFBA5': '\u06C0', + '\uFBA6': '\u06C1', + '\uFBA7': '\u06C1', + '\uFBA8': '\u06C1', + '\uFBA9': '\u06C1', + '\uFBAA': '\u06BE', + '\uFBAB': '\u06BE', + '\uFBAC': '\u06BE', + '\uFBAD': '\u06BE', + '\uFBAE': '\u06D2', + '\uFBAF': '\u06D2', + '\uFBB0': '\u06D3', + '\uFBB1': '\u06D3', + '\uFBD3': '\u06AD', + '\uFBD4': '\u06AD', + '\uFBD5': '\u06AD', + '\uFBD6': '\u06AD', + '\uFBD7': '\u06C7', + '\uFBD8': '\u06C7', + '\uFBD9': '\u06C6', + '\uFBDA': '\u06C6', + '\uFBDB': '\u06C8', + '\uFBDC': '\u06C8', + '\uFBDD': '\u0677', + '\uFBDE': '\u06CB', + '\uFBDF': '\u06CB', + '\uFBE0': '\u06C5', + '\uFBE1': '\u06C5', + '\uFBE2': '\u06C9', + '\uFBE3': '\u06C9', + '\uFBE4': '\u06D0', + '\uFBE5': '\u06D0', + '\uFBE6': '\u06D0', + '\uFBE7': '\u06D0', + '\uFBE8': '\u0649', + '\uFBE9': '\u0649', + '\uFBEA': '\u0626\u0627', + '\uFBEB': '\u0626\u0627', + '\uFBEC': '\u0626\u06D5', + '\uFBED': '\u0626\u06D5', + '\uFBEE': '\u0626\u0648', + '\uFBEF': '\u0626\u0648', + '\uFBF0': '\u0626\u06C7', + '\uFBF1': '\u0626\u06C7', + '\uFBF2': '\u0626\u06C6', + '\uFBF3': '\u0626\u06C6', + '\uFBF4': '\u0626\u06C8', + '\uFBF5': '\u0626\u06C8', + '\uFBF6': '\u0626\u06D0', + '\uFBF7': '\u0626\u06D0', + '\uFBF8': '\u0626\u06D0', + '\uFBF9': '\u0626\u0649', + '\uFBFA': '\u0626\u0649', + '\uFBFB': '\u0626\u0649', + '\uFBFC': '\u06CC', + '\uFBFD': '\u06CC', + '\uFBFE': '\u06CC', + '\uFBFF': '\u06CC', + '\uFC00': '\u0626\u062C', + '\uFC01': '\u0626\u062D', + '\uFC02': '\u0626\u0645', + '\uFC03': '\u0626\u0649', + '\uFC04': '\u0626\u064A', + '\uFC05': '\u0628\u062C', + '\uFC06': '\u0628\u062D', + '\uFC07': '\u0628\u062E', + '\uFC08': '\u0628\u0645', + '\uFC09': '\u0628\u0649', + '\uFC0A': '\u0628\u064A', + '\uFC0B': '\u062A\u062C', + '\uFC0C': '\u062A\u062D', + '\uFC0D': '\u062A\u062E', + '\uFC0E': '\u062A\u0645', + '\uFC0F': '\u062A\u0649', + '\uFC10': '\u062A\u064A', + '\uFC11': '\u062B\u062C', + '\uFC12': '\u062B\u0645', + '\uFC13': '\u062B\u0649', + '\uFC14': '\u062B\u064A', + '\uFC15': '\u062C\u062D', + '\uFC16': '\u062C\u0645', + '\uFC17': '\u062D\u062C', + '\uFC18': '\u062D\u0645', + '\uFC19': '\u062E\u062C', + '\uFC1A': '\u062E\u062D', + '\uFC1B': '\u062E\u0645', + '\uFC1C': '\u0633\u062C', + '\uFC1D': '\u0633\u062D', + '\uFC1E': '\u0633\u062E', + '\uFC1F': '\u0633\u0645', + '\uFC20': '\u0635\u062D', + '\uFC21': '\u0635\u0645', + '\uFC22': '\u0636\u062C', + '\uFC23': '\u0636\u062D', + '\uFC24': '\u0636\u062E', + '\uFC25': '\u0636\u0645', + '\uFC26': '\u0637\u062D', + '\uFC27': '\u0637\u0645', + '\uFC28': '\u0638\u0645', + '\uFC29': '\u0639\u062C', + '\uFC2A': '\u0639\u0645', + '\uFC2B': '\u063A\u062C', + '\uFC2C': '\u063A\u0645', + '\uFC2D': '\u0641\u062C', + '\uFC2E': '\u0641\u062D', + '\uFC2F': '\u0641\u062E', + '\uFC30': '\u0641\u0645', + '\uFC31': '\u0641\u0649', + '\uFC32': '\u0641\u064A', + '\uFC33': '\u0642\u062D', + '\uFC34': '\u0642\u0645', + '\uFC35': '\u0642\u0649', + '\uFC36': '\u0642\u064A', + '\uFC37': '\u0643\u0627', + '\uFC38': '\u0643\u062C', + '\uFC39': '\u0643\u062D', + '\uFC3A': '\u0643\u062E', + '\uFC3B': '\u0643\u0644', + '\uFC3C': '\u0643\u0645', + '\uFC3D': '\u0643\u0649', + '\uFC3E': '\u0643\u064A', + '\uFC3F': '\u0644\u062C', + '\uFC40': '\u0644\u062D', + '\uFC41': '\u0644\u062E', + '\uFC42': '\u0644\u0645', + '\uFC43': '\u0644\u0649', + '\uFC44': '\u0644\u064A', + '\uFC45': '\u0645\u062C', + '\uFC46': '\u0645\u062D', + '\uFC47': '\u0645\u062E', + '\uFC48': '\u0645\u0645', + '\uFC49': '\u0645\u0649', + '\uFC4A': '\u0645\u064A', + '\uFC4B': '\u0646\u062C', + '\uFC4C': '\u0646\u062D', + '\uFC4D': '\u0646\u062E', + '\uFC4E': '\u0646\u0645', + '\uFC4F': '\u0646\u0649', + '\uFC50': '\u0646\u064A', + '\uFC51': '\u0647\u062C', + '\uFC52': '\u0647\u0645', + '\uFC53': '\u0647\u0649', + '\uFC54': '\u0647\u064A', + '\uFC55': '\u064A\u062C', + '\uFC56': '\u064A\u062D', + '\uFC57': '\u064A\u062E', + '\uFC58': '\u064A\u0645', + '\uFC59': '\u064A\u0649', + '\uFC5A': '\u064A\u064A', + '\uFC5B': '\u0630\u0670', + '\uFC5C': '\u0631\u0670', + '\uFC5D': '\u0649\u0670', + '\uFC5E': '\u0020\u064C\u0651', + '\uFC5F': '\u0020\u064D\u0651', + '\uFC60': '\u0020\u064E\u0651', + '\uFC61': '\u0020\u064F\u0651', + '\uFC62': '\u0020\u0650\u0651', + '\uFC63': '\u0020\u0651\u0670', + '\uFC64': '\u0626\u0631', + '\uFC65': '\u0626\u0632', + '\uFC66': '\u0626\u0645', + '\uFC67': '\u0626\u0646', + '\uFC68': '\u0626\u0649', + '\uFC69': '\u0626\u064A', + '\uFC6A': '\u0628\u0631', + '\uFC6B': '\u0628\u0632', + '\uFC6C': '\u0628\u0645', + '\uFC6D': '\u0628\u0646', + '\uFC6E': '\u0628\u0649', + '\uFC6F': '\u0628\u064A', + '\uFC70': '\u062A\u0631', + '\uFC71': '\u062A\u0632', + '\uFC72': '\u062A\u0645', + '\uFC73': '\u062A\u0646', + '\uFC74': '\u062A\u0649', + '\uFC75': '\u062A\u064A', + '\uFC76': '\u062B\u0631', + '\uFC77': '\u062B\u0632', + '\uFC78': '\u062B\u0645', + '\uFC79': '\u062B\u0646', + '\uFC7A': '\u062B\u0649', + '\uFC7B': '\u062B\u064A', + '\uFC7C': '\u0641\u0649', + '\uFC7D': '\u0641\u064A', + '\uFC7E': '\u0642\u0649', + '\uFC7F': '\u0642\u064A', + '\uFC80': '\u0643\u0627', + '\uFC81': '\u0643\u0644', + '\uFC82': '\u0643\u0645', + '\uFC83': '\u0643\u0649', + '\uFC84': '\u0643\u064A', + '\uFC85': '\u0644\u0645', + '\uFC86': '\u0644\u0649', + '\uFC87': '\u0644\u064A', + '\uFC88': '\u0645\u0627', + '\uFC89': '\u0645\u0645', + '\uFC8A': '\u0646\u0631', + '\uFC8B': '\u0646\u0632', + '\uFC8C': '\u0646\u0645', + '\uFC8D': '\u0646\u0646', + '\uFC8E': '\u0646\u0649', + '\uFC8F': '\u0646\u064A', + '\uFC90': '\u0649\u0670', + '\uFC91': '\u064A\u0631', + '\uFC92': '\u064A\u0632', + '\uFC93': '\u064A\u0645', + '\uFC94': '\u064A\u0646', + '\uFC95': '\u064A\u0649', + '\uFC96': '\u064A\u064A', + '\uFC97': '\u0626\u062C', + '\uFC98': '\u0626\u062D', + '\uFC99': '\u0626\u062E', + '\uFC9A': '\u0626\u0645', + '\uFC9B': '\u0626\u0647', + '\uFC9C': '\u0628\u062C', + '\uFC9D': '\u0628\u062D', + '\uFC9E': '\u0628\u062E', + '\uFC9F': '\u0628\u0645', + '\uFCA0': '\u0628\u0647', + '\uFCA1': '\u062A\u062C', + '\uFCA2': '\u062A\u062D', + '\uFCA3': '\u062A\u062E', + '\uFCA4': '\u062A\u0645', + '\uFCA5': '\u062A\u0647', + '\uFCA6': '\u062B\u0645', + '\uFCA7': '\u062C\u062D', + '\uFCA8': '\u062C\u0645', + '\uFCA9': '\u062D\u062C', + '\uFCAA': '\u062D\u0645', + '\uFCAB': '\u062E\u062C', + '\uFCAC': '\u062E\u0645', + '\uFCAD': '\u0633\u062C', + '\uFCAE': '\u0633\u062D', + '\uFCAF': '\u0633\u062E', + '\uFCB0': '\u0633\u0645', + '\uFCB1': '\u0635\u062D', + '\uFCB2': '\u0635\u062E', + '\uFCB3': '\u0635\u0645', + '\uFCB4': '\u0636\u062C', + '\uFCB5': '\u0636\u062D', + '\uFCB6': '\u0636\u062E', + '\uFCB7': '\u0636\u0645', + '\uFCB8': '\u0637\u062D', + '\uFCB9': '\u0638\u0645', + '\uFCBA': '\u0639\u062C', + '\uFCBB': '\u0639\u0645', + '\uFCBC': '\u063A\u062C', + '\uFCBD': '\u063A\u0645', + '\uFCBE': '\u0641\u062C', + '\uFCBF': '\u0641\u062D', + '\uFCC0': '\u0641\u062E', + '\uFCC1': '\u0641\u0645', + '\uFCC2': '\u0642\u062D', + '\uFCC3': '\u0642\u0645', + '\uFCC4': '\u0643\u062C', + '\uFCC5': '\u0643\u062D', + '\uFCC6': '\u0643\u062E', + '\uFCC7': '\u0643\u0644', + '\uFCC8': '\u0643\u0645', + '\uFCC9': '\u0644\u062C', + '\uFCCA': '\u0644\u062D', + '\uFCCB': '\u0644\u062E', + '\uFCCC': '\u0644\u0645', + '\uFCCD': '\u0644\u0647', + '\uFCCE': '\u0645\u062C', + '\uFCCF': '\u0645\u062D', + '\uFCD0': '\u0645\u062E', + '\uFCD1': '\u0645\u0645', + '\uFCD2': '\u0646\u062C', + '\uFCD3': '\u0646\u062D', + '\uFCD4': '\u0646\u062E', + '\uFCD5': '\u0646\u0645', + '\uFCD6': '\u0646\u0647', + '\uFCD7': '\u0647\u062C', + '\uFCD8': '\u0647\u0645', + '\uFCD9': '\u0647\u0670', + '\uFCDA': '\u064A\u062C', + '\uFCDB': '\u064A\u062D', + '\uFCDC': '\u064A\u062E', + '\uFCDD': '\u064A\u0645', + '\uFCDE': '\u064A\u0647', + '\uFCDF': '\u0626\u0645', + '\uFCE0': '\u0626\u0647', + '\uFCE1': '\u0628\u0645', + '\uFCE2': '\u0628\u0647', + '\uFCE3': '\u062A\u0645', + '\uFCE4': '\u062A\u0647', + '\uFCE5': '\u062B\u0645', + '\uFCE6': '\u062B\u0647', + '\uFCE7': '\u0633\u0645', + '\uFCE8': '\u0633\u0647', + '\uFCE9': '\u0634\u0645', + '\uFCEA': '\u0634\u0647', + '\uFCEB': '\u0643\u0644', + '\uFCEC': '\u0643\u0645', + '\uFCED': '\u0644\u0645', + '\uFCEE': '\u0646\u0645', + '\uFCEF': '\u0646\u0647', + '\uFCF0': '\u064A\u0645', + '\uFCF1': '\u064A\u0647', + '\uFCF2': '\u0640\u064E\u0651', + '\uFCF3': '\u0640\u064F\u0651', + '\uFCF4': '\u0640\u0650\u0651', + '\uFCF5': '\u0637\u0649', + '\uFCF6': '\u0637\u064A', + '\uFCF7': '\u0639\u0649', + '\uFCF8': '\u0639\u064A', + '\uFCF9': '\u063A\u0649', + '\uFCFA': '\u063A\u064A', + '\uFCFB': '\u0633\u0649', + '\uFCFC': '\u0633\u064A', + '\uFCFD': '\u0634\u0649', + '\uFCFE': '\u0634\u064A', + '\uFCFF': '\u062D\u0649', + '\uFD00': '\u062D\u064A', + '\uFD01': '\u062C\u0649', + '\uFD02': '\u062C\u064A', + '\uFD03': '\u062E\u0649', + '\uFD04': '\u062E\u064A', + '\uFD05': '\u0635\u0649', + '\uFD06': '\u0635\u064A', + '\uFD07': '\u0636\u0649', + '\uFD08': '\u0636\u064A', + '\uFD09': '\u0634\u062C', + '\uFD0A': '\u0634\u062D', + '\uFD0B': '\u0634\u062E', + '\uFD0C': '\u0634\u0645', + '\uFD0D': '\u0634\u0631', + '\uFD0E': '\u0633\u0631', + '\uFD0F': '\u0635\u0631', + '\uFD10': '\u0636\u0631', + '\uFD11': '\u0637\u0649', + '\uFD12': '\u0637\u064A', + '\uFD13': '\u0639\u0649', + '\uFD14': '\u0639\u064A', + '\uFD15': '\u063A\u0649', + '\uFD16': '\u063A\u064A', + '\uFD17': '\u0633\u0649', + '\uFD18': '\u0633\u064A', + '\uFD19': '\u0634\u0649', + '\uFD1A': '\u0634\u064A', + '\uFD1B': '\u062D\u0649', + '\uFD1C': '\u062D\u064A', + '\uFD1D': '\u062C\u0649', + '\uFD1E': '\u062C\u064A', + '\uFD1F': '\u062E\u0649', + '\uFD20': '\u062E\u064A', + '\uFD21': '\u0635\u0649', + '\uFD22': '\u0635\u064A', + '\uFD23': '\u0636\u0649', + '\uFD24': '\u0636\u064A', + '\uFD25': '\u0634\u062C', + '\uFD26': '\u0634\u062D', + '\uFD27': '\u0634\u062E', + '\uFD28': '\u0634\u0645', + '\uFD29': '\u0634\u0631', + '\uFD2A': '\u0633\u0631', + '\uFD2B': '\u0635\u0631', + '\uFD2C': '\u0636\u0631', + '\uFD2D': '\u0634\u062C', + '\uFD2E': '\u0634\u062D', + '\uFD2F': '\u0634\u062E', + '\uFD30': '\u0634\u0645', + '\uFD31': '\u0633\u0647', + '\uFD32': '\u0634\u0647', + '\uFD33': '\u0637\u0645', + '\uFD34': '\u0633\u062C', + '\uFD35': '\u0633\u062D', + '\uFD36': '\u0633\u062E', + '\uFD37': '\u0634\u062C', + '\uFD38': '\u0634\u062D', + '\uFD39': '\u0634\u062E', + '\uFD3A': '\u0637\u0645', + '\uFD3B': '\u0638\u0645', + '\uFD3C': '\u0627\u064B', + '\uFD3D': '\u0627\u064B', + '\uFD50': '\u062A\u062C\u0645', + '\uFD51': '\u062A\u062D\u062C', + '\uFD52': '\u062A\u062D\u062C', + '\uFD53': '\u062A\u062D\u0645', + '\uFD54': '\u062A\u062E\u0645', + '\uFD55': '\u062A\u0645\u062C', + '\uFD56': '\u062A\u0645\u062D', + '\uFD57': '\u062A\u0645\u062E', + '\uFD58': '\u062C\u0645\u062D', + '\uFD59': '\u062C\u0645\u062D', + '\uFD5A': '\u062D\u0645\u064A', + '\uFD5B': '\u062D\u0645\u0649', + '\uFD5C': '\u0633\u062D\u062C', + '\uFD5D': '\u0633\u062C\u062D', + '\uFD5E': '\u0633\u062C\u0649', + '\uFD5F': '\u0633\u0645\u062D', + '\uFD60': '\u0633\u0645\u062D', + '\uFD61': '\u0633\u0645\u062C', + '\uFD62': '\u0633\u0645\u0645', + '\uFD63': '\u0633\u0645\u0645', + '\uFD64': '\u0635\u062D\u062D', + '\uFD65': '\u0635\u062D\u062D', + '\uFD66': '\u0635\u0645\u0645', + '\uFD67': '\u0634\u062D\u0645', + '\uFD68': '\u0634\u062D\u0645', + '\uFD69': '\u0634\u062C\u064A', + '\uFD6A': '\u0634\u0645\u062E', + '\uFD6B': '\u0634\u0645\u062E', + '\uFD6C': '\u0634\u0645\u0645', + '\uFD6D': '\u0634\u0645\u0645', + '\uFD6E': '\u0636\u062D\u0649', + '\uFD6F': '\u0636\u062E\u0645', + '\uFD70': '\u0636\u062E\u0645', + '\uFD71': '\u0637\u0645\u062D', + '\uFD72': '\u0637\u0645\u062D', + '\uFD73': '\u0637\u0645\u0645', + '\uFD74': '\u0637\u0645\u064A', + '\uFD75': '\u0639\u062C\u0645', + '\uFD76': '\u0639\u0645\u0645', + '\uFD77': '\u0639\u0645\u0645', + '\uFD78': '\u0639\u0645\u0649', + '\uFD79': '\u063A\u0645\u0645', + '\uFD7A': '\u063A\u0645\u064A', + '\uFD7B': '\u063A\u0645\u0649', + '\uFD7C': '\u0641\u062E\u0645', + '\uFD7D': '\u0641\u062E\u0645', + '\uFD7E': '\u0642\u0645\u062D', + '\uFD7F': '\u0642\u0645\u0645', + '\uFD80': '\u0644\u062D\u0645', + '\uFD81': '\u0644\u062D\u064A', + '\uFD82': '\u0644\u062D\u0649', + '\uFD83': '\u0644\u062C\u062C', + '\uFD84': '\u0644\u062C\u062C', + '\uFD85': '\u0644\u062E\u0645', + '\uFD86': '\u0644\u062E\u0645', + '\uFD87': '\u0644\u0645\u062D', + '\uFD88': '\u0644\u0645\u062D', + '\uFD89': '\u0645\u062D\u062C', + '\uFD8A': '\u0645\u062D\u0645', + '\uFD8B': '\u0645\u062D\u064A', + '\uFD8C': '\u0645\u062C\u062D', + '\uFD8D': '\u0645\u062C\u0645', + '\uFD8E': '\u0645\u062E\u062C', + '\uFD8F': '\u0645\u062E\u0645', + '\uFD92': '\u0645\u062C\u062E', + '\uFD93': '\u0647\u0645\u062C', + '\uFD94': '\u0647\u0645\u0645', + '\uFD95': '\u0646\u062D\u0645', + '\uFD96': '\u0646\u062D\u0649', + '\uFD97': '\u0646\u062C\u0645', + '\uFD98': '\u0646\u062C\u0645', + '\uFD99': '\u0646\u062C\u0649', + '\uFD9A': '\u0646\u0645\u064A', + '\uFD9B': '\u0646\u0645\u0649', + '\uFD9C': '\u064A\u0645\u0645', + '\uFD9D': '\u064A\u0645\u0645', + '\uFD9E': '\u0628\u062E\u064A', + '\uFD9F': '\u062A\u062C\u064A', + '\uFDA0': '\u062A\u062C\u0649', + '\uFDA1': '\u062A\u062E\u064A', + '\uFDA2': '\u062A\u062E\u0649', + '\uFDA3': '\u062A\u0645\u064A', + '\uFDA4': '\u062A\u0645\u0649', + '\uFDA5': '\u062C\u0645\u064A', + '\uFDA6': '\u062C\u062D\u0649', + '\uFDA7': '\u062C\u0645\u0649', + '\uFDA8': '\u0633\u062E\u0649', + '\uFDA9': '\u0635\u062D\u064A', + '\uFDAA': '\u0634\u062D\u064A', + '\uFDAB': '\u0636\u062D\u064A', + '\uFDAC': '\u0644\u062C\u064A', + '\uFDAD': '\u0644\u0645\u064A', + '\uFDAE': '\u064A\u062D\u064A', + '\uFDAF': '\u064A\u062C\u064A', + '\uFDB0': '\u064A\u0645\u064A', + '\uFDB1': '\u0645\u0645\u064A', + '\uFDB2': '\u0642\u0645\u064A', + '\uFDB3': '\u0646\u062D\u064A', + '\uFDB4': '\u0642\u0645\u062D', + '\uFDB5': '\u0644\u062D\u0645', + '\uFDB6': '\u0639\u0645\u064A', + '\uFDB7': '\u0643\u0645\u064A', + '\uFDB8': '\u0646\u062C\u062D', + '\uFDB9': '\u0645\u062E\u064A', + '\uFDBA': '\u0644\u062C\u0645', + '\uFDBB': '\u0643\u0645\u0645', + '\uFDBC': '\u0644\u062C\u0645', + '\uFDBD': '\u0646\u062C\u062D', + '\uFDBE': '\u062C\u062D\u064A', + '\uFDBF': '\u062D\u062C\u064A', + '\uFDC0': '\u0645\u062C\u064A', + '\uFDC1': '\u0641\u0645\u064A', + '\uFDC2': '\u0628\u062D\u064A', + '\uFDC3': '\u0643\u0645\u0645', + '\uFDC4': '\u0639\u062C\u0645', + '\uFDC5': '\u0635\u0645\u0645', + '\uFDC6': '\u0633\u062E\u064A', + '\uFDC7': '\u0646\u062C\u064A', + '\uFE49': '\u203E', + '\uFE4A': '\u203E', + '\uFE4B': '\u203E', + '\uFE4C': '\u203E', + '\uFE4D': '\u005F', + '\uFE4E': '\u005F', + '\uFE4F': '\u005F', + '\uFE80': '\u0621', + '\uFE81': '\u0622', + '\uFE82': '\u0622', + '\uFE83': '\u0623', + '\uFE84': '\u0623', + '\uFE85': '\u0624', + '\uFE86': '\u0624', + '\uFE87': '\u0625', + '\uFE88': '\u0625', + '\uFE89': '\u0626', + '\uFE8A': '\u0626', + '\uFE8B': '\u0626', + '\uFE8C': '\u0626', + '\uFE8D': '\u0627', + '\uFE8E': '\u0627', + '\uFE8F': '\u0628', + '\uFE90': '\u0628', + '\uFE91': '\u0628', + '\uFE92': '\u0628', + '\uFE93': '\u0629', + '\uFE94': '\u0629', + '\uFE95': '\u062A', + '\uFE96': '\u062A', + '\uFE97': '\u062A', + '\uFE98': '\u062A', + '\uFE99': '\u062B', + '\uFE9A': '\u062B', + '\uFE9B': '\u062B', + '\uFE9C': '\u062B', + '\uFE9D': '\u062C', + '\uFE9E': '\u062C', + '\uFE9F': '\u062C', + '\uFEA0': '\u062C', + '\uFEA1': '\u062D', + '\uFEA2': '\u062D', + '\uFEA3': '\u062D', + '\uFEA4': '\u062D', + '\uFEA5': '\u062E', + '\uFEA6': '\u062E', + '\uFEA7': '\u062E', + '\uFEA8': '\u062E', + '\uFEA9': '\u062F', + '\uFEAA': '\u062F', + '\uFEAB': '\u0630', + '\uFEAC': '\u0630', + '\uFEAD': '\u0631', + '\uFEAE': '\u0631', + '\uFEAF': '\u0632', + '\uFEB0': '\u0632', + '\uFEB1': '\u0633', + '\uFEB2': '\u0633', + '\uFEB3': '\u0633', + '\uFEB4': '\u0633', + '\uFEB5': '\u0634', + '\uFEB6': '\u0634', + '\uFEB7': '\u0634', + '\uFEB8': '\u0634', + '\uFEB9': '\u0635', + '\uFEBA': '\u0635', + '\uFEBB': '\u0635', + '\uFEBC': '\u0635', + '\uFEBD': '\u0636', + '\uFEBE': '\u0636', + '\uFEBF': '\u0636', + '\uFEC0': '\u0636', + '\uFEC1': '\u0637', + '\uFEC2': '\u0637', + '\uFEC3': '\u0637', + '\uFEC4': '\u0637', + '\uFEC5': '\u0638', + '\uFEC6': '\u0638', + '\uFEC7': '\u0638', + '\uFEC8': '\u0638', + '\uFEC9': '\u0639', + '\uFECA': '\u0639', + '\uFECB': '\u0639', + '\uFECC': '\u0639', + '\uFECD': '\u063A', + '\uFECE': '\u063A', + '\uFECF': '\u063A', + '\uFED0': '\u063A', + '\uFED1': '\u0641', + '\uFED2': '\u0641', + '\uFED3': '\u0641', + '\uFED4': '\u0641', + '\uFED5': '\u0642', + '\uFED6': '\u0642', + '\uFED7': '\u0642', + '\uFED8': '\u0642', + '\uFED9': '\u0643', + '\uFEDA': '\u0643', + '\uFEDB': '\u0643', + '\uFEDC': '\u0643', + '\uFEDD': '\u0644', + '\uFEDE': '\u0644', + '\uFEDF': '\u0644', + '\uFEE0': '\u0644', + '\uFEE1': '\u0645', + '\uFEE2': '\u0645', + '\uFEE3': '\u0645', + '\uFEE4': '\u0645', + '\uFEE5': '\u0646', + '\uFEE6': '\u0646', + '\uFEE7': '\u0646', + '\uFEE8': '\u0646', + '\uFEE9': '\u0647', + '\uFEEA': '\u0647', + '\uFEEB': '\u0647', + '\uFEEC': '\u0647', + '\uFEED': '\u0648', + '\uFEEE': '\u0648', + '\uFEEF': '\u0649', + '\uFEF0': '\u0649', + '\uFEF1': '\u064A', + '\uFEF2': '\u064A', + '\uFEF3': '\u064A', + '\uFEF4': '\u064A', + '\uFEF5': '\u0644\u0622', + '\uFEF6': '\u0644\u0622', + '\uFEF7': '\u0644\u0623', + '\uFEF8': '\u0644\u0623', + '\uFEF9': '\u0644\u0625', + '\uFEFA': '\u0644\u0625', + '\uFEFB': '\u0644\u0627', + '\uFEFC': '\u0644\u0627' +}; + +function reverseIfRtl(chars) { + var charsLength = chars.length; + //reverse an arabic ligature + if (charsLength <= 1 || !isRTLRangeFor(chars.charCodeAt(0))) { + return chars; + } + var s = ''; + for (var ii = charsLength - 1; ii >= 0; ii--) { + s += chars[ii]; + } + return s; +} + +function adjustWidths(properties) { + if (!properties.fontMatrix) { + return; + } + if (properties.fontMatrix[0] === FONT_IDENTITY_MATRIX[0]) { + return; + } + // adjusting width to fontMatrix scale + var scale = 0.001 / properties.fontMatrix[0]; + var glyphsWidths = properties.widths; + for (var glyph in glyphsWidths) { + glyphsWidths[glyph] *= scale; + } + properties.defaultWidth *= scale; +} + +function getFontType(type, subtype) { + switch (type) { + case 'Type1': + return subtype === 'Type1C' ? FontType.TYPE1C : FontType.TYPE1; + case 'CIDFontType0': + return subtype === 'CIDFontType0C' ? FontType.CIDFONTTYPE0C : + FontType.CIDFONTTYPE0; + case 'OpenType': + return FontType.OPENTYPE; + case 'TrueType': + return FontType.TRUETYPE; + case 'CIDFontType2': + return FontType.CIDFONTTYPE2; + case 'MMType1': + return FontType.MMTYPE1; + case 'Type0': + return FontType.TYPE0; + default: + return FontType.UNKNOWN; + } +} + +var Glyph = (function GlyphClosure() { + function Glyph(fontChar, unicode, accent, width, vmetric, operatorListId, + isSpace) { + this.fontChar = fontChar; + this.unicode = unicode; + this.accent = accent; + this.width = width; + this.vmetric = vmetric; + this.operatorListId = operatorListId; + this.isSpace = isSpace; + } + + Glyph.prototype.matchesForCache = function(fontChar, unicode, accent, width, + vmetric, operatorListId, isSpace) { + return this.fontChar === fontChar && + this.unicode === unicode && + this.accent === accent && + this.width === width && + this.vmetric === vmetric && + this.operatorListId === operatorListId && + this.isSpace === isSpace; + }; + + return Glyph; +})(); + +var ToUnicodeMap = (function ToUnicodeMapClosure() { + function ToUnicodeMap(cmap) { + // The elements of this._map can be integers or strings, depending on how + // |cmap| was created. + this._map = cmap; + } + + ToUnicodeMap.prototype = { + get length() { + return this._map.length; + }, + + forEach: function(callback) { + for (var charCode in this._map) { + callback(charCode, this._map[charCode].charCodeAt(0)); + } + }, + + has: function(i) { + return this._map[i] !== undefined; + }, + + get: function(i) { + return this._map[i]; + }, + + charCodeOf: function(v) { + return this._map.indexOf(v); + } + }; + + return ToUnicodeMap; +})(); + +var IdentityToUnicodeMap = (function IdentityToUnicodeMapClosure() { + function IdentityToUnicodeMap(firstChar, lastChar) { + this.firstChar = firstChar; + this.lastChar = lastChar; + } + + IdentityToUnicodeMap.prototype = { + get length() { + return (this.lastChar + 1) - this.firstChar; + }, + + forEach: function (callback) { + for (var i = this.firstChar, ii = this.lastChar; i <= ii; i++) { + callback(i, i); + } + }, + + has: function (i) { + return this.firstChar <= i && i <= this.lastChar; + }, + + get: function (i) { + if (this.firstChar <= i && i <= this.lastChar) { + return String.fromCharCode(i); + } + return undefined; + }, + + charCodeOf: function (v) { + return (isInt(v) && v >= this.firstChar && v <= this.lastChar) ? v : -1; + } + }; + + return IdentityToUnicodeMap; +})(); + +var OpenTypeFileBuilder = (function OpenTypeFileBuilderClosure() { + function writeInt16(dest, offset, num) { + dest[offset] = (num >> 8) & 0xFF; + dest[offset + 1] = num & 0xFF; + } + + function writeInt32(dest, offset, num) { + dest[offset] = (num >> 24) & 0xFF; + dest[offset + 1] = (num >> 16) & 0xFF; + dest[offset + 2] = (num >> 8) & 0xFF; + dest[offset + 3] = num & 0xFF; + } + + function writeData(dest, offset, data) { + var i, ii; + if (data instanceof Uint8Array) { + dest.set(data, offset); + } else if (typeof data === 'string') { + for (i = 0, ii = data.length; i < ii; i++) { + dest[offset++] = data.charCodeAt(i) & 0xFF; + } + } else { + // treating everything else as array + for (i = 0, ii = data.length; i < ii; i++) { + dest[offset++] = data[i] & 0xFF; + } + } + } + + function OpenTypeFileBuilder(sfnt) { + this.sfnt = sfnt; + this.tables = Object.create(null); + } + + OpenTypeFileBuilder.getSearchParams = + function OpenTypeFileBuilder_getSearchParams(entriesCount, entrySize) { + var maxPower2 = 1, log2 = 0; + while ((maxPower2 ^ entriesCount) > maxPower2) { + maxPower2 <<= 1; + log2++; + } + var searchRange = maxPower2 * entrySize; + return { + range: searchRange, + entry: log2, + rangeShift: entrySize * entriesCount - searchRange + }; + }; + + var OTF_HEADER_SIZE = 12; + var OTF_TABLE_ENTRY_SIZE = 16; + + OpenTypeFileBuilder.prototype = { + toArray: function OpenTypeFileBuilder_toArray() { + var sfnt = this.sfnt; + + // Tables needs to be written by ascendant alphabetic order + var tables = this.tables; + var tablesNames = Object.keys(tables); + tablesNames.sort(); + var numTables = tablesNames.length; + + var i, j, jj, table, tableName; + // layout the tables data + var offset = OTF_HEADER_SIZE + numTables * OTF_TABLE_ENTRY_SIZE; + var tableOffsets = [offset]; + for (i = 0; i < numTables; i++) { + table = tables[tablesNames[i]]; + var paddedLength = ((table.length + 3) & ~3) >>> 0; + offset += paddedLength; + tableOffsets.push(offset); + } + + var file = new Uint8Array(offset); + // write the table data first (mostly for checksum) + for (i = 0; i < numTables; i++) { + table = tables[tablesNames[i]]; + writeData(file, tableOffsets[i], table); + } + + // sfnt version (4 bytes) + if (sfnt === 'true') { + // Windows hates the Mac TrueType sfnt version number + sfnt = string32(0x00010000); + } + file[0] = sfnt.charCodeAt(0) & 0xFF; + file[1] = sfnt.charCodeAt(1) & 0xFF; + file[2] = sfnt.charCodeAt(2) & 0xFF; + file[3] = sfnt.charCodeAt(3) & 0xFF; + + // numTables (2 bytes) + writeInt16(file, 4, numTables); + + var searchParams = OpenTypeFileBuilder.getSearchParams(numTables, 16); + + // searchRange (2 bytes) + writeInt16(file, 6, searchParams.range); + // entrySelector (2 bytes) + writeInt16(file, 8, searchParams.entry); + // rangeShift (2 bytes) + writeInt16(file, 10, searchParams.rangeShift); + + offset = OTF_HEADER_SIZE; + // writing table entries + for (i = 0; i < numTables; i++) { + tableName = tablesNames[i]; + file[offset] = tableName.charCodeAt(0) & 0xFF; + file[offset + 1] = tableName.charCodeAt(1) & 0xFF; + file[offset + 2] = tableName.charCodeAt(2) & 0xFF; + file[offset + 3] = tableName.charCodeAt(3) & 0xFF; + + // checksum + var checksum = 0; + for (j = tableOffsets[i], jj = tableOffsets[i + 1]; j < jj; j += 4) { + var quad = (file[j] << 24) + (file[j + 1] << 16) + + (file[j + 2] << 8) + file[j + 3]; + checksum = (checksum + quad) | 0; + } + writeInt32(file, offset + 4, checksum); + + // offset + writeInt32(file, offset + 8, tableOffsets[i]); + // length + writeInt32(file, offset + 12, tables[tableName].length); + + offset += OTF_TABLE_ENTRY_SIZE; + } + return file; + }, + + addTable: function OpenTypeFileBuilder_addTable(tag, data) { + if (tag in this.tables) { + throw new Error('Table ' + tag + ' already exists'); + } + this.tables[tag] = data; + } + }; + + return OpenTypeFileBuilder; +})(); + +// Problematic Unicode characters in the fonts that needs to be moved to avoid +// issues when they are painted on the canvas, e.g. complex-script shaping or +// control/whitespace characters. The ranges are listed in pairs: the first item +// is a code of the first problematic code, the second one is the next +// non-problematic code. The ranges must be in sorted order. +var ProblematicCharRanges = new Int32Array([ + // Control characters. + 0x0000, 0x0020, + 0x007F, 0x00A1, + 0x00AD, 0x00AE, + // Chars that is used in complex-script shaping. + 0x0600, 0x0780, + 0x08A0, 0x10A0, + 0x1780, 0x1800, + // General punctuation chars. + 0x2000, 0x2010, + 0x2011, 0x2012, + 0x2028, 0x2030, + 0x205F, 0x2070, + 0x25CC, 0x25CD, + // Chars that is used in complex-script shaping. + 0xAA60, 0xAA80, + // Specials Unicode block. + 0xFFF0, 0x10000 +]); + +/** + * 'Font' is the class the outside world should use, it encapsulate all the font + * decoding logics whatever type it is (assuming the font type is supported). + * + * For example to read a Type1 font and to attach it to the document: + * var type1Font = new Font("MyFontName", binaryFile, propertiesObject); + * type1Font.bind(); + */ +var Font = (function FontClosure() { + function Font(name, file, properties) { + var charCode, glyphName, fontChar; + + this.name = name; + this.loadedName = properties.loadedName; + this.isType3Font = properties.isType3Font; + this.sizes = []; + + this.glyphCache = {}; + + var names = name.split('+'); + names = names.length > 1 ? names[1] : names[0]; + names = names.split(/[-,_]/g)[0]; + this.isSerifFont = !!(properties.flags & FontFlags.Serif); + this.isSymbolicFont = !!(properties.flags & FontFlags.Symbolic); + this.isMonospace = !!(properties.flags & FontFlags.FixedPitch); + + var type = properties.type; + var subtype = properties.subtype; + this.type = type; + + this.fallbackName = (this.isMonospace ? 'monospace' : + (this.isSerifFont ? 'serif' : 'sans-serif')); + + this.differences = properties.differences; + this.widths = properties.widths; + this.defaultWidth = properties.defaultWidth; + this.composite = properties.composite; + this.wideChars = properties.wideChars; + this.cMap = properties.cMap; + this.ascent = properties.ascent / PDF_GLYPH_SPACE_UNITS; + this.descent = properties.descent / PDF_GLYPH_SPACE_UNITS; + this.fontMatrix = properties.fontMatrix; + this.bbox = properties.bbox; + + this.toUnicode = properties.toUnicode = this.buildToUnicode(properties); + + this.toFontChar = []; + + if (properties.type === 'Type3') { + for (charCode = 0; charCode < 256; charCode++) { + this.toFontChar[charCode] = (this.differences[charCode] || + properties.defaultEncoding[charCode]); + } + this.fontType = FontType.TYPE3; + return; + } + + this.cidEncoding = properties.cidEncoding; + this.vertical = properties.vertical; + if (this.vertical) { + this.vmetrics = properties.vmetrics; + this.defaultVMetrics = properties.defaultVMetrics; + } + + if (!file || file.isEmpty) { + if (file) { + // Some bad PDF generators will include empty font files, + // attempting to recover by assuming that no file exists. + warn('Font file is empty in "' + name + '" (' + this.loadedName + ')'); + } + + this.missingFile = true; + // The file data is not specified. Trying to fix the font name + // to be used with the canvas.font. + var fontName = name.replace(/[,_]/g, '-'); + var isStandardFont = !!stdFontMap[fontName] || + !!(nonStdFontMap[fontName] && stdFontMap[nonStdFontMap[fontName]]); + fontName = stdFontMap[fontName] || nonStdFontMap[fontName] || fontName; + + this.bold = (fontName.search(/bold/gi) !== -1); + this.italic = ((fontName.search(/oblique/gi) !== -1) || + (fontName.search(/italic/gi) !== -1)); + + // Use 'name' instead of 'fontName' here because the original + // name ArialBlack for example will be replaced by Helvetica. + this.black = (name.search(/Black/g) !== -1); + + // if at least one width is present, remeasure all chars when exists + this.remeasure = Object.keys(this.widths).length > 0; + if (isStandardFont && type === 'CIDFontType2' && + properties.cidEncoding.indexOf('Identity-') === 0) { + // Standard fonts might be embedded as CID font without glyph mapping. + // Building one based on GlyphMapForStandardFonts. + var map = []; + for (charCode in GlyphMapForStandardFonts) { + map[+charCode] = GlyphMapForStandardFonts[charCode]; + } + if (/ArialBlack/i.test(name)) { + for (charCode in SupplementalGlyphMapForArialBlack) { + map[+charCode] = SupplementalGlyphMapForArialBlack[charCode]; + } + } + var isIdentityUnicode = this.toUnicode instanceof IdentityToUnicodeMap; + if (!isIdentityUnicode) { + this.toUnicode.forEach(function(charCode, unicodeCharCode) { + map[+charCode] = unicodeCharCode; + }); + } + this.toFontChar = map; + this.toUnicode = new ToUnicodeMap(map); + } else if (/Symbol/i.test(fontName)) { + var symbols = Encodings.SymbolSetEncoding; + for (charCode in symbols) { + fontChar = GlyphsUnicode[symbols[charCode]]; + if (!fontChar) { + continue; + } + this.toFontChar[charCode] = fontChar; + } + for (charCode in properties.differences) { + fontChar = GlyphsUnicode[properties.differences[charCode]]; + if (!fontChar) { + continue; + } + this.toFontChar[charCode] = fontChar; + } + } else if (/Dingbats/i.test(fontName)) { + if (/Wingdings/i.test(name)) { + warn('Wingdings font without embedded font file, ' + + 'falling back to the ZapfDingbats encoding.'); + } + var dingbats = Encodings.ZapfDingbatsEncoding; + for (charCode in dingbats) { + fontChar = DingbatsGlyphsUnicode[dingbats[charCode]]; + if (!fontChar) { + continue; + } + this.toFontChar[charCode] = fontChar; + } + for (charCode in properties.differences) { + fontChar = DingbatsGlyphsUnicode[properties.differences[charCode]]; + if (!fontChar) { + continue; + } + this.toFontChar[charCode] = fontChar; + } + } else if (isStandardFont) { + this.toFontChar = []; + for (charCode in properties.defaultEncoding) { + glyphName = (properties.differences[charCode] || + properties.defaultEncoding[charCode]); + this.toFontChar[charCode] = GlyphsUnicode[glyphName]; + } + } else { + var unicodeCharCode, notCidFont = (type.indexOf('CIDFontType') === -1); + this.toUnicode.forEach(function(charCode, unicodeCharCode) { + if (notCidFont) { + glyphName = (properties.differences[charCode] || + properties.defaultEncoding[charCode]); + unicodeCharCode = (GlyphsUnicode[glyphName] || unicodeCharCode); + } + this.toFontChar[charCode] = unicodeCharCode; + }.bind(this)); + } + this.loadedName = fontName.split('-')[0]; + this.loading = false; + this.fontType = getFontType(type, subtype); + return; + } + + // Some fonts might use wrong font types for Type1C or CIDFontType0C + if (subtype === 'Type1C' && (type !== 'Type1' && type !== 'MMType1')) { + // Some TrueType fonts by mistake claim Type1C + if (isTrueTypeFile(file)) { + subtype = 'TrueType'; + } else { + type = 'Type1'; + } + } + if (subtype === 'CIDFontType0C' && type !== 'CIDFontType0') { + type = 'CIDFontType0'; + } + if (subtype === 'OpenType') { + type = 'OpenType'; + } + // Some CIDFontType0C fonts by mistake claim CIDFontType0. + if (type === 'CIDFontType0') { + subtype = isType1File(file) ? 'CIDFontType0' : 'CIDFontType0C'; + } + + var data; + switch (type) { + case 'MMType1': + info('MMType1 font (' + name + '), falling back to Type1.'); + /* falls through */ + case 'Type1': + case 'CIDFontType0': + this.mimetype = 'font/opentype'; + + var cff = (subtype === 'Type1C' || subtype === 'CIDFontType0C') ? + new CFFFont(file, properties) : new Type1Font(name, file, properties); + + adjustWidths(properties); + + // Wrap the CFF data inside an OTF font file + data = this.convert(name, cff, properties); + break; + + case 'OpenType': + case 'TrueType': + case 'CIDFontType2': + this.mimetype = 'font/opentype'; + + // Repair the TrueType file. It is can be damaged in the point of + // view of the sanitizer + data = this.checkAndRepair(name, file, properties); + if (this.isOpenType) { + adjustWidths(properties); + + type = 'OpenType'; + } + break; + + default: + error('Font ' + type + ' is not supported'); + break; + } + + this.data = data; + this.fontType = getFontType(type, subtype); + + // Transfer some properties again that could change during font conversion + this.fontMatrix = properties.fontMatrix; + this.widths = properties.widths; + this.defaultWidth = properties.defaultWidth; + this.encoding = properties.baseEncoding; + this.seacMap = properties.seacMap; + + this.loading = true; + } + + Font.getFontID = (function () { + var ID = 1; + return function Font_getFontID() { + return String(ID++); + }; + })(); + + function int16(b0, b1) { + return (b0 << 8) + b1; + } + + function int32(b0, b1, b2, b3) { + return (b0 << 24) + (b1 << 16) + (b2 << 8) + b3; + } + + function string16(value) { + return String.fromCharCode((value >> 8) & 0xff, value & 0xff); + } + + function safeString16(value) { + // clamp value to the 16-bit int range + value = (value > 0x7FFF ? 0x7FFF : (value < -0x8000 ? -0x8000 : value)); + return String.fromCharCode((value >> 8) & 0xff, value & 0xff); + } + + function isTrueTypeFile(file) { + var header = file.peekBytes(4); + return readUint32(header, 0) === 0x00010000; + } + + function isType1File(file) { + var header = file.peekBytes(2); + // All Type1 font programs must begin with the comment '%!' (0x25 + 0x21). + if (header[0] === 0x25 && header[1] === 0x21) { + return true; + } + // ... obviously some fonts violate that part of the specification, + // please refer to the comment in |Type1Font| below. + if (header[0] === 0x80 && header[1] === 0x01) { // pfb file header. + return true; + } + return false; + } + + /** + * Helper function for |adjustMapping|. + * @return {boolean} + */ + function isProblematicUnicodeLocation(code) { + // Using binary search to find a range start. + var i = 0, j = ProblematicCharRanges.length - 1; + while (i < j) { + var c = (i + j + 1) >> 1; + if (code < ProblematicCharRanges[c]) { + j = c - 1; + } else { + i = c; + } + } + // Even index means code in problematic range. + return !(i & 1); + } + + /** + * Rebuilds the char code to glyph ID map by trying to replace the char codes + * with their unicode value. It also moves char codes that are in known + * problematic locations. + * @return {Object} Two properties: + * 'toFontChar' - maps original char codes(the value that will be read + * from commands such as show text) to the char codes that will be used in the + * font that we build + * 'charCodeToGlyphId' - maps the new font char codes to glyph ids + */ + function adjustMapping(charCodeToGlyphId, properties) { + var toUnicode = properties.toUnicode; + var isSymbolic = !!(properties.flags & FontFlags.Symbolic); + var isIdentityUnicode = + properties.toUnicode instanceof IdentityToUnicodeMap; + var newMap = Object.create(null); + var toFontChar = []; + var usedFontCharCodes = []; + var nextAvailableFontCharCode = PRIVATE_USE_OFFSET_START; + for (var originalCharCode in charCodeToGlyphId) { + originalCharCode |= 0; + var glyphId = charCodeToGlyphId[originalCharCode]; + var fontCharCode = originalCharCode; + // First try to map the value to a unicode position if a non identity map + // was created. + if (!isIdentityUnicode && toUnicode.has(originalCharCode)) { + var unicode = toUnicode.get(fontCharCode); + // TODO: Try to map ligatures to the correct spot. + if (unicode.length === 1) { + fontCharCode = unicode.charCodeAt(0); + } + } + // Try to move control characters, special characters and already mapped + // characters to the private use area since they will not be drawn by + // canvas if left in their current position. Also, move characters if the + // font was symbolic and there is only an identity unicode map since the + // characters probably aren't in the correct position (fixes an issue + // with firefox and thuluthfont). + if ((usedFontCharCodes[fontCharCode] !== undefined || + isProblematicUnicodeLocation(fontCharCode) || + (isSymbolic && isIdentityUnicode)) && + nextAvailableFontCharCode <= PRIVATE_USE_OFFSET_END) { // Room left. + // Loop to try and find a free spot in the private use area. + do { + fontCharCode = nextAvailableFontCharCode++; + + if (SKIP_PRIVATE_USE_RANGE_F000_TO_F01F && fontCharCode === 0xF000) { + fontCharCode = 0xF020; + nextAvailableFontCharCode = fontCharCode + 1; + } + + } while (usedFontCharCodes[fontCharCode] !== undefined && + nextAvailableFontCharCode <= PRIVATE_USE_OFFSET_END); + } + + newMap[fontCharCode] = glyphId; + toFontChar[originalCharCode] = fontCharCode; + usedFontCharCodes[fontCharCode] = true; + } + return { + toFontChar: toFontChar, + charCodeToGlyphId: newMap, + nextAvailableFontCharCode: nextAvailableFontCharCode + }; + } + + function getRanges(glyphs, numGlyphs) { + // Array.sort() sorts by characters, not numerically, so convert to an + // array of characters. + var codes = []; + for (var charCode in glyphs) { + // Remove an invalid glyph ID mappings to make OTS happy. + if (glyphs[charCode] >= numGlyphs) { + continue; + } + codes.push({ fontCharCode: charCode | 0, glyphId: glyphs[charCode] }); + } + codes.sort(function fontGetRangesSort(a, b) { + return a.fontCharCode - b.fontCharCode; + }); + + // Split the sorted codes into ranges. + var ranges = []; + var length = codes.length; + for (var n = 0; n < length; ) { + var start = codes[n].fontCharCode; + var codeIndices = [codes[n].glyphId]; + ++n; + var end = start; + while (n < length && end + 1 === codes[n].fontCharCode) { + codeIndices.push(codes[n].glyphId); + ++end; + ++n; + if (end === 0xFFFF) { + break; + } + } + ranges.push([start, end, codeIndices]); + } + + return ranges; + } + + function createCmapTable(glyphs, numGlyphs) { + var ranges = getRanges(glyphs, numGlyphs); + var numTables = ranges[ranges.length - 1][1] > 0xFFFF ? 2 : 1; + var cmap = '\x00\x00' + // version + string16(numTables) + // numTables + '\x00\x03' + // platformID + '\x00\x01' + // encodingID + string32(4 + numTables * 8); // start of the table record + + var i, ii, j, jj; + for (i = ranges.length - 1; i >= 0; --i) { + if (ranges[i][0] <= 0xFFFF) { break; } + } + var bmpLength = i + 1; + + if (ranges[i][0] < 0xFFFF && ranges[i][1] === 0xFFFF) { + ranges[i][1] = 0xFFFE; + } + var trailingRangesCount = ranges[i][1] < 0xFFFF ? 1 : 0; + var segCount = bmpLength + trailingRangesCount; + var searchParams = OpenTypeFileBuilder.getSearchParams(segCount, 2); + + // Fill up the 4 parallel arrays describing the segments. + var startCount = ''; + var endCount = ''; + var idDeltas = ''; + var idRangeOffsets = ''; + var glyphsIds = ''; + var bias = 0; + + var range, start, end, codes; + for (i = 0, ii = bmpLength; i < ii; i++) { + range = ranges[i]; + start = range[0]; + end = range[1]; + startCount += string16(start); + endCount += string16(end); + codes = range[2]; + var contiguous = true; + for (j = 1, jj = codes.length; j < jj; ++j) { + if (codes[j] !== codes[j - 1] + 1) { + contiguous = false; + break; + } + } + if (!contiguous) { + var offset = (segCount - i) * 2 + bias * 2; + bias += (end - start + 1); + + idDeltas += string16(0); + idRangeOffsets += string16(offset); + + for (j = 0, jj = codes.length; j < jj; ++j) { + glyphsIds += string16(codes[j]); + } + } else { + var startCode = codes[0]; + + idDeltas += string16((startCode - start) & 0xFFFF); + idRangeOffsets += string16(0); + } + } + + if (trailingRangesCount > 0) { + endCount += '\xFF\xFF'; + startCount += '\xFF\xFF'; + idDeltas += '\x00\x01'; + idRangeOffsets += '\x00\x00'; + } + + var format314 = '\x00\x00' + // language + string16(2 * segCount) + + string16(searchParams.range) + + string16(searchParams.entry) + + string16(searchParams.rangeShift) + + endCount + '\x00\x00' + startCount + + idDeltas + idRangeOffsets + glyphsIds; + + var format31012 = ''; + var header31012 = ''; + if (numTables > 1) { + cmap += '\x00\x03' + // platformID + '\x00\x0A' + // encodingID + string32(4 + numTables * 8 + + 4 + format314.length); // start of the table record + format31012 = ''; + for (i = 0, ii = ranges.length; i < ii; i++) { + range = ranges[i]; + start = range[0]; + codes = range[2]; + var code = codes[0]; + for (j = 1, jj = codes.length; j < jj; ++j) { + if (codes[j] !== codes[j - 1] + 1) { + end = range[0] + j - 1; + format31012 += string32(start) + // startCharCode + string32(end) + // endCharCode + string32(code); // startGlyphID + start = end + 1; + code = codes[j]; + } + } + format31012 += string32(start) + // startCharCode + string32(range[1]) + // endCharCode + string32(code); // startGlyphID + } + header31012 = '\x00\x0C' + // format + '\x00\x00' + // reserved + string32(format31012.length + 16) + // length + '\x00\x00\x00\x00' + // language + string32(format31012.length / 12); // nGroups + } + + return cmap + '\x00\x04' + // format + string16(format314.length + 4) + // length + format314 + header31012 + format31012; + } + + function validateOS2Table(os2) { + var stream = new Stream(os2.data); + var version = stream.getUint16(); + // TODO verify all OS/2 tables fields, but currently we validate only those + // that give us issues + stream.getBytes(60); // skipping type, misc sizes, panose, unicode ranges + var selection = stream.getUint16(); + if (version < 4 && (selection & 0x0300)) { + return false; + } + var firstChar = stream.getUint16(); + var lastChar = stream.getUint16(); + if (firstChar > lastChar) { + return false; + } + stream.getBytes(6); // skipping sTypoAscender/Descender/LineGap + var usWinAscent = stream.getUint16(); + if (usWinAscent === 0) { // makes font unreadable by windows + return false; + } + + // OS/2 appears to be valid, resetting some fields + os2.data[8] = os2.data[9] = 0; // IE rejects fonts if fsType != 0 + return true; + } + + function createOS2Table(properties, charstrings, override) { + override = override || { + unitsPerEm: 0, + yMax: 0, + yMin: 0, + ascent: 0, + descent: 0 + }; + + var ulUnicodeRange1 = 0; + var ulUnicodeRange2 = 0; + var ulUnicodeRange3 = 0; + var ulUnicodeRange4 = 0; + + var firstCharIndex = null; + var lastCharIndex = 0; + + if (charstrings) { + for (var code in charstrings) { + code |= 0; + if (firstCharIndex > code || !firstCharIndex) { + firstCharIndex = code; + } + if (lastCharIndex < code) { + lastCharIndex = code; + } + + var position = getUnicodeRangeFor(code); + if (position < 32) { + ulUnicodeRange1 |= 1 << position; + } else if (position < 64) { + ulUnicodeRange2 |= 1 << position - 32; + } else if (position < 96) { + ulUnicodeRange3 |= 1 << position - 64; + } else if (position < 123) { + ulUnicodeRange4 |= 1 << position - 96; + } else { + error('Unicode ranges Bits > 123 are reserved for internal usage'); + } + } + } else { + // TODO + firstCharIndex = 0; + lastCharIndex = 255; + } + + var bbox = properties.bbox || [0, 0, 0, 0]; + var unitsPerEm = (override.unitsPerEm || + 1 / (properties.fontMatrix || FONT_IDENTITY_MATRIX)[0]); + + // if the font units differ to the PDF glyph space units + // then scale up the values + var scale = (properties.ascentScaled ? 1.0 : + unitsPerEm / PDF_GLYPH_SPACE_UNITS); + + var typoAscent = (override.ascent || + Math.round(scale * (properties.ascent || bbox[3]))); + var typoDescent = (override.descent || + Math.round(scale * (properties.descent || bbox[1]))); + if (typoDescent > 0 && properties.descent > 0 && bbox[1] < 0) { + typoDescent = -typoDescent; // fixing incorrect descent + } + var winAscent = override.yMax || typoAscent; + var winDescent = -override.yMin || -typoDescent; + + return '\x00\x03' + // version + '\x02\x24' + // xAvgCharWidth + '\x01\xF4' + // usWeightClass + '\x00\x05' + // usWidthClass + '\x00\x00' + // fstype (0 to let the font loads via font-face on IE) + '\x02\x8A' + // ySubscriptXSize + '\x02\xBB' + // ySubscriptYSize + '\x00\x00' + // ySubscriptXOffset + '\x00\x8C' + // ySubscriptYOffset + '\x02\x8A' + // ySuperScriptXSize + '\x02\xBB' + // ySuperScriptYSize + '\x00\x00' + // ySuperScriptXOffset + '\x01\xDF' + // ySuperScriptYOffset + '\x00\x31' + // yStrikeOutSize + '\x01\x02' + // yStrikeOutPosition + '\x00\x00' + // sFamilyClass + '\x00\x00\x06' + + String.fromCharCode(properties.fixedPitch ? 0x09 : 0x00) + + '\x00\x00\x00\x00\x00\x00' + // Panose + string32(ulUnicodeRange1) + // ulUnicodeRange1 (Bits 0-31) + string32(ulUnicodeRange2) + // ulUnicodeRange2 (Bits 32-63) + string32(ulUnicodeRange3) + // ulUnicodeRange3 (Bits 64-95) + string32(ulUnicodeRange4) + // ulUnicodeRange4 (Bits 96-127) + '\x2A\x32\x31\x2A' + // achVendID + string16(properties.italicAngle ? 1 : 0) + // fsSelection + string16(firstCharIndex || + properties.firstChar) + // usFirstCharIndex + string16(lastCharIndex || properties.lastChar) + // usLastCharIndex + string16(typoAscent) + // sTypoAscender + string16(typoDescent) + // sTypoDescender + '\x00\x64' + // sTypoLineGap (7%-10% of the unitsPerEM value) + string16(winAscent) + // usWinAscent + string16(winDescent) + // usWinDescent + '\x00\x00\x00\x00' + // ulCodePageRange1 (Bits 0-31) + '\x00\x00\x00\x00' + // ulCodePageRange2 (Bits 32-63) + string16(properties.xHeight) + // sxHeight + string16(properties.capHeight) + // sCapHeight + string16(0) + // usDefaultChar + string16(firstCharIndex || properties.firstChar) + // usBreakChar + '\x00\x03'; // usMaxContext + } + + function createPostTable(properties) { + var angle = Math.floor(properties.italicAngle * (Math.pow(2, 16))); + return ('\x00\x03\x00\x00' + // Version number + string32(angle) + // italicAngle + '\x00\x00' + // underlinePosition + '\x00\x00' + // underlineThickness + string32(properties.fixedPitch) + // isFixedPitch + '\x00\x00\x00\x00' + // minMemType42 + '\x00\x00\x00\x00' + // maxMemType42 + '\x00\x00\x00\x00' + // minMemType1 + '\x00\x00\x00\x00'); // maxMemType1 + } + + function createNameTable(name, proto) { + if (!proto) { + proto = [[], []]; // no strings and unicode strings + } + + var strings = [ + proto[0][0] || 'Original licence', // 0.Copyright + proto[0][1] || name, // 1.Font family + proto[0][2] || 'Unknown', // 2.Font subfamily (font weight) + proto[0][3] || 'uniqueID', // 3.Unique ID + proto[0][4] || name, // 4.Full font name + proto[0][5] || 'Version 0.11', // 5.Version + proto[0][6] || '', // 6.Postscript name + proto[0][7] || 'Unknown', // 7.Trademark + proto[0][8] || 'Unknown', // 8.Manufacturer + proto[0][9] || 'Unknown' // 9.Designer + ]; + + // Mac want 1-byte per character strings while Windows want + // 2-bytes per character, so duplicate the names table + var stringsUnicode = []; + var i, ii, j, jj, str; + for (i = 0, ii = strings.length; i < ii; i++) { + str = proto[1][i] || strings[i]; + + var strBufUnicode = []; + for (j = 0, jj = str.length; j < jj; j++) { + strBufUnicode.push(string16(str.charCodeAt(j))); + } + stringsUnicode.push(strBufUnicode.join('')); + } + + var names = [strings, stringsUnicode]; + var platforms = ['\x00\x01', '\x00\x03']; + var encodings = ['\x00\x00', '\x00\x01']; + var languages = ['\x00\x00', '\x04\x09']; + + var namesRecordCount = strings.length * platforms.length; + var nameTable = + '\x00\x00' + // format + string16(namesRecordCount) + // Number of names Record + string16(namesRecordCount * 12 + 6); // Storage + + // Build the name records field + var strOffset = 0; + for (i = 0, ii = platforms.length; i < ii; i++) { + var strs = names[i]; + for (j = 0, jj = strs.length; j < jj; j++) { + str = strs[j]; + var nameRecord = + platforms[i] + // platform ID + encodings[i] + // encoding ID + languages[i] + // language ID + string16(j) + // name ID + string16(str.length) + + string16(strOffset); + nameTable += nameRecord; + strOffset += str.length; + } + } + + nameTable += strings.join('') + stringsUnicode.join(''); + return nameTable; + } + + Font.prototype = { + name: null, + font: null, + mimetype: null, + encoding: null, + get renderer() { + var renderer = FontRendererFactory.create(this); + return shadow(this, 'renderer', renderer); + }, + + exportData: function Font_exportData() { + var data = {}; + for (var i in this) { + if (this.hasOwnProperty(i)) { + data[i] = this[i]; + } + } + return data; + }, + + checkAndRepair: function Font_checkAndRepair(name, font, properties) { + function readTableEntry(file) { + var tag = bytesToString(file.getBytes(4)); + + var checksum = file.getInt32(); + var offset = file.getInt32() >>> 0; + var length = file.getInt32() >>> 0; + + // Read the table associated data + var previousPosition = file.pos; + file.pos = file.start ? file.start : 0; + file.skip(offset); + var data = file.getBytes(length); + file.pos = previousPosition; + + if (tag === 'head') { + // clearing checksum adjustment + data[8] = data[9] = data[10] = data[11] = 0; + data[17] |= 0x20; //Set font optimized for cleartype flag + } + + return { + tag: tag, + checksum: checksum, + length: length, + offset: offset, + data: data + }; + } + + function readOpenTypeHeader(ttf) { + return { + version: bytesToString(ttf.getBytes(4)), + numTables: ttf.getUint16(), + searchRange: ttf.getUint16(), + entrySelector: ttf.getUint16(), + rangeShift: ttf.getUint16() + }; + } + + /** + * Read the appropriate subtable from the cmap according to 9.6.6.4 from + * PDF spec + */ + function readCmapTable(cmap, font, isSymbolicFont, hasEncoding) { + if (!cmap) { + warn('No cmap table available.'); + return { + platformId: -1, + encodingId: -1, + mappings: [], + hasShortCmap: false + }; + } + var segment; + var start = (font.start ? font.start : 0) + cmap.offset; + font.pos = start; + + var version = font.getUint16(); + var numTables = font.getUint16(); + + var potentialTable; + var canBreak = false; + // There's an order of preference in terms of which cmap subtable to + // use: + // - non-symbolic fonts the preference is a 3,1 table then a 1,0 table + // - symbolic fonts the preference is a 3,0 table then a 1,0 table + // The following takes advantage of the fact that the tables are sorted + // to work. + for (var i = 0; i < numTables; i++) { + var platformId = font.getUint16(); + var encodingId = font.getUint16(); + var offset = font.getInt32() >>> 0; + var useTable = false; + + if (platformId === 0 && encodingId === 0) { + useTable = true; + // Continue the loop since there still may be a higher priority + // table. + } else if (platformId === 1 && encodingId === 0) { + useTable = true; + // Continue the loop since there still may be a higher priority + // table. + } else if (platformId === 3 && encodingId === 1 && + ((!isSymbolicFont && hasEncoding) || !potentialTable)) { + useTable = true; + if (!isSymbolicFont) { + canBreak = true; + } + } else if (isSymbolicFont && platformId === 3 && encodingId === 0) { + useTable = true; + canBreak = true; + } + + if (useTable) { + potentialTable = { + platformId: platformId, + encodingId: encodingId, + offset: offset + }; + } + if (canBreak) { + break; + } + } + + if (potentialTable) { + font.pos = start + potentialTable.offset; + } + if (!potentialTable || font.peekByte() === -1) { + warn('Could not find a preferred cmap table.'); + return { + platformId: -1, + encodingId: -1, + mappings: [], + hasShortCmap: false + }; + } + + var format = font.getUint16(); + var length = font.getUint16(); + var language = font.getUint16(); + + var hasShortCmap = false; + var mappings = []; + var j, glyphId; + + // TODO(mack): refactor this cmap subtable reading logic out + if (format === 0) { + for (j = 0; j < 256; j++) { + var index = font.getByte(); + if (!index) { + continue; + } + mappings.push({ + charCode: j, + glyphId: index + }); + } + hasShortCmap = true; + } else if (format === 4) { + // re-creating the table in format 4 since the encoding + // might be changed + var segCount = (font.getUint16() >> 1); + font.getBytes(6); // skipping range fields + var segIndex, segments = []; + for (segIndex = 0; segIndex < segCount; segIndex++) { + segments.push({ end: font.getUint16() }); + } + font.getUint16(); + for (segIndex = 0; segIndex < segCount; segIndex++) { + segments[segIndex].start = font.getUint16(); + } + + for (segIndex = 0; segIndex < segCount; segIndex++) { + segments[segIndex].delta = font.getUint16(); + } + + var offsetsCount = 0; + for (segIndex = 0; segIndex < segCount; segIndex++) { + segment = segments[segIndex]; + var rangeOffset = font.getUint16(); + if (!rangeOffset) { + segment.offsetIndex = -1; + continue; + } + + var offsetIndex = (rangeOffset >> 1) - (segCount - segIndex); + segment.offsetIndex = offsetIndex; + offsetsCount = Math.max(offsetsCount, offsetIndex + + segment.end - segment.start + 1); + } + + var offsets = []; + for (j = 0; j < offsetsCount; j++) { + offsets.push(font.getUint16()); + } + + for (segIndex = 0; segIndex < segCount; segIndex++) { + segment = segments[segIndex]; + start = segment.start; + var end = segment.end; + var delta = segment.delta; + offsetIndex = segment.offsetIndex; + + for (j = start; j <= end; j++) { + if (j === 0xFFFF) { + continue; + } + + glyphId = (offsetIndex < 0 ? + j : offsets[offsetIndex + j - start]); + glyphId = (glyphId + delta) & 0xFFFF; + if (glyphId === 0) { + continue; + } + mappings.push({ + charCode: j, + glyphId: glyphId + }); + } + } + } else if (format === 6) { + // Format 6 is a 2-bytes dense mapping, which means the font data + // lives glue together even if they are pretty far in the unicode + // table. (This looks weird, so I can have missed something), this + // works on Linux but seems to fails on Mac so let's rewrite the + // cmap table to a 3-1-4 style + var firstCode = font.getUint16(); + var entryCount = font.getUint16(); + + for (j = 0; j < entryCount; j++) { + glyphId = font.getUint16(); + var charCode = firstCode + j; + + mappings.push({ + charCode: charCode, + glyphId: glyphId + }); + } + } else { + warn('cmap table has unsupported format: ' + format); + return { + platformId: -1, + encodingId: -1, + mappings: [], + hasShortCmap: false + }; + } + + // removing duplicate entries + mappings.sort(function (a, b) { + return a.charCode - b.charCode; + }); + for (i = 1; i < mappings.length; i++) { + if (mappings[i - 1].charCode === mappings[i].charCode) { + mappings.splice(i, 1); + i--; + } + } + + return { + platformId: potentialTable.platformId, + encodingId: potentialTable.encodingId, + mappings: mappings, + hasShortCmap: hasShortCmap + }; + } + + function sanitizeMetrics(font, header, metrics, numGlyphs) { + if (!header) { + if (metrics) { + metrics.data = null; + } + return; + } + + font.pos = (font.start ? font.start : 0) + header.offset; + font.pos += header.length - 2; + var numOfMetrics = font.getUint16(); + + if (numOfMetrics > numGlyphs) { + info('The numOfMetrics (' + numOfMetrics + ') should not be ' + + 'greater than the numGlyphs (' + numGlyphs + ')'); + // Reduce numOfMetrics if it is greater than numGlyphs + numOfMetrics = numGlyphs; + header.data[34] = (numOfMetrics & 0xff00) >> 8; + header.data[35] = numOfMetrics & 0x00ff; + } + + var numOfSidebearings = numGlyphs - numOfMetrics; + var numMissing = numOfSidebearings - + ((metrics.length - numOfMetrics * 4) >> 1); + + if (numMissing > 0) { + // For each missing glyph, we set both the width and lsb to 0 (zero). + // Since we need to add two properties for each glyph, this explains + // the use of |numMissing * 2| when initializing the typed array. + var entries = new Uint8Array(metrics.length + numMissing * 2); + entries.set(metrics.data); + metrics.data = entries; + } + } + + function sanitizeGlyph(source, sourceStart, sourceEnd, dest, destStart, + hintsValid) { + if (sourceEnd - sourceStart <= 12) { + // glyph with data less than 12 is invalid one + return 0; + } + var glyf = source.subarray(sourceStart, sourceEnd); + var contoursCount = (glyf[0] << 8) | glyf[1]; + if (contoursCount & 0x8000) { + // complex glyph, writing as is + dest.set(glyf, destStart); + return glyf.length; + } + + var i, j = 10, flagsCount = 0; + for (i = 0; i < contoursCount; i++) { + var endPoint = (glyf[j] << 8) | glyf[j + 1]; + flagsCount = endPoint + 1; + j += 2; + } + // skipping instructions + var instructionsStart = j; + var instructionsLength = (glyf[j] << 8) | glyf[j + 1]; + j += 2 + instructionsLength; + var instructionsEnd = j; + // validating flags + var coordinatesLength = 0; + for (i = 0; i < flagsCount; i++) { + var flag = glyf[j++]; + if (flag & 0xC0) { + // reserved flags must be zero, cleaning up + glyf[j - 1] = flag & 0x3F; + } + var xyLength = ((flag & 2) ? 1 : (flag & 16) ? 0 : 2) + + ((flag & 4) ? 1 : (flag & 32) ? 0 : 2); + coordinatesLength += xyLength; + if (flag & 8) { + var repeat = glyf[j++]; + i += repeat; + coordinatesLength += repeat * xyLength; + } + } + // glyph without coordinates will be rejected + if (coordinatesLength === 0) { + return 0; + } + var glyphDataLength = j + coordinatesLength; + if (glyphDataLength > glyf.length) { + // not enough data for coordinates + return 0; + } + if (!hintsValid && instructionsLength > 0) { + dest.set(glyf.subarray(0, instructionsStart), destStart); + dest.set([0, 0], destStart + instructionsStart); + dest.set(glyf.subarray(instructionsEnd, glyphDataLength), + destStart + instructionsStart + 2); + glyphDataLength -= instructionsLength; + if (glyf.length - glyphDataLength > 3) { + glyphDataLength = (glyphDataLength + 3) & ~3; + } + return glyphDataLength; + } + if (glyf.length - glyphDataLength > 3) { + // truncating and aligning to 4 bytes the long glyph data + glyphDataLength = (glyphDataLength + 3) & ~3; + dest.set(glyf.subarray(0, glyphDataLength), destStart); + return glyphDataLength; + } + // glyph data is fine + dest.set(glyf, destStart); + return glyf.length; + } + + function sanitizeHead(head, numGlyphs, locaLength) { + var data = head.data; + + // Validate version: + // Should always be 0x00010000 + var version = int32(data[0], data[1], data[2], data[3]); + if (version >> 16 !== 1) { + info('Attempting to fix invalid version in head table: ' + version); + data[0] = 0; + data[1] = 1; + data[2] = 0; + data[3] = 0; + } + + var indexToLocFormat = int16(data[50], data[51]); + if (indexToLocFormat < 0 || indexToLocFormat > 1) { + info('Attempting to fix invalid indexToLocFormat in head table: ' + + indexToLocFormat); + + // The value of indexToLocFormat should be 0 if the loca table + // consists of short offsets, and should be 1 if the loca table + // consists of long offsets. + // + // The number of entries in the loca table should be numGlyphs + 1. + // + // Using this information, we can work backwards to deduce if the + // size of each offset in the loca table, and thus figure out the + // appropriate value for indexToLocFormat. + + var numGlyphsPlusOne = numGlyphs + 1; + if (locaLength === numGlyphsPlusOne << 1) { + // 0x0000 indicates the loca table consists of short offsets + data[50] = 0; + data[51] = 0; + } else if (locaLength === numGlyphsPlusOne << 2) { + // 0x0001 indicates the loca table consists of long offsets + data[50] = 0; + data[51] = 1; + } else { + warn('Could not fix indexToLocFormat: ' + indexToLocFormat); + } + } + } + + function sanitizeGlyphLocations(loca, glyf, numGlyphs, + isGlyphLocationsLong, hintsValid, + dupFirstEntry) { + var itemSize, itemDecode, itemEncode; + if (isGlyphLocationsLong) { + itemSize = 4; + itemDecode = function fontItemDecodeLong(data, offset) { + return (data[offset] << 24) | (data[offset + 1] << 16) | + (data[offset + 2] << 8) | data[offset + 3]; + }; + itemEncode = function fontItemEncodeLong(data, offset, value) { + data[offset] = (value >>> 24) & 0xFF; + data[offset + 1] = (value >> 16) & 0xFF; + data[offset + 2] = (value >> 8) & 0xFF; + data[offset + 3] = value & 0xFF; + }; + } else { + itemSize = 2; + itemDecode = function fontItemDecode(data, offset) { + return (data[offset] << 9) | (data[offset + 1] << 1); + }; + itemEncode = function fontItemEncode(data, offset, value) { + data[offset] = (value >> 9) & 0xFF; + data[offset + 1] = (value >> 1) & 0xFF; + }; + } + var locaData = loca.data; + var locaDataSize = itemSize * (1 + numGlyphs); + // is loca.data too short or long? + if (locaData.length !== locaDataSize) { + locaData = new Uint8Array(locaDataSize); + locaData.set(loca.data.subarray(0, locaDataSize)); + loca.data = locaData; + } + // removing the invalid glyphs + var oldGlyfData = glyf.data; + var oldGlyfDataLength = oldGlyfData.length; + var newGlyfData = new Uint8Array(oldGlyfDataLength); + var startOffset = itemDecode(locaData, 0); + var writeOffset = 0; + var missingGlyphData = {}; + itemEncode(locaData, 0, writeOffset); + var i, j; + for (i = 0, j = itemSize; i < numGlyphs; i++, j += itemSize) { + var endOffset = itemDecode(locaData, j); + if (endOffset > oldGlyfDataLength && + ((oldGlyfDataLength + 3) & ~3) === endOffset) { + // Aspose breaks fonts by aligning the glyphs to the qword, but not + // the glyf table size, which makes last glyph out of range. + endOffset = oldGlyfDataLength; + } + if (endOffset > oldGlyfDataLength) { + // glyph end offset points outside glyf data, rejecting the glyph + itemEncode(locaData, j, writeOffset); + startOffset = endOffset; + continue; + } + + if (startOffset === endOffset) { + missingGlyphData[i] = true; + } + + var newLength = sanitizeGlyph(oldGlyfData, startOffset, endOffset, + newGlyfData, writeOffset, hintsValid); + writeOffset += newLength; + itemEncode(locaData, j, writeOffset); + startOffset = endOffset; + } + + if (writeOffset === 0) { + // glyf table cannot be empty -- redoing the glyf and loca tables + // to have single glyph with one point + var simpleGlyph = new Uint8Array( + [0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 49, 0]); + for (i = 0, j = itemSize; i < numGlyphs; i++, j += itemSize) { + itemEncode(locaData, j, simpleGlyph.length); + } + glyf.data = simpleGlyph; + return missingGlyphData; + } + + if (dupFirstEntry) { + var firstEntryLength = itemDecode(locaData, itemSize); + if (newGlyfData.length > firstEntryLength + writeOffset) { + glyf.data = newGlyfData.subarray(0, firstEntryLength + writeOffset); + } else { + glyf.data = new Uint8Array(firstEntryLength + writeOffset); + glyf.data.set(newGlyfData.subarray(0, writeOffset)); + } + glyf.data.set(newGlyfData.subarray(0, firstEntryLength), writeOffset); + itemEncode(loca.data, locaData.length - itemSize, + writeOffset + firstEntryLength); + } else { + glyf.data = newGlyfData.subarray(0, writeOffset); + } + return missingGlyphData; + } + + function readPostScriptTable(post, properties, maxpNumGlyphs) { + var start = (font.start ? font.start : 0) + post.offset; + font.pos = start; + + var length = post.length, end = start + length; + var version = font.getInt32(); + // skip rest to the tables + font.getBytes(28); + + var glyphNames; + var valid = true; + var i; + + switch (version) { + case 0x00010000: + glyphNames = MacStandardGlyphOrdering; + break; + case 0x00020000: + var numGlyphs = font.getUint16(); + if (numGlyphs !== maxpNumGlyphs) { + valid = false; + break; + } + var glyphNameIndexes = []; + for (i = 0; i < numGlyphs; ++i) { + var index = font.getUint16(); + if (index >= 32768) { + valid = false; + break; + } + glyphNameIndexes.push(index); + } + if (!valid) { + break; + } + var customNames = []; + var strBuf = []; + while (font.pos < end) { + var stringLength = font.getByte(); + strBuf.length = stringLength; + for (i = 0; i < stringLength; ++i) { + strBuf[i] = String.fromCharCode(font.getByte()); + } + customNames.push(strBuf.join('')); + } + glyphNames = []; + for (i = 0; i < numGlyphs; ++i) { + var j = glyphNameIndexes[i]; + if (j < 258) { + glyphNames.push(MacStandardGlyphOrdering[j]); + continue; + } + glyphNames.push(customNames[j - 258]); + } + break; + case 0x00030000: + break; + default: + warn('Unknown/unsupported post table version ' + version); + valid = false; + if (properties.defaultEncoding) { + glyphNames = properties.defaultEncoding; + } + break; + } + properties.glyphNames = glyphNames; + return valid; + } + + function readNameTable(nameTable) { + var start = (font.start ? font.start : 0) + nameTable.offset; + font.pos = start; + + var names = [[], []]; + var length = nameTable.length, end = start + length; + var format = font.getUint16(); + var FORMAT_0_HEADER_LENGTH = 6; + if (format !== 0 || length < FORMAT_0_HEADER_LENGTH) { + // unsupported name table format or table "too" small + return names; + } + var numRecords = font.getUint16(); + var stringsStart = font.getUint16(); + var records = []; + var NAME_RECORD_LENGTH = 12; + var i, ii; + + for (i = 0; i < numRecords && + font.pos + NAME_RECORD_LENGTH <= end; i++) { + var r = { + platform: font.getUint16(), + encoding: font.getUint16(), + language: font.getUint16(), + name: font.getUint16(), + length: font.getUint16(), + offset: font.getUint16() + }; + // using only Macintosh and Windows platform/encoding names + if ((r.platform === 1 && r.encoding === 0 && r.language === 0) || + (r.platform === 3 && r.encoding === 1 && r.language === 0x409)) { + records.push(r); + } + } + for (i = 0, ii = records.length; i < ii; i++) { + var record = records[i]; + var pos = start + stringsStart + record.offset; + if (pos + record.length > end) { + continue; // outside of name table, ignoring + } + font.pos = pos; + var nameIndex = record.name; + if (record.encoding) { + // unicode + var str = ''; + for (var j = 0, jj = record.length; j < jj; j += 2) { + str += String.fromCharCode(font.getUint16()); + } + names[1][nameIndex] = str; + } else { + names[0][nameIndex] = bytesToString(font.getBytes(record.length)); + } + } + return names; + } + + var TTOpsStackDeltas = [ + 0, 0, 0, 0, 0, 0, 0, 0, -2, -2, -2, -2, 0, 0, -2, -5, + -1, -1, -1, -1, -1, -1, -1, -1, 0, 0, -1, 0, -1, -1, -1, -1, + 1, -1, -999, 0, 1, 0, -1, -2, 0, -1, -2, -1, -1, 0, -1, -1, + 0, 0, -999, -999, -1, -1, -1, -1, -2, -999, -2, -2, -999, 0, -2, -2, + 0, 0, -2, 0, -2, 0, 0, 0, -2, -1, -1, 1, 1, 0, 0, -1, + -1, -1, -1, -1, -1, -1, 0, 0, -1, 0, -1, -1, 0, -999, -1, -1, + -1, -1, -1, -1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + -2, -999, -999, -999, -999, -999, -1, -1, -2, -2, 0, 0, 0, 0, -1, -1, + -999, -2, -2, 0, 0, -1, -2, -2, 0, 0, 0, -1, -1, -1, -2]; + // 0xC0-DF == -1 and 0xE0-FF == -2 + + function sanitizeTTProgram(table, ttContext) { + var data = table.data; + var i = 0, j, n, b, funcId, pc, lastEndf = 0, lastDeff = 0; + var stack = []; + var callstack = []; + var functionsCalled = []; + var tooComplexToFollowFunctions = + ttContext.tooComplexToFollowFunctions; + var inFDEF = false, ifLevel = 0, inELSE = 0; + for (var ii = data.length; i < ii;) { + var op = data[i++]; + // The TrueType instruction set docs can be found at + // https://developer.apple.com/fonts/TTRefMan/RM05/Chap5.html + if (op === 0x40) { // NPUSHB - pushes n bytes + n = data[i++]; + if (inFDEF || inELSE) { + i += n; + } else { + for (j = 0; j < n; j++) { + stack.push(data[i++]); + } + } + } else if (op === 0x41) { // NPUSHW - pushes n words + n = data[i++]; + if (inFDEF || inELSE) { + i += n * 2; + } else { + for (j = 0; j < n; j++) { + b = data[i++]; + stack.push((b << 8) | data[i++]); + } + } + } else if ((op & 0xF8) === 0xB0) { // PUSHB - pushes bytes + n = op - 0xB0 + 1; + if (inFDEF || inELSE) { + i += n; + } else { + for (j = 0; j < n; j++) { + stack.push(data[i++]); + } + } + } else if ((op & 0xF8) === 0xB8) { // PUSHW - pushes words + n = op - 0xB8 + 1; + if (inFDEF || inELSE) { + i += n * 2; + } else { + for (j = 0; j < n; j++) { + b = data[i++]; + stack.push((b << 8) | data[i++]); + } + } + } else if (op === 0x2B && !tooComplexToFollowFunctions) { // CALL + if (!inFDEF && !inELSE) { + // collecting inforamtion about which functions are used + funcId = stack[stack.length - 1]; + ttContext.functionsUsed[funcId] = true; + if (funcId in ttContext.functionsStackDeltas) { + stack.length += ttContext.functionsStackDeltas[funcId]; + } else if (funcId in ttContext.functionsDefined && + functionsCalled.indexOf(funcId) < 0) { + callstack.push({data: data, i: i, stackTop: stack.length - 1}); + functionsCalled.push(funcId); + pc = ttContext.functionsDefined[funcId]; + if (!pc) { + warn('TT: CALL non-existent function'); + ttContext.hintsValid = false; + return; + } + data = pc.data; + i = pc.i; + } + } + } else if (op === 0x2C && !tooComplexToFollowFunctions) { // FDEF + if (inFDEF || inELSE) { + warn('TT: nested FDEFs not allowed'); + tooComplexToFollowFunctions = true; + } + inFDEF = true; + // collecting inforamtion about which functions are defined + lastDeff = i; + funcId = stack.pop(); + ttContext.functionsDefined[funcId] = {data: data, i: i}; + } else if (op === 0x2D) { // ENDF - end of function + if (inFDEF) { + inFDEF = false; + lastEndf = i; + } else { + pc = callstack.pop(); + if (!pc) { + warn('TT: ENDF bad stack'); + ttContext.hintsValid = false; + return; + } + funcId = functionsCalled.pop(); + data = pc.data; + i = pc.i; + ttContext.functionsStackDeltas[funcId] = + stack.length - pc.stackTop; + } + } else if (op === 0x89) { // IDEF - instruction definition + if (inFDEF || inELSE) { + warn('TT: nested IDEFs not allowed'); + tooComplexToFollowFunctions = true; + } + inFDEF = true; + // recording it as a function to track ENDF + lastDeff = i; + } else if (op === 0x58) { // IF + ++ifLevel; + } else if (op === 0x1B) { // ELSE + inELSE = ifLevel; + } else if (op === 0x59) { // EIF + if (inELSE === ifLevel) { + inELSE = 0; + } + --ifLevel; + } else if (op === 0x1C) { // JMPR + if (!inFDEF && !inELSE) { + var offset = stack[stack.length - 1]; + // only jumping forward to prevent infinite loop + if (offset > 0) { + i += offset - 1; + } + } + } + // Adjusting stack not extactly, but just enough to get function id + if (!inFDEF && !inELSE) { + var stackDelta = op <= 0x8E ? TTOpsStackDeltas[op] : + op >= 0xC0 && op <= 0xDF ? -1 : op >= 0xE0 ? -2 : 0; + if (op >= 0x71 && op <= 0x75) { + n = stack.pop(); + if (n === n) { + stackDelta = -n * 2; + } + } + while (stackDelta < 0 && stack.length > 0) { + stack.pop(); + stackDelta++; + } + while (stackDelta > 0) { + stack.push(NaN); // pushing any number into stack + stackDelta--; + } + } + } + ttContext.tooComplexToFollowFunctions = tooComplexToFollowFunctions; + var content = [data]; + if (i > data.length) { + content.push(new Uint8Array(i - data.length)); + } + if (lastDeff > lastEndf) { + warn('TT: complementing a missing function tail'); + // new function definition started, but not finished + // complete function by [CLEAR, ENDF] + content.push(new Uint8Array([0x22, 0x2D])); + } + foldTTTable(table, content); + } + + function checkInvalidFunctions(ttContext, maxFunctionDefs) { + if (ttContext.tooComplexToFollowFunctions) { + return; + } + if (ttContext.functionsDefined.length > maxFunctionDefs) { + warn('TT: more functions defined than expected'); + ttContext.hintsValid = false; + return; + } + for (var j = 0, jj = ttContext.functionsUsed.length; j < jj; j++) { + if (j > maxFunctionDefs) { + warn('TT: invalid function id: ' + j); + ttContext.hintsValid = false; + return; + } + if (ttContext.functionsUsed[j] && !ttContext.functionsDefined[j]) { + warn('TT: undefined function: ' + j); + ttContext.hintsValid = false; + return; + } + } + } + + function foldTTTable(table, content) { + if (content.length > 1) { + // concatenating the content items + var newLength = 0; + var j, jj; + for (j = 0, jj = content.length; j < jj; j++) { + newLength += content[j].length; + } + newLength = (newLength + 3) & ~3; + var result = new Uint8Array(newLength); + var pos = 0; + for (j = 0, jj = content.length; j < jj; j++) { + result.set(content[j], pos); + pos += content[j].length; + } + table.data = result; + table.length = newLength; + } + } + + function sanitizeTTPrograms(fpgm, prep, cvt) { + var ttContext = { + functionsDefined: [], + functionsUsed: [], + functionsStackDeltas: [], + tooComplexToFollowFunctions: false, + hintsValid: true + }; + if (fpgm) { + sanitizeTTProgram(fpgm, ttContext); + } + if (prep) { + sanitizeTTProgram(prep, ttContext); + } + if (fpgm) { + checkInvalidFunctions(ttContext, maxFunctionDefs); + } + if (cvt && (cvt.length & 1)) { + var cvtData = new Uint8Array(cvt.length + 1); + cvtData.set(cvt.data); + cvt.data = cvtData; + } + return ttContext.hintsValid; + } + + // The following steps modify the original font data, making copy + font = new Stream(new Uint8Array(font.getBytes())); + + var VALID_TABLES = ['OS/2', 'cmap', 'head', 'hhea', 'hmtx', 'maxp', + 'name', 'post', 'loca', 'glyf', 'fpgm', 'prep', 'cvt ', 'CFF ']; + + var header = readOpenTypeHeader(font); + var numTables = header.numTables; + var cff, cffFile; + + var tables = { 'OS/2': null, cmap: null, head: null, hhea: null, + hmtx: null, maxp: null, name: null, post: null }; + var table; + for (var i = 0; i < numTables; i++) { + table = readTableEntry(font); + if (VALID_TABLES.indexOf(table.tag) < 0) { + continue; // skipping table if it's not a required or optional table + } + if (table.length === 0) { + continue; // skipping empty tables + } + tables[table.tag] = table; + } + + var isTrueType = !tables['CFF ']; + if (!isTrueType) { + // OpenType font + if ((header.version === 'OTTO' && properties.type !== 'CIDFontType2') || + !tables.head || !tables.hhea || !tables.maxp || !tables.post) { + // no major tables: throwing everything at CFFFont + cffFile = new Stream(tables['CFF '].data); + cff = new CFFFont(cffFile, properties); + + adjustWidths(properties); + + return this.convert(name, cff, properties); + } + + delete tables.glyf; + delete tables.loca; + delete tables.fpgm; + delete tables.prep; + delete tables['cvt ']; + this.isOpenType = true; + } else { + if (!tables.glyf || !tables.loca) { + error('Required "glyf" or "loca" tables are not found'); + } + this.isOpenType = false; + } + + if (!tables.maxp) { + error('Required "maxp" table is not found'); + } + + font.pos = (font.start || 0) + tables.maxp.offset; + var version = font.getInt32(); + var numGlyphs = font.getUint16(); + var maxFunctionDefs = 0; + if (version >= 0x00010000 && tables.maxp.length >= 22) { + // maxZones can be invalid + font.pos += 8; + var maxZones = font.getUint16(); + if (maxZones > 2) { // reset to 2 if font has invalid maxZones + tables.maxp.data[14] = 0; + tables.maxp.data[15] = 2; + } + font.pos += 4; + maxFunctionDefs = font.getUint16(); + } + + var dupFirstEntry = false; + if (properties.type === 'CIDFontType2' && properties.toUnicode && + properties.toUnicode.get(0) > '\u0000') { + // oracle's defect (see 3427), duplicating first entry + dupFirstEntry = true; + numGlyphs++; + tables.maxp.data[4] = numGlyphs >> 8; + tables.maxp.data[5] = numGlyphs & 255; + } + + var hintsValid = sanitizeTTPrograms(tables.fpgm, tables.prep, + tables['cvt '], maxFunctionDefs); + if (!hintsValid) { + delete tables.fpgm; + delete tables.prep; + delete tables['cvt ']; + } + + // Ensure the hmtx table contains the advance width and + // sidebearings information for numGlyphs in the maxp table + sanitizeMetrics(font, tables.hhea, tables.hmtx, numGlyphs); + + if (!tables.head) { + error('Required "head" table is not found'); + } + + sanitizeHead(tables.head, numGlyphs, isTrueType ? tables.loca.length : 0); + + var missingGlyphs = {}; + if (isTrueType) { + var isGlyphLocationsLong = int16(tables.head.data[50], + tables.head.data[51]); + missingGlyphs = sanitizeGlyphLocations(tables.loca, tables.glyf, + numGlyphs, isGlyphLocationsLong, + hintsValid, dupFirstEntry); + } + + if (!tables.hhea) { + error('Required "hhea" table is not found'); + } + + // Sanitizer reduces the glyph advanceWidth to the maxAdvanceWidth + // Sometimes it's 0. That needs to be fixed + if (tables.hhea.data[10] === 0 && tables.hhea.data[11] === 0) { + tables.hhea.data[10] = 0xFF; + tables.hhea.data[11] = 0xFF; + } + + // Extract some more font properties from the OpenType head and + // hhea tables; yMin and descent value are always negative. + var metricsOverride = { + unitsPerEm: int16(tables.head.data[18], tables.head.data[19]), + yMax: int16(tables.head.data[42], tables.head.data[43]), + yMin: int16(tables.head.data[38], tables.head.data[39]) - 0x10000, + ascent: int16(tables.hhea.data[4], tables.hhea.data[5]), + descent: int16(tables.hhea.data[6], tables.hhea.data[7]) - 0x10000 + }; + + // PDF FontDescriptor metrics lie -- using data from actual font. + this.ascent = metricsOverride.ascent / metricsOverride.unitsPerEm; + this.descent = metricsOverride.descent / metricsOverride.unitsPerEm; + + // The 'post' table has glyphs names. + if (tables.post) { + var valid = readPostScriptTable(tables.post, properties, numGlyphs); + if (!valid) { + tables.post = null; + } + } + + var charCodeToGlyphId = [], charCode; + var toUnicode = properties.toUnicode, widths = properties.widths; + var skipToUnicode = (toUnicode instanceof IdentityToUnicodeMap || + toUnicode.length === 0x10000); + + // Helper function to try to skip mapping of empty glyphs. + // Note: In some cases, just relying on the glyph data doesn't work, + // hence we also use a few heuristics to fix various PDF files. + function hasGlyph(glyphId, charCode, widthCode) { + if (!missingGlyphs[glyphId]) { + return true; + } + if (!skipToUnicode && charCode >= 0 && toUnicode.has(charCode)) { + return true; + } + if (widths && widthCode >= 0 && isNum(widths[widthCode])) { + return true; + } + return false; + } + + if (properties.type === 'CIDFontType2') { + var cidToGidMap = properties.cidToGidMap || []; + var isCidToGidMapEmpty = cidToGidMap.length === 0; + + properties.cMap.forEach(function(charCode, cid) { + assert(cid <= 0xffff, 'Max size of CID is 65,535'); + var glyphId = -1; + if (isCidToGidMapEmpty) { + glyphId = charCode; + } else if (cidToGidMap[cid] !== undefined) { + glyphId = cidToGidMap[cid]; + } + + if (glyphId >= 0 && glyphId < numGlyphs && + hasGlyph(glyphId, charCode, cid)) { + charCodeToGlyphId[charCode] = glyphId; + } + }); + if (dupFirstEntry) { + charCodeToGlyphId[0] = numGlyphs - 1; + } + } else { + // Most of the following logic in this code branch is based on the + // 9.6.6.4 of the PDF spec. + var hasEncoding = + properties.differences.length > 0 || !!properties.baseEncodingName; + var cmapTable = + readCmapTable(tables.cmap, font, this.isSymbolicFont, hasEncoding); + var cmapPlatformId = cmapTable.platformId; + var cmapEncodingId = cmapTable.encodingId; + var cmapMappings = cmapTable.mappings; + var cmapMappingsLength = cmapMappings.length; + + // The spec seems to imply that if the font is symbolic the encoding + // should be ignored, this doesn't appear to work for 'preistabelle.pdf' + // where the the font is symbolic and it has an encoding. + if (hasEncoding && + (cmapPlatformId === 3 && cmapEncodingId === 1 || + cmapPlatformId === 1 && cmapEncodingId === 0) || + (cmapPlatformId === -1 && cmapEncodingId === -1 && // Temporary hack + !!Encodings[properties.baseEncodingName])) { // Temporary hack + // When no preferred cmap table was found and |baseEncodingName| is + // one of the predefined encodings, we seem to obtain a better + // |charCodeToGlyphId| map from the code below (fixes bug 1057544). + // TODO: Note that this is a hack which should be removed as soon as + // we have proper support for more exotic cmap tables. + + var baseEncoding = []; + if (properties.baseEncodingName === 'MacRomanEncoding' || + properties.baseEncodingName === 'WinAnsiEncoding') { + baseEncoding = Encodings[properties.baseEncodingName]; + } + for (charCode = 0; charCode < 256; charCode++) { + var glyphName; + if (this.differences && charCode in this.differences) { + glyphName = this.differences[charCode]; + } else if (charCode in baseEncoding && + baseEncoding[charCode] !== '') { + glyphName = baseEncoding[charCode]; + } else { + glyphName = Encodings.StandardEncoding[charCode]; + } + if (!glyphName) { + continue; + } + var unicodeOrCharCode, isUnicode = false; + if (cmapPlatformId === 3 && cmapEncodingId === 1) { + unicodeOrCharCode = GlyphsUnicode[glyphName]; + isUnicode = true; + } else if (cmapPlatformId === 1 && cmapEncodingId === 0) { + // TODO: the encoding needs to be updated with mac os table. + unicodeOrCharCode = Encodings.MacRomanEncoding.indexOf(glyphName); + } + + var found = false; + for (i = 0; i < cmapMappingsLength; ++i) { + if (cmapMappings[i].charCode !== unicodeOrCharCode) { + continue; + } + var code = isUnicode ? charCode : unicodeOrCharCode; + if (hasGlyph(cmapMappings[i].glyphId, code, -1)) { + charCodeToGlyphId[charCode] = cmapMappings[i].glyphId; + found = true; + break; + } + } + if (!found && properties.glyphNames) { + // Try to map using the post table. + var glyphId = properties.glyphNames.indexOf(glyphName); + if (glyphId > 0 && hasGlyph(glyphId, -1, -1)) { + charCodeToGlyphId[charCode] = glyphId; + } else { + charCodeToGlyphId[charCode] = 0; // notdef + } + } + } + } else if (cmapPlatformId === 0 && cmapEncodingId === 0) { + // Default Unicode semantics, use the charcodes as is. + for (i = 0; i < cmapMappingsLength; ++i) { + charCodeToGlyphId[cmapMappings[i].charCode] = + cmapMappings[i].glyphId; + } + } else { + // For (3, 0) cmap tables: + // The charcode key being stored in charCodeToGlyphId is the lower + // byte of the two-byte charcodes of the cmap table since according to + // the spec: 'each byte from the string shall be prepended with the + // high byte of the range [of charcodes in the cmap table], to form + // a two-byte character, which shall be used to select the + // associated glyph description from the subtable'. + // + // For (1, 0) cmap tables: + // 'single bytes from the string shall be used to look up the + // associated glyph descriptions from the subtable'. This means + // charcodes in the cmap will be single bytes, so no-op since + // glyph.charCode & 0xFF === glyph.charCode + for (i = 0; i < cmapMappingsLength; ++i) { + charCode = cmapMappings[i].charCode & 0xFF; + charCodeToGlyphId[charCode] = cmapMappings[i].glyphId; + } + } + } + + if (charCodeToGlyphId.length === 0) { + // defines at least one glyph + charCodeToGlyphId[0] = 0; + } + + // Converting glyphs and ids into font's cmap table + var newMapping = adjustMapping(charCodeToGlyphId, properties); + this.toFontChar = newMapping.toFontChar; + tables.cmap = { + tag: 'cmap', + data: createCmapTable(newMapping.charCodeToGlyphId, numGlyphs) + }; + + if (!tables['OS/2'] || !validateOS2Table(tables['OS/2'])) { + tables['OS/2'] = { + tag: 'OS/2', + data: createOS2Table(properties, newMapping.charCodeToGlyphId, + metricsOverride) + }; + } + + // Rewrite the 'post' table if needed + if (!tables.post) { + tables.post = { + tag: 'post', + data: createPostTable(properties) + }; + } + + if (!isTrueType) { + try { + // Trying to repair CFF file + cffFile = new Stream(tables['CFF '].data); + var parser = new CFFParser(cffFile, properties); + cff = parser.parse(); + var compiler = new CFFCompiler(cff); + tables['CFF '].data = compiler.compile(); + } catch (e) { + warn('Failed to compile font ' + properties.loadedName); + } + } + + // Re-creating 'name' table + if (!tables.name) { + tables.name = { + tag: 'name', + data: createNameTable(this.name) + }; + } else { + // ... using existing 'name' table as prototype + var namePrototype = readNameTable(tables.name); + tables.name.data = createNameTable(name, namePrototype); + } + + var builder = new OpenTypeFileBuilder(header.version); + for (var tableTag in tables) { + builder.addTable(tableTag, tables[tableTag].data); + } + return builder.toArray(); + }, + + convert: function Font_convert(fontName, font, properties) { + // TODO: Check the charstring widths to determine this. + properties.fixedPitch = false; + + var mapping = font.getGlyphMapping(properties); + var newMapping = adjustMapping(mapping, properties); + this.toFontChar = newMapping.toFontChar; + var numGlyphs = font.numGlyphs; + + function getCharCodes(charCodeToGlyphId, glyphId) { + var charCodes = null; + for (var charCode in charCodeToGlyphId) { + if (glyphId === charCodeToGlyphId[charCode]) { + if (!charCodes) { + charCodes = []; + } + charCodes.push(charCode | 0); + } + } + return charCodes; + } + + function createCharCode(charCodeToGlyphId, glyphId) { + for (var charCode in charCodeToGlyphId) { + if (glyphId === charCodeToGlyphId[charCode]) { + return charCode | 0; + } + } + newMapping.charCodeToGlyphId[newMapping.nextAvailableFontCharCode] = + glyphId; + return newMapping.nextAvailableFontCharCode++; + } + + var seacs = font.seacs; + if (SEAC_ANALYSIS_ENABLED && seacs && seacs.length) { + var matrix = properties.fontMatrix || FONT_IDENTITY_MATRIX; + var charset = font.getCharset(); + var seacMap = Object.create(null); + for (var glyphId in seacs) { + glyphId |= 0; + var seac = seacs[glyphId]; + var baseGlyphName = Encodings.StandardEncoding[seac[2]]; + var accentGlyphName = Encodings.StandardEncoding[seac[3]]; + var baseGlyphId = charset.indexOf(baseGlyphName); + var accentGlyphId = charset.indexOf(accentGlyphName); + if (baseGlyphId < 0 || accentGlyphId < 0) { + continue; + } + var accentOffset = { + x: seac[0] * matrix[0] + seac[1] * matrix[2] + matrix[4], + y: seac[0] * matrix[1] + seac[1] * matrix[3] + matrix[5] + }; + + var charCodes = getCharCodes(mapping, glyphId); + if (!charCodes) { + // There's no point in mapping it if the char code was never mapped + // to begin with. + continue; + } + for (var i = 0, ii = charCodes.length; i < ii; i++) { + var charCode = charCodes[i]; + // Find a fontCharCode that maps to the base and accent glyphs. + // If one doesn't exists, create it. + var charCodeToGlyphId = newMapping.charCodeToGlyphId; + var baseFontCharCode = createCharCode(charCodeToGlyphId, + baseGlyphId); + var accentFontCharCode = createCharCode(charCodeToGlyphId, + accentGlyphId); + seacMap[charCode] = { + baseFontCharCode: baseFontCharCode, + accentFontCharCode: accentFontCharCode, + accentOffset: accentOffset + }; + } + } + properties.seacMap = seacMap; + } + + var unitsPerEm = 1 / (properties.fontMatrix || FONT_IDENTITY_MATRIX)[0]; + + var builder = new OpenTypeFileBuilder('\x4F\x54\x54\x4F'); + // PostScript Font Program + builder.addTable('CFF ', font.data); + // OS/2 and Windows Specific metrics + builder.addTable('OS/2', createOS2Table(properties, + newMapping.charCodeToGlyphId)); + // Character to glyphs mapping + builder.addTable('cmap', createCmapTable(newMapping.charCodeToGlyphId, + numGlyphs)); + // Font header + builder.addTable('head', + '\x00\x01\x00\x00' + // Version number + '\x00\x00\x10\x00' + // fontRevision + '\x00\x00\x00\x00' + // checksumAdjustement + '\x5F\x0F\x3C\xF5' + // magicNumber + '\x00\x00' + // Flags + safeString16(unitsPerEm) + // unitsPerEM + '\x00\x00\x00\x00\x9e\x0b\x7e\x27' + // creation date + '\x00\x00\x00\x00\x9e\x0b\x7e\x27' + // modifification date + '\x00\x00' + // xMin + safeString16(properties.descent) + // yMin + '\x0F\xFF' + // xMax + safeString16(properties.ascent) + // yMax + string16(properties.italicAngle ? 2 : 0) + // macStyle + '\x00\x11' + // lowestRecPPEM + '\x00\x00' + // fontDirectionHint + '\x00\x00' + // indexToLocFormat + '\x00\x00'); // glyphDataFormat + + // Horizontal header + builder.addTable('hhea', + '\x00\x01\x00\x00' + // Version number + safeString16(properties.ascent) + // Typographic Ascent + safeString16(properties.descent) + // Typographic Descent + '\x00\x00' + // Line Gap + '\xFF\xFF' + // advanceWidthMax + '\x00\x00' + // minLeftSidebearing + '\x00\x00' + // minRightSidebearing + '\x00\x00' + // xMaxExtent + safeString16(properties.capHeight) + // caretSlopeRise + safeString16(Math.tan(properties.italicAngle) * + properties.xHeight) + // caretSlopeRun + '\x00\x00' + // caretOffset + '\x00\x00' + // -reserved- + '\x00\x00' + // -reserved- + '\x00\x00' + // -reserved- + '\x00\x00' + // -reserved- + '\x00\x00' + // metricDataFormat + string16(numGlyphs)); // Number of HMetrics + + // Horizontal metrics + builder.addTable('hmtx', (function fontFieldsHmtx() { + var charstrings = font.charstrings; + var cffWidths = font.cff ? font.cff.widths : null; + var hmtx = '\x00\x00\x00\x00'; // Fake .notdef + for (var i = 1, ii = numGlyphs; i < ii; i++) { + var width = 0; + if (charstrings) { + var charstring = charstrings[i - 1]; + width = 'width' in charstring ? charstring.width : 0; + } else if (cffWidths) { + width = Math.ceil(cffWidths[i] || 0); + } + hmtx += string16(width) + string16(0); + } + return hmtx; + })()); + + // Maximum profile + builder.addTable('maxp', + '\x00\x00\x50\x00' + // Version number + string16(numGlyphs)); // Num of glyphs + + // Naming tables + builder.addTable('name', createNameTable(fontName)); + + // PostScript informations + builder.addTable('post', createPostTable(properties)); + + return builder.toArray(); + }, + + /** + * Builds a char code to unicode map based on section 9.10 of the spec. + * @param {Object} properties Font properties object. + * @return {Object} A ToUnicodeMap object. + */ + buildToUnicode: function Font_buildToUnicode(properties) { + // Section 9.10.2 Mapping Character Codes to Unicode Values + if (properties.toUnicode && properties.toUnicode.length !== 0) { + return properties.toUnicode; + } + // According to the spec if the font is a simple font we should only map + // to unicode if the base encoding is MacRoman, MacExpert, or WinAnsi or + // the differences array only contains adobe standard or symbol set names, + // in pratice it seems better to always try to create a toUnicode + // map based of the default encoding. + var toUnicode, charcode; + if (!properties.composite /* is simple font */) { + toUnicode = []; + var encoding = properties.defaultEncoding.slice(); + var baseEncodingName = properties.baseEncodingName; + // Merge in the differences array. + var differences = properties.differences; + for (charcode in differences) { + encoding[charcode] = differences[charcode]; + } + for (charcode in encoding) { + // a) Map the character code to a character name. + var glyphName = encoding[charcode]; + // b) Look up the character name in the Adobe Glyph List (see the + // Bibliography) to obtain the corresponding Unicode value. + if (glyphName === '') { + continue; + } else if (GlyphsUnicode[glyphName] === undefined) { + // (undocumented) c) Few heuristics to recognize unknown glyphs + // NOTE: Adobe Reader does not do this step, but OSX Preview does + var code = 0; + switch (glyphName[0]) { + case 'G': // Gxx glyph + if (glyphName.length === 3) { + code = parseInt(glyphName.substr(1), 16); + } + break; + case 'g': // g00xx glyph + if (glyphName.length === 5) { + code = parseInt(glyphName.substr(1), 16); + } + break; + case 'C': // Cddd glyph + case 'c': // cddd glyph + if (glyphName.length >= 3) { + code = +glyphName.substr(1); + } + break; + } + if (code) { + // If |baseEncodingName| is one the predefined encodings, + // and |code| equals |charcode|, using the glyph defined in the + // baseEncoding seems to yield a better |toUnicode| mapping + // (fixes issue 5070). + if (baseEncodingName && code === +charcode) { + var baseEncoding = Encodings[baseEncodingName]; + if (baseEncoding && (glyphName = baseEncoding[charcode])) { + toUnicode[charcode] = + String.fromCharCode(GlyphsUnicode[glyphName]); + continue; + } + } + toUnicode[charcode] = String.fromCharCode(code); + } + continue; + } + toUnicode[charcode] = String.fromCharCode(GlyphsUnicode[glyphName]); + } + return new ToUnicodeMap(toUnicode); + } + // If the font is a composite font that uses one of the predefined CMaps + // listed in Table 118 (except Identity–H and Identity–V) or whose + // descendant CIDFont uses the Adobe-GB1, Adobe-CNS1, Adobe-Japan1, or + // Adobe-Korea1 character collection: + if (properties.composite && ( + (properties.cMap.builtInCMap && + !(properties.cMap instanceof IdentityCMap)) || + (properties.cidSystemInfo.registry === 'Adobe' && + (properties.cidSystemInfo.ordering === 'GB1' || + properties.cidSystemInfo.ordering === 'CNS1' || + properties.cidSystemInfo.ordering === 'Japan1' || + properties.cidSystemInfo.ordering === 'Korea1')))) { + // Then: + // a) Map the character code to a character identifier (CID) according + // to the font’s CMap. + // b) Obtain the registry and ordering of the character collection used + // by the font’s CMap (for example, Adobe and Japan1) from its + // CIDSystemInfo dictionary. + var registry = properties.cidSystemInfo.registry; + var ordering = properties.cidSystemInfo.ordering; + // c) Construct a second CMap name by concatenating the registry and + // ordering obtained in step (b) in the format registry–ordering–UCS2 + // (for example, Adobe–Japan1–UCS2). + var ucs2CMapName = new Name(registry + '-' + ordering + '-UCS2'); + // d) Obtain the CMap with the name constructed in step (c) (available + // from the ASN Web site; see the Bibliography). + var ucs2CMap = CMapFactory.create(ucs2CMapName, + { url: PDFJS.cMapUrl, packed: PDFJS.cMapPacked }, null); + var cMap = properties.cMap; + toUnicode = []; + cMap.forEach(function(charcode, cid) { + assert(cid <= 0xffff, 'Max size of CID is 65,535'); + // e) Map the CID obtained in step (a) according to the CMap obtained + // in step (d), producing a Unicode value. + var ucs2 = ucs2CMap.lookup(cid); + if (ucs2) { + toUnicode[charcode] = + String.fromCharCode((ucs2.charCodeAt(0) << 8) + + ucs2.charCodeAt(1)); + } + }); + return new ToUnicodeMap(toUnicode); + } + + // The viewer's choice, just use an identity map. + return new IdentityToUnicodeMap(properties.firstChar, + properties.lastChar); + }, + + get spaceWidth() { + if ('_shadowWidth' in this) { + return this._shadowWidth; + } + + // trying to estimate space character width + var possibleSpaceReplacements = ['space', 'minus', 'one', 'i']; + var width; + for (var i = 0, ii = possibleSpaceReplacements.length; i < ii; i++) { + var glyphName = possibleSpaceReplacements[i]; + // if possible, getting width by glyph name + if (glyphName in this.widths) { + width = this.widths[glyphName]; + break; + } + var glyphUnicode = GlyphsUnicode[glyphName]; + // finding the charcode via unicodeToCID map + var charcode = 0; + if (this.composite) { + if (this.cMap.contains(glyphUnicode)) { + charcode = this.cMap.lookup(glyphUnicode); + } + } + // ... via toUnicode map + if (!charcode && this.toUnicode) { + charcode = this.toUnicode.charCodeOf(glyphUnicode); + } + // setting it to unicode if negative or undefined + if (charcode <= 0) { + charcode = glyphUnicode; + } + // trying to get width via charcode + width = this.widths[charcode]; + if (width) { + break; // the non-zero width found + } + } + width = width || this.defaultWidth; + // Do not shadow the property here. See discussion: + // https://github.com/mozilla/pdf.js/pull/2127#discussion_r1662280 + this._shadowWidth = width; + return width; + }, + + charToGlyph: function Font_charToGlyph(charcode, isSpace) { + var fontCharCode, width, operatorListId; + + var widthCode = charcode; + if (this.cMap && this.cMap.contains(charcode)) { + widthCode = this.cMap.lookup(charcode); + } + width = this.widths[widthCode]; + width = isNum(width) ? width : this.defaultWidth; + var vmetric = this.vmetrics && this.vmetrics[widthCode]; + + var unicode = this.toUnicode.get(charcode) || charcode; + if (typeof unicode === 'number') { + unicode = String.fromCharCode(unicode); + } + + // First try the toFontChar map, if it's not there then try falling + // back to the char code. + fontCharCode = this.toFontChar[charcode] || charcode; + if (this.missingFile) { + fontCharCode = mapSpecialUnicodeValues(fontCharCode); + } + + if (this.isType3Font) { + // Font char code in this case is actually a glyph name. + operatorListId = fontCharCode; + } + + var accent = null; + if (this.seacMap && this.seacMap[charcode]) { + var seac = this.seacMap[charcode]; + fontCharCode = seac.baseFontCharCode; + accent = { + fontChar: String.fromCharCode(seac.accentFontCharCode), + offset: seac.accentOffset + }; + } + + var fontChar = String.fromCharCode(fontCharCode); + + var glyph = this.glyphCache[charcode]; + if (!glyph || + !glyph.matchesForCache(fontChar, unicode, accent, width, vmetric, + operatorListId, isSpace)) { + glyph = new Glyph(fontChar, unicode, accent, width, vmetric, + operatorListId, isSpace); + this.glyphCache[charcode] = glyph; + } + return glyph; + }, + + charsToGlyphs: function Font_charsToGlyphs(chars) { + var charsCache = this.charsCache; + var glyphs, glyph, charcode; + + // if we translated this string before, just grab it from the cache + if (charsCache) { + glyphs = charsCache[chars]; + if (glyphs) { + return glyphs; + } + } + + // lazily create the translation cache + if (!charsCache) { + charsCache = this.charsCache = Object.create(null); + } + + glyphs = []; + var charsCacheKey = chars; + var i = 0, ii; + + if (this.cMap) { + // composite fonts have multi-byte strings convert the string from + // single-byte to multi-byte + var c = {}; + while (i < chars.length) { + this.cMap.readCharCode(chars, i, c); + charcode = c.charcode; + var length = c.length; + i += length; + // Space is char with code 0x20 and length 1 in multiple-byte codes. + var isSpace = length === 1 && chars.charCodeAt(i - 1) === 0x20; + glyph = this.charToGlyph(charcode, isSpace); + glyphs.push(glyph); + } + } else { + for (i = 0, ii = chars.length; i < ii; ++i) { + charcode = chars.charCodeAt(i); + glyph = this.charToGlyph(charcode, charcode === 0x20); + glyphs.push(glyph); + } + } + + // Enter the translated string into the cache + return (charsCache[charsCacheKey] = glyphs); + } + }; + + return Font; +})(); + +var ErrorFont = (function ErrorFontClosure() { + function ErrorFont(error) { + this.error = error; + this.loadedName = 'g_font_error'; + this.loading = false; + } + + ErrorFont.prototype = { + charsToGlyphs: function ErrorFont_charsToGlyphs() { + return []; + }, + exportData: function ErrorFont_exportData() { + return {error: this.error}; + } + }; + + return ErrorFont; +})(); + +/** + * Shared logic for building a char code to glyph id mapping for Type1 and + * simple CFF fonts. See section 9.6.6.2 of the spec. + * @param {Object} properties Font properties object. + * @param {Object} builtInEncoding The encoding contained within the actual font + * data. + * @param {Array} Array of glyph names where the index is the glyph ID. + * @returns {Object} A char code to glyph ID map. + */ +function type1FontGlyphMapping(properties, builtInEncoding, glyphNames) { + var charCodeToGlyphId = Object.create(null); + var glyphId, charCode, baseEncoding; + + if (properties.baseEncodingName) { + // If a valid base encoding name was used, the mapping is initialized with + // that. + baseEncoding = Encodings[properties.baseEncodingName]; + for (charCode = 0; charCode < baseEncoding.length; charCode++) { + glyphId = glyphNames.indexOf(baseEncoding[charCode]); + if (glyphId >= 0) { + charCodeToGlyphId[charCode] = glyphId; + } else { + charCodeToGlyphId[charCode] = 0; // notdef + } + } + } else if (!!(properties.flags & FontFlags.Symbolic)) { + // For a symbolic font the encoding should be the fonts built-in + // encoding. + for (charCode in builtInEncoding) { + charCodeToGlyphId[charCode] = builtInEncoding[charCode]; + } + } else { + // For non-symbolic fonts that don't have a base encoding the standard + // encoding should be used. + baseEncoding = Encodings.StandardEncoding; + for (charCode = 0; charCode < baseEncoding.length; charCode++) { + glyphId = glyphNames.indexOf(baseEncoding[charCode]); + if (glyphId >= 0) { + charCodeToGlyphId[charCode] = glyphId; + } else { + charCodeToGlyphId[charCode] = 0; // notdef + } + } + } + + // Lastly, merge in the differences. + var differences = properties.differences; + if (differences) { + for (charCode in differences) { + var glyphName = differences[charCode]; + glyphId = glyphNames.indexOf(glyphName); + if (glyphId >= 0) { + charCodeToGlyphId[charCode] = glyphId; + } else { + charCodeToGlyphId[charCode] = 0; // notdef + } + } + } + return charCodeToGlyphId; +} + +/* + * CharStrings are encoded following the the CharString Encoding sequence + * describe in Chapter 6 of the "Adobe Type1 Font Format" specification. + * The value in a byte indicates a command, a number, or subsequent bytes + * that are to be interpreted in a special way. + * + * CharString Number Encoding: + * A CharString byte containing the values from 32 through 255 inclusive + * indicate an integer. These values are decoded in four ranges. + * + * 1. A CharString byte containing a value, v, between 32 and 246 inclusive, + * indicate the integer v - 139. Thus, the integer values from -107 through + * 107 inclusive may be encoded in single byte. + * + * 2. A CharString byte containing a value, v, between 247 and 250 inclusive, + * indicates an integer involving the next byte, w, according to the formula: + * [(v - 247) x 256] + w + 108 + * + * 3. A CharString byte containing a value, v, between 251 and 254 inclusive, + * indicates an integer involving the next byte, w, according to the formula: + * -[(v - 251) * 256] - w - 108 + * + * 4. A CharString containing the value 255 indicates that the next 4 bytes + * are a two complement signed integer. The first of these bytes contains the + * highest order bits, the second byte contains the next higher order bits + * and the fourth byte contain the lowest order bits. + * + * + * CharString Command Encoding: + * CharStrings commands are encoded in 1 or 2 bytes. + * + * Single byte commands are encoded in 1 byte that contains a value between + * 0 and 31 inclusive. + * If a command byte contains the value 12, then the value in the next byte + * indicates a command. This "escape" mechanism allows many extra commands + * to be encoded and this encoding technique helps to minimize the length of + * the charStrings. + */ +var Type1CharString = (function Type1CharStringClosure() { + var COMMAND_MAP = { + 'hstem': [1], + 'vstem': [3], + 'vmoveto': [4], + 'rlineto': [5], + 'hlineto': [6], + 'vlineto': [7], + 'rrcurveto': [8], + 'callsubr': [10], + 'flex': [12, 35], + 'drop' : [12, 18], + 'endchar': [14], + 'rmoveto': [21], + 'hmoveto': [22], + 'vhcurveto': [30], + 'hvcurveto': [31] + }; + + function Type1CharString() { + this.width = 0; + this.lsb = 0; + this.flexing = false; + this.output = []; + this.stack = []; + } + + Type1CharString.prototype = { + convert: function Type1CharString_convert(encoded, subrs) { + var count = encoded.length; + var error = false; + var wx, sbx, subrNumber; + for (var i = 0; i < count; i++) { + var value = encoded[i]; + if (value < 32) { + if (value === 12) { + value = (value << 8) + encoded[++i]; + } + switch (value) { + case 1: // hstem + if (!HINTING_ENABLED) { + this.stack = []; + break; + } + error = this.executeCommand(2, COMMAND_MAP.hstem); + break; + case 3: // vstem + if (!HINTING_ENABLED) { + this.stack = []; + break; + } + error = this.executeCommand(2, COMMAND_MAP.vstem); + break; + case 4: // vmoveto + if (this.flexing) { + if (this.stack.length < 1) { + error = true; + break; + } + // Add the dx for flex and but also swap the values so they are + // the right order. + var dy = this.stack.pop(); + this.stack.push(0, dy); + break; + } + error = this.executeCommand(1, COMMAND_MAP.vmoveto); + break; + case 5: // rlineto + error = this.executeCommand(2, COMMAND_MAP.rlineto); + break; + case 6: // hlineto + error = this.executeCommand(1, COMMAND_MAP.hlineto); + break; + case 7: // vlineto + error = this.executeCommand(1, COMMAND_MAP.vlineto); + break; + case 8: // rrcurveto + error = this.executeCommand(6, COMMAND_MAP.rrcurveto); + break; + case 9: // closepath + // closepath is a Type1 command that does not take argument and is + // useless in Type2 and it can simply be ignored. + this.stack = []; + break; + case 10: // callsubr + if (this.stack.length < 1) { + error = true; + break; + } + subrNumber = this.stack.pop(); + error = this.convert(subrs[subrNumber], subrs); + break; + case 11: // return + return error; + case 13: // hsbw + if (this.stack.length < 2) { + error = true; + break; + } + // To convert to type2 we have to move the width value to the + // first part of the charstring and then use hmoveto with lsb. + wx = this.stack.pop(); + sbx = this.stack.pop(); + this.lsb = sbx; + this.width = wx; + this.stack.push(wx, sbx); + error = this.executeCommand(2, COMMAND_MAP.hmoveto); + break; + case 14: // endchar + this.output.push(COMMAND_MAP.endchar[0]); + break; + case 21: // rmoveto + if (this.flexing) { + break; + } + error = this.executeCommand(2, COMMAND_MAP.rmoveto); + break; + case 22: // hmoveto + if (this.flexing) { + // Add the dy for flex. + this.stack.push(0); + break; + } + error = this.executeCommand(1, COMMAND_MAP.hmoveto); + break; + case 30: // vhcurveto + error = this.executeCommand(4, COMMAND_MAP.vhcurveto); + break; + case 31: // hvcurveto + error = this.executeCommand(4, COMMAND_MAP.hvcurveto); + break; + case (12 << 8) + 0: // dotsection + // dotsection is a Type1 command to specify some hinting feature + // for dots that do not take a parameter and it can safely be + // ignored for Type2. + this.stack = []; + break; + case (12 << 8) + 1: // vstem3 + if (!HINTING_ENABLED) { + this.stack = []; + break; + } + // [vh]stem3 are Type1 only and Type2 supports [vh]stem with + // multiple parameters, so instead of returning [vh]stem3 take a + // shortcut and return [vhstem] instead. + error = this.executeCommand(2, COMMAND_MAP.vstem); + break; + case (12 << 8) + 2: // hstem3 + if (!HINTING_ENABLED) { + this.stack = []; + break; + } + // See vstem3. + error = this.executeCommand(2, COMMAND_MAP.hstem); + break; + case (12 << 8) + 6: // seac + // seac is like type 2's special endchar but it doesn't use the + // first argument asb, so remove it. + if (SEAC_ANALYSIS_ENABLED) { + this.seac = this.stack.splice(-4, 4); + error = this.executeCommand(0, COMMAND_MAP.endchar); + } else { + error = this.executeCommand(4, COMMAND_MAP.endchar); + } + break; + case (12 << 8) + 7: // sbw + if (this.stack.length < 4) { + error = true; + break; + } + // To convert to type2 we have to move the width value to the + // first part of the charstring and then use rmoveto with + // (dx, dy). The height argument will not be used for vmtx and + // vhea tables reconstruction -- ignoring it. + var wy = this.stack.pop(); + wx = this.stack.pop(); + var sby = this.stack.pop(); + sbx = this.stack.pop(); + this.lsb = sbx; + this.width = wx; + this.stack.push(wx, sbx, sby); + error = this.executeCommand(3, COMMAND_MAP.rmoveto); + break; + case (12 << 8) + 12: // div + if (this.stack.length < 2) { + error = true; + break; + } + var num2 = this.stack.pop(); + var num1 = this.stack.pop(); + this.stack.push(num1 / num2); + break; + case (12 << 8) + 16: // callothersubr + if (this.stack.length < 2) { + error = true; + break; + } + subrNumber = this.stack.pop(); + var numArgs = this.stack.pop(); + if (subrNumber === 0 && numArgs === 3) { + var flexArgs = this.stack.splice(this.stack.length - 17, 17); + this.stack.push( + flexArgs[2] + flexArgs[0], // bcp1x + rpx + flexArgs[3] + flexArgs[1], // bcp1y + rpy + flexArgs[4], // bcp2x + flexArgs[5], // bcp2y + flexArgs[6], // p2x + flexArgs[7], // p2y + flexArgs[8], // bcp3x + flexArgs[9], // bcp3y + flexArgs[10], // bcp4x + flexArgs[11], // bcp4y + flexArgs[12], // p3x + flexArgs[13], // p3y + flexArgs[14] // flexDepth + // 15 = finalx unused by flex + // 16 = finaly unused by flex + ); + error = this.executeCommand(13, COMMAND_MAP.flex, true); + this.flexing = false; + this.stack.push(flexArgs[15], flexArgs[16]); + } else if (subrNumber === 1 && numArgs === 0) { + this.flexing = true; + } + break; + case (12 << 8) + 17: // pop + // Ignore this since it is only used with othersubr. + break; + case (12 << 8) + 33: // setcurrentpoint + // Ignore for now. + this.stack = []; + break; + default: + warn('Unknown type 1 charstring command of "' + value + '"'); + break; + } + if (error) { + break; + } + continue; + } else if (value <= 246) { + value = value - 139; + } else if (value <= 250) { + value = ((value - 247) * 256) + encoded[++i] + 108; + } else if (value <= 254) { + value = -((value - 251) * 256) - encoded[++i] - 108; + } else { + value = (encoded[++i] & 0xff) << 24 | (encoded[++i] & 0xff) << 16 | + (encoded[++i] & 0xff) << 8 | (encoded[++i] & 0xff) << 0; + } + this.stack.push(value); + } + return error; + }, + + executeCommand: function(howManyArgs, command, keepStack) { + var stackLength = this.stack.length; + if (howManyArgs > stackLength) { + return true; + } + var start = stackLength - howManyArgs; + for (var i = start; i < stackLength; i++) { + var value = this.stack[i]; + if (value === (value | 0)) { // int + this.output.push(28, (value >> 8) & 0xff, value & 0xff); + } else { // fixed point + value = (65536 * value) | 0; + this.output.push(255, + (value >> 24) & 0xFF, + (value >> 16) & 0xFF, + (value >> 8) & 0xFF, + value & 0xFF); + } + } + this.output.push.apply(this.output, command); + if (keepStack) { + this.stack.splice(start, howManyArgs); + } else { + this.stack.length = 0; + } + return false; + } + }; + + return Type1CharString; +})(); + +/* + * Type1Parser encapsulate the needed code for parsing a Type1 font + * program. Some of its logic depends on the Type2 charstrings + * structure. + * Note: this doesn't really parse the font since that would require evaluation + * of PostScript, but it is possible in most cases to extract what we need + * without a full parse. + */ +var Type1Parser = (function Type1ParserClosure() { + /* + * Decrypt a Sequence of Ciphertext Bytes to Produce the Original Sequence + * of Plaintext Bytes. The function took a key as a parameter which can be + * for decrypting the eexec block of for decoding charStrings. + */ + var EEXEC_ENCRYPT_KEY = 55665; + var CHAR_STRS_ENCRYPT_KEY = 4330; + + function isHexDigit(code) { + return code >= 48 && code <= 57 || // '0'-'9' + code >= 65 && code <= 70 || // 'A'-'F' + code >= 97 && code <= 102; // 'a'-'f' + } + + function decrypt(data, key, discardNumber) { + var r = key | 0, c1 = 52845, c2 = 22719; + var count = data.length; + var decrypted = new Uint8Array(count); + for (var i = 0; i < count; i++) { + var value = data[i]; + decrypted[i] = value ^ (r >> 8); + r = ((value + r) * c1 + c2) & ((1 << 16) - 1); + } + return Array.prototype.slice.call(decrypted, discardNumber); + } + + function decryptAscii(data, key, discardNumber) { + var r = key | 0, c1 = 52845, c2 = 22719; + var count = data.length, maybeLength = count >>> 1; + var decrypted = new Uint8Array(maybeLength); + var i, j; + for (i = 0, j = 0; i < count; i++) { + var digit1 = data[i]; + if (!isHexDigit(digit1)) { + continue; + } + i++; + var digit2; + while (i < count && !isHexDigit(digit2 = data[i])) { + i++; + } + if (i < count) { + var value = parseInt(String.fromCharCode(digit1, digit2), 16); + decrypted[j++] = value ^ (r >> 8); + r = ((value + r) * c1 + c2) & ((1 << 16) - 1); + } + } + return Array.prototype.slice.call(decrypted, discardNumber, j); + } + + function isSpecial(c) { + return c === 0x2F || // '/' + c === 0x5B || c === 0x5D || // '[', ']' + c === 0x7B || c === 0x7D || // '{', '}' + c === 0x28 || c === 0x29; // '(', ')' + } + + function Type1Parser(stream, encrypted) { + if (encrypted) { + var data = stream.getBytes(); + var isBinary = !(isHexDigit(data[0]) && isHexDigit(data[1]) && + isHexDigit(data[2]) && isHexDigit(data[3])); + stream = new Stream(isBinary ? decrypt(data, EEXEC_ENCRYPT_KEY, 4) : + decryptAscii(data, EEXEC_ENCRYPT_KEY, 4)); + } + this.stream = stream; + this.nextChar(); + } + + Type1Parser.prototype = { + readNumberArray: function Type1Parser_readNumberArray() { + this.getToken(); // read '[' or '{' (arrays can start with either) + var array = []; + while (true) { + var token = this.getToken(); + if (token === null || token === ']' || token === '}') { + break; + } + array.push(parseFloat(token || 0)); + } + return array; + }, + + readNumber: function Type1Parser_readNumber() { + var token = this.getToken(); + return parseFloat(token || 0); + }, + + readInt: function Type1Parser_readInt() { + // Use '| 0' to prevent setting a double into length such as the double + // does not flow into the loop variable. + var token = this.getToken(); + return parseInt(token || 0, 10) | 0; + }, + + readBoolean: function Type1Parser_readBoolean() { + var token = this.getToken(); + + // Use 1 and 0 since that's what type2 charstrings use. + return token === 'true' ? 1 : 0; + }, + + nextChar : function Type1_nextChar() { + return (this.currentChar = this.stream.getByte()); + }, + + getToken: function Type1Parser_getToken() { + // Eat whitespace and comments. + var comment = false; + var ch = this.currentChar; + while (true) { + if (ch === -1) { + return null; + } + + if (comment) { + if (ch === 0x0A || ch === 0x0D) { + comment = false; + } + } else if (ch === 0x25) { // '%' + comment = true; + } else if (!Lexer.isSpace(ch)) { + break; + } + ch = this.nextChar(); + } + if (isSpecial(ch)) { + this.nextChar(); + return String.fromCharCode(ch); + } + var token = ''; + do { + token += String.fromCharCode(ch); + ch = this.nextChar(); + } while (ch >= 0 && !Lexer.isSpace(ch) && !isSpecial(ch)); + return token; + }, + + /* + * Returns an object containing a Subrs array and a CharStrings + * array extracted from and eexec encrypted block of data + */ + extractFontProgram: function Type1Parser_extractFontProgram() { + var stream = this.stream; + + var subrs = [], charstrings = []; + var program = { + subrs: [], + charstrings: [], + properties: { + 'privateData': { + 'lenIV': 4 + } + } + }; + var token, length, data, lenIV, encoded; + while ((token = this.getToken()) !== null) { + if (token !== '/') { + continue; + } + token = this.getToken(); + switch (token) { + case 'CharStrings': + // The number immediately following CharStrings must be greater or + // equal to the number of CharStrings. + this.getToken(); + this.getToken(); // read in 'dict' + this.getToken(); // read in 'dup' + this.getToken(); // read in 'begin' + while(true) { + token = this.getToken(); + if (token === null || token === 'end') { + break; + } + + if (token !== '/') { + continue; + } + var glyph = this.getToken(); + length = this.readInt(); + this.getToken(); // read in 'RD' or '-|' + data = stream.makeSubStream(stream.pos, length); + lenIV = program.properties.privateData['lenIV']; + encoded = decrypt(data.getBytes(), CHAR_STRS_ENCRYPT_KEY, lenIV); + // Skip past the required space and binary data. + stream.skip(length); + this.nextChar(); + token = this.getToken(); // read in 'ND' or '|-' + if (token === 'noaccess') { + this.getToken(); // read in 'def' + } + charstrings.push({ + glyph: glyph, + encoded: encoded + }); + } + break; + case 'Subrs': + var num = this.readInt(); + this.getToken(); // read in 'array' + while ((token = this.getToken()) === 'dup') { + var index = this.readInt(); + length = this.readInt(); + this.getToken(); // read in 'RD' or '-|' + data = stream.makeSubStream(stream.pos, length); + lenIV = program.properties.privateData['lenIV']; + encoded = decrypt(data.getBytes(), CHAR_STRS_ENCRYPT_KEY, lenIV); + // Skip past the required space and binary data. + stream.skip(length); + this.nextChar(); + token = this.getToken(); // read in 'NP' or '|' + if (token === 'noaccess') { + this.getToken(); // read in 'put' + } + subrs[index] = encoded; + } + break; + case 'BlueValues': + case 'OtherBlues': + case 'FamilyBlues': + case 'FamilyOtherBlues': + var blueArray = this.readNumberArray(); + // *Blue* values may contain invalid data: disables reading of + // those values when hinting is disabled. + if (blueArray.length > 0 && (blueArray.length % 2) === 0 && + HINTING_ENABLED) { + program.properties.privateData[token] = blueArray; + } + break; + case 'StemSnapH': + case 'StemSnapV': + program.properties.privateData[token] = this.readNumberArray(); + break; + case 'StdHW': + case 'StdVW': + program.properties.privateData[token] = + this.readNumberArray()[0]; + break; + case 'BlueShift': + case 'lenIV': + case 'BlueFuzz': + case 'BlueScale': + case 'LanguageGroup': + case 'ExpansionFactor': + program.properties.privateData[token] = this.readNumber(); + break; + case 'ForceBold': + program.properties.privateData[token] = this.readBoolean(); + break; + } + } + + for (var i = 0; i < charstrings.length; i++) { + glyph = charstrings[i].glyph; + encoded = charstrings[i].encoded; + var charString = new Type1CharString(); + var error = charString.convert(encoded, subrs); + var output = charString.output; + if (error) { + // It seems when FreeType encounters an error while evaluating a glyph + // that it completely ignores the glyph so we'll mimic that behaviour + // here and put an endchar to make the validator happy. + output = [14]; + } + program.charstrings.push({ + glyphName: glyph, + charstring: output, + width: charString.width, + lsb: charString.lsb, + seac: charString.seac + }); + } + + return program; + }, + + extractFontHeader: function Type1Parser_extractFontHeader(properties) { + var token; + while ((token = this.getToken()) !== null) { + if (token !== '/') { + continue; + } + token = this.getToken(); + switch (token) { + case 'FontMatrix': + var matrix = this.readNumberArray(); + properties.fontMatrix = matrix; + break; + case 'Encoding': + var encodingArg = this.getToken(); + var encoding; + if (!/^\d+$/.test(encodingArg)) { + // encoding name is specified + encoding = Encodings[encodingArg]; + } else { + encoding = []; + var size = parseInt(encodingArg, 10) | 0; + this.getToken(); // read in 'array' + + for (var j = 0; j < size; j++) { + token = this.getToken(); + // skipping till first dup or def (e.g. ignoring for statement) + while (token !== 'dup' && token !== 'def') { + token = this.getToken(); + if (token === null) { + return; // invalid header + } + } + if (token === 'def') { + break; // read all array data + } + var index = this.readInt(); + this.getToken(); // read in '/' + var glyph = this.getToken(); + encoding[index] = glyph; + this.getToken(); // read the in 'put' + } + } + properties.builtInEncoding = encoding; + break; + case 'FontBBox': + var fontBBox = this.readNumberArray(); + // adjusting ascent/descent + properties.ascent = fontBBox[3]; + properties.descent = fontBBox[1]; + properties.ascentScaled = true; + break; + } + } + } + }; + + return Type1Parser; +})(); + +/** + * The CFF class takes a Type1 file and wrap it into a + * 'Compact Font Format' which itself embed Type2 charstrings. + */ +var CFFStandardStrings = [ + '.notdef', 'space', 'exclam', 'quotedbl', 'numbersign', 'dollar', 'percent', + 'ampersand', 'quoteright', 'parenleft', 'parenright', 'asterisk', 'plus', + 'comma', 'hyphen', 'period', 'slash', 'zero', 'one', 'two', 'three', 'four', + 'five', 'six', 'seven', 'eight', 'nine', 'colon', 'semicolon', 'less', + 'equal', 'greater', 'question', 'at', 'A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', + 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', + 'X', 'Y', 'Z', 'bracketleft', 'backslash', 'bracketright', 'asciicircum', + 'underscore', 'quoteleft', 'a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', + 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 'u', 'v', 'w', 'x', 'y', + 'z', 'braceleft', 'bar', 'braceright', 'asciitilde', 'exclamdown', 'cent', + 'sterling', 'fraction', 'yen', 'florin', 'section', 'currency', + 'quotesingle', 'quotedblleft', 'guillemotleft', 'guilsinglleft', + 'guilsinglright', 'fi', 'fl', 'endash', 'dagger', 'daggerdbl', + 'periodcentered', 'paragraph', 'bullet', 'quotesinglbase', 'quotedblbase', + 'quotedblright', 'guillemotright', 'ellipsis', 'perthousand', 'questiondown', + 'grave', 'acute', 'circumflex', 'tilde', 'macron', 'breve', 'dotaccent', + 'dieresis', 'ring', 'cedilla', 'hungarumlaut', 'ogonek', 'caron', 'emdash', + 'AE', 'ordfeminine', 'Lslash', 'Oslash', 'OE', 'ordmasculine', 'ae', + 'dotlessi', 'lslash', 'oslash', 'oe', 'germandbls', 'onesuperior', + 'logicalnot', 'mu', 'trademark', 'Eth', 'onehalf', 'plusminus', 'Thorn', + 'onequarter', 'divide', 'brokenbar', 'degree', 'thorn', 'threequarters', + 'twosuperior', 'registered', 'minus', 'eth', 'multiply', 'threesuperior', + 'copyright', 'Aacute', 'Acircumflex', 'Adieresis', 'Agrave', 'Aring', + 'Atilde', 'Ccedilla', 'Eacute', 'Ecircumflex', 'Edieresis', 'Egrave', + 'Iacute', 'Icircumflex', 'Idieresis', 'Igrave', 'Ntilde', 'Oacute', + 'Ocircumflex', 'Odieresis', 'Ograve', 'Otilde', 'Scaron', 'Uacute', + 'Ucircumflex', 'Udieresis', 'Ugrave', 'Yacute', 'Ydieresis', 'Zcaron', + 'aacute', 'acircumflex', 'adieresis', 'agrave', 'aring', 'atilde', + 'ccedilla', 'eacute', 'ecircumflex', 'edieresis', 'egrave', 'iacute', + 'icircumflex', 'idieresis', 'igrave', 'ntilde', 'oacute', 'ocircumflex', + 'odieresis', 'ograve', 'otilde', 'scaron', 'uacute', 'ucircumflex', + 'udieresis', 'ugrave', 'yacute', 'ydieresis', 'zcaron', 'exclamsmall', + 'Hungarumlautsmall', 'dollaroldstyle', 'dollarsuperior', 'ampersandsmall', + 'Acutesmall', 'parenleftsuperior', 'parenrightsuperior', 'twodotenleader', + 'onedotenleader', 'zerooldstyle', 'oneoldstyle', 'twooldstyle', + 'threeoldstyle', 'fouroldstyle', 'fiveoldstyle', 'sixoldstyle', + 'sevenoldstyle', 'eightoldstyle', 'nineoldstyle', 'commasuperior', + 'threequartersemdash', 'periodsuperior', 'questionsmall', 'asuperior', + 'bsuperior', 'centsuperior', 'dsuperior', 'esuperior', 'isuperior', + 'lsuperior', 'msuperior', 'nsuperior', 'osuperior', 'rsuperior', 'ssuperior', + 'tsuperior', 'ff', 'ffi', 'ffl', 'parenleftinferior', 'parenrightinferior', + 'Circumflexsmall', 'hyphensuperior', 'Gravesmall', 'Asmall', 'Bsmall', + 'Csmall', 'Dsmall', 'Esmall', 'Fsmall', 'Gsmall', 'Hsmall', 'Ismall', + 'Jsmall', 'Ksmall', 'Lsmall', 'Msmall', 'Nsmall', 'Osmall', 'Psmall', + 'Qsmall', 'Rsmall', 'Ssmall', 'Tsmall', 'Usmall', 'Vsmall', 'Wsmall', + 'Xsmall', 'Ysmall', 'Zsmall', 'colonmonetary', 'onefitted', 'rupiah', + 'Tildesmall', 'exclamdownsmall', 'centoldstyle', 'Lslashsmall', + 'Scaronsmall', 'Zcaronsmall', 'Dieresissmall', 'Brevesmall', 'Caronsmall', + 'Dotaccentsmall', 'Macronsmall', 'figuredash', 'hypheninferior', + 'Ogoneksmall', 'Ringsmall', 'Cedillasmall', 'questiondownsmall', 'oneeighth', + 'threeeighths', 'fiveeighths', 'seveneighths', 'onethird', 'twothirds', + 'zerosuperior', 'foursuperior', 'fivesuperior', 'sixsuperior', + 'sevensuperior', 'eightsuperior', 'ninesuperior', 'zeroinferior', + 'oneinferior', 'twoinferior', 'threeinferior', 'fourinferior', + 'fiveinferior', 'sixinferior', 'seveninferior', 'eightinferior', + 'nineinferior', 'centinferior', 'dollarinferior', 'periodinferior', + 'commainferior', 'Agravesmall', 'Aacutesmall', 'Acircumflexsmall', + 'Atildesmall', 'Adieresissmall', 'Aringsmall', 'AEsmall', 'Ccedillasmall', + 'Egravesmall', 'Eacutesmall', 'Ecircumflexsmall', 'Edieresissmall', + 'Igravesmall', 'Iacutesmall', 'Icircumflexsmall', 'Idieresissmall', + 'Ethsmall', 'Ntildesmall', 'Ogravesmall', 'Oacutesmall', 'Ocircumflexsmall', + 'Otildesmall', 'Odieresissmall', 'OEsmall', 'Oslashsmall', 'Ugravesmall', + 'Uacutesmall', 'Ucircumflexsmall', 'Udieresissmall', 'Yacutesmall', + 'Thornsmall', 'Ydieresissmall', '001.000', '001.001', '001.002', '001.003', + 'Black', 'Bold', 'Book', 'Light', 'Medium', 'Regular', 'Roman', 'Semibold' +]; + +// Type1Font is also a CIDFontType0. +var Type1Font = function Type1Font(name, file, properties) { + // Some bad generators embed pfb file as is, we have to strip 6-byte headers. + // Also, length1 and length2 might be off by 6 bytes as well. + // http://www.math.ubc.ca/~cass/piscript/type1.pdf + var PFB_HEADER_SIZE = 6; + var headerBlockLength = properties.length1; + var eexecBlockLength = properties.length2; + var pfbHeader = file.peekBytes(PFB_HEADER_SIZE); + var pfbHeaderPresent = pfbHeader[0] === 0x80 && pfbHeader[1] === 0x01; + if (pfbHeaderPresent) { + file.skip(PFB_HEADER_SIZE); + headerBlockLength = (pfbHeader[5] << 24) | (pfbHeader[4] << 16) | + (pfbHeader[3] << 8) | pfbHeader[2]; + } + + // Get the data block containing glyphs and subrs informations + var headerBlock = new Stream(file.getBytes(headerBlockLength)); + var headerBlockParser = new Type1Parser(headerBlock); + headerBlockParser.extractFontHeader(properties); + + if (pfbHeaderPresent) { + pfbHeader = file.getBytes(PFB_HEADER_SIZE); + eexecBlockLength = (pfbHeader[5] << 24) | (pfbHeader[4] << 16) | + (pfbHeader[3] << 8) | pfbHeader[2]; + } + + // Decrypt the data blocks and retrieve it's content + var eexecBlock = new Stream(file.getBytes(eexecBlockLength)); + var eexecBlockParser = new Type1Parser(eexecBlock, true); + var data = eexecBlockParser.extractFontProgram(); + for (var info in data.properties) { + properties[info] = data.properties[info]; + } + + var charstrings = data.charstrings; + var type2Charstrings = this.getType2Charstrings(charstrings); + var subrs = this.getType2Subrs(data.subrs); + + this.charstrings = charstrings; + this.data = this.wrap(name, type2Charstrings, this.charstrings, + subrs, properties); + this.seacs = this.getSeacs(data.charstrings); +}; + +Type1Font.prototype = { + get numGlyphs() { + return this.charstrings.length + 1; + }, + + getCharset: function Type1Font_getCharset() { + var charset = ['.notdef']; + var charstrings = this.charstrings; + for (var glyphId = 0; glyphId < charstrings.length; glyphId++) { + charset.push(charstrings[glyphId].glyphName); + } + return charset; + }, + + getGlyphMapping: function Type1Font_getGlyphMapping(properties) { + var charstrings = this.charstrings; + var glyphNames = ['.notdef'], glyphId; + for (glyphId = 0; glyphId < charstrings.length; glyphId++) { + glyphNames.push(charstrings[glyphId].glyphName); + } + var encoding = properties.builtInEncoding; + if (encoding) { + var builtInEncoding = {}; + for (var charCode in encoding) { + glyphId = glyphNames.indexOf(encoding[charCode]); + if (glyphId >= 0) { + builtInEncoding[charCode] = glyphId; + } + } + } + + return type1FontGlyphMapping(properties, builtInEncoding, glyphNames); + }, + + getSeacs: function Type1Font_getSeacs(charstrings) { + var i, ii; + var seacMap = []; + for (i = 0, ii = charstrings.length; i < ii; i++) { + var charstring = charstrings[i]; + if (charstring.seac) { + // Offset by 1 for .notdef + seacMap[i + 1] = charstring.seac; + } + } + return seacMap; + }, + + getType2Charstrings: function Type1Font_getType2Charstrings( + type1Charstrings) { + var type2Charstrings = []; + for (var i = 0, ii = type1Charstrings.length; i < ii; i++) { + type2Charstrings.push(type1Charstrings[i].charstring); + } + return type2Charstrings; + }, + + getType2Subrs: function Type1Font_getType2Subrs(type1Subrs) { + var bias = 0; + var count = type1Subrs.length; + if (count < 1133) { + bias = 107; + } else if (count < 33769) { + bias = 1131; + } else { + bias = 32768; + } + + // Add a bunch of empty subrs to deal with the Type2 bias + var type2Subrs = []; + var i; + for (i = 0; i < bias; i++) { + type2Subrs.push([0x0B]); + } + + for (i = 0; i < count; i++) { + type2Subrs.push(type1Subrs[i]); + } + + return type2Subrs; + }, + + wrap: function Type1Font_wrap(name, glyphs, charstrings, subrs, properties) { + var cff = new CFF(); + cff.header = new CFFHeader(1, 0, 4, 4); + + cff.names = [name]; + + var topDict = new CFFTopDict(); + // CFF strings IDs 0...390 are predefined names, so refering + // to entries in our own String INDEX starts at SID 391. + topDict.setByName('version', 391); + topDict.setByName('Notice', 392); + topDict.setByName('FullName', 393); + topDict.setByName('FamilyName', 394); + topDict.setByName('Weight', 395); + topDict.setByName('Encoding', null); // placeholder + topDict.setByName('FontMatrix', properties.fontMatrix); + topDict.setByName('FontBBox', properties.bbox); + topDict.setByName('charset', null); // placeholder + topDict.setByName('CharStrings', null); // placeholder + topDict.setByName('Private', null); // placeholder + cff.topDict = topDict; + + var strings = new CFFStrings(); + strings.add('Version 0.11'); // Version + strings.add('See original notice'); // Notice + strings.add(name); // FullName + strings.add(name); // FamilyName + strings.add('Medium'); // Weight + cff.strings = strings; + + cff.globalSubrIndex = new CFFIndex(); + + var count = glyphs.length; + var charsetArray = [0]; + var i, ii; + for (i = 0; i < count; i++) { + var index = CFFStandardStrings.indexOf(charstrings[i].glyphName); + // TODO: Insert the string and correctly map it. Previously it was + // thought mapping names that aren't in the standard strings to .notdef + // was fine, however in issue818 when mapping them all to .notdef the + // adieresis glyph no longer worked. + if (index === -1) { + index = 0; + } + charsetArray.push((index >> 8) & 0xff, index & 0xff); + } + cff.charset = new CFFCharset(false, 0, [], charsetArray); + + var charStringsIndex = new CFFIndex(); + charStringsIndex.add([0x8B, 0x0E]); // .notdef + for (i = 0; i < count; i++) { + charStringsIndex.add(glyphs[i]); + } + cff.charStrings = charStringsIndex; + + var privateDict = new CFFPrivateDict(); + privateDict.setByName('Subrs', null); // placeholder + var fields = [ + 'BlueValues', + 'OtherBlues', + 'FamilyBlues', + 'FamilyOtherBlues', + 'StemSnapH', + 'StemSnapV', + 'BlueShift', + 'BlueFuzz', + 'BlueScale', + 'LanguageGroup', + 'ExpansionFactor', + 'ForceBold', + 'StdHW', + 'StdVW' + ]; + for (i = 0, ii = fields.length; i < ii; i++) { + var field = fields[i]; + if (!properties.privateData.hasOwnProperty(field)) { + continue; + } + var value = properties.privateData[field]; + if (isArray(value)) { + // All of the private dictionary array data in CFF must be stored as + // "delta-encoded" numbers. + for (var j = value.length - 1; j > 0; j--) { + value[j] -= value[j - 1]; // ... difference from previous value + } + } + privateDict.setByName(field, value); + } + cff.topDict.privateDict = privateDict; + + var subrIndex = new CFFIndex(); + for (i = 0, ii = subrs.length; i < ii; i++) { + subrIndex.add(subrs[i]); + } + privateDict.subrsIndex = subrIndex; + + var compiler = new CFFCompiler(cff); + return compiler.compile(); + } +}; + +var CFFFont = (function CFFFontClosure() { + function CFFFont(file, properties) { + this.properties = properties; + + var parser = new CFFParser(file, properties); + this.cff = parser.parse(); + var compiler = new CFFCompiler(this.cff); + this.seacs = this.cff.seacs; + try { + this.data = compiler.compile(); + } catch (e) { + warn('Failed to compile font ' + properties.loadedName); + // There may have just been an issue with the compiler, set the data + // anyway and hope the font loaded. + this.data = file; + } + } + + CFFFont.prototype = { + get numGlyphs() { + return this.cff.charStrings.count; + }, + getCharset: function CFFFont_getCharset() { + return this.cff.charset.charset; + }, + getGlyphMapping: function CFFFont_getGlyphMapping() { + var cff = this.cff; + var properties = this.properties; + var charsets = cff.charset.charset; + var charCodeToGlyphId; + var glyphId; + + if (properties.composite) { + charCodeToGlyphId = Object.create(null); + if (cff.isCIDFont) { + // If the font is actually a CID font then we should use the charset + // to map CIDs to GIDs. + for (glyphId = 0; glyphId < charsets.length; glyphId++) { + var cid = charsets[glyphId]; + var charCode = properties.cMap.charCodeOf(cid); + charCodeToGlyphId[charCode] = glyphId; + } + } else { + // If it is NOT actually a CID font then CIDs should be mapped + // directly to GIDs. + for (glyphId = 0; glyphId < cff.charStrings.count; glyphId++) { + charCodeToGlyphId[glyphId] = glyphId; + } + } + return charCodeToGlyphId; + } + + var encoding = cff.encoding ? cff.encoding.encoding : null; + charCodeToGlyphId = type1FontGlyphMapping(properties, encoding, charsets); + return charCodeToGlyphId; + } + }; + + return CFFFont; +})(); + +var CFFParser = (function CFFParserClosure() { + var CharstringValidationData = [ + null, + { id: 'hstem', min: 2, stackClearing: true, stem: true }, + null, + { id: 'vstem', min: 2, stackClearing: true, stem: true }, + { id: 'vmoveto', min: 1, stackClearing: true }, + { id: 'rlineto', min: 2, resetStack: true }, + { id: 'hlineto', min: 1, resetStack: true }, + { id: 'vlineto', min: 1, resetStack: true }, + { id: 'rrcurveto', min: 6, resetStack: true }, + null, + { id: 'callsubr', min: 1, undefStack: true }, + { id: 'return', min: 0, undefStack: true }, + null, // 12 + null, + { id: 'endchar', min: 0, stackClearing: true }, + null, + null, + null, + { id: 'hstemhm', min: 2, stackClearing: true, stem: true }, + { id: 'hintmask', min: 0, stackClearing: true }, + { id: 'cntrmask', min: 0, stackClearing: true }, + { id: 'rmoveto', min: 2, stackClearing: true }, + { id: 'hmoveto', min: 1, stackClearing: true }, + { id: 'vstemhm', min: 2, stackClearing: true, stem: true }, + { id: 'rcurveline', min: 8, resetStack: true }, + { id: 'rlinecurve', min: 8, resetStack: true }, + { id: 'vvcurveto', min: 4, resetStack: true }, + { id: 'hhcurveto', min: 4, resetStack: true }, + null, // shortint + { id: 'callgsubr', min: 1, undefStack: true }, + { id: 'vhcurveto', min: 4, resetStack: true }, + { id: 'hvcurveto', min: 4, resetStack: true } + ]; + var CharstringValidationData12 = [ + null, + null, + null, + { id: 'and', min: 2, stackDelta: -1 }, + { id: 'or', min: 2, stackDelta: -1 }, + { id: 'not', min: 1, stackDelta: 0 }, + null, + null, + null, + { id: 'abs', min: 1, stackDelta: 0 }, + { id: 'add', min: 2, stackDelta: -1, + stackFn: function stack_div(stack, index) { + stack[index - 2] = stack[index - 2] + stack[index - 1]; + } + }, + { id: 'sub', min: 2, stackDelta: -1, + stackFn: function stack_div(stack, index) { + stack[index - 2] = stack[index - 2] - stack[index - 1]; + } + }, + { id: 'div', min: 2, stackDelta: -1, + stackFn: function stack_div(stack, index) { + stack[index - 2] = stack[index - 2] / stack[index - 1]; + } + }, + null, + { id: 'neg', min: 1, stackDelta: 0, + stackFn: function stack_div(stack, index) { + stack[index - 1] = -stack[index - 1]; + } + }, + { id: 'eq', min: 2, stackDelta: -1 }, + null, + null, + { id: 'drop', min: 1, stackDelta: -1 }, + null, + { id: 'put', min: 2, stackDelta: -2 }, + { id: 'get', min: 1, stackDelta: 0 }, + { id: 'ifelse', min: 4, stackDelta: -3 }, + { id: 'random', min: 0, stackDelta: 1 }, + { id: 'mul', min: 2, stackDelta: -1, + stackFn: function stack_div(stack, index) { + stack[index - 2] = stack[index - 2] * stack[index - 1]; + } + }, + null, + { id: 'sqrt', min: 1, stackDelta: 0 }, + { id: 'dup', min: 1, stackDelta: 1 }, + { id: 'exch', min: 2, stackDelta: 0 }, + { id: 'index', min: 2, stackDelta: 0 }, + { id: 'roll', min: 3, stackDelta: -2 }, + null, + null, + null, + { id: 'hflex', min: 7, resetStack: true }, + { id: 'flex', min: 13, resetStack: true }, + { id: 'hflex1', min: 9, resetStack: true }, + { id: 'flex1', min: 11, resetStack: true } + ]; + + function CFFParser(file, properties) { + this.bytes = file.getBytes(); + this.properties = properties; + } + CFFParser.prototype = { + parse: function CFFParser_parse() { + var properties = this.properties; + var cff = new CFF(); + this.cff = cff; + + // The first five sections must be in order, all the others are reached + // via offsets contained in one of the below. + var header = this.parseHeader(); + var nameIndex = this.parseIndex(header.endPos); + var topDictIndex = this.parseIndex(nameIndex.endPos); + var stringIndex = this.parseIndex(topDictIndex.endPos); + var globalSubrIndex = this.parseIndex(stringIndex.endPos); + + var topDictParsed = this.parseDict(topDictIndex.obj.get(0)); + var topDict = this.createDict(CFFTopDict, topDictParsed, cff.strings); + + cff.header = header.obj; + cff.names = this.parseNameIndex(nameIndex.obj); + cff.strings = this.parseStringIndex(stringIndex.obj); + cff.topDict = topDict; + cff.globalSubrIndex = globalSubrIndex.obj; + + this.parsePrivateDict(cff.topDict); + + cff.isCIDFont = topDict.hasName('ROS'); + + var charStringOffset = topDict.getByName('CharStrings'); + var charStringsAndSeacs = this.parseCharStrings(charStringOffset); + cff.charStrings = charStringsAndSeacs.charStrings; + cff.seacs = charStringsAndSeacs.seacs; + cff.widths = charStringsAndSeacs.widths; + + var fontMatrix = topDict.getByName('FontMatrix'); + if (fontMatrix) { + properties.fontMatrix = fontMatrix; + } + + var fontBBox = topDict.getByName('FontBBox'); + if (fontBBox) { + // adjusting ascent/descent + properties.ascent = fontBBox[3]; + properties.descent = fontBBox[1]; + properties.ascentScaled = true; + } + + var charset, encoding; + if (cff.isCIDFont) { + var fdArrayIndex = this.parseIndex(topDict.getByName('FDArray')).obj; + for (var i = 0, ii = fdArrayIndex.count; i < ii; ++i) { + var dictRaw = fdArrayIndex.get(i); + var fontDict = this.createDict(CFFTopDict, this.parseDict(dictRaw), + cff.strings); + this.parsePrivateDict(fontDict); + cff.fdArray.push(fontDict); + } + // cid fonts don't have an encoding + encoding = null; + charset = this.parseCharsets(topDict.getByName('charset'), + cff.charStrings.count, cff.strings, true); + cff.fdSelect = this.parseFDSelect(topDict.getByName('FDSelect'), + cff.charStrings.count); + } else { + charset = this.parseCharsets(topDict.getByName('charset'), + cff.charStrings.count, cff.strings, false); + encoding = this.parseEncoding(topDict.getByName('Encoding'), + properties, + cff.strings, charset.charset); + } + cff.charset = charset; + cff.encoding = encoding; + + return cff; + }, + parseHeader: function CFFParser_parseHeader() { + var bytes = this.bytes; + var bytesLength = bytes.length; + var offset = 0; + + // Prevent an infinite loop, by checking that the offset is within the + // bounds of the bytes array. Necessary in empty, or invalid, font files. + while (offset < bytesLength && bytes[offset] !== 1) { + ++offset; + } + if (offset >= bytesLength) { + error('Invalid CFF header'); + } else if (offset !== 0) { + info('cff data is shifted'); + bytes = bytes.subarray(offset); + this.bytes = bytes; + } + var major = bytes[0]; + var minor = bytes[1]; + var hdrSize = bytes[2]; + var offSize = bytes[3]; + var header = new CFFHeader(major, minor, hdrSize, offSize); + return { obj: header, endPos: hdrSize }; + }, + parseDict: function CFFParser_parseDict(dict) { + var pos = 0; + + function parseOperand() { + var value = dict[pos++]; + if (value === 30) { + return parseFloatOperand(pos); + } else if (value === 28) { + value = dict[pos++]; + value = ((value << 24) | (dict[pos++] << 16)) >> 16; + return value; + } else if (value === 29) { + value = dict[pos++]; + value = (value << 8) | dict[pos++]; + value = (value << 8) | dict[pos++]; + value = (value << 8) | dict[pos++]; + return value; + } else if (value >= 32 && value <= 246) { + return value - 139; + } else if (value >= 247 && value <= 250) { + return ((value - 247) * 256) + dict[pos++] + 108; + } else if (value >= 251 && value <= 254) { + return -((value - 251) * 256) - dict[pos++] - 108; + } else { + error('255 is not a valid DICT command'); + } + return -1; + } + + function parseFloatOperand() { + var str = ''; + var eof = 15; + var lookup = ['0', '1', '2', '3', '4', '5', '6', '7', '8', + '9', '.', 'E', 'E-', null, '-']; + var length = dict.length; + while (pos < length) { + var b = dict[pos++]; + var b1 = b >> 4; + var b2 = b & 15; + + if (b1 === eof) { + break; + } + str += lookup[b1]; + + if (b2 === eof) { + break; + } + str += lookup[b2]; + } + return parseFloat(str); + } + + var operands = []; + var entries = []; + + pos = 0; + var end = dict.length; + while (pos < end) { + var b = dict[pos]; + if (b <= 21) { + if (b === 12) { + b = (b << 8) | dict[++pos]; + } + entries.push([b, operands]); + operands = []; + ++pos; + } else { + operands.push(parseOperand()); + } + } + return entries; + }, + parseIndex: function CFFParser_parseIndex(pos) { + var cffIndex = new CFFIndex(); + var bytes = this.bytes; + var count = (bytes[pos++] << 8) | bytes[pos++]; + var offsets = []; + var end = pos; + var i, ii; + + if (count !== 0) { + var offsetSize = bytes[pos++]; + // add 1 for offset to determine size of last object + var startPos = pos + ((count + 1) * offsetSize) - 1; + + for (i = 0, ii = count + 1; i < ii; ++i) { + var offset = 0; + for (var j = 0; j < offsetSize; ++j) { + offset <<= 8; + offset += bytes[pos++]; + } + offsets.push(startPos + offset); + } + end = offsets[count]; + } + for (i = 0, ii = offsets.length - 1; i < ii; ++i) { + var offsetStart = offsets[i]; + var offsetEnd = offsets[i + 1]; + cffIndex.add(bytes.subarray(offsetStart, offsetEnd)); + } + return {obj: cffIndex, endPos: end}; + }, + parseNameIndex: function CFFParser_parseNameIndex(index) { + var names = []; + for (var i = 0, ii = index.count; i < ii; ++i) { + var name = index.get(i); + // OTS doesn't allow names to be over 127 characters. + var length = Math.min(name.length, 127); + var data = []; + // OTS also only permits certain characters in the name. + for (var j = 0; j < length; ++j) { + var c = name[j]; + if (j === 0 && c === 0) { + data[j] = c; + continue; + } + if ((c < 33 || c > 126) || c === 91 /* [ */ || c === 93 /* ] */ || + c === 40 /* ( */ || c === 41 /* ) */ || c === 123 /* { */ || + c === 125 /* } */ || c === 60 /* < */ || c === 62 /* > */ || + c === 47 /* / */ || c === 37 /* % */ || c === 35 /* # */) { + data[j] = 95; + continue; + } + data[j] = c; + } + names.push(bytesToString(data)); + } + return names; + }, + parseStringIndex: function CFFParser_parseStringIndex(index) { + var strings = new CFFStrings(); + for (var i = 0, ii = index.count; i < ii; ++i) { + var data = index.get(i); + strings.add(bytesToString(data)); + } + return strings; + }, + createDict: function CFFParser_createDict(Type, dict, strings) { + var cffDict = new Type(strings); + for (var i = 0, ii = dict.length; i < ii; ++i) { + var pair = dict[i]; + var key = pair[0]; + var value = pair[1]; + cffDict.setByKey(key, value); + } + return cffDict; + }, + parseCharStrings: function CFFParser_parseCharStrings(charStringOffset) { + var charStrings = this.parseIndex(charStringOffset).obj; + var seacs = []; + var widths = []; + var count = charStrings.count; + for (var i = 0; i < count; i++) { + var charstring = charStrings.get(i); + + var stackSize = 0; + var stack = []; + var undefStack = true; + var hints = 0; + var valid = true; + var data = charstring; + var length = data.length; + var firstStackClearing = true; + for (var j = 0; j < length;) { + var value = data[j++]; + var validationCommand = null; + if (value === 12) { + var q = data[j++]; + if (q === 0) { + // The CFF specification state that the 'dotsection' command + // (12, 0) is deprecated and treated as a no-op, but all Type2 + // charstrings processors should support them. Unfortunately + // the font sanitizer don't. As a workaround the sequence (12, 0) + // is replaced by a useless (0, hmoveto). + data[j - 2] = 139; + data[j - 1] = 22; + stackSize = 0; + } else { + validationCommand = CharstringValidationData12[q]; + } + } else if (value === 28) { // number (16 bit) + stack[stackSize] = ((data[j] << 24) | (data[j + 1] << 16)) >> 16; + j += 2; + stackSize++; + } else if (value === 14) { + if (stackSize >= 4) { + stackSize -= 4; + if (SEAC_ANALYSIS_ENABLED) { + seacs[i] = stack.slice(stackSize, stackSize + 4); + valid = false; + } + } + validationCommand = CharstringValidationData[value]; + } else if (value >= 32 && value <= 246) { // number + stack[stackSize] = value - 139; + stackSize++; + } else if (value >= 247 && value <= 254) { // number (+1 bytes) + stack[stackSize] = (value < 251 ? + ((value - 247) << 8) + data[j] + 108 : + -((value - 251) << 8) - data[j] - 108); + j++; + stackSize++; + } else if (value === 255) { // number (32 bit) + stack[stackSize] = ((data[j] << 24) | (data[j + 1] << 16) | + (data[j + 2] << 8) | data[j + 3]) / 65536; + j += 4; + stackSize++; + } else if (value === 19 || value === 20) { + hints += stackSize >> 1; + j += (hints + 7) >> 3; // skipping right amount of hints flag data + stackSize %= 2; + validationCommand = CharstringValidationData[value]; + } else { + validationCommand = CharstringValidationData[value]; + } + if (validationCommand) { + if (validationCommand.stem) { + hints += stackSize >> 1; + } + if ('min' in validationCommand) { + if (!undefStack && stackSize < validationCommand.min) { + warn('Not enough parameters for ' + validationCommand.id + + '; actual: ' + stackSize + + ', expected: ' + validationCommand.min); + valid = false; + break; + } + } + if (firstStackClearing && validationCommand.stackClearing) { + firstStackClearing = false; + // the optional character width can be found before the first + // stack-clearing command arguments + stackSize -= validationCommand.min; + if (stackSize >= 2 && validationCommand.stem) { + // there are even amount of arguments for stem commands + stackSize %= 2; + } else if (stackSize > 1) { + warn('Found too many parameters for stack-clearing command'); + } + if (stackSize > 0 && stack[stackSize - 1] >= 0) { + widths[i] = stack[stackSize - 1]; + } + } + if ('stackDelta' in validationCommand) { + if ('stackFn' in validationCommand) { + validationCommand.stackFn(stack, stackSize); + } + stackSize += validationCommand.stackDelta; + } else if (validationCommand.stackClearing) { + stackSize = 0; + } else if (validationCommand.resetStack) { + stackSize = 0; + undefStack = false; + } else if (validationCommand.undefStack) { + stackSize = 0; + undefStack = true; + firstStackClearing = false; + } + } + } + if (!valid) { + // resetting invalid charstring to single 'endchar' + charStrings.set(i, new Uint8Array([14])); + } + } + return { charStrings: charStrings, seacs: seacs, widths: widths }; + }, + emptyPrivateDictionary: + function CFFParser_emptyPrivateDictionary(parentDict) { + var privateDict = this.createDict(CFFPrivateDict, [], + parentDict.strings); + parentDict.setByKey(18, [0, 0]); + parentDict.privateDict = privateDict; + }, + parsePrivateDict: function CFFParser_parsePrivateDict(parentDict) { + // no private dict, do nothing + if (!parentDict.hasName('Private')) { + this.emptyPrivateDictionary(parentDict); + return; + } + var privateOffset = parentDict.getByName('Private'); + // make sure the params are formatted correctly + if (!isArray(privateOffset) || privateOffset.length !== 2) { + parentDict.removeByName('Private'); + return; + } + var size = privateOffset[0]; + var offset = privateOffset[1]; + // remove empty dicts or ones that refer to invalid location + if (size === 0 || offset >= this.bytes.length) { + this.emptyPrivateDictionary(parentDict); + return; + } + + var privateDictEnd = offset + size; + var dictData = this.bytes.subarray(offset, privateDictEnd); + var dict = this.parseDict(dictData); + var privateDict = this.createDict(CFFPrivateDict, dict, + parentDict.strings); + parentDict.privateDict = privateDict; + + // Parse the Subrs index also since it's relative to the private dict. + if (!privateDict.getByName('Subrs')) { + return; + } + var subrsOffset = privateDict.getByName('Subrs'); + var relativeOffset = offset + subrsOffset; + // Validate the offset. + if (subrsOffset === 0 || relativeOffset >= this.bytes.length) { + this.emptyPrivateDictionary(parentDict); + return; + } + var subrsIndex = this.parseIndex(relativeOffset); + privateDict.subrsIndex = subrsIndex.obj; + }, + parseCharsets: function CFFParser_parseCharsets(pos, length, strings, cid) { + if (pos === 0) { + return new CFFCharset(true, CFFCharsetPredefinedTypes.ISO_ADOBE, + ISOAdobeCharset); + } else if (pos === 1) { + return new CFFCharset(true, CFFCharsetPredefinedTypes.EXPERT, + ExpertCharset); + } else if (pos === 2) { + return new CFFCharset(true, CFFCharsetPredefinedTypes.EXPERT_SUBSET, + ExpertSubsetCharset); + } + + var bytes = this.bytes; + var start = pos; + var format = bytes[pos++]; + var charset = ['.notdef']; + var id, count, i; + + // subtract 1 for the .notdef glyph + length -= 1; + + switch (format) { + case 0: + for (i = 0; i < length; i++) { + id = (bytes[pos++] << 8) | bytes[pos++]; + charset.push(cid ? id : strings.get(id)); + } + break; + case 1: + while (charset.length <= length) { + id = (bytes[pos++] << 8) | bytes[pos++]; + count = bytes[pos++]; + for (i = 0; i <= count; i++) { + charset.push(cid ? id++ : strings.get(id++)); + } + } + break; + case 2: + while (charset.length <= length) { + id = (bytes[pos++] << 8) | bytes[pos++]; + count = (bytes[pos++] << 8) | bytes[pos++]; + for (i = 0; i <= count; i++) { + charset.push(cid ? id++ : strings.get(id++)); + } + } + break; + default: + error('Unknown charset format'); + } + // Raw won't be needed if we actually compile the charset. + var end = pos; + var raw = bytes.subarray(start, end); + + return new CFFCharset(false, format, charset, raw); + }, + parseEncoding: function CFFParser_parseEncoding(pos, + properties, + strings, + charset) { + var encoding = {}; + var bytes = this.bytes; + var predefined = false; + var hasSupplement = false; + var format, i, ii; + var raw = null; + + function readSupplement() { + var supplementsCount = bytes[pos++]; + for (i = 0; i < supplementsCount; i++) { + var code = bytes[pos++]; + var sid = (bytes[pos++] << 8) + (bytes[pos++] & 0xff); + encoding[code] = charset.indexOf(strings.get(sid)); + } + } + + if (pos === 0 || pos === 1) { + predefined = true; + format = pos; + var baseEncoding = pos ? Encodings.ExpertEncoding : + Encodings.StandardEncoding; + for (i = 0, ii = charset.length; i < ii; i++) { + var index = baseEncoding.indexOf(charset[i]); + if (index !== -1) { + encoding[index] = i; + } + } + } else { + var dataStart = pos; + format = bytes[pos++]; + switch (format & 0x7f) { + case 0: + var glyphsCount = bytes[pos++]; + for (i = 1; i <= glyphsCount; i++) { + encoding[bytes[pos++]] = i; + } + break; + + case 1: + var rangesCount = bytes[pos++]; + var gid = 1; + for (i = 0; i < rangesCount; i++) { + var start = bytes[pos++]; + var left = bytes[pos++]; + for (var j = start; j <= start + left; j++) { + encoding[j] = gid++; + } + } + break; + + default: + error('Unknow encoding format: ' + format + ' in CFF'); + break; + } + var dataEnd = pos; + if (format & 0x80) { + // The font sanitizer does not support CFF encoding with a + // supplement, since the encoding is not really used to map + // between gid to glyph, let's overwrite what is declared in + // the top dictionary to let the sanitizer think the font use + // StandardEncoding, that's a lie but that's ok. + bytes[dataStart] &= 0x7f; + readSupplement(); + hasSupplement = true; + } + raw = bytes.subarray(dataStart, dataEnd); + } + format = format & 0x7f; + return new CFFEncoding(predefined, format, encoding, raw); + }, + parseFDSelect: function CFFParser_parseFDSelect(pos, length) { + var start = pos; + var bytes = this.bytes; + var format = bytes[pos++]; + var fdSelect = []; + var i; + + switch (format) { + case 0: + for (i = 0; i < length; ++i) { + var id = bytes[pos++]; + fdSelect.push(id); + } + break; + case 3: + var rangesCount = (bytes[pos++] << 8) | bytes[pos++]; + for (i = 0; i < rangesCount; ++i) { + var first = (bytes[pos++] << 8) | bytes[pos++]; + var fdIndex = bytes[pos++]; + var next = (bytes[pos] << 8) | bytes[pos + 1]; + for (var j = first; j < next; ++j) { + fdSelect.push(fdIndex); + } + } + // Advance past the sentinel(next). + pos += 2; + break; + default: + error('Unknown fdselect format ' + format); + break; + } + var end = pos; + return new CFFFDSelect(fdSelect, bytes.subarray(start, end)); + } + }; + return CFFParser; +})(); + +// Compact Font Format +var CFF = (function CFFClosure() { + function CFF() { + this.header = null; + this.names = []; + this.topDict = null; + this.strings = new CFFStrings(); + this.globalSubrIndex = null; + + // The following could really be per font, but since we only have one font + // store them here. + this.encoding = null; + this.charset = null; + this.charStrings = null; + this.fdArray = []; + this.fdSelect = null; + + this.isCIDFont = false; + } + return CFF; +})(); + +var CFFHeader = (function CFFHeaderClosure() { + function CFFHeader(major, minor, hdrSize, offSize) { + this.major = major; + this.minor = minor; + this.hdrSize = hdrSize; + this.offSize = offSize; + } + return CFFHeader; +})(); + +var CFFStrings = (function CFFStringsClosure() { + function CFFStrings() { + this.strings = []; + } + CFFStrings.prototype = { + get: function CFFStrings_get(index) { + if (index >= 0 && index <= 390) { + return CFFStandardStrings[index]; + } + if (index - 391 <= this.strings.length) { + return this.strings[index - 391]; + } + return CFFStandardStrings[0]; + }, + add: function CFFStrings_add(value) { + this.strings.push(value); + }, + get count() { + return this.strings.length; + } + }; + return CFFStrings; +})(); + +var CFFIndex = (function CFFIndexClosure() { + function CFFIndex() { + this.objects = []; + this.length = 0; + } + CFFIndex.prototype = { + add: function CFFIndex_add(data) { + this.length += data.length; + this.objects.push(data); + }, + set: function CFFIndex_set(index, data) { + this.length += data.length - this.objects[index].length; + this.objects[index] = data; + }, + get: function CFFIndex_get(index) { + return this.objects[index]; + }, + get count() { + return this.objects.length; + } + }; + return CFFIndex; +})(); + +var CFFDict = (function CFFDictClosure() { + function CFFDict(tables, strings) { + this.keyToNameMap = tables.keyToNameMap; + this.nameToKeyMap = tables.nameToKeyMap; + this.defaults = tables.defaults; + this.types = tables.types; + this.opcodes = tables.opcodes; + this.order = tables.order; + this.strings = strings; + this.values = {}; + } + CFFDict.prototype = { + // value should always be an array + setByKey: function CFFDict_setByKey(key, value) { + if (!(key in this.keyToNameMap)) { + return false; + } + // ignore empty values + if (value.length === 0) { + return true; + } + var type = this.types[key]; + // remove the array wrapping these types of values + if (type === 'num' || type === 'sid' || type === 'offset') { + value = value[0]; + } + this.values[key] = value; + return true; + }, + setByName: function CFFDict_setByName(name, value) { + if (!(name in this.nameToKeyMap)) { + error('Invalid dictionary name "' + name + '"'); + } + this.values[this.nameToKeyMap[name]] = value; + }, + hasName: function CFFDict_hasName(name) { + return this.nameToKeyMap[name] in this.values; + }, + getByName: function CFFDict_getByName(name) { + if (!(name in this.nameToKeyMap)) { + error('Invalid dictionary name "' + name + '"'); + } + var key = this.nameToKeyMap[name]; + if (!(key in this.values)) { + return this.defaults[key]; + } + return this.values[key]; + }, + removeByName: function CFFDict_removeByName(name) { + delete this.values[this.nameToKeyMap[name]]; + } + }; + CFFDict.createTables = function CFFDict_createTables(layout) { + var tables = { + keyToNameMap: {}, + nameToKeyMap: {}, + defaults: {}, + types: {}, + opcodes: {}, + order: [] + }; + for (var i = 0, ii = layout.length; i < ii; ++i) { + var entry = layout[i]; + var key = isArray(entry[0]) ? (entry[0][0] << 8) + entry[0][1] : entry[0]; + tables.keyToNameMap[key] = entry[1]; + tables.nameToKeyMap[entry[1]] = key; + tables.types[key] = entry[2]; + tables.defaults[key] = entry[3]; + tables.opcodes[key] = isArray(entry[0]) ? entry[0] : [entry[0]]; + tables.order.push(key); + } + return tables; + }; + return CFFDict; +})(); + +var CFFTopDict = (function CFFTopDictClosure() { + var layout = [ + [[12, 30], 'ROS', ['sid', 'sid', 'num'], null], + [[12, 20], 'SyntheticBase', 'num', null], + [0, 'version', 'sid', null], + [1, 'Notice', 'sid', null], + [[12, 0], 'Copyright', 'sid', null], + [2, 'FullName', 'sid', null], + [3, 'FamilyName', 'sid', null], + [4, 'Weight', 'sid', null], + [[12, 1], 'isFixedPitch', 'num', 0], + [[12, 2], 'ItalicAngle', 'num', 0], + [[12, 3], 'UnderlinePosition', 'num', -100], + [[12, 4], 'UnderlineThickness', 'num', 50], + [[12, 5], 'PaintType', 'num', 0], + [[12, 6], 'CharstringType', 'num', 2], + [[12, 7], 'FontMatrix', ['num', 'num', 'num', 'num', 'num', 'num'], + [0.001, 0, 0, 0.001, 0, 0]], + [13, 'UniqueID', 'num', null], + [5, 'FontBBox', ['num', 'num', 'num', 'num'], [0, 0, 0, 0]], + [[12, 8], 'StrokeWidth', 'num', 0], + [14, 'XUID', 'array', null], + [15, 'charset', 'offset', 0], + [16, 'Encoding', 'offset', 0], + [17, 'CharStrings', 'offset', 0], + [18, 'Private', ['offset', 'offset'], null], + [[12, 21], 'PostScript', 'sid', null], + [[12, 22], 'BaseFontName', 'sid', null], + [[12, 23], 'BaseFontBlend', 'delta', null], + [[12, 31], 'CIDFontVersion', 'num', 0], + [[12, 32], 'CIDFontRevision', 'num', 0], + [[12, 33], 'CIDFontType', 'num', 0], + [[12, 34], 'CIDCount', 'num', 8720], + [[12, 35], 'UIDBase', 'num', null], + // XXX: CID Fonts on DirectWrite 6.1 only seem to work if FDSelect comes + // before FDArray. + [[12, 37], 'FDSelect', 'offset', null], + [[12, 36], 'FDArray', 'offset', null], + [[12, 38], 'FontName', 'sid', null] + ]; + var tables = null; + function CFFTopDict(strings) { + if (tables === null) { + tables = CFFDict.createTables(layout); + } + CFFDict.call(this, tables, strings); + this.privateDict = null; + } + CFFTopDict.prototype = Object.create(CFFDict.prototype); + return CFFTopDict; +})(); + +var CFFPrivateDict = (function CFFPrivateDictClosure() { + var layout = [ + [6, 'BlueValues', 'delta', null], + [7, 'OtherBlues', 'delta', null], + [8, 'FamilyBlues', 'delta', null], + [9, 'FamilyOtherBlues', 'delta', null], + [[12, 9], 'BlueScale', 'num', 0.039625], + [[12, 10], 'BlueShift', 'num', 7], + [[12, 11], 'BlueFuzz', 'num', 1], + [10, 'StdHW', 'num', null], + [11, 'StdVW', 'num', null], + [[12, 12], 'StemSnapH', 'delta', null], + [[12, 13], 'StemSnapV', 'delta', null], + [[12, 14], 'ForceBold', 'num', 0], + [[12, 17], 'LanguageGroup', 'num', 0], + [[12, 18], 'ExpansionFactor', 'num', 0.06], + [[12, 19], 'initialRandomSeed', 'num', 0], + [20, 'defaultWidthX', 'num', 0], + [21, 'nominalWidthX', 'num', 0], + [19, 'Subrs', 'offset', null] + ]; + var tables = null; + function CFFPrivateDict(strings) { + if (tables === null) { + tables = CFFDict.createTables(layout); + } + CFFDict.call(this, tables, strings); + this.subrsIndex = null; + } + CFFPrivateDict.prototype = Object.create(CFFDict.prototype); + return CFFPrivateDict; +})(); + +var CFFCharsetPredefinedTypes = { + ISO_ADOBE: 0, + EXPERT: 1, + EXPERT_SUBSET: 2 +}; +var CFFCharset = (function CFFCharsetClosure() { + function CFFCharset(predefined, format, charset, raw) { + this.predefined = predefined; + this.format = format; + this.charset = charset; + this.raw = raw; + } + return CFFCharset; +})(); + +var CFFEncoding = (function CFFEncodingClosure() { + function CFFEncoding(predefined, format, encoding, raw) { + this.predefined = predefined; + this.format = format; + this.encoding = encoding; + this.raw = raw; + } + return CFFEncoding; +})(); + +var CFFFDSelect = (function CFFFDSelectClosure() { + function CFFFDSelect(fdSelect, raw) { + this.fdSelect = fdSelect; + this.raw = raw; + } + return CFFFDSelect; +})(); + +// Helper class to keep track of where an offset is within the data and helps +// filling in that offset once it's known. +var CFFOffsetTracker = (function CFFOffsetTrackerClosure() { + function CFFOffsetTracker() { + this.offsets = {}; + } + CFFOffsetTracker.prototype = { + isTracking: function CFFOffsetTracker_isTracking(key) { + return key in this.offsets; + }, + track: function CFFOffsetTracker_track(key, location) { + if (key in this.offsets) { + error('Already tracking location of ' + key); + } + this.offsets[key] = location; + }, + offset: function CFFOffsetTracker_offset(value) { + for (var key in this.offsets) { + this.offsets[key] += value; + } + }, + setEntryLocation: function CFFOffsetTracker_setEntryLocation(key, + values, + output) { + if (!(key in this.offsets)) { + error('Not tracking location of ' + key); + } + var data = output.data; + var dataOffset = this.offsets[key]; + var size = 5; + for (var i = 0, ii = values.length; i < ii; ++i) { + var offset0 = i * size + dataOffset; + var offset1 = offset0 + 1; + var offset2 = offset0 + 2; + var offset3 = offset0 + 3; + var offset4 = offset0 + 4; + // It's easy to screw up offsets so perform this sanity check. + if (data[offset0] !== 0x1d || data[offset1] !== 0 || + data[offset2] !== 0 || data[offset3] !== 0 || data[offset4] !== 0) { + error('writing to an offset that is not empty'); + } + var value = values[i]; + data[offset0] = 0x1d; + data[offset1] = (value >> 24) & 0xFF; + data[offset2] = (value >> 16) & 0xFF; + data[offset3] = (value >> 8) & 0xFF; + data[offset4] = value & 0xFF; + } + } + }; + return CFFOffsetTracker; +})(); + +// Takes a CFF and converts it to the binary representation. +var CFFCompiler = (function CFFCompilerClosure() { + function CFFCompiler(cff) { + this.cff = cff; + } + CFFCompiler.prototype = { + compile: function CFFCompiler_compile() { + var cff = this.cff; + var output = { + data: [], + length: 0, + add: function CFFCompiler_add(data) { + this.data = this.data.concat(data); + this.length = this.data.length; + } + }; + + // Compile the five entries that must be in order. + var header = this.compileHeader(cff.header); + output.add(header); + + var nameIndex = this.compileNameIndex(cff.names); + output.add(nameIndex); + + if (cff.isCIDFont) { + // The spec is unclear on how font matrices should relate to each other + // when there is one in the main top dict and the sub top dicts. + // Windows handles this differently than linux and osx so we have to + // normalize to work on all. + // Rules based off of some mailing list discussions: + // - If main font has a matrix and subfont doesn't, use the main matrix. + // - If no main font matrix and there is a subfont matrix, use the + // subfont matrix. + // - If both have matrices, concat together. + // - If neither have matrices, use default. + // To make this work on all platforms we move the top matrix into each + // sub top dict and concat if necessary. + if (cff.topDict.hasName('FontMatrix')) { + var base = cff.topDict.getByName('FontMatrix'); + cff.topDict.removeByName('FontMatrix'); + for (var i = 0, ii = cff.fdArray.length; i < ii; i++) { + var subDict = cff.fdArray[i]; + var matrix = base.slice(0); + if (subDict.hasName('FontMatrix')) { + matrix = Util.transform(matrix, subDict.getByName('FontMatrix')); + } + subDict.setByName('FontMatrix', matrix); + } + } + } + + var compiled = this.compileTopDicts([cff.topDict], + output.length, + cff.isCIDFont); + output.add(compiled.output); + var topDictTracker = compiled.trackers[0]; + + var stringIndex = this.compileStringIndex(cff.strings.strings); + output.add(stringIndex); + + var globalSubrIndex = this.compileIndex(cff.globalSubrIndex); + output.add(globalSubrIndex); + + // Now start on the other entries that have no specfic order. + if (cff.encoding && cff.topDict.hasName('Encoding')) { + if (cff.encoding.predefined) { + topDictTracker.setEntryLocation('Encoding', [cff.encoding.format], + output); + } else { + var encoding = this.compileEncoding(cff.encoding); + topDictTracker.setEntryLocation('Encoding', [output.length], output); + output.add(encoding); + } + } + + if (cff.charset && cff.topDict.hasName('charset')) { + if (cff.charset.predefined) { + topDictTracker.setEntryLocation('charset', [cff.charset.format], + output); + } else { + var charset = this.compileCharset(cff.charset); + topDictTracker.setEntryLocation('charset', [output.length], output); + output.add(charset); + } + } + + var charStrings = this.compileCharStrings(cff.charStrings); + topDictTracker.setEntryLocation('CharStrings', [output.length], output); + output.add(charStrings); + + if (cff.isCIDFont) { + // For some reason FDSelect must be in front of FDArray on windows. OSX + // and linux don't seem to care. + topDictTracker.setEntryLocation('FDSelect', [output.length], output); + var fdSelect = this.compileFDSelect(cff.fdSelect.raw); + output.add(fdSelect); + // It is unclear if the sub font dictionary can have CID related + // dictionary keys, but the sanitizer doesn't like them so remove them. + compiled = this.compileTopDicts(cff.fdArray, output.length, true); + topDictTracker.setEntryLocation('FDArray', [output.length], output); + output.add(compiled.output); + var fontDictTrackers = compiled.trackers; + + this.compilePrivateDicts(cff.fdArray, fontDictTrackers, output); + } + + this.compilePrivateDicts([cff.topDict], [topDictTracker], output); + + // If the font data ends with INDEX whose object data is zero-length, + // the sanitizer will bail out. Add a dummy byte to avoid that. + output.add([0]); + + return output.data; + }, + encodeNumber: function CFFCompiler_encodeNumber(value) { + if (parseFloat(value) === parseInt(value, 10) && !isNaN(value)) { // isInt + return this.encodeInteger(value); + } else { + return this.encodeFloat(value); + } + }, + encodeFloat: function CFFCompiler_encodeFloat(num) { + var value = num.toString(); + + // rounding inaccurate doubles + var m = /\.(\d*?)(?:9{5,20}|0{5,20})\d{0,2}(?:e(.+)|$)/.exec(value); + if (m) { + var epsilon = parseFloat('1e' + ((m[2] ? +m[2] : 0) + m[1].length)); + value = (Math.round(num * epsilon) / epsilon).toString(); + } + + var nibbles = ''; + var i, ii; + for (i = 0, ii = value.length; i < ii; ++i) { + var a = value[i]; + if (a === 'e') { + nibbles += value[++i] === '-' ? 'c' : 'b'; + } else if (a === '.') { + nibbles += 'a'; + } else if (a === '-') { + nibbles += 'e'; + } else { + nibbles += a; + } + } + nibbles += (nibbles.length & 1) ? 'f' : 'ff'; + var out = [30]; + for (i = 0, ii = nibbles.length; i < ii; i += 2) { + out.push(parseInt(nibbles.substr(i, 2), 16)); + } + return out; + }, + encodeInteger: function CFFCompiler_encodeInteger(value) { + var code; + if (value >= -107 && value <= 107) { + code = [value + 139]; + } else if (value >= 108 && value <= 1131) { + value = [value - 108]; + code = [(value >> 8) + 247, value & 0xFF]; + } else if (value >= -1131 && value <= -108) { + value = -value - 108; + code = [(value >> 8) + 251, value & 0xFF]; + } else if (value >= -32768 && value <= 32767) { + code = [0x1c, (value >> 8) & 0xFF, value & 0xFF]; + } else { + code = [0x1d, + (value >> 24) & 0xFF, + (value >> 16) & 0xFF, + (value >> 8) & 0xFF, + value & 0xFF]; + } + return code; + }, + compileHeader: function CFFCompiler_compileHeader(header) { + return [ + header.major, + header.minor, + header.hdrSize, + header.offSize + ]; + }, + compileNameIndex: function CFFCompiler_compileNameIndex(names) { + var nameIndex = new CFFIndex(); + for (var i = 0, ii = names.length; i < ii; ++i) { + nameIndex.add(stringToBytes(names[i])); + } + return this.compileIndex(nameIndex); + }, + compileTopDicts: function CFFCompiler_compileTopDicts(dicts, + length, + removeCidKeys) { + var fontDictTrackers = []; + var fdArrayIndex = new CFFIndex(); + for (var i = 0, ii = dicts.length; i < ii; ++i) { + var fontDict = dicts[i]; + if (removeCidKeys) { + fontDict.removeByName('CIDFontVersion'); + fontDict.removeByName('CIDFontRevision'); + fontDict.removeByName('CIDFontType'); + fontDict.removeByName('CIDCount'); + fontDict.removeByName('UIDBase'); + } + var fontDictTracker = new CFFOffsetTracker(); + var fontDictData = this.compileDict(fontDict, fontDictTracker); + fontDictTrackers.push(fontDictTracker); + fdArrayIndex.add(fontDictData); + fontDictTracker.offset(length); + } + fdArrayIndex = this.compileIndex(fdArrayIndex, fontDictTrackers); + return { + trackers: fontDictTrackers, + output: fdArrayIndex + }; + }, + compilePrivateDicts: function CFFCompiler_compilePrivateDicts(dicts, + trackers, + output) { + for (var i = 0, ii = dicts.length; i < ii; ++i) { + var fontDict = dicts[i]; + assert(fontDict.privateDict && fontDict.hasName('Private'), + 'There must be an private dictionary.'); + var privateDict = fontDict.privateDict; + var privateDictTracker = new CFFOffsetTracker(); + var privateDictData = this.compileDict(privateDict, privateDictTracker); + + var outputLength = output.length; + privateDictTracker.offset(outputLength); + if (!privateDictData.length) { + // The private dictionary was empty, set the output length to zero to + // ensure the offset length isn't out of bounds in the eyes of the + // sanitizer. + outputLength = 0; + } + + trackers[i].setEntryLocation('Private', + [privateDictData.length, outputLength], + output); + output.add(privateDictData); + + if (privateDict.subrsIndex && privateDict.hasName('Subrs')) { + var subrs = this.compileIndex(privateDict.subrsIndex); + privateDictTracker.setEntryLocation('Subrs', [privateDictData.length], + output); + output.add(subrs); + } + } + }, + compileDict: function CFFCompiler_compileDict(dict, offsetTracker) { + var out = []; + // The dictionary keys must be in a certain order. + var order = dict.order; + for (var i = 0; i < order.length; ++i) { + var key = order[i]; + if (!(key in dict.values)) { + continue; + } + var values = dict.values[key]; + var types = dict.types[key]; + if (!isArray(types)) { + types = [types]; + } + if (!isArray(values)) { + values = [values]; + } + + // Remove any empty dict values. + if (values.length === 0) { + continue; + } + + for (var j = 0, jj = types.length; j < jj; ++j) { + var type = types[j]; + var value = values[j]; + switch (type) { + case 'num': + case 'sid': + out = out.concat(this.encodeNumber(value)); + break; + case 'offset': + // For offsets we just insert a 32bit integer so we don't have to + // deal with figuring out the length of the offset when it gets + // replaced later on by the compiler. + var name = dict.keyToNameMap[key]; + // Some offsets have the offset and the length, so just record the + // position of the first one. + if (!offsetTracker.isTracking(name)) { + offsetTracker.track(name, out.length); + } + out = out.concat([0x1d, 0, 0, 0, 0]); + break; + case 'array': + case 'delta': + out = out.concat(this.encodeNumber(value)); + for (var k = 1, kk = values.length; k < kk; ++k) { + out = out.concat(this.encodeNumber(values[k])); + } + break; + default: + error('Unknown data type of ' + type); + break; + } + } + out = out.concat(dict.opcodes[key]); + } + return out; + }, + compileStringIndex: function CFFCompiler_compileStringIndex(strings) { + var stringIndex = new CFFIndex(); + for (var i = 0, ii = strings.length; i < ii; ++i) { + stringIndex.add(stringToBytes(strings[i])); + } + return this.compileIndex(stringIndex); + }, + compileGlobalSubrIndex: function CFFCompiler_compileGlobalSubrIndex() { + var globalSubrIndex = this.cff.globalSubrIndex; + this.out.writeByteArray(this.compileIndex(globalSubrIndex)); + }, + compileCharStrings: function CFFCompiler_compileCharStrings(charStrings) { + return this.compileIndex(charStrings); + }, + compileCharset: function CFFCompiler_compileCharset(charset) { + return this.compileTypedArray(charset.raw); + }, + compileEncoding: function CFFCompiler_compileEncoding(encoding) { + return this.compileTypedArray(encoding.raw); + }, + compileFDSelect: function CFFCompiler_compileFDSelect(fdSelect) { + return this.compileTypedArray(fdSelect); + }, + compileTypedArray: function CFFCompiler_compileTypedArray(data) { + var out = []; + for (var i = 0, ii = data.length; i < ii; ++i) { + out[i] = data[i]; + } + return out; + }, + compileIndex: function CFFCompiler_compileIndex(index, trackers) { + trackers = trackers || []; + var objects = index.objects; + // First 2 bytes contains the number of objects contained into this index + var count = objects.length; + + // If there is no object, just create an index. This technically + // should just be [0, 0] but OTS has an issue with that. + if (count === 0) { + return [0, 0, 0]; + } + + var data = [(count >> 8) & 0xFF, count & 0xff]; + + var lastOffset = 1, i; + for (i = 0; i < count; ++i) { + lastOffset += objects[i].length; + } + + var offsetSize; + if (lastOffset < 0x100) { + offsetSize = 1; + } else if (lastOffset < 0x10000) { + offsetSize = 2; + } else if (lastOffset < 0x1000000) { + offsetSize = 3; + } else { + offsetSize = 4; + } + + // Next byte contains the offset size use to reference object in the file + data.push(offsetSize); + + // Add another offset after this one because we need a new offset + var relativeOffset = 1; + for (i = 0; i < count + 1; i++) { + if (offsetSize === 1) { + data.push(relativeOffset & 0xFF); + } else if (offsetSize === 2) { + data.push((relativeOffset >> 8) & 0xFF, + relativeOffset & 0xFF); + } else if (offsetSize === 3) { + data.push((relativeOffset >> 16) & 0xFF, + (relativeOffset >> 8) & 0xFF, + relativeOffset & 0xFF); + } else { + data.push((relativeOffset >>> 24) & 0xFF, + (relativeOffset >> 16) & 0xFF, + (relativeOffset >> 8) & 0xFF, + relativeOffset & 0xFF); + } + + if (objects[i]) { + relativeOffset += objects[i].length; + } + } + + for (i = 0; i < count; i++) { + // Notify the tracker where the object will be offset in the data. + if (trackers[i]) { + trackers[i].offset(data.length); + } + for (var j = 0, jj = objects[i].length; j < jj; j++) { + data.push(objects[i][j]); + } + } + return data; + } + }; + return CFFCompiler; +})(); + +// Workaround for seac on Windows. +(function checkSeacSupport() { + if (/Windows/.test(navigator.userAgent)) { + SEAC_ANALYSIS_ENABLED = true; + } +})(); + +// Workaround for Private Use Area characters in Chrome on Windows +// http://code.google.com/p/chromium/issues/detail?id=122465 +// https://github.com/mozilla/pdf.js/issues/1689 +(function checkChromeWindows() { + if (/Windows.*Chrome/.test(navigator.userAgent)) { + SKIP_PRIVATE_USE_RANGE_F000_TO_F01F = true; + } +})(); + + +var FontRendererFactory = (function FontRendererFactoryClosure() { + function getLong(data, offset) { + return (data[offset] << 24) | (data[offset + 1] << 16) | + (data[offset + 2] << 8) | data[offset + 3]; + } + + function getUshort(data, offset) { + return (data[offset] << 8) | data[offset + 1]; + } + + function parseCmap(data, start, end) { + var offset = (getUshort(data, start + 2) === 1 ? + getLong(data, start + 8) : getLong(data, start + 16)); + var format = getUshort(data, start + offset); + var length, ranges, p, i; + if (format === 4) { + length = getUshort(data, start + offset + 2); + var segCount = getUshort(data, start + offset + 6) >> 1; + p = start + offset + 14; + ranges = []; + for (i = 0; i < segCount; i++, p += 2) { + ranges[i] = {end: getUshort(data, p)}; + } + p += 2; + for (i = 0; i < segCount; i++, p += 2) { + ranges[i].start = getUshort(data, p); + } + for (i = 0; i < segCount; i++, p += 2) { + ranges[i].idDelta = getUshort(data, p); + } + for (i = 0; i < segCount; i++, p += 2) { + var idOffset = getUshort(data, p); + if (idOffset === 0) { + continue; + } + ranges[i].ids = []; + for (var j = 0, jj = ranges[i].end - ranges[i].start + 1; j < jj; j++) { + ranges[i].ids[j] = getUshort(data, p + idOffset); + idOffset += 2; + } + } + return ranges; + } else if (format === 12) { + length = getLong(data, start + offset + 4); + var groups = getLong(data, start + offset + 12); + p = start + offset + 16; + ranges = []; + for (i = 0; i < groups; i++) { + ranges.push({ + start: getLong(data, p), + end: getLong(data, p + 4), + idDelta: getLong(data, p + 8) - getLong(data, p) + }); + p += 12; + } + return ranges; + } + error('not supported cmap: ' + format); + } + + function parseCff(data, start, end) { + var properties = {}; + var parser = new CFFParser(new Stream(data, start, end - start), + properties); + var cff = parser.parse(); + return { + glyphs: cff.charStrings.objects, + subrs: (cff.topDict.privateDict && cff.topDict.privateDict.subrsIndex && + cff.topDict.privateDict.subrsIndex.objects), + gsubrs: cff.globalSubrIndex && cff.globalSubrIndex.objects + }; + } + + function parseGlyfTable(glyf, loca, isGlyphLocationsLong) { + var itemSize, itemDecode; + if (isGlyphLocationsLong) { + itemSize = 4; + itemDecode = function fontItemDecodeLong(data, offset) { + return (data[offset] << 24) | (data[offset + 1] << 16) | + (data[offset + 2] << 8) | data[offset + 3]; + }; + } else { + itemSize = 2; + itemDecode = function fontItemDecode(data, offset) { + return (data[offset] << 9) | (data[offset + 1] << 1); + }; + } + var glyphs = []; + var startOffset = itemDecode(loca, 0); + for (var j = itemSize; j < loca.length; j += itemSize) { + var endOffset = itemDecode(loca, j); + glyphs.push(glyf.subarray(startOffset, endOffset)); + startOffset = endOffset; + } + return glyphs; + } + + function lookupCmap(ranges, unicode) { + var code = unicode.charCodeAt(0); + var l = 0, r = ranges.length - 1; + while (l < r) { + var c = (l + r + 1) >> 1; + if (code < ranges[c].start) { + r = c - 1; + } else { + l = c; + } + } + if (ranges[l].start <= code && code <= ranges[l].end) { + return (ranges[l].idDelta + (ranges[l].ids ? + ranges[l].ids[code - ranges[l].start] : code)) & 0xFFFF; + } + return 0; + } + + function compileGlyf(code, cmds, font) { + function moveTo(x, y) { + cmds.push({cmd: 'moveTo', args: [x, y]}); + } + function lineTo(x, y) { + cmds.push({cmd: 'lineTo', args: [x, y]}); + } + function quadraticCurveTo(xa, ya, x, y) { + cmds.push({cmd: 'quadraticCurveTo', args: [xa, ya, x, y]}); + } + + var i = 0; + var numberOfContours = ((code[i] << 24) | (code[i + 1] << 16)) >> 16; + var flags; + var x = 0, y = 0; + i += 10; + if (numberOfContours < 0) { + // composite glyph + do { + flags = (code[i] << 8) | code[i + 1]; + var glyphIndex = (code[i + 2] << 8) | code[i + 3]; + i += 4; + var arg1, arg2; + if ((flags & 0x01)) { + arg1 = ((code[i] << 24) | (code[i + 1] << 16)) >> 16; + arg2 = ((code[i + 2] << 24) | (code[i + 3] << 16)) >> 16; + i += 4; + } else { + arg1 = code[i++]; arg2 = code[i++]; + } + if ((flags & 0x02)) { + x = arg1; + y = arg2; + } else { + x = 0; y = 0; // TODO "they are points" ? + } + var scaleX = 1, scaleY = 1, scale01 = 0, scale10 = 0; + if ((flags & 0x08)) { + scaleX = + scaleY = ((code[i] << 24) | (code[i + 1] << 16)) / 1073741824; + i += 2; + } else if ((flags & 0x40)) { + scaleX = ((code[i] << 24) | (code[i + 1] << 16)) / 1073741824; + scaleY = ((code[i + 2] << 24) | (code[i + 3] << 16)) / 1073741824; + i += 4; + } else if ((flags & 0x80)) { + scaleX = ((code[i] << 24) | (code[i + 1] << 16)) / 1073741824; + scale01 = ((code[i + 2] << 24) | (code[i + 3] << 16)) / 1073741824; + scale10 = ((code[i + 4] << 24) | (code[i + 5] << 16)) / 1073741824; + scaleY = ((code[i + 6] << 24) | (code[i + 7] << 16)) / 1073741824; + i += 8; + } + var subglyph = font.glyphs[glyphIndex]; + if (subglyph) { + cmds.push({cmd: 'save'}); + cmds.push({cmd: 'transform', + args: [scaleX, scale01, scale10, scaleY, x, y]}); + compileGlyf(subglyph, cmds, font); + cmds.push({cmd: 'restore'}); + } + } while ((flags & 0x20)); + } else { + // simple glyph + var endPtsOfContours = []; + var j, jj; + for (j = 0; j < numberOfContours; j++) { + endPtsOfContours.push((code[i] << 8) | code[i + 1]); + i += 2; + } + var instructionLength = (code[i] << 8) | code[i + 1]; + i += 2 + instructionLength; // skipping the instructions + var numberOfPoints = endPtsOfContours[endPtsOfContours.length - 1] + 1; + var points = []; + while (points.length < numberOfPoints) { + flags = code[i++]; + var repeat = 1; + if ((flags & 0x08)) { + repeat += code[i++]; + } + while (repeat-- > 0) { + points.push({flags: flags}); + } + } + for (j = 0; j < numberOfPoints; j++) { + switch (points[j].flags & 0x12) { + case 0x00: + x += ((code[i] << 24) | (code[i + 1] << 16)) >> 16; + i += 2; + break; + case 0x02: + x -= code[i++]; + break; + case 0x12: + x += code[i++]; + break; + } + points[j].x = x; + } + for (j = 0; j < numberOfPoints; j++) { + switch (points[j].flags & 0x24) { + case 0x00: + y += ((code[i] << 24) | (code[i + 1] << 16)) >> 16; + i += 2; + break; + case 0x04: + y -= code[i++]; + break; + case 0x24: + y += code[i++]; + break; + } + points[j].y = y; + } + + var startPoint = 0; + for (i = 0; i < numberOfContours; i++) { + var endPoint = endPtsOfContours[i]; + // contours might have implicit points, which is located in the middle + // between two neighboring off-curve points + var contour = points.slice(startPoint, endPoint + 1); + if ((contour[0].flags & 1)) { + contour.push(contour[0]); // using start point at the contour end + } else if ((contour[contour.length - 1].flags & 1)) { + // first is off-curve point, trying to use one from the end + contour.unshift(contour[contour.length - 1]); + } else { + // start and end are off-curve points, creating implicit one + var p = { + flags: 1, + x: (contour[0].x + contour[contour.length - 1].x) / 2, + y: (contour[0].y + contour[contour.length - 1].y) / 2 + }; + contour.unshift(p); + contour.push(p); + } + moveTo(contour[0].x, contour[0].y); + for (j = 1, jj = contour.length; j < jj; j++) { + if ((contour[j].flags & 1)) { + lineTo(contour[j].x, contour[j].y); + } else if ((contour[j + 1].flags & 1)){ + quadraticCurveTo(contour[j].x, contour[j].y, + contour[j + 1].x, contour[j + 1].y); + j++; + } else { + quadraticCurveTo(contour[j].x, contour[j].y, + (contour[j].x + contour[j + 1].x) / 2, + (contour[j].y + contour[j + 1].y) / 2); + } + } + startPoint = endPoint + 1; + } + } + } + + function compileCharString(code, cmds, font) { + var stack = []; + var x = 0, y = 0; + var stems = 0; + + function moveTo(x, y) { + cmds.push({cmd: 'moveTo', args: [x, y]}); + } + function lineTo(x, y) { + cmds.push({cmd: 'lineTo', args: [x, y]}); + } + function bezierCurveTo(x1, y1, x2, y2, x, y) { + cmds.push({cmd: 'bezierCurveTo', args: [x1, y1, x2, y2, x, y]}); + } + + function parse(code) { + var i = 0; + while (i < code.length) { + var stackClean = false; + var v = code[i++]; + var xa, xb, ya, yb, y1, y2, y3, n, subrCode; + switch (v) { + case 1: // hstem + stems += stack.length >> 1; + stackClean = true; + break; + case 3: // vstem + stems += stack.length >> 1; + stackClean = true; + break; + case 4: // vmoveto + y += stack.pop(); + moveTo(x, y); + stackClean = true; + break; + case 5: // rlineto + while (stack.length > 0) { + x += stack.shift(); + y += stack.shift(); + lineTo(x, y); + } + break; + case 6: // hlineto + while (stack.length > 0) { + x += stack.shift(); + lineTo(x, y); + if (stack.length === 0) { + break; + } + y += stack.shift(); + lineTo(x, y); + } + break; + case 7: // vlineto + while (stack.length > 0) { + y += stack.shift(); + lineTo(x, y); + if (stack.length === 0) { + break; + } + x += stack.shift(); + lineTo(x, y); + } + break; + case 8: // rrcurveto + while (stack.length > 0) { + xa = x + stack.shift(); ya = y + stack.shift(); + xb = xa + stack.shift(); yb = ya + stack.shift(); + x = xb + stack.shift(); y = yb + stack.shift(); + bezierCurveTo(xa, ya, xb, yb, x, y); + } + break; + case 10: // callsubr + n = stack.pop() + font.subrsBias; + subrCode = font.subrs[n]; + if (subrCode) { + parse(subrCode); + } + break; + case 11: // return + return; + case 12: + v = code[i++]; + switch (v) { + case 34: // flex + xa = x + stack.shift(); + xb = xa + stack.shift(); y1 = y + stack.shift(); + x = xb + stack.shift(); + bezierCurveTo(xa, y, xb, y1, x, y1); + xa = x + stack.shift(); + xb = xa + stack.shift(); + x = xb + stack.shift(); + bezierCurveTo(xa, y1, xb, y, x, y); + break; + case 35: // flex + xa = x + stack.shift(); ya = y + stack.shift(); + xb = xa + stack.shift(); yb = ya + stack.shift(); + x = xb + stack.shift(); y = yb + stack.shift(); + bezierCurveTo(xa, ya, xb, yb, x, y); + xa = x + stack.shift(); ya = y + stack.shift(); + xb = xa + stack.shift(); yb = ya + stack.shift(); + x = xb + stack.shift(); y = yb + stack.shift(); + bezierCurveTo(xa, ya, xb, yb, x, y); + stack.pop(); // fd + break; + case 36: // hflex1 + xa = x + stack.shift(); y1 = y + stack.shift(); + xb = xa + stack.shift(); y2 = y1 + stack.shift(); + x = xb + stack.shift(); + bezierCurveTo(xa, y1, xb, y2, x, y2); + xa = x + stack.shift(); + xb = xa + stack.shift(); y3 = y2 + stack.shift(); + x = xb + stack.shift(); + bezierCurveTo(xa, y2, xb, y3, x, y); + break; + case 37: // flex1 + var x0 = x, y0 = y; + xa = x + stack.shift(); ya = y + stack.shift(); + xb = xa + stack.shift(); yb = ya + stack.shift(); + x = xb + stack.shift(); y = yb + stack.shift(); + bezierCurveTo(xa, ya, xb, yb, x, y); + xa = x + stack.shift(); ya = y + stack.shift(); + xb = xa + stack.shift(); yb = ya + stack.shift(); + x = xb; y = yb; + if (Math.abs(x - x0) > Math.abs(y - y0)) { + x += stack.shift(); + } else { + y += stack.shift(); + } + bezierCurveTo(xa, ya, xb, yb, x, y); + break; + default: + error('unknown operator: 12 ' + v); + } + break; + case 14: // endchar + if (stack.length >= 4) { + var achar = stack.pop(); + var bchar = stack.pop(); + y = stack.pop(); + x = stack.pop(); + cmds.push({cmd: 'save'}); + cmds.push({cmd: 'translate', args: [x, y]}); + var gid = lookupCmap(font.cmap, String.fromCharCode( + font.glyphNameMap[Encodings.StandardEncoding[achar]])); + compileCharString(font.glyphs[gid], cmds, font); + cmds.push({cmd: 'restore'}); + + gid = lookupCmap(font.cmap, String.fromCharCode( + font.glyphNameMap[Encodings.StandardEncoding[bchar]])); + compileCharString(font.glyphs[gid], cmds, font); + } + return; + case 18: // hstemhm + stems += stack.length >> 1; + stackClean = true; + break; + case 19: // hintmask + stems += stack.length >> 1; + i += (stems + 7) >> 3; + stackClean = true; + break; + case 20: // cntrmask + stems += stack.length >> 1; + i += (stems + 7) >> 3; + stackClean = true; + break; + case 21: // rmoveto + y += stack.pop(); + x += stack.pop(); + moveTo(x, y); + stackClean = true; + break; + case 22: // hmoveto + x += stack.pop(); + moveTo(x, y); + stackClean = true; + break; + case 23: // vstemhm + stems += stack.length >> 1; + stackClean = true; + break; + case 24: // rcurveline + while (stack.length > 2) { + xa = x + stack.shift(); ya = y + stack.shift(); + xb = xa + stack.shift(); yb = ya + stack.shift(); + x = xb + stack.shift(); y = yb + stack.shift(); + bezierCurveTo(xa, ya, xb, yb, x, y); + } + x += stack.shift(); + y += stack.shift(); + lineTo(x, y); + break; + case 25: // rlinecurve + while (stack.length > 6) { + x += stack.shift(); + y += stack.shift(); + lineTo(x, y); + } + xa = x + stack.shift(); ya = y + stack.shift(); + xb = xa + stack.shift(); yb = ya + stack.shift(); + x = xb + stack.shift(); y = yb + stack.shift(); + bezierCurveTo(xa, ya, xb, yb, x, y); + break; + case 26: // vvcurveto + if (stack.length % 2) { + x += stack.shift(); + } + while (stack.length > 0) { + xa = x; ya = y + stack.shift(); + xb = xa + stack.shift(); yb = ya + stack.shift(); + x = xb; y = yb + stack.shift(); + bezierCurveTo(xa, ya, xb, yb, x, y); + } + break; + case 27: // hhcurveto + if (stack.length % 2) { + y += stack.shift(); + } + while (stack.length > 0) { + xa = x + stack.shift(); ya = y; + xb = xa + stack.shift(); yb = ya + stack.shift(); + x = xb + stack.shift(); y = yb; + bezierCurveTo(xa, ya, xb, yb, x, y); + } + break; + case 28: + stack.push(((code[i] << 24) | (code[i + 1] << 16)) >> 16); + i += 2; + break; + case 29: // callgsubr + n = stack.pop() + font.gsubrsBias; + subrCode = font.gsubrs[n]; + if (subrCode) { + parse(subrCode); + } + break; + case 30: // vhcurveto + while (stack.length > 0) { + xa = x; ya = y + stack.shift(); + xb = xa + stack.shift(); yb = ya + stack.shift(); + x = xb + stack.shift(); + y = yb + (stack.length === 1 ? stack.shift() : 0); + bezierCurveTo(xa, ya, xb, yb, x, y); + if (stack.length === 0) { + break; + } + + xa = x + stack.shift(); ya = y; + xb = xa + stack.shift(); yb = ya + stack.shift(); + y = yb + stack.shift(); + x = xb + (stack.length === 1 ? stack.shift() : 0); + bezierCurveTo(xa, ya, xb, yb, x, y); + } + break; + case 31: // hvcurveto + while (stack.length > 0) { + xa = x + stack.shift(); ya = y; + xb = xa + stack.shift(); yb = ya + stack.shift(); + y = yb + stack.shift(); + x = xb + (stack.length === 1 ? stack.shift() : 0); + bezierCurveTo(xa, ya, xb, yb, x, y); + if (stack.length === 0) { + break; + } + + xa = x; ya = y + stack.shift(); + xb = xa + stack.shift(); yb = ya + stack.shift(); + x = xb + stack.shift(); + y = yb + (stack.length === 1 ? stack.shift() : 0); + bezierCurveTo(xa, ya, xb, yb, x, y); + } + break; + default: + if (v < 32) { + error('unknown operator: ' + v); + } + if (v < 247) { + stack.push(v - 139); + } else if (v < 251) { + stack.push((v - 247) * 256 + code[i++] + 108); + } else if (v < 255) { + stack.push(-(v - 251) * 256 - code[i++] - 108); + } else { + stack.push(((code[i] << 24) | (code[i + 1] << 16) | + (code[i + 2] << 8) | code[i + 3]) / 65536); + i += 4; + } + break; + } + if (stackClean) { + stack.length = 0; + } + } + } + parse(code); + } + + var noop = ''; + + function CompiledFont(fontMatrix) { + this.compiledGlyphs = {}; + this.fontMatrix = fontMatrix; + } + CompiledFont.prototype = { + getPathJs: function (unicode) { + var gid = lookupCmap(this.cmap, unicode); + var fn = this.compiledGlyphs[gid]; + if (!fn) { + this.compiledGlyphs[gid] = fn = this.compileGlyph(this.glyphs[gid]); + } + return fn; + }, + + compileGlyph: function (code) { + if (!code || code.length === 0 || code[0] === 14) { + return noop; + } + + var cmds = []; + cmds.push({cmd: 'save'}); + cmds.push({cmd: 'transform', args: this.fontMatrix.slice()}); + cmds.push({cmd: 'scale', args: ['size', '-size']}); + + this.compileGlyphImpl(code, cmds); + + cmds.push({cmd: 'restore'}); + + return cmds; + }, + + compileGlyphImpl: function () { + error('Children classes should implement this.'); + }, + + hasBuiltPath: function (unicode) { + var gid = lookupCmap(this.cmap, unicode); + return gid in this.compiledGlyphs; + } + }; + + function TrueTypeCompiled(glyphs, cmap, fontMatrix) { + fontMatrix = fontMatrix || [0.000488, 0, 0, 0.000488, 0, 0]; + CompiledFont.call(this, fontMatrix); + + this.glyphs = glyphs; + this.cmap = cmap; + + this.compiledGlyphs = []; + } + + Util.inherit(TrueTypeCompiled, CompiledFont, { + compileGlyphImpl: function (code, cmds) { + compileGlyf(code, cmds, this); + } + }); + + function Type2Compiled(cffInfo, cmap, fontMatrix, glyphNameMap) { + fontMatrix = fontMatrix || [0.001, 0, 0, 0.001, 0, 0]; + CompiledFont.call(this, fontMatrix); + this.glyphs = cffInfo.glyphs; + this.gsubrs = cffInfo.gsubrs || []; + this.subrs = cffInfo.subrs || []; + this.cmap = cmap; + this.glyphNameMap = glyphNameMap || GlyphsUnicode; + + this.compiledGlyphs = []; + this.gsubrsBias = (this.gsubrs.length < 1240 ? + 107 : (this.gsubrs.length < 33900 ? 1131 : 32768)); + this.subrsBias = (this.subrs.length < 1240 ? + 107 : (this.subrs.length < 33900 ? 1131 : 32768)); + } + + Util.inherit(Type2Compiled, CompiledFont, { + compileGlyphImpl: function (code, cmds) { + compileCharString(code, cmds, this); + } + }); + + + return { + create: function FontRendererFactory_create(font) { + var data = new Uint8Array(font.data); + var cmap, glyf, loca, cff, indexToLocFormat, unitsPerEm; + var numTables = getUshort(data, 4); + for (var i = 0, p = 12; i < numTables; i++, p += 16) { + var tag = bytesToString(data.subarray(p, p + 4)); + var offset = getLong(data, p + 8); + var length = getLong(data, p + 12); + switch (tag) { + case 'cmap': + cmap = parseCmap(data, offset, offset + length); + break; + case 'glyf': + glyf = data.subarray(offset, offset + length); + break; + case 'loca': + loca = data.subarray(offset, offset + length); + break; + case 'head': + unitsPerEm = getUshort(data, offset + 18); + indexToLocFormat = getUshort(data, offset + 50); + break; + case 'CFF ': + cff = parseCff(data, offset, offset + length); + break; + } + } + + if (glyf) { + var fontMatrix = (!unitsPerEm ? font.fontMatrix : + [1 / unitsPerEm, 0, 0, 1 / unitsPerEm, 0, 0]); + return new TrueTypeCompiled( + parseGlyfTable(glyf, loca, indexToLocFormat), cmap, fontMatrix); + } else { + return new Type2Compiled(cff, cmap, font.fontMatrix, font.glyphNameMap); + } + } + }; +})(); + + +var GlyphsUnicode = { + A: 0x0041, + AE: 0x00C6, + AEacute: 0x01FC, + AEmacron: 0x01E2, + AEsmall: 0xF7E6, + Aacute: 0x00C1, + Aacutesmall: 0xF7E1, + Abreve: 0x0102, + Abreveacute: 0x1EAE, + Abrevecyrillic: 0x04D0, + Abrevedotbelow: 0x1EB6, + Abrevegrave: 0x1EB0, + Abrevehookabove: 0x1EB2, + Abrevetilde: 0x1EB4, + Acaron: 0x01CD, + Acircle: 0x24B6, + Acircumflex: 0x00C2, + Acircumflexacute: 0x1EA4, + Acircumflexdotbelow: 0x1EAC, + Acircumflexgrave: 0x1EA6, + Acircumflexhookabove: 0x1EA8, + Acircumflexsmall: 0xF7E2, + Acircumflextilde: 0x1EAA, + Acute: 0xF6C9, + Acutesmall: 0xF7B4, + Acyrillic: 0x0410, + Adblgrave: 0x0200, + Adieresis: 0x00C4, + Adieresiscyrillic: 0x04D2, + Adieresismacron: 0x01DE, + Adieresissmall: 0xF7E4, + Adotbelow: 0x1EA0, + Adotmacron: 0x01E0, + Agrave: 0x00C0, + Agravesmall: 0xF7E0, + Ahookabove: 0x1EA2, + Aiecyrillic: 0x04D4, + Ainvertedbreve: 0x0202, + Alpha: 0x0391, + Alphatonos: 0x0386, + Amacron: 0x0100, + Amonospace: 0xFF21, + Aogonek: 0x0104, + Aring: 0x00C5, + Aringacute: 0x01FA, + Aringbelow: 0x1E00, + Aringsmall: 0xF7E5, + Asmall: 0xF761, + Atilde: 0x00C3, + Atildesmall: 0xF7E3, + Aybarmenian: 0x0531, + B: 0x0042, + Bcircle: 0x24B7, + Bdotaccent: 0x1E02, + Bdotbelow: 0x1E04, + Becyrillic: 0x0411, + Benarmenian: 0x0532, + Beta: 0x0392, + Bhook: 0x0181, + Blinebelow: 0x1E06, + Bmonospace: 0xFF22, + Brevesmall: 0xF6F4, + Bsmall: 0xF762, + Btopbar: 0x0182, + C: 0x0043, + Caarmenian: 0x053E, + Cacute: 0x0106, + Caron: 0xF6CA, + Caronsmall: 0xF6F5, + Ccaron: 0x010C, + Ccedilla: 0x00C7, + Ccedillaacute: 0x1E08, + Ccedillasmall: 0xF7E7, + Ccircle: 0x24B8, + Ccircumflex: 0x0108, + Cdot: 0x010A, + Cdotaccent: 0x010A, + Cedillasmall: 0xF7B8, + Chaarmenian: 0x0549, + Cheabkhasiancyrillic: 0x04BC, + Checyrillic: 0x0427, + Chedescenderabkhasiancyrillic: 0x04BE, + Chedescendercyrillic: 0x04B6, + Chedieresiscyrillic: 0x04F4, + Cheharmenian: 0x0543, + Chekhakassiancyrillic: 0x04CB, + Cheverticalstrokecyrillic: 0x04B8, + Chi: 0x03A7, + Chook: 0x0187, + Circumflexsmall: 0xF6F6, + Cmonospace: 0xFF23, + Coarmenian: 0x0551, + Csmall: 0xF763, + D: 0x0044, + DZ: 0x01F1, + DZcaron: 0x01C4, + Daarmenian: 0x0534, + Dafrican: 0x0189, + Dcaron: 0x010E, + Dcedilla: 0x1E10, + Dcircle: 0x24B9, + Dcircumflexbelow: 0x1E12, + Dcroat: 0x0110, + Ddotaccent: 0x1E0A, + Ddotbelow: 0x1E0C, + Decyrillic: 0x0414, + Deicoptic: 0x03EE, + Delta: 0x2206, + Deltagreek: 0x0394, + Dhook: 0x018A, + Dieresis: 0xF6CB, + DieresisAcute: 0xF6CC, + DieresisGrave: 0xF6CD, + Dieresissmall: 0xF7A8, + Digammagreek: 0x03DC, + Djecyrillic: 0x0402, + Dlinebelow: 0x1E0E, + Dmonospace: 0xFF24, + Dotaccentsmall: 0xF6F7, + Dslash: 0x0110, + Dsmall: 0xF764, + Dtopbar: 0x018B, + Dz: 0x01F2, + Dzcaron: 0x01C5, + Dzeabkhasiancyrillic: 0x04E0, + Dzecyrillic: 0x0405, + Dzhecyrillic: 0x040F, + E: 0x0045, + Eacute: 0x00C9, + Eacutesmall: 0xF7E9, + Ebreve: 0x0114, + Ecaron: 0x011A, + Ecedillabreve: 0x1E1C, + Echarmenian: 0x0535, + Ecircle: 0x24BA, + Ecircumflex: 0x00CA, + Ecircumflexacute: 0x1EBE, + Ecircumflexbelow: 0x1E18, + Ecircumflexdotbelow: 0x1EC6, + Ecircumflexgrave: 0x1EC0, + Ecircumflexhookabove: 0x1EC2, + Ecircumflexsmall: 0xF7EA, + Ecircumflextilde: 0x1EC4, + Ecyrillic: 0x0404, + Edblgrave: 0x0204, + Edieresis: 0x00CB, + Edieresissmall: 0xF7EB, + Edot: 0x0116, + Edotaccent: 0x0116, + Edotbelow: 0x1EB8, + Efcyrillic: 0x0424, + Egrave: 0x00C8, + Egravesmall: 0xF7E8, + Eharmenian: 0x0537, + Ehookabove: 0x1EBA, + Eightroman: 0x2167, + Einvertedbreve: 0x0206, + Eiotifiedcyrillic: 0x0464, + Elcyrillic: 0x041B, + Elevenroman: 0x216A, + Emacron: 0x0112, + Emacronacute: 0x1E16, + Emacrongrave: 0x1E14, + Emcyrillic: 0x041C, + Emonospace: 0xFF25, + Encyrillic: 0x041D, + Endescendercyrillic: 0x04A2, + Eng: 0x014A, + Enghecyrillic: 0x04A4, + Enhookcyrillic: 0x04C7, + Eogonek: 0x0118, + Eopen: 0x0190, + Epsilon: 0x0395, + Epsilontonos: 0x0388, + Ercyrillic: 0x0420, + Ereversed: 0x018E, + Ereversedcyrillic: 0x042D, + Escyrillic: 0x0421, + Esdescendercyrillic: 0x04AA, + Esh: 0x01A9, + Esmall: 0xF765, + Eta: 0x0397, + Etarmenian: 0x0538, + Etatonos: 0x0389, + Eth: 0x00D0, + Ethsmall: 0xF7F0, + Etilde: 0x1EBC, + Etildebelow: 0x1E1A, + Euro: 0x20AC, + Ezh: 0x01B7, + Ezhcaron: 0x01EE, + Ezhreversed: 0x01B8, + F: 0x0046, + Fcircle: 0x24BB, + Fdotaccent: 0x1E1E, + Feharmenian: 0x0556, + Feicoptic: 0x03E4, + Fhook: 0x0191, + Fitacyrillic: 0x0472, + Fiveroman: 0x2164, + Fmonospace: 0xFF26, + Fourroman: 0x2163, + Fsmall: 0xF766, + G: 0x0047, + GBsquare: 0x3387, + Gacute: 0x01F4, + Gamma: 0x0393, + Gammaafrican: 0x0194, + Gangiacoptic: 0x03EA, + Gbreve: 0x011E, + Gcaron: 0x01E6, + Gcedilla: 0x0122, + Gcircle: 0x24BC, + Gcircumflex: 0x011C, + Gcommaaccent: 0x0122, + Gdot: 0x0120, + Gdotaccent: 0x0120, + Gecyrillic: 0x0413, + Ghadarmenian: 0x0542, + Ghemiddlehookcyrillic: 0x0494, + Ghestrokecyrillic: 0x0492, + Gheupturncyrillic: 0x0490, + Ghook: 0x0193, + Gimarmenian: 0x0533, + Gjecyrillic: 0x0403, + Gmacron: 0x1E20, + Gmonospace: 0xFF27, + Grave: 0xF6CE, + Gravesmall: 0xF760, + Gsmall: 0xF767, + Gsmallhook: 0x029B, + Gstroke: 0x01E4, + H: 0x0048, + H18533: 0x25CF, + H18543: 0x25AA, + H18551: 0x25AB, + H22073: 0x25A1, + HPsquare: 0x33CB, + Haabkhasiancyrillic: 0x04A8, + Hadescendercyrillic: 0x04B2, + Hardsigncyrillic: 0x042A, + Hbar: 0x0126, + Hbrevebelow: 0x1E2A, + Hcedilla: 0x1E28, + Hcircle: 0x24BD, + Hcircumflex: 0x0124, + Hdieresis: 0x1E26, + Hdotaccent: 0x1E22, + Hdotbelow: 0x1E24, + Hmonospace: 0xFF28, + Hoarmenian: 0x0540, + Horicoptic: 0x03E8, + Hsmall: 0xF768, + Hungarumlaut: 0xF6CF, + Hungarumlautsmall: 0xF6F8, + Hzsquare: 0x3390, + I: 0x0049, + IAcyrillic: 0x042F, + IJ: 0x0132, + IUcyrillic: 0x042E, + Iacute: 0x00CD, + Iacutesmall: 0xF7ED, + Ibreve: 0x012C, + Icaron: 0x01CF, + Icircle: 0x24BE, + Icircumflex: 0x00CE, + Icircumflexsmall: 0xF7EE, + Icyrillic: 0x0406, + Idblgrave: 0x0208, + Idieresis: 0x00CF, + Idieresisacute: 0x1E2E, + Idieresiscyrillic: 0x04E4, + Idieresissmall: 0xF7EF, + Idot: 0x0130, + Idotaccent: 0x0130, + Idotbelow: 0x1ECA, + Iebrevecyrillic: 0x04D6, + Iecyrillic: 0x0415, + Ifraktur: 0x2111, + Igrave: 0x00CC, + Igravesmall: 0xF7EC, + Ihookabove: 0x1EC8, + Iicyrillic: 0x0418, + Iinvertedbreve: 0x020A, + Iishortcyrillic: 0x0419, + Imacron: 0x012A, + Imacroncyrillic: 0x04E2, + Imonospace: 0xFF29, + Iniarmenian: 0x053B, + Iocyrillic: 0x0401, + Iogonek: 0x012E, + Iota: 0x0399, + Iotaafrican: 0x0196, + Iotadieresis: 0x03AA, + Iotatonos: 0x038A, + Ismall: 0xF769, + Istroke: 0x0197, + Itilde: 0x0128, + Itildebelow: 0x1E2C, + Izhitsacyrillic: 0x0474, + Izhitsadblgravecyrillic: 0x0476, + J: 0x004A, + Jaarmenian: 0x0541, + Jcircle: 0x24BF, + Jcircumflex: 0x0134, + Jecyrillic: 0x0408, + Jheharmenian: 0x054B, + Jmonospace: 0xFF2A, + Jsmall: 0xF76A, + K: 0x004B, + KBsquare: 0x3385, + KKsquare: 0x33CD, + Kabashkircyrillic: 0x04A0, + Kacute: 0x1E30, + Kacyrillic: 0x041A, + Kadescendercyrillic: 0x049A, + Kahookcyrillic: 0x04C3, + Kappa: 0x039A, + Kastrokecyrillic: 0x049E, + Kaverticalstrokecyrillic: 0x049C, + Kcaron: 0x01E8, + Kcedilla: 0x0136, + Kcircle: 0x24C0, + Kcommaaccent: 0x0136, + Kdotbelow: 0x1E32, + Keharmenian: 0x0554, + Kenarmenian: 0x053F, + Khacyrillic: 0x0425, + Kheicoptic: 0x03E6, + Khook: 0x0198, + Kjecyrillic: 0x040C, + Klinebelow: 0x1E34, + Kmonospace: 0xFF2B, + Koppacyrillic: 0x0480, + Koppagreek: 0x03DE, + Ksicyrillic: 0x046E, + Ksmall: 0xF76B, + L: 0x004C, + LJ: 0x01C7, + LL: 0xF6BF, + Lacute: 0x0139, + Lambda: 0x039B, + Lcaron: 0x013D, + Lcedilla: 0x013B, + Lcircle: 0x24C1, + Lcircumflexbelow: 0x1E3C, + Lcommaaccent: 0x013B, + Ldot: 0x013F, + Ldotaccent: 0x013F, + Ldotbelow: 0x1E36, + Ldotbelowmacron: 0x1E38, + Liwnarmenian: 0x053C, + Lj: 0x01C8, + Ljecyrillic: 0x0409, + Llinebelow: 0x1E3A, + Lmonospace: 0xFF2C, + Lslash: 0x0141, + Lslashsmall: 0xF6F9, + Lsmall: 0xF76C, + M: 0x004D, + MBsquare: 0x3386, + Macron: 0xF6D0, + Macronsmall: 0xF7AF, + Macute: 0x1E3E, + Mcircle: 0x24C2, + Mdotaccent: 0x1E40, + Mdotbelow: 0x1E42, + Menarmenian: 0x0544, + Mmonospace: 0xFF2D, + Msmall: 0xF76D, + Mturned: 0x019C, + Mu: 0x039C, + N: 0x004E, + NJ: 0x01CA, + Nacute: 0x0143, + Ncaron: 0x0147, + Ncedilla: 0x0145, + Ncircle: 0x24C3, + Ncircumflexbelow: 0x1E4A, + Ncommaaccent: 0x0145, + Ndotaccent: 0x1E44, + Ndotbelow: 0x1E46, + Nhookleft: 0x019D, + Nineroman: 0x2168, + Nj: 0x01CB, + Njecyrillic: 0x040A, + Nlinebelow: 0x1E48, + Nmonospace: 0xFF2E, + Nowarmenian: 0x0546, + Nsmall: 0xF76E, + Ntilde: 0x00D1, + Ntildesmall: 0xF7F1, + Nu: 0x039D, + O: 0x004F, + OE: 0x0152, + OEsmall: 0xF6FA, + Oacute: 0x00D3, + Oacutesmall: 0xF7F3, + Obarredcyrillic: 0x04E8, + Obarreddieresiscyrillic: 0x04EA, + Obreve: 0x014E, + Ocaron: 0x01D1, + Ocenteredtilde: 0x019F, + Ocircle: 0x24C4, + Ocircumflex: 0x00D4, + Ocircumflexacute: 0x1ED0, + Ocircumflexdotbelow: 0x1ED8, + Ocircumflexgrave: 0x1ED2, + Ocircumflexhookabove: 0x1ED4, + Ocircumflexsmall: 0xF7F4, + Ocircumflextilde: 0x1ED6, + Ocyrillic: 0x041E, + Odblacute: 0x0150, + Odblgrave: 0x020C, + Odieresis: 0x00D6, + Odieresiscyrillic: 0x04E6, + Odieresissmall: 0xF7F6, + Odotbelow: 0x1ECC, + Ogoneksmall: 0xF6FB, + Ograve: 0x00D2, + Ogravesmall: 0xF7F2, + Oharmenian: 0x0555, + Ohm: 0x2126, + Ohookabove: 0x1ECE, + Ohorn: 0x01A0, + Ohornacute: 0x1EDA, + Ohorndotbelow: 0x1EE2, + Ohorngrave: 0x1EDC, + Ohornhookabove: 0x1EDE, + Ohorntilde: 0x1EE0, + Ohungarumlaut: 0x0150, + Oi: 0x01A2, + Oinvertedbreve: 0x020E, + Omacron: 0x014C, + Omacronacute: 0x1E52, + Omacrongrave: 0x1E50, + Omega: 0x2126, + Omegacyrillic: 0x0460, + Omegagreek: 0x03A9, + Omegaroundcyrillic: 0x047A, + Omegatitlocyrillic: 0x047C, + Omegatonos: 0x038F, + Omicron: 0x039F, + Omicrontonos: 0x038C, + Omonospace: 0xFF2F, + Oneroman: 0x2160, + Oogonek: 0x01EA, + Oogonekmacron: 0x01EC, + Oopen: 0x0186, + Oslash: 0x00D8, + Oslashacute: 0x01FE, + Oslashsmall: 0xF7F8, + Osmall: 0xF76F, + Ostrokeacute: 0x01FE, + Otcyrillic: 0x047E, + Otilde: 0x00D5, + Otildeacute: 0x1E4C, + Otildedieresis: 0x1E4E, + Otildesmall: 0xF7F5, + P: 0x0050, + Pacute: 0x1E54, + Pcircle: 0x24C5, + Pdotaccent: 0x1E56, + Pecyrillic: 0x041F, + Peharmenian: 0x054A, + Pemiddlehookcyrillic: 0x04A6, + Phi: 0x03A6, + Phook: 0x01A4, + Pi: 0x03A0, + Piwrarmenian: 0x0553, + Pmonospace: 0xFF30, + Psi: 0x03A8, + Psicyrillic: 0x0470, + Psmall: 0xF770, + Q: 0x0051, + Qcircle: 0x24C6, + Qmonospace: 0xFF31, + Qsmall: 0xF771, + R: 0x0052, + Raarmenian: 0x054C, + Racute: 0x0154, + Rcaron: 0x0158, + Rcedilla: 0x0156, + Rcircle: 0x24C7, + Rcommaaccent: 0x0156, + Rdblgrave: 0x0210, + Rdotaccent: 0x1E58, + Rdotbelow: 0x1E5A, + Rdotbelowmacron: 0x1E5C, + Reharmenian: 0x0550, + Rfraktur: 0x211C, + Rho: 0x03A1, + Ringsmall: 0xF6FC, + Rinvertedbreve: 0x0212, + Rlinebelow: 0x1E5E, + Rmonospace: 0xFF32, + Rsmall: 0xF772, + Rsmallinverted: 0x0281, + Rsmallinvertedsuperior: 0x02B6, + S: 0x0053, + SF010000: 0x250C, + SF020000: 0x2514, + SF030000: 0x2510, + SF040000: 0x2518, + SF050000: 0x253C, + SF060000: 0x252C, + SF070000: 0x2534, + SF080000: 0x251C, + SF090000: 0x2524, + SF100000: 0x2500, + SF110000: 0x2502, + SF190000: 0x2561, + SF200000: 0x2562, + SF210000: 0x2556, + SF220000: 0x2555, + SF230000: 0x2563, + SF240000: 0x2551, + SF250000: 0x2557, + SF260000: 0x255D, + SF270000: 0x255C, + SF280000: 0x255B, + SF360000: 0x255E, + SF370000: 0x255F, + SF380000: 0x255A, + SF390000: 0x2554, + SF400000: 0x2569, + SF410000: 0x2566, + SF420000: 0x2560, + SF430000: 0x2550, + SF440000: 0x256C, + SF450000: 0x2567, + SF460000: 0x2568, + SF470000: 0x2564, + SF480000: 0x2565, + SF490000: 0x2559, + SF500000: 0x2558, + SF510000: 0x2552, + SF520000: 0x2553, + SF530000: 0x256B, + SF540000: 0x256A, + Sacute: 0x015A, + Sacutedotaccent: 0x1E64, + Sampigreek: 0x03E0, + Scaron: 0x0160, + Scarondotaccent: 0x1E66, + Scaronsmall: 0xF6FD, + Scedilla: 0x015E, + Schwa: 0x018F, + Schwacyrillic: 0x04D8, + Schwadieresiscyrillic: 0x04DA, + Scircle: 0x24C8, + Scircumflex: 0x015C, + Scommaaccent: 0x0218, + Sdotaccent: 0x1E60, + Sdotbelow: 0x1E62, + Sdotbelowdotaccent: 0x1E68, + Seharmenian: 0x054D, + Sevenroman: 0x2166, + Shaarmenian: 0x0547, + Shacyrillic: 0x0428, + Shchacyrillic: 0x0429, + Sheicoptic: 0x03E2, + Shhacyrillic: 0x04BA, + Shimacoptic: 0x03EC, + Sigma: 0x03A3, + Sixroman: 0x2165, + Smonospace: 0xFF33, + Softsigncyrillic: 0x042C, + Ssmall: 0xF773, + Stigmagreek: 0x03DA, + T: 0x0054, + Tau: 0x03A4, + Tbar: 0x0166, + Tcaron: 0x0164, + Tcedilla: 0x0162, + Tcircle: 0x24C9, + Tcircumflexbelow: 0x1E70, + Tcommaaccent: 0x0162, + Tdotaccent: 0x1E6A, + Tdotbelow: 0x1E6C, + Tecyrillic: 0x0422, + Tedescendercyrillic: 0x04AC, + Tenroman: 0x2169, + Tetsecyrillic: 0x04B4, + Theta: 0x0398, + Thook: 0x01AC, + Thorn: 0x00DE, + Thornsmall: 0xF7FE, + Threeroman: 0x2162, + Tildesmall: 0xF6FE, + Tiwnarmenian: 0x054F, + Tlinebelow: 0x1E6E, + Tmonospace: 0xFF34, + Toarmenian: 0x0539, + Tonefive: 0x01BC, + Tonesix: 0x0184, + Tonetwo: 0x01A7, + Tretroflexhook: 0x01AE, + Tsecyrillic: 0x0426, + Tshecyrillic: 0x040B, + Tsmall: 0xF774, + Twelveroman: 0x216B, + Tworoman: 0x2161, + U: 0x0055, + Uacute: 0x00DA, + Uacutesmall: 0xF7FA, + Ubreve: 0x016C, + Ucaron: 0x01D3, + Ucircle: 0x24CA, + Ucircumflex: 0x00DB, + Ucircumflexbelow: 0x1E76, + Ucircumflexsmall: 0xF7FB, + Ucyrillic: 0x0423, + Udblacute: 0x0170, + Udblgrave: 0x0214, + Udieresis: 0x00DC, + Udieresisacute: 0x01D7, + Udieresisbelow: 0x1E72, + Udieresiscaron: 0x01D9, + Udieresiscyrillic: 0x04F0, + Udieresisgrave: 0x01DB, + Udieresismacron: 0x01D5, + Udieresissmall: 0xF7FC, + Udotbelow: 0x1EE4, + Ugrave: 0x00D9, + Ugravesmall: 0xF7F9, + Uhookabove: 0x1EE6, + Uhorn: 0x01AF, + Uhornacute: 0x1EE8, + Uhorndotbelow: 0x1EF0, + Uhorngrave: 0x1EEA, + Uhornhookabove: 0x1EEC, + Uhorntilde: 0x1EEE, + Uhungarumlaut: 0x0170, + Uhungarumlautcyrillic: 0x04F2, + Uinvertedbreve: 0x0216, + Ukcyrillic: 0x0478, + Umacron: 0x016A, + Umacroncyrillic: 0x04EE, + Umacrondieresis: 0x1E7A, + Umonospace: 0xFF35, + Uogonek: 0x0172, + Upsilon: 0x03A5, + Upsilon1: 0x03D2, + Upsilonacutehooksymbolgreek: 0x03D3, + Upsilonafrican: 0x01B1, + Upsilondieresis: 0x03AB, + Upsilondieresishooksymbolgreek: 0x03D4, + Upsilonhooksymbol: 0x03D2, + Upsilontonos: 0x038E, + Uring: 0x016E, + Ushortcyrillic: 0x040E, + Usmall: 0xF775, + Ustraightcyrillic: 0x04AE, + Ustraightstrokecyrillic: 0x04B0, + Utilde: 0x0168, + Utildeacute: 0x1E78, + Utildebelow: 0x1E74, + V: 0x0056, + Vcircle: 0x24CB, + Vdotbelow: 0x1E7E, + Vecyrillic: 0x0412, + Vewarmenian: 0x054E, + Vhook: 0x01B2, + Vmonospace: 0xFF36, + Voarmenian: 0x0548, + Vsmall: 0xF776, + Vtilde: 0x1E7C, + W: 0x0057, + Wacute: 0x1E82, + Wcircle: 0x24CC, + Wcircumflex: 0x0174, + Wdieresis: 0x1E84, + Wdotaccent: 0x1E86, + Wdotbelow: 0x1E88, + Wgrave: 0x1E80, + Wmonospace: 0xFF37, + Wsmall: 0xF777, + X: 0x0058, + Xcircle: 0x24CD, + Xdieresis: 0x1E8C, + Xdotaccent: 0x1E8A, + Xeharmenian: 0x053D, + Xi: 0x039E, + Xmonospace: 0xFF38, + Xsmall: 0xF778, + Y: 0x0059, + Yacute: 0x00DD, + Yacutesmall: 0xF7FD, + Yatcyrillic: 0x0462, + Ycircle: 0x24CE, + Ycircumflex: 0x0176, + Ydieresis: 0x0178, + Ydieresissmall: 0xF7FF, + Ydotaccent: 0x1E8E, + Ydotbelow: 0x1EF4, + Yericyrillic: 0x042B, + Yerudieresiscyrillic: 0x04F8, + Ygrave: 0x1EF2, + Yhook: 0x01B3, + Yhookabove: 0x1EF6, + Yiarmenian: 0x0545, + Yicyrillic: 0x0407, + Yiwnarmenian: 0x0552, + Ymonospace: 0xFF39, + Ysmall: 0xF779, + Ytilde: 0x1EF8, + Yusbigcyrillic: 0x046A, + Yusbigiotifiedcyrillic: 0x046C, + Yuslittlecyrillic: 0x0466, + Yuslittleiotifiedcyrillic: 0x0468, + Z: 0x005A, + Zaarmenian: 0x0536, + Zacute: 0x0179, + Zcaron: 0x017D, + Zcaronsmall: 0xF6FF, + Zcircle: 0x24CF, + Zcircumflex: 0x1E90, + Zdot: 0x017B, + Zdotaccent: 0x017B, + Zdotbelow: 0x1E92, + Zecyrillic: 0x0417, + Zedescendercyrillic: 0x0498, + Zedieresiscyrillic: 0x04DE, + Zeta: 0x0396, + Zhearmenian: 0x053A, + Zhebrevecyrillic: 0x04C1, + Zhecyrillic: 0x0416, + Zhedescendercyrillic: 0x0496, + Zhedieresiscyrillic: 0x04DC, + Zlinebelow: 0x1E94, + Zmonospace: 0xFF3A, + Zsmall: 0xF77A, + Zstroke: 0x01B5, + a: 0x0061, + aabengali: 0x0986, + aacute: 0x00E1, + aadeva: 0x0906, + aagujarati: 0x0A86, + aagurmukhi: 0x0A06, + aamatragurmukhi: 0x0A3E, + aarusquare: 0x3303, + aavowelsignbengali: 0x09BE, + aavowelsigndeva: 0x093E, + aavowelsigngujarati: 0x0ABE, + abbreviationmarkarmenian: 0x055F, + abbreviationsigndeva: 0x0970, + abengali: 0x0985, + abopomofo: 0x311A, + abreve: 0x0103, + abreveacute: 0x1EAF, + abrevecyrillic: 0x04D1, + abrevedotbelow: 0x1EB7, + abrevegrave: 0x1EB1, + abrevehookabove: 0x1EB3, + abrevetilde: 0x1EB5, + acaron: 0x01CE, + acircle: 0x24D0, + acircumflex: 0x00E2, + acircumflexacute: 0x1EA5, + acircumflexdotbelow: 0x1EAD, + acircumflexgrave: 0x1EA7, + acircumflexhookabove: 0x1EA9, + acircumflextilde: 0x1EAB, + acute: 0x00B4, + acutebelowcmb: 0x0317, + acutecmb: 0x0301, + acutecomb: 0x0301, + acutedeva: 0x0954, + acutelowmod: 0x02CF, + acutetonecmb: 0x0341, + acyrillic: 0x0430, + adblgrave: 0x0201, + addakgurmukhi: 0x0A71, + adeva: 0x0905, + adieresis: 0x00E4, + adieresiscyrillic: 0x04D3, + adieresismacron: 0x01DF, + adotbelow: 0x1EA1, + adotmacron: 0x01E1, + ae: 0x00E6, + aeacute: 0x01FD, + aekorean: 0x3150, + aemacron: 0x01E3, + afii00208: 0x2015, + afii08941: 0x20A4, + afii10017: 0x0410, + afii10018: 0x0411, + afii10019: 0x0412, + afii10020: 0x0413, + afii10021: 0x0414, + afii10022: 0x0415, + afii10023: 0x0401, + afii10024: 0x0416, + afii10025: 0x0417, + afii10026: 0x0418, + afii10027: 0x0419, + afii10028: 0x041A, + afii10029: 0x041B, + afii10030: 0x041C, + afii10031: 0x041D, + afii10032: 0x041E, + afii10033: 0x041F, + afii10034: 0x0420, + afii10035: 0x0421, + afii10036: 0x0422, + afii10037: 0x0423, + afii10038: 0x0424, + afii10039: 0x0425, + afii10040: 0x0426, + afii10041: 0x0427, + afii10042: 0x0428, + afii10043: 0x0429, + afii10044: 0x042A, + afii10045: 0x042B, + afii10046: 0x042C, + afii10047: 0x042D, + afii10048: 0x042E, + afii10049: 0x042F, + afii10050: 0x0490, + afii10051: 0x0402, + afii10052: 0x0403, + afii10053: 0x0404, + afii10054: 0x0405, + afii10055: 0x0406, + afii10056: 0x0407, + afii10057: 0x0408, + afii10058: 0x0409, + afii10059: 0x040A, + afii10060: 0x040B, + afii10061: 0x040C, + afii10062: 0x040E, + afii10063: 0xF6C4, + afii10064: 0xF6C5, + afii10065: 0x0430, + afii10066: 0x0431, + afii10067: 0x0432, + afii10068: 0x0433, + afii10069: 0x0434, + afii10070: 0x0435, + afii10071: 0x0451, + afii10072: 0x0436, + afii10073: 0x0437, + afii10074: 0x0438, + afii10075: 0x0439, + afii10076: 0x043A, + afii10077: 0x043B, + afii10078: 0x043C, + afii10079: 0x043D, + afii10080: 0x043E, + afii10081: 0x043F, + afii10082: 0x0440, + afii10083: 0x0441, + afii10084: 0x0442, + afii10085: 0x0443, + afii10086: 0x0444, + afii10087: 0x0445, + afii10088: 0x0446, + afii10089: 0x0447, + afii10090: 0x0448, + afii10091: 0x0449, + afii10092: 0x044A, + afii10093: 0x044B, + afii10094: 0x044C, + afii10095: 0x044D, + afii10096: 0x044E, + afii10097: 0x044F, + afii10098: 0x0491, + afii10099: 0x0452, + afii10100: 0x0453, + afii10101: 0x0454, + afii10102: 0x0455, + afii10103: 0x0456, + afii10104: 0x0457, + afii10105: 0x0458, + afii10106: 0x0459, + afii10107: 0x045A, + afii10108: 0x045B, + afii10109: 0x045C, + afii10110: 0x045E, + afii10145: 0x040F, + afii10146: 0x0462, + afii10147: 0x0472, + afii10148: 0x0474, + afii10192: 0xF6C6, + afii10193: 0x045F, + afii10194: 0x0463, + afii10195: 0x0473, + afii10196: 0x0475, + afii10831: 0xF6C7, + afii10832: 0xF6C8, + afii10846: 0x04D9, + afii299: 0x200E, + afii300: 0x200F, + afii301: 0x200D, + afii57381: 0x066A, + afii57388: 0x060C, + afii57392: 0x0660, + afii57393: 0x0661, + afii57394: 0x0662, + afii57395: 0x0663, + afii57396: 0x0664, + afii57397: 0x0665, + afii57398: 0x0666, + afii57399: 0x0667, + afii57400: 0x0668, + afii57401: 0x0669, + afii57403: 0x061B, + afii57407: 0x061F, + afii57409: 0x0621, + afii57410: 0x0622, + afii57411: 0x0623, + afii57412: 0x0624, + afii57413: 0x0625, + afii57414: 0x0626, + afii57415: 0x0627, + afii57416: 0x0628, + afii57417: 0x0629, + afii57418: 0x062A, + afii57419: 0x062B, + afii57420: 0x062C, + afii57421: 0x062D, + afii57422: 0x062E, + afii57423: 0x062F, + afii57424: 0x0630, + afii57425: 0x0631, + afii57426: 0x0632, + afii57427: 0x0633, + afii57428: 0x0634, + afii57429: 0x0635, + afii57430: 0x0636, + afii57431: 0x0637, + afii57432: 0x0638, + afii57433: 0x0639, + afii57434: 0x063A, + afii57440: 0x0640, + afii57441: 0x0641, + afii57442: 0x0642, + afii57443: 0x0643, + afii57444: 0x0644, + afii57445: 0x0645, + afii57446: 0x0646, + afii57448: 0x0648, + afii57449: 0x0649, + afii57450: 0x064A, + afii57451: 0x064B, + afii57452: 0x064C, + afii57453: 0x064D, + afii57454: 0x064E, + afii57455: 0x064F, + afii57456: 0x0650, + afii57457: 0x0651, + afii57458: 0x0652, + afii57470: 0x0647, + afii57505: 0x06A4, + afii57506: 0x067E, + afii57507: 0x0686, + afii57508: 0x0698, + afii57509: 0x06AF, + afii57511: 0x0679, + afii57512: 0x0688, + afii57513: 0x0691, + afii57514: 0x06BA, + afii57519: 0x06D2, + afii57534: 0x06D5, + afii57636: 0x20AA, + afii57645: 0x05BE, + afii57658: 0x05C3, + afii57664: 0x05D0, + afii57665: 0x05D1, + afii57666: 0x05D2, + afii57667: 0x05D3, + afii57668: 0x05D4, + afii57669: 0x05D5, + afii57670: 0x05D6, + afii57671: 0x05D7, + afii57672: 0x05D8, + afii57673: 0x05D9, + afii57674: 0x05DA, + afii57675: 0x05DB, + afii57676: 0x05DC, + afii57677: 0x05DD, + afii57678: 0x05DE, + afii57679: 0x05DF, + afii57680: 0x05E0, + afii57681: 0x05E1, + afii57682: 0x05E2, + afii57683: 0x05E3, + afii57684: 0x05E4, + afii57685: 0x05E5, + afii57686: 0x05E6, + afii57687: 0x05E7, + afii57688: 0x05E8, + afii57689: 0x05E9, + afii57690: 0x05EA, + afii57694: 0xFB2A, + afii57695: 0xFB2B, + afii57700: 0xFB4B, + afii57705: 0xFB1F, + afii57716: 0x05F0, + afii57717: 0x05F1, + afii57718: 0x05F2, + afii57723: 0xFB35, + afii57793: 0x05B4, + afii57794: 0x05B5, + afii57795: 0x05B6, + afii57796: 0x05BB, + afii57797: 0x05B8, + afii57798: 0x05B7, + afii57799: 0x05B0, + afii57800: 0x05B2, + afii57801: 0x05B1, + afii57802: 0x05B3, + afii57803: 0x05C2, + afii57804: 0x05C1, + afii57806: 0x05B9, + afii57807: 0x05BC, + afii57839: 0x05BD, + afii57841: 0x05BF, + afii57842: 0x05C0, + afii57929: 0x02BC, + afii61248: 0x2105, + afii61289: 0x2113, + afii61352: 0x2116, + afii61573: 0x202C, + afii61574: 0x202D, + afii61575: 0x202E, + afii61664: 0x200C, + afii63167: 0x066D, + afii64937: 0x02BD, + agrave: 0x00E0, + agujarati: 0x0A85, + agurmukhi: 0x0A05, + ahiragana: 0x3042, + ahookabove: 0x1EA3, + aibengali: 0x0990, + aibopomofo: 0x311E, + aideva: 0x0910, + aiecyrillic: 0x04D5, + aigujarati: 0x0A90, + aigurmukhi: 0x0A10, + aimatragurmukhi: 0x0A48, + ainarabic: 0x0639, + ainfinalarabic: 0xFECA, + aininitialarabic: 0xFECB, + ainmedialarabic: 0xFECC, + ainvertedbreve: 0x0203, + aivowelsignbengali: 0x09C8, + aivowelsigndeva: 0x0948, + aivowelsigngujarati: 0x0AC8, + akatakana: 0x30A2, + akatakanahalfwidth: 0xFF71, + akorean: 0x314F, + alef: 0x05D0, + alefarabic: 0x0627, + alefdageshhebrew: 0xFB30, + aleffinalarabic: 0xFE8E, + alefhamzaabovearabic: 0x0623, + alefhamzaabovefinalarabic: 0xFE84, + alefhamzabelowarabic: 0x0625, + alefhamzabelowfinalarabic: 0xFE88, + alefhebrew: 0x05D0, + aleflamedhebrew: 0xFB4F, + alefmaddaabovearabic: 0x0622, + alefmaddaabovefinalarabic: 0xFE82, + alefmaksuraarabic: 0x0649, + alefmaksurafinalarabic: 0xFEF0, + alefmaksurainitialarabic: 0xFEF3, + alefmaksuramedialarabic: 0xFEF4, + alefpatahhebrew: 0xFB2E, + alefqamatshebrew: 0xFB2F, + aleph: 0x2135, + allequal: 0x224C, + alpha: 0x03B1, + alphatonos: 0x03AC, + amacron: 0x0101, + amonospace: 0xFF41, + ampersand: 0x0026, + ampersandmonospace: 0xFF06, + ampersandsmall: 0xF726, + amsquare: 0x33C2, + anbopomofo: 0x3122, + angbopomofo: 0x3124, + angbracketleft: 0x3008, // This glyph is missing from Adobe's original list. + angbracketright: 0x3009, // This glyph is missing from Adobe's original list. + angkhankhuthai: 0x0E5A, + angle: 0x2220, + anglebracketleft: 0x3008, + anglebracketleftvertical: 0xFE3F, + anglebracketright: 0x3009, + anglebracketrightvertical: 0xFE40, + angleleft: 0x2329, + angleright: 0x232A, + angstrom: 0x212B, + anoteleia: 0x0387, + anudattadeva: 0x0952, + anusvarabengali: 0x0982, + anusvaradeva: 0x0902, + anusvaragujarati: 0x0A82, + aogonek: 0x0105, + apaatosquare: 0x3300, + aparen: 0x249C, + apostrophearmenian: 0x055A, + apostrophemod: 0x02BC, + apple: 0xF8FF, + approaches: 0x2250, + approxequal: 0x2248, + approxequalorimage: 0x2252, + approximatelyequal: 0x2245, + araeaekorean: 0x318E, + araeakorean: 0x318D, + arc: 0x2312, + arighthalfring: 0x1E9A, + aring: 0x00E5, + aringacute: 0x01FB, + aringbelow: 0x1E01, + arrowboth: 0x2194, + arrowdashdown: 0x21E3, + arrowdashleft: 0x21E0, + arrowdashright: 0x21E2, + arrowdashup: 0x21E1, + arrowdblboth: 0x21D4, + arrowdbldown: 0x21D3, + arrowdblleft: 0x21D0, + arrowdblright: 0x21D2, + arrowdblup: 0x21D1, + arrowdown: 0x2193, + arrowdownleft: 0x2199, + arrowdownright: 0x2198, + arrowdownwhite: 0x21E9, + arrowheaddownmod: 0x02C5, + arrowheadleftmod: 0x02C2, + arrowheadrightmod: 0x02C3, + arrowheadupmod: 0x02C4, + arrowhorizex: 0xF8E7, + arrowleft: 0x2190, + arrowleftdbl: 0x21D0, + arrowleftdblstroke: 0x21CD, + arrowleftoverright: 0x21C6, + arrowleftwhite: 0x21E6, + arrowright: 0x2192, + arrowrightdblstroke: 0x21CF, + arrowrightheavy: 0x279E, + arrowrightoverleft: 0x21C4, + arrowrightwhite: 0x21E8, + arrowtableft: 0x21E4, + arrowtabright: 0x21E5, + arrowup: 0x2191, + arrowupdn: 0x2195, + arrowupdnbse: 0x21A8, + arrowupdownbase: 0x21A8, + arrowupleft: 0x2196, + arrowupleftofdown: 0x21C5, + arrowupright: 0x2197, + arrowupwhite: 0x21E7, + arrowvertex: 0xF8E6, + asciicircum: 0x005E, + asciicircummonospace: 0xFF3E, + asciitilde: 0x007E, + asciitildemonospace: 0xFF5E, + ascript: 0x0251, + ascriptturned: 0x0252, + asmallhiragana: 0x3041, + asmallkatakana: 0x30A1, + asmallkatakanahalfwidth: 0xFF67, + asterisk: 0x002A, + asteriskaltonearabic: 0x066D, + asteriskarabic: 0x066D, + asteriskmath: 0x2217, + asteriskmonospace: 0xFF0A, + asterisksmall: 0xFE61, + asterism: 0x2042, + asuperior: 0xF6E9, + asymptoticallyequal: 0x2243, + at: 0x0040, + atilde: 0x00E3, + atmonospace: 0xFF20, + atsmall: 0xFE6B, + aturned: 0x0250, + aubengali: 0x0994, + aubopomofo: 0x3120, + audeva: 0x0914, + augujarati: 0x0A94, + augurmukhi: 0x0A14, + aulengthmarkbengali: 0x09D7, + aumatragurmukhi: 0x0A4C, + auvowelsignbengali: 0x09CC, + auvowelsigndeva: 0x094C, + auvowelsigngujarati: 0x0ACC, + avagrahadeva: 0x093D, + aybarmenian: 0x0561, + ayin: 0x05E2, + ayinaltonehebrew: 0xFB20, + ayinhebrew: 0x05E2, + b: 0x0062, + babengali: 0x09AC, + backslash: 0x005C, + backslashmonospace: 0xFF3C, + badeva: 0x092C, + bagujarati: 0x0AAC, + bagurmukhi: 0x0A2C, + bahiragana: 0x3070, + bahtthai: 0x0E3F, + bakatakana: 0x30D0, + bar: 0x007C, + barmonospace: 0xFF5C, + bbopomofo: 0x3105, + bcircle: 0x24D1, + bdotaccent: 0x1E03, + bdotbelow: 0x1E05, + beamedsixteenthnotes: 0x266C, + because: 0x2235, + becyrillic: 0x0431, + beharabic: 0x0628, + behfinalarabic: 0xFE90, + behinitialarabic: 0xFE91, + behiragana: 0x3079, + behmedialarabic: 0xFE92, + behmeeminitialarabic: 0xFC9F, + behmeemisolatedarabic: 0xFC08, + behnoonfinalarabic: 0xFC6D, + bekatakana: 0x30D9, + benarmenian: 0x0562, + bet: 0x05D1, + beta: 0x03B2, + betasymbolgreek: 0x03D0, + betdagesh: 0xFB31, + betdageshhebrew: 0xFB31, + bethebrew: 0x05D1, + betrafehebrew: 0xFB4C, + bhabengali: 0x09AD, + bhadeva: 0x092D, + bhagujarati: 0x0AAD, + bhagurmukhi: 0x0A2D, + bhook: 0x0253, + bihiragana: 0x3073, + bikatakana: 0x30D3, + bilabialclick: 0x0298, + bindigurmukhi: 0x0A02, + birusquare: 0x3331, + blackcircle: 0x25CF, + blackdiamond: 0x25C6, + blackdownpointingtriangle: 0x25BC, + blackleftpointingpointer: 0x25C4, + blackleftpointingtriangle: 0x25C0, + blacklenticularbracketleft: 0x3010, + blacklenticularbracketleftvertical: 0xFE3B, + blacklenticularbracketright: 0x3011, + blacklenticularbracketrightvertical: 0xFE3C, + blacklowerlefttriangle: 0x25E3, + blacklowerrighttriangle: 0x25E2, + blackrectangle: 0x25AC, + blackrightpointingpointer: 0x25BA, + blackrightpointingtriangle: 0x25B6, + blacksmallsquare: 0x25AA, + blacksmilingface: 0x263B, + blacksquare: 0x25A0, + blackstar: 0x2605, + blackupperlefttriangle: 0x25E4, + blackupperrighttriangle: 0x25E5, + blackuppointingsmalltriangle: 0x25B4, + blackuppointingtriangle: 0x25B2, + blank: 0x2423, + blinebelow: 0x1E07, + block: 0x2588, + bmonospace: 0xFF42, + bobaimaithai: 0x0E1A, + bohiragana: 0x307C, + bokatakana: 0x30DC, + bparen: 0x249D, + bqsquare: 0x33C3, + braceex: 0xF8F4, + braceleft: 0x007B, + braceleftbt: 0xF8F3, + braceleftmid: 0xF8F2, + braceleftmonospace: 0xFF5B, + braceleftsmall: 0xFE5B, + bracelefttp: 0xF8F1, + braceleftvertical: 0xFE37, + braceright: 0x007D, + bracerightbt: 0xF8FE, + bracerightmid: 0xF8FD, + bracerightmonospace: 0xFF5D, + bracerightsmall: 0xFE5C, + bracerighttp: 0xF8FC, + bracerightvertical: 0xFE38, + bracketleft: 0x005B, + bracketleftbt: 0xF8F0, + bracketleftex: 0xF8EF, + bracketleftmonospace: 0xFF3B, + bracketlefttp: 0xF8EE, + bracketright: 0x005D, + bracketrightbt: 0xF8FB, + bracketrightex: 0xF8FA, + bracketrightmonospace: 0xFF3D, + bracketrighttp: 0xF8F9, + breve: 0x02D8, + brevebelowcmb: 0x032E, + brevecmb: 0x0306, + breveinvertedbelowcmb: 0x032F, + breveinvertedcmb: 0x0311, + breveinverteddoublecmb: 0x0361, + bridgebelowcmb: 0x032A, + bridgeinvertedbelowcmb: 0x033A, + brokenbar: 0x00A6, + bstroke: 0x0180, + bsuperior: 0xF6EA, + btopbar: 0x0183, + buhiragana: 0x3076, + bukatakana: 0x30D6, + bullet: 0x2022, + bulletinverse: 0x25D8, + bulletoperator: 0x2219, + bullseye: 0x25CE, + c: 0x0063, + caarmenian: 0x056E, + cabengali: 0x099A, + cacute: 0x0107, + cadeva: 0x091A, + cagujarati: 0x0A9A, + cagurmukhi: 0x0A1A, + calsquare: 0x3388, + candrabindubengali: 0x0981, + candrabinducmb: 0x0310, + candrabindudeva: 0x0901, + candrabindugujarati: 0x0A81, + capslock: 0x21EA, + careof: 0x2105, + caron: 0x02C7, + caronbelowcmb: 0x032C, + caroncmb: 0x030C, + carriagereturn: 0x21B5, + cbopomofo: 0x3118, + ccaron: 0x010D, + ccedilla: 0x00E7, + ccedillaacute: 0x1E09, + ccircle: 0x24D2, + ccircumflex: 0x0109, + ccurl: 0x0255, + cdot: 0x010B, + cdotaccent: 0x010B, + cdsquare: 0x33C5, + cedilla: 0x00B8, + cedillacmb: 0x0327, + cent: 0x00A2, + centigrade: 0x2103, + centinferior: 0xF6DF, + centmonospace: 0xFFE0, + centoldstyle: 0xF7A2, + centsuperior: 0xF6E0, + chaarmenian: 0x0579, + chabengali: 0x099B, + chadeva: 0x091B, + chagujarati: 0x0A9B, + chagurmukhi: 0x0A1B, + chbopomofo: 0x3114, + cheabkhasiancyrillic: 0x04BD, + checkmark: 0x2713, + checyrillic: 0x0447, + chedescenderabkhasiancyrillic: 0x04BF, + chedescendercyrillic: 0x04B7, + chedieresiscyrillic: 0x04F5, + cheharmenian: 0x0573, + chekhakassiancyrillic: 0x04CC, + cheverticalstrokecyrillic: 0x04B9, + chi: 0x03C7, + chieuchacirclekorean: 0x3277, + chieuchaparenkorean: 0x3217, + chieuchcirclekorean: 0x3269, + chieuchkorean: 0x314A, + chieuchparenkorean: 0x3209, + chochangthai: 0x0E0A, + chochanthai: 0x0E08, + chochingthai: 0x0E09, + chochoethai: 0x0E0C, + chook: 0x0188, + cieucacirclekorean: 0x3276, + cieucaparenkorean: 0x3216, + cieuccirclekorean: 0x3268, + cieuckorean: 0x3148, + cieucparenkorean: 0x3208, + cieucuparenkorean: 0x321C, + circle: 0x25CB, + circlecopyrt: 0x00A9, // This glyph is missing from Adobe's original list. + circlemultiply: 0x2297, + circleot: 0x2299, + circleplus: 0x2295, + circlepostalmark: 0x3036, + circlewithlefthalfblack: 0x25D0, + circlewithrighthalfblack: 0x25D1, + circumflex: 0x02C6, + circumflexbelowcmb: 0x032D, + circumflexcmb: 0x0302, + clear: 0x2327, + clickalveolar: 0x01C2, + clickdental: 0x01C0, + clicklateral: 0x01C1, + clickretroflex: 0x01C3, + club: 0x2663, + clubsuitblack: 0x2663, + clubsuitwhite: 0x2667, + cmcubedsquare: 0x33A4, + cmonospace: 0xFF43, + cmsquaredsquare: 0x33A0, + coarmenian: 0x0581, + colon: 0x003A, + colonmonetary: 0x20A1, + colonmonospace: 0xFF1A, + colonsign: 0x20A1, + colonsmall: 0xFE55, + colontriangularhalfmod: 0x02D1, + colontriangularmod: 0x02D0, + comma: 0x002C, + commaabovecmb: 0x0313, + commaaboverightcmb: 0x0315, + commaaccent: 0xF6C3, + commaarabic: 0x060C, + commaarmenian: 0x055D, + commainferior: 0xF6E1, + commamonospace: 0xFF0C, + commareversedabovecmb: 0x0314, + commareversedmod: 0x02BD, + commasmall: 0xFE50, + commasuperior: 0xF6E2, + commaturnedabovecmb: 0x0312, + commaturnedmod: 0x02BB, + compass: 0x263C, + congruent: 0x2245, + contourintegral: 0x222E, + control: 0x2303, + controlACK: 0x0006, + controlBEL: 0x0007, + controlBS: 0x0008, + controlCAN: 0x0018, + controlCR: 0x000D, + controlDC1: 0x0011, + controlDC2: 0x0012, + controlDC3: 0x0013, + controlDC4: 0x0014, + controlDEL: 0x007F, + controlDLE: 0x0010, + controlEM: 0x0019, + controlENQ: 0x0005, + controlEOT: 0x0004, + controlESC: 0x001B, + controlETB: 0x0017, + controlETX: 0x0003, + controlFF: 0x000C, + controlFS: 0x001C, + controlGS: 0x001D, + controlHT: 0x0009, + controlLF: 0x000A, + controlNAK: 0x0015, + controlRS: 0x001E, + controlSI: 0x000F, + controlSO: 0x000E, + controlSOT: 0x0002, + controlSTX: 0x0001, + controlSUB: 0x001A, + controlSYN: 0x0016, + controlUS: 0x001F, + controlVT: 0x000B, + copyright: 0x00A9, + copyrightsans: 0xF8E9, + copyrightserif: 0xF6D9, + cornerbracketleft: 0x300C, + cornerbracketlefthalfwidth: 0xFF62, + cornerbracketleftvertical: 0xFE41, + cornerbracketright: 0x300D, + cornerbracketrighthalfwidth: 0xFF63, + cornerbracketrightvertical: 0xFE42, + corporationsquare: 0x337F, + cosquare: 0x33C7, + coverkgsquare: 0x33C6, + cparen: 0x249E, + cruzeiro: 0x20A2, + cstretched: 0x0297, + curlyand: 0x22CF, + curlyor: 0x22CE, + currency: 0x00A4, + cyrBreve: 0xF6D1, + cyrFlex: 0xF6D2, + cyrbreve: 0xF6D4, + cyrflex: 0xF6D5, + d: 0x0064, + daarmenian: 0x0564, + dabengali: 0x09A6, + dadarabic: 0x0636, + dadeva: 0x0926, + dadfinalarabic: 0xFEBE, + dadinitialarabic: 0xFEBF, + dadmedialarabic: 0xFEC0, + dagesh: 0x05BC, + dageshhebrew: 0x05BC, + dagger: 0x2020, + daggerdbl: 0x2021, + dagujarati: 0x0AA6, + dagurmukhi: 0x0A26, + dahiragana: 0x3060, + dakatakana: 0x30C0, + dalarabic: 0x062F, + dalet: 0x05D3, + daletdagesh: 0xFB33, + daletdageshhebrew: 0xFB33, + dalethebrew: 0x05D3, + dalfinalarabic: 0xFEAA, + dammaarabic: 0x064F, + dammalowarabic: 0x064F, + dammatanaltonearabic: 0x064C, + dammatanarabic: 0x064C, + danda: 0x0964, + dargahebrew: 0x05A7, + dargalefthebrew: 0x05A7, + dasiapneumatacyrilliccmb: 0x0485, + dblGrave: 0xF6D3, + dblanglebracketleft: 0x300A, + dblanglebracketleftvertical: 0xFE3D, + dblanglebracketright: 0x300B, + dblanglebracketrightvertical: 0xFE3E, + dblarchinvertedbelowcmb: 0x032B, + dblarrowleft: 0x21D4, + dblarrowright: 0x21D2, + dbldanda: 0x0965, + dblgrave: 0xF6D6, + dblgravecmb: 0x030F, + dblintegral: 0x222C, + dbllowline: 0x2017, + dbllowlinecmb: 0x0333, + dbloverlinecmb: 0x033F, + dblprimemod: 0x02BA, + dblverticalbar: 0x2016, + dblverticallineabovecmb: 0x030E, + dbopomofo: 0x3109, + dbsquare: 0x33C8, + dcaron: 0x010F, + dcedilla: 0x1E11, + dcircle: 0x24D3, + dcircumflexbelow: 0x1E13, + dcroat: 0x0111, + ddabengali: 0x09A1, + ddadeva: 0x0921, + ddagujarati: 0x0AA1, + ddagurmukhi: 0x0A21, + ddalarabic: 0x0688, + ddalfinalarabic: 0xFB89, + dddhadeva: 0x095C, + ddhabengali: 0x09A2, + ddhadeva: 0x0922, + ddhagujarati: 0x0AA2, + ddhagurmukhi: 0x0A22, + ddotaccent: 0x1E0B, + ddotbelow: 0x1E0D, + decimalseparatorarabic: 0x066B, + decimalseparatorpersian: 0x066B, + decyrillic: 0x0434, + degree: 0x00B0, + dehihebrew: 0x05AD, + dehiragana: 0x3067, + deicoptic: 0x03EF, + dekatakana: 0x30C7, + deleteleft: 0x232B, + deleteright: 0x2326, + delta: 0x03B4, + deltaturned: 0x018D, + denominatorminusonenumeratorbengali: 0x09F8, + dezh: 0x02A4, + dhabengali: 0x09A7, + dhadeva: 0x0927, + dhagujarati: 0x0AA7, + dhagurmukhi: 0x0A27, + dhook: 0x0257, + dialytikatonos: 0x0385, + dialytikatonoscmb: 0x0344, + diamond: 0x2666, + diamondsuitwhite: 0x2662, + dieresis: 0x00A8, + dieresisacute: 0xF6D7, + dieresisbelowcmb: 0x0324, + dieresiscmb: 0x0308, + dieresisgrave: 0xF6D8, + dieresistonos: 0x0385, + dihiragana: 0x3062, + dikatakana: 0x30C2, + dittomark: 0x3003, + divide: 0x00F7, + divides: 0x2223, + divisionslash: 0x2215, + djecyrillic: 0x0452, + dkshade: 0x2593, + dlinebelow: 0x1E0F, + dlsquare: 0x3397, + dmacron: 0x0111, + dmonospace: 0xFF44, + dnblock: 0x2584, + dochadathai: 0x0E0E, + dodekthai: 0x0E14, + dohiragana: 0x3069, + dokatakana: 0x30C9, + dollar: 0x0024, + dollarinferior: 0xF6E3, + dollarmonospace: 0xFF04, + dollaroldstyle: 0xF724, + dollarsmall: 0xFE69, + dollarsuperior: 0xF6E4, + dong: 0x20AB, + dorusquare: 0x3326, + dotaccent: 0x02D9, + dotaccentcmb: 0x0307, + dotbelowcmb: 0x0323, + dotbelowcomb: 0x0323, + dotkatakana: 0x30FB, + dotlessi: 0x0131, + dotlessj: 0xF6BE, + dotlessjstrokehook: 0x0284, + dotmath: 0x22C5, + dottedcircle: 0x25CC, + doubleyodpatah: 0xFB1F, + doubleyodpatahhebrew: 0xFB1F, + downtackbelowcmb: 0x031E, + downtackmod: 0x02D5, + dparen: 0x249F, + dsuperior: 0xF6EB, + dtail: 0x0256, + dtopbar: 0x018C, + duhiragana: 0x3065, + dukatakana: 0x30C5, + dz: 0x01F3, + dzaltone: 0x02A3, + dzcaron: 0x01C6, + dzcurl: 0x02A5, + dzeabkhasiancyrillic: 0x04E1, + dzecyrillic: 0x0455, + dzhecyrillic: 0x045F, + e: 0x0065, + eacute: 0x00E9, + earth: 0x2641, + ebengali: 0x098F, + ebopomofo: 0x311C, + ebreve: 0x0115, + ecandradeva: 0x090D, + ecandragujarati: 0x0A8D, + ecandravowelsigndeva: 0x0945, + ecandravowelsigngujarati: 0x0AC5, + ecaron: 0x011B, + ecedillabreve: 0x1E1D, + echarmenian: 0x0565, + echyiwnarmenian: 0x0587, + ecircle: 0x24D4, + ecircumflex: 0x00EA, + ecircumflexacute: 0x1EBF, + ecircumflexbelow: 0x1E19, + ecircumflexdotbelow: 0x1EC7, + ecircumflexgrave: 0x1EC1, + ecircumflexhookabove: 0x1EC3, + ecircumflextilde: 0x1EC5, + ecyrillic: 0x0454, + edblgrave: 0x0205, + edeva: 0x090F, + edieresis: 0x00EB, + edot: 0x0117, + edotaccent: 0x0117, + edotbelow: 0x1EB9, + eegurmukhi: 0x0A0F, + eematragurmukhi: 0x0A47, + efcyrillic: 0x0444, + egrave: 0x00E8, + egujarati: 0x0A8F, + eharmenian: 0x0567, + ehbopomofo: 0x311D, + ehiragana: 0x3048, + ehookabove: 0x1EBB, + eibopomofo: 0x311F, + eight: 0x0038, + eightarabic: 0x0668, + eightbengali: 0x09EE, + eightcircle: 0x2467, + eightcircleinversesansserif: 0x2791, + eightdeva: 0x096E, + eighteencircle: 0x2471, + eighteenparen: 0x2485, + eighteenperiod: 0x2499, + eightgujarati: 0x0AEE, + eightgurmukhi: 0x0A6E, + eighthackarabic: 0x0668, + eighthangzhou: 0x3028, + eighthnotebeamed: 0x266B, + eightideographicparen: 0x3227, + eightinferior: 0x2088, + eightmonospace: 0xFF18, + eightoldstyle: 0xF738, + eightparen: 0x247B, + eightperiod: 0x248F, + eightpersian: 0x06F8, + eightroman: 0x2177, + eightsuperior: 0x2078, + eightthai: 0x0E58, + einvertedbreve: 0x0207, + eiotifiedcyrillic: 0x0465, + ekatakana: 0x30A8, + ekatakanahalfwidth: 0xFF74, + ekonkargurmukhi: 0x0A74, + ekorean: 0x3154, + elcyrillic: 0x043B, + element: 0x2208, + elevencircle: 0x246A, + elevenparen: 0x247E, + elevenperiod: 0x2492, + elevenroman: 0x217A, + ellipsis: 0x2026, + ellipsisvertical: 0x22EE, + emacron: 0x0113, + emacronacute: 0x1E17, + emacrongrave: 0x1E15, + emcyrillic: 0x043C, + emdash: 0x2014, + emdashvertical: 0xFE31, + emonospace: 0xFF45, + emphasismarkarmenian: 0x055B, + emptyset: 0x2205, + enbopomofo: 0x3123, + encyrillic: 0x043D, + endash: 0x2013, + endashvertical: 0xFE32, + endescendercyrillic: 0x04A3, + eng: 0x014B, + engbopomofo: 0x3125, + enghecyrillic: 0x04A5, + enhookcyrillic: 0x04C8, + enspace: 0x2002, + eogonek: 0x0119, + eokorean: 0x3153, + eopen: 0x025B, + eopenclosed: 0x029A, + eopenreversed: 0x025C, + eopenreversedclosed: 0x025E, + eopenreversedhook: 0x025D, + eparen: 0x24A0, + epsilon: 0x03B5, + epsilontonos: 0x03AD, + equal: 0x003D, + equalmonospace: 0xFF1D, + equalsmall: 0xFE66, + equalsuperior: 0x207C, + equivalence: 0x2261, + erbopomofo: 0x3126, + ercyrillic: 0x0440, + ereversed: 0x0258, + ereversedcyrillic: 0x044D, + escyrillic: 0x0441, + esdescendercyrillic: 0x04AB, + esh: 0x0283, + eshcurl: 0x0286, + eshortdeva: 0x090E, + eshortvowelsigndeva: 0x0946, + eshreversedloop: 0x01AA, + eshsquatreversed: 0x0285, + esmallhiragana: 0x3047, + esmallkatakana: 0x30A7, + esmallkatakanahalfwidth: 0xFF6A, + estimated: 0x212E, + esuperior: 0xF6EC, + eta: 0x03B7, + etarmenian: 0x0568, + etatonos: 0x03AE, + eth: 0x00F0, + etilde: 0x1EBD, + etildebelow: 0x1E1B, + etnahtafoukhhebrew: 0x0591, + etnahtafoukhlefthebrew: 0x0591, + etnahtahebrew: 0x0591, + etnahtalefthebrew: 0x0591, + eturned: 0x01DD, + eukorean: 0x3161, + euro: 0x20AC, + evowelsignbengali: 0x09C7, + evowelsigndeva: 0x0947, + evowelsigngujarati: 0x0AC7, + exclam: 0x0021, + exclamarmenian: 0x055C, + exclamdbl: 0x203C, + exclamdown: 0x00A1, + exclamdownsmall: 0xF7A1, + exclammonospace: 0xFF01, + exclamsmall: 0xF721, + existential: 0x2203, + ezh: 0x0292, + ezhcaron: 0x01EF, + ezhcurl: 0x0293, + ezhreversed: 0x01B9, + ezhtail: 0x01BA, + f: 0x0066, + fadeva: 0x095E, + fagurmukhi: 0x0A5E, + fahrenheit: 0x2109, + fathaarabic: 0x064E, + fathalowarabic: 0x064E, + fathatanarabic: 0x064B, + fbopomofo: 0x3108, + fcircle: 0x24D5, + fdotaccent: 0x1E1F, + feharabic: 0x0641, + feharmenian: 0x0586, + fehfinalarabic: 0xFED2, + fehinitialarabic: 0xFED3, + fehmedialarabic: 0xFED4, + feicoptic: 0x03E5, + female: 0x2640, + ff: 0xFB00, + ffi: 0xFB03, + ffl: 0xFB04, + fi: 0xFB01, + fifteencircle: 0x246E, + fifteenparen: 0x2482, + fifteenperiod: 0x2496, + figuredash: 0x2012, + filledbox: 0x25A0, + filledrect: 0x25AC, + finalkaf: 0x05DA, + finalkafdagesh: 0xFB3A, + finalkafdageshhebrew: 0xFB3A, + finalkafhebrew: 0x05DA, + finalmem: 0x05DD, + finalmemhebrew: 0x05DD, + finalnun: 0x05DF, + finalnunhebrew: 0x05DF, + finalpe: 0x05E3, + finalpehebrew: 0x05E3, + finaltsadi: 0x05E5, + finaltsadihebrew: 0x05E5, + firsttonechinese: 0x02C9, + fisheye: 0x25C9, + fitacyrillic: 0x0473, + five: 0x0035, + fivearabic: 0x0665, + fivebengali: 0x09EB, + fivecircle: 0x2464, + fivecircleinversesansserif: 0x278E, + fivedeva: 0x096B, + fiveeighths: 0x215D, + fivegujarati: 0x0AEB, + fivegurmukhi: 0x0A6B, + fivehackarabic: 0x0665, + fivehangzhou: 0x3025, + fiveideographicparen: 0x3224, + fiveinferior: 0x2085, + fivemonospace: 0xFF15, + fiveoldstyle: 0xF735, + fiveparen: 0x2478, + fiveperiod: 0x248C, + fivepersian: 0x06F5, + fiveroman: 0x2174, + fivesuperior: 0x2075, + fivethai: 0x0E55, + fl: 0xFB02, + florin: 0x0192, + fmonospace: 0xFF46, + fmsquare: 0x3399, + fofanthai: 0x0E1F, + fofathai: 0x0E1D, + fongmanthai: 0x0E4F, + forall: 0x2200, + four: 0x0034, + fourarabic: 0x0664, + fourbengali: 0x09EA, + fourcircle: 0x2463, + fourcircleinversesansserif: 0x278D, + fourdeva: 0x096A, + fourgujarati: 0x0AEA, + fourgurmukhi: 0x0A6A, + fourhackarabic: 0x0664, + fourhangzhou: 0x3024, + fourideographicparen: 0x3223, + fourinferior: 0x2084, + fourmonospace: 0xFF14, + fournumeratorbengali: 0x09F7, + fouroldstyle: 0xF734, + fourparen: 0x2477, + fourperiod: 0x248B, + fourpersian: 0x06F4, + fourroman: 0x2173, + foursuperior: 0x2074, + fourteencircle: 0x246D, + fourteenparen: 0x2481, + fourteenperiod: 0x2495, + fourthai: 0x0E54, + fourthtonechinese: 0x02CB, + fparen: 0x24A1, + fraction: 0x2044, + franc: 0x20A3, + g: 0x0067, + gabengali: 0x0997, + gacute: 0x01F5, + gadeva: 0x0917, + gafarabic: 0x06AF, + gaffinalarabic: 0xFB93, + gafinitialarabic: 0xFB94, + gafmedialarabic: 0xFB95, + gagujarati: 0x0A97, + gagurmukhi: 0x0A17, + gahiragana: 0x304C, + gakatakana: 0x30AC, + gamma: 0x03B3, + gammalatinsmall: 0x0263, + gammasuperior: 0x02E0, + gangiacoptic: 0x03EB, + gbopomofo: 0x310D, + gbreve: 0x011F, + gcaron: 0x01E7, + gcedilla: 0x0123, + gcircle: 0x24D6, + gcircumflex: 0x011D, + gcommaaccent: 0x0123, + gdot: 0x0121, + gdotaccent: 0x0121, + gecyrillic: 0x0433, + gehiragana: 0x3052, + gekatakana: 0x30B2, + geometricallyequal: 0x2251, + gereshaccenthebrew: 0x059C, + gereshhebrew: 0x05F3, + gereshmuqdamhebrew: 0x059D, + germandbls: 0x00DF, + gershayimaccenthebrew: 0x059E, + gershayimhebrew: 0x05F4, + getamark: 0x3013, + ghabengali: 0x0998, + ghadarmenian: 0x0572, + ghadeva: 0x0918, + ghagujarati: 0x0A98, + ghagurmukhi: 0x0A18, + ghainarabic: 0x063A, + ghainfinalarabic: 0xFECE, + ghaininitialarabic: 0xFECF, + ghainmedialarabic: 0xFED0, + ghemiddlehookcyrillic: 0x0495, + ghestrokecyrillic: 0x0493, + gheupturncyrillic: 0x0491, + ghhadeva: 0x095A, + ghhagurmukhi: 0x0A5A, + ghook: 0x0260, + ghzsquare: 0x3393, + gihiragana: 0x304E, + gikatakana: 0x30AE, + gimarmenian: 0x0563, + gimel: 0x05D2, + gimeldagesh: 0xFB32, + gimeldageshhebrew: 0xFB32, + gimelhebrew: 0x05D2, + gjecyrillic: 0x0453, + glottalinvertedstroke: 0x01BE, + glottalstop: 0x0294, + glottalstopinverted: 0x0296, + glottalstopmod: 0x02C0, + glottalstopreversed: 0x0295, + glottalstopreversedmod: 0x02C1, + glottalstopreversedsuperior: 0x02E4, + glottalstopstroke: 0x02A1, + glottalstopstrokereversed: 0x02A2, + gmacron: 0x1E21, + gmonospace: 0xFF47, + gohiragana: 0x3054, + gokatakana: 0x30B4, + gparen: 0x24A2, + gpasquare: 0x33AC, + gradient: 0x2207, + grave: 0x0060, + gravebelowcmb: 0x0316, + gravecmb: 0x0300, + gravecomb: 0x0300, + gravedeva: 0x0953, + gravelowmod: 0x02CE, + gravemonospace: 0xFF40, + gravetonecmb: 0x0340, + greater: 0x003E, + greaterequal: 0x2265, + greaterequalorless: 0x22DB, + greatermonospace: 0xFF1E, + greaterorequivalent: 0x2273, + greaterorless: 0x2277, + greateroverequal: 0x2267, + greatersmall: 0xFE65, + gscript: 0x0261, + gstroke: 0x01E5, + guhiragana: 0x3050, + guillemotleft: 0x00AB, + guillemotright: 0x00BB, + guilsinglleft: 0x2039, + guilsinglright: 0x203A, + gukatakana: 0x30B0, + guramusquare: 0x3318, + gysquare: 0x33C9, + h: 0x0068, + haabkhasiancyrillic: 0x04A9, + haaltonearabic: 0x06C1, + habengali: 0x09B9, + hadescendercyrillic: 0x04B3, + hadeva: 0x0939, + hagujarati: 0x0AB9, + hagurmukhi: 0x0A39, + haharabic: 0x062D, + hahfinalarabic: 0xFEA2, + hahinitialarabic: 0xFEA3, + hahiragana: 0x306F, + hahmedialarabic: 0xFEA4, + haitusquare: 0x332A, + hakatakana: 0x30CF, + hakatakanahalfwidth: 0xFF8A, + halantgurmukhi: 0x0A4D, + hamzaarabic: 0x0621, + hamzalowarabic: 0x0621, + hangulfiller: 0x3164, + hardsigncyrillic: 0x044A, + harpoonleftbarbup: 0x21BC, + harpoonrightbarbup: 0x21C0, + hasquare: 0x33CA, + hatafpatah: 0x05B2, + hatafpatah16: 0x05B2, + hatafpatah23: 0x05B2, + hatafpatah2f: 0x05B2, + hatafpatahhebrew: 0x05B2, + hatafpatahnarrowhebrew: 0x05B2, + hatafpatahquarterhebrew: 0x05B2, + hatafpatahwidehebrew: 0x05B2, + hatafqamats: 0x05B3, + hatafqamats1b: 0x05B3, + hatafqamats28: 0x05B3, + hatafqamats34: 0x05B3, + hatafqamatshebrew: 0x05B3, + hatafqamatsnarrowhebrew: 0x05B3, + hatafqamatsquarterhebrew: 0x05B3, + hatafqamatswidehebrew: 0x05B3, + hatafsegol: 0x05B1, + hatafsegol17: 0x05B1, + hatafsegol24: 0x05B1, + hatafsegol30: 0x05B1, + hatafsegolhebrew: 0x05B1, + hatafsegolnarrowhebrew: 0x05B1, + hatafsegolquarterhebrew: 0x05B1, + hatafsegolwidehebrew: 0x05B1, + hbar: 0x0127, + hbopomofo: 0x310F, + hbrevebelow: 0x1E2B, + hcedilla: 0x1E29, + hcircle: 0x24D7, + hcircumflex: 0x0125, + hdieresis: 0x1E27, + hdotaccent: 0x1E23, + hdotbelow: 0x1E25, + he: 0x05D4, + heart: 0x2665, + heartsuitblack: 0x2665, + heartsuitwhite: 0x2661, + hedagesh: 0xFB34, + hedageshhebrew: 0xFB34, + hehaltonearabic: 0x06C1, + heharabic: 0x0647, + hehebrew: 0x05D4, + hehfinalaltonearabic: 0xFBA7, + hehfinalalttwoarabic: 0xFEEA, + hehfinalarabic: 0xFEEA, + hehhamzaabovefinalarabic: 0xFBA5, + hehhamzaaboveisolatedarabic: 0xFBA4, + hehinitialaltonearabic: 0xFBA8, + hehinitialarabic: 0xFEEB, + hehiragana: 0x3078, + hehmedialaltonearabic: 0xFBA9, + hehmedialarabic: 0xFEEC, + heiseierasquare: 0x337B, + hekatakana: 0x30D8, + hekatakanahalfwidth: 0xFF8D, + hekutaarusquare: 0x3336, + henghook: 0x0267, + herutusquare: 0x3339, + het: 0x05D7, + hethebrew: 0x05D7, + hhook: 0x0266, + hhooksuperior: 0x02B1, + hieuhacirclekorean: 0x327B, + hieuhaparenkorean: 0x321B, + hieuhcirclekorean: 0x326D, + hieuhkorean: 0x314E, + hieuhparenkorean: 0x320D, + hihiragana: 0x3072, + hikatakana: 0x30D2, + hikatakanahalfwidth: 0xFF8B, + hiriq: 0x05B4, + hiriq14: 0x05B4, + hiriq21: 0x05B4, + hiriq2d: 0x05B4, + hiriqhebrew: 0x05B4, + hiriqnarrowhebrew: 0x05B4, + hiriqquarterhebrew: 0x05B4, + hiriqwidehebrew: 0x05B4, + hlinebelow: 0x1E96, + hmonospace: 0xFF48, + hoarmenian: 0x0570, + hohipthai: 0x0E2B, + hohiragana: 0x307B, + hokatakana: 0x30DB, + hokatakanahalfwidth: 0xFF8E, + holam: 0x05B9, + holam19: 0x05B9, + holam26: 0x05B9, + holam32: 0x05B9, + holamhebrew: 0x05B9, + holamnarrowhebrew: 0x05B9, + holamquarterhebrew: 0x05B9, + holamwidehebrew: 0x05B9, + honokhukthai: 0x0E2E, + hookabovecomb: 0x0309, + hookcmb: 0x0309, + hookpalatalizedbelowcmb: 0x0321, + hookretroflexbelowcmb: 0x0322, + hoonsquare: 0x3342, + horicoptic: 0x03E9, + horizontalbar: 0x2015, + horncmb: 0x031B, + hotsprings: 0x2668, + house: 0x2302, + hparen: 0x24A3, + hsuperior: 0x02B0, + hturned: 0x0265, + huhiragana: 0x3075, + huiitosquare: 0x3333, + hukatakana: 0x30D5, + hukatakanahalfwidth: 0xFF8C, + hungarumlaut: 0x02DD, + hungarumlautcmb: 0x030B, + hv: 0x0195, + hyphen: 0x002D, + hypheninferior: 0xF6E5, + hyphenmonospace: 0xFF0D, + hyphensmall: 0xFE63, + hyphensuperior: 0xF6E6, + hyphentwo: 0x2010, + i: 0x0069, + iacute: 0x00ED, + iacyrillic: 0x044F, + ibengali: 0x0987, + ibopomofo: 0x3127, + ibreve: 0x012D, + icaron: 0x01D0, + icircle: 0x24D8, + icircumflex: 0x00EE, + icyrillic: 0x0456, + idblgrave: 0x0209, + ideographearthcircle: 0x328F, + ideographfirecircle: 0x328B, + ideographicallianceparen: 0x323F, + ideographiccallparen: 0x323A, + ideographiccentrecircle: 0x32A5, + ideographicclose: 0x3006, + ideographiccomma: 0x3001, + ideographiccommaleft: 0xFF64, + ideographiccongratulationparen: 0x3237, + ideographiccorrectcircle: 0x32A3, + ideographicearthparen: 0x322F, + ideographicenterpriseparen: 0x323D, + ideographicexcellentcircle: 0x329D, + ideographicfestivalparen: 0x3240, + ideographicfinancialcircle: 0x3296, + ideographicfinancialparen: 0x3236, + ideographicfireparen: 0x322B, + ideographichaveparen: 0x3232, + ideographichighcircle: 0x32A4, + ideographiciterationmark: 0x3005, + ideographiclaborcircle: 0x3298, + ideographiclaborparen: 0x3238, + ideographicleftcircle: 0x32A7, + ideographiclowcircle: 0x32A6, + ideographicmedicinecircle: 0x32A9, + ideographicmetalparen: 0x322E, + ideographicmoonparen: 0x322A, + ideographicnameparen: 0x3234, + ideographicperiod: 0x3002, + ideographicprintcircle: 0x329E, + ideographicreachparen: 0x3243, + ideographicrepresentparen: 0x3239, + ideographicresourceparen: 0x323E, + ideographicrightcircle: 0x32A8, + ideographicsecretcircle: 0x3299, + ideographicselfparen: 0x3242, + ideographicsocietyparen: 0x3233, + ideographicspace: 0x3000, + ideographicspecialparen: 0x3235, + ideographicstockparen: 0x3231, + ideographicstudyparen: 0x323B, + ideographicsunparen: 0x3230, + ideographicsuperviseparen: 0x323C, + ideographicwaterparen: 0x322C, + ideographicwoodparen: 0x322D, + ideographiczero: 0x3007, + ideographmetalcircle: 0x328E, + ideographmooncircle: 0x328A, + ideographnamecircle: 0x3294, + ideographsuncircle: 0x3290, + ideographwatercircle: 0x328C, + ideographwoodcircle: 0x328D, + ideva: 0x0907, + idieresis: 0x00EF, + idieresisacute: 0x1E2F, + idieresiscyrillic: 0x04E5, + idotbelow: 0x1ECB, + iebrevecyrillic: 0x04D7, + iecyrillic: 0x0435, + ieungacirclekorean: 0x3275, + ieungaparenkorean: 0x3215, + ieungcirclekorean: 0x3267, + ieungkorean: 0x3147, + ieungparenkorean: 0x3207, + igrave: 0x00EC, + igujarati: 0x0A87, + igurmukhi: 0x0A07, + ihiragana: 0x3044, + ihookabove: 0x1EC9, + iibengali: 0x0988, + iicyrillic: 0x0438, + iideva: 0x0908, + iigujarati: 0x0A88, + iigurmukhi: 0x0A08, + iimatragurmukhi: 0x0A40, + iinvertedbreve: 0x020B, + iishortcyrillic: 0x0439, + iivowelsignbengali: 0x09C0, + iivowelsigndeva: 0x0940, + iivowelsigngujarati: 0x0AC0, + ij: 0x0133, + ikatakana: 0x30A4, + ikatakanahalfwidth: 0xFF72, + ikorean: 0x3163, + ilde: 0x02DC, + iluyhebrew: 0x05AC, + imacron: 0x012B, + imacroncyrillic: 0x04E3, + imageorapproximatelyequal: 0x2253, + imatragurmukhi: 0x0A3F, + imonospace: 0xFF49, + increment: 0x2206, + infinity: 0x221E, + iniarmenian: 0x056B, + integral: 0x222B, + integralbottom: 0x2321, + integralbt: 0x2321, + integralex: 0xF8F5, + integraltop: 0x2320, + integraltp: 0x2320, + intersection: 0x2229, + intisquare: 0x3305, + invbullet: 0x25D8, + invcircle: 0x25D9, + invsmileface: 0x263B, + iocyrillic: 0x0451, + iogonek: 0x012F, + iota: 0x03B9, + iotadieresis: 0x03CA, + iotadieresistonos: 0x0390, + iotalatin: 0x0269, + iotatonos: 0x03AF, + iparen: 0x24A4, + irigurmukhi: 0x0A72, + ismallhiragana: 0x3043, + ismallkatakana: 0x30A3, + ismallkatakanahalfwidth: 0xFF68, + issharbengali: 0x09FA, + istroke: 0x0268, + isuperior: 0xF6ED, + iterationhiragana: 0x309D, + iterationkatakana: 0x30FD, + itilde: 0x0129, + itildebelow: 0x1E2D, + iubopomofo: 0x3129, + iucyrillic: 0x044E, + ivowelsignbengali: 0x09BF, + ivowelsigndeva: 0x093F, + ivowelsigngujarati: 0x0ABF, + izhitsacyrillic: 0x0475, + izhitsadblgravecyrillic: 0x0477, + j: 0x006A, + jaarmenian: 0x0571, + jabengali: 0x099C, + jadeva: 0x091C, + jagujarati: 0x0A9C, + jagurmukhi: 0x0A1C, + jbopomofo: 0x3110, + jcaron: 0x01F0, + jcircle: 0x24D9, + jcircumflex: 0x0135, + jcrossedtail: 0x029D, + jdotlessstroke: 0x025F, + jecyrillic: 0x0458, + jeemarabic: 0x062C, + jeemfinalarabic: 0xFE9E, + jeeminitialarabic: 0xFE9F, + jeemmedialarabic: 0xFEA0, + jeharabic: 0x0698, + jehfinalarabic: 0xFB8B, + jhabengali: 0x099D, + jhadeva: 0x091D, + jhagujarati: 0x0A9D, + jhagurmukhi: 0x0A1D, + jheharmenian: 0x057B, + jis: 0x3004, + jmonospace: 0xFF4A, + jparen: 0x24A5, + jsuperior: 0x02B2, + k: 0x006B, + kabashkircyrillic: 0x04A1, + kabengali: 0x0995, + kacute: 0x1E31, + kacyrillic: 0x043A, + kadescendercyrillic: 0x049B, + kadeva: 0x0915, + kaf: 0x05DB, + kafarabic: 0x0643, + kafdagesh: 0xFB3B, + kafdageshhebrew: 0xFB3B, + kaffinalarabic: 0xFEDA, + kafhebrew: 0x05DB, + kafinitialarabic: 0xFEDB, + kafmedialarabic: 0xFEDC, + kafrafehebrew: 0xFB4D, + kagujarati: 0x0A95, + kagurmukhi: 0x0A15, + kahiragana: 0x304B, + kahookcyrillic: 0x04C4, + kakatakana: 0x30AB, + kakatakanahalfwidth: 0xFF76, + kappa: 0x03BA, + kappasymbolgreek: 0x03F0, + kapyeounmieumkorean: 0x3171, + kapyeounphieuphkorean: 0x3184, + kapyeounpieupkorean: 0x3178, + kapyeounssangpieupkorean: 0x3179, + karoriisquare: 0x330D, + kashidaautoarabic: 0x0640, + kashidaautonosidebearingarabic: 0x0640, + kasmallkatakana: 0x30F5, + kasquare: 0x3384, + kasraarabic: 0x0650, + kasratanarabic: 0x064D, + kastrokecyrillic: 0x049F, + katahiraprolongmarkhalfwidth: 0xFF70, + kaverticalstrokecyrillic: 0x049D, + kbopomofo: 0x310E, + kcalsquare: 0x3389, + kcaron: 0x01E9, + kcedilla: 0x0137, + kcircle: 0x24DA, + kcommaaccent: 0x0137, + kdotbelow: 0x1E33, + keharmenian: 0x0584, + kehiragana: 0x3051, + kekatakana: 0x30B1, + kekatakanahalfwidth: 0xFF79, + kenarmenian: 0x056F, + kesmallkatakana: 0x30F6, + kgreenlandic: 0x0138, + khabengali: 0x0996, + khacyrillic: 0x0445, + khadeva: 0x0916, + khagujarati: 0x0A96, + khagurmukhi: 0x0A16, + khaharabic: 0x062E, + khahfinalarabic: 0xFEA6, + khahinitialarabic: 0xFEA7, + khahmedialarabic: 0xFEA8, + kheicoptic: 0x03E7, + khhadeva: 0x0959, + khhagurmukhi: 0x0A59, + khieukhacirclekorean: 0x3278, + khieukhaparenkorean: 0x3218, + khieukhcirclekorean: 0x326A, + khieukhkorean: 0x314B, + khieukhparenkorean: 0x320A, + khokhaithai: 0x0E02, + khokhonthai: 0x0E05, + khokhuatthai: 0x0E03, + khokhwaithai: 0x0E04, + khomutthai: 0x0E5B, + khook: 0x0199, + khorakhangthai: 0x0E06, + khzsquare: 0x3391, + kihiragana: 0x304D, + kikatakana: 0x30AD, + kikatakanahalfwidth: 0xFF77, + kiroguramusquare: 0x3315, + kiromeetorusquare: 0x3316, + kirosquare: 0x3314, + kiyeokacirclekorean: 0x326E, + kiyeokaparenkorean: 0x320E, + kiyeokcirclekorean: 0x3260, + kiyeokkorean: 0x3131, + kiyeokparenkorean: 0x3200, + kiyeoksioskorean: 0x3133, + kjecyrillic: 0x045C, + klinebelow: 0x1E35, + klsquare: 0x3398, + kmcubedsquare: 0x33A6, + kmonospace: 0xFF4B, + kmsquaredsquare: 0x33A2, + kohiragana: 0x3053, + kohmsquare: 0x33C0, + kokaithai: 0x0E01, + kokatakana: 0x30B3, + kokatakanahalfwidth: 0xFF7A, + kooposquare: 0x331E, + koppacyrillic: 0x0481, + koreanstandardsymbol: 0x327F, + koroniscmb: 0x0343, + kparen: 0x24A6, + kpasquare: 0x33AA, + ksicyrillic: 0x046F, + ktsquare: 0x33CF, + kturned: 0x029E, + kuhiragana: 0x304F, + kukatakana: 0x30AF, + kukatakanahalfwidth: 0xFF78, + kvsquare: 0x33B8, + kwsquare: 0x33BE, + l: 0x006C, + labengali: 0x09B2, + lacute: 0x013A, + ladeva: 0x0932, + lagujarati: 0x0AB2, + lagurmukhi: 0x0A32, + lakkhangyaothai: 0x0E45, + lamaleffinalarabic: 0xFEFC, + lamalefhamzaabovefinalarabic: 0xFEF8, + lamalefhamzaaboveisolatedarabic: 0xFEF7, + lamalefhamzabelowfinalarabic: 0xFEFA, + lamalefhamzabelowisolatedarabic: 0xFEF9, + lamalefisolatedarabic: 0xFEFB, + lamalefmaddaabovefinalarabic: 0xFEF6, + lamalefmaddaaboveisolatedarabic: 0xFEF5, + lamarabic: 0x0644, + lambda: 0x03BB, + lambdastroke: 0x019B, + lamed: 0x05DC, + lameddagesh: 0xFB3C, + lameddageshhebrew: 0xFB3C, + lamedhebrew: 0x05DC, + lamfinalarabic: 0xFEDE, + lamhahinitialarabic: 0xFCCA, + laminitialarabic: 0xFEDF, + lamjeeminitialarabic: 0xFCC9, + lamkhahinitialarabic: 0xFCCB, + lamlamhehisolatedarabic: 0xFDF2, + lammedialarabic: 0xFEE0, + lammeemhahinitialarabic: 0xFD88, + lammeeminitialarabic: 0xFCCC, + largecircle: 0x25EF, + lbar: 0x019A, + lbelt: 0x026C, + lbopomofo: 0x310C, + lcaron: 0x013E, + lcedilla: 0x013C, + lcircle: 0x24DB, + lcircumflexbelow: 0x1E3D, + lcommaaccent: 0x013C, + ldot: 0x0140, + ldotaccent: 0x0140, + ldotbelow: 0x1E37, + ldotbelowmacron: 0x1E39, + leftangleabovecmb: 0x031A, + lefttackbelowcmb: 0x0318, + less: 0x003C, + lessequal: 0x2264, + lessequalorgreater: 0x22DA, + lessmonospace: 0xFF1C, + lessorequivalent: 0x2272, + lessorgreater: 0x2276, + lessoverequal: 0x2266, + lesssmall: 0xFE64, + lezh: 0x026E, + lfblock: 0x258C, + lhookretroflex: 0x026D, + lira: 0x20A4, + liwnarmenian: 0x056C, + lj: 0x01C9, + ljecyrillic: 0x0459, + ll: 0xF6C0, + lladeva: 0x0933, + llagujarati: 0x0AB3, + llinebelow: 0x1E3B, + llladeva: 0x0934, + llvocalicbengali: 0x09E1, + llvocalicdeva: 0x0961, + llvocalicvowelsignbengali: 0x09E3, + llvocalicvowelsigndeva: 0x0963, + lmiddletilde: 0x026B, + lmonospace: 0xFF4C, + lmsquare: 0x33D0, + lochulathai: 0x0E2C, + logicaland: 0x2227, + logicalnot: 0x00AC, + logicalnotreversed: 0x2310, + logicalor: 0x2228, + lolingthai: 0x0E25, + longs: 0x017F, + lowlinecenterline: 0xFE4E, + lowlinecmb: 0x0332, + lowlinedashed: 0xFE4D, + lozenge: 0x25CA, + lparen: 0x24A7, + lslash: 0x0142, + lsquare: 0x2113, + lsuperior: 0xF6EE, + ltshade: 0x2591, + luthai: 0x0E26, + lvocalicbengali: 0x098C, + lvocalicdeva: 0x090C, + lvocalicvowelsignbengali: 0x09E2, + lvocalicvowelsigndeva: 0x0962, + lxsquare: 0x33D3, + m: 0x006D, + mabengali: 0x09AE, + macron: 0x00AF, + macronbelowcmb: 0x0331, + macroncmb: 0x0304, + macronlowmod: 0x02CD, + macronmonospace: 0xFFE3, + macute: 0x1E3F, + madeva: 0x092E, + magujarati: 0x0AAE, + magurmukhi: 0x0A2E, + mahapakhhebrew: 0x05A4, + mahapakhlefthebrew: 0x05A4, + mahiragana: 0x307E, + maichattawalowleftthai: 0xF895, + maichattawalowrightthai: 0xF894, + maichattawathai: 0x0E4B, + maichattawaupperleftthai: 0xF893, + maieklowleftthai: 0xF88C, + maieklowrightthai: 0xF88B, + maiekthai: 0x0E48, + maiekupperleftthai: 0xF88A, + maihanakatleftthai: 0xF884, + maihanakatthai: 0x0E31, + maitaikhuleftthai: 0xF889, + maitaikhuthai: 0x0E47, + maitholowleftthai: 0xF88F, + maitholowrightthai: 0xF88E, + maithothai: 0x0E49, + maithoupperleftthai: 0xF88D, + maitrilowleftthai: 0xF892, + maitrilowrightthai: 0xF891, + maitrithai: 0x0E4A, + maitriupperleftthai: 0xF890, + maiyamokthai: 0x0E46, + makatakana: 0x30DE, + makatakanahalfwidth: 0xFF8F, + male: 0x2642, + mansyonsquare: 0x3347, + maqafhebrew: 0x05BE, + mars: 0x2642, + masoracirclehebrew: 0x05AF, + masquare: 0x3383, + mbopomofo: 0x3107, + mbsquare: 0x33D4, + mcircle: 0x24DC, + mcubedsquare: 0x33A5, + mdotaccent: 0x1E41, + mdotbelow: 0x1E43, + meemarabic: 0x0645, + meemfinalarabic: 0xFEE2, + meeminitialarabic: 0xFEE3, + meemmedialarabic: 0xFEE4, + meemmeeminitialarabic: 0xFCD1, + meemmeemisolatedarabic: 0xFC48, + meetorusquare: 0x334D, + mehiragana: 0x3081, + meizierasquare: 0x337E, + mekatakana: 0x30E1, + mekatakanahalfwidth: 0xFF92, + mem: 0x05DE, + memdagesh: 0xFB3E, + memdageshhebrew: 0xFB3E, + memhebrew: 0x05DE, + menarmenian: 0x0574, + merkhahebrew: 0x05A5, + merkhakefulahebrew: 0x05A6, + merkhakefulalefthebrew: 0x05A6, + merkhalefthebrew: 0x05A5, + mhook: 0x0271, + mhzsquare: 0x3392, + middledotkatakanahalfwidth: 0xFF65, + middot: 0x00B7, + mieumacirclekorean: 0x3272, + mieumaparenkorean: 0x3212, + mieumcirclekorean: 0x3264, + mieumkorean: 0x3141, + mieumpansioskorean: 0x3170, + mieumparenkorean: 0x3204, + mieumpieupkorean: 0x316E, + mieumsioskorean: 0x316F, + mihiragana: 0x307F, + mikatakana: 0x30DF, + mikatakanahalfwidth: 0xFF90, + minus: 0x2212, + minusbelowcmb: 0x0320, + minuscircle: 0x2296, + minusmod: 0x02D7, + minusplus: 0x2213, + minute: 0x2032, + miribaarusquare: 0x334A, + mirisquare: 0x3349, + mlonglegturned: 0x0270, + mlsquare: 0x3396, + mmcubedsquare: 0x33A3, + mmonospace: 0xFF4D, + mmsquaredsquare: 0x339F, + mohiragana: 0x3082, + mohmsquare: 0x33C1, + mokatakana: 0x30E2, + mokatakanahalfwidth: 0xFF93, + molsquare: 0x33D6, + momathai: 0x0E21, + moverssquare: 0x33A7, + moverssquaredsquare: 0x33A8, + mparen: 0x24A8, + mpasquare: 0x33AB, + mssquare: 0x33B3, + msuperior: 0xF6EF, + mturned: 0x026F, + mu: 0x00B5, + mu1: 0x00B5, + muasquare: 0x3382, + muchgreater: 0x226B, + muchless: 0x226A, + mufsquare: 0x338C, + mugreek: 0x03BC, + mugsquare: 0x338D, + muhiragana: 0x3080, + mukatakana: 0x30E0, + mukatakanahalfwidth: 0xFF91, + mulsquare: 0x3395, + multiply: 0x00D7, + mumsquare: 0x339B, + munahhebrew: 0x05A3, + munahlefthebrew: 0x05A3, + musicalnote: 0x266A, + musicalnotedbl: 0x266B, + musicflatsign: 0x266D, + musicsharpsign: 0x266F, + mussquare: 0x33B2, + muvsquare: 0x33B6, + muwsquare: 0x33BC, + mvmegasquare: 0x33B9, + mvsquare: 0x33B7, + mwmegasquare: 0x33BF, + mwsquare: 0x33BD, + n: 0x006E, + nabengali: 0x09A8, + nabla: 0x2207, + nacute: 0x0144, + nadeva: 0x0928, + nagujarati: 0x0AA8, + nagurmukhi: 0x0A28, + nahiragana: 0x306A, + nakatakana: 0x30CA, + nakatakanahalfwidth: 0xFF85, + napostrophe: 0x0149, + nasquare: 0x3381, + nbopomofo: 0x310B, + nbspace: 0x00A0, + ncaron: 0x0148, + ncedilla: 0x0146, + ncircle: 0x24DD, + ncircumflexbelow: 0x1E4B, + ncommaaccent: 0x0146, + ndotaccent: 0x1E45, + ndotbelow: 0x1E47, + nehiragana: 0x306D, + nekatakana: 0x30CD, + nekatakanahalfwidth: 0xFF88, + newsheqelsign: 0x20AA, + nfsquare: 0x338B, + ngabengali: 0x0999, + ngadeva: 0x0919, + ngagujarati: 0x0A99, + ngagurmukhi: 0x0A19, + ngonguthai: 0x0E07, + nhiragana: 0x3093, + nhookleft: 0x0272, + nhookretroflex: 0x0273, + nieunacirclekorean: 0x326F, + nieunaparenkorean: 0x320F, + nieuncieuckorean: 0x3135, + nieuncirclekorean: 0x3261, + nieunhieuhkorean: 0x3136, + nieunkorean: 0x3134, + nieunpansioskorean: 0x3168, + nieunparenkorean: 0x3201, + nieunsioskorean: 0x3167, + nieuntikeutkorean: 0x3166, + nihiragana: 0x306B, + nikatakana: 0x30CB, + nikatakanahalfwidth: 0xFF86, + nikhahitleftthai: 0xF899, + nikhahitthai: 0x0E4D, + nine: 0x0039, + ninearabic: 0x0669, + ninebengali: 0x09EF, + ninecircle: 0x2468, + ninecircleinversesansserif: 0x2792, + ninedeva: 0x096F, + ninegujarati: 0x0AEF, + ninegurmukhi: 0x0A6F, + ninehackarabic: 0x0669, + ninehangzhou: 0x3029, + nineideographicparen: 0x3228, + nineinferior: 0x2089, + ninemonospace: 0xFF19, + nineoldstyle: 0xF739, + nineparen: 0x247C, + nineperiod: 0x2490, + ninepersian: 0x06F9, + nineroman: 0x2178, + ninesuperior: 0x2079, + nineteencircle: 0x2472, + nineteenparen: 0x2486, + nineteenperiod: 0x249A, + ninethai: 0x0E59, + nj: 0x01CC, + njecyrillic: 0x045A, + nkatakana: 0x30F3, + nkatakanahalfwidth: 0xFF9D, + nlegrightlong: 0x019E, + nlinebelow: 0x1E49, + nmonospace: 0xFF4E, + nmsquare: 0x339A, + nnabengali: 0x09A3, + nnadeva: 0x0923, + nnagujarati: 0x0AA3, + nnagurmukhi: 0x0A23, + nnnadeva: 0x0929, + nohiragana: 0x306E, + nokatakana: 0x30CE, + nokatakanahalfwidth: 0xFF89, + nonbreakingspace: 0x00A0, + nonenthai: 0x0E13, + nonuthai: 0x0E19, + noonarabic: 0x0646, + noonfinalarabic: 0xFEE6, + noonghunnaarabic: 0x06BA, + noonghunnafinalarabic: 0xFB9F, + nooninitialarabic: 0xFEE7, + noonjeeminitialarabic: 0xFCD2, + noonjeemisolatedarabic: 0xFC4B, + noonmedialarabic: 0xFEE8, + noonmeeminitialarabic: 0xFCD5, + noonmeemisolatedarabic: 0xFC4E, + noonnoonfinalarabic: 0xFC8D, + notcontains: 0x220C, + notelement: 0x2209, + notelementof: 0x2209, + notequal: 0x2260, + notgreater: 0x226F, + notgreaternorequal: 0x2271, + notgreaternorless: 0x2279, + notidentical: 0x2262, + notless: 0x226E, + notlessnorequal: 0x2270, + notparallel: 0x2226, + notprecedes: 0x2280, + notsubset: 0x2284, + notsucceeds: 0x2281, + notsuperset: 0x2285, + nowarmenian: 0x0576, + nparen: 0x24A9, + nssquare: 0x33B1, + nsuperior: 0x207F, + ntilde: 0x00F1, + nu: 0x03BD, + nuhiragana: 0x306C, + nukatakana: 0x30CC, + nukatakanahalfwidth: 0xFF87, + nuktabengali: 0x09BC, + nuktadeva: 0x093C, + nuktagujarati: 0x0ABC, + nuktagurmukhi: 0x0A3C, + numbersign: 0x0023, + numbersignmonospace: 0xFF03, + numbersignsmall: 0xFE5F, + numeralsigngreek: 0x0374, + numeralsignlowergreek: 0x0375, + numero: 0x2116, + nun: 0x05E0, + nundagesh: 0xFB40, + nundageshhebrew: 0xFB40, + nunhebrew: 0x05E0, + nvsquare: 0x33B5, + nwsquare: 0x33BB, + nyabengali: 0x099E, + nyadeva: 0x091E, + nyagujarati: 0x0A9E, + nyagurmukhi: 0x0A1E, + o: 0x006F, + oacute: 0x00F3, + oangthai: 0x0E2D, + obarred: 0x0275, + obarredcyrillic: 0x04E9, + obarreddieresiscyrillic: 0x04EB, + obengali: 0x0993, + obopomofo: 0x311B, + obreve: 0x014F, + ocandradeva: 0x0911, + ocandragujarati: 0x0A91, + ocandravowelsigndeva: 0x0949, + ocandravowelsigngujarati: 0x0AC9, + ocaron: 0x01D2, + ocircle: 0x24DE, + ocircumflex: 0x00F4, + ocircumflexacute: 0x1ED1, + ocircumflexdotbelow: 0x1ED9, + ocircumflexgrave: 0x1ED3, + ocircumflexhookabove: 0x1ED5, + ocircumflextilde: 0x1ED7, + ocyrillic: 0x043E, + odblacute: 0x0151, + odblgrave: 0x020D, + odeva: 0x0913, + odieresis: 0x00F6, + odieresiscyrillic: 0x04E7, + odotbelow: 0x1ECD, + oe: 0x0153, + oekorean: 0x315A, + ogonek: 0x02DB, + ogonekcmb: 0x0328, + ograve: 0x00F2, + ogujarati: 0x0A93, + oharmenian: 0x0585, + ohiragana: 0x304A, + ohookabove: 0x1ECF, + ohorn: 0x01A1, + ohornacute: 0x1EDB, + ohorndotbelow: 0x1EE3, + ohorngrave: 0x1EDD, + ohornhookabove: 0x1EDF, + ohorntilde: 0x1EE1, + ohungarumlaut: 0x0151, + oi: 0x01A3, + oinvertedbreve: 0x020F, + okatakana: 0x30AA, + okatakanahalfwidth: 0xFF75, + okorean: 0x3157, + olehebrew: 0x05AB, + omacron: 0x014D, + omacronacute: 0x1E53, + omacrongrave: 0x1E51, + omdeva: 0x0950, + omega: 0x03C9, + omega1: 0x03D6, + omegacyrillic: 0x0461, + omegalatinclosed: 0x0277, + omegaroundcyrillic: 0x047B, + omegatitlocyrillic: 0x047D, + omegatonos: 0x03CE, + omgujarati: 0x0AD0, + omicron: 0x03BF, + omicrontonos: 0x03CC, + omonospace: 0xFF4F, + one: 0x0031, + onearabic: 0x0661, + onebengali: 0x09E7, + onecircle: 0x2460, + onecircleinversesansserif: 0x278A, + onedeva: 0x0967, + onedotenleader: 0x2024, + oneeighth: 0x215B, + onefitted: 0xF6DC, + onegujarati: 0x0AE7, + onegurmukhi: 0x0A67, + onehackarabic: 0x0661, + onehalf: 0x00BD, + onehangzhou: 0x3021, + oneideographicparen: 0x3220, + oneinferior: 0x2081, + onemonospace: 0xFF11, + onenumeratorbengali: 0x09F4, + oneoldstyle: 0xF731, + oneparen: 0x2474, + oneperiod: 0x2488, + onepersian: 0x06F1, + onequarter: 0x00BC, + oneroman: 0x2170, + onesuperior: 0x00B9, + onethai: 0x0E51, + onethird: 0x2153, + oogonek: 0x01EB, + oogonekmacron: 0x01ED, + oogurmukhi: 0x0A13, + oomatragurmukhi: 0x0A4B, + oopen: 0x0254, + oparen: 0x24AA, + openbullet: 0x25E6, + option: 0x2325, + ordfeminine: 0x00AA, + ordmasculine: 0x00BA, + orthogonal: 0x221F, + oshortdeva: 0x0912, + oshortvowelsigndeva: 0x094A, + oslash: 0x00F8, + oslashacute: 0x01FF, + osmallhiragana: 0x3049, + osmallkatakana: 0x30A9, + osmallkatakanahalfwidth: 0xFF6B, + ostrokeacute: 0x01FF, + osuperior: 0xF6F0, + otcyrillic: 0x047F, + otilde: 0x00F5, + otildeacute: 0x1E4D, + otildedieresis: 0x1E4F, + oubopomofo: 0x3121, + overline: 0x203E, + overlinecenterline: 0xFE4A, + overlinecmb: 0x0305, + overlinedashed: 0xFE49, + overlinedblwavy: 0xFE4C, + overlinewavy: 0xFE4B, + overscore: 0x00AF, + ovowelsignbengali: 0x09CB, + ovowelsigndeva: 0x094B, + ovowelsigngujarati: 0x0ACB, + p: 0x0070, + paampssquare: 0x3380, + paasentosquare: 0x332B, + pabengali: 0x09AA, + pacute: 0x1E55, + padeva: 0x092A, + pagedown: 0x21DF, + pageup: 0x21DE, + pagujarati: 0x0AAA, + pagurmukhi: 0x0A2A, + pahiragana: 0x3071, + paiyannoithai: 0x0E2F, + pakatakana: 0x30D1, + palatalizationcyrilliccmb: 0x0484, + palochkacyrillic: 0x04C0, + pansioskorean: 0x317F, + paragraph: 0x00B6, + parallel: 0x2225, + parenleft: 0x0028, + parenleftaltonearabic: 0xFD3E, + parenleftbt: 0xF8ED, + parenleftex: 0xF8EC, + parenleftinferior: 0x208D, + parenleftmonospace: 0xFF08, + parenleftsmall: 0xFE59, + parenleftsuperior: 0x207D, + parenlefttp: 0xF8EB, + parenleftvertical: 0xFE35, + parenright: 0x0029, + parenrightaltonearabic: 0xFD3F, + parenrightbt: 0xF8F8, + parenrightex: 0xF8F7, + parenrightinferior: 0x208E, + parenrightmonospace: 0xFF09, + parenrightsmall: 0xFE5A, + parenrightsuperior: 0x207E, + parenrighttp: 0xF8F6, + parenrightvertical: 0xFE36, + partialdiff: 0x2202, + paseqhebrew: 0x05C0, + pashtahebrew: 0x0599, + pasquare: 0x33A9, + patah: 0x05B7, + patah11: 0x05B7, + patah1d: 0x05B7, + patah2a: 0x05B7, + patahhebrew: 0x05B7, + patahnarrowhebrew: 0x05B7, + patahquarterhebrew: 0x05B7, + patahwidehebrew: 0x05B7, + pazerhebrew: 0x05A1, + pbopomofo: 0x3106, + pcircle: 0x24DF, + pdotaccent: 0x1E57, + pe: 0x05E4, + pecyrillic: 0x043F, + pedagesh: 0xFB44, + pedageshhebrew: 0xFB44, + peezisquare: 0x333B, + pefinaldageshhebrew: 0xFB43, + peharabic: 0x067E, + peharmenian: 0x057A, + pehebrew: 0x05E4, + pehfinalarabic: 0xFB57, + pehinitialarabic: 0xFB58, + pehiragana: 0x307A, + pehmedialarabic: 0xFB59, + pekatakana: 0x30DA, + pemiddlehookcyrillic: 0x04A7, + perafehebrew: 0xFB4E, + percent: 0x0025, + percentarabic: 0x066A, + percentmonospace: 0xFF05, + percentsmall: 0xFE6A, + period: 0x002E, + periodarmenian: 0x0589, + periodcentered: 0x00B7, + periodhalfwidth: 0xFF61, + periodinferior: 0xF6E7, + periodmonospace: 0xFF0E, + periodsmall: 0xFE52, + periodsuperior: 0xF6E8, + perispomenigreekcmb: 0x0342, + perpendicular: 0x22A5, + perthousand: 0x2030, + peseta: 0x20A7, + pfsquare: 0x338A, + phabengali: 0x09AB, + phadeva: 0x092B, + phagujarati: 0x0AAB, + phagurmukhi: 0x0A2B, + phi: 0x03C6, + phi1: 0x03D5, + phieuphacirclekorean: 0x327A, + phieuphaparenkorean: 0x321A, + phieuphcirclekorean: 0x326C, + phieuphkorean: 0x314D, + phieuphparenkorean: 0x320C, + philatin: 0x0278, + phinthuthai: 0x0E3A, + phisymbolgreek: 0x03D5, + phook: 0x01A5, + phophanthai: 0x0E1E, + phophungthai: 0x0E1C, + phosamphaothai: 0x0E20, + pi: 0x03C0, + pieupacirclekorean: 0x3273, + pieupaparenkorean: 0x3213, + pieupcieuckorean: 0x3176, + pieupcirclekorean: 0x3265, + pieupkiyeokkorean: 0x3172, + pieupkorean: 0x3142, + pieupparenkorean: 0x3205, + pieupsioskiyeokkorean: 0x3174, + pieupsioskorean: 0x3144, + pieupsiostikeutkorean: 0x3175, + pieupthieuthkorean: 0x3177, + pieuptikeutkorean: 0x3173, + pihiragana: 0x3074, + pikatakana: 0x30D4, + pisymbolgreek: 0x03D6, + piwrarmenian: 0x0583, + plus: 0x002B, + plusbelowcmb: 0x031F, + pluscircle: 0x2295, + plusminus: 0x00B1, + plusmod: 0x02D6, + plusmonospace: 0xFF0B, + plussmall: 0xFE62, + plussuperior: 0x207A, + pmonospace: 0xFF50, + pmsquare: 0x33D8, + pohiragana: 0x307D, + pointingindexdownwhite: 0x261F, + pointingindexleftwhite: 0x261C, + pointingindexrightwhite: 0x261E, + pointingindexupwhite: 0x261D, + pokatakana: 0x30DD, + poplathai: 0x0E1B, + postalmark: 0x3012, + postalmarkface: 0x3020, + pparen: 0x24AB, + precedes: 0x227A, + prescription: 0x211E, + primemod: 0x02B9, + primereversed: 0x2035, + product: 0x220F, + projective: 0x2305, + prolongedkana: 0x30FC, + propellor: 0x2318, + propersubset: 0x2282, + propersuperset: 0x2283, + proportion: 0x2237, + proportional: 0x221D, + psi: 0x03C8, + psicyrillic: 0x0471, + psilipneumatacyrilliccmb: 0x0486, + pssquare: 0x33B0, + puhiragana: 0x3077, + pukatakana: 0x30D7, + pvsquare: 0x33B4, + pwsquare: 0x33BA, + q: 0x0071, + qadeva: 0x0958, + qadmahebrew: 0x05A8, + qafarabic: 0x0642, + qaffinalarabic: 0xFED6, + qafinitialarabic: 0xFED7, + qafmedialarabic: 0xFED8, + qamats: 0x05B8, + qamats10: 0x05B8, + qamats1a: 0x05B8, + qamats1c: 0x05B8, + qamats27: 0x05B8, + qamats29: 0x05B8, + qamats33: 0x05B8, + qamatsde: 0x05B8, + qamatshebrew: 0x05B8, + qamatsnarrowhebrew: 0x05B8, + qamatsqatanhebrew: 0x05B8, + qamatsqatannarrowhebrew: 0x05B8, + qamatsqatanquarterhebrew: 0x05B8, + qamatsqatanwidehebrew: 0x05B8, + qamatsquarterhebrew: 0x05B8, + qamatswidehebrew: 0x05B8, + qarneyparahebrew: 0x059F, + qbopomofo: 0x3111, + qcircle: 0x24E0, + qhook: 0x02A0, + qmonospace: 0xFF51, + qof: 0x05E7, + qofdagesh: 0xFB47, + qofdageshhebrew: 0xFB47, + qofhebrew: 0x05E7, + qparen: 0x24AC, + quarternote: 0x2669, + qubuts: 0x05BB, + qubuts18: 0x05BB, + qubuts25: 0x05BB, + qubuts31: 0x05BB, + qubutshebrew: 0x05BB, + qubutsnarrowhebrew: 0x05BB, + qubutsquarterhebrew: 0x05BB, + qubutswidehebrew: 0x05BB, + question: 0x003F, + questionarabic: 0x061F, + questionarmenian: 0x055E, + questiondown: 0x00BF, + questiondownsmall: 0xF7BF, + questiongreek: 0x037E, + questionmonospace: 0xFF1F, + questionsmall: 0xF73F, + quotedbl: 0x0022, + quotedblbase: 0x201E, + quotedblleft: 0x201C, + quotedblmonospace: 0xFF02, + quotedblprime: 0x301E, + quotedblprimereversed: 0x301D, + quotedblright: 0x201D, + quoteleft: 0x2018, + quoteleftreversed: 0x201B, + quotereversed: 0x201B, + quoteright: 0x2019, + quoterightn: 0x0149, + quotesinglbase: 0x201A, + quotesingle: 0x0027, + quotesinglemonospace: 0xFF07, + r: 0x0072, + raarmenian: 0x057C, + rabengali: 0x09B0, + racute: 0x0155, + radeva: 0x0930, + radical: 0x221A, + radicalex: 0xF8E5, + radoverssquare: 0x33AE, + radoverssquaredsquare: 0x33AF, + radsquare: 0x33AD, + rafe: 0x05BF, + rafehebrew: 0x05BF, + ragujarati: 0x0AB0, + ragurmukhi: 0x0A30, + rahiragana: 0x3089, + rakatakana: 0x30E9, + rakatakanahalfwidth: 0xFF97, + ralowerdiagonalbengali: 0x09F1, + ramiddlediagonalbengali: 0x09F0, + ramshorn: 0x0264, + ratio: 0x2236, + rbopomofo: 0x3116, + rcaron: 0x0159, + rcedilla: 0x0157, + rcircle: 0x24E1, + rcommaaccent: 0x0157, + rdblgrave: 0x0211, + rdotaccent: 0x1E59, + rdotbelow: 0x1E5B, + rdotbelowmacron: 0x1E5D, + referencemark: 0x203B, + reflexsubset: 0x2286, + reflexsuperset: 0x2287, + registered: 0x00AE, + registersans: 0xF8E8, + registerserif: 0xF6DA, + reharabic: 0x0631, + reharmenian: 0x0580, + rehfinalarabic: 0xFEAE, + rehiragana: 0x308C, + rekatakana: 0x30EC, + rekatakanahalfwidth: 0xFF9A, + resh: 0x05E8, + reshdageshhebrew: 0xFB48, + reshhebrew: 0x05E8, + reversedtilde: 0x223D, + reviahebrew: 0x0597, + reviamugrashhebrew: 0x0597, + revlogicalnot: 0x2310, + rfishhook: 0x027E, + rfishhookreversed: 0x027F, + rhabengali: 0x09DD, + rhadeva: 0x095D, + rho: 0x03C1, + rhook: 0x027D, + rhookturned: 0x027B, + rhookturnedsuperior: 0x02B5, + rhosymbolgreek: 0x03F1, + rhotichookmod: 0x02DE, + rieulacirclekorean: 0x3271, + rieulaparenkorean: 0x3211, + rieulcirclekorean: 0x3263, + rieulhieuhkorean: 0x3140, + rieulkiyeokkorean: 0x313A, + rieulkiyeoksioskorean: 0x3169, + rieulkorean: 0x3139, + rieulmieumkorean: 0x313B, + rieulpansioskorean: 0x316C, + rieulparenkorean: 0x3203, + rieulphieuphkorean: 0x313F, + rieulpieupkorean: 0x313C, + rieulpieupsioskorean: 0x316B, + rieulsioskorean: 0x313D, + rieulthieuthkorean: 0x313E, + rieultikeutkorean: 0x316A, + rieulyeorinhieuhkorean: 0x316D, + rightangle: 0x221F, + righttackbelowcmb: 0x0319, + righttriangle: 0x22BF, + rihiragana: 0x308A, + rikatakana: 0x30EA, + rikatakanahalfwidth: 0xFF98, + ring: 0x02DA, + ringbelowcmb: 0x0325, + ringcmb: 0x030A, + ringhalfleft: 0x02BF, + ringhalfleftarmenian: 0x0559, + ringhalfleftbelowcmb: 0x031C, + ringhalfleftcentered: 0x02D3, + ringhalfright: 0x02BE, + ringhalfrightbelowcmb: 0x0339, + ringhalfrightcentered: 0x02D2, + rinvertedbreve: 0x0213, + rittorusquare: 0x3351, + rlinebelow: 0x1E5F, + rlongleg: 0x027C, + rlonglegturned: 0x027A, + rmonospace: 0xFF52, + rohiragana: 0x308D, + rokatakana: 0x30ED, + rokatakanahalfwidth: 0xFF9B, + roruathai: 0x0E23, + rparen: 0x24AD, + rrabengali: 0x09DC, + rradeva: 0x0931, + rragurmukhi: 0x0A5C, + rreharabic: 0x0691, + rrehfinalarabic: 0xFB8D, + rrvocalicbengali: 0x09E0, + rrvocalicdeva: 0x0960, + rrvocalicgujarati: 0x0AE0, + rrvocalicvowelsignbengali: 0x09C4, + rrvocalicvowelsigndeva: 0x0944, + rrvocalicvowelsigngujarati: 0x0AC4, + rsuperior: 0xF6F1, + rtblock: 0x2590, + rturned: 0x0279, + rturnedsuperior: 0x02B4, + ruhiragana: 0x308B, + rukatakana: 0x30EB, + rukatakanahalfwidth: 0xFF99, + rupeemarkbengali: 0x09F2, + rupeesignbengali: 0x09F3, + rupiah: 0xF6DD, + ruthai: 0x0E24, + rvocalicbengali: 0x098B, + rvocalicdeva: 0x090B, + rvocalicgujarati: 0x0A8B, + rvocalicvowelsignbengali: 0x09C3, + rvocalicvowelsigndeva: 0x0943, + rvocalicvowelsigngujarati: 0x0AC3, + s: 0x0073, + sabengali: 0x09B8, + sacute: 0x015B, + sacutedotaccent: 0x1E65, + sadarabic: 0x0635, + sadeva: 0x0938, + sadfinalarabic: 0xFEBA, + sadinitialarabic: 0xFEBB, + sadmedialarabic: 0xFEBC, + sagujarati: 0x0AB8, + sagurmukhi: 0x0A38, + sahiragana: 0x3055, + sakatakana: 0x30B5, + sakatakanahalfwidth: 0xFF7B, + sallallahoualayhewasallamarabic: 0xFDFA, + samekh: 0x05E1, + samekhdagesh: 0xFB41, + samekhdageshhebrew: 0xFB41, + samekhhebrew: 0x05E1, + saraaathai: 0x0E32, + saraaethai: 0x0E41, + saraaimaimalaithai: 0x0E44, + saraaimaimuanthai: 0x0E43, + saraamthai: 0x0E33, + saraathai: 0x0E30, + saraethai: 0x0E40, + saraiileftthai: 0xF886, + saraiithai: 0x0E35, + saraileftthai: 0xF885, + saraithai: 0x0E34, + saraothai: 0x0E42, + saraueeleftthai: 0xF888, + saraueethai: 0x0E37, + saraueleftthai: 0xF887, + sarauethai: 0x0E36, + sarauthai: 0x0E38, + sarauuthai: 0x0E39, + sbopomofo: 0x3119, + scaron: 0x0161, + scarondotaccent: 0x1E67, + scedilla: 0x015F, + schwa: 0x0259, + schwacyrillic: 0x04D9, + schwadieresiscyrillic: 0x04DB, + schwahook: 0x025A, + scircle: 0x24E2, + scircumflex: 0x015D, + scommaaccent: 0x0219, + sdotaccent: 0x1E61, + sdotbelow: 0x1E63, + sdotbelowdotaccent: 0x1E69, + seagullbelowcmb: 0x033C, + second: 0x2033, + secondtonechinese: 0x02CA, + section: 0x00A7, + seenarabic: 0x0633, + seenfinalarabic: 0xFEB2, + seeninitialarabic: 0xFEB3, + seenmedialarabic: 0xFEB4, + segol: 0x05B6, + segol13: 0x05B6, + segol1f: 0x05B6, + segol2c: 0x05B6, + segolhebrew: 0x05B6, + segolnarrowhebrew: 0x05B6, + segolquarterhebrew: 0x05B6, + segoltahebrew: 0x0592, + segolwidehebrew: 0x05B6, + seharmenian: 0x057D, + sehiragana: 0x305B, + sekatakana: 0x30BB, + sekatakanahalfwidth: 0xFF7E, + semicolon: 0x003B, + semicolonarabic: 0x061B, + semicolonmonospace: 0xFF1B, + semicolonsmall: 0xFE54, + semivoicedmarkkana: 0x309C, + semivoicedmarkkanahalfwidth: 0xFF9F, + sentisquare: 0x3322, + sentosquare: 0x3323, + seven: 0x0037, + sevenarabic: 0x0667, + sevenbengali: 0x09ED, + sevencircle: 0x2466, + sevencircleinversesansserif: 0x2790, + sevendeva: 0x096D, + seveneighths: 0x215E, + sevengujarati: 0x0AED, + sevengurmukhi: 0x0A6D, + sevenhackarabic: 0x0667, + sevenhangzhou: 0x3027, + sevenideographicparen: 0x3226, + seveninferior: 0x2087, + sevenmonospace: 0xFF17, + sevenoldstyle: 0xF737, + sevenparen: 0x247A, + sevenperiod: 0x248E, + sevenpersian: 0x06F7, + sevenroman: 0x2176, + sevensuperior: 0x2077, + seventeencircle: 0x2470, + seventeenparen: 0x2484, + seventeenperiod: 0x2498, + seventhai: 0x0E57, + sfthyphen: 0x00AD, + shaarmenian: 0x0577, + shabengali: 0x09B6, + shacyrillic: 0x0448, + shaddaarabic: 0x0651, + shaddadammaarabic: 0xFC61, + shaddadammatanarabic: 0xFC5E, + shaddafathaarabic: 0xFC60, + shaddakasraarabic: 0xFC62, + shaddakasratanarabic: 0xFC5F, + shade: 0x2592, + shadedark: 0x2593, + shadelight: 0x2591, + shademedium: 0x2592, + shadeva: 0x0936, + shagujarati: 0x0AB6, + shagurmukhi: 0x0A36, + shalshelethebrew: 0x0593, + shbopomofo: 0x3115, + shchacyrillic: 0x0449, + sheenarabic: 0x0634, + sheenfinalarabic: 0xFEB6, + sheeninitialarabic: 0xFEB7, + sheenmedialarabic: 0xFEB8, + sheicoptic: 0x03E3, + sheqel: 0x20AA, + sheqelhebrew: 0x20AA, + sheva: 0x05B0, + sheva115: 0x05B0, + sheva15: 0x05B0, + sheva22: 0x05B0, + sheva2e: 0x05B0, + shevahebrew: 0x05B0, + shevanarrowhebrew: 0x05B0, + shevaquarterhebrew: 0x05B0, + shevawidehebrew: 0x05B0, + shhacyrillic: 0x04BB, + shimacoptic: 0x03ED, + shin: 0x05E9, + shindagesh: 0xFB49, + shindageshhebrew: 0xFB49, + shindageshshindot: 0xFB2C, + shindageshshindothebrew: 0xFB2C, + shindageshsindot: 0xFB2D, + shindageshsindothebrew: 0xFB2D, + shindothebrew: 0x05C1, + shinhebrew: 0x05E9, + shinshindot: 0xFB2A, + shinshindothebrew: 0xFB2A, + shinsindot: 0xFB2B, + shinsindothebrew: 0xFB2B, + shook: 0x0282, + sigma: 0x03C3, + sigma1: 0x03C2, + sigmafinal: 0x03C2, + sigmalunatesymbolgreek: 0x03F2, + sihiragana: 0x3057, + sikatakana: 0x30B7, + sikatakanahalfwidth: 0xFF7C, + siluqhebrew: 0x05BD, + siluqlefthebrew: 0x05BD, + similar: 0x223C, + sindothebrew: 0x05C2, + siosacirclekorean: 0x3274, + siosaparenkorean: 0x3214, + sioscieuckorean: 0x317E, + sioscirclekorean: 0x3266, + sioskiyeokkorean: 0x317A, + sioskorean: 0x3145, + siosnieunkorean: 0x317B, + siosparenkorean: 0x3206, + siospieupkorean: 0x317D, + siostikeutkorean: 0x317C, + six: 0x0036, + sixarabic: 0x0666, + sixbengali: 0x09EC, + sixcircle: 0x2465, + sixcircleinversesansserif: 0x278F, + sixdeva: 0x096C, + sixgujarati: 0x0AEC, + sixgurmukhi: 0x0A6C, + sixhackarabic: 0x0666, + sixhangzhou: 0x3026, + sixideographicparen: 0x3225, + sixinferior: 0x2086, + sixmonospace: 0xFF16, + sixoldstyle: 0xF736, + sixparen: 0x2479, + sixperiod: 0x248D, + sixpersian: 0x06F6, + sixroman: 0x2175, + sixsuperior: 0x2076, + sixteencircle: 0x246F, + sixteencurrencydenominatorbengali: 0x09F9, + sixteenparen: 0x2483, + sixteenperiod: 0x2497, + sixthai: 0x0E56, + slash: 0x002F, + slashmonospace: 0xFF0F, + slong: 0x017F, + slongdotaccent: 0x1E9B, + smileface: 0x263A, + smonospace: 0xFF53, + sofpasuqhebrew: 0x05C3, + softhyphen: 0x00AD, + softsigncyrillic: 0x044C, + sohiragana: 0x305D, + sokatakana: 0x30BD, + sokatakanahalfwidth: 0xFF7F, + soliduslongoverlaycmb: 0x0338, + solidusshortoverlaycmb: 0x0337, + sorusithai: 0x0E29, + sosalathai: 0x0E28, + sosothai: 0x0E0B, + sosuathai: 0x0E2A, + space: 0x0020, + spacehackarabic: 0x0020, + spade: 0x2660, + spadesuitblack: 0x2660, + spadesuitwhite: 0x2664, + sparen: 0x24AE, + squarebelowcmb: 0x033B, + squarecc: 0x33C4, + squarecm: 0x339D, + squarediagonalcrosshatchfill: 0x25A9, + squarehorizontalfill: 0x25A4, + squarekg: 0x338F, + squarekm: 0x339E, + squarekmcapital: 0x33CE, + squareln: 0x33D1, + squarelog: 0x33D2, + squaremg: 0x338E, + squaremil: 0x33D5, + squaremm: 0x339C, + squaremsquared: 0x33A1, + squareorthogonalcrosshatchfill: 0x25A6, + squareupperlefttolowerrightfill: 0x25A7, + squareupperrighttolowerleftfill: 0x25A8, + squareverticalfill: 0x25A5, + squarewhitewithsmallblack: 0x25A3, + srsquare: 0x33DB, + ssabengali: 0x09B7, + ssadeva: 0x0937, + ssagujarati: 0x0AB7, + ssangcieuckorean: 0x3149, + ssanghieuhkorean: 0x3185, + ssangieungkorean: 0x3180, + ssangkiyeokkorean: 0x3132, + ssangnieunkorean: 0x3165, + ssangpieupkorean: 0x3143, + ssangsioskorean: 0x3146, + ssangtikeutkorean: 0x3138, + ssuperior: 0xF6F2, + sterling: 0x00A3, + sterlingmonospace: 0xFFE1, + strokelongoverlaycmb: 0x0336, + strokeshortoverlaycmb: 0x0335, + subset: 0x2282, + subsetnotequal: 0x228A, + subsetorequal: 0x2286, + succeeds: 0x227B, + suchthat: 0x220B, + suhiragana: 0x3059, + sukatakana: 0x30B9, + sukatakanahalfwidth: 0xFF7D, + sukunarabic: 0x0652, + summation: 0x2211, + sun: 0x263C, + superset: 0x2283, + supersetnotequal: 0x228B, + supersetorequal: 0x2287, + svsquare: 0x33DC, + syouwaerasquare: 0x337C, + t: 0x0074, + tabengali: 0x09A4, + tackdown: 0x22A4, + tackleft: 0x22A3, + tadeva: 0x0924, + tagujarati: 0x0AA4, + tagurmukhi: 0x0A24, + taharabic: 0x0637, + tahfinalarabic: 0xFEC2, + tahinitialarabic: 0xFEC3, + tahiragana: 0x305F, + tahmedialarabic: 0xFEC4, + taisyouerasquare: 0x337D, + takatakana: 0x30BF, + takatakanahalfwidth: 0xFF80, + tatweelarabic: 0x0640, + tau: 0x03C4, + tav: 0x05EA, + tavdages: 0xFB4A, + tavdagesh: 0xFB4A, + tavdageshhebrew: 0xFB4A, + tavhebrew: 0x05EA, + tbar: 0x0167, + tbopomofo: 0x310A, + tcaron: 0x0165, + tccurl: 0x02A8, + tcedilla: 0x0163, + tcheharabic: 0x0686, + tchehfinalarabic: 0xFB7B, + tchehinitialarabic: 0xFB7C, + tchehmedialarabic: 0xFB7D, + tcircle: 0x24E3, + tcircumflexbelow: 0x1E71, + tcommaaccent: 0x0163, + tdieresis: 0x1E97, + tdotaccent: 0x1E6B, + tdotbelow: 0x1E6D, + tecyrillic: 0x0442, + tedescendercyrillic: 0x04AD, + teharabic: 0x062A, + tehfinalarabic: 0xFE96, + tehhahinitialarabic: 0xFCA2, + tehhahisolatedarabic: 0xFC0C, + tehinitialarabic: 0xFE97, + tehiragana: 0x3066, + tehjeeminitialarabic: 0xFCA1, + tehjeemisolatedarabic: 0xFC0B, + tehmarbutaarabic: 0x0629, + tehmarbutafinalarabic: 0xFE94, + tehmedialarabic: 0xFE98, + tehmeeminitialarabic: 0xFCA4, + tehmeemisolatedarabic: 0xFC0E, + tehnoonfinalarabic: 0xFC73, + tekatakana: 0x30C6, + tekatakanahalfwidth: 0xFF83, + telephone: 0x2121, + telephoneblack: 0x260E, + telishagedolahebrew: 0x05A0, + telishaqetanahebrew: 0x05A9, + tencircle: 0x2469, + tenideographicparen: 0x3229, + tenparen: 0x247D, + tenperiod: 0x2491, + tenroman: 0x2179, + tesh: 0x02A7, + tet: 0x05D8, + tetdagesh: 0xFB38, + tetdageshhebrew: 0xFB38, + tethebrew: 0x05D8, + tetsecyrillic: 0x04B5, + tevirhebrew: 0x059B, + tevirlefthebrew: 0x059B, + thabengali: 0x09A5, + thadeva: 0x0925, + thagujarati: 0x0AA5, + thagurmukhi: 0x0A25, + thalarabic: 0x0630, + thalfinalarabic: 0xFEAC, + thanthakhatlowleftthai: 0xF898, + thanthakhatlowrightthai: 0xF897, + thanthakhatthai: 0x0E4C, + thanthakhatupperleftthai: 0xF896, + theharabic: 0x062B, + thehfinalarabic: 0xFE9A, + thehinitialarabic: 0xFE9B, + thehmedialarabic: 0xFE9C, + thereexists: 0x2203, + therefore: 0x2234, + theta: 0x03B8, + theta1: 0x03D1, + thetasymbolgreek: 0x03D1, + thieuthacirclekorean: 0x3279, + thieuthaparenkorean: 0x3219, + thieuthcirclekorean: 0x326B, + thieuthkorean: 0x314C, + thieuthparenkorean: 0x320B, + thirteencircle: 0x246C, + thirteenparen: 0x2480, + thirteenperiod: 0x2494, + thonangmonthothai: 0x0E11, + thook: 0x01AD, + thophuthaothai: 0x0E12, + thorn: 0x00FE, + thothahanthai: 0x0E17, + thothanthai: 0x0E10, + thothongthai: 0x0E18, + thothungthai: 0x0E16, + thousandcyrillic: 0x0482, + thousandsseparatorarabic: 0x066C, + thousandsseparatorpersian: 0x066C, + three: 0x0033, + threearabic: 0x0663, + threebengali: 0x09E9, + threecircle: 0x2462, + threecircleinversesansserif: 0x278C, + threedeva: 0x0969, + threeeighths: 0x215C, + threegujarati: 0x0AE9, + threegurmukhi: 0x0A69, + threehackarabic: 0x0663, + threehangzhou: 0x3023, + threeideographicparen: 0x3222, + threeinferior: 0x2083, + threemonospace: 0xFF13, + threenumeratorbengali: 0x09F6, + threeoldstyle: 0xF733, + threeparen: 0x2476, + threeperiod: 0x248A, + threepersian: 0x06F3, + threequarters: 0x00BE, + threequartersemdash: 0xF6DE, + threeroman: 0x2172, + threesuperior: 0x00B3, + threethai: 0x0E53, + thzsquare: 0x3394, + tihiragana: 0x3061, + tikatakana: 0x30C1, + tikatakanahalfwidth: 0xFF81, + tikeutacirclekorean: 0x3270, + tikeutaparenkorean: 0x3210, + tikeutcirclekorean: 0x3262, + tikeutkorean: 0x3137, + tikeutparenkorean: 0x3202, + tilde: 0x02DC, + tildebelowcmb: 0x0330, + tildecmb: 0x0303, + tildecomb: 0x0303, + tildedoublecmb: 0x0360, + tildeoperator: 0x223C, + tildeoverlaycmb: 0x0334, + tildeverticalcmb: 0x033E, + timescircle: 0x2297, + tipehahebrew: 0x0596, + tipehalefthebrew: 0x0596, + tippigurmukhi: 0x0A70, + titlocyrilliccmb: 0x0483, + tiwnarmenian: 0x057F, + tlinebelow: 0x1E6F, + tmonospace: 0xFF54, + toarmenian: 0x0569, + tohiragana: 0x3068, + tokatakana: 0x30C8, + tokatakanahalfwidth: 0xFF84, + tonebarextrahighmod: 0x02E5, + tonebarextralowmod: 0x02E9, + tonebarhighmod: 0x02E6, + tonebarlowmod: 0x02E8, + tonebarmidmod: 0x02E7, + tonefive: 0x01BD, + tonesix: 0x0185, + tonetwo: 0x01A8, + tonos: 0x0384, + tonsquare: 0x3327, + topatakthai: 0x0E0F, + tortoiseshellbracketleft: 0x3014, + tortoiseshellbracketleftsmall: 0xFE5D, + tortoiseshellbracketleftvertical: 0xFE39, + tortoiseshellbracketright: 0x3015, + tortoiseshellbracketrightsmall: 0xFE5E, + tortoiseshellbracketrightvertical: 0xFE3A, + totaothai: 0x0E15, + tpalatalhook: 0x01AB, + tparen: 0x24AF, + trademark: 0x2122, + trademarksans: 0xF8EA, + trademarkserif: 0xF6DB, + tretroflexhook: 0x0288, + triagdn: 0x25BC, + triaglf: 0x25C4, + triagrt: 0x25BA, + triagup: 0x25B2, + ts: 0x02A6, + tsadi: 0x05E6, + tsadidagesh: 0xFB46, + tsadidageshhebrew: 0xFB46, + tsadihebrew: 0x05E6, + tsecyrillic: 0x0446, + tsere: 0x05B5, + tsere12: 0x05B5, + tsere1e: 0x05B5, + tsere2b: 0x05B5, + tserehebrew: 0x05B5, + tserenarrowhebrew: 0x05B5, + tserequarterhebrew: 0x05B5, + tserewidehebrew: 0x05B5, + tshecyrillic: 0x045B, + tsuperior: 0xF6F3, + ttabengali: 0x099F, + ttadeva: 0x091F, + ttagujarati: 0x0A9F, + ttagurmukhi: 0x0A1F, + tteharabic: 0x0679, + ttehfinalarabic: 0xFB67, + ttehinitialarabic: 0xFB68, + ttehmedialarabic: 0xFB69, + tthabengali: 0x09A0, + tthadeva: 0x0920, + tthagujarati: 0x0AA0, + tthagurmukhi: 0x0A20, + tturned: 0x0287, + tuhiragana: 0x3064, + tukatakana: 0x30C4, + tukatakanahalfwidth: 0xFF82, + tusmallhiragana: 0x3063, + tusmallkatakana: 0x30C3, + tusmallkatakanahalfwidth: 0xFF6F, + twelvecircle: 0x246B, + twelveparen: 0x247F, + twelveperiod: 0x2493, + twelveroman: 0x217B, + twentycircle: 0x2473, + twentyhangzhou: 0x5344, + twentyparen: 0x2487, + twentyperiod: 0x249B, + two: 0x0032, + twoarabic: 0x0662, + twobengali: 0x09E8, + twocircle: 0x2461, + twocircleinversesansserif: 0x278B, + twodeva: 0x0968, + twodotenleader: 0x2025, + twodotleader: 0x2025, + twodotleadervertical: 0xFE30, + twogujarati: 0x0AE8, + twogurmukhi: 0x0A68, + twohackarabic: 0x0662, + twohangzhou: 0x3022, + twoideographicparen: 0x3221, + twoinferior: 0x2082, + twomonospace: 0xFF12, + twonumeratorbengali: 0x09F5, + twooldstyle: 0xF732, + twoparen: 0x2475, + twoperiod: 0x2489, + twopersian: 0x06F2, + tworoman: 0x2171, + twostroke: 0x01BB, + twosuperior: 0x00B2, + twothai: 0x0E52, + twothirds: 0x2154, + u: 0x0075, + uacute: 0x00FA, + ubar: 0x0289, + ubengali: 0x0989, + ubopomofo: 0x3128, + ubreve: 0x016D, + ucaron: 0x01D4, + ucircle: 0x24E4, + ucircumflex: 0x00FB, + ucircumflexbelow: 0x1E77, + ucyrillic: 0x0443, + udattadeva: 0x0951, + udblacute: 0x0171, + udblgrave: 0x0215, + udeva: 0x0909, + udieresis: 0x00FC, + udieresisacute: 0x01D8, + udieresisbelow: 0x1E73, + udieresiscaron: 0x01DA, + udieresiscyrillic: 0x04F1, + udieresisgrave: 0x01DC, + udieresismacron: 0x01D6, + udotbelow: 0x1EE5, + ugrave: 0x00F9, + ugujarati: 0x0A89, + ugurmukhi: 0x0A09, + uhiragana: 0x3046, + uhookabove: 0x1EE7, + uhorn: 0x01B0, + uhornacute: 0x1EE9, + uhorndotbelow: 0x1EF1, + uhorngrave: 0x1EEB, + uhornhookabove: 0x1EED, + uhorntilde: 0x1EEF, + uhungarumlaut: 0x0171, + uhungarumlautcyrillic: 0x04F3, + uinvertedbreve: 0x0217, + ukatakana: 0x30A6, + ukatakanahalfwidth: 0xFF73, + ukcyrillic: 0x0479, + ukorean: 0x315C, + umacron: 0x016B, + umacroncyrillic: 0x04EF, + umacrondieresis: 0x1E7B, + umatragurmukhi: 0x0A41, + umonospace: 0xFF55, + underscore: 0x005F, + underscoredbl: 0x2017, + underscoremonospace: 0xFF3F, + underscorevertical: 0xFE33, + underscorewavy: 0xFE4F, + union: 0x222A, + universal: 0x2200, + uogonek: 0x0173, + uparen: 0x24B0, + upblock: 0x2580, + upperdothebrew: 0x05C4, + upsilon: 0x03C5, + upsilondieresis: 0x03CB, + upsilondieresistonos: 0x03B0, + upsilonlatin: 0x028A, + upsilontonos: 0x03CD, + uptackbelowcmb: 0x031D, + uptackmod: 0x02D4, + uragurmukhi: 0x0A73, + uring: 0x016F, + ushortcyrillic: 0x045E, + usmallhiragana: 0x3045, + usmallkatakana: 0x30A5, + usmallkatakanahalfwidth: 0xFF69, + ustraightcyrillic: 0x04AF, + ustraightstrokecyrillic: 0x04B1, + utilde: 0x0169, + utildeacute: 0x1E79, + utildebelow: 0x1E75, + uubengali: 0x098A, + uudeva: 0x090A, + uugujarati: 0x0A8A, + uugurmukhi: 0x0A0A, + uumatragurmukhi: 0x0A42, + uuvowelsignbengali: 0x09C2, + uuvowelsigndeva: 0x0942, + uuvowelsigngujarati: 0x0AC2, + uvowelsignbengali: 0x09C1, + uvowelsigndeva: 0x0941, + uvowelsigngujarati: 0x0AC1, + v: 0x0076, + vadeva: 0x0935, + vagujarati: 0x0AB5, + vagurmukhi: 0x0A35, + vakatakana: 0x30F7, + vav: 0x05D5, + vavdagesh: 0xFB35, + vavdagesh65: 0xFB35, + vavdageshhebrew: 0xFB35, + vavhebrew: 0x05D5, + vavholam: 0xFB4B, + vavholamhebrew: 0xFB4B, + vavvavhebrew: 0x05F0, + vavyodhebrew: 0x05F1, + vcircle: 0x24E5, + vdotbelow: 0x1E7F, + vecyrillic: 0x0432, + veharabic: 0x06A4, + vehfinalarabic: 0xFB6B, + vehinitialarabic: 0xFB6C, + vehmedialarabic: 0xFB6D, + vekatakana: 0x30F9, + venus: 0x2640, + verticalbar: 0x007C, + verticallineabovecmb: 0x030D, + verticallinebelowcmb: 0x0329, + verticallinelowmod: 0x02CC, + verticallinemod: 0x02C8, + vewarmenian: 0x057E, + vhook: 0x028B, + vikatakana: 0x30F8, + viramabengali: 0x09CD, + viramadeva: 0x094D, + viramagujarati: 0x0ACD, + visargabengali: 0x0983, + visargadeva: 0x0903, + visargagujarati: 0x0A83, + vmonospace: 0xFF56, + voarmenian: 0x0578, + voicediterationhiragana: 0x309E, + voicediterationkatakana: 0x30FE, + voicedmarkkana: 0x309B, + voicedmarkkanahalfwidth: 0xFF9E, + vokatakana: 0x30FA, + vparen: 0x24B1, + vtilde: 0x1E7D, + vturned: 0x028C, + vuhiragana: 0x3094, + vukatakana: 0x30F4, + w: 0x0077, + wacute: 0x1E83, + waekorean: 0x3159, + wahiragana: 0x308F, + wakatakana: 0x30EF, + wakatakanahalfwidth: 0xFF9C, + wakorean: 0x3158, + wasmallhiragana: 0x308E, + wasmallkatakana: 0x30EE, + wattosquare: 0x3357, + wavedash: 0x301C, + wavyunderscorevertical: 0xFE34, + wawarabic: 0x0648, + wawfinalarabic: 0xFEEE, + wawhamzaabovearabic: 0x0624, + wawhamzaabovefinalarabic: 0xFE86, + wbsquare: 0x33DD, + wcircle: 0x24E6, + wcircumflex: 0x0175, + wdieresis: 0x1E85, + wdotaccent: 0x1E87, + wdotbelow: 0x1E89, + wehiragana: 0x3091, + weierstrass: 0x2118, + wekatakana: 0x30F1, + wekorean: 0x315E, + weokorean: 0x315D, + wgrave: 0x1E81, + whitebullet: 0x25E6, + whitecircle: 0x25CB, + whitecircleinverse: 0x25D9, + whitecornerbracketleft: 0x300E, + whitecornerbracketleftvertical: 0xFE43, + whitecornerbracketright: 0x300F, + whitecornerbracketrightvertical: 0xFE44, + whitediamond: 0x25C7, + whitediamondcontainingblacksmalldiamond: 0x25C8, + whitedownpointingsmalltriangle: 0x25BF, + whitedownpointingtriangle: 0x25BD, + whiteleftpointingsmalltriangle: 0x25C3, + whiteleftpointingtriangle: 0x25C1, + whitelenticularbracketleft: 0x3016, + whitelenticularbracketright: 0x3017, + whiterightpointingsmalltriangle: 0x25B9, + whiterightpointingtriangle: 0x25B7, + whitesmallsquare: 0x25AB, + whitesmilingface: 0x263A, + whitesquare: 0x25A1, + whitestar: 0x2606, + whitetelephone: 0x260F, + whitetortoiseshellbracketleft: 0x3018, + whitetortoiseshellbracketright: 0x3019, + whiteuppointingsmalltriangle: 0x25B5, + whiteuppointingtriangle: 0x25B3, + wihiragana: 0x3090, + wikatakana: 0x30F0, + wikorean: 0x315F, + wmonospace: 0xFF57, + wohiragana: 0x3092, + wokatakana: 0x30F2, + wokatakanahalfwidth: 0xFF66, + won: 0x20A9, + wonmonospace: 0xFFE6, + wowaenthai: 0x0E27, + wparen: 0x24B2, + wring: 0x1E98, + wsuperior: 0x02B7, + wturned: 0x028D, + wynn: 0x01BF, + x: 0x0078, + xabovecmb: 0x033D, + xbopomofo: 0x3112, + xcircle: 0x24E7, + xdieresis: 0x1E8D, + xdotaccent: 0x1E8B, + xeharmenian: 0x056D, + xi: 0x03BE, + xmonospace: 0xFF58, + xparen: 0x24B3, + xsuperior: 0x02E3, + y: 0x0079, + yaadosquare: 0x334E, + yabengali: 0x09AF, + yacute: 0x00FD, + yadeva: 0x092F, + yaekorean: 0x3152, + yagujarati: 0x0AAF, + yagurmukhi: 0x0A2F, + yahiragana: 0x3084, + yakatakana: 0x30E4, + yakatakanahalfwidth: 0xFF94, + yakorean: 0x3151, + yamakkanthai: 0x0E4E, + yasmallhiragana: 0x3083, + yasmallkatakana: 0x30E3, + yasmallkatakanahalfwidth: 0xFF6C, + yatcyrillic: 0x0463, + ycircle: 0x24E8, + ycircumflex: 0x0177, + ydieresis: 0x00FF, + ydotaccent: 0x1E8F, + ydotbelow: 0x1EF5, + yeharabic: 0x064A, + yehbarreearabic: 0x06D2, + yehbarreefinalarabic: 0xFBAF, + yehfinalarabic: 0xFEF2, + yehhamzaabovearabic: 0x0626, + yehhamzaabovefinalarabic: 0xFE8A, + yehhamzaaboveinitialarabic: 0xFE8B, + yehhamzaabovemedialarabic: 0xFE8C, + yehinitialarabic: 0xFEF3, + yehmedialarabic: 0xFEF4, + yehmeeminitialarabic: 0xFCDD, + yehmeemisolatedarabic: 0xFC58, + yehnoonfinalarabic: 0xFC94, + yehthreedotsbelowarabic: 0x06D1, + yekorean: 0x3156, + yen: 0x00A5, + yenmonospace: 0xFFE5, + yeokorean: 0x3155, + yeorinhieuhkorean: 0x3186, + yerahbenyomohebrew: 0x05AA, + yerahbenyomolefthebrew: 0x05AA, + yericyrillic: 0x044B, + yerudieresiscyrillic: 0x04F9, + yesieungkorean: 0x3181, + yesieungpansioskorean: 0x3183, + yesieungsioskorean: 0x3182, + yetivhebrew: 0x059A, + ygrave: 0x1EF3, + yhook: 0x01B4, + yhookabove: 0x1EF7, + yiarmenian: 0x0575, + yicyrillic: 0x0457, + yikorean: 0x3162, + yinyang: 0x262F, + yiwnarmenian: 0x0582, + ymonospace: 0xFF59, + yod: 0x05D9, + yoddagesh: 0xFB39, + yoddageshhebrew: 0xFB39, + yodhebrew: 0x05D9, + yodyodhebrew: 0x05F2, + yodyodpatahhebrew: 0xFB1F, + yohiragana: 0x3088, + yoikorean: 0x3189, + yokatakana: 0x30E8, + yokatakanahalfwidth: 0xFF96, + yokorean: 0x315B, + yosmallhiragana: 0x3087, + yosmallkatakana: 0x30E7, + yosmallkatakanahalfwidth: 0xFF6E, + yotgreek: 0x03F3, + yoyaekorean: 0x3188, + yoyakorean: 0x3187, + yoyakthai: 0x0E22, + yoyingthai: 0x0E0D, + yparen: 0x24B4, + ypogegrammeni: 0x037A, + ypogegrammenigreekcmb: 0x0345, + yr: 0x01A6, + yring: 0x1E99, + ysuperior: 0x02B8, + ytilde: 0x1EF9, + yturned: 0x028E, + yuhiragana: 0x3086, + yuikorean: 0x318C, + yukatakana: 0x30E6, + yukatakanahalfwidth: 0xFF95, + yukorean: 0x3160, + yusbigcyrillic: 0x046B, + yusbigiotifiedcyrillic: 0x046D, + yuslittlecyrillic: 0x0467, + yuslittleiotifiedcyrillic: 0x0469, + yusmallhiragana: 0x3085, + yusmallkatakana: 0x30E5, + yusmallkatakanahalfwidth: 0xFF6D, + yuyekorean: 0x318B, + yuyeokorean: 0x318A, + yyabengali: 0x09DF, + yyadeva: 0x095F, + z: 0x007A, + zaarmenian: 0x0566, + zacute: 0x017A, + zadeva: 0x095B, + zagurmukhi: 0x0A5B, + zaharabic: 0x0638, + zahfinalarabic: 0xFEC6, + zahinitialarabic: 0xFEC7, + zahiragana: 0x3056, + zahmedialarabic: 0xFEC8, + zainarabic: 0x0632, + zainfinalarabic: 0xFEB0, + zakatakana: 0x30B6, + zaqefgadolhebrew: 0x0595, + zaqefqatanhebrew: 0x0594, + zarqahebrew: 0x0598, + zayin: 0x05D6, + zayindagesh: 0xFB36, + zayindageshhebrew: 0xFB36, + zayinhebrew: 0x05D6, + zbopomofo: 0x3117, + zcaron: 0x017E, + zcircle: 0x24E9, + zcircumflex: 0x1E91, + zcurl: 0x0291, + zdot: 0x017C, + zdotaccent: 0x017C, + zdotbelow: 0x1E93, + zecyrillic: 0x0437, + zedescendercyrillic: 0x0499, + zedieresiscyrillic: 0x04DF, + zehiragana: 0x305C, + zekatakana: 0x30BC, + zero: 0x0030, + zeroarabic: 0x0660, + zerobengali: 0x09E6, + zerodeva: 0x0966, + zerogujarati: 0x0AE6, + zerogurmukhi: 0x0A66, + zerohackarabic: 0x0660, + zeroinferior: 0x2080, + zeromonospace: 0xFF10, + zerooldstyle: 0xF730, + zeropersian: 0x06F0, + zerosuperior: 0x2070, + zerothai: 0x0E50, + zerowidthjoiner: 0xFEFF, + zerowidthnonjoiner: 0x200C, + zerowidthspace: 0x200B, + zeta: 0x03B6, + zhbopomofo: 0x3113, + zhearmenian: 0x056A, + zhebrevecyrillic: 0x04C2, + zhecyrillic: 0x0436, + zhedescendercyrillic: 0x0497, + zhedieresiscyrillic: 0x04DD, + zihiragana: 0x3058, + zikatakana: 0x30B8, + zinorhebrew: 0x05AE, + zlinebelow: 0x1E95, + zmonospace: 0xFF5A, + zohiragana: 0x305E, + zokatakana: 0x30BE, + zparen: 0x24B5, + zretroflexhook: 0x0290, + zstroke: 0x01B6, + zuhiragana: 0x305A, + zukatakana: 0x30BA, + '.notdef': 0x0000 +}; + +var DingbatsGlyphsUnicode = { + space: 0x0020, + a1: 0x2701, + a2: 0x2702, + a202: 0x2703, + a3: 0x2704, + a4: 0x260E, + a5: 0x2706, + a119: 0x2707, + a118: 0x2708, + a117: 0x2709, + a11: 0x261B, + a12: 0x261E, + a13: 0x270C, + a14: 0x270D, + a15: 0x270E, + a16: 0x270F, + a105: 0x2710, + a17: 0x2711, + a18: 0x2712, + a19: 0x2713, + a20: 0x2714, + a21: 0x2715, + a22: 0x2716, + a23: 0x2717, + a24: 0x2718, + a25: 0x2719, + a26: 0x271A, + a27: 0x271B, + a28: 0x271C, + a6: 0x271D, + a7: 0x271E, + a8: 0x271F, + a9: 0x2720, + a10: 0x2721, + a29: 0x2722, + a30: 0x2723, + a31: 0x2724, + a32: 0x2725, + a33: 0x2726, + a34: 0x2727, + a35: 0x2605, + a36: 0x2729, + a37: 0x272A, + a38: 0x272B, + a39: 0x272C, + a40: 0x272D, + a41: 0x272E, + a42: 0x272F, + a43: 0x2730, + a44: 0x2731, + a45: 0x2732, + a46: 0x2733, + a47: 0x2734, + a48: 0x2735, + a49: 0x2736, + a50: 0x2737, + a51: 0x2738, + a52: 0x2739, + a53: 0x273A, + a54: 0x273B, + a55: 0x273C, + a56: 0x273D, + a57: 0x273E, + a58: 0x273F, + a59: 0x2740, + a60: 0x2741, + a61: 0x2742, + a62: 0x2743, + a63: 0x2744, + a64: 0x2745, + a65: 0x2746, + a66: 0x2747, + a67: 0x2748, + a68: 0x2749, + a69: 0x274A, + a70: 0x274B, + a71: 0x25CF, + a72: 0x274D, + a73: 0x25A0, + a74: 0x274F, + a203: 0x2750, + a75: 0x2751, + a204: 0x2752, + a76: 0x25B2, + a77: 0x25BC, + a78: 0x25C6, + a79: 0x2756, + a81: 0x25D7, + a82: 0x2758, + a83: 0x2759, + a84: 0x275A, + a97: 0x275B, + a98: 0x275C, + a99: 0x275D, + a100: 0x275E, + a101: 0x2761, + a102: 0x2762, + a103: 0x2763, + a104: 0x2764, + a106: 0x2765, + a107: 0x2766, + a108: 0x2767, + a112: 0x2663, + a111: 0x2666, + a110: 0x2665, + a109: 0x2660, + a120: 0x2460, + a121: 0x2461, + a122: 0x2462, + a123: 0x2463, + a124: 0x2464, + a125: 0x2465, + a126: 0x2466, + a127: 0x2467, + a128: 0x2468, + a129: 0x2469, + a130: 0x2776, + a131: 0x2777, + a132: 0x2778, + a133: 0x2779, + a134: 0x277A, + a135: 0x277B, + a136: 0x277C, + a137: 0x277D, + a138: 0x277E, + a139: 0x277F, + a140: 0x2780, + a141: 0x2781, + a142: 0x2782, + a143: 0x2783, + a144: 0x2784, + a145: 0x2785, + a146: 0x2786, + a147: 0x2787, + a148: 0x2788, + a149: 0x2789, + a150: 0x278A, + a151: 0x278B, + a152: 0x278C, + a153: 0x278D, + a154: 0x278E, + a155: 0x278F, + a156: 0x2790, + a157: 0x2791, + a158: 0x2792, + a159: 0x2793, + a160: 0x2794, + a161: 0x2192, + a163: 0x2194, + a164: 0x2195, + a196: 0x2798, + a165: 0x2799, + a192: 0x279A, + a166: 0x279B, + a167: 0x279C, + a168: 0x279D, + a169: 0x279E, + a170: 0x279F, + a171: 0x27A0, + a172: 0x27A1, + a173: 0x27A2, + a162: 0x27A3, + a174: 0x27A4, + a175: 0x27A5, + a176: 0x27A6, + a177: 0x27A7, + a178: 0x27A8, + a179: 0x27A9, + a193: 0x27AA, + a180: 0x27AB, + a199: 0x27AC, + a181: 0x27AD, + a200: 0x27AE, + a182: 0x27AF, + a201: 0x27B1, + a183: 0x27B2, + a184: 0x27B3, + a197: 0x27B4, + a185: 0x27B5, + a194: 0x27B6, + a198: 0x27B7, + a186: 0x27B8, + a195: 0x27B9, + a187: 0x27BA, + a188: 0x27BB, + a189: 0x27BC, + a190: 0x27BD, + a191: 0x27BE, + a89: 0x2768, // 0xF8D7 + a90: 0x2769, // 0xF8D8 + a93: 0x276A, // 0xF8D9 + a94: 0x276B, // 0xF8DA + a91: 0x276C, // 0xF8DB + a92: 0x276D, // 0xF8DC + a205: 0x276E, // 0xF8DD + a85: 0x276F, // 0xF8DE + a206: 0x2770, // 0xF8DF + a86: 0x2771, // 0xF8E0 + a87: 0x2772, // 0xF8E1 + a88: 0x2773, // 0xF8E2 + a95: 0x2774, // 0xF8E3 + a96: 0x2775, // 0xF8E4 + '.notdef': 0x0000 +}; + + +var PDFImage = (function PDFImageClosure() { + /** + * Decode the image in the main thread if it supported. Resovles the promise + * when the image data is ready. + */ + function handleImageData(handler, xref, res, image) { + if (image instanceof JpegStream && image.isNativelyDecodable(xref, res)) { + // For natively supported jpegs send them to the main thread for decoding. + var dict = image.dict; + var colorSpace = dict.get('ColorSpace', 'CS'); + colorSpace = ColorSpace.parse(colorSpace, xref, res); + var numComps = colorSpace.numComps; + var decodePromise = handler.sendWithPromise('JpegDecode', + [image.getIR(), numComps]); + return decodePromise.then(function (message) { + var data = message.data; + return new Stream(data, 0, data.length, image.dict); + }); + } else { + return Promise.resolve(image); + } + } + + /** + * Decode and clamp a value. The formula is different from the spec because we + * don't decode to float range [0,1], we decode it in the [0,max] range. + */ + function decodeAndClamp(value, addend, coefficient, max) { + value = addend + value * coefficient; + // Clamp the value to the range + return (value < 0 ? 0 : (value > max ? max : value)); + } + + function PDFImage(xref, res, image, inline, smask, mask, isMask) { + this.image = image; + var dict = image.dict; + if (dict.has('Filter')) { + var filter = dict.get('Filter').name; + if (filter === 'JPXDecode') { + var jpxImage = new JpxImage(); + jpxImage.parseImageProperties(image.stream); + image.stream.reset(); + image.bitsPerComponent = jpxImage.bitsPerComponent; + image.numComps = jpxImage.componentsCount; + } else if (filter === 'JBIG2Decode') { + image.bitsPerComponent = 1; + image.numComps = 1; + } + } + // TODO cache rendered images? + + this.width = dict.get('Width', 'W'); + this.height = dict.get('Height', 'H'); + + if (this.width < 1 || this.height < 1) { + error('Invalid image width: ' + this.width + ' or height: ' + + this.height); + } + + this.interpolate = dict.get('Interpolate', 'I') || false; + this.imageMask = dict.get('ImageMask', 'IM') || false; + this.matte = dict.get('Matte') || false; + + var bitsPerComponent = image.bitsPerComponent; + if (!bitsPerComponent) { + bitsPerComponent = dict.get('BitsPerComponent', 'BPC'); + if (!bitsPerComponent) { + if (this.imageMask) { + bitsPerComponent = 1; + } else { + error('Bits per component missing in image: ' + this.imageMask); + } + } + } + this.bpc = bitsPerComponent; + + if (!this.imageMask) { + var colorSpace = dict.get('ColorSpace', 'CS'); + if (!colorSpace) { + info('JPX images (which do not require color spaces)'); + switch (image.numComps) { + case 1: + colorSpace = Name.get('DeviceGray'); + break; + case 3: + colorSpace = Name.get('DeviceRGB'); + break; + case 4: + colorSpace = Name.get('DeviceCMYK'); + break; + default: + error('JPX images with ' + this.numComps + + ' color components not supported.'); + } + } + this.colorSpace = ColorSpace.parse(colorSpace, xref, res); + this.numComps = this.colorSpace.numComps; + } + + this.decode = dict.get('Decode', 'D'); + this.needsDecode = false; + if (this.decode && + ((this.colorSpace && !this.colorSpace.isDefaultDecode(this.decode)) || + (isMask && !ColorSpace.isDefaultDecode(this.decode, 1)))) { + this.needsDecode = true; + // Do some preprocessing to avoid more math. + var max = (1 << bitsPerComponent) - 1; + this.decodeCoefficients = []; + this.decodeAddends = []; + for (var i = 0, j = 0; i < this.decode.length; i += 2, ++j) { + var dmin = this.decode[i]; + var dmax = this.decode[i + 1]; + this.decodeCoefficients[j] = dmax - dmin; + this.decodeAddends[j] = max * dmin; + } + } + + if (smask) { + this.smask = new PDFImage(xref, res, smask, false); + } else if (mask) { + if (isStream(mask)) { + var maskDict = mask.dict, imageMask = maskDict.get('ImageMask', 'IM'); + if (!imageMask) { + warn('Ignoring /Mask in image without /ImageMask.'); + } else { + this.mask = new PDFImage(xref, res, mask, false, null, null, true); + } + } else { + // Color key mask (just an array). + this.mask = mask; + } + } + } + /** + * Handles processing of image data and returns the Promise that is resolved + * with a PDFImage when the image is ready to be used. + */ + PDFImage.buildImage = function PDFImage_buildImage(handler, xref, + res, image, inline) { + var imagePromise = handleImageData(handler, xref, res, image); + var smaskPromise; + var maskPromise; + + var smask = image.dict.get('SMask'); + var mask = image.dict.get('Mask'); + + if (smask) { + smaskPromise = handleImageData(handler, xref, res, smask); + maskPromise = Promise.resolve(null); + } else { + smaskPromise = Promise.resolve(null); + if (mask) { + if (isStream(mask)) { + maskPromise = handleImageData(handler, xref, res, mask); + } else if (isArray(mask)) { + maskPromise = Promise.resolve(mask); + } else { + warn('Unsupported mask format.'); + maskPromise = Promise.resolve(null); + } + } else { + maskPromise = Promise.resolve(null); + } + } + return Promise.all([imagePromise, smaskPromise, maskPromise]).then( + function(results) { + var imageData = results[0]; + var smaskData = results[1]; + var maskData = results[2]; + return new PDFImage(xref, res, imageData, inline, smaskData, maskData); + }); + }; + + /** + * Resize an image using the nearest neighbor algorithm. Currently only + * supports one and three component images. + * @param {TypedArray} pixels The original image with one component. + * @param {Number} bpc Number of bits per component. + * @param {Number} components Number of color components, 1 or 3 is supported. + * @param {Number} w1 Original width. + * @param {Number} h1 Original height. + * @param {Number} w2 New width. + * @param {Number} h2 New height. + * @param {TypedArray} dest (Optional) The destination buffer. + * @param {Number} alpha01 (Optional) Size reserved for the alpha channel. + * @return {TypedArray} Resized image data. + */ + PDFImage.resize = function PDFImage_resize(pixels, bpc, components, + w1, h1, w2, h2, dest, alpha01) { + + if (components !== 1 && components !== 3) { + error('Unsupported component count for resizing.'); + } + + var length = w2 * h2 * components; + var temp = dest ? dest : (bpc <= 8 ? new Uint8Array(length) : + (bpc <= 16 ? new Uint16Array(length) : new Uint32Array(length))); + var xRatio = w1 / w2; + var yRatio = h1 / h2; + var i, j, py, newIndex = 0, oldIndex; + var xScaled = new Uint16Array(w2); + var w1Scanline = w1 * components; + if (alpha01 !== 1) { + alpha01 = 0; + } + + for (j = 0; j < w2; j++) { + xScaled[j] = Math.floor(j * xRatio) * components; + } + + if (components === 1) { + for (i = 0; i < h2; i++) { + py = Math.floor(i * yRatio) * w1Scanline; + for (j = 0; j < w2; j++) { + oldIndex = py + xScaled[j]; + temp[newIndex++] = pixels[oldIndex]; + } + } + } else if (components === 3) { + for (i = 0; i < h2; i++) { + py = Math.floor(i * yRatio) * w1Scanline; + for (j = 0; j < w2; j++) { + oldIndex = py + xScaled[j]; + temp[newIndex++] = pixels[oldIndex++]; + temp[newIndex++] = pixels[oldIndex++]; + temp[newIndex++] = pixels[oldIndex++]; + newIndex += alpha01; + } + } + } + return temp; + }; + + PDFImage.createMask = + function PDFImage_createMask(imgArray, width, height, + imageIsFromDecodeStream, inverseDecode) { + + // |imgArray| might not contain full data for every pixel of the mask, so + // we need to distinguish between |computedLength| and |actualLength|. + // In particular, if inverseDecode is true, then the array we return must + // have a length of |computedLength|. + + var computedLength = ((width + 7) >> 3) * height; + var actualLength = imgArray.byteLength; + var haveFullData = computedLength === actualLength; + var data, i; + + if (imageIsFromDecodeStream && (!inverseDecode || haveFullData)) { + // imgArray came from a DecodeStream and its data is in an appropriate + // form, so we can just transfer it. + data = imgArray; + } else if (!inverseDecode) { + data = new Uint8Array(actualLength); + data.set(imgArray); + } else { + data = new Uint8Array(computedLength); + data.set(imgArray); + for (i = actualLength; i < computedLength; i++) { + data[i] = 0xff; + } + } + + // If necessary, invert the original mask data (but not any extra we might + // have added above). It's safe to modify the array -- whether it's the + // original or a copy, we're about to transfer it anyway, so nothing else + // in this thread can be relying on its contents. + if (inverseDecode) { + for (i = 0; i < actualLength; i++) { + data[i] = ~data[i]; + } + } + + return {data: data, width: width, height: height}; + }; + + PDFImage.prototype = { + get drawWidth() { + return Math.max(this.width, + this.smask && this.smask.width || 0, + this.mask && this.mask.width || 0); + }, + + get drawHeight() { + return Math.max(this.height, + this.smask && this.smask.height || 0, + this.mask && this.mask.height || 0); + }, + + decodeBuffer: function PDFImage_decodeBuffer(buffer) { + var bpc = this.bpc; + var numComps = this.numComps; + + var decodeAddends = this.decodeAddends; + var decodeCoefficients = this.decodeCoefficients; + var max = (1 << bpc) - 1; + var i, ii; + + if (bpc === 1) { + // If the buffer needed decode that means it just needs to be inverted. + for (i = 0, ii = buffer.length; i < ii; i++) { + buffer[i] = +!(buffer[i]); + } + return; + } + var index = 0; + for (i = 0, ii = this.width * this.height; i < ii; i++) { + for (var j = 0; j < numComps; j++) { + buffer[index] = decodeAndClamp(buffer[index], decodeAddends[j], + decodeCoefficients[j], max); + index++; + } + } + }, + + getComponents: function PDFImage_getComponents(buffer) { + var bpc = this.bpc; + + // This image doesn't require any extra work. + if (bpc === 8) { + return buffer; + } + + var width = this.width; + var height = this.height; + var numComps = this.numComps; + + var length = width * height * numComps; + var bufferPos = 0; + var output = (bpc <= 8 ? new Uint8Array(length) : + (bpc <= 16 ? new Uint16Array(length) : new Uint32Array(length))); + var rowComps = width * numComps; + + var max = (1 << bpc) - 1; + var i = 0, ii, buf; + + if (bpc === 1) { + // Optimization for reading 1 bpc images. + var mask, loop1End, loop2End; + for (var j = 0; j < height; j++) { + loop1End = i + (rowComps & ~7); + loop2End = i + rowComps; + + // unroll loop for all full bytes + while (i < loop1End) { + buf = buffer[bufferPos++]; + output[i] = (buf >> 7) & 1; + output[i + 1] = (buf >> 6) & 1; + output[i + 2] = (buf >> 5) & 1; + output[i + 3] = (buf >> 4) & 1; + output[i + 4] = (buf >> 3) & 1; + output[i + 5] = (buf >> 2) & 1; + output[i + 6] = (buf >> 1) & 1; + output[i + 7] = buf & 1; + i += 8; + } + + // handle remaing bits + if (i < loop2End) { + buf = buffer[bufferPos++]; + mask = 128; + while (i < loop2End) { + output[i++] = +!!(buf & mask); + mask >>= 1; + } + } + } + } else { + // The general case that handles all other bpc values. + var bits = 0; + buf = 0; + for (i = 0, ii = length; i < ii; ++i) { + if (i % rowComps === 0) { + buf = 0; + bits = 0; + } + + while (bits < bpc) { + buf = (buf << 8) | buffer[bufferPos++]; + bits += 8; + } + + var remainingBits = bits - bpc; + var value = buf >> remainingBits; + output[i] = (value < 0 ? 0 : (value > max ? max : value)); + buf = buf & ((1 << remainingBits) - 1); + bits = remainingBits; + } + } + return output; + }, + + fillOpacity: function PDFImage_fillOpacity(rgbaBuf, width, height, + actualHeight, image) { + var smask = this.smask; + var mask = this.mask; + var alphaBuf, sw, sh, i, ii, j; + + if (smask) { + sw = smask.width; + sh = smask.height; + alphaBuf = new Uint8Array(sw * sh); + smask.fillGrayBuffer(alphaBuf); + if (sw !== width || sh !== height) { + alphaBuf = PDFImage.resize(alphaBuf, smask.bpc, 1, sw, sh, width, + height); + } + } else if (mask) { + if (mask instanceof PDFImage) { + sw = mask.width; + sh = mask.height; + alphaBuf = new Uint8Array(sw * sh); + mask.numComps = 1; + mask.fillGrayBuffer(alphaBuf); + + // Need to invert values in rgbaBuf + for (i = 0, ii = sw * sh; i < ii; ++i) { + alphaBuf[i] = 255 - alphaBuf[i]; + } + + if (sw !== width || sh !== height) { + alphaBuf = PDFImage.resize(alphaBuf, mask.bpc, 1, sw, sh, width, + height); + } + } else if (isArray(mask)) { + // Color key mask: if any of the compontents are outside the range + // then they should be painted. + alphaBuf = new Uint8Array(width * height); + var numComps = this.numComps; + for (i = 0, ii = width * height; i < ii; ++i) { + var opacity = 0; + var imageOffset = i * numComps; + for (j = 0; j < numComps; ++j) { + var color = image[imageOffset + j]; + var maskOffset = j * 2; + if (color < mask[maskOffset] || color > mask[maskOffset + 1]) { + opacity = 255; + break; + } + } + alphaBuf[i] = opacity; + } + } else { + error('Unknown mask format.'); + } + } + + if (alphaBuf) { + for (i = 0, j = 3, ii = width * actualHeight; i < ii; ++i, j += 4) { + rgbaBuf[j] = alphaBuf[i]; + } + } else { + // No mask. + for (i = 0, j = 3, ii = width * actualHeight; i < ii; ++i, j += 4) { + rgbaBuf[j] = 255; + } + } + }, + + undoPreblend: function PDFImage_undoPreblend(buffer, width, height) { + var matte = this.smask && this.smask.matte; + if (!matte) { + return; + } + var matteRgb = this.colorSpace.getRgb(matte, 0); + var matteR = matteRgb[0]; + var matteG = matteRgb[1]; + var matteB = matteRgb[2]; + var length = width * height * 4; + var r, g, b; + for (var i = 0; i < length; i += 4) { + var alpha = buffer[i + 3]; + if (alpha === 0) { + // according formula we have to get Infinity in all components + // making it white (typical paper color) should be okay + buffer[i] = 255; + buffer[i + 1] = 255; + buffer[i + 2] = 255; + continue; + } + var k = 255 / alpha; + r = (buffer[i] - matteR) * k + matteR; + g = (buffer[i + 1] - matteG) * k + matteG; + b = (buffer[i + 2] - matteB) * k + matteB; + buffer[i] = r <= 0 ? 0 : r >= 255 ? 255 : r | 0; + buffer[i + 1] = g <= 0 ? 0 : g >= 255 ? 255 : g | 0; + buffer[i + 2] = b <= 0 ? 0 : b >= 255 ? 255 : b | 0; + } + }, + + createImageData: function PDFImage_createImageData(forceRGBA) { + var drawWidth = this.drawWidth; + var drawHeight = this.drawHeight; + var imgData = { // other fields are filled in below + width: drawWidth, + height: drawHeight + }; + + var numComps = this.numComps; + var originalWidth = this.width; + var originalHeight = this.height; + var bpc = this.bpc; + + // Rows start at byte boundary. + var rowBytes = (originalWidth * numComps * bpc + 7) >> 3; + var imgArray; + + if (!forceRGBA) { + // If it is a 1-bit-per-pixel grayscale (i.e. black-and-white) image + // without any complications, we pass a same-sized copy to the main + // thread rather than expanding by 32x to RGBA form. This saves *lots* + // of memory for many scanned documents. It's also much faster. + // + // Similarly, if it is a 24-bit-per pixel RGB image without any + // complications, we avoid expanding by 1.333x to RGBA form. + var kind; + if (this.colorSpace.name === 'DeviceGray' && bpc === 1) { + kind = ImageKind.GRAYSCALE_1BPP; + } else if (this.colorSpace.name === 'DeviceRGB' && bpc === 8 && + !this.needsDecode) { + kind = ImageKind.RGB_24BPP; + } + if (kind && !this.smask && !this.mask && + drawWidth === originalWidth && drawHeight === originalHeight) { + imgData.kind = kind; + + imgArray = this.getImageBytes(originalHeight * rowBytes); + // If imgArray came from a DecodeStream, we're safe to transfer it + // (and thus neuter it) because it will constitute the entire + // DecodeStream's data. But if it came from a Stream, we need to + // copy it because it'll only be a portion of the Stream's data, and + // the rest will be read later on. + if (this.image instanceof DecodeStream) { + imgData.data = imgArray; + } else { + var newArray = new Uint8Array(imgArray.length); + newArray.set(imgArray); + imgData.data = newArray; + } + if (this.needsDecode) { + // Invert the buffer (which must be grayscale if we reached here). + assert(kind === ImageKind.GRAYSCALE_1BPP); + var buffer = imgData.data; + for (var i = 0, ii = buffer.length; i < ii; i++) { + buffer[i] ^= 0xff; + } + } + return imgData; + } + if (this.image instanceof JpegStream && !this.smask && !this.mask && + (this.colorSpace.name === 'DeviceGray' || + this.colorSpace.name === 'DeviceRGB' || + this.colorSpace.name === 'DeviceCMYK')) { + imgData.kind = ImageKind.RGB_24BPP; + imgData.data = this.getImageBytes(originalHeight * rowBytes, + drawWidth, drawHeight, true); + return imgData; + } + } + + imgArray = this.getImageBytes(originalHeight * rowBytes); + // imgArray can be incomplete (e.g. after CCITT fax encoding). + var actualHeight = 0 | (imgArray.length / rowBytes * + drawHeight / originalHeight); + + var comps = this.getComponents(imgArray); + + // If opacity data is present, use RGBA_32BPP form. Otherwise, use the + // more compact RGB_24BPP form if allowable. + var alpha01, maybeUndoPreblend; + if (!forceRGBA && !this.smask && !this.mask) { + imgData.kind = ImageKind.RGB_24BPP; + imgData.data = new Uint8Array(drawWidth * drawHeight * 3); + alpha01 = 0; + maybeUndoPreblend = false; + } else { + imgData.kind = ImageKind.RGBA_32BPP; + imgData.data = new Uint8Array(drawWidth * drawHeight * 4); + alpha01 = 1; + maybeUndoPreblend = true; + + // Color key masking (opacity) must be performed before decoding. + this.fillOpacity(imgData.data, drawWidth, drawHeight, actualHeight, + comps); + } + + if (this.needsDecode) { + this.decodeBuffer(comps); + } + this.colorSpace.fillRgb(imgData.data, originalWidth, originalHeight, + drawWidth, drawHeight, actualHeight, bpc, comps, + alpha01); + if (maybeUndoPreblend) { + this.undoPreblend(imgData.data, drawWidth, actualHeight); + } + + return imgData; + }, + + fillGrayBuffer: function PDFImage_fillGrayBuffer(buffer) { + var numComps = this.numComps; + if (numComps !== 1) { + error('Reading gray scale from a color image: ' + numComps); + } + + var width = this.width; + var height = this.height; + var bpc = this.bpc; + + // rows start at byte boundary + var rowBytes = (width * numComps * bpc + 7) >> 3; + var imgArray = this.getImageBytes(height * rowBytes); + + var comps = this.getComponents(imgArray); + var i, length; + + if (bpc === 1) { + // inline decoding (= inversion) for 1 bpc images + length = width * height; + if (this.needsDecode) { + // invert and scale to {0, 255} + for (i = 0; i < length; ++i) { + buffer[i] = (comps[i] - 1) & 255; + } + } else { + // scale to {0, 255} + for (i = 0; i < length; ++i) { + buffer[i] = (-comps[i]) & 255; + } + } + return; + } + + if (this.needsDecode) { + this.decodeBuffer(comps); + } + length = width * height; + // we aren't using a colorspace so we need to scale the value + var scale = 255 / ((1 << bpc) - 1); + for (i = 0; i < length; ++i) { + buffer[i] = (scale * comps[i]) | 0; + } + }, + + getImageBytes: function PDFImage_getImageBytes(length, + drawWidth, drawHeight, + forceRGB) { + this.image.reset(); + this.image.drawWidth = drawWidth || this.width; + this.image.drawHeight = drawHeight || this.height; + this.image.forceRGB = !!forceRGB; + return this.image.getBytes(length); + } + }; + return PDFImage; +})(); + + +// The Metrics object contains glyph widths (in glyph space units). +// As per PDF spec, for most fonts (Type 3 being an exception) a glyph +// space unit corresponds to 1/1000th of text space unit. +var Metrics = { + 'Courier': 600, + 'Courier-Bold': 600, + 'Courier-BoldOblique': 600, + 'Courier-Oblique': 600, + 'Helvetica' : { + 'space': 278, + 'exclam': 278, + 'quotedbl': 355, + 'numbersign': 556, + 'dollar': 556, + 'percent': 889, + 'ampersand': 667, + 'quoteright': 222, + 'parenleft': 333, + 'parenright': 333, + 'asterisk': 389, + 'plus': 584, + 'comma': 278, + 'hyphen': 333, + 'period': 278, + 'slash': 278, + 'zero': 556, + 'one': 556, + 'two': 556, + 'three': 556, + 'four': 556, + 'five': 556, + 'six': 556, + 'seven': 556, + 'eight': 556, + 'nine': 556, + 'colon': 278, + 'semicolon': 278, + 'less': 584, + 'equal': 584, + 'greater': 584, + 'question': 556, + 'at': 1015, + 'A': 667, + 'B': 667, + 'C': 722, + 'D': 722, + 'E': 667, + 'F': 611, + 'G': 778, + 'H': 722, + 'I': 278, + 'J': 500, + 'K': 667, + 'L': 556, + 'M': 833, + 'N': 722, + 'O': 778, + 'P': 667, + 'Q': 778, + 'R': 722, + 'S': 667, + 'T': 611, + 'U': 722, + 'V': 667, + 'W': 944, + 'X': 667, + 'Y': 667, + 'Z': 611, + 'bracketleft': 278, + 'backslash': 278, + 'bracketright': 278, + 'asciicircum': 469, + 'underscore': 556, + 'quoteleft': 222, + 'a': 556, + 'b': 556, + 'c': 500, + 'd': 556, + 'e': 556, + 'f': 278, + 'g': 556, + 'h': 556, + 'i': 222, + 'j': 222, + 'k': 500, + 'l': 222, + 'm': 833, + 'n': 556, + 'o': 556, + 'p': 556, + 'q': 556, + 'r': 333, + 's': 500, + 't': 278, + 'u': 556, + 'v': 500, + 'w': 722, + 'x': 500, + 'y': 500, + 'z': 500, + 'braceleft': 334, + 'bar': 260, + 'braceright': 334, + 'asciitilde': 584, + 'exclamdown': 333, + 'cent': 556, + 'sterling': 556, + 'fraction': 167, + 'yen': 556, + 'florin': 556, + 'section': 556, + 'currency': 556, + 'quotesingle': 191, + 'quotedblleft': 333, + 'guillemotleft': 556, + 'guilsinglleft': 333, + 'guilsinglright': 333, + 'fi': 500, + 'fl': 500, + 'endash': 556, + 'dagger': 556, + 'daggerdbl': 556, + 'periodcentered': 278, + 'paragraph': 537, + 'bullet': 350, + 'quotesinglbase': 222, + 'quotedblbase': 333, + 'quotedblright': 333, + 'guillemotright': 556, + 'ellipsis': 1000, + 'perthousand': 1000, + 'questiondown': 611, + 'grave': 333, + 'acute': 333, + 'circumflex': 333, + 'tilde': 333, + 'macron': 333, + 'breve': 333, + 'dotaccent': 333, + 'dieresis': 333, + 'ring': 333, + 'cedilla': 333, + 'hungarumlaut': 333, + 'ogonek': 333, + 'caron': 333, + 'emdash': 1000, + 'AE': 1000, + 'ordfeminine': 370, + 'Lslash': 556, + 'Oslash': 778, + 'OE': 1000, + 'ordmasculine': 365, + 'ae': 889, + 'dotlessi': 278, + 'lslash': 222, + 'oslash': 611, + 'oe': 944, + 'germandbls': 611, + 'Idieresis': 278, + 'eacute': 556, + 'abreve': 556, + 'uhungarumlaut': 556, + 'ecaron': 556, + 'Ydieresis': 667, + 'divide': 584, + 'Yacute': 667, + 'Acircumflex': 667, + 'aacute': 556, + 'Ucircumflex': 722, + 'yacute': 500, + 'scommaaccent': 500, + 'ecircumflex': 556, + 'Uring': 722, + 'Udieresis': 722, + 'aogonek': 556, + 'Uacute': 722, + 'uogonek': 556, + 'Edieresis': 667, + 'Dcroat': 722, + 'commaaccent': 250, + 'copyright': 737, + 'Emacron': 667, + 'ccaron': 500, + 'aring': 556, + 'Ncommaaccent': 722, + 'lacute': 222, + 'agrave': 556, + 'Tcommaaccent': 611, + 'Cacute': 722, + 'atilde': 556, + 'Edotaccent': 667, + 'scaron': 500, + 'scedilla': 500, + 'iacute': 278, + 'lozenge': 471, + 'Rcaron': 722, + 'Gcommaaccent': 778, + 'ucircumflex': 556, + 'acircumflex': 556, + 'Amacron': 667, + 'rcaron': 333, + 'ccedilla': 500, + 'Zdotaccent': 611, + 'Thorn': 667, + 'Omacron': 778, + 'Racute': 722, + 'Sacute': 667, + 'dcaron': 643, + 'Umacron': 722, + 'uring': 556, + 'threesuperior': 333, + 'Ograve': 778, + 'Agrave': 667, + 'Abreve': 667, + 'multiply': 584, + 'uacute': 556, + 'Tcaron': 611, + 'partialdiff': 476, + 'ydieresis': 500, + 'Nacute': 722, + 'icircumflex': 278, + 'Ecircumflex': 667, + 'adieresis': 556, + 'edieresis': 556, + 'cacute': 500, + 'nacute': 556, + 'umacron': 556, + 'Ncaron': 722, + 'Iacute': 278, + 'plusminus': 584, + 'brokenbar': 260, + 'registered': 737, + 'Gbreve': 778, + 'Idotaccent': 278, + 'summation': 600, + 'Egrave': 667, + 'racute': 333, + 'omacron': 556, + 'Zacute': 611, + 'Zcaron': 611, + 'greaterequal': 549, + 'Eth': 722, + 'Ccedilla': 722, + 'lcommaaccent': 222, + 'tcaron': 317, + 'eogonek': 556, + 'Uogonek': 722, + 'Aacute': 667, + 'Adieresis': 667, + 'egrave': 556, + 'zacute': 500, + 'iogonek': 222, + 'Oacute': 778, + 'oacute': 556, + 'amacron': 556, + 'sacute': 500, + 'idieresis': 278, + 'Ocircumflex': 778, + 'Ugrave': 722, + 'Delta': 612, + 'thorn': 556, + 'twosuperior': 333, + 'Odieresis': 778, + 'mu': 556, + 'igrave': 278, + 'ohungarumlaut': 556, + 'Eogonek': 667, + 'dcroat': 556, + 'threequarters': 834, + 'Scedilla': 667, + 'lcaron': 299, + 'Kcommaaccent': 667, + 'Lacute': 556, + 'trademark': 1000, + 'edotaccent': 556, + 'Igrave': 278, + 'Imacron': 278, + 'Lcaron': 556, + 'onehalf': 834, + 'lessequal': 549, + 'ocircumflex': 556, + 'ntilde': 556, + 'Uhungarumlaut': 722, + 'Eacute': 667, + 'emacron': 556, + 'gbreve': 556, + 'onequarter': 834, + 'Scaron': 667, + 'Scommaaccent': 667, + 'Ohungarumlaut': 778, + 'degree': 400, + 'ograve': 556, + 'Ccaron': 722, + 'ugrave': 556, + 'radical': 453, + 'Dcaron': 722, + 'rcommaaccent': 333, + 'Ntilde': 722, + 'otilde': 556, + 'Rcommaaccent': 722, + 'Lcommaaccent': 556, + 'Atilde': 667, + 'Aogonek': 667, + 'Aring': 667, + 'Otilde': 778, + 'zdotaccent': 500, + 'Ecaron': 667, + 'Iogonek': 278, + 'kcommaaccent': 500, + 'minus': 584, + 'Icircumflex': 278, + 'ncaron': 556, + 'tcommaaccent': 278, + 'logicalnot': 584, + 'odieresis': 556, + 'udieresis': 556, + 'notequal': 549, + 'gcommaaccent': 556, + 'eth': 556, + 'zcaron': 500, + 'ncommaaccent': 556, + 'onesuperior': 333, + 'imacron': 278, + 'Euro': 556 + }, + 'Helvetica-Bold': { + 'space': 278, + 'exclam': 333, + 'quotedbl': 474, + 'numbersign': 556, + 'dollar': 556, + 'percent': 889, + 'ampersand': 722, + 'quoteright': 278, + 'parenleft': 333, + 'parenright': 333, + 'asterisk': 389, + 'plus': 584, + 'comma': 278, + 'hyphen': 333, + 'period': 278, + 'slash': 278, + 'zero': 556, + 'one': 556, + 'two': 556, + 'three': 556, + 'four': 556, + 'five': 556, + 'six': 556, + 'seven': 556, + 'eight': 556, + 'nine': 556, + 'colon': 333, + 'semicolon': 333, + 'less': 584, + 'equal': 584, + 'greater': 584, + 'question': 611, + 'at': 975, + 'A': 722, + 'B': 722, + 'C': 722, + 'D': 722, + 'E': 667, + 'F': 611, + 'G': 778, + 'H': 722, + 'I': 278, + 'J': 556, + 'K': 722, + 'L': 611, + 'M': 833, + 'N': 722, + 'O': 778, + 'P': 667, + 'Q': 778, + 'R': 722, + 'S': 667, + 'T': 611, + 'U': 722, + 'V': 667, + 'W': 944, + 'X': 667, + 'Y': 667, + 'Z': 611, + 'bracketleft': 333, + 'backslash': 278, + 'bracketright': 333, + 'asciicircum': 584, + 'underscore': 556, + 'quoteleft': 278, + 'a': 556, + 'b': 611, + 'c': 556, + 'd': 611, + 'e': 556, + 'f': 333, + 'g': 611, + 'h': 611, + 'i': 278, + 'j': 278, + 'k': 556, + 'l': 278, + 'm': 889, + 'n': 611, + 'o': 611, + 'p': 611, + 'q': 611, + 'r': 389, + 's': 556, + 't': 333, + 'u': 611, + 'v': 556, + 'w': 778, + 'x': 556, + 'y': 556, + 'z': 500, + 'braceleft': 389, + 'bar': 280, + 'braceright': 389, + 'asciitilde': 584, + 'exclamdown': 333, + 'cent': 556, + 'sterling': 556, + 'fraction': 167, + 'yen': 556, + 'florin': 556, + 'section': 556, + 'currency': 556, + 'quotesingle': 238, + 'quotedblleft': 500, + 'guillemotleft': 556, + 'guilsinglleft': 333, + 'guilsinglright': 333, + 'fi': 611, + 'fl': 611, + 'endash': 556, + 'dagger': 556, + 'daggerdbl': 556, + 'periodcentered': 278, + 'paragraph': 556, + 'bullet': 350, + 'quotesinglbase': 278, + 'quotedblbase': 500, + 'quotedblright': 500, + 'guillemotright': 556, + 'ellipsis': 1000, + 'perthousand': 1000, + 'questiondown': 611, + 'grave': 333, + 'acute': 333, + 'circumflex': 333, + 'tilde': 333, + 'macron': 333, + 'breve': 333, + 'dotaccent': 333, + 'dieresis': 333, + 'ring': 333, + 'cedilla': 333, + 'hungarumlaut': 333, + 'ogonek': 333, + 'caron': 333, + 'emdash': 1000, + 'AE': 1000, + 'ordfeminine': 370, + 'Lslash': 611, + 'Oslash': 778, + 'OE': 1000, + 'ordmasculine': 365, + 'ae': 889, + 'dotlessi': 278, + 'lslash': 278, + 'oslash': 611, + 'oe': 944, + 'germandbls': 611, + 'Idieresis': 278, + 'eacute': 556, + 'abreve': 556, + 'uhungarumlaut': 611, + 'ecaron': 556, + 'Ydieresis': 667, + 'divide': 584, + 'Yacute': 667, + 'Acircumflex': 722, + 'aacute': 556, + 'Ucircumflex': 722, + 'yacute': 556, + 'scommaaccent': 556, + 'ecircumflex': 556, + 'Uring': 722, + 'Udieresis': 722, + 'aogonek': 556, + 'Uacute': 722, + 'uogonek': 611, + 'Edieresis': 667, + 'Dcroat': 722, + 'commaaccent': 250, + 'copyright': 737, + 'Emacron': 667, + 'ccaron': 556, + 'aring': 556, + 'Ncommaaccent': 722, + 'lacute': 278, + 'agrave': 556, + 'Tcommaaccent': 611, + 'Cacute': 722, + 'atilde': 556, + 'Edotaccent': 667, + 'scaron': 556, + 'scedilla': 556, + 'iacute': 278, + 'lozenge': 494, + 'Rcaron': 722, + 'Gcommaaccent': 778, + 'ucircumflex': 611, + 'acircumflex': 556, + 'Amacron': 722, + 'rcaron': 389, + 'ccedilla': 556, + 'Zdotaccent': 611, + 'Thorn': 667, + 'Omacron': 778, + 'Racute': 722, + 'Sacute': 667, + 'dcaron': 743, + 'Umacron': 722, + 'uring': 611, + 'threesuperior': 333, + 'Ograve': 778, + 'Agrave': 722, + 'Abreve': 722, + 'multiply': 584, + 'uacute': 611, + 'Tcaron': 611, + 'partialdiff': 494, + 'ydieresis': 556, + 'Nacute': 722, + 'icircumflex': 278, + 'Ecircumflex': 667, + 'adieresis': 556, + 'edieresis': 556, + 'cacute': 556, + 'nacute': 611, + 'umacron': 611, + 'Ncaron': 722, + 'Iacute': 278, + 'plusminus': 584, + 'brokenbar': 280, + 'registered': 737, + 'Gbreve': 778, + 'Idotaccent': 278, + 'summation': 600, + 'Egrave': 667, + 'racute': 389, + 'omacron': 611, + 'Zacute': 611, + 'Zcaron': 611, + 'greaterequal': 549, + 'Eth': 722, + 'Ccedilla': 722, + 'lcommaaccent': 278, + 'tcaron': 389, + 'eogonek': 556, + 'Uogonek': 722, + 'Aacute': 722, + 'Adieresis': 722, + 'egrave': 556, + 'zacute': 500, + 'iogonek': 278, + 'Oacute': 778, + 'oacute': 611, + 'amacron': 556, + 'sacute': 556, + 'idieresis': 278, + 'Ocircumflex': 778, + 'Ugrave': 722, + 'Delta': 612, + 'thorn': 611, + 'twosuperior': 333, + 'Odieresis': 778, + 'mu': 611, + 'igrave': 278, + 'ohungarumlaut': 611, + 'Eogonek': 667, + 'dcroat': 611, + 'threequarters': 834, + 'Scedilla': 667, + 'lcaron': 400, + 'Kcommaaccent': 722, + 'Lacute': 611, + 'trademark': 1000, + 'edotaccent': 556, + 'Igrave': 278, + 'Imacron': 278, + 'Lcaron': 611, + 'onehalf': 834, + 'lessequal': 549, + 'ocircumflex': 611, + 'ntilde': 611, + 'Uhungarumlaut': 722, + 'Eacute': 667, + 'emacron': 556, + 'gbreve': 611, + 'onequarter': 834, + 'Scaron': 667, + 'Scommaaccent': 667, + 'Ohungarumlaut': 778, + 'degree': 400, + 'ograve': 611, + 'Ccaron': 722, + 'ugrave': 611, + 'radical': 549, + 'Dcaron': 722, + 'rcommaaccent': 389, + 'Ntilde': 722, + 'otilde': 611, + 'Rcommaaccent': 722, + 'Lcommaaccent': 611, + 'Atilde': 722, + 'Aogonek': 722, + 'Aring': 722, + 'Otilde': 778, + 'zdotaccent': 500, + 'Ecaron': 667, + 'Iogonek': 278, + 'kcommaaccent': 556, + 'minus': 584, + 'Icircumflex': 278, + 'ncaron': 611, + 'tcommaaccent': 333, + 'logicalnot': 584, + 'odieresis': 611, + 'udieresis': 611, + 'notequal': 549, + 'gcommaaccent': 611, + 'eth': 611, + 'zcaron': 500, + 'ncommaaccent': 611, + 'onesuperior': 333, + 'imacron': 278, + 'Euro': 556 + }, + 'Helvetica-BoldOblique': { + 'space': 278, + 'exclam': 333, + 'quotedbl': 474, + 'numbersign': 556, + 'dollar': 556, + 'percent': 889, + 'ampersand': 722, + 'quoteright': 278, + 'parenleft': 333, + 'parenright': 333, + 'asterisk': 389, + 'plus': 584, + 'comma': 278, + 'hyphen': 333, + 'period': 278, + 'slash': 278, + 'zero': 556, + 'one': 556, + 'two': 556, + 'three': 556, + 'four': 556, + 'five': 556, + 'six': 556, + 'seven': 556, + 'eight': 556, + 'nine': 556, + 'colon': 333, + 'semicolon': 333, + 'less': 584, + 'equal': 584, + 'greater': 584, + 'question': 611, + 'at': 975, + 'A': 722, + 'B': 722, + 'C': 722, + 'D': 722, + 'E': 667, + 'F': 611, + 'G': 778, + 'H': 722, + 'I': 278, + 'J': 556, + 'K': 722, + 'L': 611, + 'M': 833, + 'N': 722, + 'O': 778, + 'P': 667, + 'Q': 778, + 'R': 722, + 'S': 667, + 'T': 611, + 'U': 722, + 'V': 667, + 'W': 944, + 'X': 667, + 'Y': 667, + 'Z': 611, + 'bracketleft': 333, + 'backslash': 278, + 'bracketright': 333, + 'asciicircum': 584, + 'underscore': 556, + 'quoteleft': 278, + 'a': 556, + 'b': 611, + 'c': 556, + 'd': 611, + 'e': 556, + 'f': 333, + 'g': 611, + 'h': 611, + 'i': 278, + 'j': 278, + 'k': 556, + 'l': 278, + 'm': 889, + 'n': 611, + 'o': 611, + 'p': 611, + 'q': 611, + 'r': 389, + 's': 556, + 't': 333, + 'u': 611, + 'v': 556, + 'w': 778, + 'x': 556, + 'y': 556, + 'z': 500, + 'braceleft': 389, + 'bar': 280, + 'braceright': 389, + 'asciitilde': 584, + 'exclamdown': 333, + 'cent': 556, + 'sterling': 556, + 'fraction': 167, + 'yen': 556, + 'florin': 556, + 'section': 556, + 'currency': 556, + 'quotesingle': 238, + 'quotedblleft': 500, + 'guillemotleft': 556, + 'guilsinglleft': 333, + 'guilsinglright': 333, + 'fi': 611, + 'fl': 611, + 'endash': 556, + 'dagger': 556, + 'daggerdbl': 556, + 'periodcentered': 278, + 'paragraph': 556, + 'bullet': 350, + 'quotesinglbase': 278, + 'quotedblbase': 500, + 'quotedblright': 500, + 'guillemotright': 556, + 'ellipsis': 1000, + 'perthousand': 1000, + 'questiondown': 611, + 'grave': 333, + 'acute': 333, + 'circumflex': 333, + 'tilde': 333, + 'macron': 333, + 'breve': 333, + 'dotaccent': 333, + 'dieresis': 333, + 'ring': 333, + 'cedilla': 333, + 'hungarumlaut': 333, + 'ogonek': 333, + 'caron': 333, + 'emdash': 1000, + 'AE': 1000, + 'ordfeminine': 370, + 'Lslash': 611, + 'Oslash': 778, + 'OE': 1000, + 'ordmasculine': 365, + 'ae': 889, + 'dotlessi': 278, + 'lslash': 278, + 'oslash': 611, + 'oe': 944, + 'germandbls': 611, + 'Idieresis': 278, + 'eacute': 556, + 'abreve': 556, + 'uhungarumlaut': 611, + 'ecaron': 556, + 'Ydieresis': 667, + 'divide': 584, + 'Yacute': 667, + 'Acircumflex': 722, + 'aacute': 556, + 'Ucircumflex': 722, + 'yacute': 556, + 'scommaaccent': 556, + 'ecircumflex': 556, + 'Uring': 722, + 'Udieresis': 722, + 'aogonek': 556, + 'Uacute': 722, + 'uogonek': 611, + 'Edieresis': 667, + 'Dcroat': 722, + 'commaaccent': 250, + 'copyright': 737, + 'Emacron': 667, + 'ccaron': 556, + 'aring': 556, + 'Ncommaaccent': 722, + 'lacute': 278, + 'agrave': 556, + 'Tcommaaccent': 611, + 'Cacute': 722, + 'atilde': 556, + 'Edotaccent': 667, + 'scaron': 556, + 'scedilla': 556, + 'iacute': 278, + 'lozenge': 494, + 'Rcaron': 722, + 'Gcommaaccent': 778, + 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+ 'iogonek': 278, + 'Oacute': 778, + 'oacute': 611, + 'amacron': 556, + 'sacute': 556, + 'idieresis': 278, + 'Ocircumflex': 778, + 'Ugrave': 722, + 'Delta': 612, + 'thorn': 611, + 'twosuperior': 333, + 'Odieresis': 778, + 'mu': 611, + 'igrave': 278, + 'ohungarumlaut': 611, + 'Eogonek': 667, + 'dcroat': 611, + 'threequarters': 834, + 'Scedilla': 667, + 'lcaron': 400, + 'Kcommaaccent': 722, + 'Lacute': 611, + 'trademark': 1000, + 'edotaccent': 556, + 'Igrave': 278, + 'Imacron': 278, + 'Lcaron': 611, + 'onehalf': 834, + 'lessequal': 549, + 'ocircumflex': 611, + 'ntilde': 611, + 'Uhungarumlaut': 722, + 'Eacute': 667, + 'emacron': 556, + 'gbreve': 611, + 'onequarter': 834, + 'Scaron': 667, + 'Scommaaccent': 667, + 'Ohungarumlaut': 778, + 'degree': 400, + 'ograve': 611, + 'Ccaron': 722, + 'ugrave': 611, + 'radical': 549, + 'Dcaron': 722, + 'rcommaaccent': 389, + 'Ntilde': 722, + 'otilde': 611, + 'Rcommaaccent': 722, + 'Lcommaaccent': 611, + 'Atilde': 722, + 'Aogonek': 722, + 'Aring': 722, + 'Otilde': 778, + 'zdotaccent': 500, + 'Ecaron': 667, + 'Iogonek': 278, + 'kcommaaccent': 556, + 'minus': 584, + 'Icircumflex': 278, + 'ncaron': 611, + 'tcommaaccent': 333, + 'logicalnot': 584, + 'odieresis': 611, + 'udieresis': 611, + 'notequal': 549, + 'gcommaaccent': 611, + 'eth': 611, + 'zcaron': 500, + 'ncommaaccent': 611, + 'onesuperior': 333, + 'imacron': 278, + 'Euro': 556 + }, + 'Helvetica-Oblique' : { + 'space': 278, + 'exclam': 278, + 'quotedbl': 355, + 'numbersign': 556, + 'dollar': 556, + 'percent': 889, + 'ampersand': 667, + 'quoteright': 222, + 'parenleft': 333, + 'parenright': 333, + 'asterisk': 389, + 'plus': 584, + 'comma': 278, + 'hyphen': 333, + 'period': 278, + 'slash': 278, + 'zero': 556, + 'one': 556, + 'two': 556, + 'three': 556, + 'four': 556, + 'five': 556, + 'six': 556, + 'seven': 556, + 'eight': 556, + 'nine': 556, + 'colon': 278, + 'semicolon': 278, + 'less': 584, + 'equal': 584, + 'greater': 584, + 'question': 556, + 'at': 1015, + 'A': 667, + 'B': 667, + 'C': 722, + 'D': 722, + 'E': 667, + 'F': 611, + 'G': 778, + 'H': 722, + 'I': 278, + 'J': 500, + 'K': 667, + 'L': 556, + 'M': 833, + 'N': 722, + 'O': 778, + 'P': 667, + 'Q': 778, + 'R': 722, + 'S': 667, + 'T': 611, + 'U': 722, + 'V': 667, + 'W': 944, + 'X': 667, + 'Y': 667, + 'Z': 611, + 'bracketleft': 278, + 'backslash': 278, + 'bracketright': 278, + 'asciicircum': 469, + 'underscore': 556, + 'quoteleft': 222, + 'a': 556, + 'b': 556, + 'c': 500, + 'd': 556, + 'e': 556, + 'f': 278, + 'g': 556, + 'h': 556, + 'i': 222, + 'j': 222, + 'k': 500, + 'l': 222, + 'm': 833, + 'n': 556, + 'o': 556, + 'p': 556, + 'q': 556, + 'r': 333, + 's': 500, + 't': 278, + 'u': 556, + 'v': 500, + 'w': 722, + 'x': 500, + 'y': 500, + 'z': 500, + 'braceleft': 334, + 'bar': 260, + 'braceright': 334, + 'asciitilde': 584, + 'exclamdown': 333, + 'cent': 556, + 'sterling': 556, + 'fraction': 167, + 'yen': 556, + 'florin': 556, + 'section': 556, + 'currency': 556, + 'quotesingle': 191, + 'quotedblleft': 333, + 'guillemotleft': 556, + 'guilsinglleft': 333, + 'guilsinglright': 333, + 'fi': 500, + 'fl': 500, + 'endash': 556, + 'dagger': 556, + 'daggerdbl': 556, + 'periodcentered': 278, + 'paragraph': 537, + 'bullet': 350, + 'quotesinglbase': 222, + 'quotedblbase': 333, + 'quotedblright': 333, + 'guillemotright': 556, + 'ellipsis': 1000, + 'perthousand': 1000, + 'questiondown': 611, + 'grave': 333, + 'acute': 333, + 'circumflex': 333, + 'tilde': 333, + 'macron': 333, + 'breve': 333, + 'dotaccent': 333, + 'dieresis': 333, + 'ring': 333, + 'cedilla': 333, + 'hungarumlaut': 333, + 'ogonek': 333, + 'caron': 333, + 'emdash': 1000, + 'AE': 1000, + 'ordfeminine': 370, + 'Lslash': 556, + 'Oslash': 778, + 'OE': 1000, + 'ordmasculine': 365, + 'ae': 889, + 'dotlessi': 278, + 'lslash': 222, + 'oslash': 611, + 'oe': 944, + 'germandbls': 611, + 'Idieresis': 278, + 'eacute': 556, + 'abreve': 556, + 'uhungarumlaut': 556, + 'ecaron': 556, + 'Ydieresis': 667, + 'divide': 584, + 'Yacute': 667, + 'Acircumflex': 667, + 'aacute': 556, + 'Ucircumflex': 722, + 'yacute': 500, + 'scommaaccent': 500, + 'ecircumflex': 556, + 'Uring': 722, + 'Udieresis': 722, + 'aogonek': 556, + 'Uacute': 722, + 'uogonek': 556, + 'Edieresis': 667, + 'Dcroat': 722, + 'commaaccent': 250, + 'copyright': 737, + 'Emacron': 667, + 'ccaron': 500, + 'aring': 556, + 'Ncommaaccent': 722, + 'lacute': 222, + 'agrave': 556, + 'Tcommaaccent': 611, + 'Cacute': 722, + 'atilde': 556, + 'Edotaccent': 667, + 'scaron': 500, + 'scedilla': 500, + 'iacute': 278, + 'lozenge': 471, + 'Rcaron': 722, + 'Gcommaaccent': 778, + 'ucircumflex': 556, + 'acircumflex': 556, + 'Amacron': 667, + 'rcaron': 333, + 'ccedilla': 500, + 'Zdotaccent': 611, + 'Thorn': 667, + 'Omacron': 778, + 'Racute': 722, + 'Sacute': 667, + 'dcaron': 643, + 'Umacron': 722, + 'uring': 556, + 'threesuperior': 333, + 'Ograve': 778, + 'Agrave': 667, + 'Abreve': 667, + 'multiply': 584, + 'uacute': 556, + 'Tcaron': 611, + 'partialdiff': 476, + 'ydieresis': 500, + 'Nacute': 722, + 'icircumflex': 278, + 'Ecircumflex': 667, + 'adieresis': 556, + 'edieresis': 556, + 'cacute': 500, + 'nacute': 556, + 'umacron': 556, + 'Ncaron': 722, + 'Iacute': 278, + 'plusminus': 584, + 'brokenbar': 260, + 'registered': 737, + 'Gbreve': 778, + 'Idotaccent': 278, + 'summation': 600, + 'Egrave': 667, + 'racute': 333, + 'omacron': 556, + 'Zacute': 611, + 'Zcaron': 611, + 'greaterequal': 549, + 'Eth': 722, + 'Ccedilla': 722, + 'lcommaaccent': 222, + 'tcaron': 317, + 'eogonek': 556, + 'Uogonek': 722, + 'Aacute': 667, + 'Adieresis': 667, + 'egrave': 556, + 'zacute': 500, + 'iogonek': 222, + 'Oacute': 778, + 'oacute': 556, + 'amacron': 556, + 'sacute': 500, + 'idieresis': 278, + 'Ocircumflex': 778, + 'Ugrave': 722, + 'Delta': 612, + 'thorn': 556, + 'twosuperior': 333, + 'Odieresis': 778, + 'mu': 556, + 'igrave': 278, + 'ohungarumlaut': 556, + 'Eogonek': 667, + 'dcroat': 556, + 'threequarters': 834, + 'Scedilla': 667, + 'lcaron': 299, + 'Kcommaaccent': 667, + 'Lacute': 556, + 'trademark': 1000, + 'edotaccent': 556, + 'Igrave': 278, + 'Imacron': 278, + 'Lcaron': 556, + 'onehalf': 834, + 'lessequal': 549, + 'ocircumflex': 556, + 'ntilde': 556, + 'Uhungarumlaut': 722, + 'Eacute': 667, + 'emacron': 556, + 'gbreve': 556, + 'onequarter': 834, + 'Scaron': 667, + 'Scommaaccent': 667, + 'Ohungarumlaut': 778, + 'degree': 400, + 'ograve': 556, + 'Ccaron': 722, + 'ugrave': 556, + 'radical': 453, + 'Dcaron': 722, + 'rcommaaccent': 333, + 'Ntilde': 722, + 'otilde': 556, + 'Rcommaaccent': 722, + 'Lcommaaccent': 556, + 'Atilde': 667, + 'Aogonek': 667, + 'Aring': 667, + 'Otilde': 778, + 'zdotaccent': 500, + 'Ecaron': 667, + 'Iogonek': 278, + 'kcommaaccent': 500, + 'minus': 584, + 'Icircumflex': 278, + 'ncaron': 556, + 'tcommaaccent': 278, + 'logicalnot': 584, + 'odieresis': 556, + 'udieresis': 556, + 'notequal': 549, + 'gcommaaccent': 556, + 'eth': 556, + 'zcaron': 500, + 'ncommaaccent': 556, + 'onesuperior': 333, + 'imacron': 278, + 'Euro': 556 + }, + 'Symbol': { + 'space': 250, + 'exclam': 333, + 'universal': 713, + 'numbersign': 500, + 'existential': 549, + 'percent': 833, + 'ampersand': 778, + 'suchthat': 439, + 'parenleft': 333, + 'parenright': 333, + 'asteriskmath': 500, + 'plus': 549, + 'comma': 250, + 'minus': 549, + 'period': 250, + 'slash': 278, + 'zero': 500, + 'one': 500, + 'two': 500, + 'three': 500, + 'four': 500, + 'five': 500, + 'six': 500, + 'seven': 500, + 'eight': 500, + 'nine': 500, + 'colon': 278, + 'semicolon': 278, + 'less': 549, + 'equal': 549, + 'greater': 549, + 'question': 444, + 'congruent': 549, + 'Alpha': 722, + 'Beta': 667, + 'Chi': 722, + 'Delta': 612, + 'Epsilon': 611, + 'Phi': 763, + 'Gamma': 603, + 'Eta': 722, + 'Iota': 333, + 'theta1': 631, + 'Kappa': 722, + 'Lambda': 686, + 'Mu': 889, + 'Nu': 722, + 'Omicron': 722, + 'Pi': 768, + 'Theta': 741, + 'Rho': 556, + 'Sigma': 592, + 'Tau': 611, + 'Upsilon': 690, + 'sigma1': 439, + 'Omega': 768, + 'Xi': 645, + 'Psi': 795, + 'Zeta': 611, + 'bracketleft': 333, + 'therefore': 863, + 'bracketright': 333, + 'perpendicular': 658, + 'underscore': 500, + 'radicalex': 500, + 'alpha': 631, + 'beta': 549, + 'chi': 549, + 'delta': 494, + 'epsilon': 439, + 'phi': 521, + 'gamma': 411, + 'eta': 603, + 'iota': 329, + 'phi1': 603, + 'kappa': 549, + 'lambda': 549, + 'mu': 576, + 'nu': 521, + 'omicron': 549, + 'pi': 549, + 'theta': 521, + 'rho': 549, + 'sigma': 603, + 'tau': 439, + 'upsilon': 576, + 'omega1': 713, + 'omega': 686, + 'xi': 493, + 'psi': 686, + 'zeta': 494, + 'braceleft': 480, + 'bar': 200, + 'braceright': 480, + 'similar': 549, + 'Euro': 750, + 'Upsilon1': 620, + 'minute': 247, + 'lessequal': 549, + 'fraction': 167, + 'infinity': 713, + 'florin': 500, + 'club': 753, + 'diamond': 753, + 'heart': 753, + 'spade': 753, + 'arrowboth': 1042, + 'arrowleft': 987, + 'arrowup': 603, + 'arrowright': 987, + 'arrowdown': 603, + 'degree': 400, + 'plusminus': 549, + 'second': 411, + 'greaterequal': 549, + 'multiply': 549, + 'proportional': 713, + 'partialdiff': 494, + 'bullet': 460, + 'divide': 549, + 'notequal': 549, + 'equivalence': 549, + 'approxequal': 549, + 'ellipsis': 1000, + 'arrowvertex': 603, + 'arrowhorizex': 1000, + 'carriagereturn': 658, + 'aleph': 823, + 'Ifraktur': 686, + 'Rfraktur': 795, + 'weierstrass': 987, + 'circlemultiply': 768, + 'circleplus': 768, + 'emptyset': 823, + 'intersection': 768, + 'union': 768, + 'propersuperset': 713, + 'reflexsuperset': 713, + 'notsubset': 713, + 'propersubset': 713, + 'reflexsubset': 713, + 'element': 713, + 'notelement': 713, + 'angle': 768, + 'gradient': 713, + 'registerserif': 790, + 'copyrightserif': 790, + 'trademarkserif': 890, + 'product': 823, + 'radical': 549, + 'dotmath': 250, + 'logicalnot': 713, + 'logicaland': 603, + 'logicalor': 603, + 'arrowdblboth': 1042, + 'arrowdblleft': 987, + 'arrowdblup': 603, + 'arrowdblright': 987, + 'arrowdbldown': 603, + 'lozenge': 494, + 'angleleft': 329, + 'registersans': 790, + 'copyrightsans': 790, + 'trademarksans': 786, + 'summation': 713, + 'parenlefttp': 384, + 'parenleftex': 384, + 'parenleftbt': 384, + 'bracketlefttp': 384, + 'bracketleftex': 384, + 'bracketleftbt': 384, + 'bracelefttp': 494, + 'braceleftmid': 494, + 'braceleftbt': 494, + 'braceex': 494, + 'angleright': 329, + 'integral': 274, + 'integraltp': 686, + 'integralex': 686, + 'integralbt': 686, + 'parenrighttp': 384, + 'parenrightex': 384, + 'parenrightbt': 384, + 'bracketrighttp': 384, + 'bracketrightex': 384, + 'bracketrightbt': 384, + 'bracerighttp': 494, + 'bracerightmid': 494, + 'bracerightbt': 494, + 'apple': 790 + }, + 'Times-Roman': { + 'space': 250, + 'exclam': 333, + 'quotedbl': 408, + 'numbersign': 500, + 'dollar': 500, + 'percent': 833, + 'ampersand': 778, + 'quoteright': 333, + 'parenleft': 333, + 'parenright': 333, + 'asterisk': 500, + 'plus': 564, + 'comma': 250, + 'hyphen': 333, + 'period': 250, + 'slash': 278, + 'zero': 500, + 'one': 500, + 'two': 500, + 'three': 500, + 'four': 500, + 'five': 500, + 'six': 500, + 'seven': 500, + 'eight': 500, + 'nine': 500, + 'colon': 278, + 'semicolon': 278, + 'less': 564, + 'equal': 564, + 'greater': 564, + 'question': 444, + 'at': 921, + 'A': 722, + 'B': 667, + 'C': 667, + 'D': 722, + 'E': 611, + 'F': 556, + 'G': 722, + 'H': 722, + 'I': 333, + 'J': 389, + 'K': 722, + 'L': 611, + 'M': 889, + 'N': 722, + 'O': 722, + 'P': 556, + 'Q': 722, + 'R': 667, + 'S': 556, + 'T': 611, + 'U': 722, + 'V': 722, + 'W': 944, + 'X': 722, + 'Y': 722, + 'Z': 611, + 'bracketleft': 333, + 'backslash': 278, + 'bracketright': 333, + 'asciicircum': 469, + 'underscore': 500, + 'quoteleft': 333, + 'a': 444, + 'b': 500, + 'c': 444, + 'd': 500, + 'e': 444, + 'f': 333, + 'g': 500, + 'h': 500, + 'i': 278, + 'j': 278, + 'k': 500, + 'l': 278, + 'm': 778, + 'n': 500, + 'o': 500, + 'p': 500, + 'q': 500, + 'r': 333, + 's': 389, + 't': 278, + 'u': 500, + 'v': 500, + 'w': 722, + 'x': 500, + 'y': 500, + 'z': 444, + 'braceleft': 480, + 'bar': 200, + 'braceright': 480, + 'asciitilde': 541, + 'exclamdown': 333, + 'cent': 500, + 'sterling': 500, + 'fraction': 167, + 'yen': 500, + 'florin': 500, + 'section': 500, + 'currency': 500, + 'quotesingle': 180, + 'quotedblleft': 444, + 'guillemotleft': 500, + 'guilsinglleft': 333, + 'guilsinglright': 333, + 'fi': 556, + 'fl': 556, + 'endash': 500, + 'dagger': 500, + 'daggerdbl': 500, + 'periodcentered': 250, + 'paragraph': 453, + 'bullet': 350, + 'quotesinglbase': 333, + 'quotedblbase': 444, + 'quotedblright': 444, + 'guillemotright': 500, + 'ellipsis': 1000, + 'perthousand': 1000, + 'questiondown': 444, + 'grave': 333, + 'acute': 333, + 'circumflex': 333, + 'tilde': 333, + 'macron': 333, + 'breve': 333, + 'dotaccent': 333, + 'dieresis': 333, + 'ring': 333, + 'cedilla': 333, + 'hungarumlaut': 333, + 'ogonek': 333, + 'caron': 333, + 'emdash': 1000, + 'AE': 889, + 'ordfeminine': 276, + 'Lslash': 611, + 'Oslash': 722, + 'OE': 889, + 'ordmasculine': 310, + 'ae': 667, + 'dotlessi': 278, + 'lslash': 278, + 'oslash': 500, + 'oe': 722, + 'germandbls': 500, + 'Idieresis': 333, + 'eacute': 444, + 'abreve': 444, + 'uhungarumlaut': 500, + 'ecaron': 444, + 'Ydieresis': 722, + 'divide': 564, + 'Yacute': 722, + 'Acircumflex': 722, + 'aacute': 444, + 'Ucircumflex': 722, + 'yacute': 500, + 'scommaaccent': 389, + 'ecircumflex': 444, + 'Uring': 722, + 'Udieresis': 722, + 'aogonek': 444, + 'Uacute': 722, + 'uogonek': 500, + 'Edieresis': 611, + 'Dcroat': 722, + 'commaaccent': 250, + 'copyright': 760, + 'Emacron': 611, + 'ccaron': 444, + 'aring': 444, + 'Ncommaaccent': 722, + 'lacute': 278, + 'agrave': 444, + 'Tcommaaccent': 611, + 'Cacute': 667, + 'atilde': 444, + 'Edotaccent': 611, + 'scaron': 389, + 'scedilla': 389, + 'iacute': 278, + 'lozenge': 471, + 'Rcaron': 667, + 'Gcommaaccent': 722, + 'ucircumflex': 500, + 'acircumflex': 444, + 'Amacron': 722, + 'rcaron': 333, + 'ccedilla': 444, + 'Zdotaccent': 611, + 'Thorn': 556, + 'Omacron': 722, + 'Racute': 667, + 'Sacute': 556, + 'dcaron': 588, + 'Umacron': 722, + 'uring': 500, + 'threesuperior': 300, + 'Ograve': 722, + 'Agrave': 722, + 'Abreve': 722, + 'multiply': 564, + 'uacute': 500, + 'Tcaron': 611, + 'partialdiff': 476, + 'ydieresis': 500, + 'Nacute': 722, + 'icircumflex': 278, + 'Ecircumflex': 611, + 'adieresis': 444, + 'edieresis': 444, + 'cacute': 444, + 'nacute': 500, + 'umacron': 500, + 'Ncaron': 722, + 'Iacute': 333, + 'plusminus': 564, + 'brokenbar': 200, + 'registered': 760, + 'Gbreve': 722, + 'Idotaccent': 333, + 'summation': 600, + 'Egrave': 611, + 'racute': 333, + 'omacron': 500, + 'Zacute': 611, + 'Zcaron': 611, + 'greaterequal': 549, + 'Eth': 722, + 'Ccedilla': 667, + 'lcommaaccent': 278, + 'tcaron': 326, + 'eogonek': 444, + 'Uogonek': 722, + 'Aacute': 722, + 'Adieresis': 722, + 'egrave': 444, + 'zacute': 444, + 'iogonek': 278, + 'Oacute': 722, + 'oacute': 500, + 'amacron': 444, + 'sacute': 389, + 'idieresis': 278, + 'Ocircumflex': 722, + 'Ugrave': 722, + 'Delta': 612, + 'thorn': 500, + 'twosuperior': 300, + 'Odieresis': 722, + 'mu': 500, + 'igrave': 278, + 'ohungarumlaut': 500, + 'Eogonek': 611, + 'dcroat': 500, + 'threequarters': 750, + 'Scedilla': 556, + 'lcaron': 344, + 'Kcommaaccent': 722, + 'Lacute': 611, + 'trademark': 980, + 'edotaccent': 444, + 'Igrave': 333, + 'Imacron': 333, + 'Lcaron': 611, + 'onehalf': 750, + 'lessequal': 549, + 'ocircumflex': 500, + 'ntilde': 500, + 'Uhungarumlaut': 722, + 'Eacute': 611, + 'emacron': 444, + 'gbreve': 500, + 'onequarter': 750, + 'Scaron': 556, + 'Scommaaccent': 556, + 'Ohungarumlaut': 722, + 'degree': 400, + 'ograve': 500, + 'Ccaron': 667, + 'ugrave': 500, + 'radical': 453, + 'Dcaron': 722, + 'rcommaaccent': 333, + 'Ntilde': 722, + 'otilde': 500, + 'Rcommaaccent': 667, + 'Lcommaaccent': 611, + 'Atilde': 722, + 'Aogonek': 722, + 'Aring': 722, + 'Otilde': 722, + 'zdotaccent': 444, + 'Ecaron': 611, + 'Iogonek': 333, + 'kcommaaccent': 500, + 'minus': 564, + 'Icircumflex': 333, + 'ncaron': 500, + 'tcommaaccent': 278, + 'logicalnot': 564, + 'odieresis': 500, + 'udieresis': 500, + 'notequal': 549, + 'gcommaaccent': 500, + 'eth': 500, + 'zcaron': 444, + 'ncommaaccent': 500, + 'onesuperior': 300, + 'imacron': 278, + 'Euro': 500 + }, + 'Times-Bold': { + 'space': 250, + 'exclam': 333, + 'quotedbl': 555, + 'numbersign': 500, + 'dollar': 500, + 'percent': 1000, + 'ampersand': 833, + 'quoteright': 333, + 'parenleft': 333, + 'parenright': 333, + 'asterisk': 500, + 'plus': 570, + 'comma': 250, + 'hyphen': 333, + 'period': 250, + 'slash': 278, + 'zero': 500, + 'one': 500, + 'two': 500, + 'three': 500, + 'four': 500, + 'five': 500, + 'six': 500, + 'seven': 500, + 'eight': 500, + 'nine': 500, + 'colon': 333, + 'semicolon': 333, + 'less': 570, + 'equal': 570, + 'greater': 570, + 'question': 500, + 'at': 930, + 'A': 722, + 'B': 667, + 'C': 722, + 'D': 722, + 'E': 667, + 'F': 611, + 'G': 778, + 'H': 778, + 'I': 389, + 'J': 500, + 'K': 778, + 'L': 667, + 'M': 944, + 'N': 722, + 'O': 778, + 'P': 611, + 'Q': 778, + 'R': 722, + 'S': 556, + 'T': 667, + 'U': 722, + 'V': 722, + 'W': 1000, + 'X': 722, + 'Y': 722, + 'Z': 667, + 'bracketleft': 333, + 'backslash': 278, + 'bracketright': 333, + 'asciicircum': 581, + 'underscore': 500, + 'quoteleft': 333, + 'a': 500, + 'b': 556, + 'c': 444, + 'd': 556, + 'e': 444, + 'f': 333, + 'g': 500, + 'h': 556, + 'i': 278, + 'j': 333, + 'k': 556, + 'l': 278, + 'm': 833, + 'n': 556, + 'o': 500, + 'p': 556, + 'q': 556, + 'r': 444, + 's': 389, + 't': 333, + 'u': 556, + 'v': 500, + 'w': 722, + 'x': 500, + 'y': 500, + 'z': 444, + 'braceleft': 394, + 'bar': 220, + 'braceright': 394, + 'asciitilde': 520, + 'exclamdown': 333, + 'cent': 500, + 'sterling': 500, + 'fraction': 167, + 'yen': 500, + 'florin': 500, + 'section': 500, + 'currency': 500, + 'quotesingle': 278, + 'quotedblleft': 500, + 'guillemotleft': 500, + 'guilsinglleft': 333, + 'guilsinglright': 333, + 'fi': 556, + 'fl': 556, + 'endash': 500, + 'dagger': 500, + 'daggerdbl': 500, + 'periodcentered': 250, + 'paragraph': 540, + 'bullet': 350, + 'quotesinglbase': 333, + 'quotedblbase': 500, + 'quotedblright': 500, + 'guillemotright': 500, + 'ellipsis': 1000, + 'perthousand': 1000, + 'questiondown': 500, + 'grave': 333, + 'acute': 333, + 'circumflex': 333, + 'tilde': 333, + 'macron': 333, + 'breve': 333, + 'dotaccent': 333, + 'dieresis': 333, + 'ring': 333, + 'cedilla': 333, + 'hungarumlaut': 333, + 'ogonek': 333, + 'caron': 333, + 'emdash': 1000, + 'AE': 1000, + 'ordfeminine': 300, + 'Lslash': 667, + 'Oslash': 778, + 'OE': 1000, + 'ordmasculine': 330, + 'ae': 722, + 'dotlessi': 278, + 'lslash': 278, + 'oslash': 500, + 'oe': 722, + 'germandbls': 556, + 'Idieresis': 389, + 'eacute': 444, + 'abreve': 500, + 'uhungarumlaut': 556, + 'ecaron': 444, + 'Ydieresis': 722, + 'divide': 570, + 'Yacute': 722, + 'Acircumflex': 722, + 'aacute': 500, + 'Ucircumflex': 722, + 'yacute': 500, + 'scommaaccent': 389, + 'ecircumflex': 444, + 'Uring': 722, + 'Udieresis': 722, + 'aogonek': 500, + 'Uacute': 722, + 'uogonek': 556, + 'Edieresis': 667, + 'Dcroat': 722, + 'commaaccent': 250, + 'copyright': 747, + 'Emacron': 667, + 'ccaron': 444, + 'aring': 500, + 'Ncommaaccent': 722, + 'lacute': 278, + 'agrave': 500, + 'Tcommaaccent': 667, + 'Cacute': 722, + 'atilde': 500, + 'Edotaccent': 667, + 'scaron': 389, + 'scedilla': 389, + 'iacute': 278, + 'lozenge': 494, + 'Rcaron': 722, + 'Gcommaaccent': 778, + 'ucircumflex': 556, + 'acircumflex': 500, + 'Amacron': 722, + 'rcaron': 444, + 'ccedilla': 444, + 'Zdotaccent': 667, + 'Thorn': 611, + 'Omacron': 778, + 'Racute': 722, + 'Sacute': 556, + 'dcaron': 672, + 'Umacron': 722, + 'uring': 556, + 'threesuperior': 300, + 'Ograve': 778, + 'Agrave': 722, + 'Abreve': 722, + 'multiply': 570, + 'uacute': 556, + 'Tcaron': 667, + 'partialdiff': 494, + 'ydieresis': 500, + 'Nacute': 722, + 'icircumflex': 278, + 'Ecircumflex': 667, + 'adieresis': 500, + 'edieresis': 444, + 'cacute': 444, + 'nacute': 556, + 'umacron': 556, + 'Ncaron': 722, + 'Iacute': 389, + 'plusminus': 570, + 'brokenbar': 220, + 'registered': 747, + 'Gbreve': 778, + 'Idotaccent': 389, + 'summation': 600, + 'Egrave': 667, + 'racute': 444, + 'omacron': 500, + 'Zacute': 667, + 'Zcaron': 667, + 'greaterequal': 549, + 'Eth': 722, + 'Ccedilla': 722, + 'lcommaaccent': 278, + 'tcaron': 416, + 'eogonek': 444, + 'Uogonek': 722, + 'Aacute': 722, + 'Adieresis': 722, + 'egrave': 444, + 'zacute': 444, + 'iogonek': 278, + 'Oacute': 778, + 'oacute': 500, + 'amacron': 500, + 'sacute': 389, + 'idieresis': 278, + 'Ocircumflex': 778, + 'Ugrave': 722, + 'Delta': 612, + 'thorn': 556, + 'twosuperior': 300, + 'Odieresis': 778, + 'mu': 556, + 'igrave': 278, + 'ohungarumlaut': 500, + 'Eogonek': 667, + 'dcroat': 556, + 'threequarters': 750, + 'Scedilla': 556, + 'lcaron': 394, + 'Kcommaaccent': 778, + 'Lacute': 667, + 'trademark': 1000, + 'edotaccent': 444, + 'Igrave': 389, + 'Imacron': 389, + 'Lcaron': 667, + 'onehalf': 750, + 'lessequal': 549, + 'ocircumflex': 500, + 'ntilde': 556, + 'Uhungarumlaut': 722, + 'Eacute': 667, + 'emacron': 444, + 'gbreve': 500, + 'onequarter': 750, + 'Scaron': 556, + 'Scommaaccent': 556, + 'Ohungarumlaut': 778, + 'degree': 400, + 'ograve': 500, + 'Ccaron': 722, + 'ugrave': 556, + 'radical': 549, + 'Dcaron': 722, + 'rcommaaccent': 444, + 'Ntilde': 722, + 'otilde': 500, + 'Rcommaaccent': 722, + 'Lcommaaccent': 667, + 'Atilde': 722, + 'Aogonek': 722, + 'Aring': 722, + 'Otilde': 778, + 'zdotaccent': 444, + 'Ecaron': 667, + 'Iogonek': 389, + 'kcommaaccent': 556, + 'minus': 570, + 'Icircumflex': 389, + 'ncaron': 556, + 'tcommaaccent': 333, + 'logicalnot': 570, + 'odieresis': 500, + 'udieresis': 556, + 'notequal': 549, + 'gcommaaccent': 500, + 'eth': 500, + 'zcaron': 444, + 'ncommaaccent': 556, + 'onesuperior': 300, + 'imacron': 278, + 'Euro': 500 + }, + 'Times-BoldItalic': { + 'space': 250, + 'exclam': 389, + 'quotedbl': 555, + 'numbersign': 500, + 'dollar': 500, + 'percent': 833, + 'ampersand': 778, + 'quoteright': 333, + 'parenleft': 333, + 'parenright': 333, + 'asterisk': 500, + 'plus': 570, + 'comma': 250, + 'hyphen': 333, + 'period': 250, + 'slash': 278, + 'zero': 500, + 'one': 500, + 'two': 500, + 'three': 500, + 'four': 500, + 'five': 500, + 'six': 500, + 'seven': 500, + 'eight': 500, + 'nine': 500, + 'colon': 333, + 'semicolon': 333, + 'less': 570, + 'equal': 570, + 'greater': 570, + 'question': 500, + 'at': 832, + 'A': 667, + 'B': 667, + 'C': 667, + 'D': 722, + 'E': 667, + 'F': 667, + 'G': 722, + 'H': 778, + 'I': 389, + 'J': 500, + 'K': 667, + 'L': 611, + 'M': 889, + 'N': 722, + 'O': 722, + 'P': 611, + 'Q': 722, + 'R': 667, + 'S': 556, + 'T': 611, + 'U': 722, + 'V': 667, + 'W': 889, + 'X': 667, + 'Y': 611, + 'Z': 611, + 'bracketleft': 333, + 'backslash': 278, + 'bracketright': 333, + 'asciicircum': 570, + 'underscore': 500, + 'quoteleft': 333, + 'a': 500, + 'b': 500, + 'c': 444, + 'd': 500, + 'e': 444, + 'f': 333, + 'g': 500, + 'h': 556, + 'i': 278, + 'j': 278, + 'k': 500, + 'l': 278, + 'm': 778, + 'n': 556, + 'o': 500, + 'p': 500, + 'q': 500, + 'r': 389, + 's': 389, + 't': 278, + 'u': 556, + 'v': 444, + 'w': 667, + 'x': 500, + 'y': 444, + 'z': 389, + 'braceleft': 348, + 'bar': 220, + 'braceright': 348, + 'asciitilde': 570, + 'exclamdown': 389, + 'cent': 500, + 'sterling': 500, + 'fraction': 167, + 'yen': 500, + 'florin': 500, + 'section': 500, + 'currency': 500, + 'quotesingle': 278, + 'quotedblleft': 500, + 'guillemotleft': 500, + 'guilsinglleft': 333, + 'guilsinglright': 333, + 'fi': 556, + 'fl': 556, + 'endash': 500, + 'dagger': 500, + 'daggerdbl': 500, + 'periodcentered': 250, + 'paragraph': 500, + 'bullet': 350, + 'quotesinglbase': 333, + 'quotedblbase': 500, + 'quotedblright': 500, + 'guillemotright': 500, + 'ellipsis': 1000, + 'perthousand': 1000, + 'questiondown': 500, + 'grave': 333, + 'acute': 333, + 'circumflex': 333, + 'tilde': 333, + 'macron': 333, + 'breve': 333, + 'dotaccent': 333, + 'dieresis': 333, + 'ring': 333, + 'cedilla': 333, + 'hungarumlaut': 333, + 'ogonek': 333, + 'caron': 333, + 'emdash': 1000, + 'AE': 944, + 'ordfeminine': 266, + 'Lslash': 611, + 'Oslash': 722, + 'OE': 944, + 'ordmasculine': 300, + 'ae': 722, + 'dotlessi': 278, + 'lslash': 278, + 'oslash': 500, + 'oe': 722, + 'germandbls': 500, + 'Idieresis': 389, + 'eacute': 444, + 'abreve': 500, + 'uhungarumlaut': 556, + 'ecaron': 444, + 'Ydieresis': 611, + 'divide': 570, + 'Yacute': 611, + 'Acircumflex': 667, + 'aacute': 500, + 'Ucircumflex': 722, + 'yacute': 444, + 'scommaaccent': 389, + 'ecircumflex': 444, + 'Uring': 722, + 'Udieresis': 722, + 'aogonek': 500, + 'Uacute': 722, + 'uogonek': 556, + 'Edieresis': 667, + 'Dcroat': 722, + 'commaaccent': 250, + 'copyright': 747, + 'Emacron': 667, + 'ccaron': 444, + 'aring': 500, + 'Ncommaaccent': 722, + 'lacute': 278, + 'agrave': 500, + 'Tcommaaccent': 611, + 'Cacute': 667, + 'atilde': 500, + 'Edotaccent': 667, + 'scaron': 389, + 'scedilla': 389, + 'iacute': 278, + 'lozenge': 494, + 'Rcaron': 667, + 'Gcommaaccent': 722, + 'ucircumflex': 556, + 'acircumflex': 500, + 'Amacron': 667, + 'rcaron': 389, + 'ccedilla': 444, + 'Zdotaccent': 611, + 'Thorn': 611, + 'Omacron': 722, + 'Racute': 667, + 'Sacute': 556, + 'dcaron': 608, + 'Umacron': 722, + 'uring': 556, + 'threesuperior': 300, + 'Ograve': 722, + 'Agrave': 667, + 'Abreve': 667, + 'multiply': 570, + 'uacute': 556, + 'Tcaron': 611, + 'partialdiff': 494, + 'ydieresis': 444, + 'Nacute': 722, + 'icircumflex': 278, + 'Ecircumflex': 667, + 'adieresis': 500, + 'edieresis': 444, + 'cacute': 444, + 'nacute': 556, + 'umacron': 556, + 'Ncaron': 722, + 'Iacute': 389, + 'plusminus': 570, + 'brokenbar': 220, + 'registered': 747, + 'Gbreve': 722, + 'Idotaccent': 389, + 'summation': 600, + 'Egrave': 667, + 'racute': 389, + 'omacron': 500, + 'Zacute': 611, + 'Zcaron': 611, + 'greaterequal': 549, + 'Eth': 722, + 'Ccedilla': 667, + 'lcommaaccent': 278, + 'tcaron': 366, + 'eogonek': 444, + 'Uogonek': 722, + 'Aacute': 667, + 'Adieresis': 667, + 'egrave': 444, + 'zacute': 389, + 'iogonek': 278, + 'Oacute': 722, + 'oacute': 500, + 'amacron': 500, + 'sacute': 389, + 'idieresis': 278, + 'Ocircumflex': 722, + 'Ugrave': 722, + 'Delta': 612, + 'thorn': 500, + 'twosuperior': 300, + 'Odieresis': 722, + 'mu': 576, + 'igrave': 278, + 'ohungarumlaut': 500, + 'Eogonek': 667, + 'dcroat': 500, + 'threequarters': 750, + 'Scedilla': 556, + 'lcaron': 382, + 'Kcommaaccent': 667, + 'Lacute': 611, + 'trademark': 1000, + 'edotaccent': 444, + 'Igrave': 389, + 'Imacron': 389, + 'Lcaron': 611, + 'onehalf': 750, + 'lessequal': 549, + 'ocircumflex': 500, + 'ntilde': 556, + 'Uhungarumlaut': 722, + 'Eacute': 667, + 'emacron': 444, + 'gbreve': 500, + 'onequarter': 750, + 'Scaron': 556, + 'Scommaaccent': 556, + 'Ohungarumlaut': 722, + 'degree': 400, + 'ograve': 500, + 'Ccaron': 667, + 'ugrave': 556, + 'radical': 549, + 'Dcaron': 722, + 'rcommaaccent': 389, + 'Ntilde': 722, + 'otilde': 500, + 'Rcommaaccent': 667, + 'Lcommaaccent': 611, + 'Atilde': 667, + 'Aogonek': 667, + 'Aring': 667, + 'Otilde': 722, + 'zdotaccent': 389, + 'Ecaron': 667, + 'Iogonek': 389, + 'kcommaaccent': 500, + 'minus': 606, + 'Icircumflex': 389, + 'ncaron': 556, + 'tcommaaccent': 278, + 'logicalnot': 606, + 'odieresis': 500, + 'udieresis': 556, + 'notequal': 549, + 'gcommaaccent': 500, + 'eth': 500, + 'zcaron': 389, + 'ncommaaccent': 556, + 'onesuperior': 300, + 'imacron': 278, + 'Euro': 500 + }, + 'Times-Italic': { + 'space': 250, + 'exclam': 333, + 'quotedbl': 420, + 'numbersign': 500, + 'dollar': 500, + 'percent': 833, + 'ampersand': 778, + 'quoteright': 333, + 'parenleft': 333, + 'parenright': 333, + 'asterisk': 500, + 'plus': 675, + 'comma': 250, + 'hyphen': 333, + 'period': 250, + 'slash': 278, + 'zero': 500, + 'one': 500, + 'two': 500, + 'three': 500, + 'four': 500, + 'five': 500, + 'six': 500, + 'seven': 500, + 'eight': 500, + 'nine': 500, + 'colon': 333, + 'semicolon': 333, + 'less': 675, + 'equal': 675, + 'greater': 675, + 'question': 500, + 'at': 920, + 'A': 611, + 'B': 611, + 'C': 667, + 'D': 722, + 'E': 611, + 'F': 611, + 'G': 722, + 'H': 722, + 'I': 333, + 'J': 444, + 'K': 667, + 'L': 556, + 'M': 833, + 'N': 667, + 'O': 722, + 'P': 611, + 'Q': 722, + 'R': 611, + 'S': 500, + 'T': 556, + 'U': 722, + 'V': 611, + 'W': 833, + 'X': 611, + 'Y': 556, + 'Z': 556, + 'bracketleft': 389, + 'backslash': 278, + 'bracketright': 389, + 'asciicircum': 422, + 'underscore': 500, + 'quoteleft': 333, + 'a': 500, + 'b': 500, + 'c': 444, + 'd': 500, + 'e': 444, + 'f': 278, + 'g': 500, + 'h': 500, + 'i': 278, + 'j': 278, + 'k': 444, + 'l': 278, + 'm': 722, + 'n': 500, + 'o': 500, + 'p': 500, + 'q': 500, + 'r': 389, + 's': 389, + 't': 278, + 'u': 500, + 'v': 444, + 'w': 667, + 'x': 444, + 'y': 444, + 'z': 389, + 'braceleft': 400, + 'bar': 275, + 'braceright': 400, + 'asciitilde': 541, + 'exclamdown': 389, + 'cent': 500, + 'sterling': 500, + 'fraction': 167, + 'yen': 500, + 'florin': 500, + 'section': 500, + 'currency': 500, + 'quotesingle': 214, + 'quotedblleft': 556, + 'guillemotleft': 500, + 'guilsinglleft': 333, + 'guilsinglright': 333, + 'fi': 500, + 'fl': 500, + 'endash': 500, + 'dagger': 500, + 'daggerdbl': 500, + 'periodcentered': 250, + 'paragraph': 523, + 'bullet': 350, + 'quotesinglbase': 333, + 'quotedblbase': 556, + 'quotedblright': 556, + 'guillemotright': 500, + 'ellipsis': 889, + 'perthousand': 1000, + 'questiondown': 500, + 'grave': 333, + 'acute': 333, + 'circumflex': 333, + 'tilde': 333, + 'macron': 333, + 'breve': 333, + 'dotaccent': 333, + 'dieresis': 333, + 'ring': 333, + 'cedilla': 333, + 'hungarumlaut': 333, + 'ogonek': 333, + 'caron': 333, + 'emdash': 889, + 'AE': 889, + 'ordfeminine': 276, + 'Lslash': 556, + 'Oslash': 722, + 'OE': 944, + 'ordmasculine': 310, + 'ae': 667, + 'dotlessi': 278, + 'lslash': 278, + 'oslash': 500, + 'oe': 667, + 'germandbls': 500, + 'Idieresis': 333, + 'eacute': 444, + 'abreve': 500, + 'uhungarumlaut': 500, + 'ecaron': 444, + 'Ydieresis': 556, + 'divide': 675, + 'Yacute': 556, + 'Acircumflex': 611, + 'aacute': 500, + 'Ucircumflex': 722, + 'yacute': 444, + 'scommaaccent': 389, + 'ecircumflex': 444, + 'Uring': 722, + 'Udieresis': 722, + 'aogonek': 500, + 'Uacute': 722, + 'uogonek': 500, + 'Edieresis': 611, + 'Dcroat': 722, + 'commaaccent': 250, + 'copyright': 760, + 'Emacron': 611, + 'ccaron': 444, + 'aring': 500, + 'Ncommaaccent': 667, + 'lacute': 278, + 'agrave': 500, + 'Tcommaaccent': 556, + 'Cacute': 667, + 'atilde': 500, + 'Edotaccent': 611, + 'scaron': 389, + 'scedilla': 389, + 'iacute': 278, + 'lozenge': 471, + 'Rcaron': 611, + 'Gcommaaccent': 722, + 'ucircumflex': 500, + 'acircumflex': 500, + 'Amacron': 611, + 'rcaron': 389, + 'ccedilla': 444, + 'Zdotaccent': 556, + 'Thorn': 611, + 'Omacron': 722, + 'Racute': 611, + 'Sacute': 500, + 'dcaron': 544, + 'Umacron': 722, + 'uring': 500, + 'threesuperior': 300, + 'Ograve': 722, + 'Agrave': 611, + 'Abreve': 611, + 'multiply': 675, + 'uacute': 500, + 'Tcaron': 556, + 'partialdiff': 476, + 'ydieresis': 444, + 'Nacute': 667, + 'icircumflex': 278, + 'Ecircumflex': 611, + 'adieresis': 500, + 'edieresis': 444, + 'cacute': 444, + 'nacute': 500, + 'umacron': 500, + 'Ncaron': 667, + 'Iacute': 333, + 'plusminus': 675, + 'brokenbar': 275, + 'registered': 760, + 'Gbreve': 722, + 'Idotaccent': 333, + 'summation': 600, + 'Egrave': 611, + 'racute': 389, + 'omacron': 500, + 'Zacute': 556, + 'Zcaron': 556, + 'greaterequal': 549, + 'Eth': 722, + 'Ccedilla': 667, + 'lcommaaccent': 278, + 'tcaron': 300, + 'eogonek': 444, + 'Uogonek': 722, + 'Aacute': 611, + 'Adieresis': 611, + 'egrave': 444, + 'zacute': 389, + 'iogonek': 278, + 'Oacute': 722, + 'oacute': 500, + 'amacron': 500, + 'sacute': 389, + 'idieresis': 278, + 'Ocircumflex': 722, + 'Ugrave': 722, + 'Delta': 612, + 'thorn': 500, + 'twosuperior': 300, + 'Odieresis': 722, + 'mu': 500, + 'igrave': 278, + 'ohungarumlaut': 500, + 'Eogonek': 611, + 'dcroat': 500, + 'threequarters': 750, + 'Scedilla': 500, + 'lcaron': 300, + 'Kcommaaccent': 667, + 'Lacute': 556, + 'trademark': 980, + 'edotaccent': 444, + 'Igrave': 333, + 'Imacron': 333, + 'Lcaron': 611, + 'onehalf': 750, + 'lessequal': 549, + 'ocircumflex': 500, + 'ntilde': 500, + 'Uhungarumlaut': 722, + 'Eacute': 611, + 'emacron': 444, + 'gbreve': 500, + 'onequarter': 750, + 'Scaron': 500, + 'Scommaaccent': 500, + 'Ohungarumlaut': 722, + 'degree': 400, + 'ograve': 500, + 'Ccaron': 667, + 'ugrave': 500, + 'radical': 453, + 'Dcaron': 722, + 'rcommaaccent': 389, + 'Ntilde': 667, + 'otilde': 500, + 'Rcommaaccent': 611, + 'Lcommaaccent': 556, + 'Atilde': 611, + 'Aogonek': 611, + 'Aring': 611, + 'Otilde': 722, + 'zdotaccent': 389, + 'Ecaron': 611, + 'Iogonek': 333, + 'kcommaaccent': 444, + 'minus': 675, + 'Icircumflex': 333, + 'ncaron': 500, + 'tcommaaccent': 278, + 'logicalnot': 675, + 'odieresis': 500, + 'udieresis': 500, + 'notequal': 549, + 'gcommaaccent': 500, + 'eth': 500, + 'zcaron': 389, + 'ncommaaccent': 500, + 'onesuperior': 300, + 'imacron': 278, + 'Euro': 500 + }, + 'ZapfDingbats': { + 'space': 278, + 'a1': 974, + 'a2': 961, + 'a202': 974, + 'a3': 980, + 'a4': 719, + 'a5': 789, + 'a119': 790, + 'a118': 791, + 'a117': 690, + 'a11': 960, + 'a12': 939, + 'a13': 549, + 'a14': 855, + 'a15': 911, + 'a16': 933, + 'a105': 911, + 'a17': 945, + 'a18': 974, + 'a19': 755, + 'a20': 846, + 'a21': 762, + 'a22': 761, + 'a23': 571, + 'a24': 677, + 'a25': 763, + 'a26': 760, + 'a27': 759, + 'a28': 754, + 'a6': 494, + 'a7': 552, + 'a8': 537, + 'a9': 577, + 'a10': 692, + 'a29': 786, + 'a30': 788, + 'a31': 788, + 'a32': 790, + 'a33': 793, + 'a34': 794, + 'a35': 816, + 'a36': 823, + 'a37': 789, + 'a38': 841, + 'a39': 823, + 'a40': 833, + 'a41': 816, + 'a42': 831, + 'a43': 923, + 'a44': 744, + 'a45': 723, + 'a46': 749, + 'a47': 790, + 'a48': 792, + 'a49': 695, + 'a50': 776, + 'a51': 768, + 'a52': 792, + 'a53': 759, + 'a54': 707, + 'a55': 708, + 'a56': 682, + 'a57': 701, + 'a58': 826, + 'a59': 815, + 'a60': 789, + 'a61': 789, + 'a62': 707, + 'a63': 687, + 'a64': 696, + 'a65': 689, + 'a66': 786, + 'a67': 787, + 'a68': 713, + 'a69': 791, + 'a70': 785, + 'a71': 791, + 'a72': 873, + 'a73': 761, + 'a74': 762, + 'a203': 762, + 'a75': 759, + 'a204': 759, + 'a76': 892, + 'a77': 892, + 'a78': 788, + 'a79': 784, + 'a81': 438, + 'a82': 138, + 'a83': 277, + 'a84': 415, + 'a97': 392, + 'a98': 392, + 'a99': 668, + 'a100': 668, + 'a89': 390, + 'a90': 390, + 'a93': 317, + 'a94': 317, + 'a91': 276, + 'a92': 276, + 'a205': 509, + 'a85': 509, + 'a206': 410, + 'a86': 410, + 'a87': 234, + 'a88': 234, + 'a95': 334, + 'a96': 334, + 'a101': 732, + 'a102': 544, + 'a103': 544, + 'a104': 910, + 'a106': 667, + 'a107': 760, + 'a108': 760, + 'a112': 776, + 'a111': 595, + 'a110': 694, + 'a109': 626, + 'a120': 788, + 'a121': 788, + 'a122': 788, + 'a123': 788, + 'a124': 788, + 'a125': 788, + 'a126': 788, + 'a127': 788, + 'a128': 788, + 'a129': 788, + 'a130': 788, + 'a131': 788, + 'a132': 788, + 'a133': 788, + 'a134': 788, + 'a135': 788, + 'a136': 788, + 'a137': 788, + 'a138': 788, + 'a139': 788, + 'a140': 788, + 'a141': 788, + 'a142': 788, + 'a143': 788, + 'a144': 788, + 'a145': 788, + 'a146': 788, + 'a147': 788, + 'a148': 788, + 'a149': 788, + 'a150': 788, + 'a151': 788, + 'a152': 788, + 'a153': 788, + 'a154': 788, + 'a155': 788, + 'a156': 788, + 'a157': 788, + 'a158': 788, + 'a159': 788, + 'a160': 894, + 'a161': 838, + 'a163': 1016, + 'a164': 458, + 'a196': 748, + 'a165': 924, + 'a192': 748, + 'a166': 918, + 'a167': 927, + 'a168': 928, + 'a169': 928, + 'a170': 834, + 'a171': 873, + 'a172': 828, + 'a173': 924, + 'a162': 924, + 'a174': 917, + 'a175': 930, + 'a176': 931, + 'a177': 463, + 'a178': 883, + 'a179': 836, + 'a193': 836, + 'a180': 867, + 'a199': 867, + 'a181': 696, + 'a200': 696, + 'a182': 874, + 'a201': 874, + 'a183': 760, + 'a184': 946, + 'a197': 771, + 'a185': 865, + 'a194': 771, + 'a198': 888, + 'a186': 967, + 'a195': 888, + 'a187': 831, + 'a188': 873, + 'a189': 927, + 'a190': 970, + 'a191': 918 + } +}; + + +var EOF = {}; + +function isEOF(v) { + return (v === EOF); +} + +var MAX_LENGTH_TO_CACHE = 1000; + +var Parser = (function ParserClosure() { + function Parser(lexer, allowStreams, xref) { + this.lexer = lexer; + this.allowStreams = allowStreams; + this.xref = xref; + this.imageCache = {}; + this.refill(); + } + + Parser.prototype = { + refill: function Parser_refill() { + this.buf1 = this.lexer.getObj(); + this.buf2 = this.lexer.getObj(); + }, + shift: function Parser_shift() { + if (isCmd(this.buf2, 'ID')) { + this.buf1 = this.buf2; + this.buf2 = null; + } else { + this.buf1 = this.buf2; + this.buf2 = this.lexer.getObj(); + } + }, + tryShift: function Parser_tryShift() { + try { + this.shift(); + return true; + } catch (e) { + if (e instanceof MissingDataException) { + throw e; + } + // Upon failure, the caller should reset this.lexer.pos to a known good + // state and call this.shift() twice to reset the buffers. + return false; + } + }, + getObj: function Parser_getObj(cipherTransform) { + var buf1 = this.buf1; + this.shift(); + + if (buf1 instanceof Cmd) { + switch (buf1.cmd) { + case 'BI': // inline image + return this.makeInlineImage(cipherTransform); + case '[': // array + var array = []; + while (!isCmd(this.buf1, ']') && !isEOF(this.buf1)) { + array.push(this.getObj(cipherTransform)); + } + if (isEOF(this.buf1)) { + error('End of file inside array'); + } + this.shift(); + return array; + case '<<': // dictionary or stream + var dict = new Dict(this.xref); + while (!isCmd(this.buf1, '>>') && !isEOF(this.buf1)) { + if (!isName(this.buf1)) { + info('Malformed dictionary: key must be a name object'); + this.shift(); + continue; + } + + var key = this.buf1.name; + this.shift(); + if (isEOF(this.buf1)) { + break; + } + dict.set(key, this.getObj(cipherTransform)); + } + if (isEOF(this.buf1)) { + error('End of file inside dictionary'); + } + + // Stream objects are not allowed inside content streams or + // object streams. + if (isCmd(this.buf2, 'stream')) { + return (this.allowStreams ? + this.makeStream(dict, cipherTransform) : dict); + } + this.shift(); + return dict; + default: // simple object + return buf1; + } + } + + if (isInt(buf1)) { // indirect reference or integer + var num = buf1; + if (isInt(this.buf1) && isCmd(this.buf2, 'R')) { + var ref = new Ref(num, this.buf1); + this.shift(); + this.shift(); + return ref; + } + return num; + } + + if (isString(buf1)) { // string + var str = buf1; + if (cipherTransform) { + str = cipherTransform.decryptString(str); + } + return str; + } + + // simple object + return buf1; + }, + /** + * Find the end of the stream by searching for the /EI\s/. + * @returns {number} The inline stream length. + */ + findDefaultInlineStreamEnd: + function Parser_findDefaultInlineStreamEnd(stream) { + var E = 0x45, I = 0x49, SPACE = 0x20, LF = 0xA, CR = 0xD; + var startPos = stream.pos, state = 0, ch, i, n, followingBytes; + while ((ch = stream.getByte()) !== -1) { + if (state === 0) { + state = (ch === E) ? 1 : 0; + } else if (state === 1) { + state = (ch === I) ? 2 : 0; + } else { + assert(state === 2); + if (ch === SPACE || ch === LF || ch === CR) { + // Let's check the next five bytes are ASCII... just be sure. + n = 5; + followingBytes = stream.peekBytes(n); + for (i = 0; i < n; i++) { + ch = followingBytes[i]; + if (ch !== LF && ch !== CR && (ch < SPACE || ch > 0x7F)) { + // Not a LF, CR, SPACE or any visible ASCII character, i.e. + // it's binary stuff. Resetting the state. + state = 0; + break; + } + } + if (state === 2) { + break; // Finished! + } + } else { + state = 0; + } + } + } + return ((stream.pos - 4) - startPos); + }, + /** + * Find the EOI (end-of-image) marker 0xFFD9 of the stream. + * @returns {number} The inline stream length. + */ + findDCTDecodeInlineStreamEnd: + function Parser_findDCTDecodeInlineStreamEnd(stream) { + var startPos = stream.pos, foundEOI = false, b, markerLength, length; + while ((b = stream.getByte()) !== -1) { + if (b !== 0xFF) { // Not a valid marker. + continue; + } + switch (stream.getByte()) { + case 0x00: // Byte stuffing. + // 0xFF00 appears to be a very common byte sequence in JPEG images. + break; + + case 0xFF: // Fill byte. + // Avoid skipping a valid marker, resetting the stream position. + stream.skip(-1); + break; + + case 0xD9: // EOI + foundEOI = true; + break; + + case 0xC0: // SOF0 + case 0xC1: // SOF1 + case 0xC2: // SOF2 + case 0xC3: // SOF3 + + case 0xC5: // SOF5 + case 0xC6: // SOF6 + case 0xC7: // SOF7 + + case 0xC9: // SOF9 + case 0xCA: // SOF10 + case 0xCB: // SOF11 + + case 0xCD: // SOF13 + case 0xCE: // SOF14 + case 0xCF: // SOF15 + + case 0xC4: // DHT + case 0xCC: // DAC + + case 0xDA: // SOS + case 0xDB: // DQT + case 0xDC: // DNL + case 0xDD: // DRI + case 0xDE: // DHP + case 0xDF: // EXP + + case 0xE0: // APP0 + case 0xE1: // APP1 + case 0xE2: // APP2 + case 0xE3: // APP3 + case 0xE4: // APP4 + case 0xE5: // APP5 + case 0xE6: // APP6 + case 0xE7: // APP7 + case 0xE8: // APP8 + case 0xE9: // APP9 + case 0xEA: // APP10 + case 0xEB: // APP11 + case 0xEC: // APP12 + case 0xED: // APP13 + case 0xEE: // APP14 + case 0xEF: // APP15 + + case 0xFE: // COM + // The marker should be followed by the length of the segment. + markerLength = stream.getUint16(); + if (markerLength > 2) { + // |markerLength| contains the byte length of the marker segment, + // including its own length (2 bytes) and excluding the marker. + stream.skip(markerLength - 2); // Jump to the next marker. + } else { + // The marker length is invalid, resetting the stream position. + stream.skip(-2); + } + break; + } + if (foundEOI) { + break; + } + } + length = stream.pos - startPos; + if (b === -1) { + warn('Inline DCTDecode image stream: ' + + 'EOI marker not found, searching for /EI/ instead.'); + stream.skip(-length); // Reset the stream position. + return this.findDefaultInlineStreamEnd(stream); + } + this.inlineStreamSkipEI(stream); + return length; + }, + /** + * Find the EOD (end-of-data) marker '~>' (i.e. TILDE + GT) of the stream. + * @returns {number} The inline stream length. + */ + findASCII85DecodeInlineStreamEnd: + function Parser_findASCII85DecodeInlineStreamEnd(stream) { + var TILDE = 0x7E, GT = 0x3E; + var startPos = stream.pos, ch, length; + while ((ch = stream.getByte()) !== -1) { + if (ch === TILDE && stream.peekByte() === GT) { + stream.skip(); + break; + } + } + length = stream.pos - startPos; + if (ch === -1) { + warn('Inline ASCII85Decode image stream: ' + + 'EOD marker not found, searching for /EI/ instead.'); + stream.skip(-length); // Reset the stream position. + return this.findDefaultInlineStreamEnd(stream); + } + this.inlineStreamSkipEI(stream); + return length; + }, + /** + * Find the EOD (end-of-data) marker '>' (i.e. GT) of the stream. + * @returns {number} The inline stream length. + */ + findASCIIHexDecodeInlineStreamEnd: + function Parser_findASCIIHexDecodeInlineStreamEnd(stream) { + var GT = 0x3E; + var startPos = stream.pos, ch, length; + while ((ch = stream.getByte()) !== -1) { + if (ch === GT) { + break; + } + } + length = stream.pos - startPos; + if (ch === -1) { + warn('Inline ASCIIHexDecode image stream: ' + + 'EOD marker not found, searching for /EI/ instead.'); + stream.skip(-length); // Reset the stream position. + return this.findDefaultInlineStreamEnd(stream); + } + this.inlineStreamSkipEI(stream); + return length; + }, + /** + * Skip over the /EI/ for streams where we search for an EOD marker. + */ + inlineStreamSkipEI: function Parser_inlineStreamSkipEI(stream) { + var E = 0x45, I = 0x49; + var state = 0, ch; + while ((ch = stream.getByte()) !== -1) { + if (state === 0) { + state = (ch === E) ? 1 : 0; + } else if (state === 1) { + state = (ch === I) ? 2 : 0; + } else if (state === 2) { + break; + } + } + }, + makeInlineImage: function Parser_makeInlineImage(cipherTransform) { + var lexer = this.lexer; + var stream = lexer.stream; + + // Parse dictionary. + var dict = new Dict(this.xref); + while (!isCmd(this.buf1, 'ID') && !isEOF(this.buf1)) { + if (!isName(this.buf1)) { + error('Dictionary key must be a name object'); + } + var key = this.buf1.name; + this.shift(); + if (isEOF(this.buf1)) { + break; + } + dict.set(key, this.getObj(cipherTransform)); + } + + // Extract the name of the first (i.e. the current) image filter. + var filter = dict.get('Filter', 'F'), filterName; + if (isName(filter)) { + filterName = filter.name; + } else if (isArray(filter) && isName(filter[0])) { + filterName = filter[0].name; + } + + // Parse image stream. + var startPos = stream.pos, length, i, ii; + if (filterName === 'DCTDecode' || filterName === 'DCT') { + length = this.findDCTDecodeInlineStreamEnd(stream); + } else if (filterName === 'ASCII85Decide' || filterName === 'A85') { + length = this.findASCII85DecodeInlineStreamEnd(stream); + } else if (filterName === 'ASCIIHexDecode' || filterName === 'AHx') { + length = this.findASCIIHexDecodeInlineStreamEnd(stream); + } else { + length = this.findDefaultInlineStreamEnd(stream); + } + var imageStream = stream.makeSubStream(startPos, length, dict); + + // Cache all images below the MAX_LENGTH_TO_CACHE threshold by their + // adler32 checksum. + var adler32; + if (length < MAX_LENGTH_TO_CACHE) { + var imageBytes = imageStream.getBytes(); + imageStream.reset(); + + var a = 1; + var b = 0; + for (i = 0, ii = imageBytes.length; i < ii; ++i) { + // No modulo required in the loop if imageBytes.length < 5552. + a += imageBytes[i] & 0xff; + b += a; + } + adler32 = ((b % 65521) << 16) | (a % 65521); + + if (this.imageCache.adler32 === adler32) { + this.buf2 = Cmd.get('EI'); + this.shift(); + + this.imageCache[adler32].reset(); + return this.imageCache[adler32]; + } + } + + if (cipherTransform) { + imageStream = cipherTransform.createStream(imageStream, length); + } + + imageStream = this.filter(imageStream, dict, length); + imageStream.dict = dict; + if (adler32 !== undefined) { + imageStream.cacheKey = 'inline_' + length + '_' + adler32; + this.imageCache[adler32] = imageStream; + } + + this.buf2 = Cmd.get('EI'); + this.shift(); + + return imageStream; + }, + makeStream: function Parser_makeStream(dict, cipherTransform) { + var lexer = this.lexer; + var stream = lexer.stream; + + // get stream start position + lexer.skipToNextLine(); + var pos = stream.pos - 1; + + // get length + var length = dict.get('Length'); + if (!isInt(length)) { + info('Bad ' + length + ' attribute in stream'); + length = 0; + } + + // skip over the stream data + stream.pos = pos + length; + lexer.nextChar(); + + // Shift '>>' and check whether the new object marks the end of the stream + if (this.tryShift() && isCmd(this.buf2, 'endstream')) { + this.shift(); // 'stream' + } else { + // bad stream length, scanning for endstream + stream.pos = pos; + var SCAN_BLOCK_SIZE = 2048; + var ENDSTREAM_SIGNATURE_LENGTH = 9; + var ENDSTREAM_SIGNATURE = [0x65, 0x6E, 0x64, 0x73, 0x74, 0x72, 0x65, + 0x61, 0x6D]; + var skipped = 0, found = false, i, j; + while (stream.pos < stream.end) { + var scanBytes = stream.peekBytes(SCAN_BLOCK_SIZE); + var scanLength = scanBytes.length - ENDSTREAM_SIGNATURE_LENGTH; + if (scanLength <= 0) { + break; + } + found = false; + for (i = 0, j = 0; i < scanLength; i++) { + var b = scanBytes[i]; + if (b !== ENDSTREAM_SIGNATURE[j]) { + i -= j; + j = 0; + } else { + j++; + if (j >= ENDSTREAM_SIGNATURE_LENGTH) { + i++; + found = true; + break; + } + } + } + if (found) { + skipped += i - ENDSTREAM_SIGNATURE_LENGTH; + stream.pos += i - ENDSTREAM_SIGNATURE_LENGTH; + break; + } + skipped += scanLength; + stream.pos += scanLength; + } + if (!found) { + error('Missing endstream'); + } + length = skipped; + + lexer.nextChar(); + this.shift(); + this.shift(); + } + this.shift(); // 'endstream' + + stream = stream.makeSubStream(pos, length, dict); + if (cipherTransform) { + stream = cipherTransform.createStream(stream, length); + } + stream = this.filter(stream, dict, length); + stream.dict = dict; + return stream; + }, + filter: function Parser_filter(stream, dict, length) { + var filter = dict.get('Filter', 'F'); + var params = dict.get('DecodeParms', 'DP'); + if (isName(filter)) { + return this.makeFilter(stream, filter.name, length, params); + } + + var maybeLength = length; + if (isArray(filter)) { + var filterArray = filter; + var paramsArray = params; + for (var i = 0, ii = filterArray.length; i < ii; ++i) { + filter = filterArray[i]; + if (!isName(filter)) { + error('Bad filter name: ' + filter); + } + + params = null; + if (isArray(paramsArray) && (i in paramsArray)) { + params = paramsArray[i]; + } + stream = this.makeFilter(stream, filter.name, maybeLength, params); + // after the first stream the length variable is invalid + maybeLength = null; + } + } + return stream; + }, + makeFilter: function Parser_makeFilter(stream, name, maybeLength, params) { + if (stream.dict.get('Length') === 0 && !maybeLength) { + warn('Empty "' + name + '" stream.'); + return new NullStream(stream); + } + try { + if (params && this.xref) { + params = this.xref.fetchIfRef(params); + } + var xrefStreamStats = this.xref.stats.streamTypes; + if (name === 'FlateDecode' || name === 'Fl') { + xrefStreamStats[StreamType.FLATE] = true; + if (params) { + return new PredictorStream(new FlateStream(stream, maybeLength), + maybeLength, params); + } + return new FlateStream(stream, maybeLength); + } + if (name === 'LZWDecode' || name === 'LZW') { + xrefStreamStats[StreamType.LZW] = true; + var earlyChange = 1; + if (params) { + if (params.has('EarlyChange')) { + earlyChange = params.get('EarlyChange'); + } + return new PredictorStream( + new LZWStream(stream, maybeLength, earlyChange), + maybeLength, params); + } + return new LZWStream(stream, maybeLength, earlyChange); + } + if (name === 'DCTDecode' || name === 'DCT') { + xrefStreamStats[StreamType.DCT] = true; + return new JpegStream(stream, maybeLength, stream.dict, this.xref); + } + if (name === 'JPXDecode' || name === 'JPX') { + xrefStreamStats[StreamType.JPX] = true; + return new JpxStream(stream, maybeLength, stream.dict); + } + if (name === 'ASCII85Decode' || name === 'A85') { + xrefStreamStats[StreamType.A85] = true; + return new Ascii85Stream(stream, maybeLength); + } + if (name === 'ASCIIHexDecode' || name === 'AHx') { + xrefStreamStats[StreamType.AHX] = true; + return new AsciiHexStream(stream, maybeLength); + } + if (name === 'CCITTFaxDecode' || name === 'CCF') { + xrefStreamStats[StreamType.CCF] = true; + return new CCITTFaxStream(stream, maybeLength, params); + } + if (name === 'RunLengthDecode' || name === 'RL') { + xrefStreamStats[StreamType.RL] = true; + return new RunLengthStream(stream, maybeLength); + } + if (name === 'JBIG2Decode') { + xrefStreamStats[StreamType.JBIG] = true; + return new Jbig2Stream(stream, maybeLength, stream.dict); + } + warn('filter "' + name + '" not supported yet'); + return stream; + } catch (ex) { + if (ex instanceof MissingDataException) { + throw ex; + } + warn('Invalid stream: \"' + ex + '\"'); + return new NullStream(stream); + } + } + }; + + return Parser; +})(); + +var Lexer = (function LexerClosure() { + function Lexer(stream, knownCommands) { + this.stream = stream; + this.nextChar(); + + // While lexing, we build up many strings one char at a time. Using += for + // this can result in lots of garbage strings. It's better to build an + // array of single-char strings and then join() them together at the end. + // And reusing a single array (i.e. |this.strBuf|) over and over for this + // purpose uses less memory than using a new array for each string. + this.strBuf = []; + + // The PDFs might have "glued" commands with other commands, operands or + // literals, e.g. "q1". The knownCommands is a dictionary of the valid + // commands and their prefixes. The prefixes are built the following way: + // if there a command that is a prefix of the other valid command or + // literal (e.g. 'f' and 'false') the following prefixes must be included, + // 'fa', 'fal', 'fals'. The prefixes are not needed, if the command has no + // other commands or literals as a prefix. The knowCommands is optional. + this.knownCommands = knownCommands; + } + + Lexer.isSpace = function Lexer_isSpace(ch) { + // Space is one of the following characters: SPACE, TAB, CR or LF. + return (ch === 0x20 || ch === 0x09 || ch === 0x0D || ch === 0x0A); + }; + + // A '1' in this array means the character is white space. A '1' or + // '2' means the character ends a name or command. + var specialChars = [ + 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 1, 1, 0, 0, // 0x + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, // 1x + 1, 0, 0, 0, 0, 2, 0, 0, 2, 2, 0, 0, 0, 0, 0, 2, // 2x + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 2, 0, // 3x + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, // 4x + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 2, 0, 0, // 5x + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, // 6x + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 2, 0, 0, // 7x + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, // 8x + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, // 9x + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, // ax + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, // bx + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, // cx + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, // dx + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, // ex + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 // fx + ]; + + function toHexDigit(ch) { + if (ch >= 0x30 && ch <= 0x39) { // '0'-'9' + return ch & 0x0F; + } + if ((ch >= 0x41 && ch <= 0x46) || (ch >= 0x61 && ch <= 0x66)) { + // 'A'-'F', 'a'-'f' + return (ch & 0x0F) + 9; + } + return -1; + } + + Lexer.prototype = { + nextChar: function Lexer_nextChar() { + return (this.currentChar = this.stream.getByte()); + }, + peekChar: function Lexer_peekChar() { + return this.stream.peekByte(); + }, + getNumber: function Lexer_getNumber() { + var ch = this.currentChar; + var eNotation = false; + var divideBy = 0; // different from 0 if it's a floating point value + var sign = 1; + + if (ch === 0x2D) { // '-' + sign = -1; + ch = this.nextChar(); + + if (ch === 0x2D) { // '-' + // Ignore double negative (this is consistent with Adobe Reader). + ch = this.nextChar(); + } + } else if (ch === 0x2B) { // '+' + ch = this.nextChar(); + } + if (ch === 0x2E) { // '.' + divideBy = 10; + ch = this.nextChar(); + } + if (ch < 0x30 || ch > 0x39) { // '0' - '9' + error('Invalid number: ' + String.fromCharCode(ch)); + return 0; + } + + var baseValue = ch - 0x30; // '0' + var powerValue = 0; + var powerValueSign = 1; + + while ((ch = this.nextChar()) >= 0) { + if (0x30 <= ch && ch <= 0x39) { // '0' - '9' + var currentDigit = ch - 0x30; // '0' + if (eNotation) { // We are after an 'e' or 'E' + powerValue = powerValue * 10 + currentDigit; + } else { + if (divideBy !== 0) { // We are after a point + divideBy *= 10; + } + baseValue = baseValue * 10 + currentDigit; + } + } else if (ch === 0x2E) { // '.' + if (divideBy === 0) { + divideBy = 1; + } else { + // A number can have only one '.' + break; + } + } else if (ch === 0x2D) { // '-' + // ignore minus signs in the middle of numbers to match + // Adobe's behavior + warn('Badly formated number'); + } else if (ch === 0x45 || ch === 0x65) { // 'E', 'e' + // 'E' can be either a scientific notation or the beginning of a new + // operator + ch = this.peekChar(); + if (ch === 0x2B || ch === 0x2D) { // '+', '-' + powerValueSign = (ch === 0x2D) ? -1 : 1; + this.nextChar(); // Consume the sign character + } else if (ch < 0x30 || ch > 0x39) { // '0' - '9' + // The 'E' must be the beginning of a new operator + break; + } + eNotation = true; + } else { + // the last character doesn't belong to us + break; + } + } + + if (divideBy !== 0) { + baseValue /= divideBy; + } + if (eNotation) { + baseValue *= Math.pow(10, powerValueSign * powerValue); + } + return sign * baseValue; + }, + getString: function Lexer_getString() { + var numParen = 1; + var done = false; + var strBuf = this.strBuf; + strBuf.length = 0; + + var ch = this.nextChar(); + while (true) { + var charBuffered = false; + switch (ch | 0) { + case -1: + warn('Unterminated string'); + done = true; + break; + case 0x28: // '(' + ++numParen; + strBuf.push('('); + break; + case 0x29: // ')' + if (--numParen === 0) { + this.nextChar(); // consume strings ')' + done = true; + } else { + strBuf.push(')'); + } + break; + case 0x5C: // '\\' + ch = this.nextChar(); + switch (ch) { + case -1: + warn('Unterminated string'); + done = true; + break; + case 0x6E: // 'n' + strBuf.push('\n'); + break; + case 0x72: // 'r' + strBuf.push('\r'); + break; + case 0x74: // 't' + strBuf.push('\t'); + break; + case 0x62: // 'b' + strBuf.push('\b'); + break; + case 0x66: // 'f' + strBuf.push('\f'); + break; + case 0x5C: // '\' + case 0x28: // '(' + case 0x29: // ')' + strBuf.push(String.fromCharCode(ch)); + break; + case 0x30: case 0x31: case 0x32: case 0x33: // '0'-'3' + case 0x34: case 0x35: case 0x36: case 0x37: // '4'-'7' + var x = ch & 0x0F; + ch = this.nextChar(); + charBuffered = true; + if (ch >= 0x30 && ch <= 0x37) { // '0'-'7' + x = (x << 3) + (ch & 0x0F); + ch = this.nextChar(); + if (ch >= 0x30 && ch <= 0x37) { // '0'-'7' + charBuffered = false; + x = (x << 3) + (ch & 0x0F); + } + } + strBuf.push(String.fromCharCode(x)); + break; + case 0x0D: // CR + if (this.peekChar() === 0x0A) { // LF + this.nextChar(); + } + break; + case 0x0A: // LF + break; + default: + strBuf.push(String.fromCharCode(ch)); + break; + } + break; + default: + strBuf.push(String.fromCharCode(ch)); + break; + } + if (done) { + break; + } + if (!charBuffered) { + ch = this.nextChar(); + } + } + return strBuf.join(''); + }, + getName: function Lexer_getName() { + var ch, previousCh; + var strBuf = this.strBuf; + strBuf.length = 0; + while ((ch = this.nextChar()) >= 0 && !specialChars[ch]) { + if (ch === 0x23) { // '#' + ch = this.nextChar(); + if (specialChars[ch]) { + warn('Lexer_getName: ' + + 'NUMBER SIGN (#) should be followed by a hexadecimal number.'); + strBuf.push('#'); + break; + } + var x = toHexDigit(ch); + if (x !== -1) { + previousCh = ch; + ch = this.nextChar(); + var x2 = toHexDigit(ch); + if (x2 === -1) { + warn('Lexer_getName: Illegal digit (' + + String.fromCharCode(ch) +') in hexadecimal number.'); + strBuf.push('#', String.fromCharCode(previousCh)); + if (specialChars[ch]) { + break; + } + strBuf.push(String.fromCharCode(ch)); + continue; + } + strBuf.push(String.fromCharCode((x << 4) | x2)); + } else { + strBuf.push('#', String.fromCharCode(ch)); + } + } else { + strBuf.push(String.fromCharCode(ch)); + } + } + if (strBuf.length > 127) { + warn('name token is longer than allowed by the spec: ' + strBuf.length); + } + return Name.get(strBuf.join('')); + }, + getHexString: function Lexer_getHexString() { + var strBuf = this.strBuf; + strBuf.length = 0; + var ch = this.currentChar; + var isFirstHex = true; + var firstDigit; + var secondDigit; + while (true) { + if (ch < 0) { + warn('Unterminated hex string'); + break; + } else if (ch === 0x3E) { // '>' + this.nextChar(); + break; + } else if (specialChars[ch] === 1) { + ch = this.nextChar(); + continue; + } else { + if (isFirstHex) { + firstDigit = toHexDigit(ch); + if (firstDigit === -1) { + warn('Ignoring invalid character "' + ch + '" in hex string'); + ch = this.nextChar(); + continue; + } + } else { + secondDigit = toHexDigit(ch); + if (secondDigit === -1) { + warn('Ignoring invalid character "' + ch + '" in hex string'); + ch = this.nextChar(); + continue; + } + strBuf.push(String.fromCharCode((firstDigit << 4) | secondDigit)); + } + isFirstHex = !isFirstHex; + ch = this.nextChar(); + } + } + return strBuf.join(''); + }, + getObj: function Lexer_getObj() { + // skip whitespace and comments + var comment = false; + var ch = this.currentChar; + while (true) { + if (ch < 0) { + return EOF; + } + if (comment) { + if (ch === 0x0A || ch === 0x0D) { // LF, CR + comment = false; + } + } else if (ch === 0x25) { // '%' + comment = true; + } else if (specialChars[ch] !== 1) { + break; + } + ch = this.nextChar(); + } + + // start reading token + switch (ch | 0) { + case 0x30: case 0x31: case 0x32: case 0x33: case 0x34: // '0'-'4' + case 0x35: case 0x36: case 0x37: case 0x38: case 0x39: // '5'-'9' + case 0x2B: case 0x2D: case 0x2E: // '+', '-', '.' + return this.getNumber(); + case 0x28: // '(' + return this.getString(); + case 0x2F: // '/' + return this.getName(); + // array punctuation + case 0x5B: // '[' + this.nextChar(); + return Cmd.get('['); + case 0x5D: // ']' + this.nextChar(); + return Cmd.get(']'); + // hex string or dict punctuation + case 0x3C: // '<' + ch = this.nextChar(); + if (ch === 0x3C) { + // dict punctuation + this.nextChar(); + return Cmd.get('<<'); + } + return this.getHexString(); + // dict punctuation + case 0x3E: // '>' + ch = this.nextChar(); + if (ch === 0x3E) { + this.nextChar(); + return Cmd.get('>>'); + } + return Cmd.get('>'); + case 0x7B: // '{' + this.nextChar(); + return Cmd.get('{'); + case 0x7D: // '}' + this.nextChar(); + return Cmd.get('}'); + case 0x29: // ')' + error('Illegal character: ' + ch); + break; + } + + // command + var str = String.fromCharCode(ch); + var knownCommands = this.knownCommands; + var knownCommandFound = knownCommands && knownCommands[str] !== undefined; + while ((ch = this.nextChar()) >= 0 && !specialChars[ch]) { + // stop if known command is found and next character does not make + // the str a command + var possibleCommand = str + String.fromCharCode(ch); + if (knownCommandFound && knownCommands[possibleCommand] === undefined) { + break; + } + if (str.length === 128) { + error('Command token too long: ' + str.length); + } + str = possibleCommand; + knownCommandFound = knownCommands && knownCommands[str] !== undefined; + } + if (str === 'true') { + return true; + } + if (str === 'false') { + return false; + } + if (str === 'null') { + return null; + } + return Cmd.get(str); + }, + skipToNextLine: function Lexer_skipToNextLine() { + var ch = this.currentChar; + while (ch >= 0) { + if (ch === 0x0D) { // CR + ch = this.nextChar(); + if (ch === 0x0A) { // LF + this.nextChar(); + } + break; + } else if (ch === 0x0A) { // LF + this.nextChar(); + break; + } + ch = this.nextChar(); + } + } + }; + + return Lexer; +})(); + +var Linearization = { + create: function LinearizationCreate(stream) { + function getInt(name, allowZeroValue) { + var obj = linDict.get(name); + if (isInt(obj) && (allowZeroValue ? obj >= 0 : obj > 0)) { + return obj; + } + throw new Error('The "' + name + '" parameter in the linearization ' + + 'dictionary is invalid.'); + } + function getHints() { + var hints = linDict.get('H'), hintsLength, item; + if (isArray(hints) && + ((hintsLength = hints.length) === 2 || hintsLength === 4)) { + for (var index = 0; index < hintsLength; index++) { + if (!(isInt(item = hints[index]) && item > 0)) { + throw new Error('Hint (' + index + + ') in the linearization dictionary is invalid.'); + } + } + return hints; + } + throw new Error('Hint array in the linearization dictionary is invalid.'); + } + var parser = new Parser(new Lexer(stream), false, null); + var obj1 = parser.getObj(); + var obj2 = parser.getObj(); + var obj3 = parser.getObj(); + var linDict = parser.getObj(); + var obj, length; + if (!(isInt(obj1) && isInt(obj2) && isCmd(obj3, 'obj') && isDict(linDict) && + isNum(obj = linDict.get('Linearized')) && obj > 0)) { + return null; // No valid linearization dictionary found. + } else if ((length = getInt('L')) !== stream.length) { + throw new Error('The "L" parameter in the linearization dictionary ' + + 'does not equal the stream length.'); + } + return { + length: length, + hints: getHints(), + objectNumberFirst: getInt('O'), + endFirst: getInt('E'), + numPages: getInt('N'), + mainXRefEntriesOffset: getInt('T'), + pageFirst: (linDict.has('P') ? getInt('P', true) : 0) + }; + } +}; + + +var PostScriptParser = (function PostScriptParserClosure() { + function PostScriptParser(lexer) { + this.lexer = lexer; + this.operators = []; + this.token = null; + this.prev = null; + } + PostScriptParser.prototype = { + nextToken: function PostScriptParser_nextToken() { + this.prev = this.token; + this.token = this.lexer.getToken(); + }, + accept: function PostScriptParser_accept(type) { + if (this.token.type === type) { + this.nextToken(); + return true; + } + return false; + }, + expect: function PostScriptParser_expect(type) { + if (this.accept(type)) { + return true; + } + error('Unexpected symbol: found ' + this.token.type + ' expected ' + + type + '.'); + }, + parse: function PostScriptParser_parse() { + this.nextToken(); + this.expect(PostScriptTokenTypes.LBRACE); + this.parseBlock(); + this.expect(PostScriptTokenTypes.RBRACE); + return this.operators; + }, + parseBlock: function PostScriptParser_parseBlock() { + while (true) { + if (this.accept(PostScriptTokenTypes.NUMBER)) { + this.operators.push(this.prev.value); + } else if (this.accept(PostScriptTokenTypes.OPERATOR)) { + this.operators.push(this.prev.value); + } else if (this.accept(PostScriptTokenTypes.LBRACE)) { + this.parseCondition(); + } else { + return; + } + } + }, + parseCondition: function PostScriptParser_parseCondition() { + // Add two place holders that will be updated later + var conditionLocation = this.operators.length; + this.operators.push(null, null); + + this.parseBlock(); + this.expect(PostScriptTokenTypes.RBRACE); + if (this.accept(PostScriptTokenTypes.IF)) { + // The true block is right after the 'if' so it just falls through on + // true else it jumps and skips the true block. + this.operators[conditionLocation] = this.operators.length; + this.operators[conditionLocation + 1] = 'jz'; + } else if (this.accept(PostScriptTokenTypes.LBRACE)) { + var jumpLocation = this.operators.length; + this.operators.push(null, null); + var endOfTrue = this.operators.length; + this.parseBlock(); + this.expect(PostScriptTokenTypes.RBRACE); + this.expect(PostScriptTokenTypes.IFELSE); + // The jump is added at the end of the true block to skip the false + // block. + this.operators[jumpLocation] = this.operators.length; + this.operators[jumpLocation + 1] = 'j'; + + this.operators[conditionLocation] = endOfTrue; + this.operators[conditionLocation + 1] = 'jz'; + } else { + error('PS Function: error parsing conditional.'); + } + } + }; + return PostScriptParser; +})(); + +var PostScriptTokenTypes = { + LBRACE: 0, + RBRACE: 1, + NUMBER: 2, + OPERATOR: 3, + IF: 4, + IFELSE: 5 +}; + +var PostScriptToken = (function PostScriptTokenClosure() { + function PostScriptToken(type, value) { + this.type = type; + this.value = value; + } + + var opCache = {}; + + PostScriptToken.getOperator = function PostScriptToken_getOperator(op) { + var opValue = opCache[op]; + if (opValue) { + return opValue; + } + return opCache[op] = new PostScriptToken(PostScriptTokenTypes.OPERATOR, op); + }; + + PostScriptToken.LBRACE = new PostScriptToken(PostScriptTokenTypes.LBRACE, + '{'); + PostScriptToken.RBRACE = new PostScriptToken(PostScriptTokenTypes.RBRACE, + '}'); + PostScriptToken.IF = new PostScriptToken(PostScriptTokenTypes.IF, 'IF'); + PostScriptToken.IFELSE = new PostScriptToken(PostScriptTokenTypes.IFELSE, + 'IFELSE'); + return PostScriptToken; +})(); + +var PostScriptLexer = (function PostScriptLexerClosure() { + function PostScriptLexer(stream) { + this.stream = stream; + this.nextChar(); + + this.strBuf = []; + } + PostScriptLexer.prototype = { + nextChar: function PostScriptLexer_nextChar() { + return (this.currentChar = this.stream.getByte()); + }, + getToken: function PostScriptLexer_getToken() { + var comment = false; + var ch = this.currentChar; + + // skip comments + while (true) { + if (ch < 0) { + return EOF; + } + + if (comment) { + if (ch === 0x0A || ch === 0x0D) { + comment = false; + } + } else if (ch === 0x25) { // '%' + comment = true; + } else if (!Lexer.isSpace(ch)) { + break; + } + ch = this.nextChar(); + } + switch (ch | 0) { + case 0x30: case 0x31: case 0x32: case 0x33: case 0x34: // '0'-'4' + case 0x35: case 0x36: case 0x37: case 0x38: case 0x39: // '5'-'9' + case 0x2B: case 0x2D: case 0x2E: // '+', '-', '.' + return new PostScriptToken(PostScriptTokenTypes.NUMBER, + this.getNumber()); + case 0x7B: // '{' + this.nextChar(); + return PostScriptToken.LBRACE; + case 0x7D: // '}' + this.nextChar(); + return PostScriptToken.RBRACE; + } + // operator + var strBuf = this.strBuf; + strBuf.length = 0; + strBuf[0] = String.fromCharCode(ch); + + while ((ch = this.nextChar()) >= 0 && // and 'A'-'Z', 'a'-'z' + ((ch >= 0x41 && ch <= 0x5A) || (ch >= 0x61 && ch <= 0x7A))) { + strBuf.push(String.fromCharCode(ch)); + } + var str = strBuf.join(''); + switch (str.toLowerCase()) { + case 'if': + return PostScriptToken.IF; + case 'ifelse': + return PostScriptToken.IFELSE; + default: + return PostScriptToken.getOperator(str); + } + }, + getNumber: function PostScriptLexer_getNumber() { + var ch = this.currentChar; + var strBuf = this.strBuf; + strBuf.length = 0; + strBuf[0] = String.fromCharCode(ch); + + while ((ch = this.nextChar()) >= 0) { + if ((ch >= 0x30 && ch <= 0x39) || // '0'-'9' + ch === 0x2D || ch === 0x2E) { // '-', '.' + strBuf.push(String.fromCharCode(ch)); + } else { + break; + } + } + var value = parseFloat(strBuf.join('')); + if (isNaN(value)) { + error('Invalid floating point number: ' + value); + } + return value; + } + }; + return PostScriptLexer; +})(); + + +var Stream = (function StreamClosure() { + function Stream(arrayBuffer, start, length, dict) { + this.bytes = (arrayBuffer instanceof Uint8Array ? + arrayBuffer : new Uint8Array(arrayBuffer)); + this.start = start || 0; + this.pos = this.start; + this.end = (start + length) || this.bytes.length; + this.dict = dict; + } + + // required methods for a stream. if a particular stream does not + // implement these, an error should be thrown + Stream.prototype = { + get length() { + return this.end - this.start; + }, + get isEmpty() { + return this.length === 0; + }, + getByte: function Stream_getByte() { + if (this.pos >= this.end) { + return -1; + } + return this.bytes[this.pos++]; + }, + getUint16: function Stream_getUint16() { + var b0 = this.getByte(); + var b1 = this.getByte(); + if (b0 === -1 || b1 === -1) { + return -1; + } + return (b0 << 8) + b1; + }, + getInt32: function Stream_getInt32() { + var b0 = this.getByte(); + var b1 = this.getByte(); + var b2 = this.getByte(); + var b3 = this.getByte(); + return (b0 << 24) + (b1 << 16) + (b2 << 8) + b3; + }, + // returns subarray of original buffer + // should only be read + getBytes: function Stream_getBytes(length) { + var bytes = this.bytes; + var pos = this.pos; + var strEnd = this.end; + + if (!length) { + return bytes.subarray(pos, strEnd); + } + var end = pos + length; + if (end > strEnd) { + end = strEnd; + } + this.pos = end; + return bytes.subarray(pos, end); + }, + peekByte: function Stream_peekByte() { + var peekedByte = this.getByte(); + this.pos--; + return peekedByte; + }, + peekBytes: function Stream_peekBytes(length) { + var bytes = this.getBytes(length); + this.pos -= bytes.length; + return bytes; + }, + skip: function Stream_skip(n) { + if (!n) { + n = 1; + } + this.pos += n; + }, + reset: function Stream_reset() { + this.pos = this.start; + }, + moveStart: function Stream_moveStart() { + this.start = this.pos; + }, + makeSubStream: function Stream_makeSubStream(start, length, dict) { + return new Stream(this.bytes.buffer, start, length, dict); + }, + isStream: true + }; + + return Stream; +})(); + +var StringStream = (function StringStreamClosure() { + function StringStream(str) { + var length = str.length; + var bytes = new Uint8Array(length); + for (var n = 0; n < length; ++n) { + bytes[n] = str.charCodeAt(n); + } + Stream.call(this, bytes); + } + + StringStream.prototype = Stream.prototype; + + return StringStream; +})(); + +// super class for the decoding streams +var DecodeStream = (function DecodeStreamClosure() { + // Lots of DecodeStreams are created whose buffers are never used. For these + // we share a single empty buffer. This is (a) space-efficient and (b) avoids + // having special cases that would be required if we used |null| for an empty + // buffer. + var emptyBuffer = new Uint8Array(0); + + function DecodeStream(maybeMinBufferLength) { + this.pos = 0; + this.bufferLength = 0; + this.eof = false; + this.buffer = emptyBuffer; + this.minBufferLength = 512; + if (maybeMinBufferLength) { + // Compute the first power of two that is as big as maybeMinBufferLength. + while (this.minBufferLength < maybeMinBufferLength) { + this.minBufferLength *= 2; + } + } + } + + DecodeStream.prototype = { + get isEmpty() { + while (!this.eof && this.bufferLength === 0) { + this.readBlock(); + } + return this.bufferLength === 0; + }, + ensureBuffer: function DecodeStream_ensureBuffer(requested) { + var buffer = this.buffer; + if (requested <= buffer.byteLength) { + return buffer; + } + var size = this.minBufferLength; + while (size < requested) { + size *= 2; + } + var buffer2 = new Uint8Array(size); + buffer2.set(buffer); + return (this.buffer = buffer2); + }, + getByte: function DecodeStream_getByte() { + var pos = this.pos; + while (this.bufferLength <= pos) { + if (this.eof) { + return -1; + } + this.readBlock(); + } + return this.buffer[this.pos++]; + }, + getUint16: function DecodeStream_getUint16() { + var b0 = this.getByte(); + var b1 = this.getByte(); + if (b0 === -1 || b1 === -1) { + return -1; + } + return (b0 << 8) + b1; + }, + getInt32: function DecodeStream_getInt32() { + var b0 = this.getByte(); + var b1 = this.getByte(); + var b2 = this.getByte(); + var b3 = this.getByte(); + return (b0 << 24) + (b1 << 16) + (b2 << 8) + b3; + }, + getBytes: function DecodeStream_getBytes(length) { + var end, pos = this.pos; + + if (length) { + this.ensureBuffer(pos + length); + end = pos + length; + + while (!this.eof && this.bufferLength < end) { + this.readBlock(); + } + var bufEnd = this.bufferLength; + if (end > bufEnd) { + end = bufEnd; + } + } else { + while (!this.eof) { + this.readBlock(); + } + end = this.bufferLength; + } + + this.pos = end; + return this.buffer.subarray(pos, end); + }, + peekByte: function DecodeStream_peekByte() { + var peekedByte = this.getByte(); + this.pos--; + return peekedByte; + }, + peekBytes: function DecodeStream_peekBytes(length) { + var bytes = this.getBytes(length); + this.pos -= bytes.length; + return bytes; + }, + makeSubStream: function DecodeStream_makeSubStream(start, length, dict) { + var end = start + length; + while (this.bufferLength <= end && !this.eof) { + this.readBlock(); + } + return new Stream(this.buffer, start, length, dict); + }, + skip: function DecodeStream_skip(n) { + if (!n) { + n = 1; + } + this.pos += n; + }, + reset: function DecodeStream_reset() { + this.pos = 0; + }, + getBaseStreams: function DecodeStream_getBaseStreams() { + if (this.str && this.str.getBaseStreams) { + return this.str.getBaseStreams(); + } + return []; + } + }; + + return DecodeStream; +})(); + +var StreamsSequenceStream = (function StreamsSequenceStreamClosure() { + function StreamsSequenceStream(streams) { + this.streams = streams; + DecodeStream.call(this, /* maybeLength = */ null); + } + + StreamsSequenceStream.prototype = Object.create(DecodeStream.prototype); + + StreamsSequenceStream.prototype.readBlock = + function streamSequenceStreamReadBlock() { + + var streams = this.streams; + if (streams.length === 0) { + this.eof = true; + return; + } + var stream = streams.shift(); + var chunk = stream.getBytes(); + var bufferLength = this.bufferLength; + var newLength = bufferLength + chunk.length; + var buffer = this.ensureBuffer(newLength); + buffer.set(chunk, bufferLength); + this.bufferLength = newLength; + }; + + StreamsSequenceStream.prototype.getBaseStreams = + function StreamsSequenceStream_getBaseStreams() { + + var baseStreams = []; + for (var i = 0, ii = this.streams.length; i < ii; i++) { + var stream = this.streams[i]; + if (stream.getBaseStreams) { + Util.appendToArray(baseStreams, stream.getBaseStreams()); + } + } + return baseStreams; + }; + + return StreamsSequenceStream; +})(); + +var FlateStream = (function FlateStreamClosure() { + var codeLenCodeMap = new Int32Array([ + 16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15 + ]); + + var lengthDecode = new Int32Array([ + 0x00003, 0x00004, 0x00005, 0x00006, 0x00007, 0x00008, 0x00009, 0x0000a, + 0x1000b, 0x1000d, 0x1000f, 0x10011, 0x20013, 0x20017, 0x2001b, 0x2001f, + 0x30023, 0x3002b, 0x30033, 0x3003b, 0x40043, 0x40053, 0x40063, 0x40073, + 0x50083, 0x500a3, 0x500c3, 0x500e3, 0x00102, 0x00102, 0x00102 + ]); + + var distDecode = new Int32Array([ + 0x00001, 0x00002, 0x00003, 0x00004, 0x10005, 0x10007, 0x20009, 0x2000d, + 0x30011, 0x30019, 0x40021, 0x40031, 0x50041, 0x50061, 0x60081, 0x600c1, + 0x70101, 0x70181, 0x80201, 0x80301, 0x90401, 0x90601, 0xa0801, 0xa0c01, + 0xb1001, 0xb1801, 0xc2001, 0xc3001, 0xd4001, 0xd6001 + ]); + + var fixedLitCodeTab = [new Int32Array([ + 0x70100, 0x80050, 0x80010, 0x80118, 0x70110, 0x80070, 0x80030, 0x900c0, + 0x70108, 0x80060, 0x80020, 0x900a0, 0x80000, 0x80080, 0x80040, 0x900e0, + 0x70104, 0x80058, 0x80018, 0x90090, 0x70114, 0x80078, 0x80038, 0x900d0, + 0x7010c, 0x80068, 0x80028, 0x900b0, 0x80008, 0x80088, 0x80048, 0x900f0, + 0x70102, 0x80054, 0x80014, 0x8011c, 0x70112, 0x80074, 0x80034, 0x900c8, + 0x7010a, 0x80064, 0x80024, 0x900a8, 0x80004, 0x80084, 0x80044, 0x900e8, + 0x70106, 0x8005c, 0x8001c, 0x90098, 0x70116, 0x8007c, 0x8003c, 0x900d8, + 0x7010e, 0x8006c, 0x8002c, 0x900b8, 0x8000c, 0x8008c, 0x8004c, 0x900f8, + 0x70101, 0x80052, 0x80012, 0x8011a, 0x70111, 0x80072, 0x80032, 0x900c4, + 0x70109, 0x80062, 0x80022, 0x900a4, 0x80002, 0x80082, 0x80042, 0x900e4, + 0x70105, 0x8005a, 0x8001a, 0x90094, 0x70115, 0x8007a, 0x8003a, 0x900d4, + 0x7010d, 0x8006a, 0x8002a, 0x900b4, 0x8000a, 0x8008a, 0x8004a, 0x900f4, + 0x70103, 0x80056, 0x80016, 0x8011e, 0x70113, 0x80076, 0x80036, 0x900cc, + 0x7010b, 0x80066, 0x80026, 0x900ac, 0x80006, 0x80086, 0x80046, 0x900ec, + 0x70107, 0x8005e, 0x8001e, 0x9009c, 0x70117, 0x8007e, 0x8003e, 0x900dc, + 0x7010f, 0x8006e, 0x8002e, 0x900bc, 0x8000e, 0x8008e, 0x8004e, 0x900fc, + 0x70100, 0x80051, 0x80011, 0x80119, 0x70110, 0x80071, 0x80031, 0x900c2, + 0x70108, 0x80061, 0x80021, 0x900a2, 0x80001, 0x80081, 0x80041, 0x900e2, + 0x70104, 0x80059, 0x80019, 0x90092, 0x70114, 0x80079, 0x80039, 0x900d2, + 0x7010c, 0x80069, 0x80029, 0x900b2, 0x80009, 0x80089, 0x80049, 0x900f2, + 0x70102, 0x80055, 0x80015, 0x8011d, 0x70112, 0x80075, 0x80035, 0x900ca, + 0x7010a, 0x80065, 0x80025, 0x900aa, 0x80005, 0x80085, 0x80045, 0x900ea, + 0x70106, 0x8005d, 0x8001d, 0x9009a, 0x70116, 0x8007d, 0x8003d, 0x900da, + 0x7010e, 0x8006d, 0x8002d, 0x900ba, 0x8000d, 0x8008d, 0x8004d, 0x900fa, + 0x70101, 0x80053, 0x80013, 0x8011b, 0x70111, 0x80073, 0x80033, 0x900c6, + 0x70109, 0x80063, 0x80023, 0x900a6, 0x80003, 0x80083, 0x80043, 0x900e6, + 0x70105, 0x8005b, 0x8001b, 0x90096, 0x70115, 0x8007b, 0x8003b, 0x900d6, + 0x7010d, 0x8006b, 0x8002b, 0x900b6, 0x8000b, 0x8008b, 0x8004b, 0x900f6, + 0x70103, 0x80057, 0x80017, 0x8011f, 0x70113, 0x80077, 0x80037, 0x900ce, + 0x7010b, 0x80067, 0x80027, 0x900ae, 0x80007, 0x80087, 0x80047, 0x900ee, + 0x70107, 0x8005f, 0x8001f, 0x9009e, 0x70117, 0x8007f, 0x8003f, 0x900de, + 0x7010f, 0x8006f, 0x8002f, 0x900be, 0x8000f, 0x8008f, 0x8004f, 0x900fe, + 0x70100, 0x80050, 0x80010, 0x80118, 0x70110, 0x80070, 0x80030, 0x900c1, + 0x70108, 0x80060, 0x80020, 0x900a1, 0x80000, 0x80080, 0x80040, 0x900e1, + 0x70104, 0x80058, 0x80018, 0x90091, 0x70114, 0x80078, 0x80038, 0x900d1, + 0x7010c, 0x80068, 0x80028, 0x900b1, 0x80008, 0x80088, 0x80048, 0x900f1, + 0x70102, 0x80054, 0x80014, 0x8011c, 0x70112, 0x80074, 0x80034, 0x900c9, + 0x7010a, 0x80064, 0x80024, 0x900a9, 0x80004, 0x80084, 0x80044, 0x900e9, + 0x70106, 0x8005c, 0x8001c, 0x90099, 0x70116, 0x8007c, 0x8003c, 0x900d9, + 0x7010e, 0x8006c, 0x8002c, 0x900b9, 0x8000c, 0x8008c, 0x8004c, 0x900f9, + 0x70101, 0x80052, 0x80012, 0x8011a, 0x70111, 0x80072, 0x80032, 0x900c5, + 0x70109, 0x80062, 0x80022, 0x900a5, 0x80002, 0x80082, 0x80042, 0x900e5, + 0x70105, 0x8005a, 0x8001a, 0x90095, 0x70115, 0x8007a, 0x8003a, 0x900d5, + 0x7010d, 0x8006a, 0x8002a, 0x900b5, 0x8000a, 0x8008a, 0x8004a, 0x900f5, + 0x70103, 0x80056, 0x80016, 0x8011e, 0x70113, 0x80076, 0x80036, 0x900cd, + 0x7010b, 0x80066, 0x80026, 0x900ad, 0x80006, 0x80086, 0x80046, 0x900ed, + 0x70107, 0x8005e, 0x8001e, 0x9009d, 0x70117, 0x8007e, 0x8003e, 0x900dd, + 0x7010f, 0x8006e, 0x8002e, 0x900bd, 0x8000e, 0x8008e, 0x8004e, 0x900fd, + 0x70100, 0x80051, 0x80011, 0x80119, 0x70110, 0x80071, 0x80031, 0x900c3, + 0x70108, 0x80061, 0x80021, 0x900a3, 0x80001, 0x80081, 0x80041, 0x900e3, + 0x70104, 0x80059, 0x80019, 0x90093, 0x70114, 0x80079, 0x80039, 0x900d3, + 0x7010c, 0x80069, 0x80029, 0x900b3, 0x80009, 0x80089, 0x80049, 0x900f3, + 0x70102, 0x80055, 0x80015, 0x8011d, 0x70112, 0x80075, 0x80035, 0x900cb, + 0x7010a, 0x80065, 0x80025, 0x900ab, 0x80005, 0x80085, 0x80045, 0x900eb, + 0x70106, 0x8005d, 0x8001d, 0x9009b, 0x70116, 0x8007d, 0x8003d, 0x900db, + 0x7010e, 0x8006d, 0x8002d, 0x900bb, 0x8000d, 0x8008d, 0x8004d, 0x900fb, + 0x70101, 0x80053, 0x80013, 0x8011b, 0x70111, 0x80073, 0x80033, 0x900c7, + 0x70109, 0x80063, 0x80023, 0x900a7, 0x80003, 0x80083, 0x80043, 0x900e7, + 0x70105, 0x8005b, 0x8001b, 0x90097, 0x70115, 0x8007b, 0x8003b, 0x900d7, + 0x7010d, 0x8006b, 0x8002b, 0x900b7, 0x8000b, 0x8008b, 0x8004b, 0x900f7, + 0x70103, 0x80057, 0x80017, 0x8011f, 0x70113, 0x80077, 0x80037, 0x900cf, + 0x7010b, 0x80067, 0x80027, 0x900af, 0x80007, 0x80087, 0x80047, 0x900ef, + 0x70107, 0x8005f, 0x8001f, 0x9009f, 0x70117, 0x8007f, 0x8003f, 0x900df, + 0x7010f, 0x8006f, 0x8002f, 0x900bf, 0x8000f, 0x8008f, 0x8004f, 0x900ff + ]), 9]; + + var fixedDistCodeTab = [new Int32Array([ + 0x50000, 0x50010, 0x50008, 0x50018, 0x50004, 0x50014, 0x5000c, 0x5001c, + 0x50002, 0x50012, 0x5000a, 0x5001a, 0x50006, 0x50016, 0x5000e, 0x00000, + 0x50001, 0x50011, 0x50009, 0x50019, 0x50005, 0x50015, 0x5000d, 0x5001d, + 0x50003, 0x50013, 0x5000b, 0x5001b, 0x50007, 0x50017, 0x5000f, 0x00000 + ]), 5]; + + function FlateStream(str, maybeLength) { + this.str = str; + this.dict = str.dict; + + var cmf = str.getByte(); + var flg = str.getByte(); + if (cmf === -1 || flg === -1) { + error('Invalid header in flate stream: ' + cmf + ', ' + flg); + } + if ((cmf & 0x0f) !== 0x08) { + error('Unknown compression method in flate stream: ' + cmf + ', ' + flg); + } + if ((((cmf << 8) + flg) % 31) !== 0) { + error('Bad FCHECK in flate stream: ' + cmf + ', ' + flg); + } + if (flg & 0x20) { + error('FDICT bit set in flate stream: ' + cmf + ', ' + flg); + } + + this.codeSize = 0; + this.codeBuf = 0; + + DecodeStream.call(this, maybeLength); + } + + FlateStream.prototype = Object.create(DecodeStream.prototype); + + FlateStream.prototype.getBits = function FlateStream_getBits(bits) { + var str = this.str; + var codeSize = this.codeSize; + var codeBuf = this.codeBuf; + + var b; + while (codeSize < bits) { + if ((b = str.getByte()) === -1) { + error('Bad encoding in flate stream'); + } + codeBuf |= b << codeSize; + codeSize += 8; + } + b = codeBuf & ((1 << bits) - 1); + this.codeBuf = codeBuf >> bits; + this.codeSize = codeSize -= bits; + + return b; + }; + + FlateStream.prototype.getCode = function FlateStream_getCode(table) { + var str = this.str; + var codes = table[0]; + var maxLen = table[1]; + var codeSize = this.codeSize; + var codeBuf = this.codeBuf; + + var b; + while (codeSize < maxLen) { + if ((b = str.getByte()) === -1) { + // premature end of stream. code might however still be valid. + // codeSize < codeLen check below guards against incomplete codeVal. + break; + } + codeBuf |= (b << codeSize); + codeSize += 8; + } + var code = codes[codeBuf & ((1 << maxLen) - 1)]; + var codeLen = code >> 16; + var codeVal = code & 0xffff; + if (codeLen < 1 || codeSize < codeLen) { + error('Bad encoding in flate stream'); + } + this.codeBuf = (codeBuf >> codeLen); + this.codeSize = (codeSize - codeLen); + return codeVal; + }; + + FlateStream.prototype.generateHuffmanTable = + function flateStreamGenerateHuffmanTable(lengths) { + var n = lengths.length; + + // find max code length + var maxLen = 0; + var i; + for (i = 0; i < n; ++i) { + if (lengths[i] > maxLen) { + maxLen = lengths[i]; + } + } + + // build the table + var size = 1 << maxLen; + var codes = new Int32Array(size); + for (var len = 1, code = 0, skip = 2; + len <= maxLen; + ++len, code <<= 1, skip <<= 1) { + for (var val = 0; val < n; ++val) { + if (lengths[val] === len) { + // bit-reverse the code + var code2 = 0; + var t = code; + for (i = 0; i < len; ++i) { + code2 = (code2 << 1) | (t & 1); + t >>= 1; + } + + // fill the table entries + for (i = code2; i < size; i += skip) { + codes[i] = (len << 16) | val; + } + ++code; + } + } + } + + return [codes, maxLen]; + }; + + FlateStream.prototype.readBlock = function FlateStream_readBlock() { + var buffer, len; + var str = this.str; + // read block header + var hdr = this.getBits(3); + if (hdr & 1) { + this.eof = true; + } + hdr >>= 1; + + if (hdr === 0) { // uncompressed block + var b; + + if ((b = str.getByte()) === -1) { + error('Bad block header in flate stream'); + } + var blockLen = b; + if ((b = str.getByte()) === -1) { + error('Bad block header in flate stream'); + } + blockLen |= (b << 8); + if ((b = str.getByte()) === -1) { + error('Bad block header in flate stream'); + } + var check = b; + if ((b = str.getByte()) === -1) { + error('Bad block header in flate stream'); + } + check |= (b << 8); + if (check !== (~blockLen & 0xffff) && + (blockLen !== 0 || check !== 0)) { + // Ignoring error for bad "empty" block (see issue 1277) + error('Bad uncompressed block length in flate stream'); + } + + this.codeBuf = 0; + this.codeSize = 0; + + var bufferLength = this.bufferLength; + buffer = this.ensureBuffer(bufferLength + blockLen); + var end = bufferLength + blockLen; + this.bufferLength = end; + if (blockLen === 0) { + if (str.peekByte() === -1) { + this.eof = true; + } + } else { + for (var n = bufferLength; n < end; ++n) { + if ((b = str.getByte()) === -1) { + this.eof = true; + break; + } + buffer[n] = b; + } + } + return; + } + + var litCodeTable; + var distCodeTable; + if (hdr === 1) { // compressed block, fixed codes + litCodeTable = fixedLitCodeTab; + distCodeTable = fixedDistCodeTab; + } else if (hdr === 2) { // compressed block, dynamic codes + var numLitCodes = this.getBits(5) + 257; + var numDistCodes = this.getBits(5) + 1; + var numCodeLenCodes = this.getBits(4) + 4; + + // build the code lengths code table + var codeLenCodeLengths = new Uint8Array(codeLenCodeMap.length); + + var i; + for (i = 0; i < numCodeLenCodes; ++i) { + codeLenCodeLengths[codeLenCodeMap[i]] = this.getBits(3); + } + var codeLenCodeTab = this.generateHuffmanTable(codeLenCodeLengths); + + // build the literal and distance code tables + len = 0; + i = 0; + var codes = numLitCodes + numDistCodes; + var codeLengths = new Uint8Array(codes); + var bitsLength, bitsOffset, what; + while (i < codes) { + var code = this.getCode(codeLenCodeTab); + if (code === 16) { + bitsLength = 2; bitsOffset = 3; what = len; + } else if (code === 17) { + bitsLength = 3; bitsOffset = 3; what = (len = 0); + } else if (code === 18) { + bitsLength = 7; bitsOffset = 11; what = (len = 0); + } else { + codeLengths[i++] = len = code; + continue; + } + + var repeatLength = this.getBits(bitsLength) + bitsOffset; + while (repeatLength-- > 0) { + codeLengths[i++] = what; + } + } + + litCodeTable = + this.generateHuffmanTable(codeLengths.subarray(0, numLitCodes)); + distCodeTable = + this.generateHuffmanTable(codeLengths.subarray(numLitCodes, codes)); + } else { + error('Unknown block type in flate stream'); + } + + buffer = this.buffer; + var limit = buffer ? buffer.length : 0; + var pos = this.bufferLength; + while (true) { + var code1 = this.getCode(litCodeTable); + if (code1 < 256) { + if (pos + 1 >= limit) { + buffer = this.ensureBuffer(pos + 1); + limit = buffer.length; + } + buffer[pos++] = code1; + continue; + } + if (code1 === 256) { + this.bufferLength = pos; + return; + } + code1 -= 257; + code1 = lengthDecode[code1]; + var code2 = code1 >> 16; + if (code2 > 0) { + code2 = this.getBits(code2); + } + len = (code1 & 0xffff) + code2; + code1 = this.getCode(distCodeTable); + code1 = distDecode[code1]; + code2 = code1 >> 16; + if (code2 > 0) { + code2 = this.getBits(code2); + } + var dist = (code1 & 0xffff) + code2; + if (pos + len >= limit) { + buffer = this.ensureBuffer(pos + len); + limit = buffer.length; + } + for (var k = 0; k < len; ++k, ++pos) { + buffer[pos] = buffer[pos - dist]; + } + } + }; + + return FlateStream; +})(); + +var PredictorStream = (function PredictorStreamClosure() { + function PredictorStream(str, maybeLength, params) { + var predictor = this.predictor = params.get('Predictor') || 1; + + if (predictor <= 1) { + return str; // no prediction + } + if (predictor !== 2 && (predictor < 10 || predictor > 15)) { + error('Unsupported predictor: ' + predictor); + } + + if (predictor === 2) { + this.readBlock = this.readBlockTiff; + } else { + this.readBlock = this.readBlockPng; + } + + this.str = str; + this.dict = str.dict; + + var colors = this.colors = params.get('Colors') || 1; + var bits = this.bits = params.get('BitsPerComponent') || 8; + var columns = this.columns = params.get('Columns') || 1; + + this.pixBytes = (colors * bits + 7) >> 3; + this.rowBytes = (columns * colors * bits + 7) >> 3; + + DecodeStream.call(this, maybeLength); + return this; + } + + PredictorStream.prototype = Object.create(DecodeStream.prototype); + + PredictorStream.prototype.readBlockTiff = + function predictorStreamReadBlockTiff() { + var rowBytes = this.rowBytes; + + var bufferLength = this.bufferLength; + var buffer = this.ensureBuffer(bufferLength + rowBytes); + + var bits = this.bits; + var colors = this.colors; + + var rawBytes = this.str.getBytes(rowBytes); + this.eof = !rawBytes.length; + if (this.eof) { + return; + } + + var inbuf = 0, outbuf = 0; + var inbits = 0, outbits = 0; + var pos = bufferLength; + var i; + + if (bits === 1) { + for (i = 0; i < rowBytes; ++i) { + var c = rawBytes[i]; + inbuf = (inbuf << 8) | c; + // bitwise addition is exclusive or + // first shift inbuf and then add + buffer[pos++] = (c ^ (inbuf >> colors)) & 0xFF; + // truncate inbuf (assumes colors < 16) + inbuf &= 0xFFFF; + } + } else if (bits === 8) { + for (i = 0; i < colors; ++i) { + buffer[pos++] = rawBytes[i]; + } + for (; i < rowBytes; ++i) { + buffer[pos] = buffer[pos - colors] + rawBytes[i]; + pos++; + } + } else { + var compArray = new Uint8Array(colors + 1); + var bitMask = (1 << bits) - 1; + var j = 0, k = bufferLength; + var columns = this.columns; + for (i = 0; i < columns; ++i) { + for (var kk = 0; kk < colors; ++kk) { + if (inbits < bits) { + inbuf = (inbuf << 8) | (rawBytes[j++] & 0xFF); + inbits += 8; + } + compArray[kk] = (compArray[kk] + + (inbuf >> (inbits - bits))) & bitMask; + inbits -= bits; + outbuf = (outbuf << bits) | compArray[kk]; + outbits += bits; + if (outbits >= 8) { + buffer[k++] = (outbuf >> (outbits - 8)) & 0xFF; + outbits -= 8; + } + } + } + if (outbits > 0) { + buffer[k++] = (outbuf << (8 - outbits)) + + (inbuf & ((1 << (8 - outbits)) - 1)); + } + } + this.bufferLength += rowBytes; + }; + + PredictorStream.prototype.readBlockPng = + function predictorStreamReadBlockPng() { + + var rowBytes = this.rowBytes; + var pixBytes = this.pixBytes; + + var predictor = this.str.getByte(); + var rawBytes = this.str.getBytes(rowBytes); + this.eof = !rawBytes.length; + if (this.eof) { + return; + } + + var bufferLength = this.bufferLength; + var buffer = this.ensureBuffer(bufferLength + rowBytes); + + var prevRow = buffer.subarray(bufferLength - rowBytes, bufferLength); + if (prevRow.length === 0) { + prevRow = new Uint8Array(rowBytes); + } + + var i, j = bufferLength, up, c; + switch (predictor) { + case 0: + for (i = 0; i < rowBytes; ++i) { + buffer[j++] = rawBytes[i]; + } + break; + case 1: + for (i = 0; i < pixBytes; ++i) { + buffer[j++] = rawBytes[i]; + } + for (; i < rowBytes; ++i) { + buffer[j] = (buffer[j - pixBytes] + rawBytes[i]) & 0xFF; + j++; + } + break; + case 2: + for (i = 0; i < rowBytes; ++i) { + buffer[j++] = (prevRow[i] + rawBytes[i]) & 0xFF; + } + break; + case 3: + for (i = 0; i < pixBytes; ++i) { + buffer[j++] = (prevRow[i] >> 1) + rawBytes[i]; + } + for (; i < rowBytes; ++i) { + buffer[j] = (((prevRow[i] + buffer[j - pixBytes]) >> 1) + + rawBytes[i]) & 0xFF; + j++; + } + break; + case 4: + // we need to save the up left pixels values. the simplest way + // is to create a new buffer + for (i = 0; i < pixBytes; ++i) { + up = prevRow[i]; + c = rawBytes[i]; + buffer[j++] = up + c; + } + for (; i < rowBytes; ++i) { + up = prevRow[i]; + var upLeft = prevRow[i - pixBytes]; + var left = buffer[j - pixBytes]; + var p = left + up - upLeft; + + var pa = p - left; + if (pa < 0) { + pa = -pa; + } + var pb = p - up; + if (pb < 0) { + pb = -pb; + } + var pc = p - upLeft; + if (pc < 0) { + pc = -pc; + } + + c = rawBytes[i]; + if (pa <= pb && pa <= pc) { + buffer[j++] = left + c; + } else if (pb <= pc) { + buffer[j++] = up + c; + } else { + buffer[j++] = upLeft + c; + } + } + break; + default: + error('Unsupported predictor: ' + predictor); + } + this.bufferLength += rowBytes; + }; + + return PredictorStream; +})(); + +/** + * Depending on the type of JPEG a JpegStream is handled in different ways. For + * JPEG's that are supported natively such as DeviceGray and DeviceRGB the image + * data is stored and then loaded by the browser. For unsupported JPEG's we use + * a library to decode these images and the stream behaves like all the other + * DecodeStreams. + */ +var JpegStream = (function JpegStreamClosure() { + function JpegStream(stream, maybeLength, dict, xref) { + // Some images may contain 'junk' before the SOI (start-of-image) marker. + // Note: this seems to mainly affect inline images. + var ch; + while ((ch = stream.getByte()) !== -1) { + if (ch === 0xFF) { // Find the first byte of the SOI marker (0xFFD8). + stream.skip(-1); // Reset the stream position to the SOI. + break; + } + } + this.stream = stream; + this.maybeLength = maybeLength; + this.dict = dict; + + DecodeStream.call(this, maybeLength); + } + + JpegStream.prototype = Object.create(DecodeStream.prototype); + + Object.defineProperty(JpegStream.prototype, 'bytes', { + get: function JpegStream_bytes() { + // If this.maybeLength is null, we'll get the entire stream. + return shadow(this, 'bytes', this.stream.getBytes(this.maybeLength)); + }, + configurable: true + }); + + JpegStream.prototype.ensureBuffer = function JpegStream_ensureBuffer(req) { + if (this.bufferLength) { + return; + } + try { + var jpegImage = new JpegImage(); + + // checking if values needs to be transformed before conversion + if (this.forceRGB && this.dict && isArray(this.dict.get('Decode'))) { + var decodeArr = this.dict.get('Decode'); + var bitsPerComponent = this.dict.get('BitsPerComponent') || 8; + var decodeArrLength = decodeArr.length; + var transform = new Int32Array(decodeArrLength); + var transformNeeded = false; + var maxValue = (1 << bitsPerComponent) - 1; + for (var i = 0; i < decodeArrLength; i += 2) { + transform[i] = ((decodeArr[i + 1] - decodeArr[i]) * 256) | 0; + transform[i + 1] = (decodeArr[i] * maxValue) | 0; + if (transform[i] !== 256 || transform[i + 1] !== 0) { + transformNeeded = true; + } + } + if (transformNeeded) { + jpegImage.decodeTransform = transform; + } + } + + jpegImage.parse(this.bytes); + var data = jpegImage.getData(this.drawWidth, this.drawHeight, + this.forceRGB); + this.buffer = data; + this.bufferLength = data.length; + this.eof = true; + } catch (e) { + error('JPEG error: ' + e); + } + }; + + JpegStream.prototype.getBytes = function JpegStream_getBytes(length) { + this.ensureBuffer(); + return this.buffer; + }; + + JpegStream.prototype.getIR = function JpegStream_getIR() { + return PDFJS.createObjectURL(this.bytes, 'image/jpeg'); + }; + /** + * Checks if the image can be decoded and displayed by the browser without any + * further processing such as color space conversions. + */ + JpegStream.prototype.isNativelySupported = + function JpegStream_isNativelySupported(xref, res) { + var cs = ColorSpace.parse(this.dict.get('ColorSpace', 'CS'), xref, res); + return (cs.name === 'DeviceGray' || cs.name === 'DeviceRGB') && + cs.isDefaultDecode(this.dict.get('Decode', 'D')); + }; + /** + * Checks if the image can be decoded by the browser. + */ + JpegStream.prototype.isNativelyDecodable = + function JpegStream_isNativelyDecodable(xref, res) { + var cs = ColorSpace.parse(this.dict.get('ColorSpace', 'CS'), xref, res); + return (cs.numComps === 1 || cs.numComps === 3) && + cs.isDefaultDecode(this.dict.get('Decode', 'D')); + }; + + return JpegStream; +})(); + +/** + * For JPEG 2000's we use a library to decode these images and + * the stream behaves like all the other DecodeStreams. + */ +var JpxStream = (function JpxStreamClosure() { + function JpxStream(stream, maybeLength, dict) { + this.stream = stream; + this.maybeLength = maybeLength; + this.dict = dict; + + DecodeStream.call(this, maybeLength); + } + + JpxStream.prototype = Object.create(DecodeStream.prototype); + + Object.defineProperty(JpxStream.prototype, 'bytes', { + get: function JpxStream_bytes() { + // If this.maybeLength is null, we'll get the entire stream. + return shadow(this, 'bytes', this.stream.getBytes(this.maybeLength)); + }, + configurable: true + }); + + JpxStream.prototype.ensureBuffer = function JpxStream_ensureBuffer(req) { + if (this.bufferLength) { + return; + } + + var jpxImage = new JpxImage(); + jpxImage.parse(this.bytes); + + var width = jpxImage.width; + var height = jpxImage.height; + var componentsCount = jpxImage.componentsCount; + var tileCount = jpxImage.tiles.length; + if (tileCount === 1) { + this.buffer = jpxImage.tiles[0].items; + } else { + var data = new Uint8Array(width * height * componentsCount); + + for (var k = 0; k < tileCount; k++) { + var tileComponents = jpxImage.tiles[k]; + var tileWidth = tileComponents.width; + var tileHeight = tileComponents.height; + var tileLeft = tileComponents.left; + var tileTop = tileComponents.top; + + var src = tileComponents.items; + var srcPosition = 0; + var dataPosition = (width * tileTop + tileLeft) * componentsCount; + var imgRowSize = width * componentsCount; + var tileRowSize = tileWidth * componentsCount; + + for (var j = 0; j < tileHeight; j++) { + var rowBytes = src.subarray(srcPosition, srcPosition + tileRowSize); + data.set(rowBytes, dataPosition); + srcPosition += tileRowSize; + dataPosition += imgRowSize; + } + } + this.buffer = data; + } + this.bufferLength = this.buffer.length; + this.eof = true; + }; + + return JpxStream; +})(); + +/** + * For JBIG2's we use a library to decode these images and + * the stream behaves like all the other DecodeStreams. + */ +var Jbig2Stream = (function Jbig2StreamClosure() { + function Jbig2Stream(stream, maybeLength, dict) { + this.stream = stream; + this.maybeLength = maybeLength; + this.dict = dict; + + DecodeStream.call(this, maybeLength); + } + + Jbig2Stream.prototype = Object.create(DecodeStream.prototype); + + Object.defineProperty(Jbig2Stream.prototype, 'bytes', { + get: function Jbig2Stream_bytes() { + // If this.maybeLength is null, we'll get the entire stream. + return shadow(this, 'bytes', this.stream.getBytes(this.maybeLength)); + }, + configurable: true + }); + + Jbig2Stream.prototype.ensureBuffer = function Jbig2Stream_ensureBuffer(req) { + if (this.bufferLength) { + return; + } + + var jbig2Image = new Jbig2Image(); + + var chunks = [], xref = this.dict.xref; + var decodeParams = xref.fetchIfRef(this.dict.get('DecodeParms')); + + // According to the PDF specification, DecodeParms can be either + // a dictionary, or an array whose elements are dictionaries. + if (isArray(decodeParams)) { + if (decodeParams.length > 1) { + warn('JBIG2 - \'DecodeParms\' array with multiple elements ' + + 'not supported.'); + } + decodeParams = xref.fetchIfRef(decodeParams[0]); + } + if (decodeParams && decodeParams.has('JBIG2Globals')) { + var globalsStream = decodeParams.get('JBIG2Globals'); + var globals = globalsStream.getBytes(); + chunks.push({data: globals, start: 0, end: globals.length}); + } + chunks.push({data: this.bytes, start: 0, end: this.bytes.length}); + var data = jbig2Image.parseChunks(chunks); + var dataLength = data.length; + + // JBIG2 had black as 1 and white as 0, inverting the colors + for (var i = 0; i < dataLength; i++) { + data[i] ^= 0xFF; + } + + this.buffer = data; + this.bufferLength = dataLength; + this.eof = true; + }; + + return Jbig2Stream; +})(); + +var DecryptStream = (function DecryptStreamClosure() { + function DecryptStream(str, maybeLength, decrypt) { + this.str = str; + this.dict = str.dict; + this.decrypt = decrypt; + this.nextChunk = null; + this.initialized = false; + + DecodeStream.call(this, maybeLength); + } + + var chunkSize = 512; + + DecryptStream.prototype = Object.create(DecodeStream.prototype); + + DecryptStream.prototype.readBlock = function DecryptStream_readBlock() { + var chunk; + if (this.initialized) { + chunk = this.nextChunk; + } else { + chunk = this.str.getBytes(chunkSize); + this.initialized = true; + } + if (!chunk || chunk.length === 0) { + this.eof = true; + return; + } + this.nextChunk = this.str.getBytes(chunkSize); + var hasMoreData = this.nextChunk && this.nextChunk.length > 0; + + var decrypt = this.decrypt; + chunk = decrypt(chunk, !hasMoreData); + + var bufferLength = this.bufferLength; + var i, n = chunk.length; + var buffer = this.ensureBuffer(bufferLength + n); + for (i = 0; i < n; i++) { + buffer[bufferLength++] = chunk[i]; + } + this.bufferLength = bufferLength; + }; + + return DecryptStream; +})(); + +var Ascii85Stream = (function Ascii85StreamClosure() { + function Ascii85Stream(str, maybeLength) { + this.str = str; + this.dict = str.dict; + this.input = new Uint8Array(5); + + // Most streams increase in size when decoded, but Ascii85 streams + // typically shrink by ~20%. + if (maybeLength) { + maybeLength = 0.8 * maybeLength; + } + DecodeStream.call(this, maybeLength); + } + + Ascii85Stream.prototype = Object.create(DecodeStream.prototype); + + Ascii85Stream.prototype.readBlock = function Ascii85Stream_readBlock() { + var TILDA_CHAR = 0x7E; // '~' + var Z_LOWER_CHAR = 0x7A; // 'z' + var EOF = -1; + + var str = this.str; + + var c = str.getByte(); + while (Lexer.isSpace(c)) { + c = str.getByte(); + } + + if (c === EOF || c === TILDA_CHAR) { + this.eof = true; + return; + } + + var bufferLength = this.bufferLength, buffer; + var i; + + // special code for z + if (c === Z_LOWER_CHAR) { + buffer = this.ensureBuffer(bufferLength + 4); + for (i = 0; i < 4; ++i) { + buffer[bufferLength + i] = 0; + } + this.bufferLength += 4; + } else { + var input = this.input; + input[0] = c; + for (i = 1; i < 5; ++i) { + c = str.getByte(); + while (Lexer.isSpace(c)) { + c = str.getByte(); + } + + input[i] = c; + + if (c === EOF || c === TILDA_CHAR) { + break; + } + } + buffer = this.ensureBuffer(bufferLength + i - 1); + this.bufferLength += i - 1; + + // partial ending; + if (i < 5) { + for (; i < 5; ++i) { + input[i] = 0x21 + 84; + } + this.eof = true; + } + var t = 0; + for (i = 0; i < 5; ++i) { + t = t * 85 + (input[i] - 0x21); + } + + for (i = 3; i >= 0; --i) { + buffer[bufferLength + i] = t & 0xFF; + t >>= 8; + } + } + }; + + return Ascii85Stream; +})(); + +var AsciiHexStream = (function AsciiHexStreamClosure() { + function AsciiHexStream(str, maybeLength) { + this.str = str; + this.dict = str.dict; + + this.firstDigit = -1; + + // Most streams increase in size when decoded, but AsciiHex streams shrink + // by 50%. + if (maybeLength) { + maybeLength = 0.5 * maybeLength; + } + DecodeStream.call(this, maybeLength); + } + + AsciiHexStream.prototype = Object.create(DecodeStream.prototype); + + AsciiHexStream.prototype.readBlock = function AsciiHexStream_readBlock() { + var UPSTREAM_BLOCK_SIZE = 8000; + var bytes = this.str.getBytes(UPSTREAM_BLOCK_SIZE); + if (!bytes.length) { + this.eof = true; + return; + } + + var maxDecodeLength = (bytes.length + 1) >> 1; + var buffer = this.ensureBuffer(this.bufferLength + maxDecodeLength); + var bufferLength = this.bufferLength; + + var firstDigit = this.firstDigit; + for (var i = 0, ii = bytes.length; i < ii; i++) { + var ch = bytes[i], digit; + if (ch >= 0x30 && ch <= 0x39) { // '0'-'9' + digit = ch & 0x0F; + } else if ((ch >= 0x41 && ch <= 0x46) || (ch >= 0x61 && ch <= 0x66)) { + // 'A'-'Z', 'a'-'z' + digit = (ch & 0x0F) + 9; + } else if (ch === 0x3E) { // '>' + this.eof = true; + break; + } else { // probably whitespace + continue; // ignoring + } + if (firstDigit < 0) { + firstDigit = digit; + } else { + buffer[bufferLength++] = (firstDigit << 4) | digit; + firstDigit = -1; + } + } + if (firstDigit >= 0 && this.eof) { + // incomplete byte + buffer[bufferLength++] = (firstDigit << 4); + firstDigit = -1; + } + this.firstDigit = firstDigit; + this.bufferLength = bufferLength; + }; + + return AsciiHexStream; +})(); + +var RunLengthStream = (function RunLengthStreamClosure() { + function RunLengthStream(str, maybeLength) { + this.str = str; + this.dict = str.dict; + + DecodeStream.call(this, maybeLength); + } + + RunLengthStream.prototype = Object.create(DecodeStream.prototype); + + RunLengthStream.prototype.readBlock = function RunLengthStream_readBlock() { + // The repeatHeader has following format. The first byte defines type of run + // and amount of bytes to repeat/copy: n = 0 through 127 - copy next n bytes + // (in addition to the second byte from the header), n = 129 through 255 - + // duplicate the second byte from the header (257 - n) times, n = 128 - end. + var repeatHeader = this.str.getBytes(2); + if (!repeatHeader || repeatHeader.length < 2 || repeatHeader[0] === 128) { + this.eof = true; + return; + } + + var buffer; + var bufferLength = this.bufferLength; + var n = repeatHeader[0]; + if (n < 128) { + // copy n bytes + buffer = this.ensureBuffer(bufferLength + n + 1); + buffer[bufferLength++] = repeatHeader[1]; + if (n > 0) { + var source = this.str.getBytes(n); + buffer.set(source, bufferLength); + bufferLength += n; + } + } else { + n = 257 - n; + var b = repeatHeader[1]; + buffer = this.ensureBuffer(bufferLength + n + 1); + for (var i = 0; i < n; i++) { + buffer[bufferLength++] = b; + } + } + this.bufferLength = bufferLength; + }; + + return RunLengthStream; +})(); + +var CCITTFaxStream = (function CCITTFaxStreamClosure() { + + var ccittEOL = -2; + var twoDimPass = 0; + var twoDimHoriz = 1; + var twoDimVert0 = 2; + var twoDimVertR1 = 3; + var twoDimVertL1 = 4; + var twoDimVertR2 = 5; + var twoDimVertL2 = 6; + var twoDimVertR3 = 7; + var twoDimVertL3 = 8; + + var twoDimTable = [ + [-1, -1], [-1, -1], // 000000x + [7, twoDimVertL3], // 0000010 + [7, twoDimVertR3], // 0000011 + [6, twoDimVertL2], [6, twoDimVertL2], // 000010x + [6, twoDimVertR2], [6, twoDimVertR2], // 000011x + [4, twoDimPass], [4, twoDimPass], // 0001xxx + [4, twoDimPass], [4, twoDimPass], + [4, twoDimPass], [4, twoDimPass], + [4, twoDimPass], [4, twoDimPass], + [3, twoDimHoriz], [3, twoDimHoriz], // 001xxxx + [3, twoDimHoriz], [3, twoDimHoriz], + [3, twoDimHoriz], [3, twoDimHoriz], + [3, twoDimHoriz], [3, twoDimHoriz], + [3, twoDimHoriz], [3, twoDimHoriz], + [3, twoDimHoriz], [3, twoDimHoriz], + [3, twoDimHoriz], [3, twoDimHoriz], + [3, twoDimHoriz], [3, twoDimHoriz], + [3, twoDimVertL1], [3, twoDimVertL1], // 010xxxx + [3, twoDimVertL1], [3, twoDimVertL1], + [3, twoDimVertL1], [3, twoDimVertL1], + [3, twoDimVertL1], [3, twoDimVertL1], + [3, twoDimVertL1], [3, twoDimVertL1], + [3, twoDimVertL1], [3, twoDimVertL1], + [3, twoDimVertL1], [3, twoDimVertL1], + [3, twoDimVertL1], [3, twoDimVertL1], + [3, twoDimVertR1], [3, twoDimVertR1], // 011xxxx + [3, twoDimVertR1], [3, twoDimVertR1], + [3, twoDimVertR1], [3, twoDimVertR1], + [3, twoDimVertR1], [3, twoDimVertR1], + [3, twoDimVertR1], [3, twoDimVertR1], + [3, twoDimVertR1], [3, twoDimVertR1], + [3, twoDimVertR1], [3, twoDimVertR1], + [3, twoDimVertR1], [3, twoDimVertR1], + [1, twoDimVert0], [1, twoDimVert0], // 1xxxxxx + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0], + [1, twoDimVert0], [1, twoDimVert0] + ]; + + var whiteTable1 = [ + [-1, -1], // 00000 + [12, ccittEOL], // 00001 + [-1, -1], [-1, -1], // 0001x + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 001xx + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 010xx + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 011xx + [11, 1792], [11, 1792], // 1000x + [12, 1984], // 10010 + [12, 2048], // 10011 + [12, 2112], // 10100 + [12, 2176], // 10101 + [12, 2240], // 10110 + [12, 2304], // 10111 + [11, 1856], [11, 1856], // 1100x + [11, 1920], [11, 1920], // 1101x + [12, 2368], // 11100 + [12, 2432], // 11101 + [12, 2496], // 11110 + [12, 2560] // 11111 + ]; + + var whiteTable2 = [ + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 0000000xx + [8, 29], [8, 29], // 00000010x + [8, 30], [8, 30], // 00000011x + [8, 45], [8, 45], // 00000100x + [8, 46], [8, 46], // 00000101x + [7, 22], [7, 22], [7, 22], [7, 22], // 0000011xx + [7, 23], [7, 23], [7, 23], [7, 23], // 0000100xx + [8, 47], [8, 47], // 00001010x + [8, 48], [8, 48], // 00001011x + [6, 13], [6, 13], [6, 13], [6, 13], // 000011xxx + [6, 13], [6, 13], [6, 13], [6, 13], + [7, 20], [7, 20], [7, 20], [7, 20], // 0001000xx + [8, 33], [8, 33], // 00010010x + [8, 34], [8, 34], // 00010011x + [8, 35], [8, 35], // 00010100x + [8, 36], [8, 36], // 00010101x + [8, 37], [8, 37], // 00010110x + [8, 38], [8, 38], // 00010111x + [7, 19], [7, 19], [7, 19], [7, 19], // 0001100xx + [8, 31], [8, 31], // 00011010x + [8, 32], [8, 32], // 00011011x + [6, 1], [6, 1], [6, 1], [6, 1], // 000111xxx + [6, 1], [6, 1], [6, 1], [6, 1], + [6, 12], [6, 12], [6, 12], [6, 12], // 001000xxx + [6, 12], [6, 12], [6, 12], [6, 12], + [8, 53], [8, 53], // 00100100x + [8, 54], [8, 54], // 00100101x + [7, 26], [7, 26], [7, 26], [7, 26], // 0010011xx + [8, 39], [8, 39], // 00101000x + [8, 40], [8, 40], // 00101001x + [8, 41], [8, 41], // 00101010x + [8, 42], [8, 42], // 00101011x + [8, 43], [8, 43], // 00101100x + [8, 44], [8, 44], // 00101101x + [7, 21], [7, 21], [7, 21], [7, 21], // 0010111xx + [7, 28], [7, 28], [7, 28], [7, 28], // 0011000xx + [8, 61], [8, 61], // 00110010x + [8, 62], [8, 62], // 00110011x + [8, 63], [8, 63], // 00110100x + [8, 0], [8, 0], // 00110101x + [8, 320], [8, 320], // 00110110x + [8, 384], [8, 384], // 00110111x + [5, 10], [5, 10], [5, 10], [5, 10], // 00111xxxx + [5, 10], [5, 10], [5, 10], [5, 10], + [5, 10], [5, 10], [5, 10], [5, 10], + [5, 10], [5, 10], [5, 10], [5, 10], + [5, 11], [5, 11], [5, 11], [5, 11], // 01000xxxx + [5, 11], [5, 11], [5, 11], [5, 11], + [5, 11], [5, 11], [5, 11], [5, 11], + [5, 11], [5, 11], [5, 11], [5, 11], + [7, 27], [7, 27], [7, 27], [7, 27], // 0100100xx + [8, 59], [8, 59], // 01001010x + [8, 60], [8, 60], // 01001011x + [9, 1472], // 010011000 + [9, 1536], // 010011001 + [9, 1600], // 010011010 + [9, 1728], // 010011011 + [7, 18], [7, 18], [7, 18], [7, 18], // 0100111xx + [7, 24], [7, 24], [7, 24], [7, 24], // 0101000xx + [8, 49], [8, 49], // 01010010x + [8, 50], [8, 50], // 01010011x + [8, 51], [8, 51], // 01010100x + [8, 52], [8, 52], // 01010101x + [7, 25], [7, 25], [7, 25], [7, 25], // 0101011xx + [8, 55], [8, 55], // 01011000x + [8, 56], [8, 56], // 01011001x + [8, 57], [8, 57], // 01011010x + [8, 58], [8, 58], // 01011011x + [6, 192], [6, 192], [6, 192], [6, 192], // 010111xxx + [6, 192], [6, 192], [6, 192], [6, 192], + [6, 1664], [6, 1664], [6, 1664], [6, 1664], // 011000xxx + [6, 1664], [6, 1664], [6, 1664], [6, 1664], + [8, 448], [8, 448], // 01100100x + [8, 512], [8, 512], // 01100101x + [9, 704], // 011001100 + [9, 768], // 011001101 + [8, 640], [8, 640], // 01100111x + [8, 576], [8, 576], // 01101000x + [9, 832], // 011010010 + [9, 896], // 011010011 + [9, 960], // 011010100 + [9, 1024], // 011010101 + [9, 1088], // 011010110 + [9, 1152], // 011010111 + [9, 1216], // 011011000 + [9, 1280], // 011011001 + [9, 1344], // 011011010 + [9, 1408], // 011011011 + [7, 256], [7, 256], [7, 256], [7, 256], // 0110111xx + [4, 2], [4, 2], [4, 2], [4, 2], // 0111xxxxx + [4, 2], [4, 2], [4, 2], [4, 2], + [4, 2], [4, 2], [4, 2], [4, 2], + [4, 2], [4, 2], [4, 2], [4, 2], + [4, 2], [4, 2], [4, 2], [4, 2], + [4, 2], [4, 2], [4, 2], [4, 2], + [4, 2], [4, 2], [4, 2], [4, 2], + [4, 2], [4, 2], [4, 2], [4, 2], + [4, 3], [4, 3], [4, 3], [4, 3], // 1000xxxxx + [4, 3], [4, 3], [4, 3], [4, 3], + [4, 3], [4, 3], [4, 3], [4, 3], + [4, 3], [4, 3], [4, 3], [4, 3], + [4, 3], [4, 3], [4, 3], [4, 3], + [4, 3], [4, 3], [4, 3], [4, 3], + [4, 3], [4, 3], [4, 3], [4, 3], + [4, 3], [4, 3], [4, 3], [4, 3], + [5, 128], [5, 128], [5, 128], [5, 128], // 10010xxxx + [5, 128], [5, 128], [5, 128], [5, 128], + [5, 128], [5, 128], [5, 128], [5, 128], + [5, 128], [5, 128], [5, 128], [5, 128], + [5, 8], [5, 8], [5, 8], [5, 8], // 10011xxxx + [5, 8], [5, 8], [5, 8], [5, 8], + [5, 8], [5, 8], [5, 8], [5, 8], + [5, 8], [5, 8], [5, 8], [5, 8], + [5, 9], [5, 9], [5, 9], [5, 9], // 10100xxxx + [5, 9], [5, 9], [5, 9], [5, 9], + [5, 9], [5, 9], [5, 9], [5, 9], + [5, 9], [5, 9], [5, 9], [5, 9], + [6, 16], [6, 16], [6, 16], [6, 16], // 101010xxx + [6, 16], [6, 16], [6, 16], [6, 16], + [6, 17], [6, 17], [6, 17], [6, 17], // 101011xxx + [6, 17], [6, 17], [6, 17], [6, 17], + [4, 4], [4, 4], [4, 4], [4, 4], // 1011xxxxx + [4, 4], [4, 4], [4, 4], [4, 4], + [4, 4], [4, 4], [4, 4], [4, 4], + [4, 4], [4, 4], [4, 4], [4, 4], + [4, 4], [4, 4], [4, 4], [4, 4], + [4, 4], [4, 4], [4, 4], [4, 4], + [4, 4], [4, 4], [4, 4], [4, 4], + [4, 4], [4, 4], [4, 4], [4, 4], + [4, 5], [4, 5], [4, 5], [4, 5], // 1100xxxxx + [4, 5], [4, 5], [4, 5], [4, 5], + [4, 5], [4, 5], [4, 5], [4, 5], + [4, 5], [4, 5], [4, 5], [4, 5], + [4, 5], [4, 5], [4, 5], [4, 5], + [4, 5], [4, 5], [4, 5], [4, 5], + [4, 5], [4, 5], [4, 5], [4, 5], + [4, 5], [4, 5], [4, 5], [4, 5], + [6, 14], [6, 14], [6, 14], [6, 14], // 110100xxx + [6, 14], [6, 14], [6, 14], [6, 14], + [6, 15], [6, 15], [6, 15], [6, 15], // 110101xxx + [6, 15], [6, 15], [6, 15], [6, 15], + [5, 64], [5, 64], [5, 64], [5, 64], // 11011xxxx + [5, 64], [5, 64], [5, 64], [5, 64], + [5, 64], [5, 64], [5, 64], [5, 64], + [5, 64], [5, 64], [5, 64], [5, 64], + [4, 6], [4, 6], [4, 6], [4, 6], // 1110xxxxx + [4, 6], [4, 6], [4, 6], [4, 6], + [4, 6], [4, 6], [4, 6], [4, 6], + [4, 6], [4, 6], [4, 6], [4, 6], + [4, 6], [4, 6], [4, 6], [4, 6], + [4, 6], [4, 6], [4, 6], [4, 6], + [4, 6], [4, 6], [4, 6], [4, 6], + [4, 6], [4, 6], [4, 6], [4, 6], + [4, 7], [4, 7], [4, 7], [4, 7], // 1111xxxxx + [4, 7], [4, 7], [4, 7], [4, 7], + [4, 7], [4, 7], [4, 7], [4, 7], + [4, 7], [4, 7], [4, 7], [4, 7], + [4, 7], [4, 7], [4, 7], [4, 7], + [4, 7], [4, 7], [4, 7], [4, 7], + [4, 7], [4, 7], [4, 7], [4, 7], + [4, 7], [4, 7], [4, 7], [4, 7] + ]; + + var blackTable1 = [ + [-1, -1], [-1, -1], // 000000000000x + [12, ccittEOL], [12, ccittEOL], // 000000000001x + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 00000000001xx + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 00000000010xx + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 00000000011xx + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 00000000100xx + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 00000000101xx + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 00000000110xx + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 00000000111xx + [11, 1792], [11, 1792], [11, 1792], [11, 1792], // 00000001000xx + [12, 1984], [12, 1984], // 000000010010x + [12, 2048], [12, 2048], // 000000010011x + [12, 2112], [12, 2112], // 000000010100x + [12, 2176], [12, 2176], // 000000010101x + [12, 2240], [12, 2240], // 000000010110x + [12, 2304], [12, 2304], // 000000010111x + [11, 1856], [11, 1856], [11, 1856], [11, 1856], // 00000001100xx + [11, 1920], [11, 1920], [11, 1920], [11, 1920], // 00000001101xx + [12, 2368], [12, 2368], // 000000011100x + [12, 2432], [12, 2432], // 000000011101x + [12, 2496], [12, 2496], // 000000011110x + [12, 2560], [12, 2560], // 000000011111x + [10, 18], [10, 18], [10, 18], [10, 18], // 0000001000xxx + [10, 18], [10, 18], [10, 18], [10, 18], + [12, 52], [12, 52], // 000000100100x + [13, 640], // 0000001001010 + [13, 704], // 0000001001011 + [13, 768], // 0000001001100 + [13, 832], // 0000001001101 + [12, 55], [12, 55], // 000000100111x + [12, 56], [12, 56], // 000000101000x + [13, 1280], // 0000001010010 + [13, 1344], // 0000001010011 + [13, 1408], // 0000001010100 + [13, 1472], // 0000001010101 + [12, 59], [12, 59], // 000000101011x + [12, 60], [12, 60], // 000000101100x + [13, 1536], // 0000001011010 + [13, 1600], // 0000001011011 + [11, 24], [11, 24], [11, 24], [11, 24], // 00000010111xx + [11, 25], [11, 25], [11, 25], [11, 25], // 00000011000xx + [13, 1664], // 0000001100100 + [13, 1728], // 0000001100101 + [12, 320], [12, 320], // 000000110011x + [12, 384], [12, 384], // 000000110100x + [12, 448], [12, 448], // 000000110101x + [13, 512], // 0000001101100 + [13, 576], // 0000001101101 + [12, 53], [12, 53], // 000000110111x + [12, 54], [12, 54], // 000000111000x + [13, 896], // 0000001110010 + [13, 960], // 0000001110011 + [13, 1024], // 0000001110100 + [13, 1088], // 0000001110101 + [13, 1152], // 0000001110110 + [13, 1216], // 0000001110111 + [10, 64], [10, 64], [10, 64], [10, 64], // 0000001111xxx + [10, 64], [10, 64], [10, 64], [10, 64] + ]; + + var blackTable2 = [ + [8, 13], [8, 13], [8, 13], [8, 13], // 00000100xxxx + [8, 13], [8, 13], [8, 13], [8, 13], + [8, 13], [8, 13], [8, 13], [8, 13], + [8, 13], [8, 13], [8, 13], [8, 13], + [11, 23], [11, 23], // 00000101000x + [12, 50], // 000001010010 + [12, 51], // 000001010011 + [12, 44], // 000001010100 + [12, 45], // 000001010101 + [12, 46], // 000001010110 + [12, 47], // 000001010111 + [12, 57], // 000001011000 + [12, 58], // 000001011001 + [12, 61], // 000001011010 + [12, 256], // 000001011011 + [10, 16], [10, 16], [10, 16], [10, 16], // 0000010111xx + [10, 17], [10, 17], [10, 17], [10, 17], // 0000011000xx + [12, 48], // 000001100100 + [12, 49], // 000001100101 + [12, 62], // 000001100110 + [12, 63], // 000001100111 + [12, 30], // 000001101000 + [12, 31], // 000001101001 + [12, 32], // 000001101010 + [12, 33], // 000001101011 + [12, 40], // 000001101100 + [12, 41], // 000001101101 + [11, 22], [11, 22], // 00000110111x + [8, 14], [8, 14], [8, 14], [8, 14], // 00000111xxxx + [8, 14], [8, 14], [8, 14], [8, 14], + [8, 14], [8, 14], [8, 14], [8, 14], + [8, 14], [8, 14], [8, 14], [8, 14], + [7, 10], [7, 10], [7, 10], [7, 10], // 0000100xxxxx + [7, 10], [7, 10], [7, 10], [7, 10], + [7, 10], [7, 10], [7, 10], [7, 10], + [7, 10], [7, 10], [7, 10], [7, 10], + [7, 10], [7, 10], [7, 10], [7, 10], + [7, 10], [7, 10], [7, 10], [7, 10], + [7, 10], [7, 10], [7, 10], [7, 10], + [7, 10], [7, 10], [7, 10], [7, 10], + [7, 11], [7, 11], [7, 11], [7, 11], // 0000101xxxxx + [7, 11], [7, 11], [7, 11], [7, 11], + [7, 11], [7, 11], [7, 11], [7, 11], + [7, 11], [7, 11], [7, 11], [7, 11], + [7, 11], [7, 11], [7, 11], [7, 11], + [7, 11], [7, 11], [7, 11], [7, 11], + [7, 11], [7, 11], [7, 11], [7, 11], + [7, 11], [7, 11], [7, 11], [7, 11], + [9, 15], [9, 15], [9, 15], [9, 15], // 000011000xxx + [9, 15], [9, 15], [9, 15], [9, 15], + [12, 128], // 000011001000 + [12, 192], // 000011001001 + [12, 26], // 000011001010 + [12, 27], // 000011001011 + [12, 28], // 000011001100 + [12, 29], // 000011001101 + [11, 19], [11, 19], // 00001100111x + [11, 20], [11, 20], // 00001101000x + [12, 34], // 000011010010 + [12, 35], // 000011010011 + [12, 36], // 000011010100 + [12, 37], // 000011010101 + [12, 38], // 000011010110 + [12, 39], // 000011010111 + [11, 21], [11, 21], // 00001101100x + [12, 42], // 000011011010 + [12, 43], // 000011011011 + [10, 0], [10, 0], [10, 0], [10, 0], // 0000110111xx + [7, 12], [7, 12], [7, 12], [7, 12], // 0000111xxxxx + [7, 12], [7, 12], [7, 12], [7, 12], + [7, 12], [7, 12], [7, 12], [7, 12], + [7, 12], [7, 12], [7, 12], [7, 12], + [7, 12], [7, 12], [7, 12], [7, 12], + [7, 12], [7, 12], [7, 12], [7, 12], + [7, 12], [7, 12], [7, 12], [7, 12], + [7, 12], [7, 12], [7, 12], [7, 12] + ]; + + var blackTable3 = [ + [-1, -1], [-1, -1], [-1, -1], [-1, -1], // 0000xx + [6, 9], // 000100 + [6, 8], // 000101 + [5, 7], [5, 7], // 00011x + [4, 6], [4, 6], [4, 6], [4, 6], // 0010xx + [4, 5], [4, 5], [4, 5], [4, 5], // 0011xx + [3, 1], [3, 1], [3, 1], [3, 1], // 010xxx + [3, 1], [3, 1], [3, 1], [3, 1], + [3, 4], [3, 4], [3, 4], [3, 4], // 011xxx + [3, 4], [3, 4], [3, 4], [3, 4], + [2, 3], [2, 3], [2, 3], [2, 3], // 10xxxx + [2, 3], [2, 3], [2, 3], [2, 3], + [2, 3], [2, 3], [2, 3], [2, 3], + [2, 3], [2, 3], [2, 3], [2, 3], + [2, 2], [2, 2], [2, 2], [2, 2], // 11xxxx + [2, 2], [2, 2], [2, 2], [2, 2], + [2, 2], [2, 2], [2, 2], [2, 2], + [2, 2], [2, 2], [2, 2], [2, 2] + ]; + + function CCITTFaxStream(str, maybeLength, params) { + this.str = str; + this.dict = str.dict; + + params = params || Dict.empty; + + this.encoding = params.get('K') || 0; + this.eoline = params.get('EndOfLine') || false; + this.byteAlign = params.get('EncodedByteAlign') || false; + this.columns = params.get('Columns') || 1728; + this.rows = params.get('Rows') || 0; + var eoblock = params.get('EndOfBlock'); + if (eoblock === null || eoblock === undefined) { + eoblock = true; + } + this.eoblock = eoblock; + this.black = params.get('BlackIs1') || false; + + this.codingLine = new Uint32Array(this.columns + 1); + this.refLine = new Uint32Array(this.columns + 2); + + this.codingLine[0] = this.columns; + this.codingPos = 0; + + this.row = 0; + this.nextLine2D = this.encoding < 0; + this.inputBits = 0; + this.inputBuf = 0; + this.outputBits = 0; + + var code1; + while ((code1 = this.lookBits(12)) === 0) { + this.eatBits(1); + } + if (code1 === 1) { + this.eatBits(12); + } + if (this.encoding > 0) { + this.nextLine2D = !this.lookBits(1); + this.eatBits(1); + } + + DecodeStream.call(this, maybeLength); + } + + CCITTFaxStream.prototype = Object.create(DecodeStream.prototype); + + CCITTFaxStream.prototype.readBlock = function CCITTFaxStream_readBlock() { + while (!this.eof) { + var c = this.lookChar(); + this.ensureBuffer(this.bufferLength + 1); + this.buffer[this.bufferLength++] = c; + } + }; + + CCITTFaxStream.prototype.addPixels = + function ccittFaxStreamAddPixels(a1, blackPixels) { + var codingLine = this.codingLine; + var codingPos = this.codingPos; + + if (a1 > codingLine[codingPos]) { + if (a1 > this.columns) { + info('row is wrong length'); + this.err = true; + a1 = this.columns; + } + if ((codingPos & 1) ^ blackPixels) { + ++codingPos; + } + + codingLine[codingPos] = a1; + } + this.codingPos = codingPos; + }; + + CCITTFaxStream.prototype.addPixelsNeg = + function ccittFaxStreamAddPixelsNeg(a1, blackPixels) { + var codingLine = this.codingLine; + var codingPos = this.codingPos; + + if (a1 > codingLine[codingPos]) { + if (a1 > this.columns) { + info('row is wrong length'); + this.err = true; + a1 = this.columns; + } + if ((codingPos & 1) ^ blackPixels) { + ++codingPos; + } + + codingLine[codingPos] = a1; + } else if (a1 < codingLine[codingPos]) { + if (a1 < 0) { + info('invalid code'); + this.err = true; + a1 = 0; + } + while (codingPos > 0 && a1 < codingLine[codingPos - 1]) { + --codingPos; + } + codingLine[codingPos] = a1; + } + + this.codingPos = codingPos; + }; + + CCITTFaxStream.prototype.lookChar = function CCITTFaxStream_lookChar() { + var refLine = this.refLine; + var codingLine = this.codingLine; + var columns = this.columns; + + var refPos, blackPixels, bits, i; + + if (this.outputBits === 0) { + if (this.eof) { + return null; + } + this.err = false; + + var code1, code2, code3; + if (this.nextLine2D) { + for (i = 0; codingLine[i] < columns; ++i) { + refLine[i] = codingLine[i]; + } + refLine[i++] = columns; + refLine[i] = columns; + codingLine[0] = 0; + this.codingPos = 0; + refPos = 0; + blackPixels = 0; + + while (codingLine[this.codingPos] < columns) { + code1 = this.getTwoDimCode(); + switch (code1) { + case twoDimPass: + this.addPixels(refLine[refPos + 1], blackPixels); + if (refLine[refPos + 1] < columns) { + refPos += 2; + } + break; + case twoDimHoriz: + code1 = code2 = 0; + if (blackPixels) { + do { + code1 += (code3 = this.getBlackCode()); + } while (code3 >= 64); + do { + code2 += (code3 = this.getWhiteCode()); + } while (code3 >= 64); + } else { + do { + code1 += (code3 = this.getWhiteCode()); + } while (code3 >= 64); + do { + code2 += (code3 = this.getBlackCode()); + } while (code3 >= 64); + } + this.addPixels(codingLine[this.codingPos] + + code1, blackPixels); + if (codingLine[this.codingPos] < columns) { + this.addPixels(codingLine[this.codingPos] + code2, + blackPixels ^ 1); + } + while (refLine[refPos] <= codingLine[this.codingPos] && + refLine[refPos] < columns) { + refPos += 2; + } + break; + case twoDimVertR3: + this.addPixels(refLine[refPos] + 3, blackPixels); + blackPixels ^= 1; + if (codingLine[this.codingPos] < columns) { + ++refPos; + while (refLine[refPos] <= codingLine[this.codingPos] && + refLine[refPos] < columns) { + refPos += 2; + } + } + break; + case twoDimVertR2: + this.addPixels(refLine[refPos] + 2, blackPixels); + blackPixels ^= 1; + if (codingLine[this.codingPos] < columns) { + ++refPos; + while (refLine[refPos] <= codingLine[this.codingPos] && + refLine[refPos] < columns) { + refPos += 2; + } + } + break; + case twoDimVertR1: + this.addPixels(refLine[refPos] + 1, blackPixels); + blackPixels ^= 1; + if (codingLine[this.codingPos] < columns) { + ++refPos; + while (refLine[refPos] <= codingLine[this.codingPos] && + refLine[refPos] < columns) { + refPos += 2; + } + } + break; + case twoDimVert0: + this.addPixels(refLine[refPos], blackPixels); + blackPixels ^= 1; + if (codingLine[this.codingPos] < columns) { + ++refPos; + while (refLine[refPos] <= codingLine[this.codingPos] && + refLine[refPos] < columns) { + refPos += 2; + } + } + break; + case twoDimVertL3: + this.addPixelsNeg(refLine[refPos] - 3, blackPixels); + blackPixels ^= 1; + if (codingLine[this.codingPos] < columns) { + if (refPos > 0) { + --refPos; + } else { + ++refPos; + } + while (refLine[refPos] <= codingLine[this.codingPos] && + refLine[refPos] < columns) { + refPos += 2; + } + } + break; + case twoDimVertL2: + this.addPixelsNeg(refLine[refPos] - 2, blackPixels); + blackPixels ^= 1; + if (codingLine[this.codingPos] < columns) { + if (refPos > 0) { + --refPos; + } else { + ++refPos; + } + while (refLine[refPos] <= codingLine[this.codingPos] && + refLine[refPos] < columns) { + refPos += 2; + } + } + break; + case twoDimVertL1: + this.addPixelsNeg(refLine[refPos] - 1, blackPixels); + blackPixels ^= 1; + if (codingLine[this.codingPos] < columns) { + if (refPos > 0) { + --refPos; + } else { + ++refPos; + } + while (refLine[refPos] <= codingLine[this.codingPos] && + refLine[refPos] < columns) { + refPos += 2; + } + } + break; + case EOF: + this.addPixels(columns, 0); + this.eof = true; + break; + default: + info('bad 2d code'); + this.addPixels(columns, 0); + this.err = true; + } + } + } else { + codingLine[0] = 0; + this.codingPos = 0; + blackPixels = 0; + while (codingLine[this.codingPos] < columns) { + code1 = 0; + if (blackPixels) { + do { + code1 += (code3 = this.getBlackCode()); + } while (code3 >= 64); + } else { + do { + code1 += (code3 = this.getWhiteCode()); + } while (code3 >= 64); + } + this.addPixels(codingLine[this.codingPos] + code1, blackPixels); + blackPixels ^= 1; + } + } + + var gotEOL = false; + + if (this.byteAlign) { + this.inputBits &= ~7; + } + + if (!this.eoblock && this.row === this.rows - 1) { + this.eof = true; + } else { + code1 = this.lookBits(12); + if (this.eoline) { + while (code1 !== EOF && code1 !== 1) { + this.eatBits(1); + code1 = this.lookBits(12); + } + } else { + while (code1 === 0) { + this.eatBits(1); + code1 = this.lookBits(12); + } + } + if (code1 === 1) { + this.eatBits(12); + gotEOL = true; + } else if (code1 === EOF) { + this.eof = true; + } + } + + if (!this.eof && this.encoding > 0) { + this.nextLine2D = !this.lookBits(1); + this.eatBits(1); + } + + if (this.eoblock && gotEOL && this.byteAlign) { + code1 = this.lookBits(12); + if (code1 === 1) { + this.eatBits(12); + if (this.encoding > 0) { + this.lookBits(1); + this.eatBits(1); + } + if (this.encoding >= 0) { + for (i = 0; i < 4; ++i) { + code1 = this.lookBits(12); + if (code1 !== 1) { + info('bad rtc code: ' + code1); + } + this.eatBits(12); + if (this.encoding > 0) { + this.lookBits(1); + this.eatBits(1); + } + } + } + this.eof = true; + } + } else if (this.err && this.eoline) { + while (true) { + code1 = this.lookBits(13); + if (code1 === EOF) { + this.eof = true; + return null; + } + if ((code1 >> 1) === 1) { + break; + } + this.eatBits(1); + } + this.eatBits(12); + if (this.encoding > 0) { + this.eatBits(1); + this.nextLine2D = !(code1 & 1); + } + } + + if (codingLine[0] > 0) { + this.outputBits = codingLine[this.codingPos = 0]; + } else { + this.outputBits = codingLine[this.codingPos = 1]; + } + this.row++; + } + + var c; + if (this.outputBits >= 8) { + c = (this.codingPos & 1) ? 0 : 0xFF; + this.outputBits -= 8; + if (this.outputBits === 0 && codingLine[this.codingPos] < columns) { + this.codingPos++; + this.outputBits = (codingLine[this.codingPos] - + codingLine[this.codingPos - 1]); + } + } else { + bits = 8; + c = 0; + do { + if (this.outputBits > bits) { + c <<= bits; + if (!(this.codingPos & 1)) { + c |= 0xFF >> (8 - bits); + } + this.outputBits -= bits; + bits = 0; + } else { + c <<= this.outputBits; + if (!(this.codingPos & 1)) { + c |= 0xFF >> (8 - this.outputBits); + } + bits -= this.outputBits; + this.outputBits = 0; + if (codingLine[this.codingPos] < columns) { + this.codingPos++; + this.outputBits = (codingLine[this.codingPos] - + codingLine[this.codingPos - 1]); + } else if (bits > 0) { + c <<= bits; + bits = 0; + } + } + } while (bits); + } + if (this.black) { + c ^= 0xFF; + } + return c; + }; + + // This functions returns the code found from the table. + // The start and end parameters set the boundaries for searching the table. + // The limit parameter is optional. Function returns an array with three + // values. The first array element indicates whether a valid code is being + // returned. The second array element is the actual code. The third array + // element indicates whether EOF was reached. + CCITTFaxStream.prototype.findTableCode = + function ccittFaxStreamFindTableCode(start, end, table, limit) { + + var limitValue = limit || 0; + for (var i = start; i <= end; ++i) { + var code = this.lookBits(i); + if (code === EOF) { + return [true, 1, false]; + } + if (i < end) { + code <<= end - i; + } + if (!limitValue || code >= limitValue) { + var p = table[code - limitValue]; + if (p[0] === i) { + this.eatBits(i); + return [true, p[1], true]; + } + } + } + return [false, 0, false]; + }; + + CCITTFaxStream.prototype.getTwoDimCode = + function ccittFaxStreamGetTwoDimCode() { + + var code = 0; + var p; + if (this.eoblock) { + code = this.lookBits(7); + p = twoDimTable[code]; + if (p && p[0] > 0) { + this.eatBits(p[0]); + return p[1]; + } + } else { + var result = this.findTableCode(1, 7, twoDimTable); + if (result[0] && result[2]) { + return result[1]; + } + } + info('Bad two dim code'); + return EOF; + }; + + CCITTFaxStream.prototype.getWhiteCode = + function ccittFaxStreamGetWhiteCode() { + + var code = 0; + var p; + if (this.eoblock) { + code = this.lookBits(12); + if (code === EOF) { + return 1; + } + + if ((code >> 5) === 0) { + p = whiteTable1[code]; + } else { + p = whiteTable2[code >> 3]; + } + + if (p[0] > 0) { + this.eatBits(p[0]); + return p[1]; + } + } else { + var result = this.findTableCode(1, 9, whiteTable2); + if (result[0]) { + return result[1]; + } + + result = this.findTableCode(11, 12, whiteTable1); + if (result[0]) { + return result[1]; + } + } + info('bad white code'); + this.eatBits(1); + return 1; + }; + + CCITTFaxStream.prototype.getBlackCode = + function ccittFaxStreamGetBlackCode() { + + var code, p; + if (this.eoblock) { + code = this.lookBits(13); + if (code === EOF) { + return 1; + } + if ((code >> 7) === 0) { + p = blackTable1[code]; + } else if ((code >> 9) === 0 && (code >> 7) !== 0) { + p = blackTable2[(code >> 1) - 64]; + } else { + p = blackTable3[code >> 7]; + } + + if (p[0] > 0) { + this.eatBits(p[0]); + return p[1]; + } + } else { + var result = this.findTableCode(2, 6, blackTable3); + if (result[0]) { + return result[1]; + } + + result = this.findTableCode(7, 12, blackTable2, 64); + if (result[0]) { + return result[1]; + } + + result = this.findTableCode(10, 13, blackTable1); + if (result[0]) { + return result[1]; + } + } + info('bad black code'); + this.eatBits(1); + return 1; + }; + + CCITTFaxStream.prototype.lookBits = function CCITTFaxStream_lookBits(n) { + var c; + while (this.inputBits < n) { + if ((c = this.str.getByte()) === -1) { + if (this.inputBits === 0) { + return EOF; + } + return ((this.inputBuf << (n - this.inputBits)) & + (0xFFFF >> (16 - n))); + } + this.inputBuf = (this.inputBuf << 8) + c; + this.inputBits += 8; + } + return (this.inputBuf >> (this.inputBits - n)) & (0xFFFF >> (16 - n)); + }; + + CCITTFaxStream.prototype.eatBits = function CCITTFaxStream_eatBits(n) { + if ((this.inputBits -= n) < 0) { + this.inputBits = 0; + } + }; + + return CCITTFaxStream; +})(); + +var LZWStream = (function LZWStreamClosure() { + function LZWStream(str, maybeLength, earlyChange) { + this.str = str; + this.dict = str.dict; + this.cachedData = 0; + this.bitsCached = 0; + + var maxLzwDictionarySize = 4096; + var lzwState = { + earlyChange: earlyChange, + codeLength: 9, + nextCode: 258, + dictionaryValues: new Uint8Array(maxLzwDictionarySize), + dictionaryLengths: new Uint16Array(maxLzwDictionarySize), + dictionaryPrevCodes: new Uint16Array(maxLzwDictionarySize), + currentSequence: new Uint8Array(maxLzwDictionarySize), + currentSequenceLength: 0 + }; + for (var i = 0; i < 256; ++i) { + lzwState.dictionaryValues[i] = i; + lzwState.dictionaryLengths[i] = 1; + } + this.lzwState = lzwState; + + DecodeStream.call(this, maybeLength); + } + + LZWStream.prototype = Object.create(DecodeStream.prototype); + + LZWStream.prototype.readBits = function LZWStream_readBits(n) { + var bitsCached = this.bitsCached; + var cachedData = this.cachedData; + while (bitsCached < n) { + var c = this.str.getByte(); + if (c === -1) { + this.eof = true; + return null; + } + cachedData = (cachedData << 8) | c; + bitsCached += 8; + } + this.bitsCached = (bitsCached -= n); + this.cachedData = cachedData; + this.lastCode = null; + return (cachedData >>> bitsCached) & ((1 << n) - 1); + }; + + LZWStream.prototype.readBlock = function LZWStream_readBlock() { + var blockSize = 512; + var estimatedDecodedSize = blockSize * 2, decodedSizeDelta = blockSize; + var i, j, q; + + var lzwState = this.lzwState; + if (!lzwState) { + return; // eof was found + } + + var earlyChange = lzwState.earlyChange; + var nextCode = lzwState.nextCode; + var dictionaryValues = lzwState.dictionaryValues; + var dictionaryLengths = lzwState.dictionaryLengths; + var dictionaryPrevCodes = lzwState.dictionaryPrevCodes; + var codeLength = lzwState.codeLength; + var prevCode = lzwState.prevCode; + var currentSequence = lzwState.currentSequence; + var currentSequenceLength = lzwState.currentSequenceLength; + + var decodedLength = 0; + var currentBufferLength = this.bufferLength; + var buffer = this.ensureBuffer(this.bufferLength + estimatedDecodedSize); + + for (i = 0; i < blockSize; i++) { + var code = this.readBits(codeLength); + var hasPrev = currentSequenceLength > 0; + if (code < 256) { + currentSequence[0] = code; + currentSequenceLength = 1; + } else if (code >= 258) { + if (code < nextCode) { + currentSequenceLength = dictionaryLengths[code]; + for (j = currentSequenceLength - 1, q = code; j >= 0; j--) { + currentSequence[j] = dictionaryValues[q]; + q = dictionaryPrevCodes[q]; + } + } else { + currentSequence[currentSequenceLength++] = currentSequence[0]; + } + } else if (code === 256) { + codeLength = 9; + nextCode = 258; + currentSequenceLength = 0; + continue; + } else { + this.eof = true; + delete this.lzwState; + break; + } + + if (hasPrev) { + dictionaryPrevCodes[nextCode] = prevCode; + dictionaryLengths[nextCode] = dictionaryLengths[prevCode] + 1; + dictionaryValues[nextCode] = currentSequence[0]; + nextCode++; + codeLength = (nextCode + earlyChange) & (nextCode + earlyChange - 1) ? + codeLength : Math.min(Math.log(nextCode + earlyChange) / + 0.6931471805599453 + 1, 12) | 0; + } + prevCode = code; + + decodedLength += currentSequenceLength; + if (estimatedDecodedSize < decodedLength) { + do { + estimatedDecodedSize += decodedSizeDelta; + } while (estimatedDecodedSize < decodedLength); + buffer = this.ensureBuffer(this.bufferLength + estimatedDecodedSize); + } + for (j = 0; j < currentSequenceLength; j++) { + buffer[currentBufferLength++] = currentSequence[j]; + } + } + lzwState.nextCode = nextCode; + lzwState.codeLength = codeLength; + lzwState.prevCode = prevCode; + lzwState.currentSequenceLength = currentSequenceLength; + + this.bufferLength = currentBufferLength; + }; + + return LZWStream; +})(); + +var NullStream = (function NullStreamClosure() { + function NullStream() { + Stream.call(this, new Uint8Array(0)); + } + + NullStream.prototype = Stream.prototype; + + return NullStream; +})(); + + +var WorkerTask = (function WorkerTaskClosure() { + function WorkerTask(name) { + this.name = name; + this.terminated = false; + this._capability = createPromiseCapability(); + } + + WorkerTask.prototype = { + get finished() { + return this._capability.promise; + }, + + finish: function () { + this._capability.resolve(); + }, + + terminate: function () { + this.terminated = true; + }, + + ensureNotTerminated: function () { + if (this.terminated) { + throw new Error('Worker task was terminated'); + } + } + }; + + return WorkerTask; +})(); + +var WorkerMessageHandler = PDFJS.WorkerMessageHandler = { + setup: function wphSetup(handler, port) { + handler.on('test', function wphSetupTest(data) { + // check if Uint8Array can be sent to worker + if (!(data instanceof Uint8Array)) { + handler.send('test', 'main', false); + return; + } + // making sure postMessage transfers are working + var supportTransfers = data[0] === 255; + handler.postMessageTransfers = supportTransfers; + // check if the response property is supported by xhr + var xhr = new XMLHttpRequest(); + var responseExists = 'response' in xhr; + // check if the property is actually implemented + try { + var dummy = xhr.responseType; + } catch (e) { + responseExists = false; + } + if (!responseExists) { + handler.send('test', false); + return; + } + handler.send('test', { + supportTypedArray: true, + supportTransfers: supportTransfers + }); + }); + + handler.on('GetDocRequest', function wphSetupDoc(data) { + return WorkerMessageHandler.createDocumentHandler(data, port); + }); + }, + createDocumentHandler: function wphCreateDocumentHandler(docParams, port) { + // This context is actually holds references on pdfManager and handler, + // until the latter is destroyed. + var pdfManager; + var terminated = false; + var cancelXHRs = null; + var WorkerTasks = []; + + var docId = docParams.docId; + var workerHandlerName = docParams.docId + '_worker'; + var handler = new MessageHandler(workerHandlerName, docId, port); + + function ensureNotTerminated() { + if (terminated) { + throw new Error('Worker was terminated'); + } + } + + function startWorkerTask(task) { + WorkerTasks.push(task); + } + + function finishWorkerTask(task) { + task.finish(); + var i = WorkerTasks.indexOf(task); + WorkerTasks.splice(i, 1); + } + + function loadDocument(recoveryMode) { + var loadDocumentCapability = createPromiseCapability(); + + var parseSuccess = function parseSuccess() { + var numPagesPromise = pdfManager.ensureDoc('numPages'); + var fingerprintPromise = pdfManager.ensureDoc('fingerprint'); + var encryptedPromise = pdfManager.ensureXRef('encrypt'); + Promise.all([numPagesPromise, fingerprintPromise, + encryptedPromise]).then(function onDocReady(results) { + var doc = { + numPages: results[0], + fingerprint: results[1], + encrypted: !!results[2], + }; + loadDocumentCapability.resolve(doc); + }, + parseFailure); + }; + + var parseFailure = function parseFailure(e) { + loadDocumentCapability.reject(e); + }; + + pdfManager.ensureDoc('checkHeader', []).then(function() { + pdfManager.ensureDoc('parseStartXRef', []).then(function() { + pdfManager.ensureDoc('parse', [recoveryMode]).then( + parseSuccess, parseFailure); + }, parseFailure); + }, parseFailure); + + return loadDocumentCapability.promise; + } + + function getPdfManager(data) { + var pdfManagerCapability = createPromiseCapability(); + var pdfManager; + + var source = data.source; + var disableRange = data.disableRange; + if (source.data) { + try { + pdfManager = new LocalPdfManager(docId, source.data, source.password); + pdfManagerCapability.resolve(pdfManager); + } catch (ex) { + pdfManagerCapability.reject(ex); + } + return pdfManagerCapability.promise; + } else if (source.chunkedViewerLoading) { + try { + pdfManager = new NetworkPdfManager(docId, source, handler); + pdfManagerCapability.resolve(pdfManager); + } catch (ex) { + pdfManagerCapability.reject(ex); + } + return pdfManagerCapability.promise; + } + + var networkManager = new NetworkManager(source.url, { + httpHeaders: source.httpHeaders, + withCredentials: source.withCredentials + }); + var cachedChunks = []; + var fullRequestXhrId = networkManager.requestFull({ + onHeadersReceived: function onHeadersReceived() { + if (disableRange) { + return; + } + + var fullRequestXhr = networkManager.getRequestXhr(fullRequestXhrId); + if (fullRequestXhr.getResponseHeader('Accept-Ranges') !== 'bytes') { + return; + } + + var contentEncoding = + fullRequestXhr.getResponseHeader('Content-Encoding') || 'identity'; + if (contentEncoding !== 'identity') { + return; + } + + var length = fullRequestXhr.getResponseHeader('Content-Length'); + length = parseInt(length, 10); + if (!isInt(length)) { + return; + } + source.length = length; + if (length <= 2 * source.rangeChunkSize) { + // The file size is smaller than the size of two chunks, so it does + // not make any sense to abort the request and retry with a range + // request. + return; + } + + if (networkManager.isStreamingRequest(fullRequestXhrId)) { + // We can continue fetching when progressive loading is enabled, + // and we don't need the autoFetch feature. + source.disableAutoFetch = true; + } else { + // NOTE: by cancelling the full request, and then issuing range + // requests, there will be an issue for sites where you can only + // request the pdf once. However, if this is the case, then the + // server should not be returning that it can support range + // requests. + networkManager.abortRequest(fullRequestXhrId); + } + + try { + pdfManager = new NetworkPdfManager(docId, source, handler); + pdfManagerCapability.resolve(pdfManager); + } catch (ex) { + pdfManagerCapability.reject(ex); + } + cancelXHRs = null; + }, + + onProgressiveData: source.disableStream ? null : + function onProgressiveData(chunk) { + if (!pdfManager) { + cachedChunks.push(chunk); + return; + } + pdfManager.sendProgressiveData(chunk); + }, + + onDone: function onDone(args) { + if (pdfManager) { + return; // already processed + } + + var pdfFile; + if (args === null) { + // TODO add some streaming manager, e.g. for unknown length files. + // The data was returned in the onProgressiveData, combining... + var pdfFileLength = 0, pos = 0; + cachedChunks.forEach(function (chunk) { + pdfFileLength += chunk.byteLength; + }); + if (source.length && pdfFileLength !== source.length) { + warn('reported HTTP length is different from actual'); + } + var pdfFileArray = new Uint8Array(pdfFileLength); + cachedChunks.forEach(function (chunk) { + pdfFileArray.set(new Uint8Array(chunk), pos); + pos += chunk.byteLength; + }); + pdfFile = pdfFileArray.buffer; + } else { + pdfFile = args.chunk; + } + + // the data is array, instantiating directly from it + try { + pdfManager = new LocalPdfManager(docId, pdfFile, source.password); + pdfManagerCapability.resolve(pdfManager); + } catch (ex) { + pdfManagerCapability.reject(ex); + } + cancelXHRs = null; + }, + + onError: function onError(status) { + var exception; + if (status === 404 || status === 0 && /^file:/.test(source.url)) { + exception = new MissingPDFException('Missing PDF "' + + source.url + '".'); + handler.send('MissingPDF', exception); + } else { + exception = new UnexpectedResponseException( + 'Unexpected server response (' + status + + ') while retrieving PDF "' + source.url + '".', status); + handler.send('UnexpectedResponse', exception); + } + cancelXHRs = null; + }, + + onProgress: function onProgress(evt) { + handler.send('DocProgress', { + loaded: evt.loaded, + total: evt.lengthComputable ? evt.total : source.length + }); + } + }); + + cancelXHRs = function () { + networkManager.abortRequest(fullRequestXhrId); + }; + + return pdfManagerCapability.promise; + } + + var setupDoc = function(data) { + var onSuccess = function(doc) { + ensureNotTerminated(); + handler.send('GetDoc', { pdfInfo: doc }); + }; + + var onFailure = function(e) { + if (e instanceof PasswordException) { + if (e.code === PasswordResponses.NEED_PASSWORD) { + handler.send('NeedPassword', e); + } else if (e.code === PasswordResponses.INCORRECT_PASSWORD) { + handler.send('IncorrectPassword', e); + } + } else if (e instanceof InvalidPDFException) { + handler.send('InvalidPDF', e); + } else if (e instanceof MissingPDFException) { + handler.send('MissingPDF', e); + } else if (e instanceof UnexpectedResponseException) { + handler.send('UnexpectedResponse', e); + } else { + handler.send('UnknownError', + new UnknownErrorException(e.message, e.toString())); + } + }; + + ensureNotTerminated(); + + PDFJS.maxImageSize = data.maxImageSize === undefined ? + -1 : data.maxImageSize; + PDFJS.disableFontFace = data.disableFontFace; + PDFJS.disableCreateObjectURL = data.disableCreateObjectURL; + PDFJS.verbosity = data.verbosity; + PDFJS.cMapUrl = data.cMapUrl === undefined ? + null : data.cMapUrl; + PDFJS.cMapPacked = data.cMapPacked === true; + + getPdfManager(data).then(function (newPdfManager) { + if (terminated) { + // We were in a process of setting up the manager, but it got + // terminated in the middle. + newPdfManager.terminate(); + throw new Error('Worker was terminated'); + } + + pdfManager = newPdfManager; + handler.send('PDFManagerReady', null); + pdfManager.onLoadedStream().then(function(stream) { + handler.send('DataLoaded', { length: stream.bytes.byteLength }); + }); + }).then(function pdfManagerReady() { + ensureNotTerminated(); + + loadDocument(false).then(onSuccess, function loadFailure(ex) { + ensureNotTerminated(); + + // Try again with recoveryMode == true + if (!(ex instanceof XRefParseException)) { + if (ex instanceof PasswordException) { + // after password exception prepare to receive a new password + // to repeat loading + pdfManager.passwordChanged().then(pdfManagerReady); + } + + onFailure(ex); + return; + } + + pdfManager.requestLoadedStream(); + pdfManager.onLoadedStream().then(function() { + ensureNotTerminated(); + + loadDocument(true).then(onSuccess, onFailure); + }); + }, onFailure); + }, onFailure); + }; + + handler.on('GetPage', function wphSetupGetPage(data) { + return pdfManager.getPage(data.pageIndex).then(function(page) { + var rotatePromise = pdfManager.ensure(page, 'rotate'); + var refPromise = pdfManager.ensure(page, 'ref'); + var viewPromise = pdfManager.ensure(page, 'view'); + + return Promise.all([rotatePromise, refPromise, viewPromise]).then( + function(results) { + return { + rotate: results[0], + ref: results[1], + view: results[2] + }; + }); + }); + }); + + handler.on('GetPageIndex', function wphSetupGetPageIndex(data) { + var ref = new Ref(data.ref.num, data.ref.gen); + var catalog = pdfManager.pdfDocument.catalog; + return catalog.getPageIndex(ref); + }); + + handler.on('GetDestinations', + function wphSetupGetDestinations(data) { + return pdfManager.ensureCatalog('destinations'); + } + ); + + handler.on('GetDestination', + function wphSetupGetDestination(data) { + return pdfManager.ensureCatalog('getDestination', [data.id]); + } + ); + + handler.on('GetAttachments', + function wphSetupGetAttachments(data) { + return pdfManager.ensureCatalog('attachments'); + } + ); + + handler.on('GetJavaScript', + function wphSetupGetJavaScript(data) { + return pdfManager.ensureCatalog('javaScript'); + } + ); + + handler.on('GetOutline', + function wphSetupGetOutline(data) { + return pdfManager.ensureCatalog('documentOutline'); + } + ); + + handler.on('GetMetadata', + function wphSetupGetMetadata(data) { + return Promise.all([pdfManager.ensureDoc('documentInfo'), + pdfManager.ensureCatalog('metadata')]); + } + ); + + handler.on('GetData', function wphSetupGetData(data) { + pdfManager.requestLoadedStream(); + return pdfManager.onLoadedStream().then(function(stream) { + return stream.bytes; + }); + }); + + handler.on('GetStats', + function wphSetupGetStats(data) { + return pdfManager.pdfDocument.xref.stats; + } + ); + + handler.on('UpdatePassword', function wphSetupUpdatePassword(data) { + pdfManager.updatePassword(data); + }); + + handler.on('GetAnnotations', function wphSetupGetAnnotations(data) { + return pdfManager.getPage(data.pageIndex).then(function(page) { + return pdfManager.ensure(page, 'getAnnotationsData', [data.intent]); + }); + }); + + handler.on('RenderPageRequest', function wphSetupRenderPage(data) { + var pageIndex = data.pageIndex; + pdfManager.getPage(pageIndex).then(function(page) { + var task = new WorkerTask('RenderPageRequest: page ' + pageIndex); + startWorkerTask(task); + + var pageNum = pageIndex + 1; + var start = Date.now(); + // Pre compile the pdf page and fetch the fonts/images. + page.getOperatorList(handler, task, data.intent).then( + function(operatorList) { + finishWorkerTask(task); + + info('page=' + pageNum + ' - getOperatorList: time=' + + (Date.now() - start) + 'ms, len=' + operatorList.totalLength); + }, function(e) { + finishWorkerTask(task); + if (task.terminated) { + return; // ignoring errors from the terminated thread + } + + // For compatibility with older behavior, generating unknown + // unsupported feature notification on errors. + handler.send('UnsupportedFeature', + {featureId: UNSUPPORTED_FEATURES.unknown}); + + var minimumStackMessage = + 'worker.js: while trying to getPage() and getOperatorList()'; + + var wrappedException; + + // Turn the error into an obj that can be serialized + if (typeof e === 'string') { + wrappedException = { + message: e, + stack: minimumStackMessage + }; + } else if (typeof e === 'object') { + wrappedException = { + message: e.message || e.toString(), + stack: e.stack || minimumStackMessage + }; + } else { + wrappedException = { + message: 'Unknown exception type: ' + (typeof e), + stack: minimumStackMessage + }; + } + + handler.send('PageError', { + pageNum: pageNum, + error: wrappedException, + intent: data.intent + }); + }); + }); + }, this); + + handler.on('GetTextContent', function wphExtractText(data) { + var pageIndex = data.pageIndex; + var normalizeWhitespace = data.normalizeWhitespace; + return pdfManager.getPage(pageIndex).then(function(page) { + var task = new WorkerTask('GetTextContent: page ' + pageIndex); + startWorkerTask(task); + var pageNum = pageIndex + 1; + var start = Date.now(); + return page.extractTextContent(task, normalizeWhitespace).then( + function(textContent) { + finishWorkerTask(task); + info('text indexing: page=' + pageNum + ' - time=' + + (Date.now() - start) + 'ms'); + return textContent; + }, function (reason) { + finishWorkerTask(task); + if (task.terminated) { + return; // ignoring errors from the terminated thread + } + throw reason; + }); + }); + }); + + handler.on('Cleanup', function wphCleanup(data) { + return pdfManager.cleanup(); + }); + + handler.on('Terminate', function wphTerminate(data) { + terminated = true; + if (pdfManager) { + pdfManager.terminate(); + pdfManager = null; + } + if (cancelXHRs) { + cancelXHRs(); + } + + var waitOn = []; + WorkerTasks.forEach(function (task) { + waitOn.push(task.finished); + task.terminate(); + }); + + return Promise.all(waitOn).then(function () { + // Notice that even if we destroying handler, resolved response promise + // must be sent back. + handler.destroy(); + handler = null; + }); + }); + + handler.on('Ready', function wphReady(data) { + setupDoc(docParams); + docParams = null; // we don't need docParams anymore -- saving memory. + }); + return workerHandlerName; + } +}; + +var consoleTimer = {}; + +var workerConsole = { + log: function log() { + var args = Array.prototype.slice.call(arguments); + globalScope.postMessage({ + targetName: 'main', + action: 'console_log', + data: args + }); + }, + + error: function error() { + var args = Array.prototype.slice.call(arguments); + globalScope.postMessage({ + targetName: 'main', + action: 'console_error', + data: args + }); + throw 'pdf.js execution error'; + }, + + time: function time(name) { + consoleTimer[name] = Date.now(); + }, + + timeEnd: function timeEnd(name) { + var time = consoleTimer[name]; + if (!time) { + error('Unknown timer name ' + name); + } + this.log('Timer:', name, Date.now() - time); + } +}; + + +// Worker thread? +if (typeof window === 'undefined') { + if (!('console' in globalScope)) { + globalScope.console = workerConsole; + } + + var handler = new MessageHandler('worker', 'main', this); + WorkerMessageHandler.setup(handler, this); +} + + +/* This class implements the QM Coder decoding as defined in + * JPEG 2000 Part I Final Committee Draft Version 1.0 + * Annex C.3 Arithmetic decoding procedure + * available at http://www.jpeg.org/public/fcd15444-1.pdf + * + * The arithmetic decoder is used in conjunction with context models to decode + * JPEG2000 and JBIG2 streams. + */ +var ArithmeticDecoder = (function ArithmeticDecoderClosure() { + // Table C-2 + var QeTable = [ + {qe: 0x5601, nmps: 1, nlps: 1, switchFlag: 1}, + {qe: 0x3401, nmps: 2, nlps: 6, switchFlag: 0}, + {qe: 0x1801, nmps: 3, nlps: 9, switchFlag: 0}, + {qe: 0x0AC1, nmps: 4, nlps: 12, switchFlag: 0}, + {qe: 0x0521, nmps: 5, nlps: 29, switchFlag: 0}, + {qe: 0x0221, nmps: 38, nlps: 33, switchFlag: 0}, + {qe: 0x5601, nmps: 7, nlps: 6, switchFlag: 1}, + {qe: 0x5401, nmps: 8, nlps: 14, switchFlag: 0}, + {qe: 0x4801, nmps: 9, nlps: 14, switchFlag: 0}, + {qe: 0x3801, nmps: 10, nlps: 14, switchFlag: 0}, + {qe: 0x3001, nmps: 11, nlps: 17, switchFlag: 0}, + {qe: 0x2401, nmps: 12, nlps: 18, switchFlag: 0}, + {qe: 0x1C01, nmps: 13, nlps: 20, switchFlag: 0}, + {qe: 0x1601, nmps: 29, nlps: 21, switchFlag: 0}, + {qe: 0x5601, nmps: 15, nlps: 14, switchFlag: 1}, + {qe: 0x5401, nmps: 16, nlps: 14, switchFlag: 0}, + {qe: 0x5101, nmps: 17, nlps: 15, switchFlag: 0}, + {qe: 0x4801, nmps: 18, nlps: 16, switchFlag: 0}, + {qe: 0x3801, nmps: 19, nlps: 17, switchFlag: 0}, + {qe: 0x3401, nmps: 20, nlps: 18, switchFlag: 0}, + {qe: 0x3001, nmps: 21, nlps: 19, switchFlag: 0}, + {qe: 0x2801, nmps: 22, nlps: 19, switchFlag: 0}, + {qe: 0x2401, nmps: 23, nlps: 20, switchFlag: 0}, + {qe: 0x2201, nmps: 24, nlps: 21, switchFlag: 0}, + {qe: 0x1C01, nmps: 25, nlps: 22, switchFlag: 0}, + {qe: 0x1801, nmps: 26, nlps: 23, switchFlag: 0}, + {qe: 0x1601, nmps: 27, nlps: 24, switchFlag: 0}, + {qe: 0x1401, nmps: 28, nlps: 25, switchFlag: 0}, + {qe: 0x1201, nmps: 29, nlps: 26, switchFlag: 0}, + {qe: 0x1101, nmps: 30, nlps: 27, switchFlag: 0}, + {qe: 0x0AC1, nmps: 31, nlps: 28, switchFlag: 0}, + {qe: 0x09C1, nmps: 32, nlps: 29, switchFlag: 0}, + {qe: 0x08A1, nmps: 33, nlps: 30, switchFlag: 0}, + {qe: 0x0521, nmps: 34, nlps: 31, switchFlag: 0}, + {qe: 0x0441, nmps: 35, nlps: 32, switchFlag: 0}, + {qe: 0x02A1, nmps: 36, nlps: 33, switchFlag: 0}, + {qe: 0x0221, nmps: 37, nlps: 34, switchFlag: 0}, + {qe: 0x0141, nmps: 38, nlps: 35, switchFlag: 0}, + {qe: 0x0111, nmps: 39, nlps: 36, switchFlag: 0}, + {qe: 0x0085, nmps: 40, nlps: 37, switchFlag: 0}, + {qe: 0x0049, nmps: 41, nlps: 38, switchFlag: 0}, + {qe: 0x0025, nmps: 42, nlps: 39, switchFlag: 0}, + {qe: 0x0015, nmps: 43, nlps: 40, switchFlag: 0}, + {qe: 0x0009, nmps: 44, nlps: 41, switchFlag: 0}, + {qe: 0x0005, nmps: 45, nlps: 42, switchFlag: 0}, + {qe: 0x0001, nmps: 45, nlps: 43, switchFlag: 0}, + {qe: 0x5601, nmps: 46, nlps: 46, switchFlag: 0} + ]; + + // C.3.5 Initialisation of the decoder (INITDEC) + function ArithmeticDecoder(data, start, end) { + this.data = data; + this.bp = start; + this.dataEnd = end; + + this.chigh = data[start]; + this.clow = 0; + + this.byteIn(); + + this.chigh = ((this.chigh << 7) & 0xFFFF) | ((this.clow >> 9) & 0x7F); + this.clow = (this.clow << 7) & 0xFFFF; + this.ct -= 7; + this.a = 0x8000; + } + + ArithmeticDecoder.prototype = { + // C.3.4 Compressed data input (BYTEIN) + byteIn: function ArithmeticDecoder_byteIn() { + var data = this.data; + var bp = this.bp; + if (data[bp] === 0xFF) { + var b1 = data[bp + 1]; + if (b1 > 0x8F) { + this.clow += 0xFF00; + this.ct = 8; + } else { + bp++; + this.clow += (data[bp] << 9); + this.ct = 7; + this.bp = bp; + } + } else { + bp++; + this.clow += bp < this.dataEnd ? (data[bp] << 8) : 0xFF00; + this.ct = 8; + this.bp = bp; + } + if (this.clow > 0xFFFF) { + this.chigh += (this.clow >> 16); + this.clow &= 0xFFFF; + } + }, + // C.3.2 Decoding a decision (DECODE) + readBit: function ArithmeticDecoder_readBit(contexts, pos) { + // contexts are packed into 1 byte: + // highest 7 bits carry cx.index, lowest bit carries cx.mps + var cx_index = contexts[pos] >> 1, cx_mps = contexts[pos] & 1; + var qeTableIcx = QeTable[cx_index]; + var qeIcx = qeTableIcx.qe; + var d; + var a = this.a - qeIcx; + + if (this.chigh < qeIcx) { + // exchangeLps + if (a < qeIcx) { + a = qeIcx; + d = cx_mps; + cx_index = qeTableIcx.nmps; + } else { + a = qeIcx; + d = 1 ^ cx_mps; + if (qeTableIcx.switchFlag === 1) { + cx_mps = d; + } + cx_index = qeTableIcx.nlps; + } + } else { + this.chigh -= qeIcx; + if ((a & 0x8000) !== 0) { + this.a = a; + return cx_mps; + } + // exchangeMps + if (a < qeIcx) { + d = 1 ^ cx_mps; + if (qeTableIcx.switchFlag === 1) { + cx_mps = d; + } + cx_index = qeTableIcx.nlps; + } else { + d = cx_mps; + cx_index = qeTableIcx.nmps; + } + } + // C.3.3 renormD; + do { + if (this.ct === 0) { + this.byteIn(); + } + + a <<= 1; + this.chigh = ((this.chigh << 1) & 0xFFFF) | ((this.clow >> 15) & 1); + this.clow = (this.clow << 1) & 0xFFFF; + this.ct--; + } while ((a & 0x8000) === 0); + this.a = a; + + contexts[pos] = cx_index << 1 | cx_mps; + return d; + } + }; + + return ArithmeticDecoder; +})(); + + + +var JpegImage = (function jpegImage() { + var dctZigZag = new Uint8Array([ + 0, + 1, 8, + 16, 9, 2, + 3, 10, 17, 24, + 32, 25, 18, 11, 4, + 5, 12, 19, 26, 33, 40, + 48, 41, 34, 27, 20, 13, 6, + 7, 14, 21, 28, 35, 42, 49, 56, + 57, 50, 43, 36, 29, 22, 15, + 23, 30, 37, 44, 51, 58, + 59, 52, 45, 38, 31, + 39, 46, 53, 60, + 61, 54, 47, + 55, 62, + 63 + ]); + + var dctCos1 = 4017; // cos(pi/16) + var dctSin1 = 799; // sin(pi/16) + var dctCos3 = 3406; // cos(3*pi/16) + var dctSin3 = 2276; // sin(3*pi/16) + var dctCos6 = 1567; // cos(6*pi/16) + var dctSin6 = 3784; // sin(6*pi/16) + var dctSqrt2 = 5793; // sqrt(2) + var dctSqrt1d2 = 2896; // sqrt(2) / 2 + + function constructor() { + } + + function buildHuffmanTable(codeLengths, values) { + var k = 0, code = [], i, j, length = 16; + while (length > 0 && !codeLengths[length - 1]) { + length--; + } + code.push({children: [], index: 0}); + var p = code[0], q; + for (i = 0; i < length; i++) { + for (j = 0; j < codeLengths[i]; j++) { + p = code.pop(); + p.children[p.index] = values[k]; + while (p.index > 0) { + p = code.pop(); + } + p.index++; + code.push(p); + while (code.length <= i) { + code.push(q = {children: [], index: 0}); + p.children[p.index] = q.children; + p = q; + } + k++; + } + if (i + 1 < length) { + // p here points to last code + code.push(q = {children: [], index: 0}); + p.children[p.index] = q.children; + p = q; + } + } + return code[0].children; + } + + function getBlockBufferOffset(component, row, col) { + return 64 * ((component.blocksPerLine + 1) * row + col); + } + + function decodeScan(data, offset, frame, components, resetInterval, + spectralStart, spectralEnd, successivePrev, successive) { + var precision = frame.precision; + var samplesPerLine = frame.samplesPerLine; + var scanLines = frame.scanLines; + var mcusPerLine = frame.mcusPerLine; + var progressive = frame.progressive; + var maxH = frame.maxH, maxV = frame.maxV; + + var startOffset = offset, bitsData = 0, bitsCount = 0; + + function readBit() { + if (bitsCount > 0) { + bitsCount--; + return (bitsData >> bitsCount) & 1; + } + bitsData = data[offset++]; + if (bitsData === 0xFF) { + var nextByte = data[offset++]; + if (nextByte) { + throw 'unexpected marker: ' + + ((bitsData << 8) | nextByte).toString(16); + } + // unstuff 0 + } + bitsCount = 7; + return bitsData >>> 7; + } + + function decodeHuffman(tree) { + var node = tree; + while (true) { + node = node[readBit()]; + if (typeof node === 'number') { + return node; + } + if (typeof node !== 'object') { + throw 'invalid huffman sequence'; + } + } + } + + function receive(length) { + var n = 0; + while (length > 0) { + n = (n << 1) | readBit(); + length--; + } + return n; + } + + function receiveAndExtend(length) { + if (length === 1) { + return readBit() === 1 ? 1 : -1; + } + var n = receive(length); + if (n >= 1 << (length - 1)) { + return n; + } + return n + (-1 << length) + 1; + } + + function decodeBaseline(component, offset) { + var t = decodeHuffman(component.huffmanTableDC); + var diff = t === 0 ? 0 : receiveAndExtend(t); + component.blockData[offset] = (component.pred += diff); + var k = 1; + while (k < 64) { + var rs = decodeHuffman(component.huffmanTableAC); + var s = rs & 15, r = rs >> 4; + if (s === 0) { + if (r < 15) { + break; + } + k += 16; + continue; + } + k += r; + var z = dctZigZag[k]; + component.blockData[offset + z] = receiveAndExtend(s); + k++; + } + } + + function decodeDCFirst(component, offset) { + var t = decodeHuffman(component.huffmanTableDC); + var diff = t === 0 ? 0 : (receiveAndExtend(t) << successive); + component.blockData[offset] = (component.pred += diff); + } + + function decodeDCSuccessive(component, offset) { + component.blockData[offset] |= readBit() << successive; + } + + var eobrun = 0; + function decodeACFirst(component, offset) { + if (eobrun > 0) { + eobrun--; + return; + } + var k = spectralStart, e = spectralEnd; + while (k <= e) { + var rs = decodeHuffman(component.huffmanTableAC); + var s = rs & 15, r = rs >> 4; + if (s === 0) { + if (r < 15) { + eobrun = receive(r) + (1 << r) - 1; + break; + } + k += 16; + continue; + } + k += r; + var z = dctZigZag[k]; + component.blockData[offset + z] = + receiveAndExtend(s) * (1 << successive); + k++; + } + } + + var successiveACState = 0, successiveACNextValue; + function decodeACSuccessive(component, offset) { + var k = spectralStart; + var e = spectralEnd; + var r = 0; + var s; + var rs; + while (k <= e) { + var z = dctZigZag[k]; + switch (successiveACState) { + case 0: // initial state + rs = decodeHuffman(component.huffmanTableAC); + s = rs & 15; + r = rs >> 4; + if (s === 0) { + if (r < 15) { + eobrun = receive(r) + (1 << r); + successiveACState = 4; + } else { + r = 16; + successiveACState = 1; + } + } else { + if (s !== 1) { + throw 'invalid ACn encoding'; + } + successiveACNextValue = receiveAndExtend(s); + successiveACState = r ? 2 : 3; + } + continue; + case 1: // skipping r zero items + case 2: + if (component.blockData[offset + z]) { + component.blockData[offset + z] += (readBit() << successive); + } else { + r--; + if (r === 0) { + successiveACState = successiveACState === 2 ? 3 : 0; + } + } + break; + case 3: // set value for a zero item + if (component.blockData[offset + z]) { + component.blockData[offset + z] += (readBit() << successive); + } else { + component.blockData[offset + z] = + successiveACNextValue << successive; + successiveACState = 0; + } + break; + case 4: // eob + if (component.blockData[offset + z]) { + component.blockData[offset + z] += (readBit() << successive); + } + break; + } + k++; + } + if (successiveACState === 4) { + eobrun--; + if (eobrun === 0) { + successiveACState = 0; + } + } + } + + function decodeMcu(component, decode, mcu, row, col) { + var mcuRow = (mcu / mcusPerLine) | 0; + var mcuCol = mcu % mcusPerLine; + var blockRow = mcuRow * component.v + row; + var blockCol = mcuCol * component.h + col; + var offset = getBlockBufferOffset(component, blockRow, blockCol); + decode(component, offset); + } + + function decodeBlock(component, decode, mcu) { + var blockRow = (mcu / component.blocksPerLine) | 0; + var blockCol = mcu % component.blocksPerLine; + var offset = getBlockBufferOffset(component, blockRow, blockCol); + decode(component, offset); + } + + var componentsLength = components.length; + var component, i, j, k, n; + var decodeFn; + if (progressive) { + if (spectralStart === 0) { + decodeFn = successivePrev === 0 ? decodeDCFirst : decodeDCSuccessive; + } else { + decodeFn = successivePrev === 0 ? decodeACFirst : decodeACSuccessive; + } + } else { + decodeFn = decodeBaseline; + } + + var mcu = 0, marker; + var mcuExpected; + if (componentsLength === 1) { + mcuExpected = components[0].blocksPerLine * components[0].blocksPerColumn; + } else { + mcuExpected = mcusPerLine * frame.mcusPerColumn; + } + if (!resetInterval) { + resetInterval = mcuExpected; + } + + var h, v; + while (mcu < mcuExpected) { + // reset interval stuff + for (i = 0; i < componentsLength; i++) { + components[i].pred = 0; + } + eobrun = 0; + + if (componentsLength === 1) { + component = components[0]; + for (n = 0; n < resetInterval; n++) { + decodeBlock(component, decodeFn, mcu); + mcu++; + } + } else { + for (n = 0; n < resetInterval; n++) { + for (i = 0; i < componentsLength; i++) { + component = components[i]; + h = component.h; + v = component.v; + for (j = 0; j < v; j++) { + for (k = 0; k < h; k++) { + decodeMcu(component, decodeFn, mcu, j, k); + } + } + } + mcu++; + } + } + + // find marker + bitsCount = 0; + marker = (data[offset] << 8) | data[offset + 1]; + if (marker <= 0xFF00) { + throw 'marker was not found'; + } + + if (marker >= 0xFFD0 && marker <= 0xFFD7) { // RSTx + offset += 2; + } else { + break; + } + } + + return offset - startOffset; + } + + // A port of poppler's IDCT method which in turn is taken from: + // Christoph Loeffler, Adriaan Ligtenberg, George S. Moschytz, + // 'Practical Fast 1-D DCT Algorithms with 11 Multiplications', + // IEEE Intl. Conf. on Acoustics, Speech & Signal Processing, 1989, + // 988-991. + function quantizeAndInverse(component, blockBufferOffset, p) { + var qt = component.quantizationTable, blockData = component.blockData; + var v0, v1, v2, v3, v4, v5, v6, v7; + var p0, p1, p2, p3, p4, p5, p6, p7; + var t; + + // inverse DCT on rows + for (var row = 0; row < 64; row += 8) { + // gather block data + p0 = blockData[blockBufferOffset + row]; + p1 = blockData[blockBufferOffset + row + 1]; + p2 = blockData[blockBufferOffset + row + 2]; + p3 = blockData[blockBufferOffset + row + 3]; + p4 = blockData[blockBufferOffset + row + 4]; + p5 = blockData[blockBufferOffset + row + 5]; + p6 = blockData[blockBufferOffset + row + 6]; + p7 = blockData[blockBufferOffset + row + 7]; + + // dequant p0 + p0 *= qt[row]; + + // check for all-zero AC coefficients + if ((p1 | p2 | p3 | p4 | p5 | p6 | p7) === 0) { + t = (dctSqrt2 * p0 + 512) >> 10; + p[row] = t; + p[row + 1] = t; + p[row + 2] = t; + p[row + 3] = t; + p[row + 4] = t; + p[row + 5] = t; + p[row + 6] = t; + p[row + 7] = t; + continue; + } + // dequant p1 ... p7 + p1 *= qt[row + 1]; + p2 *= qt[row + 2]; + p3 *= qt[row + 3]; + p4 *= qt[row + 4]; + p5 *= qt[row + 5]; + p6 *= qt[row + 6]; + p7 *= qt[row + 7]; + + // stage 4 + v0 = (dctSqrt2 * p0 + 128) >> 8; + v1 = (dctSqrt2 * p4 + 128) >> 8; + v2 = p2; + v3 = p6; + v4 = (dctSqrt1d2 * (p1 - p7) + 128) >> 8; + v7 = (dctSqrt1d2 * (p1 + p7) + 128) >> 8; + v5 = p3 << 4; + v6 = p5 << 4; + + // stage 3 + v0 = (v0 + v1 + 1) >> 1; + v1 = v0 - v1; + t = (v2 * dctSin6 + v3 * dctCos6 + 128) >> 8; + v2 = (v2 * dctCos6 - v3 * dctSin6 + 128) >> 8; + v3 = t; + v4 = (v4 + v6 + 1) >> 1; + v6 = v4 - v6; + v7 = (v7 + v5 + 1) >> 1; + v5 = v7 - v5; + + // stage 2 + v0 = (v0 + v3 + 1) >> 1; + v3 = v0 - v3; + v1 = (v1 + v2 + 1) >> 1; + v2 = v1 - v2; + t = (v4 * dctSin3 + v7 * dctCos3 + 2048) >> 12; + v4 = (v4 * dctCos3 - v7 * dctSin3 + 2048) >> 12; + v7 = t; + t = (v5 * dctSin1 + v6 * dctCos1 + 2048) >> 12; + v5 = (v5 * dctCos1 - v6 * dctSin1 + 2048) >> 12; + v6 = t; + + // stage 1 + p[row] = v0 + v7; + p[row + 7] = v0 - v7; + p[row + 1] = v1 + v6; + p[row + 6] = v1 - v6; + p[row + 2] = v2 + v5; + p[row + 5] = v2 - v5; + p[row + 3] = v3 + v4; + p[row + 4] = v3 - v4; + } + + // inverse DCT on columns + for (var col = 0; col < 8; ++col) { + p0 = p[col]; + p1 = p[col + 8]; + p2 = p[col + 16]; + p3 = p[col + 24]; + p4 = p[col + 32]; + p5 = p[col + 40]; + p6 = p[col + 48]; + p7 = p[col + 56]; + + // check for all-zero AC coefficients + if ((p1 | p2 | p3 | p4 | p5 | p6 | p7) === 0) { + t = (dctSqrt2 * p0 + 8192) >> 14; + // convert to 8 bit + t = (t < -2040) ? 0 : (t >= 2024) ? 255 : (t + 2056) >> 4; + blockData[blockBufferOffset + col] = t; + blockData[blockBufferOffset + col + 8] = t; + blockData[blockBufferOffset + col + 16] = t; + blockData[blockBufferOffset + col + 24] = t; + blockData[blockBufferOffset + col + 32] = t; + blockData[blockBufferOffset + col + 40] = t; + blockData[blockBufferOffset + col + 48] = t; + blockData[blockBufferOffset + col + 56] = t; + continue; + } + + // stage 4 + v0 = (dctSqrt2 * p0 + 2048) >> 12; + v1 = (dctSqrt2 * p4 + 2048) >> 12; + v2 = p2; + v3 = p6; + v4 = (dctSqrt1d2 * (p1 - p7) + 2048) >> 12; + v7 = (dctSqrt1d2 * (p1 + p7) + 2048) >> 12; + v5 = p3; + v6 = p5; + + // stage 3 + // Shift v0 by 128.5 << 5 here, so we don't need to shift p0...p7 when + // converting to UInt8 range later. + v0 = ((v0 + v1 + 1) >> 1) + 4112; + v1 = v0 - v1; + t = (v2 * dctSin6 + v3 * dctCos6 + 2048) >> 12; + v2 = (v2 * dctCos6 - v3 * dctSin6 + 2048) >> 12; + v3 = t; + v4 = (v4 + v6 + 1) >> 1; + v6 = v4 - v6; + v7 = (v7 + v5 + 1) >> 1; + v5 = v7 - v5; + + // stage 2 + v0 = (v0 + v3 + 1) >> 1; + v3 = v0 - v3; + v1 = (v1 + v2 + 1) >> 1; + v2 = v1 - v2; + t = (v4 * dctSin3 + v7 * dctCos3 + 2048) >> 12; + v4 = (v4 * dctCos3 - v7 * dctSin3 + 2048) >> 12; + v7 = t; + t = (v5 * dctSin1 + v6 * dctCos1 + 2048) >> 12; + v5 = (v5 * dctCos1 - v6 * dctSin1 + 2048) >> 12; + v6 = t; + + // stage 1 + p0 = v0 + v7; + p7 = v0 - v7; + p1 = v1 + v6; + p6 = v1 - v6; + p2 = v2 + v5; + p5 = v2 - v5; + p3 = v3 + v4; + p4 = v3 - v4; + + // convert to 8-bit integers + p0 = (p0 < 16) ? 0 : (p0 >= 4080) ? 255 : p0 >> 4; + p1 = (p1 < 16) ? 0 : (p1 >= 4080) ? 255 : p1 >> 4; + p2 = (p2 < 16) ? 0 : (p2 >= 4080) ? 255 : p2 >> 4; + p3 = (p3 < 16) ? 0 : (p3 >= 4080) ? 255 : p3 >> 4; + p4 = (p4 < 16) ? 0 : (p4 >= 4080) ? 255 : p4 >> 4; + p5 = (p5 < 16) ? 0 : (p5 >= 4080) ? 255 : p5 >> 4; + p6 = (p6 < 16) ? 0 : (p6 >= 4080) ? 255 : p6 >> 4; + p7 = (p7 < 16) ? 0 : (p7 >= 4080) ? 255 : p7 >> 4; + + // store block data + blockData[blockBufferOffset + col] = p0; + blockData[blockBufferOffset + col + 8] = p1; + blockData[blockBufferOffset + col + 16] = p2; + blockData[blockBufferOffset + col + 24] = p3; + blockData[blockBufferOffset + col + 32] = p4; + blockData[blockBufferOffset + col + 40] = p5; + blockData[blockBufferOffset + col + 48] = p6; + blockData[blockBufferOffset + col + 56] = p7; + } + } + + function buildComponentData(frame, component) { + var blocksPerLine = component.blocksPerLine; + var blocksPerColumn = component.blocksPerColumn; + var computationBuffer = new Int16Array(64); + + for (var blockRow = 0; blockRow < blocksPerColumn; blockRow++) { + for (var blockCol = 0; blockCol < blocksPerLine; blockCol++) { + var offset = getBlockBufferOffset(component, blockRow, blockCol); + quantizeAndInverse(component, offset, computationBuffer); + } + } + return component.blockData; + } + + function clamp0to255(a) { + return a <= 0 ? 0 : a >= 255 ? 255 : a; + } + + constructor.prototype = { + parse: function parse(data) { + + function readUint16() { + var value = (data[offset] << 8) | data[offset + 1]; + offset += 2; + return value; + } + + function readDataBlock() { + var length = readUint16(); + var array = data.subarray(offset, offset + length - 2); + offset += array.length; + return array; + } + + function prepareComponents(frame) { + var mcusPerLine = Math.ceil(frame.samplesPerLine / 8 / frame.maxH); + var mcusPerColumn = Math.ceil(frame.scanLines / 8 / frame.maxV); + for (var i = 0; i < frame.components.length; i++) { + component = frame.components[i]; + var blocksPerLine = Math.ceil(Math.ceil(frame.samplesPerLine / 8) * + component.h / frame.maxH); + var blocksPerColumn = Math.ceil(Math.ceil(frame.scanLines / 8) * + component.v / frame.maxV); + var blocksPerLineForMcu = mcusPerLine * component.h; + var blocksPerColumnForMcu = mcusPerColumn * component.v; + + var blocksBufferSize = 64 * blocksPerColumnForMcu * + (blocksPerLineForMcu + 1); + component.blockData = new Int16Array(blocksBufferSize); + component.blocksPerLine = blocksPerLine; + component.blocksPerColumn = blocksPerColumn; + } + frame.mcusPerLine = mcusPerLine; + frame.mcusPerColumn = mcusPerColumn; + } + + var offset = 0, length = data.length; + var jfif = null; + var adobe = null; + var pixels = null; + var frame, resetInterval; + var quantizationTables = []; + var huffmanTablesAC = [], huffmanTablesDC = []; + var fileMarker = readUint16(); + if (fileMarker !== 0xFFD8) { // SOI (Start of Image) + throw 'SOI not found'; + } + + fileMarker = readUint16(); + while (fileMarker !== 0xFFD9) { // EOI (End of image) + var i, j, l; + switch(fileMarker) { + case 0xFFE0: // APP0 (Application Specific) + case 0xFFE1: // APP1 + case 0xFFE2: // APP2 + case 0xFFE3: // APP3 + case 0xFFE4: // APP4 + case 0xFFE5: // APP5 + case 0xFFE6: // APP6 + case 0xFFE7: // APP7 + case 0xFFE8: // APP8 + case 0xFFE9: // APP9 + case 0xFFEA: // APP10 + case 0xFFEB: // APP11 + case 0xFFEC: // APP12 + case 0xFFED: // APP13 + case 0xFFEE: // APP14 + case 0xFFEF: // APP15 + case 0xFFFE: // COM (Comment) + var appData = readDataBlock(); + + if (fileMarker === 0xFFE0) { + if (appData[0] === 0x4A && appData[1] === 0x46 && + appData[2] === 0x49 && appData[3] === 0x46 && + appData[4] === 0) { // 'JFIF\x00' + jfif = { + version: { major: appData[5], minor: appData[6] }, + densityUnits: appData[7], + xDensity: (appData[8] << 8) | appData[9], + yDensity: (appData[10] << 8) | appData[11], + thumbWidth: appData[12], + thumbHeight: appData[13], + thumbData: appData.subarray(14, 14 + + 3 * appData[12] * appData[13]) + }; + } + } + // TODO APP1 - Exif + if (fileMarker === 0xFFEE) { + if (appData[0] === 0x41 && appData[1] === 0x64 && + appData[2] === 0x6F && appData[3] === 0x62 && + appData[4] === 0x65) { // 'Adobe' + adobe = { + version: (appData[5] << 8) | appData[6], + flags0: (appData[7] << 8) | appData[8], + flags1: (appData[9] << 8) | appData[10], + transformCode: appData[11] + }; + } + } + break; + + case 0xFFDB: // DQT (Define Quantization Tables) + var quantizationTablesLength = readUint16(); + var quantizationTablesEnd = quantizationTablesLength + offset - 2; + var z; + while (offset < quantizationTablesEnd) { + var quantizationTableSpec = data[offset++]; + var tableData = new Uint16Array(64); + if ((quantizationTableSpec >> 4) === 0) { // 8 bit values + for (j = 0; j < 64; j++) { + z = dctZigZag[j]; + tableData[z] = data[offset++]; + } + } else if ((quantizationTableSpec >> 4) === 1) { //16 bit + for (j = 0; j < 64; j++) { + z = dctZigZag[j]; + tableData[z] = readUint16(); + } + } else { + throw 'DQT: invalid table spec'; + } + quantizationTables[quantizationTableSpec & 15] = tableData; + } + break; + + case 0xFFC0: // SOF0 (Start of Frame, Baseline DCT) + case 0xFFC1: // SOF1 (Start of Frame, Extended DCT) + case 0xFFC2: // SOF2 (Start of Frame, Progressive DCT) + if (frame) { + throw 'Only single frame JPEGs supported'; + } + readUint16(); // skip data length + frame = {}; + frame.extended = (fileMarker === 0xFFC1); + frame.progressive = (fileMarker === 0xFFC2); + frame.precision = data[offset++]; + frame.scanLines = readUint16(); + frame.samplesPerLine = readUint16(); + frame.components = []; + frame.componentIds = {}; + var componentsCount = data[offset++], componentId; + var maxH = 0, maxV = 0; + for (i = 0; i < componentsCount; i++) { + componentId = data[offset]; + var h = data[offset + 1] >> 4; + var v = data[offset + 1] & 15; + if (maxH < h) { + maxH = h; + } + if (maxV < v) { + maxV = v; + } + var qId = data[offset + 2]; + l = frame.components.push({ + h: h, + v: v, + quantizationTable: quantizationTables[qId] + }); + frame.componentIds[componentId] = l - 1; + offset += 3; + } + frame.maxH = maxH; + frame.maxV = maxV; + prepareComponents(frame); + break; + + case 0xFFC4: // DHT (Define Huffman Tables) + var huffmanLength = readUint16(); + for (i = 2; i < huffmanLength;) { + var huffmanTableSpec = data[offset++]; + var codeLengths = new Uint8Array(16); + var codeLengthSum = 0; + for (j = 0; j < 16; j++, offset++) { + codeLengthSum += (codeLengths[j] = data[offset]); + } + var huffmanValues = new Uint8Array(codeLengthSum); + for (j = 0; j < codeLengthSum; j++, offset++) { + huffmanValues[j] = data[offset]; + } + i += 17 + codeLengthSum; + + ((huffmanTableSpec >> 4) === 0 ? + huffmanTablesDC : huffmanTablesAC)[huffmanTableSpec & 15] = + buildHuffmanTable(codeLengths, huffmanValues); + } + break; + + case 0xFFDD: // DRI (Define Restart Interval) + readUint16(); // skip data length + resetInterval = readUint16(); + break; + + case 0xFFDA: // SOS (Start of Scan) + var scanLength = readUint16(); + var selectorsCount = data[offset++]; + var components = [], component; + for (i = 0; i < selectorsCount; i++) { + var componentIndex = frame.componentIds[data[offset++]]; + component = frame.components[componentIndex]; + var tableSpec = data[offset++]; + component.huffmanTableDC = huffmanTablesDC[tableSpec >> 4]; + component.huffmanTableAC = huffmanTablesAC[tableSpec & 15]; + components.push(component); + } + var spectralStart = data[offset++]; + var spectralEnd = data[offset++]; + var successiveApproximation = data[offset++]; + var processed = decodeScan(data, offset, + frame, components, resetInterval, + spectralStart, spectralEnd, + successiveApproximation >> 4, successiveApproximation & 15); + offset += processed; + break; + + case 0xFFFF: // Fill bytes + if (data[offset] !== 0xFF) { // Avoid skipping a valid marker. + offset--; + } + break; + + default: + if (data[offset - 3] === 0xFF && + data[offset - 2] >= 0xC0 && data[offset - 2] <= 0xFE) { + // could be incorrect encoding -- last 0xFF byte of the previous + // block was eaten by the encoder + offset -= 3; + break; + } + throw 'unknown JPEG marker ' + fileMarker.toString(16); + } + fileMarker = readUint16(); + } + + this.width = frame.samplesPerLine; + this.height = frame.scanLines; + this.jfif = jfif; + this.adobe = adobe; + this.components = []; + for (i = 0; i < frame.components.length; i++) { + component = frame.components[i]; + this.components.push({ + output: buildComponentData(frame, component), + scaleX: component.h / frame.maxH, + scaleY: component.v / frame.maxV, + blocksPerLine: component.blocksPerLine, + blocksPerColumn: component.blocksPerColumn + }); + } + this.numComponents = this.components.length; + }, + + _getLinearizedBlockData: function getLinearizedBlockData(width, height) { + var scaleX = this.width / width, scaleY = this.height / height; + + var component, componentScaleX, componentScaleY, blocksPerScanline; + var x, y, i, j, k; + var index; + var offset = 0; + var output; + var numComponents = this.components.length; + var dataLength = width * height * numComponents; + var data = new Uint8Array(dataLength); + var xScaleBlockOffset = new Uint32Array(width); + var mask3LSB = 0xfffffff8; // used to clear the 3 LSBs + + for (i = 0; i < numComponents; i++) { + component = this.components[i]; + componentScaleX = component.scaleX * scaleX; + componentScaleY = component.scaleY * scaleY; + offset = i; + output = component.output; + blocksPerScanline = (component.blocksPerLine + 1) << 3; + // precalculate the xScaleBlockOffset + for (x = 0; x < width; x++) { + j = 0 | (x * componentScaleX); + xScaleBlockOffset[x] = ((j & mask3LSB) << 3) | (j & 7); + } + // linearize the blocks of the component + for (y = 0; y < height; y++) { + j = 0 | (y * componentScaleY); + index = blocksPerScanline * (j & mask3LSB) | ((j & 7) << 3); + for (x = 0; x < width; x++) { + data[offset] = output[index + xScaleBlockOffset[x]]; + offset += numComponents; + } + } + } + + // decodeTransform contains pairs of multiplier (-256..256) and additive + var transform = this.decodeTransform; + if (transform) { + for (i = 0; i < dataLength;) { + for (j = 0, k = 0; j < numComponents; j++, i++, k += 2) { + data[i] = ((data[i] * transform[k]) >> 8) + transform[k + 1]; + } + } + } + return data; + }, + + _isColorConversionNeeded: function isColorConversionNeeded() { + if (this.adobe && this.adobe.transformCode) { + // The adobe transform marker overrides any previous setting + return true; + } else if (this.numComponents === 3) { + return true; + } else { + return false; + } + }, + + _convertYccToRgb: function convertYccToRgb(data) { + var Y, Cb, Cr; + for (var i = 0, length = data.length; i < length; i += 3) { + Y = data[i ]; + Cb = data[i + 1]; + Cr = data[i + 2]; + data[i ] = clamp0to255(Y - 179.456 + 1.402 * Cr); + data[i + 1] = clamp0to255(Y + 135.459 - 0.344 * Cb - 0.714 * Cr); + data[i + 2] = clamp0to255(Y - 226.816 + 1.772 * Cb); + } + return data; + }, + + _convertYcckToRgb: function convertYcckToRgb(data) { + var Y, Cb, Cr, k; + var offset = 0; + for (var i = 0, length = data.length; i < length; i += 4) { + Y = data[i]; + Cb = data[i + 1]; + Cr = data[i + 2]; + k = data[i + 3]; + + var r = -122.67195406894 + + Cb * (-6.60635669420364e-5 * Cb + 0.000437130475926232 * Cr - + 5.4080610064599e-5 * Y + 0.00048449797120281 * k - + 0.154362151871126) + + Cr * (-0.000957964378445773 * Cr + 0.000817076911346625 * Y - + 0.00477271405408747 * k + 1.53380253221734) + + Y * (0.000961250184130688 * Y - 0.00266257332283933 * k + + 0.48357088451265) + + k * (-0.000336197177618394 * k + 0.484791561490776); + + var g = 107.268039397724 + + Cb * (2.19927104525741e-5 * Cb - 0.000640992018297945 * Cr + + 0.000659397001245577 * Y + 0.000426105652938837 * k - + 0.176491792462875) + + Cr * (-0.000778269941513683 * Cr + 0.00130872261408275 * Y + + 0.000770482631801132 * k - 0.151051492775562) + + Y * (0.00126935368114843 * Y - 0.00265090189010898 * k + + 0.25802910206845) + + k * (-0.000318913117588328 * k - 0.213742400323665); + + var b = -20.810012546947 + + Cb * (-0.000570115196973677 * Cb - 2.63409051004589e-5 * Cr + + 0.0020741088115012 * Y - 0.00288260236853442 * k + + 0.814272968359295) + + Cr * (-1.53496057440975e-5 * Cr - 0.000132689043961446 * Y + + 0.000560833691242812 * k - 0.195152027534049) + + Y * (0.00174418132927582 * Y - 0.00255243321439347 * k + + 0.116935020465145) + + k * (-0.000343531996510555 * k + 0.24165260232407); + + data[offset++] = clamp0to255(r); + data[offset++] = clamp0to255(g); + data[offset++] = clamp0to255(b); + } + return data; + }, + + _convertYcckToCmyk: function convertYcckToCmyk(data) { + var Y, Cb, Cr; + for (var i = 0, length = data.length; i < length; i += 4) { + Y = data[i]; + Cb = data[i + 1]; + Cr = data[i + 2]; + data[i ] = clamp0to255(434.456 - Y - 1.402 * Cr); + data[i + 1] = clamp0to255(119.541 - Y + 0.344 * Cb + 0.714 * Cr); + data[i + 2] = clamp0to255(481.816 - Y - 1.772 * Cb); + // K in data[i + 3] is unchanged + } + return data; + }, + + _convertCmykToRgb: function convertCmykToRgb(data) { + var c, m, y, k; + var offset = 0; + var min = -255 * 255 * 255; + var scale = 1 / 255 / 255; + for (var i = 0, length = data.length; i < length; i += 4) { + c = data[i]; + m = data[i + 1]; + y = data[i + 2]; + k = data[i + 3]; + + var r = + c * (-4.387332384609988 * c + 54.48615194189176 * m + + 18.82290502165302 * y + 212.25662451639585 * k - + 72734.4411664936) + + m * (1.7149763477362134 * m - 5.6096736904047315 * y - + 17.873870861415444 * k - 1401.7366389350734) + + y * (-2.5217340131683033 * y - 21.248923337353073 * k + + 4465.541406466231) - + k * (21.86122147463605 * k + 48317.86113160301); + var g = + c * (8.841041422036149 * c + 60.118027045597366 * m + + 6.871425592049007 * y + 31.159100130055922 * k - + 20220.756542821975) + + m * (-15.310361306967817 * m + 17.575251261109482 * y + + 131.35250912493976 * k - 48691.05921601825) + + y * (4.444339102852739 * y + 9.8632861493405 * k - + 6341.191035517494) - + k * (20.737325471181034 * k + 47890.15695978492); + var b = + c * (0.8842522430003296 * c + 8.078677503112928 * m + + 30.89978309703729 * y - 0.23883238689178934 * k - + 3616.812083916688) + + m * (10.49593273432072 * m + 63.02378494754052 * y + + 50.606957656360734 * k - 28620.90484698408) + + y * (0.03296041114873217 * y + 115.60384449646641 * k - + 49363.43385999684) - + k * (22.33816807309886 * k + 45932.16563550634); + + data[offset++] = r >= 0 ? 255 : r <= min ? 0 : 255 + r * scale | 0; + data[offset++] = g >= 0 ? 255 : g <= min ? 0 : 255 + g * scale | 0; + data[offset++] = b >= 0 ? 255 : b <= min ? 0 : 255 + b * scale | 0; + } + return data; + }, + + getData: function getData(width, height, forceRGBoutput) { + if (this.numComponents > 4) { + throw 'Unsupported color mode'; + } + // type of data: Uint8Array(width * height * numComponents) + var data = this._getLinearizedBlockData(width, height); + + if (this.numComponents === 3) { + return this._convertYccToRgb(data); + } else if (this.numComponents === 4) { + if (this._isColorConversionNeeded()) { + if (forceRGBoutput) { + return this._convertYcckToRgb(data); + } else { + return this._convertYcckToCmyk(data); + } + } else if (forceRGBoutput) { + return this._convertCmykToRgb(data); + } + } + return data; + } + }; + + return constructor; +})(); + + +var JpxImage = (function JpxImageClosure() { + // Table E.1 + var SubbandsGainLog2 = { + 'LL': 0, + 'LH': 1, + 'HL': 1, + 'HH': 2 + }; + function JpxImage() { + this.failOnCorruptedImage = false; + } + JpxImage.prototype = { + parse: function JpxImage_parse(data) { + + var head = readUint16(data, 0); + // No box header, immediate start of codestream (SOC) + if (head === 0xFF4F) { + this.parseCodestream(data, 0, data.length); + return; + } + + var position = 0, length = data.length; + while (position < length) { + var headerSize = 8; + var lbox = readUint32(data, position); + var tbox = readUint32(data, position + 4); + position += headerSize; + if (lbox === 1) { + // XLBox: read UInt64 according to spec. + // JavaScript's int precision of 53 bit should be sufficient here. + lbox = readUint32(data, position) * 4294967296 + + readUint32(data, position + 4); + position += 8; + headerSize += 8; + } + if (lbox === 0) { + lbox = length - position + headerSize; + } + if (lbox < headerSize) { + throw new Error('JPX Error: Invalid box field size'); + } + var dataLength = lbox - headerSize; + var jumpDataLength = true; + switch (tbox) { + case 0x6A703268: // 'jp2h' + jumpDataLength = false; // parsing child boxes + break; + case 0x636F6C72: // 'colr' + // Colorspaces are not used, the CS from the PDF is used. + var method = data[position]; + var precedence = data[position + 1]; + var approximation = data[position + 2]; + if (method === 1) { + // enumerated colorspace + var colorspace = readUint32(data, position + 3); + switch (colorspace) { + case 16: // this indicates a sRGB colorspace + case 17: // this indicates a grayscale colorspace + case 18: // this indicates a YUV colorspace + break; + default: + warn('Unknown colorspace ' + colorspace); + break; + } + } else if (method === 2) { + info('ICC profile not supported'); + } + break; + case 0x6A703263: // 'jp2c' + this.parseCodestream(data, position, position + dataLength); + break; + case 0x6A502020: // 'jP\024\024' + if (0x0d0a870a !== readUint32(data, position)) { + warn('Invalid JP2 signature'); + } + break; + // The following header types are valid but currently not used: + case 0x6A501A1A: // 'jP\032\032' + case 0x66747970: // 'ftyp' + case 0x72726571: // 'rreq' + case 0x72657320: // 'res ' + case 0x69686472: // 'ihdr' + break; + default: + var headerType = String.fromCharCode((tbox >> 24) & 0xFF, + (tbox >> 16) & 0xFF, + (tbox >> 8) & 0xFF, + tbox & 0xFF); + warn('Unsupported header type ' + tbox + ' (' + headerType + ')'); + break; + } + if (jumpDataLength) { + position += dataLength; + } + } + }, + parseImageProperties: function JpxImage_parseImageProperties(stream) { + var newByte = stream.getByte(); + while (newByte >= 0) { + var oldByte = newByte; + newByte = stream.getByte(); + var code = (oldByte << 8) | newByte; + // Image and tile size (SIZ) + if (code === 0xFF51) { + stream.skip(4); + var Xsiz = stream.getInt32() >>> 0; // Byte 4 + var Ysiz = stream.getInt32() >>> 0; // Byte 8 + var XOsiz = stream.getInt32() >>> 0; // Byte 12 + var YOsiz = stream.getInt32() >>> 0; // Byte 16 + stream.skip(16); + var Csiz = stream.getUint16(); // Byte 36 + this.width = Xsiz - XOsiz; + this.height = Ysiz - YOsiz; + this.componentsCount = Csiz; + // Results are always returned as Uint8Arrays + this.bitsPerComponent = 8; + return; + } + } + throw new Error('JPX Error: No size marker found in JPX stream'); + }, + parseCodestream: function JpxImage_parseCodestream(data, start, end) { + var context = {}; + try { + var doNotRecover = false; + var position = start; + while (position + 1 < end) { + var code = readUint16(data, position); + position += 2; + + var length = 0, j, sqcd, spqcds, spqcdSize, scalarExpounded, tile; + switch (code) { + case 0xFF4F: // Start of codestream (SOC) + context.mainHeader = true; + break; + case 0xFFD9: // End of codestream (EOC) + break; + case 0xFF51: // Image and tile size (SIZ) + length = readUint16(data, position); + var siz = {}; + siz.Xsiz = readUint32(data, position + 4); + siz.Ysiz = readUint32(data, position + 8); + siz.XOsiz = readUint32(data, position + 12); + siz.YOsiz = readUint32(data, position + 16); + siz.XTsiz = readUint32(data, position + 20); + siz.YTsiz = readUint32(data, position + 24); + siz.XTOsiz = readUint32(data, position + 28); + siz.YTOsiz = readUint32(data, position + 32); + var componentsCount = readUint16(data, position + 36); + siz.Csiz = componentsCount; + var components = []; + j = position + 38; + for (var i = 0; i < componentsCount; i++) { + var component = { + precision: (data[j] & 0x7F) + 1, + isSigned: !!(data[j] & 0x80), + XRsiz: data[j + 1], + YRsiz: data[j + 1] + }; + calculateComponentDimensions(component, siz); + components.push(component); + } + context.SIZ = siz; + context.components = components; + calculateTileGrids(context, components); + context.QCC = []; + context.COC = []; + break; + case 0xFF5C: // Quantization default (QCD) + length = readUint16(data, position); + var qcd = {}; + j = position + 2; + sqcd = data[j++]; + switch (sqcd & 0x1F) { + case 0: + spqcdSize = 8; + scalarExpounded = true; + break; + case 1: + spqcdSize = 16; + scalarExpounded = false; + break; + case 2: + spqcdSize = 16; + scalarExpounded = true; + break; + default: + throw new Error('JPX Error: Invalid SQcd value ' + sqcd); + } + qcd.noQuantization = (spqcdSize === 8); + qcd.scalarExpounded = scalarExpounded; + qcd.guardBits = sqcd >> 5; + spqcds = []; + while (j < length + position) { + var spqcd = {}; + if (spqcdSize === 8) { + spqcd.epsilon = data[j++] >> 3; + spqcd.mu = 0; + } else { + spqcd.epsilon = data[j] >> 3; + spqcd.mu = ((data[j] & 0x7) << 8) | data[j + 1]; + j += 2; + } + spqcds.push(spqcd); + } + qcd.SPqcds = spqcds; + if (context.mainHeader) { + context.QCD = qcd; + } else { + context.currentTile.QCD = qcd; + context.currentTile.QCC = []; + } + break; + case 0xFF5D: // Quantization component (QCC) + length = readUint16(data, position); + var qcc = {}; + j = position + 2; + var cqcc; + if (context.SIZ.Csiz < 257) { + cqcc = data[j++]; + } else { + cqcc = readUint16(data, j); + j += 2; + } + sqcd = data[j++]; + switch (sqcd & 0x1F) { + case 0: + spqcdSize = 8; + scalarExpounded = true; + break; + case 1: + spqcdSize = 16; + scalarExpounded = false; + break; + case 2: + spqcdSize = 16; + scalarExpounded = true; + break; + default: + throw new Error('JPX Error: Invalid SQcd value ' + sqcd); + } + qcc.noQuantization = (spqcdSize === 8); + qcc.scalarExpounded = scalarExpounded; + qcc.guardBits = sqcd >> 5; + spqcds = []; + while (j < (length + position)) { + spqcd = {}; + if (spqcdSize === 8) { + spqcd.epsilon = data[j++] >> 3; + spqcd.mu = 0; + } else { + spqcd.epsilon = data[j] >> 3; + spqcd.mu = ((data[j] & 0x7) << 8) | data[j + 1]; + j += 2; + } + spqcds.push(spqcd); + } + qcc.SPqcds = spqcds; + if (context.mainHeader) { + context.QCC[cqcc] = qcc; + } else { + context.currentTile.QCC[cqcc] = qcc; + } + break; + case 0xFF52: // Coding style default (COD) + length = readUint16(data, position); + var cod = {}; + j = position + 2; + var scod = data[j++]; + cod.entropyCoderWithCustomPrecincts = !!(scod & 1); + cod.sopMarkerUsed = !!(scod & 2); + cod.ephMarkerUsed = !!(scod & 4); + cod.progressionOrder = data[j++]; + cod.layersCount = readUint16(data, j); + j += 2; + cod.multipleComponentTransform = data[j++]; + + cod.decompositionLevelsCount = data[j++]; + cod.xcb = (data[j++] & 0xF) + 2; + cod.ycb = (data[j++] & 0xF) + 2; + var blockStyle = data[j++]; + cod.selectiveArithmeticCodingBypass = !!(blockStyle & 1); + cod.resetContextProbabilities = !!(blockStyle & 2); + cod.terminationOnEachCodingPass = !!(blockStyle & 4); + cod.verticalyStripe = !!(blockStyle & 8); + cod.predictableTermination = !!(blockStyle & 16); + cod.segmentationSymbolUsed = !!(blockStyle & 32); + cod.reversibleTransformation = data[j++]; + if (cod.entropyCoderWithCustomPrecincts) { + var precinctsSizes = []; + while (j < length + position) { + var precinctsSize = data[j++]; + precinctsSizes.push({ + PPx: precinctsSize & 0xF, + PPy: precinctsSize >> 4 + }); + } + cod.precinctsSizes = precinctsSizes; + } + var unsupported = []; + if (cod.selectiveArithmeticCodingBypass) { + unsupported.push('selectiveArithmeticCodingBypass'); + } + if (cod.resetContextProbabilities) { + unsupported.push('resetContextProbabilities'); + } + if (cod.terminationOnEachCodingPass) { + unsupported.push('terminationOnEachCodingPass'); + } + if (cod.verticalyStripe) { + unsupported.push('verticalyStripe'); + } + if (cod.predictableTermination) { + unsupported.push('predictableTermination'); + } + if (unsupported.length > 0) { + doNotRecover = true; + throw new Error('JPX Error: Unsupported COD options (' + + unsupported.join(', ') + ')'); + } + if (context.mainHeader) { + context.COD = cod; + } else { + context.currentTile.COD = cod; + context.currentTile.COC = []; + } + break; + case 0xFF90: // Start of tile-part (SOT) + length = readUint16(data, position); + tile = {}; + tile.index = readUint16(data, position + 2); + tile.length = readUint32(data, position + 4); + tile.dataEnd = tile.length + position - 2; + tile.partIndex = data[position + 8]; + tile.partsCount = data[position + 9]; + + context.mainHeader = false; + if (tile.partIndex === 0) { + // reset component specific settings + tile.COD = context.COD; + tile.COC = context.COC.slice(0); // clone of the global COC + tile.QCD = context.QCD; + tile.QCC = context.QCC.slice(0); // clone of the global COC + } + context.currentTile = tile; + break; + case 0xFF93: // Start of data (SOD) + tile = context.currentTile; + if (tile.partIndex === 0) { + initializeTile(context, tile.index); + buildPackets(context); + } + + // moving to the end of the data + length = tile.dataEnd - position; + parseTilePackets(context, data, position, length); + break; + case 0xFF55: // Tile-part lengths, main header (TLM) + case 0xFF57: // Packet length, main header (PLM) + case 0xFF58: // Packet length, tile-part header (PLT) + case 0xFF64: // Comment (COM) + length = readUint16(data, position); + // skipping content + break; + case 0xFF53: // Coding style component (COC) + throw new Error('JPX Error: Codestream code 0xFF53 (COC) is ' + + 'not implemented'); + default: + throw new Error('JPX Error: Unknown codestream code: ' + + code.toString(16)); + } + position += length; + } + } catch (e) { + if (doNotRecover || this.failOnCorruptedImage) { + throw e; + } else { + warn('Trying to recover from ' + e.message); + } + } + this.tiles = transformComponents(context); + this.width = context.SIZ.Xsiz - context.SIZ.XOsiz; + this.height = context.SIZ.Ysiz - context.SIZ.YOsiz; + this.componentsCount = context.SIZ.Csiz; + } + }; + function calculateComponentDimensions(component, siz) { + // Section B.2 Component mapping + component.x0 = Math.ceil(siz.XOsiz / component.XRsiz); + component.x1 = Math.ceil(siz.Xsiz / component.XRsiz); + component.y0 = Math.ceil(siz.YOsiz / component.YRsiz); + component.y1 = Math.ceil(siz.Ysiz / component.YRsiz); + component.width = component.x1 - component.x0; + component.height = component.y1 - component.y0; + } + function calculateTileGrids(context, components) { + var siz = context.SIZ; + // Section B.3 Division into tile and tile-components + var tile, tiles = []; + var numXtiles = Math.ceil((siz.Xsiz - siz.XTOsiz) / siz.XTsiz); + var numYtiles = Math.ceil((siz.Ysiz - siz.YTOsiz) / siz.YTsiz); + for (var q = 0; q < numYtiles; q++) { + for (var p = 0; p < numXtiles; p++) { + tile = {}; + tile.tx0 = Math.max(siz.XTOsiz + p * siz.XTsiz, siz.XOsiz); + tile.ty0 = Math.max(siz.YTOsiz + q * siz.YTsiz, siz.YOsiz); + tile.tx1 = Math.min(siz.XTOsiz + (p + 1) * siz.XTsiz, siz.Xsiz); + tile.ty1 = Math.min(siz.YTOsiz + (q + 1) * siz.YTsiz, siz.Ysiz); + tile.width = tile.tx1 - tile.tx0; + tile.height = tile.ty1 - tile.ty0; + tile.components = []; + tiles.push(tile); + } + } + context.tiles = tiles; + + var componentsCount = siz.Csiz; + for (var i = 0, ii = componentsCount; i < ii; i++) { + var component = components[i]; + for (var j = 0, jj = tiles.length; j < jj; j++) { + var tileComponent = {}; + tile = tiles[j]; + tileComponent.tcx0 = Math.ceil(tile.tx0 / component.XRsiz); + tileComponent.tcy0 = Math.ceil(tile.ty0 / component.YRsiz); + tileComponent.tcx1 = Math.ceil(tile.tx1 / component.XRsiz); + tileComponent.tcy1 = Math.ceil(tile.ty1 / component.YRsiz); + tileComponent.width = tileComponent.tcx1 - tileComponent.tcx0; + tileComponent.height = tileComponent.tcy1 - tileComponent.tcy0; + tile.components[i] = tileComponent; + } + } + } + function getBlocksDimensions(context, component, r) { + var codOrCoc = component.codingStyleParameters; + var result = {}; + if (!codOrCoc.entropyCoderWithCustomPrecincts) { + result.PPx = 15; + result.PPy = 15; + } else { + result.PPx = codOrCoc.precinctsSizes[r].PPx; + result.PPy = codOrCoc.precinctsSizes[r].PPy; + } + // calculate codeblock size as described in section B.7 + result.xcb_ = (r > 0 ? Math.min(codOrCoc.xcb, result.PPx - 1) : + Math.min(codOrCoc.xcb, result.PPx)); + result.ycb_ = (r > 0 ? Math.min(codOrCoc.ycb, result.PPy - 1) : + Math.min(codOrCoc.ycb, result.PPy)); + return result; + } + function buildPrecincts(context, resolution, dimensions) { + // Section B.6 Division resolution to precincts + var precinctWidth = 1 << dimensions.PPx; + var precinctHeight = 1 << dimensions.PPy; + // Jasper introduces codeblock groups for mapping each subband codeblocks + // to precincts. Precinct partition divides a resolution according to width + // and height parameters. The subband that belongs to the resolution level + // has a different size than the level, unless it is the zero resolution. + + // From Jasper documentation: jpeg2000.pdf, section K: Tier-2 coding: + // The precinct partitioning for a particular subband is derived from a + // partitioning of its parent LL band (i.e., the LL band at the next higher + // resolution level)... The LL band associated with each resolution level is + // divided into precincts... Each of the resulting precinct regions is then + // mapped into its child subbands (if any) at the next lower resolution + // level. This is accomplished by using the coordinate transformation + // (u, v) = (ceil(x/2), ceil(y/2)) where (x, y) and (u, v) are the + // coordinates of a point in the LL band and child subband, respectively. + var isZeroRes = resolution.resLevel === 0; + var precinctWidthInSubband = 1 << (dimensions.PPx + (isZeroRes ? 0 : -1)); + var precinctHeightInSubband = 1 << (dimensions.PPy + (isZeroRes ? 0 : -1)); + var numprecinctswide = (resolution.trx1 > resolution.trx0 ? + Math.ceil(resolution.trx1 / precinctWidth) - + Math.floor(resolution.trx0 / precinctWidth) : 0); + var numprecinctshigh = (resolution.try1 > resolution.try0 ? + Math.ceil(resolution.try1 / precinctHeight) - + Math.floor(resolution.try0 / precinctHeight) : 0); + var numprecincts = numprecinctswide * numprecinctshigh; + + resolution.precinctParameters = { + precinctWidth: precinctWidth, + precinctHeight: precinctHeight, + numprecinctswide: numprecinctswide, + numprecinctshigh: numprecinctshigh, + numprecincts: numprecincts, + precinctWidthInSubband: precinctWidthInSubband, + precinctHeightInSubband: precinctHeightInSubband + }; + } + function buildCodeblocks(context, subband, dimensions) { + // Section B.7 Division sub-band into code-blocks + var xcb_ = dimensions.xcb_; + var ycb_ = dimensions.ycb_; + var codeblockWidth = 1 << xcb_; + var codeblockHeight = 1 << ycb_; + var cbx0 = subband.tbx0 >> xcb_; + var cby0 = subband.tby0 >> ycb_; + var cbx1 = (subband.tbx1 + codeblockWidth - 1) >> xcb_; + var cby1 = (subband.tby1 + codeblockHeight - 1) >> ycb_; + var precinctParameters = subband.resolution.precinctParameters; + var codeblocks = []; + var precincts = []; + var i, j, codeblock, precinctNumber; + for (j = cby0; j < cby1; j++) { + for (i = cbx0; i < cbx1; i++) { + codeblock = { + cbx: i, + cby: j, + tbx0: codeblockWidth * i, + tby0: codeblockHeight * j, + tbx1: codeblockWidth * (i + 1), + tby1: codeblockHeight * (j + 1) + }; + + codeblock.tbx0_ = Math.max(subband.tbx0, codeblock.tbx0); + codeblock.tby0_ = Math.max(subband.tby0, codeblock.tby0); + codeblock.tbx1_ = Math.min(subband.tbx1, codeblock.tbx1); + codeblock.tby1_ = Math.min(subband.tby1, codeblock.tby1); + + // Calculate precinct number for this codeblock, codeblock position + // should be relative to its subband, use actual dimension and position + // See comment about codeblock group width and height + var pi = Math.floor((codeblock.tbx0_ - subband.tbx0) / + precinctParameters.precinctWidthInSubband); + var pj = Math.floor((codeblock.tby0_ - subband.tby0) / + precinctParameters.precinctHeightInSubband); + precinctNumber = pi + (pj * precinctParameters.numprecinctswide); + + codeblock.precinctNumber = precinctNumber; + codeblock.subbandType = subband.type; + codeblock.Lblock = 3; + + if (codeblock.tbx1_ <= codeblock.tbx0_ || + codeblock.tby1_ <= codeblock.tby0_) { + continue; + } + codeblocks.push(codeblock); + // building precinct for the sub-band + var precinct = precincts[precinctNumber]; + if (precinct !== undefined) { + if (i < precinct.cbxMin) { + precinct.cbxMin = i; + } else if (i > precinct.cbxMax) { + precinct.cbxMax = i; + } + if (j < precinct.cbyMin) { + precinct.cbxMin = j; + } else if (j > precinct.cbyMax) { + precinct.cbyMax = j; + } + } else { + precincts[precinctNumber] = precinct = { + cbxMin: i, + cbyMin: j, + cbxMax: i, + cbyMax: j + }; + } + codeblock.precinct = precinct; + } + } + subband.codeblockParameters = { + codeblockWidth: xcb_, + codeblockHeight: ycb_, + numcodeblockwide: cbx1 - cbx0 + 1, + numcodeblockhigh: cby1 - cby0 + 1 + }; + subband.codeblocks = codeblocks; + subband.precincts = precincts; + } + function createPacket(resolution, precinctNumber, layerNumber) { + var precinctCodeblocks = []; + // Section B.10.8 Order of info in packet + var subbands = resolution.subbands; + // sub-bands already ordered in 'LL', 'HL', 'LH', and 'HH' sequence + for (var i = 0, ii = subbands.length; i < ii; i++) { + var subband = subbands[i]; + var codeblocks = subband.codeblocks; + for (var j = 0, jj = codeblocks.length; j < jj; j++) { + var codeblock = codeblocks[j]; + if (codeblock.precinctNumber !== precinctNumber) { + continue; + } + precinctCodeblocks.push(codeblock); + } + } + return { + layerNumber: layerNumber, + codeblocks: precinctCodeblocks + }; + } + function LayerResolutionComponentPositionIterator(context) { + var siz = context.SIZ; + var tileIndex = context.currentTile.index; + var tile = context.tiles[tileIndex]; + var layersCount = tile.codingStyleDefaultParameters.layersCount; + var componentsCount = siz.Csiz; + var maxDecompositionLevelsCount = 0; + for (var q = 0; q < componentsCount; q++) { + maxDecompositionLevelsCount = Math.max(maxDecompositionLevelsCount, + tile.components[q].codingStyleParameters.decompositionLevelsCount); + } + + var l = 0, r = 0, i = 0, k = 0; + + this.nextPacket = function JpxImage_nextPacket() { + // Section B.12.1.1 Layer-resolution-component-position + for (; l < layersCount; l++) { + for (; r <= maxDecompositionLevelsCount; r++) { + for (; i < componentsCount; i++) { + var component = tile.components[i]; + if (r > component.codingStyleParameters.decompositionLevelsCount) { + continue; + } + + var resolution = component.resolutions[r]; + var numprecincts = resolution.precinctParameters.numprecincts; + for (; k < numprecincts;) { + var packet = createPacket(resolution, k, l); + k++; + return packet; + } + k = 0; + } + i = 0; + } + r = 0; + } + throw new Error('JPX Error: Out of packets'); + }; + } + function ResolutionLayerComponentPositionIterator(context) { + var siz = context.SIZ; + var tileIndex = context.currentTile.index; + var tile = context.tiles[tileIndex]; + var layersCount = tile.codingStyleDefaultParameters.layersCount; + var componentsCount = siz.Csiz; + var maxDecompositionLevelsCount = 0; + for (var q = 0; q < componentsCount; q++) { + maxDecompositionLevelsCount = Math.max(maxDecompositionLevelsCount, + tile.components[q].codingStyleParameters.decompositionLevelsCount); + } + + var r = 0, l = 0, i = 0, k = 0; + + this.nextPacket = function JpxImage_nextPacket() { + // Section B.12.1.2 Resolution-layer-component-position + for (; r <= maxDecompositionLevelsCount; r++) { + for (; l < layersCount; l++) { + for (; i < componentsCount; i++) { + var component = tile.components[i]; + if (r > component.codingStyleParameters.decompositionLevelsCount) { + continue; + } + + var resolution = component.resolutions[r]; + var numprecincts = resolution.precinctParameters.numprecincts; + for (; k < numprecincts;) { + var packet = createPacket(resolution, k, l); + k++; + return packet; + } + k = 0; + } + i = 0; + } + l = 0; + } + throw new Error('JPX Error: Out of packets'); + }; + } + function ResolutionPositionComponentLayerIterator(context) { + var siz = context.SIZ; + var tileIndex = context.currentTile.index; + var tile = context.tiles[tileIndex]; + var layersCount = tile.codingStyleDefaultParameters.layersCount; + var componentsCount = siz.Csiz; + var l, r, c, p; + var maxDecompositionLevelsCount = 0; + for (c = 0; c < componentsCount; c++) { + var component = tile.components[c]; + maxDecompositionLevelsCount = Math.max(maxDecompositionLevelsCount, + component.codingStyleParameters.decompositionLevelsCount); + } + var maxNumPrecinctsInLevel = new Int32Array( + maxDecompositionLevelsCount + 1); + for (r = 0; r <= maxDecompositionLevelsCount; ++r) { + var maxNumPrecincts = 0; + for (c = 0; c < componentsCount; ++c) { + var resolutions = tile.components[c].resolutions; + if (r < resolutions.length) { + maxNumPrecincts = Math.max(maxNumPrecincts, + resolutions[r].precinctParameters.numprecincts); + } + } + maxNumPrecinctsInLevel[r] = maxNumPrecincts; + } + l = 0; + r = 0; + c = 0; + p = 0; + + this.nextPacket = function JpxImage_nextPacket() { + // Section B.12.1.3 Resolution-position-component-layer + for (; r <= maxDecompositionLevelsCount; r++) { + for (; p < maxNumPrecinctsInLevel[r]; p++) { + for (; c < componentsCount; c++) { + var component = tile.components[c]; + if (r > component.codingStyleParameters.decompositionLevelsCount) { + continue; + } + var resolution = component.resolutions[r]; + var numprecincts = resolution.precinctParameters.numprecincts; + if (p >= numprecincts) { + continue; + } + for (; l < layersCount;) { + var packet = createPacket(resolution, p, l); + l++; + return packet; + } + l = 0; + } + c = 0; + } + p = 0; + } + throw new Error('JPX Error: Out of packets'); + }; + } + function PositionComponentResolutionLayerIterator(context) { + var siz = context.SIZ; + var tileIndex = context.currentTile.index; + var tile = context.tiles[tileIndex]; + var layersCount = tile.codingStyleDefaultParameters.layersCount; + var componentsCount = siz.Csiz; + var precinctsSizes = getPrecinctSizesInImageScale(tile); + var precinctsIterationSizes = precinctsSizes; + var l = 0, r = 0, c = 0, px = 0, py = 0; + + this.nextPacket = function JpxImage_nextPacket() { + // Section B.12.1.4 Position-component-resolution-layer + for (; py < precinctsIterationSizes.maxNumHigh; py++) { + for (; px < precinctsIterationSizes.maxNumWide; px++) { + for (; c < componentsCount; c++) { + var component = tile.components[c]; + var decompositionLevelsCount = + component.codingStyleParameters.decompositionLevelsCount; + for (; r <= decompositionLevelsCount; r++) { + var resolution = component.resolutions[r]; + var sizeInImageScale = + precinctsSizes.components[c].resolutions[r]; + var k = getPrecinctIndexIfExist( + px, + py, + sizeInImageScale, + precinctsIterationSizes, + resolution); + if (k === null) { + continue; + } + for (; l < layersCount;) { + var packet = createPacket(resolution, k, l); + l++; + return packet; + } + l = 0; + } + r = 0; + } + c = 0; + } + px = 0; + } + throw new Error('JPX Error: Out of packets'); + }; + } + function ComponentPositionResolutionLayerIterator(context) { + var siz = context.SIZ; + var tileIndex = context.currentTile.index; + var tile = context.tiles[tileIndex]; + var layersCount = tile.codingStyleDefaultParameters.layersCount; + var componentsCount = siz.Csiz; + var precinctsSizes = getPrecinctSizesInImageScale(tile); + var l = 0, r = 0, c = 0, px = 0, py = 0; + + this.nextPacket = function JpxImage_nextPacket() { + // Section B.12.1.5 Component-position-resolution-layer + for (; c < componentsCount; ++c) { + var component = tile.components[c]; + var precinctsIterationSizes = precinctsSizes.components[c]; + var decompositionLevelsCount = + component.codingStyleParameters.decompositionLevelsCount; + for (; py < precinctsIterationSizes.maxNumHigh; py++) { + for (; px < precinctsIterationSizes.maxNumWide; px++) { + for (; r <= decompositionLevelsCount; r++) { + var resolution = component.resolutions[r]; + var sizeInImageScale = precinctsIterationSizes.resolutions[r]; + var k = getPrecinctIndexIfExist( + px, + py, + sizeInImageScale, + precinctsIterationSizes, + resolution); + if (k === null) { + continue; + } + for (; l < layersCount;) { + var packet = createPacket(resolution, k, l); + l++; + return packet; + } + l = 0; + } + r = 0; + } + px = 0; + } + py = 0; + } + throw new Error('JPX Error: Out of packets'); + }; + } + function getPrecinctIndexIfExist( + pxIndex, pyIndex, sizeInImageScale, precinctIterationSizes, resolution) { + var posX = pxIndex * precinctIterationSizes.minWidth; + var posY = pyIndex * precinctIterationSizes.minHeight; + if (posX % sizeInImageScale.width !== 0 || + posY % sizeInImageScale.height !== 0) { + return null; + } + var startPrecinctRowIndex = + (posY / sizeInImageScale.width) * + resolution.precinctParameters.numprecinctswide; + return (posX / sizeInImageScale.height) + startPrecinctRowIndex; + } + function getPrecinctSizesInImageScale(tile) { + var componentsCount = tile.components.length; + var minWidth = Number.MAX_VALUE; + var minHeight = Number.MAX_VALUE; + var maxNumWide = 0; + var maxNumHigh = 0; + var sizePerComponent = new Array(componentsCount); + for (var c = 0; c < componentsCount; c++) { + var component = tile.components[c]; + var decompositionLevelsCount = + component.codingStyleParameters.decompositionLevelsCount; + var sizePerResolution = new Array(decompositionLevelsCount + 1); + var minWidthCurrentComponent = Number.MAX_VALUE; + var minHeightCurrentComponent = Number.MAX_VALUE; + var maxNumWideCurrentComponent = 0; + var maxNumHighCurrentComponent = 0; + var scale = 1; + for (var r = decompositionLevelsCount; r >= 0; --r) { + var resolution = component.resolutions[r]; + var widthCurrentResolution = + scale * resolution.precinctParameters.precinctWidth; + var heightCurrentResolution = + scale * resolution.precinctParameters.precinctHeight; + minWidthCurrentComponent = Math.min( + minWidthCurrentComponent, + widthCurrentResolution); + minHeightCurrentComponent = Math.min( + minHeightCurrentComponent, + heightCurrentResolution); + maxNumWideCurrentComponent = Math.max(maxNumWideCurrentComponent, + resolution.precinctParameters.numprecinctswide); + maxNumHighCurrentComponent = Math.max(maxNumHighCurrentComponent, + resolution.precinctParameters.numprecinctshigh); + sizePerResolution[r] = { + width: widthCurrentResolution, + height: heightCurrentResolution + }; + scale <<= 1; + } + minWidth = Math.min(minWidth, minWidthCurrentComponent); + minHeight = Math.min(minHeight, minHeightCurrentComponent); + maxNumWide = Math.max(maxNumWide, maxNumWideCurrentComponent); + maxNumHigh = Math.max(maxNumHigh, maxNumHighCurrentComponent); + sizePerComponent[c] = { + resolutions: sizePerResolution, + minWidth: minWidthCurrentComponent, + minHeight: minHeightCurrentComponent, + maxNumWide: maxNumWideCurrentComponent, + maxNumHigh: maxNumHighCurrentComponent + }; + } + return { + components: sizePerComponent, + minWidth: minWidth, + minHeight: minHeight, + maxNumWide: maxNumWide, + maxNumHigh: maxNumHigh + }; + } + function buildPackets(context) { + var siz = context.SIZ; + var tileIndex = context.currentTile.index; + var tile = context.tiles[tileIndex]; + var componentsCount = siz.Csiz; + // Creating resolutions and sub-bands for each component + for (var c = 0; c < componentsCount; c++) { + var component = tile.components[c]; + var decompositionLevelsCount = + component.codingStyleParameters.decompositionLevelsCount; + // Section B.5 Resolution levels and sub-bands + var resolutions = []; + var subbands = []; + for (var r = 0; r <= decompositionLevelsCount; r++) { + var blocksDimensions = getBlocksDimensions(context, component, r); + var resolution = {}; + var scale = 1 << (decompositionLevelsCount - r); + resolution.trx0 = Math.ceil(component.tcx0 / scale); + resolution.try0 = Math.ceil(component.tcy0 / scale); + resolution.trx1 = Math.ceil(component.tcx1 / scale); + resolution.try1 = Math.ceil(component.tcy1 / scale); + resolution.resLevel = r; + buildPrecincts(context, resolution, blocksDimensions); + resolutions.push(resolution); + + var subband; + if (r === 0) { + // one sub-band (LL) with last decomposition + subband = {}; + subband.type = 'LL'; + subband.tbx0 = Math.ceil(component.tcx0 / scale); + subband.tby0 = Math.ceil(component.tcy0 / scale); + subband.tbx1 = Math.ceil(component.tcx1 / scale); + subband.tby1 = Math.ceil(component.tcy1 / scale); + subband.resolution = resolution; + buildCodeblocks(context, subband, blocksDimensions); + subbands.push(subband); + resolution.subbands = [subband]; + } else { + var bscale = 1 << (decompositionLevelsCount - r + 1); + var resolutionSubbands = []; + // three sub-bands (HL, LH and HH) with rest of decompositions + subband = {}; + subband.type = 'HL'; + subband.tbx0 = Math.ceil(component.tcx0 / bscale - 0.5); + subband.tby0 = Math.ceil(component.tcy0 / bscale); + subband.tbx1 = Math.ceil(component.tcx1 / bscale - 0.5); + subband.tby1 = Math.ceil(component.tcy1 / bscale); + subband.resolution = resolution; + buildCodeblocks(context, subband, blocksDimensions); + subbands.push(subband); + resolutionSubbands.push(subband); + + subband = {}; + subband.type = 'LH'; + subband.tbx0 = Math.ceil(component.tcx0 / bscale); + subband.tby0 = Math.ceil(component.tcy0 / bscale - 0.5); + subband.tbx1 = Math.ceil(component.tcx1 / bscale); + subband.tby1 = Math.ceil(component.tcy1 / bscale - 0.5); + subband.resolution = resolution; + buildCodeblocks(context, subband, blocksDimensions); + subbands.push(subband); + resolutionSubbands.push(subband); + + subband = {}; + subband.type = 'HH'; + subband.tbx0 = Math.ceil(component.tcx0 / bscale - 0.5); + subband.tby0 = Math.ceil(component.tcy0 / bscale - 0.5); + subband.tbx1 = Math.ceil(component.tcx1 / bscale - 0.5); + subband.tby1 = Math.ceil(component.tcy1 / bscale - 0.5); + subband.resolution = resolution; + buildCodeblocks(context, subband, blocksDimensions); + subbands.push(subband); + resolutionSubbands.push(subband); + + resolution.subbands = resolutionSubbands; + } + } + component.resolutions = resolutions; + component.subbands = subbands; + } + // Generate the packets sequence + var progressionOrder = tile.codingStyleDefaultParameters.progressionOrder; + switch (progressionOrder) { + case 0: + tile.packetsIterator = + new LayerResolutionComponentPositionIterator(context); + break; + case 1: + tile.packetsIterator = + new ResolutionLayerComponentPositionIterator(context); + break; + case 2: + tile.packetsIterator = + new ResolutionPositionComponentLayerIterator(context); + break; + case 3: + tile.packetsIterator = + new PositionComponentResolutionLayerIterator(context); + break; + case 4: + tile.packetsIterator = + new ComponentPositionResolutionLayerIterator(context); + break; + default: + throw new Error('JPX Error: Unsupported progression order ' + + progressionOrder); + } + } + function parseTilePackets(context, data, offset, dataLength) { + var position = 0; + var buffer, bufferSize = 0, skipNextBit = false; + function readBits(count) { + while (bufferSize < count) { + var b = data[offset + position]; + position++; + if (skipNextBit) { + buffer = (buffer << 7) | b; + bufferSize += 7; + skipNextBit = false; + } else { + buffer = (buffer << 8) | b; + bufferSize += 8; + } + if (b === 0xFF) { + skipNextBit = true; + } + } + bufferSize -= count; + return (buffer >>> bufferSize) & ((1 << count) - 1); + } + function skipMarkerIfEqual(value) { + if (data[offset + position - 1] === 0xFF && + data[offset + position] === value) { + skipBytes(1); + return true; + } else if (data[offset + position] === 0xFF && + data[offset + position + 1] === value) { + skipBytes(2); + return true; + } + return false; + } + function skipBytes(count) { + position += count; + } + function alignToByte() { + bufferSize = 0; + if (skipNextBit) { + position++; + skipNextBit = false; + } + } + function readCodingpasses() { + if (readBits(1) === 0) { + return 1; + } + if (readBits(1) === 0) { + return 2; + } + var value = readBits(2); + if (value < 3) { + return value + 3; + } + value = readBits(5); + if (value < 31) { + return value + 6; + } + value = readBits(7); + return value + 37; + } + var tileIndex = context.currentTile.index; + var tile = context.tiles[tileIndex]; + var sopMarkerUsed = context.COD.sopMarkerUsed; + var ephMarkerUsed = context.COD.ephMarkerUsed; + var packetsIterator = tile.packetsIterator; + while (position < dataLength) { + alignToByte(); + if (sopMarkerUsed && skipMarkerIfEqual(0x91)) { + // Skip also marker segment length and packet sequence ID + skipBytes(4); + } + var packet = packetsIterator.nextPacket(); + if (!readBits(1)) { + continue; + } + var layerNumber = packet.layerNumber; + var queue = [], codeblock; + for (var i = 0, ii = packet.codeblocks.length; i < ii; i++) { + codeblock = packet.codeblocks[i]; + var precinct = codeblock.precinct; + var codeblockColumn = codeblock.cbx - precinct.cbxMin; + var codeblockRow = codeblock.cby - precinct.cbyMin; + var codeblockIncluded = false; + var firstTimeInclusion = false; + var valueReady; + if (codeblock['included'] !== undefined) { + codeblockIncluded = !!readBits(1); + } else { + // reading inclusion tree + precinct = codeblock.precinct; + var inclusionTree, zeroBitPlanesTree; + if (precinct['inclusionTree'] !== undefined) { + inclusionTree = precinct.inclusionTree; + } else { + // building inclusion and zero bit-planes trees + var width = precinct.cbxMax - precinct.cbxMin + 1; + var height = precinct.cbyMax - precinct.cbyMin + 1; + inclusionTree = new InclusionTree(width, height, layerNumber); + zeroBitPlanesTree = new TagTree(width, height); + precinct.inclusionTree = inclusionTree; + precinct.zeroBitPlanesTree = zeroBitPlanesTree; + } + + if (inclusionTree.reset(codeblockColumn, codeblockRow, layerNumber)) { + while (true) { + if (readBits(1)) { + valueReady = !inclusionTree.nextLevel(); + if (valueReady) { + codeblock.included = true; + codeblockIncluded = firstTimeInclusion = true; + break; + } + } else { + inclusionTree.incrementValue(layerNumber); + break; + } + } + } + } + if (!codeblockIncluded) { + continue; + } + if (firstTimeInclusion) { + zeroBitPlanesTree = precinct.zeroBitPlanesTree; + zeroBitPlanesTree.reset(codeblockColumn, codeblockRow); + while (true) { + if (readBits(1)) { + valueReady = !zeroBitPlanesTree.nextLevel(); + if (valueReady) { + break; + } + } else { + zeroBitPlanesTree.incrementValue(); + } + } + codeblock.zeroBitPlanes = zeroBitPlanesTree.value; + } + var codingpasses = readCodingpasses(); + while (readBits(1)) { + codeblock.Lblock++; + } + var codingpassesLog2 = log2(codingpasses); + // rounding down log2 + var bits = ((codingpasses < (1 << codingpassesLog2)) ? + codingpassesLog2 - 1 : codingpassesLog2) + codeblock.Lblock; + var codedDataLength = readBits(bits); + queue.push({ + codeblock: codeblock, + codingpasses: codingpasses, + dataLength: codedDataLength + }); + } + alignToByte(); + if (ephMarkerUsed) { + skipMarkerIfEqual(0x92); + } + while (queue.length > 0) { + var packetItem = queue.shift(); + codeblock = packetItem.codeblock; + if (codeblock['data'] === undefined) { + codeblock.data = []; + } + codeblock.data.push({ + data: data, + start: offset + position, + end: offset + position + packetItem.dataLength, + codingpasses: packetItem.codingpasses + }); + position += packetItem.dataLength; + } + } + return position; + } + function copyCoefficients(coefficients, levelWidth, levelHeight, subband, + delta, mb, reversible, segmentationSymbolUsed) { + var x0 = subband.tbx0; + var y0 = subband.tby0; + var width = subband.tbx1 - subband.tbx0; + var codeblocks = subband.codeblocks; + var right = subband.type.charAt(0) === 'H' ? 1 : 0; + var bottom = subband.type.charAt(1) === 'H' ? levelWidth : 0; + + for (var i = 0, ii = codeblocks.length; i < ii; ++i) { + var codeblock = codeblocks[i]; + var blockWidth = codeblock.tbx1_ - codeblock.tbx0_; + var blockHeight = codeblock.tby1_ - codeblock.tby0_; + if (blockWidth === 0 || blockHeight === 0) { + continue; + } + if (codeblock['data'] === undefined) { + continue; + } + + var bitModel, currentCodingpassType; + bitModel = new BitModel(blockWidth, blockHeight, codeblock.subbandType, + codeblock.zeroBitPlanes, mb); + currentCodingpassType = 2; // first bit plane starts from cleanup + + // collect data + var data = codeblock.data, totalLength = 0, codingpasses = 0; + var j, jj, dataItem; + for (j = 0, jj = data.length; j < jj; j++) { + dataItem = data[j]; + totalLength += dataItem.end - dataItem.start; + codingpasses += dataItem.codingpasses; + } + var encodedData = new Uint8Array(totalLength); + var position = 0; + for (j = 0, jj = data.length; j < jj; j++) { + dataItem = data[j]; + var chunk = dataItem.data.subarray(dataItem.start, dataItem.end); + encodedData.set(chunk, position); + position += chunk.length; + } + // decoding the item + var decoder = new ArithmeticDecoder(encodedData, 0, totalLength); + bitModel.setDecoder(decoder); + + for (j = 0; j < codingpasses; j++) { + switch (currentCodingpassType) { + case 0: + bitModel.runSignificancePropogationPass(); + break; + case 1: + bitModel.runMagnitudeRefinementPass(); + break; + case 2: + bitModel.runCleanupPass(); + if (segmentationSymbolUsed) { + bitModel.checkSegmentationSymbol(); + } + break; + } + currentCodingpassType = (currentCodingpassType + 1) % 3; + } + + var offset = (codeblock.tbx0_ - x0) + (codeblock.tby0_ - y0) * width; + var sign = bitModel.coefficentsSign; + var magnitude = bitModel.coefficentsMagnitude; + var bitsDecoded = bitModel.bitsDecoded; + var magnitudeCorrection = reversible ? 0 : 0.5; + var k, n, nb; + position = 0; + // Do the interleaving of Section F.3.3 here, so we do not need + // to copy later. LL level is not interleaved, just copied. + var interleave = (subband.type !== 'LL'); + for (j = 0; j < blockHeight; j++) { + var row = (offset / width) | 0; // row in the non-interleaved subband + var levelOffset = 2 * row * (levelWidth - width) + right + bottom; + for (k = 0; k < blockWidth; k++) { + n = magnitude[position]; + if (n !== 0) { + n = (n + magnitudeCorrection) * delta; + if (sign[position] !== 0) { + n = -n; + } + nb = bitsDecoded[position]; + var pos = interleave ? (levelOffset + (offset << 1)) : offset; + if (reversible && (nb >= mb)) { + coefficients[pos] = n; + } else { + coefficients[pos] = n * (1 << (mb - nb)); + } + } + offset++; + position++; + } + offset += width - blockWidth; + } + } + } + function transformTile(context, tile, c) { + var component = tile.components[c]; + var codingStyleParameters = component.codingStyleParameters; + var quantizationParameters = component.quantizationParameters; + var decompositionLevelsCount = + codingStyleParameters.decompositionLevelsCount; + var spqcds = quantizationParameters.SPqcds; + var scalarExpounded = quantizationParameters.scalarExpounded; + var guardBits = quantizationParameters.guardBits; + var segmentationSymbolUsed = codingStyleParameters.segmentationSymbolUsed; + var precision = context.components[c].precision; + + var reversible = codingStyleParameters.reversibleTransformation; + var transform = (reversible ? new ReversibleTransform() : + new IrreversibleTransform()); + + var subbandCoefficients = []; + var b = 0; + for (var i = 0; i <= decompositionLevelsCount; i++) { + var resolution = component.resolutions[i]; + + var width = resolution.trx1 - resolution.trx0; + var height = resolution.try1 - resolution.try0; + // Allocate space for the whole sublevel. + var coefficients = new Float32Array(width * height); + + for (var j = 0, jj = resolution.subbands.length; j < jj; j++) { + var mu, epsilon; + if (!scalarExpounded) { + // formula E-5 + mu = spqcds[0].mu; + epsilon = spqcds[0].epsilon + (i > 0 ? 1 - i : 0); + } else { + mu = spqcds[b].mu; + epsilon = spqcds[b].epsilon; + b++; + } + + var subband = resolution.subbands[j]; + var gainLog2 = SubbandsGainLog2[subband.type]; + + // calulate quantization coefficient (Section E.1.1.1) + var delta = (reversible ? 1 : + Math.pow(2, precision + gainLog2 - epsilon) * (1 + mu / 2048)); + var mb = (guardBits + epsilon - 1); + + // In the first resolution level, copyCoefficients will fill the + // whole array with coefficients. In the succeding passes, + // copyCoefficients will consecutively fill in the values that belong + // to the interleaved positions of the HL, LH, and HH coefficients. + // The LL coefficients will then be interleaved in Transform.iterate(). + copyCoefficients(coefficients, width, height, subband, delta, mb, + reversible, segmentationSymbolUsed); + } + subbandCoefficients.push({ + width: width, + height: height, + items: coefficients + }); + } + + var result = transform.calculate(subbandCoefficients, + component.tcx0, component.tcy0); + return { + left: component.tcx0, + top: component.tcy0, + width: result.width, + height: result.height, + items: result.items + }; + } + function transformComponents(context) { + var siz = context.SIZ; + var components = context.components; + var componentsCount = siz.Csiz; + var resultImages = []; + for (var i = 0, ii = context.tiles.length; i < ii; i++) { + var tile = context.tiles[i]; + var transformedTiles = []; + var c; + for (c = 0; c < componentsCount; c++) { + transformedTiles[c] = transformTile(context, tile, c); + } + var tile0 = transformedTiles[0]; + var out = new Uint8Array(tile0.items.length * componentsCount); + var result = { + left: tile0.left, + top: tile0.top, + width: tile0.width, + height: tile0.height, + items: out + }; + + // Section G.2.2 Inverse multi component transform + var shift, offset, max, min, maxK; + var pos = 0, j, jj, y0, y1, y2, r, g, b, k, val; + if (tile.codingStyleDefaultParameters.multipleComponentTransform) { + var fourComponents = componentsCount === 4; + var y0items = transformedTiles[0].items; + var y1items = transformedTiles[1].items; + var y2items = transformedTiles[2].items; + var y3items = fourComponents ? transformedTiles[3].items : null; + + // HACK: The multiple component transform formulas below assume that + // all components have the same precision. With this in mind, we + // compute shift and offset only once. + shift = components[0].precision - 8; + offset = (128 << shift) + 0.5; + max = 255 * (1 << shift); + maxK = max * 0.5; + min = -maxK; + + var component0 = tile.components[0]; + var alpha01 = componentsCount - 3; + jj = y0items.length; + if (!component0.codingStyleParameters.reversibleTransformation) { + // inverse irreversible multiple component transform + for (j = 0; j < jj; j++, pos += alpha01) { + y0 = y0items[j] + offset; + y1 = y1items[j]; + y2 = y2items[j]; + r = y0 + 1.402 * y2; + g = y0 - 0.34413 * y1 - 0.71414 * y2; + b = y0 + 1.772 * y1; + out[pos++] = r <= 0 ? 0 : r >= max ? 255 : r >> shift; + out[pos++] = g <= 0 ? 0 : g >= max ? 255 : g >> shift; + out[pos++] = b <= 0 ? 0 : b >= max ? 255 : b >> shift; + } + } else { + // inverse reversible multiple component transform + for (j = 0; j < jj; j++, pos += alpha01) { + y0 = y0items[j] + offset; + y1 = y1items[j]; + y2 = y2items[j]; + g = y0 - ((y2 + y1) >> 2); + r = g + y2; + b = g + y1; + out[pos++] = r <= 0 ? 0 : r >= max ? 255 : r >> shift; + out[pos++] = g <= 0 ? 0 : g >= max ? 255 : g >> shift; + out[pos++] = b <= 0 ? 0 : b >= max ? 255 : b >> shift; + } + } + if (fourComponents) { + for (j = 0, pos = 3; j < jj; j++, pos += 4) { + k = y3items[j]; + out[pos] = k <= min ? 0 : k >= maxK ? 255 : (k + offset) >> shift; + } + } + } else { // no multi-component transform + for (c = 0; c < componentsCount; c++) { + var items = transformedTiles[c].items; + shift = components[c].precision - 8; + offset = (128 << shift) + 0.5; + max = (127.5 * (1 << shift)); + min = -max; + for (pos = c, j = 0, jj = items.length; j < jj; j++) { + val = items[j]; + out[pos] = val <= min ? 0 : + val >= max ? 255 : (val + offset) >> shift; + pos += componentsCount; + } + } + } + resultImages.push(result); + } + return resultImages; + } + function initializeTile(context, tileIndex) { + var siz = context.SIZ; + var componentsCount = siz.Csiz; + var tile = context.tiles[tileIndex]; + for (var c = 0; c < componentsCount; c++) { + var component = tile.components[c]; + var qcdOrQcc = (context.currentTile.QCC[c] !== undefined ? + context.currentTile.QCC[c] : context.currentTile.QCD); + component.quantizationParameters = qcdOrQcc; + var codOrCoc = (context.currentTile.COC[c] !== undefined ? + context.currentTile.COC[c] : context.currentTile.COD); + component.codingStyleParameters = codOrCoc; + } + tile.codingStyleDefaultParameters = context.currentTile.COD; + } + + // Section B.10.2 Tag trees + var TagTree = (function TagTreeClosure() { + function TagTree(width, height) { + var levelsLength = log2(Math.max(width, height)) + 1; + this.levels = []; + for (var i = 0; i < levelsLength; i++) { + var level = { + width: width, + height: height, + items: [] + }; + this.levels.push(level); + width = Math.ceil(width / 2); + height = Math.ceil(height / 2); + } + } + TagTree.prototype = { + reset: function TagTree_reset(i, j) { + var currentLevel = 0, value = 0, level; + while (currentLevel < this.levels.length) { + level = this.levels[currentLevel]; + var index = i + j * level.width; + if (level.items[index] !== undefined) { + value = level.items[index]; + break; + } + level.index = index; + i >>= 1; + j >>= 1; + currentLevel++; + } + currentLevel--; + level = this.levels[currentLevel]; + level.items[level.index] = value; + this.currentLevel = currentLevel; + delete this.value; + }, + incrementValue: function TagTree_incrementValue() { + var level = this.levels[this.currentLevel]; + level.items[level.index]++; + }, + nextLevel: function TagTree_nextLevel() { + var currentLevel = this.currentLevel; + var level = this.levels[currentLevel]; + var value = level.items[level.index]; + currentLevel--; + if (currentLevel < 0) { + this.value = value; + return false; + } + + this.currentLevel = currentLevel; + level = this.levels[currentLevel]; + level.items[level.index] = value; + return true; + } + }; + return TagTree; + })(); + + var InclusionTree = (function InclusionTreeClosure() { + function InclusionTree(width, height, defaultValue) { + var levelsLength = log2(Math.max(width, height)) + 1; + this.levels = []; + for (var i = 0; i < levelsLength; i++) { + var items = new Uint8Array(width * height); + for (var j = 0, jj = items.length; j < jj; j++) { + items[j] = defaultValue; + } + + var level = { + width: width, + height: height, + items: items + }; + this.levels.push(level); + + width = Math.ceil(width / 2); + height = Math.ceil(height / 2); + } + } + InclusionTree.prototype = { + reset: function InclusionTree_reset(i, j, stopValue) { + var currentLevel = 0; + while (currentLevel < this.levels.length) { + var level = this.levels[currentLevel]; + var index = i + j * level.width; + level.index = index; + var value = level.items[index]; + + if (value === 0xFF) { + break; + } + + if (value > stopValue) { + this.currentLevel = currentLevel; + // already know about this one, propagating the value to top levels + this.propagateValues(); + return false; + } + + i >>= 1; + j >>= 1; + currentLevel++; + } + this.currentLevel = currentLevel - 1; + return true; + }, + incrementValue: function InclusionTree_incrementValue(stopValue) { + var level = this.levels[this.currentLevel]; + level.items[level.index] = stopValue + 1; + this.propagateValues(); + }, + propagateValues: function InclusionTree_propagateValues() { + var levelIndex = this.currentLevel; + var level = this.levels[levelIndex]; + var currentValue = level.items[level.index]; + while (--levelIndex >= 0) { + level = this.levels[levelIndex]; + level.items[level.index] = currentValue; + } + }, + nextLevel: function InclusionTree_nextLevel() { + var currentLevel = this.currentLevel; + var level = this.levels[currentLevel]; + var value = level.items[level.index]; + level.items[level.index] = 0xFF; + currentLevel--; + if (currentLevel < 0) { + return false; + } + + this.currentLevel = currentLevel; + level = this.levels[currentLevel]; + level.items[level.index] = value; + return true; + } + }; + return InclusionTree; + })(); + + // Section D. Coefficient bit modeling + var BitModel = (function BitModelClosure() { + var UNIFORM_CONTEXT = 17; + var RUNLENGTH_CONTEXT = 18; + // Table D-1 + // The index is binary presentation: 0dddvvhh, ddd - sum of Di (0..4), + // vv - sum of Vi (0..2), and hh - sum of Hi (0..2) + var LLAndLHContextsLabel = new Uint8Array([ + 0, 5, 8, 0, 3, 7, 8, 0, 4, 7, 8, 0, 0, 0, 0, 0, 1, 6, 8, 0, 3, 7, 8, 0, 4, + 7, 8, 0, 0, 0, 0, 0, 2, 6, 8, 0, 3, 7, 8, 0, 4, 7, 8, 0, 0, 0, 0, 0, 2, 6, + 8, 0, 3, 7, 8, 0, 4, 7, 8, 0, 0, 0, 0, 0, 2, 6, 8, 0, 3, 7, 8, 0, 4, 7, 8 + ]); + var HLContextLabel = new Uint8Array([ + 0, 3, 4, 0, 5, 7, 7, 0, 8, 8, 8, 0, 0, 0, 0, 0, 1, 3, 4, 0, 6, 7, 7, 0, 8, + 8, 8, 0, 0, 0, 0, 0, 2, 3, 4, 0, 6, 7, 7, 0, 8, 8, 8, 0, 0, 0, 0, 0, 2, 3, + 4, 0, 6, 7, 7, 0, 8, 8, 8, 0, 0, 0, 0, 0, 2, 3, 4, 0, 6, 7, 7, 0, 8, 8, 8 + ]); + var HHContextLabel = new Uint8Array([ + 0, 1, 2, 0, 1, 2, 2, 0, 2, 2, 2, 0, 0, 0, 0, 0, 3, 4, 5, 0, 4, 5, 5, 0, 5, + 5, 5, 0, 0, 0, 0, 0, 6, 7, 7, 0, 7, 7, 7, 0, 7, 7, 7, 0, 0, 0, 0, 0, 8, 8, + 8, 0, 8, 8, 8, 0, 8, 8, 8, 0, 0, 0, 0, 0, 8, 8, 8, 0, 8, 8, 8, 0, 8, 8, 8 + ]); + + function BitModel(width, height, subband, zeroBitPlanes, mb) { + this.width = width; + this.height = height; + + this.contextLabelTable = (subband === 'HH' ? HHContextLabel : + (subband === 'HL' ? HLContextLabel : LLAndLHContextsLabel)); + + var coefficientCount = width * height; + + // coefficients outside the encoding region treated as insignificant + // add border state cells for significanceState + this.neighborsSignificance = new Uint8Array(coefficientCount); + this.coefficentsSign = new Uint8Array(coefficientCount); + this.coefficentsMagnitude = mb > 14 ? new Uint32Array(coefficientCount) : + mb > 6 ? new Uint16Array(coefficientCount) : + new Uint8Array(coefficientCount); + this.processingFlags = new Uint8Array(coefficientCount); + + var bitsDecoded = new Uint8Array(coefficientCount); + if (zeroBitPlanes !== 0) { + for (var i = 0; i < coefficientCount; i++) { + bitsDecoded[i] = zeroBitPlanes; + } + } + this.bitsDecoded = bitsDecoded; + + this.reset(); + } + + BitModel.prototype = { + setDecoder: function BitModel_setDecoder(decoder) { + this.decoder = decoder; + }, + reset: function BitModel_reset() { + // We have 17 contexts that are accessed via context labels, + // plus the uniform and runlength context. + this.contexts = new Int8Array(19); + + // Contexts are packed into 1 byte: + // highest 7 bits carry the index, lowest bit carries mps + this.contexts[0] = (4 << 1) | 0; + this.contexts[UNIFORM_CONTEXT] = (46 << 1) | 0; + this.contexts[RUNLENGTH_CONTEXT] = (3 << 1) | 0; + }, + setNeighborsSignificance: + function BitModel_setNeighborsSignificance(row, column, index) { + var neighborsSignificance = this.neighborsSignificance; + var width = this.width, height = this.height; + var left = (column > 0); + var right = (column + 1 < width); + var i; + + if (row > 0) { + i = index - width; + if (left) { + neighborsSignificance[i - 1] += 0x10; + } + if (right) { + neighborsSignificance[i + 1] += 0x10; + } + neighborsSignificance[i] += 0x04; + } + + if (row + 1 < height) { + i = index + width; + if (left) { + neighborsSignificance[i - 1] += 0x10; + } + if (right) { + neighborsSignificance[i + 1] += 0x10; + } + neighborsSignificance[i] += 0x04; + } + + if (left) { + neighborsSignificance[index - 1] += 0x01; + } + if (right) { + neighborsSignificance[index + 1] += 0x01; + } + neighborsSignificance[index] |= 0x80; + }, + runSignificancePropogationPass: + function BitModel_runSignificancePropogationPass() { + var decoder = this.decoder; + var width = this.width, height = this.height; + var coefficentsMagnitude = this.coefficentsMagnitude; + var coefficentsSign = this.coefficentsSign; + var neighborsSignificance = this.neighborsSignificance; + var processingFlags = this.processingFlags; + var contexts = this.contexts; + var labels = this.contextLabelTable; + var bitsDecoded = this.bitsDecoded; + var processedInverseMask = ~1; + var processedMask = 1; + var firstMagnitudeBitMask = 2; + + for (var i0 = 0; i0 < height; i0 += 4) { + for (var j = 0; j < width; j++) { + var index = i0 * width + j; + for (var i1 = 0; i1 < 4; i1++, index += width) { + var i = i0 + i1; + if (i >= height) { + break; + } + // clear processed flag first + processingFlags[index] &= processedInverseMask; + + if (coefficentsMagnitude[index] || + !neighborsSignificance[index]) { + continue; + } + + var contextLabel = labels[neighborsSignificance[index]]; + var decision = decoder.readBit(contexts, contextLabel); + if (decision) { + var sign = this.decodeSignBit(i, j, index); + coefficentsSign[index] = sign; + coefficentsMagnitude[index] = 1; + this.setNeighborsSignificance(i, j, index); + processingFlags[index] |= firstMagnitudeBitMask; + } + bitsDecoded[index]++; + processingFlags[index] |= processedMask; + } + } + } + }, + decodeSignBit: function BitModel_decodeSignBit(row, column, index) { + var width = this.width, height = this.height; + var coefficentsMagnitude = this.coefficentsMagnitude; + var coefficentsSign = this.coefficentsSign; + var contribution, sign0, sign1, significance1; + var contextLabel, decoded; + + // calculate horizontal contribution + significance1 = (column > 0 && coefficentsMagnitude[index - 1] !== 0); + if (column + 1 < width && coefficentsMagnitude[index + 1] !== 0) { + sign1 = coefficentsSign[index + 1]; + if (significance1) { + sign0 = coefficentsSign[index - 1]; + contribution = 1 - sign1 - sign0; + } else { + contribution = 1 - sign1 - sign1; + } + } else if (significance1) { + sign0 = coefficentsSign[index - 1]; + contribution = 1 - sign0 - sign0; + } else { + contribution = 0; + } + var horizontalContribution = 3 * contribution; + + // calculate vertical contribution and combine with the horizontal + significance1 = (row > 0 && coefficentsMagnitude[index - width] !== 0); + if (row + 1 < height && coefficentsMagnitude[index + width] !== 0) { + sign1 = coefficentsSign[index + width]; + if (significance1) { + sign0 = coefficentsSign[index - width]; + contribution = 1 - sign1 - sign0 + horizontalContribution; + } else { + contribution = 1 - sign1 - sign1 + horizontalContribution; + } + } else if (significance1) { + sign0 = coefficentsSign[index - width]; + contribution = 1 - sign0 - sign0 + horizontalContribution; + } else { + contribution = horizontalContribution; + } + + if (contribution >= 0) { + contextLabel = 9 + contribution; + decoded = this.decoder.readBit(this.contexts, contextLabel); + } else { + contextLabel = 9 - contribution; + decoded = this.decoder.readBit(this.contexts, contextLabel) ^ 1; + } + return decoded; + }, + runMagnitudeRefinementPass: + function BitModel_runMagnitudeRefinementPass() { + var decoder = this.decoder; + var width = this.width, height = this.height; + var coefficentsMagnitude = this.coefficentsMagnitude; + var neighborsSignificance = this.neighborsSignificance; + var contexts = this.contexts; + var bitsDecoded = this.bitsDecoded; + var processingFlags = this.processingFlags; + var processedMask = 1; + var firstMagnitudeBitMask = 2; + var length = width * height; + var width4 = width * 4; + + for (var index0 = 0, indexNext; index0 < length; index0 = indexNext) { + indexNext = Math.min(length, index0 + width4); + for (var j = 0; j < width; j++) { + for (var index = index0 + j; index < indexNext; index += width) { + + // significant but not those that have just become + if (!coefficentsMagnitude[index] || + (processingFlags[index] & processedMask) !== 0) { + continue; + } + + var contextLabel = 16; + if ((processingFlags[index] & firstMagnitudeBitMask) !== 0) { + processingFlags[index] ^= firstMagnitudeBitMask; + // first refinement + var significance = neighborsSignificance[index] & 127; + contextLabel = significance === 0 ? 15 : 14; + } + + var bit = decoder.readBit(contexts, contextLabel); + coefficentsMagnitude[index] = + (coefficentsMagnitude[index] << 1) | bit; + bitsDecoded[index]++; + processingFlags[index] |= processedMask; + } + } + } + }, + runCleanupPass: function BitModel_runCleanupPass() { + var decoder = this.decoder; + var width = this.width, height = this.height; + var neighborsSignificance = this.neighborsSignificance; + var coefficentsMagnitude = this.coefficentsMagnitude; + var coefficentsSign = this.coefficentsSign; + var contexts = this.contexts; + var labels = this.contextLabelTable; + var bitsDecoded = this.bitsDecoded; + var processingFlags = this.processingFlags; + var processedMask = 1; + var firstMagnitudeBitMask = 2; + var oneRowDown = width; + var twoRowsDown = width * 2; + var threeRowsDown = width * 3; + var iNext; + for (var i0 = 0; i0 < height; i0 = iNext) { + iNext = Math.min(i0 + 4, height); + var indexBase = i0 * width; + var checkAllEmpty = i0 + 3 < height; + for (var j = 0; j < width; j++) { + var index0 = indexBase + j; + // using the property: labels[neighborsSignificance[index]] === 0 + // when neighborsSignificance[index] === 0 + var allEmpty = (checkAllEmpty && + processingFlags[index0] === 0 && + processingFlags[index0 + oneRowDown] === 0 && + processingFlags[index0 + twoRowsDown] === 0 && + processingFlags[index0 + threeRowsDown] === 0 && + neighborsSignificance[index0] === 0 && + neighborsSignificance[index0 + oneRowDown] === 0 && + neighborsSignificance[index0 + twoRowsDown] === 0 && + neighborsSignificance[index0 + threeRowsDown] === 0); + var i1 = 0, index = index0; + var i = i0, sign; + if (allEmpty) { + var hasSignificantCoefficent = + decoder.readBit(contexts, RUNLENGTH_CONTEXT); + if (!hasSignificantCoefficent) { + bitsDecoded[index0]++; + bitsDecoded[index0 + oneRowDown]++; + bitsDecoded[index0 + twoRowsDown]++; + bitsDecoded[index0 + threeRowsDown]++; + continue; // next column + } + i1 = (decoder.readBit(contexts, UNIFORM_CONTEXT) << 1) | + decoder.readBit(contexts, UNIFORM_CONTEXT); + if (i1 !== 0) { + i = i0 + i1; + index += i1 * width; + } + + sign = this.decodeSignBit(i, j, index); + coefficentsSign[index] = sign; + coefficentsMagnitude[index] = 1; + this.setNeighborsSignificance(i, j, index); + processingFlags[index] |= firstMagnitudeBitMask; + + index = index0; + for (var i2 = i0; i2 <= i; i2++, index += width) { + bitsDecoded[index]++; + } + + i1++; + } + for (i = i0 + i1; i < iNext; i++, index += width) { + if (coefficentsMagnitude[index] || + (processingFlags[index] & processedMask) !== 0) { + continue; + } + + var contextLabel = labels[neighborsSignificance[index]]; + var decision = decoder.readBit(contexts, contextLabel); + if (decision === 1) { + sign = this.decodeSignBit(i, j, index); + coefficentsSign[index] = sign; + coefficentsMagnitude[index] = 1; + this.setNeighborsSignificance(i, j, index); + processingFlags[index] |= firstMagnitudeBitMask; + } + bitsDecoded[index]++; + } + } + } + }, + checkSegmentationSymbol: function BitModel_checkSegmentationSymbol() { + var decoder = this.decoder; + var contexts = this.contexts; + var symbol = (decoder.readBit(contexts, UNIFORM_CONTEXT) << 3) | + (decoder.readBit(contexts, UNIFORM_CONTEXT) << 2) | + (decoder.readBit(contexts, UNIFORM_CONTEXT) << 1) | + decoder.readBit(contexts, UNIFORM_CONTEXT); + if (symbol !== 0xA) { + throw new Error('JPX Error: Invalid segmentation symbol'); + } + } + }; + + return BitModel; + })(); + + // Section F, Discrete wavelet transformation + var Transform = (function TransformClosure() { + function Transform() {} + + Transform.prototype.calculate = + function transformCalculate(subbands, u0, v0) { + var ll = subbands[0]; + for (var i = 1, ii = subbands.length; i < ii; i++) { + ll = this.iterate(ll, subbands[i], u0, v0); + } + return ll; + }; + Transform.prototype.extend = function extend(buffer, offset, size) { + // Section F.3.7 extending... using max extension of 4 + var i1 = offset - 1, j1 = offset + 1; + var i2 = offset + size - 2, j2 = offset + size; + buffer[i1--] = buffer[j1++]; + buffer[j2++] = buffer[i2--]; + buffer[i1--] = buffer[j1++]; + buffer[j2++] = buffer[i2--]; + buffer[i1--] = buffer[j1++]; + buffer[j2++] = buffer[i2--]; + buffer[i1] = buffer[j1]; + buffer[j2] = buffer[i2]; + }; + Transform.prototype.iterate = function Transform_iterate(ll, hl_lh_hh, + u0, v0) { + var llWidth = ll.width, llHeight = ll.height, llItems = ll.items; + var width = hl_lh_hh.width; + var height = hl_lh_hh.height; + var items = hl_lh_hh.items; + var i, j, k, l, u, v; + + // Interleave LL according to Section F.3.3 + for (k = 0, i = 0; i < llHeight; i++) { + l = i * 2 * width; + for (j = 0; j < llWidth; j++, k++, l += 2) { + items[l] = llItems[k]; + } + } + // The LL band is not needed anymore. + llItems = ll.items = null; + + var bufferPadding = 4; + var rowBuffer = new Float32Array(width + 2 * bufferPadding); + + // Section F.3.4 HOR_SR + if (width === 1) { + // if width = 1, when u0 even keep items as is, when odd divide by 2 + if ((u0 & 1) !== 0) { + for (v = 0, k = 0; v < height; v++, k += width) { + items[k] *= 0.5; + } + } + } else { + for (v = 0, k = 0; v < height; v++, k += width) { + rowBuffer.set(items.subarray(k, k + width), bufferPadding); + + this.extend(rowBuffer, bufferPadding, width); + this.filter(rowBuffer, bufferPadding, width); + + items.set( + rowBuffer.subarray(bufferPadding, bufferPadding + width), + k); + } + } + + // Accesses to the items array can take long, because it may not fit into + // CPU cache and has to be fetched from main memory. Since subsequent + // accesses to the items array are not local when reading columns, we + // have a cache miss every time. To reduce cache misses, get up to + // 'numBuffers' items at a time and store them into the individual + // buffers. The colBuffers should be small enough to fit into CPU cache. + var numBuffers = 16; + var colBuffers = []; + for (i = 0; i < numBuffers; i++) { + colBuffers.push(new Float32Array(height + 2 * bufferPadding)); + } + var b, currentBuffer = 0; + ll = bufferPadding + height; + + // Section F.3.5 VER_SR + if (height === 1) { + // if height = 1, when v0 even keep items as is, when odd divide by 2 + if ((v0 & 1) !== 0) { + for (u = 0; u < width; u++) { + items[u] *= 0.5; + } + } + } else { + for (u = 0; u < width; u++) { + // if we ran out of buffers, copy several image columns at once + if (currentBuffer === 0) { + numBuffers = Math.min(width - u, numBuffers); + for (k = u, l = bufferPadding; l < ll; k += width, l++) { + for (b = 0; b < numBuffers; b++) { + colBuffers[b][l] = items[k + b]; + } + } + currentBuffer = numBuffers; + } + + currentBuffer--; + var buffer = colBuffers[currentBuffer]; + this.extend(buffer, bufferPadding, height); + this.filter(buffer, bufferPadding, height); + + // If this is last buffer in this group of buffers, flush all buffers. + if (currentBuffer === 0) { + k = u - numBuffers + 1; + for (l = bufferPadding; l < ll; k += width, l++) { + for (b = 0; b < numBuffers; b++) { + items[k + b] = colBuffers[b][l]; + } + } + } + } + } + + return { + width: width, + height: height, + items: items + }; + }; + return Transform; + })(); + + // Section 3.8.2 Irreversible 9-7 filter + var IrreversibleTransform = (function IrreversibleTransformClosure() { + function IrreversibleTransform() { + Transform.call(this); + } + + IrreversibleTransform.prototype = Object.create(Transform.prototype); + IrreversibleTransform.prototype.filter = + function irreversibleTransformFilter(x, offset, length) { + var len = length >> 1; + offset = offset | 0; + var j, n, current, next; + + var alpha = -1.586134342059924; + var beta = -0.052980118572961; + var gamma = 0.882911075530934; + var delta = 0.443506852043971; + var K = 1.230174104914001; + var K_ = 1 / K; + + // step 1 is combined with step 3 + + // step 2 + j = offset - 3; + for (n = len + 4; n--; j += 2) { + x[j] *= K_; + } + + // step 1 & 3 + j = offset - 2; + current = delta * x[j -1]; + for (n = len + 3; n--; j += 2) { + next = delta * x[j + 1]; + x[j] = K * x[j] - current - next; + if (n--) { + j += 2; + current = delta * x[j + 1]; + x[j] = K * x[j] - current - next; + } else { + break; + } + } + + // step 4 + j = offset - 1; + current = gamma * x[j - 1]; + for (n = len + 2; n--; j += 2) { + next = gamma * x[j + 1]; + x[j] -= current + next; + if (n--) { + j += 2; + current = gamma * x[j + 1]; + x[j] -= current + next; + } else { + break; + } + } + + // step 5 + j = offset; + current = beta * x[j - 1]; + for (n = len + 1; n--; j += 2) { + next = beta * x[j + 1]; + x[j] -= current + next; + if (n--) { + j += 2; + current = beta * x[j + 1]; + x[j] -= current + next; + } else { + break; + } + } + + // step 6 + if (len !== 0) { + j = offset + 1; + current = alpha * x[j - 1]; + for (n = len; n--; j += 2) { + next = alpha * x[j + 1]; + x[j] -= current + next; + if (n--) { + j += 2; + current = alpha * x[j + 1]; + x[j] -= current + next; + } else { + break; + } + } + } + }; + + return IrreversibleTransform; + })(); + + // Section 3.8.1 Reversible 5-3 filter + var ReversibleTransform = (function ReversibleTransformClosure() { + function ReversibleTransform() { + Transform.call(this); + } + + ReversibleTransform.prototype = Object.create(Transform.prototype); + ReversibleTransform.prototype.filter = + function reversibleTransformFilter(x, offset, length) { + var len = length >> 1; + offset = offset | 0; + var j, n; + + for (j = offset, n = len + 1; n--; j += 2) { + x[j] -= (x[j - 1] + x[j + 1] + 2) >> 2; + } + + for (j = offset + 1, n = len; n--; j += 2) { + x[j] += (x[j - 1] + x[j + 1]) >> 1; + } + }; + + return ReversibleTransform; + })(); + + return JpxImage; +})(); + + +var Jbig2Image = (function Jbig2ImageClosure() { + // Utility data structures + function ContextCache() {} + + ContextCache.prototype = { + getContexts: function(id) { + if (id in this) { + return this[id]; + } + return (this[id] = new Int8Array(1 << 16)); + } + }; + + function DecodingContext(data, start, end) { + this.data = data; + this.start = start; + this.end = end; + } + + DecodingContext.prototype = { + get decoder() { + var decoder = new ArithmeticDecoder(this.data, this.start, this.end); + return shadow(this, 'decoder', decoder); + }, + get contextCache() { + var cache = new ContextCache(); + return shadow(this, 'contextCache', cache); + } + }; + + // Annex A. Arithmetic Integer Decoding Procedure + // A.2 Procedure for decoding values + function decodeInteger(contextCache, procedure, decoder) { + var contexts = contextCache.getContexts(procedure); + var prev = 1; + + function readBits(length) { + var v = 0; + for (var i = 0; i < length; i++) { + var bit = decoder.readBit(contexts, prev); + prev = (prev < 256 ? (prev << 1) | bit : + (((prev << 1) | bit) & 511) | 256); + v = (v << 1) | bit; + } + return v >>> 0; + } + + var sign = readBits(1); + var value = readBits(1) ? + (readBits(1) ? + (readBits(1) ? + (readBits(1) ? + (readBits(1) ? + (readBits(32) + 4436) : + readBits(12) + 340) : + readBits(8) + 84) : + readBits(6) + 20) : + readBits(4) + 4) : + readBits(2); + return (sign === 0 ? value : (value > 0 ? -value : null)); + } + + // A.3 The IAID decoding procedure + function decodeIAID(contextCache, decoder, codeLength) { + var contexts = contextCache.getContexts('IAID'); + + var prev = 1; + for (var i = 0; i < codeLength; i++) { + var bit = decoder.readBit(contexts, prev); + prev = (prev << 1) | bit; + } + if (codeLength < 31) { + return prev & ((1 << codeLength) - 1); + } + return prev & 0x7FFFFFFF; + } + + // 7.3 Segment types + var SegmentTypes = [ + 'SymbolDictionary', null, null, null, 'IntermediateTextRegion', null, + 'ImmediateTextRegion', 'ImmediateLosslessTextRegion', null, null, null, + null, null, null, null, null, 'patternDictionary', null, null, null, + 'IntermediateHalftoneRegion', null, 'ImmediateHalftoneRegion', + 'ImmediateLosslessHalftoneRegion', null, null, null, null, null, null, null, + null, null, null, null, null, 'IntermediateGenericRegion', null, + 'ImmediateGenericRegion', 'ImmediateLosslessGenericRegion', + 'IntermediateGenericRefinementRegion', null, + 'ImmediateGenericRefinementRegion', + 'ImmediateLosslessGenericRefinementRegion', null, null, null, null, + 'PageInformation', 'EndOfPage', 'EndOfStripe', 'EndOfFile', 'Profiles', + 'Tables', null, null, null, null, null, null, null, null, + 'Extension' + ]; + + var CodingTemplates = [ + [{x: -1, y: -2}, {x: 0, y: -2}, {x: 1, y: -2}, {x: -2, y: -1}, + {x: -1, y: -1}, {x: 0, y: -1}, {x: 1, y: -1}, {x: 2, y: -1}, + {x: -4, y: 0}, {x: -3, y: 0}, {x: -2, y: 0}, {x: -1, y: 0}], + [{x: -1, y: -2}, {x: 0, y: -2}, {x: 1, y: -2}, {x: 2, y: -2}, + {x: -2, y: -1}, {x: -1, y: -1}, {x: 0, y: -1}, {x: 1, y: -1}, + {x: 2, y: -1}, {x: -3, y: 0}, {x: -2, y: 0}, {x: -1, y: 0}], + [{x: -1, y: -2}, {x: 0, y: -2}, {x: 1, y: -2}, {x: -2, y: -1}, + {x: -1, y: -1}, {x: 0, y: -1}, {x: 1, y: -1}, {x: -2, y: 0}, + {x: -1, y: 0}], + [{x: -3, y: -1}, {x: -2, y: -1}, {x: -1, y: -1}, {x: 0, y: -1}, + {x: 1, y: -1}, {x: -4, y: 0}, {x: -3, y: 0}, {x: -2, y: 0}, {x: -1, y: 0}] + ]; + + var RefinementTemplates = [ + { + coding: [{x: 0, y: -1}, {x: 1, y: -1}, {x: -1, y: 0}], + reference: [{x: 0, y: -1}, {x: 1, y: -1}, {x: -1, y: 0}, {x: 0, y: 0}, + {x: 1, y: 0}, {x: -1, y: 1}, {x: 0, y: 1}, {x: 1, y: 1}] + }, + { + coding: [{x: -1, y: -1}, {x: 0, y: -1}, {x: 1, y: -1}, {x: -1, y: 0}], + reference: [{x: 0, y: -1}, {x: -1, y: 0}, {x: 0, y: 0}, {x: 1, y: 0}, + {x: 0, y: 1}, {x: 1, y: 1}] + } + ]; + + // See 6.2.5.7 Decoding the bitmap. + var ReusedContexts = [ + 0x9B25, // 10011 0110010 0101 + 0x0795, // 0011 110010 101 + 0x00E5, // 001 11001 01 + 0x0195 // 011001 0101 + ]; + + var RefinementReusedContexts = [ + 0x0020, // '000' + '0' (coding) + '00010000' + '0' (reference) + 0x0008 // '0000' + '001000' + ]; + + function decodeBitmapTemplate0(width, height, decodingContext) { + var decoder = decodingContext.decoder; + var contexts = decodingContext.contextCache.getContexts('GB'); + var contextLabel, i, j, pixel, row, row1, row2, bitmap = []; + + // ...ooooo.... + // ..ooooooo... Context template for current pixel (X) + // .ooooX...... (concatenate values of 'o'-pixels to get contextLabel) + var OLD_PIXEL_MASK = 0x7BF7; // 01111 0111111 0111 + + for (i = 0; i < height; i++) { + row = bitmap[i] = new Uint8Array(width); + row1 = (i < 1) ? row : bitmap[i - 1]; + row2 = (i < 2) ? row : bitmap[i - 2]; + + // At the beginning of each row: + // Fill contextLabel with pixels that are above/right of (X) + contextLabel = (row2[0] << 13) | (row2[1] << 12) | (row2[2] << 11) | + (row1[0] << 7) | (row1[1] << 6) | (row1[2] << 5) | + (row1[3] << 4); + + for (j = 0; j < width; j++) { + row[j] = pixel = decoder.readBit(contexts, contextLabel); + + // At each pixel: Clear contextLabel pixels that are shifted + // out of the context, then add new ones. + contextLabel = ((contextLabel & OLD_PIXEL_MASK) << 1) | + (j + 3 < width ? row2[j + 3] << 11 : 0) | + (j + 4 < width ? row1[j + 4] << 4 : 0) | pixel; + } + } + + return bitmap; + } + + // 6.2 Generic Region Decoding Procedure + function decodeBitmap(mmr, width, height, templateIndex, prediction, skip, at, + decodingContext) { + if (mmr) { + error('JBIG2 error: MMR encoding is not supported'); + } + + // Use optimized version for the most common case + if (templateIndex === 0 && !skip && !prediction && at.length === 4 && + at[0].x === 3 && at[0].y === -1 && at[1].x === -3 && at[1].y === -1 && + at[2].x === 2 && at[2].y === -2 && at[3].x === -2 && at[3].y === -2) { + return decodeBitmapTemplate0(width, height, decodingContext); + } + + var useskip = !!skip; + var template = CodingTemplates[templateIndex].concat(at); + + // Sorting is non-standard, and it is not required. But sorting increases + // the number of template bits that can be reused from the previous + // contextLabel in the main loop. + template.sort(function (a, b) { + return (a.y - b.y) || (a.x - b.x); + }); + + var templateLength = template.length; + var templateX = new Int8Array(templateLength); + var templateY = new Int8Array(templateLength); + var changingTemplateEntries = []; + var reuseMask = 0, minX = 0, maxX = 0, minY = 0; + var c, k; + + for (k = 0; k < templateLength; k++) { + templateX[k] = template[k].x; + templateY[k] = template[k].y; + minX = Math.min(minX, template[k].x); + maxX = Math.max(maxX, template[k].x); + minY = Math.min(minY, template[k].y); + // Check if the template pixel appears in two consecutive context labels, + // so it can be reused. Otherwise, we add it to the list of changing + // template entries. + if (k < templateLength - 1 && + template[k].y === template[k + 1].y && + template[k].x === template[k + 1].x - 1) { + reuseMask |= 1 << (templateLength - 1 - k); + } else { + changingTemplateEntries.push(k); + } + } + var changingEntriesLength = changingTemplateEntries.length; + + var changingTemplateX = new Int8Array(changingEntriesLength); + var changingTemplateY = new Int8Array(changingEntriesLength); + var changingTemplateBit = new Uint16Array(changingEntriesLength); + for (c = 0; c < changingEntriesLength; c++) { + k = changingTemplateEntries[c]; + changingTemplateX[c] = template[k].x; + changingTemplateY[c] = template[k].y; + changingTemplateBit[c] = 1 << (templateLength - 1 - k); + } + + // Get the safe bounding box edges from the width, height, minX, maxX, minY + var sbb_left = -minX; + var sbb_top = -minY; + var sbb_right = width - maxX; + + var pseudoPixelContext = ReusedContexts[templateIndex]; + var row = new Uint8Array(width); + var bitmap = []; + + var decoder = decodingContext.decoder; + var contexts = decodingContext.contextCache.getContexts('GB'); + + var ltp = 0, j, i0, j0, contextLabel = 0, bit, shift; + for (var i = 0; i < height; i++) { + if (prediction) { + var sltp = decoder.readBit(contexts, pseudoPixelContext); + ltp ^= sltp; + if (ltp) { + bitmap.push(row); // duplicate previous row + continue; + } + } + row = new Uint8Array(row); + bitmap.push(row); + for (j = 0; j < width; j++) { + if (useskip && skip[i][j]) { + row[j] = 0; + continue; + } + // Are we in the middle of a scanline, so we can reuse contextLabel + // bits? + if (j >= sbb_left && j < sbb_right && i >= sbb_top) { + // If yes, we can just shift the bits that are reusable and only + // fetch the remaining ones. + contextLabel = (contextLabel << 1) & reuseMask; + for (k = 0; k < changingEntriesLength; k++) { + i0 = i + changingTemplateY[k]; + j0 = j + changingTemplateX[k]; + bit = bitmap[i0][j0]; + if (bit) { + bit = changingTemplateBit[k]; + contextLabel |= bit; + } + } + } else { + // compute the contextLabel from scratch + contextLabel = 0; + shift = templateLength - 1; + for (k = 0; k < templateLength; k++, shift--) { + j0 = j + templateX[k]; + if (j0 >= 0 && j0 < width) { + i0 = i + templateY[k]; + if (i0 >= 0) { + bit = bitmap[i0][j0]; + if (bit) { + contextLabel |= bit << shift; + } + } + } + } + } + var pixel = decoder.readBit(contexts, contextLabel); + row[j] = pixel; + } + } + return bitmap; + } + + // 6.3.2 Generic Refinement Region Decoding Procedure + function decodeRefinement(width, height, templateIndex, referenceBitmap, + offsetX, offsetY, prediction, at, + decodingContext) { + var codingTemplate = RefinementTemplates[templateIndex].coding; + if (templateIndex === 0) { + codingTemplate = codingTemplate.concat([at[0]]); + } + var codingTemplateLength = codingTemplate.length; + var codingTemplateX = new Int32Array(codingTemplateLength); + var codingTemplateY = new Int32Array(codingTemplateLength); + var k; + for (k = 0; k < codingTemplateLength; k++) { + codingTemplateX[k] = codingTemplate[k].x; + codingTemplateY[k] = codingTemplate[k].y; + } + + var referenceTemplate = RefinementTemplates[templateIndex].reference; + if (templateIndex === 0) { + referenceTemplate = referenceTemplate.concat([at[1]]); + } + var referenceTemplateLength = referenceTemplate.length; + var referenceTemplateX = new Int32Array(referenceTemplateLength); + var referenceTemplateY = new Int32Array(referenceTemplateLength); + for (k = 0; k < referenceTemplateLength; k++) { + referenceTemplateX[k] = referenceTemplate[k].x; + referenceTemplateY[k] = referenceTemplate[k].y; + } + var referenceWidth = referenceBitmap[0].length; + var referenceHeight = referenceBitmap.length; + + var pseudoPixelContext = RefinementReusedContexts[templateIndex]; + var bitmap = []; + + var decoder = decodingContext.decoder; + var contexts = decodingContext.contextCache.getContexts('GR'); + + var ltp = 0; + for (var i = 0; i < height; i++) { + if (prediction) { + var sltp = decoder.readBit(contexts, pseudoPixelContext); + ltp ^= sltp; + if (ltp) { + error('JBIG2 error: prediction is not supported'); + } + } + var row = new Uint8Array(width); + bitmap.push(row); + for (var j = 0; j < width; j++) { + var i0, j0; + var contextLabel = 0; + for (k = 0; k < codingTemplateLength; k++) { + i0 = i + codingTemplateY[k]; + j0 = j + codingTemplateX[k]; + if (i0 < 0 || j0 < 0 || j0 >= width) { + contextLabel <<= 1; // out of bound pixel + } else { + contextLabel = (contextLabel << 1) | bitmap[i0][j0]; + } + } + for (k = 0; k < referenceTemplateLength; k++) { + i0 = i + referenceTemplateY[k] + offsetY; + j0 = j + referenceTemplateX[k] + offsetX; + if (i0 < 0 || i0 >= referenceHeight || j0 < 0 || + j0 >= referenceWidth) { + contextLabel <<= 1; // out of bound pixel + } else { + contextLabel = (contextLabel << 1) | referenceBitmap[i0][j0]; + } + } + var pixel = decoder.readBit(contexts, contextLabel); + row[j] = pixel; + } + } + + return bitmap; + } + + // 6.5.5 Decoding the symbol dictionary + function decodeSymbolDictionary(huffman, refinement, symbols, + numberOfNewSymbols, numberOfExportedSymbols, + huffmanTables, templateIndex, at, + refinementTemplateIndex, refinementAt, + decodingContext) { + if (huffman) { + error('JBIG2 error: huffman is not supported'); + } + + var newSymbols = []; + var currentHeight = 0; + var symbolCodeLength = log2(symbols.length + numberOfNewSymbols); + + var decoder = decodingContext.decoder; + var contextCache = decodingContext.contextCache; + + while (newSymbols.length < numberOfNewSymbols) { + var deltaHeight = decodeInteger(contextCache, 'IADH', decoder); // 6.5.6 + currentHeight += deltaHeight; + var currentWidth = 0; + var totalWidth = 0; + while (true) { + var deltaWidth = decodeInteger(contextCache, 'IADW', decoder); // 6.5.7 + if (deltaWidth === null) { + break; // OOB + } + currentWidth += deltaWidth; + totalWidth += currentWidth; + var bitmap; + if (refinement) { + // 6.5.8.2 Refinement/aggregate-coded symbol bitmap + var numberOfInstances = decodeInteger(contextCache, 'IAAI', decoder); + if (numberOfInstances > 1) { + bitmap = decodeTextRegion(huffman, refinement, + currentWidth, currentHeight, 0, + numberOfInstances, 1, //strip size + symbols.concat(newSymbols), + symbolCodeLength, + 0, //transposed + 0, //ds offset + 1, //top left 7.4.3.1.1 + 0, //OR operator + huffmanTables, + refinementTemplateIndex, refinementAt, + decodingContext); + } else { + var symbolId = decodeIAID(contextCache, decoder, symbolCodeLength); + var rdx = decodeInteger(contextCache, 'IARDX', decoder); // 6.4.11.3 + var rdy = decodeInteger(contextCache, 'IARDY', decoder); // 6.4.11.4 + var symbol = (symbolId < symbols.length ? symbols[symbolId] : + newSymbols[symbolId - symbols.length]); + bitmap = decodeRefinement(currentWidth, currentHeight, + refinementTemplateIndex, symbol, rdx, rdy, false, refinementAt, + decodingContext); + } + } else { + // 6.5.8.1 Direct-coded symbol bitmap + bitmap = decodeBitmap(false, currentWidth, currentHeight, + templateIndex, false, null, at, decodingContext); + } + newSymbols.push(bitmap); + } + } + // 6.5.10 Exported symbols + var exportedSymbols = []; + var flags = [], currentFlag = false; + var totalSymbolsLength = symbols.length + numberOfNewSymbols; + while (flags.length < totalSymbolsLength) { + var runLength = decodeInteger(contextCache, 'IAEX', decoder); + while (runLength--) { + flags.push(currentFlag); + } + currentFlag = !currentFlag; + } + for (var i = 0, ii = symbols.length; i < ii; i++) { + if (flags[i]) { + exportedSymbols.push(symbols[i]); + } + } + for (var j = 0; j < numberOfNewSymbols; i++, j++) { + if (flags[i]) { + exportedSymbols.push(newSymbols[j]); + } + } + return exportedSymbols; + } + + function decodeTextRegion(huffman, refinement, width, height, + defaultPixelValue, numberOfSymbolInstances, + stripSize, inputSymbols, symbolCodeLength, + transposed, dsOffset, referenceCorner, + combinationOperator, huffmanTables, + refinementTemplateIndex, refinementAt, + decodingContext) { + if (huffman) { + error('JBIG2 error: huffman is not supported'); + } + + // Prepare bitmap + var bitmap = []; + var i, row; + for (i = 0; i < height; i++) { + row = new Uint8Array(width); + if (defaultPixelValue) { + for (var j = 0; j < width; j++) { + row[j] = defaultPixelValue; + } + } + bitmap.push(row); + } + + var decoder = decodingContext.decoder; + var contextCache = decodingContext.contextCache; + var stripT = -decodeInteger(contextCache, 'IADT', decoder); // 6.4.6 + var firstS = 0; + i = 0; + while (i < numberOfSymbolInstances) { + var deltaT = decodeInteger(contextCache, 'IADT', decoder); // 6.4.6 + stripT += deltaT; + + var deltaFirstS = decodeInteger(contextCache, 'IAFS', decoder); // 6.4.7 + firstS += deltaFirstS; + var currentS = firstS; + do { + var currentT = (stripSize === 1 ? 0 : + decodeInteger(contextCache, 'IAIT', decoder)); // 6.4.9 + var t = stripSize * stripT + currentT; + var symbolId = decodeIAID(contextCache, decoder, symbolCodeLength); + var applyRefinement = (refinement && + decodeInteger(contextCache, 'IARI', decoder)); + var symbolBitmap = inputSymbols[symbolId]; + var symbolWidth = symbolBitmap[0].length; + var symbolHeight = symbolBitmap.length; + if (applyRefinement) { + var rdw = decodeInteger(contextCache, 'IARDW', decoder); // 6.4.11.1 + var rdh = decodeInteger(contextCache, 'IARDH', decoder); // 6.4.11.2 + var rdx = decodeInteger(contextCache, 'IARDX', decoder); // 6.4.11.3 + var rdy = decodeInteger(contextCache, 'IARDY', decoder); // 6.4.11.4 + symbolWidth += rdw; + symbolHeight += rdh; + symbolBitmap = decodeRefinement(symbolWidth, symbolHeight, + refinementTemplateIndex, symbolBitmap, (rdw >> 1) + rdx, + (rdh >> 1) + rdy, false, refinementAt, + decodingContext); + } + var offsetT = t - ((referenceCorner & 1) ? 0 : symbolHeight); + var offsetS = currentS - ((referenceCorner & 2) ? symbolWidth : 0); + var s2, t2, symbolRow; + if (transposed) { + // Place Symbol Bitmap from T1,S1 + for (s2 = 0; s2 < symbolHeight; s2++) { + row = bitmap[offsetS + s2]; + if (!row) { + continue; + } + symbolRow = symbolBitmap[s2]; + // To ignore Parts of Symbol bitmap which goes + // outside bitmap region + var maxWidth = Math.min(width - offsetT, symbolWidth); + switch (combinationOperator) { + case 0: // OR + for (t2 = 0; t2 < maxWidth; t2++) { + row[offsetT + t2] |= symbolRow[t2]; + } + break; + case 2: // XOR + for (t2 = 0; t2 < maxWidth; t2++) { + row[offsetT + t2] ^= symbolRow[t2]; + } + break; + default: + error('JBIG2 error: operator ' + combinationOperator + + ' is not supported'); + } + } + currentS += symbolHeight - 1; + } else { + for (t2 = 0; t2 < symbolHeight; t2++) { + row = bitmap[offsetT + t2]; + if (!row) { + continue; + } + symbolRow = symbolBitmap[t2]; + switch (combinationOperator) { + case 0: // OR + for (s2 = 0; s2 < symbolWidth; s2++) { + row[offsetS + s2] |= symbolRow[s2]; + } + break; + case 2: // XOR + for (s2 = 0; s2 < symbolWidth; s2++) { + row[offsetS + s2] ^= symbolRow[s2]; + } + break; + default: + error('JBIG2 error: operator ' + combinationOperator + + ' is not supported'); + } + } + currentS += symbolWidth - 1; + } + i++; + var deltaS = decodeInteger(contextCache, 'IADS', decoder); // 6.4.8 + if (deltaS === null) { + break; // OOB + } + currentS += deltaS + dsOffset; + } while (true); + } + return bitmap; + } + + function readSegmentHeader(data, start) { + var segmentHeader = {}; + segmentHeader.number = readUint32(data, start); + var flags = data[start + 4]; + var segmentType = flags & 0x3F; + if (!SegmentTypes[segmentType]) { + error('JBIG2 error: invalid segment type: ' + segmentType); + } + segmentHeader.type = segmentType; + segmentHeader.typeName = SegmentTypes[segmentType]; + segmentHeader.deferredNonRetain = !!(flags & 0x80); + + var pageAssociationFieldSize = !!(flags & 0x40); + var referredFlags = data[start + 5]; + var referredToCount = (referredFlags >> 5) & 7; + var retainBits = [referredFlags & 31]; + var position = start + 6; + if (referredFlags === 7) { + referredToCount = readUint32(data, position - 1) & 0x1FFFFFFF; + position += 3; + var bytes = (referredToCount + 7) >> 3; + retainBits[0] = data[position++]; + while (--bytes > 0) { + retainBits.push(data[position++]); + } + } else if (referredFlags === 5 || referredFlags === 6) { + error('JBIG2 error: invalid referred-to flags'); + } + + segmentHeader.retainBits = retainBits; + var referredToSegmentNumberSize = (segmentHeader.number <= 256 ? 1 : + (segmentHeader.number <= 65536 ? 2 : 4)); + var referredTo = []; + var i, ii; + for (i = 0; i < referredToCount; i++) { + var number = (referredToSegmentNumberSize === 1 ? data[position] : + (referredToSegmentNumberSize === 2 ? readUint16(data, position) : + readUint32(data, position))); + referredTo.push(number); + position += referredToSegmentNumberSize; + } + segmentHeader.referredTo = referredTo; + if (!pageAssociationFieldSize) { + segmentHeader.pageAssociation = data[position++]; + } else { + segmentHeader.pageAssociation = readUint32(data, position); + position += 4; + } + segmentHeader.length = readUint32(data, position); + position += 4; + + if (segmentHeader.length === 0xFFFFFFFF) { + // 7.2.7 Segment data length, unknown segment length + if (segmentType === 38) { // ImmediateGenericRegion + var genericRegionInfo = readRegionSegmentInformation(data, position); + var genericRegionSegmentFlags = data[position + + RegionSegmentInformationFieldLength]; + var genericRegionMmr = !!(genericRegionSegmentFlags & 1); + // searching for the segment end + var searchPatternLength = 6; + var searchPattern = new Uint8Array(searchPatternLength); + if (!genericRegionMmr) { + searchPattern[0] = 0xFF; + searchPattern[1] = 0xAC; + } + searchPattern[2] = (genericRegionInfo.height >>> 24) & 0xFF; + searchPattern[3] = (genericRegionInfo.height >> 16) & 0xFF; + searchPattern[4] = (genericRegionInfo.height >> 8) & 0xFF; + searchPattern[5] = genericRegionInfo.height & 0xFF; + for (i = position, ii = data.length; i < ii; i++) { + var j = 0; + while (j < searchPatternLength && searchPattern[j] === data[i + j]) { + j++; + } + if (j === searchPatternLength) { + segmentHeader.length = i + searchPatternLength; + break; + } + } + if (segmentHeader.length === 0xFFFFFFFF) { + error('JBIG2 error: segment end was not found'); + } + } else { + error('JBIG2 error: invalid unknown segment length'); + } + } + segmentHeader.headerEnd = position; + return segmentHeader; + } + + function readSegments(header, data, start, end) { + var segments = []; + var position = start; + while (position < end) { + var segmentHeader = readSegmentHeader(data, position); + position = segmentHeader.headerEnd; + var segment = { + header: segmentHeader, + data: data + }; + if (!header.randomAccess) { + segment.start = position; + position += segmentHeader.length; + segment.end = position; + } + segments.push(segment); + if (segmentHeader.type === 51) { + break; // end of file is found + } + } + if (header.randomAccess) { + for (var i = 0, ii = segments.length; i < ii; i++) { + segments[i].start = position; + position += segments[i].header.length; + segments[i].end = position; + } + } + return segments; + } + + // 7.4.1 Region segment information field + function readRegionSegmentInformation(data, start) { + return { + width: readUint32(data, start), + height: readUint32(data, start + 4), + x: readUint32(data, start + 8), + y: readUint32(data, start + 12), + combinationOperator: data[start + 16] & 7 + }; + } + var RegionSegmentInformationFieldLength = 17; + + function processSegment(segment, visitor) { + var header = segment.header; + + var data = segment.data, position = segment.start, end = segment.end; + var args, at, i, atLength; + switch (header.type) { + case 0: // SymbolDictionary + // 7.4.2 Symbol dictionary segment syntax + var dictionary = {}; + var dictionaryFlags = readUint16(data, position); // 7.4.2.1.1 + dictionary.huffman = !!(dictionaryFlags & 1); + dictionary.refinement = !!(dictionaryFlags & 2); + dictionary.huffmanDHSelector = (dictionaryFlags >> 2) & 3; + dictionary.huffmanDWSelector = (dictionaryFlags >> 4) & 3; + dictionary.bitmapSizeSelector = (dictionaryFlags >> 6) & 1; + dictionary.aggregationInstancesSelector = (dictionaryFlags >> 7) & 1; + dictionary.bitmapCodingContextUsed = !!(dictionaryFlags & 256); + dictionary.bitmapCodingContextRetained = !!(dictionaryFlags & 512); + dictionary.template = (dictionaryFlags >> 10) & 3; + dictionary.refinementTemplate = (dictionaryFlags >> 12) & 1; + position += 2; + if (!dictionary.huffman) { + atLength = dictionary.template === 0 ? 4 : 1; + at = []; + for (i = 0; i < atLength; i++) { + at.push({ + x: readInt8(data, position), + y: readInt8(data, position + 1) + }); + position += 2; + } + dictionary.at = at; + } + if (dictionary.refinement && !dictionary.refinementTemplate) { + at = []; + for (i = 0; i < 2; i++) { + at.push({ + x: readInt8(data, position), + y: readInt8(data, position + 1) + }); + position += 2; + } + dictionary.refinementAt = at; + } + dictionary.numberOfExportedSymbols = readUint32(data, position); + position += 4; + dictionary.numberOfNewSymbols = readUint32(data, position); + position += 4; + args = [dictionary, header.number, header.referredTo, + data, position, end]; + break; + case 6: // ImmediateTextRegion + case 7: // ImmediateLosslessTextRegion + var textRegion = {}; + textRegion.info = readRegionSegmentInformation(data, position); + position += RegionSegmentInformationFieldLength; + var textRegionSegmentFlags = readUint16(data, position); + position += 2; + textRegion.huffman = !!(textRegionSegmentFlags & 1); + textRegion.refinement = !!(textRegionSegmentFlags & 2); + textRegion.stripSize = 1 << ((textRegionSegmentFlags >> 2) & 3); + textRegion.referenceCorner = (textRegionSegmentFlags >> 4) & 3; + textRegion.transposed = !!(textRegionSegmentFlags & 64); + textRegion.combinationOperator = (textRegionSegmentFlags >> 7) & 3; + textRegion.defaultPixelValue = (textRegionSegmentFlags >> 9) & 1; + textRegion.dsOffset = (textRegionSegmentFlags << 17) >> 27; + textRegion.refinementTemplate = (textRegionSegmentFlags >> 15) & 1; + if (textRegion.huffman) { + var textRegionHuffmanFlags = readUint16(data, position); + position += 2; + textRegion.huffmanFS = (textRegionHuffmanFlags) & 3; + textRegion.huffmanDS = (textRegionHuffmanFlags >> 2) & 3; + textRegion.huffmanDT = (textRegionHuffmanFlags >> 4) & 3; + textRegion.huffmanRefinementDW = (textRegionHuffmanFlags >> 6) & 3; + textRegion.huffmanRefinementDH = (textRegionHuffmanFlags >> 8) & 3; + textRegion.huffmanRefinementDX = (textRegionHuffmanFlags >> 10) & 3; + textRegion.huffmanRefinementDY = (textRegionHuffmanFlags >> 12) & 3; + textRegion.huffmanRefinementSizeSelector = + !!(textRegionHuffmanFlags & 14); + } + if (textRegion.refinement && !textRegion.refinementTemplate) { + at = []; + for (i = 0; i < 2; i++) { + at.push({ + x: readInt8(data, position), + y: readInt8(data, position + 1) + }); + position += 2; + } + textRegion.refinementAt = at; + } + textRegion.numberOfSymbolInstances = readUint32(data, position); + position += 4; + // TODO 7.4.3.1.7 Symbol ID Huffman table decoding + if (textRegion.huffman) { + error('JBIG2 error: huffman is not supported'); + } + args = [textRegion, header.referredTo, data, position, end]; + break; + case 38: // ImmediateGenericRegion + case 39: // ImmediateLosslessGenericRegion + var genericRegion = {}; + genericRegion.info = readRegionSegmentInformation(data, position); + position += RegionSegmentInformationFieldLength; + var genericRegionSegmentFlags = data[position++]; + genericRegion.mmr = !!(genericRegionSegmentFlags & 1); + genericRegion.template = (genericRegionSegmentFlags >> 1) & 3; + genericRegion.prediction = !!(genericRegionSegmentFlags & 8); + if (!genericRegion.mmr) { + atLength = genericRegion.template === 0 ? 4 : 1; + at = []; + for (i = 0; i < atLength; i++) { + at.push({ + x: readInt8(data, position), + y: readInt8(data, position + 1) + }); + position += 2; + } + genericRegion.at = at; + } + args = [genericRegion, data, position, end]; + break; + case 48: // PageInformation + var pageInfo = { + width: readUint32(data, position), + height: readUint32(data, position + 4), + resolutionX: readUint32(data, position + 8), + resolutionY: readUint32(data, position + 12) + }; + if (pageInfo.height === 0xFFFFFFFF) { + delete pageInfo.height; + } + var pageSegmentFlags = data[position + 16]; + var pageStripingInformatiom = readUint16(data, position + 17); + pageInfo.lossless = !!(pageSegmentFlags & 1); + pageInfo.refinement = !!(pageSegmentFlags & 2); + pageInfo.defaultPixelValue = (pageSegmentFlags >> 2) & 1; + pageInfo.combinationOperator = (pageSegmentFlags >> 3) & 3; + pageInfo.requiresBuffer = !!(pageSegmentFlags & 32); + pageInfo.combinationOperatorOverride = !!(pageSegmentFlags & 64); + args = [pageInfo]; + break; + case 49: // EndOfPage + break; + case 50: // EndOfStripe + break; + case 51: // EndOfFile + break; + case 62: // 7.4.15 defines 2 extension types which + // are comments and can be ignored. + break; + default: + error('JBIG2 error: segment type ' + header.typeName + '(' + + header.type + ') is not implemented'); + } + var callbackName = 'on' + header.typeName; + if (callbackName in visitor) { + visitor[callbackName].apply(visitor, args); + } + } + + function processSegments(segments, visitor) { + for (var i = 0, ii = segments.length; i < ii; i++) { + processSegment(segments[i], visitor); + } + } + + function parseJbig2(data, start, end) { + var position = start; + if (data[position] !== 0x97 || data[position + 1] !== 0x4A || + data[position + 2] !== 0x42 || data[position + 3] !== 0x32 || + data[position + 4] !== 0x0D || data[position + 5] !== 0x0A || + data[position + 6] !== 0x1A || data[position + 7] !== 0x0A) { + error('JBIG2 error: invalid header'); + } + var header = {}; + position += 8; + var flags = data[position++]; + header.randomAccess = !(flags & 1); + if (!(flags & 2)) { + header.numberOfPages = readUint32(data, position); + position += 4; + } + var segments = readSegments(header, data, position, end); + error('Not implemented'); + // processSegments(segments, new SimpleSegmentVisitor()); + } + + function parseJbig2Chunks(chunks) { + var visitor = new SimpleSegmentVisitor(); + for (var i = 0, ii = chunks.length; i < ii; i++) { + var chunk = chunks[i]; + var segments = readSegments({}, chunk.data, chunk.start, chunk.end); + processSegments(segments, visitor); + } + return visitor.buffer; + } + + function SimpleSegmentVisitor() {} + + SimpleSegmentVisitor.prototype = { + onPageInformation: function SimpleSegmentVisitor_onPageInformation(info) { + this.currentPageInfo = info; + var rowSize = (info.width + 7) >> 3; + var buffer = new Uint8Array(rowSize * info.height); + // The contents of ArrayBuffers are initialized to 0. + // Fill the buffer with 0xFF only if info.defaultPixelValue is set + if (info.defaultPixelValue) { + for (var i = 0, ii = buffer.length; i < ii; i++) { + buffer[i] = 0xFF; + } + } + this.buffer = buffer; + }, + drawBitmap: function SimpleSegmentVisitor_drawBitmap(regionInfo, bitmap) { + var pageInfo = this.currentPageInfo; + var width = regionInfo.width, height = regionInfo.height; + var rowSize = (pageInfo.width + 7) >> 3; + var combinationOperator = pageInfo.combinationOperatorOverride ? + regionInfo.combinationOperator : pageInfo.combinationOperator; + var buffer = this.buffer; + var mask0 = 128 >> (regionInfo.x & 7); + var offset0 = regionInfo.y * rowSize + (regionInfo.x >> 3); + var i, j, mask, offset; + switch (combinationOperator) { + case 0: // OR + for (i = 0; i < height; i++) { + mask = mask0; + offset = offset0; + for (j = 0; j < width; j++) { + if (bitmap[i][j]) { + buffer[offset] |= mask; + } + mask >>= 1; + if (!mask) { + mask = 128; + offset++; + } + } + offset0 += rowSize; + } + break; + case 2: // XOR + for (i = 0; i < height; i++) { + mask = mask0; + offset = offset0; + for (j = 0; j < width; j++) { + if (bitmap[i][j]) { + buffer[offset] ^= mask; + } + mask >>= 1; + if (!mask) { + mask = 128; + offset++; + } + } + offset0 += rowSize; + } + break; + default: + error('JBIG2 error: operator ' + combinationOperator + + ' is not supported'); + } + }, + onImmediateGenericRegion: + function SimpleSegmentVisitor_onImmediateGenericRegion(region, data, + start, end) { + var regionInfo = region.info; + var decodingContext = new DecodingContext(data, start, end); + var bitmap = decodeBitmap(region.mmr, regionInfo.width, regionInfo.height, + region.template, region.prediction, null, + region.at, decodingContext); + this.drawBitmap(regionInfo, bitmap); + }, + onImmediateLosslessGenericRegion: + function SimpleSegmentVisitor_onImmediateLosslessGenericRegion() { + this.onImmediateGenericRegion.apply(this, arguments); + }, + onSymbolDictionary: + function SimpleSegmentVisitor_onSymbolDictionary(dictionary, + currentSegment, + referredSegments, + data, start, end) { + var huffmanTables; + if (dictionary.huffman) { + error('JBIG2 error: huffman is not supported'); + } + + // Combines exported symbols from all referred segments + var symbols = this.symbols; + if (!symbols) { + this.symbols = symbols = {}; + } + + var inputSymbols = []; + for (var i = 0, ii = referredSegments.length; i < ii; i++) { + inputSymbols = inputSymbols.concat(symbols[referredSegments[i]]); + } + + var decodingContext = new DecodingContext(data, start, end); + symbols[currentSegment] = decodeSymbolDictionary(dictionary.huffman, + dictionary.refinement, inputSymbols, dictionary.numberOfNewSymbols, + dictionary.numberOfExportedSymbols, huffmanTables, + dictionary.template, dictionary.at, + dictionary.refinementTemplate, dictionary.refinementAt, + decodingContext); + }, + onImmediateTextRegion: + function SimpleSegmentVisitor_onImmediateTextRegion(region, + referredSegments, + data, start, end) { + var regionInfo = region.info; + var huffmanTables; + + // Combines exported symbols from all referred segments + var symbols = this.symbols; + var inputSymbols = []; + for (var i = 0, ii = referredSegments.length; i < ii; i++) { + inputSymbols = inputSymbols.concat(symbols[referredSegments[i]]); + } + var symbolCodeLength = log2(inputSymbols.length); + + var decodingContext = new DecodingContext(data, start, end); + var bitmap = decodeTextRegion(region.huffman, region.refinement, + regionInfo.width, regionInfo.height, region.defaultPixelValue, + region.numberOfSymbolInstances, region.stripSize, inputSymbols, + symbolCodeLength, region.transposed, region.dsOffset, + region.referenceCorner, region.combinationOperator, huffmanTables, + region.refinementTemplate, region.refinementAt, decodingContext); + this.drawBitmap(regionInfo, bitmap); + }, + onImmediateLosslessTextRegion: + function SimpleSegmentVisitor_onImmediateLosslessTextRegion() { + this.onImmediateTextRegion.apply(this, arguments); + } + }; + + function Jbig2Image() {} + + Jbig2Image.prototype = { + parseChunks: function Jbig2Image_parseChunks(chunks) { + return parseJbig2Chunks(chunks); + } + }; + + return Jbig2Image; +})(); + + +var bidi = PDFJS.bidi = (function bidiClosure() { + // Character types for symbols from 0000 to 00FF. + var baseTypes = [ + 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'S', 'B', 'S', 'WS', + 'B', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', + 'BN', 'BN', 'B', 'B', 'B', 'S', 'WS', 'ON', 'ON', 'ET', 'ET', 'ET', 'ON', + 'ON', 'ON', 'ON', 'ON', 'ON', 'CS', 'ON', 'CS', 'ON', 'EN', 'EN', 'EN', + 'EN', 'EN', 'EN', 'EN', 'EN', 'EN', 'EN', 'ON', 'ON', 'ON', 'ON', 'ON', + 'ON', 'ON', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', + 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'ON', 'ON', + 'ON', 'ON', 'ON', 'ON', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', + 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', + 'L', 'ON', 'ON', 'ON', 'ON', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'B', 'BN', + 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', + 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', 'BN', + 'BN', 'CS', 'ON', 'ET', 'ET', 'ET', 'ET', 'ON', 'ON', 'ON', 'ON', 'L', 'ON', + 'ON', 'ON', 'ON', 'ON', 'ET', 'ET', 'EN', 'EN', 'ON', 'L', 'ON', 'ON', 'ON', + 'EN', 'L', 'ON', 'ON', 'ON', 'ON', 'ON', 'L', 'L', 'L', 'L', 'L', 'L', 'L', + 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', + 'L', 'ON', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', + 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L', + 'L', 'L', 'L', 'ON', 'L', 'L', 'L', 'L', 'L', 'L', 'L', 'L' + ]; + + // Character types for symbols from 0600 to 06FF + var arabicTypes = [ + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'CS', 'AL', 'ON', 'ON', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', + 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AN', 'AN', 'AN', 'AN', 'AN', 'AN', 'AN', 'AN', 'AN', + 'AN', 'ET', 'AN', 'AN', 'AL', 'AL', 'AL', 'NSM', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', + 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'NSM', 'ON', 'NSM', + 'NSM', 'NSM', 'NSM', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', + 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL', 'AL' + ]; + + function isOdd(i) { + return (i & 1) !== 0; + } + + function isEven(i) { + return (i & 1) === 0; + } + + function findUnequal(arr, start, value) { + for (var j = start, jj = arr.length; j < jj; ++j) { + if (arr[j] !== value) { + return j; + } + } + return j; + } + + function setValues(arr, start, end, value) { + for (var j = start; j < end; ++j) { + arr[j] = value; + } + } + + function reverseValues(arr, start, end) { + for (var i = start, j = end - 1; i < j; ++i, --j) { + var temp = arr[i]; + arr[i] = arr[j]; + arr[j] = temp; + } + } + + function createBidiText(str, isLTR, vertical) { + return { + str: str, + dir: (vertical ? 'ttb' : (isLTR ? 'ltr' : 'rtl')) + }; + } + + // These are used in bidi(), which is called frequently. We re-use them on + // each call to avoid unnecessary allocations. + var chars = []; + var types = []; + + function bidi(str, startLevel, vertical) { + var isLTR = true; + var strLength = str.length; + if (strLength === 0 || vertical) { + return createBidiText(str, isLTR, vertical); + } + + // Get types and fill arrays + chars.length = strLength; + types.length = strLength; + var numBidi = 0; + + var i, ii; + for (i = 0; i < strLength; ++i) { + chars[i] = str.charAt(i); + + var charCode = str.charCodeAt(i); + var charType = 'L'; + if (charCode <= 0x00ff) { + charType = baseTypes[charCode]; + } else if (0x0590 <= charCode && charCode <= 0x05f4) { + charType = 'R'; + } else if (0x0600 <= charCode && charCode <= 0x06ff) { + charType = arabicTypes[charCode & 0xff]; + } else if (0x0700 <= charCode && charCode <= 0x08AC) { + charType = 'AL'; + } + if (charType === 'R' || charType === 'AL' || charType === 'AN') { + numBidi++; + } + types[i] = charType; + } + + // Detect the bidi method + // - If there are no rtl characters then no bidi needed + // - If less than 30% chars are rtl then string is primarily ltr + // - If more than 30% chars are rtl then string is primarily rtl + if (numBidi === 0) { + isLTR = true; + return createBidiText(str, isLTR); + } + + if (startLevel === -1) { + if ((strLength / numBidi) < 0.3) { + isLTR = true; + startLevel = 0; + } else { + isLTR = false; + startLevel = 1; + } + } + + var levels = []; + for (i = 0; i < strLength; ++i) { + levels[i] = startLevel; + } + + /* + X1-X10: skip most of this, since we are NOT doing the embeddings. + */ + var e = (isOdd(startLevel) ? 'R' : 'L'); + var sor = e; + var eor = sor; + + /* + W1. Examine each non-spacing mark (NSM) in the level run, and change the + type of the NSM to the type of the previous character. If the NSM is at the + start of the level run, it will get the type of sor. + */ + var lastType = sor; + for (i = 0; i < strLength; ++i) { + if (types[i] === 'NSM') { + types[i] = lastType; + } else { + lastType = types[i]; + } + } + + /* + W2. Search backwards from each instance of a European number until the + first strong type (R, L, AL, or sor) is found. If an AL is found, change + the type of the European number to Arabic number. + */ + lastType = sor; + var t; + for (i = 0; i < strLength; ++i) { + t = types[i]; + if (t === 'EN') { + types[i] = (lastType === 'AL') ? 'AN' : 'EN'; + } else if (t === 'R' || t === 'L' || t === 'AL') { + lastType = t; + } + } + + /* + W3. Change all ALs to R. + */ + for (i = 0; i < strLength; ++i) { + t = types[i]; + if (t === 'AL') { + types[i] = 'R'; + } + } + + /* + W4. A single European separator between two European numbers changes to a + European number. A single common separator between two numbers of the same + type changes to that type: + */ + for (i = 1; i < strLength - 1; ++i) { + if (types[i] === 'ES' && types[i - 1] === 'EN' && types[i + 1] === 'EN') { + types[i] = 'EN'; + } + if (types[i] === 'CS' && + (types[i - 1] === 'EN' || types[i - 1] === 'AN') && + types[i + 1] === types[i - 1]) { + types[i] = types[i - 1]; + } + } + + /* + W5. A sequence of European terminators adjacent to European numbers changes + to all European numbers: + */ + for (i = 0; i < strLength; ++i) { + if (types[i] === 'EN') { + // do before + var j; + for (j = i - 1; j >= 0; --j) { + if (types[j] !== 'ET') { + break; + } + types[j] = 'EN'; + } + // do after + for (j = i + 1; j < strLength; --j) { + if (types[j] !== 'ET') { + break; + } + types[j] = 'EN'; + } + } + } + + /* + W6. Otherwise, separators and terminators change to Other Neutral: + */ + for (i = 0; i < strLength; ++i) { + t = types[i]; + if (t === 'WS' || t === 'ES' || t === 'ET' || t === 'CS') { + types[i] = 'ON'; + } + } + + /* + W7. Search backwards from each instance of a European number until the + first strong type (R, L, or sor) is found. If an L is found, then change + the type of the European number to L. + */ + lastType = sor; + for (i = 0; i < strLength; ++i) { + t = types[i]; + if (t === 'EN') { + types[i] = ((lastType === 'L') ? 'L' : 'EN'); + } else if (t === 'R' || t === 'L') { + lastType = t; + } + } + + /* + N1. A sequence of neutrals takes the direction of the surrounding strong + text if the text on both sides has the same direction. European and Arabic + numbers are treated as though they were R. Start-of-level-run (sor) and + end-of-level-run (eor) are used at level run boundaries. + */ + for (i = 0; i < strLength; ++i) { + if (types[i] === 'ON') { + var end = findUnequal(types, i + 1, 'ON'); + var before = sor; + if (i > 0) { + before = types[i - 1]; + } + + var after = eor; + if (end + 1 < strLength) { + after = types[end + 1]; + } + if (before !== 'L') { + before = 'R'; + } + if (after !== 'L') { + after = 'R'; + } + if (before === after) { + setValues(types, i, end, before); + } + i = end - 1; // reset to end (-1 so next iteration is ok) + } + } + + /* + N2. Any remaining neutrals take the embedding direction. + */ + for (i = 0; i < strLength; ++i) { + if (types[i] === 'ON') { + types[i] = e; + } + } + + /* + I1. For all characters with an even (left-to-right) embedding direction, + those of type R go up one level and those of type AN or EN go up two + levels. + I2. For all characters with an odd (right-to-left) embedding direction, + those of type L, EN or AN go up one level. + */ + for (i = 0; i < strLength; ++i) { + t = types[i]; + if (isEven(levels[i])) { + if (t === 'R') { + levels[i] += 1; + } else if (t === 'AN' || t === 'EN') { + levels[i] += 2; + } + } else { // isOdd + if (t === 'L' || t === 'AN' || t === 'EN') { + levels[i] += 1; + } + } + } + + /* + L1. On each line, reset the embedding level of the following characters to + the paragraph embedding level: + + segment separators, + paragraph separators, + any sequence of whitespace characters preceding a segment separator or + paragraph separator, and any sequence of white space characters at the end + of the line. + */ + + // don't bother as text is only single line + + /* + L2. From the highest level found in the text to the lowest odd level on + each line, reverse any contiguous sequence of characters that are at that + level or higher. + */ + + // find highest level & lowest odd level + var highestLevel = -1; + var lowestOddLevel = 99; + var level; + for (i = 0, ii = levels.length; i < ii; ++i) { + level = levels[i]; + if (highestLevel < level) { + highestLevel = level; + } + if (lowestOddLevel > level && isOdd(level)) { + lowestOddLevel = level; + } + } + + // now reverse between those limits + for (level = highestLevel; level >= lowestOddLevel; --level) { + // find segments to reverse + var start = -1; + for (i = 0, ii = levels.length; i < ii; ++i) { + if (levels[i] < level) { + if (start >= 0) { + reverseValues(chars, start, i); + start = -1; + } + } else if (start < 0) { + start = i; + } + } + if (start >= 0) { + reverseValues(chars, start, levels.length); + } + } + + /* + L3. Combining marks applied to a right-to-left base character will at this + point precede their base character. If the rendering engine expects them to + follow the base characters in the final display process, then the ordering + of the marks and the base character must be reversed. + */ + + // don't bother for now + + /* + L4. A character that possesses the mirrored property as specified by + Section 4.7, Mirrored, must be depicted by a mirrored glyph if the resolved + directionality of that character is R. + */ + + // don't mirror as characters are already mirrored in the pdf + + // Finally, return string + for (i = 0, ii = chars.length; i < ii; ++i) { + var ch = chars[i]; + if (ch === '<' || ch === '>') { + chars[i] = ''; + } + } + return createBidiText(chars.join(''), isLTR); + } + + return bidi; +})(); + + + +var MurmurHash3_64 = (function MurmurHash3_64Closure (seed) { + // Workaround for missing math precison in JS. + var MASK_HIGH = 0xffff0000; + var MASK_LOW = 0xffff; + + function MurmurHash3_64 (seed) { + var SEED = 0xc3d2e1f0; + this.h1 = seed ? seed & 0xffffffff : SEED; + this.h2 = seed ? seed & 0xffffffff : SEED; + } + + var alwaysUseUint32ArrayView = false; + // old webkits have issues with non-aligned arrays + try { + new Uint32Array(new Uint8Array(5).buffer, 0, 1); + } catch (e) { + alwaysUseUint32ArrayView = true; + } + + MurmurHash3_64.prototype = { + update: function MurmurHash3_64_update(input) { + var useUint32ArrayView = alwaysUseUint32ArrayView; + var i; + if (typeof input === 'string') { + var data = new Uint8Array(input.length * 2); + var length = 0; + for (i = 0; i < input.length; i++) { + var code = input.charCodeAt(i); + if (code <= 0xff) { + data[length++] = code; + } + else { + data[length++] = code >>> 8; + data[length++] = code & 0xff; + } + } + } else if (input instanceof Uint8Array) { + data = input; + length = data.length; + } else if (typeof input === 'object' && ('length' in input)) { + // processing regular arrays as well, e.g. for IE9 + data = input; + length = data.length; + useUint32ArrayView = true; + } else { + throw new Error('Wrong data format in MurmurHash3_64_update. ' + + 'Input must be a string or array.'); + } + + var blockCounts = length >> 2; + var tailLength = length - blockCounts * 4; + // we don't care about endianness here + var dataUint32 = useUint32ArrayView ? + new Uint32ArrayView(data, blockCounts) : + new Uint32Array(data.buffer, 0, blockCounts); + var k1 = 0; + var k2 = 0; + var h1 = this.h1; + var h2 = this.h2; + var C1 = 0xcc9e2d51; + var C2 = 0x1b873593; + var C1_LOW = C1 & MASK_LOW; + var C2_LOW = C2 & MASK_LOW; + + for (i = 0; i < blockCounts; i++) { + if (i & 1) { + k1 = dataUint32[i]; + k1 = (k1 * C1 & MASK_HIGH) | (k1 * C1_LOW & MASK_LOW); + k1 = k1 << 15 | k1 >>> 17; + k1 = (k1 * C2 & MASK_HIGH) | (k1 * C2_LOW & MASK_LOW); + h1 ^= k1; + h1 = h1 << 13 | h1 >>> 19; + h1 = h1 * 5 + 0xe6546b64; + } else { + k2 = dataUint32[i]; + k2 = (k2 * C1 & MASK_HIGH) | (k2 * C1_LOW & MASK_LOW); + k2 = k2 << 15 | k2 >>> 17; + k2 = (k2 * C2 & MASK_HIGH) | (k2 * C2_LOW & MASK_LOW); + h2 ^= k2; + h2 = h2 << 13 | h2 >>> 19; + h2 = h2 * 5 + 0xe6546b64; + } + } + + k1 = 0; + + switch (tailLength) { + case 3: + k1 ^= data[blockCounts * 4 + 2] << 16; + /* falls through */ + case 2: + k1 ^= data[blockCounts * 4 + 1] << 8; + /* falls through */ + case 1: + k1 ^= data[blockCounts * 4]; + /* falls through */ + k1 = (k1 * C1 & MASK_HIGH) | (k1 * C1_LOW & MASK_LOW); + k1 = k1 << 15 | k1 >>> 17; + k1 = (k1 * C2 & MASK_HIGH) | (k1 * C2_LOW & MASK_LOW); + if (blockCounts & 1) { + h1 ^= k1; + } else { + h2 ^= k1; + } + } + + this.h1 = h1; + this.h2 = h2; + return this; + }, + + hexdigest: function MurmurHash3_64_hexdigest () { + var h1 = this.h1; + var h2 = this.h2; + + h1 ^= h2 >>> 1; + h1 = (h1 * 0xed558ccd & MASK_HIGH) | (h1 * 0x8ccd & MASK_LOW); + h2 = (h2 * 0xff51afd7 & MASK_HIGH) | + (((h2 << 16 | h1 >>> 16) * 0xafd7ed55 & MASK_HIGH) >>> 16); + h1 ^= h2 >>> 1; + h1 = (h1 * 0x1a85ec53 & MASK_HIGH) | (h1 * 0xec53 & MASK_LOW); + h2 = (h2 * 0xc4ceb9fe & MASK_HIGH) | + (((h2 << 16 | h1 >>> 16) * 0xb9fe1a85 & MASK_HIGH) >>> 16); + h1 ^= h2 >>> 1; + + for (var i = 0, arr = [h1, h2], str = ''; i < arr.length; i++) { + var hex = (arr[i] >>> 0).toString(16); + while (hex.length < 8) { + hex = '0' + hex; + } + str += hex; + } + + return str; + } + }; + + return MurmurHash3_64; +})(); + + +}).call((typeof window === 'undefined') ? this : window); + +/*if (!PDFJS.workerSrc && typeof document !== 'undefined') { + // workerSrc is not set -- using last script url to define default location + PDFJS.workerSrc = (function () { + 'use strict'; + var pdfJsSrc = document.currentScript.src; + return pdfJsSrc && pdfJsSrc.replace(/\.js$/i, '.worker.js'); + })(); +}*/ + + diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/pdfjs/web/cmaps/78-EUC-H.bcmap b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/pdfjs/web/cmaps/78-EUC-H.bcmap new file mode 100644 index 0000000000000000000000000000000000000000..2655fc70ae706c7ba52a5d647cbfdfad6072c697 GIT binary patch literal 2404 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+ * you may not use this file except in compliance with the License. + * You may obtain a copy of the License at + * + * http://www.apache.org/licenses/LICENSE-2.0 + * + * Unless required by applicable law or agreed to in writing, software + * distributed under the License is distributed on an "AS IS" BASIS, + * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + * See the License for the specific language governing permissions and + * limitations under the License. + */ +/* globals VBArray, PDFJS */ + +'use strict'; + +// Initializing PDFJS global object here, it case if we need to change/disable +// some PDF.js features, e.g. range requests +if (typeof PDFJS === 'undefined') { + (typeof window !== 'undefined' ? window : this).PDFJS = {}; +} + +// Checking if the typed arrays are supported +// Support: iOS<6.0 (subarray), IE<10, Android<4.0 +(function checkTypedArrayCompatibility() { + if (typeof Uint8Array !== 'undefined') { + // Support: iOS<6.0 + if (typeof Uint8Array.prototype.subarray === 'undefined') { + Uint8Array.prototype.subarray = function subarray(start, end) { + return new Uint8Array(this.slice(start, end)); + }; + Float32Array.prototype.subarray = function subarray(start, end) { + return new Float32Array(this.slice(start, end)); + }; + } + + // Support: Android<4.1 + if (typeof Float64Array === 'undefined') { + window.Float64Array = Float32Array; + } + return; + } + + function subarray(start, end) { + return new TypedArray(this.slice(start, end)); + } + + function setArrayOffset(array, offset) { + if (arguments.length < 2) { + offset = 0; + } + for (var i = 0, n = array.length; i < n; ++i, ++offset) { + this[offset] = array[i] & 0xFF; + } + } + + function TypedArray(arg1) { + var result, i, n; + if (typeof arg1 === 'number') { + result = []; + for (i = 0; i < arg1; ++i) { + result[i] = 0; + } + } else if ('slice' in arg1) { + result = arg1.slice(0); + } else { + result = []; + for (i = 0, n = arg1.length; i < n; ++i) { + result[i] = arg1[i]; + } + } + + result.subarray = subarray; + result.buffer = result; + result.byteLength = result.length; + result.set = setArrayOffset; + + if (typeof arg1 === 'object' && arg1.buffer) { + result.buffer = arg1.buffer; + } + return result; + } + + window.Uint8Array = TypedArray; + window.Int8Array = TypedArray; + + // we don't need support for set, byteLength for 32-bit array + // so we can use the TypedArray as well + window.Uint32Array = TypedArray; + window.Int32Array = TypedArray; + window.Uint16Array = TypedArray; + window.Float32Array = TypedArray; + window.Float64Array = TypedArray; +})(); + +// URL = URL || webkitURL +// Support: Safari<7, Android 4.2+ +(function normalizeURLObject() { + if (!window.URL) { + window.URL = window.webkitURL; + } +})(); + +// Object.defineProperty()? +// Support: Android<4.0, Safari<5.1 +(function checkObjectDefinePropertyCompatibility() { + if (typeof Object.defineProperty !== 'undefined') { + var definePropertyPossible = true; + try { + // some browsers (e.g. safari) cannot use defineProperty() on DOM objects + // and thus the native version is not sufficient + Object.defineProperty(new Image(), 'id', { value: 'test' }); + // ... another test for android gb browser for non-DOM objects + var Test = function Test() {}; + Test.prototype = { get id() { } }; + Object.defineProperty(new Test(), 'id', + { value: '', configurable: true, enumerable: true, writable: false }); + } catch (e) { + definePropertyPossible = false; + } + if (definePropertyPossible) { + return; + } + } + + Object.defineProperty = function objectDefineProperty(obj, name, def) { + delete obj[name]; + if ('get' in def) { + obj.__defineGetter__(name, def['get']); + } + if ('set' in def) { + obj.__defineSetter__(name, def['set']); + } + if ('value' in def) { + obj.__defineSetter__(name, function objectDefinePropertySetter(value) { + this.__defineGetter__(name, function objectDefinePropertyGetter() { + return value; + }); + return value; + }); + obj[name] = def.value; + } + }; +})(); + + +// No XMLHttpRequest#response? +// Support: IE<11, Android <4.0 +(function checkXMLHttpRequestResponseCompatibility() { + var xhrPrototype = XMLHttpRequest.prototype; + var xhr = new XMLHttpRequest(); + if (!('overrideMimeType' in xhr)) { + // IE10 might have response, but not overrideMimeType + // Support: IE10 + Object.defineProperty(xhrPrototype, 'overrideMimeType', { + value: function xmlHttpRequestOverrideMimeType(mimeType) {} + }); + } + if ('responseType' in xhr) { + return; + } + + // The worker will be using XHR, so we can save time and disable worker. + PDFJS.disableWorker = true; + + Object.defineProperty(xhrPrototype, 'responseType', { + get: function xmlHttpRequestGetResponseType() { + return this._responseType || 'text'; + }, + set: function xmlHttpRequestSetResponseType(value) { + if (value === 'text' || value === 'arraybuffer') { + this._responseType = value; + if (value === 'arraybuffer' && + typeof this.overrideMimeType === 'function') { + this.overrideMimeType('text/plain; charset=x-user-defined'); + } + } + } + }); + + // Support: IE9 + if (typeof VBArray !== 'undefined') { + Object.defineProperty(xhrPrototype, 'response', { + get: function xmlHttpRequestResponseGet() { + if (this.responseType === 'arraybuffer') { + return new Uint8Array(new VBArray(this.responseBody).toArray()); + } else { + return this.responseText; + } + } + }); + return; + } + + Object.defineProperty(xhrPrototype, 'response', { + get: function xmlHttpRequestResponseGet() { + if (this.responseType !== 'arraybuffer') { + return this.responseText; + } + var text = this.responseText; + var i, n = text.length; + var result = new Uint8Array(n); + for (i = 0; i < n; ++i) { + result[i] = text.charCodeAt(i) & 0xFF; + } + return result.buffer; + } + }); +})(); + +// window.btoa (base64 encode function) ? +// Support: IE<10 +(function checkWindowBtoaCompatibility() { + if ('btoa' in window) { + return; + } + + var digits = + 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/='; + + window.btoa = function windowBtoa(chars) { + var buffer = ''; + var i, n; + for (i = 0, n = chars.length; i < n; i += 3) { + var b1 = chars.charCodeAt(i) & 0xFF; + var b2 = chars.charCodeAt(i + 1) & 0xFF; + var b3 = chars.charCodeAt(i + 2) & 0xFF; + var d1 = b1 >> 2, d2 = ((b1 & 3) << 4) | (b2 >> 4); + var d3 = i + 1 < n ? ((b2 & 0xF) << 2) | (b3 >> 6) : 64; + var d4 = i + 2 < n ? (b3 & 0x3F) : 64; + buffer += (digits.charAt(d1) + digits.charAt(d2) + + digits.charAt(d3) + digits.charAt(d4)); + } + return buffer; + }; +})(); + +// window.atob (base64 encode function)? +// Support: IE<10 +(function checkWindowAtobCompatibility() { + if ('atob' in window) { + return; + } + + // https://github.com/davidchambers/Base64.js + var digits = + 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/='; + window.atob = function (input) { + input = input.replace(/=+$/, ''); + if (input.length % 4 === 1) { + throw new Error('bad atob input'); + } + for ( + // initialize result and counters + var bc = 0, bs, buffer, idx = 0, output = ''; + // get next character + buffer = input.charAt(idx++); + // character found in table? + // initialize bit storage and add its ascii value + ~buffer && (bs = bc % 4 ? bs * 64 + buffer : buffer, + // and if not first of each 4 characters, + // convert the first 8 bits to one ascii character + bc++ % 4) ? output += String.fromCharCode(255 & bs >> (-2 * bc & 6)) : 0 + ) { + // try to find character in table (0-63, not found => -1) + buffer = digits.indexOf(buffer); + } + return output; + }; +})(); + +// Function.prototype.bind? +// Support: Android<4.0, iOS<6.0 +(function checkFunctionPrototypeBindCompatibility() { + if (typeof Function.prototype.bind !== 'undefined') { + return; + } + + Function.prototype.bind = function functionPrototypeBind(obj) { + var fn = this, headArgs = Array.prototype.slice.call(arguments, 1); + var bound = function functionPrototypeBindBound() { + var args = headArgs.concat(Array.prototype.slice.call(arguments)); + return fn.apply(obj, args); + }; + return bound; + }; +})(); + +// HTMLElement dataset property +// Support: IE<11, Safari<5.1, Android<4.0 +(function checkDatasetProperty() { + var div = document.createElement('div'); + if ('dataset' in div) { + return; // dataset property exists + } + + Object.defineProperty(HTMLElement.prototype, 'dataset', { + get: function() { + if (this._dataset) { + return this._dataset; + } + + var dataset = {}; + for (var j = 0, jj = this.attributes.length; j < jj; j++) { + var attribute = this.attributes[j]; + if (attribute.name.substring(0, 5) !== 'data-') { + continue; + } + var key = attribute.name.substring(5).replace(/\-([a-z])/g, + function(all, ch) { + return ch.toUpperCase(); + }); + dataset[key] = attribute.value; + } + + Object.defineProperty(this, '_dataset', { + value: dataset, + writable: false, + enumerable: false + }); + return dataset; + }, + enumerable: true + }); +})(); + +// HTMLElement classList property +// Support: IE<10, Android<4.0, iOS<5.0 +(function checkClassListProperty() { + var div = document.createElement('div'); + if ('classList' in div) { + return; // classList property exists + } + + function changeList(element, itemName, add, remove) { + var s = element.className || ''; + var list = s.split(/\s+/g); + if (list[0] === '') { + list.shift(); + } + var index = list.indexOf(itemName); + if (index < 0 && add) { + list.push(itemName); + } + if (index >= 0 && remove) { + list.splice(index, 1); + } + element.className = list.join(' '); + return (index >= 0); + } + + var classListPrototype = { + add: function(name) { + changeList(this.element, name, true, false); + }, + contains: function(name) { + return changeList(this.element, name, false, false); + }, + remove: function(name) { + changeList(this.element, name, false, true); + }, + toggle: function(name) { + changeList(this.element, name, true, true); + } + }; + + Object.defineProperty(HTMLElement.prototype, 'classList', { + get: function() { + if (this._classList) { + return this._classList; + } + + var classList = Object.create(classListPrototype, { + element: { + value: this, + writable: false, + enumerable: true + } + }); + Object.defineProperty(this, '_classList', { + value: classList, + writable: false, + enumerable: false + }); + return classList; + }, + enumerable: true + }); +})(); + +// Check console compatibility +// In older IE versions the console object is not available +// unless console is open. +// Support: IE<10 +(function checkConsoleCompatibility() { + if (!('console' in window)) { + window.console = { + log: function() {}, + error: function() {}, + warn: function() {} + }; + } else if (!('bind' in console.log)) { + // native functions in IE9 might not have bind + console.log = (function(fn) { + return function(msg) { return fn(msg); }; + })(console.log); + console.error = (function(fn) { + return function(msg) { return fn(msg); }; + })(console.error); + console.warn = (function(fn) { + return function(msg) { return fn(msg); }; + })(console.warn); + } +})(); + +// Check onclick compatibility in Opera +// Support: Opera<15 +(function checkOnClickCompatibility() { + // workaround for reported Opera bug DSK-354448: + // onclick fires on disabled buttons with opaque content + function ignoreIfTargetDisabled(event) { + if (isDisabled(event.target)) { + event.stopPropagation(); + } + } + function isDisabled(node) { + return node.disabled || (node.parentNode && isDisabled(node.parentNode)); + } + if (navigator.userAgent.indexOf('Opera') !== -1) { + // use browser detection since we cannot feature-check this bug + document.addEventListener('click', ignoreIfTargetDisabled, true); + } +})(); + +// Checks if possible to use URL.createObjectURL() +// Support: IE +(function checkOnBlobSupport() { + // sometimes IE loosing the data created with createObjectURL(), see #3977 + if (navigator.userAgent.indexOf('Trident') >= 0) { + PDFJS.disableCreateObjectURL = true; + } +})(); + +// Checks if navigator.language is supported +(function checkNavigatorLanguage() { + if ('language' in navigator) { + return; + } + PDFJS.locale = navigator.userLanguage || 'en-US'; +})(); + +(function checkRangeRequests() { + // Safari has issues with cached range requests see: + // https://github.com/mozilla/pdf.js/issues/3260 + // Last tested with version 6.0.4. + // Support: Safari 6.0+ + var isSafari = Object.prototype.toString.call( + window.HTMLElement).indexOf('Constructor') > 0; + + // Older versions of Android (pre 3.0) has issues with range requests, see: + // https://github.com/mozilla/pdf.js/issues/3381. + // Make sure that we only match webkit-based Android browsers, + // since Firefox/Fennec works as expected. + // Support: Android<3.0 + var regex = /Android\s[0-2][^\d]/; + var isOldAndroid = regex.test(navigator.userAgent); + + // Range requests are broken in Chrome 39 and 40, https://crbug.com/442318 + var isChromeWithRangeBug = /Chrome\/(39|40)\./.test(navigator.userAgent); + + if (isSafari || isOldAndroid || isChromeWithRangeBug) { + PDFJS.disableRange = true; + PDFJS.disableStream = true; + } +})(); + +// Check if the browser supports manipulation of the history. +// Support: IE<10, Android<4.2 +(function checkHistoryManipulation() { + // Android 2.x has so buggy pushState support that it was removed in + // Android 3.0 and restored as late as in Android 4.2. + // Support: Android 2.x + if (!history.pushState || navigator.userAgent.indexOf('Android 2.') >= 0) { + PDFJS.disableHistory = true; + } +})(); + +// Support: IE<11, Chrome<21, Android<4.4, Safari<6 +(function checkSetPresenceInImageData() { + // IE < 11 will use window.CanvasPixelArray which lacks set function. + if (window.CanvasPixelArray) { + if (typeof window.CanvasPixelArray.prototype.set !== 'function') { + window.CanvasPixelArray.prototype.set = function(arr) { + for (var i = 0, ii = this.length; i < ii; i++) { + this[i] = arr[i]; + } + }; + } + } else { + // Old Chrome and Android use an inaccessible CanvasPixelArray prototype. + // Because we cannot feature detect it, we rely on user agent parsing. + var polyfill = false, versionMatch; + if (navigator.userAgent.indexOf('Chrom') >= 0) { + versionMatch = navigator.userAgent.match(/Chrom(e|ium)\/([0-9]+)\./); + // Chrome < 21 lacks the set function. + polyfill = versionMatch && parseInt(versionMatch[2]) < 21; + } else if (navigator.userAgent.indexOf('Android') >= 0) { + // Android < 4.4 lacks the set function. + // Android >= 4.4 will contain Chrome in the user agent, + // thus pass the Chrome check above and not reach this block. + polyfill = /Android\s[0-4][^\d]/g.test(navigator.userAgent); + } else if (navigator.userAgent.indexOf('Safari') >= 0) { + versionMatch = navigator.userAgent. + match(/Version\/([0-9]+)\.([0-9]+)\.([0-9]+) Safari\//); + // Safari < 6 lacks the set function. + polyfill = versionMatch && parseInt(versionMatch[1]) < 6; + } + + if (polyfill) { + var contextPrototype = window.CanvasRenderingContext2D.prototype; + var createImageData = contextPrototype.createImageData; + contextPrototype.createImageData = function(w, h) { + var imageData = createImageData.call(this, w, h); + imageData.data.set = function(arr) { + for (var i = 0, ii = this.length; i < ii; i++) { + this[i] = arr[i]; + } + }; + return imageData; + }; + // this closure will be kept referenced, so clear its vars + contextPrototype = null; + } + } +})(); + +// Support: IE<10, Android<4.0, iOS +(function checkRequestAnimationFrame() { + function fakeRequestAnimationFrame(callback) { + window.setTimeout(callback, 20); + } + + var isIOS = /(iPad|iPhone|iPod)/g.test(navigator.userAgent); + if (isIOS) { + // requestAnimationFrame on iOS is broken, replacing with fake one. + window.requestAnimationFrame = fakeRequestAnimationFrame; + return; + } + if ('requestAnimationFrame' in window) { + return; + } + window.requestAnimationFrame = + window.mozRequestAnimationFrame || + window.webkitRequestAnimationFrame || + fakeRequestAnimationFrame; +})(); + +(function checkCanvasSizeLimitation() { + var isIOS = /(iPad|iPhone|iPod)/g.test(navigator.userAgent); + var isAndroid = /Android/g.test(navigator.userAgent); + if (isIOS || isAndroid) { + // 5MP + PDFJS.maxCanvasPixels = 5242880; + } +})(); + +// Disable fullscreen support for certain problematic configurations. +// Support: IE11+ (when embedded). +(function checkFullscreenSupport() { + var isEmbeddedIE = (navigator.userAgent.indexOf('Trident') >= 0 && + window.parent !== window); + if (isEmbeddedIE) { + PDFJS.disableFullscreen = true; + } +})(); + +// Provides document.currentScript support +// Support: IE, Chrome<29. +(function checkCurrentScript() { + if ('currentScript' in document) { + return; + } + Object.defineProperty(document, 'currentScript', { + get: function () { + var scripts = document.getElementsByTagName('script'); + return scripts[scripts.length - 1]; + }, + enumerable: true, + configurable: true + }); +})(); diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/prototype.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/prototype.js new file mode 100644 index 00000000..474b2231 --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/prototype.js @@ -0,0 +1,6082 @@ +/* Prototype JavaScript framework, version 1.7 + * (c) 2005-2010 Sam Stephenson + * + * Prototype is freely distributable under the terms of an MIT-style license. + * For details, see the Prototype web site: http://www.prototypejs.org/ + * + *--------------------------------------------------------------------------*/ + +var Prototype = { + + Version: '1.7', + + Browser: (function(){ + var ua = navigator.userAgent; + var isOpera = Object.prototype.toString.call(window.opera) == '[object Opera]'; + return { + IE: !!window.attachEvent && !isOpera, + Opera: isOpera, + WebKit: ua.indexOf('AppleWebKit/') > -1, + Gecko: ua.indexOf('Gecko') > -1 && ua.indexOf('KHTML') === -1, + MobileSafari: /Apple.*Mobile/.test(ua) + } + })(), + + BrowserFeatures: { + XPath: !!document.evaluate, + + SelectorsAPI: !!document.querySelector, + + ElementExtensions: (function() { + var constructor = window.Element || window.HTMLElement; + return !!(constructor && constructor.prototype); + })(), + SpecificElementExtensions: (function() { + if (typeof window.HTMLDivElement !== 'undefined') + return true; + + var div = document.createElement('div'), + form = document.createElement('form'), + isSupported = false; + + if (div['__proto__'] && (div['__proto__'] !== form['__proto__'])) { + isSupported = true; + } + + div = form = null; + + return isSupported; + })() + }, + + ScriptFragment: ']*>([\\S\\s]*?)<\/script>', + JSONFilter: /^\/\*-secure-([\s\S]*)\*\/\s*$/, + + emptyFunction: function() { }, + + K: function(x) { return x } +}; + +if (Prototype.Browser.MobileSafari) + Prototype.BrowserFeatures.SpecificElementExtensions = false; + + +var Abstract = { }; + + +var Try = { + these: function() { + var returnValue; + + for (var i = 0, length = arguments.length; i < length; i++) { + var lambda = arguments[i]; + try { + returnValue = lambda(); + break; + } catch (e) { } + } + + return returnValue; + } +}; + +/* Based on Alex Arnell's inheritance implementation. */ + +var Class = (function() { + + var IS_DONTENUM_BUGGY = (function(){ + for (var p in { toString: 1 }) { + if (p === 'toString') return false; + } + return true; + })(); + + function subclass() {}; + function create() { + var parent = null, properties = $A(arguments); + if (Object.isFunction(properties[0])) + parent = properties.shift(); + + function klass() { + this.initialize.apply(this, arguments); + } + + Object.extend(klass, Class.Methods); + klass.superclass = parent; + klass.subclasses = []; + + if (parent) { + subclass.prototype = parent.prototype; + klass.prototype = new subclass; + parent.subclasses.push(klass); + } + + for (var i = 0, length = properties.length; i < length; i++) + klass.addMethods(properties[i]); + + if (!klass.prototype.initialize) + klass.prototype.initialize = Prototype.emptyFunction; + + klass.prototype.constructor = klass; + return klass; + } + + function addMethods(source) { + var ancestor = this.superclass && this.superclass.prototype, + properties = Object.keys(source); + + if (IS_DONTENUM_BUGGY) { + if (source.toString != Object.prototype.toString) + properties.push("toString"); + if (source.valueOf != Object.prototype.valueOf) + properties.push("valueOf"); + } + + for (var i = 0, length = properties.length; i < length; i++) { + var property = properties[i], value = source[property]; + if (ancestor && Object.isFunction(value) && + value.argumentNames()[0] == "$super") { + var method = value; + value = (function(m) { + return function() { return ancestor[m].apply(this, arguments); }; + })(property).wrap(method); + + value.valueOf = method.valueOf.bind(method); + value.toString = method.toString.bind(method); + } + this.prototype[property] = value; + } + + return this; + } + + return { + create: create, + Methods: { + addMethods: addMethods + } + }; +})(); +(function() { + + var _toString = Object.prototype.toString, + NULL_TYPE = 'Null', + UNDEFINED_TYPE = 'Undefined', + BOOLEAN_TYPE = 'Boolean', + NUMBER_TYPE = 'Number', + STRING_TYPE = 'String', + OBJECT_TYPE = 'Object', + FUNCTION_CLASS = '[object Function]', + BOOLEAN_CLASS = '[object Boolean]', + NUMBER_CLASS = '[object Number]', + STRING_CLASS = '[object String]', + ARRAY_CLASS = '[object Array]', + DATE_CLASS = '[object Date]', + NATIVE_JSON_STRINGIFY_SUPPORT = window.JSON && + typeof JSON.stringify === 'function' && + JSON.stringify(0) === '0' && + typeof JSON.stringify(Prototype.K) === 'undefined'; + + function Type(o) { + switch(o) { + case null: return NULL_TYPE; + case (void 0): return UNDEFINED_TYPE; + } + var type = typeof o; + switch(type) { + case 'boolean': return BOOLEAN_TYPE; + case 'number': return NUMBER_TYPE; + case 'string': return STRING_TYPE; + } + return OBJECT_TYPE; + } + + function extend(destination, source) { + for (var property in source) + destination[property] = source[property]; + return destination; + } + + function inspect(object) { + try { + if (isUndefined(object)) return 'undefined'; + if (object === null) return 'null'; + return object.inspect ? object.inspect() : String(object); + } catch (e) { + if (e instanceof RangeError) return '...'; + throw e; + } + } + + function toJSON(value) { + return Str('', { '': value }, []); + } + + function Str(key, holder, stack) { + var value = holder[key], + type = typeof value; + + if (Type(value) === OBJECT_TYPE && typeof value.toJSON === 'function') { + value = value.toJSON(key); + } + + var _class = _toString.call(value); + + switch (_class) { + case NUMBER_CLASS: + case BOOLEAN_CLASS: + case STRING_CLASS: + value = value.valueOf(); + } + + switch (value) { + case null: return 'null'; + case true: return 'true'; + case false: return 'false'; + } + + type = typeof value; + switch (type) { + case 'string': + return value.inspect(true); + case 'number': + return isFinite(value) ? String(value) : 'null'; + case 'object': + + for (var i = 0, length = stack.length; i < length; i++) { + if (stack[i] === value) { throw new TypeError(); } + } + stack.push(value); + + var partial = []; + if (_class === ARRAY_CLASS) { + for (var i = 0, length = value.length; i < length; i++) { + var str = Str(i, value, stack); + partial.push(typeof str === 'undefined' ? 'null' : str); + } + partial = '[' + partial.join(',') + ']'; + } else { + var keys = Object.keys(value); + for (var i = 0, length = keys.length; i < length; i++) { + var key = keys[i], str = Str(key, value, stack); + if (typeof str !== "undefined") { + partial.push(key.inspect(true)+ ':' + str); + } + } + partial = '{' + partial.join(',') + '}'; + } + stack.pop(); + return partial; + } + } + + function stringify(object) { + return JSON.stringify(object); + } + + function toQueryString(object) { + return $H(object).toQueryString(); + } + + function toHTML(object) { + return object && object.toHTML ? object.toHTML() : String.interpret(object); + } + + function keys(object) { + if (Type(object) !== OBJECT_TYPE) { throw new TypeError(); } + var results = []; + for (var property in object) { + if (object.hasOwnProperty(property)) { + results.push(property); + } + } + return results; + } + + function values(object) { + var results = []; + for (var property in object) + results.push(object[property]); + return results; + } + + function clone(object) { + return extend({ }, object); + } + + function isElement(object) { + return !!(object && object.nodeType == 1); + } + + function isArray(object) { + return _toString.call(object) === ARRAY_CLASS; + } + + var hasNativeIsArray = (typeof Array.isArray == 'function') + && Array.isArray([]) && !Array.isArray({}); + + if (hasNativeIsArray) { + isArray = Array.isArray; + } + + function isHash(object) { + return object instanceof Hash; + } + + function isFunction(object) { + return _toString.call(object) === FUNCTION_CLASS; + } + + function isString(object) { + return _toString.call(object) === STRING_CLASS; + } + + function isNumber(object) { + return _toString.call(object) === NUMBER_CLASS; + } + + function isDate(object) { + return _toString.call(object) === DATE_CLASS; + } + + function isUndefined(object) { + return typeof object === "undefined"; + } + + extend(Object, { + extend: extend, + inspect: inspect, + toJSON: NATIVE_JSON_STRINGIFY_SUPPORT ? stringify : toJSON, + toQueryString: toQueryString, + toHTML: toHTML, + keys: Object.keys || keys, + values: values, + clone: clone, + isElement: isElement, + isArray: isArray, + isHash: isHash, + isFunction: isFunction, + isString: isString, + isNumber: isNumber, + isDate: isDate, + isUndefined: isUndefined + }); +})(); +Object.extend(Function.prototype, (function() { + var slice = Array.prototype.slice; + + function update(array, args) { + var arrayLength = array.length, length = args.length; + while (length--) array[arrayLength + length] = args[length]; + return array; + } + + function merge(array, args) { + array = slice.call(array, 0); + return update(array, args); + } + + function argumentNames() { + var names = this.toString().match(/^[\s\(]*function[^(]*\(([^)]*)\)/)[1] + .replace(/\/\/.*?[\r\n]|\/\*(?:.|[\r\n])*?\*\//g, '') + .replace(/\s+/g, '').split(','); + return names.length == 1 && !names[0] ? [] : names; + } + + function bind(context) { + if (arguments.length < 2 && Object.isUndefined(arguments[0])) return this; + var __method = this, args = slice.call(arguments, 1); + return function() { + var a = merge(args, arguments); + return __method.apply(context, a); + } + } + + function bindAsEventListener(context) { + var __method = this, args = slice.call(arguments, 1); + return function(event) { + var a = update([event || window.event], args); + return __method.apply(context, a); + } + } + + function curry() { + if (!arguments.length) return this; + var __method = this, args = slice.call(arguments, 0); + return function() { + var a = merge(args, arguments); + return __method.apply(this, a); + } + } + + function delay(timeout) { + var __method = this, args = slice.call(arguments, 1); + timeout = timeout * 1000; + return window.setTimeout(function() { + return __method.apply(__method, args); + }, timeout); + } + + function defer() { + var args = update([0.01], arguments); + return this.delay.apply(this, args); + } + + function wrap(wrapper) { + var __method = this; + return function() { + var a = update([__method.bind(this)], arguments); + return wrapper.apply(this, a); + } + } + + function methodize() { + if (this._methodized) return this._methodized; + var __method = this; + return this._methodized = function() { + var a = update([this], arguments); + return __method.apply(null, a); + }; + } + + return { + argumentNames: argumentNames, + bind: bind, + bindAsEventListener: bindAsEventListener, + curry: curry, + delay: delay, + defer: defer, + wrap: wrap, + methodize: methodize + } +})()); + + + +(function(proto) { + + + function toISOString() { + return this.getUTCFullYear() + '-' + + (this.getUTCMonth() + 1).toPaddedString(2) + '-' + + this.getUTCDate().toPaddedString(2) + 'T' + + this.getUTCHours().toPaddedString(2) + ':' + + this.getUTCMinutes().toPaddedString(2) + ':' + + this.getUTCSeconds().toPaddedString(2) + 'Z'; + } + + + function toJSON() { + return this.toISOString(); + } + + if (!proto.toISOString) proto.toISOString = toISOString; + if (!proto.toJSON) proto.toJSON = toJSON; + +})(Date.prototype); + + +RegExp.prototype.match = RegExp.prototype.test; + +RegExp.escape = function(str) { + return String(str).replace(/([.*+?^=!:${}()|[\]\/\\])/g, '\\$1'); +}; +var PeriodicalExecuter = Class.create({ + initialize: function(callback, frequency) { + this.callback = callback; + this.frequency = frequency; + this.currentlyExecuting = false; + + this.registerCallback(); + }, + + registerCallback: function() { + this.timer = setInterval(this.onTimerEvent.bind(this), this.frequency * 1000); + }, + + execute: function() { + this.callback(this); + }, + + stop: function() { + if (!this.timer) return; + clearInterval(this.timer); + this.timer = null; + }, + + onTimerEvent: function() { + if (!this.currentlyExecuting) { + try { + this.currentlyExecuting = true; + this.execute(); + this.currentlyExecuting = false; + } catch(e) { + this.currentlyExecuting = false; + throw e; + } + } + } +}); +Object.extend(String, { + interpret: function(value) { + return value == null ? '' : String(value); + }, + specialChar: { + '\b': '\\b', + '\t': '\\t', + '\n': '\\n', + '\f': '\\f', + '\r': '\\r', + '\\': '\\\\' + } +}); + +Object.extend(String.prototype, (function() { + var NATIVE_JSON_PARSE_SUPPORT = window.JSON && + typeof JSON.parse === 'function' && + JSON.parse('{"test": true}').test; + + function prepareReplacement(replacement) { + if (Object.isFunction(replacement)) return replacement; + var template = new Template(replacement); + return function(match) { return template.evaluate(match) }; + } + + function gsub(pattern, replacement) { + var result = '', source = this, match; + replacement = prepareReplacement(replacement); + + if (Object.isString(pattern)) + pattern = RegExp.escape(pattern); + + if (!(pattern.length || pattern.source)) { + replacement = replacement(''); + return replacement + source.split('').join(replacement) + replacement; + } + + while (source.length > 0) { + if (match = source.match(pattern)) { + result += source.slice(0, match.index); + result += String.interpret(replacement(match)); + source = source.slice(match.index + match[0].length); + } else { + result += source, source = ''; + } + } + return result; + } + + function sub(pattern, replacement, count) { + replacement = prepareReplacement(replacement); + count = Object.isUndefined(count) ? 1 : count; + + return this.gsub(pattern, function(match) { + if (--count < 0) return match[0]; + return replacement(match); + }); + } + + function scan(pattern, iterator) { + this.gsub(pattern, iterator); + return String(this); + } + + function truncate(length, truncation) { + length = length || 30; + truncation = Object.isUndefined(truncation) ? '...' : truncation; + return this.length > length ? + this.slice(0, length - truncation.length) + truncation : String(this); + } + + function strip() { + return this.replace(/^\s+/, '').replace(/\s+$/, ''); + } + + function stripTags() { + return this.replace(/<\w+(\s+("[^"]*"|'[^']*'|[^>])+)?>|<\/\w+>/gi, ''); + } + + function stripScripts() { + return this.replace(new RegExp(Prototype.ScriptFragment, 'img'), ''); + } + + function extractScripts() { + var matchAll = new RegExp(Prototype.ScriptFragment, 'img'), + matchOne = new RegExp(Prototype.ScriptFragment, 'im'); + return (this.match(matchAll) || []).map(function(scriptTag) { + return (scriptTag.match(matchOne) || ['', ''])[1]; + }); + } + + function evalScripts() { + return this.extractScripts().map(function(script) { return eval(script) }); + } + + function escapeHTML() { + return this.replace(/&/g,'&').replace(//g,'>'); + } + + function unescapeHTML() { + return this.stripTags().replace(/</g,'<').replace(/>/g,'>').replace(/&/g,'&'); + } + + + function toQueryParams(separator) { + var match = this.strip().match(/([^?#]*)(#.*)?$/); + if (!match) return { }; + + return match[1].split(separator || '&').inject({ }, function(hash, pair) { + if ((pair = pair.split('='))[0]) { + var key = decodeURIComponent(pair.shift()), + value = pair.length > 1 ? pair.join('=') : pair[0]; + + if (value != undefined) value = decodeURIComponent(value); + + if (key in hash) { + if (!Object.isArray(hash[key])) hash[key] = [hash[key]]; + hash[key].push(value); + } + else hash[key] = value; + } + return hash; + }); + } + + function toArray() { + return this.split(''); + } + + function succ() { + return this.slice(0, this.length - 1) + + String.fromCharCode(this.charCodeAt(this.length - 1) + 1); + } + + function times(count) { + return count < 1 ? '' : new Array(count + 1).join(this); + } + + function camelize() { + return this.replace(/-+(.)?/g, function(match, chr) { + return chr ? chr.toUpperCase() : ''; + }); + } + + function capitalize() { + return this.charAt(0).toUpperCase() + this.substring(1).toLowerCase(); + } + + function underscore() { + return this.replace(/::/g, '/') + .replace(/([A-Z]+)([A-Z][a-z])/g, '$1_$2') + .replace(/([a-z\d])([A-Z])/g, '$1_$2') + .replace(/-/g, '_') + .toLowerCase(); + } + + function dasherize() { + return this.replace(/_/g, '-'); + } + + function inspect(useDoubleQuotes) { + var escapedString = this.replace(/[\x00-\x1f\\]/g, function(character) { + if (character in String.specialChar) { + return String.specialChar[character]; + } + return '\\u00' + character.charCodeAt().toPaddedString(2, 16); + }); + if (useDoubleQuotes) return '"' + escapedString.replace(/"/g, '\\"') + '"'; + return "'" + escapedString.replace(/'/g, '\\\'') + "'"; + } + + function unfilterJSON(filter) { + return this.replace(filter || Prototype.JSONFilter, '$1'); + } + + function isJSON() { + var str = this; + if (str.blank()) return false; + str = str.replace(/\\(?:["\\\/bfnrt]|u[0-9a-fA-F]{4})/g, '@'); + str = str.replace(/"[^"\\\n\r]*"|true|false|null|-?\d+(?:\.\d*)?(?:[eE][+\-]?\d+)?/g, ']'); + str = str.replace(/(?:^|:|,)(?:\s*\[)+/g, ''); + return (/^[\],:{}\s]*$/).test(str); + } + + function evalJSON(sanitize) { + var json = this.unfilterJSON(), + cx = /[\u0000\u00ad\u0600-\u0604\u070f\u17b4\u17b5\u200c-\u200f\u2028-\u202f\u2060-\u206f\ufeff\ufff0-\uffff]/g; + if (cx.test(json)) { + json = json.replace(cx, function (a) { + return '\\u' + ('0000' + a.charCodeAt(0).toString(16)).slice(-4); + }); + } + try { + if (!sanitize || json.isJSON()) return eval('(' + json + ')'); + } catch (e) { } + throw new SyntaxError('Badly formed JSON string: ' + this.inspect()); + } + + function parseJSON() { + var json = this.unfilterJSON(); + return JSON.parse(json); + } + + function include(pattern) { + return this.indexOf(pattern) > -1; + } + + function startsWith(pattern) { + return this.lastIndexOf(pattern, 0) === 0; + } + + function endsWith(pattern) { + var d = this.length - pattern.length; + return d >= 0 && this.indexOf(pattern, d) === d; + } + + function empty() { + return this == ''; + } + + function blank() { + return /^\s*$/.test(this); + } + + function interpolate(object, pattern) { + return new Template(this, pattern).evaluate(object); + } + + return { + gsub: gsub, + sub: sub, + scan: scan, + truncate: truncate, + strip: String.prototype.trim || strip, + stripTags: stripTags, + stripScripts: stripScripts, + extractScripts: extractScripts, + evalScripts: evalScripts, + escapeHTML: escapeHTML, + unescapeHTML: unescapeHTML, + toQueryParams: toQueryParams, + parseQuery: toQueryParams, + toArray: toArray, + succ: succ, + times: times, + camelize: camelize, + capitalize: capitalize, + underscore: underscore, + dasherize: dasherize, + inspect: inspect, + unfilterJSON: unfilterJSON, + isJSON: isJSON, + evalJSON: NATIVE_JSON_PARSE_SUPPORT ? parseJSON : evalJSON, + include: include, + startsWith: startsWith, + endsWith: endsWith, + empty: empty, + blank: blank, + interpolate: interpolate + }; +})()); + +var Template = Class.create({ + initialize: function(template, pattern) { + this.template = template.toString(); + this.pattern = pattern || Template.Pattern; + }, + + evaluate: function(object) { + if (object && Object.isFunction(object.toTemplateReplacements)) + object = object.toTemplateReplacements(); + + return this.template.gsub(this.pattern, function(match) { + if (object == null) return (match[1] + ''); + + var before = match[1] || ''; + if (before == '\\') return match[2]; + + var ctx = object, expr = match[3], + pattern = /^([^.[]+|\[((?:.*?[^\\])?)\])(\.|\[|$)/; + + match = pattern.exec(expr); + if (match == null) return before; + + while (match != null) { + var comp = match[1].startsWith('[') ? match[2].replace(/\\\\]/g, ']') : match[1]; + ctx = ctx[comp]; + if (null == ctx || '' == match[3]) break; + expr = expr.substring('[' == match[3] ? match[1].length : match[0].length); + match = pattern.exec(expr); + } + + return before + String.interpret(ctx); + }); + } +}); +Template.Pattern = /(^|.|\r|\n)(#\{(.*?)\})/; + +var $break = { }; + +var Enumerable = (function() { + function each(iterator, context) { + var index = 0; + try { + this._each(function(value) { + iterator.call(context, value, index++); + }); + } catch (e) { + if (e != $break) throw e; + } + return this; + } + + function eachSlice(number, iterator, context) { + var index = -number, slices = [], array = this.toArray(); + if (number < 1) return array; + while ((index += number) < array.length) + slices.push(array.slice(index, index+number)); + return slices.collect(iterator, context); + } + + function all(iterator, context) { + iterator = iterator || Prototype.K; + var result = true; + this.each(function(value, index) { + result = result && !!iterator.call(context, value, index); + if (!result) throw $break; + }); + return result; + } + + function any(iterator, context) { + iterator = iterator || Prototype.K; + var result = false; + this.each(function(value, index) { + if (result = !!iterator.call(context, value, index)) + throw $break; + }); + return result; + } + + function collect(iterator, context) { + iterator = iterator || Prototype.K; + var results = []; + this.each(function(value, index) { + results.push(iterator.call(context, value, index)); + }); + return results; + } + + function detect(iterator, context) { + var result; + this.each(function(value, index) { + if (iterator.call(context, value, index)) { + result = value; + throw $break; + } + }); + return result; + } + + function findAll(iterator, context) { + var results = []; + this.each(function(value, index) { + if (iterator.call(context, value, index)) + results.push(value); + }); + return results; + } + + function grep(filter, iterator, context) { + iterator = iterator || Prototype.K; + var results = []; + + if (Object.isString(filter)) + filter = new RegExp(RegExp.escape(filter)); + + this.each(function(value, index) { + if (filter.match(value)) + results.push(iterator.call(context, value, index)); + }); + return results; + } + + function include(object) { + if (Object.isFunction(this.indexOf)) + if (this.indexOf(object) != -1) return true; + + var found = false; + this.each(function(value) { + if (value == object) { + found = true; + throw $break; + } + }); + return found; + } + + function inGroupsOf(number, fillWith) { + fillWith = Object.isUndefined(fillWith) ? null : fillWith; + return this.eachSlice(number, function(slice) { + while(slice.length < number) slice.push(fillWith); + return slice; + }); + } + + function inject(memo, iterator, context) { + this.each(function(value, index) { + memo = iterator.call(context, memo, value, index); + }); + return memo; + } + + function invoke(method) { + var args = $A(arguments).slice(1); + return this.map(function(value) { + return value[method].apply(value, args); + }); + } + + function max(iterator, context) { + iterator = iterator || Prototype.K; + var result; + this.each(function(value, index) { + value = iterator.call(context, value, index); + if (result == null || value >= result) + result = value; + }); + return result; + } + + function min(iterator, context) { + iterator = iterator || Prototype.K; + var result; + this.each(function(value, index) { + value = iterator.call(context, value, index); + if (result == null || value < result) + result = value; + }); + return result; + } + + function partition(iterator, context) { + iterator = iterator || Prototype.K; + var trues = [], falses = []; + this.each(function(value, index) { + (iterator.call(context, value, index) ? + trues : falses).push(value); + }); + return [trues, falses]; + } + + function pluck(property) { + var results = []; + this.each(function(value) { + results.push(value[property]); + }); + return results; + } + + function reject(iterator, context) { + var results = []; + this.each(function(value, index) { + if (!iterator.call(context, value, index)) + results.push(value); + }); + return results; + } + + function sortBy(iterator, context) { + return this.map(function(value, index) { + return { + value: value, + criteria: iterator.call(context, value, index) + }; + }).sort(function(left, right) { + var a = left.criteria, b = right.criteria; + return a < b ? -1 : a > b ? 1 : 0; + }).pluck('value'); + } + + function toArray() { + return this.map(); + } + + function zip() { + var iterator = Prototype.K, args = $A(arguments); + if (Object.isFunction(args.last())) + iterator = args.pop(); + + var collections = [this].concat(args).map($A); + return this.map(function(value, index) { + return iterator(collections.pluck(index)); + }); + } + + function size() { + return this.toArray().length; + } + + function inspect() { + return '#'; + } + + + + + + + + + + return { + each: each, + eachSlice: eachSlice, + all: all, + every: all, + any: any, + some: any, + collect: collect, + map: collect, + detect: detect, + findAll: findAll, + select: findAll, + filter: findAll, + grep: grep, + include: include, + member: include, + inGroupsOf: inGroupsOf, + inject: inject, + invoke: invoke, + max: max, + min: min, + partition: partition, + pluck: pluck, + reject: reject, + sortBy: sortBy, + toArray: toArray, + entries: toArray, + zip: zip, + size: size, + inspect: inspect, + find: detect + }; +})(); + +function $A(iterable) { + if (!iterable) return []; + if ('toArray' in Object(iterable)) return iterable.toArray(); + var length = iterable.length || 0, results = new Array(length); + while (length--) results[length] = iterable[length]; + return results; +} + + +function $w(string) { + if (!Object.isString(string)) return []; + string = string.strip(); + return string ? string.split(/\s+/) : []; +} + +Array.from = $A; + + +(function() { + var arrayProto = Array.prototype, + slice = arrayProto.slice, + _each = arrayProto.forEach; // use native browser JS 1.6 implementation if available + + function each(iterator, context) { + for (var i = 0, length = this.length >>> 0; i < length; i++) { + if (i in this) iterator.call(context, this[i], i, this); + } + } + if (!_each) _each = each; + + function clear() { + this.length = 0; + return this; + } + + function first() { + return this[0]; + } + + function last() { + return this[this.length - 1]; + } + + function compact() { + return this.select(function(value) { + return value != null; + }); + } + + function flatten() { + return this.inject([], function(array, value) { + if (Object.isArray(value)) + return array.concat(value.flatten()); + array.push(value); + return array; + }); + } + + function without() { + var values = slice.call(arguments, 0); + return this.select(function(value) { + return !values.include(value); + }); + } + + function reverse(inline) { + return (inline === false ? this.toArray() : this)._reverse(); + } + + function uniq(sorted) { + return this.inject([], function(array, value, index) { + if (0 == index || (sorted ? array.last() != value : !array.include(value))) + array.push(value); + return array; + }); + } + + function intersect(array) { + return this.uniq().findAll(function(item) { + return array.detect(function(value) { return item === value }); + }); + } + + + function clone() { + return slice.call(this, 0); + } + + function size() { + return this.length; + } + + function inspect() { + return '[' + this.map(Object.inspect).join(', ') + ']'; + } + + function indexOf(item, i) { + i || (i = 0); + var length = this.length; + if (i < 0) i = length + i; + for (; i < length; i++) + if (this[i] === item) return i; + return -1; + } + + function lastIndexOf(item, i) { + i = isNaN(i) ? this.length : (i < 0 ? this.length + i : i) + 1; + var n = this.slice(0, i).reverse().indexOf(item); + return (n < 0) ? n : i - n - 1; + } + + function concat() { + var array = slice.call(this, 0), item; + for (var i = 0, length = arguments.length; i < length; i++) { + item = arguments[i]; + if (Object.isArray(item) && !('callee' in item)) { + for (var j = 0, arrayLength = item.length; j < arrayLength; j++) + array.push(item[j]); + } else { + array.push(item); + } + } + return array; + } + + Object.extend(arrayProto, Enumerable); + + if (!arrayProto._reverse) + arrayProto._reverse = arrayProto.reverse; + + Object.extend(arrayProto, { + _each: _each, + clear: clear, + first: first, + last: last, + compact: compact, + flatten: flatten, + without: without, + reverse: reverse, + uniq: uniq, + intersect: intersect, + clone: clone, + toArray: clone, + size: size, + inspect: inspect + }); + + var CONCAT_ARGUMENTS_BUGGY = (function() { + return [].concat(arguments)[0][0] !== 1; + })(1,2) + + if (CONCAT_ARGUMENTS_BUGGY) arrayProto.concat = concat; + + if (!arrayProto.indexOf) arrayProto.indexOf = indexOf; + if (!arrayProto.lastIndexOf) arrayProto.lastIndexOf = lastIndexOf; +})(); +function $H(object) { + return new Hash(object); +}; + +var Hash = Class.create(Enumerable, (function() { + function initialize(object) { + this._object = Object.isHash(object) ? object.toObject() : Object.clone(object); + } + + + function _each(iterator) { + for (var key in this._object) { + var value = this._object[key], pair = [key, value]; + pair.key = key; + pair.value = value; + iterator(pair); + } + } + + function set(key, value) { + return this._object[key] = value; + } + + function get(key) { + if (this._object[key] !== Object.prototype[key]) + return this._object[key]; + } + + function unset(key) { + var value = this._object[key]; + delete this._object[key]; + return value; + } + + function toObject() { + return Object.clone(this._object); + } + + + + function keys() { + return this.pluck('key'); + } + + function values() { + return this.pluck('value'); + } + + function index(value) { + var match = this.detect(function(pair) { + return pair.value === value; + }); + return match && match.key; + } + + function merge(object) { + return this.clone().update(object); + } + + function update(object) { + return new Hash(object).inject(this, function(result, pair) { + result.set(pair.key, pair.value); + return result; + }); + } + + function toQueryPair(key, value) { + if (Object.isUndefined(value)) return key; + return key + '=' + encodeURIComponent(String.interpret(value)); + } + + function toQueryString() { + return this.inject([], function(results, pair) { + var key = encodeURIComponent(pair.key), values = pair.value; + + if (values && typeof values == 'object') { + if (Object.isArray(values)) { + var queryValues = []; + for (var i = 0, len = values.length, value; i < len; i++) { + value = values[i]; + queryValues.push(toQueryPair(key, value)); + } + return results.concat(queryValues); + } + } else results.push(toQueryPair(key, values)); + return results; + }).join('&'); + } + + function inspect() { + return '#'; + } + + function clone() { + return new Hash(this); + } + + return { + initialize: initialize, + _each: _each, + set: set, + get: get, + unset: unset, + toObject: toObject, + toTemplateReplacements: toObject, + keys: keys, + values: values, + index: index, + merge: merge, + update: update, + toQueryString: toQueryString, + inspect: inspect, + toJSON: toObject, + clone: clone + }; +})()); + +Hash.from = $H; +Object.extend(Number.prototype, (function() { + function toColorPart() { + return this.toPaddedString(2, 16); + } + + function succ() { + return this + 1; + } + + function times(iterator, context) { + $R(0, this, true).each(iterator, context); + return this; + } + + function toPaddedString(length, radix) { + var string = this.toString(radix || 10); + return '0'.times(length - string.length) + string; + } + + function abs() { + return Math.abs(this); + } + + function round() { + return Math.round(this); + } + + function ceil() { + return Math.ceil(this); + } + + function floor() { + return Math.floor(this); + } + + return { + toColorPart: toColorPart, + succ: succ, + times: times, + toPaddedString: toPaddedString, + abs: abs, + round: round, + ceil: ceil, + floor: floor + }; +})()); + +function $R(start, end, exclusive) { + return new ObjectRange(start, end, exclusive); +} + +var ObjectRange = Class.create(Enumerable, (function() { + function initialize(start, end, exclusive) { + this.start = start; + this.end = end; + this.exclusive = exclusive; + } + + function _each(iterator) { + var value = this.start; + while (this.include(value)) { + iterator(value); + value = value.succ(); + } + } + + function include(value) { + if (value < this.start) + return false; + if (this.exclusive) + return value < this.end; + return value <= this.end; + } + + return { + initialize: initialize, + _each: _each, + include: include + }; +})()); + + + +var Ajax = { + getTransport: function() { + return Try.these( + function() {return new XMLHttpRequest()}, + function() {return new ActiveXObject('Msxml2.XMLHTTP')}, + function() {return new ActiveXObject('Microsoft.XMLHTTP')} + ) || false; + }, + + activeRequestCount: 0 +}; + +Ajax.Responders = { + responders: [], + + _each: function(iterator) { + this.responders._each(iterator); + }, + + register: function(responder) { + if (!this.include(responder)) + this.responders.push(responder); + }, + + unregister: function(responder) { + this.responders = this.responders.without(responder); + }, + + dispatch: function(callback, request, transport, json) { + this.each(function(responder) { + if (Object.isFunction(responder[callback])) { + try { + responder[callback].apply(responder, [request, transport, json]); + } catch (e) { } + } + }); + } +}; + +Object.extend(Ajax.Responders, Enumerable); + +Ajax.Responders.register({ + onCreate: function() { Ajax.activeRequestCount++ }, + onComplete: function() { Ajax.activeRequestCount-- } +}); +Ajax.Base = Class.create({ + initialize: function(options) { + this.options = { + method: 'post', + asynchronous: true, + contentType: 'application/x-www-form-urlencoded', + encoding: 'UTF-8', + parameters: '', + evalJSON: true, + evalJS: true + }; + Object.extend(this.options, options || { }); + + this.options.method = this.options.method.toLowerCase(); + + if (Object.isHash(this.options.parameters)) + this.options.parameters = this.options.parameters.toObject(); + } +}); +Ajax.Request = Class.create(Ajax.Base, { + _complete: false, + + initialize: function($super, url, options) { + $super(options); + this.transport = Ajax.getTransport(); + this.request(url); + }, + + request: function(url) { + this.url = url; + this.method = this.options.method; + var params = Object.isString(this.options.parameters) ? + this.options.parameters : + Object.toQueryString(this.options.parameters); + + if (!['get', 'post'].include(this.method)) { + params += (params ? '&' : '') + "_method=" + this.method; + this.method = 'post'; + } + + if (params && this.method === 'get') { + this.url += (this.url.include('?') ? '&' : '?') + params; + } + + this.parameters = params.toQueryParams(); + + try { + var response = new Ajax.Response(this); + if (this.options.onCreate) this.options.onCreate(response); + Ajax.Responders.dispatch('onCreate', this, response); + + this.transport.open(this.method.toUpperCase(), this.url, + this.options.asynchronous); + + if (this.options.asynchronous) this.respondToReadyState.bind(this).defer(1); + + this.transport.onreadystatechange = this.onStateChange.bind(this); + this.setRequestHeaders(); + + this.body = this.method == 'post' ? (this.options.postBody || params) : null; + this.transport.send(this.body); + + /* Force Firefox to handle ready state 4 for synchronous requests */ + if (!this.options.asynchronous && this.transport.overrideMimeType) + this.onStateChange(); + + } + catch (e) { + this.dispatchException(e); + } + }, + + onStateChange: function() { + var readyState = this.transport.readyState; + if (readyState > 1 && !((readyState == 4) && this._complete)) + this.respondToReadyState(this.transport.readyState); + }, + + setRequestHeaders: function() { + var headers = { + 'X-Requested-With': 'XMLHttpRequest', + 'X-Prototype-Version': Prototype.Version, + 'Accept': 'text/javascript, text/html, application/xml, text/xml, */*' + }; + + if (this.method == 'post') { + headers['Content-type'] = this.options.contentType + + (this.options.encoding ? '; charset=' + this.options.encoding : ''); + + /* Force "Connection: close" for older Mozilla browsers to work + * around a bug where XMLHttpRequest sends an incorrect + * Content-length header. See Mozilla Bugzilla #246651. + */ + if (this.transport.overrideMimeType && + (navigator.userAgent.match(/Gecko\/(\d{4})/) || [0,2005])[1] < 2005) + headers['Connection'] = 'close'; + } + + if (typeof this.options.requestHeaders == 'object') { + var extras = this.options.requestHeaders; + + if (Object.isFunction(extras.push)) + for (var i = 0, length = extras.length; i < length; i += 2) + headers[extras[i]] = extras[i+1]; + else + $H(extras).each(function(pair) { headers[pair.key] = pair.value }); + } + + for (var name in headers) + this.transport.setRequestHeader(name, headers[name]); + }, + + success: function() { + var status = this.getStatus(); + return !status || (status >= 200 && status < 300) || status == 304; + }, + + getStatus: function() { + try { + if (this.transport.status === 1223) return 204; + return this.transport.status || 0; + } catch (e) { return 0 } + }, + + respondToReadyState: function(readyState) { + var state = Ajax.Request.Events[readyState], response = new Ajax.Response(this); + + if (state == 'Complete') { + try { + this._complete = true; + (this.options['on' + response.status] + || this.options['on' + (this.success() ? 'Success' : 'Failure')] + || Prototype.emptyFunction)(response, response.headerJSON); + } catch (e) { + this.dispatchException(e); + } + + var contentType = response.getHeader('Content-type'); + if (this.options.evalJS == 'force' + || (this.options.evalJS && this.isSameOrigin() && contentType + && contentType.match(/^\s*(text|application)\/(x-)?(java|ecma)script(;.*)?\s*$/i))) + this.evalResponse(); + } + + try { + (this.options['on' + state] || Prototype.emptyFunction)(response, response.headerJSON); + Ajax.Responders.dispatch('on' + state, this, response, response.headerJSON); + } catch (e) { + this.dispatchException(e); + } + + if (state == 'Complete') { + this.transport.onreadystatechange = Prototype.emptyFunction; + } + }, + + isSameOrigin: function() { + var m = this.url.match(/^\s*https?:\/\/[^\/]*/); + return !m || (m[0] == '#{protocol}//#{domain}#{port}'.interpolate({ + protocol: location.protocol, + domain: document.domain, + port: location.port ? ':' + location.port : '' + })); + }, + + getHeader: function(name) { + try { + return this.transport.getResponseHeader(name) || null; + } catch (e) { return null; } + }, + + evalResponse: function() { + try { + return eval((this.transport.responseText || '').unfilterJSON()); + } catch (e) { + this.dispatchException(e); + } + }, + + dispatchException: function(exception) { + (this.options.onException || Prototype.emptyFunction)(this, exception); + Ajax.Responders.dispatch('onException', this, exception); + } +}); + +Ajax.Request.Events = + ['Uninitialized', 'Loading', 'Loaded', 'Interactive', 'Complete']; + + + + + + + + +Ajax.Response = Class.create({ + initialize: function(request){ + this.request = request; + var transport = this.transport = request.transport, + readyState = this.readyState = transport.readyState; + + if ((readyState > 2 && !Prototype.Browser.IE) || readyState == 4) { + this.status = this.getStatus(); + this.statusText = this.getStatusText(); + this.responseText = String.interpret(transport.responseText); + this.headerJSON = this._getHeaderJSON(); + } + + if (readyState == 4) { + var xml = transport.responseXML; + this.responseXML = Object.isUndefined(xml) ? null : xml; + this.responseJSON = this._getResponseJSON(); + } + }, + + status: 0, + + statusText: '', + + getStatus: Ajax.Request.prototype.getStatus, + + getStatusText: function() { + try { + return this.transport.statusText || ''; + } catch (e) { return '' } + }, + + getHeader: Ajax.Request.prototype.getHeader, + + getAllHeaders: function() { + try { + return this.getAllResponseHeaders(); + } catch (e) { return null } + }, + + getResponseHeader: function(name) { + return this.transport.getResponseHeader(name); + }, + + getAllResponseHeaders: function() { + return this.transport.getAllResponseHeaders(); + }, + + _getHeaderJSON: function() { + var json = this.getHeader('X-JSON'); + if (!json) return null; + json = decodeURIComponent(escape(json)); + try { + return json.evalJSON(this.request.options.sanitizeJSON || + !this.request.isSameOrigin()); + } catch (e) { + this.request.dispatchException(e); + } + }, + + _getResponseJSON: function() { + var options = this.request.options; + if (!options.evalJSON || (options.evalJSON != 'force' && + !(this.getHeader('Content-type') || '').include('application/json')) || + this.responseText.blank()) + return null; + try { + return this.responseText.evalJSON(options.sanitizeJSON || + !this.request.isSameOrigin()); + } catch (e) { + this.request.dispatchException(e); + } + } +}); + +Ajax.Updater = Class.create(Ajax.Request, { + initialize: function($super, container, url, options) { + this.container = { + success: (container.success || container), + failure: (container.failure || (container.success ? null : container)) + }; + + options = Object.clone(options); + var onComplete = options.onComplete; + options.onComplete = (function(response, json) { + this.updateContent(response.responseText); + if (Object.isFunction(onComplete)) onComplete(response, json); + }).bind(this); + + $super(url, options); + }, + + updateContent: function(responseText) { + var receiver = this.container[this.success() ? 'success' : 'failure'], + options = this.options; + + if (!options.evalScripts) responseText = responseText.stripScripts(); + + if (receiver = $(receiver)) { + if (options.insertion) { + if (Object.isString(options.insertion)) { + var insertion = { }; insertion[options.insertion] = responseText; + receiver.insert(insertion); + } + else options.insertion(receiver, responseText); + } + else receiver.update(responseText); + } + } +}); + +Ajax.PeriodicalUpdater = Class.create(Ajax.Base, { + initialize: function($super, container, url, options) { + $super(options); + this.onComplete = this.options.onComplete; + + this.frequency = (this.options.frequency || 2); + this.decay = (this.options.decay || 1); + + this.updater = { }; + this.container = container; + this.url = url; + + this.start(); + }, + + start: function() { + this.options.onComplete = this.updateComplete.bind(this); + this.onTimerEvent(); + }, + + stop: function() { + this.updater.options.onComplete = undefined; + clearTimeout(this.timer); + (this.onComplete || Prototype.emptyFunction).apply(this, arguments); + }, + + updateComplete: function(response) { + if (this.options.decay) { + this.decay = (response.responseText == this.lastText ? + this.decay * this.options.decay : 1); + + this.lastText = response.responseText; + } + this.timer = this.onTimerEvent.bind(this).delay(this.decay * this.frequency); + }, + + onTimerEvent: function() { + this.updater = new Ajax.Updater(this.container, this.url, this.options); + } +}); + + +function $(element) { + if (arguments.length > 1) { + for (var i = 0, elements = [], length = arguments.length; i < length; i++) + elements.push($(arguments[i])); + return elements; + } + if (Object.isString(element)) + element = document.getElementById(element); + return Element.extend(element); +} + +if (Prototype.BrowserFeatures.XPath) { + document._getElementsByXPath = function(expression, parentElement) { + var results = []; + var query = document.evaluate(expression, $(parentElement) || document, + null, XPathResult.ORDERED_NODE_SNAPSHOT_TYPE, null); + for (var i = 0, length = query.snapshotLength; i < length; i++) + results.push(Element.extend(query.snapshotItem(i))); + return results; + }; +} + +/*--------------------------------------------------------------------------*/ + +if (!Node) var Node = { }; + +if (!Node.ELEMENT_NODE) { + Object.extend(Node, { + ELEMENT_NODE: 1, + ATTRIBUTE_NODE: 2, + TEXT_NODE: 3, + CDATA_SECTION_NODE: 4, + ENTITY_REFERENCE_NODE: 5, + ENTITY_NODE: 6, + PROCESSING_INSTRUCTION_NODE: 7, + COMMENT_NODE: 8, + DOCUMENT_NODE: 9, + DOCUMENT_TYPE_NODE: 10, + DOCUMENT_FRAGMENT_NODE: 11, + NOTATION_NODE: 12 + }); +} + + + +(function(global) { + function shouldUseCache(tagName, attributes) { + if (tagName === 'select') return false; + if ('type' in attributes) return false; + return true; + } + + var HAS_EXTENDED_CREATE_ELEMENT_SYNTAX = (function(){ + try { + var el = document.createElement(''); + return el.tagName.toLowerCase() === 'input' && el.name === 'x'; + } + catch(err) { + return false; + } + })(); + + var element = global.Element; + + global.Element = function(tagName, attributes) { + attributes = attributes || { }; + tagName = tagName.toLowerCase(); + var cache = Element.cache; + + if (HAS_EXTENDED_CREATE_ELEMENT_SYNTAX && attributes.name) { + tagName = '<' + tagName + ' name="' + attributes.name + '">'; + delete attributes.name; + return Element.writeAttribute(document.createElement(tagName), attributes); + } + + if (!cache[tagName]) cache[tagName] = Element.extend(document.createElement(tagName)); + + var node = shouldUseCache(tagName, attributes) ? + cache[tagName].cloneNode(false) : document.createElement(tagName); + + return Element.writeAttribute(node, attributes); + }; + + Object.extend(global.Element, element || { }); + if (element) global.Element.prototype = element.prototype; + +})(this); + +Element.idCounter = 1; +Element.cache = { }; + +Element._purgeElement = function(element) { + var uid = element._prototypeUID; + if (uid) { + Element.stopObserving(element); + element._prototypeUID = void 0; + delete Element.Storage[uid]; + } +} + +Element.Methods = { + visible: function(element) { + return $(element).style.display != 'none'; + }, + + toggle: function(element) { + element = $(element); + Element[Element.visible(element) ? 'hide' : 'show'](element); + return element; + }, + + hide: function(element) { + element = $(element); + element.style.display = 'none'; + return element; + }, + + show: function(element) { + element = $(element); + element.style.display = ''; + return element; + }, + + remove: function(element) { + element = $(element); + element.parentNode.removeChild(element); + return element; + }, + + update: (function(){ + + var SELECT_ELEMENT_INNERHTML_BUGGY = (function(){ + var el = document.createElement("select"), + isBuggy = true; + el.innerHTML = ""; + if (el.options && el.options[0]) { + isBuggy = el.options[0].nodeName.toUpperCase() !== "OPTION"; + } + el = null; + return isBuggy; + })(); + + var TABLE_ELEMENT_INNERHTML_BUGGY = (function(){ + try { + var el = document.createElement("table"); + if (el && el.tBodies) { + el.innerHTML = "test"; + var isBuggy = typeof el.tBodies[0] == "undefined"; + el = null; + return isBuggy; + } + } catch (e) { + return true; + } + })(); + + var LINK_ELEMENT_INNERHTML_BUGGY = (function() { + try { + var el = document.createElement('div'); + el.innerHTML = ""; + var isBuggy = (el.childNodes.length === 0); + el = null; + return isBuggy; + } catch(e) { + return true; + } + })(); + + var ANY_INNERHTML_BUGGY = SELECT_ELEMENT_INNERHTML_BUGGY || + TABLE_ELEMENT_INNERHTML_BUGGY || LINK_ELEMENT_INNERHTML_BUGGY; + + var SCRIPT_ELEMENT_REJECTS_TEXTNODE_APPENDING = (function () { + var s = document.createElement("script"), + isBuggy = false; + try { + s.appendChild(document.createTextNode("")); + isBuggy = !s.firstChild || + s.firstChild && s.firstChild.nodeType !== 3; + } catch (e) { + isBuggy = true; + } + s = null; + return isBuggy; + })(); + + + function update(element, content) { + element = $(element); + var purgeElement = Element._purgeElement; + + var descendants = element.getElementsByTagName('*'), + i = descendants.length; + while (i--) purgeElement(descendants[i]); + + if (content && content.toElement) + content = content.toElement(); + + if (Object.isElement(content)) + return element.update().insert(content); + + content = Object.toHTML(content); + + var tagName = element.tagName.toUpperCase(); + + if (tagName === 'SCRIPT' && SCRIPT_ELEMENT_REJECTS_TEXTNODE_APPENDING) { + element.text = content; + return element; + } + + if (ANY_INNERHTML_BUGGY) { + if (tagName in Element._insertionTranslations.tags) { + while (element.firstChild) { + element.removeChild(element.firstChild); + } + Element._getContentFromAnonymousElement(tagName, content.stripScripts()) + .each(function(node) { + element.appendChild(node) + }); + } else if (LINK_ELEMENT_INNERHTML_BUGGY && Object.isString(content) && content.indexOf(' -1) { + while (element.firstChild) { + element.removeChild(element.firstChild); + } + var nodes = Element._getContentFromAnonymousElement(tagName, content.stripScripts(), true); + nodes.each(function(node) { element.appendChild(node) }); + } + else { + element.innerHTML = content.stripScripts(); + } + } + else { + element.innerHTML = content.stripScripts(); + } + + content.evalScripts.bind(content).defer(); + return element; + } + + return update; + })(), + + replace: function(element, content) { + element = $(element); + if (content && content.toElement) content = content.toElement(); + else if (!Object.isElement(content)) { + content = Object.toHTML(content); + var range = element.ownerDocument.createRange(); + range.selectNode(element); + content.evalScripts.bind(content).defer(); + content = range.createContextualFragment(content.stripScripts()); + } + element.parentNode.replaceChild(content, element); + return element; + }, + + insert: function(element, insertions) { + element = $(element); + + if (Object.isString(insertions) || Object.isNumber(insertions) || + Object.isElement(insertions) || (insertions && (insertions.toElement || insertions.toHTML))) + insertions = {bottom:insertions}; + + var content, insert, tagName, childNodes; + + for (var position in insertions) { + content = insertions[position]; + position = position.toLowerCase(); + insert = Element._insertionTranslations[position]; + + if (content && content.toElement) content = content.toElement(); + if (Object.isElement(content)) { + insert(element, content); + continue; + } + + content = Object.toHTML(content); + + tagName = ((position == 'before' || position == 'after') + ? element.parentNode : element).tagName.toUpperCase(); + + childNodes = Element._getContentFromAnonymousElement(tagName, content.stripScripts()); + + if (position == 'top' || position == 'after') childNodes.reverse(); + childNodes.each(insert.curry(element)); + + content.evalScripts.bind(content).defer(); + } + + return element; + }, + + wrap: function(element, wrapper, attributes) { + element = $(element); + if (Object.isElement(wrapper)) + $(wrapper).writeAttribute(attributes || { }); + else if (Object.isString(wrapper)) wrapper = new Element(wrapper, attributes); + else wrapper = new Element('div', wrapper); + if (element.parentNode) + element.parentNode.replaceChild(wrapper, element); + wrapper.appendChild(element); + return wrapper; + }, + + inspect: function(element) { + element = $(element); + var result = '<' + element.tagName.toLowerCase(); + $H({'id': 'id', 'className': 'class'}).each(function(pair) { + var property = pair.first(), + attribute = pair.last(), + value = (element[property] || '').toString(); + if (value) result += ' ' + attribute + '=' + value.inspect(true); + }); + return result + '>'; + }, + + recursivelyCollect: function(element, property, maximumLength) { + element = $(element); + maximumLength = maximumLength || -1; + var elements = []; + + while (element = element[property]) { + if (element.nodeType == 1) + elements.push(Element.extend(element)); + if (elements.length == maximumLength) + break; + } + + return elements; + }, + + ancestors: function(element) { + return Element.recursivelyCollect(element, 'parentNode'); + }, + + descendants: function(element) { + return Element.select(element, "*"); + }, + + firstDescendant: function(element) { + element = $(element).firstChild; + while (element && element.nodeType != 1) element = element.nextSibling; + return $(element); + }, + + immediateDescendants: function(element) { + var results = [], child = $(element).firstChild; + while (child) { + if (child.nodeType === 1) { + results.push(Element.extend(child)); + } + child = child.nextSibling; + } + return results; + }, + + previousSiblings: function(element, maximumLength) { + return Element.recursivelyCollect(element, 'previousSibling'); + }, + + nextSiblings: function(element) { + return Element.recursivelyCollect(element, 'nextSibling'); + }, + + siblings: function(element) { + element = $(element); + return Element.previousSiblings(element).reverse() + .concat(Element.nextSiblings(element)); + }, + + match: function(element, selector) { + element = $(element); + if (Object.isString(selector)) + return Prototype.Selector.match(element, selector); + return selector.match(element); + }, + + up: function(element, expression, index) { + element = $(element); + if (arguments.length == 1) return $(element.parentNode); + var ancestors = Element.ancestors(element); + return Object.isNumber(expression) ? ancestors[expression] : + Prototype.Selector.find(ancestors, expression, index); + }, + + down: function(element, expression, index) { + element = $(element); + if (arguments.length == 1) return Element.firstDescendant(element); + return Object.isNumber(expression) ? Element.descendants(element)[expression] : + Element.select(element, expression)[index || 0]; + }, + + previous: function(element, expression, index) { + element = $(element); + if (Object.isNumber(expression)) index = expression, expression = false; + if (!Object.isNumber(index)) index = 0; + + if (expression) { + return Prototype.Selector.find(element.previousSiblings(), expression, index); + } else { + return element.recursivelyCollect("previousSibling", index + 1)[index]; + } + }, + + next: function(element, expression, index) { + element = $(element); + if (Object.isNumber(expression)) index = expression, expression = false; + if (!Object.isNumber(index)) index = 0; + + if (expression) { + return Prototype.Selector.find(element.nextSiblings(), expression, index); + } else { + var maximumLength = Object.isNumber(index) ? index + 1 : 1; + return element.recursivelyCollect("nextSibling", index + 1)[index]; + } + }, + + + select: function(element) { + element = $(element); + var expressions = Array.prototype.slice.call(arguments, 1).join(', '); + return Prototype.Selector.select(expressions, element); + }, + + adjacent: function(element) { + element = $(element); + var expressions = Array.prototype.slice.call(arguments, 1).join(', '); + return Prototype.Selector.select(expressions, element.parentNode).without(element); + }, + + identify: function(element) { + element = $(element); + var id = Element.readAttribute(element, 'id'); + if (id) return id; + do { id = 'anonymous_element_' + Element.idCounter++ } while ($(id)); + Element.writeAttribute(element, 'id', id); + return id; + }, + + readAttribute: function(element, name) { + element = $(element); + if (Prototype.Browser.IE) { + var t = Element._attributeTranslations.read; + if (t.values[name]) return t.values[name](element, name); + if (t.names[name]) name = t.names[name]; + if (name.include(':')) { + return (!element.attributes || !element.attributes[name]) ? null : + element.attributes[name].value; + } + } + return element.getAttribute(name); + }, + + writeAttribute: function(element, name, value) { + element = $(element); + var attributes = { }, t = Element._attributeTranslations.write; + + if (typeof name == 'object') attributes = name; + else attributes[name] = Object.isUndefined(value) ? true : value; + + for (var attr in attributes) { + name = t.names[attr] || attr; + value = attributes[attr]; + if (t.values[attr]) name = t.values[attr](element, value); + if (value === false || value === null) + element.removeAttribute(name); + else if (value === true) + element.setAttribute(name, name); + else element.setAttribute(name, value); + } + return element; + }, + + getHeight: function(element) { + return Element.getDimensions(element).height; + }, + + getWidth: function(element) { + return Element.getDimensions(element).width; + }, + + classNames: function(element) { + return new Element.ClassNames(element); + }, + + hasClassName: function(element, className) { + if (!(element = $(element))) return; + var elementClassName = element.className; + return (elementClassName.length > 0 && (elementClassName == className || + new RegExp("(^|\\s)" + className + "(\\s|$)").test(elementClassName))); + }, + + addClassName: function(element, className) { + if (!(element = $(element))) return; + if (!Element.hasClassName(element, className)) + element.className += (element.className ? ' ' : '') + className; + return element; + }, + + removeClassName: function(element, className) { + if (!(element = $(element))) return; + element.className = element.className.replace( + new RegExp("(^|\\s+)" + className + "(\\s+|$)"), ' ').strip(); + return element; + }, + + toggleClassName: function(element, className) { + if (!(element = $(element))) return; + return Element[Element.hasClassName(element, className) ? + 'removeClassName' : 'addClassName'](element, className); + }, + + cleanWhitespace: function(element) { + element = $(element); + var node = element.firstChild; + while (node) { + var nextNode = node.nextSibling; + if (node.nodeType == 3 && !/\S/.test(node.nodeValue)) + element.removeChild(node); + node = nextNode; + } + return element; + }, + + empty: function(element) { + return $(element).innerHTML.blank(); + }, + + descendantOf: function(element, ancestor) { + element = $(element), ancestor = $(ancestor); + + if (element.compareDocumentPosition) + return (element.compareDocumentPosition(ancestor) & 8) === 8; + + if (ancestor.contains) + return ancestor.contains(element) && ancestor !== element; + + while (element = element.parentNode) + if (element == ancestor) return true; + + return false; + }, + + scrollTo: function(element) { + element = $(element); + var pos = Element.cumulativeOffset(element); + window.scrollTo(pos[0], pos[1]); + return element; + }, + + getStyle: function(element, style) { + element = $(element); + style = style == 'float' ? 'cssFloat' : style.camelize(); + var value = element.style[style]; + if (!value || value == 'auto') { + var css = document.defaultView.getComputedStyle(element, null); + value = css ? css[style] : null; + } + if (style == 'opacity') return value ? parseFloat(value) : 1.0; + return value == 'auto' ? null : value; + }, + + getOpacity: function(element) { + return $(element).getStyle('opacity'); + }, + + setStyle: function(element, styles) { + element = $(element); + var elementStyle = element.style, match; + if (Object.isString(styles)) { + element.style.cssText += ';' + styles; + return styles.include('opacity') ? + element.setOpacity(styles.match(/opacity:\s*(\d?\.?\d*)/)[1]) : element; + } + for (var property in styles) + if (property == 'opacity') element.setOpacity(styles[property]); + else + elementStyle[(property == 'float' || property == 'cssFloat') ? + (Object.isUndefined(elementStyle.styleFloat) ? 'cssFloat' : 'styleFloat') : + property] = styles[property]; + + return element; + }, + + setOpacity: function(element, value) { + element = $(element); + element.style.opacity = (value == 1 || value === '') ? '' : + (value < 0.00001) ? 0 : value; + return element; + }, + + makePositioned: function(element) { + element = $(element); + var pos = Element.getStyle(element, 'position'); + if (pos == 'static' || !pos) { + element._madePositioned = true; + element.style.position = 'relative'; + if (Prototype.Browser.Opera) { + element.style.top = 0; + element.style.left = 0; + } + } + return element; + }, + + undoPositioned: function(element) { + element = $(element); + if (element._madePositioned) { + element._madePositioned = undefined; + element.style.position = + element.style.top = + element.style.left = + element.style.bottom = + element.style.right = ''; + } + return element; + }, + + makeClipping: function(element) { + element = $(element); + if (element._overflow) return element; + element._overflow = Element.getStyle(element, 'overflow') || 'auto'; + if (element._overflow !== 'hidden') + element.style.overflow = 'hidden'; + return element; + }, + + undoClipping: function(element) { + element = $(element); + if (!element._overflow) return element; + element.style.overflow = element._overflow == 'auto' ? '' : element._overflow; + element._overflow = null; + return element; + }, + + clonePosition: function(element, source) { + var options = Object.extend({ + setLeft: true, + setTop: true, + setWidth: true, + setHeight: true, + offsetTop: 0, + offsetLeft: 0 + }, arguments[2] || { }); + + source = $(source); + var p = Element.viewportOffset(source), delta = [0, 0], parent = null; + + element = $(element); + + if (Element.getStyle(element, 'position') == 'absolute') { + parent = Element.getOffsetParent(element); + delta = Element.viewportOffset(parent); + } + + if (parent == document.body) { + delta[0] -= document.body.offsetLeft; + delta[1] -= document.body.offsetTop; + } + + if (options.setLeft) element.style.left = (p[0] - delta[0] + options.offsetLeft) + 'px'; + if (options.setTop) element.style.top = (p[1] - delta[1] + options.offsetTop) + 'px'; + if (options.setWidth) element.style.width = source.offsetWidth + 'px'; + if (options.setHeight) element.style.height = source.offsetHeight + 'px'; + return element; + } +}; + +Object.extend(Element.Methods, { + getElementsBySelector: Element.Methods.select, + + childElements: Element.Methods.immediateDescendants +}); + +Element._attributeTranslations = { + write: { + names: { + className: 'class', + htmlFor: 'for' + }, + values: { } + } +}; + +if (Prototype.Browser.Opera) { + Element.Methods.getStyle = Element.Methods.getStyle.wrap( + function(proceed, element, style) { + switch (style) { + case 'height': case 'width': + if (!Element.visible(element)) return null; + + var dim = parseInt(proceed(element, style), 10); + + if (dim !== element['offset' + style.capitalize()]) + return dim + 'px'; + + var properties; + if (style === 'height') { + properties = ['border-top-width', 'padding-top', + 'padding-bottom', 'border-bottom-width']; + } + else { + properties = ['border-left-width', 'padding-left', + 'padding-right', 'border-right-width']; + } + return properties.inject(dim, function(memo, property) { + var val = proceed(element, property); + return val === null ? memo : memo - parseInt(val, 10); + }) + 'px'; + default: return proceed(element, style); + } + } + ); + + Element.Methods.readAttribute = Element.Methods.readAttribute.wrap( + function(proceed, element, attribute) { + if (attribute === 'title') return element.title; + return proceed(element, attribute); + } + ); +} + +else if (Prototype.Browser.IE) { + Element.Methods.getStyle = function(element, style) { + element = $(element); + style = (style == 'float' || style == 'cssFloat') ? 'styleFloat' : style.camelize(); + var value = element.style[style]; + if (!value && element.currentStyle) value = element.currentStyle[style]; + + if (style == 'opacity') { + if (value = (element.getStyle('filter') || '').match(/alpha\(opacity=(.*)\)/)) + if (value[1]) return parseFloat(value[1]) / 100; + return 1.0; + } + + if (value == 'auto') { + if ((style == 'width' || style == 'height') && (element.getStyle('display') != 'none')) + return element['offset' + style.capitalize()] + 'px'; + return null; + } + return value; + }; + + Element.Methods.setOpacity = function(element, value) { + function stripAlpha(filter){ + return filter.replace(/alpha\([^\)]*\)/gi,''); + } + element = $(element); + var currentStyle = element.currentStyle; + if ((currentStyle && !currentStyle.hasLayout) || + (!currentStyle && element.style.zoom == 'normal')) + element.style.zoom = 1; + + var filter = element.getStyle('filter'), style = element.style; + if (value == 1 || value === '') { + (filter = stripAlpha(filter)) ? + style.filter = filter : style.removeAttribute('filter'); + return element; + } else if (value < 0.00001) value = 0; + style.filter = stripAlpha(filter) + + 'alpha(opacity=' + (value * 100) + ')'; + return element; + }; + + Element._attributeTranslations = (function(){ + + var classProp = 'className', + forProp = 'for', + el = document.createElement('div'); + + el.setAttribute(classProp, 'x'); + + if (el.className !== 'x') { + el.setAttribute('class', 'x'); + if (el.className === 'x') { + classProp = 'class'; + } + } + el = null; + + el = document.createElement('label'); + el.setAttribute(forProp, 'x'); + if (el.htmlFor !== 'x') { + el.setAttribute('htmlFor', 'x'); + if (el.htmlFor === 'x') { + forProp = 'htmlFor'; + } + } + el = null; + + return { + read: { + names: { + 'class': classProp, + 'className': classProp, + 'for': forProp, + 'htmlFor': forProp + }, + values: { + _getAttr: function(element, attribute) { + return element.getAttribute(attribute); + }, + _getAttr2: function(element, attribute) { + return element.getAttribute(attribute, 2); + }, + _getAttrNode: function(element, attribute) { + var node = element.getAttributeNode(attribute); + return node ? node.value : ""; + }, + _getEv: (function(){ + + var el = document.createElement('div'), f; + el.onclick = Prototype.emptyFunction; + var value = el.getAttribute('onclick'); + + if (String(value).indexOf('{') > -1) { + f = function(element, attribute) { + attribute = element.getAttribute(attribute); + if (!attribute) return null; + attribute = attribute.toString(); + attribute = attribute.split('{')[1]; + attribute = attribute.split('}')[0]; + return attribute.strip(); + }; + } + else if (value === '') { + f = function(element, attribute) { + attribute = element.getAttribute(attribute); + if (!attribute) return null; + return attribute.strip(); + }; + } + el = null; + return f; + })(), + _flag: function(element, attribute) { + return $(element).hasAttribute(attribute) ? attribute : null; + }, + style: function(element) { + return element.style.cssText.toLowerCase(); + }, + title: function(element) { + return element.title; + } + } + } + } + })(); + + Element._attributeTranslations.write = { + names: Object.extend({ + cellpadding: 'cellPadding', + cellspacing: 'cellSpacing' + }, Element._attributeTranslations.read.names), + values: { + checked: function(element, value) { + element.checked = !!value; + }, + + style: function(element, value) { + element.style.cssText = value ? value : ''; + } + } + }; + + Element._attributeTranslations.has = {}; + + $w('colSpan rowSpan vAlign dateTime accessKey tabIndex ' + + 'encType maxLength readOnly longDesc frameBorder').each(function(attr) { + Element._attributeTranslations.write.names[attr.toLowerCase()] = attr; + Element._attributeTranslations.has[attr.toLowerCase()] = attr; + }); + + (function(v) { + Object.extend(v, { + href: v._getAttr2, + src: v._getAttr2, + type: v._getAttr, + action: v._getAttrNode, + disabled: v._flag, + checked: v._flag, + readonly: v._flag, + multiple: v._flag, + onload: v._getEv, + onunload: v._getEv, + onclick: v._getEv, + ondblclick: v._getEv, + onmousedown: v._getEv, + onmouseup: v._getEv, + onmouseover: v._getEv, + onmousemove: v._getEv, + onmouseout: v._getEv, + onfocus: v._getEv, + onblur: v._getEv, + onkeypress: v._getEv, + onkeydown: v._getEv, + onkeyup: v._getEv, + onsubmit: v._getEv, + onreset: v._getEv, + onselect: v._getEv, + onchange: v._getEv + }); + })(Element._attributeTranslations.read.values); + + if (Prototype.BrowserFeatures.ElementExtensions) { + (function() { + function _descendants(element) { + var nodes = element.getElementsByTagName('*'), results = []; + for (var i = 0, node; node = nodes[i]; i++) + if (node.tagName !== "!") // Filter out comment nodes. + results.push(node); + return results; + } + + Element.Methods.down = function(element, expression, index) { + element = $(element); + if (arguments.length == 1) return element.firstDescendant(); + return Object.isNumber(expression) ? _descendants(element)[expression] : + Element.select(element, expression)[index || 0]; + } + })(); + } + +} + +else if (Prototype.Browser.Gecko && /rv:1\.8\.0/.test(navigator.userAgent)) { + Element.Methods.setOpacity = function(element, value) { + element = $(element); + element.style.opacity = (value == 1) ? 0.999999 : + (value === '') ? '' : (value < 0.00001) ? 0 : value; + return element; + }; +} + +else if (Prototype.Browser.WebKit) { + Element.Methods.setOpacity = function(element, value) { + element = $(element); + element.style.opacity = (value == 1 || value === '') ? '' : + (value < 0.00001) ? 0 : value; + + if (value == 1) + if (element.tagName.toUpperCase() == 'IMG' && element.width) { + element.width++; element.width--; + } else try { + var n = document.createTextNode(' '); + element.appendChild(n); + element.removeChild(n); + } catch (e) { } + + return element; + }; +} + +if ('outerHTML' in document.documentElement) { + Element.Methods.replace = function(element, content) { + element = $(element); + + if (content && content.toElement) content = content.toElement(); + if (Object.isElement(content)) { + element.parentNode.replaceChild(content, element); + return element; + } + + content = Object.toHTML(content); + var parent = element.parentNode, tagName = parent.tagName.toUpperCase(); + + if (Element._insertionTranslations.tags[tagName]) { + var nextSibling = element.next(), + fragments = Element._getContentFromAnonymousElement(tagName, content.stripScripts()); + parent.removeChild(element); + if (nextSibling) + fragments.each(function(node) { parent.insertBefore(node, nextSibling) }); + else + fragments.each(function(node) { parent.appendChild(node) }); + } + else element.outerHTML = content.stripScripts(); + + content.evalScripts.bind(content).defer(); + return element; + }; +} + +Element._returnOffset = function(l, t) { + var result = [l, t]; + result.left = l; + result.top = t; + return result; +}; + +Element._getContentFromAnonymousElement = function(tagName, html, force) { + var div = new Element('div'), + t = Element._insertionTranslations.tags[tagName]; + + var workaround = false; + if (t) workaround = true; + else if (force) { + workaround = true; + t = ['', '', 0]; + } + + if (workaround) { + div.innerHTML = ' ' + t[0] + html + t[1]; + div.removeChild(div.firstChild); + for (var i = t[2]; i--; ) { + div = div.firstChild; + } + } + else { + div.innerHTML = html; + } + return $A(div.childNodes); +}; + +Element._insertionTranslations = { + before: function(element, node) { + element.parentNode.insertBefore(node, element); + }, + top: function(element, node) { + element.insertBefore(node, element.firstChild); + }, + bottom: function(element, node) { + element.appendChild(node); + }, + after: function(element, node) { + element.parentNode.insertBefore(node, element.nextSibling); + }, + tags: { + TABLE: ['', '
    ', 1], + TBODY: ['', '
    ', 2], + TR: ['', '
    ', 3], + TD: ['
    ', '
    ', 4], + SELECT: ['', 1] + } +}; + +(function() { + var tags = Element._insertionTranslations.tags; + Object.extend(tags, { + THEAD: tags.TBODY, + TFOOT: tags.TBODY, + TH: tags.TD + }); +})(); + +Element.Methods.Simulated = { + hasAttribute: function(element, attribute) { + attribute = Element._attributeTranslations.has[attribute] || attribute; + var node = $(element).getAttributeNode(attribute); + return !!(node && node.specified); + } +}; + +Element.Methods.ByTag = { }; + +Object.extend(Element, Element.Methods); + +(function(div) { + + if (!Prototype.BrowserFeatures.ElementExtensions && div['__proto__']) { + window.HTMLElement = { }; + window.HTMLElement.prototype = div['__proto__']; + Prototype.BrowserFeatures.ElementExtensions = true; + } + + div = null; + +})(document.createElement('div')); + +Element.extend = (function() { + + function checkDeficiency(tagName) { + if (typeof window.Element != 'undefined') { + var proto = window.Element.prototype; + if (proto) { + var id = '_' + (Math.random()+'').slice(2), + el = document.createElement(tagName); + proto[id] = 'x'; + var isBuggy = (el[id] !== 'x'); + delete proto[id]; + el = null; + return isBuggy; + } + } + return false; + } + + function extendElementWith(element, methods) { + for (var property in methods) { + var value = methods[property]; + if (Object.isFunction(value) && !(property in element)) + element[property] = value.methodize(); + } + } + + var HTMLOBJECTELEMENT_PROTOTYPE_BUGGY = checkDeficiency('object'); + + if (Prototype.BrowserFeatures.SpecificElementExtensions) { + if (HTMLOBJECTELEMENT_PROTOTYPE_BUGGY) { + return function(element) { + if (element && typeof element._extendedByPrototype == 'undefined') { + var t = element.tagName; + if (t && (/^(?:object|applet|embed)$/i.test(t))) { + extendElementWith(element, Element.Methods); + extendElementWith(element, Element.Methods.Simulated); + extendElementWith(element, Element.Methods.ByTag[t.toUpperCase()]); + } + } + return element; + } + } + return Prototype.K; + } + + var Methods = { }, ByTag = Element.Methods.ByTag; + + var extend = Object.extend(function(element) { + if (!element || typeof element._extendedByPrototype != 'undefined' || + element.nodeType != 1 || element == window) return element; + + var methods = Object.clone(Methods), + tagName = element.tagName.toUpperCase(); + + if (ByTag[tagName]) Object.extend(methods, ByTag[tagName]); + + extendElementWith(element, methods); + + element._extendedByPrototype = Prototype.emptyFunction; + return element; + + }, { + refresh: function() { + if (!Prototype.BrowserFeatures.ElementExtensions) { + Object.extend(Methods, Element.Methods); + Object.extend(Methods, Element.Methods.Simulated); + } + } + }); + + extend.refresh(); + return extend; +})(); + +if (document.documentElement.hasAttribute) { + Element.hasAttribute = function(element, attribute) { + return element.hasAttribute(attribute); + }; +} +else { + Element.hasAttribute = Element.Methods.Simulated.hasAttribute; +} + +Element.addMethods = function(methods) { + var F = Prototype.BrowserFeatures, T = Element.Methods.ByTag; + + if (!methods) { + Object.extend(Form, Form.Methods); + Object.extend(Form.Element, Form.Element.Methods); + Object.extend(Element.Methods.ByTag, { + "FORM": Object.clone(Form.Methods), + "INPUT": Object.clone(Form.Element.Methods), + "SELECT": Object.clone(Form.Element.Methods), + "TEXTAREA": Object.clone(Form.Element.Methods), + "BUTTON": Object.clone(Form.Element.Methods) + }); + } + + if (arguments.length == 2) { + var tagName = methods; + methods = arguments[1]; + } + + if (!tagName) Object.extend(Element.Methods, methods || { }); + else { + if (Object.isArray(tagName)) tagName.each(extend); + else extend(tagName); + } + + function extend(tagName) { + tagName = tagName.toUpperCase(); + if (!Element.Methods.ByTag[tagName]) + Element.Methods.ByTag[tagName] = { }; + Object.extend(Element.Methods.ByTag[tagName], methods); + } + + function copy(methods, destination, onlyIfAbsent) { + onlyIfAbsent = onlyIfAbsent || false; + for (var property in methods) { + var value = methods[property]; + if (!Object.isFunction(value)) continue; + if (!onlyIfAbsent || !(property in destination)) + destination[property] = value.methodize(); + } + } + + function findDOMClass(tagName) { + var klass; + var trans = { + "OPTGROUP": "OptGroup", "TEXTAREA": "TextArea", "P": "Paragraph", + "FIELDSET": "FieldSet", "UL": "UList", "OL": "OList", "DL": "DList", + "DIR": "Directory", "H1": "Heading", "H2": "Heading", "H3": "Heading", + "H4": "Heading", "H5": "Heading", "H6": "Heading", "Q": "Quote", + "INS": "Mod", "DEL": "Mod", "A": "Anchor", "IMG": "Image", "CAPTION": + "TableCaption", "COL": "TableCol", "COLGROUP": "TableCol", "THEAD": + "TableSection", "TFOOT": "TableSection", "TBODY": "TableSection", "TR": + "TableRow", "TH": "TableCell", "TD": "TableCell", "FRAMESET": + "FrameSet", "IFRAME": "IFrame" + }; + if (trans[tagName]) klass = 'HTML' + trans[tagName] + 'Element'; + if (window[klass]) return window[klass]; + klass = 'HTML' + tagName + 'Element'; + if (window[klass]) return window[klass]; + klass = 'HTML' + tagName.capitalize() + 'Element'; + if (window[klass]) return window[klass]; + + var element = document.createElement(tagName), + proto = element['__proto__'] || element.constructor.prototype; + + element = null; + return proto; + } + + var elementPrototype = window.HTMLElement ? HTMLElement.prototype : + Element.prototype; + + if (F.ElementExtensions) { + copy(Element.Methods, elementPrototype); + copy(Element.Methods.Simulated, elementPrototype, true); + } + + if (F.SpecificElementExtensions) { + for (var tag in Element.Methods.ByTag) { + var klass = findDOMClass(tag); + if (Object.isUndefined(klass)) continue; + copy(T[tag], klass.prototype); + } + } + + Object.extend(Element, Element.Methods); + delete Element.ByTag; + + if (Element.extend.refresh) Element.extend.refresh(); + Element.cache = { }; +}; + + +document.viewport = { + + getDimensions: function() { + return { width: this.getWidth(), height: this.getHeight() }; + }, + + getScrollOffsets: function() { + return Element._returnOffset( + window.pageXOffset || document.documentElement.scrollLeft || document.body.scrollLeft, + window.pageYOffset || document.documentElement.scrollTop || document.body.scrollTop); + } +}; + +(function(viewport) { + var B = Prototype.Browser, doc = document, element, property = {}; + + function getRootElement() { + if (B.WebKit && !doc.evaluate) + return document; + + if (B.Opera && window.parseFloat(window.opera.version()) < 9.5) + return document.body; + + return document.documentElement; + } + + function define(D) { + if (!element) element = getRootElement(); + + property[D] = 'client' + D; + + viewport['get' + D] = function() { return element[property[D]] }; + return viewport['get' + D](); + } + + viewport.getWidth = define.curry('Width'); + + viewport.getHeight = define.curry('Height'); +})(document.viewport); + + +Element.Storage = { + UID: 1 +}; + +Element.addMethods({ + getStorage: function(element) { + if (!(element = $(element))) return; + + var uid; + if (element === window) { + uid = 0; + } else { + if (typeof element._prototypeUID === "undefined") + element._prototypeUID = Element.Storage.UID++; + uid = element._prototypeUID; + } + + if (!Element.Storage[uid]) + Element.Storage[uid] = $H(); + + return Element.Storage[uid]; + }, + + store: function(element, key, value) { + if (!(element = $(element))) return; + + if (arguments.length === 2) { + Element.getStorage(element).update(key); + } else { + Element.getStorage(element).set(key, value); + } + + return element; + }, + + retrieve: function(element, key, defaultValue) { + if (!(element = $(element))) return; + var hash = Element.getStorage(element), value = hash.get(key); + + if (Object.isUndefined(value)) { + hash.set(key, defaultValue); + value = defaultValue; + } + + return value; + }, + + clone: function(element, deep) { + if (!(element = $(element))) return; + var clone = element.cloneNode(deep); + clone._prototypeUID = void 0; + if (deep) { + var descendants = Element.select(clone, '*'), + i = descendants.length; + while (i--) { + descendants[i]._prototypeUID = void 0; + } + } + return Element.extend(clone); + }, + + purge: function(element) { + if (!(element = $(element))) return; + var purgeElement = Element._purgeElement; + + purgeElement(element); + + var descendants = element.getElementsByTagName('*'), + i = descendants.length; + + while (i--) purgeElement(descendants[i]); + + return null; + } +}); + +(function() { + + function toDecimal(pctString) { + var match = pctString.match(/^(\d+)%?$/i); + if (!match) return null; + return (Number(match[1]) / 100); + } + + function getPixelValue(value, property, context) { + var element = null; + if (Object.isElement(value)) { + element = value; + value = element.getStyle(property); + } + + if (value === null) { + return null; + } + + if ((/^(?:-)?\d+(\.\d+)?(px)?$/i).test(value)) { + return window.parseFloat(value); + } + + var isPercentage = value.include('%'), isViewport = (context === document.viewport); + + if (/\d/.test(value) && element && element.runtimeStyle && !(isPercentage && isViewport)) { + var style = element.style.left, rStyle = element.runtimeStyle.left; + element.runtimeStyle.left = element.currentStyle.left; + element.style.left = value || 0; + value = element.style.pixelLeft; + element.style.left = style; + element.runtimeStyle.left = rStyle; + + return value; + } + + if (element && isPercentage) { + context = context || element.parentNode; + var decimal = toDecimal(value); + var whole = null; + var position = element.getStyle('position'); + + var isHorizontal = property.include('left') || property.include('right') || + property.include('width'); + + var isVertical = property.include('top') || property.include('bottom') || + property.include('height'); + + if (context === document.viewport) { + if (isHorizontal) { + whole = document.viewport.getWidth(); + } else if (isVertical) { + whole = document.viewport.getHeight(); + } + } else { + if (isHorizontal) { + whole = $(context).measure('width'); + } else if (isVertical) { + whole = $(context).measure('height'); + } + } + + return (whole === null) ? 0 : whole * decimal; + } + + return 0; + } + + function toCSSPixels(number) { + if (Object.isString(number) && number.endsWith('px')) { + return number; + } + return number + 'px'; + } + + function isDisplayed(element) { + var originalElement = element; + while (element && element.parentNode) { + var display = element.getStyle('display'); + if (display === 'none') { + return false; + } + element = $(element.parentNode); + } + return true; + } + + var hasLayout = Prototype.K; + if ('currentStyle' in document.documentElement) { + hasLayout = function(element) { + if (!element.currentStyle.hasLayout) { + element.style.zoom = 1; + } + return element; + }; + } + + function cssNameFor(key) { + if (key.include('border')) key = key + '-width'; + return key.camelize(); + } + + Element.Layout = Class.create(Hash, { + initialize: function($super, element, preCompute) { + $super(); + this.element = $(element); + + Element.Layout.PROPERTIES.each( function(property) { + this._set(property, null); + }, this); + + if (preCompute) { + this._preComputing = true; + this._begin(); + Element.Layout.PROPERTIES.each( this._compute, this ); + this._end(); + this._preComputing = false; + } + }, + + _set: function(property, value) { + return Hash.prototype.set.call(this, property, value); + }, + + set: function(property, value) { + throw "Properties of Element.Layout are read-only."; + }, + + get: function($super, property) { + var value = $super(property); + return value === null ? this._compute(property) : value; + }, + + _begin: function() { + if (this._prepared) return; + + var element = this.element; + if (isDisplayed(element)) { + this._prepared = true; + return; + } + + var originalStyles = { + position: element.style.position || '', + width: element.style.width || '', + visibility: element.style.visibility || '', + display: element.style.display || '' + }; + + element.store('prototype_original_styles', originalStyles); + + var position = element.getStyle('position'), + width = element.getStyle('width'); + + if (width === "0px" || width === null) { + element.style.display = 'block'; + width = element.getStyle('width'); + } + + var context = (position === 'fixed') ? document.viewport : + element.parentNode; + + element.setStyle({ + position: 'absolute', + visibility: 'hidden', + display: 'block' + }); + + var positionedWidth = element.getStyle('width'); + + var newWidth; + if (width && (positionedWidth === width)) { + newWidth = getPixelValue(element, 'width', context); + } else if (position === 'absolute' || position === 'fixed') { + newWidth = getPixelValue(element, 'width', context); + } else { + var parent = element.parentNode, pLayout = $(parent).getLayout(); + + newWidth = pLayout.get('width') - + this.get('margin-left') - + this.get('border-left') - + this.get('padding-left') - + this.get('padding-right') - + this.get('border-right') - + this.get('margin-right'); + } + + element.setStyle({ width: newWidth + 'px' }); + + this._prepared = true; + }, + + _end: function() { + var element = this.element; + var originalStyles = element.retrieve('prototype_original_styles'); + element.store('prototype_original_styles', null); + element.setStyle(originalStyles); + this._prepared = false; + }, + + _compute: function(property) { + var COMPUTATIONS = Element.Layout.COMPUTATIONS; + if (!(property in COMPUTATIONS)) { + throw "Property not found."; + } + + return this._set(property, COMPUTATIONS[property].call(this, this.element)); + }, + + toObject: function() { + var args = $A(arguments); + var keys = (args.length === 0) ? Element.Layout.PROPERTIES : + args.join(' ').split(' '); + var obj = {}; + keys.each( function(key) { + if (!Element.Layout.PROPERTIES.include(key)) return; + var value = this.get(key); + if (value != null) obj[key] = value; + }, this); + return obj; + }, + + toHash: function() { + var obj = this.toObject.apply(this, arguments); + return new Hash(obj); + }, + + toCSS: function() { + var args = $A(arguments); + var keys = (args.length === 0) ? Element.Layout.PROPERTIES : + args.join(' ').split(' '); + var css = {}; + + keys.each( function(key) { + if (!Element.Layout.PROPERTIES.include(key)) return; + if (Element.Layout.COMPOSITE_PROPERTIES.include(key)) return; + + var value = this.get(key); + if (value != null) css[cssNameFor(key)] = value + 'px'; + }, this); + return css; + }, + + inspect: function() { + return "#"; + } + }); + + Object.extend(Element.Layout, { + PROPERTIES: $w('height width top left right bottom border-left border-right border-top border-bottom padding-left padding-right padding-top padding-bottom margin-top margin-bottom margin-left margin-right padding-box-width padding-box-height border-box-width border-box-height margin-box-width margin-box-height'), + + COMPOSITE_PROPERTIES: $w('padding-box-width padding-box-height margin-box-width margin-box-height border-box-width border-box-height'), + + COMPUTATIONS: { + 'height': function(element) { + if (!this._preComputing) this._begin(); + + var bHeight = this.get('border-box-height'); + if (bHeight <= 0) { + if (!this._preComputing) this._end(); + return 0; + } + + var bTop = this.get('border-top'), + bBottom = this.get('border-bottom'); + + var pTop = this.get('padding-top'), + pBottom = this.get('padding-bottom'); + + if (!this._preComputing) this._end(); + + return bHeight - bTop - bBottom - pTop - pBottom; + }, + + 'width': function(element) { + if (!this._preComputing) this._begin(); + + var bWidth = this.get('border-box-width'); + if (bWidth <= 0) { + if (!this._preComputing) this._end(); + return 0; + } + + var bLeft = this.get('border-left'), + bRight = this.get('border-right'); + + var pLeft = this.get('padding-left'), + pRight = this.get('padding-right'); + + if (!this._preComputing) this._end(); + + return bWidth - bLeft - bRight - pLeft - pRight; + }, + + 'padding-box-height': function(element) { + var height = this.get('height'), + pTop = this.get('padding-top'), + pBottom = this.get('padding-bottom'); + + return height + pTop + pBottom; + }, + + 'padding-box-width': function(element) { + var width = this.get('width'), + pLeft = this.get('padding-left'), + pRight = this.get('padding-right'); + + return width + pLeft + pRight; + }, + + 'border-box-height': function(element) { + if (!this._preComputing) this._begin(); + var height = element.offsetHeight; + if (!this._preComputing) this._end(); + return height; + }, + + 'border-box-width': function(element) { + if (!this._preComputing) this._begin(); + var width = element.offsetWidth; + if (!this._preComputing) this._end(); + return width; + }, + + 'margin-box-height': function(element) { + var bHeight = this.get('border-box-height'), + mTop = this.get('margin-top'), + mBottom = this.get('margin-bottom'); + + if (bHeight <= 0) return 0; + + return bHeight + mTop + mBottom; + }, + + 'margin-box-width': function(element) { + var bWidth = this.get('border-box-width'), + mLeft = this.get('margin-left'), + mRight = this.get('margin-right'); + + if (bWidth <= 0) return 0; + + return bWidth + mLeft + mRight; + }, + + 'top': function(element) { + var offset = element.positionedOffset(); + return offset.top; + }, + + 'bottom': function(element) { + var offset = element.positionedOffset(), + parent = element.getOffsetParent(), + pHeight = parent.measure('height'); + + var mHeight = this.get('border-box-height'); + + return pHeight - mHeight - offset.top; + }, + + 'left': function(element) { + var offset = element.positionedOffset(); + return offset.left; + }, + + 'right': function(element) { + var offset = element.positionedOffset(), + parent = element.getOffsetParent(), + pWidth = parent.measure('width'); + + var mWidth = this.get('border-box-width'); + + return pWidth - mWidth - offset.left; + }, + + 'padding-top': function(element) { + return getPixelValue(element, 'paddingTop'); + }, + + 'padding-bottom': function(element) { + return getPixelValue(element, 'paddingBottom'); + }, + + 'padding-left': function(element) { + return getPixelValue(element, 'paddingLeft'); + }, + + 'padding-right': function(element) { + return getPixelValue(element, 'paddingRight'); + }, + + 'border-top': function(element) { + return getPixelValue(element, 'borderTopWidth'); + }, + + 'border-bottom': function(element) { + return getPixelValue(element, 'borderBottomWidth'); + }, + + 'border-left': function(element) { + return getPixelValue(element, 'borderLeftWidth'); + }, + + 'border-right': function(element) { + return getPixelValue(element, 'borderRightWidth'); + }, + + 'margin-top': function(element) { + return getPixelValue(element, 'marginTop'); + }, + + 'margin-bottom': function(element) { + return getPixelValue(element, 'marginBottom'); + }, + + 'margin-left': function(element) { + return getPixelValue(element, 'marginLeft'); + }, + + 'margin-right': function(element) { + return getPixelValue(element, 'marginRight'); + } + } + }); + + if ('getBoundingClientRect' in document.documentElement) { + Object.extend(Element.Layout.COMPUTATIONS, { + 'right': function(element) { + var parent = hasLayout(element.getOffsetParent()); + var rect = element.getBoundingClientRect(), + pRect = parent.getBoundingClientRect(); + + return (pRect.right - rect.right).round(); + }, + + 'bottom': function(element) { + var parent = hasLayout(element.getOffsetParent()); + var rect = element.getBoundingClientRect(), + pRect = parent.getBoundingClientRect(); + + return (pRect.bottom - rect.bottom).round(); + } + }); + } + + Element.Offset = Class.create({ + initialize: function(left, top) { + this.left = left.round(); + this.top = top.round(); + + this[0] = this.left; + this[1] = this.top; + }, + + relativeTo: function(offset) { + return new Element.Offset( + this.left - offset.left, + this.top - offset.top + ); + }, + + inspect: function() { + return "#".interpolate(this); + }, + + toString: function() { + return "[#{left}, #{top}]".interpolate(this); + }, + + toArray: function() { + return [this.left, this.top]; + } + }); + + function getLayout(element, preCompute) { + return new Element.Layout(element, preCompute); + } + + function measure(element, property) { + return $(element).getLayout().get(property); + } + + function getDimensions(element) { + element = $(element); + var display = Element.getStyle(element, 'display'); + + if (display && display !== 'none') { + return { width: element.offsetWidth, height: element.offsetHeight }; + } + + var style = element.style; + var originalStyles = { + visibility: style.visibility, + position: style.position, + display: style.display + }; + + var newStyles = { + visibility: 'hidden', + display: 'block' + }; + + if (originalStyles.position !== 'fixed') + newStyles.position = 'absolute'; + + Element.setStyle(element, newStyles); + + var dimensions = { + width: element.offsetWidth, + height: element.offsetHeight + }; + + Element.setStyle(element, originalStyles); + + return dimensions; + } + + function getOffsetParent(element) { + element = $(element); + + if (isDocument(element) || isDetached(element) || isBody(element) || isHtml(element)) + return $(document.body); + + var isInline = (Element.getStyle(element, 'display') === 'inline'); + if (!isInline && element.offsetParent) return $(element.offsetParent); + + while ((element = element.parentNode) && element !== document.body) { + if (Element.getStyle(element, 'position') !== 'static') { + return isHtml(element) ? $(document.body) : $(element); + } + } + + return $(document.body); + } + + + function cumulativeOffset(element) { + element = $(element); + var valueT = 0, valueL = 0; + if (element.parentNode) { + do { + valueT += element.offsetTop || 0; + valueL += element.offsetLeft || 0; + element = element.offsetParent; + } while (element); + } + return new Element.Offset(valueL, valueT); + } + + function positionedOffset(element) { + element = $(element); + + var layout = element.getLayout(); + + var valueT = 0, valueL = 0; + do { + valueT += element.offsetTop || 0; + valueL += element.offsetLeft || 0; + element = element.offsetParent; + if (element) { + if (isBody(element)) break; + var p = Element.getStyle(element, 'position'); + if (p !== 'static') break; + } + } while (element); + + valueL -= layout.get('margin-top'); + valueT -= layout.get('margin-left'); + + return new Element.Offset(valueL, valueT); + } + + function cumulativeScrollOffset(element) { + var valueT = 0, valueL = 0; + do { + valueT += element.scrollTop || 0; + valueL += element.scrollLeft || 0; + element = element.parentNode; + } while (element); + return new Element.Offset(valueL, valueT); + } + + function viewportOffset(forElement) { + element = $(element); + var valueT = 0, valueL = 0, docBody = document.body; + + var element = forElement; + do { + valueT += element.offsetTop || 0; + valueL += element.offsetLeft || 0; + if (element.offsetParent == docBody && + Element.getStyle(element, 'position') == 'absolute') break; + } while (element = element.offsetParent); + + element = forElement; + do { + if (element != docBody) { + valueT -= element.scrollTop || 0; + valueL -= element.scrollLeft || 0; + } + } while (element = element.parentNode); + return new Element.Offset(valueL, valueT); + } + + function absolutize(element) { + element = $(element); + + if (Element.getStyle(element, 'position') === 'absolute') { + return element; + } + + var offsetParent = getOffsetParent(element); + var eOffset = element.viewportOffset(), + pOffset = offsetParent.viewportOffset(); + + var offset = eOffset.relativeTo(pOffset); + var layout = element.getLayout(); + + element.store('prototype_absolutize_original_styles', { + left: element.getStyle('left'), + top: element.getStyle('top'), + width: element.getStyle('width'), + height: element.getStyle('height') + }); + + element.setStyle({ + position: 'absolute', + top: offset.top + 'px', + left: offset.left + 'px', + width: layout.get('width') + 'px', + height: layout.get('height') + 'px' + }); + + return element; + } + + function relativize(element) { + element = $(element); + if (Element.getStyle(element, 'position') === 'relative') { + return element; + } + + var originalStyles = + element.retrieve('prototype_absolutize_original_styles'); + + if (originalStyles) element.setStyle(originalStyles); + return element; + } + + if (Prototype.Browser.IE) { + getOffsetParent = getOffsetParent.wrap( + function(proceed, element) { + element = $(element); + + if (isDocument(element) || isDetached(element) || isBody(element) || isHtml(element)) + return $(document.body); + + var position = element.getStyle('position'); + if (position !== 'static') return proceed(element); + + element.setStyle({ position: 'relative' }); + var value = proceed(element); + element.setStyle({ position: position }); + return value; + } + ); + + positionedOffset = positionedOffset.wrap(function(proceed, element) { + element = $(element); + if (!element.parentNode) return new Element.Offset(0, 0); + var position = element.getStyle('position'); + if (position !== 'static') return proceed(element); + + var offsetParent = element.getOffsetParent(); + if (offsetParent && offsetParent.getStyle('position') === 'fixed') + hasLayout(offsetParent); + + element.setStyle({ position: 'relative' }); + var value = proceed(element); + element.setStyle({ position: position }); + return value; + }); + } else if (Prototype.Browser.Webkit) { + cumulativeOffset = function(element) { + element = $(element); + var valueT = 0, valueL = 0; + do { + valueT += element.offsetTop || 0; + valueL += element.offsetLeft || 0; + if (element.offsetParent == document.body) + if (Element.getStyle(element, 'position') == 'absolute') break; + + element = element.offsetParent; + } while (element); + + return new Element.Offset(valueL, valueT); + }; + } + + + Element.addMethods({ + getLayout: getLayout, + measure: measure, + getDimensions: getDimensions, + getOffsetParent: getOffsetParent, + cumulativeOffset: cumulativeOffset, + positionedOffset: positionedOffset, + cumulativeScrollOffset: cumulativeScrollOffset, + viewportOffset: viewportOffset, + absolutize: absolutize, + relativize: relativize + }); + + function isBody(element) { + return element.nodeName.toUpperCase() === 'BODY'; + } + + function isHtml(element) { + return element.nodeName.toUpperCase() === 'HTML'; + } + + function isDocument(element) { + return element.nodeType === Node.DOCUMENT_NODE; + } + + function isDetached(element) { + return element !== document.body && + !Element.descendantOf(element, document.body); + } + + if ('getBoundingClientRect' in document.documentElement) { + Element.addMethods({ + viewportOffset: function(element) { + element = $(element); + if (isDetached(element)) return new Element.Offset(0, 0); + + var rect = element.getBoundingClientRect(), + docEl = document.documentElement; + return new Element.Offset(rect.left - docEl.clientLeft, + rect.top - docEl.clientTop); + } + }); + } +})(); +window.$$ = function() { + var expression = $A(arguments).join(', '); + return Prototype.Selector.select(expression, document); +}; + +Prototype.Selector = (function() { + + function select() { + throw new Error('Method "Prototype.Selector.select" must be defined.'); + } + + function match() { + throw new Error('Method "Prototype.Selector.match" must be defined.'); + } + + function find(elements, expression, index) { + index = index || 0; + var match = Prototype.Selector.match, length = elements.length, matchIndex = 0, i; + + for (i = 0; i < length; i++) { + if (match(elements[i], expression) && index == matchIndex++) { + return Element.extend(elements[i]); + } + } + } + + function extendElements(elements) { + for (var i = 0, length = elements.length; i < length; i++) { + Element.extend(elements[i]); + } + return elements; + } + + + var K = Prototype.K; + + return { + select: select, + match: match, + find: find, + extendElements: (Element.extend === K) ? K : extendElements, + extendElement: Element.extend + }; +})(); +Prototype._original_property = window.Sizzle; +/*! + * Sizzle CSS Selector Engine - v1.0 + * Copyright 2009, The Dojo Foundation + * Released under the MIT, BSD, and GPL Licenses. + * More information: http://sizzlejs.com/ + */ +(function(){ + +var chunker = /((?:\((?:\([^()]+\)|[^()]+)+\)|\[(?:\[[^[\]]*\]|['"][^'"]*['"]|[^[\]'"]+)+\]|\\.|[^ >+~,(\[\\]+)+|[>+~])(\s*,\s*)?((?:.|\r|\n)*)/g, + done = 0, + toString = Object.prototype.toString, + hasDuplicate = false, + baseHasDuplicate = true; + +[0, 0].sort(function(){ + baseHasDuplicate = false; + return 0; +}); + +var Sizzle = function(selector, context, results, seed) { + results = results || []; + var origContext = context = context || document; + + if ( context.nodeType !== 1 && context.nodeType !== 9 ) { + return []; + } + + if ( !selector || typeof selector !== "string" ) { + return results; + } + + var parts = [], m, set, checkSet, check, mode, extra, prune = true, contextXML = isXML(context), + soFar = selector; + + while ( (chunker.exec(""), m = chunker.exec(soFar)) !== null ) { + soFar = m[3]; + + parts.push( m[1] ); + + if ( m[2] ) { + extra = m[3]; + break; + } + } + + if ( parts.length > 1 && origPOS.exec( selector ) ) { + if ( parts.length === 2 && Expr.relative[ parts[0] ] ) { + set = posProcess( parts[0] + parts[1], context ); + } else { + set = Expr.relative[ parts[0] ] ? + [ context ] : + Sizzle( parts.shift(), context ); + + while ( parts.length ) { + selector = parts.shift(); + + if ( Expr.relative[ selector ] ) + selector += parts.shift(); + + set = posProcess( selector, set ); + } + } + } else { + if ( !seed && parts.length > 1 && context.nodeType === 9 && !contextXML && + Expr.match.ID.test(parts[0]) && !Expr.match.ID.test(parts[parts.length - 1]) ) { + var ret = Sizzle.find( parts.shift(), context, contextXML ); + context = ret.expr ? Sizzle.filter( ret.expr, ret.set )[0] : ret.set[0]; + } + + if ( context ) { + var ret = seed ? + { expr: parts.pop(), set: makeArray(seed) } : + Sizzle.find( parts.pop(), parts.length === 1 && (parts[0] === "~" || parts[0] === "+") && context.parentNode ? context.parentNode : context, contextXML ); + set = ret.expr ? Sizzle.filter( ret.expr, ret.set ) : ret.set; + + if ( parts.length > 0 ) { + checkSet = makeArray(set); + } else { + prune = false; + } + + while ( parts.length ) { + var cur = parts.pop(), pop = cur; + + if ( !Expr.relative[ cur ] ) { + cur = ""; + } else { + pop = parts.pop(); + } + + if ( pop == null ) { + pop = context; + } + + Expr.relative[ cur ]( checkSet, pop, contextXML ); + } + } else { + checkSet = parts = []; + } + } + + if ( !checkSet ) { + checkSet = set; + } + + if ( !checkSet ) { + throw "Syntax error, unrecognized expression: " + (cur || selector); + } + + if ( toString.call(checkSet) === "[object Array]" ) { + if ( !prune ) { + results.push.apply( results, checkSet ); + } else if ( context && context.nodeType === 1 ) { + for ( var i = 0; checkSet[i] != null; i++ ) { + if ( checkSet[i] && (checkSet[i] === true || checkSet[i].nodeType === 1 && contains(context, checkSet[i])) ) { + results.push( set[i] ); + } + } + } else { + for ( var i = 0; checkSet[i] != null; i++ ) { + if ( checkSet[i] && checkSet[i].nodeType === 1 ) { + results.push( set[i] ); + } + } + } + } else { + makeArray( checkSet, results ); + } + + if ( extra ) { + Sizzle( extra, origContext, results, seed ); + Sizzle.uniqueSort( results ); + } + + return results; +}; + +Sizzle.uniqueSort = function(results){ + if ( sortOrder ) { + hasDuplicate = baseHasDuplicate; + results.sort(sortOrder); + + if ( hasDuplicate ) { + for ( var i = 1; i < results.length; i++ ) { + if ( results[i] === results[i-1] ) { + results.splice(i--, 1); + } + } + } + } + + return results; +}; + +Sizzle.matches = function(expr, set){ + return Sizzle(expr, null, null, set); +}; + +Sizzle.find = function(expr, context, isXML){ + var set, match; + + if ( !expr ) { + return []; + } + + for ( var i = 0, l = Expr.order.length; i < l; i++ ) { + var type = Expr.order[i], match; + + if ( (match = Expr.leftMatch[ type ].exec( expr )) ) { + var left = match[1]; + match.splice(1,1); + + if ( left.substr( left.length - 1 ) !== "\\" ) { + match[1] = (match[1] || "").replace(/\\/g, ""); + set = Expr.find[ type ]( match, context, isXML ); + if ( set != null ) { + expr = expr.replace( Expr.match[ type ], "" ); + break; + } + } + } + } + + if ( !set ) { + set = context.getElementsByTagName("*"); + } + + return {set: set, expr: expr}; +}; + +Sizzle.filter = function(expr, set, inplace, not){ + var old = expr, result = [], curLoop = set, match, anyFound, + isXMLFilter = set && set[0] && isXML(set[0]); + + while ( expr && set.length ) { + for ( var type in Expr.filter ) { + if ( (match = Expr.match[ type ].exec( expr )) != null ) { + var filter = Expr.filter[ type ], found, item; + anyFound = false; + + if ( curLoop == result ) { + result = []; + } + + if ( Expr.preFilter[ type ] ) { + match = Expr.preFilter[ type ]( match, curLoop, inplace, result, not, isXMLFilter ); + + if ( !match ) { + anyFound = found = true; + } else if ( match === true ) { + continue; + } + } + + if ( match ) { + for ( var i = 0; (item = curLoop[i]) != null; i++ ) { + if ( item ) { + found = filter( item, match, i, curLoop ); + var pass = not ^ !!found; + + if ( inplace && found != null ) { + if ( pass ) { + anyFound = true; + } else { + curLoop[i] = false; + } + } else if ( pass ) { + result.push( item ); + anyFound = true; + } + } + } + } + + if ( found !== undefined ) { + if ( !inplace ) { + curLoop = result; + } + + expr = expr.replace( Expr.match[ type ], "" ); + + if ( !anyFound ) { + return []; + } + + break; + } + } + } + + if ( expr == old ) { + if ( anyFound == null ) { + throw "Syntax error, unrecognized expression: " + expr; + } else { + break; + } + } + + old = expr; + } + + return curLoop; +}; + +var Expr = Sizzle.selectors = { + order: [ "ID", "NAME", "TAG" ], + match: { + ID: /#((?:[\w\u00c0-\uFFFF-]|\\.)+)/, + CLASS: /\.((?:[\w\u00c0-\uFFFF-]|\\.)+)/, + NAME: /\[name=['"]*((?:[\w\u00c0-\uFFFF-]|\\.)+)['"]*\]/, + ATTR: /\[\s*((?:[\w\u00c0-\uFFFF-]|\\.)+)\s*(?:(\S?=)\s*(['"]*)(.*?)\3|)\s*\]/, + TAG: /^((?:[\w\u00c0-\uFFFF\*-]|\\.)+)/, + CHILD: /:(only|nth|last|first)-child(?:\((even|odd|[\dn+-]*)\))?/, + POS: /:(nth|eq|gt|lt|first|last|even|odd)(?:\((\d*)\))?(?=[^-]|$)/, + PSEUDO: /:((?:[\w\u00c0-\uFFFF-]|\\.)+)(?:\((['"]*)((?:\([^\)]+\)|[^\2\(\)]*)+)\2\))?/ + }, + leftMatch: {}, + attrMap: { + "class": "className", + "for": "htmlFor" + }, + attrHandle: { + href: function(elem){ + return elem.getAttribute("href"); + } + }, + relative: { + "+": function(checkSet, part, isXML){ + var isPartStr = typeof part === "string", + isTag = isPartStr && !/\W/.test(part), + isPartStrNotTag = isPartStr && !isTag; + + if ( isTag && !isXML ) { + part = part.toUpperCase(); + } + + for ( var i = 0, l = checkSet.length, elem; i < l; i++ ) { + if ( (elem = checkSet[i]) ) { + while ( (elem = elem.previousSibling) && elem.nodeType !== 1 ) {} + + checkSet[i] = isPartStrNotTag || elem && elem.nodeName === part ? + elem || false : + elem === part; + } + } + + if ( isPartStrNotTag ) { + Sizzle.filter( part, checkSet, true ); + } + }, + ">": function(checkSet, part, isXML){ + var isPartStr = typeof part === "string"; + + if ( isPartStr && !/\W/.test(part) ) { + part = isXML ? part : part.toUpperCase(); + + for ( var i = 0, l = checkSet.length; i < l; i++ ) { + var elem = checkSet[i]; + if ( elem ) { + var parent = elem.parentNode; + checkSet[i] = parent.nodeName === part ? parent : false; + } + } + } else { + for ( var i = 0, l = checkSet.length; i < l; i++ ) { + var elem = checkSet[i]; + if ( elem ) { + checkSet[i] = isPartStr ? + elem.parentNode : + elem.parentNode === part; + } + } + + if ( isPartStr ) { + Sizzle.filter( part, checkSet, true ); + } + } + }, + "": function(checkSet, part, isXML){ + var doneName = done++, checkFn = dirCheck; + + if ( !/\W/.test(part) ) { + var nodeCheck = part = isXML ? part : part.toUpperCase(); + checkFn = dirNodeCheck; + } + + checkFn("parentNode", part, doneName, checkSet, nodeCheck, isXML); + }, + "~": function(checkSet, part, isXML){ + var doneName = done++, checkFn = dirCheck; + + if ( typeof part === "string" && !/\W/.test(part) ) { + var nodeCheck = part = isXML ? part : part.toUpperCase(); + checkFn = dirNodeCheck; + } + + checkFn("previousSibling", part, doneName, checkSet, nodeCheck, isXML); + } + }, + find: { + ID: function(match, context, isXML){ + if ( typeof context.getElementById !== "undefined" && !isXML ) { + var m = context.getElementById(match[1]); + return m ? [m] : []; + } + }, + NAME: function(match, context, isXML){ + if ( typeof context.getElementsByName !== "undefined" ) { + var ret = [], results = context.getElementsByName(match[1]); + + for ( var i = 0, l = results.length; i < l; i++ ) { + if ( results[i].getAttribute("name") === match[1] ) { + ret.push( results[i] ); + } + } + + return ret.length === 0 ? null : ret; + } + }, + TAG: function(match, context){ + return context.getElementsByTagName(match[1]); + } + }, + preFilter: { + CLASS: function(match, curLoop, inplace, result, not, isXML){ + match = " " + match[1].replace(/\\/g, "") + " "; + + if ( isXML ) { + return match; + } + + for ( var i = 0, elem; (elem = curLoop[i]) != null; i++ ) { + if ( elem ) { + if ( not ^ (elem.className && (" " + elem.className + " ").indexOf(match) >= 0) ) { + if ( !inplace ) + result.push( elem ); + } else if ( inplace ) { + curLoop[i] = false; + } + } + } + + return false; + }, + ID: function(match){ + return match[1].replace(/\\/g, ""); + }, + TAG: function(match, curLoop){ + for ( var i = 0; curLoop[i] === false; i++ ){} + return curLoop[i] && isXML(curLoop[i]) ? match[1] : match[1].toUpperCase(); + }, + CHILD: function(match){ + if ( match[1] == "nth" ) { + var test = /(-?)(\d*)n((?:\+|-)?\d*)/.exec( + match[2] == "even" && "2n" || match[2] == "odd" && "2n+1" || + !/\D/.test( match[2] ) && "0n+" + match[2] || match[2]); + + match[2] = (test[1] + (test[2] || 1)) - 0; + match[3] = test[3] - 0; + } + + match[0] = done++; + + return match; + }, + ATTR: function(match, curLoop, inplace, result, not, isXML){ + var name = match[1].replace(/\\/g, ""); + + if ( !isXML && Expr.attrMap[name] ) { + match[1] = Expr.attrMap[name]; + } + + if ( match[2] === "~=" ) { + match[4] = " " + match[4] + " "; + } + + return match; + }, + PSEUDO: function(match, curLoop, inplace, result, not){ + if ( match[1] === "not" ) { + if ( ( chunker.exec(match[3]) || "" ).length > 1 || /^\w/.test(match[3]) ) { + match[3] = Sizzle(match[3], null, null, curLoop); + } else { + var ret = Sizzle.filter(match[3], curLoop, inplace, true ^ not); + if ( !inplace ) { + result.push.apply( result, ret ); + } + return false; + } + } else if ( Expr.match.POS.test( match[0] ) || Expr.match.CHILD.test( match[0] ) ) { + return true; + } + + return match; + }, + POS: function(match){ + match.unshift( true ); + return match; + } + }, + filters: { + enabled: function(elem){ + return elem.disabled === false && elem.type !== "hidden"; + }, + disabled: function(elem){ + return elem.disabled === true; + }, + checked: function(elem){ + return elem.checked === true; + }, + selected: function(elem){ + elem.parentNode.selectedIndex; + return elem.selected === true; + }, + parent: function(elem){ + return !!elem.firstChild; + }, + empty: function(elem){ + return !elem.firstChild; + }, + has: function(elem, i, match){ + return !!Sizzle( match[3], elem ).length; + }, + header: function(elem){ + return /h\d/i.test( elem.nodeName ); + }, + text: function(elem){ + return "text" === elem.type; + }, + radio: function(elem){ + return "radio" === elem.type; + }, + checkbox: function(elem){ + return "checkbox" === elem.type; + }, + file: function(elem){ + return "file" === elem.type; + }, + password: function(elem){ + return "password" === elem.type; + }, + submit: function(elem){ + return "submit" === elem.type; + }, + image: function(elem){ + return "image" === elem.type; + }, + reset: function(elem){ + return "reset" === elem.type; + }, + button: function(elem){ + return "button" === elem.type || elem.nodeName.toUpperCase() === "BUTTON"; + }, + input: function(elem){ + return /input|select|textarea|button/i.test(elem.nodeName); + } + }, + setFilters: { + first: function(elem, i){ + return i === 0; + }, + last: function(elem, i, match, array){ + return i === array.length - 1; + }, + even: function(elem, i){ + return i % 2 === 0; + }, + odd: function(elem, i){ + return i % 2 === 1; + }, + lt: function(elem, i, match){ + return i < match[3] - 0; + }, + gt: function(elem, i, match){ + return i > match[3] - 0; + }, + nth: function(elem, i, match){ + return match[3] - 0 == i; + }, + eq: function(elem, i, match){ + return match[3] - 0 == i; + } + }, + filter: { + PSEUDO: function(elem, match, i, array){ + var name = match[1], filter = Expr.filters[ name ]; + + if ( filter ) { + return filter( elem, i, match, array ); + } else if ( name === "contains" ) { + return (elem.textContent || elem.innerText || "").indexOf(match[3]) >= 0; + } else if ( name === "not" ) { + var not = match[3]; + + for ( var i = 0, l = not.length; i < l; i++ ) { + if ( not[i] === elem ) { + return false; + } + } + + return true; + } + }, + CHILD: function(elem, match){ + var type = match[1], node = elem; + switch (type) { + case 'only': + case 'first': + while ( (node = node.previousSibling) ) { + if ( node.nodeType === 1 ) return false; + } + if ( type == 'first') return true; + node = elem; + case 'last': + while ( (node = node.nextSibling) ) { + if ( node.nodeType === 1 ) return false; + } + return true; + case 'nth': + var first = match[2], last = match[3]; + + if ( first == 1 && last == 0 ) { + return true; + } + + var doneName = match[0], + parent = elem.parentNode; + + if ( parent && (parent.sizcache !== doneName || !elem.nodeIndex) ) { + var count = 0; + for ( node = parent.firstChild; node; node = node.nextSibling ) { + if ( node.nodeType === 1 ) { + node.nodeIndex = ++count; + } + } + parent.sizcache = doneName; + } + + var diff = elem.nodeIndex - last; + if ( first == 0 ) { + return diff == 0; + } else { + return ( diff % first == 0 && diff / first >= 0 ); + } + } + }, + ID: function(elem, match){ + return elem.nodeType === 1 && elem.getAttribute("id") === match; + }, + TAG: function(elem, match){ + return (match === "*" && elem.nodeType === 1) || elem.nodeName === match; + }, + CLASS: function(elem, match){ + return (" " + (elem.className || elem.getAttribute("class")) + " ") + .indexOf( match ) > -1; + }, + ATTR: function(elem, match){ + var name = match[1], + result = Expr.attrHandle[ name ] ? + Expr.attrHandle[ name ]( elem ) : + elem[ name ] != null ? + elem[ name ] : + elem.getAttribute( name ), + value = result + "", + type = match[2], + check = match[4]; + + return result == null ? + type === "!=" : + type === "=" ? + value === check : + type === "*=" ? + value.indexOf(check) >= 0 : + type === "~=" ? + (" " + value + " ").indexOf(check) >= 0 : + !check ? + value && result !== false : + type === "!=" ? + value != check : + type === "^=" ? + value.indexOf(check) === 0 : + type === "$=" ? + value.substr(value.length - check.length) === check : + type === "|=" ? + value === check || value.substr(0, check.length + 1) === check + "-" : + false; + }, + POS: function(elem, match, i, array){ + var name = match[2], filter = Expr.setFilters[ name ]; + + if ( filter ) { + return filter( elem, i, match, array ); + } + } + } +}; + +var origPOS = Expr.match.POS; + +for ( var type in Expr.match ) { + Expr.match[ type ] = new RegExp( Expr.match[ type ].source + /(?![^\[]*\])(?![^\(]*\))/.source ); + Expr.leftMatch[ type ] = new RegExp( /(^(?:.|\r|\n)*?)/.source + Expr.match[ type ].source ); +} + +var makeArray = function(array, results) { + array = Array.prototype.slice.call( array, 0 ); + + if ( results ) { + results.push.apply( results, array ); + return results; + } + + return array; +}; + +try { + Array.prototype.slice.call( document.documentElement.childNodes, 0 ); + +} catch(e){ + makeArray = function(array, results) { + var ret = results || []; + + if ( toString.call(array) === "[object Array]" ) { + Array.prototype.push.apply( ret, array ); + } else { + if ( typeof array.length === "number" ) { + for ( var i = 0, l = array.length; i < l; i++ ) { + ret.push( array[i] ); + } + } else { + for ( var i = 0; array[i]; i++ ) { + ret.push( array[i] ); + } + } + } + + return ret; + }; +} + +var sortOrder; + +if ( document.documentElement.compareDocumentPosition ) { + sortOrder = function( a, b ) { + if ( !a.compareDocumentPosition || !b.compareDocumentPosition ) { + if ( a == b ) { + hasDuplicate = true; + } + return 0; + } + + var ret = a.compareDocumentPosition(b) & 4 ? -1 : a === b ? 0 : 1; + if ( ret === 0 ) { + hasDuplicate = true; + } + return ret; + }; +} else if ( "sourceIndex" in document.documentElement ) { + sortOrder = function( a, b ) { + if ( !a.sourceIndex || !b.sourceIndex ) { + if ( a == b ) { + hasDuplicate = true; + } + return 0; + } + + var ret = a.sourceIndex - b.sourceIndex; + if ( ret === 0 ) { + hasDuplicate = true; + } + return ret; + }; +} else if ( document.createRange ) { + sortOrder = function( a, b ) { + if ( !a.ownerDocument || !b.ownerDocument ) { + if ( a == b ) { + hasDuplicate = true; + } + return 0; + } + + var aRange = a.ownerDocument.createRange(), bRange = b.ownerDocument.createRange(); + aRange.setStart(a, 0); + aRange.setEnd(a, 0); + bRange.setStart(b, 0); + bRange.setEnd(b, 0); + var ret = aRange.compareBoundaryPoints(Range.START_TO_END, bRange); + if ( ret === 0 ) { + hasDuplicate = true; + } + return ret; + }; +} + +(function(){ + var form = document.createElement("div"), + id = "script" + (new Date).getTime(); + form.innerHTML = "    "; + + var root = document.documentElement; + root.insertBefore( form, root.firstChild ); + + if ( !!document.getElementById( id ) ) { + Expr.find.ID = function(match, context, isXML){ + if ( typeof context.getElementById !== "undefined" && !isXML ) { + var m = context.getElementById(match[1]); + return m ? m.id === match[1] || typeof m.getAttributeNode !== "undefined" && m.getAttributeNode("id").nodeValue === match[1] ? [m] : undefined : []; + } + }; + + Expr.filter.ID = function(elem, match){ + var node = typeof elem.getAttributeNode !== "undefined" && elem.getAttributeNode("id"); + return elem.nodeType === 1 && node && node.nodeValue === match; + }; + } + + root.removeChild( form ); + root = form = null; // release memory in IE +})(); + +(function(){ + + var div = document.createElement("div"); + div.appendChild( document.createComment("") ); + + if ( div.getElementsByTagName("*").length > 0 ) { + Expr.find.TAG = function(match, context){ + var results = context.getElementsByTagName(match[1]); + + if ( match[1] === "*" ) { + var tmp = []; + + for ( var i = 0; results[i]; i++ ) { + if ( results[i].nodeType === 1 ) { + tmp.push( results[i] ); + } + } + + results = tmp; + } + + return results; + }; + } + + div.innerHTML = ""; + if ( div.firstChild && typeof div.firstChild.getAttribute !== "undefined" && + div.firstChild.getAttribute("href") !== "#" ) { + Expr.attrHandle.href = function(elem){ + return elem.getAttribute("href", 2); + }; + } + + div = null; // release memory in IE +})(); + +if ( document.querySelectorAll ) (function(){ + var oldSizzle = Sizzle, div = document.createElement("div"); + div.innerHTML = "

    "; + + if ( div.querySelectorAll && div.querySelectorAll(".TEST").length === 0 ) { + return; + } + + Sizzle = function(query, context, extra, seed){ + context = context || document; + + if ( !seed && context.nodeType === 9 && !isXML(context) ) { + try { + return makeArray( context.querySelectorAll(query), extra ); + } catch(e){} + } + + return oldSizzle(query, context, extra, seed); + }; + + for ( var prop in oldSizzle ) { + Sizzle[ prop ] = oldSizzle[ prop ]; + } + + div = null; // release memory in IE +})(); + +if ( document.getElementsByClassName && document.documentElement.getElementsByClassName ) (function(){ + var div = document.createElement("div"); + div.innerHTML = "
    "; + + if ( div.getElementsByClassName("e").length === 0 ) + return; + + div.lastChild.className = "e"; + + if ( div.getElementsByClassName("e").length === 1 ) + return; + + Expr.order.splice(1, 0, "CLASS"); + Expr.find.CLASS = function(match, context, isXML) { + if ( typeof context.getElementsByClassName !== "undefined" && !isXML ) { + return context.getElementsByClassName(match[1]); + } + }; + + div = null; // release memory in IE +})(); + +function dirNodeCheck( dir, cur, doneName, checkSet, nodeCheck, isXML ) { + var sibDir = dir == "previousSibling" && !isXML; + for ( var i = 0, l = checkSet.length; i < l; i++ ) { + var elem = checkSet[i]; + if ( elem ) { + if ( sibDir && elem.nodeType === 1 ){ + elem.sizcache = doneName; + elem.sizset = i; + } + elem = elem[dir]; + var match = false; + + while ( elem ) { + if ( elem.sizcache === doneName ) { + match = checkSet[elem.sizset]; + break; + } + + if ( elem.nodeType === 1 && !isXML ){ + elem.sizcache = doneName; + elem.sizset = i; + } + + if ( elem.nodeName === cur ) { + match = elem; + break; + } + + elem = elem[dir]; + } + + checkSet[i] = match; + } + } +} + +function dirCheck( dir, cur, doneName, checkSet, nodeCheck, isXML ) { + var sibDir = dir == "previousSibling" && !isXML; + for ( var i = 0, l = checkSet.length; i < l; i++ ) { + var elem = checkSet[i]; + if ( elem ) { + if ( sibDir && elem.nodeType === 1 ) { + elem.sizcache = doneName; + elem.sizset = i; + } + elem = elem[dir]; + var match = false; + + while ( elem ) { + if ( elem.sizcache === doneName ) { + match = checkSet[elem.sizset]; + break; + } + + if ( elem.nodeType === 1 ) { + if ( !isXML ) { + elem.sizcache = doneName; + elem.sizset = i; + } + if ( typeof cur !== "string" ) { + if ( elem === cur ) { + match = true; + break; + } + + } else if ( Sizzle.filter( cur, [elem] ).length > 0 ) { + match = elem; + break; + } + } + + elem = elem[dir]; + } + + checkSet[i] = match; + } + } +} + +var contains = document.compareDocumentPosition ? function(a, b){ + return a.compareDocumentPosition(b) & 16; +} : function(a, b){ + return a !== b && (a.contains ? a.contains(b) : true); +}; + +var isXML = function(elem){ + return elem.nodeType === 9 && elem.documentElement.nodeName !== "HTML" || + !!elem.ownerDocument && elem.ownerDocument.documentElement.nodeName !== "HTML"; +}; + +var posProcess = function(selector, context){ + var tmpSet = [], later = "", match, + root = context.nodeType ? [context] : context; + + while ( (match = Expr.match.PSEUDO.exec( selector )) ) { + later += match[0]; + selector = selector.replace( Expr.match.PSEUDO, "" ); + } + + selector = Expr.relative[selector] ? selector + "*" : selector; + + for ( var i = 0, l = root.length; i < l; i++ ) { + Sizzle( selector, root[i], tmpSet ); + } + + return Sizzle.filter( later, tmpSet ); +}; + + +window.Sizzle = Sizzle; + +})(); + +;(function(engine) { + var extendElements = Prototype.Selector.extendElements; + + function select(selector, scope) { + return extendElements(engine(selector, scope || document)); + } + + function match(element, selector) { + return engine.matches(selector, [element]).length == 1; + } + + Prototype.Selector.engine = engine; + Prototype.Selector.select = select; + Prototype.Selector.match = match; +})(Sizzle); + +window.Sizzle = Prototype._original_property; +delete Prototype._original_property; + +var Form = { + reset: function(form) { + form = $(form); + form.reset(); + return form; + }, + + serializeElements: function(elements, options) { + if (typeof options != 'object') options = { hash: !!options }; + else if (Object.isUndefined(options.hash)) options.hash = true; + var key, value, submitted = false, submit = options.submit, accumulator, initial; + + if (options.hash) { + initial = {}; + accumulator = function(result, key, value) { + if (key in result) { + if (!Object.isArray(result[key])) result[key] = [result[key]]; + result[key].push(value); + } else result[key] = value; + return result; + }; + } else { + initial = ''; + accumulator = function(result, key, value) { + return result + (result ? '&' : '') + encodeURIComponent(key) + '=' + encodeURIComponent(value); + } + } + + return elements.inject(initial, function(result, element) { + if (!element.disabled && element.name) { + key = element.name; value = $(element).getValue(); + if (value != null && element.type != 'file' && (element.type != 'submit' || (!submitted && + submit !== false && (!submit || key == submit) && (submitted = true)))) { + result = accumulator(result, key, value); + } + } + return result; + }); + } +}; + +Form.Methods = { + serialize: function(form, options) { + return Form.serializeElements(Form.getElements(form), options); + }, + + getElements: function(form) { + var elements = $(form).getElementsByTagName('*'), + element, + arr = [ ], + serializers = Form.Element.Serializers; + for (var i = 0; element = elements[i]; i++) { + arr.push(element); + } + return arr.inject([], function(elements, child) { + if (serializers[child.tagName.toLowerCase()]) + elements.push(Element.extend(child)); + return elements; + }) + }, + + getInputs: function(form, typeName, name) { + form = $(form); + var inputs = form.getElementsByTagName('input'); + + if (!typeName && !name) return $A(inputs).map(Element.extend); + + for (var i = 0, matchingInputs = [], length = inputs.length; i < length; i++) { + var input = inputs[i]; + if ((typeName && input.type != typeName) || (name && input.name != name)) + continue; + matchingInputs.push(Element.extend(input)); + } + + return matchingInputs; + }, + + disable: function(form) { + form = $(form); + Form.getElements(form).invoke('disable'); + return form; + }, + + enable: function(form) { + form = $(form); + Form.getElements(form).invoke('enable'); + return form; + }, + + findFirstElement: function(form) { + var elements = $(form).getElements().findAll(function(element) { + return 'hidden' != element.type && !element.disabled; + }); + var firstByIndex = elements.findAll(function(element) { + return element.hasAttribute('tabIndex') && element.tabIndex >= 0; + }).sortBy(function(element) { return element.tabIndex }).first(); + + return firstByIndex ? firstByIndex : elements.find(function(element) { + return /^(?:input|select|textarea)$/i.test(element.tagName); + }); + }, + + focusFirstElement: function(form) { + form = $(form); + var element = form.findFirstElement(); + if (element) element.activate(); + return form; + }, + + request: function(form, options) { + form = $(form), options = Object.clone(options || { }); + + var params = options.parameters, action = form.readAttribute('action') || ''; + if (action.blank()) action = window.location.href; + options.parameters = form.serialize(true); + + if (params) { + if (Object.isString(params)) params = params.toQueryParams(); + Object.extend(options.parameters, params); + } + + if (form.hasAttribute('method') && !options.method) + options.method = form.method; + + return new Ajax.Request(action, options); + } +}; + +/*--------------------------------------------------------------------------*/ + + +Form.Element = { + focus: function(element) { + $(element).focus(); + return element; + }, + + select: function(element) { + $(element).select(); + return element; + } +}; + +Form.Element.Methods = { + + serialize: function(element) { + element = $(element); + if (!element.disabled && element.name) { + var value = element.getValue(); + if (value != undefined) { + var pair = { }; + pair[element.name] = value; + return Object.toQueryString(pair); + } + } + return ''; + }, + + getValue: function(element) { + element = $(element); + var method = element.tagName.toLowerCase(); + return Form.Element.Serializers[method](element); + }, + + setValue: function(element, value) { + element = $(element); + var method = element.tagName.toLowerCase(); + Form.Element.Serializers[method](element, value); + return element; + }, + + clear: function(element) { + $(element).value = ''; + return element; + }, + + present: function(element) { + return $(element).value != ''; + }, + + activate: function(element) { + element = $(element); + try { + element.focus(); + if (element.select && (element.tagName.toLowerCase() != 'input' || + !(/^(?:button|reset|submit)$/i.test(element.type)))) + element.select(); + } catch (e) { } + return element; + }, + + disable: function(element) { + element = $(element); + element.disabled = true; + return element; + }, + + enable: function(element) { + element = $(element); + element.disabled = false; + return element; + } +}; + +/*--------------------------------------------------------------------------*/ + +var Field = Form.Element; + +var $F = Form.Element.Methods.getValue; + +/*--------------------------------------------------------------------------*/ + +Form.Element.Serializers = (function() { + function input(element, value) { + switch (element.type.toLowerCase()) { + case 'checkbox': + case 'radio': + return inputSelector(element, value); + default: + return valueSelector(element, value); + } + } + + function inputSelector(element, value) { + if (Object.isUndefined(value)) + return element.checked ? element.value : null; + else element.checked = !!value; + } + + function valueSelector(element, value) { + if (Object.isUndefined(value)) return element.value; + else element.value = value; + } + + function select(element, value) { + if (Object.isUndefined(value)) + return (element.type === 'select-one' ? selectOne : selectMany)(element); + + var opt, currentValue, single = !Object.isArray(value); + for (var i = 0, length = element.length; i < length; i++) { + opt = element.options[i]; + currentValue = this.optionValue(opt); + if (single) { + if (currentValue == value) { + opt.selected = true; + return; + } + } + else opt.selected = value.include(currentValue); + } + } + + function selectOne(element) { + var index = element.selectedIndex; + return index >= 0 ? optionValue(element.options[index]) : null; + } + + function selectMany(element) { + var values, length = element.length; + if (!length) return null; + + for (var i = 0, values = []; i < length; i++) { + var opt = element.options[i]; + if (opt.selected) values.push(optionValue(opt)); + } + return values; + } + + function optionValue(opt) { + return Element.hasAttribute(opt, 'value') ? opt.value : opt.text; + } + + return { + input: input, + inputSelector: inputSelector, + textarea: valueSelector, + select: select, + selectOne: selectOne, + selectMany: selectMany, + optionValue: optionValue, + button: valueSelector + }; +})(); + +/*--------------------------------------------------------------------------*/ + + +Abstract.TimedObserver = Class.create(PeriodicalExecuter, { + initialize: function($super, element, frequency, callback) { + $super(callback, frequency); + this.element = $(element); + this.lastValue = this.getValue(); + }, + + execute: function() { + var value = this.getValue(); + if (Object.isString(this.lastValue) && Object.isString(value) ? + this.lastValue != value : String(this.lastValue) != String(value)) { + this.callback(this.element, value); + this.lastValue = value; + } + } +}); + +Form.Element.Observer = Class.create(Abstract.TimedObserver, { + getValue: function() { + return Form.Element.getValue(this.element); + } +}); + +Form.Observer = Class.create(Abstract.TimedObserver, { + getValue: function() { + return Form.serialize(this.element); + } +}); + +/*--------------------------------------------------------------------------*/ + +Abstract.EventObserver = Class.create({ + initialize: function(element, callback) { + this.element = $(element); + this.callback = callback; + + this.lastValue = this.getValue(); + if (this.element.tagName.toLowerCase() == 'form') + this.registerFormCallbacks(); + else + this.registerCallback(this.element); + }, + + onElementEvent: function() { + var value = this.getValue(); + if (this.lastValue != value) { + this.callback(this.element, value); + this.lastValue = value; + } + }, + + registerFormCallbacks: function() { + Form.getElements(this.element).each(this.registerCallback, this); + }, + + registerCallback: function(element) { + if (element.type) { + switch (element.type.toLowerCase()) { + case 'checkbox': + case 'radio': + Event.observe(element, 'click', this.onElementEvent.bind(this)); + break; + default: + Event.observe(element, 'change', this.onElementEvent.bind(this)); + break; + } + } + } +}); + +Form.Element.EventObserver = Class.create(Abstract.EventObserver, { + getValue: function() { + return Form.Element.getValue(this.element); + } +}); + +Form.EventObserver = Class.create(Abstract.EventObserver, { + getValue: function() { + return Form.serialize(this.element); + } +}); +(function() { + + var Event = { + KEY_BACKSPACE: 8, + KEY_TAB: 9, + KEY_RETURN: 13, + KEY_ESC: 27, + KEY_LEFT: 37, + KEY_UP: 38, + KEY_RIGHT: 39, + KEY_DOWN: 40, + KEY_DELETE: 46, + KEY_HOME: 36, + KEY_END: 35, + KEY_PAGEUP: 33, + KEY_PAGEDOWN: 34, + KEY_INSERT: 45, + + cache: {} + }; + + var docEl = document.documentElement; + var MOUSEENTER_MOUSELEAVE_EVENTS_SUPPORTED = 'onmouseenter' in docEl + && 'onmouseleave' in docEl; + + + + var isIELegacyEvent = function(event) { return false; }; + + if (window.attachEvent) { + if (window.addEventListener) { + isIELegacyEvent = function(event) { + return !(event instanceof window.Event); + }; + } else { + isIELegacyEvent = function(event) { return true; }; + } + } + + var _isButton; + + function _isButtonForDOMEvents(event, code) { + return event.which ? (event.which === code + 1) : (event.button === code); + } + + var legacyButtonMap = { 0: 1, 1: 4, 2: 2 }; + function _isButtonForLegacyEvents(event, code) { + return event.button === legacyButtonMap[code]; + } + + function _isButtonForWebKit(event, code) { + switch (code) { + case 0: return event.which == 1 && !event.metaKey; + case 1: return event.which == 2 || (event.which == 1 && event.metaKey); + case 2: return event.which == 3; + default: return false; + } + } + + if (window.attachEvent) { + if (!window.addEventListener) { + _isButton = _isButtonForLegacyEvents; + } else { + _isButton = function(event, code) { + return isIELegacyEvent(event) ? _isButtonForLegacyEvents(event, code) : + _isButtonForDOMEvents(event, code); + } + } + } else if (Prototype.Browser.WebKit) { + _isButton = _isButtonForWebKit; + } else { + _isButton = _isButtonForDOMEvents; + } + + function isLeftClick(event) { return _isButton(event, 0) } + + function isMiddleClick(event) { return _isButton(event, 1) } + + function isRightClick(event) { return _isButton(event, 2) } + + function element(event) { + event = Event.extend(event); + + var node = event.target, type = event.type, + currentTarget = event.currentTarget; + + if (currentTarget && currentTarget.tagName) { + if (type === 'load' || type === 'error' || + (type === 'click' && currentTarget.tagName.toLowerCase() === 'input' + && currentTarget.type === 'radio')) + node = currentTarget; + } + + if (node.nodeType == Node.TEXT_NODE) + node = node.parentNode; + + return Element.extend(node); + } + + function findElement(event, expression) { + var element = Event.element(event); + + if (!expression) return element; + while (element) { + if (Object.isElement(element) && Prototype.Selector.match(element, expression)) { + return Element.extend(element); + } + element = element.parentNode; + } + } + + function pointer(event) { + return { x: pointerX(event), y: pointerY(event) }; + } + + function pointerX(event) { + var docElement = document.documentElement, + body = document.body || { scrollLeft: 0 }; + + return event.pageX || (event.clientX + + (docElement.scrollLeft || body.scrollLeft) - + (docElement.clientLeft || 0)); + } + + function pointerY(event) { + var docElement = document.documentElement, + body = document.body || { scrollTop: 0 }; + + return event.pageY || (event.clientY + + (docElement.scrollTop || body.scrollTop) - + (docElement.clientTop || 0)); + } + + + function stop(event) { + Event.extend(event); + event.preventDefault(); + event.stopPropagation(); + + event.stopped = true; + } + + + Event.Methods = { + isLeftClick: isLeftClick, + isMiddleClick: isMiddleClick, + isRightClick: isRightClick, + + element: element, + findElement: findElement, + + pointer: pointer, + pointerX: pointerX, + pointerY: pointerY, + + stop: stop + }; + + var methods = Object.keys(Event.Methods).inject({ }, function(m, name) { + m[name] = Event.Methods[name].methodize(); + return m; + }); + + if (window.attachEvent) { + function _relatedTarget(event) { + var element; + switch (event.type) { + case 'mouseover': + case 'mouseenter': + element = event.fromElement; + break; + case 'mouseout': + case 'mouseleave': + element = event.toElement; + break; + default: + return null; + } + return Element.extend(element); + } + + var additionalMethods = { + stopPropagation: function() { this.cancelBubble = true }, + preventDefault: function() { this.returnValue = false }, + inspect: function() { return '[object Event]' } + }; + + Event.extend = function(event, element) { + if (!event) return false; + + if (!isIELegacyEvent(event)) return event; + + if (event._extendedByPrototype) return event; + event._extendedByPrototype = Prototype.emptyFunction; + + var pointer = Event.pointer(event); + + Object.extend(event, { + target: event.srcElement || element, + relatedTarget: _relatedTarget(event), + pageX: pointer.x, + pageY: pointer.y + }); + + Object.extend(event, methods); + Object.extend(event, additionalMethods); + + return event; + }; + } else { + Event.extend = Prototype.K; + } + + if (window.addEventListener) { + Event.prototype = window.Event.prototype || document.createEvent('HTMLEvents').__proto__; + Object.extend(Event.prototype, methods); + } + + function _createResponder(element, eventName, handler) { + var registry = Element.retrieve(element, 'prototype_event_registry'); + + if (Object.isUndefined(registry)) { + CACHE.push(element); + registry = Element.retrieve(element, 'prototype_event_registry', $H()); + } + + var respondersForEvent = registry.get(eventName); + if (Object.isUndefined(respondersForEvent)) { + respondersForEvent = []; + registry.set(eventName, respondersForEvent); + } + + if (respondersForEvent.pluck('handler').include(handler)) return false; + + var responder; + if (eventName.include(":")) { + responder = function(event) { + if (Object.isUndefined(event.eventName)) + return false; + + if (event.eventName !== eventName) + return false; + + Event.extend(event, element); + handler.call(element, event); + }; + } else { + if (!MOUSEENTER_MOUSELEAVE_EVENTS_SUPPORTED && + (eventName === "mouseenter" || eventName === "mouseleave")) { + if (eventName === "mouseenter" || eventName === "mouseleave") { + responder = function(event) { + Event.extend(event, element); + + var parent = event.relatedTarget; + while (parent && parent !== element) { + try { parent = parent.parentNode; } + catch(e) { parent = element; } + } + + if (parent === element) return; + + handler.call(element, event); + }; + } + } else { + responder = function(event) { + Event.extend(event, element); + handler.call(element, event); + }; + } + } + + responder.handler = handler; + respondersForEvent.push(responder); + return responder; + } + + function _destroyCache() { + for (var i = 0, length = CACHE.length; i < length; i++) { + Event.stopObserving(CACHE[i]); + CACHE[i] = null; + } + } + + var CACHE = []; + + if (Prototype.Browser.IE) + window.attachEvent('onunload', _destroyCache); + + if (Prototype.Browser.WebKit) + window.addEventListener('unload', Prototype.emptyFunction, false); + + + var _getDOMEventName = Prototype.K, + translations = { mouseenter: "mouseover", mouseleave: "mouseout" }; + + if (!MOUSEENTER_MOUSELEAVE_EVENTS_SUPPORTED) { + _getDOMEventName = function(eventName) { + return (translations[eventName] || eventName); + }; + } + + function observe(element, eventName, handler) { + element = $(element); + + var responder = _createResponder(element, eventName, handler); + + if (!responder) return element; + + if (eventName.include(':')) { + if (element.addEventListener) + element.addEventListener("dataavailable", responder, false); + else { + element.attachEvent("ondataavailable", responder); + element.attachEvent("onlosecapture", responder); + } + } else { + var actualEventName = _getDOMEventName(eventName); + + if (element.addEventListener) + element.addEventListener(actualEventName, responder, false); + else + element.attachEvent("on" + actualEventName, responder); + } + + return element; + } + + function stopObserving(element, eventName, handler) { + element = $(element); + + var registry = Element.retrieve(element, 'prototype_event_registry'); + if (!registry) return element; + + if (!eventName) { + registry.each( function(pair) { + var eventName = pair.key; + stopObserving(element, eventName); + }); + return element; + } + + var responders = registry.get(eventName); + if (!responders) return element; + + if (!handler) { + responders.each(function(r) { + stopObserving(element, eventName, r.handler); + }); + return element; + } + + var i = responders.length, responder; + while (i--) { + if (responders[i].handler === handler) { + responder = responders[i]; + break; + } + } + if (!responder) return element; + + if (eventName.include(':')) { + if (element.removeEventListener) + element.removeEventListener("dataavailable", responder, false); + else { + element.detachEvent("ondataavailable", responder); + element.detachEvent("onlosecapture", responder); + } + } else { + var actualEventName = _getDOMEventName(eventName); + if (element.removeEventListener) + element.removeEventListener(actualEventName, responder, false); + else + element.detachEvent('on' + actualEventName, responder); + } + + registry.set(eventName, responders.without(responder)); + + return element; + } + + function fire(element, eventName, memo, bubble) { + element = $(element); + + if (Object.isUndefined(bubble)) + bubble = true; + + if (element == document && document.createEvent && !element.dispatchEvent) + element = document.documentElement; + + var event; + if (document.createEvent) { + event = document.createEvent('HTMLEvents'); + event.initEvent('dataavailable', bubble, true); + } else { + event = document.createEventObject(); + event.eventType = bubble ? 'ondataavailable' : 'onlosecapture'; + } + + event.eventName = eventName; + event.memo = memo || { }; + + if (document.createEvent) + element.dispatchEvent(event); + else + element.fireEvent(event.eventType, event); + + return Event.extend(event); + } + + Event.Handler = Class.create({ + initialize: function(element, eventName, selector, callback) { + this.element = $(element); + this.eventName = eventName; + this.selector = selector; + this.callback = callback; + this.handler = this.handleEvent.bind(this); + }, + + start: function() { + Event.observe(this.element, this.eventName, this.handler); + return this; + }, + + stop: function() { + Event.stopObserving(this.element, this.eventName, this.handler); + return this; + }, + + handleEvent: function(event) { + var element = Event.findElement(event, this.selector); + if (element) this.callback.call(this.element, event, element); + } + }); + + function on(element, eventName, selector, callback) { + element = $(element); + if (Object.isFunction(selector) && Object.isUndefined(callback)) { + callback = selector, selector = null; + } + + return new Event.Handler(element, eventName, selector, callback).start(); + } + + Object.extend(Event, Event.Methods); + + Object.extend(Event, { + fire: fire, + observe: observe, + stopObserving: stopObserving, + on: on + }); + + Element.addMethods({ + fire: fire, + + observe: observe, + + stopObserving: stopObserving, + + on: on + }); + + Object.extend(document, { + fire: fire.methodize(), + + observe: observe.methodize(), + + stopObserving: stopObserving.methodize(), + + on: on.methodize(), + + loaded: false + }); + + if (window.Event) Object.extend(window.Event, Event); + else window.Event = Event; +})(); + +(function() { + /* Support for the DOMContentLoaded event is based on work by Dan Webb, + Matthias Miller, Dean Edwards, John Resig, and Diego Perini. */ + + var timer; + + function fireContentLoadedEvent() { + if (document.loaded) return; + if (timer) window.clearTimeout(timer); + document.loaded = true; + document.fire('dom:loaded'); + } + + function checkReadyState() { + if (document.readyState === 'complete') { + document.stopObserving('readystatechange', checkReadyState); + fireContentLoadedEvent(); + } + } + + function pollDoScroll() { + try { document.documentElement.doScroll('left'); } + catch(e) { + timer = pollDoScroll.defer(); + return; + } + fireContentLoadedEvent(); + } + + if (document.addEventListener) { + document.addEventListener('DOMContentLoaded', fireContentLoadedEvent, false); + } else { + document.observe('readystatechange', checkReadyState); + if (window == top) + timer = pollDoScroll.defer(); + } + + Event.observe(window, 'load', fireContentLoadedEvent); +})(); + +Element.addMethods(); + +/*------------------------------- DEPRECATED -------------------------------*/ + +Hash.toQueryString = Object.toQueryString; + +var Toggle = { display: Element.toggle }; + +Element.Methods.childOf = Element.Methods.descendantOf; + +var Insertion = { + Before: function(element, content) { + return Element.insert(element, {before:content}); + }, + + Top: function(element, content) { + return Element.insert(element, {top:content}); + }, + + Bottom: function(element, content) { + return Element.insert(element, {bottom:content}); + }, + + After: function(element, content) { + return Element.insert(element, {after:content}); + } +}; + +var $continue = new Error('"throw $continue" is deprecated, use "return" instead'); + +var Position = { + includeScrollOffsets: false, + + prepare: function() { + this.deltaX = window.pageXOffset + || document.documentElement.scrollLeft + || document.body.scrollLeft + || 0; + this.deltaY = window.pageYOffset + || document.documentElement.scrollTop + || document.body.scrollTop + || 0; + }, + + within: function(element, x, y) { + if (this.includeScrollOffsets) + return this.withinIncludingScrolloffsets(element, x, y); + this.xcomp = x; + this.ycomp = y; + this.offset = Element.cumulativeOffset(element); + + return (y >= this.offset[1] && + y < this.offset[1] + element.offsetHeight && + x >= this.offset[0] && + x < this.offset[0] + element.offsetWidth); + }, + + withinIncludingScrolloffsets: function(element, x, y) { + var offsetcache = Element.cumulativeScrollOffset(element); + + this.xcomp = x + offsetcache[0] - this.deltaX; + this.ycomp = y + offsetcache[1] - this.deltaY; + this.offset = Element.cumulativeOffset(element); + + return (this.ycomp >= this.offset[1] && + this.ycomp < this.offset[1] + element.offsetHeight && + this.xcomp >= this.offset[0] && + this.xcomp < this.offset[0] + element.offsetWidth); + }, + + overlap: function(mode, element) { + if (!mode) return 0; + if (mode == 'vertical') + return ((this.offset[1] + element.offsetHeight) - this.ycomp) / + element.offsetHeight; + if (mode == 'horizontal') + return ((this.offset[0] + element.offsetWidth) - this.xcomp) / + element.offsetWidth; + }, + + + cumulativeOffset: Element.Methods.cumulativeOffset, + + positionedOffset: Element.Methods.positionedOffset, + + absolutize: function(element) { + Position.prepare(); + return Element.absolutize(element); + }, + + relativize: function(element) { + Position.prepare(); + return Element.relativize(element); + }, + + realOffset: Element.Methods.cumulativeScrollOffset, + + offsetParent: Element.Methods.getOffsetParent, + + page: Element.Methods.viewportOffset, + + clone: function(source, target, options) { + options = options || { }; + return Element.clonePosition(target, source, options); + } +}; + +/*--------------------------------------------------------------------------*/ + +if (!document.getElementsByClassName) document.getElementsByClassName = function(instanceMethods){ + function iter(name) { + return name.blank() ? null : "[contains(concat(' ', @class, ' '), ' " + name + " ')]"; + } + + instanceMethods.getElementsByClassName = Prototype.BrowserFeatures.XPath ? + function(element, className) { + className = className.toString().strip(); + var cond = /\s/.test(className) ? $w(className).map(iter).join('') : iter(className); + return cond ? document._getElementsByXPath('.//*' + cond, element) : []; + } : function(element, className) { + className = className.toString().strip(); + var elements = [], classNames = (/\s/.test(className) ? $w(className) : null); + if (!classNames && !className) return elements; + + var nodes = $(element).getElementsByTagName('*'); + className = ' ' + className + ' '; + + for (var i = 0, child, cn; child = nodes[i]; i++) { + if (child.className && (cn = ' ' + child.className + ' ') && (cn.include(className) || + (classNames && classNames.all(function(name) { + return !name.toString().blank() && cn.include(' ' + name + ' '); + })))) + elements.push(Element.extend(child)); + } + return elements; + }; + + return function(className, parentElement) { + return $(parentElement || document.body).getElementsByClassName(className); + }; +}(Element.Methods); + +/*--------------------------------------------------------------------------*/ + +Element.ClassNames = Class.create(); +Element.ClassNames.prototype = { + initialize: function(element) { + this.element = $(element); + }, + + _each: function(iterator) { + this.element.className.split(/\s+/).select(function(name) { + return name.length > 0; + })._each(iterator); + }, + + set: function(className) { + this.element.className = className; + }, + + add: function(classNameToAdd) { + if (this.include(classNameToAdd)) return; + this.set($A(this).concat(classNameToAdd).join(' ')); + }, + + remove: function(classNameToRemove) { + if (!this.include(classNameToRemove)) return; + this.set($A(this).without(classNameToRemove).join(' ')); + }, + + toString: function() { + return $A(this).join(' '); + } +}; + +Object.extend(Element.ClassNames.prototype, Enumerable); + +/*--------------------------------------------------------------------------*/ + +(function() { + window.Selector = Class.create({ + initialize: function(expression) { + this.expression = expression.strip(); + }, + + findElements: function(rootElement) { + return Prototype.Selector.select(this.expression, rootElement); + }, + + match: function(element) { + return Prototype.Selector.match(element, this.expression); + }, + + toString: function() { + return this.expression; + }, + + inspect: function() { + return "#"; + } + }); + + Object.extend(Selector, { + matchElements: function(elements, expression) { + var match = Prototype.Selector.match, + results = []; + + for (var i = 0, length = elements.length; i < length; i++) { + var element = elements[i]; + if (match(element, expression)) { + results.push(Element.extend(element)); + } + } + return results; + }, + + findElement: function(elements, expression, index) { + index = index || 0; + var matchIndex = 0, element; + for (var i = 0, length = elements.length; i < length; i++) { + element = elements[i]; + if (Prototype.Selector.match(element, expression) && index === 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This is copied from CoreDocs to facilitate automatically generating Strings.js files. +// ========================================================================== + +CoreDocs.loc = function(input, comment) { + if (comment === undefined) + { + CoreDocs.error("\"" + input + "\" needs a comment to be picked up for loc."); + } + + // When we call SproutCore's loc(), it will replace all %@ parameters, and there is no way to escape them. + // In the future, we should get an escaping method into SC, and/or take advantage of their loc's string replacement. + // For now, we use @@ instead of %@ as a preliminary parameter marker. + input = input.loc(); + input = input.replace(/@@/g, "%@"); + return input; +} + +// ========================================================================== +// This is the necessary subset of sproutcore strings for use in localization. +// ========================================================================== + +// ========================================================================== +// SproutCore -- JavaScript Application Framework +// copyright 2006-2008, Sprout Systems, Inc. and contributors. +// ========================================================================== + +// These are basic enhancements to the string class used throughout +// SproutCore. + +/** + @namespace + + SproutCore implements a variety of enhancements to the built-in String + object that make it easy to perform common substitutions and conversions. + + Most of the utility methods defined here mirror those found in Prototype + 1.6. + + @since SproutCore 1.0 +*/ +SC.String = { + + // Interpolate string. looks for %@ or %@1; to control the order of params. + /** + Apply formatting options to the string. This will look for occurrences + of %@ in your string and substitute them with the arguments you pass into + this method. If you want to control the specific order of replacement, + you can add a number after the key as well to indicate which argument + you want to insert. + + Ordered insertions are most useful when building loc strings where values + you need to insert may appear in different orders. + + h3. Examples + + {{{ + "Hello %@ %@".fmt('John', 'Doe') => "Hello John Doe" + "Hello %@2, %@1".fmt('John', 'Doe') => "Hello Doe, John" + }}} + + @param args {Object...} optional arguments + @returns {String} formatted string + */ + fmt: function() { + // first, replace any ORDERED replacements. + var str = this.gsub(/%@([0-9]+)/, function(m) { + return (arguments[parseInt(m[1],0)-1] || '').toString(); + }) ; + + // now, replace any remaining %@ items. Use this indexOf() method b/c + // it is faster than split(). + var ret = [] ; + var idx = -1 ; + var loc = 0 ; + var argIdx = 0; + while((idx = str.indexOf("%@",loc)) >= 0) { + // slice off initial part of string and push into ret. update loc. + ret.push(str.slice(loc,idx)) ; + loc = idx + 2 ; // 2 to skip '%@'. + + // add in replacement. + var value = arguments[argIdx++] ; + if (value && value.toString) value = value.toString() ; + ret.push(value) ; + } + + // include any remaining bits of the string. + if (loc < str.length) { + ret.push(str.slice(loc,str.length)) ; + } + + // join return value. + return (ret.length > 1) ? ret.join('') : ret[0] ; + }, + + /** + Localizes the string. This will look up the reciever string as a key + in the current Strings hash. If the key matches, the loc'd value will be + used. The resulting string will also be passed through fmt() to insert + any variables. + + @param args {Object...} optional arguments to interpolate also + @returns {String} the localized and formatted string. + */ + loc: function() { + // NB: This could be implemented as a wrapper to locWithDefault() but + // it would add some overhead to deal with the arguments and adds stack + // frames, so we are keeping the implementation separate. + + var kit = String[String.currentLanguage()]; + var str = kit[this] ; + if (!str) str = String.English[this] || this ; + return str.fmt.apply(str,arguments) ; + } +} ; + +// Apply SC.String mixin to built-in String object +for (var key in SC.String) { + String.prototype[key] = SC.String[key]; +} + +// Add strings for various languages to this collection. String.loc() +// method will try to localize the string passed using the current language. +// if the language is not available, it will use English. +Object.extend(String, +/** @scope String @static */ { + + /** + The current browser language as a two letter code. + */ + browserLanguage: ((navigator.language || navigator.browserLanguage).split('-', 1)[0]), + + /** + If YES, localization will favor the detected language instead of the + preferred one. + */ + useAutodetectedLanguage: NO, + + /** + This property is set by the build tools to the current build language. + */ + preferredLanguage: null, + + /** + Returns the hash key to use for loc strings. The default implementation + will autodetect the browser language and look for a loc string to + match. If it can't find one then it will introspect to find loc strings + that are defined and use those instead. + */ + currentLanguage: function () { + var ret = (this.useAutodetectedLanguage) ? 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gDebugLastClassName="";var gDebugLastMethodName="";var gDebugSimulateSlowTextureDownload=false;var gDebugSimulateTextureLoadFailure=false;var gDebugSimulateScriptDownloadFailure=false;var kDebugFunction="function";var kDebugSurpressMessage="!NoOp_!NoOp";var kDebugSetupShowController=kDebugFunction+"_setupShowController";var kDebugShowController="!ShowController";var kDebugShowController_AdvanceToNextBuild=kDebugShowController+"_!advanceToNextBuild";var kDebugShowController_AdvanceToNextSlide=kDebugShowController+"_!advanceToNextSlide";var kDebugShowController_DoIdleProcessing=kDebugShowController+"_!doIdleProcessing";var kDebugShowController_GoBackToPreviousBuild=kDebugShowController+"_!goBackToPreviousBuild";var kDebugShowController_GoBackToPreviousSlide=kDebugShowController+"_!goBackToPreviousSlide";var kDebugShowController_HandleScriptDidDownloadEvent=kDebugShowController+"_!handleScriptDidDownloadEvent";var kDebugShowController_HandleScriptDidNotDownloadEvent=kDebugShowController+"_!handleScriptDidNotDownloadEvent";var kDebugShowController_JumpToScene=kDebugShowController+"_!jumpToScene";var kDebugShowController_OnKeyPress=kDebugShowController+"_!onKeyPress";var kDebugTouchController="!TouchController";var kDebugTouchController_HandleGestureEndEvent=kDebugTouchController+"_!handleGestureEndEvent";var kDebugTouchController_HandleGestureStartEvent=kDebugTouchController+"_!handleGestureStartEvent";var kDebugTouchController_HandleTouchCancelEvent=kDebugTouchController+"_!handleTouchCancelEvent";var kDebugTouchController_HandleTouchCancelEvent=kDebugTouchController+"_!handleTouchMoveEvent";var kDebugTouchController_HandleTouchEndEvent=kDebugTouchController+"_!handleTouchEndEvent";var kDebugTouchController_HandleTouchStartEvent=kDebugTouchController+"_!handleTouchStartEvent";var kDebugTouchController_Initialize=kDebugTouchController+"_!initialize";var kDebugTouchController_IsTouchWithinTrackArea=kDebugTouchController+"_!isTouchWithinTrackArea";var kDebugTouchController_SetTrackArea=kDebugTouchController+"_!setTrackArea";var kDebugScriptMangaer="!ScriptManager";var kDebugScriptMangaer_DownloadScript=kDebugScriptMangaer+"_!downloadScript";var kDebugTimer="DebugTimer";var kDebugTimer_AdvanceToNextBuild=kDebugTimer+"_!advanceToNextBuild";var kDebugTimer_CreateAnimationsForScene=kDebugTimer+"_!createAnimationsForScene";var kDebugTimer_ApplyAnimationsForScene=kDebugTimer+"_!applyAnimationsForScene";var kDebugTimer_PreProcessSceneAnimations=kDebugTimer+"_!preProcessSceneAnimations";var kDebugTimer_AdvanceToNextBuild_to_ApplyAnimations=kDebugTimer+"_!preProcessSceneAnimations_to_ApplyAnimations";var kDebugTimer_JumpToScene=kDebugTimer+"_!jumpToScene";var kDebugTimer_DisplayScene=kDebugTimer+"_!displayScene";function debugWarning(a,b){if(gDebug===false){return}debugSendMessage(a,"WARNING: "+b,true)}function debugMessageAlways(a,b){debugSendMessage(a,b,true)}function debugMessage(a,b){if(gDebug==false){return}if((gDevice==kDeviceMobile)&&(gDebugOnMobile==false)){return}debugSendMessage(a,b,false)}function debugSendMessage(b,g,a){var e=b.indexOf("_");var d=b.substring(0,e);var h=b.substring(e+1);var f=false;if(d[0]=="!"){d=d.substring(1);f=true}if(h[0]=="!"){h=h.substring(1);f=true}if(h[0]=="+"){h=h.substring(1);a=true}if((f==true)&&(a==false)){return}var c="";if(g==null){g=""}if(g[0]!="-"||d!=gDebugLastClassName||h!=gDebugLastMethodName){if(d==kDebugTimer){c=b+": "}else{if(d==kDebugFunction){c=h+"() "}else{c=d+"."+h+"() "}}}else{c=""}gDebugLastClassName=d;gDebugLastMethodName=h;if(gDevice==kDeviceMobile){gNumDebugMessagesSent++;var i=escape(gNumDebugMessagesSent+": "+c+g);gDebugMessageQueue[gNumDebugMessagesQueued]=i;gNumDebugMessagesQueued++;if(gNumDebugMessagesQueued==1){debugCheckMessageQueue()}}else{if(window.console){window.console.log(c+g)}}}function debugSendNextMessageInQueue(){var b=gDebugMessageQueue[0];gNumDebugMessagesQueued--;gDebugMessageQueue.splice(0,1);var a='/debugMessage.rhtml?message="'+b+'"';new Ajax.Request(a,{method:"get",onSuccess:function(c){debugMessageWasSent(c)},onFailure:function(c){debugMessageWasNotSent(c)}})}function debugMessageWasSent(a){debugCheckMessageQueue()}function debugMessageWasNotSent(a){debugCheckMessageQueue()}function debugCheckMessageQueue(){if(gNumDebugMessagesQueued>0){setTimeout(debugSendNextMessageInQueue,10)}}var DebugTimer=Class.create({initialize:function(a){var b=a.indexOf("_");var c=a.substring(b+1);if(c[0]!="!"){this.id=a;this.startTime=new Date();debugMessageAlways(a,"Start")}else{this.startTime=null}},stop:function(){if(this.startTime!=null){var b=new Date();var a=b-this.startTime;debugMessageAlways(this.id,"Stop - Elapsed Time: "+a)}}});function debugStopTimer(a){if(a){a.stop()}}var debugDomDumpLineNumber=0;function debugDumpDomFrom(c,b){var a=kDebugFunction+"_debugDumpDomFrom";debugDomDumpLineNumber=0;debugMessageAlways(a,"------------------ S T A R T O F D O M D U M P --- Context: "+b);debugRecursivelyDumpDomFrom(c,"");debugMessageAlways(a,"------------------ E N D O F D O M D U M P")}function debugRecursivelyDumpDomFrom(d,g){var e=kDebugFunction+"_recursivelyDumpDomFrom";var b=d.id;var a=d.nodeName.toLowerCase();if(a=="#text"){return}debugMessageAlways(e,"-"+(debugDomDumpLineNumber++)+g+"<"+a+" id='"+b+"'>");var c;for(c=0;c")}; \ No newline at end of file diff --git a/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/DisplayManager.js b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/DisplayManager.js new file mode 100644 index 00000000..fd58b0f2 --- /dev/null +++ b/slides/cse662fa2017/2017-09-01-FunctionalDataStructures/assets/player/DisplayManager.js @@ -0,0 +1 @@ +var kStageSizeDidChangeEvent="DisplayManager:StageSizeDidChangeEvent";var kTimeoutValueForCursor=1000;var kMobilePortraitModeHorizontalMargin=8;var kMobilePortraitModeTopMargin=47;var kMobilePortraitModeVerticalCenterLine=161;var kMobilePortraitModeMaxStageHeight=228;var kMobilePortraitMaxStageHeight=0;var kMobilePortraitMaxStageWidth=0;var kMobileLandscapeModeVerticalMargin=7;var kMobileLandscapeModeHorizontallMargin=15;var kBottomButtonHeight=50;var kNavigationArrowSize=27;var kNavigationAreaHeight=kNavigationArrowSize;var kHelpAreaHeight=16;var kMobilePortraitModeVerticalCenterLineToNavigationAreaGap=148;var kStageToNavigationAreaGap=31;var kNavigationAreaToHelpAreaGap=52;var kHelpAreaToBottomGap=12;var kMobilePortraitModeNavigationAreaSideMargin=32;var kMobilePortraitModeHelpAreaSideMargin=16;var kMobileLandscapeModeMinSideSpacerWidth=kNavigationArrowSize+10;var kPadPortraitModeHorizontalMargin=8;var kPadPortraitModeMaxStageHeight=540;var kPadPortraitModeVerticalCenterLine=400;var kPadLandscapeModeHorizontallMargin=15;var kPadLandscapeModeVerticalMargin=7;var DisplayManager=Class.create({initialize:function(){document.observe(kShowSizeDidChangeEvent,this.handleShowSizeDidChangeEvent.bind(this));document.observe(kOrientationChangedEvent,this.handleOrientationDidChangeEvent.bind(this));this.body=document.getElementById("body");this.stageArea=document.getElementById("stageArea");this.stage=document.getElementById("stage");this.hyperlinkPlane=document.getElementById("hyperlinkPlane");this.waitingIndicator=document.getElementById("waitingIndicator");this.helpText=document.getElementById("helpText");this.previousButton=document.getElementById("previousButton");this.nextButton=document.getElementById("nextButton");this.slideCounter=document.getElementById("slideCounter");this.waitingIndicatorTimeout=null;this.orientation=kOrientationUnknown;this.showWidth=0;this.showHeight=0;this.stageAreaWidth=0;this.stageAreaHeight=0;this.stageAreaTop=0;this.stageAreaLeft=0;this.usableDisplayWidth=0;this.usableDisplayHeight=0;this.inLaunchMode=true;this.initialAddressBarScrollPerformed=false;this.updateUsableDisplayArea();this.positionWaitingIndicator();this.showWaitingIndicator();this.hyperlinksOnly=false;this.showStatisticsDisplay=gIpad&&getUrlParameter("statistics")==="1";this.hasCacheEverGoneOverPixelLimit=false;this.hhasStageEverGoneOverPixelLimit=false;this.cacheHighWaterMark=0;this.stageHighWaterMark=0;if(gMode===kModeMobile){this.stageArea.style.backgroundColor="black";this.helpText.innerHTML=kTapOrSwipeToAdvance}else{Event.observe(this.body,"mousemove",this.handleMouseMove.bind(this));this.lastMouseX=-1;this.lastMouseY=-1;this.cursorTimeout=null;this.setTimeoutForCursor()}},setHyperlinksOnlyMode:function(){this.hyperlinksOnly=true;this.setPreviousButtonEnabled(false);this.setNextButtonEnabled(false);this.helpText.style.display="none"},handleMouseMove:function(a){a=a||window.event;var b=Math.abs(this.lastMouseX-a.clientX)+Math.abs(this.lastMouseY-a.clientY);if(b>10){if(this.cursorIsShowing===false){this.showCursor()}else{if(!this.navigatorIsShowing){this.setTimeoutForCursor()}}}else{if(!this.navigatorIsShowing){this.setTimeoutForCursor()}}this.lastMouseX=a.clientX;this.lastMouseY=a.clientY},updateSlideNumber:function(b,a){var d="";var c=null;if(gMode!=kModeDesktop){d=kSlideLabel+" "+b+"/"+a;c=this.slideCounter}if(c!=null){c.innerHTML=d}},handleShowSizeDidChangeEvent:function(a){this.showWidth=a.memo.width;this.showHeight=a.memo.height;this.layoutDisplay()},handleOrientationDidChangeEvent:function(a){this.orientation=a.memo.orientation;clearTimeout(this.resizeTimer);this.resizeTimer=setTimeout(this.handleOrientationDidChangeEvent_partTwo.bind(this),300)},handleOrientationDidChangeEvent_partTwo:function(){this.layoutDisplay();if(this.inLaunchMode===false){this.showApplicableControls()}},showCursor:function(){if(this.inLaunchMode){return}this.body.style.cursor="default";this.cursorIsShowing=true;this.setTimeoutForCursor()},hideCursor:function(){this.body.style.cursor="none";this.cursorIsShowing=false},setTimeoutForCursor:function(){if(this.cursorTimeout){clearTimeout(this.cursorTimeout)}this.cursorTimeout=setTimeout(this.handleTimeoutForCursor.bind(this),kTimeoutValueForCursor)},clearTimeoutForCursor:function(){if(this.cursorTimeout){clearTimeout(this.cursorTimeout)}},handleTimeoutForCursor:function(){this.hideCursor()},updateUsableDisplayArea:function(){if(gMode===kModeMobile){var a=gIpad;if(this.orientation===kOrientationLandscape){this.usableDisplayWidth=(a?kiPadDeviceHeight:kiPhoneDeviceHeight);this.usableDisplayHeight=(a?kiPadDeviceWidth:kiPhoneDeviceWidth)-kiPhoneStatusBarHeight-kiPhoneLandscapeButtonBarHeight-(a?(kiPadAddressBarHeight+kiPadBookmarksBarHeight):0)}else{this.usableDisplayWidth=(a?kiPadDeviceWidth:kiPhoneDeviceWidth);this.usableDisplayHeight=(a?kiPadDeviceHeight:kiPhoneDeviceHeight)-kiPhoneStatusBarHeight-kiPhonePortraitButtonBarHeight-(a?kiPadBookmarksBarHeight+10:0)}}else{this.usableDisplayWidth=window.innerWidth;this.usableDisplayHeight=window.innerHeight}},clearLaunchMode:function(){this.inLaunchMode=false;var a=this;runInNextEventLoop(this.showAll.bind(this))},positionWaitingIndicator:function(){var c=110;var b=32;var a;var d;if(gMode===kModeMobile&&this.orientation===kOrientationUnknown){a=1000;d=1000}else{if(gMode===kModeMobile&&this.orientation===kOrientationPortrait){a=(this.usableDisplayWidth-c)/2;if(gIpad===false){d=kMobilePortraitModeVerticalCenterLine-(c/2)}else{d=kPadPortraitModeVerticalCenterLine-(c/2)}}else{a=(this.usableDisplayWidth-c)/2;d=(this.usableDisplayHeight-c)/2}}setElementPosition(this.waitingIndicator,d,a,c,c)},hideWaitingIndicator:function(){this.waitingIndicator.style.display="none"},showWaitingIndicator:function(){this.waitingIndicator.style.display="block"},convertDisplayCoOrdsToShowCoOrds:function(d){var b={};var c=this.stageAreaLeft+this.stageAreaWidth;var a=this.stageAreaTop+this.stageAreaHeight;if((d.pointXc)||(d.pointYa)){b.pointX=-1;b.pointY=-1}else{b.pointX=((d.pointX-this.stageAreaLeft)/this.stageAreaWidth)*this.showWidth;b.pointY=((d.pointY-this.stageAreaTop)/this.stageAreaHeight)*this.showHeight}return b},layoutDisplay:function(){this.updateUsableDisplayArea();var q;var k;if(gMode===kModeDesktop){q=this.usableDisplayWidth;k=this.usableDisplayHeight;if(!gShowController.isFullscreen){if(q>this.showWidth||k>k){q=this.showWidth;k=k}}}else{if(gIpad===false){if(this.orientation===kOrientationPortrait){q=this.usableDisplayWidth-2*kMobilePortraitModeHorizontalMargin;k=kMobilePortraitModeMaxStageHeight}else{q=this.usableDisplayWidth-2*kMobileLandscapeModeHorizontallMargin;k=this.usableDisplayHeight-2*kMobileLandscapeModeVerticalMargin}}else{if(this.orientation===kOrientationPortrait){q=this.usableDisplayWidth-2*kPadPortraitModeHorizontalMargin;k=kPadPortraitModeMaxStageHeight}else{q=this.usableDisplayWidth-2*kPadLandscapeModeHorizontallMargin;k=this.usableDisplayHeight-2*kPadLandscapeModeVerticalMargin}}}var o=scaleSizeWithinSize(this.showWidth,this.showHeight,q,k);this.stageAreaWidth=o.width;this.stageAreaHeight=o.height;this.stageAreaLeft=(this.usableDisplayWidth-this.stageAreaWidth)/2;if(gMode===kModeDesktop){this.stageAreaTop=(k-this.stageAreaHeight)/2}else{if(this.orientation===kOrientationPortrait){if(gIpad===false){this.stageAreaTop=Math.max(10,kMobilePortraitModeVerticalCenterLine-(this.stageAreaHeight/2))}else{this.stageAreaTop=Math.max(10,kPadPortraitModeVerticalCenterLine-(this.stageAreaHeight/2))}}else{this.stageAreaTop=(this.usableDisplayHeight-this.stageAreaHeight)/2}}setElementPosition(this.stageArea,this.stageAreaTop,this.stageAreaLeft,this.stageAreaWidth,this.stageAreaHeight);var e=-1;var b=-1;var p=-1;var h=-1;var a=null;if(gMode===kModeDesktop){a=false;e=-1;b=-1;p=-1;h=-1}else{a=true;p=0;h=0;if(gIpad){b=kiPadDeviceHeight}else{b=kiPhoneDeviceHeight}e=b}if(p!=-1&&h!=-1&&e!=-1&&b!=-1){var s=document.getElementById("background");s.style.top=p;s.style.left=h;s.style.width=e;s.style.height=b;if(a===true){s.style.visibility="visible"}}var g={x:0,y:0,width:this.usableDisplayWidth,height:this.stageAreaTop};var d={x:0,y:this.stageAreaTop+this.stageAreaHeight,width:this.usableDisplayWidth,height:this.usableDisplayHeight-this.stageAreaTop-this.stageAreaHeight};var n={x:0,y:this.stageAreaTop,width:this.stageAreaLeft,height:this.stageAreaHeight};var i={x:this.stageAreaLeft+this.stageAreaWidth,y:this.stageAreaTop,width:this.usableDisplayWidth-this.stageAreaWidth-n.width,height:this.stageAreaHeight};var l=document.getElementById("statisticsDisplay");if(this.showStatisticsDisplay&&gIpad&&this.orientation===kOrientationPortrait){setElementPosition(l,d.y+70,0,this.usableDisplayWidth,d.height-105);l.style.visibility="visible"}if(gMode!=kModeDesktop){if(this.orientation===kOrientationPortrait){var m=kNavigationArrowSize+2*kMobilePortraitModeNavigationAreaSideMargin;var f=kNavigationArrowSize+2*kStageToNavigationAreaGap;var r=this.usableDisplayWidth-2*m;var c=d.y+7;setElementPosition(this.previousButton,c,0,m,f);setElementPosition(this.slideCounter,c+kStageToNavigationAreaGap,m,r,f);setElementPosition(this.nextButton,c,m+r-5,m,f);setElementPosition(this.helpText,d.y+d.height-kHelpAreaToBottomGap-kHelpAreaHeight,0,this.usableDisplayWidth,kHelpAreaHeight);setElementPosition(this.infoPanelIcon,this.usableDisplayHeight-kInfoPanelButtonHeight,this.usableDisplayWidth-kInfoPanelButtonWidth-5,kInfoPanelButtonWidth,kInfoPanelButtonHeight)}else{var j={x:0,y:0,width:0,height:0};if(n.width>kMobileLandscapeModeMinSideSpacerWidth){setElementRect(this.previousButton,n);setElementRect(this.nextButton,i)}else{setElementRect(this.previousButton,j);setElementRect(this.nextButton,j)}setElementRect(this.slideCounter,j);setElementRect(this.helpText,j);setElementRect(this.infoPanelIcon,j)}}this.positionWaitingIndicator();this.hideAddressBar();document.fire(kStageSizeDidChangeEvent,{left:this.stageAreaLeft,top:this.stageAreaTop,width:this.stageAreaWidth,height:this.stageAreaHeight})},showApplicableControls:function(){if(this.inLaunchMode===true){hideElement(this.previousButton);hideElement(this.nextButton);hideElement(this.slideCounter);hideElement(this.helpText);hideElement(this.infoPanelIcon)}else{if(gMode===kModeDesktop){hideElement(this.previousButton);hideElement(this.nextButton);hideElement(this.slideCounter);hideElement(this.helpText);hideElement(this.infoPanelIcon)}else{if(this.orientation===kOrientationPortrait){showElement(this.previousButton);showElement(this.nextButton);showElement(this.slideCounter);showElement(this.helpText);showElement(this.infoPanelIcon)}else{hideElement(this.slideCounter);hideElement(this.helpText);hideElement(this.infoPanelIcon);if(this.stageAreaLeft>kMobileLandscapeModeMinSideSpacerWidth){showElement(this.previousButton);showElement(this.nextButton)}else{hideElement(this.previousButton);hideElement(this.nextButton)}}}}this.hideAddressBar()},showAll:function(){this.hideWaitingIndicator();setTimeout(this.showAll_partTwo.bind(this))},showAll_partTwo:function(){if(gDevice===kDeviceMobile){window.scrollTo(0,1);setTimeout(this.showAll_partThree.bind(this))}else{this.showAll_partThree()}},showAll_partThree:function(){if(this.inLaunchMode===false){this.showApplicableControls()}showElement(this.stageArea);var a=navigator.userAgent.match(/Windows/);if(a){if(gShowController.delegate.triggerReflow){gShowController.delegate.triggerReflow()}}showElement(this.hyperlinkPlane);if(gMode===kModeMobile){showElement(this.infoPanelIcon)}},setPreviousButtonEnabled:function(a){if(this.hyperlinksOnly){return}if(gMode!=kModeDesktop){if(a){this.previousButton.setAttribute("class","previousButtonEnabled")}else{this.previousButton.setAttribute("class","previousButtonDisabled")}}},setNextButtonEnabled:function(a){if(this.hyperlinksOnly){return}if(gMode!=kModeDesktop){if(a){this.nextButton.setAttribute("class","nextButtonEnabled")}else{this.nextButton.setAttribute("class","nextButtonDisabled")}}},hideAddressBar:function(){if(this.inLaunchMode){return}if(gDevice===kDeviceMobile){var a=this.initialAddressBarScrollPerformed?0:kHideAddressBarDelay;setTimeout("window.scrollTo(0, 1);",a);this.initialAddressBarScrollPerformed=true}},updateStatisticsDisplay:function(){if(this.showStatisticsDisplay===false){return}var k=document.getElementById("statisticsDisplay");var j=gShowController.textureManager.getCacheStatistics();var a=gShowController.scriptManager.degradeStatistics;var h=gShowController.stageManager.debugGetStageStatistics();var d=gShowController.textureManager.numLoadFailures;var c=gShowController.textureManager.numOutstandingLoadRequests;var i=1024*1024;var b=gSafeMaxPixelCount/i;b=Math.floor(b*100)/100;j.numPixels/=i;h.numPixels/=i;j.numPixels=Math.floor(j.numPixels*100)/100;h.numPixels=Math.floor(h.numPixels*100)/100;var e=false;var g=false;if(j.numPixels>b){e=true;this.hasCacheEverGoneOverPixelLimit=true}if(h.numPixels>b){g=true;this.hasStageEverGoneOverPixelLimit=true}if(j.numPixels>this.cacheHighWaterMark){this.cacheHighWaterMark=j.numPixels}if(h.numPixels>this.stageHighWaterMark){this.stageHighWaterMark=h.numPixels}var f="

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QMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQNfAwMsBwABCmVuZHN0cmVhbQplbmRvYmoKOSAwIG9iago5MzAKZW5kb2JqCjEzIDAgb2JqCjw8IC9MZW5ndGggMTQgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggMTAzNCAvSGVpZ2h0IDY3IC9JbnRlcnBvbGF0ZQp0cnVlIC9Db2xvclNwYWNlIDcgMCBSIC9TTWFzayAyMiAwIFIgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZQo+PgpzdHJlYW0KeAHt0DEBAAAAwqD1T20ND4hAYcCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQNfAwMsBwABCmVuZHN0cmVhbQplbmRvYmoKMTQgMCBvYmoKOTMwCmVuZG9iagoyMCAwIG9iago8PCAvTGVuZ3RoIDIxIDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDEwMzQgL0hlaWdodCA2NyAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJwb2xhdGUgdHJ1ZSAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Ae3WP2tTYRjG4Zzk9OQfdGgV2holJqarBty6KChSUYqCrYZ29hsICqKbUlDQQUEzlC4OgruTOAhWXKxC6SoIDhbEShellQcFP8R7vd/gXOfHzVPKKkWt7hEgkKpArZqXs1JWjE60j0x7BAikKdDrtMYbeVYZ7czMDZY8AgTSFFi8dKY/1SgXEzNXl4erHgECaQqsPLp15dhYXmvPLb9c3/QIEEhTYOP9i5unDhT13mD4YWvHI0AgTYGfX9ceXmjX6tNLq5s7ex4BAmkK7P74+HShU7cEaf5+X03gn8Du9qfh5a4lEASBtAUsQdr/39cT+CtgCZRAgMDeniVQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEC/5egt7iysf3bI0AgTYFf39efLHTrte7843dftjwCBNIU+Pb5zYOLh2vVQ7O3n79e8wgQSFPg7atnN063qiP7jw+u373vESCQpsC9O9fm+/tGKs1W/+TZ8x4BAmkKnJs9cXSqWcny5vhk66BHgECiAq3JsUaelbJyXhRVjwCBRAWKIi9npT9hZtoKCmVuZHN0cmVhbQplbmRvYmoKMjEgMCBvYmoKNjg4CmVuZG9iagoyMiAwIG9iago8PCAvTGVuZ3RoIDIzIDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDEwMzQgL0hlaWdodCA2NyAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJwb2xhdGUgdHJ1ZSAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Ae3WP2tTYRjG4Zzk9OQfdGgV2holJqarBty6KChSUYqCrYZ29hsICqKbUlDQQUEzlC4OgruTOAhWXKxC6SoIDhbEShellQcFP8R7vd/gXOfHzVPKKkWt7hEgkKpArZqXs1JWjE60j0x7BAikKdDrtMYbeVYZ7czMDZY8AgTSFFi8dKY/1SgXEzNXl4erHgECaQqsPLp15dhYXmvPLb9c3/QIEEhTYOP9i5unDhT13mD4YWvHI0AgTYGfX9ceXmjX6tNLq5s7ex4BAmkK7P74+HShU7cEaf5+X03gn8Du9qfh5a4lEASBtAUsQdr/39cT+CtgCZRAgMDeniVQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEC/5egt7iysf3bI0AgTYFf39efLHTrte7843dftjwCBNIU+Pb5zYOLh2vVQ7O3n79e8wgQSFPg7atnN063qiP7jw+u373vESCQpsC9O9fm+/tGKs1W/+TZ8x4BAmkKnJs9cXSqWcny5vhk66BHgECiAq3JsUaelbJyXhRVjwCBRAWKIi9npT9hZtoKCmVuZHN0cmVhbQplbmRvYmoKMjMgMCBvYmoKNjg4CmVuZG9iagoxOCAwIG9iago8PCAvTGVuZ3RoIDE5IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDQ0MSAvSGVpZ2h0IDMwIC9Db2xvclNwYWNlCi9EZXZpY2VHcmF5IC9JbnRlcnBvbGF0ZSB0cnVlIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngB7Vl5XFXV9t/7jHfiMg+KomHlUM6m5gTiGGpOlEbOmb20zExNTcQhx6eJ9TLKiVTUJs20zHwpKg45KyiIwAUxREDGC3c4w37rnHvBS2rPj+bPfp/H+uOw7zl7WHt91/qutTeE1BCZkEgOVcsRofqrTOR4pvpDbeNxW6AaGEejFrjHDcj9rp+YePR8WRV6cv6xxGO9XCJuzeGjx/OUr3L58cRjc+n7nbW236O3AEbobSch2hJ8EfysKVRQpSgR+U0XOGt2qP31eCwASI1yAmfdgu4EjjaU2AG4obXAPR587rlqLXD3NM3f+8P/GnDs36I0xvxDqEHzikv9fwYO0zSojykOnn8i2K01VnpQqPvwTUnT1W27djf2DtO4/r6fNqbo0Uu0yvJ3E1Bs4kLNPb9SXltT9iLqHoPvNuHtd1TYqpMHlX3DaNccx+gNNcXoX6rkuEhP5YMORONaWzIGvYFDypOtnptal3jwM3QvrdVuYMe3ExJ3GzDi9MbqgXc0KIOH4x12aqVx2Sumg78WyLU23ssscsFYpwOz/scOHX4PqThVT0d3tJaXyVJpWeWWlqvJ638Ajh6ZuSu9pMtt/avHORuw5ngzqTihY9feIgUdHXUA5vgMyxOu+rgOw5wmp7L+Pb5iyitzfN8tiB+eR6bSmA1MrTQf4+50Pmy4KElpzTUHScWntyfHTSLs+xTUXIGLx7hHUUkNKS4uUQ8L5mLl9c0beXlZp9bWrZqHG1paWBKFBsPzrWqb0qeJ7TBiqn9XdXb5C4ZdYSc33N1jk/MiHZZw+ao2MaNdd7L0c7Umov1/V5UqzvjercohMMsl2yQidd1vg7uBaGftxAcRUVzzB2dmvp8SEFx5ivOIXEJ9UtnMlaTAcftXdmD0V0ZqkPc0qkppTHMLjdRtlZit8iBQk3k62VjlE5jq3Yu95x4x1TeUxXSdyD+oAlNiCi8X64MSWNuN5AZRgMDWIcrzDqH0pmJPmu6a3qxqUdVUodIUxfdgQHXEAXB94Qj+30TMaeOMOm44EckiNAye71WvTO/OTvvuvwIXlZ510uNpQuyvqDrcoTXW+FbYiBO4gHJVJ1mUulWZE3P6IqtYGB6QXmm39W/qVOhuwFH6JB/Dc+RbxLccjRKSddWKKrvHaGmWN+Jjxxl9ru/CTgNhRC1PcFELUwdsDYHZcMuPqrrcoe9dXjBNi9+/8zWm0dFULSihAGf5jgYG/9nDlcVuD+FWyz0ptKeFC6wwbrLYVXFTaEVWHQcAuPYHExJOyFXolZhMpmxJ+XUTWlmmAgemYnm4YyUX4KbVj547o9GiuA8b0BPmfTDi+ah5Mz19oqKiO/F9lsXFRTegG0RHzfCf+0+2//y4uE+nMy9Ez5vacrVMpG/nzYuOfoN6NTq6t6IN3WjWuri4mMHuYcvtAjk9xx2QogE46wLDQiJLY/RR0dHtBs6Lmh2+2CoR06KFxaJcurDB8CUbN66N7sApEfcp8hi+Mm7jsoHVjorZV8C/YP++12Nxy2mdAJm6Y6JfBefHKMY+j4W/bSdKG3p60dohs+aM53xGmDeFuiPjkKjJLI2BFk1lXjwo8kpP7DO2A2ry7vOI8n5vMG2c2o5lpj5Po2feju5HUeNGtY6qR3V8f4o/9n2vJ9NuNZndyxgZgagXRyougjV9Z0e3wf59byWE+YEy/MQNP8tDGYq+oNFg37fmhtPur7XAKKge0k5uqNriqcI93PJNHN1i4rzXQMkOYzQzB+PtKQbd8EkKcGHOELPuUHor7G1VsAKjruCQ6zkOo0EFKqbWnxwR5QLc9E6ybL8JY9I1Z4jl12dFIoa1gaN7yD5ldrmoRU8ill6Q08MlyJi2PF2MIF+LlCVCJGsBEX/nU0R5gLI8P0ZZmYgnZsngP3JpELiICtzyhvuJKHVuYCHyP9YTa8UnRPUoh6IdT1bAILmie0Po8xnaLiqTiNs4B3TwnENGQRZhwsig7sXWDRg3r3g9pUgPxqBDJfsantF/fJJ8O4X2Pbq4c0WhYcxv0o5VBmPBqh+FZ0Ep3r34ppYDdGODDDnWdxsVVaxGXYqltQGX5HitoXQz3S2567XyOnvlnWlCz8Z7ZljeHWyWVjb/IluKn7zIcgKx5y8DZVJo7Zmwogxq9AFyaDanBvvIweS4RvvMeYZ7PqPb90L7y9bVDN4yEjWtnAbAwoitZGgKT/cqemWX/AKzXtw9Xzyrz1rHHrSfgJijg2yOkBMzFRrBND6iouMAjnIvF8CA4Y7opJuUKn2FXAdl1AAOEs7hq6IkP3mR2BNxtiy8M0CSLrS0i2Tmx7K8s6syqe3kZqt89K2XpnGrBPl6yA6w7v7PlxFbURNBqPBTcgbXJyZy7BrRao7cLogkJdbbGXEwmJCypbwTOFvF619DisvdHFcuyebNwfMnjXjtIJEzADj7x20ssrT7EHjIAEfqA3aKJ115AG6hdf2CjtaJuElKhOZsEg/RRPHvZornfSi046on43N5D1ffcoZmd1YE8L775rObSuvSkNsCLMcpoErqok+vKcLamE62GfTLk8UBwzoU7Oa8rrR8tbSzNj2x58BbKQMiPI7Pptqxw2bZumi0p5O0hsFHrlLsb8tgOLcg1YONlduhaVInBRYGfeuj3SYtYCf/xDQqm8d8mdixfWocmmBdjevdDIZlIYhelNOf5kNy+uB21q2G3omZUUObhVgnLY+so1X8SZdvV81CyDAl61H4gPrTARx+BgwulXipuQXzjmgUyx0ZvgZw0P+ZZYJEGicR+zG0Uxa2LxXsb/QViPjtXlKR1BqiSxj/xCc2CIb8GdRKgeR6KTluOAoss1ROJ3IOr1RW2LgaXEMWhVa+FfY/5DgilgQEOyJOqKzjUybJ/9bxmTZi4unBlxW/gMWJYPtovp2I7cdB4p2tEIrii+ikLRBmpxPJm2iK7VnqxzzdyuMN1EIHM943bUuxJnMzjcaScO1z4kYtl1Fo0C+1BUemdQUDItRRXA8uwDbL0+i+IkvRJLEdouJNHpwm+yC7eCB7sfypfetY1Ny+BhgqRTgC9L73IocDi1aziF6Z492+DN5omstfIn6F1AFtLVAqaQBuH2LYLDL86Fw03950z3k4kxzY5Zd05gf6y61qmYTZZvZDFHsuV6trVr4B1Sn9BiHtTOlGha+jLKLHmZVdw74vuwMx1QTOuBtox75KwR8WY435duhrS4aEAcJHADN9gSaAxSZ3dgEOqsopRMg8bbEEDgG8ck2mywnPSUR4FeMG36QDLpb2H1qdwI3A+GOLlCbLcaAsZnWXJZIcZ3UCF6eGjEKVllloDHDsu142Ik/YRGoAl6lpYRbKtx8ENZoowEXbidB+PAA30wkc1t84z2OovG9m8ppf8t28SvLnDoFwQ6xxEMRhh9IDuKstkkK/pru77SYj3dyLzzJcknXROOV8BxuPIMugxcfu0bBJxZ7cHrOvxj/na8RwV8+O2mvU3zJ9EMZgPL6iOcDcNNG+mQ4qWo/o4WJfBjETyo2ftwY/Z4aRaET/+LuBSboArAZ2NuxFLP2OmHzjRfZ0TnQPDejz3d432q5La3zA31FD4B7SSp1veRpnHCaPwBFSd+DHXZYocbRifFCMGqGgASL+6AdcfDviVvL0FpHIgrWReswAl41VmFKSljqA5FtBorHsvCEKpF+oK3CHUCciyJLFxD8HhDfRw+DXPATwb4RReze34FOy5aU5lQ7ghMRp+nZAsIR0h3DHGh+znQwaCsHZysdslfNn+jpznP2LDkCslUuMdiLvvCTZXCMuQztHFA+za4AcATj7qs4CEaJiRJG8pDAICN3Wvg5syne0/Eq7FaZydSqT4eDkD4Vd/Uw4bRlNa9Bsa0NP//y9zLZk21O8v2VjQ/fcEm8e+4I5EAqXt7CI1+e30hsKk1j+Wr7O2Ju8g1j20tmfDbRbxX5GOXLGX1Azl27DacNQMhZR/yp090VMr8q35ypFED2WzMQB5s3It/QHtUJgBmxENGVMluW6uhuJNKYhLGMv/0AvzNkW6Ag4jN4nYzzrW1I43Xqzn3aFJZBmOFOB26k0IygF1qK5FVcdyJGS6SHNnzyugAjZXd4+cY/aXBsWGhoSEho6KEHtZt5f3zkzF29VO4i/ef4h4jxLoKt0gPJMFWXbkZO2Ob0BuGCMppZdTBbliiZLrCTP3euaRKxlXh4lViJcUhMs71lqJQVFoii0MOQBRtXFibqMbB/iVgYp1yLXBE7zD4DqXLksKsBJn+FToqKnfCnAeWbTLCFRDITzMPun2vqW5JVPluW3bhUzm6Y0Xub3GXZIYRtqZ9krG+qWnX59THzKhHptxbU/NUyz92k6eRtcUmAmyJLb1Pup96diyte8XeNRYloUOFda/i+evWTuRjOG0oJWz8VFGJO/RhSzYUa90fPRMnFxDH0q6+UFiG1pv95QcXtuANmIRxd00TUmK4HVENJt+xR4i+5RdJ6lr5h7tpkRweBPysLRm+Im9UYIYkO3m/QzeN7K9fTKiWOYIyUeGo3brYvsm/I/xyjAgWDN+HNO6Iig1pSqoe76sHwV7LQHjKN6n1G48E2ObpuVnfX07EzT9eD92ek7Eb84O8uU+zqHdRPNYMO0iC7XsjKCoC4thMD+JQTNycw+Z2BC7ZKY6sYeIMQ62VHvUC/nCpUDkzOzGtFh2bJ81FMpTvxSsxXJ+qEfyywgYtp7v2dm+nmlmnK2arnjGdlHec33gnBu1vXMa43yMkwfIo/FRTIpm6FV7ANK+iRmZKfEgZWWJfXTNbZtdOOmS7ZdUJDA1G/9nn3lTDeK+bJ0EI9/Se2OftvRDDUT4vRc7yIh6UkHZdED0izlpwbCtsPOD9D6VW41suvsvXiWPvcOhyj2S1K5zkvXDY6kmN1CihZyaEdFFxrvy+kOIRhQWE9ZCBj5I6H4cz3mepCBACTmj2SmH/MChh2zikYRoi0uGPhzzksY9/lF42B41P1iVvblfrhbfmlmW5bX3YxnGdr/5izerbD0CWVjikB59cKHhy9k5ZVYHDF0V8wcL/M+aKKmdcdA5BHgo7bu+aAD6ni5fPQKuP0L6+sYccvOZ4lohTrKIUxd5xkZU3Xu8g9CZIAz0J3i5ev6DvN1/VXQarxEBkTRTJDyLqCqO+ZaNIO6m3ILhP7KxZ0PXDTS9ZQ+hvrKUxWKbtFSqSuRDi4pqUAA3MdHOTo7gX3SDVKWVqfq1QDatK8X7MbDExhStzxGZVsFuvp+8KTH2Rq43q9hFgbgJ+oBlggpiaHqnq9qbYR1jWFmitIpb1joQQUq/VwEM7zO4ObueVgFCKjyu4H9+verlv79J6WqX0TLJNrhzC6DH7iJD0DMkgQ4Jz3wFH/XgQDZwqtG142Bj6xZDKz9KDR2KU7gAO4qGGuXws0gJKs0w+2Yc+3xIG289orpysbAv27CB1HikYyBJDXqWnsXfgAgR4R8Awz+fwwc3Kpo0pVzGBHeqU5zD79lzuD+J/8iePj5H98MODzmGdfVId5iV9V1QdL140O37x1xQNDUbxBxcN8RX5NkH3rR2gke3gJ/BhzLnHdcA26oBe7hLf0Xz0DhBGdxolwy1xBsaKvcVQJVvvEXUmWNJWp/PIgFMKOZOHnKh5VVR7rUr7bXkKM3lYsTOHSdhf92PMgCtWMejQUw72O2VKGmQnTXh1AIh/xHo0HtrA9kgfsDrmCkd228PZB9H9kguHXS34fAPU1twD0yEO5v4v8AYPGXHgplbmRzdHJlYW0KZW5kb2JqCjE5IDAgb2JqCjQyOTkKZW5kb2JqCjE2IDAgb2JqCjw8IC9UeXBlIC9FeHRHU3RhdGUgL2NhIDAuNSA+PgplbmRvYmoKMTcgMCBvYmoKPDwgL1R5cGUgL0V4dEdTdGF0ZSAvY2EgMSA+PgplbmRvYmoKMjQgMCBvYmoKPDwgL0xlbmd0aCAyNSAwIFIgL04gMyAvQWx0ZXJuYXRlIC9EZXZpY2VSR0IgL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBnZZ3VFPZFofPvTe90BIiICX0GnoJINI7SBUEUYlJgFAChoQmdkQFRhQRKVZkVMABR4ciY0UUC4OCYtcJ8hBQxsFRREXl3YxrCe+tNfPemv3HWd/Z57fX2Wfvfde6AFD8ggTCdFgBgDShWBTu68FcEhPLxPcCGBABDlgBwOFmZgRH+EQC1Py9PZmZqEjGs/buLoBku9ssv1Amc9b/f5EiN0MkBgAKRdU2PH4mF+UClFOzxRky/wTK9JUpMoYxMhahCaKsIuPEr2z2p+Yru8mYlybkoRpZzhm8NJ6Mu1DemiXho4wEoVyYJeBno3wHZb1USZoA5fco09P4nEwAMBSZX8znJqFsiTJFFBnuifICAAiUxDm8cg6L+TlongB4pmfkigSJSWKmEdeYaeXoyGb68bNT+WIxK5TDTeGIeEzP9LQMjjAXgK9vlkUBJVltmWiR7a0c7e1Z1uZo+b/Z3x5+U/09yHr7VfEm7M+eQYyeWd9s7KwvvRYA9iRamx2zvpVVALRtBkDl4axP7yAA8gUAtN6c8x6GbF6SxOIMJwuL7OxscwGfay4r6Df7n4Jvyr+GOfeZy+77VjumFz+BI0kVM2VF5aanpktEzMwMDpfPZP33EP/jwDlpzcnDLJyfwBfxhehVUeiUCYSJaLuFPIFYkC5kCoR/1eF/GDYnBxl+nWsUaHVfAH2FOVC4SQfIbz0AQyMDJG4/egJ961sQMQrIvrxorZGvc48yev7n+h8LXIpu4UxBIlPm9gyPZHIloiwZo9+EbMECEpAHdKAKNIEuMAIsYA0cgDNwA94gAISASBADlgMuSAJpQASyQT7YAApBMdgBdoNqcADUgXrQBE6CNnAGXARXwA1wCwyAR0AKhsFLMAHegWkIgvAQFaJBqpAWpA+ZQtYQG1oIeUNBUDgUA8VDiZAQkkD50CaoGCqDqqFDUD30I3Qaughdg/qgB9AgNAb9AX2EEZgC02EN2AC2gNmwOxwIR8LL4ER4FZwHF8Db4Uq4Fj4Ot8IX4RvwACyFX8KTCEDICAPRRlgIG/FEQpBYJAERIWuRIqQCqUWakA6kG7mNSJFx5AMGh6FhmBgWxhnjh1mM4WJWYdZiSjDVmGOYVkwX5jZmEDOB+YKlYtWxplgnrD92CTYRm40txFZgj2BbsJexA9hh7DscDsfAGeIccH64GFwybjWuBLcP14y7gOvDDeEm8Xi8Kt4U74IPwXPwYnwhvgp/HH8e348fxr8nkAlaBGuCDyGWICRsJFQQGgjnCP2EEcI0UYGoT3QihhB5xFxiKbGO2EG8SRwmTpMUSYYkF1IkKZm0gVRJaiJdJj0mvSGTyTpkR3IYWUBeT64knyBfJQ+SP1CUKCYUT0ocRULZTjlKuUB5QHlDpVINqG7UWKqYup1aT71EfUp9L0eTM5fzl+PJrZOrkWuV65d7JU+U15d3l18unydfIX9K/qb8uAJRwUDBU4GjsFahRuG0wj2FSUWaopViiGKaYolig+I1xVElvJKBkrcST6lA6bDSJaUhGkLTpXnSuLRNtDraZdowHUc3pPvTk+nF9B/ovfQJZSVlW+Uo5RzlGuWzylIGwjBg+DNSGaWMk4y7jI/zNOa5z+PP2zavaV7/vCmV+SpuKnyVIpVmlQGVj6pMVW/VFNWdqm2qT9QwaiZqYWrZavvVLquNz6fPd57PnV80/+T8h+qwuol6uPpq9cPqPeqTGpoavhoZGlUalzTGNRmabprJmuWa5zTHtGhaC7UEWuVa57VeMJWZ7sxUZiWzizmhra7tpy3RPqTdqz2tY6izWGejTrPOE12SLls3Qbdct1N3Qk9LL1gvX69R76E+UZ+tn6S/R79bf8rA0CDaYItBm8GooYqhv2GeYaPhYyOqkavRKqNaozvGOGO2cYrxPuNbJrCJnUmSSY3JTVPY1N5UYLrPtM8Ma+ZoJjSrNbvHorDcWVmsRtagOcM8yHyjeZv5Kws9i1iLnRbdFl8s7SxTLessH1kpWQVYbbTqsPrD2sSaa11jfceGauNjs86m3ea1rakt33a/7X07ml2w3Ra7TrvP9g72Ivsm+zEHPYd4h70O99h0dii7hH3VEevo4bjO8YzjByd7J7HTSaffnVnOKc4NzqMLDBfwF9QtGHLRceG4HHKRLmQujF94cKHUVduV41rr+sxN143ndsRtxN3YPdn9uPsrD0sPkUeLx5Snk+cazwteiJevV5FXr7eS92Lvau+nPjo+iT6NPhO+dr6rfS/4Yf0C/Xb63fPX8Of61/tPBDgErAnoCqQERgRWBz4LMgkSBXUEw8EBwbuCHy/SXyRc1BYCQvxDdoU8CTUMXRX6cxguLDSsJux5uFV4fnh3BC1iRURDxLtIj8jSyEeLjRZLFndGyUfFRdVHTUV7RZdFS5dYLFmz5EaMWowgpj0WHxsVeyR2cqn30t1Lh+Ps4grj7i4zXJaz7NpyteWpy8+ukF/BWXEqHhsfHd8Q/4kTwqnlTK70X7l35QTXk7uH+5LnxivnjfFd+GX8kQSXhLKE0USXxF2JY0muSRVJ4wJPQbXgdbJf8oHkqZSQlKMpM6nRqc1phLT4tNNCJWGKsCtdMz0nvS/DNKMwQ7rKadXuVROiQNGRTChzWWa7mI7+TPVIjCSbJYNZC7Nqst5nR2WfylHMEeb05JrkbssdyfPJ+341ZjV3dWe+dv6G/ME17msOrYXWrlzbuU53XcG64fW+649tIG1I2fDLRsuNZRvfbore1FGgUbC+YGiz7+bGQrlCUeG9Lc5bDmzFbBVs7d1ms61q25ciXtH1YsviiuJPJdyS699ZfVf53cz2hO29pfal+3fgdgh33N3puvNYmWJZXtnQruBdreXM8qLyt7tX7L5WYVtxYA9pj2SPtDKosr1Kr2pH1afqpOqBGo+a5r3qe7ftndrH29e/321/0wGNA8UHPh4UHLx/yPdQa61BbcVh3OGsw8/rouq6v2d/X39E7Ujxkc9HhUelx8KPddU71Nc3qDeUNsKNksax43HHb/3g9UN7E6vpUDOjufgEOCE58eLH+B/vngw82XmKfarpJ/2f9rbQWopaodbc1om2pDZpe0x73+mA050dzh0tP5v/fPSM9pmas8pnS8+RzhWcmzmfd37yQsaF8YuJF4c6V3Q+urTk0p2usK7ey4GXr17xuXKp2737/FWXq2euOV07fZ19ve2G/Y3WHruell/sfmnpte9tvelws/2W462OvgV95/pd+y/e9rp95Y7/nRsDiwb67i6+e/9e3D3pfd790QepD14/zHo4/Wj9Y+zjoicKTyqeqj+t/dX412apvfTsoNdgz7OIZ4+GuEMv/5X5r0/DBc+pzytGtEbqR61Hz4z5jN16sfTF8MuMl9Pjhb8p/rb3ldGrn353+71nYsnE8GvR65k/St6ovjn61vZt52To5NN3ae+mp4req74/9oH9oftj9MeR6exP+E+Vn40/d3wJ/PJ4Jm1m5t/3hPP7CmVuZHN0cmVhbQplbmRvYmoKMjUgMCBvYmoKMjYxMgplbmRvYmoKNyAwIG9iagpbIC9JQ0NCYXNlZCAyNCAwIFIgXQplbmRvYmoKMjcgMCBvYmoKPDwgL0xlbmd0aCAyOCAwIFIgL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBtVXLbtswELzrK+ZU2AfLJEWR4jEvFCl6aFIBLVD0oCiKrUIPR5Kbuv/TP2r+p0tJ1gNI0wda60Cb0O7M7syu73GFe6zPao64BnON/SgFTk8dg9HDmZDQKkCV4K59feW7RmsdeFgp1wimDQUwj259BRW4geS+duj1dyiwfpNUcbJr9lGGKsX6JUFtagKlCK+NsCBKdVFYySE35WtzO3GO9WUucV4S/Po6yaIm/ZyclVlZpXnSVGncZh6KYFwr35Me1SMYNzqQ9E0yxpUOHKqKOAjLYcWPWL5psQLktlxbXoDhLhvvVtQhy8k3yJwxfHqN7dN5u9YJAW4rDJiElBzCuEx6hv+kW/ftS7ZBwsDG+uiaIbpmWPF8aVyfW810Jx88oVxJUohRhKE3Vl/OrLyt2AExsUKTHJ3Y8H0JoSzMaQiuutv2cELSIQxtbHiHxdnbC5JNLBF+wkXYGuMXOZRwyUoMYe5M8mCF86iJbqI6weuo2OyjTVLjBa73RUPy1iOArXb0nvaYS1JQU/659bTHu9QxMb3M/f/oPJoda6mZ84a7ifO0pzpK2WgvZ3I5dd0Qn/cDO8x3q+ZMbq4MFFN2xkhvMoN9+mOm9wcsTvKyWhJ8gEWTfk1ucVJE2aFOSaKPCF/1LnCOLtAGkoveSUK3mftjlnnxbZR49CHnNCEs6Il5nRH7YxZuiWVZ+YByl1S0GcoCJ2hKfN9FB6QN7srqISLePHAWt4/2J6KibLZJhRnvYQIssqfaSaOWPIlMNdIIEPKIeYpmGzXYRnXxaMGoR/Rjt0sKatQhaZ4BE4Hsy/zzLknaCyRXJ9+M63xcbZeW0BILYmePGna6EJf5Lku+pM0Bm5Lmbr/DzQHv3SldZ64KN+avRSW63Pi/Jerp80Rvy4eio7p0Rvd1/2DPLjijNMRRXVohjAmEsVXMWr87+t7RbmlXnZhsuasfRKO0zgplbmRzdHJlYW0KZW5kb2JqCjI4IDAgb2JqCjcyMAplbmRvYmoKMjYgMCBvYmoKPDwgL1R5cGUgL1BhZ2UgL1BhcmVudCAzIDAgUiAvUmVzb3VyY2VzIDI5IDAgUiAvQ29udGVudHMgMjcgMCBSIC9NZWRpYUJveApbMCAwIDEwMjQgNzY4XSA+PgplbmRvYmoKMjkgMCBvYmoKPDwgL1Byb2NTZXQgWyAvUERGIC9UZXh0IC9JbWFnZUIgL0ltYWdlQyAvSW1hZ2VJIF0gL0NvbG9yU3BhY2UgPDwgL0NzMSA3IDAgUgo+PiAvRXh0R1N0YXRlIDw8IC9HczEgMTYgMCBSIC9HczIgMTcgMCBSID4+IC9Gb250IDw8IC9UVDEgMTIgMCBSIC9UVDIgMTUgMCBSCj4+IC9YT2JqZWN0IDw8IC9JbTIgMTAgMCBSIC9JbTUgMzIgMCBSIC9JbTQgMzAgMCBSID4+ID4+CmVuZG9iagozMiAwIG9iago8PCAvTGVuZ3RoIDMzIDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDEwMzQgL0hlaWdodCA2NyAvSW50ZXJwb2xhdGUKdHJ1ZSAvQ29sb3JTcGFjZSA3IDAgUiAvU01hc2sgMzQgMCBSIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUKPj4Kc3RyZWFtCngB7dAxAQAAAMKg9U9tDQ+IQGHAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDXwMDLAcAAQplbmRzdHJlYW0KZW5kb2JqCjMzIDAgb2JqCjkzMAplbmRvYmoKMzAgMCBvYmoKPDwgL0xlbmd0aCAzMSAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9XaWR0aCAxMDM0IC9IZWlnaHQgNjcgL0ludGVycG9sYXRlCnRydWUgL0NvbG9yU3BhY2UgNyAwIFIgL1NNYXNrIDM2IDAgUiAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlCj4+CnN0cmVhbQp4Ae3QMQEAAADCoPVPbQ0PiEBhwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABA18DAywHAAEKZW5kc3RyZWFtCmVuZG9iagozMSAwIG9iago5MzAKZW5kb2JqCjM0IDAgb2JqCjw8IC9MZW5ndGggMzUgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggMTAzNCAvSGVpZ2h0IDY3IC9Db2xvclNwYWNlCi9EZXZpY2VHcmF5IC9JbnRlcnBvbGF0ZSB0cnVlIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngB7dY/a1NhGMbhnOT05B90aBXaGiUmpqsG3LooKFJRioKthnb2GwgKoptSUNBBQTOULg6Cu5M4CFZcrELpKggOFsRKF6WVBwU/xHu93+Bc58fNU8oqRa3uESCQqkCtmpezUlaMTrSPTHsECKQp0Ou0xht5VhntzMwNljwCBNIUWLx0pj/VKBcTM1eXh6seAQJpCqw8unXl2Fhea88tv1zf9AgQSFNg4/2Lm6cOFPXeYPhha8cjQCBNgZ9f1x5eaNfq00urmzt7HgECaQrs/vj4dKFTtwRp/n5fTeCfwO72p+HlriUQBIG0BSxB2v/f1xP4K2AJlECAwN6eJVABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQL/l6C3uLKx/dsjQCBNgV/f158sdOu17vzjd1+2PAIE0hT49vnNg4uHa9VDs7efv17zCBBIU+Dtq2c3TreqI/uPD67fve8RIJCmwL071+b7+0YqzVb/5NnzHgECaQqcmz1xdKpZyfLm+GTroEeAQKICrcmxRp6VsnJeFFWPAIFEBYoiL2elP2Fm2goKZW5kc3RyZWFtCmVuZG9iagozNSAwIG9iago2ODgKZW5kb2JqCjM2IDAgb2JqCjw8IC9MZW5ndGggMzcgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggMTAzNCAvSGVpZ2h0IDY3IC9Db2xvclNwYWNlCi9EZXZpY2VHcmF5IC9JbnRlcnBvbGF0ZSB0cnVlIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngB7dY/a1NhGMbhnOT05B90aBXaGiUmpqsG3LooKFJRioKthnb2GwgKoptSUNBBQTOULg6Cu5M4CFZcrELpKggOFsRKF6WVBwU/xHu93+Bc58fNU8oqRa3uESCQqkCtmpezUlaMTrSPTHsECKQp0Ou0xht5VhntzMwNljwCBNIUWLx0pj/VKBcTM1eXh6seAQJpCqw8unXl2Fhea88tv1zf9AgQSFNg4/2Lm6cOFPXeYPhha8cjQCBNgZ9f1x5eaNfq00urmzt7HgECaQrs/vj4dKFTtwRp/n5fTeCfwO72p+HlriUQBIG0BSxB2v/f1xP4K2AJlECAwN6eJVABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQKWQAMECISAm0AHBAhYAg0QIBACbgIdECBgCTRAgEAIuAl0QICAJdAAAQIh4CbQAQEClkADBAiEgJtABwQIWAINECAQAm4CHRAgYAk0QIBACLgJdECAgCXQAAECIeAm0AEBApZAAwQIhICbQAcECFgCDRAgEAJuAh0QIGAJNECAQAi4CXRAgIAl0AABAiHgJtABAQL/l6C3uLKx/dsjQCBNgV/f158sdOu17vzjd1+2PAIE0hT49vnNg4uHa9VDs7efv17zCBBIU+Dtq2c3TreqI/uPD67fve8RIJCmwL071+b7+0YqzVb/5NnzHgECaQqcmz1xdKpZyfLm+GTroEeAQKICrcmxRp6VsnJeFFWPAIFEBYoiL2elP2Fm2goKZW5kc3RyZWFtCmVuZG9iagozNyAwIG9iago2ODgKZW5kb2JqCjMgMCBvYmoKPDwgL1R5cGUgL1BhZ2VzIC9NZWRpYUJveCBbMCAwIDYxMiA3OTJdIC9Db3VudCAyIC9LaWRzIFsgMiAwIFIgMjYgMCBSIF0gPj4KZW5kb2JqCjM4IDAgb2JqCjw8IC9UeXBlIC9DYXRhbG9nIC9QYWdlcyAzIDAgUiAvVmVyc2lvbiAvMS40ID4+CmVuZG9iagoxMiAwIG9iago8PCAvVHlwZSAvRm9udCAvU3VidHlwZSAvVHJ1ZVR5cGUgL0Jhc2VGb250IC9LTElCSkUrSGVsdmV0aWNhLUxpZ2h0IC9Gb250RGVzY3JpcHRvcgozOSAwIFIgL0VuY29kaW5nIC9NYWNSb21hbkVuY29kaW5nIC9GaXJzdENoYXIgMzIgL0xhc3RDaGFyIDIxMyAvV2lkdGhzIFsgMjc4CjAgMCAwIDAgMCA2NjcgMCAwIDAgMCAwIDAgMzMzIDI3OCAwIDAgMCA1NTYgMCAwIDAgNTU2IDAgMCAwIDAgMCAwIDAgMCAwIDAKNjY3IDY2NyA3MjIgNzIyIDYxMSAwIDAgMCAwIDAgMCA1NTYgMCAwIDAgMCAwIDY2NyA2MTEgMCAwIDAgMCA2MTEgMCAwIDAgMAowIDAgMCAwIDU1NiA2MTEgNTU2IDYxMSA1NTYgMjc4IDYxMSA1NTYgMjIyIDAgNTAwIDIyMiA4MzMgNTU2IDU1NiA2MTEgNjExCjMzMyA1MDAgMjc4IDU1NiA1MDAgNzIyIDUwMCA1MDAgNTAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAKMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDUwMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMAowIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMTAwMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDIyMgoyMjIgXSA+PgplbmRvYmoKMzkgMCBvYmoKPDwgL1R5cGUgL0ZvbnREZXNjcmlwdG9yIC9Gb250TmFtZSAvS0xJQkpFK0hlbHZldGljYS1MaWdodCAvRmxhZ3MgMzIgL0ZvbnRCQm94ClstNDUzIC0zNTUgMTM0NSAxMjA2XSAvSXRhbGljQW5nbGUgMCAvQXNjZW50IDc3MCAvRGVzY2VudCAtMjMwIC9DYXBIZWlnaHQKNzE4IC9TdGVtViA2OCAvWEhlaWdodCA1MjQgL1N0ZW1IIDU4IC9BdmdXaWR0aCA2MDAgL01heFdpZHRoIDE0NDUgL0ZvbnRGaWxlMgo0MCAwIFIgPj4KZW5kb2JqCjQwIDAgb2JqCjw8IC9MZW5ndGggNDEgMCBSIC9MZW5ndGgxIDEwODI0IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Ae1ae2xb13k/55IiJZKixLcoPkTyiqT4fouiRFGiRMl62HrYcSzZThzHkhMnceIljpum7ZY22bqqbRagWIeiS7e2aRt4bedtSStHHZKmXR/A0LltgGZD0XUJtrXY1g1B1mVBTO333Xv5sOWmG1Bs/4zS5Tnnu+ee870f5/L8/Q9uMgN7hKnY5KmzJ88x6aN9iTH+2KkL533yWHgE7dTpc3ecVcZfZ0y9fsc97zwtj7ueYWzg3+7cPLkhj9lbaIfvBEAe8zzawTvPnn9IHmt9aJ+5575Tyv2uNYyPnz35kLI/+yHGvntPnt1Ei0/Uh6+hc/c9cJ5GjEWewte7z92/qczneJ6Hi4XsVKYwlc8XhwspmsZxJdhTrIs9yDqkEWNWxgTgDnq5BOHas29sXnjlRE/535lT9RN67LL4s69R+/1Hv3muPlZ/sqOq/hKGXXhQ/mBdlbDbz1jHZ3D/xY6qsrZyG01im+li/DmmYRZmiPHnmZ2tsiorsCHmxm1z7HnmYMfZwWsgfWy/MscszWHPMxM7gUnVtsfM7F1sgy2xXHMhC7tXmtOCWNnp6yA2NgxOiMzJlKWfQ1fNTLFt1uubec+ZvhohvM1YjD0HYgQmEPYqufM8OsfZPCuxCAPRrBPYq0FPOwS4cuBxlM2ybHOSAOyvmfQcxNDBtLSRvCvJI8tGWZnVsLBlN886BQ0zCs8xrXAFvLPibxSYZ4H/acwpY732eTSHYbX44jbrWln7E84fX9/mu7+5zWqey5CY6sStEAWP+3wzZ2qX+G0YCHEAon70VHHf7CVVcPbgmrju2/JtzW9s+WZ9d57cuKQOSi1ubG6tp3yX2KG1M/i+ac1/aXLd1exurq+PYh01rYNHMH1rHSvcpayAVgKlrmJSR3zRd0kVWllbXbv0SM11abK27vL7fTOXXlhZu/RCzeVfX8csTRNTYExikXHWAmdNFPc75VUOrV2adF1i61tbtOahNdF/6ZGtLdcW6FDG2+yF6wCcXQ+YVADgBNYAJ2a2+SMrWAyN6HcRQPSLfuC5XsPeXfHFQ2szwNRPmOrenuX6JiGYawD6eonl3b8ilhv/Oyzv+W+xvLeJ6TUsNwHnXmK5+f+Q5Zb/Z/n/tpa3sxyuhr+Oy46Y8XE4vx+xFX6ADWF8WoizNK4I4D24VoXvYfw9tKdwxXF9nK2gH8NlxnMzgCXRX0abQjuCNoF1rEp/DnOWsFcN7aqqyiZxfw5XSHoG87HvIu4npWdwD30T9utBa1YuP9pZRLBHCW380cfANPwCWh/7kgKRwM1IJo/UcMryR6O0WqW9tumER9UxPVZt/3S3DYyspznqbfYaHbPk0W0Ihg7WhwBEwcSFOOZhXjYAHP0swEQ2yIIsxMKIeREWbTz6K21jv6LV4jdcx4RwSZ+b8fcaH+RlfpT/pTAnvE94S7Wm+rpao06rv9Ex3HGh4w81S5qXtUntc535zqe69nc90/WGrqy7Tfe6/rj+W4YVww+7vd1b3T8xLhgfMr5orPcs9TzSc7HnDVla/HXhK9hJA5kYwPWTcFepbabF1duLiHgFF417L0PYqtcxQq8HPQqXM2t013UZWOor6wpAIIDAOiQAJquh/AiX6OnQS2dMfpOf+x0Wk9YS1oaLYf563cCfqn/+4rcufujiRe/Fi8JXrtaErd36S7yOr93dxO4uEiUW2f0X4TFE827IeJ5t7AB9NQK6OrYDJVAhvFNvED0RvQZ2E4TMBOtuYjdEgCEFO8I/QYAEAWQEt9kEULVIqFqMKpvVK+Syw0XVcFIQA0aBxo4Kt1R4IWfkWocYNnIxkBQK+YpQTHJqclkvphkF7X96c0G7MzYmjq4P7u9SOYbcloCrt9fRr/OOv8eiHxNsrgdXZ1P3zKUOjovuVEX0pPvjY37/yJDdEc67+TuM4XTRM1gashdi/GPWRLDPYPdZe0ODfoM5Vn/Bty+YORndOjySHhhZTg/VRmK9geV0oDBotody7sFCJGAiC17h/8o+Br7pWWEHglIxbRt/1ES9mnU1+aMjgI4Ydpl1MgHyslg12kKFj3OxkPtYxGewB+aFo/GCLtjp9gbWSEM5GPr3PMhFLG6T8z5VjNFmAu6pY+kMt4kFHrzKxUpFmk/5/h+zNcwf3MGXGsOWzBSNkiSCHBIo5Ao52+n5NdqMszSWVQlfhcxO7MAFqCkDheQTyio7wF4t6QCSC2iwAxrsSDX0oYPI62jT1j4C9Mnit0ua2gHxD8nibwlTrTWqtH6bv8KLlY5CXtYFx4yvfDhfWC26B3LV2lS/ydffy/kH6jluDQSX99fy3r7oiF8sRewC/5v84XH/QH5uKDU3Eg8PWrs9gYhzOHcwHC2nwsnRaGA4ZPGkJwdBIrgW2X1NEECjDwp+xzbLwQLTuHKgpw/09KVIOGSNaSDb22aNHiLH00afhQAWom8HlsPhG9VImz14DJULFrCgF5Oo5UkoMrS2ospl7TarpqHVGDm0iubnshVoeog/q58qVReHjOoef3QkfPeDF+4pHJ0K2Uunlm46p/tBcCxiN4XL8cR4yLQsWIerlRPnstahAcs777r7YXHlvbdMvP/c3NrhJ9zpiUHveNY3kJvwHVwnuuH1hQ9CV7UQ4mRDZpxI4G023FIQxeWoaIZKJpLKK3gGKF2O57gY9mstflUPdx3g1tlD9e3D9/D+DwtXrqZfeYW7+cN4ahV73o49DVCkFDtDaqtGSCGdArPAO+pF0dNIrGOQQfeVBm4u2tnVhls/AfplVIxARS891A8uYxvw24Ven6TURZmZSZRIhVZXZfI33IfNy8mNiL/7hZFDwy7vyFL62c8X5uIWe/rAyJM1rp44Wuq3+iL2xXmxciQ3qhsopRJFr37ULOb8gZSn++pdwpX+9PRQqBi0qQX9bXNYwUb6BRuCL/2E8Cqi4/QONEkNlWnZX4BICLTR1LKRbRaQNIco6UOvW6JE0RzZVcIN5oyqlvLAXQortvuPV28d9zhHb19I7i+FdfsMycW75w5dWAzkjj48Vzwxn+riu8eX8msPTJbPHxvxFuZi+VtmI+N3fuDAHU8ci3hGD48Q/yRZPQlZ2RHTb9lmUdiED1cUMmlEKh/QMjA1EKRI5UCvIau30SOaSDRxPDIk0ZQzkRt3eBEAYBMgKExRoKIi2w8neYyv/tw7OlJwDiZd+i6r3+kcq84O/umnk6tRgujc6ZBvLfFp4YpKbzf3Lx46PDi4sK/qcgcs2lFAKvMrwfDq/LjVpJPkQTo4KvnowzsIxLI/RKkEutRNXXsb/HegnILk2GUaUHErDIA5kAM1wXcp1yr/2/omf6D+Yf4Z4cpo/a3R+iujpBOEgwM4dFCcuN4nv83eZHnyHrTLao2/D+Z1F5YERiv42pBsK8E+t82SkFUHriTo6rmCC37MKMlKjxE5Xqs08mPkp7mYJ6IvNv13L+lmb5tuGglgJHtTfIGfAP42gEgAUbZIA3DqliyyF5vpJC4ZsUnPD6HZ2CiQQqySfByZpclmEmGO5Ay1XhV0wWETk6pwUiXyO0PVtNuTmQi8XOP97/j1YsU3aO7gvEOr0y7quzpUao0rlHLy9/aKw6GhvNdQ/6fR+mXhyvpGbcWtjw6X3ZHhgKVDa56cnbJ5RLMG/I/BJouwyRKb3yF7RDJLnieDHiJaM6NRjLGV0eSJvjzRR5GtYZmiJJOiF86cXHZS08xMxEb08mobXv6sWizORdKzcVtofPnQ8nhoYPx4efxY2Vv1ZCcD+X3R3g5NfPLAyuKouPWekdtmwz9IT0ctfZFhbzTvt1r64zOF4OywLzC2FI+UQ2ZPcsQtRl0mupHfuNczdmQM9OHESFiRdHxfwyKV7KNFi5Zo0baJV9G7lniV/AQASEolWlQ5F8+pLCJPf/fAGz9b/otvLP/zfyzxSv1Ffj+/tf5dnqp/qv64ZGMzyIMel/Yf2sEelFy3uKpEEGBC9idIHEfqkx8u2ozcw3M2cUZJfTZbqY/AkojTdsEKjZxmv4/DIuisAxf5ohrUqoq2Ch3XSLHaAZWLKr1tVsK9UlOvg0R4sC0PSxEg1abGWQJk2wAtuSuaX6YZZVkR9FJwD2LHfjm4I1c1IpxQMgt9CFMeg2Q1JEV8kUI+claT1U7kigGoeKGR1hb5x0NL4ZkDloGIbbBW8G2aUj092rHZgXzYqR5XDZYWo+GZnMcZ0rq6jd09Zr06dHspMJF2P8t7e3WqjnyhT3TozcFS+D6hU6v1G5NjelcikKxGLKZgJVH/B9FiTAmdKqHH5jRG4+ZQMfRYH/mOZfA2BnlZkJ98ZJvFwVcdrjj4agPvbOCrVeImcdsKKGV6OlDsk6AEiQISbfLYTvyxtymXErxbya+VZljbeKyIRbEtypcofvdILLU0mKlUBvAVOVOFN7J/ioBh8YOO+FQ0NJl2Cdb4TDJSTfSVy57N4tiRkru/tDbhzGci3QLvSK2OBVz5xUzm8GRQHFuu/5Vwpf5qOpNY3BgubcxHjf1hqnE5S+2+xt+Cvoly3FYh9WjpsI+w97XpkEKwZDwUFuWMz44eMkFEhWvi9vC1Ydvu4F/uXSonp6JWS3QqNb2qn+wUi/szlaOj7oHy+ujR+4z81Gg1NLE8FFmqBBeqsX05d3R+ozR8an/i5mOQ3wjkZ1Xk93uy/Bq2QTKU/To5YcpjHYBYIS2yEXsT4gTE2ZSfIp2Wt1BquZb82gmWilMvscQrC3QIS+P0Hpt50ZNlyBu+UJElJCgWxPb0BXx4uS9RjaRqcavgSk+GolNxR7ksdEcyeefEWqnfXToyVtz08I748pgYnDycySzmXYGxVf7m1fQxyM0oMWVjMZFB4UJ6nQBfGGSow+nEb2yzMPkLXGFwwAt6vdBrvcQBHUaUbVrQWmgW0A7Jug2ItckXJcC12OAkqp1ENRVDXMlBxSb9TvR6ZQ1Q6EckkMvca1I3u5Y/b4tUhobGY/1qe2wqNnaTcVo/OLwgaYF/fG3k7oc5D4emMx5vdiqYjS4W/ZVScCLVH50/VSptLMY+8iGimcOmGOfCj5D5fnQHgYBeCFAZYgZ1ZMsCWkczz9EQ+po2O+0iQFcbQIkKLYrNNMP8C1SfkjrsD8Fr0DNIPeIr6Rvt3ncFnr6QK+SHqdSxST5RcvmwaOuBbNnYZ7CiaDeoNjbK/KXswcqcIBQ7TG7RPJmtx/lLkq7HoetW+KoK+yROECCtGEkMq09gpxzaHOQq63oMENo7BmxkXSfIOCDjTZkqut6icIQoHGmjUHFe2mbik6QZSVnXR7C0rOtJ9EjXZc8VukbqNo0cDqD1VGeQw8rJCUPboYaUBuf4y22OrJaSHJlt+NaF0sG8i09qvZGsa3whpOd7fRu/zrfxTD2ePzEX88QLDk/Q1hmt3Zxo93RDTujLHOT1KnyHi71zm7nBSSMuN7gkZ/lUcpHXEMAzIwjsxqiRU+zJVBV1arFyT/nYTZzrljlHKmKWuIQKQHLndgfqMKiCEiwRRU1z5cEDw+mDbou2XJlzJ4P92i41PPbPQml/xD3mq3+BH5ydNbkHrc6kq/5T6McSFPAJ0EOHL7dT9qGmP1iAukkTnbHJFAlNLdij58rxRcsFttNC+bO6mYqrcGayWp6YEjRX3xTesY7yGnzF2zH+j8BDz+Aa4GUAJCz00s6/kIN7Donad5X8rJK3SVkZ8a2Y01pEldZWK9cPvvjX0y+ivq5P/nyn/iz33/J14IFag6EKBwIpqjWuzcX2SLC1HVUyOdNqmQp4omeSzrNgdxn2pHy2RcdN8ilgUOrBvqgGBI1k8aqmj1EOKVtK0Uk6gIPppjkplUYL0MICi9HJ4Z5oM0hrDMp6RPWFS7K7CNxLDrmBLScnBzg9lLMtWaU0KC4b6iX1343o4rg5N5gVHZ39R0YKEwF9OTXpH3foujtVrZ6gWUqkel2DtlxGLC2E65f56ZFJj7dbDIV66z9tGxCfZHuytuypR7EnfgUFIzwT+Ah7UmHUA8SNbfa0h1OKrN+GMe01GR0cy4epEg+I9r0G9Vj5RgalmbuRPQFVgYUQQzWSvw3TifUQqLHiGoKMO0AD1ZhWbEzn1HJd6W2jSCkhbkwAJZDwQHiMwq0oeYIOpMOto0DBogTNRjbN7dkj1ZC3fLQ8frTsCUysP2yNTqVT01ErfGaMWiMP1E7XSqcWYjFkSJWNuTA3JVfGAsHx5Wh6ddQXrJCDAF3Lu3nkvBRH/gc5L2W6cqYk5784hm16Q0VHW7QqGVELoESaVhxpnZA3YkgrX2rkvGGFBZTzQq/l8kGKIaHwByldSs78knSJX5cu1dXC9445h65JlyiHzCtxNcaUHJLkTFGAckgfWl8zrpLEbZLEG9XA3hpgT1zdU3gpHGvxQwm0UhZNBZUcV1t1wI1ySFOjepLfBjgQP2+QRO4NlnuSyPTVJB+4LjzCnhdh1FnoiZEdbPm9633cHpe2x5TbXVonSFMOixrOyhbC+473wx05l6u5qXCPoDlZyVR5YHQZJ8ZU+/JvAIcEw9ELnex04mo/2XFLsqB12zVyT6rWrm9yhWLGI2SD6UzRC38hnV+olfRMTKI+1cD01NLZKOUsdxvna/70QG9m4eaFzIkjN53Rj3culkplaewbOZBM7su6hU9NF3tdAUsoaOvxjuSqhxbXypnMkBh0mP0j2WApZEFyHyRfad19jdWFjwKDczv44Qy9GqP4oYG+UUZuQmtoxhElNW2Zk5JLtACts2mcG4MwreRcOrESnYD14lIBSq8e0hkHqU2ogBqE3njg0MGkpOV1/aA9kZqfL588KehsFoPTIAi6xCh/V/aJJ7L1Jy1uc6cavGNzkMmr+OWLkz24zfrJUmAdXJKDHP8ABf5G7GrEHVDX9BSKLrQQ76Fo1tMWERX1kQxBCoAK8QBQ1SxVlFQ/KeUTArXVLkmPf65cNnjD+UB+NmYpV/YFx4bslJbMGb1Okyc/E+GH65+f3ufJz5FemSAEokHDhhsZyR7cFKa2kFUSIykBsUhHQqKp+vTT1W9PC5p6jX/l6pvwrxzkMOFrWLsb757AHIrie3KsPSI1ECMMbYxoF6m0Rnv6E7TkVKL0R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