How to use mapped method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

lib-dex.js

Source:lib-dex.js

1/*2 Resolved library functions PS3 DEX3*/4//push to stack5//stw r3, -4(r1)6//subi r1, r1, 47//stwu r3, -4(r1)8//pop from stack9//lwz r3, 0(r1)10//addi r1, 411//sthu r3, -2(r1)12//lhz r4, 0(r1)13//addi r1, r1, 214//push pop15//stbu r4, -1(r1)16//lbz r3, 0(r1)17//addi r1, r1, 118// Allocator Functions19allocator_v481D =20{21 allocator_lib_fnid_ptr: 0x006404B0, // ExportFNIDTable_allocator22 allocator_lib_func_ptr: 0x00640530, // ExportStubTable_allocator23 24 // mapped fnid 0x045E124A25 ZdaPv : 0x006FB970,26 // mapped fnid 0x0871FFB027 malloc_usable_size : 0x006FBCE0,28 // mapped fnid 0x2356EF1629 ZnajRKSt9nothrow_t : 0x006FB990,30 // mapped fnid 0x58B4362731 unk_58B43627 : 0x006FB9B0,32 // mapped fnid 0x6137D19633 memalign : 0x006FB9E8,34 // mapped fnid 0x679E8CAF35 unk_D2B978F5 : 0x006FB9C0,36 // mapped fnid 0x6997B83737 unk_6997B837 : 0x006FBA00,38 // mapped fnid 0x759E063539 malloc : 0x006FB9C8,40 // mapped fnid 0x77A602DD41 free : 0x006FB9F8,42 // mapped fnid 0x799473AE43 unk_799473AE : 0x006FB9F0,44 // mapped fnid 0x79EADF0545 malloc_usable_size : 0x006FBCE0,46 // mapped fnid 0x83B2CC6F47 Znwj : 0x006FB9A8,48 // mapped fnid 0x96BC257849 Znajj : 0x006FB980,50 // mapped fnid 0x97C0209051 unk_97C02090 : 0x006FBA10,52 // mapped fnid 0xA72A759553 calloc : 0x006FB9D8,54 // mapped fnid 0xA830FDD855 unk_A830FDD8 : 0x006FB9E0,56 // mapped fnid 0xAD382A9957 ZdlPvRKSt9nothrow_t : 0x006FB968,58 // mapped fnid 0xBB71271859 ZnwjRKSt9nothrow_t : 0x006FB998,60 // mapped fnid 0xD2B978F561 unk_D2B978F5 : 0x006FBA08,62 // mapped fnid 0xD84B368963 ZdlPv : 0x006FB978,64 // mapped fnid 0xE27B3C0165 unk_E27B3C01 : 0x006FB9D0,66 // mapped fnid 0xED3DA02B67 Znwjj : 0x006FB988,68 // mapped fnid 0xF58E83A569 Znaj : 0x006FB9A0,70 // mapped fnid 0xF7A14A2271 realloc : 0x006FB9B872}73// ESE (ESE XML Schema) Cron Functions -> esecron.sprx74// Superseded by esehttp.sprx, eseibrd.sprx, eseidle.sprx, eselock.sprx75esecron_v481D =76{77 lib_fnid_ptr: 0x006459D8, // ExportFNIDTable_esecron78 lib_func_ptr: 0x00645AB4, // ExportStubTable_esecron79 80 // mapped fnid 0x0C8D7A6081 unk_C8D7A60 : 0x006EDC00,82 // mapped fnid 0x179B1B1B83 unk_179B1B1B : 0x006EDB58,84 // mapped fnid 0x2411334A85 unk_2411334A : 0x006EDCA0,86 // mapped fnid 0x25F4173187 unk_25F41731 : 0x006EDB88,88 // mapped fnid 0x2A4D7ACD89 unk_2A4D7ACD : 0x006E6470,90 // mapped fnid 0x3297D3EE91 unk_3297D3EE : 0x006EDB20,92 // mapped fnid 0x40B72ADD93 unk_40B72ADD : 0x006EDBF8,94 // mapped fnid 0x46A581DA95 unk_46A581DA : 0x006EDB98,96 // mapped fnid 0x4CF6B05497 unk_4CF6B054 : 0x006EDB48,98 // mapped fnid 0x4D01506A99 unk_4D01506A : 0x006EDBE0,100 // mapped fnid 0x4FE85D6C101 unk_4FE85D6C : 0x006EDC08,102 // mapped fnid 0x5E01A32F103 unk_5E01A32F : 0x006EDC48,104 // mapped fnid 0x74F5CB82105 unk_74F5CB82 : 0x006EDBC8,106 // mapped fnid 0x79CEFBE1107 unk_79CEFBE1 : 0x006EDB80,108 // mapped fnid 0x7E73AD5B109 unk_7E73AD5B : 0x006EDC30,110 // mapped fnid 0x82183B24111 unk_82183B24 : 0x006EDC50,112 // mapped fnid 0x868B4979113 unk_868B4979 : 0x006EDC98,114 // mapped fnid 0x86B82D21115 unk_86B82D21 : 0x006E64A0,116 // mapped fnid 0x8820FFEB117 unk_8820FFEB : 0x006EDBD0,118 // mapped fnid 0x93598687119 unk_93598687 : 0x006EDB68,120 // mapped fnid 0x950B21DC121 unk_950B21DC : 0x006EDB78,122 // mapped fnid 0x98A9685A123 unk_98A9685A : 0x006EDC20,124 // mapped fnid 0x9D696106125 unk_9D696106 : 0x006EDC58,126 // mapped fnid 0xA6C8D0D6127 unk_A6C8D0D6 : 0x006EDBA8,128 // mapped fnid 0xA99A0363129 unk_A99A0363 : 0x006EDBB0,130 // mapped fnid 0xA9B445F4131 unk_A9B445F4 : 0x006EDC80,132 // mapped fnid 0xAC8A12F4133 unk_AC8A12F4 : 0x006E6488,134 // mapped fnid 0xB2C821A2135 unk_B2C821A2 : 0x006EDB40,136 // mapped fnid 0xB54ACCB4137 unk_B54ACCB4 : 0x006E64A8,138 // mapped fnid 0xB73D973D139 unk_B73D973D : 0x006EDB38,140 // mapped fnid 0xBA3A7D13141 unk_BA3A7D13 : 0x006EDC68,142 // mapped fnid 0xBE665143143 unk_BE665143 : 0x006EDBA0,144 // mapped fnid 0xC1ADE32A145 unk_C1ADE32A : 0x006EDB90,146 // mapped fnid 0xC27118D2147 unk_C27118D2 : 0x006EDC78,148 // mapped fnid 0xC4F2B89E149 unk_C4F2B89E : 0x006EDC88,150 // mapped fnid 0xCCB98541151 unk_CCB98541 : 0x006EDB70,152 // mapped fnid 0xCD29668B153 unk_CD29668B : 0x006EDB18,154 // mapped fnid 0xCFE951EB155 unk_CFE951EB : 0x006EDC90,156 // mapped fnid 0xD0FFE42B157 unk_D0FFE42B : 0x006E6490,158 // mapped fnid 0xD3F58A3B159 unk_D3F58A3B : 0x006EDBC0,160 // mapped fnid 0xD82ACF12161 unk_D82ACF12 : 0x006E6498,162 // mapped fnid 0xD9A09BF9163 unk_D9A09BF9 : 0x006EDC40,164 // mapped fnid 0xEA910DC4165 unk_EA910DC4 : 0x006EDC38,166 // mapped fnid 0xED596460167 unk_ED596460 : 0x006EDC70,168 // mapped fnid 0xEDE5DDD1169 unk_EDE5DDD1 : 0x006EDB60,170 // mapped fnid 0xF421B2ED171 unk_F421B2ED : 0x006EDC10,172 // mapped fnid 0xF9889F5B173 unk_F9889F5B : 0x006EDB50174}175// Net Control Main Functions176netctl_main_v481D =177{178 lib_fnid_ptr: 0x006458B8, // ExportFNIDTable_netctl_main179 lib_func_ptr: 0x00645954, // ExportStubTable_netctl_main180 181 // mapped fnid 0x1237870F182 unk_1237870F : 0x006EDD30,183 // mapped fnid 0x13CD17FB184 unk_13CD17FB : 0x006EDD40,185 // mapped fnid 0x218CFBD3186 unk_218CFBD3 : 0x006EDDC8,187 // mapped fnid 0x23C35ECE188 unk_23C35ECE : 0x006EDD68,189 // mapped fnid 0x2DCA4721190 unk_2DCA4721 : 0x006EDD38,191 // mapped fnid 0x352EFDDF192 unk_352EFDDF : 0x006EDDC0,193 // mapped fnid 0x35A1C363194 unk_35A1C363 : 0x006EDCB8,195 // mapped fnid 0x367EFAA8196 unk_367EFAA8 : 0x006EDE48,197 // mapped fnid 0x38479255198 unk_38479255 : 0x006EDCD8,199 // mapped fnid 0x3A5CB886200 unk_FA020C41 : 0x006EDD78,201 // mapped fnid 0x442F0E40202 unk_442F0E40 : 0x006EDE40, // _Export_sys_net_sys_net_if_ctl reference203 // mapped fnid 0x4B1EE41D204 unk_4B1EE41D : 0x006EDCE0,205 // mapped fnid 0x4E4B734D206 unk_4E4B734D : 0x006EDD60,207 // mapped fnid 0x5101A052208 unk_5101A052 : 0x006EDDA8,209 // mapped fnid 0x55D2047A210 unk_55D2047A : 0x006EDD70,211 // mapped fnid 0x5AB91391212 unk_5AB91391 : 0x006EDDA0,213 // mapped fnid 0x5D1D7803214 unk_5D1D7803 : 0x006EDDB8,215 // mapped fnid 0x5ED42691216 unk_5ED42691 : 0x006EDCC0,217 // mapped fnid 0x61E363B0218 unk_61E363B0 : 0x006EDD98,219 // mapped fnid 0x6F2521E0220 unk_6F2521E0 : 0x006EDD90,221 // mapped fnid 0x6F2D52F1222 unk_6F2D52F1 : 0x006EDD28,223 // mapped fnid 0x8DA844E1224 unk_8DA844E1 : 0x006EDCC8,225 // mapped fnid 0x953F1E14226 unk_953F1E14 : 0x006EDD58,227 // mapped fnid 0x974E50F6228 unk_974E50F6 : 0x006EDD50,229 // mapped fnid 0x9A528B81230 unk_9A528B81 : 0x006EDD88,231 // mapped fnid 0xA111D8FB232 unk_A111D8FB : 0x006EDD48,233 // mapped fnid 0xB7618526234 unk_B7618526 : 0x006EDCD0,235 // mapped fnid 0xC67D3DB3236 unk_C67D3DB3 : 0x006EDCB0, // _Export_sys_net_sys_net_free_thread_context reference237 // mapped fnid 0xEC73B49D238 unk_EC73B49D : 0x006EDD80,239 // mapped fnid 0xECD37366240 unk_ECD37366 : 0x006EDCE8,241 // mapped fnid 0xFA020C41242 unk_FA020C41 : 0x006EDDB0243}244// PNG Decode PPU Only Functions245pngdec_ppuonly_v481D =246{247 lib_fnid_ptr: 0x0064162C, // ExportFNIDTable_pngdec_ppuonly248 lib_func_ptr: 0x0064165C, //ExportStubTable_pngdec_ppuonly249 250 // mapped fnid 0x0C515302251 cellPngDecExtOpen : 0x006FB478,252 // mapped fnid 0x157D30C5253 cellPngDecCreate : 0x006FB428,254 // mapped fnid 0x2310F155255 cellPngDecDecodeData : 0x006FB448,256 // mapped fnid 0x48436B2D257 cellPngDecExtCreate : 0x006FB420,258 // mapped fnid 0x5B3D1FF1259 cellPngDecClose : 0x006FB438,260 // mapped fnid 0x726FC1D0261 cellPngDecExtDecodeData : 0x006FB440,262 // mapped fnid 0x820DAE1A263 cellPngDecDestroy : 0x006FB430,264 // mapped fnid 0x8B33F863265 cellPngDecExtReadHeader : 0x006FB468,266 // mapped fnid 0x9CCDCC95267 cellPngDecReadHeader : 0x006FB470,268 // mapped fnid 0x9E9D7D42269 cellPngDecExtSetParameter : 0x006FB488,270 // mapped fnid 0xD2BC5BFD271 cellPngDecOpen : 0x006FB480,272 // mapped fnid 0xE97C9BD4273 cellPngDecSetParameter : 0x006FB490274}275// Standard C Functions276stdc_v481D =277{278 lib_fnid_ptr: 0x0063FDE4, // ExportFNIDTable_stdc279 lib_func_ptr: 0x00640184, // ExportStubTable_stdc280 281 // mapped fnid 0x00FDE072282 powf : 0x006FBF00,283 // mapped fnid 0x04A183FC284 strcpy : 0x006FC2C0,285 // mapped fnid 0x05EFC660286 asin : 0x006FBD90,287 // mapped fnid 0x0D2A593B288 srand : 0x006FC148,289 // mapped fnid 0x0F428F0F290 rint : 0x006FBE70,291 // mapped fnid 0x116CDA13292 wcstol : 0x006FC240,293 // mapped fnid 0x12A55FB7294 mbrtowc : 0x006FC0D8,295 // mapped fnid 0x1313A420296 acos : 0x006FBD80,297 // mapped fnid 0x153B364A298 mkdir : 0x006FC3F0,299 // mapped fnid 0x15BDCC00300 rand : 0x006FC128,301 // mapped fnid 0x18668CE3302 exp : 0x006FBDD0,303 // mapped fnid 0x19CCBB81304 mktime : 0x006FC100,305 // mapped fnid 0x1A00F889306 ZNSt9exceptionD2Ev : 0x006FBFC8, // std::exception::~exception()307 // mapped fnid 0x21E6D304308 ceil : 0x006FBDC0,309 // mapped fnid 0x23B985F7310 floorf : 0x006FBDF0,311 // mapped fnid 0x24C9E021312 abs : 0x006FBFF0,313 // mapped fnid 0x24F6CBDD314 clock : 0x006FC380,315 // mapped fnid 0x266311A0316 localtime : 0x006FC0D0,317 // mapped fnid 0x2677568C318 putchar : 0x006FC110,319 // mapped fnid 0x26F023D5320 ftell : 0x006FC098,321 // mapped fnid 0x273B9711322 sprintf : 0x006FC330,323 // mapped fnid 0x2B81FB7F324 readdir : 0x006FC430,325 // mapped fnid 0x2D8BE7E8326 ZNKSt9exception6_RaiseEv : 0x006FBFB0, // std::exception::_Raise() const327 // mapped fnid 0x2F45D39C328 strlen : 0x006FC170,329 // mapped fnid 0x31DB8C89330 atan2 : 0x006FBDA8,331 // mapped fnid 0x33D6AE54332 ferror : 0x006FC030,333 // mapped fnid 0x36C067C1334 Stoll : 0x006FC288,335 // mapped fnid 0x38E69F09336 pow : 0x006FBE60,337 // mapped fnid 0x3A210C93338 swscanf : 0x006FC1B8,339 // mapped fnid 0x3A840AE3340 snprintf : 0x006FC320,341 // mapped fnid 0x3AD203FA342 lrint : 0x006FBE20,343 // mapped fnid 0x3B5489A9344 unk_3B5489A9 : 0x006FBF20,345 // mapped fnid 0x3BD9CE0A346 fsync : 0x006FC410,347 // mapped fnid 0x3C057FBD348 atanf : 0x006FBDB8,349 // mapped fnid 0x3CA81C76350 Iswctype : 0x006FC2A0,351 // mapped fnid 0x3D85D6F8352 strcmp : 0x006FC2B8,353 // mapped fnid 0x3DBC3BEE354 opendir : 0x006FC440,355 // mapped fnid 0x3EEEDB0E356 Dclass : 0x006FBEB0,357 // mapped fnid 0x411434BB358 asinf : 0x006FBD98,359 // mapped fnid 0x418BDFE1360 get_fd : 0x006FC468,361 // mapped fnid 0x4217B4CF362 difftime : 0x006FC008,363 // mapped fnid 0x44115DD0364 Geterrno : 0x006FC010,365 // mapped fnid 0x44796E5C366 strerror : 0x006FC160,367 // mapped fnid 0x45034943368 nan : 0x006FBE48,369 // mapped fnid 0x475D855B370 trunc : 0x006FBEA8,371 // mapped fnid 0x4B6A4010372 vswprintf : 0x006FC1D0,373 // mapped fnid 0x4D348427374 fputs : 0x006FC070,375 // mapped fnid 0x4DDB926B376 powf : 0x006FBE68,377 // mapped fnid 0x4E72F810378 wmemchr : 0x006FC258,379 // mapped fnid 0x4FFBA189380 feof : 0x006FC028,381 // mapped fnid 0x519EBB77382 floor : 0x006FBDE8,383 // mapped fnid 0x526A496A384 write : 0x006FC458,385 // mapped fnid 0x54F57626386 rewind : 0x006FC138,387 // mapped fnid 0x55D4866E388 fgetws : 0x006FC050,389 // mapped fnid 0x589B5314390 strncat : 0x006FC2C8,391 // mapped fnid 0x58EB9E57392 fabs : 0x006FBDE0,393 // mapped fnid 0x5909E3C4394 memset : 0x006FC470,395 // mapped fnid 0x5B162B7F396 memmove : 0x006FC0F8,397 // mapped fnid 0x5E7888F0398 bsearch : 0x006F8B10,399 // mapped fnid 0x62BF1D6C400 swprintf : 0x006FC340,401 // mapped fnid 0x659E011E402 sqrt : 0x006FBE88,403 // mapped fnid 0x65E8D4D0404 wcslen : 0x006FC210,405 // mapped fnid 0x683CA70A406 ZNKSt12_String_base5_XlenEv : 0x006FBFD0, // std::_String_base::_Xlen() const407 // mapped fnid 0x692B497F408 perror : 0x006FC108,409 // mapped fnid 0x69C27C12410 fopen : 0x006FC060,411 // mapped fnid 0x69FF1B9B412 fseek : 0x006FC090,413 // mapped fnid 0x6D5115B0414 wcsncmp : 0x006FC220,415 // mapped fnid 0x703EC767416 setvbuf : 0x006FC140,417 // mapped fnid 0x705D9E24418 acosf : 0x006FBF08,419 // mapped fnid 0x71293B71420 FLog : 0x006FBED0,421 // mapped fnid 0x717B2502422 stat : 0x006FC400,423 // mapped fnid 0x73EAE03D424 strrchr : 0x006FC180,425 // mapped fnid 0x742F12B4426 Sin : 0x006FBEE8,427 // mapped fnid 0x75D4485C428 rename : 0x006FC130,429 // mapped fnid 0x7670FF88430 unk_7670FF88 : 0x006FBF68,431 // mapped fnid 0x772F1E4D432 lround : 0x006FBE30,433 // mapped fnid 0x79819DBF434 fputc : 0x006FC068,435 // mapped fnid 0x7AB679DA436 cosf : 0x006FBEF8,437 // mapped fnid 0x7AE82E0F438 vsprintf : 0x006FC370,439 // mapped fnid 0x7C2EAEB5440 fminf : 0x006FBE00,441 // mapped fnid 0x7E7017B1442 rmdir : 0x006FC3F8,443 // mapped fnid 0x7F381837444 frexp : 0x006FBE18,445 // mapped fnid 0x7F579E03446 atan : 0x006FBDA0,447 // mapped fnid 0x7FDCF73E448 wcscat : 0x006FC1E8,449 // mapped fnid 0x814D8CB0450 fflush : 0x006FC038,451 // mapped fnid 0x82A3CC30452 wcschr : 0x006FC1F0,453 // mapped fnid 0x82A4561A454 put_fd : 0x006FC460,455 // mapped fnid 0x831D70A5456 memcpy : 0x006FC0F0,457 // mapped fnid 0x84378DDC458 wcsncpy : 0x006FC228,459 // mapped fnid 0x8451EDF0460 sqrtf : 0x006FBE90,461 // mapped fnid 0x867275D7462 Stoul : 0x006FC290,463 // mapped fnid 0x88214E8A464 unk_88214E8A : 0x006FBF70,465 // mapped fnid 0x895CDB49466 fmaxf : 0x006FBDF8,467 // mapped fnid 0x89F6F026468 time : 0x006FC388,469 // mapped fnid 0x8A6830E7470 abort : 0x006FBFE8,471 // mapped fnid 0x8AB0ABC6472 strncpy : 0x006FC2D8,473 // mapped fnid 0x8B439438474 clearerr : 0x006FBFF8,475 // mapped fnid 0x8ECAE294476 nextafter : 0x006FBE50,477 // mapped fnid 0x90010029478 gets : 0x006FC0B8,479 // mapped fnid 0x9232BAEA480 FDtest : 0x006FBEC8,481 // mapped fnid 0x9379E36E482 tanf : 0x006FBEA0,483 // mapped fnid 0x9439E4CD484 wcsncat : 0x006FC218,485 // mapped fnid 0x9558ED08486 lrintf : 0x006FBE28,487 // mapped fnid 0x99A72146488 vsnprintf : 0x006FC1C0,489 // mapped fnid 0x99B38CE7490 wmemmove : 0x006FC270,491 // mapped fnid 0x9A81E583492 fmodf : 0x006FBE10,493 // mapped fnid 0x9CB73EE0494 ZSt6_ThrowRKSt9exception : 0x006FBFE0, // std::_Throw(std::exception const&)495 // mapped fnid 0xA30D4797496 wcstoll : 0x006FC248,497 // mapped fnid 0xA3440924498 closedir : 0x006FC438,499 // mapped fnid 0xA5BC0E19500 getchar : 0x006FC0B0,501 // mapped fnid 0xA713F8CF502 modf : 0x006FBE40,503 // mapped fnid 0xA797790F504 wcsstr : 0x006FC238,505 // mapped fnid 0xA8B07F1B506 wmemcpy : 0x006FC268,507 // mapped fnid 0xA9F68EFF508 qsort : 0x006FC120,509 // mapped fnid 0xAA9635D7510 strcat : 0x006FC2A8,511 // mapped fnid 0xAB77019F512 fstat : 0x006FC408,513 // mapped fnid 0xABDCCC7A514 atan2f : 0x006FBF10,515 // mapped fnid 0xAC758D20516 wmemcmp : 0x006FC260,517 // mapped fnid 0xAC893127518 fgetc : 0x006FC040,519 // mapped fnid 0xAD62A342520 ldiv : 0x006FC0C8,521 // mapped fnid 0xAEC7C970522 lseek : 0x006FC448,523 // mapped fnid 0xAF44A615524 fgets : 0x006FC048,525 // mapped fnid 0xAF89FDBD526 Assert : 0x006FC398,527 // mapped fnid 0xB120F6CA528 _close : 0x006FC420, // original name was "close"529 // mapped fnid 0xB1F4779D530 spu_thread_printf : 0x006FC3A0,531 // mapped fnid 0xB2702E15532 wcrtomb : 0x006FC1E0,533 // mapped fnid 0xB54CC9A1534 sinf : 0x006FBEF0,535 // mapped fnid 0xB5E28191536 FSin : 0x006FBED8,537 // mapped fnid 0xB6257E3D538 strncasecmp : 0x006FC2E8,539 // mapped fnid 0xB680E240540 wcstombs : 0x006FC250,541 // mapped fnid 0xB6D92AC3542 strcasecmp : 0x006FC2E0,543 // mapped fnid 0xB738027A544 strtok : 0x006FC198,545 // mapped fnid 0xB7696143546 nextafterf : 0x006FBE58,547 // mapped fnid 0xB7AB5127548 wcsrchr : 0x006FC230,549 // mapped fnid 0xB94B9D13550 Dtest : 0x006FBEC0,551 // mapped fnid 0xBAF11866552 ceilf : 0x006FBDC8,553 // mapped fnid 0xBC7B4B8E554 ctime : 0x006FC000,555 // mapped fnid 0xC01D9F97556 printf : 0x006FC310,557 // mapped fnid 0xC291E698558 exit : 0x006FC018,559 // mapped fnid 0xC3E14CBE560 memcmp : 0x006FC478,561 // mapped fnid 0xC5C09834562 strstr : 0x006FC188,563 // mapped fnid 0xC7931798564 ZNKSt12_String_base5_XranEv : 0x006FBFD8, // std::_String_base::_Xran() const565 // mapped fnid 0xC984BF53566 roundf : 0x006FBE80,567 // mapped fnid 0xCA463458568 Log : 0x006FBEE0,569 // mapped fnid 0xCB9C535B570 strftime : 0x006FC168,571 // mapped fnid 0xCBAC7AD7572 memchr : 0x006FC0E8,573 // mapped fnid 0xD14ECE90574 strtol : 0x006FC1A0,575 // mapped fnid 0xD1D69CB8576 Stod : 0x006FC280,577 // mapped fnid 0xD360DCB4578 fileno : 0x006FC058,579 // mapped fnid 0xD40723D6580 fread : 0x006FC078,581 // mapped fnid 0xD417EEB5582 Stoull : 0x006FC298,583 // mapped fnid 0xD50277AD584 tan : 0x006FBE98,585 // mapped fnid 0xDDC71A75586 SCE_Assert : 0x006FC390,587 // mapped fnid 0xDEBEE2AF588 strchr : 0x006FC2B0,589 // mapped fnid 0xDECE76A6590 acosf : 0x006FBD88,591 // mapped fnid 0xE1BD3587592 fclose : 0x006FC020,593 // mapped fnid 0xE1E83C65594 strncmp : 0x006FC2D0,595 // mapped fnid 0xE3812672596 fdopen : 0x006FC3E8,597 // mapped fnid 0xE3CC73F3598 puts : 0x006FC118,599 // mapped fnid 0xE40BA755600 strtok : 0x006FC190,601 // mapped fnid 0xE48348E9602 vprintf : 0x006FC360,603 // mapped fnid 0xE769E5CF604 fmod : 0x006FBE08,605 // mapped fnid 0xE9137453606 fwprintf : 0x006FC300,607 // mapped fnid 0xE9B560A5608 sscanf : 0x006FC158,609 // mapped fnid 0xEB26298C610 gmtime : 0x006FC0C0,611 // mapped fnid 0xEE303936612 Dsign : 0x006FBEB8,613 // mapped fnid 0xEF110B6B614 unlink : 0x006FC418,615 // mapped fnid 0xF06EED36616 wmemset : 0x006FC278,617 // mapped fnid 0xF0776A44618 wcscmp : 0x006FC1F8,619 // mapped fnid 0xF0E022C6620 getc : 0x006FC0A8,621 // mapped fnid 0xF356418C622 _open : 0x006FC428, // original name was "open"623 // mapped fnid 0xF3EC0258624 round : 0x006FBE78,625 // mapped fnid 0xF3EF3678626 wcscspn : 0x006FC208,627 // mapped fnid 0xF41355F9628 wcscpy : 0x006FC200,629 // mapped fnid 0xF88F26C4630 fwrite : 0x006FC0A0,631 // mapped fnid 0xF89DC648632 strpbrk : 0x006FC178,633 // mapped fnid 0xFA00D211634 read : 0x006FC450,635 // mapped fnid 0xFAEC8C60636 fprintf : 0x006FC2F0,637 // mapped fnid 0xFB2081FD638 vfprintf : 0x006FC350,639 // mapped fnid 0xFB932A56640 atan2f : 0x006FBDB0,641 // mapped fnid 0xFBB4047A642 lroundf : 0x006FBE38,643 // mapped fnid 0xFC0428A6644 strdup : 0x006FC1A8,645 // mapped fnid 0xFCAC2E8E646 mbstowcs : 0x006FC0E0,647 // mapped fnid 0xFCF08193648 expf : 0x006FBDD8,649 // mapped fnid 0xFE88E97E650 fscanf : 0x006FC080651}652// System Console ID Functions653sysConsoleId_v481D =654{655 lib_fnid_ptr: 0x0063F3D0, // ExportFNIDTable_sysConsoleId656 lib_func_ptr: 0x0063F3D4, // ExportStubTable_sysConsoleId657 658 // mapped fnid 0xF220F751659 sysConsoleId : 0x006FC6A0,660}661// System PRX For User Functions662sysPrxForUser_v481D =663{664 lib_fnid_ptr: 0x0063EE1C, // ExportFNIDTable_sysPrxForUser665 lib_func_ptr: 0x0063F114, // ExportStubTable_sysPrxForUser666 667 // mapped fnid 0x2E20EC1668 unk_2E20EC1 : 0x006FC8C0,669 670 // mapped fnid 0x341BB97671 sys_prx_get_module_id_by_address : 0x006FC928,672 673 // mapped fnid 0x4E83D2C674 _sys_strncmp : 0x006FC888,675 676 // mapped fnid 0x52D29A6677 _sys_strcat : 0x006FC858,678 679 // mapped fnid 0x5C65656680 sys_mempool_try_allocate_block : 0x006FC568,681 682 // mapped fnid 0x618936B683 _sys_vsnprintf : 0x006FC838,684 685 // mapped fnid 0x6574237686 _sys_snprintf : 0x006FC848,687 688 // mapped fnid 0x94FF0D1689 unk_94FF0D1 : 0x006FCA30,690 691 // mapped fnid 0xFB028AF692 unk_FB028AF : 0x006FC740,693 694 // mapped fnid 0x121E5DA5695 unk_121E5DA5 : 0x006FC4D0,696 697 // mapped fnid 0x1573DC3F698 sys_lwmutex_lock : 0x006FC618,699 700 // mapped fnid 0x191F0C4A701 _sys_strrchr : 0x006FC898,702 703 // mapped fnid 0x1AE10B92704 _sys_spu_printf_attach_thread : 0x006FC6E8,705 706 // mapped fnid 0x1BC200F4707 sys_lwmutex_unlock : 0x006FC608,708 709 // mapped fnid 0x1C9A942C710 sys_lwcond_destroy : 0x006FC650,711 712 // mapped fnid 0x1CA525A2713 _sys_strncasecmp : 0x006FC880,714 715 // mapped fnid 0x1ED454CE716 sys_spu_elf_get_information : 0x006FC588,717 718 // mapped fnid 0x24A1EA07719 sys_ppu_thread_create : 0x006FC5E0,720 721 // mapped fnid 0x25062C8E722 unk_25062C8E : 0x006FC530,723 724 // mapped fnid 0x25596F51725 sys_mempool_get_count : 0x006FC558,726 727 // mapped fnid 0x26090058728 sys_prx_load_module : 0x006FC930,729 730 // mapped fnid 0x27427742731 _sys_memmove : 0x006FC808,732 733 // mapped fnid 0x2A6D9D51734 sys_lwcond_wait : 0x006FC660,735 736 // mapped fnid 0x2C847572737 _sys_process_atexitspawn : 0x006FC500,738 739 // mapped fnid 0x2D36462B740 _sys_strlen : 0x006FC878,741 742 // mapped fnid 0x2F256B29743 unk_2F256B29 : 0x006FC9F8,744 745 // mapped fnid 0x2F85C0EF746 sys_lwmutex_create : 0x006FC5F8,747 748 // mapped fnid 0x3172759D749 sys_game_get_temperature : 0x006FC780,750 751 // mapped fnid 0x318F17E1752 _sys_memalign : 0x006FC8B0,753 754 // mapped fnid 0x350D454E755 sys_ppu_thread_get_id : 0x006FC5F0,756 757 // mapped fnid 0x35168520758 _sys_heap_malloc : 0x006FC7B0,759 760 // mapped fnid 0x39E9B068761 unk_39E9B068 : 0x006FCA00,762 763 // mapped fnid 0x3BD53C7B764 _sys_memchr : 0x006FC7F8,765 766 // mapped fnid 0x3DD4A957767 sys_ppu_thread_register_atexit : 0x006FC5C8,768 769 // mapped fnid 0x3EF17F8C770 unk_3EF17F8C : 0x006FC7D8,771 772 // mapped fnid 0x409AD939773 sys_mmapper_free_memory : 0x006FC700,774 775 // mapped fnid 0x4232B0DB776 unk_4232B0DB : 0x006FC818,777 778 // mapped fnid 0x42B23552779 sys_prx_register_library : 0x006FC908,780 781 // mapped fnid 0x44265C08782 _sys_heap_memalign : 0x006FC7C0,783 784 // mapped fnid 0x459B4393785 _sys_strcmp : 0x006FC868,786 787 // mapped fnid 0x45FE2FCE788 _sys_spu_printf_initialize : 0x006FC6C8,789 790 // mapped fnid 0x4643BA6E791 sys_mmapper_unmap_memory : 0x006FC710,792 793 // mapped fnid 0x4A071D98794 sys_interrupt_thread_disestablish : 0x006FC5D8,795 796 // mapped fnid 0x4B2F301A797 _sys_tolower : 0x006FC7E0,798 799 // mapped fnid 0x4BBF59D0800 unk_4BBF59D0 : 0x006FC9E0,801 802 // mapped fnid 0x4F7172C9803 sys_process_is_stack : 0x006FC4A0,804 805 // mapped fnid 0x5267CB35806 sys_spinlock_unlock : 0x006FC6C0,807 808 // mapped fnid 0x52AADADF809 sys_lwcond_signal_to : 0x006FC670,810 811 // mapped fnid 0x5FDFB2FE812 _sys_spu_printf_detach_group : 0x006FC6E0,813 814 // mapped fnid 0x608212FC815 sys_mempool_free_block : 0x006FC570,816 817 // mapped fnid 0x620E35A7818 sys_game_get_system_sw_version : 0x006FC760,819 820 // mapped fnid 0x637BDAAE821 unk_637BDAAE : 0x006FC4B0,822 823 // mapped fnid 0x67F9FEDB824 sys_game_process_exitspawn2 : 0x006FC510,825 826 // mapped fnid 0x68B9B011827 _sys_memset : 0x006FC810,828 829 // mapped fnid 0x6BF66EA7830 _sys_memcpy : 0x006FC800,831 832 // mapped fnid 0x6E05231D833 sys_game_watchdog_stop : 0x006FC750,834 835 // mapped fnid 0x70258515836 sys_mmapper_allocate_memory_from_container : 0x006FC738,837 838 // mapped fnid 0x71A8472A839 sys_get_random_number : 0x006FC698,840 841 // mapped fnid 0x722A0254842 sys_spinlock_trylock : 0x006FC6B8,843 844 // mapped fnid 0x728FD7C3845 unk_728FD7C3 : 0x006FC548,846 847 // mapped fnid 0x74311398848 sys_prx_get_my_module_id : 0x006FC918,849 850 // mapped fnid 0x744680A2851 sys_initialize_tls : 0x006FC5B8,852 853 // mapped fnid 0x7498887B854 _sys_strchr : 0x006FC860,855 856 // mapped fnid 0x750DD5CD857 unk_750DD5CD : 0x006FC528,858 859 // mapped fnid 0x791B9219860 _sys_vsprintf : 0x006FC840,861 862 // mapped fnid 0x7B034C78863 unk_7B034C78 : 0x006FCA18,864 865 // mapped fnid 0x7DAFF8BB866 unk_7DAFF8BB : 0x006FC540,867 868 // mapped fnid 0x80FB0C19869 sys_prx_stop_module : 0x006FC910,870 871 // mapped fnid 0x8461E528872 sys_time_get_system_time : 0x006FC620,873 874 // mapped fnid 0x84BB6774875 sys_prx_get_module_info : 0x006FC8E8,876 877 // mapped fnid 0x87C87495878 unk_87C87495 : 0x006FC9F0,879 880 // mapped fnid 0x893305FA881 sys_raw_spu_load : 0x006FC598,882 883 // mapped fnid 0x8985B5B6884 _sys_heap_stats : 0x006FC790,885 886 // mapped fnid 0x8A2F159B887 console_getc : 0x006FC630,888 889 // mapped fnid 0x8A561D92890 _sys_heap_free : 0x006FC7A8,891 892 // mapped fnid 0x8BB03AB8893 sys_game_board_storage_write : 0x006FC778,894 895 // mapped fnid 0x8C2BB498896 sys_spinlock_initialize : 0x006FC6A8,897 898 // mapped fnid 0x8CFEF376899 unk_8CFEF376 : 0x006FC900,900 901 // mapped fnid 0x92A7EB40902 unk_92A7EB40 : 0x006FC4A8,903 904 // mapped fnid 0x96328741905 _sys_process_at_Exitspawn : 0x006FC508,906 907 // mapped fnid 0x996F7CF8908 _sys_strncat : 0x006FC788,909 910 // mapped fnid 0x99C88692911 _sys_strcpy : 0x006FC870,912 913 // mapped fnid 0x9C9605EE914 unk_9C9605EE : 0x006FCA20,915 916 // mapped fnid 0x9D2EC4FF917 unk_9D2EC4FF : 0x006FC4E8,918 919 // mapped fnid 0x9D3C0F81920 sys_mempool_destroy : 0x006FC578,921 922 // mapped fnid 0x9E0623B5923 sys_game_watchdog_start : 0x006FC748,924 925 // mapped fnid 0x9F04F7AF926 _sys_printf : 0x006FC8E0,927 928 // mapped fnid 0x9F18429D929 sys_prx_start_module : 0x006FC950,930 931 // mapped fnid 0x9F950780932 sys_game_get_rtc_status : 0x006FC768,933 934 // mapped fnid 0x9FB6228E935 unk_9FB6228E : 0x006FC820,936 937 // mapped fnid 0xA146A143938 sys_mempool_allocate_block : 0x006FC560,939 940 // mapped fnid 0xA1F9EAFE941 _sys_sprintf : 0x006FC850,942 943 // mapped fnid 0xA285139D944 sys_spinlock_lock : 0x006FC6B0,945 946 // mapped fnid 0xA2C7BA64947 sys_prx_exitspawn_with_level : 0x006FC940,948 949 // mapped fnid 0xA330AD84950 sys_prx_load_module_on_memcontainer_by_fd : 0x006FC968,951 952 // mapped fnid 0xA3E3BE68953 sys_ppu_thread_once : 0x006FC5D0,954 955 // mapped fnid 0xA5D06BF0956 sys_prx_get_module_list : 0x006FC920,957 958 // mapped fnid 0xA9879A33959 unk_A9879A33 : 0x006FCA08,960 961 // mapped fnid 0xAA6D9BFF962 sys_prx_load_module_on_memcontainer : 0x006FC968,963 964 // mapped fnid 0xAC6FC404965 sys_ppu_thread_unregister_atexit : 0x006FC5C0,966 967 // mapped fnid 0xACAD8FB6968 sys_game_watchdog_clear : 0x006FC758,969 970 // mapped fnid 0xAEB78725971 sys_lwmutex_trylock : 0x006FC600,972 973 // mapped fnid 0xAEDE4B03974 _sys_heap_delete_heap : 0x006FC7D0,975 976 // mapped fnid 0xAFF080A4977 sys_ppu_thread_exit : 0x006FC5E8,978 979 // mapped fnid 0xB1BD7A61980 unk_B1BD7A61 : 0x006FCA10,981 982 // mapped fnid 0xB257540B983 sys_mmapper_allocate_memory : 0x006FC6F8,984 985 // mapped fnid 0xB27C8AE7986 sys_prx_load_module_list : 0x006FC958,987 988 // mapped fnid 0xB2FCF2C8989 _sys_heap_create_heap : 0x006FC7C8,990 991 // mapped fnid 0xB3BBCF2A992 _sys_spu_printf_detach_thread : 0x006FC6F0,993 994 // mapped fnid 0xB5D5F64E995 unk_B5D5F64E : 0x006FC640,996 997 // mapped fnid 0xB6369393998 _sys_heap_get_total_free_size : 0x006FC7A0,999 1000 // mapped fnid 0xB995662E1001 sys_raw_spu_image_load : 0x006FC590,1002 1003 // mapped fnid 0xB9BF10781004 _sys_heap_alloc_heap_memory : 0x006FC7B8,1005 1006 // mapped fnid 0xBAB62B991007 unk_BAB62B99 : 0x006FC520,1008 1009 // mapped fnid 0xBDB18F831010 _sys_malloc : 0x006FC8B8,1011 1012 // mapped fnid 0xBF8EE5BB1013 unk_BF8EE5BB : 0x006FC4C0,1014 1015 // mapped fnid 0xC3476D0C1016 sys_lwmutex_destroy : 0x006FC610,1017 1018 // mapped fnid 0xC4FD61211019 _sys_qsort : 0x006FC8A0,1020 1021 // mapped fnid 0xC839BB4C1022 unk_C839BB4C : 0x006FC9E8,1023 1024 // mapped fnid 0xCA9A60BF1025 sys_mempool_create : 0x006FC550,1026 1027 // mapped fnid 0xD0EA47A71028 sys_prx_unregister_library : 0x006FC938,1029 1030 // mapped fnid 0xD19688BC1031 unk_D19688BC : 0x006FC4D8,1032 1033 // mapped fnid 0xD1AD45701034 _sys_heap_get_mallinfo : 0x006FC798,1035 1036 // mapped fnid 0xD3039D4D1037 _sys_strncpy : 0x006FC890,1038 1039 // mapped fnid 0xD66C2D521040 unk_D66C2D52 : 0x006FC728,1041 1042 // mapped fnid 0xD8A6F8821043 unk_D8A6F882 : 0x006FC730,1044 1045 // mapped fnid 0xDA0EB71A1046 sys_lwcond_create : 0x006FC658,1047 1048 // mapped fnid 0xDB6B32501049 sys_spu_elf_get_segments : 0x006FC580,1050 1051 // mapped fnid 0xDC5780571052 sys_mmapper_map_memory : 0x006FC708,1053 1054 // mapped fnid 0xDD0C1E091055 _sys_spu_printf_attach_group : 0x006FC6D8,1056 1057 // mapped fnid 0xDD3B27AC1058 _sys_spu_printf_finalize : 0x006FC6D0,1059 1060 // mapped fnid 0xDE0C682C1061 unk_DE0C682C : 0x006FC718,1062 1063 // mapped fnid 0xDE2F9C851064 unk_DE2F9C85 : 0x006FC4F0,1065 1066 // mapped fnid 0xE0998DBF1067 sys_prx_get_module_id_by_name : 0x006FC8F0,1068 1069 // mapped fnid 0xE0DA8EFD1070 sys_spu_image_close : 0x006FC5A0,1071 1072 // mapped fnid 0xE66BAC361073 console_putc : 0x006FC638,1074 1075 // mapped fnid 0xE6F2C1E71076 sys_process_exit : 0x006FC4F8,1077 1078 // mapped fnid 0xE75C40F21079 unk_E75C40F2 : 0x006FC4C8,1080 1081 // mapped fnid 0xE76964F51082 sys_game_board_storage_read : 0x006FC770,1083 1084 // mapped fnid 0xE7EF3A801085 sys_prx_load_module_list_on_memcontainer : 0x006FC958,1086 1087 // mapped fnid 0xE95FFA0A1088 unk_E95FFA0A : 0x006FC538,1089 1090 // mapped fnid 0xE9A1BD841091 sys_lwcond_signal_all : 0x006FC678,1092 1093 // mapped fnid 0xEBE5F72F1094 sys_spu_image_import : 0x006FC5A8,1095 1096 // mapped fnid 0xEDEA5F4A1097 unk_EDEA5F4A : 0x006FC4E0,1098 1099 // mapped fnid 0xEEF751131100 _sys_toupper : 0x006FC7E8,1101 1102 // mapped fnid 0xEF68C17C1103 sys_prx_load_module_by_fd : 0x006FC970,1104 1105 // mapped fnid 0xEF87A6951106 sys_lwcond_signal : 0x006FC668,1107 1108 // mapped fnid 0xF0AECE0D1109 sys_prx_unload_module : 0x006FC948,1110 1111 // mapped fnid 0xF57E1D6F1112 console_write : 0x006FC628,1113 1114 // mapped fnid 0xF7F7FB201115 _sys_free : 0x006FC8A8,1116 1117 // mapped fnid 0xF82CF4001118 unk_F82CF400 : 0x006FC720,1119 1120 // mapped fnid 0xF923DADA1121 unk_F923DADA : 0x006FC4B8,1122 1123 // mapped fnid 0xFA7F693D1124 _sys_vprintf : 0x006FC8D0,1125 1126 // mapped fnid 0xFB5DB0801127 _sys_memcmp : 0x006FC7F0,1128 1129 // mapped fnid 0xFC52A7A91130 sys_game_process_exitspawn : 0x006FC510,1131 1132 // mapped fnid 0xFECC05B61133 unk_FECC05B6 : 0x006FC8C8,1134 1135 // mapped fnid 0xFF34C76C1136 unk_FF34C76C : 0x006FCA281137}1138// System FileSystem Functions1139sys_fs_v481D =1140{1141 sys_io_lib_fnid_ptr: 0x0063F5D0, // ExportFNIDTable_sys_fs1142 sys_io_lib_func_ptr: 0x0063F7C4, // ExportStubTable_sys_fs1143 1144 // mapped fnid 0x026713101145 cellFsSetDefaultContainer : 0x006FD240,1146 // mapped fnid 0x06E681ED1147 unk_6E681ED : 0x006FD180,1148 // mapped fnid 0x0CDA14BA1149 unk_CDA14BA : 0x006FD1B0,1150 // mapped fnid 0x0D5B4A141151 cellFsReadWithOffset : 0x006FD278,1152 // mapped fnid 0x0E2939E51153 cellFsFtruncate : 0x006FCEB0, // s64 cellFsFtruncate(Lv2FsFile fd, u64 size)1154 // mapped fnid 0x103B86321155 cellFsAllocateFileAreaWithInitialData : 0x006FD160,1156 // mapped fnid 0x13BF12861157 unk_13BF1286 : 0x006FD468,1158 // mapped fnid 0x14D58C7A1159 unk_14D58C7A : 0x006FD078,1160 // mapped fnid 0x18DD46041161 unk_18DD4604 : 0x006FD210,1162 // mapped fnid 0x190912F61163 cellFsStReadGetCurrentAddr : 0x006FD360,1164 // mapped fnid 0x1A108AB71165 cellFsGetBlockSize : 0x006FD168,1166 // mapped fnid 0x1B0B915E1167 unk_1B0B915E : 0x006FCE80,1168 // mapped fnid 0x1CAEC6571169 unk_1CAEC657 : 0x006FD068,1170 // mapped fnid 0x1EA02E2F1171 cellFsArcadeHddSerialNumber : 0x006FD310,1172 // mapped fnid 0x1FF82B631173 unk_1FF82B63 : 0x006FCE88,1174 // mapped fnid 0x226CD6931175 unk_226CD693 : 0x006FCE90,1176 // mapped fnid 0x24FA3BCC1177 unk_24FA3BCC : 0x006FD148,1178 // mapped fnid 0x2664C8AE1179 cellFsStReadInit : 0x006FD3A0,1180 // mapped fnid 0x27800C6B1181 cellFsStRead : 0x006FD368,1182 // mapped fnid 0x2796FDF31183 cellFsRmdir : 0x006FD208, // s64 cellFsRmdir(const char* path)1184 // mapped fnid 0x2CB51F0D1185 cellFsClose : 0x006FCDE8, // s64 cellFsClose(Lv2FsFile fd)1186 // mapped fnid 0x2CF1296B1187 cellFsAllocateFileAreaByFdWithoutZeroFill : 0x006FD020,1188 // mapped fnid 0x3140F6E11189 cellFsSetIoBuffer : 0x006FD250,1190 // mapped fnid 0x3394F0371191 cellFsAllocateFileAreaByFdWithInitialData : 0x006FCEA0,1192 // mapped fnid 0x37907F9F1193 unk_37907F9F : 0x006FD1B8,1194 // mapped fnid 0x384C65CF1195 unk_384C65CF : 0x006FD048,1196 // mapped fnid 0x3A1C83931197 cellFsTruncate2 : 0x006FCEA8,1198 // mapped fnid 0x3AAA1BD01199 unk_3AAA1BD0 : 0x006FD150,1200 // mapped fnid 0x3F61245C1201 cellFsOpendir : 0x006FCDF0, // s64 cellFsOpenDir(const char* path, Lv2FsFile* fd)1202 // mapped fnid 0x445C878F1203 unk_445C878F : 0x006FD2D0,1204 // mapped fnid 0x4BD5073A1205 unk_4BD5073A : 0x006FD1D8,1206 // mapped fnid 0x4CEF342E1207 cellFsAioWrite : 0x006FD3C8,1208 // mapped fnid 0x4D5FF8E21209 cellFsRead : 0x006FCDD8, // s64 cellFsRead(Lv2FsFile fd, void* buf, u64 size, u64* read)1210 // mapped fnid 0x5731DF451211 unk_5731DF45 : 0x006FD320,1212 // mapped fnid 0x5C74903D1213 cellFsReaddir : 0x006FCDF8, // s64 cellFsReadDir(Lv2FsFile fd, Lv2FsDirent* entry, u64* read)1214 // mapped fnid 0x606F9F421215 cellFsChangeFileSizeWithoutAllocation : 0x006FD218,1216 // mapped fnid 0x6A4B95C11217 unk_6A4B95C1 : 0x006FD050,1218 // mapped fnid 0x6AE0BA7F1219 unk_6AE0BA7F : 0x006FCE30,1220 // mapped fnid 0x6C8159431221 unk_6C815943 : 0x006FCE78,1222 // mapped fnid 0x6D3BB15B1223 cellFsSdataOpenByFd : 0x006FD2C0,1224 // mapped fnid 0x718BF5F81225 cellFsOpen : 0x006FD1F0, // s64 cellFsOpen(const char* path, s32 oflags, Lv2FsFile* fd, u32 mode, const void* arg, u64 argsize)1226 // mapped fnid 0x75F16DC51227 cellFsSetIoBufferFromDefaultContainer : 0x006FD258,1228 // mapped fnid 0x7A0329A11229 cellFsAllocateFileAreaWithoutZeroFill : 0x006FD220,1230 // mapped fnid 0x7DBB9A4D1231 unk_7DBB9A4D : 0x006FD1D0,1232 // mapped fnid 0x7DE6DCED1233 cellFsStat : 0x006FD128, // s64 cellFsStat(const char* path, Lv2FsStat* buf)1234 // mapped fnid 0x7F13FC8C1235 cellFsAioCancel : 0x006FD3C0,1236 // mapped fnid 0x7F4677A81237 cellFsUnlink : 0x006FD200, // s64 cellFsUnlink(const char* path)1238 // mapped fnid 0x81F337831239 cellFsStReadPutCurrentAddr : 0x006FD358,1240 // mapped fnid 0x842E7E061241 unk_842E7E06 : 0x006FD190,1242 // mapped fnid 0x866F6AEC1243 cellFsStReadWaitCallback : 0x006FD348,1244 // mapped fnid 0x8CB722D51245 cellFsWriteWithOffset : 0x006FD288,1246 // mapped fnid 0x8DCFF2CD1247 unk_8DCFF2CD : 0x006FD178,1248 // mapped fnid 0x8DF28FF91249 cellFsStReadStart : 0x006FD378,1250 // mapped fnid 0x8F71C5B21251 cellFsStReadWait : 0x006FD350,1252 // mapped fnid 0x91A1BEAA1253 cellFsSetDiscReadRetrySetting : 0x006FD328,1254 // mapped fnid 0x91D59F691255 unk_91D59F69 : 0x006FCF20,1256 // mapped fnid 0x964DB3981257 unk_964DB398 : 0x006FD0F8,1258 // mapped fnid 0x967A162B1259 cellFsFsync : 0x006FCE48, // s64 cellFsFsync(Lv2FsFile fd)1260 // mapped fnid 0x99406D0B1261 cellFsChmod : 0x006FD140, // s64 cellFsChmod(const char* path, Lv2FsMode mode)1262 // mapped fnid 0x9B8824951263 cellFsGetDirectoryEntries : 0x006FD088,1264 // mapped fnid 0x9F9518101265 cellFsAioFinish : 0x006FD3D8,1266 // mapped fnid 0x9FDBBA891267 unk_9FDBBA89 : 0x006FD330,1268 // mapped fnid 0xA01EE33A1269 cellFsRegisterConversionCallback : 0x006FD120,1270 // mapped fnid 0xA397D0421271 cellFsLseek : 0x006FCE38,1272 // mapped fnid 0xAA3B4BCD1273 cellFsGetFreeSize : 0x006FD170,1274 // mapped fnid 0xADDF33CD1275 unk_ADDF33CD : 0x006FD1C0,1276 // mapped fnid 0xAE4A225E1277 unk_AE4A225E : 0x006FD1C8,1278 // mapped fnid 0xB1840B531279 cellFsSdataOpen : 0x006FD2A0,1280 // mapped fnid 0xB3AFEE8B1281 cellFsStReadGetRingBuf : 0x006FD390,1282 // mapped fnid 0xBA901FE61283 cellFsMkdir : 0x006FD1A8,1284 // mapped fnid 0xBD273A881285 cellFsStReadGetRegid : 0x006FD380,1286 // mapped fnid 0xBEF554A41287 cellFsUtime : 0x006FD1A0,1288 // mapped fnid 0xC1C507E71289 cellFsAioRead : 0x006FD3D0,1290 // mapped fnid 0xC85C4DE71291 unk_C85C4DE7 : 0x006FD130,1292 // mapped fnid 0xC9DC3AC51293 cellFsTruncate : 0x006FD198,1294 // mapped fnid 0xCB588DBA1295 cellFsFGetBlockSize : 0x006FCE50,1296 // mapped fnid 0xCBF1758B1297 unk_CBF1758B : 0x006FD158,1298 // mapped fnid 0xCF34969C1299 cellFsStReadGetStatus : 0x006FD388,1300 // mapped fnid 0xD338A65A1301 unk_D338A65A : 0x006FCE40,1302 // mapped fnid 0xD73938DF1303 cellFsStReadFinish : 0x006FD398,1304 // mapped fnid 0xDB869F201305 cellFsAioInit : 0x006FD3E0,1306 // mapped fnid 0xE15939C31307 cellFsChangeFileSizeByFdWithoutAllocation : 0x006FD018,1308 // mapped fnid 0xE3D283951309 unk_E3D28395 : 0x006FD1F8,1310 // mapped fnid 0xE44827ED1311 unk_E44827ED : 0x006FD188,1312 // mapped fnid 0xECDCF2AB1313 cellFsWrite : 0x006FCDE0, // s64 cellFsWrite(Lv2FsFile fd, const void* buf, u64 size, u64* written)1314 // mapped fnid 0xEF3EFA341315 cellFsFstat : 0x006FCE08, // s64 cellFsFstat(Lv2FsFile fd, Lv2FsStat* buf)1316 // mapped fnid 0xF0A738321317 unk_F0A73832 : 0x006FD070,1318 // mapped fnid 0xF12EECC81319 cellFsRename : 0x006FD1E0,1320 // mapped fnid 0xF44C0E1D1321 unk_F44C0E1D : 0x006FD138,1322 // mapped fnid 0xF8E5D9A01323 cellFsStReadStop : 0x006FD370,1324 // mapped fnid 0xF94BAA801325 cellFsUnregisterL10nCallbacks : 0x006FD118,1326 // mapped fnid 0xFF29F4781327 unk_FF29F478 : 0x006FD1E8,1328 // mapped fnid 0xFF42DCC31329 cellFsClosedir : 0x006FCE00 // s64 cellFsCloseDir(Lv2FsFile fd)1330}1331// System IO Functions1332sys_io_v481D =1333{1334 sys_io_lib_fnid_ptr: 0x0063F3E0, // ExportFNIDTable_sys_io1335 sys_io_lib_func_ptr: 0x0063F4E4, // ExportStubTable_sys_io1336 1337 // mapped fnid 0x068FCBC61338 sys_config_start : 0x006FCA70,1339 // mapped fnid 0x0D5F2C141340 cellPadClearBuf : 0x006FCB48,1341 // mapped fnid 0x0E2DFAAD1342 cellPadInfoPressMode : 0x006FCB18,1343 // mapped fnid 0x10DA8DCC1344 unk_10DA8DCC : 0x006FCAC8,1345 // mapped fnid 0x13ED2BA41346 unk_13ED2BA4 : 0x006FCB28,1347 // mapped fnid 0x1CF988001348 cellPadInit : 0x006FCB58,1349 // mapped fnid 0x1F71ECBE1350 cellKbGetConfiguration : 0x006FCB88,1351 // mapped fnid 0x2073B7F61352 cellKbClearBuf : 0x006FCBC0,1353 // mapped fnid 0x20A97BA21354 cellPadLddRegisterController : 0x006FCAE8,1355 // mapped fnid 0x21A62E9B1356 cellMouseGetTabletDataList : 0x006FCC00,1357 // mapped fnid 0x2D16DA4F1358 cellMouseSetTabletMode : 0x006FCBF0,1359 // mapped fnid 0x2F1774D51360 cellKbGetInfo : 0x006FCBB8,1361 // mapped fnid 0x3138E6321362 cellMouseGetData : 0x006FCC10,1363 // mapped fnid 0x3733EA3C1364 unk_3733EA3C : 0x006FCAB8,1365 // mapped fnid 0x3AAAD4641366 cellPadGetInfo : 0x006FCB40,1367 // mapped fnid 0x3EF66B951368 cellMouseClearBuf : 0x006FCC28,1369 // mapped fnid 0x3F72C56E1370 cellKbSetLEDStatus : 0x006FCB90,1371 // mapped fnid 0x3F797DFF1372 cellPadGetRawData : 0x006FCB38,1373 // mapped fnid 0x433F6EC01374 cellKbInit : 0x006FCBD0,1375 // mapped fnid 0x4AB1FA771376 cellKbInit : 0x006FCBA8,1377 // mapped fnid 0x4CC9B68D1378 cellMouseGetTabletDataList : 0x006FCA90,1379 // mapped fnid 0x4D0B3B1F1380 cellMouseInfoTabletMode : 0x006FCBF8,1381 // mapped fnid 0x4D9B75D51382 cellPadEnd : 0x006FCB50,1383 // mapped fnid 0x578E3C981384 cellPadSetPortSetting : 0x006FCA98,1385 // mapped fnid 0x5BAF30FB1386 cellMouseGetInfo : 0x006FCC20,1387 // mapped fnid 0x5C016E791388 unk_5C016E79 : 0x006FCAD0,1389 // mapped fnid 0x5F81900C1390 sys_config_unregister_service : 0x006FCA48,1391 // mapped fnid 0x662BB2AD1392 unk_662BB2AD : 0x006FCA40,1393 // mapped fnid 0x6AE105961394 sys_config_add_service_listener : 0x006FCA60,1395 // mapped fnid 0x6BC09C611396 cellPadGetDataExtra : 0x006FCAB0,1397 // mapped fnid 0x6BD131F01398 cellMouseGetDataList : 0x006FCC08,1399 // mapped fnid 0x6D3679531400 sys_config_stop : 0x006FCA68,1401 // mapped fnid 0x7009B7381402 unk_7009B738 : 0x006FCB00,1403 // mapped fnid 0x73BB2D741404 cellPadSetSensorMode : 0x006FCAE0,1405 // mapped fnid 0x782005591406 cellPadInfoSensorMode : 0x006FCB08,1407 // mapped fnid 0x78F058A21408 sys_config_register_service : 0x006FCA50,1409 // mapped fnid 0x8A00F2641410 cellPadPeriphGetData : 0x006FCA88,1411 // mapped fnid 0x8B72CDA11412 cellPadGetData : 0x006FCB30,1413 // mapped fnid 0x8B8231E51414 cellPadLddGetPortNo : 0x006FCAD8,1415 // mapped fnid 0x8E06D13B1416 unk_8E06D13B : 0x006FCA38,1417 // mapped fnid 0xA328CC351418 cellMouseGetRawData : 0x006FCC18,1419 // mapped fnid 0xA5F85E4D1420 cellKbSetCodeType : 0x006FCBA0,1421 // mapped fnid 0xA703A51D1422 cellPadGetInfo2 : 0x006FCAA0,1423 // mapped fnid 0xBAFD64091424 cellPadLddDataInsert : 0x006FCAF0,1425 // mapped fnid 0xBE5BE3BA1426 cellPadSetSensorMode : 0x006FCB10,1427 // mapped fnid 0xBFCE32851428 cellKbEnd : 0x006FCBC8,1429 // mapped fnid 0xC90301381430 cellMouseInit : 0x006FCC38,1431 // mapped fnid 0xCCC785DF1432 unk_CCC785DF : 0x006FCBE8,1433 // mapped fnid 0xDBF4C59C1434 unk_DBF4C59C : 0x006FCAC0,1435 // mapped fnid 0xDEEFDFA71436 cellKbSetReadMode : 0x006FCB98,1437 // mapped fnid 0xE10183CE1438 cellMouseEnd : 0x006FCC30,1439 // mapped fnid 0xE442FAA81440 cellPadLddUnregisterController : 0x006FCAF8,1441 // mapped fnid 0xE5E139DD1442 unk_E5E139DD : 0x006FCA80,1443 // mapped fnid 0xF5D9D5711444 sys_config_remove_service_listener : 0x006FCA58,1445 // mapped fnid 0xF65544EE1446 cellPadSetActDirect : 0x006FCAA8,1447 // mapped fnid 0xF83F81821448 cellPadSetPressMode : 0x006FCB20,1449 // mapped fnid 0xFF0A21B71450 cellKbRead : 0x006FCBB01451}1452// VSH Functions1453vsh_v481D =1454{1455 lib_fnid_ptr: 0x0063F954, // ExportFNIDTable_vsh1456 lib_func_ptr: 0x0063FBD8, // ExportStubTable_vsh1457 1458 // mapped fnid 0x015910A01459 unk_15910A0 : 0x006FBD78,1460 // mapped fnid 0x01DFD97E1461 unk_1DFD97E : 0x006FBD18,1462 // mapped fnid 0x0D5CCC401463 unk_D5CCC40 : 0x006FD4D0,1464 // mapped fnid 0x0F48562D1465 unk_F48562D : 0x006FBC30,1466 // mapped fnid 0x0F80B71F1467 unk_MOVE_ME___TO_VSH_TASK : 0x006FBC48,1468 // mapped fnid 0x13A5BE241469 unk_13A5BE24 : 0x006FBD10,1470 // mapped fnid 0x145991B41471 unk_145991B4 : 0x006FBC18,1472 // mapped fnid 0x1714D0981473 unk_1714D098 : 0x006FD4E0,1474 // mapped fnid 0x172B05CD1475 unk_172B05CD : 0x006FBB40,1476 // mapped fnid 0x18EF767F1477 unk_18EF767F : 0x006FD530,1478 // mapped fnid 0x196DB98B1479 unk_18EF767F : 0x006FBBD0,1480 // mapped fnid 0x1B890AD21481 unk_1B890AD2 : 0x006FBB58,1482 // mapped fnid 0x1B8D42871483 unk_1B8D4287 : 0x006FD4F8,1484 // mapped fnid 0x1C68CC751485 unk_1C68CC75 : 0x006FBC70,1486 // mapped fnid 0x1EAC97C31487 unk_1EAC97C3 : 0x006FD478,1488 // mapped fnid 0x1F80C6081489 unk_1F80C608 : 0x006FBB08,1490 // mapped fnid 0x1F80E2871491 unk_1F80E287 : 0x006FBC20,1492 // mapped fnid 0x202155471493 unk_20215547 : 0x006FBC68,1494 // mapped fnid 0x2068CBF31495 unk_2068CBF3 : 0x006FBB20,1496 // mapped fnid 0x233791FE1497 unk_233791FE : 0x006FD480,1498 // mapped fnid 0x26709B911499 unk_26709B91 : 0x006FBB90,1500 // mapped fnid 0x278A6AF71501 unk_278A6AF7 : 0x006FBD70,1502 // mapped fnid 0x2A91BB1D1503 unk_2A91BB1D : 0x006FBB78,1504 // mapped fnid 0x2B58A92C1505 unk_2B58A92C : 0x006FBB98,1506 // mapped fnid 0x2C563C921507 unk_26709B91 : 0x006FBB48,1508 // mapped fnid 0x3065B3C31509 unk_3065B3C3 : 0x006FBAE8,1510 // mapped fnid 0x3231E0121511 unk_3231E012 : 0x006FBA58,1512 // mapped fnid 0x339A75081513 unk_339A7508 : 0x006FD4A8,1514 // mapped fnid 0x33ACD7591515 unk_33ACD759 : 0x006FD500,1516 // mapped fnid 0x3473377C1517 unk_3473377C : 0x006FBA50,1518 // mapped fnid 0x349F15351519 unk_349F1535 : 0x006FBB50,1520 // mapped fnid 0x37857F3F1521 unk_37857F3F : 0x006FBCD8,1522 // mapped fnid 0x385656031523 unk_38565603 : 0x006FBAE0,1524 // mapped fnid 0x38EA9A581525 unk_38EA9A58 : 0x006FBD68,1526 // mapped fnid 0x3AE8D8021527 unk_3AE8D802 : 0x006FBB70,1528 // mapped fnid 0x3B4A1AC41529 unk_3B4A1AC4 : 0x006FBBE0,1530 // mapped fnid 0x3C1864201531 unk_3C186420 : 0x006FBCC0,1532 // mapped fnid 0x3F0623371533 unk_3F062337 : 0x006FBBE8,1534 // mapped fnid 0x40E51FD11535 unk_40E51FD1 : 0x006FBCE8,1536 // mapped fnid 0x42FEA6FB1537 unk_42FEA6FB : 0x006FBB28,1538 // mapped fnid 0x44F4A9361539 unk_44F4A936 : 0x006FBD40,1540 // mapped fnid 0x47FB5A921541 unk_47FB5A92 : 0x006FBB00,1542 // mapped fnid 0x489102C61543 unk_489102C6 : 0x006FBBB8,1544 // mapped fnid 0x4B0523C41545 unk_4B0523C4 : 0x006FCB70,1546 // mapped fnid 0x4CE8E5441547 unk_4CE8E544 : 0x006FBD30,1548 // mapped fnid 0x4DB8DD871549 unk_4DB8DD87 : 0x006FBC60,1550 // mapped fnid 0x4F3A58661551 unk_4F3A5866 : 0x006FBBA0,1552 // mapped fnid 0x4FD63C1D1553 unk_4FD63C1D : 0x006FBA70,1554 // mapped fnid 0x50C2962C1555 unk_50C2962C : 0x006FBA80,1556 // mapped fnid 0x535A72221557 unk_50C2962C : 0x006FBAB8,1558 // mapped fnid 0x53E574741559 unk_53E57474 : 0x006FD508,1560 // mapped fnid 0x55C6366A1561 unk_55C6366A : 0x006FBD00,1562 // mapped fnid 0x5649626F1563 unk_5649626F : 0x006FCB80,1564 // mapped fnid 0x5A351A0A1565 unk_5A351A0A : 0x006FBA90,1566 // mapped fnid 0x5C5D84C11567 unk_5C5D84C1 : 0x006FBCB8,1568 // mapped fnid 0x609635AB1569 unk_609635AB : 0x006FBC90,1570 // mapped fnid 0x612496AA1571 unk_612496AA : 0x006FD4E8,1572 // mapped fnid 0x63F9074F1573 unk_63F9074F : 0x006FBCA0,1574 // mapped fnid 0x6B65C37C1575 unk_6B65C37C : 0x006FBAD8,1576 // mapped fnid 0x6D8407161577 unk_6D840716 : 0x006FBAC0,1578 // mapped fnid 0x703393A21579 unk_703393A2 : 0x006FBC38,1580 // mapped fnid 0x71BBE6251581 unk_71BBE625 : 0x006FD5B0,1582 // mapped fnid 0x772E1A241583 unk_772E1A24 : 0x006FBA88,1584 // mapped fnid 0x7C5A18121585 unk_7C5A1812 : 0x006FD560,1586 // mapped fnid 0x7CB16AA01587 unk_7CB16AA0 : 0x006FBAA0,1588 // mapped fnid 0x7D73E7CD1589 unk_7D73E7CD : 0x006FBC58,1590 // mapped fnid 0x80F5B53C1591 unk_80F5B53C : 0x006FBA40,1592 // mapped fnid 0x8443023A1593 unk_8443023A : 0x006FD588,1594 // mapped fnid 0x8A86B77C1595 unk_8A86B77C : 0x006FBB38,1596 // mapped fnid 0x8A9529BA1597 unk_8A9529BA : 0x006FBCA8,1598 // mapped fnid 0x8AD55D801599 unk_8AD55D80 : 0x006FBC28,1600 // mapped fnid 0x8B0BC1111601 unk_8B0BC111 : 0x006FBA78,1602 // mapped fnid 0x8BC98CB91603 unk_8BC98CB9 : 0x006FBD38,1604 // mapped fnid 0x8C4215ED1605 unk_8C4215ED : 0x006FBAD0,1606 // mapped fnid 0x8E2AF83C1607 unk_8E2AF83C : 0x006FBA20,1608 // mapped fnid 0x8F29A4A41609 unk_8F29A4A4 : 0x006FBD20,1610 // mapped fnid 0x8F71C2DF1611 unk_8F71C2DF : 0x006FBC10,1612 // mapped fnid 0x9121C0C61613 unk_9121C0C6 : 0x006FBB30,1614 // mapped fnid 0x91C2E5001615 unk_91C2E500 : 0x006FBD08,1616 // mapped fnid 0x92A609B21617 unk_92A609B2 : 0x006FBA28,1618 // mapped fnid 0x93A6A4501619 unk_93A6A450 : 0x006FBAC8,1620 // mapped fnid 0x986EC8D31621 unk_986EC8D3 : 0x006FBB88,1622 // mapped fnid 0x99A5F4041623 unk_99A5F404 : 0x006FBBA8,1624 // mapped fnid 0x9AD2E5241625 unk_9AD2E524 : 0x006FBBF0,1626 // mapped fnid 0x9AF9918E1627 unk_9AF9918E : 0x006FBBD8,1628 // mapped fnid 0x9B1FEAA31629 unk_9B1FEAA3 : 0x006FBA60,1630 // mapped fnid 0x9C279BCF1631 unk_9C279BCF : 0x006FBA48,1632 // mapped fnid 0x9C4E9B5C1633 unk_9C4E9B5C : 0x006FD498,1634 // mapped fnid 0x9C6EEE241635 unk_9C6EEE24 : 0x006FD5A0,1636 // mapped fnid 0x9FC0AA391637 unk_9FC0AA39 : 0x006FBD28,1638 // mapped fnid 0xA10195F41639 unk_A10195F4 : 0x006FBB60,1640 // mapped fnid 0xA21246C21641 unk_A21246C2 : 0x006FBAF8,1642 // mapped fnid 0xA51FFBF91643 unk_A51FFBF9 : 0x006FBC40,1644 // mapped fnid 0xA79070D51645 unk_A79070D5 : 0x006FBA68,1646 // mapped fnid 0xACDDC98E1647 unk_ACDDC98E : 0x006FBA38,1648 // mapped fnid 0xAF44BFBF1649 unk_AF44BFBF : 0x006FD540,1650 // mapped fnid 0xB517EC401651 unk_B517EC40 : 0x006FD4B0,1652 // mapped fnid 0xB84451B21653 unk_B84451B2 : 0x006FCB78,1654 // mapped fnid 0xC0A2CB931655 unk_C0A2CB93 : 0x006FBC98,1656 // mapped fnid 0xC0E39B971657 unk_C0E39B97 : 0x006FBBF8,1658 // mapped fnid 0xC13930A71659 unk_C13930A7 : 0x006FBAA8,1660 // mapped fnid 0xC85E47B81661 unk_C85E47B8 : 0x006FBAB0,1662 // mapped fnid 0xCAA3E8E71663 unk_CAA3E8E7 : 0x006FBBC8,1664 // mapped fnid 0xCBF8BC6E1665 unk_CBF8BC6E : 0x006FBA98,1666 // mapped fnid 0xCC31BBCF1667 unk_CC31BBCF : 0x006FBBC0,1668 // mapped fnid 0xCFD2CA7D1669 unk_CFD2CA7D : 0x006FD4A0,1670 // mapped fnid 0xD42045F91671 unk_D42045F9 : 0x006FD598,1672 // mapped fnid 0xD477DB731673 unk_D477DB73 : 0x006FBCB0,1674 // mapped fnid 0xD5B386461675 unk_D5B38646 : 0x006FD5A8,1676 // mapped fnid 0xD68351F01677 unk_D68351F0 : 0x006FBD60,1678 // mapped fnid 0xDC2A512E1679 unk_DC2A512E : 0x006FBB68,1680 // mapped fnid 0xDC980E611681 unk_DC980E61 : 0x006FBB18,1682 // mapped fnid 0xDDB635E11683 unk_DDB635E1 : 0x006FBA30,1684 // mapped fnid 0xE20104BE1685 unk_E20104BE : 0x006FBBB0,1686 // mapped fnid 0xE35D54E31687 unk_E35D54E3 : 0x006FBC00,1688 // mapped fnid 0xE413CD781689 unk_E413CD78 : 0x006FD4F0,1690 // mapped fnid 0xE44F29F41691 unk_E44F29F4 : 0x006FD488,1692 // mapped fnid 0xE4A686061693 unk_E4A68606 : 0x006FBC08,1694 // mapped fnid 0xE65867F41695 unk_E65867F4 : 0x006FBB80,1696 // mapped fnid 0xE7C340441697 unk_E7C34044 : 0x006FBCC8,1698 // mapped fnid 0xE836E4511699 unk_E836E451 : 0x006FBB10,1700 // mapped fnid 0xE932A8C01701 unk_E932A8C0 : 0x006E5B30,1702 // mapped fnid 0xED3724061703 unk_ED372406 : 0x006FBA18,1704 // mapped fnid 0xED9E51781705 unk_ED9E5178 : 0x006FBC50,1706 // mapped fnid 0xF399CA361707 unk_F399CA36 : 0x006FBCD0,1708 // mapped fnid 0xF4AD1B8A1709 unk_F4AD1B8A : 0x006FBC88,1710 // mapped fnid 0xFE92A9D81711 unk_FE92A9D8 : 0x006FBAF0,1712 // mapped fnid 0xFF0309A51713 unk_FF0309A5 : 0x006FBD58,1714 // mapped fnid 0xFF4A16331715 unk_FF4A1633 : 0x006FD4901716}1717// VSH Common Functions1718vshcommon_v481D =1719{1720 lib_fnid_ptr: 0X006452C4, // ExportFNIDTable_vshcommon1721 lib_func_ptr: 0x006455F8, // ExportStubTable_vshcommon1722 1723 // mapped fnid 0x00EDDB5B1724 unk_EDDB5B : 0x006EE428,1725 // mapped fnid 0x015D43141726 unk_15D4314 : 0x006EE230, // system_plugin reference1727 // mapped fnid 0x025EC4EE1728 unk_25EC4EE : 0x006EE570,1729 // mapped fnid 0x09A431401730 unk_9A43140 : 0x006EE830, // /dev_hdd0/vsh/pushlist1731 // mapped fnid 0x0A007C991732 unk_A007C99 : 0x006EE7D8,1733 // mapped fnid 0x0BECDA921734 unk_BECDA92 : 0x006EE7F0,1735 // mapped fnid 0x0E9E8DA51736 unk_E9E8DA5 : 0x006EE208, // msg_no1737 // mapped fnid 0x0EBAC3B51738 unk_EBAC3B5 : 0x006EE300, // system_plugin reference1739 // mapped fnid 0x12D25E5F1740 unk_12D25E5F : 0x006EE258,1741 // mapped fnid 0x1379FF051742 unk_1379FF05 : 0x006EE488,1743 // mapped fnid 0x13BAFB221744 unk_13BAFB22 : 0x006EE868,1745 // mapped fnid 0x13F9024E1746 unk_13F9024E : 0x006EE6F0,1747 // mapped fnid 0x1452A4D31748 unk_1452A4D3 : 0x006EE648,1749 // mapped fnid 0x14FF1DDC1750 unk_14FF1DDC : 0x006EE248,1751 // mapped fnid 0x16106ACD1752 unk_16106ACD : 0x006EE658, // impose_plugin1753 // mapped fnid 0x16E296221754 unk_16E29622 : 0x006EE0F8,1755 // mapped fnid 0x1851C6A61756 unk_1851C6A6 : 0x006EE308,1757 // mapped fnid 0x19535F4C1758 unk_19535F4C : 0x006EE6B0,1759 // mapped fnid 0x218067751760 unk_21806775 : 0x006EE3E8,1761 // mapped fnid 0x2438F1A41762 unk_2438F1A4 : 0x006EE138, // system_plugin reference1763 // mapped fnid 0x24FF18701764 unk_24FF1870 : 0x006EE2B8,1765 // mapped fnid 0x25111EFB1766 unk_25111EFB : 0x006EE108,1767 // mapped fnid 0x252838CF1768 unk_252838CF : 0x006EE790,1769 // mapped fnid 0x26F18EDF1770 unk_26F18EDF : 0x006EE200, // msg_enter1771 // mapped fnid 0x28549FD01772 unk_28549FD0 : 0x006EE228,1773 // mapped fnid 0x2D2F3A6E1774 unk_2D2F3A6E : 0x006EE778,1775 // mapped fnid 0x31573F9A1776 unk_31573F9A : 0x006EE720,1777 // mapped fnid 0x33C123931778 unk_33C12393 : 0x006EE398,1779 // mapped fnid 0x34A057331780 unk_34A05733 : 0x006EE818, // _Export_stdc_memset reference1781 // mapped fnid 0x3851B8031782 unk_3851B803 : 0x006EE798,1783 // mapped fnid 0x388152601784 unk_38815260 : 0x006EE2E0,1785 // mapped fnid 0x390E56211786 unk_390E5621 : 0x006EE618,1787 // mapped fnid 0x39D01FCA1788 unk_39D01FCA : 0x006EE800,1789 // mapped fnid 0x3A8D0E1C1790 unk_3A8D0E1C : 0x006EE2B0,1791 // mapped fnid 0x3B634FCC1792 unk_3B634FCC : 0x006EE2D0,1793 // mapped fnid 0x3F731CC31794 unk_3F731CC3 : 0x006EE310, // _Export_vshcommon_1851C6A6 reference1795 // mapped fnid 0x3F8C6AED1796 unk_3F8C6AED : 0x006EE708,1797 // mapped fnid 0x425277FA1798 unk_425277FA : 0x006EE2E8,1799 // mapped fnid 0x447268251800 unk_44726825 : 0x006EE780,1801 // mapped fnid 0x459C02B61802 unk_459C02B6 : 0x006EE390,1803 // mapped fnid 0x4A6E257D1804 unk_4A6E257D : 0x006EE4A8,1805 // mapped fnid 0x4B8EE1231806 unk_4B8EE123 : 0x006EE730,1807 // mapped fnid 0x50CBEE731808 unk_50CBEE73 : 0x006EE888,1809 // mapped fnid 0x50DE40CE1810 unk_50DE40CE : 0x006EE330,1811 // mapped fnid 0x526927051812 unk_52692705 : 0x006EE758,1813 // mapped fnid 0x53ECE7ED1814 unk_53ECE7ED : 0x006EE480,1815 // mapped fnid 0x54D137281816 unk_54D13728 : 0x006EE7B8, // game_plugin1817 // mapped fnid 0x55A60B1A1818 unk_55A60B1A : 0x006EE1D8, // msgdialog_plugin reference1819 // mapped fnid 0x5723C3C11820 unk_5723C3C1 : 0x006EE100,1821 // mapped fnid 0x5A6C0DB61822 unk_5A6C0DB6 : 0x006EE350,1823 // mapped fnid 0x5C9F85CB1824 unk_5C9F85CB : 0x006EE600,1825 // mapped fnid 0x5CE195FA1826 unk_5CE195FA : 0x006EE458, // system_plugin reference1827 // mapped fnid 0x5DC484F81828 unk_5DC484F8 : 0x006EE440,1829 // mapped fnid 0x5DD71B311830 unk_5DD71B31 : 0x006EE4A0,1831 // mapped fnid 0x60DEE5B31832 unk_60DEE5B3 : 0x006EE148, // system_plugin reference1833 // mapped fnid 0x61D171881834 unk_61D17188 : 0x006EE420,1835 // mapped fnid 0x61D97E3B1836 unk_61D97E3B : 0x006EE260,1837 // mapped fnid 0x63210A1C1838 unk_63210A1C : 0x006EE2A0,1839 // mapped fnid 0x6A784AE51840 unk_6A784AE5 : 0x006EE340,1841 // mapped fnid 0x6DF64AAF1842 unk_6DF64AAF : 0x006EE870, // _Export_sysPrxForUser_sys_lwmutex_lock reference1843 // mapped fnid 0x6F5A9C381844 unk_6F5A9C38 : 0x006EE650, // _Export_xsetting_4712F276 reference1845 // mapped fnid 0x6FD850FF1846 unk_6FD850FF : 0x006EE0D8,1847 // mapped fnid 0x73B454A21848 unk_73B454A2 : 0x006EE628,1849 // mapped fnid 0x73F852591850 unk_73F85259 : 0x006EE120, // system_plugin reference1851 // mapped fnid 0x746C5F881852 unk_746C5F88 : 0x006EE1F0, // msg_option1853 // mapped fnid 0x74EAD50B1854 unk_74EAD50B : 0x006EE3B0,1855 // mapped fnid 0x7504447B1856 unk_7504447B : 0x006EE3D8,1857 // mapped fnid 0x75DC9C2D1858 unk_75DC9C2D : 0x006EE150, // system_plugin reference1859 // mapped fnid 0x774C200A1860 unk_774C200A : 0x006EE858,1861 // mapped fnid 0x79A546A11862 unk_79A546A1 : 0x006EE7F8,1863 // mapped fnid 0x79A562D51864 unk_79A562D5 : 0x006EE158, // system_plugin reference1865 // mapped fnid 0x7BD54E231866 unk_7BD54E23 : 0x006EE6F8,1867 // mapped fnid 0x7C139D361868 unk_7C139D36 : 0x006EE388,1869 // mapped fnid 0x7C3ACA851870 unk_7C3ACA85 : 0x006EE6A8,1871 // mapped fnid 0x7C7F21E01872 unk_7C7F21E0 : 0x006EE640,1873 // mapped fnid 0x7EE0068F1874 unk_7EE0068F : 0x006EE838,1875 // mapped fnid 0x7F5C551B1876 unk_7F5C551B : 0x006EE240, // system_plugin reference1877 // mapped fnid 0x83E28B3C1878 unk_83E28B3C : 0x006EE698,1879 // mapped fnid 0x85A3D9F31880 unk_85A3D9F3 : 0x006EE338,1881 // mapped fnid 0x85AD7A581882 unk_85AD7A58 : 0x006EE188,1883 // mapped fnid 0x884E740C1884 unk_884E740C : 0x006EE250,1885 // mapped fnid 0x8B2110D51886 unk_8B2110D5 : 0x006EE8A0, // _Export_xsetting_CC56EB2D reference1887 // mapped fnid 0x8B7F8F801888 unk_8B7F8F80 : 0x006EE6A0,1889 // mapped fnid 0x8BA1A7D51890 unk_8BA1A7D5 : 0x006EE6C0,1891 // mapped fnid 0x8C7F3E6F1892 unk_8C7F3E6F : 0x006EE1C0, // msgdialog_plugin reference1893 // mapped fnid 0x8D1737371894 unk_8D173737 : 0x006EE218,1895 // mapped fnid 0x8F0C0B331896 unk_8F0C0B33 : 0x006EE7E0,1897 // mapped fnid 0x933A54F51898 unk_933A54F5 : 0x006EE348,1899 // mapped fnid 0x940FE0971900 unk_940FE097 : 0x006EE6D0,1901 // mapped fnid 0x94F43BE71902 unk_94F43BE7 : 0x006EE238, // system_plugin reference1903 // mapped fnid 0x95302AE61904 unk_95302AE6 : 0x006EE320,1905 // mapped fnid 0x97E53BCA1906 unk_97E53BCA : 0x006EE7B0,1907 // mapped fnid 0x980513A41908 unk_980513A4 : 0x006EE5F0, // msg_press_ps_button reference1909 // mapped fnid 0x98D734081910 unk_98D73408 : 0x006EE288,1911 // mapped fnid 0x98E05EDA1912 unk_98E05EDA : 0x006EE668,1913 // mapped fnid 0x9BD8429E1914 unk_9BD8429E : 0x006EE130, // system_plugin reference1915 // mapped fnid 0x9CB87B0D1916 unk_9CB87B0D : 0x006EE3A0,1917 // mapped fnid 0x9DAB12AA1918 unk_9DAB12AA : 0x006EE548,1919 // mapped fnid 0x9EA677371920 unk_9EA67737 : 0x006EE8A8, // _Export_xsetting_CC56EB2D reference1921 // mapped fnid 0xA05B2B541922 unk_A05B2B54 : 0x006EE890,1923 // mapped fnid 0xA20E43DB1924 unk_A20E43DB : 0x006EE3D0,1925 // mapped fnid 0xA23122831926 unk_A2312283 : 0x006EE820,1927 // mapped fnid 0xA6525AE61928 unk_A6525AE6 : 0x006EE4C0,1929 // mapped fnid 0xAA6178EE1930 unk_AA6178EE : 0x006EE680,1931 // mapped fnid 0xAB6951A31932 unk_AB6951A3 : 0x006EE490,1933 // mapped fnid 0xAB7E2E691934 unk_AB7E2E69 : 0x006EE738,1935 // mapped fnid 0xABCA6F321936 unk_ABCA6F32 : 0x006EE498,1937 // mapped fnid 0xABEB01DA1938 unk_ABEB01DA : 0x006EE5D0, // system_plugin reference1939 // mapped fnid 0xAE251F8F1940 unk_AE251F8F : 0x006EE190,1941 // mapped fnid 0xAF168DD41942 unk_AF168DD4 : 0x006EE740,1943 // mapped fnid 0xB045A8DC1944 unk_B045A8DC : 0x006EE318,1945 // mapped fnid 0xB0B677BC1946 unk_B0B677BC : 0x006EE6B8,1947 // mapped fnid 0xB2D046191948 unk_B2D04619 : 0x006EE530,1949 // mapped fnid 0xB49AF1091950 unk_B49AF109 : 0x006EE840, // _Export_sysPrxForUser_sys_lwmutex_destroy reference1951 // mapped fnid 0xB4BAF07E1952 unk_B4BAF07E : 0x006EE7A8,1953 // mapped fnid 0xB53FD7391954 unk_B53FD739 : 0x006EE788,1955 // mapped fnid 0xB6C9D1971956 unk_B6C9D197 : 0x006EE6E8,1957 // mapped fnid 0xB7517F9B1958 unk_B7517F9B : 0x006EE620,1959 // mapped fnid 0xB7F2EFD51960 unk_B7F2EFD5 : 0x006EE538,1961 // mapped fnid 0xB8E256D71962 unk_B8E256D7 : 0x006EE210, // msg_yes1963 // mapped fnid 0xB9473E7A1964 unk_B9473E7A : 0x006EE160,1965 // mapped fnid 0xB9FDA9D41966 unk_B9FDA9D4 : 0x006EE6E0,1967 // mapped fnid 0xBB2EC9CD1968 unk_BB2EC9CD : 0x006EE5C8,1969 // mapped fnid 0xBC2003241970 unk_BC200324 : 0x006EE850,1971 // mapped fnid 0xBF88BEE41972 unk_BF88BEE4 : 0x006EE0E8,1973 // mapped fnid 0xC08C2D221974 unk_C08C2D22 : 0x006EE660,1975 // mapped fnid 0xC27EF4451976 unk_C27EF445 : 0x006EE630,1977 // mapped fnid 0xC398D8BA1978 unk_C398D8BA : 0x006EE328,1979 // mapped fnid 0xC499E0731980 unk_C499E073 : 0x006EE4B0,1981 // mapped fnid 0xC8FFD88F1982 unk_C8FFD88F : 0x006EE0F0,1983 // mapped fnid 0xCA3CBF5D1984 unk_CA3CBF5D : 0x006EE770,1985 // mapped fnid 0xCC2C67F21986 unk_CC2C67F2 : 0x006EE828,1987 // mapped fnid 0xCCD2C3191988 unk_CCD2C319 : 0x006EE1E8, // msg_cancel1989 // mapped fnid 0xCDF4C62A1990 unk_CDF4C62A : 0x006EE478, // system_plugin reference1991 // mapped fnid 0xCE57965F1992 unk_CE57965F : 0x006EE3A8,1993 // mapped fnid 0xD010D3381994 unk_D010D338 : 0x006EE848,1995 // mapped fnid 0xD17A09681996 unk_D17A0968 : 0x006EE670,1997 // mapped fnid 0xD1DE9F381998 unk_D1DE9F38 : 0x006EE168,1999 // mapped fnid 0xD55C9CEE2000 unk_D55C9CEE : 0x006EE638,2001 // mapped fnid 0xD59AEAD02002 unk_D59AEAD0 : 0x006EE438,2003 // mapped fnid 0xD59C7D792004 unk_D59C7D79 : 0x006EE7E8,2005 // mapped fnid 0xD81578DB2006 unk_D81578DB : 0x006EE118,2007 // mapped fnid 0xD87C38342008 unk_D87C3834 : 0x006EE270,2009 // mapped fnid 0xD996B2612010 unk_D996B261 : 0x006EE750,2011 // mapped fnid 0xD9B636542012 unk_D9B63654 : 0x006EE5A8,2013 // mapped fnid 0xDAC7FC512014 unk_DAC7FC51 : 0x006EE4C8,2015 // mapped fnid 0xDB0320D82016 unk_DB0320D8 : 0x006EE7D0,2017 // mapped fnid 0xDC712BA32018 unk_DC712BA3 : 0x006EE6C8,2019 // mapped fnid 0xDEC761F12020 unk_DEC761F1 : 0x006EE268,2021 // mapped fnid 0xDFD99C552022 unk_DFD99C55 : 0x006EE298,2023 // mapped fnid 0xE011E7D02024 unk_E011E7D0 : 0x006EE128, // system_plugin reference2025 // mapped fnid 0xE21C34322026 unk_E21C3432 : 0x006EE448,2027 // mapped fnid 0xE2D6F3D72028 unk_E2D6F3D7 : 0x006EE898,2029 // mapped fnid 0xE43C21F62030 unk_E43C21F6 : 0x006EE198,2031 // mapped fnid 0xE607C2BA2032 unk_E607C2BA : 0x006EE460,2033 // mapped fnid 0xE7DFF7FE2034 unk_E7DFF7FE : 0x006EE578,2035 // mapped fnid 0xE9790F7A2036 unk_E9790F7A : 0x006EE608,2037 // mapped fnid 0xEA7900232038 unk_EA790023 : 0x006EE430,2039 // mapped fnid 0xEA95C3F52040 unk_EA95C3F5 : 0x006EE2C0,2041 // mapped fnid 0xEC44C9992042 unk_EC44C999 : 0x006EE6D8,2043 // mapped fnid 0xEC73D4382044 unk_EC73D438 : 0x006EE0E0,2045 // mapped fnid 0xEDB3F1F22046 unk_EDB3F1F2 : 0x006EE610,2047 // mapped fnid 0xF06004CD2048 unk_F06004CD : 0x006EE3B8,2049 // mapped fnid 0xF19189122050 unk_F1918912 : 0x006EE3E0,2051 // mapped fnid 0xF4E3246A2052 unk_F4E3246A : 0x006EE678,2053 // mapped fnid 0xF55812AE2054 unk_F55812AE : 0x006EE3F8,2055 // mapped fnid 0xF7A67D492056 unk_F7A67D49 : 0x006EE140, // system_plugin reference2057 // mapped fnid 0xF995E53F2058 unk_F995E53F : 0x006EE1F8, // msg_back2059 // mapped fnid 0xF9E43DA22060 unk_F9E43DA2 : 0x006EE1E0, // msg_ok2061 // mapped fnid 0xFAEA4EF92062 unk_FAEA4EF9 : 0x006EE880,2063 // mapped fnid 0xFB104BD22064 unk_FB104BD2 : 0x006EE760,2065 // mapped fnid 0xFDA63F522066 unk_FDA63F52 : 0x006EE2902067}2068// VSH Task Functions2069vshtask_v481D =2070{2071 lib_fnid_ptr: 0x00647A08, // ExportFNIDTable_vshtask2072 lib_func_ptr: 0x00647A1C, // ExportStubTable_vshtask2073 2074 // mapped fnid 0x0F80B71F2075 unk_F80B71F : 0x006FBC48,2076 // mapped fnid 0x166551C52077 unk_166551C5 : 0x006E6428,2078 // mapped fnid 0x668E3C942079 unk_668E3C94 : 0x006E6430,2080 // mapped fnid 0x8D03E0FD2081 unk_8D03E0FD : 0x006E6400,2082 // mapped fnid 0xA02D46E72083 unk_A02D46E7 : 0x006E64082084}2085// X-Setting Functions2086xsetting_v481D =2087{2088 lib_fnid_ptr: 0x0064300C, // ExportFNIDTable_xsetting2089 lib_func_ptr: 0x00643080, // ExportStubTable_xsetting2090 2091 2092}2093// SCE Allocator Functions2094sceAllocatorFcns_v481D =2095{2096 malloc : 0x006FB9C8,2097 free : 0x006FB9F8,2098 memalign : 0x006FB9E82099}2100// SCE FS Functions2101sceFSFcns_v481D =2102{2103 cellFsRename : 0x006FD1E0,2104 cellFsClose : 0x006FCDE8,2105 cellFsOpen : 0x006FD1F0,2106 cellFsWrite : 0x006FCDE0,2107 cellFsRead : 0x006FCDD8,2108 cellFsMkdir : 0x006FD1A8,2109 cellFsRmdir : 0x006FD208,2110 cellFsChmod : 0x006FD140,2111 cellFsUnlink : 0x006FD2002112}2113// SCE VSH Task Functions2114sceVSHTaskFcns_v481D =2115{2116 vshtask_notify : 0x006E64082117}2118// SCE VSH Functions2119sceVSH_v481D =2120{2121 Heap_Create : 0x006FBD40,2122 Heap_Alloc : 0x006FBD30,2123 Heap_Destroy : 0x006FBD38,2124 Heap_Free : 0x006FBD20,2125 vsh_E7C34044 : 0x006FBCC8, //retrieves vsh memory container by "id" 0=game,1=app,2=debug,3=fg, 4=bg sys_memory_container_t vsh_E7C34044(int id) 2126 cellFsUtilMount : 0x006FD4902127}2128// SCE Lib Functions2129sceLibcFcns_v481D =2130{2131 abort : 0x006FBFE8,2132 exit : 0x006FC018,2133 strcpy : 0x006FC2C0,2134 mkdir : 0x006FC3F0,2135 mbrtowc : 0x006FC0D8,2136 sprintf : 0x006FC330,2137 strlen : 0x006FC170,2138 snprintf : 0x006FC320,2139 strcmp : 0x006FC2B8,2140 fputs : 0x006FC070,2141 memset : 0x006FC470,2142 memmove : 0x006FC0F8,2143 wcslen : 0x006FC210,2144 fopen : 0x006FC060,2145 stat : 0x006FC400,2146 rename : 0x006FC130,2147 rmdir : 0x006FC3F8,2148 memcpy : 0x006FC0F0,2149 strcat : 0x006FC2A8,2150 strcasecmp : 0x006FC2E0,2151 printf : 0x006FC310,2152 memcmp : 0x006FC478,2153 strstr : 0x006FC188,2154 fread : 0x006FC078,2155 strchr : 0x006FC2B0,2156 fclose : 0x006FC020,2157 strncmp : 0x006FC2D0,2158 strtok : 0x006FC190,2159 unlink : 0x006FC418,2160 fwrite : 0x006FC0A0,2161 fprintf : 0x006FC2F0,2162 strdup : 0x006FC1A8,2163 mbstowcs : 0x006FC0E02164}2165// Check Firmware Version2166version_deps =2167{2168 v4_81D:2169 {2170 "SceWebKit": 2171 {2172 gadgets:2173 { 2174 /*PPC2175 mflr2176 bl2177 blr2178 2179 */ 2180 /* ARM2181 ldmr0 : 0x3bc534, // ldm r0, {r0, r3, r4, r9, fp, ip, pc}2182 ldmr1 : 0x453ff0, // ldm r1, {r0, ip, lr, pc}2183 iloop : 0x9851c | 1, // infinite loop2184 bxlr : 0x2b3a | 1, // bx lr2185 str3 : 0x7f4ac | 1, // str r3, [r0, #4]; bx lr2186 movr30 : 0x535278 | 1 // movs r3, r0 ; bx lr 2187 */2188 },2189 functions: {}2190 },2191 "SceFS":2192 {2193 functions : sceFSFcns_v481D,2194 gadgets : {}2195 },2196 "SceAllocator":2197 {2198 functions : sceAllocatorFcns_v481D, 2199 gadgets : {}2200 },2201 "SceVshTask":2202 { 2203 functions : sceVSHTaskFcns_v481D, 2204 gadgets : {}2205 },2206 "SceVsh":2207 {2208 functions : sceVSH_v481D,2209 gadgets : {}2210 },2211 "SceLibc":2212 {2213 functions: sceLibcFcns_v481D,2214 gadgets : 2215 {2216 // scesetjmp : 0x13EE0 | 1,2217 // scelongjmp : 0x13F10 | 12218 }2219 }2220 }...

bind.mapping.js

Source:bind.mapping.js

1(function (factory) {2 // Module systems magic dance.34 if (typeof require === "function" && typeof exports === "object" && typeof module === "object") {5 // CommonJS or Node: hard-coded dependency on "knockout"6 factory(require("bind"), exports);7 } else if (typeof define === "function" && define["amd"]) {8 // AMD anonymous module with hard-coded dependency on "knockout"9 define(["bind", "exports"], factory);10 } else {11 // <script> tag: use the global `ko` object, attaching a `mapping` property12 factory(bind, bind.mapping = {});13 }14}(function (ko, exports) {15 // create our namespace object16 ko.mapping = exports;17 18 var DEBUG=false;19 var mappingProperty = "__ko_mapping__";20 var realKoDependentObservable = ko.dependentObservable;21 var mappingNesting = 0;22 var dependentObservables;23 var visitedObjects;24 var recognizedRootProperties = ["create", "update", "key", "arrayChanged"];25 var emptyReturn = {};2627 var _defaultOptions = {28 include: ["_destroy"],29 ignore: [],30 copy: [],31 observe: []32 };33 var defaultOptions = _defaultOptions;34 35 function unionArrays() {36 var args = arguments,37 l = args.length,38 obj = {},39 res = [],40 i, j, k;41 42 while (l--) {43 k = args[l];44 i = k.length;45 46 while (i--) {47 j = k[i];48 if (!obj[j]) {49 obj[j] = 1;50 res.push(j);51 }52 } 53 }54 55 return res;56 }5758 function extendObject(destination, source) {59 var destType;6061 for (var key in source) {62 if (source.hasOwnProperty(key) && source[key]) {63 destType = exports.getType(destination[key]);64 if (key && destination[key] && destType !== "array" && destType !== "string") {65 extendObject(destination[key], source[key]);66 } else {67 var bothArrays = exports.getType(destination[key]) === "array" && exports.getType(source[key]) === "array";68 if (bothArrays) {69 destination[key] = unionArrays(destination[key], source[key]);70 } else {71 destination[key] = source[key];72 }73 }74 }75 }76 }7778 function merge(obj1, obj2) {79 var merged = {};80 extendObject(merged, obj1);81 extendObject(merged, obj2);8283 return merged;84 }8586 exports.isMapped = function (viewModel) {87 var unwrapped = ko.utils.unwrapObservable(viewModel);88 return unwrapped && unwrapped[mappingProperty];89 }9091 exports.fromJS = function (jsObject /*, inputOptions, target*/ ) {92 if (arguments.length == 0) throw new Error("When calling ko.fromJS, pass the object you want to convert.");9394 try {95 if (!mappingNesting++) {96 dependentObservables = [];97 visitedObjects = new objectLookup();98 }99100 var options;101 var target;102103 if (arguments.length == 2) {104 if (arguments[1][mappingProperty]) {105 target = arguments[1];106 } else {107 options = arguments[1];108 }109 }110 if (arguments.length == 3) {111 options = arguments[1];112 target = arguments[2];113 }114115 if (target) {116 options = merge(options, target[mappingProperty]);117 }118 options = fillOptions(options);119120 var result = updateViewModel(target, jsObject, options);121 if (target) {122 result = target;123 }124125 // Evaluate any dependent observables that were proxied.126 // Do this after the model's observables have been created127 if (!--mappingNesting) {128 while (dependentObservables.length) {129 var DO = dependentObservables.pop();130 if (DO) {131 DO();132 133 // Move this magic property to the underlying dependent observable134 DO.__DO["throttleEvaluation"] = DO["throttleEvaluation"];135 }136 }137 }138139 // Save any new mapping options in the view model, so that updateFromJS can use them later.140 result[mappingProperty] = merge(result[mappingProperty], options);141142 return result;143 } catch(e) {144 mappingNesting = 0;145 throw e;146 }147 };148149 exports.fromJSON = function (jsonString /*, options, target*/ ) {150 var parsed = ko.utils.parseJson(jsonString);151 arguments[0] = parsed;152 return exports.fromJS.apply(this, arguments);153 };154155 exports.updateFromJS = function (viewModel) {156 throw new Error("ko.mapping.updateFromJS, use ko.mapping.fromJS instead. Please note that the order of parameters is different!");157 };158159 exports.updateFromJSON = function (viewModel) {160 throw new Error("ko.mapping.updateFromJSON, use ko.mapping.fromJSON instead. Please note that the order of parameters is different!");161 };162163 exports.toJS = function (rootObject, options) {164 if (!defaultOptions) exports.resetDefaultOptions();165166 if (arguments.length == 0) throw new Error("When calling ko.mapping.toJS, pass the object you want to convert.");167 if (exports.getType(defaultOptions.ignore) !== "array") throw new Error("ko.mapping.defaultOptions().ignore should be an array.");168 if (exports.getType(defaultOptions.include) !== "array") throw new Error("ko.mapping.defaultOptions().include should be an array.");169 if (exports.getType(defaultOptions.copy) !== "array") throw new Error("ko.mapping.defaultOptions().copy should be an array.");170171 // Merge in the options used in fromJS172 options = fillOptions(options, rootObject[mappingProperty]);173174 // We just unwrap everything at every level in the object graph175 return exports.visitModel(rootObject, function (x) {176 return ko.utils.unwrapObservable(x)177 }, options);178 };179180 exports.toJSON = function (rootObject, options) {181 var plainJavaScriptObject = exports.toJS(rootObject, options);182 return ko.utils.stringifyJson(plainJavaScriptObject);183 };184185 exports.defaultOptions = function () {186 if (arguments.length > 0) {187 defaultOptions = arguments[0];188 } else {189 return defaultOptions;190 }191 };192193 exports.resetDefaultOptions = function () {194 defaultOptions = {195 include: _defaultOptions.include.slice(0),196 ignore: _defaultOptions.ignore.slice(0),197 copy: _defaultOptions.copy.slice(0),198 observe: _defaultOptions.observe.slice(0)199 };200 };201202 exports.getType = function(x) {203 if ((x) && (typeof (x) === "object")) {204 if (x.constructor === Date) return "date";205 if (x.constructor === Array) return "array";206 }207 return typeof x;208 }209210 function fillOptions(rawOptions, otherOptions) {211 var options = merge({}, rawOptions);212213 // Move recognized root-level properties into a root namespace214 for (var i = recognizedRootProperties.length - 1; i >= 0; i--) {215 var property = recognizedRootProperties[i];216 217 // Carry on, unless this property is present218 if (!options[property]) continue;219 220 // Move the property into the root namespace221 if (!(options[""] instanceof Object)) options[""] = {};222 options[""][property] = options[property];223 delete options[property];224 }225226 if (otherOptions) {227 options.ignore = mergeArrays(otherOptions.ignore, options.ignore);228 options.include = mergeArrays(otherOptions.include, options.include);229 options.copy = mergeArrays(otherOptions.copy, options.copy);230 options.observe = mergeArrays(otherOptions.observe, options.observe);231 }232 options.ignore = mergeArrays(options.ignore, defaultOptions.ignore);233 options.include = mergeArrays(options.include, defaultOptions.include);234 options.copy = mergeArrays(options.copy, defaultOptions.copy);235 options.observe = mergeArrays(options.observe, defaultOptions.observe);236237 options.mappedProperties = options.mappedProperties || {};238 options.copiedProperties = options.copiedProperties || {};239 return options;240 }241242 function mergeArrays(a, b) {243 if (exports.getType(a) !== "array") {244 if (exports.getType(a) === "undefined") a = [];245 else a = [a];246 }247 if (exports.getType(b) !== "array") {248 if (exports.getType(b) === "undefined") b = [];249 else b = [b];250 }251252 return ko.utils.arrayGetDistinctValues(a.concat(b));253 }254255 // When using a 'create' callback, we proxy the dependent observable so that it doesn't immediately evaluate on creation.256 // The reason is that the dependent observables in the user-specified callback may contain references to properties that have not been mapped yet.257 function withProxyDependentObservable(dependentObservables, callback) {258 var localDO = ko.dependentObservable;259 ko.dependentObservable = function (read, owner, options) {260 options = options || {};261262 if (read && typeof read == "object") { // mirrors condition in knockout implementation of DO's263 options = read;264 }265266 var realDeferEvaluation = options.deferEvaluation;267268 var isRemoved = false;269270 // We wrap the original dependent observable so that we can remove it from the 'dependentObservables' list we need to evaluate after mapping has271 // completed if the user already evaluated the DO themselves in the meantime.272 var wrap = function (DO) {273 // Temporarily revert ko.dependentObservable, since it is used in ko.isWriteableObservable274 var tmp = ko.dependentObservable;275 ko.dependentObservable = realKoDependentObservable;276 var isWriteable = ko.isWriteableObservable(DO);277 ko.dependentObservable = tmp;278279 var wrapped = realKoDependentObservable({280 read: function () {281 if (!isRemoved) {282 ko.utils.arrayRemoveItem(dependentObservables, DO);283 isRemoved = true;284 }285 return DO.apply(DO, arguments);286 },287 write: isWriteable && function (val) {288 return DO(val);289 },290 deferEvaluation: true291 });292 if (DEBUG) wrapped._wrapper = true;293 wrapped.__DO = DO;294 return wrapped;295 };296 297 options.deferEvaluation = true; // will either set for just options, or both read/options.298 var realDependentObservable = new realKoDependentObservable(read, owner, options);299300 if (!realDeferEvaluation) {301 realDependentObservable = wrap(realDependentObservable);302 dependentObservables.push(realDependentObservable);303 }304305 return realDependentObservable;306 }307 ko.dependentObservable.fn = realKoDependentObservable.fn;308 ko.computed = ko.dependentObservable;309 var result = callback();310 ko.dependentObservable = localDO;311 ko.computed = ko.dependentObservable;312 return result;313 }314315 function updateViewModel(mappedRootObject, rootObject, options, parentName, parent, parentPropertyName, mappedParent) {316 var isArray = exports.getType(ko.utils.unwrapObservable(rootObject)) === "array";317318 parentPropertyName = parentPropertyName || "";319320 // If this object was already mapped previously, take the options from there and merge them with our existing ones.321 if (exports.isMapped(mappedRootObject)) {322 var previousMapping = ko.utils.unwrapObservable(mappedRootObject)[mappingProperty];323 options = merge(previousMapping, options);324 }325326 var callbackParams = {327 data: rootObject,328 parent: mappedParent || parent329 };330331 var hasCreateCallback = function () {332 return options[parentName] && options[parentName].create instanceof Function;333 };334335 var createCallback = function (data) {336 return withProxyDependentObservable(dependentObservables, function () {337 338 if (ko.utils.unwrapObservable(parent) instanceof Array) {339 return options[parentName].create({340 data: data || callbackParams.data,341 parent: callbackParams.parent,342 skip: emptyReturn343 });344 } else {345 return options[parentName].create({346 data: data || callbackParams.data,347 parent: callbackParams.parent348 });349 } 350 });351 };352353 var hasUpdateCallback = function () {354 return options[parentName] && options[parentName].update instanceof Function;355 };356357 var updateCallback = function (obj, data) {358 var params = {359 data: data || callbackParams.data,360 parent: callbackParams.parent,361 target: ko.utils.unwrapObservable(obj)362 };363364 if (ko.isWriteableObservable(obj)) {365 params.observable = obj;366 }367368 return options[parentName].update(params);369 }370371 var alreadyMapped = visitedObjects.get(rootObject);372 if (alreadyMapped) {373 return alreadyMapped;374 }375376 parentName = parentName || "";377378 if (!isArray) {379 // For atomic types, do a direct update on the observable380 if (!canHaveProperties(rootObject)) {381 switch (exports.getType(rootObject)) {382 case "function":383 if (hasUpdateCallback()) {384 if (ko.isWriteableObservable(rootObject)) {385 rootObject(updateCallback(rootObject));386 mappedRootObject = rootObject;387 } else {388 mappedRootObject = updateCallback(rootObject);389 }390 } else {391 mappedRootObject = rootObject;392 }393 break;394 default:395 if (ko.isWriteableObservable(mappedRootObject)) {396 if (hasUpdateCallback()) {397 var valueToWrite = updateCallback(mappedRootObject);398 mappedRootObject.set(valueToWrite);399 return valueToWrite;400 } else {401 var valueToWrite = ko.utils.unwrapObservable(rootObject);402 mappedRootObject.set(valueToWrite);403 return valueToWrite;404 }405 } else {406 var hasCreateOrUpdateCallback = hasCreateCallback() || hasUpdateCallback();407 408 if (hasCreateCallback()) {409 mappedRootObject = createCallback();410 } else {411 mappedRootObject = ko.observable(ko.utils.unwrapObservable(rootObject));412 }413414 if (hasUpdateCallback()) {415 mappedRootObject.set(updateCallback(mappedRootObject));416 }417 418 if (hasCreateOrUpdateCallback) return mappedRootObject;419 }420 }421422 } else {423 mappedRootObject = ko.utils.unwrapObservable(mappedRootObject);424 if (!mappedRootObject) {425 if (hasCreateCallback()) {426 var result = createCallback();427428 if (hasUpdateCallback()) {429 result = updateCallback(result);430 }431432 return result;433 } else {434 if (hasUpdateCallback()) {435 return updateCallback(result);436 }437438 mappedRootObject = {};439 }440 }441442 if (hasUpdateCallback()) {443 mappedRootObject = updateCallback(mappedRootObject);444 }445446 visitedObjects.save(rootObject, mappedRootObject);447 if (hasUpdateCallback()) return mappedRootObject;448449 // For non-atomic types, visit all properties and update recursively450 visitPropertiesOrArrayEntries(rootObject, function (indexer) {451 var fullPropertyName = parentPropertyName.length ? parentPropertyName + "." + indexer : indexer;452453 if (ko.utils.arrayIndexOf(options.ignore, fullPropertyName) != -1) {454 return;455 }456457 if (ko.utils.arrayIndexOf(options.copy, fullPropertyName) != -1) {458 mappedRootObject[indexer] = rootObject[indexer];459 return;460 }461462 if(typeof rootObject[indexer] != "object" && typeof rootObject[indexer] != "array" && options.observe.length > 0 && ko.utils.arrayIndexOf(options.observe, fullPropertyName) == -1)463 {464 mappedRootObject[indexer] = rootObject[indexer];465 options.copiedProperties[fullPropertyName] = true;466 return;467 }468 469 // In case we are adding an already mapped property, fill it with the previously mapped property value to prevent recursion.470 // If this is a property that was generated by fromJS, we should use the options specified there471 var prevMappedProperty = visitedObjects.get(rootObject[indexer]);472 var retval = updateViewModel(mappedRootObject[indexer], rootObject[indexer], options, indexer, mappedRootObject, fullPropertyName, mappedRootObject);473 var value = prevMappedProperty || retval;474 475 if(options.observe.length > 0 && ko.utils.arrayIndexOf(options.observe, fullPropertyName) == -1)476 {477 mappedRootObject[indexer] = ko.utils.unwrapObservable(value);478 options.copiedProperties[fullPropertyName] = true;479 return;480 }481 482 if (ko.isWriteableObservable(mappedRootObject[indexer])) {483 value = ko.utils.unwrapObservable(value);484 if (mappedRootObject[indexer].get() !== value) {485 mappedRootObject[indexer].set(value);486 }487 } else {488 value = mappedRootObject[indexer] === undefined ? value : ko.utils.unwrapObservable(value);489 mappedRootObject[indexer] = value;490 }491492 options.mappedProperties[fullPropertyName] = true;493 });494 }495 } else { //mappedRootObject is an array496 var changes = [];497498 var hasKeyCallback = false;499 var keyCallback = function (x) {500 return x;501 }502 if (options[parentName] && options[parentName].key) {503 keyCallback = options[parentName].key;504 hasKeyCallback = true;505 }506507 if (!ko.isObservable(mappedRootObject)) {508 // When creating the new observable array, also add a bunch of utility functions that take the 'key' of the array items into account.509 mappedRootObject = ko.observableArray([]);510511 mappedRootObject.mappedRemove = function (valueOrPredicate) {512 var predicate = typeof valueOrPredicate == "function" ? valueOrPredicate : function (value) {513 return value === keyCallback(valueOrPredicate);514 };515 return mappedRootObject.remove(function (item) {516 return predicate(keyCallback(item));517 });518 }519520 mappedRootObject.mappedRemoveAll = function (arrayOfValues) {521 var arrayOfKeys = filterArrayByKey(arrayOfValues, keyCallback);522 return mappedRootObject.remove(function (item) {523 return ko.utils.arrayIndexOf(arrayOfKeys, keyCallback(item)) != -1;524 });525 }526527 mappedRootObject.mappedDestroy = function (valueOrPredicate) {528 var predicate = typeof valueOrPredicate == "function" ? valueOrPredicate : function (value) {529 return value === keyCallback(valueOrPredicate);530 };531 return mappedRootObject.destroy(function (item) {532 return predicate(keyCallback(item));533 });534 }535536 mappedRootObject.mappedDestroyAll = function (arrayOfValues) {537 var arrayOfKeys = filterArrayByKey(arrayOfValues, keyCallback);538 return mappedRootObject.destroy(function (item) {539 return ko.utils.arrayIndexOf(arrayOfKeys, keyCallback(item)) != -1;540 });541 }542543 mappedRootObject.mappedIndexOf = function (item) {544 var keys = filterArrayByKey(mappedRootObject(), keyCallback);545 var key = keyCallback(item);546 return ko.utils.arrayIndexOf(keys, key);547 }548549 mappedRootObject.mappedGet = function (item) {550 return mappedRootObject()[mappedRootObject.mappedIndexOf(item)];551 }552553 mappedRootObject.mappedCreate = function (value) {554 if (mappedRootObject.mappedIndexOf(value) !== -1) {555 throw new Error("There already is an object with the key that you specified.");556 }557558 var item = hasCreateCallback() ? createCallback(value) : value;559 if (hasUpdateCallback()) {560 var newValue = updateCallback(item, value);561 if (ko.isWriteableObservable(item)) {562 item(newValue);563 } else {564 item = newValue;565 }566 }567 mappedRootObject.push(item);568 return item;569 }570 }571572 var currentArrayKeys = filterArrayByKey(ko.utils.unwrapObservable(mappedRootObject), keyCallback).sort();573 var newArrayKeys = filterArrayByKey(rootObject, keyCallback);574 if (hasKeyCallback) newArrayKeys.sort();575 var editScript = ko.utils.compareArrays(currentArrayKeys, newArrayKeys);576577 var ignoreIndexOf = {};578 579 var i, j;580581 var unwrappedRootObject = ko.utils.unwrapObservable(rootObject);582 var itemsByKey = {};583 var optimizedKeys = true;584 for (i = 0, j = unwrappedRootObject.length; i < j; i++) {585 var key = keyCallback(unwrappedRootObject[i]);586 if (key === undefined || key instanceof Object) {587 optimizedKeys = false;588 break;589 }590 itemsByKey[key] = unwrappedRootObject[i];591 }592593 var newContents = [];594 var passedOver = 0;595 for (i = 0, j = editScript.length; i < j; i++) {596 var key = editScript[i];597 var mappedItem;598 var fullPropertyName = parentPropertyName + "[" + i + "]";599 switch (key.status) {600 case "added":601 var item = optimizedKeys ? itemsByKey[key.value] : getItemByKey(ko.utils.unwrapObservable(rootObject), key.value, keyCallback);602 mappedItem = updateViewModel(undefined, item, options, parentName, mappedRootObject, fullPropertyName, parent);603 if(!hasCreateCallback()) {604 mappedItem = ko.utils.unwrapObservable(mappedItem);605 }606607 var index = ignorableIndexOf(ko.utils.unwrapObservable(rootObject), item, ignoreIndexOf);608 609 if (mappedItem === emptyReturn) {610 passedOver++;611 } else {612 newContents[index - passedOver] = mappedItem;613 }614 615 ignoreIndexOf[index] = true;616 break;617 case "retained":618 var item = optimizedKeys ? itemsByKey[key.value] : getItemByKey(ko.utils.unwrapObservable(rootObject), key.value, keyCallback);619 mappedItem = getItemByKey(mappedRootObject, key.value, keyCallback);620 updateViewModel(mappedItem, item, options, parentName, mappedRootObject, fullPropertyName, parent);621622 var index = ignorableIndexOf(ko.utils.unwrapObservable(rootObject), item, ignoreIndexOf);623 newContents[index] = mappedItem;624 ignoreIndexOf[index] = true;625 break;626 case "deleted":627 mappedItem = getItemByKey(mappedRootObject, key.value, keyCallback);628 break;629 }630631 changes.push({632 event: key.status,633 item: mappedItem634 });635 }636637 mappedRootObject.set(newContents);638639 if (options[parentName] && options[parentName].arrayChanged) {640 ko.utils.arrayForEach(changes, function (change) {641 options[parentName].arrayChanged(change.event, change.item);642 });643 }644 }645646 return mappedRootObject;647 }648649 function ignorableIndexOf(array, item, ignoreIndices) {650 for (var i = 0, j = array.length; i < j; i++) {651 if (ignoreIndices[i] === true) continue;652 if (array[i] === item) return i;653 }654 return null;655 }656657 function mapKey(item, callback) {658 var mappedItem;659 if (callback) mappedItem = callback(item);660 if (exports.getType(mappedItem) === "undefined") mappedItem = item;661662 return ko.utils.unwrapObservable(mappedItem);663 }664665 function getItemByKey(array, key, callback) {666 array = ko.utils.unwrapObservable(array);667 for (var i = 0, j = array.length; i < j; i++) {668 var item = array[i];669 if (mapKey(item, callback) === key) return item;670 }671672 throw new Error("When calling ko.update*, the key '" + key + "' was not found!");673 }674675 function filterArrayByKey(array, callback) {676 return ko.utils.arrayMap(ko.utils.unwrapObservable(array), function (item) {677 if (callback) {678 return mapKey(item, callback);679 } else {680 return item;681 }682 });683 }684685 function visitPropertiesOrArrayEntries(rootObject, visitorCallback) {686 if (exports.getType(rootObject) === "array") {687 for (var i = 0; i < rootObject.length; i++)688 visitorCallback(i);689 } else {690 for (var propertyName in rootObject)691 visitorCallback(propertyName);692 }693 };694695 function canHaveProperties(object) {696 var type = exports.getType(object);697 return ((type === "object") || (type === "array")) && (object !== null);698 }699700 // Based on the parentName, this creates a fully classified name of a property701702 function getPropertyName(parentName, parent, indexer) {703 var propertyName = parentName || "";704 if (exports.getType(parent) === "array") {705 if (parentName) {706 propertyName += "[" + indexer + "]";707 }708 } else {709 if (parentName) {710 propertyName += ".";711 }712 propertyName += indexer;713 }714 return propertyName;715 }716717 exports.visitModel = function (rootObject, callback, options) {718 options = options || {};719 options.visitedObjects = options.visitedObjects || new objectLookup();720721 var mappedRootObject;722 var unwrappedRootObject = ko.utils.unwrapObservable(rootObject);723724 if (!canHaveProperties(unwrappedRootObject)) {725 return callback(rootObject, options.parentName);726 } else {727 options = fillOptions(options, unwrappedRootObject[mappingProperty]);728729 // Only do a callback, but ignore the results730 callback(rootObject, options.parentName);731 mappedRootObject = exports.getType(unwrappedRootObject) === "array" ? [] : {};732 }733734 options.visitedObjects.save(rootObject, mappedRootObject);735736 var parentName = options.parentName;737 visitPropertiesOrArrayEntries(unwrappedRootObject, function (indexer) {738 if (options.ignore && ko.utils.arrayIndexOf(options.ignore, indexer) != -1) return;739740 var propertyValue = unwrappedRootObject[indexer];741 options.parentName = getPropertyName(parentName, unwrappedRootObject, indexer);742743 // If we don't want to explicitly copy the unmapped property...744 if (ko.utils.arrayIndexOf(options.copy, indexer) === -1) {745 // ...find out if it's a property we want to explicitly include746 if (ko.utils.arrayIndexOf(options.include, indexer) === -1) {747 // The mapped properties object contains all the properties that were part of the original object.748 // If a property does not exist, and it is not because it is part of an array (e.g. "myProp[3]"), then it should not be unmapped.749 if (unwrappedRootObject[mappingProperty]750 && unwrappedRootObject[mappingProperty].mappedProperties && !unwrappedRootObject[mappingProperty].mappedProperties[indexer]751 && unwrappedRootObject[mappingProperty].copiedProperties && !unwrappedRootObject[mappingProperty].copiedProperties[indexer]752 && !(exports.getType(unwrappedRootObject) === "array")) {753 return;754 }755 }756 }757758 var outputProperty;759 switch (exports.getType(ko.utils.unwrapObservable(propertyValue))) {760 case "object":761 case "array":762 case "undefined":763 var previouslyMappedValue = options.visitedObjects.get(propertyValue);764 mappedRootObject[indexer] = (exports.getType(previouslyMappedValue) !== "undefined") ? previouslyMappedValue : exports.visitModel(propertyValue, callback, options);765 break;766 default:767 mappedRootObject[indexer] = callback(propertyValue, options.parentName);768 }769 });770771 return mappedRootObject;772 }773774 function simpleObjectLookup() {775 var keys = [];776 var values = [];777 this.save = function (key, value) {778 var existingIndex = ko.utils.arrayIndexOf(keys, key);779 if (existingIndex >= 0) values[existingIndex] = value;780 else {781 keys.push(key);782 values.push(value);783 }784 };785 this.get = function (key) {786 var existingIndex = ko.utils.arrayIndexOf(keys, key);787 var value = (existingIndex >= 0) ? values[existingIndex] : undefined;788 return value;789 };790 };791 792 function objectLookup() {793 var buckets = {};794 795 var findBucket = function(key) {796 var bucketKey;797 try {798 bucketKey = key;//JSON.stringify(key);799 }800 catch (e) {801 bucketKey = "$$$";802 }803804 var bucket = buckets[bucketKey];805 if (bucket === undefined) {806 bucket = new simpleObjectLookup();807 buckets[bucketKey] = bucket;808 }809 return bucket;810 };811 812 this.save = function (key, value) {813 findBucket(key).save(key, value);814 };815 this.get = function (key) {816 return findBucket(key).get(key);817 };818 }; ...

knockout.mapping-latest.debug.js

Source:knockout.mapping-latest.debug.js

1// Knockout Mapping plugin v1.0pre2// (c) 2011 Steven Sanderson, Roy Jacobs - http://knockoutjs.com/3// License: Ms-Pl (http://www.opensource.org/licenses/ms-pl.html)4// Google Closure Compiler helpers (used only to make the minified file smaller)5ko.exportSymbol = function (publicPath, object) {6 var tokens = publicPath.split(".");7 var target = window;8 for (var i = 0; i < tokens.length - 1; i++)9 target = target[tokens[i]];10 target[tokens[tokens.length - 1]] = object;11};12ko.exportProperty = function (owner, publicName, object) {13 owner[publicName] = object;14};15(function () {16 ko.mapping = {};17 var mappingProperty = "__ko_mapping__";18 var realKoDependentObservable = ko.dependentObservable;19 var defaultOptions = {20 include: ["_destroy"],21 ignore: []22 };23 24 ko.mapping.fromJS = function (jsObject, options, target) {25 if (arguments.length == 0) throw new Error("When calling ko.fromJS, pass the object you want to convert.");26 options = fillOptions(options);27 var result = updateViewModel(target, jsObject, options);28 result[mappingProperty] = result[mappingProperty] || {};29 result[mappingProperty] = options;30 return result;31 };32 ko.mapping.fromJSON = function (jsonString, options) {33 var parsed = ko.utils.parseJson(jsonString);34 return ko.mapping.fromJS(parsed, options);35 };36 37 ko.mapping.isMapped = function(viewModel) {38 var unwrapped = ko.utils.unwrapObservable(viewModel);39 return unwrapped && unwrapped[mappingProperty];40 }41 ko.mapping.updateFromJS = function (viewModel, jsObject) {42 if (arguments.length < 2) throw new Error("When calling ko.updateFromJS, pass: the object to update and the object you want to update from.");43 if (!viewModel) throw new Error("The object is undefined.");44 45 if (!viewModel[mappingProperty]) throw new Error("The object you are trying to update was not created by a 'fromJS' or 'fromJSON' mapping.");46 return updateViewModel(viewModel, jsObject, viewModel[mappingProperty]);47 };48 ko.mapping.updateFromJSON = function (viewModel, jsonString, options) {49 var parsed = ko.utils.parseJson(jsonString);50 return ko.mapping.updateFromJS(viewModel, parsed, options);51 };52 ko.mapping.toJS = function (rootObject, options) {53 if (arguments.length == 0) throw new Error("When calling ko.mapping.toJS, pass the object you want to convert.");54 options = options || {};55 options.ignore = options.ignore || defaultOptions.ignore;56 if (!(options.ignore instanceof Array)) {57 options.ignore = [options.ignore];58 }59 options.include = options.include || defaultOptions.include;60 if (!(options.include instanceof Array)) {61 options.include = [options.include];62 }63 // We just unwrap everything at every level in the object graph64 return ko.mapping.visitModel(rootObject, function(x) {65 return ko.utils.unwrapObservable(x)66 }, options);67 };68 ko.mapping.toJSON = function (rootObject, options) {69 var plainJavaScriptObject = ko.mapping.toJS(rootObject, options);70 return ko.utils.stringifyJson(plainJavaScriptObject);71 };72 73 ko.mapping.defaultOptions = function() {74 if (arguments.length > 0) {75 defaultOptions = arguments[0];76 } else {77 return defaultOptions;78 }79 };80 function getType(x) {81 if ((x) && (typeof(x) === "object") && (x.constructor == (new Date).constructor)) return "date";82 return typeof x;83 }84 function fillOptions(options) {85 options = options || {};86 // Is there only a root-level mapping present?87 if ((options.create instanceof Function) || (options.key instanceof Function) || (options.arrayChanged instanceof Function)) {88 options = {89 "": options90 };91 }92 options.mappedProperties = {};93 return options;94 }95 function proxyDependentObservable() {96 ko.dependentObservable = function() {97 var options = arguments[2] || {};98 options.deferEvaluation = true;99 100 var realDependentObservable = new realKoDependentObservable(arguments[0], arguments[1], options);101 realDependentObservable.__ko_proto__ = realKoDependentObservable;102 return realDependentObservable;103 }104 }105 function unproxyDependentObservable() {106 ko.dependentObservable = realKoDependentObservable;107 }108 function updateViewModel(mappedRootObject, rootObject, options, visitedObjects, parentName, parent) {109 var isArray = ko.utils.unwrapObservable(rootObject) instanceof Array;110 111 // If this object was already mapped previously, take the options from there112 if (ko.mapping.isMapped(mappedRootObject)) {113 options = ko.utils.unwrapObservable(mappedRootObject)[mappingProperty];114 }115 116 var hasCreateCallback = function () {117 return options[parentName] && options[parentName].create instanceof Function;118 }119 visitedObjects = visitedObjects || new objectLookup();120 if (visitedObjects.get(rootObject)) return mappedRootObject;121 parentName = parentName || "";122 if (!isArray) {123 // For atomic types, do a direct update on the observable124 if (!canHaveProperties(rootObject)) {125 switch (getType(rootObject)) {126 case "function":127 mappedRootObject = rootObject;128 break;129 default:130 if (ko.isWriteableObservable(mappedRootObject)) {131 mappedRootObject(ko.utils.unwrapObservable(rootObject));132 } else {133 mappedRootObject = ko.observable(ko.utils.unwrapObservable(rootObject));134 }135 break;136 }137 } else {138 if (!mappedRootObject) {139 if (hasCreateCallback()) {140 // When using a 'create' callback, we proxy the dependent observable so that it doesn't immediately evaluate on creation.141 // The reason is that the dependent observables in the user-specified callback may contain references to properties that have not been mapped yet.142 proxyDependentObservable();143 var result = options[parentName].create({144 data: rootObject,145 parent: parent146 });147 unproxyDependentObservable();148 return result;149 } else {150 mappedRootObject = {};151 }152 }153 visitedObjects.save(rootObject, mappedRootObject);154 // For non-atomic types, visit all properties and update recursively155 visitPropertiesOrArrayEntries(rootObject, function (indexer) {156 var mappedProperty;157 var prevMappedProperty = visitedObjects.get(rootObject[indexer]);158 if (prevMappedProperty) {159 // In case we are adding an already mapped property, fill it with the previously mapped property value to prevent recursion.160 mappedRootObject[indexer] = prevMappedProperty;161 } else {162 // If this is a property that was generated by fromJS, we should use the options specified there163 mappedRootObject[indexer] = updateViewModel(mappedRootObject[indexer], rootObject[indexer], options, visitedObjects, indexer, mappedRootObject);164 }165 166 options.mappedProperties[getPropertyName(parentName, rootObject, indexer)] = true;167 });168 }169 } else {170 var changes = [];171 var keyCallback = function (x) {172 return x;173 }174 if (options[parentName] && options[parentName].key) {175 keyCallback = options[parentName].key;176 }177 178 if (!ko.isObservable(mappedRootObject)) {179 // When creating the new observable array, also add a bunch of utility functions that take the 'key' of the array items into account.180 mappedRootObject = ko.observableArray([]);181 182 mappedRootObject.mappedRemove = function(valueOrPredicate) {183 var predicate = typeof valueOrPredicate == "function" ? valueOrPredicate : function (value) { return value === keyCallback(valueOrPredicate); };184 return mappedRootObject.remove(function(item) {185 return predicate(keyCallback(item));186 });187 }188 mappedRootObject.mappedRemoveAll = function(arrayOfValues) {189 var arrayOfKeys = filterArrayByKey(arrayOfValues, keyCallback);190 return mappedRootObject.remove(function(item) {191 return ko.utils.arrayIndexOf(arrayOfKeys, keyCallback(item)) != -1;192 });193 }194 mappedRootObject.mappedDestroy = function(valueOrPredicate) {195 var predicate = typeof valueOrPredicate == "function" ? valueOrPredicate : function (value) { return value === keyCallback(valueOrPredicate); };196 return mappedRootObject.destroy(function(item) {197 return predicate(keyCallback(item));198 });199 }200 mappedRootObject.mappedDestroyAll = function(arrayOfValues) {201 var arrayOfKeys = filterArrayByKey(arrayOfValues, keyCallback);202 return mappedRootObject.destroy(function(item) {203 return ko.utils.arrayIndexOf(arrayOfKeys, keyCallback(item)) != -1;204 });205 }206 mappedRootObject.mappedIndexOf = function(item) {207 var keys = filterArrayByKey(mappedRootObject(), keyCallback);208 var key = keyCallback(item);209 return ko.utils.arrayIndexOf(keys, key);210 }211 }212 var currentArrayKeys = filterArrayByKey(ko.utils.unwrapObservable(mappedRootObject), keyCallback).sort();213 var prevArrayKeys = filterArrayByKey(rootObject, keyCallback).sort();214 var editScript = ko.utils.compareArrays(currentArrayKeys, prevArrayKeys);215 var newContents = [];216 for (var i = 0, j = editScript.length; i < j; i++) {217 var key = editScript[i];218 var mappedItem;219 switch (key.status) {220 case "added":221 var item = getItemByKey(ko.utils.unwrapObservable(rootObject), key.value, keyCallback);222 mappedItem = ko.utils.unwrapObservable(updateViewModel(undefined, item, options, visitedObjects, parentName, mappedRootObject));223 224 var index = ko.utils.arrayIndexOf(ko.utils.unwrapObservable(rootObject), item);225 newContents[index] = mappedItem;226 break;227 case "retained":228 var item = getItemByKey(ko.utils.unwrapObservable(rootObject), key.value, keyCallback);229 mappedItem = getItemByKey(mappedRootObject, key.value, keyCallback);230 updateViewModel(mappedItem, item, options, visitedObjects, parentName, mappedRootObject);231 232 var index = ko.utils.arrayIndexOf(ko.utils.unwrapObservable(rootObject), item);233 newContents[index] = mappedItem;234 break;235 case "deleted":236 mappedItem = getItemByKey(mappedRootObject, key.value, keyCallback);237 break;238 }239 changes.push({240 event: key.status,241 item: mappedItem242 });243 }244 245 mappedRootObject(newContents);246 if (options[parentName] && options[parentName].arrayChanged) {247 ko.utils.arrayForEach(changes, function (change) {248 options[parentName].arrayChanged(change.event, change.item);249 });250 }251 }252 return mappedRootObject;253 }254 function mapKey(item, callback) {255 var mappedItem;256 if (callback) mappedItem = callback(item);257 if (!mappedItem) mappedItem = item;258 return ko.utils.unwrapObservable(mappedItem);259 }260 function getItemByKey(array, key, callback) {261 var filtered = ko.utils.arrayFilter(ko.utils.unwrapObservable(array), function (item) {262 return mapKey(item, callback) == key;263 });264 if (filtered.length == 0) throw new Error("When calling ko.update*, the key '" + key + "' was not found!");265 if ((filtered.length > 1) && (canHaveProperties(filtered[0]))) throw new Error("When calling ko.update*, the key '" + key + "' was not unique!");266 return filtered[0];267 }268 function filterArrayByKey(array, callback) {269 return ko.utils.arrayMap(ko.utils.unwrapObservable(array), function (item) {270 if (callback) {271 return mapKey(item, callback);272 } else {273 return item;274 }275 });276 }277 function compareArrays(prevArray, currentArray, mapKeyCallback, callback, callbackTarget) {278 var currentArrayKeys = filterArrayByKey(currentArray, mapKeyCallback).sort();279 var prevArrayKeys = filterArrayByKey(prevArray, mapKeyCallback).sort();280 var editScript = ko.utils.compareArrays(prevArrayKeys, currentArrayKeys);281 for (var i = 0, j = editScript.length; i < j; i++) {282 var key = editScript[i];283 switch (key.status) {284 case "added":285 var item = getItemByKey(ko.utils.unwrapObservable(currentArray), key.value, mapKeyCallback);286 callback("added", item);287 break;288 case "retained":289 var item = getItemByKey(currentArray, key.value, mapKeyCallback);290 callback("retained", item);291 break;292 case "deleted":293 var item = getItemByKey(ko.utils.unwrapObservable(prevArray), key.value, mapKeyCallback);294 callback("deleted", item);295 break;296 }297 }298 }299 function visitPropertiesOrArrayEntries(rootObject, visitorCallback) {300 if (rootObject instanceof Array) {301 for (var i = 0; i < rootObject.length; i++)302 visitorCallback(i);303 } else {304 for (var propertyName in rootObject)305 visitorCallback(propertyName);306 }307 };308 function canHaveProperties(object) {309 return (getType(object) == "object") && (object !== null) && (object !== undefined);310 }311 312 // Based on the parentName, this creates a fully classified name of a property313 function getPropertyName(parentName, parent, indexer) {314 var propertyName = parentName || "";315 if (parent instanceof Array) {316 if (parentName) {317 propertyName += "[" + indexer + "]";318 }319 } else {320 if (parentName) {321 propertyName += ".";322 }323 propertyName += indexer;324 }325 return propertyName;326 }327 ko.mapping.visitModel = function(rootObject, callback, options) {328 options = options || {};329 options.visitedObjects = options.visitedObjects || new objectLookup();330 var mappedRootObject;331 var unwrappedRootObject = ko.utils.unwrapObservable(rootObject);332 if (!canHaveProperties(unwrappedRootObject)) {333 return callback(rootObject, options.parentName);334 } else {335 // Only do a callback, but ignore the results336 callback(rootObject, options.parentName); 337 mappedRootObject = unwrappedRootObject instanceof Array ? [] : {};338 }339 options.visitedObjects.save(rootObject, mappedRootObject);340 var parentName = options.parentName;341 visitPropertiesOrArrayEntries(unwrappedRootObject, function(indexer) {342 if (options.ignore && ko.utils.arrayIndexOf(options.ignore, indexer) != -1) return;343 344 var propertyValue = unwrappedRootObject[indexer];345 options.parentName = getPropertyName(parentName, unwrappedRootObject, indexer);346 347 if (options.include && ko.utils.arrayIndexOf(options.include, indexer) === -1) {348 // The mapped properties object contains all the properties that were part of the original object.349 // If a property does not exist, and it is not because it is part of an array (e.g. "myProp[3]"), then it should not be unmapped.350 if (unwrappedRootObject[mappingProperty] && unwrappedRootObject[mappingProperty].mappedProperties && !unwrappedRootObject[mappingProperty].mappedProperties[indexer] && !(unwrappedRootObject instanceof Array)) {351 return;352 }353 }354 var outputProperty;355 switch (getType(ko.utils.unwrapObservable(propertyValue))) {356 case "object":357 case "undefined":358 var previouslyMappedValue = options.visitedObjects.get(propertyValue);359 mappedRootObject[indexer] = (previouslyMappedValue !== undefined) ? previouslyMappedValue : ko.mapping.visitModel(propertyValue, callback, options);360 break;361 default:362 mappedRootObject[indexer] = callback(propertyValue, options.parentName);363 }364 });365 return mappedRootObject;366 }367 function objectLookup() {368 var keys = [];369 var values = [];370 this.save = function (key, value) {371 var existingIndex = ko.utils.arrayIndexOf(keys, key);372 if (existingIndex >= 0) values[existingIndex] = value;373 else {374 keys.push(key);375 values.push(value);376 }377 };378 this.get = function (key) {379 var existingIndex = ko.utils.arrayIndexOf(keys, key);380 return (existingIndex >= 0) ? values[existingIndex] : undefined;381 };382 };383 ko.exportSymbol('ko.mapping', ko.mapping);384 ko.exportSymbol('ko.mapping.fromJS', ko.mapping.fromJS);385 ko.exportSymbol('ko.mapping.fromJSON', ko.mapping.fromJSON);386 ko.exportSymbol('ko.mapping.isMapped', ko.mapping.isMapped);387 ko.exportSymbol('ko.mapping.defaultOptions', ko.mapping.defaultOptions);388 ko.exportSymbol('ko.mapping.toJS', ko.mapping.toJS);389 ko.exportSymbol('ko.mapping.toJSON', ko.mapping.toJSON);390 ko.exportSymbol('ko.mapping.updateFromJS', ko.mapping.updateFromJS);391 ko.exportSymbol('ko.mapping.updateFromJSON', ko.mapping.updateFromJSON);392 ko.exportSymbol('ko.mapping.visitModel', ko.mapping.visitModel);...

mapper.test.js

Source:mapper.test.js

1'use strict';2let should = require('chai').should();3let rewire = require('rewire');4let mapper = rewire('../src/mapper.js');5describe('mapper.js', function() {6 let sampleMetric = {7 id: '/subscriptions/8d4abd5c-09ec-3456-aa23-ed7873828a23/providers/Microsoft.Commerce/UsageAggregates/Daily_BRSDT_20170101_0000',8 name: 'Daily_BRSDT_20170101_0000',9 type: 'Microsoft.Commerce/UsageAggregate',10 subscriptionId: '8d4abd5c-09ec-3456-aa23-ed7873828a23',11 meterId: '211e620c-ebcf-4db5-a7fd-996abebe9546',12 usageStartTime: new Date('2017-01-01T00:00:00.000Z'),13 usageEndTime: new Date('2017-01-02T00:00:00.000Z'),14 quantity: 0.6864,15 unit: '10,000s',16 meterName: 'Standard IO - Block Blob Write Operation Units (in 10,000s)',17 meterCategory: 'Data Management',18 infoFields: {},19 instanceData: '{"Microsoft.Resources":{"resourceUri":"/subscriptions/8d4abd5c-09ec-3456-aa23-ed7873828a23/resourceGroups/mygroup/providers/Microsoft.Storage/storageAccounts/myresource","location":"euwest","tags":{"displayName":"Storage Account"}}}'20 };21 let sampleMetric2 = {22 id: '/subscriptions/8d4abd5c-09ec-3456-aa23-ed7873828a23/providers/Microsoft.Commerce/UsageAggregates/Daily_BRSDT_20170101_0000',23 name: 'Daily_BRSDT_20170101_0000',24 type: 'Microsoft.Commerce/UsageAggregate',25 subscriptionId: '8d4abd5c-09ec-3456-aa23-ed7873828a23',26 meterId: '211e620c-ebcf-4db5-a7fd-545454545454',27 usageStartTime: new Date('2017-01-02T00:00:00.000Z'),28 usageEndTime: new Date('2017-01-03T00:00:00.000Z'),29 quantity: 0.6864,30 unit: '10,000s',31 meterName: 'Standard IO - Block Blob Write Operation Units (in 10,000s)',32 meterCategory: 'Data Management',33 infoFields: {},34 instanceData: '{"Microsoft.Resources":{}}'35 };36 let sampleRate = {37 '211e620c-ebcf-4db5-a7fd-996abebe9546': 0.5,38 '211e620c-ebcf-4db5-a7fd-545454545454': 239 }40 let mappedMetrics = mapper([sampleMetric, sampleMetric2], sampleRate);41 it('should calculate the cost', function() {42 mappedMetrics[0].cost.should.equal(0.3432);43 mappedMetrics[1].cost.should.equal(1.3728);44 });45 it('should set the rate', function() {46 mappedMetrics[0].rate.should.equal(0.5);47 mappedMetrics[1].rate.should.equal(2);48 });49 it('should set the date', function() {50 mappedMetrics[0].day.toISOString().should.equal(new Date('2017-01-02T00:00:00.000Z').toISOString());51 mappedMetrics[1].day.toISOString().should.equal(new Date('2017-01-03T00:00:00.000Z').toISOString());52 });53 it('should set the resource ID', function() {54 mappedMetrics[0].resourceUri.should.equal('/subscriptions/8d4abd5c-09ec-3456-aa23-ed7873828a23/resourceGroups/mygroup/providers/Microsoft.Storage/storageAccounts/myresource');55 mappedMetrics[1].resourceUri.should.equal('others');56 });57 it('should set the location', function() {58 mappedMetrics[0].location.should.equal('euwest');59 should.not.exist(mappedMetrics[1].location);60 });61 it('should set the tags', function() {62 mappedMetrics[0].tags.should.eql({63 displayName: 'Storage Account'64 });65 should.not.exist(mappedMetrics[1].tags);66 });67 it('should set the resource group', function() {68 mappedMetrics[0].resourceGroup.should.equal('mygroup');69 mappedMetrics[1].resourceGroup.should.equal('');70 });71 it('should set the name', function() {72 mappedMetrics[0].name.should.equal('myresource');73 mappedMetrics[1].name.should.equal('Others');74 });75 it('should unset the id', function() {76 should.not.exist(mappedMetrics[0].id);77 should.not.exist(mappedMetrics[1].id);78 });79 it('should unset the type', function() {80 should.not.exist(mappedMetrics[0].type);81 should.not.exist(mappedMetrics[1].type);82 });83 it('should unset the meterId', function() {84 should.not.exist(mappedMetrics[0].meterId);85 should.not.exist(mappedMetrics[1].meterId);86 });87 it('should unset the usageStartTime', function() {88 should.not.exist(mappedMetrics[0].usageStartTime);89 should.not.exist(mappedMetrics[1].usageStartTime);90 });91 it('should unset the usageEndTime', function() {92 should.not.exist(mappedMetrics[0].usageEndTime);93 should.not.exist(mappedMetrics[1].usageEndTime);94 });95 it('should unset the instanceData', function() {96 should.not.exist(mappedMetrics[0].instanceData);97 should.not.exist(mappedMetrics[1].instanceData);98 });99 it('should unset the infoFields', function() {100 should.not.exist(mappedMetrics[0].infoFields);101 should.not.exist(mappedMetrics[1].infoFields);102 });...

Using AI Code Generation

1const { property, fc } = require('fast-check');2const { map } = require('fast-check-monorepo');3const isEven = (n) => n % 2 === 0;4const isOdd = (n) => n % 2 === 1;5property(map(fc.integer(), isEven), isOdd).check();6const { property, fc } = require('fast-check');7const { map } = require('./my-map');8const isEven = (n) => n % 2 === 0;9const isOdd = (n) => n % 2 === 1;10property(map(fc.integer(), isEven), isOdd).check();11const fc = require('fast-check');12const jestMatchers = require('expect/build/jestMatchersObject');13const jestExpect = require('expect/build/index').expect;14const expect = (actual) => jestExpect(actual, jestMatchers);15describe('test', () => {16 it('works', () => {17 fc.assert(18 fc.property(fc.integer(), (n) => {19 expect(n).toBeGreaterThanOrEqual(0);20 })21 );22 });23});24const fc = require('fast-check');25const reverseStrings = (strings) => strings.map((s) => s.split('').reverse().join(''));

Using AI Code Generation

1const fc = require('fast-check');2fc.assert(fc.property(fc.integer(), fc.integer(), (a, b) => a + b === b + a));3{4 "devDependencies": {5 }6}7{8 "scripts": {9 },10 "dependencies": {11 },12 "devDependencies": {13 },14}15import * as fc from 'fast-check';16import * as assert from 'assert';17describe('Property', () => {18 it('Should be able to use a property', () => {19 fc.assert(fc.property(fc.integer(), fc.integer(), (a, b) => a + b === b + a));20 });21});22import * as fc from 'fast-check';23import * as assert from 'assert';24describe('Async', () => {25 it('Should be able to use async', () => {26 fc.assert(fc.asyncProperty(fc.integer(), fc.integer(), async (a, b) => a + b === b + a));27 });28});29import * as fc from 'fast-check';30import * as assert from 'assert';31describe('Async', () => {32 it('Should be able to use async', () => {33 fc.assert(fc.async

Using AI Code Generation

1const { fc, testProp } = require("fast-check");2const { fc: fc2 } = require("fast-check-monorepo");3const { fc: fc3 } = require("fast-check-monorepo");4const { fc: fc4 } = require("fast-check-monorepo");5const { fc: fc5 } = require("fast-check-monorepo");6testProp("test", [fc.integer()], (a) => {7 return true;8});9testProp("test2", [fc2.integer()], (a) => {10 return true;11});12testProp("test3", [fc3.integer()], (a) => {13 return true;14});15testProp("test4", [fc4.integer()], (a) => {16 return true;17});18testProp("test5", [fc5.integer()], (a) => {19 return true;20});21const { fc, testProp } = require("fast-check-monorepo");22const { fc: fc2 } = require("fast-check-monorepo");23const { fc: fc3 } = require("fast-check-monorepo");24const { fc: fc4 } = require("fast-check-monorepo");25const { fc: fc5 } = require("fast-check-monorepo");26testProp("test", [fc.integer()], (a) => {27 return true;28});29testProp("test2", [fc2.integer()], (a) => {30 return true;31});32testProp("test3", [fc3.integer()], (a) => {33 return true;34});35testProp("test4", [fc4.integer()], (a) => {36 return true;37});38testProp("test5", [fc5.integer()], (a) => {39 return true;40});41const { fc, testProp } = require("fast-check-monorepo");42const { fc: fc2 } = require("fast-check-monorepo");43const { fc: fc3 } = require("fast-check-monorepo");44const { fc: fc4 } = require("fast-check-monorepo");45const { fc: fc5 } = require("fast-check-monorepo");46testProp("test", [fc.integer()], (a) => {

Using AI Code Generation

1const fc = require('fast-check');2const { counterexample } = require('fast-check-monorepo');3fc.assert(4 fc.property(fc.integer(), (n) => {5 return counterexample(n, n === 0);6 })7);

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