{"version":3,"file":"index.cjs.cjs","sources":["../src/RE2Flags.js","../src/Codepoint.js","../src/UnicodeRangeTable.js","../src/UnicodeTables.js","../src/Unicode.js","../src/Utils.js","../src/helpers.js","../src/MatcherInput.js","../src/MachineInput.js","../src/exceptions.js","../src/Matcher.js","../src/Inst.js","../src/Machine.js","../src/DFA.js","../src/Regexp.js","../src/Prog.js","../src/Compiler.js","../src/Simplify.js","../src/CharGroup.js","../src/CharClass.js","../src/Parser.js","../src/RE2.js","../src/TranslateRegExpString.js","../src/index.js"],"sourcesContent":["//// Parser flags.\nclass RE2Flags {\n  // Fold case during matching (case-insensitive).\n  static FOLD_CASE = 0x01\n  // Treat pattern as a literal string instead of a regexp.\n  static LITERAL = 0x02\n  // Allow character classes like [^a-z] and [[:space:]] to match newline.\n  static CLASS_NL = 0x04\n  // Allow '.' to match newline.\n  static DOT_NL = 0x08\n  // Treat ^ and $ as only matching at beginning and end of text, not\n  // around embedded newlines.  (Perl's default).\n  static ONE_LINE = 0x10\n  // Make repetition operators default to non-greedy.\n  static NON_GREEDY = 0x20\n  // allow Perl extensions:\n  //   non-capturing parens - (?: )\n  //   non-greedy operators - *? +? ?? {}?\n  //   flag edits - (?i) (?-i) (?i: )\n  //     i - FoldCase\n  //     m - !OneLine\n  //     s - DotNL\n  //     U - NonGreedy\n  //   line ends: \\A \\z\n  //   \\Q and \\E to disable/enable metacharacters\n  //   (?P<name>expr) for named captures\n  // \\C (any byte) is not supported.\n  static PERL_X = 0x40\n  // Allow \\p{Han}, \\P{Han} for Unicode group and negation.\n  static UNICODE_GROUPS = 0x80\n  // Regexp END_TEXT was $, not \\z.  Internal use only.\n  static WAS_DOLLAR = 0x100\n\n  static MATCH_NL = RE2Flags.CLASS_NL | RE2Flags.DOT_NL\n  // As close to Perl as possible.\n  static PERL = RE2Flags.CLASS_NL | RE2Flags.ONE_LINE | RE2Flags.PERL_X | RE2Flags.UNICODE_GROUPS\n  // POSIX syntax.\n  static POSIX = 0\n  //// Anchors\n  static UNANCHORED = 0\n  static ANCHOR_START = 1\n  static ANCHOR_BOTH = 2\n}\n\nexport { RE2Flags }\n","/**\n * Various constants and helper for unicode codepoints.\n */\nclass Codepoint {\n  // codePointAt(0)\n  static CODES = new Map([\n    ['\\x07', 7],\n    ['\\b', 8],\n    ['\\t', 9],\n    ['\\n', 10],\n    ['\\v', 11],\n    ['\\f', 12],\n    ['\\r', 13],\n    [' ', 32],\n    ['\"', 34],\n    ['$', 36],\n    ['&', 38],\n    ['(', 40],\n    [')', 41],\n    ['*', 42],\n    ['+', 43],\n    ['-', 45],\n    ['.', 46],\n    ['0', 48],\n    ['1', 49],\n    ['2', 50],\n    ['3', 51],\n    ['4', 52],\n    ['5', 53],\n    ['6', 54],\n    ['7', 55],\n    ['8', 56],\n    ['9', 57],\n    [':', 58],\n    ['<', 60],\n    ['>', 62],\n    ['?', 63],\n    ['A', 65],\n    ['B', 66],\n    ['C', 67],\n    ['F', 70],\n    ['P', 80],\n    ['Q', 81],\n    ['U', 85],\n    ['Z', 90],\n    ['[', 91],\n    ['\\\\', 92],\n    [']', 93],\n    ['^', 94],\n    ['_', 95],\n    ['a', 97],\n    ['b', 98],\n    ['f', 102],\n    ['i', 105],\n    ['m', 109],\n    ['n', 110],\n    ['r', 114],\n    ['s', 115],\n    ['t', 116],\n    ['v', 118],\n    ['x', 120],\n    ['z', 122],\n    ['{', 123],\n    ['|', 124],\n    ['}', 125]\n  ])\n\n  // convert unicode codepoint to upper case codepoint\n  // return same codepoint, if cannot do it (or codepoint not have upper variation)\n  static toUpperCase(codepoint) {\n    const s = String.fromCodePoint(codepoint).toUpperCase()\n    if (s.length > 1) {\n      return codepoint\n    }\n    const sOrigin = String.fromCodePoint(s.codePointAt(0)).toLowerCase()\n    if (sOrigin.length > 1 || sOrigin.codePointAt(0) !== codepoint) {\n      return codepoint\n    }\n    return s.codePointAt(0)\n  }\n\n  // convert unicode codepoint to lower case codepoint\n  // return same codepoint, if cannot do it (or codepoint not have lower variation)\n  static toLowerCase(codepoint) {\n    const s = String.fromCodePoint(codepoint).toLowerCase()\n    if (s.length > 1) {\n      return codepoint\n    }\n    const sOrigin = String.fromCodePoint(s.codePointAt(0)).toUpperCase()\n    if (sOrigin.length > 1 || sOrigin.codePointAt(0) !== codepoint) {\n      return codepoint\n    }\n    return s.codePointAt(0)\n  }\n}\n\nexport { Codepoint }\n","class UnicodeRangeTable {\n  SIZE = 3\n\n  constructor(data) {\n    this.data = data // A Uint32Array\n  }\n\n  // High-performance getters that do NOT allocate memory\n  getLo(index) {\n    return this.data[index * this.SIZE]\n  }\n  getHi(index) {\n    return this.data[index * this.SIZE + 1]\n  }\n  getStride(index) {\n    return this.data[index * this.SIZE + 2]\n  }\n\n  // Convenience getter (slower, for debugging or non-critical paths)\n  get(index) {\n    const i = index * this.SIZE\n    // Returns [lo, hi, stride]\n    return [this.data[i], this.data[i + 1], this.data[i + 2]]\n  }\n\n  get length() {\n    return this.data.length / this.SIZE\n  }\n}\n\nexport { UnicodeRangeTable }\n","// GENERATED BY tools/scripts/genUnicodeTable.js; DO NOT EDIT.\n// yarn node ./tools/scripts/genUnicodeTable.js > src/UnicodeTables.js\n\nimport { UnicodeRangeTable } from './UnicodeRangeTable'\n\nclass UnicodeTables {\n  static CASE_ORBIT = new Map([\n    [75, 107],\n    [107, 8490],\n    [8490, 75],\n    [83, 115],\n    [115, 383],\n    [383, 83],\n    [181, 924],\n    [924, 956],\n    [956, 181],\n    [197, 229],\n    [229, 8491],\n    [8491, 197],\n    [452, 453],\n    [453, 454],\n    [454, 452],\n    [455, 456],\n    [456, 457],\n    [457, 455],\n    [458, 459],\n    [459, 460],\n    [460, 458],\n    [497, 498],\n    [498, 499],\n    [499, 497],\n    [837, 921],\n    [921, 953],\n    [953, 8126],\n    [8126, 837],\n    [914, 946],\n    [946, 976],\n    [976, 914],\n    [917, 949],\n    [949, 1013],\n    [1013, 917],\n    [920, 952],\n    [952, 977],\n    [977, 1012],\n    [1012, 920],\n    [922, 954],\n    [954, 1008],\n    [1008, 922],\n    [928, 960],\n    [960, 982],\n    [982, 928],\n    [929, 961],\n    [961, 1009],\n    [1009, 929],\n    [931, 962],\n    [962, 963],\n    [963, 931],\n    [934, 966],\n    [966, 981],\n    [981, 934],\n    [937, 969],\n    [969, 8486],\n    [8486, 937],\n    [1042, 1074],\n    [1074, 7296],\n    [7296, 1042],\n    [1044, 1076],\n    [1076, 7297],\n    [7297, 1044],\n    [1054, 1086],\n    [1086, 7298],\n    [7298, 1054],\n    [1057, 1089],\n    [1089, 7299],\n    [7299, 1057],\n    [1058, 1090],\n    [1090, 7300],\n    [7300, 7301],\n    [7301, 1058],\n    [1066, 1098],\n    [1098, 7302],\n    [7302, 1066],\n    [1122, 1123],\n    [1123, 7303],\n    [7303, 1122],\n    [7304, 42570],\n    [42570, 42571],\n    [42571, 7304],\n    [7776, 7777],\n    [7777, 7835],\n    [7835, 7776],\n    [223, 7838],\n    [7838, 223],\n    [8064, 8072],\n    [8072, 8064],\n    [8065, 8073],\n    [8073, 8065],\n    [8066, 8074],\n    [8074, 8066],\n    [8067, 8075],\n    [8075, 8067],\n    [8068, 8076],\n    [8076, 8068],\n    [8069, 8077],\n    [8077, 8069],\n    [8070, 8078],\n    [8078, 8070],\n    [8071, 8079],\n    [8079, 8071],\n    [8080, 8088],\n    [8088, 8080],\n    [8081, 8089],\n    [8089, 8081],\n    [8082, 8090],\n    [8090, 8082],\n    [8083, 8091],\n    [8091, 8083],\n    [8084, 8092],\n    [8092, 8084],\n    [8085, 8093],\n    [8093, 8085],\n    [8086, 8094],\n    [8094, 8086],\n    [8087, 8095],\n    [8095, 8087],\n    [8096, 8104],\n    [8104, 8096],\n    [8097, 8105],\n    [8105, 8097],\n    [8098, 8106],\n    [8106, 8098],\n    [8099, 8107],\n    [8107, 8099],\n    [8100, 8108],\n    [8108, 8100],\n    [8101, 8109],\n    [8109, 8101],\n    [8102, 8110],\n    [8110, 8102],\n    [8103, 8111],\n    [8111, 8103],\n    [8115, 8124],\n    [8124, 8115],\n    [8131, 8140],\n    [8140, 8131],\n    [912, 8147],\n    [8147, 912],\n    [944, 8163],\n    [8163, 944],\n    [8179, 8188],\n    [8188, 8179],\n    [64261, 64262],\n    [64262, 64261],\n    [66560, 66600],\n    [66600, 66560],\n    [66561, 66601],\n    [66601, 66561],\n    [66562, 66602],\n    [66602, 66562],\n    [66563, 66603],\n    [66603, 66563],\n    [66564, 66604],\n    [66604, 66564],\n    [66565, 66605],\n    [66605, 66565],\n    [66566, 66606],\n    [66606, 66566],\n    [66567, 66607],\n    [66607, 66567],\n    [66568, 66608],\n    [66608, 66568],\n    [66569, 66609],\n    [66609, 66569],\n    [66570, 66610],\n    [66610, 66570],\n    [66571, 66611],\n    [66611, 66571],\n    [66572, 66612],\n    [66612, 66572],\n    [66573, 66613],\n    [66613, 66573],\n    [66574, 66614],\n    [66614, 66574],\n    [66575, 66615],\n    [66615, 66575],\n    [66576, 66616],\n    [66616, 66576],\n    [66577, 66617],\n    [66617, 66577],\n    [66578, 66618],\n    [66618, 66578],\n    [66579, 66619],\n    [66619, 66579],\n    [66580, 66620],\n    [66620, 66580],\n    [66581, 66621],\n    [66621, 66581],\n    [66582, 66622],\n    [66622, 66582],\n    [66583, 66623],\n    [66623, 66583],\n    [66584, 66624],\n    [66624, 66584],\n    [66585, 66625],\n    [66625, 66585],\n    [66586, 66626],\n    [66626, 66586],\n    [66587, 66627],\n    [66627, 66587],\n    [66588, 66628],\n    [66628, 66588],\n    [66589, 66629],\n    [66629, 66589],\n    [66590, 66630],\n    [66630, 66590],\n    [66591, 66631],\n    [66631, 66591],\n    [66592, 66632],\n    [66632, 66592],\n    [66593, 66633],\n    [66633, 66593],\n    [66594, 66634],\n    [66634, 66594],\n    [66595, 66635],\n    [66635, 66595],\n    [66596, 66636],\n    [66636, 66596],\n    [66597, 66637],\n    [66637, 66597],\n    [66598, 66638],\n    [66638, 66598],\n    [66599, 66639],\n    [66639, 66599],\n    [66736, 66776],\n    [66776, 66736],\n    [66737, 66777],\n    [66777, 66737],\n    [66738, 66778],\n    [66778, 66738],\n    [66739, 66779],\n    [66779, 66739],\n    [66740, 66780],\n    [66780, 66740],\n    [66741, 66781],\n    [66781, 66741],\n    [66742, 66782],\n    [66782, 66742],\n    [66743, 66783],\n    [66783, 66743],\n    [66744, 66784],\n    [66784, 66744],\n    [66745, 66785],\n    [66785, 66745],\n    [66746, 66786],\n    [66786, 66746],\n    [66747, 66787],\n    [66787, 66747],\n    [66748, 66788],\n    [66788, 66748],\n    [66749, 66789],\n    [66789, 66749],\n    [66750, 66790],\n    [66790, 66750],\n    [66751, 66791],\n    [66791, 66751],\n    [66752, 66792],\n    [66792, 66752],\n    [66753, 66793],\n    [66793, 66753],\n    [66754, 66794],\n    [66794, 66754],\n    [66755, 66795],\n    [66795, 66755],\n    [66756, 66796],\n    [66796, 66756],\n    [66757, 66797],\n    [66797, 66757],\n    [66758, 66798],\n    [66798, 66758],\n    [66759, 66799],\n    [66799, 66759],\n    [66760, 66800],\n    [66800, 66760],\n    [66761, 66801],\n    [66801, 66761],\n    [66762, 66802],\n    [66802, 66762],\n    [66763, 66803],\n    [66803, 66763],\n    [66764, 66804],\n    [66804, 66764],\n    [66765, 66805],\n    [66805, 66765],\n    [66766, 66806],\n    [66806, 66766],\n    [66767, 66807],\n    [66807, 66767],\n    [66768, 66808],\n    [66808, 66768],\n    [66769, 66809],\n    [66809, 66769],\n    [66770, 66810],\n    [66810, 66770],\n    [66771, 66811],\n    [66811, 66771],\n    [66928, 66967],\n    [66967, 66928],\n    [66929, 66968],\n    [66968, 66929],\n    [66930, 66969],\n    [66969, 66930],\n    [66931, 66970],\n    [66970, 66931],\n    [66932, 66971],\n    [66971, 66932],\n    [66933, 66972],\n    [66972, 66933],\n    [66934, 66973],\n    [66973, 66934],\n    [66935, 66974],\n    [66974, 66935],\n    [66936, 66975],\n    [66975, 66936],\n    [66937, 66976],\n    [66976, 66937],\n    [66938, 66977],\n    [66977, 66938],\n    [66940, 66979],\n    [66979, 66940],\n    [66941, 66980],\n    [66980, 66941],\n    [66942, 66981],\n    [66981, 66942],\n    [66943, 66982],\n    [66982, 66943],\n    [66944, 66983],\n    [66983, 66944],\n    [66945, 66984],\n    [66984, 66945],\n    [66946, 66985],\n    [66985, 66946],\n    [66947, 66986],\n    [66986, 66947],\n    [66948, 66987],\n    [66987, 66948],\n    [66949, 66988],\n    [66988, 66949],\n    [66950, 66989],\n    [66989, 66950],\n    [66951, 66990],\n    [66990, 66951],\n    [66952, 66991],\n    [66991, 66952],\n    [66953, 66992],\n    [66992, 66953],\n    [66954, 66993],\n    [66993, 66954],\n    [66956, 66995],\n    [66995, 66956],\n    [66957, 66996],\n    [66996, 66957],\n    [66958, 66997],\n    [66997, 66958],\n    [66959, 66998],\n    [66998, 66959],\n    [66960, 66999],\n    [66999, 66960],\n    [66961, 67000],\n    [67000, 66961],\n    [66962, 67001],\n    [67001, 66962],\n    [66964, 67003],\n    [67003, 66964],\n    [66965, 67004],\n    [67004, 66965],\n    [68736, 68800],\n    [68800, 68736],\n    [68737, 68801],\n    [68801, 68737],\n    [68738, 68802],\n    [68802, 68738],\n    [68739, 68803],\n    [68803, 68739],\n    [68740, 68804],\n    [68804, 68740],\n    [68741, 68805],\n    [68805, 68741],\n    [68742, 68806],\n    [68806, 68742],\n    [68743, 68807],\n    [68807, 68743],\n    [68744, 68808],\n    [68808, 68744],\n    [68745, 68809],\n    [68809, 68745],\n    [68746, 68810],\n    [68810, 68746],\n    [68747, 68811],\n    [68811, 68747],\n    [68748, 68812],\n    [68812, 68748],\n    [68749, 68813],\n    [68813, 68749],\n    [68750, 68814],\n    [68814, 68750],\n    [68751, 68815],\n    [68815, 68751],\n    [68752, 68816],\n    [68816, 68752],\n    [68753, 68817],\n    [68817, 68753],\n    [68754, 68818],\n    [68818, 68754],\n    [68755, 68819],\n    [68819, 68755],\n    [68756, 68820],\n    [68820, 68756],\n    [68757, 68821],\n    [68821, 68757],\n    [68758, 68822],\n    [68822, 68758],\n    [68759, 68823],\n    [68823, 68759],\n    [68760, 68824],\n    [68824, 68760],\n    [68761, 68825],\n    [68825, 68761],\n    [68762, 68826],\n    [68826, 68762],\n    [68763, 68827],\n    [68827, 68763],\n    [68764, 68828],\n    [68828, 68764],\n    [68765, 68829],\n    [68829, 68765],\n    [68766, 68830],\n    [68830, 68766],\n    [68767, 68831],\n    [68831, 68767],\n    [68768, 68832],\n    [68832, 68768],\n    [68769, 68833],\n    [68833, 68769],\n    [68770, 68834],\n    [68834, 68770],\n    [68771, 68835],\n    [68835, 68771],\n    [68772, 68836],\n    [68836, 68772],\n    [68773, 68837],\n    [68837, 68773],\n    [68774, 68838],\n    [68838, 68774],\n    [68775, 68839],\n    [68839, 68775],\n    [68776, 68840],\n    [68840, 68776],\n    [68777, 68841],\n    [68841, 68777],\n    [68778, 68842],\n    [68842, 68778],\n    [68779, 68843],\n    [68843, 68779],\n    [68780, 68844],\n    [68844, 68780],\n    [68781, 68845],\n    [68845, 68781],\n    [68782, 68846],\n    [68846, 68782],\n    [68783, 68847],\n    [68847, 68783],\n    [68784, 68848],\n    [68848, 68784],\n    [68785, 68849],\n    [68849, 68785],\n    [68786, 68850],\n    [68850, 68786],\n    [68944, 68976],\n    [68976, 68944],\n    [68945, 68977],\n    [68977, 68945],\n    [68946, 68978],\n    [68978, 68946],\n    [68947, 68979],\n    [68979, 68947],\n    [68948, 68980],\n    [68980, 68948],\n    [68949, 68981],\n    [68981, 68949],\n    [68950, 68982],\n    [68982, 68950],\n    [68951, 68983],\n    [68983, 68951],\n    [68952, 68984],\n    [68984, 68952],\n    [68953, 68985],\n    [68985, 68953],\n    [68954, 68986],\n    [68986, 68954],\n    [68955, 68987],\n    [68987, 68955],\n    [68956, 68988],\n    [68988, 68956],\n    [68957, 68989],\n    [68989, 68957],\n    [68958, 68990],\n    [68990, 68958],\n    [68959, 68991],\n    [68991, 68959],\n    [68960, 68992],\n    [68992, 68960],\n    [68961, 68993],\n    [68993, 68961],\n    [68962, 68994],\n    [68994, 68962],\n    [68963, 68995],\n    [68995, 68963],\n    [68964, 68996],\n    [68996, 68964],\n    [68965, 68997],\n    [68997, 68965],\n    [71840, 71872],\n    [71872, 71840],\n    [71841, 71873],\n    [71873, 71841],\n    [71842, 71874],\n    [71874, 71842],\n    [71843, 71875],\n    [71875, 71843],\n    [71844, 71876],\n    [71876, 71844],\n    [71845, 71877],\n    [71877, 71845],\n    [71846, 71878],\n    [71878, 71846],\n    [71847, 71879],\n    [71879, 71847],\n    [71848, 71880],\n    [71880, 71848],\n    [71849, 71881],\n    [71881, 71849],\n    [71850, 71882],\n    [71882, 71850],\n    [71851, 71883],\n    [71883, 71851],\n    [71852, 71884],\n    [71884, 71852],\n    [71853, 71885],\n    [71885, 71853],\n    [71854, 71886],\n    [71886, 71854],\n    [71855, 71887],\n    [71887, 71855],\n    [71856, 71888],\n    [71888, 71856],\n    [71857, 71889],\n    [71889, 71857],\n    [71858, 71890],\n    [71890, 71858],\n    [71859, 71891],\n    [71891, 71859],\n    [71860, 71892],\n    [71892, 71860],\n    [71861, 71893],\n    [71893, 71861],\n    [71862, 71894],\n    [71894, 71862],\n    [71863, 71895],\n    [71895, 71863],\n    [71864, 71896],\n    [71896, 71864],\n    [71865, 71897],\n    [71897, 71865],\n    [71866, 71898],\n    [71898, 71866],\n    [71867, 71899],\n    [71899, 71867],\n    [71868, 71900],\n    [71900, 71868],\n    [71869, 71901],\n    [71901, 71869],\n    [71870, 71902],\n    [71902, 71870],\n    [71871, 71903],\n    [71903, 71871],\n    [93760, 93792],\n    [93792, 93760],\n    [93761, 93793],\n    [93793, 93761],\n    [93762, 93794],\n    [93794, 93762],\n    [93763, 93795],\n    [93795, 93763],\n    [93764, 93796],\n    [93796, 93764],\n    [93765, 93797],\n    [93797, 93765],\n    [93766, 93798],\n    [93798, 93766],\n    [93767, 93799],\n    [93799, 93767],\n    [93768, 93800],\n    [93800, 93768],\n    [93769, 93801],\n    [93801, 93769],\n    [93770, 93802],\n    [93802, 93770],\n    [93771, 93803],\n    [93803, 93771],\n    [93772, 93804],\n    [93804, 93772],\n    [93773, 93805],\n    [93805, 93773],\n    [93774, 93806],\n    [93806, 93774],\n    [93775, 93807],\n    [93807, 93775],\n    [93776, 93808],\n    [93808, 93776],\n    [93777, 93809],\n    [93809, 93777],\n    [93778, 93810],\n    [93810, 93778],\n    [93779, 93811],\n    [93811, 93779],\n    [93780, 93812],\n    [93812, 93780],\n    [93781, 93813],\n    [93813, 93781],\n    [93782, 93814],\n    [93814, 93782],\n    [93783, 93815],\n    [93815, 93783],\n    [93784, 93816],\n    [93816, 93784],\n    [93785, 93817],\n    [93817, 93785],\n    [93786, 93818],\n    [93818, 93786],\n    [93787, 93819],\n    [93819, 93787],\n    [93788, 93820],\n    [93820, 93788],\n    [93789, 93821],\n    [93821, 93789],\n    [93790, 93822],\n    [93822, 93790],\n    [93791, 93823],\n    [93823, 93791],\n    [125184, 125218],\n    [125218, 125184],\n    [125185, 125219],\n    [125219, 125185],\n    [125186, 125220],\n    [125220, 125186],\n    [125187, 125221],\n    [125221, 125187],\n    [125188, 125222],\n    [125222, 125188],\n    [125189, 125223],\n    [125223, 125189],\n    [125190, 125224],\n    [125224, 125190],\n    [125191, 125225],\n    [125225, 125191],\n    [125192, 125226],\n    [125226, 125192],\n    [125193, 125227],\n    [125227, 125193],\n    [125194, 125228],\n    [125228, 125194],\n    [125195, 125229],\n    [125229, 125195],\n    [125196, 125230],\n    [125230, 125196],\n    [125197, 125231],\n    [125231, 125197],\n    [125198, 125232],\n    [125232, 125198],\n    [125199, 125233],\n    [125233, 125199],\n    [125200, 125234],\n    [125234, 125200],\n    [125201, 125235],\n    [125235, 125201],\n    [125202, 125236],\n    [125236, 125202],\n    [125203, 125237],\n    [125237, 125203],\n    [125204, 125238],\n    [125238, 125204],\n    [125205, 125239],\n    [125239, 125205],\n    [125206, 125240],\n    [125240, 125206],\n    [125207, 125241],\n    [125241, 125207],\n    [125208, 125242],\n    [125242, 125208],\n    [125209, 125243],\n    [125243, 125209],\n    [125210, 125244],\n    [125244, 125210],\n    [125211, 125245],\n    [125245, 125211],\n    [125212, 125246],\n    [125246, 125212],\n    [125213, 125247],\n    [125247, 125213],\n    [125214, 125248],\n    [125248, 125214],\n    [125215, 125249],\n    [125249, 125215],\n    [125216, 125250],\n    [125250, 125216],\n    [125217, 125251],\n    [125251, 125217]\n  ])\n  static C = new UnicodeRangeTable(\n    new Uint32Array([\n      0, 31, 1, 127, 159, 1, 173, 888, 715, 889, 896, 7, 897, 899, 1, 907, 909, 2, 930, 1328, 398,\n      1367, 1368, 1, 1419, 1420, 1, 1424, 1480, 56, 1481, 1487, 1, 1515, 1518, 1, 1525, 1541, 1,\n      1564, 1757, 193, 1806, 1807, 1, 1867, 1868, 1, 1970, 1983, 1, 2043, 2044, 1, 2094, 2095, 1,\n      2111, 2140, 29, 2141, 2143, 2, 2155, 2159, 1, 2191, 2198, 1, 2274, 2436, 162, 2445, 2446, 1,\n      2449, 2450, 1, 2473, 2481, 8, 2483, 2485, 1, 2490, 2491, 1, 2501, 2502, 1, 2505, 2506, 1,\n      2511, 2518, 1, 2520, 2523, 1, 2526, 2532, 6, 2533, 2559, 26, 2560, 2564, 4, 2571, 2574, 1,\n      2577, 2578, 1, 2601, 2609, 8, 2612, 2618, 3, 2619, 2621, 2, 2627, 2630, 1, 2633, 2634, 1,\n      2638, 2640, 1, 2642, 2648, 1, 2653, 2655, 2, 2656, 2661, 1, 2679, 2688, 1, 2692, 2702, 10,\n      2706, 2729, 23, 2737, 2740, 3, 2746, 2747, 1, 2758, 2766, 4, 2767, 2769, 2, 2770, 2783, 1,\n      2788, 2789, 1, 2802, 2808, 1, 2816, 2820, 4, 2829, 2830, 1, 2833, 2834, 1, 2857, 2865, 8,\n      2868, 2874, 6, 2875, 2885, 10, 2886, 2889, 3, 2890, 2894, 4, 2895, 2900, 1, 2904, 2907, 1,\n      2910, 2916, 6, 2917, 2936, 19, 2937, 2945, 1, 2948, 2955, 7, 2956, 2957, 1, 2961, 2966, 5,\n      2967, 2968, 1, 2971, 2973, 2, 2976, 2978, 1, 2981, 2983, 1, 2987, 2989, 1, 3002, 3005, 1,\n      3011, 3013, 1, 3017, 3022, 5, 3023, 3025, 2, 3026, 3030, 1, 3032, 3045, 1, 3067, 3071, 1,\n      3085, 3089, 4, 3113, 3130, 17, 3131, 3141, 10, 3145, 3150, 5, 3151, 3156, 1, 3159, 3163, 4,\n      3164, 3166, 2, 3167, 3172, 5, 3173, 3184, 11, 3185, 3190, 1, 3213, 3217, 4, 3241, 3252, 11,\n      3258, 3259, 1, 3269, 3273, 4, 3278, 3284, 1, 3287, 3292, 1, 3295, 3300, 5, 3301, 3312, 11,\n      3316, 3327, 1, 3341, 3345, 4, 3397, 3401, 4, 3408, 3411, 1, 3428, 3429, 1, 3456, 3460, 4,\n      3479, 3481, 1, 3506, 3516, 10, 3518, 3519, 1, 3527, 3529, 1, 3531, 3534, 1, 3541, 3543, 2,\n      3552, 3557, 1, 3568, 3569, 1, 3573, 3584, 1, 3643, 3646, 1, 3676, 3712, 1, 3715, 3717, 2,\n      3723, 3748, 25, 3750, 3774, 24, 3775, 3781, 6, 3783, 3791, 8, 3802, 3803, 1, 3808, 3839, 1,\n      3912, 3949, 37, 3950, 3952, 1, 3992, 4029, 37, 4045, 4059, 14, 4060, 4095, 1, 4294, 4296, 2,\n      4297, 4300, 1, 4302, 4303, 1, 4681, 4686, 5, 4687, 4695, 8, 4697, 4702, 5, 4703, 4745, 42,\n      4750, 4751, 1, 4785, 4790, 5, 4791, 4799, 8, 4801, 4806, 5, 4807, 4823, 16, 4881, 4886, 5,\n      4887, 4955, 68, 4956, 4989, 33, 4990, 4991, 1, 5018, 5023, 1, 5110, 5111, 1, 5118, 5119, 1,\n      5789, 5791, 1, 5881, 5887, 1, 5910, 5918, 1, 5943, 5951, 1, 5972, 5983, 1, 5997, 6001, 4,\n      6004, 6015, 1, 6110, 6111, 1, 6122, 6127, 1, 6138, 6143, 1, 6158, 6170, 12, 6171, 6175, 1,\n      6265, 6271, 1, 6315, 6319, 1, 6390, 6399, 1, 6431, 6444, 13, 6445, 6447, 1, 6460, 6463, 1,\n      6465, 6467, 1, 6510, 6511, 1, 6517, 6527, 1, 6572, 6575, 1, 6602, 6607, 1, 6619, 6621, 1,\n      6684, 6685, 1, 6751, 6781, 30, 6782, 6794, 12, 6795, 6799, 1, 6810, 6815, 1, 6830, 6831, 1,\n      6863, 6911, 1, 6989, 7156, 167, 7157, 7163, 1, 7224, 7226, 1, 7242, 7244, 1, 7307, 7311, 1,\n      7355, 7356, 1, 7368, 7375, 1, 7419, 7423, 1, 7958, 7959, 1, 7966, 7967, 1, 8006, 8007, 1,\n      8014, 8015, 1, 8024, 8030, 2, 8062, 8063, 1, 8117, 8133, 16, 8148, 8149, 1, 8156, 8176, 20,\n      8177, 8181, 4, 8191, 8203, 12, 8204, 8207, 1, 8234, 8238, 1, 8288, 8303, 1, 8306, 8307, 1,\n      8335, 8349, 14, 8350, 8351, 1, 8385, 8399, 1, 8433, 8447, 1, 8588, 8591, 1, 9258, 9279, 1,\n      9291, 9311, 1, 11124, 11125, 1, 11158, 11508, 350, 11509, 11512, 1, 11558, 11560, 2, 11561,\n      11564, 1, 11566, 11567, 1, 11624, 11630, 1, 11633, 11646, 1, 11671, 11679, 1, 11687, 11743, 8,\n      11870, 11903, 1, 11930, 12020, 90, 12021, 12031, 1, 12246, 12271, 1, 12352, 12439, 87, 12440,\n      12544, 104, 12545, 12548, 1, 12592, 12687, 95, 12774, 12782, 1, 12831, 42125, 29294, 42126,\n      42127, 1, 42183, 42191, 1, 42540, 42559, 1, 42744, 42751, 1, 42958, 42959, 1, 42962, 42964, 2,\n      42973, 42993, 1, 43053, 43055, 1, 43066, 43071, 1, 43128, 43135, 1, 43206, 43213, 1, 43226,\n      43231, 1, 43348, 43358, 1, 43389, 43391, 1, 43470, 43482, 12, 43483, 43485, 1, 43519, 43575,\n      56, 43576, 43583, 1, 43598, 43599, 1, 43610, 43611, 1, 43715, 43738, 1, 43767, 43776, 1,\n      43783, 43784, 1, 43791, 43792, 1, 43799, 43807, 1, 43815, 43823, 8, 43884, 43887, 1, 44014,\n      44015, 1, 44026, 44031, 1, 55204, 55215, 1, 55239, 55242, 1, 55292, 63743, 1, 64110, 64111, 1,\n      64218, 64255, 1, 64263, 64274, 1, 64280, 64284, 1, 64311, 64317, 6, 64319, 64325, 3, 64451,\n      64466, 1, 64912, 64913, 1, 64968, 64974, 1, 64976, 65007, 1, 65050, 65055, 1, 65107, 65127,\n      20, 65132, 65135, 1, 65141, 65277, 136, 65278, 65280, 1, 65471, 65473, 1, 65480, 65481, 1,\n      65488, 65489, 1, 65496, 65497, 1, 65501, 65503, 1, 65511, 65519, 8, 65520, 65531, 1, 65534,\n      65535, 1, 65548, 65575, 27, 65595, 65598, 3, 65614, 65615, 1, 65630, 65663, 1, 65787, 65791,\n      1, 65795, 65798, 1, 65844, 65846, 1, 65935, 65949, 14, 65950, 65951, 1, 65953, 65999, 1,\n      66046, 66175, 1, 66205, 66207, 1, 66257, 66271, 1, 66300, 66303, 1, 66340, 66348, 1, 66379,\n      66383, 1, 66427, 66431, 1, 66462, 66500, 38, 66501, 66503, 1, 66518, 66559, 1, 66718, 66719,\n      1, 66730, 66735, 1, 66772, 66775, 1, 66812, 66815, 1, 66856, 66863, 1, 66916, 66926, 1, 66939,\n      66955, 16, 66963, 66966, 3, 66978, 66994, 16, 67002, 67005, 3, 67006, 67007, 1, 67060, 67071,\n      1, 67383, 67391, 1, 67414, 67423, 1, 67432, 67455, 1, 67462, 67505, 43, 67515, 67583, 1,\n      67590, 67591, 1, 67593, 67638, 45, 67641, 67643, 1, 67645, 67646, 1, 67670, 67743, 73, 67744,\n      67750, 1, 67760, 67807, 1, 67827, 67830, 3, 67831, 67834, 1, 67868, 67870, 1, 67898, 67902, 1,\n      67904, 67967, 1, 68024, 68027, 1, 68048, 68049, 1, 68100, 68103, 3, 68104, 68107, 1, 68116,\n      68120, 4, 68150, 68151, 1, 68155, 68158, 1, 68169, 68175, 1, 68185, 68191, 1, 68256, 68287, 1,\n      68327, 68330, 1, 68343, 68351, 1, 68406, 68408, 1, 68438, 68439, 1, 68467, 68471, 1, 68498,\n      68504, 1, 68509, 68520, 1, 68528, 68607, 1, 68681, 68735, 1, 68787, 68799, 1, 68851, 68857, 1,\n      68904, 68911, 1, 68922, 68927, 1, 68966, 68968, 1, 68998, 69005, 1, 69008, 69215, 1, 69247,\n      69290, 43, 69294, 69295, 1, 69298, 69313, 1, 69317, 69371, 1, 69416, 69423, 1, 69466, 69487,\n      1, 69514, 69551, 1, 69580, 69599, 1, 69623, 69631, 1, 69710, 69713, 1, 69750, 69758, 1, 69821,\n      69827, 6, 69828, 69839, 1, 69865, 69871, 1, 69882, 69887, 1, 69941, 69960, 19, 69961, 69967,\n      1, 70007, 70015, 1, 70112, 70133, 21, 70134, 70143, 1, 70162, 70210, 48, 70211, 70271, 1,\n      70279, 70281, 2, 70286, 70302, 16, 70314, 70319, 1, 70379, 70383, 1, 70394, 70399, 1, 70404,\n      70413, 9, 70414, 70417, 3, 70418, 70441, 23, 70449, 70452, 3, 70458, 70469, 11, 70470, 70473,\n      3, 70474, 70478, 4, 70479, 70481, 2, 70482, 70486, 1, 70488, 70492, 1, 70500, 70501, 1, 70509,\n      70511, 1, 70517, 70527, 1, 70538, 70540, 2, 70541, 70543, 2, 70582, 70593, 11, 70595, 70596,\n      1, 70598, 70603, 5, 70614, 70617, 3, 70618, 70624, 1, 70627, 70655, 1, 70748, 70754, 6, 70755,\n      70783, 1, 70856, 70863, 1, 70874, 71039, 1, 71094, 71095, 1, 71134, 71167, 1, 71237, 71247, 1,\n      71258, 71263, 1, 71277, 71295, 1, 71354, 71359, 1, 71370, 71375, 1, 71396, 71423, 1, 71451,\n      71452, 1, 71468, 71471, 1, 71495, 71679, 1, 71740, 71839, 1, 71923, 71934, 1, 71943, 71944, 1,\n      71946, 71947, 1, 71956, 71959, 3, 71990, 71993, 3, 71994, 72007, 13, 72008, 72015, 1, 72026,\n      72095, 1, 72104, 72105, 1, 72152, 72153, 1, 72165, 72191, 1, 72264, 72271, 1, 72355, 72367, 1,\n      72441, 72447, 1, 72458, 72639, 1, 72674, 72687, 1, 72698, 72703, 1, 72713, 72759, 46, 72774,\n      72783, 1, 72813, 72815, 1, 72848, 72849, 1, 72872, 72887, 15, 72888, 72959, 1, 72967, 72970,\n      3, 73015, 73017, 1, 73019, 73022, 3, 73032, 73039, 1, 73050, 73055, 1, 73062, 73065, 3, 73103,\n      73106, 3, 73113, 73119, 1, 73130, 73439, 1, 73465, 73471, 1, 73489, 73531, 42, 73532, 73533,\n      1, 73563, 73647, 1, 73649, 73663, 1, 73714, 73726, 1, 74650, 74751, 1, 74863, 74869, 6, 74870,\n      74879, 1, 75076, 77711, 1, 77811, 77823, 1, 78896, 78911, 1, 78934, 78943, 1, 82939, 82943, 1,\n      83527, 90367, 1, 90426, 92159, 1, 92729, 92735, 1, 92767, 92778, 11, 92779, 92781, 1, 92863,\n      92874, 11, 92875, 92879, 1, 92910, 92911, 1, 92918, 92927, 1, 92998, 93007, 1, 93018, 93026,\n      8, 93048, 93052, 1, 93072, 93503, 1, 93562, 93759, 1, 93851, 93951, 1, 94027, 94030, 1, 94088,\n      94094, 1, 94112, 94175, 1, 94181, 94191, 1, 94194, 94207, 1, 100344, 100351, 1, 101590,\n      101630, 1, 101641, 110575, 1, 110580, 110588, 8, 110591, 110883, 292, 110884, 110897, 1,\n      110899, 110927, 1, 110931, 110932, 1, 110934, 110947, 1, 110952, 110959, 1, 111356, 113663, 1,\n      113771, 113775, 1, 113789, 113791, 1, 113801, 113807, 1, 113818, 113819, 1, 113824, 117759, 1,\n      118010, 118015, 1, 118452, 118527, 1, 118574, 118575, 1, 118599, 118607, 1, 118724, 118783, 1,\n      119030, 119039, 1, 119079, 119080, 1, 119155, 119162, 1, 119275, 119295, 1, 119366, 119487, 1,\n      119508, 119519, 1, 119540, 119551, 1, 119639, 119647, 1, 119673, 119807, 1, 119893, 119965,\n      72, 119968, 119969, 1, 119971, 119972, 1, 119975, 119976, 1, 119981, 119994, 13, 119996,\n      120004, 8, 120070, 120075, 5, 120076, 120085, 9, 120093, 120122, 29, 120127, 120133, 6,\n      120135, 120137, 1, 120145, 120486, 341, 120487, 120780, 293, 120781, 121484, 703, 121485,\n      121498, 1, 121504, 121520, 16, 121521, 122623, 1, 122655, 122660, 1, 122667, 122879, 1,\n      122887, 122905, 18, 122906, 122914, 8, 122917, 122923, 6, 122924, 122927, 1, 122990, 123022,\n      1, 123024, 123135, 1, 123181, 123183, 1, 123198, 123199, 1, 123210, 123213, 1, 123216, 123535,\n      1, 123567, 123583, 1, 123642, 123646, 1, 123648, 124111, 1, 124154, 124367, 1, 124411, 124414,\n      1, 124416, 124895, 1, 124903, 124908, 5, 124911, 124927, 16, 125125, 125126, 1, 125143,\n      125183, 1, 125260, 125263, 1, 125274, 125277, 1, 125280, 126064, 1, 126133, 126208, 1, 126270,\n      126463, 1, 126468, 126496, 28, 126499, 126501, 2, 126502, 126504, 2, 126515, 126520, 5,\n      126522, 126524, 2, 126525, 126529, 1, 126531, 126534, 1, 126536, 126540, 2, 126544, 126547, 3,\n      126549, 126550, 1, 126552, 126560, 2, 126563, 126565, 2, 126566, 126571, 5, 126579, 126589, 5,\n      126591, 126602, 11, 126620, 126624, 1, 126628, 126634, 6, 126652, 126703, 1, 126706, 126975,\n      1, 127020, 127023, 1, 127124, 127135, 1, 127151, 127152, 1, 127168, 127184, 16, 127222,\n      127231, 1, 127406, 127461, 1, 127491, 127503, 1, 127548, 127551, 1, 127561, 127567, 1, 127570,\n      127583, 1, 127590, 127743, 1, 128728, 128731, 1, 128749, 128751, 1, 128765, 128767, 1, 128887,\n      128890, 1, 128986, 128991, 1, 129004, 129007, 1, 129009, 129023, 1, 129036, 129039, 1, 129096,\n      129103, 1, 129114, 129119, 1, 129160, 129167, 1, 129198, 129199, 1, 129212, 129215, 1, 129218,\n      129279, 1, 129620, 129631, 1, 129646, 129647, 1, 129661, 129663, 1, 129674, 129678, 1, 129735,\n      129741, 1, 129757, 129758, 1, 129770, 129775, 1, 129785, 129791, 1, 129939, 130042, 103,\n      130043, 131071, 1, 173792, 173823, 1, 177978, 177983, 1, 178206, 178207, 1, 183970, 183983, 1,\n      191457, 191471, 1, 192094, 194559, 1, 195102, 196607, 1, 201547, 201551, 1, 205744, 917759, 1,\n      918000, 1114111, 1\n    ])\n  )\n  static Cc = new UnicodeRangeTable(new Uint32Array([0, 31, 1, 127, 159, 1]))\n  static Cf = new UnicodeRangeTable(\n    new Uint32Array([\n      173, 1536, 1363, 1537, 1541, 1, 1564, 1757, 193, 1807, 2192, 385, 2193, 2274, 81, 6158, 8203,\n      2045, 8204, 8207, 1, 8234, 8238, 1, 8288, 8292, 1, 8294, 8303, 1, 65279, 65529, 250, 65530,\n      65531, 1, 69821, 69837, 16, 78896, 78911, 1, 113824, 113827, 1, 119155, 119162, 1, 917505,\n      917536, 31, 917537, 917631, 1\n    ])\n  )\n  static Co = new UnicodeRangeTable(\n    new Uint32Array([57344, 63743, 1, 983040, 1048573, 1, 1048576, 1114109, 1])\n  )\n  static Cs = new UnicodeRangeTable(new Uint32Array([55296, 57343, 1]))\n  static L = new UnicodeRangeTable(\n    new Uint32Array([\n      65, 90, 1, 97, 122, 1, 170, 181, 11, 186, 192, 6, 193, 214, 1, 216, 246, 1, 248, 705, 1, 710,\n      721, 1, 736, 740, 1, 748, 750, 2, 880, 884, 1, 886, 887, 1, 890, 893, 1, 895, 902, 7, 904,\n      906, 1, 908, 910, 2, 911, 929, 1, 931, 1013, 1, 1015, 1153, 1, 1162, 1327, 1, 1329, 1366, 1,\n      1369, 1376, 7, 1377, 1416, 1, 1488, 1514, 1, 1519, 1522, 1, 1568, 1610, 1, 1646, 1647, 1,\n      1649, 1747, 1, 1749, 1765, 16, 1766, 1774, 8, 1775, 1786, 11, 1787, 1788, 1, 1791, 1808, 17,\n      1810, 1839, 1, 1869, 1957, 1, 1969, 1994, 25, 1995, 2026, 1, 2036, 2037, 1, 2042, 2048, 6,\n      2049, 2069, 1, 2074, 2084, 10, 2088, 2112, 24, 2113, 2136, 1, 2144, 2154, 1, 2160, 2183, 1,\n      2185, 2190, 1, 2208, 2249, 1, 2308, 2361, 1, 2365, 2384, 19, 2392, 2401, 1, 2417, 2432, 1,\n      2437, 2444, 1, 2447, 2448, 1, 2451, 2472, 1, 2474, 2480, 1, 2482, 2486, 4, 2487, 2489, 1,\n      2493, 2510, 17, 2524, 2525, 1, 2527, 2529, 1, 2544, 2545, 1, 2556, 2565, 9, 2566, 2570, 1,\n      2575, 2576, 1, 2579, 2600, 1, 2602, 2608, 1, 2610, 2611, 1, 2613, 2614, 1, 2616, 2617, 1,\n      2649, 2652, 1, 2654, 2674, 20, 2675, 2676, 1, 2693, 2701, 1, 2703, 2705, 1, 2707, 2728, 1,\n      2730, 2736, 1, 2738, 2739, 1, 2741, 2745, 1, 2749, 2768, 19, 2784, 2785, 1, 2809, 2821, 12,\n      2822, 2828, 1, 2831, 2832, 1, 2835, 2856, 1, 2858, 2864, 1, 2866, 2867, 1, 2869, 2873, 1,\n      2877, 2908, 31, 2909, 2911, 2, 2912, 2913, 1, 2929, 2947, 18, 2949, 2954, 1, 2958, 2960, 1,\n      2962, 2965, 1, 2969, 2970, 1, 2972, 2974, 2, 2975, 2979, 4, 2980, 2984, 4, 2985, 2986, 1,\n      2990, 3001, 1, 3024, 3077, 53, 3078, 3084, 1, 3086, 3088, 1, 3090, 3112, 1, 3114, 3129, 1,\n      3133, 3160, 27, 3161, 3162, 1, 3165, 3168, 3, 3169, 3200, 31, 3205, 3212, 1, 3214, 3216, 1,\n      3218, 3240, 1, 3242, 3251, 1, 3253, 3257, 1, 3261, 3293, 32, 3294, 3296, 2, 3297, 3313, 16,\n      3314, 3332, 18, 3333, 3340, 1, 3342, 3344, 1, 3346, 3386, 1, 3389, 3406, 17, 3412, 3414, 1,\n      3423, 3425, 1, 3450, 3455, 1, 3461, 3478, 1, 3482, 3505, 1, 3507, 3515, 1, 3517, 3520, 3,\n      3521, 3526, 1, 3585, 3632, 1, 3634, 3635, 1, 3648, 3654, 1, 3713, 3714, 1, 3716, 3718, 2,\n      3719, 3722, 1, 3724, 3747, 1, 3749, 3751, 2, 3752, 3760, 1, 3762, 3763, 1, 3773, 3776, 3,\n      3777, 3780, 1, 3782, 3804, 22, 3805, 3807, 1, 3840, 3904, 64, 3905, 3911, 1, 3913, 3948, 1,\n      3976, 3980, 1, 4096, 4138, 1, 4159, 4176, 17, 4177, 4181, 1, 4186, 4189, 1, 4193, 4197, 4,\n      4198, 4206, 8, 4207, 4208, 1, 4213, 4225, 1, 4238, 4256, 18, 4257, 4293, 1, 4295, 4301, 6,\n      4304, 4346, 1, 4348, 4680, 1, 4682, 4685, 1, 4688, 4694, 1, 4696, 4698, 2, 4699, 4701, 1,\n      4704, 4744, 1, 4746, 4749, 1, 4752, 4784, 1, 4786, 4789, 1, 4792, 4798, 1, 4800, 4802, 2,\n      4803, 4805, 1, 4808, 4822, 1, 4824, 4880, 1, 4882, 4885, 1, 4888, 4954, 1, 4992, 5007, 1,\n      5024, 5109, 1, 5112, 5117, 1, 5121, 5740, 1, 5743, 5759, 1, 5761, 5786, 1, 5792, 5866, 1,\n      5873, 5880, 1, 5888, 5905, 1, 5919, 5937, 1, 5952, 5969, 1, 5984, 5996, 1, 5998, 6000, 1,\n      6016, 6067, 1, 6103, 6108, 5, 6176, 6264, 1, 6272, 6276, 1, 6279, 6312, 1, 6314, 6320, 6,\n      6321, 6389, 1, 6400, 6430, 1, 6480, 6509, 1, 6512, 6516, 1, 6528, 6571, 1, 6576, 6601, 1,\n      6656, 6678, 1, 6688, 6740, 1, 6823, 6917, 94, 6918, 6963, 1, 6981, 6988, 1, 7043, 7072, 1,\n      7086, 7087, 1, 7098, 7141, 1, 7168, 7203, 1, 7245, 7247, 1, 7258, 7293, 1, 7296, 7306, 1,\n      7312, 7354, 1, 7357, 7359, 1, 7401, 7404, 1, 7406, 7411, 1, 7413, 7414, 1, 7418, 7424, 6,\n      7425, 7615, 1, 7680, 7957, 1, 7960, 7965, 1, 7968, 8005, 1, 8008, 8013, 1, 8016, 8023, 1,\n      8025, 8031, 2, 8032, 8061, 1, 8064, 8116, 1, 8118, 8124, 1, 8126, 8130, 4, 8131, 8132, 1,\n      8134, 8140, 1, 8144, 8147, 1, 8150, 8155, 1, 8160, 8172, 1, 8178, 8180, 1, 8182, 8188, 1,\n      8305, 8319, 14, 8336, 8348, 1, 8450, 8455, 5, 8458, 8467, 1, 8469, 8473, 4, 8474, 8477, 1,\n      8484, 8490, 2, 8491, 8493, 1, 8495, 8505, 1, 8508, 8511, 1, 8517, 8521, 1, 8526, 8579, 53,\n      8580, 11264, 2684, 11265, 11492, 1, 11499, 11502, 1, 11506, 11507, 1, 11520, 11557, 1, 11559,\n      11565, 6, 11568, 11623, 1, 11631, 11648, 17, 11649, 11670, 1, 11680, 11686, 1, 11688, 11694,\n      1, 11696, 11702, 1, 11704, 11710, 1, 11712, 11718, 1, 11720, 11726, 1, 11728, 11734, 1, 11736,\n      11742, 1, 11823, 12293, 470, 12294, 12337, 43, 12338, 12341, 1, 12347, 12348, 1, 12353, 12438,\n      1, 12445, 12447, 1, 12449, 12538, 1, 12540, 12543, 1, 12549, 12591, 1, 12593, 12686, 1, 12704,\n      12735, 1, 12784, 12799, 1, 13312, 19903, 1, 19968, 42124, 1, 42192, 42237, 1, 42240, 42508, 1,\n      42512, 42527, 1, 42538, 42539, 1, 42560, 42606, 1, 42623, 42653, 1, 42656, 42725, 1, 42775,\n      42783, 1, 42786, 42888, 1, 42891, 42957, 1, 42960, 42961, 1, 42963, 42965, 2, 42966, 42972, 1,\n      42994, 43009, 1, 43011, 43013, 1, 43015, 43018, 1, 43020, 43042, 1, 43072, 43123, 1, 43138,\n      43187, 1, 43250, 43255, 1, 43259, 43261, 2, 43262, 43274, 12, 43275, 43301, 1, 43312, 43334,\n      1, 43360, 43388, 1, 43396, 43442, 1, 43471, 43488, 17, 43489, 43492, 1, 43494, 43503, 1,\n      43514, 43518, 1, 43520, 43560, 1, 43584, 43586, 1, 43588, 43595, 1, 43616, 43638, 1, 43642,\n      43646, 4, 43647, 43695, 1, 43697, 43701, 4, 43702, 43705, 3, 43706, 43709, 1, 43712, 43714, 2,\n      43739, 43741, 1, 43744, 43754, 1, 43762, 43764, 1, 43777, 43782, 1, 43785, 43790, 1, 43793,\n      43798, 1, 43808, 43814, 1, 43816, 43822, 1, 43824, 43866, 1, 43868, 43881, 1, 43888, 44002, 1,\n      44032, 55203, 1, 55216, 55238, 1, 55243, 55291, 1, 63744, 64109, 1, 64112, 64217, 1, 64256,\n      64262, 1, 64275, 64279, 1, 64285, 64287, 2, 64288, 64296, 1, 64298, 64310, 1, 64312, 64316, 1,\n      64318, 64320, 2, 64321, 64323, 2, 64324, 64326, 2, 64327, 64433, 1, 64467, 64829, 1, 64848,\n      64911, 1, 64914, 64967, 1, 65008, 65019, 1, 65136, 65140, 1, 65142, 65276, 1, 65313, 65338, 1,\n      65345, 65370, 1, 65382, 65470, 1, 65474, 65479, 1, 65482, 65487, 1, 65490, 65495, 1, 65498,\n      65500, 1, 65536, 65547, 1, 65549, 65574, 1, 65576, 65594, 1, 65596, 65597, 1, 65599, 65613, 1,\n      65616, 65629, 1, 65664, 65786, 1, 66176, 66204, 1, 66208, 66256, 1, 66304, 66335, 1, 66349,\n      66368, 1, 66370, 66377, 1, 66384, 66421, 1, 66432, 66461, 1, 66464, 66499, 1, 66504, 66511, 1,\n      66560, 66717, 1, 66736, 66771, 1, 66776, 66811, 1, 66816, 66855, 1, 66864, 66915, 1, 66928,\n      66938, 1, 66940, 66954, 1, 66956, 66962, 1, 66964, 66965, 1, 66967, 66977, 1, 66979, 66993, 1,\n      66995, 67001, 1, 67003, 67004, 1, 67008, 67059, 1, 67072, 67382, 1, 67392, 67413, 1, 67424,\n      67431, 1, 67456, 67461, 1, 67463, 67504, 1, 67506, 67514, 1, 67584, 67589, 1, 67592, 67594, 2,\n      67595, 67637, 1, 67639, 67640, 1, 67644, 67647, 3, 67648, 67669, 1, 67680, 67702, 1, 67712,\n      67742, 1, 67808, 67826, 1, 67828, 67829, 1, 67840, 67861, 1, 67872, 67897, 1, 67968, 68023, 1,\n      68030, 68031, 1, 68096, 68112, 16, 68113, 68115, 1, 68117, 68119, 1, 68121, 68149, 1, 68192,\n      68220, 1, 68224, 68252, 1, 68288, 68295, 1, 68297, 68324, 1, 68352, 68405, 1, 68416, 68437, 1,\n      68448, 68466, 1, 68480, 68497, 1, 68608, 68680, 1, 68736, 68786, 1, 68800, 68850, 1, 68864,\n      68899, 1, 68938, 68965, 1, 68975, 68997, 1, 69248, 69289, 1, 69296, 69297, 1, 69314, 69316, 1,\n      69376, 69404, 1, 69415, 69424, 9, 69425, 69445, 1, 69488, 69505, 1, 69552, 69572, 1, 69600,\n      69622, 1, 69635, 69687, 1, 69745, 69746, 1, 69749, 69763, 14, 69764, 69807, 1, 69840, 69864,\n      1, 69891, 69926, 1, 69956, 69959, 3, 69968, 70002, 1, 70006, 70019, 13, 70020, 70066, 1,\n      70081, 70084, 1, 70106, 70108, 2, 70144, 70161, 1, 70163, 70187, 1, 70207, 70208, 1, 70272,\n      70278, 1, 70280, 70282, 2, 70283, 70285, 1, 70287, 70301, 1, 70303, 70312, 1, 70320, 70366, 1,\n      70405, 70412, 1, 70415, 70416, 1, 70419, 70440, 1, 70442, 70448, 1, 70450, 70451, 1, 70453,\n      70457, 1, 70461, 70480, 19, 70493, 70497, 1, 70528, 70537, 1, 70539, 70542, 3, 70544, 70581,\n      1, 70583, 70609, 26, 70611, 70656, 45, 70657, 70708, 1, 70727, 70730, 1, 70751, 70753, 1,\n      70784, 70831, 1, 70852, 70853, 1, 70855, 71040, 185, 71041, 71086, 1, 71128, 71131, 1, 71168,\n      71215, 1, 71236, 71296, 60, 71297, 71338, 1, 71352, 71424, 72, 71425, 71450, 1, 71488, 71494,\n      1, 71680, 71723, 1, 71840, 71903, 1, 71935, 71942, 1, 71945, 71948, 3, 71949, 71955, 1, 71957,\n      71958, 1, 71960, 71983, 1, 71999, 72001, 2, 72096, 72103, 1, 72106, 72144, 1, 72161, 72163, 2,\n      72192, 72203, 11, 72204, 72242, 1, 72250, 72272, 22, 72284, 72329, 1, 72349, 72368, 19, 72369,\n      72440, 1, 72640, 72672, 1, 72704, 72712, 1, 72714, 72750, 1, 72768, 72818, 50, 72819, 72847,\n      1, 72960, 72966, 1, 72968, 72969, 1, 72971, 73008, 1, 73030, 73056, 26, 73057, 73061, 1,\n      73063, 73064, 1, 73066, 73097, 1, 73112, 73440, 328, 73441, 73458, 1, 73474, 73476, 2, 73477,\n      73488, 1, 73490, 73523, 1, 73648, 73728, 80, 73729, 74649, 1, 74880, 75075, 1, 77712, 77808,\n      1, 77824, 78895, 1, 78913, 78918, 1, 78944, 82938, 1, 82944, 83526, 1, 90368, 90397, 1, 92160,\n      92728, 1, 92736, 92766, 1, 92784, 92862, 1, 92880, 92909, 1, 92928, 92975, 1, 92992, 92995, 1,\n      93027, 93047, 1, 93053, 93071, 1, 93504, 93548, 1, 93760, 93823, 1, 93952, 94026, 1, 94032,\n      94099, 67, 94100, 94111, 1, 94176, 94177, 1, 94179, 94208, 29, 94209, 100343, 1, 100352,\n      101589, 1, 101631, 101640, 1, 110576, 110579, 1, 110581, 110587, 1, 110589, 110590, 1, 110592,\n      110882, 1, 110898, 110928, 30, 110929, 110930, 1, 110933, 110948, 15, 110949, 110951, 1,\n      110960, 111355, 1, 113664, 113770, 1, 113776, 113788, 1, 113792, 113800, 1, 113808, 113817, 1,\n      119808, 119892, 1, 119894, 119964, 1, 119966, 119967, 1, 119970, 119973, 3, 119974, 119977, 3,\n      119978, 119980, 1, 119982, 119993, 1, 119995, 119997, 2, 119998, 120003, 1, 120005, 120069, 1,\n      120071, 120074, 1, 120077, 120084, 1, 120086, 120092, 1, 120094, 120121, 1, 120123, 120126, 1,\n      120128, 120132, 1, 120134, 120138, 4, 120139, 120144, 1, 120146, 120485, 1, 120488, 120512, 1,\n      120514, 120538, 1, 120540, 120570, 1, 120572, 120596, 1, 120598, 120628, 1, 120630, 120654, 1,\n      120656, 120686, 1, 120688, 120712, 1, 120714, 120744, 1, 120746, 120770, 1, 120772, 120779, 1,\n      122624, 122654, 1, 122661, 122666, 1, 122928, 122989, 1, 123136, 123180, 1, 123191, 123197, 1,\n      123214, 123536, 322, 123537, 123565, 1, 123584, 123627, 1, 124112, 124139, 1, 124368, 124397,\n      1, 124400, 124896, 496, 124897, 124902, 1, 124904, 124907, 1, 124909, 124910, 1, 124912,\n      124926, 1, 124928, 125124, 1, 125184, 125251, 1, 125259, 126464, 1205, 126465, 126467, 1,\n      126469, 126495, 1, 126497, 126498, 1, 126500, 126503, 3, 126505, 126514, 1, 126516, 126519, 1,\n      126521, 126523, 2, 126530, 126535, 5, 126537, 126541, 2, 126542, 126543, 1, 126545, 126546, 1,\n      126548, 126551, 3, 126553, 126561, 2, 126562, 126564, 2, 126567, 126570, 1, 126572, 126578, 1,\n      126580, 126583, 1, 126585, 126588, 1, 126590, 126592, 2, 126593, 126601, 1, 126603, 126619, 1,\n      126625, 126627, 1, 126629, 126633, 1, 126635, 126651, 1, 131072, 173791, 1, 173824, 177977, 1,\n      177984, 178205, 1, 178208, 183969, 1, 183984, 191456, 1, 191472, 192093, 1, 194560, 195101, 1,\n      196608, 201546, 1, 201552, 205743, 1\n    ])\n  )\n  static foldL = new UnicodeRangeTable(new Uint32Array([837, 837, 1]))\n  static Ll = new UnicodeRangeTable(\n    new Uint32Array([\n      97, 122, 1, 181, 223, 42, 224, 246, 1, 248, 255, 1, 257, 311, 2, 312, 328, 2, 329, 375, 2,\n      378, 382, 2, 383, 384, 1, 387, 389, 2, 392, 396, 4, 397, 402, 5, 405, 409, 4, 410, 411, 1,\n      414, 417, 3, 419, 421, 2, 424, 426, 2, 427, 429, 2, 432, 436, 4, 438, 441, 3, 442, 445, 3,\n      446, 447, 1, 454, 460, 3, 462, 476, 2, 477, 495, 2, 496, 499, 3, 501, 505, 4, 507, 563, 2,\n      564, 569, 1, 572, 575, 3, 576, 578, 2, 583, 591, 2, 592, 659, 1, 661, 687, 1, 881, 883, 2,\n      887, 891, 4, 892, 893, 1, 912, 940, 28, 941, 974, 1, 976, 977, 1, 981, 983, 1, 985, 1007, 2,\n      1008, 1011, 1, 1013, 1019, 3, 1020, 1072, 52, 1073, 1119, 1, 1121, 1153, 2, 1163, 1215, 2,\n      1218, 1230, 2, 1231, 1327, 2, 1376, 1416, 1, 4304, 4346, 1, 4349, 4351, 1, 5112, 5117, 1,\n      7296, 7304, 1, 7306, 7424, 118, 7425, 7467, 1, 7531, 7543, 1, 7545, 7578, 1, 7681, 7829, 2,\n      7830, 7837, 1, 7839, 7935, 2, 7936, 7943, 1, 7952, 7957, 1, 7968, 7975, 1, 7984, 7991, 1,\n      8000, 8005, 1, 8016, 8023, 1, 8032, 8039, 1, 8048, 8061, 1, 8064, 8071, 1, 8080, 8087, 1,\n      8096, 8103, 1, 8112, 8116, 1, 8118, 8119, 1, 8126, 8130, 4, 8131, 8132, 1, 8134, 8135, 1,\n      8144, 8147, 1, 8150, 8151, 1, 8160, 8167, 1, 8178, 8180, 1, 8182, 8183, 1, 8458, 8462, 4,\n      8463, 8467, 4, 8495, 8505, 5, 8508, 8509, 1, 8518, 8521, 1, 8526, 8580, 54, 11312, 11359, 1,\n      11361, 11365, 4, 11366, 11372, 2, 11377, 11379, 2, 11380, 11382, 2, 11383, 11387, 1, 11393,\n      11491, 2, 11492, 11500, 8, 11502, 11507, 5, 11520, 11557, 1, 11559, 11565, 6, 42561, 42605, 2,\n      42625, 42651, 2, 42787, 42799, 2, 42800, 42801, 1, 42803, 42865, 2, 42866, 42872, 1, 42874,\n      42876, 2, 42879, 42887, 2, 42892, 42894, 2, 42897, 42899, 2, 42900, 42901, 1, 42903, 42921, 2,\n      42927, 42933, 6, 42935, 42947, 2, 42952, 42954, 2, 42957, 42961, 4, 42963, 42971, 2, 42998,\n      43002, 4, 43824, 43866, 1, 43872, 43880, 1, 43888, 43967, 1, 64256, 64262, 1, 64275, 64279, 1,\n      65345, 65370, 1, 66600, 66639, 1, 66776, 66811, 1, 66967, 66977, 1, 66979, 66993, 1, 66995,\n      67001, 1, 67003, 67004, 1, 68800, 68850, 1, 68976, 68997, 1, 71872, 71903, 1, 93792, 93823, 1,\n      119834, 119859, 1, 119886, 119892, 1, 119894, 119911, 1, 119938, 119963, 1, 119990, 119993, 1,\n      119995, 119997, 2, 119998, 120003, 1, 120005, 120015, 1, 120042, 120067, 1, 120094, 120119, 1,\n      120146, 120171, 1, 120198, 120223, 1, 120250, 120275, 1, 120302, 120327, 1, 120354, 120379, 1,\n      120406, 120431, 1, 120458, 120485, 1, 120514, 120538, 1, 120540, 120545, 1, 120572, 120596, 1,\n      120598, 120603, 1, 120630, 120654, 1, 120656, 120661, 1, 120688, 120712, 1, 120714, 120719, 1,\n      120746, 120770, 1, 120772, 120777, 1, 120779, 122624, 1845, 122625, 122633, 1, 122635, 122654,\n      1, 122661, 122666, 1, 125218, 125251, 1\n    ])\n  )\n  static foldLl = new UnicodeRangeTable(\n    new Uint32Array([\n      65, 90, 1, 192, 214, 1, 216, 222, 1, 256, 302, 2, 306, 310, 2, 313, 327, 2, 330, 376, 2, 377,\n      381, 2, 385, 386, 1, 388, 390, 2, 391, 393, 2, 394, 395, 1, 398, 401, 1, 403, 404, 1, 406,\n      408, 1, 412, 413, 1, 415, 416, 1, 418, 422, 2, 423, 425, 2, 428, 430, 2, 431, 433, 2, 434,\n      435, 1, 437, 439, 2, 440, 444, 4, 452, 453, 1, 455, 456, 1, 458, 459, 1, 461, 475, 2, 478,\n      494, 2, 497, 498, 1, 500, 502, 2, 503, 504, 1, 506, 562, 2, 570, 571, 1, 573, 574, 1, 577,\n      579, 2, 580, 582, 1, 584, 590, 2, 837, 880, 43, 882, 886, 4, 895, 902, 7, 904, 906, 1, 908,\n      910, 2, 911, 913, 2, 914, 929, 1, 931, 939, 1, 975, 984, 9, 986, 1006, 2, 1012, 1015, 3, 1017,\n      1018, 1, 1021, 1071, 1, 1120, 1152, 2, 1162, 1216, 2, 1217, 1229, 2, 1232, 1326, 2, 1329,\n      1366, 1, 4256, 4293, 1, 4295, 4301, 6, 5024, 5109, 1, 7305, 7312, 7, 7313, 7354, 1, 7357,\n      7359, 1, 7680, 7828, 2, 7838, 7934, 2, 7944, 7951, 1, 7960, 7965, 1, 7976, 7983, 1, 7992,\n      7999, 1, 8008, 8013, 1, 8025, 8031, 2, 8040, 8047, 1, 8072, 8079, 1, 8088, 8095, 1, 8104,\n      8111, 1, 8120, 8124, 1, 8136, 8140, 1, 8152, 8155, 1, 8168, 8172, 1, 8184, 8188, 1, 8486,\n      8490, 4, 8491, 8498, 7, 8579, 11264, 2685, 11265, 11311, 1, 11360, 11362, 2, 11363, 11364, 1,\n      11367, 11373, 2, 11374, 11376, 1, 11378, 11381, 3, 11390, 11392, 1, 11394, 11490, 2, 11499,\n      11501, 2, 11506, 42560, 31054, 42562, 42604, 2, 42624, 42650, 2, 42786, 42798, 2, 42802,\n      42862, 2, 42873, 42877, 2, 42878, 42886, 2, 42891, 42893, 2, 42896, 42898, 2, 42902, 42922, 2,\n      42923, 42926, 1, 42928, 42932, 1, 42934, 42948, 2, 42949, 42951, 1, 42953, 42955, 2, 42956,\n      42960, 4, 42966, 42972, 2, 42997, 65313, 22316, 65314, 65338, 1, 66560, 66599, 1, 66736,\n      66771, 1, 66928, 66938, 1, 66940, 66954, 1, 66956, 66962, 1, 66964, 66965, 1, 68736, 68786, 1,\n      68944, 68965, 1, 71840, 71871, 1, 93760, 93791, 1, 125184, 125217, 1\n    ])\n  )\n  static Lm = new UnicodeRangeTable(\n    new Uint32Array([\n      688, 705, 1, 710, 721, 1, 736, 740, 1, 748, 750, 2, 884, 890, 6, 1369, 1600, 231, 1765, 1766,\n      1, 2036, 2037, 1, 2042, 2074, 32, 2084, 2088, 4, 2249, 2417, 168, 3654, 3782, 128, 4348, 6103,\n      1755, 6211, 6823, 612, 7288, 7293, 1, 7468, 7530, 1, 7544, 7579, 35, 7580, 7615, 1, 8305,\n      8319, 14, 8336, 8348, 1, 11388, 11389, 1, 11631, 11823, 192, 12293, 12337, 44, 12338, 12341,\n      1, 12347, 12445, 98, 12446, 12540, 94, 12541, 12542, 1, 40981, 42232, 1251, 42233, 42237, 1,\n      42508, 42623, 115, 42652, 42653, 1, 42775, 42783, 1, 42864, 42888, 24, 42994, 42996, 1, 43000,\n      43001, 1, 43471, 43494, 23, 43632, 43741, 109, 43763, 43764, 1, 43868, 43871, 1, 43881, 65392,\n      21511, 65438, 65439, 1, 67456, 67461, 1, 67463, 67504, 1, 67506, 67514, 1, 68942, 68975, 33,\n      92992, 92995, 1, 93504, 93506, 1, 93547, 93548, 1, 94099, 94111, 1, 94176, 94177, 1, 94179,\n      110576, 16397, 110577, 110579, 1, 110581, 110587, 1, 110589, 110590, 1, 122928, 122989, 1,\n      123191, 123197, 1, 124139, 125259, 1120\n    ])\n  )\n  static Lo = new UnicodeRangeTable(\n    new Uint32Array([\n      170, 186, 16, 443, 448, 5, 449, 451, 1, 660, 1488, 828, 1489, 1514, 1, 1519, 1522, 1, 1568,\n      1599, 1, 1601, 1610, 1, 1646, 1647, 1, 1649, 1747, 1, 1749, 1774, 25, 1775, 1786, 11, 1787,\n      1788, 1, 1791, 1808, 17, 1810, 1839, 1, 1869, 1957, 1, 1969, 1994, 25, 1995, 2026, 1, 2048,\n      2069, 1, 2112, 2136, 1, 2144, 2154, 1, 2160, 2183, 1, 2185, 2190, 1, 2208, 2248, 1, 2308,\n      2361, 1, 2365, 2384, 19, 2392, 2401, 1, 2418, 2432, 1, 2437, 2444, 1, 2447, 2448, 1, 2451,\n      2472, 1, 2474, 2480, 1, 2482, 2486, 4, 2487, 2489, 1, 2493, 2510, 17, 2524, 2525, 1, 2527,\n      2529, 1, 2544, 2545, 1, 2556, 2565, 9, 2566, 2570, 1, 2575, 2576, 1, 2579, 2600, 1, 2602,\n      2608, 1, 2610, 2611, 1, 2613, 2614, 1, 2616, 2617, 1, 2649, 2652, 1, 2654, 2674, 20, 2675,\n      2676, 1, 2693, 2701, 1, 2703, 2705, 1, 2707, 2728, 1, 2730, 2736, 1, 2738, 2739, 1, 2741,\n      2745, 1, 2749, 2768, 19, 2784, 2785, 1, 2809, 2821, 12, 2822, 2828, 1, 2831, 2832, 1, 2835,\n      2856, 1, 2858, 2864, 1, 2866, 2867, 1, 2869, 2873, 1, 2877, 2908, 31, 2909, 2911, 2, 2912,\n      2913, 1, 2929, 2947, 18, 2949, 2954, 1, 2958, 2960, 1, 2962, 2965, 1, 2969, 2970, 1, 2972,\n      2974, 2, 2975, 2979, 4, 2980, 2984, 4, 2985, 2986, 1, 2990, 3001, 1, 3024, 3077, 53, 3078,\n      3084, 1, 3086, 3088, 1, 3090, 3112, 1, 3114, 3129, 1, 3133, 3160, 27, 3161, 3162, 1, 3165,\n      3168, 3, 3169, 3200, 31, 3205, 3212, 1, 3214, 3216, 1, 3218, 3240, 1, 3242, 3251, 1, 3253,\n      3257, 1, 3261, 3293, 32, 3294, 3296, 2, 3297, 3313, 16, 3314, 3332, 18, 3333, 3340, 1, 3342,\n      3344, 1, 3346, 3386, 1, 3389, 3406, 17, 3412, 3414, 1, 3423, 3425, 1, 3450, 3455, 1, 3461,\n      3478, 1, 3482, 3505, 1, 3507, 3515, 1, 3517, 3520, 3, 3521, 3526, 1, 3585, 3632, 1, 3634,\n      3635, 1, 3648, 3653, 1, 3713, 3714, 1, 3716, 3718, 2, 3719, 3722, 1, 3724, 3747, 1, 3749,\n      3751, 2, 3752, 3760, 1, 3762, 3763, 1, 3773, 3776, 3, 3777, 3780, 1, 3804, 3807, 1, 3840,\n      3904, 64, 3905, 3911, 1, 3913, 3948, 1, 3976, 3980, 1, 4096, 4138, 1, 4159, 4176, 17, 4177,\n      4181, 1, 4186, 4189, 1, 4193, 4197, 4, 4198, 4206, 8, 4207, 4208, 1, 4213, 4225, 1, 4238,\n      4352, 114, 4353, 4680, 1, 4682, 4685, 1, 4688, 4694, 1, 4696, 4698, 2, 4699, 4701, 1, 4704,\n      4744, 1, 4746, 4749, 1, 4752, 4784, 1, 4786, 4789, 1, 4792, 4798, 1, 4800, 4802, 2, 4803,\n      4805, 1, 4808, 4822, 1, 4824, 4880, 1, 4882, 4885, 1, 4888, 4954, 1, 4992, 5007, 1, 5121,\n      5740, 1, 5743, 5759, 1, 5761, 5786, 1, 5792, 5866, 1, 5873, 5880, 1, 5888, 5905, 1, 5919,\n      5937, 1, 5952, 5969, 1, 5984, 5996, 1, 5998, 6000, 1, 6016, 6067, 1, 6108, 6176, 68, 6177,\n      6210, 1, 6212, 6264, 1, 6272, 6276, 1, 6279, 6312, 1, 6314, 6320, 6, 6321, 6389, 1, 6400,\n      6430, 1, 6480, 6509, 1, 6512, 6516, 1, 6528, 6571, 1, 6576, 6601, 1, 6656, 6678, 1, 6688,\n      6740, 1, 6917, 6963, 1, 6981, 6988, 1, 7043, 7072, 1, 7086, 7087, 1, 7098, 7141, 1, 7168,\n      7203, 1, 7245, 7247, 1, 7258, 7287, 1, 7401, 7404, 1, 7406, 7411, 1, 7413, 7414, 1, 7418,\n      8501, 1083, 8502, 8504, 1, 11568, 11623, 1, 11648, 11670, 1, 11680, 11686, 1, 11688, 11694, 1,\n      11696, 11702, 1, 11704, 11710, 1, 11712, 11718, 1, 11720, 11726, 1, 11728, 11734, 1, 11736,\n      11742, 1, 12294, 12348, 54, 12353, 12438, 1, 12447, 12449, 2, 12450, 12538, 1, 12543, 12549,\n      6, 12550, 12591, 1, 12593, 12686, 1, 12704, 12735, 1, 12784, 12799, 1, 13312, 19903, 1, 19968,\n      40980, 1, 40982, 42124, 1, 42192, 42231, 1, 42240, 42507, 1, 42512, 42527, 1, 42538, 42539, 1,\n      42606, 42656, 50, 42657, 42725, 1, 42895, 42999, 104, 43003, 43009, 1, 43011, 43013, 1, 43015,\n      43018, 1, 43020, 43042, 1, 43072, 43123, 1, 43138, 43187, 1, 43250, 43255, 1, 43259, 43261, 2,\n      43262, 43274, 12, 43275, 43301, 1, 43312, 43334, 1, 43360, 43388, 1, 43396, 43442, 1, 43488,\n      43492, 1, 43495, 43503, 1, 43514, 43518, 1, 43520, 43560, 1, 43584, 43586, 1, 43588, 43595, 1,\n      43616, 43631, 1, 43633, 43638, 1, 43642, 43646, 4, 43647, 43695, 1, 43697, 43701, 4, 43702,\n      43705, 3, 43706, 43709, 1, 43712, 43714, 2, 43739, 43740, 1, 43744, 43754, 1, 43762, 43777,\n      15, 43778, 43782, 1, 43785, 43790, 1, 43793, 43798, 1, 43808, 43814, 1, 43816, 43822, 1,\n      43968, 44002, 1, 44032, 55203, 1, 55216, 55238, 1, 55243, 55291, 1, 63744, 64109, 1, 64112,\n      64217, 1, 64285, 64287, 2, 64288, 64296, 1, 64298, 64310, 1, 64312, 64316, 1, 64318, 64320, 2,\n      64321, 64323, 2, 64324, 64326, 2, 64327, 64433, 1, 64467, 64829, 1, 64848, 64911, 1, 64914,\n      64967, 1, 65008, 65019, 1, 65136, 65140, 1, 65142, 65276, 1, 65382, 65391, 1, 65393, 65437, 1,\n      65440, 65470, 1, 65474, 65479, 1, 65482, 65487, 1, 65490, 65495, 1, 65498, 65500, 1, 65536,\n      65547, 1, 65549, 65574, 1, 65576, 65594, 1, 65596, 65597, 1, 65599, 65613, 1, 65616, 65629, 1,\n      65664, 65786, 1, 66176, 66204, 1, 66208, 66256, 1, 66304, 66335, 1, 66349, 66368, 1, 66370,\n      66377, 1, 66384, 66421, 1, 66432, 66461, 1, 66464, 66499, 1, 66504, 66511, 1, 66640, 66717, 1,\n      66816, 66855, 1, 66864, 66915, 1, 67008, 67059, 1, 67072, 67382, 1, 67392, 67413, 1, 67424,\n      67431, 1, 67584, 67589, 1, 67592, 67594, 2, 67595, 67637, 1, 67639, 67640, 1, 67644, 67647, 3,\n      67648, 67669, 1, 67680, 67702, 1, 67712, 67742, 1, 67808, 67826, 1, 67828, 67829, 1, 67840,\n      67861, 1, 67872, 67897, 1, 67968, 68023, 1, 68030, 68031, 1, 68096, 68112, 16, 68113, 68115,\n      1, 68117, 68119, 1, 68121, 68149, 1, 68192, 68220, 1, 68224, 68252, 1, 68288, 68295, 1, 68297,\n      68324, 1, 68352, 68405, 1, 68416, 68437, 1, 68448, 68466, 1, 68480, 68497, 1, 68608, 68680, 1,\n      68864, 68899, 1, 68938, 68941, 1, 68943, 69248, 305, 69249, 69289, 1, 69296, 69297, 1, 69314,\n      69316, 1, 69376, 69404, 1, 69415, 69424, 9, 69425, 69445, 1, 69488, 69505, 1, 69552, 69572, 1,\n      69600, 69622, 1, 69635, 69687, 1, 69745, 69746, 1, 69749, 69763, 14, 69764, 69807, 1, 69840,\n      69864, 1, 69891, 69926, 1, 69956, 69959, 3, 69968, 70002, 1, 70006, 70019, 13, 70020, 70066,\n      1, 70081, 70084, 1, 70106, 70108, 2, 70144, 70161, 1, 70163, 70187, 1, 70207, 70208, 1, 70272,\n      70278, 1, 70280, 70282, 2, 70283, 70285, 1, 70287, 70301, 1, 70303, 70312, 1, 70320, 70366, 1,\n      70405, 70412, 1, 70415, 70416, 1, 70419, 70440, 1, 70442, 70448, 1, 70450, 70451, 1, 70453,\n      70457, 1, 70461, 70480, 19, 70493, 70497, 1, 70528, 70537, 1, 70539, 70542, 3, 70544, 70581,\n      1, 70583, 70609, 26, 70611, 70656, 45, 70657, 70708, 1, 70727, 70730, 1, 70751, 70753, 1,\n      70784, 70831, 1, 70852, 70853, 1, 70855, 71040, 185, 71041, 71086, 1, 71128, 71131, 1, 71168,\n      71215, 1, 71236, 71296, 60, 71297, 71338, 1, 71352, 71424, 72, 71425, 71450, 1, 71488, 71494,\n      1, 71680, 71723, 1, 71935, 71942, 1, 71945, 71948, 3, 71949, 71955, 1, 71957, 71958, 1, 71960,\n      71983, 1, 71999, 72001, 2, 72096, 72103, 1, 72106, 72144, 1, 72161, 72163, 2, 72192, 72203,\n      11, 72204, 72242, 1, 72250, 72272, 22, 72284, 72329, 1, 72349, 72368, 19, 72369, 72440, 1,\n      72640, 72672, 1, 72704, 72712, 1, 72714, 72750, 1, 72768, 72818, 50, 72819, 72847, 1, 72960,\n      72966, 1, 72968, 72969, 1, 72971, 73008, 1, 73030, 73056, 26, 73057, 73061, 1, 73063, 73064,\n      1, 73066, 73097, 1, 73112, 73440, 328, 73441, 73458, 1, 73474, 73476, 2, 73477, 73488, 1,\n      73490, 73523, 1, 73648, 73728, 80, 73729, 74649, 1, 74880, 75075, 1, 77712, 77808, 1, 77824,\n      78895, 1, 78913, 78918, 1, 78944, 82938, 1, 82944, 83526, 1, 90368, 90397, 1, 92160, 92728, 1,\n      92736, 92766, 1, 92784, 92862, 1, 92880, 92909, 1, 92928, 92975, 1, 93027, 93047, 1, 93053,\n      93071, 1, 93507, 93546, 1, 93952, 94026, 1, 94032, 94208, 176, 94209, 100343, 1, 100352,\n      101589, 1, 101631, 101640, 1, 110592, 110882, 1, 110898, 110928, 30, 110929, 110930, 1,\n      110933, 110948, 15, 110949, 110951, 1, 110960, 111355, 1, 113664, 113770, 1, 113776, 113788,\n      1, 113792, 113800, 1, 113808, 113817, 1, 122634, 123136, 502, 123137, 123180, 1, 123214,\n      123536, 322, 123537, 123565, 1, 123584, 123627, 1, 124112, 124138, 1, 124368, 124397, 1,\n      124400, 124896, 496, 124897, 124902, 1, 124904, 124907, 1, 124909, 124910, 1, 124912, 124926,\n      1, 124928, 125124, 1, 126464, 126467, 1, 126469, 126495, 1, 126497, 126498, 1, 126500, 126503,\n      3, 126505, 126514, 1, 126516, 126519, 1, 126521, 126523, 2, 126530, 126535, 5, 126537, 126541,\n      2, 126542, 126543, 1, 126545, 126546, 1, 126548, 126551, 3, 126553, 126561, 2, 126562, 126564,\n      2, 126567, 126570, 1, 126572, 126578, 1, 126580, 126583, 1, 126585, 126588, 1, 126590, 126592,\n      2, 126593, 126601, 1, 126603, 126619, 1, 126625, 126627, 1, 126629, 126633, 1, 126635, 126651,\n      1, 131072, 173791, 1, 173824, 177977, 1, 177984, 178205, 1, 178208, 183969, 1, 183984, 191456,\n      1, 191472, 192093, 1, 194560, 195101, 1, 196608, 201546, 1, 201552, 205743, 1\n    ])\n  )\n  static Lt = new UnicodeRangeTable(\n    new Uint32Array([\n      453, 459, 3, 498, 8072, 7574, 8073, 8079, 1, 8088, 8095, 1, 8104, 8111, 1, 8124, 8140, 16,\n      8188, 8188, 1\n    ])\n  )\n  static foldLt = new UnicodeRangeTable(\n    new Uint32Array([\n      452, 454, 2, 455, 457, 2, 458, 460, 2, 497, 499, 2, 8064, 8071, 1, 8080, 8087, 1, 8096, 8103,\n      1, 8115, 8131, 16, 8179, 8179, 1\n    ])\n  )\n  static Lu = new UnicodeRangeTable(\n    new Uint32Array([\n      65, 90, 1, 192, 214, 1, 216, 222, 1, 256, 310, 2, 313, 327, 2, 330, 376, 2, 377, 381, 2, 385,\n      386, 1, 388, 390, 2, 391, 393, 2, 394, 395, 1, 398, 401, 1, 403, 404, 1, 406, 408, 1, 412,\n      413, 1, 415, 416, 1, 418, 422, 2, 423, 425, 2, 428, 430, 2, 431, 433, 2, 434, 435, 1, 437,\n      439, 2, 440, 444, 4, 452, 461, 3, 463, 475, 2, 478, 494, 2, 497, 500, 3, 502, 504, 1, 506,\n      562, 2, 570, 571, 1, 573, 574, 1, 577, 579, 2, 580, 582, 1, 584, 590, 2, 880, 882, 2, 886,\n      895, 9, 902, 904, 2, 905, 906, 1, 908, 910, 2, 911, 913, 2, 914, 929, 1, 931, 939, 1, 975,\n      978, 3, 979, 980, 1, 984, 1006, 2, 1012, 1015, 3, 1017, 1018, 1, 1021, 1071, 1, 1120, 1152, 2,\n      1162, 1216, 2, 1217, 1229, 2, 1232, 1326, 2, 1329, 1366, 1, 4256, 4293, 1, 4295, 4301, 6,\n      5024, 5109, 1, 7305, 7312, 7, 7313, 7354, 1, 7357, 7359, 1, 7680, 7828, 2, 7838, 7934, 2,\n      7944, 7951, 1, 7960, 7965, 1, 7976, 7983, 1, 7992, 7999, 1, 8008, 8013, 1, 8025, 8031, 2,\n      8040, 8047, 1, 8120, 8123, 1, 8136, 8139, 1, 8152, 8155, 1, 8168, 8172, 1, 8184, 8187, 1,\n      8450, 8455, 5, 8459, 8461, 1, 8464, 8466, 1, 8469, 8473, 4, 8474, 8477, 1, 8484, 8490, 2,\n      8491, 8493, 1, 8496, 8499, 1, 8510, 8511, 1, 8517, 8579, 62, 11264, 11311, 1, 11360, 11362, 2,\n      11363, 11364, 1, 11367, 11373, 2, 11374, 11376, 1, 11378, 11381, 3, 11390, 11392, 1, 11394,\n      11490, 2, 11499, 11501, 2, 11506, 42560, 31054, 42562, 42604, 2, 42624, 42650, 2, 42786,\n      42798, 2, 42802, 42862, 2, 42873, 42877, 2, 42878, 42886, 2, 42891, 42893, 2, 42896, 42898, 2,\n      42902, 42922, 2, 42923, 42926, 1, 42928, 42932, 1, 42934, 42948, 2, 42949, 42951, 1, 42953,\n      42955, 2, 42956, 42960, 4, 42966, 42972, 2, 42997, 65313, 22316, 65314, 65338, 1, 66560,\n      66599, 1, 66736, 66771, 1, 66928, 66938, 1, 66940, 66954, 1, 66956, 66962, 1, 66964, 66965, 1,\n      68736, 68786, 1, 68944, 68965, 1, 71840, 71871, 1, 93760, 93791, 1, 119808, 119833, 1, 119860,\n      119885, 1, 119912, 119937, 1, 119964, 119966, 2, 119967, 119973, 3, 119974, 119977, 3, 119978,\n      119980, 1, 119982, 119989, 1, 120016, 120041, 1, 120068, 120069, 1, 120071, 120074, 1, 120077,\n      120084, 1, 120086, 120092, 1, 120120, 120121, 1, 120123, 120126, 1, 120128, 120132, 1, 120134,\n      120138, 4, 120139, 120144, 1, 120172, 120197, 1, 120224, 120249, 1, 120276, 120301, 1, 120328,\n      120353, 1, 120380, 120405, 1, 120432, 120457, 1, 120488, 120512, 1, 120546, 120570, 1, 120604,\n      120628, 1, 120662, 120686, 1, 120720, 120744, 1, 120778, 125184, 4406, 125185, 125217, 1\n    ])\n  )\n  static Upper = this.Lu\n  static foldLu = new UnicodeRangeTable(\n    new Uint32Array([\n      97, 122, 1, 181, 223, 42, 224, 246, 1, 248, 255, 1, 257, 303, 2, 307, 311, 2, 314, 328, 2,\n      331, 375, 2, 378, 382, 2, 383, 384, 1, 387, 389, 2, 392, 396, 4, 402, 405, 3, 409, 411, 1,\n      414, 417, 3, 419, 421, 2, 424, 429, 5, 432, 436, 4, 438, 441, 3, 445, 447, 2, 453, 454, 1,\n      456, 457, 1, 459, 460, 1, 462, 476, 2, 477, 495, 2, 498, 499, 1, 501, 505, 4, 507, 543, 2,\n      547, 563, 2, 572, 575, 3, 576, 578, 2, 583, 591, 2, 592, 596, 1, 598, 599, 1, 601, 603, 2,\n      604, 608, 4, 609, 611, 2, 612, 614, 1, 616, 620, 1, 623, 625, 2, 626, 629, 3, 637, 640, 3,\n      642, 643, 1, 647, 652, 1, 658, 669, 11, 670, 837, 167, 881, 883, 2, 887, 891, 4, 892, 893, 1,\n      940, 943, 1, 945, 974, 1, 976, 977, 1, 981, 983, 1, 985, 1007, 2, 1008, 1011, 1, 1013, 1019,\n      3, 1072, 1119, 1, 1121, 1153, 2, 1163, 1215, 2, 1218, 1230, 2, 1231, 1327, 2, 1377, 1414, 1,\n      4304, 4346, 1, 4349, 4351, 1, 5112, 5117, 1, 7296, 7304, 1, 7306, 7545, 239, 7549, 7566, 17,\n      7681, 7829, 2, 7835, 7841, 6, 7843, 7935, 2, 7936, 7943, 1, 7952, 7957, 1, 7968, 7975, 1,\n      7984, 7991, 1, 8000, 8005, 1, 8017, 8023, 2, 8032, 8039, 1, 8048, 8061, 1, 8112, 8113, 1,\n      8126, 8144, 18, 8145, 8160, 15, 8161, 8165, 4, 8526, 8580, 54, 11312, 11359, 1, 11361, 11365,\n      4, 11366, 11372, 2, 11379, 11382, 3, 11393, 11491, 2, 11500, 11502, 2, 11507, 11520, 13,\n      11521, 11557, 1, 11559, 11565, 6, 42561, 42605, 2, 42625, 42651, 2, 42787, 42799, 2, 42803,\n      42863, 2, 42874, 42876, 2, 42879, 42887, 2, 42892, 42897, 5, 42899, 42900, 1, 42903, 42921, 2,\n      42933, 42947, 2, 42952, 42954, 2, 42957, 42961, 4, 42967, 42971, 2, 42998, 43859, 861, 43888,\n      43967, 1, 65345, 65370, 1, 66600, 66639, 1, 66776, 66811, 1, 66967, 66977, 1, 66979, 66993, 1,\n      66995, 67001, 1, 67003, 67004, 1, 68800, 68850, 1, 68976, 68997, 1, 71872, 71903, 1, 93792,\n      93823, 1, 125218, 125251, 1\n    ])\n  )\n  static M = new UnicodeRangeTable(\n    new Uint32Array([\n      768, 879, 1, 1155, 1161, 1, 1425, 1469, 1, 1471, 1473, 2, 1474, 1476, 2, 1477, 1479, 2, 1552,\n      1562, 1, 1611, 1631, 1, 1648, 1750, 102, 1751, 1756, 1, 1759, 1764, 1, 1767, 1768, 1, 1770,\n      1773, 1, 1809, 1840, 31, 1841, 1866, 1, 1958, 1968, 1, 2027, 2035, 1, 2045, 2070, 25, 2071,\n      2073, 1, 2075, 2083, 1, 2085, 2087, 1, 2089, 2093, 1, 2137, 2139, 1, 2199, 2207, 1, 2250,\n      2273, 1, 2275, 2307, 1, 2362, 2364, 1, 2366, 2383, 1, 2385, 2391, 1, 2402, 2403, 1, 2433,\n      2435, 1, 2492, 2494, 2, 2495, 2500, 1, 2503, 2504, 1, 2507, 2509, 1, 2519, 2530, 11, 2531,\n      2558, 27, 2561, 2563, 1, 2620, 2622, 2, 2623, 2626, 1, 2631, 2632, 1, 2635, 2637, 1, 2641,\n      2672, 31, 2673, 2677, 4, 2689, 2691, 1, 2748, 2750, 2, 2751, 2757, 1, 2759, 2761, 1, 2763,\n      2765, 1, 2786, 2787, 1, 2810, 2815, 1, 2817, 2819, 1, 2876, 2878, 2, 2879, 2884, 1, 2887,\n      2888, 1, 2891, 2893, 1, 2901, 2903, 1, 2914, 2915, 1, 2946, 3006, 60, 3007, 3010, 1, 3014,\n      3016, 1, 3018, 3021, 1, 3031, 3072, 41, 3073, 3076, 1, 3132, 3134, 2, 3135, 3140, 1, 3142,\n      3144, 1, 3146, 3149, 1, 3157, 3158, 1, 3170, 3171, 1, 3201, 3203, 1, 3260, 3262, 2, 3263,\n      3268, 1, 3270, 3272, 1, 3274, 3277, 1, 3285, 3286, 1, 3298, 3299, 1, 3315, 3328, 13, 3329,\n      3331, 1, 3387, 3388, 1, 3390, 3396, 1, 3398, 3400, 1, 3402, 3405, 1, 3415, 3426, 11, 3427,\n      3457, 30, 3458, 3459, 1, 3530, 3535, 5, 3536, 3540, 1, 3542, 3544, 2, 3545, 3551, 1, 3570,\n      3571, 1, 3633, 3636, 3, 3637, 3642, 1, 3655, 3662, 1, 3761, 3764, 3, 3765, 3772, 1, 3784,\n      3790, 1, 3864, 3865, 1, 3893, 3897, 2, 3902, 3903, 1, 3953, 3972, 1, 3974, 3975, 1, 3981,\n      3991, 1, 3993, 4028, 1, 4038, 4139, 101, 4140, 4158, 1, 4182, 4185, 1, 4190, 4192, 1, 4194,\n      4196, 1, 4199, 4205, 1, 4209, 4212, 1, 4226, 4237, 1, 4239, 4250, 11, 4251, 4253, 1, 4957,\n      4959, 1, 5906, 5909, 1, 5938, 5940, 1, 5970, 5971, 1, 6002, 6003, 1, 6068, 6099, 1, 6109,\n      6155, 46, 6156, 6157, 1, 6159, 6277, 118, 6278, 6313, 35, 6432, 6443, 1, 6448, 6459, 1, 6679,\n      6683, 1, 6741, 6750, 1, 6752, 6780, 1, 6783, 6832, 49, 6833, 6862, 1, 6912, 6916, 1, 6964,\n      6980, 1, 7019, 7027, 1, 7040, 7042, 1, 7073, 7085, 1, 7142, 7155, 1, 7204, 7223, 1, 7376,\n      7378, 1, 7380, 7400, 1, 7405, 7412, 7, 7415, 7417, 1, 7616, 7679, 1, 8400, 8432, 1, 11503,\n      11505, 1, 11647, 11744, 97, 11745, 11775, 1, 12330, 12335, 1, 12441, 12442, 1, 42607, 42610,\n      1, 42612, 42621, 1, 42654, 42655, 1, 42736, 42737, 1, 43010, 43014, 4, 43019, 43043, 24,\n      43044, 43047, 1, 43052, 43136, 84, 43137, 43188, 51, 43189, 43205, 1, 43232, 43249, 1, 43263,\n      43302, 39, 43303, 43309, 1, 43335, 43347, 1, 43392, 43395, 1, 43443, 43456, 1, 43493, 43561,\n      68, 43562, 43574, 1, 43587, 43596, 9, 43597, 43643, 46, 43644, 43645, 1, 43696, 43698, 2,\n      43699, 43700, 1, 43703, 43704, 1, 43710, 43711, 1, 43713, 43755, 42, 43756, 43759, 1, 43765,\n      43766, 1, 44003, 44010, 1, 44012, 44013, 1, 64286, 65024, 738, 65025, 65039, 1, 65056, 65071,\n      1, 66045, 66272, 227, 66422, 66426, 1, 68097, 68099, 1, 68101, 68102, 1, 68108, 68111, 1,\n      68152, 68154, 1, 68159, 68325, 166, 68326, 68900, 574, 68901, 68903, 1, 68969, 68973, 1,\n      69291, 69292, 1, 69372, 69375, 1, 69446, 69456, 1, 69506, 69509, 1, 69632, 69634, 1, 69688,\n      69702, 1, 69744, 69747, 3, 69748, 69759, 11, 69760, 69762, 1, 69808, 69818, 1, 69826, 69888,\n      62, 69889, 69890, 1, 69927, 69940, 1, 69957, 69958, 1, 70003, 70016, 13, 70017, 70018, 1,\n      70067, 70080, 1, 70089, 70092, 1, 70094, 70095, 1, 70188, 70199, 1, 70206, 70209, 3, 70367,\n      70378, 1, 70400, 70403, 1, 70459, 70460, 1, 70462, 70468, 1, 70471, 70472, 1, 70475, 70477, 1,\n      70487, 70498, 11, 70499, 70502, 3, 70503, 70508, 1, 70512, 70516, 1, 70584, 70592, 1, 70594,\n      70597, 3, 70599, 70602, 1, 70604, 70608, 1, 70610, 70625, 15, 70626, 70709, 83, 70710, 70726,\n      1, 70750, 70832, 82, 70833, 70851, 1, 71087, 71093, 1, 71096, 71104, 1, 71132, 71133, 1,\n      71216, 71232, 1, 71339, 71351, 1, 71453, 71467, 1, 71724, 71738, 1, 71984, 71989, 1, 71991,\n      71992, 1, 71995, 71998, 1, 72000, 72002, 2, 72003, 72145, 142, 72146, 72151, 1, 72154, 72160,\n      1, 72164, 72193, 29, 72194, 72202, 1, 72243, 72249, 1, 72251, 72254, 1, 72263, 72273, 10,\n      72274, 72283, 1, 72330, 72345, 1, 72751, 72758, 1, 72760, 72767, 1, 72850, 72871, 1, 72873,\n      72886, 1, 73009, 73014, 1, 73018, 73020, 2, 73021, 73023, 2, 73024, 73029, 1, 73031, 73098,\n      67, 73099, 73102, 1, 73104, 73105, 1, 73107, 73111, 1, 73459, 73462, 1, 73472, 73473, 1,\n      73475, 73524, 49, 73525, 73530, 1, 73534, 73538, 1, 73562, 78912, 5350, 78919, 78933, 1,\n      90398, 90415, 1, 92912, 92916, 1, 92976, 92982, 1, 94031, 94033, 2, 94034, 94087, 1, 94095,\n      94098, 1, 94180, 94192, 12, 94193, 113821, 19628, 113822, 118528, 4706, 118529, 118573, 1,\n      118576, 118598, 1, 119141, 119145, 1, 119149, 119154, 1, 119163, 119170, 1, 119173, 119179, 1,\n      119210, 119213, 1, 119362, 119364, 1, 121344, 121398, 1, 121403, 121452, 1, 121461, 121476,\n      15, 121499, 121503, 1, 121505, 121519, 1, 122880, 122886, 1, 122888, 122904, 1, 122907,\n      122913, 1, 122915, 122916, 1, 122918, 122922, 1, 123023, 123184, 161, 123185, 123190, 1,\n      123566, 123628, 62, 123629, 123631, 1, 124140, 124143, 1, 124398, 124399, 1, 125136, 125142,\n      1, 125252, 125258, 1, 917760, 917999, 1\n    ])\n  )\n  static foldM = new UnicodeRangeTable(new Uint32Array([921, 953, 32, 8126, 8126, 1]))\n  static Mc = new UnicodeRangeTable(\n    new Uint32Array([\n      2307, 2363, 56, 2366, 2368, 1, 2377, 2380, 1, 2382, 2383, 1, 2434, 2435, 1, 2494, 2496, 1,\n      2503, 2504, 1, 2507, 2508, 1, 2519, 2563, 44, 2622, 2624, 1, 2691, 2750, 59, 2751, 2752, 1,\n      2761, 2763, 2, 2764, 2818, 54, 2819, 2878, 59, 2880, 2887, 7, 2888, 2891, 3, 2892, 2903, 11,\n      3006, 3007, 1, 3009, 3010, 1, 3014, 3016, 1, 3018, 3020, 1, 3031, 3073, 42, 3074, 3075, 1,\n      3137, 3140, 1, 3202, 3203, 1, 3262, 3264, 2, 3265, 3268, 1, 3271, 3272, 1, 3274, 3275, 1,\n      3285, 3286, 1, 3315, 3330, 15, 3331, 3390, 59, 3391, 3392, 1, 3398, 3400, 1, 3402, 3404, 1,\n      3415, 3458, 43, 3459, 3535, 76, 3536, 3537, 1, 3544, 3551, 1, 3570, 3571, 1, 3902, 3903, 1,\n      3967, 4139, 172, 4140, 4145, 5, 4152, 4155, 3, 4156, 4182, 26, 4183, 4194, 11, 4195, 4196, 1,\n      4199, 4205, 1, 4227, 4228, 1, 4231, 4236, 1, 4239, 4250, 11, 4251, 4252, 1, 5909, 5940, 31,\n      6070, 6078, 8, 6079, 6085, 1, 6087, 6088, 1, 6435, 6438, 1, 6441, 6443, 1, 6448, 6449, 1,\n      6451, 6456, 1, 6681, 6682, 1, 6741, 6743, 2, 6753, 6755, 2, 6756, 6765, 9, 6766, 6770, 1,\n      6916, 6965, 49, 6971, 6973, 2, 6974, 6977, 1, 6979, 6980, 1, 7042, 7073, 31, 7078, 7079, 1,\n      7082, 7143, 61, 7146, 7148, 1, 7150, 7154, 4, 7155, 7204, 49, 7205, 7211, 1, 7220, 7221, 1,\n      7393, 7415, 22, 12334, 12335, 1, 43043, 43044, 1, 43047, 43136, 89, 43137, 43188, 51, 43189,\n      43203, 1, 43346, 43347, 1, 43395, 43444, 49, 43445, 43450, 5, 43451, 43454, 3, 43455, 43456,\n      1, 43567, 43568, 1, 43571, 43572, 1, 43597, 43643, 46, 43645, 43755, 110, 43758, 43759, 1,\n      43765, 44003, 238, 44004, 44006, 2, 44007, 44009, 2, 44010, 44012, 2, 69632, 69634, 2, 69762,\n      69808, 46, 69809, 69810, 1, 69815, 69816, 1, 69932, 69957, 25, 69958, 70018, 60, 70067, 70069,\n      1, 70079, 70080, 1, 70094, 70188, 94, 70189, 70190, 1, 70194, 70195, 1, 70197, 70368, 171,\n      70369, 70370, 1, 70402, 70403, 1, 70462, 70463, 1, 70465, 70468, 1, 70471, 70472, 1, 70475,\n      70477, 1, 70487, 70498, 11, 70499, 70584, 85, 70585, 70586, 1, 70594, 70597, 3, 70599, 70602,\n      1, 70604, 70605, 1, 70607, 70709, 102, 70710, 70711, 1, 70720, 70721, 1, 70725, 70832, 107,\n      70833, 70834, 1, 70841, 70843, 2, 70844, 70846, 1, 70849, 71087, 238, 71088, 71089, 1, 71096,\n      71099, 1, 71102, 71216, 114, 71217, 71218, 1, 71227, 71228, 1, 71230, 71340, 110, 71342,\n      71343, 1, 71350, 71454, 104, 71456, 71457, 1, 71462, 71724, 262, 71725, 71726, 1, 71736,\n      71984, 248, 71985, 71989, 1, 71991, 71992, 1, 71997, 72000, 3, 72002, 72145, 143, 72146,\n      72147, 1, 72156, 72159, 1, 72164, 72249, 85, 72279, 72280, 1, 72343, 72751, 408, 72766, 72873,\n      107, 72881, 72884, 3, 73098, 73102, 1, 73107, 73108, 1, 73110, 73461, 351, 73462, 73475, 13,\n      73524, 73525, 1, 73534, 73535, 1, 73537, 90410, 16873, 90411, 90412, 1, 94033, 94087, 1,\n      94192, 94193, 1, 119141, 119142, 1, 119149, 119154, 1\n    ])\n  )\n  static Me = new UnicodeRangeTable(\n    new Uint32Array([\n      1160, 1161, 1, 6846, 8413, 1567, 8414, 8416, 1, 8418, 8420, 1, 42608, 42610, 1\n    ])\n  )\n  static Mn = new UnicodeRangeTable(\n    new Uint32Array([\n      768, 879, 1, 1155, 1159, 1, 1425, 1469, 1, 1471, 1473, 2, 1474, 1476, 2, 1477, 1479, 2, 1552,\n      1562, 1, 1611, 1631, 1, 1648, 1750, 102, 1751, 1756, 1, 1759, 1764, 1, 1767, 1768, 1, 1770,\n      1773, 1, 1809, 1840, 31, 1841, 1866, 1, 1958, 1968, 1, 2027, 2035, 1, 2045, 2070, 25, 2071,\n      2073, 1, 2075, 2083, 1, 2085, 2087, 1, 2089, 2093, 1, 2137, 2139, 1, 2199, 2207, 1, 2250,\n      2273, 1, 2275, 2306, 1, 2362, 2364, 2, 2369, 2376, 1, 2381, 2385, 4, 2386, 2391, 1, 2402,\n      2403, 1, 2433, 2492, 59, 2497, 2500, 1, 2509, 2530, 21, 2531, 2558, 27, 2561, 2562, 1, 2620,\n      2625, 5, 2626, 2631, 5, 2632, 2635, 3, 2636, 2637, 1, 2641, 2672, 31, 2673, 2677, 4, 2689,\n      2690, 1, 2748, 2753, 5, 2754, 2757, 1, 2759, 2760, 1, 2765, 2786, 21, 2787, 2810, 23, 2811,\n      2815, 1, 2817, 2876, 59, 2879, 2881, 2, 2882, 2884, 1, 2893, 2901, 8, 2902, 2914, 12, 2915,\n      2946, 31, 3008, 3021, 13, 3072, 3076, 4, 3132, 3134, 2, 3135, 3136, 1, 3142, 3144, 1, 3146,\n      3149, 1, 3157, 3158, 1, 3170, 3171, 1, 3201, 3260, 59, 3263, 3270, 7, 3276, 3277, 1, 3298,\n      3299, 1, 3328, 3329, 1, 3387, 3388, 1, 3393, 3396, 1, 3405, 3426, 21, 3427, 3457, 30, 3530,\n      3538, 8, 3539, 3540, 1, 3542, 3633, 91, 3636, 3642, 1, 3655, 3662, 1, 3761, 3764, 3, 3765,\n      3772, 1, 3784, 3790, 1, 3864, 3865, 1, 3893, 3897, 2, 3953, 3966, 1, 3968, 3972, 1, 3974,\n      3975, 1, 3981, 3991, 1, 3993, 4028, 1, 4038, 4141, 103, 4142, 4144, 1, 4146, 4151, 1, 4153,\n      4154, 1, 4157, 4158, 1, 4184, 4185, 1, 4190, 4192, 1, 4209, 4212, 1, 4226, 4229, 3, 4230,\n      4237, 7, 4253, 4957, 704, 4958, 4959, 1, 5906, 5908, 1, 5938, 5939, 1, 5970, 5971, 1, 6002,\n      6003, 1, 6068, 6069, 1, 6071, 6077, 1, 6086, 6089, 3, 6090, 6099, 1, 6109, 6155, 46, 6156,\n      6157, 1, 6159, 6277, 118, 6278, 6313, 35, 6432, 6434, 1, 6439, 6440, 1, 6450, 6457, 7, 6458,\n      6459, 1, 6679, 6680, 1, 6683, 6742, 59, 6744, 6750, 1, 6752, 6754, 2, 6757, 6764, 1, 6771,\n      6780, 1, 6783, 6832, 49, 6833, 6845, 1, 6847, 6862, 1, 6912, 6915, 1, 6964, 6966, 2, 6967,\n      6970, 1, 6972, 6978, 6, 7019, 7027, 1, 7040, 7041, 1, 7074, 7077, 1, 7080, 7081, 1, 7083,\n      7085, 1, 7142, 7144, 2, 7145, 7149, 4, 7151, 7153, 1, 7212, 7219, 1, 7222, 7223, 1, 7376,\n      7378, 1, 7380, 7392, 1, 7394, 7400, 1, 7405, 7412, 7, 7416, 7417, 1, 7616, 7679, 1, 8400,\n      8412, 1, 8417, 8421, 4, 8422, 8432, 1, 11503, 11505, 1, 11647, 11744, 97, 11745, 11775, 1,\n      12330, 12333, 1, 12441, 12442, 1, 42607, 42612, 5, 42613, 42621, 1, 42654, 42655, 1, 42736,\n      42737, 1, 43010, 43014, 4, 43019, 43045, 26, 43046, 43052, 6, 43204, 43205, 1, 43232, 43249,\n      1, 43263, 43302, 39, 43303, 43309, 1, 43335, 43345, 1, 43392, 43394, 1, 43443, 43446, 3,\n      43447, 43449, 1, 43452, 43453, 1, 43493, 43561, 68, 43562, 43566, 1, 43569, 43570, 1, 43573,\n      43574, 1, 43587, 43596, 9, 43644, 43696, 52, 43698, 43700, 1, 43703, 43704, 1, 43710, 43711,\n      1, 43713, 43756, 43, 43757, 43766, 9, 44005, 44008, 3, 44013, 64286, 20273, 65024, 65039, 1,\n      65056, 65071, 1, 66045, 66272, 227, 66422, 66426, 1, 68097, 68099, 1, 68101, 68102, 1, 68108,\n      68111, 1, 68152, 68154, 1, 68159, 68325, 166, 68326, 68900, 574, 68901, 68903, 1, 68969,\n      68973, 1, 69291, 69292, 1, 69372, 69375, 1, 69446, 69456, 1, 69506, 69509, 1, 69633, 69688,\n      55, 69689, 69702, 1, 69744, 69747, 3, 69748, 69759, 11, 69760, 69761, 1, 69811, 69814, 1,\n      69817, 69818, 1, 69826, 69888, 62, 69889, 69890, 1, 69927, 69931, 1, 69933, 69940, 1, 70003,\n      70016, 13, 70017, 70070, 53, 70071, 70078, 1, 70089, 70092, 1, 70095, 70191, 96, 70192, 70193,\n      1, 70196, 70198, 2, 70199, 70206, 7, 70209, 70367, 158, 70371, 70378, 1, 70400, 70401, 1,\n      70459, 70460, 1, 70464, 70502, 38, 70503, 70508, 1, 70512, 70516, 1, 70587, 70592, 1, 70606,\n      70610, 2, 70625, 70626, 1, 70712, 70719, 1, 70722, 70724, 1, 70726, 70750, 24, 70835, 70840,\n      1, 70842, 70847, 5, 70848, 70850, 2, 70851, 71090, 239, 71091, 71093, 1, 71100, 71101, 1,\n      71103, 71104, 1, 71132, 71133, 1, 71219, 71226, 1, 71229, 71231, 2, 71232, 71339, 107, 71341,\n      71344, 3, 71345, 71349, 1, 71351, 71453, 102, 71455, 71458, 3, 71459, 71461, 1, 71463, 71467,\n      1, 71727, 71735, 1, 71737, 71738, 1, 71995, 71996, 1, 71998, 72003, 5, 72148, 72151, 1, 72154,\n      72155, 1, 72160, 72193, 33, 72194, 72202, 1, 72243, 72248, 1, 72251, 72254, 1, 72263, 72273,\n      10, 72274, 72278, 1, 72281, 72283, 1, 72330, 72342, 1, 72344, 72345, 1, 72752, 72758, 1,\n      72760, 72765, 1, 72767, 72850, 83, 72851, 72871, 1, 72874, 72880, 1, 72882, 72883, 1, 72885,\n      72886, 1, 73009, 73014, 1, 73018, 73020, 2, 73021, 73023, 2, 73024, 73029, 1, 73031, 73104,\n      73, 73105, 73109, 4, 73111, 73459, 348, 73460, 73472, 12, 73473, 73526, 53, 73527, 73530, 1,\n      73536, 73538, 2, 73562, 78912, 5350, 78919, 78933, 1, 90398, 90409, 1, 90413, 90415, 1, 92912,\n      92916, 1, 92976, 92982, 1, 94031, 94095, 64, 94096, 94098, 1, 94180, 113821, 19641, 113822,\n      118528, 4706, 118529, 118573, 1, 118576, 118598, 1, 119143, 119145, 1, 119163, 119170, 1,\n      119173, 119179, 1, 119210, 119213, 1, 119362, 119364, 1, 121344, 121398, 1, 121403, 121452, 1,\n      121461, 121476, 15, 121499, 121503, 1, 121505, 121519, 1, 122880, 122886, 1, 122888, 122904,\n      1, 122907, 122913, 1, 122915, 122916, 1, 122918, 122922, 1, 123023, 123184, 161, 123185,\n      123190, 1, 123566, 123628, 62, 123629, 123631, 1, 124140, 124143, 1, 124398, 124399, 1,\n      125136, 125142, 1, 125252, 125258, 1, 917760, 917999, 1\n    ])\n  )\n  static foldMn = new UnicodeRangeTable(new Uint32Array([921, 953, 32, 8126, 8126, 1]))\n  static N = new UnicodeRangeTable(\n    new Uint32Array([\n      48, 57, 1, 178, 179, 1, 185, 188, 3, 189, 190, 1, 1632, 1641, 1, 1776, 1785, 1, 1984, 1993, 1,\n      2406, 2415, 1, 2534, 2543, 1, 2548, 2553, 1, 2662, 2671, 1, 2790, 2799, 1, 2918, 2927, 1,\n      2930, 2935, 1, 3046, 3058, 1, 3174, 3183, 1, 3192, 3198, 1, 3302, 3311, 1, 3416, 3422, 1,\n      3430, 3448, 1, 3558, 3567, 1, 3664, 3673, 1, 3792, 3801, 1, 3872, 3891, 1, 4160, 4169, 1,\n      4240, 4249, 1, 4969, 4988, 1, 5870, 5872, 1, 6112, 6121, 1, 6128, 6137, 1, 6160, 6169, 1,\n      6470, 6479, 1, 6608, 6618, 1, 6784, 6793, 1, 6800, 6809, 1, 6992, 7001, 1, 7088, 7097, 1,\n      7232, 7241, 1, 7248, 7257, 1, 8304, 8308, 4, 8309, 8313, 1, 8320, 8329, 1, 8528, 8578, 1,\n      8581, 8585, 1, 9312, 9371, 1, 9450, 9471, 1, 10102, 10131, 1, 11517, 12295, 778, 12321, 12329,\n      1, 12344, 12346, 1, 12690, 12693, 1, 12832, 12841, 1, 12872, 12879, 1, 12881, 12895, 1, 12928,\n      12937, 1, 12977, 12991, 1, 42528, 42537, 1, 42726, 42735, 1, 43056, 43061, 1, 43216, 43225, 1,\n      43264, 43273, 1, 43472, 43481, 1, 43504, 43513, 1, 43600, 43609, 1, 44016, 44025, 1, 65296,\n      65305, 1, 65799, 65843, 1, 65856, 65912, 1, 65930, 65931, 1, 66273, 66299, 1, 66336, 66339, 1,\n      66369, 66378, 9, 66513, 66517, 1, 66720, 66729, 1, 67672, 67679, 1, 67705, 67711, 1, 67751,\n      67759, 1, 67835, 67839, 1, 67862, 67867, 1, 68028, 68029, 1, 68032, 68047, 1, 68050, 68095, 1,\n      68160, 68168, 1, 68221, 68222, 1, 68253, 68255, 1, 68331, 68335, 1, 68440, 68447, 1, 68472,\n      68479, 1, 68521, 68527, 1, 68858, 68863, 1, 68912, 68921, 1, 68928, 68937, 1, 69216, 69246, 1,\n      69405, 69414, 1, 69457, 69460, 1, 69573, 69579, 1, 69714, 69743, 1, 69872, 69881, 1, 69942,\n      69951, 1, 70096, 70105, 1, 70113, 70132, 1, 70384, 70393, 1, 70736, 70745, 1, 70864, 70873, 1,\n      71248, 71257, 1, 71360, 71369, 1, 71376, 71395, 1, 71472, 71483, 1, 71904, 71922, 1, 72016,\n      72025, 1, 72688, 72697, 1, 72784, 72812, 1, 73040, 73049, 1, 73120, 73129, 1, 73552, 73561, 1,\n      73664, 73684, 1, 74752, 74862, 1, 90416, 90425, 1, 92768, 92777, 1, 92864, 92873, 1, 93008,\n      93017, 1, 93019, 93025, 1, 93552, 93561, 1, 93824, 93846, 1, 118000, 118009, 1, 119488,\n      119507, 1, 119520, 119539, 1, 119648, 119672, 1, 120782, 120831, 1, 123200, 123209, 1, 123632,\n      123641, 1, 124144, 124153, 1, 124401, 124410, 1, 125127, 125135, 1, 125264, 125273, 1, 126065,\n      126123, 1, 126125, 126127, 1, 126129, 126132, 1, 126209, 126253, 1, 126255, 126269, 1, 127232,\n      127244, 1, 130032, 130041, 1\n    ])\n  )\n  static Nd = new UnicodeRangeTable(\n    new Uint32Array([\n      48, 57, 1, 1632, 1641, 1, 1776, 1785, 1, 1984, 1993, 1, 2406, 2415, 1, 2534, 2543, 1, 2662,\n      2671, 1, 2790, 2799, 1, 2918, 2927, 1, 3046, 3055, 1, 3174, 3183, 1, 3302, 3311, 1, 3430,\n      3439, 1, 3558, 3567, 1, 3664, 3673, 1, 3792, 3801, 1, 3872, 3881, 1, 4160, 4169, 1, 4240,\n      4249, 1, 6112, 6121, 1, 6160, 6169, 1, 6470, 6479, 1, 6608, 6617, 1, 6784, 6793, 1, 6800,\n      6809, 1, 6992, 7001, 1, 7088, 7097, 1, 7232, 7241, 1, 7248, 7257, 1, 42528, 42537, 1, 43216,\n      43225, 1, 43264, 43273, 1, 43472, 43481, 1, 43504, 43513, 1, 43600, 43609, 1, 44016, 44025, 1,\n      65296, 65305, 1, 66720, 66729, 1, 68912, 68921, 1, 68928, 68937, 1, 69734, 69743, 1, 69872,\n      69881, 1, 69942, 69951, 1, 70096, 70105, 1, 70384, 70393, 1, 70736, 70745, 1, 70864, 70873, 1,\n      71248, 71257, 1, 71360, 71369, 1, 71376, 71395, 1, 71472, 71481, 1, 71904, 71913, 1, 72016,\n      72025, 1, 72688, 72697, 1, 72784, 72793, 1, 73040, 73049, 1, 73120, 73129, 1, 73552, 73561, 1,\n      90416, 90425, 1, 92768, 92777, 1, 92864, 92873, 1, 93008, 93017, 1, 93552, 93561, 1, 118000,\n      118009, 1, 120782, 120831, 1, 123200, 123209, 1, 123632, 123641, 1, 124144, 124153, 1, 124401,\n      124410, 1, 125264, 125273, 1, 130032, 130041, 1\n    ])\n  )\n  static Nl = new UnicodeRangeTable(\n    new Uint32Array([\n      5870, 5872, 1, 8544, 8578, 1, 8581, 8584, 1, 12295, 12321, 26, 12322, 12329, 1, 12344, 12346,\n      1, 42726, 42735, 1, 65856, 65908, 1, 66369, 66378, 9, 66513, 66517, 1, 74752, 74862, 1\n    ])\n  )\n  static No = new UnicodeRangeTable(\n    new Uint32Array([\n      178, 179, 1, 185, 188, 3, 189, 190, 1, 2548, 2553, 1, 2930, 2935, 1, 3056, 3058, 1, 3192,\n      3198, 1, 3416, 3422, 1, 3440, 3448, 1, 3882, 3891, 1, 4969, 4988, 1, 6128, 6137, 1, 6618,\n      8304, 1686, 8308, 8313, 1, 8320, 8329, 1, 8528, 8543, 1, 8585, 9312, 727, 9313, 9371, 1, 9450,\n      9471, 1, 10102, 10131, 1, 11517, 12690, 1173, 12691, 12693, 1, 12832, 12841, 1, 12872, 12879,\n      1, 12881, 12895, 1, 12928, 12937, 1, 12977, 12991, 1, 43056, 43061, 1, 65799, 65843, 1, 65909,\n      65912, 1, 65930, 65931, 1, 66273, 66299, 1, 66336, 66339, 1, 67672, 67679, 1, 67705, 67711, 1,\n      67751, 67759, 1, 67835, 67839, 1, 67862, 67867, 1, 68028, 68029, 1, 68032, 68047, 1, 68050,\n      68095, 1, 68160, 68168, 1, 68221, 68222, 1, 68253, 68255, 1, 68331, 68335, 1, 68440, 68447, 1,\n      68472, 68479, 1, 68521, 68527, 1, 68858, 68863, 1, 69216, 69246, 1, 69405, 69414, 1, 69457,\n      69460, 1, 69573, 69579, 1, 69714, 69733, 1, 70113, 70132, 1, 71482, 71483, 1, 71914, 71922, 1,\n      72794, 72812, 1, 73664, 73684, 1, 93019, 93025, 1, 93824, 93846, 1, 119488, 119507, 1, 119520,\n      119539, 1, 119648, 119672, 1, 125127, 125135, 1, 126065, 126123, 1, 126125, 126127, 1, 126129,\n      126132, 1, 126209, 126253, 1, 126255, 126269, 1, 127232, 127244, 1\n    ])\n  )\n  static P = new UnicodeRangeTable(\n    new Uint32Array([\n      33, 35, 1, 37, 42, 1, 44, 47, 1, 58, 59, 1, 63, 64, 1, 91, 93, 1, 95, 123, 28, 125, 161, 36,\n      167, 171, 4, 182, 183, 1, 187, 191, 4, 894, 903, 9, 1370, 1375, 1, 1417, 1418, 1, 1470, 1472,\n      2, 1475, 1478, 3, 1523, 1524, 1, 1545, 1546, 1, 1548, 1549, 1, 1563, 1565, 2, 1566, 1567, 1,\n      1642, 1645, 1, 1748, 1792, 44, 1793, 1805, 1, 2039, 2041, 1, 2096, 2110, 1, 2142, 2404, 262,\n      2405, 2416, 11, 2557, 2678, 121, 2800, 3191, 391, 3204, 3572, 368, 3663, 3674, 11, 3675, 3844,\n      169, 3845, 3858, 1, 3860, 3898, 38, 3899, 3901, 1, 3973, 4048, 75, 4049, 4052, 1, 4057, 4058,\n      1, 4170, 4175, 1, 4347, 4960, 613, 4961, 4968, 1, 5120, 5742, 622, 5787, 5788, 1, 5867, 5869,\n      1, 5941, 5942, 1, 6100, 6102, 1, 6104, 6106, 1, 6144, 6154, 1, 6468, 6469, 1, 6686, 6687, 1,\n      6816, 6822, 1, 6824, 6829, 1, 6990, 6991, 1, 7002, 7008, 1, 7037, 7039, 1, 7164, 7167, 1,\n      7227, 7231, 1, 7294, 7295, 1, 7360, 7367, 1, 7379, 8208, 829, 8209, 8231, 1, 8240, 8259, 1,\n      8261, 8273, 1, 8275, 8286, 1, 8317, 8318, 1, 8333, 8334, 1, 8968, 8971, 1, 9001, 9002, 1,\n      10088, 10101, 1, 10181, 10182, 1, 10214, 10223, 1, 10627, 10648, 1, 10712, 10715, 1, 10748,\n      10749, 1, 11513, 11516, 1, 11518, 11519, 1, 11632, 11776, 144, 11777, 11822, 1, 11824, 11855,\n      1, 11858, 11869, 1, 12289, 12291, 1, 12296, 12305, 1, 12308, 12319, 1, 12336, 12349, 13,\n      12448, 12539, 91, 42238, 42239, 1, 42509, 42511, 1, 42611, 42622, 11, 42738, 42743, 1, 43124,\n      43127, 1, 43214, 43215, 1, 43256, 43258, 1, 43260, 43310, 50, 43311, 43359, 48, 43457, 43469,\n      1, 43486, 43487, 1, 43612, 43615, 1, 43742, 43743, 1, 43760, 43761, 1, 44011, 64830, 20819,\n      64831, 65040, 209, 65041, 65049, 1, 65072, 65106, 1, 65108, 65121, 1, 65123, 65128, 5, 65130,\n      65131, 1, 65281, 65283, 1, 65285, 65290, 1, 65292, 65295, 1, 65306, 65307, 1, 65311, 65312, 1,\n      65339, 65341, 1, 65343, 65371, 28, 65373, 65375, 2, 65376, 65381, 1, 65792, 65794, 1, 66463,\n      66512, 49, 66927, 67671, 744, 67871, 67903, 32, 68176, 68184, 1, 68223, 68336, 113, 68337,\n      68342, 1, 68409, 68415, 1, 68505, 68508, 1, 68974, 69293, 319, 69461, 69465, 1, 69510, 69513,\n      1, 69703, 69709, 1, 69819, 69820, 1, 69822, 69825, 1, 69952, 69955, 1, 70004, 70005, 1, 70085,\n      70088, 1, 70093, 70107, 14, 70109, 70111, 1, 70200, 70205, 1, 70313, 70612, 299, 70613, 70615,\n      2, 70616, 70731, 115, 70732, 70735, 1, 70746, 70747, 1, 70749, 70854, 105, 71105, 71127, 1,\n      71233, 71235, 1, 71264, 71276, 1, 71353, 71484, 131, 71485, 71486, 1, 71739, 72004, 265,\n      72005, 72006, 1, 72162, 72255, 93, 72256, 72262, 1, 72346, 72348, 1, 72350, 72354, 1, 72448,\n      72457, 1, 72673, 72769, 96, 72770, 72773, 1, 72816, 72817, 1, 73463, 73464, 1, 73539, 73551,\n      1, 73727, 74864, 1137, 74865, 74868, 1, 77809, 77810, 1, 92782, 92783, 1, 92917, 92983, 66,\n      92984, 92987, 1, 92996, 93549, 553, 93550, 93551, 1, 93847, 93850, 1, 94178, 113823, 19645,\n      121479, 121483, 1, 124415, 125278, 863, 125279, 125279, 1\n    ])\n  )\n  static Pc = new UnicodeRangeTable(\n    new Uint32Array([\n      95, 8255, 8160, 8256, 8276, 20, 65075, 65076, 1, 65101, 65103, 1, 65343, 65343, 1\n    ])\n  )\n  static Pd = new UnicodeRangeTable(\n    new Uint32Array([\n      45, 1418, 1373, 1470, 5120, 3650, 6150, 8208, 2058, 8209, 8213, 1, 11799, 11802, 3, 11834,\n      11835, 1, 11840, 11869, 29, 12316, 12336, 20, 12448, 65073, 52625, 65074, 65112, 38, 65123,\n      65293, 170, 68974, 69293, 319\n    ])\n  )\n  static Pe = new UnicodeRangeTable(\n    new Uint32Array([\n      41, 93, 52, 125, 3899, 3774, 3901, 5788, 1887, 8262, 8318, 56, 8334, 8969, 635, 8971, 9002,\n      31, 10089, 10101, 2, 10182, 10215, 33, 10217, 10223, 2, 10628, 10648, 2, 10713, 10715, 2,\n      10749, 11811, 1062, 11813, 11817, 2, 11862, 11868, 2, 12297, 12305, 2, 12309, 12315, 2, 12318,\n      12319, 1, 64830, 65048, 218, 65078, 65092, 2, 65096, 65114, 18, 65116, 65118, 2, 65289, 65341,\n      52, 65373, 65379, 3\n    ])\n  )\n  static Pf = new UnicodeRangeTable(\n    new Uint32Array([\n      187, 8217, 8030, 8221, 8250, 29, 11779, 11781, 2, 11786, 11789, 3, 11805, 11809, 4\n    ])\n  )\n  static Pi = new UnicodeRangeTable(\n    new Uint32Array([\n      171, 8216, 8045, 8219, 8220, 1, 8223, 8249, 26, 11778, 11780, 2, 11785, 11788, 3, 11804,\n      11808, 4\n    ])\n  )\n  static Po = new UnicodeRangeTable(\n    new Uint32Array([\n      33, 35, 1, 37, 39, 1, 42, 46, 2, 47, 58, 11, 59, 63, 4, 64, 92, 28, 161, 167, 6, 182, 183, 1,\n      191, 894, 703, 903, 1370, 467, 1371, 1375, 1, 1417, 1472, 55, 1475, 1478, 3, 1523, 1524, 1,\n      1545, 1546, 1, 1548, 1549, 1, 1563, 1565, 2, 1566, 1567, 1, 1642, 1645, 1, 1748, 1792, 44,\n      1793, 1805, 1, 2039, 2041, 1, 2096, 2110, 1, 2142, 2404, 262, 2405, 2416, 11, 2557, 2678, 121,\n      2800, 3191, 391, 3204, 3572, 368, 3663, 3674, 11, 3675, 3844, 169, 3845, 3858, 1, 3860, 3973,\n      113, 4048, 4052, 1, 4057, 4058, 1, 4170, 4175, 1, 4347, 4960, 613, 4961, 4968, 1, 5742, 5867,\n      125, 5868, 5869, 1, 5941, 5942, 1, 6100, 6102, 1, 6104, 6106, 1, 6144, 6149, 1, 6151, 6154, 1,\n      6468, 6469, 1, 6686, 6687, 1, 6816, 6822, 1, 6824, 6829, 1, 6990, 6991, 1, 7002, 7008, 1,\n      7037, 7039, 1, 7164, 7167, 1, 7227, 7231, 1, 7294, 7295, 1, 7360, 7367, 1, 7379, 8214, 835,\n      8215, 8224, 9, 8225, 8231, 1, 8240, 8248, 1, 8251, 8254, 1, 8257, 8259, 1, 8263, 8273, 1,\n      8275, 8277, 2, 8278, 8286, 1, 11513, 11516, 1, 11518, 11519, 1, 11632, 11776, 144, 11777,\n      11782, 5, 11783, 11784, 1, 11787, 11790, 3, 11791, 11798, 1, 11800, 11801, 1, 11803, 11806, 3,\n      11807, 11818, 11, 11819, 11822, 1, 11824, 11833, 1, 11836, 11839, 1, 11841, 11843, 2, 11844,\n      11855, 1, 11858, 11860, 1, 12289, 12291, 1, 12349, 12539, 190, 42238, 42239, 1, 42509, 42511,\n      1, 42611, 42622, 11, 42738, 42743, 1, 43124, 43127, 1, 43214, 43215, 1, 43256, 43258, 1,\n      43260, 43310, 50, 43311, 43359, 48, 43457, 43469, 1, 43486, 43487, 1, 43612, 43615, 1, 43742,\n      43743, 1, 43760, 43761, 1, 44011, 65040, 21029, 65041, 65046, 1, 65049, 65072, 23, 65093,\n      65094, 1, 65097, 65100, 1, 65104, 65106, 1, 65108, 65111, 1, 65119, 65121, 1, 65128, 65130, 2,\n      65131, 65281, 150, 65282, 65283, 1, 65285, 65287, 1, 65290, 65294, 2, 65295, 65306, 11, 65307,\n      65311, 4, 65312, 65340, 28, 65377, 65380, 3, 65381, 65792, 411, 65793, 65794, 1, 66463, 66512,\n      49, 66927, 67671, 744, 67871, 67903, 32, 68176, 68184, 1, 68223, 68336, 113, 68337, 68342, 1,\n      68409, 68415, 1, 68505, 68508, 1, 69461, 69465, 1, 69510, 69513, 1, 69703, 69709, 1, 69819,\n      69820, 1, 69822, 69825, 1, 69952, 69955, 1, 70004, 70005, 1, 70085, 70088, 1, 70093, 70107,\n      14, 70109, 70111, 1, 70200, 70205, 1, 70313, 70612, 299, 70613, 70615, 2, 70616, 70731, 115,\n      70732, 70735, 1, 70746, 70747, 1, 70749, 70854, 105, 71105, 71127, 1, 71233, 71235, 1, 71264,\n      71276, 1, 71353, 71484, 131, 71485, 71486, 1, 71739, 72004, 265, 72005, 72006, 1, 72162,\n      72255, 93, 72256, 72262, 1, 72346, 72348, 1, 72350, 72354, 1, 72448, 72457, 1, 72673, 72769,\n      96, 72770, 72773, 1, 72816, 72817, 1, 73463, 73464, 1, 73539, 73551, 1, 73727, 74864, 1137,\n      74865, 74868, 1, 77809, 77810, 1, 92782, 92783, 1, 92917, 92983, 66, 92984, 92987, 1, 92996,\n      93549, 553, 93550, 93551, 1, 93847, 93850, 1, 94178, 113823, 19645, 121479, 121483, 1, 124415,\n      125278, 863, 125279, 125279, 1\n    ])\n  )\n  static Ps = new UnicodeRangeTable(\n    new Uint32Array([\n      40, 91, 51, 123, 3898, 3775, 3900, 5787, 1887, 8218, 8222, 4, 8261, 8317, 56, 8333, 8968, 635,\n      8970, 9001, 31, 10088, 10100, 2, 10181, 10214, 33, 10216, 10222, 2, 10627, 10647, 2, 10712,\n      10714, 2, 10748, 11810, 1062, 11812, 11816, 2, 11842, 11861, 19, 11863, 11867, 2, 12296,\n      12304, 2, 12308, 12314, 2, 12317, 64831, 52514, 65047, 65077, 30, 65079, 65091, 2, 65095,\n      65113, 18, 65115, 65117, 2, 65288, 65339, 51, 65371, 65375, 4, 65378, 65378, 1\n    ])\n  )\n  static S = new UnicodeRangeTable(\n    new Uint32Array([\n      36, 43, 7, 60, 62, 1, 94, 96, 2, 124, 126, 2, 162, 166, 1, 168, 169, 1, 172, 174, 2, 175, 177,\n      1, 180, 184, 4, 215, 247, 32, 706, 709, 1, 722, 735, 1, 741, 747, 1, 749, 751, 2, 752, 767, 1,\n      885, 900, 15, 901, 1014, 113, 1154, 1421, 267, 1422, 1423, 1, 1542, 1544, 1, 1547, 1550, 3,\n      1551, 1758, 207, 1769, 1789, 20, 1790, 2038, 248, 2046, 2047, 1, 2184, 2546, 362, 2547, 2554,\n      7, 2555, 2801, 246, 2928, 3059, 131, 3060, 3066, 1, 3199, 3407, 208, 3449, 3647, 198, 3841,\n      3843, 1, 3859, 3861, 2, 3862, 3863, 1, 3866, 3871, 1, 3892, 3896, 2, 4030, 4037, 1, 4039,\n      4044, 1, 4046, 4047, 1, 4053, 4056, 1, 4254, 4255, 1, 5008, 5017, 1, 5741, 6107, 366, 6464,\n      6622, 158, 6623, 6655, 1, 7009, 7018, 1, 7028, 7036, 1, 8125, 8127, 2, 8128, 8129, 1, 8141,\n      8143, 1, 8157, 8159, 1, 8173, 8175, 1, 8189, 8190, 1, 8260, 8274, 14, 8314, 8316, 1, 8330,\n      8332, 1, 8352, 8384, 1, 8448, 8449, 1, 8451, 8454, 1, 8456, 8457, 1, 8468, 8470, 2, 8471,\n      8472, 1, 8478, 8483, 1, 8485, 8489, 2, 8494, 8506, 12, 8507, 8512, 5, 8513, 8516, 1, 8522,\n      8525, 1, 8527, 8586, 59, 8587, 8592, 5, 8593, 8967, 1, 8972, 9000, 1, 9003, 9257, 1, 9280,\n      9290, 1, 9372, 9449, 1, 9472, 10087, 1, 10132, 10180, 1, 10183, 10213, 1, 10224, 10626, 1,\n      10649, 10711, 1, 10716, 10747, 1, 10750, 11123, 1, 11126, 11157, 1, 11159, 11263, 1, 11493,\n      11498, 1, 11856, 11857, 1, 11904, 11929, 1, 11931, 12019, 1, 12032, 12245, 1, 12272, 12287, 1,\n      12292, 12306, 14, 12307, 12320, 13, 12342, 12343, 1, 12350, 12351, 1, 12443, 12444, 1, 12688,\n      12689, 1, 12694, 12703, 1, 12736, 12773, 1, 12783, 12800, 17, 12801, 12830, 1, 12842, 12871,\n      1, 12880, 12896, 16, 12897, 12927, 1, 12938, 12976, 1, 12992, 13311, 1, 19904, 19967, 1,\n      42128, 42182, 1, 42752, 42774, 1, 42784, 42785, 1, 42889, 42890, 1, 43048, 43051, 1, 43062,\n      43065, 1, 43639, 43641, 1, 43867, 43882, 15, 43883, 64297, 20414, 64434, 64450, 1, 64832,\n      64847, 1, 64975, 65020, 45, 65021, 65023, 1, 65122, 65124, 2, 65125, 65126, 1, 65129, 65284,\n      155, 65291, 65308, 17, 65309, 65310, 1, 65342, 65344, 2, 65372, 65374, 2, 65504, 65510, 1,\n      65512, 65518, 1, 65532, 65533, 1, 65847, 65855, 1, 65913, 65929, 1, 65932, 65934, 1, 65936,\n      65948, 1, 65952, 66000, 48, 66001, 66044, 1, 67703, 67704, 1, 68296, 69006, 710, 69007, 71487,\n      2480, 73685, 73713, 1, 92988, 92991, 1, 92997, 113820, 20823, 117760, 117999, 1, 118016,\n      118451, 1, 118608, 118723, 1, 118784, 119029, 1, 119040, 119078, 1, 119081, 119140, 1, 119146,\n      119148, 1, 119171, 119172, 1, 119180, 119209, 1, 119214, 119274, 1, 119296, 119361, 1, 119365,\n      119552, 187, 119553, 119638, 1, 120513, 120539, 26, 120571, 120597, 26, 120629, 120655, 26,\n      120687, 120713, 26, 120745, 120771, 26, 120832, 121343, 1, 121399, 121402, 1, 121453, 121460,\n      1, 121462, 121475, 1, 121477, 121478, 1, 123215, 123647, 432, 126124, 126128, 4, 126254,\n      126704, 450, 126705, 126976, 271, 126977, 127019, 1, 127024, 127123, 1, 127136, 127150, 1,\n      127153, 127167, 1, 127169, 127183, 1, 127185, 127221, 1, 127245, 127405, 1, 127462, 127490, 1,\n      127504, 127547, 1, 127552, 127560, 1, 127568, 127569, 1, 127584, 127589, 1, 127744, 128727, 1,\n      128732, 128748, 1, 128752, 128764, 1, 128768, 128886, 1, 128891, 128985, 1, 128992, 129003, 1,\n      129008, 129024, 16, 129025, 129035, 1, 129040, 129095, 1, 129104, 129113, 1, 129120, 129159,\n      1, 129168, 129197, 1, 129200, 129211, 1, 129216, 129217, 1, 129280, 129619, 1, 129632, 129645,\n      1, 129648, 129660, 1, 129664, 129673, 1, 129679, 129734, 1, 129742, 129756, 1, 129759, 129769,\n      1, 129776, 129784, 1, 129792, 129938, 1, 129940, 130031, 1\n    ])\n  )\n  static Sc = new UnicodeRangeTable(\n    new Uint32Array([\n      36, 162, 126, 163, 165, 1, 1423, 1547, 124, 2046, 2047, 1, 2546, 2547, 1, 2555, 2801, 246,\n      3065, 3647, 582, 6107, 8352, 2245, 8353, 8384, 1, 43064, 65020, 21956, 65129, 65284, 155,\n      65504, 65505, 1, 65509, 65510, 1, 73693, 73696, 1, 123647, 126128, 2481\n    ])\n  )\n  static Sk = new UnicodeRangeTable(\n    new Uint32Array([\n      94, 96, 2, 168, 175, 7, 180, 184, 4, 706, 709, 1, 722, 735, 1, 741, 747, 1, 749, 751, 2, 752,\n      767, 1, 885, 900, 15, 901, 2184, 1283, 8125, 8127, 2, 8128, 8129, 1, 8141, 8143, 1, 8157,\n      8159, 1, 8173, 8175, 1, 8189, 8190, 1, 12443, 12444, 1, 42752, 42774, 1, 42784, 42785, 1,\n      42889, 42890, 1, 43867, 43882, 15, 43883, 64434, 20551, 64435, 64450, 1, 65342, 65344, 2,\n      65507, 127995, 62488, 127996, 127999, 1\n    ])\n  )\n  static Sm = new UnicodeRangeTable(\n    new Uint32Array([\n      43, 60, 17, 61, 62, 1, 124, 126, 2, 172, 177, 5, 215, 247, 32, 1014, 1542, 528, 1543, 1544, 1,\n      8260, 8274, 14, 8314, 8316, 1, 8330, 8332, 1, 8472, 8512, 40, 8513, 8516, 1, 8523, 8592, 69,\n      8593, 8596, 1, 8602, 8603, 1, 8608, 8614, 3, 8622, 8654, 32, 8655, 8658, 3, 8660, 8692, 32,\n      8693, 8959, 1, 8992, 8993, 1, 9084, 9115, 31, 9116, 9139, 1, 9180, 9185, 1, 9655, 9665, 10,\n      9720, 9727, 1, 9839, 10176, 337, 10177, 10180, 1, 10183, 10213, 1, 10224, 10239, 1, 10496,\n      10626, 1, 10649, 10711, 1, 10716, 10747, 1, 10750, 11007, 1, 11056, 11076, 1, 11079, 11084, 1,\n      64297, 65122, 825, 65124, 65126, 1, 65291, 65308, 17, 65309, 65310, 1, 65372, 65374, 2, 65506,\n      65513, 7, 65514, 65516, 1, 69006, 69007, 1, 120513, 120539, 26, 120571, 120597, 26, 120629,\n      120655, 26, 120687, 120713, 26, 120745, 120771, 26, 126704, 126705, 1\n    ])\n  )\n  static So = new UnicodeRangeTable(\n    new Uint32Array([\n      166, 169, 3, 174, 176, 2, 1154, 1421, 267, 1422, 1550, 128, 1551, 1758, 207, 1769, 1789, 20,\n      1790, 2038, 248, 2554, 2928, 374, 3059, 3064, 1, 3066, 3199, 133, 3407, 3449, 42, 3841, 3843,\n      1, 3859, 3861, 2, 3862, 3863, 1, 3866, 3871, 1, 3892, 3896, 2, 4030, 4037, 1, 4039, 4044, 1,\n      4046, 4047, 1, 4053, 4056, 1, 4254, 4255, 1, 5008, 5017, 1, 5741, 6464, 723, 6622, 6655, 1,\n      7009, 7018, 1, 7028, 7036, 1, 8448, 8449, 1, 8451, 8454, 1, 8456, 8457, 1, 8468, 8470, 2,\n      8471, 8478, 7, 8479, 8483, 1, 8485, 8489, 2, 8494, 8506, 12, 8507, 8522, 15, 8524, 8525, 1,\n      8527, 8586, 59, 8587, 8597, 10, 8598, 8601, 1, 8604, 8607, 1, 8609, 8610, 1, 8612, 8613, 1,\n      8615, 8621, 1, 8623, 8653, 1, 8656, 8657, 1, 8659, 8661, 2, 8662, 8691, 1, 8960, 8967, 1,\n      8972, 8991, 1, 8994, 9000, 1, 9003, 9083, 1, 9085, 9114, 1, 9140, 9179, 1, 9186, 9257, 1,\n      9280, 9290, 1, 9372, 9449, 1, 9472, 9654, 1, 9656, 9664, 1, 9666, 9719, 1, 9728, 9838, 1,\n      9840, 10087, 1, 10132, 10175, 1, 10240, 10495, 1, 11008, 11055, 1, 11077, 11078, 1, 11085,\n      11123, 1, 11126, 11157, 1, 11159, 11263, 1, 11493, 11498, 1, 11856, 11857, 1, 11904, 11929, 1,\n      11931, 12019, 1, 12032, 12245, 1, 12272, 12287, 1, 12292, 12306, 14, 12307, 12320, 13, 12342,\n      12343, 1, 12350, 12351, 1, 12688, 12689, 1, 12694, 12703, 1, 12736, 12773, 1, 12783, 12800,\n      17, 12801, 12830, 1, 12842, 12871, 1, 12880, 12896, 16, 12897, 12927, 1, 12938, 12976, 1,\n      12992, 13311, 1, 19904, 19967, 1, 42128, 42182, 1, 43048, 43051, 1, 43062, 43063, 1, 43065,\n      43639, 574, 43640, 43641, 1, 64832, 64847, 1, 64975, 65021, 46, 65022, 65023, 1, 65508, 65512,\n      4, 65517, 65518, 1, 65532, 65533, 1, 65847, 65855, 1, 65913, 65929, 1, 65932, 65934, 1, 65936,\n      65948, 1, 65952, 66000, 48, 66001, 66044, 1, 67703, 67704, 1, 68296, 71487, 3191, 73685,\n      73692, 1, 73697, 73713, 1, 92988, 92991, 1, 92997, 113820, 20823, 117760, 117999, 1, 118016,\n      118451, 1, 118608, 118723, 1, 118784, 119029, 1, 119040, 119078, 1, 119081, 119140, 1, 119146,\n      119148, 1, 119171, 119172, 1, 119180, 119209, 1, 119214, 119274, 1, 119296, 119361, 1, 119365,\n      119552, 187, 119553, 119638, 1, 120832, 121343, 1, 121399, 121402, 1, 121453, 121460, 1,\n      121462, 121475, 1, 121477, 121478, 1, 123215, 126124, 2909, 126254, 126976, 722, 126977,\n      127019, 1, 127024, 127123, 1, 127136, 127150, 1, 127153, 127167, 1, 127169, 127183, 1, 127185,\n      127221, 1, 127245, 127405, 1, 127462, 127490, 1, 127504, 127547, 1, 127552, 127560, 1, 127568,\n      127569, 1, 127584, 127589, 1, 127744, 127994, 1, 128000, 128727, 1, 128732, 128748, 1, 128752,\n      128764, 1, 128768, 128886, 1, 128891, 128985, 1, 128992, 129003, 1, 129008, 129024, 16,\n      129025, 129035, 1, 129040, 129095, 1, 129104, 129113, 1, 129120, 129159, 1, 129168, 129197, 1,\n      129200, 129211, 1, 129216, 129217, 1, 129280, 129619, 1, 129632, 129645, 1, 129648, 129660, 1,\n      129664, 129673, 1, 129679, 129734, 1, 129742, 129756, 1, 129759, 129769, 1, 129776, 129784, 1,\n      129792, 129938, 1, 129940, 130031, 1\n    ])\n  )\n  static Z = new UnicodeRangeTable(\n    new Uint32Array([\n      32, 160, 128, 5760, 8192, 2432, 8193, 8202, 1, 8232, 8233, 1, 8239, 8287, 48, 12288, 12288, 1\n    ])\n  )\n  static Zl = new UnicodeRangeTable(new Uint32Array([8232, 8232, 1]))\n  static Zp = new UnicodeRangeTable(new Uint32Array([8233, 8233, 1]))\n  static Zs = new UnicodeRangeTable(\n    new Uint32Array([\n      32, 160, 128, 5760, 8192, 2432, 8193, 8202, 1, 8239, 8287, 48, 12288, 12288, 1\n    ])\n  )\n  static Adlam = new UnicodeRangeTable(\n    new Uint32Array([125184, 125259, 1, 125264, 125273, 1, 125278, 125279, 1])\n  )\n  static Ahom = new UnicodeRangeTable(\n    new Uint32Array([71424, 71450, 1, 71453, 71467, 1, 71472, 71494, 1])\n  )\n  static Anatolian_Hieroglyphs = new UnicodeRangeTable(new Uint32Array([82944, 83526, 1]))\n  static Arabic = new UnicodeRangeTable(\n    new Uint32Array([\n      1536, 1540, 1, 1542, 1547, 1, 1549, 1562, 1, 1564, 1566, 1, 1568, 1599, 1, 1601, 1610, 1,\n      1622, 1647, 1, 1649, 1756, 1, 1758, 1791, 1, 1872, 1919, 1, 2160, 2190, 1, 2192, 2193, 1,\n      2199, 2273, 1, 2275, 2303, 1, 64336, 64450, 1, 64467, 64829, 1, 64832, 64911, 1, 64914, 64967,\n      1, 64975, 65008, 33, 65009, 65023, 1, 65136, 65140, 1, 65142, 65276, 1, 69216, 69246, 1,\n      69314, 69316, 1, 69372, 69375, 1, 126464, 126467, 1, 126469, 126495, 1, 126497, 126498, 1,\n      126500, 126503, 3, 126505, 126514, 1, 126516, 126519, 1, 126521, 126523, 2, 126530, 126535, 5,\n      126537, 126541, 2, 126542, 126543, 1, 126545, 126546, 1, 126548, 126551, 3, 126553, 126561, 2,\n      126562, 126564, 2, 126567, 126570, 1, 126572, 126578, 1, 126580, 126583, 1, 126585, 126588, 1,\n      126590, 126592, 2, 126593, 126601, 1, 126603, 126619, 1, 126625, 126627, 1, 126629, 126633, 1,\n      126635, 126651, 1, 126704, 126705, 1\n    ])\n  )\n  static Armenian = new UnicodeRangeTable(\n    new Uint32Array([1329, 1366, 1, 1369, 1418, 1, 1421, 1423, 1, 64275, 64279, 1])\n  )\n  static Avestan = new UnicodeRangeTable(new Uint32Array([68352, 68405, 1, 68409, 68415, 1]))\n  static Balinese = new UnicodeRangeTable(new Uint32Array([6912, 6988, 1, 6990, 7039, 1]))\n  static Bamum = new UnicodeRangeTable(new Uint32Array([42656, 42743, 1, 92160, 92728, 1]))\n  static Bassa_Vah = new UnicodeRangeTable(new Uint32Array([92880, 92909, 1, 92912, 92917, 1]))\n  static Batak = new UnicodeRangeTable(new Uint32Array([7104, 7155, 1, 7164, 7167, 1]))\n  static Bengali = new UnicodeRangeTable(\n    new Uint32Array([\n      2432, 2435, 1, 2437, 2444, 1, 2447, 2448, 1, 2451, 2472, 1, 2474, 2480, 1, 2482, 2486, 4,\n      2487, 2489, 1, 2492, 2500, 1, 2503, 2504, 1, 2507, 2510, 1, 2519, 2524, 5, 2525, 2527, 2,\n      2528, 2531, 1, 2534, 2558, 1\n    ])\n  )\n  static Bhaiksuki = new UnicodeRangeTable(\n    new Uint32Array([72704, 72712, 1, 72714, 72758, 1, 72760, 72773, 1, 72784, 72812, 1])\n  )\n  static Bopomofo = new UnicodeRangeTable(\n    new Uint32Array([746, 747, 1, 12549, 12591, 1, 12704, 12735, 1])\n  )\n  static Brahmi = new UnicodeRangeTable(\n    new Uint32Array([69632, 69709, 1, 69714, 69749, 1, 69759, 69759, 1])\n  )\n  static Braille = new UnicodeRangeTable(new Uint32Array([10240, 10495, 1]))\n  static Buginese = new UnicodeRangeTable(new Uint32Array([6656, 6683, 1, 6686, 6687, 1]))\n  static Buhid = new UnicodeRangeTable(new Uint32Array([5952, 5971, 1]))\n  static Canadian_Aboriginal = new UnicodeRangeTable(\n    new Uint32Array([5120, 5759, 1, 6320, 6389, 1, 72368, 72383, 1])\n  )\n  static Carian = new UnicodeRangeTable(new Uint32Array([66208, 66256, 1]))\n  static Caucasian_Albanian = new UnicodeRangeTable(\n    new Uint32Array([66864, 66915, 1, 66927, 66927, 1])\n  )\n  static Chakma = new UnicodeRangeTable(new Uint32Array([69888, 69940, 1, 69942, 69959, 1]))\n  static Cham = new UnicodeRangeTable(\n    new Uint32Array([43520, 43574, 1, 43584, 43597, 1, 43600, 43609, 1, 43612, 43615, 1])\n  )\n  static Cherokee = new UnicodeRangeTable(\n    new Uint32Array([5024, 5109, 1, 5112, 5117, 1, 43888, 43967, 1])\n  )\n  static Chorasmian = new UnicodeRangeTable(new Uint32Array([69552, 69579, 1]))\n  static Common = new UnicodeRangeTable(\n    new Uint32Array([\n      0, 64, 1, 91, 96, 1, 123, 169, 1, 171, 185, 1, 187, 191, 1, 215, 247, 32, 697, 735, 1, 741,\n      745, 1, 748, 767, 1, 884, 894, 10, 901, 903, 2, 1541, 1548, 7, 1563, 1567, 4, 1600, 1757, 157,\n      2274, 2404, 130, 2405, 3647, 1242, 4053, 4056, 1, 4347, 5867, 1520, 5868, 5869, 1, 5941, 5942,\n      1, 6146, 6147, 1, 6149, 7379, 1230, 7393, 7401, 8, 7402, 7404, 1, 7406, 7411, 1, 7413, 7415,\n      1, 7418, 8192, 774, 8193, 8203, 1, 8206, 8292, 1, 8294, 8304, 1, 8308, 8318, 1, 8320, 8334, 1,\n      8352, 8384, 1, 8448, 8485, 1, 8487, 8489, 1, 8492, 8497, 1, 8499, 8525, 1, 8527, 8543, 1,\n      8585, 8587, 1, 8592, 9257, 1, 9280, 9290, 1, 9312, 10239, 1, 10496, 11123, 1, 11126, 11157, 1,\n      11159, 11263, 1, 11776, 11869, 1, 12272, 12292, 1, 12294, 12296, 2, 12297, 12320, 1, 12336,\n      12343, 1, 12348, 12351, 1, 12443, 12444, 1, 12448, 12539, 91, 12540, 12688, 148, 12689, 12703,\n      1, 12736, 12773, 1, 12783, 12832, 49, 12833, 12895, 1, 12927, 13007, 1, 13055, 13144, 89,\n      13145, 13311, 1, 19904, 19967, 1, 42752, 42785, 1, 42888, 42890, 1, 43056, 43065, 1, 43310,\n      43471, 161, 43867, 43882, 15, 43883, 64830, 20947, 64831, 65040, 209, 65041, 65049, 1, 65072,\n      65106, 1, 65108, 65126, 1, 65128, 65131, 1, 65279, 65281, 2, 65282, 65312, 1, 65339, 65344, 1,\n      65371, 65381, 1, 65392, 65438, 46, 65439, 65504, 65, 65505, 65510, 1, 65512, 65518, 1, 65529,\n      65533, 1, 65792, 65794, 1, 65799, 65843, 1, 65847, 65855, 1, 65936, 65948, 1, 66000, 66044, 1,\n      66273, 66299, 1, 113824, 113827, 1, 117760, 118009, 1, 118016, 118451, 1, 118608, 118723, 1,\n      118784, 119029, 1, 119040, 119078, 1, 119081, 119142, 1, 119146, 119162, 1, 119171, 119172, 1,\n      119180, 119209, 1, 119214, 119274, 1, 119488, 119507, 1, 119520, 119539, 1, 119552, 119638, 1,\n      119648, 119672, 1, 119808, 119892, 1, 119894, 119964, 1, 119966, 119967, 1, 119970, 119973, 3,\n      119974, 119977, 3, 119978, 119980, 1, 119982, 119993, 1, 119995, 119997, 2, 119998, 120003, 1,\n      120005, 120069, 1, 120071, 120074, 1, 120077, 120084, 1, 120086, 120092, 1, 120094, 120121, 1,\n      120123, 120126, 1, 120128, 120132, 1, 120134, 120138, 4, 120139, 120144, 1, 120146, 120485, 1,\n      120488, 120779, 1, 120782, 120831, 1, 126065, 126132, 1, 126209, 126269, 1, 126976, 127019, 1,\n      127024, 127123, 1, 127136, 127150, 1, 127153, 127167, 1, 127169, 127183, 1, 127185, 127221, 1,\n      127232, 127405, 1, 127462, 127487, 1, 127489, 127490, 1, 127504, 127547, 1, 127552, 127560, 1,\n      127568, 127569, 1, 127584, 127589, 1, 127744, 128727, 1, 128732, 128748, 1, 128752, 128764, 1,\n      128768, 128886, 1, 128891, 128985, 1, 128992, 129003, 1, 129008, 129024, 16, 129025, 129035,\n      1, 129040, 129095, 1, 129104, 129113, 1, 129120, 129159, 1, 129168, 129197, 1, 129200, 129211,\n      1, 129216, 129217, 1, 129280, 129619, 1, 129632, 129645, 1, 129648, 129660, 1, 129664, 129673,\n      1, 129679, 129734, 1, 129742, 129756, 1, 129759, 129769, 1, 129776, 129784, 1, 129792, 129938,\n      1, 129940, 130041, 1, 917505, 917536, 31, 917537, 917631, 1\n    ])\n  )\n  static foldCommon = new UnicodeRangeTable(new Uint32Array([924, 956, 32]))\n  static Coptic = new UnicodeRangeTable(\n    new Uint32Array([994, 1007, 1, 11392, 11507, 1, 11513, 11519, 1])\n  )\n  static Cuneiform = new UnicodeRangeTable(\n    new Uint32Array([73728, 74649, 1, 74752, 74862, 1, 74864, 74868, 1, 74880, 75075, 1])\n  )\n  static Cypriot = new UnicodeRangeTable(\n    new Uint32Array([\n      67584, 67589, 1, 67592, 67594, 2, 67595, 67637, 1, 67639, 67640, 1, 67644, 67647, 3\n    ])\n  )\n  static Cypro_Minoan = new UnicodeRangeTable(new Uint32Array([77712, 77810, 1]))\n  static Cyrillic = new UnicodeRangeTable(\n    new Uint32Array([\n      1024, 1156, 1, 1159, 1327, 1, 7296, 7306, 1, 7467, 7544, 77, 11744, 11775, 1, 42560, 42655, 1,\n      65070, 65071, 1, 122928, 122989, 1, 123023, 123023, 1\n    ])\n  )\n  static Deseret = new UnicodeRangeTable(new Uint32Array([66560, 66639, 1]))\n  static Devanagari = new UnicodeRangeTable(\n    new Uint32Array([2304, 2384, 1, 2389, 2403, 1, 2406, 2431, 1, 43232, 43263, 1, 72448, 72457, 1])\n  )\n  static Dives_Akuru = new UnicodeRangeTable(\n    new Uint32Array([\n      71936, 71942, 1, 71945, 71948, 3, 71949, 71955, 1, 71957, 71958, 1, 71960, 71989, 1, 71991,\n      71992, 1, 71995, 72006, 1, 72016, 72025, 1\n    ])\n  )\n  static Dogra = new UnicodeRangeTable(new Uint32Array([71680, 71739, 1]))\n  static Duployan = new UnicodeRangeTable(\n    new Uint32Array([\n      113664, 113770, 1, 113776, 113788, 1, 113792, 113800, 1, 113808, 113817, 1, 113820, 113823, 1\n    ])\n  )\n  static Egyptian_Hieroglyphs = new UnicodeRangeTable(\n    new Uint32Array([77824, 78933, 1, 78944, 82938, 1])\n  )\n  static Elbasan = new UnicodeRangeTable(new Uint32Array([66816, 66855, 1]))\n  static Elymaic = new UnicodeRangeTable(new Uint32Array([69600, 69622, 1]))\n  static Ethiopic = new UnicodeRangeTable(\n    new Uint32Array([\n      4608, 4680, 1, 4682, 4685, 1, 4688, 4694, 1, 4696, 4698, 2, 4699, 4701, 1, 4704, 4744, 1,\n      4746, 4749, 1, 4752, 4784, 1, 4786, 4789, 1, 4792, 4798, 1, 4800, 4802, 2, 4803, 4805, 1,\n      4808, 4822, 1, 4824, 4880, 1, 4882, 4885, 1, 4888, 4954, 1, 4957, 4988, 1, 4992, 5017, 1,\n      11648, 11670, 1, 11680, 11686, 1, 11688, 11694, 1, 11696, 11702, 1, 11704, 11710, 1, 11712,\n      11718, 1, 11720, 11726, 1, 11728, 11734, 1, 11736, 11742, 1, 43777, 43782, 1, 43785, 43790, 1,\n      43793, 43798, 1, 43808, 43814, 1, 43816, 43822, 1, 124896, 124902, 1, 124904, 124907, 1,\n      124909, 124910, 1, 124912, 124926, 1\n    ])\n  )\n  static Garay = new UnicodeRangeTable(\n    new Uint32Array([68928, 68965, 1, 68969, 68997, 1, 69006, 69007, 1])\n  )\n  static Georgian = new UnicodeRangeTable(\n    new Uint32Array([\n      4256, 4293, 1, 4295, 4301, 6, 4304, 4346, 1, 4348, 4351, 1, 7312, 7354, 1, 7357, 7359, 1,\n      11520, 11557, 1, 11559, 11565, 6\n    ])\n  )\n  static Glagolitic = new UnicodeRangeTable(\n    new Uint32Array([\n      11264, 11359, 1, 122880, 122886, 1, 122888, 122904, 1, 122907, 122913, 1, 122915, 122916, 1,\n      122918, 122922, 1\n    ])\n  )\n  static Gothic = new UnicodeRangeTable(new Uint32Array([66352, 66378, 1]))\n  static Grantha = new UnicodeRangeTable(\n    new Uint32Array([\n      70400, 70403, 1, 70405, 70412, 1, 70415, 70416, 1, 70419, 70440, 1, 70442, 70448, 1, 70450,\n      70451, 1, 70453, 70457, 1, 70460, 70468, 1, 70471, 70472, 1, 70475, 70477, 1, 70480, 70487, 7,\n      70493, 70499, 1, 70502, 70508, 1, 70512, 70516, 1\n    ])\n  )\n  static Greek = new UnicodeRangeTable(\n    new Uint32Array([\n      880, 883, 1, 885, 887, 1, 890, 893, 1, 895, 900, 5, 902, 904, 2, 905, 906, 1, 908, 910, 2,\n      911, 929, 1, 931, 993, 1, 1008, 1023, 1, 7462, 7466, 1, 7517, 7521, 1, 7526, 7530, 1, 7615,\n      7936, 321, 7937, 7957, 1, 7960, 7965, 1, 7968, 8005, 1, 8008, 8013, 1, 8016, 8023, 1, 8025,\n      8031, 2, 8032, 8061, 1, 8064, 8116, 1, 8118, 8132, 1, 8134, 8147, 1, 8150, 8155, 1, 8157,\n      8175, 1, 8178, 8180, 1, 8182, 8190, 1, 8486, 43877, 35391, 65856, 65934, 1, 65952, 119296,\n      53344, 119297, 119365, 1\n    ])\n  )\n  static foldGreek = new UnicodeRangeTable(new Uint32Array([181, 837, 656]))\n  static Gujarati = new UnicodeRangeTable(\n    new Uint32Array([\n      2689, 2691, 1, 2693, 2701, 1, 2703, 2705, 1, 2707, 2728, 1, 2730, 2736, 1, 2738, 2739, 1,\n      2741, 2745, 1, 2748, 2757, 1, 2759, 2761, 1, 2763, 2765, 1, 2768, 2784, 16, 2785, 2787, 1,\n      2790, 2801, 1, 2809, 2815, 1\n    ])\n  )\n  static Gunjala_Gondi = new UnicodeRangeTable(\n    new Uint32Array([\n      73056, 73061, 1, 73063, 73064, 1, 73066, 73102, 1, 73104, 73105, 1, 73107, 73112, 1, 73120,\n      73129, 1\n    ])\n  )\n  static Gurmukhi = new UnicodeRangeTable(\n    new Uint32Array([\n      2561, 2563, 1, 2565, 2570, 1, 2575, 2576, 1, 2579, 2600, 1, 2602, 2608, 1, 2610, 2611, 1,\n      2613, 2614, 1, 2616, 2617, 1, 2620, 2622, 2, 2623, 2626, 1, 2631, 2632, 1, 2635, 2637, 1,\n      2641, 2649, 8, 2650, 2652, 1, 2654, 2662, 8, 2663, 2678, 1\n    ])\n  )\n  static Gurung_Khema = new UnicodeRangeTable(new Uint32Array([90368, 90425, 1]))\n  static Han = new UnicodeRangeTable(\n    new Uint32Array([\n      11904, 11929, 1, 11931, 12019, 1, 12032, 12245, 1, 12293, 12295, 2, 12321, 12329, 1, 12344,\n      12347, 1, 13312, 19903, 1, 19968, 40959, 1, 63744, 64109, 1, 64112, 64217, 1, 94178, 94179, 1,\n      94192, 94193, 1, 131072, 173791, 1, 173824, 177977, 1, 177984, 178205, 1, 178208, 183969, 1,\n      183984, 191456, 1, 191472, 192093, 1, 194560, 195101, 1, 196608, 201546, 1, 201552, 205743, 1\n    ])\n  )\n  static Hangul = new UnicodeRangeTable(\n    new Uint32Array([\n      4352, 4607, 1, 12334, 12335, 1, 12593, 12686, 1, 12800, 12830, 1, 12896, 12926, 1, 43360,\n      43388, 1, 44032, 55203, 1, 55216, 55238, 1, 55243, 55291, 1, 65440, 65470, 1, 65474, 65479, 1,\n      65482, 65487, 1, 65490, 65495, 1, 65498, 65500, 1\n    ])\n  )\n  static Hanifi_Rohingya = new UnicodeRangeTable(\n    new Uint32Array([68864, 68903, 1, 68912, 68921, 1])\n  )\n  static Hanunoo = new UnicodeRangeTable(new Uint32Array([5920, 5940, 1]))\n  static Hatran = new UnicodeRangeTable(\n    new Uint32Array([67808, 67826, 1, 67828, 67829, 1, 67835, 67839, 1])\n  )\n  static Hebrew = new UnicodeRangeTable(\n    new Uint32Array([\n      1425, 1479, 1, 1488, 1514, 1, 1519, 1524, 1, 64285, 64310, 1, 64312, 64316, 1, 64318, 64320,\n      2, 64321, 64323, 2, 64324, 64326, 2, 64327, 64335, 1\n    ])\n  )\n  static Hiragana = new UnicodeRangeTable(\n    new Uint32Array([\n      12353, 12438, 1, 12445, 12447, 1, 110593, 110879, 1, 110898, 110928, 30, 110929, 110930, 1,\n      127488, 127488, 1\n    ])\n  )\n  static Imperial_Aramaic = new UnicodeRangeTable(\n    new Uint32Array([67648, 67669, 1, 67671, 67679, 1])\n  )\n  static Inherited = new UnicodeRangeTable(\n    new Uint32Array([\n      768, 879, 1, 1157, 1158, 1, 1611, 1621, 1, 1648, 2385, 737, 2386, 2388, 1, 6832, 6862, 1,\n      7376, 7378, 1, 7380, 7392, 1, 7394, 7400, 1, 7405, 7412, 7, 7416, 7417, 1, 7616, 7679, 1,\n      8204, 8205, 1, 8400, 8432, 1, 12330, 12333, 1, 12441, 12442, 1, 65024, 65039, 1, 65056, 65069,\n      1, 66045, 66272, 227, 70459, 118528, 48069, 118529, 118573, 1, 118576, 118598, 1, 119143,\n      119145, 1, 119163, 119170, 1, 119173, 119179, 1, 119210, 119213, 1, 917760, 917999, 1\n    ])\n  )\n  static foldInherited = new UnicodeRangeTable(new Uint32Array([921, 953, 32, 8126, 8126, 1]))\n  static Inscriptional_Pahlavi = new UnicodeRangeTable(\n    new Uint32Array([68448, 68466, 1, 68472, 68479, 1])\n  )\n  static Inscriptional_Parthian = new UnicodeRangeTable(\n    new Uint32Array([68416, 68437, 1, 68440, 68447, 1])\n  )\n  static Javanese = new UnicodeRangeTable(\n    new Uint32Array([43392, 43469, 1, 43472, 43481, 1, 43486, 43487, 1])\n  )\n  static Kaithi = new UnicodeRangeTable(new Uint32Array([69760, 69826, 1, 69837, 69837, 1]))\n  static Kannada = new UnicodeRangeTable(\n    new Uint32Array([\n      3200, 3212, 1, 3214, 3216, 1, 3218, 3240, 1, 3242, 3251, 1, 3253, 3257, 1, 3260, 3268, 1,\n      3270, 3272, 1, 3274, 3277, 1, 3285, 3286, 1, 3293, 3294, 1, 3296, 3299, 1, 3302, 3311, 1,\n      3313, 3315, 1\n    ])\n  )\n  static Katakana = new UnicodeRangeTable(\n    new Uint32Array([\n      12449, 12538, 1, 12541, 12543, 1, 12784, 12799, 1, 13008, 13054, 1, 13056, 13143, 1, 65382,\n      65391, 1, 65393, 65437, 1, 110576, 110579, 1, 110581, 110587, 1, 110589, 110590, 1, 110592,\n      110880, 288, 110881, 110882, 1, 110933, 110948, 15, 110949, 110951, 1\n    ])\n  )\n  static Kawi = new UnicodeRangeTable(\n    new Uint32Array([73472, 73488, 1, 73490, 73530, 1, 73534, 73562, 1])\n  )\n  static Kayah_Li = new UnicodeRangeTable(new Uint32Array([43264, 43309, 1, 43311, 43311, 1]))\n  static Kharoshthi = new UnicodeRangeTable(\n    new Uint32Array([\n      68096, 68099, 1, 68101, 68102, 1, 68108, 68115, 1, 68117, 68119, 1, 68121, 68149, 1, 68152,\n      68154, 1, 68159, 68168, 1, 68176, 68184, 1\n    ])\n  )\n  static Khitan_Small_Script = new UnicodeRangeTable(\n    new Uint32Array([94180, 101120, 6940, 101121, 101589, 1, 101631, 101631, 1])\n  )\n  static Khmer = new UnicodeRangeTable(\n    new Uint32Array([6016, 6109, 1, 6112, 6121, 1, 6128, 6137, 1, 6624, 6655, 1])\n  )\n  static Khojki = new UnicodeRangeTable(new Uint32Array([70144, 70161, 1, 70163, 70209, 1]))\n  static Khudawadi = new UnicodeRangeTable(new Uint32Array([70320, 70378, 1, 70384, 70393, 1]))\n  static Kirat_Rai = new UnicodeRangeTable(new Uint32Array([93504, 93561, 1]))\n  static Lao = new UnicodeRangeTable(\n    new Uint32Array([\n      3713, 3714, 1, 3716, 3718, 2, 3719, 3722, 1, 3724, 3747, 1, 3749, 3751, 2, 3752, 3773, 1,\n      3776, 3780, 1, 3782, 3784, 2, 3785, 3790, 1, 3792, 3801, 1, 3804, 3807, 1\n    ])\n  )\n  static Latin = new UnicodeRangeTable(\n    new Uint32Array([\n      65, 90, 1, 97, 122, 1, 170, 186, 16, 192, 214, 1, 216, 246, 1, 248, 696, 1, 736, 740, 1, 7424,\n      7461, 1, 7468, 7516, 1, 7522, 7525, 1, 7531, 7543, 1, 7545, 7614, 1, 7680, 7935, 1, 8305,\n      8319, 14, 8336, 8348, 1, 8490, 8491, 1, 8498, 8526, 28, 8544, 8584, 1, 11360, 11391, 1, 42786,\n      42887, 1, 42891, 42957, 1, 42960, 42961, 1, 42963, 42965, 2, 42966, 42972, 1, 42994, 43007, 1,\n      43824, 43866, 1, 43868, 43876, 1, 43878, 43881, 1, 64256, 64262, 1, 65313, 65338, 1, 65345,\n      65370, 1, 67456, 67461, 1, 67463, 67504, 1, 67506, 67514, 1, 122624, 122654, 1, 122661,\n      122666, 1\n    ])\n  )\n  static Lepcha = new UnicodeRangeTable(\n    new Uint32Array([7168, 7223, 1, 7227, 7241, 1, 7245, 7247, 1])\n  )\n  static Limbu = new UnicodeRangeTable(\n    new Uint32Array([6400, 6430, 1, 6432, 6443, 1, 6448, 6459, 1, 6464, 6468, 4, 6469, 6479, 1])\n  )\n  static Linear_A = new UnicodeRangeTable(\n    new Uint32Array([67072, 67382, 1, 67392, 67413, 1, 67424, 67431, 1])\n  )\n  static Linear_B = new UnicodeRangeTable(\n    new Uint32Array([\n      65536, 65547, 1, 65549, 65574, 1, 65576, 65594, 1, 65596, 65597, 1, 65599, 65613, 1, 65616,\n      65629, 1, 65664, 65786, 1\n    ])\n  )\n  static Lisu = new UnicodeRangeTable(new Uint32Array([42192, 42239, 1, 73648, 73648, 1]))\n  static Lycian = new UnicodeRangeTable(new Uint32Array([66176, 66204, 1]))\n  static Lydian = new UnicodeRangeTable(new Uint32Array([67872, 67897, 1, 67903, 67903, 1]))\n  static Mahajani = new UnicodeRangeTable(new Uint32Array([69968, 70006, 1]))\n  static Makasar = new UnicodeRangeTable(new Uint32Array([73440, 73464, 1]))\n  static Malayalam = new UnicodeRangeTable(\n    new Uint32Array([\n      3328, 3340, 1, 3342, 3344, 1, 3346, 3396, 1, 3398, 3400, 1, 3402, 3407, 1, 3412, 3427, 1,\n      3430, 3455, 1\n    ])\n  )\n  static Mandaic = new UnicodeRangeTable(new Uint32Array([2112, 2139, 1, 2142, 2142, 1]))\n  static Manichaean = new UnicodeRangeTable(new Uint32Array([68288, 68326, 1, 68331, 68342, 1]))\n  static Marchen = new UnicodeRangeTable(\n    new Uint32Array([72816, 72847, 1, 72850, 72871, 1, 72873, 72886, 1])\n  )\n  static Masaram_Gondi = new UnicodeRangeTable(\n    new Uint32Array([\n      72960, 72966, 1, 72968, 72969, 1, 72971, 73014, 1, 73018, 73020, 2, 73021, 73023, 2, 73024,\n      73031, 1, 73040, 73049, 1\n    ])\n  )\n  static Medefaidrin = new UnicodeRangeTable(new Uint32Array([93760, 93850, 1]))\n  static Meetei_Mayek = new UnicodeRangeTable(\n    new Uint32Array([43744, 43766, 1, 43968, 44013, 1, 44016, 44025, 1])\n  )\n  static Mende_Kikakui = new UnicodeRangeTable(\n    new Uint32Array([124928, 125124, 1, 125127, 125142, 1])\n  )\n  static Meroitic_Cursive = new UnicodeRangeTable(\n    new Uint32Array([68000, 68023, 1, 68028, 68047, 1, 68050, 68095, 1])\n  )\n  static Meroitic_Hieroglyphs = new UnicodeRangeTable(new Uint32Array([67968, 67999, 1]))\n  static Miao = new UnicodeRangeTable(\n    new Uint32Array([93952, 94026, 1, 94031, 94087, 1, 94095, 94111, 1])\n  )\n  static Modi = new UnicodeRangeTable(new Uint32Array([71168, 71236, 1, 71248, 71257, 1]))\n  static Mongolian = new UnicodeRangeTable(\n    new Uint32Array([\n      6144, 6145, 1, 6148, 6150, 2, 6151, 6169, 1, 6176, 6264, 1, 6272, 6314, 1, 71264, 71276, 1\n    ])\n  )\n  static Mro = new UnicodeRangeTable(\n    new Uint32Array([92736, 92766, 1, 92768, 92777, 1, 92782, 92783, 1])\n  )\n  static Multani = new UnicodeRangeTable(\n    new Uint32Array([\n      70272, 70278, 1, 70280, 70282, 2, 70283, 70285, 1, 70287, 70301, 1, 70303, 70313, 1\n    ])\n  )\n  static Myanmar = new UnicodeRangeTable(\n    new Uint32Array([4096, 4255, 1, 43488, 43518, 1, 43616, 43647, 1, 71376, 71395, 1])\n  )\n  static Nabataean = new UnicodeRangeTable(new Uint32Array([67712, 67742, 1, 67751, 67759, 1]))\n  static Nag_Mundari = new UnicodeRangeTable(new Uint32Array([124112, 124153, 1]))\n  static Nandinagari = new UnicodeRangeTable(\n    new Uint32Array([72096, 72103, 1, 72106, 72151, 1, 72154, 72164, 1])\n  )\n  static New_Tai_Lue = new UnicodeRangeTable(\n    new Uint32Array([6528, 6571, 1, 6576, 6601, 1, 6608, 6618, 1, 6622, 6623, 1])\n  )\n  static Newa = new UnicodeRangeTable(new Uint32Array([70656, 70747, 1, 70749, 70753, 1]))\n  static Nko = new UnicodeRangeTable(new Uint32Array([1984, 2042, 1, 2045, 2047, 1]))\n  static Nushu = new UnicodeRangeTable(new Uint32Array([94177, 110960, 16783, 110961, 111355, 1]))\n  static Nyiakeng_Puachue_Hmong = new UnicodeRangeTable(\n    new Uint32Array([123136, 123180, 1, 123184, 123197, 1, 123200, 123209, 1, 123214, 123215, 1])\n  )\n  static Ogham = new UnicodeRangeTable(new Uint32Array([5760, 5788, 1]))\n  static Ol_Chiki = new UnicodeRangeTable(new Uint32Array([7248, 7295, 1]))\n  static Ol_Onal = new UnicodeRangeTable(new Uint32Array([124368, 124410, 1, 124415, 124415, 1]))\n  static Old_Hungarian = new UnicodeRangeTable(\n    new Uint32Array([68736, 68786, 1, 68800, 68850, 1, 68858, 68863, 1])\n  )\n  static Old_Italic = new UnicodeRangeTable(new Uint32Array([66304, 66339, 1, 66349, 66351, 1]))\n  static Old_North_Arabian = new UnicodeRangeTable(new Uint32Array([68224, 68255, 1]))\n  static Old_Permic = new UnicodeRangeTable(new Uint32Array([66384, 66426, 1]))\n  static Old_Persian = new UnicodeRangeTable(new Uint32Array([66464, 66499, 1, 66504, 66517, 1]))\n  static Old_Sogdian = new UnicodeRangeTable(new Uint32Array([69376, 69415, 1]))\n  static Old_South_Arabian = new UnicodeRangeTable(new Uint32Array([68192, 68223, 1]))\n  static Old_Turkic = new UnicodeRangeTable(new Uint32Array([68608, 68680, 1]))\n  static Old_Uyghur = new UnicodeRangeTable(new Uint32Array([69488, 69513, 1]))\n  static Oriya = new UnicodeRangeTable(\n    new Uint32Array([\n      2817, 2819, 1, 2821, 2828, 1, 2831, 2832, 1, 2835, 2856, 1, 2858, 2864, 1, 2866, 2867, 1,\n      2869, 2873, 1, 2876, 2884, 1, 2887, 2888, 1, 2891, 2893, 1, 2901, 2903, 1, 2908, 2909, 1,\n      2911, 2915, 1, 2918, 2935, 1\n    ])\n  )\n  static Osage = new UnicodeRangeTable(new Uint32Array([66736, 66771, 1, 66776, 66811, 1]))\n  static Osmanya = new UnicodeRangeTable(new Uint32Array([66688, 66717, 1, 66720, 66729, 1]))\n  static Pahawh_Hmong = new UnicodeRangeTable(\n    new Uint32Array([\n      92928, 92997, 1, 93008, 93017, 1, 93019, 93025, 1, 93027, 93047, 1, 93053, 93071, 1\n    ])\n  )\n  static Palmyrene = new UnicodeRangeTable(new Uint32Array([67680, 67711, 1]))\n  static Pau_Cin_Hau = new UnicodeRangeTable(new Uint32Array([72384, 72440, 1]))\n  static Phags_Pa = new UnicodeRangeTable(new Uint32Array([43072, 43127, 1]))\n  static Phoenician = new UnicodeRangeTable(new Uint32Array([67840, 67867, 1, 67871, 67871, 1]))\n  static Psalter_Pahlavi = new UnicodeRangeTable(\n    new Uint32Array([68480, 68497, 1, 68505, 68508, 1, 68521, 68527, 1])\n  )\n  static Rejang = new UnicodeRangeTable(new Uint32Array([43312, 43347, 1, 43359, 43359, 1]))\n  static Runic = new UnicodeRangeTable(new Uint32Array([5792, 5866, 1, 5870, 5880, 1]))\n  static Samaritan = new UnicodeRangeTable(new Uint32Array([2048, 2093, 1, 2096, 2110, 1]))\n  static Saurashtra = new UnicodeRangeTable(new Uint32Array([43136, 43205, 1, 43214, 43225, 1]))\n  static Sharada = new UnicodeRangeTable(new Uint32Array([70016, 70111, 1]))\n  static Shavian = new UnicodeRangeTable(new Uint32Array([66640, 66687, 1]))\n  static Siddham = new UnicodeRangeTable(new Uint32Array([71040, 71093, 1, 71096, 71133, 1]))\n  static SignWriting = new UnicodeRangeTable(\n    new Uint32Array([120832, 121483, 1, 121499, 121503, 1, 121505, 121519, 1])\n  )\n  static Sinhala = new UnicodeRangeTable(\n    new Uint32Array([\n      3457, 3459, 1, 3461, 3478, 1, 3482, 3505, 1, 3507, 3515, 1, 3517, 3520, 3, 3521, 3526, 1,\n      3530, 3535, 5, 3536, 3540, 1, 3542, 3544, 2, 3545, 3551, 1, 3558, 3567, 1, 3570, 3572, 1,\n      70113, 70132, 1\n    ])\n  )\n  static Sogdian = new UnicodeRangeTable(new Uint32Array([69424, 69465, 1]))\n  static Sora_Sompeng = new UnicodeRangeTable(new Uint32Array([69840, 69864, 1, 69872, 69881, 1]))\n  static Soyombo = new UnicodeRangeTable(new Uint32Array([72272, 72354, 1]))\n  static Sundanese = new UnicodeRangeTable(new Uint32Array([7040, 7103, 1, 7360, 7367, 1]))\n  static Sunuwar = new UnicodeRangeTable(new Uint32Array([72640, 72673, 1, 72688, 72697, 1]))\n  static Syloti_Nagri = new UnicodeRangeTable(new Uint32Array([43008, 43052, 1]))\n  static Syriac = new UnicodeRangeTable(\n    new Uint32Array([1792, 1805, 1, 1807, 1866, 1, 1869, 1871, 1, 2144, 2154, 1])\n  )\n  static Tagalog = new UnicodeRangeTable(new Uint32Array([5888, 5909, 1, 5919, 5919, 1]))\n  static Tagbanwa = new UnicodeRangeTable(\n    new Uint32Array([5984, 5996, 1, 5998, 6000, 1, 6002, 6003, 1])\n  )\n  static Tai_Le = new UnicodeRangeTable(new Uint32Array([6480, 6509, 1, 6512, 6516, 1]))\n  static Tai_Tham = new UnicodeRangeTable(\n    new Uint32Array([6688, 6750, 1, 6752, 6780, 1, 6783, 6793, 1, 6800, 6809, 1, 6816, 6829, 1])\n  )\n  static Tai_Viet = new UnicodeRangeTable(new Uint32Array([43648, 43714, 1, 43739, 43743, 1]))\n  static Takri = new UnicodeRangeTable(new Uint32Array([71296, 71353, 1, 71360, 71369, 1]))\n  static Tamil = new UnicodeRangeTable(\n    new Uint32Array([\n      2946, 2947, 1, 2949, 2954, 1, 2958, 2960, 1, 2962, 2965, 1, 2969, 2970, 1, 2972, 2974, 2,\n      2975, 2979, 4, 2980, 2984, 4, 2985, 2986, 1, 2990, 3001, 1, 3006, 3010, 1, 3014, 3016, 1,\n      3018, 3021, 1, 3024, 3031, 7, 3046, 3066, 1, 73664, 73713, 1, 73727, 73727, 1\n    ])\n  )\n  static Tangsa = new UnicodeRangeTable(new Uint32Array([92784, 92862, 1, 92864, 92873, 1]))\n  static Tangut = new UnicodeRangeTable(\n    new Uint32Array([94176, 94208, 32, 94209, 100343, 1, 100352, 101119, 1, 101632, 101640, 1])\n  )\n  static Telugu = new UnicodeRangeTable(\n    new Uint32Array([\n      3072, 3084, 1, 3086, 3088, 1, 3090, 3112, 1, 3114, 3129, 1, 3132, 3140, 1, 3142, 3144, 1,\n      3146, 3149, 1, 3157, 3158, 1, 3160, 3162, 1, 3165, 3168, 3, 3169, 3171, 1, 3174, 3183, 1,\n      3191, 3199, 1\n    ])\n  )\n  static Thaana = new UnicodeRangeTable(new Uint32Array([1920, 1969, 1]))\n  static Thai = new UnicodeRangeTable(new Uint32Array([3585, 3642, 1, 3648, 3675, 1]))\n  static Tibetan = new UnicodeRangeTable(\n    new Uint32Array([\n      3840, 3911, 1, 3913, 3948, 1, 3953, 3991, 1, 3993, 4028, 1, 4030, 4044, 1, 4046, 4052, 1,\n      4057, 4058, 1\n    ])\n  )\n  static Tifinagh = new UnicodeRangeTable(\n    new Uint32Array([11568, 11623, 1, 11631, 11632, 1, 11647, 11647, 1])\n  )\n  static Tirhuta = new UnicodeRangeTable(new Uint32Array([70784, 70855, 1, 70864, 70873, 1]))\n  static Todhri = new UnicodeRangeTable(new Uint32Array([67008, 67059, 1]))\n  static Toto = new UnicodeRangeTable(new Uint32Array([123536, 123566, 1]))\n  static Tulu_Tigalari = new UnicodeRangeTable(\n    new Uint32Array([\n      70528, 70537, 1, 70539, 70542, 3, 70544, 70581, 1, 70583, 70592, 1, 70594, 70597, 3, 70599,\n      70602, 1, 70604, 70613, 1, 70615, 70616, 1, 70625, 70626, 1\n    ])\n  )\n  static Ugaritic = new UnicodeRangeTable(new Uint32Array([66432, 66461, 1, 66463, 66463, 1]))\n  static Vai = new UnicodeRangeTable(new Uint32Array([42240, 42539, 1]))\n  static Vithkuqi = new UnicodeRangeTable(\n    new Uint32Array([\n      66928, 66938, 1, 66940, 66954, 1, 66956, 66962, 1, 66964, 66965, 1, 66967, 66977, 1, 66979,\n      66993, 1, 66995, 67001, 1, 67003, 67004, 1\n    ])\n  )\n  static Wancho = new UnicodeRangeTable(new Uint32Array([123584, 123641, 1, 123647, 123647, 1]))\n  static Warang_Citi = new UnicodeRangeTable(new Uint32Array([71840, 71922, 1, 71935, 71935, 1]))\n  static Yezidi = new UnicodeRangeTable(\n    new Uint32Array([69248, 69289, 1, 69291, 69293, 1, 69296, 69297, 1])\n  )\n  static Yi = new UnicodeRangeTable(new Uint32Array([40960, 42124, 1, 42128, 42182, 1]))\n  static Zanabazar_Square = new UnicodeRangeTable(new Uint32Array([72192, 72263, 1]))\n\n  static CATEGORIES = new Map([\n    ['C', UnicodeTables.C],\n    ['Cc', UnicodeTables.Cc],\n    ['Cf', UnicodeTables.Cf],\n    ['Co', UnicodeTables.Co],\n    ['Cs', UnicodeTables.Cs],\n    ['L', UnicodeTables.L],\n    ['Ll', UnicodeTables.Ll],\n    ['Lm', UnicodeTables.Lm],\n    ['Lo', UnicodeTables.Lo],\n    ['Lt', UnicodeTables.Lt],\n    ['Lu', UnicodeTables.Lu],\n    ['M', UnicodeTables.M],\n    ['Mc', UnicodeTables.Mc],\n    ['Me', UnicodeTables.Me],\n    ['Mn', UnicodeTables.Mn],\n    ['N', UnicodeTables.N],\n    ['Nd', UnicodeTables.Nd],\n    ['Nl', UnicodeTables.Nl],\n    ['No', UnicodeTables.No],\n    ['P', UnicodeTables.P],\n    ['Pc', UnicodeTables.Pc],\n    ['Pd', UnicodeTables.Pd],\n    ['Pe', UnicodeTables.Pe],\n    ['Pf', UnicodeTables.Pf],\n    ['Pi', UnicodeTables.Pi],\n    ['Po', UnicodeTables.Po],\n    ['Ps', UnicodeTables.Ps],\n    ['S', UnicodeTables.S],\n    ['Sc', UnicodeTables.Sc],\n    ['Sk', UnicodeTables.Sk],\n    ['Sm', UnicodeTables.Sm],\n    ['So', UnicodeTables.So],\n    ['Z', UnicodeTables.Z],\n    ['Zl', UnicodeTables.Zl],\n    ['Zp', UnicodeTables.Zp],\n    ['Zs', UnicodeTables.Zs]\n  ])\n\n  static SCRIPTS = new Map([\n    ['Adlam', UnicodeTables.Adlam],\n    ['Ahom', UnicodeTables.Ahom],\n    ['Anatolian_Hieroglyphs', UnicodeTables.Anatolian_Hieroglyphs],\n    ['Arabic', UnicodeTables.Arabic],\n    ['Armenian', UnicodeTables.Armenian],\n    ['Avestan', UnicodeTables.Avestan],\n    ['Balinese', UnicodeTables.Balinese],\n    ['Bamum', UnicodeTables.Bamum],\n    ['Bassa_Vah', UnicodeTables.Bassa_Vah],\n    ['Batak', UnicodeTables.Batak],\n    ['Bengali', UnicodeTables.Bengali],\n    ['Bhaiksuki', UnicodeTables.Bhaiksuki],\n    ['Bopomofo', UnicodeTables.Bopomofo],\n    ['Brahmi', UnicodeTables.Brahmi],\n    ['Braille', UnicodeTables.Braille],\n    ['Buginese', UnicodeTables.Buginese],\n    ['Buhid', UnicodeTables.Buhid],\n    ['Canadian_Aboriginal', UnicodeTables.Canadian_Aboriginal],\n    ['Carian', UnicodeTables.Carian],\n    ['Caucasian_Albanian', UnicodeTables.Caucasian_Albanian],\n    ['Chakma', UnicodeTables.Chakma],\n    ['Cham', UnicodeTables.Cham],\n    ['Cherokee', UnicodeTables.Cherokee],\n    ['Chorasmian', UnicodeTables.Chorasmian],\n    ['Common', UnicodeTables.Common],\n    ['Coptic', UnicodeTables.Coptic],\n    ['Cuneiform', UnicodeTables.Cuneiform],\n    ['Cypriot', UnicodeTables.Cypriot],\n    ['Cypro_Minoan', UnicodeTables.Cypro_Minoan],\n    ['Cyrillic', UnicodeTables.Cyrillic],\n    ['Deseret', UnicodeTables.Deseret],\n    ['Devanagari', UnicodeTables.Devanagari],\n    ['Dives_Akuru', UnicodeTables.Dives_Akuru],\n    ['Dogra', UnicodeTables.Dogra],\n    ['Duployan', UnicodeTables.Duployan],\n    ['Egyptian_Hieroglyphs', UnicodeTables.Egyptian_Hieroglyphs],\n    ['Elbasan', UnicodeTables.Elbasan],\n    ['Elymaic', UnicodeTables.Elymaic],\n    ['Ethiopic', UnicodeTables.Ethiopic],\n    ['Garay', UnicodeTables.Garay],\n    ['Georgian', UnicodeTables.Georgian],\n    ['Glagolitic', UnicodeTables.Glagolitic],\n    ['Gothic', UnicodeTables.Gothic],\n    ['Grantha', UnicodeTables.Grantha],\n    ['Greek', UnicodeTables.Greek],\n    ['Gujarati', UnicodeTables.Gujarati],\n    ['Gunjala_Gondi', UnicodeTables.Gunjala_Gondi],\n    ['Gurmukhi', UnicodeTables.Gurmukhi],\n    ['Gurung_Khema', UnicodeTables.Gurung_Khema],\n    ['Han', UnicodeTables.Han],\n    ['Hangul', UnicodeTables.Hangul],\n    ['Hanifi_Rohingya', UnicodeTables.Hanifi_Rohingya],\n    ['Hanunoo', UnicodeTables.Hanunoo],\n    ['Hatran', UnicodeTables.Hatran],\n    ['Hebrew', UnicodeTables.Hebrew],\n    ['Hiragana', UnicodeTables.Hiragana],\n    ['Imperial_Aramaic', UnicodeTables.Imperial_Aramaic],\n    ['Inherited', UnicodeTables.Inherited],\n    ['Inscriptional_Pahlavi', UnicodeTables.Inscriptional_Pahlavi],\n    ['Inscriptional_Parthian', UnicodeTables.Inscriptional_Parthian],\n    ['Javanese', UnicodeTables.Javanese],\n    ['Kaithi', UnicodeTables.Kaithi],\n    ['Kannada', UnicodeTables.Kannada],\n    ['Katakana', UnicodeTables.Katakana],\n    ['Kawi', UnicodeTables.Kawi],\n    ['Kayah_Li', UnicodeTables.Kayah_Li],\n    ['Kharoshthi', UnicodeTables.Kharoshthi],\n    ['Khitan_Small_Script', UnicodeTables.Khitan_Small_Script],\n    ['Khmer', UnicodeTables.Khmer],\n    ['Khojki', UnicodeTables.Khojki],\n    ['Khudawadi', UnicodeTables.Khudawadi],\n    ['Kirat_Rai', UnicodeTables.Kirat_Rai],\n    ['Lao', UnicodeTables.Lao],\n    ['Latin', UnicodeTables.Latin],\n    ['Lepcha', UnicodeTables.Lepcha],\n    ['Limbu', UnicodeTables.Limbu],\n    ['Linear_A', UnicodeTables.Linear_A],\n    ['Linear_B', UnicodeTables.Linear_B],\n    ['Lisu', UnicodeTables.Lisu],\n    ['Lycian', UnicodeTables.Lycian],\n    ['Lydian', UnicodeTables.Lydian],\n    ['Mahajani', UnicodeTables.Mahajani],\n    ['Makasar', UnicodeTables.Makasar],\n    ['Malayalam', UnicodeTables.Malayalam],\n    ['Mandaic', UnicodeTables.Mandaic],\n    ['Manichaean', UnicodeTables.Manichaean],\n    ['Marchen', UnicodeTables.Marchen],\n    ['Masaram_Gondi', UnicodeTables.Masaram_Gondi],\n    ['Medefaidrin', UnicodeTables.Medefaidrin],\n    ['Meetei_Mayek', UnicodeTables.Meetei_Mayek],\n    ['Mende_Kikakui', UnicodeTables.Mende_Kikakui],\n    ['Meroitic_Cursive', UnicodeTables.Meroitic_Cursive],\n    ['Meroitic_Hieroglyphs', UnicodeTables.Meroitic_Hieroglyphs],\n    ['Miao', UnicodeTables.Miao],\n    ['Modi', UnicodeTables.Modi],\n    ['Mongolian', UnicodeTables.Mongolian],\n    ['Mro', UnicodeTables.Mro],\n    ['Multani', UnicodeTables.Multani],\n    ['Myanmar', UnicodeTables.Myanmar],\n    ['Nabataean', UnicodeTables.Nabataean],\n    ['Nag_Mundari', UnicodeTables.Nag_Mundari],\n    ['Nandinagari', UnicodeTables.Nandinagari],\n    ['New_Tai_Lue', UnicodeTables.New_Tai_Lue],\n    ['Newa', UnicodeTables.Newa],\n    ['Nko', UnicodeTables.Nko],\n    ['Nushu', UnicodeTables.Nushu],\n    ['Nyiakeng_Puachue_Hmong', UnicodeTables.Nyiakeng_Puachue_Hmong],\n    ['Ogham', UnicodeTables.Ogham],\n    ['Ol_Chiki', UnicodeTables.Ol_Chiki],\n    ['Ol_Onal', UnicodeTables.Ol_Onal],\n    ['Old_Hungarian', UnicodeTables.Old_Hungarian],\n    ['Old_Italic', UnicodeTables.Old_Italic],\n    ['Old_North_Arabian', UnicodeTables.Old_North_Arabian],\n    ['Old_Permic', UnicodeTables.Old_Permic],\n    ['Old_Persian', UnicodeTables.Old_Persian],\n    ['Old_Sogdian', UnicodeTables.Old_Sogdian],\n    ['Old_South_Arabian', UnicodeTables.Old_South_Arabian],\n    ['Old_Turkic', UnicodeTables.Old_Turkic],\n    ['Old_Uyghur', UnicodeTables.Old_Uyghur],\n    ['Oriya', UnicodeTables.Oriya],\n    ['Osage', UnicodeTables.Osage],\n    ['Osmanya', UnicodeTables.Osmanya],\n    ['Pahawh_Hmong', UnicodeTables.Pahawh_Hmong],\n    ['Palmyrene', UnicodeTables.Palmyrene],\n    ['Pau_Cin_Hau', UnicodeTables.Pau_Cin_Hau],\n    ['Phags_Pa', UnicodeTables.Phags_Pa],\n    ['Phoenician', UnicodeTables.Phoenician],\n    ['Psalter_Pahlavi', UnicodeTables.Psalter_Pahlavi],\n    ['Rejang', UnicodeTables.Rejang],\n    ['Runic', UnicodeTables.Runic],\n    ['Samaritan', UnicodeTables.Samaritan],\n    ['Saurashtra', UnicodeTables.Saurashtra],\n    ['Sharada', UnicodeTables.Sharada],\n    ['Shavian', UnicodeTables.Shavian],\n    ['Siddham', UnicodeTables.Siddham],\n    ['SignWriting', UnicodeTables.SignWriting],\n    ['Sinhala', UnicodeTables.Sinhala],\n    ['Sogdian', UnicodeTables.Sogdian],\n    ['Sora_Sompeng', UnicodeTables.Sora_Sompeng],\n    ['Soyombo', UnicodeTables.Soyombo],\n    ['Sundanese', UnicodeTables.Sundanese],\n    ['Sunuwar', UnicodeTables.Sunuwar],\n    ['Syloti_Nagri', UnicodeTables.Syloti_Nagri],\n    ['Syriac', UnicodeTables.Syriac],\n    ['Tagalog', UnicodeTables.Tagalog],\n    ['Tagbanwa', UnicodeTables.Tagbanwa],\n    ['Tai_Le', UnicodeTables.Tai_Le],\n    ['Tai_Tham', UnicodeTables.Tai_Tham],\n    ['Tai_Viet', UnicodeTables.Tai_Viet],\n    ['Takri', UnicodeTables.Takri],\n    ['Tamil', UnicodeTables.Tamil],\n    ['Tangsa', UnicodeTables.Tangsa],\n    ['Tangut', UnicodeTables.Tangut],\n    ['Telugu', UnicodeTables.Telugu],\n    ['Thaana', UnicodeTables.Thaana],\n    ['Thai', UnicodeTables.Thai],\n    ['Tibetan', UnicodeTables.Tibetan],\n    ['Tifinagh', UnicodeTables.Tifinagh],\n    ['Tirhuta', UnicodeTables.Tirhuta],\n    ['Todhri', UnicodeTables.Todhri],\n    ['Toto', UnicodeTables.Toto],\n    ['Tulu_Tigalari', UnicodeTables.Tulu_Tigalari],\n    ['Ugaritic', UnicodeTables.Ugaritic],\n    ['Vai', UnicodeTables.Vai],\n    ['Vithkuqi', UnicodeTables.Vithkuqi],\n    ['Wancho', UnicodeTables.Wancho],\n    ['Warang_Citi', UnicodeTables.Warang_Citi],\n    ['Yezidi', UnicodeTables.Yezidi],\n    ['Yi', UnicodeTables.Yi],\n    ['Zanabazar_Square', UnicodeTables.Zanabazar_Square]\n  ])\n\n  static FOLD_CATEGORIES = new Map([\n    ['L', UnicodeTables.foldL],\n    ['Ll', UnicodeTables.foldLl],\n    ['Lt', UnicodeTables.foldLt],\n    ['Lu', UnicodeTables.foldLu],\n    ['M', UnicodeTables.foldM],\n    ['Mn', UnicodeTables.foldMn]\n  ])\n\n  static FOLD_SCRIPT = new Map([\n    ['Common', UnicodeTables.foldCommon],\n    ['Greek', UnicodeTables.foldGreek],\n    ['Inherited', UnicodeTables.foldInherited]\n  ])\n\n  static Print = new UnicodeRangeTable(\n    new Uint32Array([\n      33, 126, 1, 161, 172, 1, 174, 887, 1, 890, 895, 1, 900, 906, 1, 908, 910, 2, 911, 929, 1, 931,\n      1327, 1, 1329, 1366, 1, 1369, 1418, 1, 1421, 1423, 1, 1425, 1479, 1, 1488, 1514, 1, 1519,\n      1524, 1, 1542, 1563, 1, 1565, 1756, 1, 1758, 1805, 1, 1808, 1866, 1, 1869, 1969, 1, 1984,\n      2042, 1, 2045, 2093, 1, 2096, 2110, 1, 2112, 2139, 1, 2142, 2144, 2, 2145, 2154, 1, 2160,\n      2190, 1, 2199, 2273, 1, 2275, 2435, 1, 2437, 2444, 1, 2447, 2448, 1, 2451, 2472, 1, 2474,\n      2480, 1, 2482, 2486, 4, 2487, 2489, 1, 2492, 2500, 1, 2503, 2504, 1, 2507, 2510, 1, 2519,\n      2524, 5, 2525, 2527, 2, 2528, 2531, 1, 2534, 2558, 1, 2561, 2563, 1, 2565, 2570, 1, 2575,\n      2576, 1, 2579, 2600, 1, 2602, 2608, 1, 2610, 2611, 1, 2613, 2614, 1, 2616, 2617, 1, 2620,\n      2622, 2, 2623, 2626, 1, 2631, 2632, 1, 2635, 2637, 1, 2641, 2649, 8, 2650, 2652, 1, 2654,\n      2662, 8, 2663, 2678, 1, 2689, 2691, 1, 2693, 2701, 1, 2703, 2705, 1, 2707, 2728, 1, 2730,\n      2736, 1, 2738, 2739, 1, 2741, 2745, 1, 2748, 2757, 1, 2759, 2761, 1, 2763, 2765, 1, 2768,\n      2784, 16, 2785, 2787, 1, 2790, 2801, 1, 2809, 2815, 1, 2817, 2819, 1, 2821, 2828, 1, 2831,\n      2832, 1, 2835, 2856, 1, 2858, 2864, 1, 2866, 2867, 1, 2869, 2873, 1, 2876, 2884, 1, 2887,\n      2888, 1, 2891, 2893, 1, 2901, 2903, 1, 2908, 2909, 1, 2911, 2915, 1, 2918, 2935, 1, 2946,\n      2947, 1, 2949, 2954, 1, 2958, 2960, 1, 2962, 2965, 1, 2969, 2970, 1, 2972, 2974, 2, 2975,\n      2979, 4, 2980, 2984, 4, 2985, 2986, 1, 2990, 3001, 1, 3006, 3010, 1, 3014, 3016, 1, 3018,\n      3021, 1, 3024, 3031, 7, 3046, 3066, 1, 3072, 3084, 1, 3086, 3088, 1, 3090, 3112, 1, 3114,\n      3129, 1, 3132, 3140, 1, 3142, 3144, 1, 3146, 3149, 1, 3157, 3158, 1, 3160, 3162, 1, 3165,\n      3168, 3, 3169, 3171, 1, 3174, 3183, 1, 3191, 3212, 1, 3214, 3216, 1, 3218, 3240, 1, 3242,\n      3251, 1, 3253, 3257, 1, 3260, 3268, 1, 3270, 3272, 1, 3274, 3277, 1, 3285, 3286, 1, 3293,\n      3294, 1, 3296, 3299, 1, 3302, 3311, 1, 3313, 3315, 1, 3328, 3340, 1, 3342, 3344, 1, 3346,\n      3396, 1, 3398, 3400, 1, 3402, 3407, 1, 3412, 3427, 1, 3430, 3455, 1, 3457, 3459, 1, 3461,\n      3478, 1, 3482, 3505, 1, 3507, 3515, 1, 3517, 3520, 3, 3521, 3526, 1, 3530, 3535, 5, 3536,\n      3540, 1, 3542, 3544, 2, 3545, 3551, 1, 3558, 3567, 1, 3570, 3572, 1, 3585, 3642, 1, 3647,\n      3675, 1, 3713, 3714, 1, 3716, 3718, 2, 3719, 3722, 1, 3724, 3747, 1, 3749, 3751, 2, 3752,\n      3773, 1, 3776, 3780, 1, 3782, 3784, 2, 3785, 3790, 1, 3792, 3801, 1, 3804, 3807, 1, 3840,\n      3911, 1, 3913, 3948, 1, 3953, 3991, 1, 3993, 4028, 1, 4030, 4044, 1, 4046, 4058, 1, 4096,\n      4293, 1, 4295, 4301, 6, 4304, 4680, 1, 4682, 4685, 1, 4688, 4694, 1, 4696, 4698, 2, 4699,\n      4701, 1, 4704, 4744, 1, 4746, 4749, 1, 4752, 4784, 1, 4786, 4789, 1, 4792, 4798, 1, 4800,\n      4802, 2, 4803, 4805, 1, 4808, 4822, 1, 4824, 4880, 1, 4882, 4885, 1, 4888, 4954, 1, 4957,\n      4988, 1, 4992, 5017, 1, 5024, 5109, 1, 5112, 5117, 1, 5120, 5759, 1, 5761, 5788, 1, 5792,\n      5880, 1, 5888, 5909, 1, 5919, 5942, 1, 5952, 5971, 1, 5984, 5996, 1, 5998, 6000, 1, 6002,\n      6003, 1, 6016, 6109, 1, 6112, 6121, 1, 6128, 6137, 1, 6144, 6157, 1, 6159, 6169, 1, 6176,\n      6264, 1, 6272, 6314, 1, 6320, 6389, 1, 6400, 6430, 1, 6432, 6443, 1, 6448, 6459, 1, 6464,\n      6468, 4, 6469, 6509, 1, 6512, 6516, 1, 6528, 6571, 1, 6576, 6601, 1, 6608, 6618, 1, 6622,\n      6683, 1, 6686, 6750, 1, 6752, 6780, 1, 6783, 6793, 1, 6800, 6809, 1, 6816, 6829, 1, 6832,\n      6862, 1, 6912, 6988, 1, 6990, 7155, 1, 7164, 7223, 1, 7227, 7241, 1, 7245, 7306, 1, 7312,\n      7354, 1, 7357, 7367, 1, 7376, 7418, 1, 7424, 7957, 1, 7960, 7965, 1, 7968, 8005, 1, 8008,\n      8013, 1, 8016, 8023, 1, 8025, 8031, 2, 8032, 8061, 1, 8064, 8116, 1, 8118, 8132, 1, 8134,\n      8147, 1, 8150, 8155, 1, 8157, 8175, 1, 8178, 8180, 1, 8182, 8190, 1, 8208, 8231, 1, 8240,\n      8286, 1, 8304, 8305, 1, 8308, 8334, 1, 8336, 8348, 1, 8352, 8384, 1, 8400, 8432, 1, 8448,\n      8587, 1, 8592, 9257, 1, 9280, 9290, 1, 9312, 11123, 1, 11126, 11157, 1, 11159, 11507, 1,\n      11513, 11557, 1, 11559, 11565, 6, 11568, 11623, 1, 11631, 11632, 1, 11647, 11670, 1, 11680,\n      11686, 1, 11688, 11694, 1, 11696, 11702, 1, 11704, 11710, 1, 11712, 11718, 1, 11720, 11726, 1,\n      11728, 11734, 1, 11736, 11742, 1, 11744, 11869, 1, 11904, 11929, 1, 11931, 12019, 1, 12032,\n      12245, 1, 12272, 12287, 1, 12289, 12351, 1, 12353, 12438, 1, 12441, 12543, 1, 12549, 12591, 1,\n      12593, 12686, 1, 12688, 12773, 1, 12783, 12830, 1, 12832, 42124, 1, 42128, 42182, 1, 42192,\n      42539, 1, 42560, 42743, 1, 42752, 42957, 1, 42960, 42961, 1, 42963, 42965, 2, 42966, 42972, 1,\n      42994, 43052, 1, 43056, 43065, 1, 43072, 43127, 1, 43136, 43205, 1, 43214, 43225, 1, 43232,\n      43347, 1, 43359, 43388, 1, 43392, 43469, 1, 43471, 43481, 1, 43486, 43518, 1, 43520, 43574, 1,\n      43584, 43597, 1, 43600, 43609, 1, 43612, 43714, 1, 43739, 43766, 1, 43777, 43782, 1, 43785,\n      43790, 1, 43793, 43798, 1, 43808, 43814, 1, 43816, 43822, 1, 43824, 43883, 1, 43888, 44013, 1,\n      44016, 44025, 1, 44032, 55203, 1, 55216, 55238, 1, 55243, 55291, 1, 63744, 64109, 1, 64112,\n      64217, 1, 64256, 64262, 1, 64275, 64279, 1, 64285, 64310, 1, 64312, 64316, 1, 64318, 64320, 2,\n      64321, 64323, 2, 64324, 64326, 2, 64327, 64450, 1, 64467, 64911, 1, 64914, 64967, 1, 64975,\n      65008, 33, 65009, 65049, 1, 65056, 65106, 1, 65108, 65126, 1, 65128, 65131, 1, 65136, 65140,\n      1, 65142, 65276, 1, 65281, 65470, 1, 65474, 65479, 1, 65482, 65487, 1, 65490, 65495, 1, 65498,\n      65500, 1, 65504, 65510, 1, 65512, 65518, 1, 65532, 65533, 1, 65536, 65547, 1, 65549, 65574, 1,\n      65576, 65594, 1, 65596, 65597, 1, 65599, 65613, 1, 65616, 65629, 1, 65664, 65786, 1, 65792,\n      65794, 1, 65799, 65843, 1, 65847, 65934, 1, 65936, 65948, 1, 65952, 66000, 48, 66001, 66045,\n      1, 66176, 66204, 1, 66208, 66256, 1, 66272, 66299, 1, 66304, 66339, 1, 66349, 66378, 1, 66384,\n      66426, 1, 66432, 66461, 1, 66463, 66499, 1, 66504, 66517, 1, 66560, 66717, 1, 66720, 66729, 1,\n      66736, 66771, 1, 66776, 66811, 1, 66816, 66855, 1, 66864, 66915, 1, 66927, 66938, 1, 66940,\n      66954, 1, 66956, 66962, 1, 66964, 66965, 1, 66967, 66977, 1, 66979, 66993, 1, 66995, 67001, 1,\n      67003, 67004, 1, 67008, 67059, 1, 67072, 67382, 1, 67392, 67413, 1, 67424, 67431, 1, 67456,\n      67461, 1, 67463, 67504, 1, 67506, 67514, 1, 67584, 67589, 1, 67592, 67594, 2, 67595, 67637, 1,\n      67639, 67640, 1, 67644, 67647, 3, 67648, 67669, 1, 67671, 67742, 1, 67751, 67759, 1, 67808,\n      67826, 1, 67828, 67829, 1, 67835, 67867, 1, 67871, 67897, 1, 67903, 67968, 65, 67969, 68023,\n      1, 68028, 68047, 1, 68050, 68099, 1, 68101, 68102, 1, 68108, 68115, 1, 68117, 68119, 1, 68121,\n      68149, 1, 68152, 68154, 1, 68159, 68168, 1, 68176, 68184, 1, 68192, 68255, 1, 68288, 68326, 1,\n      68331, 68342, 1, 68352, 68405, 1, 68409, 68437, 1, 68440, 68466, 1, 68472, 68497, 1, 68505,\n      68508, 1, 68521, 68527, 1, 68608, 68680, 1, 68736, 68786, 1, 68800, 68850, 1, 68858, 68903, 1,\n      68912, 68921, 1, 68928, 68965, 1, 68969, 68997, 1, 69006, 69007, 1, 69216, 69246, 1, 69248,\n      69289, 1, 69291, 69293, 1, 69296, 69297, 1, 69314, 69316, 1, 69372, 69415, 1, 69424, 69465, 1,\n      69488, 69513, 1, 69552, 69579, 1, 69600, 69622, 1, 69632, 69709, 1, 69714, 69749, 1, 69759,\n      69820, 1, 69822, 69826, 1, 69840, 69864, 1, 69872, 69881, 1, 69888, 69940, 1, 69942, 69959, 1,\n      69968, 70006, 1, 70016, 70111, 1, 70113, 70132, 1, 70144, 70161, 1, 70163, 70209, 1, 70272,\n      70278, 1, 70280, 70282, 2, 70283, 70285, 1, 70287, 70301, 1, 70303, 70313, 1, 70320, 70378, 1,\n      70384, 70393, 1, 70400, 70403, 1, 70405, 70412, 1, 70415, 70416, 1, 70419, 70440, 1, 70442,\n      70448, 1, 70450, 70451, 1, 70453, 70457, 1, 70459, 70468, 1, 70471, 70472, 1, 70475, 70477, 1,\n      70480, 70487, 7, 70493, 70499, 1, 70502, 70508, 1, 70512, 70516, 1, 70528, 70537, 1, 70539,\n      70542, 3, 70544, 70581, 1, 70583, 70592, 1, 70594, 70597, 3, 70599, 70602, 1, 70604, 70613, 1,\n      70615, 70616, 1, 70625, 70626, 1, 70656, 70747, 1, 70749, 70753, 1, 70784, 70855, 1, 70864,\n      70873, 1, 71040, 71093, 1, 71096, 71133, 1, 71168, 71236, 1, 71248, 71257, 1, 71264, 71276, 1,\n      71296, 71353, 1, 71360, 71369, 1, 71376, 71395, 1, 71424, 71450, 1, 71453, 71467, 1, 71472,\n      71494, 1, 71680, 71739, 1, 71840, 71922, 1, 71935, 71942, 1, 71945, 71948, 3, 71949, 71955, 1,\n      71957, 71958, 1, 71960, 71989, 1, 71991, 71992, 1, 71995, 72006, 1, 72016, 72025, 1, 72096,\n      72103, 1, 72106, 72151, 1, 72154, 72164, 1, 72192, 72263, 1, 72272, 72354, 1, 72368, 72440, 1,\n      72448, 72457, 1, 72640, 72673, 1, 72688, 72697, 1, 72704, 72712, 1, 72714, 72758, 1, 72760,\n      72773, 1, 72784, 72812, 1, 72816, 72847, 1, 72850, 72871, 1, 72873, 72886, 1, 72960, 72966, 1,\n      72968, 72969, 1, 72971, 73014, 1, 73018, 73020, 2, 73021, 73023, 2, 73024, 73031, 1, 73040,\n      73049, 1, 73056, 73061, 1, 73063, 73064, 1, 73066, 73102, 1, 73104, 73105, 1, 73107, 73112, 1,\n      73120, 73129, 1, 73440, 73464, 1, 73472, 73488, 1, 73490, 73530, 1, 73534, 73562, 1, 73648,\n      73664, 16, 73665, 73713, 1, 73727, 74649, 1, 74752, 74862, 1, 74864, 74868, 1, 74880, 75075,\n      1, 77712, 77810, 1, 77824, 78895, 1, 78912, 78933, 1, 78944, 82938, 1, 82944, 83526, 1, 90368,\n      90425, 1, 92160, 92728, 1, 92736, 92766, 1, 92768, 92777, 1, 92782, 92862, 1, 92864, 92873, 1,\n      92880, 92909, 1, 92912, 92917, 1, 92928, 92997, 1, 93008, 93017, 1, 93019, 93025, 1, 93027,\n      93047, 1, 93053, 93071, 1, 93504, 93561, 1, 93760, 93850, 1, 93952, 94026, 1, 94031, 94087, 1,\n      94095, 94111, 1, 94176, 94180, 1, 94192, 94193, 1, 94208, 100343, 1, 100352, 101589, 1,\n      101631, 101640, 1, 110576, 110579, 1, 110581, 110587, 1, 110589, 110590, 1, 110592, 110882, 1,\n      110898, 110928, 30, 110929, 110930, 1, 110933, 110948, 15, 110949, 110951, 1, 110960, 111355,\n      1, 113664, 113770, 1, 113776, 113788, 1, 113792, 113800, 1, 113808, 113817, 1, 113820, 113823,\n      1, 117760, 118009, 1, 118016, 118451, 1, 118528, 118573, 1, 118576, 118598, 1, 118608, 118723,\n      1, 118784, 119029, 1, 119040, 119078, 1, 119081, 119154, 1, 119163, 119274, 1, 119296, 119365,\n      1, 119488, 119507, 1, 119520, 119539, 1, 119552, 119638, 1, 119648, 119672, 1, 119808, 119892,\n      1, 119894, 119964, 1, 119966, 119967, 1, 119970, 119973, 3, 119974, 119977, 3, 119978, 119980,\n      1, 119982, 119993, 1, 119995, 119997, 2, 119998, 120003, 1, 120005, 120069, 1, 120071, 120074,\n      1, 120077, 120084, 1, 120086, 120092, 1, 120094, 120121, 1, 120123, 120126, 1, 120128, 120132,\n      1, 120134, 120138, 4, 120139, 120144, 1, 120146, 120485, 1, 120488, 120779, 1, 120782, 121483,\n      1, 121499, 121503, 1, 121505, 121519, 1, 122624, 122654, 1, 122661, 122666, 1, 122880, 122886,\n      1, 122888, 122904, 1, 122907, 122913, 1, 122915, 122916, 1, 122918, 122922, 1, 122928, 122989,\n      1, 123023, 123136, 113, 123137, 123180, 1, 123184, 123197, 1, 123200, 123209, 1, 123214,\n      123215, 1, 123536, 123566, 1, 123584, 123641, 1, 123647, 124112, 465, 124113, 124153, 1,\n      124368, 124410, 1, 124415, 124896, 481, 124897, 124902, 1, 124904, 124907, 1, 124909, 124910,\n      1, 124912, 124926, 1, 124928, 125124, 1, 125127, 125142, 1, 125184, 125259, 1, 125264, 125273,\n      1, 125278, 125279, 1, 126065, 126132, 1, 126209, 126269, 1, 126464, 126467, 1, 126469, 126495,\n      1, 126497, 126498, 1, 126500, 126503, 3, 126505, 126514, 1, 126516, 126519, 1, 126521, 126523,\n      2, 126530, 126535, 5, 126537, 126541, 2, 126542, 126543, 1, 126545, 126546, 1, 126548, 126551,\n      3, 126553, 126561, 2, 126562, 126564, 2, 126567, 126570, 1, 126572, 126578, 1, 126580, 126583,\n      1, 126585, 126588, 1, 126590, 126592, 2, 126593, 126601, 1, 126603, 126619, 1, 126625, 126627,\n      1, 126629, 126633, 1, 126635, 126651, 1, 126704, 126705, 1, 126976, 127019, 1, 127024, 127123,\n      1, 127136, 127150, 1, 127153, 127167, 1, 127169, 127183, 1, 127185, 127221, 1, 127232, 127405,\n      1, 127462, 127490, 1, 127504, 127547, 1, 127552, 127560, 1, 127568, 127569, 1, 127584, 127589,\n      1, 127744, 128727, 1, 128732, 128748, 1, 128752, 128764, 1, 128768, 128886, 1, 128891, 128985,\n      1, 128992, 129003, 1, 129008, 129024, 16, 129025, 129035, 1, 129040, 129095, 1, 129104,\n      129113, 1, 129120, 129159, 1, 129168, 129197, 1, 129200, 129211, 1, 129216, 129217, 1, 129280,\n      129619, 1, 129632, 129645, 1, 129648, 129660, 1, 129664, 129673, 1, 129679, 129734, 1, 129742,\n      129756, 1, 129759, 129769, 1, 129776, 129784, 1, 129792, 129938, 1, 129940, 130041, 1, 131072,\n      173791, 1, 173824, 177977, 1, 177984, 178205, 1, 178208, 183969, 1, 183984, 191456, 1, 191472,\n      192093, 1, 194560, 195101, 1, 196608, 201546, 1, 201552, 205743, 1, 917760, 917999, 1\n    ])\n  )\n}\n\nexport { UnicodeTables }\n","import { Codepoint } from './Codepoint'\nimport { UnicodeTables } from './UnicodeTables'\n/**\n * Utilities for dealing with Unicode better than JS does.\n */\nclass Unicode {\n  // The highest legal rune value.\n  static MAX_RUNE = 0x10ffff\n  // The highest legal ASCII value.\n  static MAX_ASCII = 0x7f\n  // The highest legal Latin-1 value.\n  static MAX_LATIN1 = 0xff\n  // The highest legal Basic Multilingual Plane (BMP) value.\n  static MAX_BMP = 0xffff\n  // Minimum and maximum runes involved in folding.\n  // Checked during test.\n  static MIN_FOLD = 0x0041\n  static MAX_FOLD = 0x1e943\n\n  // is32 uses binary search to test whether rune is in the specified\n  // slice of 32-bit ranges.\n  static is32(ranges, r) {\n    // binary search over ranges\n    let lo = 0\n    let hi = ranges.length\n    while (lo < hi) {\n      const m = lo + Math.floor((hi - lo) / 2)\n\n      const rlo = ranges.getLo(m)\n      const rhi = ranges.getHi(m)\n      if (rlo <= r && r <= rhi) {\n        const stride = ranges.getStride(m)\n        return (r - rlo) % stride === 0\n      }\n      if (r < rlo) {\n        hi = m\n      } else {\n        lo = m + 1\n      }\n    }\n    return false\n  }\n\n  // is tests whether rune is in the specified table of ranges.\n  static is(ranges, r) {\n    // Fast path for Latin-1 characters using linear search.\n    if (r <= this.MAX_LATIN1) {\n      for (let i = 0; i < ranges.length; i++) {\n        const rhi = ranges.getHi(i)\n        if (r > rhi) {\n          continue\n        }\n\n        const rlo = ranges.getLo(i)\n        if (r < rlo) {\n          return false\n        }\n\n        const stride = ranges.getStride(i)\n        return (r - rlo) % stride === 0\n      }\n      return false\n    }\n\n    // Fallback to binary search for runes outside Latin-1\n    return ranges.length > 0 && r >= ranges.getLo(0) && this.is32(ranges, r)\n  }\n\n  // isUpper reports whether the rune is an upper case letter.\n  static isUpper(r) {\n    if (r <= this.MAX_LATIN1) {\n      const s = String.fromCodePoint(r)\n      return s.toUpperCase() === s && s.toLowerCase() !== s\n    }\n    return this.is(UnicodeTables.Upper, r)\n  }\n\n  // isPrint reports whether the rune is printable (Unicode L/M/N/P/S or ' ').\n  static isPrint(r) {\n    if (r <= this.MAX_LATIN1) {\n      return (r >= 0x20 && r < this.MAX_ASCII) || (r >= 0xa1 && r !== 0xad)\n    }\n    return this.is(UnicodeTables.Print, r)\n  }\n\n  // simpleFold iterates over Unicode code points equivalent under\n  // the Unicode-defined simple case folding.  Among the code points\n  // equivalent to rune (including rune itself), SimpleFold returns the\n  // smallest r >= rune if one exists, or else the smallest r >= 0.\n  //\n  // For example:\n  //      SimpleFold('A') = 'a'\n  //      SimpleFold('a') = 'A'\n  //\n  //      SimpleFold('K') = 'k'\n  //      SimpleFold('k') = '\\u212A' (Kelvin symbol, K)\n  //      SimpleFold('\\u212A') = 'K'\n  //\n  //      SimpleFold('1') = '1'\n  //\n  // Derived from Go's unicode.SimpleFold.\n  //\n  static simpleFold(r) {\n    // Consult caseOrbit table for special cases.\n    if (UnicodeTables.CASE_ORBIT.has(r)) {\n      return UnicodeTables.CASE_ORBIT.get(r)\n    }\n\n    // No folding specified.  This is a one- or two-element\n    // equivalence class containing rune and toLower(rune)\n    // and toUpper(rune) if they are different from rune.\n    const l = Codepoint.toLowerCase(r)\n    if (l !== r) {\n      return l\n    }\n    return Codepoint.toUpperCase(r)\n  }\n\n  // equalsIgnoreCase performs case-insensitive equality comparison\n  // on the given runes |r1| and |r2|, with special consideration\n  // for the likely scenario where both runes are ASCII characters.\n  // If non-ASCII, Unicode case folding will be performed on |r1|\n  // to compare it to |r2|.\n  // -1 is interpreted as the end-of-file mark.\n  static equalsIgnoreCase(r1, r2) {\n    // Runes already match, or one of them is EOF\n    if (r1 < 0 || r2 < 0 || r1 === r2) {\n      return true\n    }\n\n    // Fast path for the common case where both runes are ASCII characters.\n    // Coerces both runes to lowercase if applicable.\n    if (r1 <= this.MAX_ASCII && r2 <= this.MAX_ASCII) {\n      if (Codepoint.CODES.get('A') <= r1 && r1 <= Codepoint.CODES.get('Z')) {\n        r1 |= 0x20\n      }\n\n      if (Codepoint.CODES.get('A') <= r2 && r2 <= Codepoint.CODES.get('Z')) {\n        r2 |= 0x20\n      }\n\n      return r1 === r2\n    }\n\n    // Fall back to full Unicode case folding otherwise.\n    // Invariant: r1 must be non-negative\n    for (let r = this.simpleFold(r1); r !== r1; r = this.simpleFold(r)) {\n      if (r === r2) {\n        return true\n      }\n    }\n\n    return false\n  }\n}\n\nexport { Unicode }\n","import { Codepoint } from './Codepoint'\nimport { Unicode } from './Unicode'\n/**\n * Various constants and helper utilities.\n */\nclass Utils {\n  static METACHARACTERS = '\\\\.+*?()|[]{}^$'\n\n  //// EMPTY_* flags\n  static EMPTY_BEGIN_LINE = 0x01\n  static EMPTY_END_LINE = 0x02\n  static EMPTY_BEGIN_TEXT = 0x04\n  static EMPTY_END_TEXT = 0x08\n  static EMPTY_WORD_BOUNDARY = 0x10\n  static EMPTY_NO_WORD_BOUNDARY = 0x20\n  static EMPTY_ALL = -1\n\n  static emptyInts() {\n    return []\n  }\n\n  // Returns true iff |c| is an ASCII letter or decimal digit.\n  static isalnum(c) {\n    return (\n      (Codepoint.CODES.get('0') <= c && c <= Codepoint.CODES.get('9')) ||\n      (Codepoint.CODES.get('a') <= c && c <= Codepoint.CODES.get('z')) ||\n      (Codepoint.CODES.get('A') <= c && c <= Codepoint.CODES.get('Z'))\n    )\n  }\n\n  // If |c| is an ASCII hex digit, returns its value, otherwise -1.\n  static unhex(c) {\n    if (Codepoint.CODES.get('0') <= c && c <= Codepoint.CODES.get('9')) {\n      return c - Codepoint.CODES.get('0')\n    }\n    if (Codepoint.CODES.get('a') <= c && c <= Codepoint.CODES.get('f')) {\n      return c - Codepoint.CODES.get('a') + 10\n    }\n    if (Codepoint.CODES.get('A') <= c && c <= Codepoint.CODES.get('F')) {\n      return c - Codepoint.CODES.get('A') + 10\n    }\n    return -1\n  }\n\n  // Appends a RE2 literal to |out| for rune |rune|,\n  // with regexp metacharacters escaped.\n  static escapeRune(rune) {\n    let out = ''\n    if (Unicode.isPrint(rune)) {\n      if (this.METACHARACTERS.indexOf(String.fromCodePoint(rune)) >= 0) {\n        out += '\\\\'\n      }\n      out += String.fromCodePoint(rune)\n    } else {\n      switch (rune) {\n        case Codepoint.CODES.get('\"'): // '\"'\n          out += '\\\\\"'\n          break\n        case Codepoint.CODES.get('\\\\'): // '\\\\'\n          out += '\\\\\\\\'\n          break\n        case Codepoint.CODES.get('\\t'): // '\\t'\n          out += '\\\\t'\n          break\n        case Codepoint.CODES.get('\\n'): // '\\n'\n          out += '\\\\n'\n          break\n        case Codepoint.CODES.get('\\r'): // '\\r'\n          out += '\\\\r'\n          break\n        case Codepoint.CODES.get('\\b'): // '\\b'\n          out += '\\\\b'\n          break\n        case Codepoint.CODES.get('\\f'): // '\\f'\n          out += '\\\\f'\n          break\n        default: {\n          let s = rune.toString(16)\n          if (rune < 0x100) {\n            out += '\\\\x'\n            if (s.length === 1) {\n              out += '0'\n            }\n            out += s\n          } else {\n            out += `\\\\x{${s}}`\n          }\n          break\n        }\n      }\n    }\n    return out\n  }\n\n  // Returns the array of runes in the specified Java UTF-16 string.\n  static stringToRunes(str) {\n    return String(str)\n      .split('')\n      .map((s) => s.codePointAt(0))\n  }\n\n  // Returns the Java UTF-16 string containing the single rune |r|.\n  static runeToString(r) {\n    return String.fromCodePoint(r)\n  }\n\n  // isWordRune reports whether r is consider a ``word character''\n  // during the evaluation of the \\b and \\B zero-width assertions.\n  // These assertions are ASCII-only: the word characters are [A-Za-z0-9_].\n  static isWordRune(r) {\n    return (\n      (Codepoint.CODES.get('a') <= r && r <= Codepoint.CODES.get('z')) ||\n      (Codepoint.CODES.get('A') <= r && r <= Codepoint.CODES.get('Z')) ||\n      (Codepoint.CODES.get('0') <= r && r <= Codepoint.CODES.get('9')) ||\n      r === Codepoint.CODES.get('_')\n    )\n  }\n\n  // emptyOpContext returns the zero-width assertions satisfied at the position\n  // between the runes r1 and r2, a bitmask of EMPTY_* flags.\n  // Passing r1 == -1 indicates that the position is at the beginning of the\n  // text.\n  // Passing r2 == -1 indicates that the position is at the end of the text.\n  // eslint-disable-next-line no-warning-comments\n  // TODO(adonovan): move to Machine.\n  static emptyOpContext(r1, r2) {\n    let op = 0\n    if (r1 < 0) {\n      op |= this.EMPTY_BEGIN_TEXT | this.EMPTY_BEGIN_LINE\n    }\n    if (r1 === Codepoint.CODES.get('\\n')) {\n      op |= this.EMPTY_BEGIN_LINE\n    }\n    if (r2 < 0) {\n      op |= this.EMPTY_END_TEXT | this.EMPTY_END_LINE\n    }\n    if (r2 === Codepoint.CODES.get('\\n')) {\n      op |= this.EMPTY_END_LINE\n    }\n    if (this.isWordRune(r1) !== this.isWordRune(r2)) {\n      op |= this.EMPTY_WORD_BOUNDARY\n    } else {\n      op |= this.EMPTY_NO_WORD_BOUNDARY\n    }\n    return op\n  }\n\n  /**\n   * Returns a string that quotes all regular expression metacharacters inside the argument text;\n   * the returned string is a regular expression matching the literal text. For example,\n   * {@code quoteMeta(\"[foo]\").equals(\"\\\\[foo\\\\]\")}.\n   * @param {string} s\n   * @returns {string}\n   */\n  static quoteMeta(str) {\n    return str\n      .split('') // A char loop is correct because all metacharacters fit in one UTF-16 code.\n      .map((s) => {\n        if (this.METACHARACTERS.indexOf(s) >= 0) {\n          return `\\\\${s}`\n        }\n        return s\n      })\n      .join('')\n  }\n\n  static charCount(codePoint) {\n    return codePoint > Unicode.MAX_BMP ? 2 : 1\n  }\n\n  static stringToUtf8ByteArray(str) {\n    if (globalThis.TextEncoder) {\n      return Array.from(new TextEncoder().encode(str))\n    } else {\n      // fallback, if no TextEncoder\n      let out = [],\n        p = 0\n      for (let i = 0; i < str.length; i++) {\n        let c = str.charCodeAt(i)\n        if (c < 128) {\n          out[p++] = c\n        } else if (c < 2048) {\n          out[p++] = (c >> 6) | 192\n          out[p++] = (c & 63) | 128\n        } else if (\n          (c & 0xfc00) === 0xd800 &&\n          i + 1 < str.length &&\n          (str.charCodeAt(i + 1) & 0xfc00) === 0xdc00\n        ) {\n          // Surrogate Pair\n          c = 0x10000 + ((c & 0x03ff) << 10) + (str.charCodeAt(++i) & 0x03ff)\n          out[p++] = (c >> 18) | 240\n          out[p++] = ((c >> 12) & 63) | 128\n          out[p++] = ((c >> 6) & 63) | 128\n          out[p++] = (c & 63) | 128\n        } else {\n          out[p++] = (c >> 12) | 224\n          out[p++] = ((c >> 6) & 63) | 128\n          out[p++] = (c & 63) | 128\n        }\n      }\n      return out\n    }\n  }\n\n  static utf8ByteArrayToString(bytes) {\n    if (globalThis.TextDecoder) {\n      return new TextDecoder('utf-8').decode(new Uint8Array(bytes))\n    } else {\n      // fallback, if no TextDecoder\n      let out = [],\n        pos = 0,\n        c = 0\n      while (pos < bytes.length) {\n        let c1 = bytes[pos++]\n        if (c1 < 128) {\n          out[c++] = String.fromCharCode(c1)\n        } else if (c1 > 191 && c1 < 224) {\n          let c2 = bytes[pos++]\n          out[c++] = String.fromCharCode(((c1 & 31) << 6) | (c2 & 63))\n        } else if (c1 > 239 && c1 < 365) {\n          // Surrogate Pair\n          let c2 = bytes[pos++]\n          let c3 = bytes[pos++]\n          let c4 = bytes[pos++]\n          let u = (((c1 & 7) << 18) | ((c2 & 63) << 12) | ((c3 & 63) << 6) | (c4 & 63)) - 0x10000\n          out[c++] = String.fromCharCode(0xd800 + (u >> 10))\n          out[c++] = String.fromCharCode(0xdc00 + (u & 1023))\n        } else {\n          let c2 = bytes[pos++]\n          let c3 = bytes[pos++]\n          out[c++] = String.fromCharCode(((c1 & 15) << 12) | ((c2 & 63) << 6) | (c3 & 63))\n        }\n      }\n      return out.join('')\n    }\n  }\n}\n\nexport { Utils }\n","// helper to create enums\n// example\n// Encoding[(Encoding['UTF_16'] = 0)] = 'UTF_16'\n// Encoding[(Encoding['UTF_8'] = 1)] = 'UTF_8'\nconst createEnum = (values = [], initNum = 0) => {\n  const enumObject = {}\n  for (let i = 0; i < values.length; i++) {\n    const val = values[i]\n    const keyVal = initNum + i\n    enumObject[val] = keyVal\n    enumObject[keyVal] = val\n  }\n  return Object.freeze(enumObject)\n}\n\nexport { createEnum }\n","import { Utils } from './Utils'\nimport { createEnum } from './helpers'\n\n/**\n * Abstract the representations of input text supplied to Matcher.\n */\nclass MatcherInputBase {\n  static Encoding = createEnum(['UTF_16', 'UTF_8'])\n\n  getEncoding() {\n    throw Error('not implemented')\n  }\n\n  /**\n   *\n   * @returns {boolean}\n   */\n  isUTF8Encoding() {\n    return this.getEncoding() === MatcherInputBase.Encoding.UTF_8\n  }\n\n  /**\n   *\n   * @returns {boolean}\n   */\n  isUTF16Encoding() {\n    return this.getEncoding() === MatcherInputBase.Encoding.UTF_16\n  }\n}\n\nclass Utf8MatcherInput extends MatcherInputBase {\n  constructor(bytes = null) {\n    super()\n    this.bytes = bytes\n  }\n\n  getEncoding() {\n    return MatcherInputBase.Encoding.UTF_8\n  }\n  /**\n   *\n   * @returns {string}\n   */\n  asCharSequence() {\n    return Utils.utf8ByteArrayToString(this.bytes)\n  }\n\n  /**\n   *\n   * @returns {number[]}\n   */\n  asBytes() {\n    return this.bytes\n  }\n\n  /**\n   *\n   * @returns {number}\n   */\n  length() {\n    return this.bytes.length\n  }\n}\n\nclass Utf16MatcherInput extends MatcherInputBase {\n  constructor(charSequence = null) {\n    super()\n    this.charSequence = charSequence\n  }\n\n  getEncoding() {\n    return MatcherInputBase.Encoding.UTF_16\n  }\n\n  /**\n   *\n   * @returns {string}\n   */\n  asCharSequence() {\n    return this.charSequence\n  }\n\n  /**\n   *\n   * @returns {number[]}\n   */\n  asBytes() {\n    return this.charSequence\n      .toString()\n      .split('')\n      .map((s) => s.codePointAt(0))\n  }\n\n  /**\n   *\n   * @returns {number}\n   */\n  length() {\n    return this.charSequence.length\n  }\n}\n\nclass MatcherInput {\n  /**\n   * Return the MatcherInput for UTF_16 encoding.\n   * @returns {Utf16MatcherInput}\n   */\n  static utf16(charSequence) {\n    return new Utf16MatcherInput(charSequence)\n  }\n\n  /**\n   * Return the MatcherInput for UTF_8 encoding.\n   * @returns {Utf8MatcherInput}\n   */\n  static utf8(input) {\n    if (Array.isArray(input)) {\n      return new Utf8MatcherInput(input)\n    }\n\n    return new Utf8MatcherInput(Utils.stringToUtf8ByteArray(input))\n  }\n}\n\nexport { MatcherInput, MatcherInputBase }\n","import { Utils } from './Utils'\n/**\n * MachineInput abstracts different representations of the input text supplied to the Machine. It\n * provides one-character lookahead.\n */\nclass MachineInputBase {\n  static EOF() {\n    return -1 << 3\n  }\n\n  // can we look ahead without losing info?\n  canCheckPrefix() {\n    return true\n  }\n\n  // Returns the end position in the same units as step().\n  endPos() {\n    return this.end\n  }\n}\n\n// An implementation of MachineInput for UTF-8 byte arrays.\n// |pos| and |width| are byte indices.\nclass MachineUTF8Input extends MachineInputBase {\n  constructor(bytes, start = 0, end = bytes.length) {\n    super()\n    this.bytes = bytes\n    this.start = start\n    this.end = end\n  }\n\n  // Returns the rune at the specified index; the units are\n  // unspecified, but could be UTF-8 byte, UTF-16 char, or rune\n  // indices.  Returns the width (in the same units) of the rune in\n  // the lower 3 bits, and the rune (Unicode code point) in the high\n  // bits.  Never negative, except for EOF which is represented as -1\n  // << 3 | 0.\n  step(i) {\n    i += this.start\n    if (i >= this.end) {\n      return MachineInputBase.EOF()\n    }\n    let x = this.bytes[i++] & 255\n    if ((x & 128) === 0) {\n      return (x << 3) | 1\n    } else if ((x & 224) === 192) {\n      x = x & 31\n      if (i >= this.end) {\n        return MachineInputBase.EOF()\n      }\n      x = (x << 6) | (this.bytes[i++] & 63)\n      return (x << 3) | 2\n    } else if ((x & 240) === 224) {\n      x = x & 15\n      if (i + 1 >= this.end) {\n        return MachineInputBase.EOF()\n      }\n      x = (x << 6) | (this.bytes[i++] & 63)\n      x = (x << 6) | (this.bytes[i++] & 63)\n      return (x << 3) | 3\n    } else {\n      x = x & 7\n      if (i + 2 >= this.end) {\n        return MachineInputBase.EOF()\n      }\n      x = (x << 6) | (this.bytes[i++] & 63)\n      x = (x << 6) | (this.bytes[i++] & 63)\n      x = (x << 6) | (this.bytes[i++] & 63)\n      return (x << 3) | 4\n    }\n  }\n\n  // Returns the index relative to |pos| at which |re2.prefix| is found\n  // in this input stream, or a negative value if not found.\n  index(re2, pos) {\n    pos += this.start\n    const i = this.indexOf(this.bytes, re2.prefixUTF8, pos)\n    return i < 0 ? i : i - pos\n  }\n\n  // Returns a bitmask of EMPTY_* flags.\n  context(pos) {\n    pos += this.start\n    let r1 = -1\n    if (pos > this.start && pos <= this.end) {\n      let start = pos - 1\n      r1 = this.bytes[start--]\n      if (r1 >= 128) {\n        let lim = pos - 4\n        if (lim < this.start) {\n          lim = this.start\n        }\n        while (start >= lim && (this.bytes[start] & 192) === 128) {\n          start--\n        }\n\n        if (start < this.start) {\n          start = this.start\n        }\n        r1 = this.step(start) >> 3\n      }\n    }\n    const r2 = pos < this.end ? this.step(pos) >> 3 : -1\n    return Utils.emptyOpContext(r1, r2)\n  }\n\n  // Returns the index of the first occurrence of array |target| within\n  // array |source| after |fromIndex|, or -1 if not found.\n  indexOf(source, target, fromIndex = 0) {\n    let targetLength = target.length\n    if (targetLength === 0) {\n      return -1\n    }\n\n    let sourceLength = source.length\n    for (let i = fromIndex; i <= sourceLength - targetLength; i++) {\n      for (let j = 0; j < targetLength; j++) {\n        if (source[i + j] !== target[j]) {\n          break\n        } else if (j === targetLength - 1) {\n          return i\n        }\n      }\n    }\n\n    return -1\n  }\n}\n\n// |pos| and |width| are in JS \"char\" units.\nclass MachineUTF16Input extends MachineInputBase {\n  constructor(charSequence, start = 0, end = charSequence.length) {\n    super()\n    this.charSequence = charSequence\n    this.start = start\n    this.end = end\n  }\n\n  // Returns the rune at the specified index; the units are\n  // unspecified, but could be UTF-8 byte, UTF-16 char, or rune\n  // indices.  Returns the width (in the same units) of the rune in\n  // the lower 3 bits, and the rune (Unicode code point) in the high\n  // bits.  Never negative, except for EOF which is represented as -1\n  // << 3 | 0.\n  step(pos) {\n    pos += this.start\n    if (pos < this.end) {\n      const rune = this.charSequence.codePointAt(pos)\n      return (rune << 3) | Utils.charCount(rune)\n    } else {\n      return MachineInputBase.EOF()\n    }\n  }\n\n  // Returns the index relative to |pos| at which |re2.prefix| is found\n  // in this input stream, or a negative value if not found.\n  index(re2, pos) {\n    pos += this.start\n    const i = this.charSequence.indexOf(re2.prefix, pos)\n    return i < 0 ? i : i - pos\n  }\n\n  // Returns a bitmask of EMPTY_* flags.\n  context(pos) {\n    pos += this.start\n    const r1 =\n      pos > 0 && pos <= this.charSequence.length ? this.charSequence.codePointAt(pos - 1) : -1\n    const r2 = pos < this.charSequence.length ? this.charSequence.codePointAt(pos) : -1\n    return Utils.emptyOpContext(r1, r2)\n  }\n}\n\nclass MachineInput {\n  static fromUTF8(bytes, start = 0, end = bytes.length) {\n    return new MachineUTF8Input(bytes, start, end)\n  }\n\n  static fromUTF16(charSequence, start = 0, end = charSequence.length) {\n    return new MachineUTF16Input(charSequence, start, end)\n  }\n}\n\nexport { MachineInputBase, MachineInput }\n","class RE2JSException extends Error {\n  /** @param {string} message */\n  constructor(message) {\n    super(message)\n    this.name = 'RE2JSException'\n  }\n}\n\n/**\n * An exception thrown by the parser if the pattern was invalid.\n */\nclass RE2JSSyntaxException extends RE2JSException {\n  /**\n   * @param {string} error\n   * @param {string|null} [input=null]\n   */\n  constructor(error, input = null) {\n    let message = `error parsing regexp: ${error}`\n    if (input) {\n      message += `: \\`${input}\\``\n    }\n\n    super(message)\n    this.name = 'RE2JSSyntaxException'\n    this.message = message\n    /** @type {string} */\n    this.error = error\n    /** @type {string|null} */\n    this.input = input\n  }\n\n  /**\n   * Retrieves the description of the error.\n   * @returns {string}\n   */\n  getDescription() {\n    return this.error\n  }\n\n  /**\n   * Retrieves the erroneous regular-expression pattern.\n   * @returns {string|null}\n   */\n  getPattern() {\n    return this.input\n  }\n}\n\n/**\n * An exception thrown by the compiler\n */\nclass RE2JSCompileException extends RE2JSException {\n  /** @param {string} message */\n  constructor(message) {\n    super(message)\n    this.name = 'RE2JSCompileException'\n  }\n}\n\n/**\n * An exception thrown by using groups\n */\nclass RE2JSGroupException extends RE2JSException {\n  /** @param {string} message */\n  constructor(message) {\n    super(message)\n    this.name = 'RE2JSGroupException'\n  }\n}\n\n/**\n * An exception thrown by flags\n */\nclass RE2JSFlagsException extends RE2JSException {\n  /** @param {string} message */\n  constructor(message) {\n    super(message)\n    this.name = 'RE2JSFlagsException'\n  }\n}\n\nexport {\n  RE2JSException,\n  RE2JSSyntaxException,\n  RE2JSCompileException,\n  RE2JSGroupException,\n  RE2JSFlagsException\n}\n","import { Codepoint } from './Codepoint'\nimport { RE2Flags } from './RE2Flags'\nimport { MatcherInput, MatcherInputBase } from './MatcherInput'\nimport { Utils } from './Utils'\nimport { RE2JSGroupException } from './exceptions'\n\n/**\n * A stateful iterator that interprets a regex {@code RE2JS} on a specific input.\n *\n * Conceptually, a Matcher consists of four parts:\n * <ol>\n * <li>A compiled regular expression {@code RE2JS}, set at construction and fixed for the lifetime\n * of the matcher.</li>\n *\n * <li>The remainder of the input string, set at construction or {@link #reset()} and advanced by\n * each match operation such as {@link #find}, {@link #matches} or {@link #lookingAt}.</li>\n *\n * <li>The current match information, accessible via {@link #start}, {@link #end}, and\n * {@link #group}, and updated by each match operation.</li>\n *\n * <li>The append position, used and advanced by {@link #appendReplacement} and {@link #appendTail}\n * if performing a search and replace from the input to an external {@code StringBuffer}.\n *\n * </ol>\n *\n *\n * @author rsc@google.com (Russ Cox)\n */\nclass Matcher {\n  /**\n   * Quotes '\\' and '$' in {@code s}, so that the returned string could be used in\n   * {@link #appendReplacement} as a literal replacement of {@code s}.\n   *\n   * @param {string} str the string to be quoted\n   * @returns {string} the quoted string\n   */\n  static quoteReplacement(str) {\n    if (str.indexOf('\\\\') < 0 && str.indexOf('$') < 0) {\n      return str\n    }\n\n    return str\n      .split('')\n      .map((s) => {\n        const c = s.codePointAt(0)\n        if (c === Codepoint.CODES.get('\\\\') || c === Codepoint.CODES.get('$')) {\n          return `\\\\${s}`\n        }\n        return s\n      })\n      .join('')\n  }\n  /**\n   *\n   * @param {RE2JS} pattern\n   * @param {Utf8MatcherInput|Utf16MatcherInput|number[]|string} input\n   */\n  constructor(pattern, input) {\n    if (pattern === null) {\n      throw new Error('pattern is null')\n    }\n    // The pattern being matched.\n    this.patternInput = pattern\n    const re2 = this.patternInput.re2()\n    // The number of submatches (groups) in the pattern.\n    /** @type {number} */\n    this.patternGroupCount = re2.numberOfCapturingGroups()\n    // The group indexes, in [start, end) pairs.  Zeroth pair is overall match.\n    /** @type {number[]} */\n    this.groups = []\n    /** @type {Record<string, number>} */\n    this.namedGroups = re2.namedGroups\n    /** @type {number} */\n    this.numberOfInstructions = re2.numberOfInstructions()\n\n    if (input instanceof MatcherInputBase) {\n      this.resetMatcherInput(input)\n    } else if (Array.isArray(input)) {\n      this.resetMatcherInput(MatcherInput.utf8(input))\n    } else {\n      this.resetMatcherInput(MatcherInput.utf16(input))\n    }\n  }\n\n  /**\n   * Returns the {@code RE2JS} associated with this {@code Matcher}.\n   * @returns {RE2JS}\n   */\n  pattern() {\n    return this.patternInput\n  }\n\n  /**\n   * Resets the {@code Matcher}, rewinding input and discarding any match information.\n   *\n   * @returns {Matcher} the {@code Matcher} itself, for chained method calls\n   */\n  reset() {\n    // The input length in UTF16 codes.\n    /** @type {number} */\n    this.matcherInputLength = this.matcherInput.length()\n    // The append position: where the next append should start.\n    /** @type {number} */\n    this.appendPos = 0\n    // Is there a current match?\n    this.hasMatch = false\n    // Have we found the submatches (groups) of the current match?\n    // group[0], group[1] are set regardless.\n    this.hasGroups = false\n    // The anchor flag to use when repeating the match to find subgroups.\n    this.anchorFlag = 0\n    return this\n  }\n\n  /**\n   * Resets the {@code Matcher} and changes the input.\n   * @param {Utf8MatcherInput|Utf16MatcherInput} input\n   * @returns {Matcher} the {@code Matcher} itself, for chained method calls\n   */\n  resetMatcherInput(input) {\n    if (input === null) {\n      throw new Error('input is null')\n    }\n    this.matcherInput = input\n    this.reset()\n    return this\n  }\n\n  /**\n   * Returns the start of the named group of the most recent match, or -1 if the group was not\n   * matched.\n   * @param {string|number} [group=0]\n   * @returns {number}\n   */\n  start(group = 0) {\n    if (typeof group === 'string') {\n      const groupInt = this.namedGroups[group]\n      if (!Number.isFinite(groupInt)) {\n        throw new RE2JSGroupException(`group '${group}' not found`)\n      }\n      group = groupInt\n    }\n\n    this.loadGroup(group)\n    return this.groups[2 * group]\n  }\n\n  /**\n   * Returns the end of the named group of the most recent match, or -1 if the group was not\n   * matched.\n   * @param {string|number} [group=0]\n   * @returns {number}\n   */\n  end(group = 0) {\n    if (typeof group === 'string') {\n      const groupInt = this.namedGroups[group]\n      if (!Number.isFinite(groupInt)) {\n        throw new RE2JSGroupException(`group '${group}' not found`)\n      }\n      group = groupInt\n    }\n\n    this.loadGroup(group)\n    return this.groups[2 * group + 1]\n  }\n\n  /**\n   * Returns the program size of this pattern.\n   *\n   * <p>\n   * Similar to the C++ implementation, the program size is a very approximate measure of a regexp's\n   * \"cost\". Larger numbers are more expensive than smaller numbers.\n   * </p>\n   *\n   * @returns {number} the program size of this pattern\n   */\n  programSize() {\n    return this.numberOfInstructions\n  }\n\n  /**\n   * Returns the named group of the most recent match, or {@code null} if the group was not matched.\n   * @param {string|number} [group=0]\n   * @returns {?string}\n   */\n  group(group = 0) {\n    if (typeof group === 'string') {\n      const groupInt = this.namedGroups[group]\n      if (!Number.isFinite(groupInt)) {\n        throw new RE2JSGroupException(`group '${group}' not found`)\n      }\n      group = groupInt\n    }\n\n    const start = this.start(group)\n    const end = this.end(group)\n    if (start < 0 && end < 0) {\n      return null\n    }\n    return this.substring(start, end)\n  }\n  /**\n   * Returns the number of subgroups in this pattern.\n   *\n   * @returns {number} the number of subgroups; the overall match (group 0) does not count\n   */\n  groupCount() {\n    return this.patternGroupCount\n  }\n\n  /**\n   * Helper: finds subgroup information if needed for group.\n   * @param {number} group\n   * @private\n   */\n  loadGroup(group) {\n    if (group < 0 || group > this.patternGroupCount) {\n      throw new RE2JSGroupException(`Group index out of bounds: ${group}`)\n    }\n\n    if (!this.hasMatch) {\n      throw new RE2JSGroupException('perhaps no match attempted')\n    }\n\n    if (group === 0 || this.hasGroups) {\n      return\n    }\n\n    let end = this.groups[1] + 1\n    if (end > this.matcherInputLength) {\n      end = this.matcherInputLength\n    }\n\n    const res = this.patternInput\n      .re2()\n      .matchMachineInput(\n        this.matcherInput,\n        this.groups[0],\n        end,\n        this.anchorFlag,\n        1 + this.patternGroupCount\n      )\n\n    const ok = res[0]\n    if (!ok) {\n      throw new RE2JSGroupException('inconsistency in matching group data')\n    }\n    this.groups = res[1]\n    this.hasGroups = true\n  }\n\n  /**\n   * Matches the entire input against the pattern (anchored start and end). If there is a match,\n   * {@code matches} sets the match state to describe it.\n   *\n   * @returns {boolean} true if the entire input matches the pattern\n   */\n  matches() {\n    return this.genMatch(0, RE2Flags.ANCHOR_BOTH)\n  }\n\n  /**\n   * Matches the beginning of input against the pattern (anchored start). If there is a match,\n   * {@code lookingAt} sets the match state to describe it.\n   *\n   * @returns {boolean} true if the beginning of the input matches the pattern\n   */\n  lookingAt() {\n    return this.genMatch(0, RE2Flags.ANCHOR_START)\n  }\n\n  /**\n   * Matches the input against the pattern (unanchored), starting at a specified position. If there\n   * is a match, {@code find} sets the match state to describe it.\n   *\n   * @param {number} [start=null] the input position where the search begins\n   * @returns {boolean} if it finds a match\n   * @throws IndexOutOfBoundsException if start is not a valid input position\n   */\n  find(start = null) {\n    if (start !== null) {\n      if (start < 0 || start > this.matcherInputLength) {\n        throw new RE2JSGroupException(`start index out of bounds: ${start}`)\n      }\n      this.reset()\n      return this.genMatch(start, 0)\n    }\n    // no start\n    start = 0\n    if (this.hasMatch) {\n      start = this.groups[1]\n      if (this.groups[0] === this.groups[1]) {\n        start++\n      }\n    }\n\n    return this.genMatch(start, RE2Flags.UNANCHORED)\n  }\n\n  /**\n   * Helper: does match starting at start, with RE2 anchor flag.\n   * @param {number} startByte\n   * @param {number} anchor\n   * @returns {boolean}\n   * @private\n   */\n  genMatch(startByte, anchor) {\n    const res = this.patternInput\n      .re2()\n      .matchMachineInput(this.matcherInput, startByte, this.matcherInputLength, anchor, 1)\n\n    const ok = res[0]\n    if (!ok) {\n      return false\n    }\n    this.groups = res[1]\n    this.hasMatch = true\n    this.hasGroups = false\n    this.anchorFlag = anchor\n    return true\n  }\n\n  /**\n   * Helper: return substring for [start, end).\n   * @param {number} start\n   * @param {number} end\n   * @returns {string}\n   */\n  substring(start, end) {\n    if (this.matcherInput.isUTF8Encoding()) {\n      return Utils.utf8ByteArrayToString(this.matcherInput.asBytes().slice(start, end))\n    }\n    return this.matcherInput.asCharSequence().substring(start, end).toString()\n  }\n\n  /**\n   * Helper for Pattern: return input length.\n   * @returns {number}\n   */\n  inputLength() {\n    return this.matcherInputLength\n  }\n\n  /**\n   * Appends to result two strings: the text from the append position up to the beginning of the\n   * most recent match, and then the replacement with submatch groups substituted for references of\n   * the form {@code $n}, where {@code n} is the group number in decimal. It advances the append\n   * position to where the most recent match ended.\n   *\n   * To embed a literal {@code $}, use \\$ (actually {@code \"\\\\$\"} with string escapes). The escape\n   * is only necessary when {@code $} is followed by a digit, but it is always allowed. Only\n   * {@code $} and {@code \\} need escaping, but any character can be escaped.\n   *\n   * The group number {@code n} in {@code $n} is always at least one digit and expands to use more\n   * digits as long as the resulting number is a valid group number for this pattern. To cut it off\n   * earlier, escape the first digit that should not be used.\n   *\n   * @param {string} replacement the replacement string\n   * @param {boolean} [perlMode=false] activate perl/js mode (different behaviour for capture groups and special characters)\n   * @returns {string}\n   * @throws IllegalStateException if there was no most recent match\n   * @throws IndexOutOfBoundsException if replacement refers to an invalid group\n   * @private\n   */\n  appendReplacement(replacement, perlMode = false) {\n    let res = ''\n    const s = this.start()\n    const e = this.end()\n    if (this.appendPos < s) {\n      res += this.substring(this.appendPos, s)\n    }\n    this.appendPos = e\n    res += perlMode\n      ? this.appendReplacementInternalPerl(replacement)\n      : this.appendReplacementInternal(replacement)\n    return res\n  }\n\n  /**\n   * @param {string} replacement - the replacement string\n   * @returns {string}\n   * @private\n   */\n  appendReplacementInternal(replacement) {\n    let res = ''\n    let last = 0\n    const m = replacement.length\n\n    for (let i = 0; i < m - 1; i++) {\n      if (replacement.codePointAt(i) === Codepoint.CODES.get('\\\\')) {\n        if (last < i) {\n          res += replacement.substring(last, i)\n        }\n\n        i++\n        last = i\n        continue\n      }\n\n      if (replacement.codePointAt(i) === Codepoint.CODES.get('$')) {\n        let c = replacement.codePointAt(i + 1)\n\n        if (Codepoint.CODES.get('0') <= c && c <= Codepoint.CODES.get('9')) {\n          let n = c - Codepoint.CODES.get('0')\n          if (last < i) {\n            res += replacement.substring(last, i)\n          }\n\n          for (i += 2; i < m; i++) {\n            c = replacement.codePointAt(i)\n            if (\n              c < Codepoint.CODES.get('0') ||\n              c > Codepoint.CODES.get('9') ||\n              n * 10 + c - Codepoint.CODES.get('0') > this.patternGroupCount\n            ) {\n              break\n            }\n            n = n * 10 + c - Codepoint.CODES.get('0')\n          }\n\n          if (n > this.patternGroupCount) {\n            throw new RE2JSGroupException(`n > number of groups: ${n}`)\n          }\n\n          const group = this.group(n)\n          if (group !== null) {\n            res += group\n          }\n\n          last = i\n          i--\n          continue\n        } else if (c === Codepoint.CODES.get('{')) {\n          if (last < i) {\n            res += replacement.substring(last, i)\n          }\n\n          i++\n          let j = i + 1\n          while (\n            j < replacement.length &&\n            replacement.codePointAt(j) !== Codepoint.CODES.get('}') &&\n            replacement.codePointAt(j) !== Codepoint.CODES.get(' ')\n          ) {\n            j++\n          }\n\n          if (j === replacement.length || replacement.codePointAt(j) !== Codepoint.CODES.get('}')) {\n            throw new RE2JSGroupException(\"named capture group is missing trailing '}'\")\n          }\n\n          const groupName = replacement.substring(i + 1, j)\n          res += this.group(groupName)\n          last = j + 1\n        }\n      }\n    }\n\n    if (last < m) {\n      res += replacement.substring(last, m)\n    }\n\n    return res\n  }\n\n  /**\n   * @param {string} replacement - the replacement string\n   * @returns {string}\n   * @private\n   */\n  appendReplacementInternalPerl(replacement) {\n    let res = ''\n    let last = 0\n    const m = replacement.length\n\n    for (let i = 0; i < m - 1; i++) {\n      if (replacement.codePointAt(i) === Codepoint.CODES.get('$')) {\n        let c = replacement.codePointAt(i + 1)\n\n        if (Codepoint.CODES.get('$') === c) {\n          if (last < i) {\n            res += replacement.substring(last, i)\n          }\n\n          res += '$'\n          i++\n          last = i + 1\n          continue\n        } else if (Codepoint.CODES.get('&') === c) {\n          if (last < i) {\n            res += replacement.substring(last, i)\n          }\n\n          const group = this.group(0)\n          if (group !== null) {\n            res += group\n          } else {\n            res += '$&'\n          }\n          i++\n          last = i + 1\n          continue\n        } else if (Codepoint.CODES.get('1') <= c && c <= Codepoint.CODES.get('9')) {\n          let n = c - Codepoint.CODES.get('0')\n          if (last < i) {\n            res += replacement.substring(last, i)\n          }\n\n          for (i += 2; i < m; i++) {\n            c = replacement.codePointAt(i)\n            if (\n              c < Codepoint.CODES.get('0') ||\n              c > Codepoint.CODES.get('9') ||\n              n * 10 + c - Codepoint.CODES.get('0') > this.patternGroupCount\n            ) {\n              break\n            }\n            n = n * 10 + c - Codepoint.CODES.get('0')\n          }\n\n          if (n > this.patternGroupCount) {\n            res += `$${n}`\n            last = i\n            i--\n            continue\n          }\n\n          const group = this.group(n)\n          if (group !== null) {\n            res += group\n          }\n\n          last = i\n          i--\n          continue\n        } else if (c === Codepoint.CODES.get('<')) {\n          if (last < i) {\n            res += replacement.substring(last, i)\n          }\n\n          i++\n          let j = i + 1\n          while (\n            j < replacement.length &&\n            replacement.codePointAt(j) !== Codepoint.CODES.get('>') &&\n            replacement.codePointAt(j) !== Codepoint.CODES.get(' ')\n          ) {\n            j++\n          }\n\n          if (j === replacement.length || replacement.codePointAt(j) !== Codepoint.CODES.get('>')) {\n            res += replacement.substring(i - 1, j + 1)\n            last = j + 1\n            continue\n          }\n\n          const groupName = replacement.substring(i + 1, j)\n          if (Object.prototype.hasOwnProperty.call(this.namedGroups, groupName)) {\n            res += this.group(groupName)\n          } else {\n            res += `$<${groupName}>`\n          }\n\n          last = j + 1\n        }\n      }\n    }\n\n    if (last < m) {\n      res += replacement.substring(last, m)\n    }\n\n    return res\n  }\n\n  /**\n   * Return the substring of the input from the append position to the end of the\n   * input.\n   * @returns {string}\n   */\n  appendTail() {\n    return this.substring(this.appendPos, this.matcherInputLength)\n  }\n\n  /**\n   * Returns the input with all matches replaced by {@code replacement}, interpreted as for\n   * {@code appendReplacement}.\n   *\n   * @param {string} replacement - the replacement string\n   * @param {boolean} [perlMode=false] - activate perl/js mode (different behaviour for capture groups and special characters)\n   * @returns {string} the input string with the matches replaced\n   * @throws IndexOutOfBoundsException if replacement refers to an invalid group and perlMode is false\n   */\n  replaceAll(replacement, perlMode = false) {\n    return this.replace(replacement, true, perlMode)\n  }\n\n  /**\n   * Returns the input with the first match replaced by {@code replacement}, interpreted as for\n   * {@code appendReplacement}.\n   *\n   * @param {string} replacement - the replacement string\n   * @param {boolean} [perlMode=false] - activate perl/js mode (different behaviour for capture groups and special characters)\n   * @returns {string} the input string with the first match replaced\n   * @throws IndexOutOfBoundsException if replacement refers to an invalid group and perlMode is false\n   */\n  replaceFirst(replacement, perlMode = false) {\n    return this.replace(replacement, false, perlMode)\n  }\n\n  /**\n   * Helper: replaceAll/replaceFirst hybrid.\n   * @param {string} replacement - the replacement string\n   * @param {boolean} [all=true] - replace all matches\n   * @param {boolean} [perlMode=false] - activate perl/js mode (different behaviour for capture groups and special characters)\n   * @returns {string}\n   * @private\n   */\n  replace(replacement, all = true, perlMode = false) {\n    let res = ''\n\n    this.reset()\n    while (this.find()) {\n      res += this.appendReplacement(replacement, perlMode)\n      if (!all) {\n        break\n      }\n    }\n\n    res += this.appendTail()\n    return res\n  }\n}\n\nexport { Matcher }\n","import { RE2Flags } from './RE2Flags'\nimport { Utils } from './Utils'\nimport { Unicode } from './Unicode'\n/**\n * A single instruction in the regular expression virtual machine.\n *\n * @see http://swtch.com/~rsc/regexp/regexp2.html\n */\nclass Inst {\n  static ALT = 1\n  static ALT_MATCH = 2\n  static CAPTURE = 3\n  static EMPTY_WIDTH = 4\n  static FAIL = 5\n  static MATCH = 6\n  static NOP = 7\n  static RUNE = 8\n  static RUNE1 = 9\n  static RUNE_ANY = 10\n  static RUNE_ANY_NOT_NL = 11\n\n  static isRuneOp(op) {\n    return Inst.RUNE <= op && op <= Inst.RUNE_ANY_NOT_NL\n  }\n\n  // Returns an RE2 expression matching exactly |runes|.\n  static escapeRunes(runes) {\n    let out = '\"'\n    for (let rune of runes) {\n      out += Utils.escapeRune(rune)\n    }\n    out += '\"'\n    return out\n  }\n\n  constructor(op) {\n    this.op = op\n    this.out = 0 // all but MATCH, FAIL\n    this.arg = 0 // ALT, ALT_MATCH, CAPTURE, EMPTY_WIDTH\n    // length==1 => exact match\n    // otherwise a list of [lo,hi] pairs.  hi is *inclusive*.\n    this.runes = []\n  }\n\n  // MatchRune returns true if the instruction matches (and consumes) r.\n  // It should only be called when op == InstRune.\n  matchRune(r) {\n    // Special case: single-rune slice is from literal string, not char\n    // class.\n    if (this.runes.length === 1) {\n      const r0 = this.runes[0]\n      // If this pattern is case-insensitive, apply Unicode case folding to compare the two runes.\n      // Note that this may result in a case-folding loop when executed,\n      // so attempt to reduce the chance of that occurring\n      // by performing case folding on |r0| from the pattern rather than |r| from the input.\n      if ((this.arg & RE2Flags.FOLD_CASE) !== 0) {\n        return Unicode.equalsIgnoreCase(r0, r)\n      }\n      return r === r0\n    }\n    // Peek at the first few pairs.\n    // Should handle ASCII well.\n    for (let j = 0; j < this.runes.length && j <= 8; j += 2) {\n      if (r < this.runes[j]) {\n        return false\n      }\n      if (r <= this.runes[j + 1]) {\n        return true\n      }\n    }\n    // Otherwise binary search.\n    let lo = 0\n    let hi = (this.runes.length / 2) | 0\n    while (lo < hi) {\n      const m = lo + (((hi - lo) / 2) | 0)\n      const c = this.runes[2 * m]\n      if (c <= r) {\n        if (r <= this.runes[2 * m + 1]) {\n          return true\n        }\n        lo = m + 1\n      } else {\n        hi = m\n      }\n    }\n\n    return false\n  }\n  /**\n   *\n   * @returns {string}\n   */\n  toString() {\n    switch (this.op) {\n      case Inst.ALT:\n        return `alt -> ${this.out}, ${this.arg}`\n      case Inst.ALT_MATCH:\n        return `altmatch -> ${this.out}, ${this.arg}`\n      case Inst.CAPTURE:\n        return `cap ${this.arg} -> ${this.out}`\n      case Inst.EMPTY_WIDTH:\n        return `empty ${this.arg} -> ${this.out}`\n      case Inst.MATCH:\n        return 'match'\n      case Inst.FAIL:\n        return 'fail'\n      case Inst.NOP:\n        return `nop -> ${this.out}`\n      case Inst.RUNE:\n        if (this.runes === null) {\n          return 'rune <null>'\n        }\n        return [\n          'rune ',\n          Inst.escapeRunes(this.runes),\n          (this.arg & RE2Flags.FOLD_CASE) !== 0 ? '/i' : '',\n          ' -> ',\n          this.out\n        ].join('')\n      case Inst.RUNE1:\n        return `rune1 ${Inst.escapeRunes(this.runes)} -> ${this.out}`\n      case Inst.RUNE_ANY:\n        return `any -> ${this.out}`\n      case Inst.RUNE_ANY_NOT_NL:\n        return `anynotnl -> ${this.out}`\n      default:\n        throw new Error('unhandled case in Inst.toString')\n    }\n  }\n}\n\nexport { Inst }\n","import { Codepoint } from './Codepoint'\nimport { RE2Flags } from './RE2Flags'\nimport { MachineInputBase } from './MachineInput'\nimport { Utils } from './Utils'\nimport { Inst } from './Inst'\n\n// A logical thread in the NFA.\nclass Thread {\n  constructor() {\n    this.inst = null\n    this.cap = []\n  }\n}\n\n// A queue is a 'sparse array' holding pending threads of execution.  See:\n// research.swtch.com/2008/03/using-uninitialized-memory-for-fun-and.html\nclass Queue {\n  constructor() {\n    this.sparse = [] // may contain stale but in-bounds values.\n    this.densePcs = [] // may contain stale pc in slots >= size\n    this.denseThreads = [] // may contain stale Thread in slots >= size\n    this.size = 0\n  }\n\n  contains(pc) {\n    const j = this.sparse[pc]\n    return j < this.size && this.densePcs[j] === pc\n  }\n\n  isEmpty() {\n    return this.size === 0\n  }\n\n  add(pc) {\n    const j = this.size++\n    this.sparse[pc] = j\n    this.denseThreads[j] = null\n    this.densePcs[j] = pc\n    return j\n  }\n\n  clear() {\n    this.sparse = []\n    this.densePcs = []\n    this.denseThreads = []\n    this.size = 0\n  }\n\n  toString() {\n    let out = '{'\n    for (let i = 0; i < this.size; i++) {\n      if (i !== 0) {\n        out += ', '\n      }\n      out += this.densePcs[i]\n    }\n    out += '}'\n    return out\n  }\n}\n// A Machine matches an input string of Unicode characters against an\n// RE2 instance using a simple NFA.\n//\n// Called by RE2.doExecute.\nclass Machine {\n  static fromRE2(re2) {\n    const m = new Machine()\n    m.prog = re2.prog\n    m.re2 = re2\n    m.q0 = new Queue(m.prog.numInst())\n    m.q1 = new Queue(m.prog.numInst())\n    m.pool = []\n    m.poolSize = 0\n    m.matched = false\n    m.matchcap = Array(m.prog.numCap < 2 ? 2 : m.prog.numCap).fill(0)\n    m.ncap = 0\n    return m\n  }\n\n  static fromMachine(machine) {\n    const m = new Machine()\n    m.re2 = machine.re2\n    m.prog = machine.prog\n    m.q0 = machine.q0\n    m.q1 = machine.q1\n    m.pool = machine.pool\n    m.poolSize = machine.poolSize\n    m.matched = machine.matched\n    m.matchcap = machine.matchcap\n    m.ncap = machine.ncap\n    return m\n  }\n\n  // init() reinitializes an existing Machine for re-use on a new input.\n  init(ncap) {\n    this.ncap = ncap\n    if (ncap > this.matchcap.length) {\n      this.initNewCap(ncap)\n    } else {\n      this.resetCap(ncap)\n    }\n  }\n\n  resetCap(ncap) {\n    for (let i = 0; i < this.poolSize; i++) {\n      const t = this.pool[i]\n      t.cap = Array(ncap).fill(0)\n    }\n  }\n\n  initNewCap(ncap) {\n    for (let i = 0; i < this.poolSize; i++) {\n      const t = this.pool[i]\n      t.cap = Array(ncap).fill(0)\n    }\n    this.matchcap = Array(ncap).fill(0)\n  }\n\n  submatches() {\n    if (this.ncap === 0) {\n      return Utils.emptyInts()\n    }\n    return this.matchcap.slice(0, this.ncap)\n  }\n\n  // alloc() allocates a new thread with the given instruction.\n  // It uses the free pool if possible.\n  alloc(inst) {\n    let t\n    if (this.poolSize > 0) {\n      this.poolSize--\n      t = this.pool[this.poolSize]\n    } else {\n      t = new Thread()\n    }\n    t.inst = inst\n    return t\n  }\n\n  // Frees all threads on the thread queue, returning them to the free pool.\n  freeQueue(queue, from = 0) {\n    const numberOfThread = queue.size - from\n    const requiredPoolLength = this.poolSize + numberOfThread\n    if (this.pool.length < requiredPoolLength) {\n      this.pool = this.pool.slice(0, Math.max(this.pool.length * 2, requiredPoolLength))\n    }\n    for (let i = from; i < queue.size; i++) {\n      const t = queue.denseThreads[i]\n      if (t !== null) {\n        this.pool[this.poolSize] = t\n        this.poolSize++\n      }\n    }\n    queue.clear()\n  }\n\n  // freeThread() returns t to the free pool.\n  freeThread(t) {\n    if (this.pool.length <= this.poolSize) {\n      this.pool = this.pool.slice(0, this.pool.length * 2)\n    }\n    this.pool[this.poolSize] = t\n    this.poolSize++\n  }\n\n  match(input, pos, anchor) {\n    const startCond = this.re2.cond\n    if (startCond === Utils.EMPTY_ALL) {\n      return false\n    }\n    if ((anchor === RE2Flags.ANCHOR_START || anchor === RE2Flags.ANCHOR_BOTH) && pos !== 0) {\n      return false\n    }\n    this.matched = false\n    this.matchcap = Array(this.prog.numCap).fill(-1)\n\n    let runq = this.q0\n    let nextq = this.q1\n    let r = input.step(pos)\n    let rune = r >> 3\n    let width = r & 7\n    let rune1 = -1\n    let width1 = 0\n\n    if (r !== MachineInputBase.EOF()) {\n      r = input.step(pos + width)\n      rune1 = r >> 3\n      width1 = r & 7\n    }\n\n    let flag\n    if (pos === 0) {\n      flag = Utils.emptyOpContext(-1, rune)\n    } else {\n      flag = input.context(pos)\n    }\n\n    while (true) {\n      if (runq.isEmpty()) {\n        if ((startCond & Utils.EMPTY_BEGIN_TEXT) !== 0 && pos !== 0) {\n          break\n        }\n        if (this.matched) {\n          break\n        }\n        if (\n          !(this.re2.prefix.length === 0) &&\n          rune1 !== this.re2.prefixRune &&\n          input.canCheckPrefix()\n        ) {\n          const advance = input.index(this.re2, pos)\n          if (advance < 0) {\n            break\n          }\n          pos += advance\n          r = input.step(pos)\n          rune = r >> 3\n          width = r & 7\n          r = input.step(pos + width)\n          rune1 = r >> 3\n          width1 = r & 7\n        }\n      }\n      if (!this.matched && (pos === 0 || anchor === RE2Flags.UNANCHORED)) {\n        if (this.ncap > 0) {\n          this.matchcap[0] = pos\n        }\n        this.add(runq, this.prog.start, pos, this.matchcap, flag, null)\n      }\n\n      const nextPos = pos + width\n      flag = input.context(nextPos)\n      this.step(runq, nextq, pos, nextPos, rune, flag, anchor, pos === input.endPos())\n\n      if (width === 0) {\n        break\n      }\n      if (this.ncap === 0 && this.matched) {\n        break\n      }\n\n      pos += width\n      rune = rune1\n      width = width1\n      if (rune !== -1) {\n        r = input.step(pos + width)\n        rune1 = r >> 3\n        width1 = r & 7\n      }\n      const tmpq = runq\n      runq = nextq\n      nextq = tmpq\n    }\n    this.freeQueue(nextq)\n    return this.matched\n  }\n\n  step(runq, nextq, pos, nextPos, c, nextCond, anchor, atEnd) {\n    const longest = this.re2.longest\n    for (let j = 0; j < runq.size; j++) {\n      let t = runq.denseThreads[j]\n      if (t === null) {\n        continue\n      }\n      if (longest && this.matched && this.ncap > 0 && this.matchcap[0] < t.cap[0]) {\n        this.freeThread(t)\n        continue\n      }\n\n      const i = t.inst\n      let add = false\n      switch (i.op) {\n        case Inst.MATCH:\n          if (anchor === RE2Flags.ANCHOR_BOTH && !atEnd) {\n            break\n          }\n          if (this.ncap > 0 && (!longest || !this.matched || this.matchcap[1] < pos)) {\n            t.cap[1] = pos\n            this.matchcap = t.cap.slice(0, this.ncap)\n          }\n          if (!longest) {\n            this.freeQueue(runq, j + 1)\n          }\n          this.matched = true\n          break\n        case Inst.RUNE:\n          add = i.matchRune(c)\n          break\n        case Inst.RUNE1:\n          add = c === i.runes[0]\n          break\n        case Inst.RUNE_ANY:\n          add = true\n          break\n        case Inst.RUNE_ANY_NOT_NL:\n          add = c !== Codepoint.CODES.get('\\n')\n          break\n        default:\n          throw new Error('bad inst')\n      }\n      if (add) {\n        t = this.add(nextq, i.out, nextPos, t.cap, nextCond, t)\n      }\n      if (t !== null) {\n        this.freeThread(t)\n        runq.denseThreads[j] = null\n      }\n    }\n    runq.clear()\n  }\n\n  add(q, pc, pos, cap, cond, t) {\n    if (pc === 0) {\n      return t\n    }\n    if (q.contains(pc)) {\n      return t\n    }\n\n    const d = q.add(pc)\n    const inst = this.prog.inst[pc]\n    switch (inst.op) {\n      case Inst.FAIL:\n        break\n      case Inst.ALT:\n      case Inst.ALT_MATCH:\n        t = this.add(q, inst.out, pos, cap, cond, t)\n        t = this.add(q, inst.arg, pos, cap, cond, t)\n        break\n      case Inst.EMPTY_WIDTH:\n        if ((inst.arg & ~cond) === 0) {\n          t = this.add(q, inst.out, pos, cap, cond, t)\n        }\n        break\n      case Inst.NOP:\n        t = this.add(q, inst.out, pos, cap, cond, t)\n        break\n      case Inst.CAPTURE:\n        if (inst.arg < this.ncap) {\n          const opos = cap[inst.arg]\n          cap[inst.arg] = pos\n          this.add(q, inst.out, pos, cap, cond, null)\n          cap[inst.arg] = opos\n        } else {\n          t = this.add(q, inst.out, pos, cap, cond, t)\n        }\n        break\n      case Inst.MATCH:\n      case Inst.RUNE:\n      case Inst.RUNE1:\n      case Inst.RUNE_ANY:\n      case Inst.RUNE_ANY_NOT_NL:\n        if (t === null) {\n          t = this.alloc(inst)\n        } else {\n          t.inst = inst\n        }\n        if (this.ncap > 0 && t.cap !== cap) {\n          t.cap = cap.slice(0, this.ncap)\n        }\n        q.denseThreads[d] = t\n        t = null\n        break\n      default:\n        throw new Error('unhandled')\n    }\n    return t\n  }\n}\n\nexport { Machine }\n","import { Inst } from './Inst'\nimport { RE2Flags } from './RE2Flags'\nimport { Unicode } from './Unicode'\n\n// FNV-1a 32-bit hash for an array of integers.\n// Extremely fast, allocates no memory, and produces good distribution.\nconst hashPCs = (pcs) => {\n  let h = -2128831035 // 0x811c9dc5 (32-bit signed offset basis)\n  for (let i = 0; i < pcs.length; i++) {\n    h ^= pcs[i]\n    h = Math.imul(h, 16777619) // 0x01000193 (FNV prime)\n  }\n  return h\n}\n\n// Zero-allocation array comparison for hash collision resolution\nconst arraysEqual = (a, b) => {\n  if (a.length !== b.length) return false\n  for (let i = 0; i < a.length; i++) {\n    if (a[i] !== b[i]) return false\n  }\n  return true\n}\n\nclass DFAState {\n  constructor(nfaStates, isMatch) {\n    this.nfaStates = nfaStates // Int32Array of Instruction PCs\n    this.isMatch = isMatch // Boolean\n    this.nextAscii = new Array(Unicode.MAX_ASCII + 1).fill(null) // Flat array for blisteringly fast ASCII lookups\n    this.nextMap = new Map() // Cache of Char -> DFAState\n  }\n}\n\nexport class DFA {\n  constructor(prog) {\n    this.prog = prog\n    this.stateCache = new Map() // hash(number) -> DFAState[]\n    this.stateCount = 0 // Tracks total states for memory limits\n    this.startState = null\n    this.stateLimit = 10000 // Prevent memory explosion (ReDoS protection)\n  }\n\n  // Follows epsilon (empty) transitions to find all reachable states without consuming a char\n  computeClosure(pcs) {\n    const closure = new Set()\n    const stack = [...pcs]\n    let isMatch = false\n\n    while (stack.length > 0) {\n      const pc = stack.pop()\n      if (closure.has(pc)) continue\n      closure.add(pc)\n\n      const inst = this.prog.getInst(pc)\n      switch (inst.op) {\n        case Inst.MATCH:\n          isMatch = true\n          break\n        case Inst.ALT:\n        case Inst.ALT_MATCH:\n          stack.push(inst.out)\n          stack.push(inst.arg)\n          break\n        case Inst.NOP:\n        case Inst.CAPTURE:\n          stack.push(inst.out)\n          break\n        // Bailing out on complex empty-width assertions to keep DFA fast.\n        // Engine will seamlessly fall back to the NFA.\n        case Inst.EMPTY_WIDTH:\n          return null\n      }\n    }\n\n    const sortedPCs = Int32Array.from(closure).sort()\n    return { pcs: sortedPCs, isMatch }\n  }\n\n  // Get or create a DFA state from a list of NFA PCs\n  getState(pcs) {\n    const closureResult = this.computeClosure(pcs)\n    if (!closureResult) return null // Bailout to NFA required\n\n    const sortedPCs = closureResult.pcs\n    const hash = hashPCs(sortedPCs)\n\n    // Lookup hash bucket\n    let bucket = this.stateCache.get(hash)\n    if (bucket) {\n      // Resolve potential hash collisions\n      for (let i = 0; i < bucket.length; i++) {\n        const state = bucket[i]\n        if (arraysEqual(state.nfaStates, sortedPCs)) {\n          return state\n        }\n      }\n    } else {\n      bucket = []\n      this.stateCache.set(hash, bucket)\n    }\n\n    // Safety: prevent memory exhaustion from state explosion\n    // We flush the cache and return null, which seamlessly routes execution to the NFA\n    if (this.stateCount >= this.stateLimit) {\n      this.stateCache.clear()\n      this.stateCount = 0\n      this.startState = null\n      return null\n    }\n\n    // State not found, create it and add to bucket\n    const state = new DFAState(sortedPCs, closureResult.isMatch)\n    bucket.push(state)\n    this.stateCount++\n    return state\n  }\n\n  // Compute the next DFA state given a current state and a character\n  step(state, charCode, anchor) {\n    // OPTIMIZATION: ASCII Fast-Path\n    if (anchor === RE2Flags.UNANCHORED && charCode <= Unicode.MAX_ASCII) {\n      const next = state.nextAscii[charCode]\n      if (next !== null) {\n        return next\n      }\n    } else {\n      const key = charCode + (anchor === RE2Flags.UNANCHORED ? 0 : Unicode.MAX_RUNE + 1)\n      if (state.nextMap.has(key)) {\n        return state.nextMap.get(key)\n      }\n    }\n\n    const nextPCs = []\n    for (let i = 0; i < state.nfaStates.length; i++) {\n      const pc = state.nfaStates[i]\n      const inst = this.prog.getInst(pc)\n      if (Inst.isRuneOp(inst.op) && inst.matchRune(charCode)) {\n        nextPCs.push(inst.out)\n      }\n    }\n\n    if (anchor === RE2Flags.UNANCHORED) {\n      nextPCs.push(this.prog.start)\n    }\n\n    const nextState = this.getState(nextPCs)\n\n    // Cache the result\n    if (anchor === RE2Flags.UNANCHORED && charCode <= Unicode.MAX_ASCII) {\n      state.nextAscii[charCode] = nextState\n    } else {\n      const key = charCode + (anchor === RE2Flags.UNANCHORED ? 0 : Unicode.MAX_RUNE + 1)\n      state.nextMap.set(key, nextState)\n    }\n\n    return nextState\n  }\n\n  // The hot loop: Execute the Lazy DFA\n  match(input, pos, anchor) {\n    if ((anchor === RE2Flags.ANCHOR_START || anchor === RE2Flags.ANCHOR_BOTH) && pos !== 0) {\n      return false\n    }\n\n    if (!this.startState) {\n      this.startState = this.getState([this.prog.start])\n      if (!this.startState) return null // Fallback to NFA\n    }\n\n    let endPos = input.endPos()\n    let currentState = this.startState\n    if (currentState.isMatch) {\n      if (anchor === RE2Flags.ANCHOR_BOTH) {\n        if (pos === endPos) return true\n      } else {\n        return true\n      }\n    }\n\n    let i = pos\n    while (i < endPos) {\n      const r = input.step(i)\n      const rune = r >> 3\n      const width = r & 7\n\n      // prevent infinite loop on EOF\n      if (width === 0) {\n        break\n      }\n\n      currentState = this.step(currentState, rune, anchor)\n\n      // If we hit an unrecoverable DFA error or bailout, signal fallback\n      if (currentState === null) return null\n\n      if (currentState.isMatch) {\n        if (anchor === RE2Flags.ANCHOR_BOTH) {\n          if (i + width === endPos) return true\n        } else {\n          return true\n        }\n      }\n\n      // If we hit a dead end, and anchored, fail early\n      if (currentState.nfaStates.length === 0) {\n        if (anchor !== RE2Flags.UNANCHORED) return false\n      }\n      i += width\n    }\n\n    return false\n  }\n}\n","import { Codepoint } from './Codepoint'\nimport { RE2Flags } from './RE2Flags'\nimport { Unicode } from './Unicode'\nimport { Utils } from './Utils'\nimport { createEnum } from './helpers'\n\n/**\n * Regular expression abstract syntax tree. Produced by parser, used by compiler. NB, this\n * corresponds to {@code syntax.regexp} in the Go implementation; Go's {@code regexp} is called\n * {@code RE2} in Java.\n */\nexport class Regexp {\n  static Op = createEnum([\n    'NO_MATCH', // Matches no strings.\n    'EMPTY_MATCH', // Matches empty string.\n    'LITERAL', // Matches runes[] sequence\n    'CHAR_CLASS', // Matches Runes interpreted as range pair list\n    'ANY_CHAR_NOT_NL', // Matches any character except '\\n'\n    'ANY_CHAR', // Matches any character\n    'BEGIN_LINE', // Matches empty string at end of line\n    'END_LINE', // Matches empty string at end of line\n    'BEGIN_TEXT', // Matches empty string at beginning of text\n    'END_TEXT', // Matches empty string at end of text\n    'WORD_BOUNDARY', // Matches word boundary `\\b`\n    'NO_WORD_BOUNDARY', // Matches word non-boundary `\\B`\n    'CAPTURE', // Capturing subexpr with index cap, optional name name\n    'STAR', // Matches subs[0] zero or more times.\n    'PLUS', // Matches subs[0] one or more times.\n    'QUEST', // Matches subs[0] zero or one times.\n    'REPEAT', // Matches subs[0] [min, max] times; max=-1 => no limit.\n    'CONCAT', // Matches concatenation of subs[]\n    'ALTERNATE', // Matches union of subs[]\n    // Pseudo ops, used internally by Parser for parsing stack:\n    'LEFT_PAREN',\n    'VERTICAL_BAR'\n  ])\n\n  static isPseudoOp(op) {\n    return op >= Regexp.Op.LEFT_PAREN\n  }\n\n  static emptySubs() {\n    return []\n  }\n\n  static quoteIfHyphen(rune) {\n    if (rune === Codepoint.CODES.get('-')) {\n      return '\\\\'\n    }\n    return ''\n  }\n\n  static fromRegexp(re) {\n    const regex = new Regexp(re.op)\n    regex.flags = re.flags\n    regex.subs = re.subs\n    regex.runes = re.runes\n    regex.cap = re.cap\n    regex.min = re.min\n    regex.max = re.max\n    regex.name = re.name\n    regex.namedGroups = re.namedGroups\n    return regex\n  }\n\n  constructor(op) {\n    this.op = op // operator\n    this.flags = 0 // bitmap of parse flags\n    // subexpressions, if any.  Never null.\n    // subs[0] is used as the freelist.\n    this.subs = Regexp.emptySubs()\n    this.runes = [] // matched runes, for LITERAL, CHAR_CLASS\n    this.min = 0 // min for REPEAT\n    this.max = 0 // max for REPEAT\n    this.cap = 0 // capturing index, for CAPTURE\n    this.name = null // capturing name, for CAPTURE\n    this.namedGroups = {} // map of group name -> capturing index\n  }\n\n  reinit() {\n    this.flags = 0\n    this.subs = Regexp.emptySubs()\n    this.runes = []\n    this.cap = 0\n    this.min = 0\n    this.max = 0\n    this.name = null\n    this.namedGroups = {}\n  }\n\n  toString() {\n    return this.appendTo()\n  }\n\n  // appendTo() appends the Perl syntax for |this| regular expression to out\n  appendTo() {\n    let out = ''\n    switch (this.op) {\n      case Regexp.Op.NO_MATCH:\n        out += '[^\\\\x00-\\\\x{10FFFF}]'\n        break\n      case Regexp.Op.EMPTY_MATCH:\n        out += '(?:)'\n        break\n      case Regexp.Op.STAR:\n      case Regexp.Op.PLUS:\n      case Regexp.Op.QUEST:\n      case Regexp.Op.REPEAT: {\n        const sub = this.subs[0]\n        if (sub.op > Regexp.Op.CAPTURE || (sub.op === Regexp.Op.LITERAL && sub.runes.length > 1)) {\n          out += `(?:${sub.appendTo()})`\n        } else {\n          out += sub.appendTo()\n        }\n        switch (this.op) {\n          case Regexp.Op.STAR:\n            out += '*'\n            break\n          case Regexp.Op.PLUS:\n            out += '+'\n            break\n          case Regexp.Op.QUEST:\n            out += '?'\n            break\n          case Regexp.Op.REPEAT:\n            out += `{${this.min}`\n            if (this.min !== this.max) {\n              out += ','\n              if (this.max >= 0) {\n                out += this.max\n              }\n            }\n            out += '}'\n            break\n        }\n        if ((this.flags & RE2Flags.NON_GREEDY) !== 0) {\n          out += '?'\n        }\n        break\n      }\n\n      case Regexp.Op.CONCAT: {\n        for (let sub of this.subs) {\n          if (sub.op === Regexp.Op.ALTERNATE) {\n            out += `(?:${sub.appendTo()})`\n          } else {\n            out += sub.appendTo()\n          }\n        }\n        break\n      }\n\n      case Regexp.Op.ALTERNATE: {\n        let sep = ''\n        for (let sub of this.subs) {\n          out += sep\n          sep = '|'\n          out += sub.appendTo()\n        }\n        break\n      }\n\n      case Regexp.Op.LITERAL:\n        if ((this.flags & RE2Flags.FOLD_CASE) !== 0) {\n          out += '(?i:'\n        }\n        for (let rune of this.runes) {\n          out += Utils.escapeRune(rune)\n        }\n        if ((this.flags & RE2Flags.FOLD_CASE) !== 0) {\n          out += ')'\n        }\n        break\n      case Regexp.Op.ANY_CHAR_NOT_NL:\n        out += '(?-s:.)'\n        break\n      case Regexp.Op.ANY_CHAR:\n        out += '(?s:.)'\n        break\n      case Regexp.Op.CAPTURE:\n        if (this.name === null || this.name.length === 0) {\n          out += '('\n        } else {\n          out += `(?P<${this.name}>`\n        }\n        if (this.subs[0].op !== Regexp.Op.EMPTY_MATCH) {\n          out += this.subs[0].appendTo()\n        }\n        out += ')'\n        break\n      case Regexp.Op.BEGIN_TEXT:\n        out += '\\\\A'\n        break\n      case Regexp.Op.END_TEXT:\n        if ((this.flags & RE2Flags.WAS_DOLLAR) !== 0) {\n          out += '(?-m:$)'\n        } else {\n          out += '\\\\z'\n        }\n        break\n      case Regexp.Op.BEGIN_LINE:\n        out += '^'\n        break\n      case Regexp.Op.END_LINE:\n        out += '$'\n        break\n      case Regexp.Op.WORD_BOUNDARY:\n        out += '\\\\b'\n        break\n      case Regexp.Op.NO_WORD_BOUNDARY:\n        out += '\\\\B'\n        break\n      case Regexp.Op.CHAR_CLASS:\n        if (this.runes.length % 2 !== 0) {\n          out += '[invalid char class]'\n          break\n        }\n\n        out += '['\n        if (this.runes.length === 0) {\n          out += '^\\\\x00-\\\\x{10FFFF}'\n        } else if (this.runes[0] === 0 && this.runes[this.runes.length - 1] === Unicode.MAX_RUNE) {\n          out += '^'\n\n          for (let i = 1; i < this.runes.length - 1; i += 2) {\n            const lo = this.runes[i] + 1\n            const hi = this.runes[i + 1] - 1\n\n            out += Regexp.quoteIfHyphen(lo)\n            out += Utils.escapeRune(lo)\n            if (lo !== hi) {\n              out += '-'\n              out += Regexp.quoteIfHyphen(hi)\n              out += Utils.escapeRune(hi)\n            }\n          }\n        } else {\n          for (let i = 0; i < this.runes.length; i += 2) {\n            const lo = this.runes[i]\n            const hi = this.runes[i + 1]\n            out += Regexp.quoteIfHyphen(lo)\n            out += Utils.escapeRune(lo)\n            if (lo !== hi) {\n              out += '-'\n              out += Regexp.quoteIfHyphen(hi)\n              out += Utils.escapeRune(hi)\n            }\n          }\n        }\n        out += ']'\n        break\n      default:\n        out += this.op\n        break\n    }\n    return out\n  }\n\n  // maxCap() walks the regexp to find the maximum capture index.\n  maxCap() {\n    let m = 0\n    if (this.op === Regexp.Op.CAPTURE) {\n      m = this.cap\n    }\n    if (this.subs !== null) {\n      for (let sub of this.subs) {\n        const n = sub.maxCap()\n        if (m < n) {\n          m = n\n        }\n      }\n    }\n    return m\n  }\n\n  // equals() returns true if this and that have identical structure.\n  equals(that) {\n    if (!(that !== null && that instanceof Regexp)) {\n      return false\n    }\n    if (this.op !== that.op) {\n      return false\n    }\n    switch (this.op) {\n      case Regexp.Op.END_TEXT: {\n        if ((this.flags & RE2Flags.WAS_DOLLAR) !== (that.flags & RE2Flags.WAS_DOLLAR)) {\n          return false\n        }\n        break\n      }\n      case Regexp.Op.LITERAL:\n      case Regexp.Op.CHAR_CLASS: {\n        if (this.runes === null && that.runes === null) {\n          break\n        }\n        if (this.runes === null || that.runes === null) {\n          return false\n        }\n        if (this.runes.length !== that.runes.length) {\n          return false\n        }\n        for (let i = 0; i < this.runes.length; i++) {\n          if (this.runes[i] !== that.runes[i]) {\n            return false\n          }\n        }\n        break\n      }\n      case Regexp.Op.ALTERNATE:\n      case Regexp.Op.CONCAT: {\n        if (this.subs.length !== that.subs.length) {\n          return false\n        }\n        for (let i = 0; i < this.subs.length; ++i) {\n          if (!this.subs[i].equals(that.subs[i])) {\n            return false\n          }\n        }\n        break\n      }\n      case Regexp.Op.STAR:\n      case Regexp.Op.PLUS:\n      case Regexp.Op.QUEST: {\n        if (\n          (this.flags & RE2Flags.NON_GREEDY) !== (that.flags & RE2Flags.NON_GREEDY) ||\n          !this.subs[0].equals(that.subs[0])\n        ) {\n          return false\n        }\n        break\n      }\n      case Regexp.Op.REPEAT: {\n        if (\n          (this.flags & RE2Flags.NON_GREEDY) !== (that.flags & RE2Flags.NON_GREEDY) ||\n          this.min !== that.min ||\n          this.max !== that.max ||\n          !this.subs[0].equals(that.subs[0])\n        ) {\n          return false\n        }\n        break\n      }\n      case Regexp.Op.CAPTURE: {\n        if (\n          this.cap !== that.cap ||\n          (this.name === null ? that.name !== null : this.name !== that.name) ||\n          !this.subs[0].equals(that.subs[0])\n        ) {\n          return false\n        }\n        break\n      }\n    }\n    return true\n  }\n}\n","import { RE2Flags } from './RE2Flags'\nimport { Inst } from './Inst'\n/**\n * A Prog is a compiled regular expression program.\n */\nclass Prog {\n  constructor() {\n    this.inst = []\n    this.start = 0 // index of start instruction\n    // number of CAPTURE insts in re\n    // 2 => implicit ( and ) for whole match $0\n    this.numCap = 2\n  }\n\n  // Returns the instruction at the specified pc.\n  // Precondition: pc > 0 && pc < numInst().\n  getInst(pc) {\n    return this.inst[pc]\n  }\n\n  // Returns the number of instructions in this program.\n  numInst() {\n    return this.inst.length\n  }\n\n  // Adds a new instruction to this program, with operator |op| and |pc| equal\n  // to |numInst()|.\n  addInst(op) {\n    this.inst.push(new Inst(op))\n  }\n\n  // skipNop() follows any no-op or capturing instructions and returns the\n  // resulting instruction.\n  skipNop(pc) {\n    let i = this.inst[pc]\n\n    while (i.op === Inst.NOP || i.op === Inst.CAPTURE) {\n      i = this.inst[pc]\n      pc = i.out\n    }\n\n    return i\n  }\n\n  // prefix() returns a pair of a literal string that all matches for the\n  // regexp must start with, and a boolean which is true if the prefix is the\n  // entire match.  The string is returned by appending to |prefix|.\n  prefix() {\n    let prefix = ''\n    let i = this.skipNop(this.start)\n\n    if (!Inst.isRuneOp(i.op) || i.runes.length !== 1) {\n      return [i.op === Inst.MATCH, prefix]\n    }\n\n    while (Inst.isRuneOp(i.op) && i.runes.length === 1 && (i.arg & RE2Flags.FOLD_CASE) === 0) {\n      prefix += String.fromCodePoint(i.runes[0])\n      i = this.skipNop(i.out)\n    }\n\n    return [i.op === Inst.MATCH, prefix]\n  }\n\n  // startCond() returns the leading empty-width conditions that must be true\n  // in any match.  It returns -1 (all bits set) if no matches are possible.\n  startCond() {\n    let flag = 0\n    let pc = this.start\n    loop: for (;;) {\n      const i = this.inst[pc]\n      switch (i.op) {\n        case Inst.EMPTY_WIDTH:\n          flag |= i.arg\n          break\n        case Inst.FAIL:\n          return -1\n        case Inst.CAPTURE:\n        case Inst.NOP:\n          break\n        default:\n          break loop\n      }\n      pc = i.out\n    }\n    return flag\n  }\n\n  // --- Patch list ---\n\n  // A patchlist is a list of instruction pointers that need to be filled in\n  // (patched).  Because the pointers haven't been filled in yet, we can reuse\n  // their storage to hold the list.  It's kind of sleazy, but works well in\n  // practice.  See http://swtch.com/~rsc/regexp/regexp1.html for inspiration.\n\n  // These aren't really pointers: they're integers, so we can reinterpret them\n  // this way without using package unsafe.  A value l denotes p.inst[l>>1].out\n  // (l&1==0) or .arg (l&1==1).  l == 0 denotes the empty list, okay because we\n  // start every program with a fail instruction, so we'll never want to point\n  // at its output link.\n\n  next(l) {\n    const i = this.inst[l >> 1]\n    if ((l & 1) === 0) {\n      return i.out\n    }\n    return i.arg\n  }\n\n  patch(l, val) {\n    while (l !== 0) {\n      const i = this.inst[l >> 1]\n      if ((l & 1) === 0) {\n        l = i.out\n        i.out = val\n      } else {\n        l = i.arg\n        i.arg = val\n      }\n    }\n  }\n\n  append(l1, l2) {\n    if (l1 === 0) {\n      return l2\n    }\n\n    if (l2 === 0) {\n      return l1\n    }\n\n    let last = l1\n    for (;;) {\n      const next = this.next(last)\n      if (next === 0) {\n        break\n      }\n      last = next\n    }\n\n    const i = this.inst[last >> 1]\n    if ((last & 1) === 0) {\n      i.out = l2\n    } else {\n      i.arg = l2\n    }\n\n    return l1\n  }\n  /**\n   *\n   * @returns {string}\n   */\n  toString() {\n    let out = ''\n    for (let pc = 0; pc < this.inst.length; pc++) {\n      const len = out.length\n      out += pc\n      if (pc === this.start) {\n        out += '*'\n      }\n      out += '        '.substring(out.length - len)\n      out += this.inst[pc]\n      out += '\\n'\n    }\n    return out\n  }\n}\n\nexport { Prog }\n","import { Codepoint } from './Codepoint'\nimport { RE2Flags } from './RE2Flags'\nimport { Unicode } from './Unicode'\nimport { Utils } from './Utils'\nimport { Regexp } from './Regexp'\nimport { Inst } from './Inst'\nimport { Prog } from './Prog'\nimport { RE2JSCompileException } from './exceptions'\n\n/**\n * A fragment of a compiled regular expression program.\n *\n * @see http://swtch.com/~rsc/regexp/regexp1.html\n * @class\n */\nclass Frag {\n  constructor(i = 0, out = 0, nullable = false) {\n    this.i = i // an instruction address (pc).\n    this.out = out // a patch list; see explanation in Prog.js\n    this.nullable = nullable // whether the fragment can match the empty string\n  }\n}\n/**\n * Compiler from {@code Regexp} (RE2 abstract syntax) to {@code RE2} (compiled regular expression).\n *\n * The only entry point is {@link #compileRegexp}.\n */\nclass Compiler {\n  static ANY_RUNE_NOT_NL() {\n    return [0, Codepoint.CODES.get('\\n') - 1, Codepoint.CODES.get('\\n') + 1, Unicode.MAX_RUNE]\n  }\n\n  static ANY_RUNE() {\n    return [0, Unicode.MAX_RUNE]\n  }\n\n  static compileRegexp(re) {\n    const c = new Compiler()\n    const f = c.compile(re)\n    c.prog.patch(f.out, c.newInst(Inst.MATCH).i)\n    c.prog.start = f.i\n    return c.prog\n  }\n\n  constructor() {\n    this.prog = new Prog()\n    this.newInst(Inst.FAIL)\n  }\n\n  newInst(op) {\n    this.prog.addInst(op)\n    return new Frag(this.prog.numInst() - 1, 0, true)\n  }\n\n  // Returns a no-op fragment.  Sometimes unavoidable.\n  nop() {\n    const f = this.newInst(Inst.NOP)\n    f.out = f.i << 1\n    return f\n  }\n\n  fail() {\n    return new Frag()\n  }\n\n  // Given fragment a, returns (a) capturing as \\n.\n  // Given a fragment a, returns a fragment with capturing parens around a.\n  cap(arg) {\n    const f = this.newInst(Inst.CAPTURE)\n    f.out = f.i << 1\n    this.prog.getInst(f.i).arg = arg\n    if (this.prog.numCap < arg + 1) {\n      this.prog.numCap = arg + 1\n    }\n    return f\n  }\n\n  // Given fragments a and b, returns ab; a|b\n  cat(f1, f2) {\n    // concat of failure is failure\n    if (f1.i === 0 || f2.i === 0) {\n      return this.fail()\n    }\n    // eslint-disable-next-line no-warning-comments\n    // TODO(rsc): elide nop\n    this.prog.patch(f1.out, f2.i)\n    return new Frag(f1.i, f2.out, f1.nullable && f2.nullable)\n  }\n\n  // Given fragments for a and b, returns fragment for a|b.\n  alt(f1, f2) {\n    // alt of failure is other\n    if (f1.i === 0) {\n      return f2\n    }\n    if (f2.i === 0) {\n      return f1\n    }\n    const f = this.newInst(Inst.ALT)\n    const i = this.prog.getInst(f.i)\n    i.out = f1.i\n    i.arg = f2.i\n    f.out = this.prog.append(f1.out, f2.out)\n    f.nullable = f1.nullable || f2.nullable\n    return f\n  }\n\n  // loop returns the fragment for the main loop of a plus or star.\n  // For plus, it can be used directly. with f1.i as the entry.\n  // For star, it can be used directly when f1 can't match an empty string.\n  // (When f1 can match an empty string, f1* must be implemented as (f1+)?\n  // to get the priority match order correct.)\n  loop(f1, nongreedy) {\n    const f = this.newInst(Inst.ALT)\n    const i = this.prog.getInst(f.i)\n    if (nongreedy) {\n      i.arg = f1.i\n      f.out = f.i << 1\n    } else {\n      i.out = f1.i\n      f.out = (f.i << 1) | 1\n    }\n    this.prog.patch(f1.out, f.i)\n    return f\n  }\n\n  // Given a fragment for a, returns a fragment for a? or a?? (if nongreedy)\n  quest(f1, nongreedy) {\n    const f = this.newInst(Inst.ALT)\n    const i = this.prog.getInst(f.i)\n    if (nongreedy) {\n      i.arg = f1.i\n      f.out = f.i << 1\n    } else {\n      i.out = f1.i\n      f.out = (f.i << 1) | 1\n    }\n    f.out = this.prog.append(f.out, f1.out)\n    return f\n  }\n\n  // Given a fragment a, returns a fragment for a* or a*? (if nongreedy)\n  star(f1, nongreedy) {\n    if (f1.nullable) {\n      return this.quest(this.plus(f1, nongreedy), nongreedy)\n    }\n    return this.loop(f1, nongreedy)\n  }\n\n  // Given a fragment for a, returns a fragment for a+ or a+? (if nongreedy)\n  plus(f1, nongreedy) {\n    return new Frag(f1.i, this.loop(f1, nongreedy).out, f1.nullable)\n  }\n\n  // op is a bitmask of EMPTY_* flags.\n  empty(op) {\n    const f = this.newInst(Inst.EMPTY_WIDTH)\n    this.prog.getInst(f.i).arg = op\n    f.out = f.i << 1\n    return f\n  }\n\n  // flags : parser flags\n  rune(runes, flags) {\n    const f = this.newInst(Inst.RUNE)\n    f.nullable = false\n    const i = this.prog.getInst(f.i)\n    i.runes = runes\n    flags &= RE2Flags.FOLD_CASE\n    if (runes.length !== 1 || Unicode.simpleFold(runes[0]) === runes[0]) {\n      flags &= ~RE2Flags.FOLD_CASE\n    }\n    i.arg = flags\n    f.out = f.i << 1\n    if (\n      ((flags & RE2Flags.FOLD_CASE) === 0 && runes.length === 1) ||\n      (runes.length === 2 && runes[0] === runes[1])\n    ) {\n      i.op = Inst.RUNE1\n    } else if (runes.length === 2 && runes[0] === 0 && runes[1] === Unicode.MAX_RUNE) {\n      i.op = Inst.RUNE_ANY\n    } else if (\n      runes.length === 4 &&\n      runes[0] === 0 &&\n      runes[1] === Codepoint.CODES.get('\\n') - 1 &&\n      runes[2] === Codepoint.CODES.get('\\n') + 1 &&\n      runes[3] === Unicode.MAX_RUNE\n    ) {\n      i.op = Inst.RUNE_ANY_NOT_NL\n    }\n    return f\n  }\n\n  compile(re) {\n    switch (re.op) {\n      case Regexp.Op.NO_MATCH:\n        return this.fail()\n      case Regexp.Op.EMPTY_MATCH:\n        return this.nop()\n      case Regexp.Op.LITERAL:\n        if (re.runes.length === 0) {\n          return this.nop()\n        } else {\n          let f = null\n          for (let r of re.runes) {\n            const f1 = this.rune([r], re.flags)\n            f = f === null ? f1 : this.cat(f, f1)\n          }\n          return f\n        }\n      case Regexp.Op.CHAR_CLASS:\n        return this.rune(re.runes, re.flags)\n      case Regexp.Op.ANY_CHAR_NOT_NL:\n        return this.rune(Compiler.ANY_RUNE_NOT_NL(), 0)\n      case Regexp.Op.ANY_CHAR:\n        return this.rune(Compiler.ANY_RUNE(), 0)\n      case Regexp.Op.BEGIN_LINE:\n        return this.empty(Utils.EMPTY_BEGIN_LINE)\n      case Regexp.Op.END_LINE:\n        return this.empty(Utils.EMPTY_END_LINE)\n      case Regexp.Op.BEGIN_TEXT:\n        return this.empty(Utils.EMPTY_BEGIN_TEXT)\n      case Regexp.Op.END_TEXT:\n        return this.empty(Utils.EMPTY_END_TEXT)\n      case Regexp.Op.WORD_BOUNDARY:\n        return this.empty(Utils.EMPTY_WORD_BOUNDARY)\n      case Regexp.Op.NO_WORD_BOUNDARY:\n        return this.empty(Utils.EMPTY_NO_WORD_BOUNDARY)\n      case Regexp.Op.CAPTURE: {\n        const bra = this.cap(re.cap << 1)\n        const sub = this.compile(re.subs[0])\n        const ket = this.cap((re.cap << 1) | 1)\n        return this.cat(this.cat(bra, sub), ket)\n      }\n      case Regexp.Op.STAR:\n        return this.star(this.compile(re.subs[0]), (re.flags & RE2Flags.NON_GREEDY) !== 0)\n      case Regexp.Op.PLUS:\n        return this.plus(this.compile(re.subs[0]), (re.flags & RE2Flags.NON_GREEDY) !== 0)\n      case Regexp.Op.QUEST:\n        return this.quest(this.compile(re.subs[0]), (re.flags & RE2Flags.NON_GREEDY) !== 0)\n      case Regexp.Op.CONCAT: {\n        if (re.subs.length === 0) {\n          return this.nop()\n        } else {\n          let f = null\n          for (let sub of re.subs) {\n            const f1 = this.compile(sub)\n            f = f === null ? f1 : this.cat(f, f1)\n          }\n          return f\n        }\n      }\n      case Regexp.Op.ALTERNATE: {\n        if (re.subs.length === 0) {\n          return this.nop()\n        } else {\n          let f = null\n          for (let sub of re.subs) {\n            const f1 = this.compile(sub)\n            f = f === null ? f1 : this.alt(f, f1)\n          }\n          return f\n        }\n      }\n      default:\n        throw new RE2JSCompileException('regexp: unhandled case in compile')\n    }\n  }\n}\n\nexport { Compiler }\n","import { RE2Flags } from './RE2Flags'\nimport { Regexp } from './Regexp'\n\nclass Simplify {\n  // Simplify returns a regexp equivalent to re but without counted\n  // repetitions and with various other simplifications, such as\n  // rewriting /(?:a+)+/ to /a+/.  The resulting regexp will execute\n  // correctly but its string representation will not produce the same\n  // parse tree, because capturing parentheses may have been duplicated\n  // or removed.  For example, the simplified form for /(x){1,2}/ is\n  // /(x)(x)?/ but both parentheses capture as $1.  The returned regexp\n  // may share structure with or be the original.\n  static simplify(re) {\n    if (re === null) {\n      return null\n    }\n\n    switch (re.op) {\n      case Regexp.Op.CAPTURE:\n      case Regexp.Op.CONCAT:\n      case Regexp.Op.ALTERNATE: {\n        let nre = re\n        for (let i = 0; i < re.subs.length; i++) {\n          const sub = re.subs[i]\n          const nsub = Simplify.simplify(sub)\n          if (nre === re && nsub !== sub) {\n            nre = Regexp.fromRegexp(re)\n            nre.runes = []\n            nre.subs = re.subs.slice(0, re.subs.length)\n          }\n          if (nre !== re) {\n            nre.subs[i] = nsub\n          }\n        }\n        return nre\n      }\n\n      case Regexp.Op.STAR:\n      case Regexp.Op.PLUS:\n      case Regexp.Op.QUEST: {\n        const sub = Simplify.simplify(re.subs[0])\n        return Simplify.simplify1(re.op, re.flags, sub, re)\n      }\n\n      case Regexp.Op.REPEAT: {\n        // Special special case: x{0} matches the empty string\n        // and doesn't even need to consider x.\n        if (re.min === 0 && re.max === 0) {\n          return new Regexp(Regexp.Op.EMPTY_MATCH)\n        }\n        // The fun begins.\n        const sub = Simplify.simplify(re.subs[0])\n\n        // x{n,} means at least n matches of x.\n        if (re.max === -1) {\n          // Special case: x{0,} is x*.\n          if (re.min === 0) {\n            return Simplify.simplify1(Regexp.Op.STAR, re.flags, sub, null)\n          }\n          // Special case: x{1,} is x+.\n          if (re.min === 1) {\n            return Simplify.simplify1(Regexp.Op.PLUS, re.flags, sub, null)\n          }\n          // General case: x{4,} is xxxx+.\n          const nre = new Regexp(Regexp.Op.CONCAT)\n          const subs = []\n          for (let i = 0; i < re.min - 1; i++) {\n            subs.push(sub)\n          }\n          subs.push(Simplify.simplify1(Regexp.Op.PLUS, re.flags, sub, null))\n          nre.subs = subs.slice(0)\n          return nre\n        }\n        // Special case x{0} handled above.\n\n        // Special case: x{1} is just x.\n        if (re.min === 1 && re.max === 1) {\n          return sub\n        }\n\n        // General case: x{n,m} means n copies of x and m copies of x?\n        // The machine will do less work if we nest the final m copies,\n        // so that x{2,5} = xx(x(x(x)?)?)?\n\n        // Build leading prefix: xx.\n        let prefixSubs = null\n        if (re.min > 0) {\n          prefixSubs = []\n          for (let i = 0; i < re.min; i++) {\n            prefixSubs.push(sub)\n          }\n        }\n\n        // Build and attach suffix: (x(x(x)?)?)?\n        if (re.max > re.min) {\n          let suffix = Simplify.simplify1(Regexp.Op.QUEST, re.flags, sub, null)\n          for (let i = re.min + 1; i < re.max; i++) {\n            const nre2 = new Regexp(Regexp.Op.CONCAT)\n            nre2.subs = [sub, suffix]\n            suffix = Simplify.simplify1(Regexp.Op.QUEST, re.flags, nre2, null)\n          }\n\n          if (prefixSubs === null) {\n            return suffix\n          }\n\n          prefixSubs.push(suffix)\n        }\n\n        if (prefixSubs !== null) {\n          const prefix = new Regexp(Regexp.Op.CONCAT)\n          prefix.subs = prefixSubs.slice(0)\n          return prefix\n        }\n\n        // Some degenerate case like min > max or min < max < 0.\n        // Handle as impossible match.\n        return new Regexp(Regexp.Op.NO_MATCH)\n      }\n    }\n    return re\n  }\n\n  // simplify1 implements Simplify for the unary OpStar,\n  // OpPlus, and OpQuest operators.  It returns the simple regexp\n  // equivalent to\n  //\n  //      Regexp{Op: op, Flags: flags, Sub: {sub}}\n  //\n  // under the assumption that sub is already simple, and\n  // without first allocating that structure.  If the regexp\n  // to be returned turns out to be equivalent to re, simplify1\n  // returns re instead.\n  //\n  // simplify1 is factored out of Simplify because the implementation\n  // for other operators generates these unary expressions.\n  // Letting them call simplify1 makes sure the expressions they\n  // generate are simple.\n  static simplify1(op, flags, sub, re) {\n    // Special case: repeat the empty string as much as\n    // you want, but it's still the empty string.\n    if (sub.op === Regexp.Op.EMPTY_MATCH) {\n      return sub\n    }\n\n    // The operators are idempotent if the flags match.\n    if (op === sub.op && (flags & RE2Flags.NON_GREEDY) === (sub.flags & RE2Flags.NON_GREEDY)) {\n      return sub\n    }\n\n    if (\n      re !== null &&\n      re.op === op &&\n      (re.flags & RE2Flags.NON_GREEDY) === (flags & RE2Flags.NON_GREEDY) &&\n      sub === re.subs[0]\n    ) {\n      return re\n    }\n\n    re = new Regexp(op)\n    re.flags = flags\n    re.subs = [sub]\n    return re\n  }\n}\n\nexport { Simplify }\n","// GENERATED BY tools/scripts/make_perl_groups.pl; DO NOT EDIT.\n// ./tools/scripts/make_perl_groups.pl  > src/CharGroup.js\n\nclass CharGroup {\n  constructor(sign, cls) {\n    this.sign = sign\n    this.cls = cls\n  }\n}\n\nconst code1 = [0x30, 0x39]\n\nconst code2 = [0x9, 0xa, 0xc, 0xd, 0x20, 0x20]\n\nconst code3 = [0x30, 0x39, 0x41, 0x5a, 0x5f, 0x5f, 0x61, 0x7a]\n\nconst PERL_GROUPS = new Map([\n  ['\\\\d', new CharGroup(+1, code1)],\n  ['\\\\D', new CharGroup(-1, code1)],\n  ['\\\\s', new CharGroup(+1, code2)],\n  ['\\\\S', new CharGroup(-1, code2)],\n  ['\\\\w', new CharGroup(+1, code3)],\n  ['\\\\W', new CharGroup(-1, code3)]\n])\nconst code4 = [0x30, 0x39, 0x41, 0x5a, 0x61, 0x7a]\n\nconst code5 = [0x41, 0x5a, 0x61, 0x7a]\n\nconst code6 = [0x0, 0x7f]\n\nconst code7 = [0x9, 0x9, 0x20, 0x20]\n\nconst code8 = [0x0, 0x1f, 0x7f, 0x7f]\n\nconst code9 = [0x30, 0x39]\n\nconst code10 = [0x21, 0x7e]\n\nconst code11 = [0x61, 0x7a]\n\nconst code12 = [0x20, 0x7e]\n\nconst code13 = [0x21, 0x2f, 0x3a, 0x40, 0x5b, 0x60, 0x7b, 0x7e]\n\nconst code14 = [0x9, 0xd, 0x20, 0x20]\n\nconst code15 = [0x41, 0x5a]\n\nconst code16 = [0x30, 0x39, 0x41, 0x5a, 0x5f, 0x5f, 0x61, 0x7a]\n\nconst code17 = [0x30, 0x39, 0x41, 0x46, 0x61, 0x66]\n\nconst POSIX_GROUPS = new Map([\n  ['[:alnum:]', new CharGroup(+1, code4)],\n  ['[:^alnum:]', new CharGroup(-1, code4)],\n  ['[:alpha:]', new CharGroup(+1, code5)],\n  ['[:^alpha:]', new CharGroup(-1, code5)],\n  ['[:ascii:]', new CharGroup(+1, code6)],\n  ['[:^ascii:]', new CharGroup(-1, code6)],\n  ['[:blank:]', new CharGroup(+1, code7)],\n  ['[:^blank:]', new CharGroup(-1, code7)],\n  ['[:cntrl:]', new CharGroup(+1, code8)],\n  ['[:^cntrl:]', new CharGroup(-1, code8)],\n  ['[:digit:]', new CharGroup(+1, code9)],\n  ['[:^digit:]', new CharGroup(-1, code9)],\n  ['[:graph:]', new CharGroup(+1, code10)],\n  ['[:^graph:]', new CharGroup(-1, code10)],\n  ['[:lower:]', new CharGroup(+1, code11)],\n  ['[:^lower:]', new CharGroup(-1, code11)],\n  ['[:print:]', new CharGroup(+1, code12)],\n  ['[:^print:]', new CharGroup(-1, code12)],\n  ['[:punct:]', new CharGroup(+1, code13)],\n  ['[:^punct:]', new CharGroup(-1, code13)],\n  ['[:space:]', new CharGroup(+1, code14)],\n  ['[:^space:]', new CharGroup(-1, code14)],\n  ['[:upper:]', new CharGroup(+1, code15)],\n  ['[:^upper:]', new CharGroup(-1, code15)],\n  ['[:word:]', new CharGroup(+1, code16)],\n  ['[:^word:]', new CharGroup(-1, code16)],\n  ['[:xdigit:]', new CharGroup(+1, code17)],\n  ['[:^xdigit:]', new CharGroup(-1, code17)]\n])\n\nexport { PERL_GROUPS, POSIX_GROUPS }\n","import { RE2Flags } from './RE2Flags'\nimport { Unicode } from './Unicode'\nimport { Utils } from './Utils'\n/**\n * A \"builder\"-style helper class for manipulating character classes represented as an array of\n * pairs of runes [lo, hi], each denoting an inclusive interval.\n *\n * All methods mutate the internal state and return {@code this}, allowing operations to be chained.\n */\nclass CharClass {\n  // Exposed, since useful for debugging CharGroups too.\n  static charClassToString(r, len) {\n    let result = '['\n    for (let i = 0; i < len; i += 2) {\n      if (i > 0) {\n        result += ' '\n      }\n      const lo = r[i]\n      const hi = r[i + 1]\n      if (lo === hi) {\n        result += `0x${lo.toString(16)}`\n      } else {\n        result += `0x${lo.toString(16)}-0x${hi.toString(16)}`\n      }\n    }\n    result += ']'\n    return result\n  }\n\n  // cmp() returns the ordering of the pair (a[i], a[i+1]) relative to\n  // (pivotFrom, pivotTo), where the first component of the pair (lo) is\n  // ordered naturally and the second component (hi) is in reverse order.\n  static cmp(array, i, pivotFrom, pivotTo) {\n    const cmp = array[i] - pivotFrom\n    return cmp !== 0 ? cmp : pivotTo - array[i + 1]\n  }\n\n  // qsortIntPair() quicksorts pairs of ints in |array| according to lt().\n  // Precondition: |left|, |right|, |this.len| must all be even; |this.len > 1|.\n  static qsortIntPair(array, left, right) {\n    const pivotIndex = (((left + right) / 2) | 0) & ~1\n    const pivotFrom = array[pivotIndex]\n    const pivotTo = array[pivotIndex + 1]\n    let i = left\n    let j = right\n    while (i <= j) {\n      while (i < right && CharClass.cmp(array, i, pivotFrom, pivotTo) < 0) {\n        i += 2\n      }\n\n      while (j > left && CharClass.cmp(array, j, pivotFrom, pivotTo) > 0) {\n        j -= 2\n      }\n\n      if (i <= j) {\n        if (i !== j) {\n          let temp = array[i]\n          array[i] = array[j]\n          array[j] = temp\n          temp = array[i + 1]\n          array[i + 1] = array[j + 1]\n          array[j + 1] = temp\n        }\n        i += 2\n        j -= 2\n      }\n    }\n\n    if (left < j) {\n      CharClass.qsortIntPair(array, left, j)\n    }\n    if (i < right) {\n      CharClass.qsortIntPair(array, i, right)\n    }\n  }\n\n  constructor(r = Utils.emptyInts()) {\n    this.r = r // inclusive ranges, pairs of [lo,hi].  r.length is even.\n    this.len = r.length // prefix of |r| that is defined.  Even.\n  }\n\n  // Returns the character class as an int array.  Subsequent CharClass\n  // operations may mutate this array, so typically this is the last operation\n  // performed on a given CharClass instance.\n  toArray() {\n    if (this.len === this.r.length) {\n      return this.r\n    } else {\n      return this.r.slice(0, this.len)\n    }\n  }\n\n  // cleanClass() sorts the ranges (pairs of elements) of this CharClass,\n  // merges them, and eliminates duplicates.\n  cleanClass() {\n    if (this.len < 4) {\n      return this\n    }\n    // Sort by lo increasing, hi decreasing to break ties.\n    CharClass.qsortIntPair(this.r, 0, this.len - 2)\n    // Merge abutting, overlapping.\n    let w = 2 // write index\n    for (let i = 2; i < this.len; i += 2) {\n      {\n        const lo = this.r[i]\n        const hi = this.r[i + 1]\n        if (lo <= this.r[w - 1] + 1) {\n          // merge with previous range\n          if (hi > this.r[w - 1]) {\n            this.r[w - 1] = hi\n          }\n          continue\n        }\n        // new disjoint range\n        this.r[w] = lo\n        this.r[w + 1] = hi\n        w += 2\n      }\n    }\n    this.len = w\n    return this\n  }\n\n  // appendLiteral() appends the literal |x| to this CharClass.\n  appendLiteral(x, flags) {\n    return (flags & RE2Flags.FOLD_CASE) !== 0\n      ? this.appendFoldedRange(x, x)\n      : this.appendRange(x, x)\n  }\n\n  // appendRange() appends the range [lo-hi] (inclusive) to this CharClass.\n  appendRange(lo, hi) {\n    // Expand last range or next to last range if it overlaps or abuts.\n    // Checking two ranges helps when appending case-folded\n    // alphabets, so that one range can be expanding A-Z and the\n    // other expanding a-z.\n    if (this.len > 0) {\n      for (let i = 2; i <= 4; i += 2) {\n        // twice, using i=2, i=4\n        if (this.len >= i) {\n          const rlo = this.r[this.len - i]\n          const rhi = this.r[this.len - i + 1]\n          if (lo <= rhi + 1 && rlo <= hi + 1) {\n            if (lo < rlo) {\n              this.r[this.len - i] = lo\n            }\n            if (hi > rhi) {\n              this.r[this.len - i + 1] = hi\n            }\n            return this\n          }\n        }\n      }\n    }\n\n    this.r[this.len++] = lo\n    this.r[this.len++] = hi\n    return this\n  }\n\n  // appendFoldedRange() appends the range [lo-hi] and its case\n  // folding-equivalent runes to this CharClass.\n  appendFoldedRange(lo, hi) {\n    // Optimizations.\n    if (lo <= Unicode.MIN_FOLD && hi >= Unicode.MAX_FOLD) {\n      // Range is full: folding can't add more.\n      return this.appendRange(lo, hi)\n    }\n    if (hi < Unicode.MIN_FOLD || lo > Unicode.MAX_FOLD) {\n      // Range is outside folding possibilities.\n      return this.appendRange(lo, hi)\n    }\n    if (lo < Unicode.MIN_FOLD) {\n      // [lo, minFold-1] needs no folding.\n      this.appendRange(lo, Unicode.MIN_FOLD - 1)\n      lo = Unicode.MIN_FOLD\n    }\n    if (hi > Unicode.MAX_FOLD) {\n      // [maxFold+1, hi] needs no folding.\n      this.appendRange(Unicode.MAX_FOLD + 1, hi)\n      hi = Unicode.MAX_FOLD\n    }\n\n    // Brute force.  Depend on appendRange to coalesce ranges on the fly.\n    for (let c = lo; c <= hi; c++) {\n      this.appendRange(c, c)\n\n      for (let f = Unicode.simpleFold(c); f !== c; f = Unicode.simpleFold(f)) {\n        this.appendRange(f, f)\n      }\n    }\n    return this\n  }\n\n  // appendClass() appends the class |x| to this CharClass.\n  // It assumes |x| is clean.  Does not mutate |x|.\n  appendClass(x) {\n    for (let i = 0; i < x.length; i += 2) {\n      this.appendRange(x[i], x[i + 1])\n    }\n    return this\n  }\n\n  // appendFoldedClass() appends the case folding of the class |x| to this\n  // CharClass.  Does not mutate |x|.\n  appendFoldedClass(x) {\n    for (let i = 0; i < x.length; i += 2) {\n      this.appendFoldedRange(x[i], x[i + 1])\n    }\n    return this\n  }\n\n  // appendNegatedClass() append the negation of the class |x| to this\n  // CharClass.  It assumes |x| is clean.  Does not mutate |x|.\n  appendNegatedClass(x) {\n    let nextLo = 0\n    for (let i = 0; i < x.length; i += 2) {\n      const lo = x[i]\n      const hi = x[i + 1]\n      if (nextLo <= lo - 1) {\n        this.appendRange(nextLo, lo - 1)\n      }\n      nextLo = hi + 1\n    }\n    if (nextLo <= Unicode.MAX_RUNE) {\n      this.appendRange(nextLo, Unicode.MAX_RUNE)\n    }\n    return this\n  }\n\n  // appendTable() appends the Unicode range table |table| to this CharClass.\n  // Does not mutate |table|.\n  appendTable(table) {\n    for (let i = 0; i < table.length; ++i) {\n      const lo = table.getLo(i)\n      const hi = table.getHi(i)\n      const stride = table.getStride(i)\n      if (stride === 1) {\n        this.appendRange(lo, hi)\n        continue\n      }\n      for (let c = lo; c <= hi; c += stride) {\n        this.appendRange(c, c)\n      }\n    }\n    return this\n  }\n\n  // appendNegatedTable() returns the result of appending the negation of range\n  // table |table| to this CharClass.  Does not mutate |table|.\n  appendNegatedTable(table) {\n    let nextLo = 0\n    for (let i = 0; i < table.length; ++i) {\n      const lo = table.getLo(i)\n      const hi = table.getHi(i)\n      const stride = table.getStride(i)\n      if (stride === 1) {\n        if (nextLo <= lo - 1) {\n          this.appendRange(nextLo, lo - 1)\n        }\n        nextLo = hi + 1\n        continue\n      }\n      for (let c = lo; c <= hi; c += stride) {\n        if (nextLo <= c - 1) {\n          this.appendRange(nextLo, c - 1)\n        }\n        nextLo = c + 1\n      }\n    }\n    if (nextLo <= Unicode.MAX_RUNE) {\n      this.appendRange(nextLo, Unicode.MAX_RUNE)\n    }\n    return this\n  }\n\n  // appendTableWithSign() calls append{,Negated}Table depending on sign.\n  // Does not mutate |table|.\n  appendTableWithSign(table, sign) {\n    return sign < 0 ? this.appendNegatedTable(table) : this.appendTable(table)\n  }\n\n  // negateClass() negates this CharClass, which must already be clean.\n  negateClass() {\n    let nextLo = 0 // lo end of next class to add\n    let w = 0 // write index\n    for (let i = 0; i < this.len; i += 2) {\n      const lo = this.r[i]\n      const hi = this.r[i + 1]\n      if (nextLo <= lo - 1) {\n        this.r[w] = nextLo\n        this.r[w + 1] = lo - 1\n        w += 2\n      }\n      nextLo = hi + 1\n    }\n    this.len = w\n    if (nextLo <= Unicode.MAX_RUNE) {\n      this.r[this.len++] = nextLo\n      this.r[this.len++] = Unicode.MAX_RUNE\n    }\n    return this\n  }\n\n  // appendClassWithSign() calls appendClass() if sign is +1 or\n  // appendNegatedClass if sign is -1.  Does not mutate |x|.\n  appendClassWithSign(x, sign) {\n    return sign < 0 ? this.appendNegatedClass(x) : this.appendClass(x)\n  }\n\n  // appendGroup() appends CharGroup |g| to this CharClass, folding iff\n  // |foldCase|.  Does not mutate |g|.\n  appendGroup(g, foldCase) {\n    let cls = g.cls\n    if (foldCase) {\n      cls = new CharClass().appendFoldedClass(cls).cleanClass().toArray()\n    }\n    return this.appendClassWithSign(cls, g.sign)\n  }\n\n  toString() {\n    return CharClass.charClassToString(this.r, this.len)\n  }\n}\n\nexport { CharClass }\n","import { Codepoint } from './Codepoint'\nimport { RE2Flags } from './RE2Flags'\nimport { Unicode } from './Unicode'\nimport { UnicodeTables } from './UnicodeTables'\nimport { UnicodeRangeTable } from './UnicodeRangeTable'\nimport { PERL_GROUPS, POSIX_GROUPS } from './CharGroup'\nimport { Utils } from './Utils'\nimport { CharClass } from './CharClass'\nimport { RE2JSSyntaxException } from './exceptions'\nimport { Regexp } from './Regexp'\n\nclass Pair {\n  static of(first, second) {\n    return new Pair(first, second)\n  }\n\n  constructor(first, second) {\n    this.first = first\n    this.second = second\n  }\n}\n\n// StringIterator: a stream of runes with an opaque cursor, permitting\n// rewinding.  The units of the cursor are not specified beyond the\n// fact that ASCII characters are single width.  (Cursor positions\n// could be UTF-8 byte indices, UTF-16 code indices or rune indices.)\n//\n// In particular, be careful with:\n// - skip: only use this to advance over ASCII characters\n//   since these always have a width of 1.\n// - skipString: only use this to advance over strings which are\n//   known to be at the current position, e.g. due to prior call to\n//   lookingAt().\n// Only use pop() to advance over possibly non-ASCII runes.\nclass StringIterator {\n  constructor(str) {\n    this.str = str\n    this.position = 0\n  }\n\n  // Returns the cursor position.  Do not interpret the result!\n  pos() {\n    return this.position\n  }\n\n  // Resets the cursor position to a previous value returned by pos().\n  rewindTo(pos) {\n    this.position = pos\n  }\n\n  // Returns true unless the stream is exhausted.\n  more() {\n    return this.position < this.str.length\n  }\n\n  // Returns the rune at the cursor position.\n  // Precondition: |more()|.\n  peek() {\n    return this.str.codePointAt(this.position)\n  }\n\n  // Advances the cursor by |n| positions, which must be ASCII runes.\n  //\n  // (In practise, this is only ever used to skip over regexp\n  // metacharacters that are ASCII, so there is no numeric difference\n  // between indices into  UTF-8 bytes, UTF-16 codes and runes.)\n  skip(n) {\n    this.position += n\n  }\n\n  // Advances the cursor by the number of cursor positions in |s|.\n  skipString(s) {\n    this.position += s.length\n  }\n\n  // Returns the rune at the cursor position, and advances the cursor\n  // past it.  Precondition: |more()|.\n  pop() {\n    const r = this.str.codePointAt(this.position)\n    this.position += Utils.charCount(r)\n    return r\n  }\n\n  lookingAt(s) {\n    return this.rest().startsWith(s)\n  }\n\n  // Returns the rest of the pattern as a Java UTF-16 string.\n  rest() {\n    return this.str.substring(this.position)\n  }\n\n  // Returns the substring from |beforePos| to the current position.\n  // |beforePos| must have been previously returned by |pos()|.\n  from(beforePos) {\n    return this.str.substring(beforePos, this.position)\n  }\n\n  toString() {\n    return this.rest()\n  }\n}\n/**\n * A parser of regular expression patterns.\n *\n * The only public entry point is {@link #parse(String pattern, int flags)}.\n */\nclass Parser {\n  // Unexpected error\n  static ERR_INTERNAL_ERROR = 'regexp/syntax: internal error'\n\n  // Parse errors\n  static ERR_INVALID_CHAR_RANGE = 'invalid character class range'\n  static ERR_INVALID_ESCAPE = 'invalid escape sequence'\n  static ERR_INVALID_NAMED_CAPTURE = 'invalid named capture'\n  static ERR_INVALID_PERL_OP = 'invalid or unsupported Perl syntax'\n  static ERR_INVALID_REPEAT_OP = 'invalid nested repetition operator'\n  static ERR_INVALID_REPEAT_SIZE = 'invalid repeat count'\n  static ERR_MISSING_BRACKET = 'missing closing ]'\n  static ERR_MISSING_PAREN = 'missing closing )'\n  static ERR_MISSING_REPEAT_ARGUMENT = 'missing argument to repetition operator'\n  static ERR_TRAILING_BACKSLASH = 'trailing backslash at end of expression'\n  static ERR_DUPLICATE_NAMED_CAPTURE = 'duplicate capture group name'\n  static ERR_UNEXPECTED_PAREN = 'unexpected )'\n  static ERR_NESTING_DEPTH = 'expression nests too deeply'\n  static ERR_LARGE = 'expression too large'\n\n  // maxHeight is the maximum height of a regexp parse tree.\n  // It is somewhat arbitrarily chosen, but the idea is to be large enough\n  // that no one will actually hit in real use but at the same time small enough\n  // that recursion on the Regexp tree will not hit the 1GB Go stack limit.\n  // The maximum amount of stack for a single recursive frame is probably\n  // closer to 1kB, so this could potentially be raised, but it seems unlikely\n  // that people have regexps nested even this deeply.\n  // We ran a test on Google's C++ code base and turned up only\n  // a single use case with depth > 100; it had depth 128.\n  // Using depth 1000 should be plenty of margin.\n  // As an optimization, we don't even bother calculating heights\n  // until we've allocated at least maxHeight Regexp structures.\n  static MAX_HEIGHT = 1000\n\n  // maxSize is the maximum size of a compiled regexp in Insts.\n  // It too is somewhat arbitrarily chosen, but the idea is to be large enough\n  // to allow significant regexps while at the same time small enough that\n  // the compiled form will not take up too much memory.\n  // 128 MB is enough for a 3.3 million Inst structures, which roughly\n  // corresponds to a 3.3 MB regexp.\n  static MAX_SIZE = 3355443 // 128 << 20 / (5 * 8) (instSize = byte, 2 uint32, slice is 5 64-bit words)\n\n  // maxRunes is the maximum number of runes allowed in a regexp tree\n  // counting the runes in all the nodes.\n  // Ignoring character classes p.numRunes is always less than the length of the regexp.\n  // Character classes can make it much larger: each \\pL adds 1292 runes.\n  // 128 MB is enough for 32M runes, which is over 26k \\pL instances.\n  // Note that repetitions do not make copies of the rune slices,\n  // so \\pL{1000} is only one rune slice, not 1000.\n  // We could keep a cache of character classes we've seen,\n  // so that all the \\pL we see use the same rune list,\n  // but that doesn't remove the problem entirely:\n  // consider something like [\\pL01234][\\pL01235][\\pL01236]...[\\pL^&*()].\n  // And because the Rune slice is exposed directly in the Regexp,\n  // there is not an opportunity to change the representation to allow\n  // partial sharing between different character classes.\n  // So the limit is the best we can do.\n  static MAX_RUNES = 33554432 // 128 << 20 / 4 (runeSize, int32 is 4 bytes)\n\n  // RangeTables are represented as int[][], a list of triples (start, end,\n  // stride).\n  static ANY_TABLE = new UnicodeRangeTable(new Uint32Array([0, Unicode.MAX_RUNE, 1]))\n\n  // unicodeTable() returns the Unicode RangeTable identified by name\n  // and the table of additional fold-equivalent code points.\n  // Returns null if |name| does not identify a Unicode character range.\n  static unicodeTable(name) {\n    if (name === 'Any') {\n      return Pair.of(Parser.ANY_TABLE, Parser.ANY_TABLE)\n    }\n    if (UnicodeTables.CATEGORIES.has(name)) {\n      return Pair.of(UnicodeTables.CATEGORIES.get(name), UnicodeTables.FOLD_CATEGORIES.get(name))\n    }\n    if (UnicodeTables.SCRIPTS.has(name)) {\n      return Pair.of(UnicodeTables.SCRIPTS.get(name), UnicodeTables.FOLD_SCRIPT.get(name))\n    }\n    return null\n  }\n\n  // minFoldRune returns the minimum rune fold-equivalent to r.\n  static minFoldRune(r) {\n    if (r < Unicode.MIN_FOLD || r > Unicode.MAX_FOLD) {\n      return r\n    }\n\n    let min = r\n    const r0 = r\n    for (r = Unicode.simpleFold(r); r !== r0; r = Unicode.simpleFold(r)) {\n      if (min > r) {\n        min = r\n      }\n    }\n    return min\n  }\n\n  // leadingRegexp returns the leading regexp that re begins with.\n  // The regexp refers to storage in re or its children.\n  static leadingRegexp(re) {\n    if (re.op === Regexp.Op.EMPTY_MATCH) {\n      return null\n    }\n    if (re.op === Regexp.Op.CONCAT && re.subs.length > 0) {\n      const sub = re.subs[0]\n      if (sub.op === Regexp.Op.EMPTY_MATCH) {\n        return null\n      }\n      return sub\n    }\n    return re\n  }\n\n  static literalRegexp(s, flags) {\n    const re = new Regexp(Regexp.Op.LITERAL)\n    re.flags = flags\n    re.runes = Utils.stringToRunes(s)\n    return re\n  }\n  /**\n   * Parse regular expression pattern {@code pattern} with mode flags {@code flags}.\n   * @param {string} pattern\n   * @param {number} flags\n   */\n  static parse(pattern, flags) {\n    return new Parser(pattern, flags).parseInternal()\n  }\n\n  // parseRepeat parses {min} (max=min) or {min,} (max=-1) or {min,max}.\n  // If |t| is not of that form, it returns -1.\n  // If |t| has the right form but the values are negative or too big,\n  // it returns -2.\n  // On success, returns a nonnegative number encoding min/max in the\n  // high/low signed halfwords of the result.  (Note: min >= 0; max may\n  // be -1.)\n  //\n  // On success, advances |t| beyond the repeat; otherwise |t.pos()| is\n  // undefined.\n  static parseRepeat(t) {\n    const start = t.pos()\n    if (!t.more() || !t.lookingAt('{')) {\n      return -1\n    }\n    t.skip(1)\n\n    const min = Parser.parseInt(t)\n    if (min === -1) {\n      return -1\n    }\n    if (!t.more()) {\n      return -1\n    }\n\n    let max\n    if (!t.lookingAt(',')) {\n      max = min\n    } else {\n      t.skip(1)\n      if (!t.more()) {\n        return -1\n      }\n      if (t.lookingAt('}')) {\n        max = -1\n      } else if ((max = Parser.parseInt(t)) === -1) {\n        return -1\n      }\n    }\n\n    if (!t.more() || !t.lookingAt('}')) {\n      return -1\n    }\n    t.skip(1)\n    if (min < 0 || min > 1000 || max === -2 || max > 1000 || (max >= 0 && min > max)) {\n      throw new RE2JSSyntaxException(Parser.ERR_INVALID_REPEAT_SIZE, t.from(start))\n    }\n\n    return (min << 16) | (max & Unicode.MAX_BMP)\n  }\n\n  // isValidCaptureName reports whether name\n  // is a valid capture name: [A-Za-z0-9_]+.\n  // PCRE limits names to 32 bytes.\n  // Python rejects names starting with digits.\n  // We don't enforce either of those.\n  static isValidCaptureName(name) {\n    if (name.length === 0) {\n      return false\n    }\n\n    for (let i = 0; i < name.length; i++) {\n      const c = name.codePointAt(i)\n      if (c !== Codepoint.CODES.get('_') && !Utils.isalnum(c)) {\n        return false\n      }\n    }\n\n    return true\n  }\n\n  // parseInt parses a nonnegative decimal integer.\n  // -1 => bad format.  -2 => format ok, but integer overflow.\n  static parseInt(t) {\n    const start = t.pos()\n    while (\n      t.more() &&\n      t.peek() >= Codepoint.CODES.get('0') &&\n      t.peek() <= Codepoint.CODES.get('9')\n    ) {\n      t.skip(1)\n    }\n\n    const n = t.from(start)\n    if (n.length === 0 || (n.length > 1 && n.codePointAt(0) === Codepoint.CODES.get('0'))) {\n      return -1\n    }\n    if (n.length > 8) {\n      return -2\n    }\n    return parseFloat(n, 10)\n  }\n\n  // can this be represented as a character class?\n  // single-rune literal string, char class, ., and .|\\n.\n  static isCharClass(re) {\n    return (\n      (re.op === Regexp.Op.LITERAL && re.runes.length === 1) ||\n      re.op === Regexp.Op.CHAR_CLASS ||\n      re.op === Regexp.Op.ANY_CHAR_NOT_NL ||\n      re.op === Regexp.Op.ANY_CHAR\n    )\n  }\n\n  // does re match r?\n  static matchRune(re, r) {\n    switch (re.op) {\n      case Regexp.Op.LITERAL:\n        return re.runes.length === 1 && re.runes[0] === r\n      case Regexp.Op.CHAR_CLASS:\n        for (let i = 0; i < re.runes.length; i += 2) {\n          if (re.runes[i] <= r && r <= re.runes[i + 1]) {\n            return true\n          }\n        }\n        return false\n      case Regexp.Op.ANY_CHAR_NOT_NL:\n        return r !== Codepoint.CODES.get('\\n')\n      case Regexp.Op.ANY_CHAR:\n        return true\n    }\n    return false\n  }\n\n  // mergeCharClass makes dst = dst|src.\n  // The caller must ensure that dst.Op >= src.Op,\n  // to reduce the amount of copying.\n  static mergeCharClass(dst, src) {\n    switch (dst.op) {\n      case Regexp.Op.ANY_CHAR:\n        break\n      case Regexp.Op.ANY_CHAR_NOT_NL:\n        if (Parser.matchRune(src, Codepoint.CODES.get('\\n'))) {\n          dst.op = Regexp.Op.ANY_CHAR\n        }\n        break\n      case Regexp.Op.CHAR_CLASS:\n        if (src.op === Regexp.Op.LITERAL) {\n          dst.runes = new CharClass(dst.runes).appendLiteral(src.runes[0], src.flags).toArray()\n        } else {\n          dst.runes = new CharClass(dst.runes).appendClass(src.runes).toArray()\n        }\n        break\n      case Regexp.Op.LITERAL:\n        if (src.runes[0] === dst.runes[0] && src.flags === dst.flags) {\n          break\n        }\n        dst.op = Regexp.Op.CHAR_CLASS\n        dst.runes = new CharClass()\n          .appendLiteral(dst.runes[0], dst.flags)\n          .appendLiteral(src.runes[0], src.flags)\n          .toArray()\n        break\n    }\n  }\n\n  // parseEscape parses an escape sequence at the beginning of s\n  // and returns the rune.\n  // Pre: t at '\\\\'.  Post: after escape.\n  static parseEscape(t) {\n    const startPos = t.pos()\n    t.skip(1) // '\\\\'\n    if (!t.more()) {\n      throw new RE2JSSyntaxException(Parser.ERR_TRAILING_BACKSLASH)\n    }\n    let c = t.pop()\n    bigswitch: switch (c) {\n      case Codepoint.CODES.get('1'):\n      case Codepoint.CODES.get('2'):\n      case Codepoint.CODES.get('3'):\n      case Codepoint.CODES.get('4'):\n      case Codepoint.CODES.get('5'):\n      case Codepoint.CODES.get('6'):\n      case Codepoint.CODES.get('7'): {\n        if (\n          !t.more() ||\n          t.peek() < Codepoint.CODES.get('0') ||\n          t.peek() > Codepoint.CODES.get('7')\n        ) {\n          break\n        }\n      }\n      // eslint-disable-next-line no-fallthrough\n      case Codepoint.CODES.get('0'): {\n        let r = c - Codepoint.CODES.get('0')\n        for (let i = 1; i < 3; i++) {\n          if (\n            !t.more() ||\n            t.peek() < Codepoint.CODES.get('0') ||\n            t.peek() > Codepoint.CODES.get('7')\n          ) {\n            break\n          }\n          r = r * 8 + t.peek() - Codepoint.CODES.get('0')\n          t.skip(1)\n        }\n        return r\n      }\n      case Codepoint.CODES.get('x'): {\n        if (!t.more()) {\n          break\n        }\n        c = t.pop()\n        if (c === Codepoint.CODES.get('{')) {\n          let nhex = 0\n          let r = 0\n\n          while (true) {\n            if (!t.more()) {\n              break bigswitch\n            }\n            c = t.pop()\n            if (c === Codepoint.CODES.get('}')) {\n              break\n            }\n            const v = Utils.unhex(c)\n            if (v < 0) {\n              break bigswitch\n            }\n            r = r * 16 + v\n            if (r > Unicode.MAX_RUNE) {\n              break bigswitch\n            }\n            nhex++\n          }\n          if (nhex === 0) {\n            break bigswitch\n          }\n          return r\n        }\n        const x = Utils.unhex(c)\n        if (!t.more()) {\n          break\n        }\n        c = t.pop()\n        const y = Utils.unhex(c)\n        if (x < 0 || y < 0) {\n          break\n        }\n        return x * 16 + y\n      }\n      case Codepoint.CODES.get('a'):\n        return Codepoint.CODES.get('\\x07')\n      case Codepoint.CODES.get('f'):\n        return Codepoint.CODES.get('\\f')\n      case Codepoint.CODES.get('n'):\n        return Codepoint.CODES.get('\\n')\n      case Codepoint.CODES.get('r'):\n        return Codepoint.CODES.get('\\r')\n      case Codepoint.CODES.get('t'):\n        return Codepoint.CODES.get('\\t')\n      case Codepoint.CODES.get('v'):\n        return Codepoint.CODES.get('\\v')\n      default:\n        if (c <= Unicode.MAX_ASCII && !Utils.isalnum(c)) {\n          return c\n        }\n        break\n    }\n    throw new RE2JSSyntaxException(Parser.ERR_INVALID_ESCAPE, t.from(startPos))\n  }\n\n  // parseClassChar parses a character class character and returns it.\n  // wholeClassPos is the position of the start of the entire class \"[...\".\n  // Pre: t at class char; Post: t after it.\n  static parseClassChar(t, wholeClassPos) {\n    if (!t.more()) {\n      throw new RE2JSSyntaxException(Parser.ERR_MISSING_BRACKET, t.from(wholeClassPos))\n    }\n    if (t.lookingAt('\\\\')) {\n      return Parser.parseEscape(t)\n    }\n    return t.pop()\n  }\n\n  static concatRunes(x, y) {\n    return [...x, ...y]\n  }\n\n  constructor(wholeRegexp, flags = 0) {\n    this.wholeRegexp = wholeRegexp\n    // Flags control the behavior of the parser and record information about\n    // regexp context.\n    this.flags = flags\n    // number of capturing groups seen\n    this.numCap = 0\n    this.namedGroups = {}\n    // Stack of parsed expressions.\n    this.stack = []\n    this.free = null\n    // checks\n    this.numRegexp = 0 // number of regexps allocated\n    this.numRunes = 0 // number of runes in char classes\n    this.repeats = 0 // product of all repetitions seen\n    this.height = null // regexp height, for height limit check\n    this.size = null // regexp compiled size, for size limit check\n  }\n\n  // Allocate a Regexp, from the free list if possible.\n  newRegexp(op) {\n    let re = this.free\n    if (re !== null && re.subs !== null && re.subs.length > 0) {\n      this.free = re.subs[0]\n      re.reinit()\n      re.op = op\n    } else {\n      re = new Regexp(op)\n      this.numRegexp += 1\n    }\n    return re\n  }\n\n  reuse(re) {\n    if (this.height !== null && Object.prototype.hasOwnProperty.call(this.height, re)) {\n      delete this.height[re]\n    }\n    if (re.subs !== null && re.subs.length > 0) {\n      re.subs[0] = this.free\n    }\n    this.free = re\n  }\n\n  checkLimits(re) {\n    if (this.numRunes > Parser.MAX_RUNES) {\n      throw new RE2JSSyntaxException(Parser.ERR_LARGE)\n    }\n    this.checkSize(re)\n    this.checkHeight(re)\n  }\n\n  checkSize(re) {\n    if (this.size === null) {\n      // We haven't started tracking size yet.\n      // Do a relatively cheap check to see if we need to start.\n      // Maintain the product of all the repeats we've seen\n      // and don't track if the total number of regexp nodes\n      // we've seen times the repeat product is in budget.\n      if (this.repeats === 0) {\n        this.repeats = 1\n      }\n      if (re.op === Regexp.Op.REPEAT) {\n        let n = re.max\n        if (n === -1) {\n          n = re.min\n        }\n        if (n <= 0) {\n          n = 1\n        }\n        if (n > Parser.MAX_SIZE / this.repeats) {\n          this.repeats = Parser.MAX_SIZE\n        } else {\n          this.repeats *= n\n        }\n      }\n      if (this.numRegexp < Parser.MAX_SIZE / this.repeats) {\n        return\n      }\n\n      // We need to start tracking size.\n      // Make the map and belatedly populate it\n      // with info about everything we've constructed so far.\n      this.size = {}\n      for (let reEx of this.stack) {\n        this.checkSize(reEx)\n      }\n    }\n\n    if (this.calcSize(re, true) > Parser.MAX_SIZE) {\n      throw new RE2JSSyntaxException(Parser.ERR_LARGE)\n    }\n  }\n\n  calcSize(re, force = false) {\n    if (!force) {\n      if (Object.prototype.hasOwnProperty.call(this.size, re)) {\n        return this.size[re]\n      }\n    }\n\n    let size = 0\n    switch (re.op) {\n      case Regexp.Op.LITERAL: {\n        size = re.runes.length\n        break\n      }\n      case Regexp.Op.CAPTURE:\n      case Regexp.Op.STAR: {\n        // star can be 1+ or 2+; assume 2 pessimistically\n        size = 2 + this.calcSize(re.subs[0])\n        break\n      }\n      case Regexp.Op.PLUS:\n      case Regexp.Op.QUEST: {\n        size = 1 + this.calcSize(re.subs[0])\n        break\n      }\n      case Regexp.Op.CONCAT: {\n        for (let sub of re.subs) {\n          size = size + this.calcSize(sub)\n        }\n        break\n      }\n      case Regexp.Op.ALTERNATE: {\n        for (let sub of re.subs) {\n          size = size + this.calcSize(sub)\n        }\n        if (re.subs.length > 1) {\n          size = size + re.subs.length - 1\n        }\n        break\n      }\n      case Regexp.Op.REPEAT: {\n        let sub = this.calcSize(re.subs[0])\n        if (re.max === -1) {\n          if (re.min === 0) {\n            size = 2 + sub // x*\n          } else {\n            size = 1 + re.min * sub // xxx+\n          }\n          break\n        }\n        // x{2,5} = xx(x(x(x)?)?)?\n        size = re.max * sub + (re.max - re.min)\n        break\n      }\n    }\n\n    size = Math.max(1, size)\n    this.size[re] = size\n    return size\n  }\n\n  checkHeight(re) {\n    if (this.numRegexp < Parser.MAX_HEIGHT) {\n      return\n    }\n    if (this.height === null) {\n      this.height = {}\n      for (let reEx of this.stack) {\n        this.checkHeight(reEx)\n      }\n    }\n    if (this.calcHeight(re, true) > Parser.MAX_HEIGHT) {\n      throw new RE2JSSyntaxException(Parser.ERR_NESTING_DEPTH)\n    }\n  }\n\n  calcHeight(re, force = false) {\n    if (!force) {\n      if (Object.prototype.hasOwnProperty.call(this.height, re)) {\n        return this.height[re]\n      }\n    }\n    let h = 1\n    for (let sub of re.subs) {\n      const hsub = this.calcHeight(sub)\n      if (h < 1 + hsub) {\n        h = 1 + hsub\n      }\n    }\n    this.height[re] = h\n    return h\n  }\n\n  // Parse stack manipulation.\n\n  pop() {\n    return this.stack.pop()\n  }\n\n  popToPseudo() {\n    const n = this.stack.length\n    let i = n\n    while (i > 0 && !Regexp.isPseudoOp(this.stack[i - 1].op)) {\n      i--\n    }\n\n    const r = this.stack.slice(i, n)\n    this.stack = this.stack.slice(0, i)\n    return r\n  }\n\n  // push pushes the regexp re onto the parse stack and returns the regexp.\n  // Returns null for a CHAR_CLASS that can be merged with the top-of-stack.\n  push(re) {\n    this.numRunes += re.runes.length\n    if (re.op === Regexp.Op.CHAR_CLASS && re.runes.length === 2 && re.runes[0] === re.runes[1]) {\n      if (this.maybeConcat(re.runes[0], this.flags & ~RE2Flags.FOLD_CASE)) {\n        return null\n      }\n      re.op = Regexp.Op.LITERAL\n      re.runes = [re.runes[0]]\n      re.flags = this.flags & ~RE2Flags.FOLD_CASE\n    } else if (\n      (re.op === Regexp.Op.CHAR_CLASS &&\n        re.runes.length === 4 &&\n        re.runes[0] === re.runes[1] &&\n        re.runes[2] === re.runes[3] &&\n        Unicode.simpleFold(re.runes[0]) === re.runes[2] &&\n        Unicode.simpleFold(re.runes[2]) === re.runes[0]) ||\n      (re.op === Regexp.Op.CHAR_CLASS &&\n        re.runes.length === 2 &&\n        re.runes[0] + 1 === re.runes[1] &&\n        Unicode.simpleFold(re.runes[0]) === re.runes[1] &&\n        Unicode.simpleFold(re.runes[1]) === re.runes[0])\n    ) {\n      // Case-insensitive rune like [Aa] or [Δδ].\n      if (this.maybeConcat(re.runes[0], this.flags | RE2Flags.FOLD_CASE)) {\n        return null\n      }\n      // Rewrite as (case-insensitive) literal.\n      re.op = Regexp.Op.LITERAL\n      re.runes = [re.runes[0]]\n      re.flags = this.flags | RE2Flags.FOLD_CASE\n    } else {\n      // Incremental concatenation.\n      this.maybeConcat(-1, 0)\n    }\n    this.stack.push(re)\n    this.checkLimits(re)\n    return re\n  }\n\n  // maybeConcat implements incremental concatenation\n  // of literal runes into string nodes.  The parser calls this\n  // before each push, so only the top fragment of the stack\n  // might need processing.  Since this is called before a push,\n  // the topmost literal is no longer subject to operators like *\n  // (Otherwise ab* would turn into (ab)*.)\n  // If (r >= 0 and there's a node left over, maybeConcat uses it\n  // to push r with the given flags.\n  // maybeConcat reports whether r was pushed.\n  maybeConcat(r, flags) {\n    const n = this.stack.length\n    if (n < 2) {\n      return false\n    }\n    const re1 = this.stack[n - 1]\n    const re2 = this.stack[n - 2]\n    if (\n      re1.op !== Regexp.Op.LITERAL ||\n      re2.op !== Regexp.Op.LITERAL ||\n      (re1.flags & RE2Flags.FOLD_CASE) !== (re2.flags & RE2Flags.FOLD_CASE)\n    ) {\n      return false\n    }\n    // Push re1 into re2.\n    re2.runes = Parser.concatRunes(re2.runes, re1.runes)\n    // Reuse re1 if possible.\n    if (r >= 0) {\n      re1.runes = [r]\n      re1.flags = flags\n      return true\n    }\n    this.pop()\n    this.reuse(re1)\n    return false // did not push r\n  }\n\n  // newLiteral returns a new LITERAL Regexp with the given flags\n  newLiteral(r, flags) {\n    const re = this.newRegexp(Regexp.Op.LITERAL)\n    re.flags = flags\n    if ((flags & RE2Flags.FOLD_CASE) !== 0) {\n      r = Parser.minFoldRune(r)\n    }\n    re.runes = [r]\n    return re\n  }\n\n  // literal pushes a literal regexp for the rune r on the stack\n  // and returns that regexp.\n  literal(r) {\n    this.push(this.newLiteral(r, this.flags))\n  }\n\n  // op pushes a regexp with the given op onto the stack\n  // and returns that regexp.\n  op(op) {\n    const re = this.newRegexp(op)\n    re.flags = this.flags\n    return this.push(re)\n  }\n\n  // repeat replaces the top stack element with itself repeated according to\n  // op, min, max.  beforePos is the start position of the repetition operator.\n  // Pre: t is positioned after the initial repetition operator.\n  // Post: t advances past an optional perl-mode '?', or stays put.\n  //       Or, it fails with RE2JSSyntaxException.\n  repeat(op, min, max, beforePos, t, lastRepeatPos) {\n    let flags = this.flags\n    if ((flags & RE2Flags.PERL_X) !== 0) {\n      if (t.more() && t.lookingAt('?')) {\n        t.skip(1)\n        flags ^= RE2Flags.NON_GREEDY\n      }\n      if (lastRepeatPos !== -1) {\n        // In Perl it is not allowed to stack repetition operators:\n        // a** is a syntax error, not a doubled star, and a++ means\n        // something else entirely, which we don't support!\n        throw new RE2JSSyntaxException(Parser.ERR_INVALID_REPEAT_OP, t.from(lastRepeatPos))\n      }\n    }\n\n    const n = this.stack.length\n    if (n === 0) {\n      throw new RE2JSSyntaxException(Parser.ERR_MISSING_REPEAT_ARGUMENT, t.from(beforePos))\n    }\n\n    const sub = this.stack[n - 1]\n    if (Regexp.isPseudoOp(sub.op)) {\n      throw new RE2JSSyntaxException(Parser.ERR_MISSING_REPEAT_ARGUMENT, t.from(beforePos))\n    }\n\n    const re = this.newRegexp(op)\n    re.min = min\n    re.max = max\n    re.flags = flags\n    re.subs = [sub]\n    this.stack[n - 1] = re\n\n    this.checkLimits(re)\n\n    if (op === Regexp.Op.REPEAT && (min >= 2 || max >= 2) && !this.repeatIsValid(re, 1000)) {\n      throw new RE2JSSyntaxException(Parser.ERR_INVALID_REPEAT_SIZE, t.from(beforePos))\n    }\n  }\n\n  // repeatIsValid reports whether the repetition re is valid.\n  // Valid means that the combination of the top-level repetition\n  // and any inner repetitions does not exceed n copies of the\n  // innermost thing.\n  // This function rewalks the regexp tree and is called for every repetition,\n  // so we have to worry about inducing quadratic behavior in the parser.\n  // We avoid this by only calling repeatIsValid when min or max >= 2.\n  // In that case the depth of any >= 2 nesting can only get to 9 without\n  // triggering a parse error, so each subtree can only be rewalked 9 times.\n  repeatIsValid(re, n) {\n    if (re.op === Regexp.Op.REPEAT) {\n      let m = re.max\n      if (m === 0) {\n        return true\n      }\n      if (m < 0) {\n        m = re.min\n      }\n      if (m > n) {\n        return false\n      }\n      if (m > 0) {\n        n = Math.trunc(n / m)\n      }\n    }\n\n    for (let sub of re.subs) {\n      if (!this.repeatIsValid(sub, n)) {\n        return false\n      }\n    }\n\n    return true\n  }\n\n  // concat replaces the top of the stack (above the topmost '|' or '(') with\n  // its concatenation.\n  concat() {\n    this.maybeConcat(-1, 0)\n    const subs = this.popToPseudo()\n    if (subs.length === 0) {\n      return this.push(this.newRegexp(Regexp.Op.EMPTY_MATCH))\n    }\n    return this.push(this.collapse(subs, Regexp.Op.CONCAT))\n  }\n\n  // alternate replaces the top of the stack (above the topmost '(') with its\n  // alternation.\n  alternate() {\n    // Scan down to find pseudo-operator (.\n    // There are no | above (.\n    const subs = this.popToPseudo()\n    // Make sure top class is clean.\n    // All the others already are (see swapVerticalBar).\n    if (subs.length > 0) {\n      this.cleanAlt(subs[subs.length - 1])\n    }\n    // Empty alternate is special case\n    // (shouldn't happen but easy to handle).\n    if (subs.length === 0) {\n      return this.push(this.newRegexp(Regexp.Op.NO_MATCH))\n    }\n    return this.push(this.collapse(subs, Regexp.Op.ALTERNATE))\n  }\n\n  // cleanAlt cleans re for eventual inclusion in an alternation.\n  cleanAlt(re) {\n    if (re.op === Regexp.Op.CHAR_CLASS) {\n      re.runes = new CharClass(re.runes).cleanClass().toArray()\n      if (re.runes.length === 2 && re.runes[0] === 0 && re.runes[1] === Unicode.MAX_RUNE) {\n        re.runes = []\n        re.op = Regexp.Op.ANY_CHAR\n      } else if (\n        re.runes.length === 4 &&\n        re.runes[0] === 0 &&\n        re.runes[1] === Codepoint.CODES.get('\\n') - 1 &&\n        re.runes[2] === Codepoint.CODES.get('\\n') + 1 &&\n        re.runes[3] === Unicode.MAX_RUNE\n      ) {\n        re.runes = []\n        re.op = Regexp.Op.ANY_CHAR_NOT_NL\n      }\n    }\n  }\n\n  // collapse returns the result of applying op to subs[start:end].\n  // If (sub contains op nodes, they all get hoisted up\n  // so that there is never a concat of a concat or an\n  // alternate of an alternate.\n  collapse(subs, op) {\n    if (subs.length === 1) {\n      return subs[0]\n    }\n    // Concatenate subs iff op is same.\n    // Compute length in first pass.\n    let len = 0\n    for (let sub of subs) {\n      len += sub.op === op ? sub.subs.length : 1\n    }\n    let newsubs = new Array(len).fill(null)\n    let i = 0\n    for (let sub of subs) {\n      if (sub.op === op) {\n        newsubs.splice(i, sub.subs.length, ...sub.subs)\n        i += sub.subs.length\n        this.reuse(sub)\n      } else {\n        newsubs[i++] = sub\n      }\n    }\n\n    let re = this.newRegexp(op)\n    re.subs = newsubs\n    if (op === Regexp.Op.ALTERNATE) {\n      // re.subs = this.factor(re.subs, re.flags)\n      re.subs = this.factor(re.subs)\n      if (re.subs.length === 1) {\n        const old = re\n        re = re.subs[0]\n        this.reuse(old)\n      }\n    }\n    return re\n  }\n\n  // factor factors common prefixes from the alternation list sub.  It\n  // returns a replacement list that reuses the same storage and frees\n  // (passes to p.reuse) any removed *Regexps.\n  //\n  // For example,\n  //     ABC|ABD|AEF|BCX|BCY\n  // simplifies by literal prefix extraction to\n  //     A(B(C|D)|EF)|BC(X|Y)\n  // which simplifies by character class introduction to\n  //     A(B[CD]|EF)|BC[XY]\n  //\n  factor(array) {\n    if (array.length < 2) {\n      return array\n    }\n    // The following code is subtle, because it's a literal JS\n    // translation of code that makes clever use of Go \"slices\".\n    // A slice is a triple (array, offset, length), and the Go\n    // implementation uses two slices, |sub| and |out| backed by the\n    // same array.  In JS, we have to be explicit about all of these\n    // variables, so:\n    //\n    // Go    JS\n    // sub   (array, s, lensub)\n    // out   (array, 0, lenout)   // (always a prefix of |array|)\n    //\n    // In the comments we'll use the logical notation of go slices, e.g. sub[i]\n    // even though the JS code will read array[s + i].\n\n    let s = 0 // offset of first |sub| within array.\n    let lensub = array.length // = len(sub)\n    let lenout = 0 // = len(out)\n    // Round 1: Factor out common literal prefixes.\n    // Note: (str, strlen) and (istr, istrlen) are like Go slices\n    // onto a prefix of some Regexp's runes array (hence offset=0).\n    let str = null\n    let strlen = 0\n    let strflags = 0\n    let start = 0\n    for (let i = 0; i <= lensub; i++) {\n      // Invariant: the Regexps that were in sub[0:start] have been\n      // used or marked for reuse, and the slice space has been reused\n      // for out (len <= start).\n      //\n      // Invariant: sub[start:i] consists of regexps that all begin\n      // with str as modified by strflags.\n      let istr = null\n      let istrlen = 0\n      let iflags = 0\n      if (i < lensub) {\n        // NB, we inlined Go's leadingString() since Java has no pair return.\n        let re = array[s + i]\n        if (re.op === Regexp.Op.CONCAT && re.subs.length > 0) {\n          re = re.subs[0]\n        }\n        if (re.op === Regexp.Op.LITERAL) {\n          istr = re.runes\n          istrlen = re.runes.length\n          iflags = re.flags & RE2Flags.FOLD_CASE\n        }\n        // istr is the leading literal string that re begins with.\n        // The string refers to storage in re or its children.\n        if (iflags === strflags) {\n          let same = 0\n          while (same < strlen && same < istrlen && str[same] === istr[same]) {\n            same++\n          }\n\n          if (same > 0) {\n            // Matches at least one rune in current range.\n            // Keep going around.\n            strlen = same\n            continue\n          }\n        }\n      }\n      // Found end of a run with common leading literal string:\n      // sub[start:i] all begin with str[0:strlen], but sub[i]\n      // does not even begin with str[0].\n      //\n      // Factor out common string and append factored expression to out.\n      if (i === start) {\n        // Nothing to do - run of length 0.\n      } else if (i === start + 1) {\n        // Just one: don't bother factoring.\n        array[lenout++] = array[s + start]\n      } else {\n        // Construct factored form: prefix(suffix1|suffix2|...)\n        const prefix = this.newRegexp(Regexp.Op.LITERAL)\n        prefix.flags = strflags\n        prefix.runes = str.slice(0, strlen)\n        for (let j = start; j < i; j++) {\n          array[s + j] = this.removeLeadingString(array[s + j], strlen)\n          this.checkLimits(array[s + j])\n        }\n        // Recurse.\n        const suffix = this.collapse(array.slice(s + start, s + i), Regexp.Op.ALTERNATE)\n        const re = this.newRegexp(Regexp.Op.CONCAT)\n        re.subs = [prefix, suffix]\n        array[lenout++] = re\n      }\n      // Prepare for next iteration.\n      start = i\n      str = istr\n      strlen = istrlen\n      strflags = iflags\n    }\n    // In Go: sub = out\n    lensub = lenout\n    s = 0\n    // Round 2: Factor out common complex prefixes,\n    // just the first piece of each concatenation,\n    // whatever it is.  This is good enough a lot of the time.\n    start = 0\n    lenout = 0\n    let first = null\n    for (let i = 0; i <= lensub; i++) {\n      // Invariant: the Regexps that were in sub[0:start] have been\n      // used or marked for reuse, and the slice space has been reused\n      // for out (lenout <= start).\n      //\n      // Invariant: sub[start:i] consists of regexps that all begin with\n      // ifirst.\n      let ifirst = null\n      if (i < lensub) {\n        ifirst = Parser.leadingRegexp(array[s + i])\n        if (\n          first !== null &&\n          first.equals(ifirst) &&\n          (Parser.isCharClass(first) ||\n            (first.op === Regexp.Op.REPEAT &&\n              first.min === first.max &&\n              Parser.isCharClass(first.subs[0])))\n        ) {\n          continue\n        }\n      }\n      // Found end of a run with common leading regexp:\n      // sub[start:i] all begin with first but sub[i] does not.\n      //\n      // Factor out common regexp and append factored expression to out.\n      if (i === start) {\n        // Nothing to do - run of length 0.\n      } else if (i === start + 1) {\n        // Just one: don't bother factoring.\n        array[lenout++] = array[s + start]\n      } else {\n        // Construct factored form: prefix(suffix1|suffix2|...)\n        const prefix = first\n        for (let j = start; j < i; j++) {\n          const reuse = j !== start // prefix came from sub[start]\n          array[s + j] = this.removeLeadingRegexp(array[s + j], reuse)\n          this.checkLimits(array[s + j])\n        }\n        // recurse\n        const suffix = this.collapse(array.slice(s + start, s + i), Regexp.Op.ALTERNATE)\n        const re = this.newRegexp(Regexp.Op.CONCAT)\n        re.subs = [prefix, suffix]\n        array[lenout++] = re\n      }\n      // Prepare for next iteration.\n      start = i\n      first = ifirst\n    }\n    // In Go: sub = out\n    lensub = lenout\n    s = 0\n    // Round 3: Collapse runs of single literals into character classes.\n    start = 0\n    lenout = 0\n    for (let i = 0; i <= lensub; i++) {\n      // Invariant: the Regexps that were in sub[0:start] have been\n      // used or marked for reuse, and the slice space has been reused\n      // for out (lenout <= start).\n      //\n      // Invariant: sub[start:i] consists of regexps that are either\n      // literal runes or character classes.\n      if (i < lensub && Parser.isCharClass(array[s + i])) {\n        continue\n      }\n      // sub[i] is not a char or char class;\n      // emit char class for sub[start:i]...\n      if (i === start) {\n        // Nothing to do - run of length 0.\n      } else if (i === start + 1) {\n        // Just one: don't bother factoring.\n        array[lenout++] = array[s + start]\n      } else {\n        // Make new char class.\n        // Start with most complex regexp in sub[start].\n        let max = start\n        for (let j = start + 1; j < i; j++) {\n          const subMax = array[s + max]\n          const subJ = array[s + j]\n          if (\n            subMax.op < subJ.op ||\n            (subMax.op === subJ.op &&\n              (subMax.runes !== null ? subMax.runes.length : 0) <\n                (subJ.runes !== null ? subJ.runes.length : 0))\n          ) {\n            max = j\n          }\n        }\n        // swap sub[start], sub[max].\n        const tmp = array[s + start]\n        array[s + start] = array[s + max]\n        array[s + max] = tmp\n        for (let j = start + 1; j < i; j++) {\n          Parser.mergeCharClass(array[s + start], array[s + j])\n          this.reuse(array[s + j])\n        }\n        this.cleanAlt(array[s + start])\n        array[lenout++] = array[s + start]\n      }\n      // ... and then emit sub[i].\n      if (i < lensub) {\n        array[lenout++] = array[s + i]\n      }\n      start = i + 1\n    }\n    // In Go: sub = out\n    lensub = lenout\n    s = 0\n    // Round 4: Collapse runs of empty matches into a single empty match.\n    start = 0\n    lenout = 0\n    for (let i = 0; i < lensub; ++i) {\n      if (\n        i + 1 < lensub &&\n        array[s + i].op === Regexp.Op.EMPTY_MATCH &&\n        array[s + i + 1].op === Regexp.Op.EMPTY_MATCH\n      ) {\n        continue\n      }\n      array[lenout++] = array[s + i]\n    }\n    // In Go: sub = out\n    lensub = lenout\n    s = 0\n    return array.slice(s, lensub)\n  }\n\n  // removeLeadingString removes the first n leading runes\n  // from the beginning of re.  It returns the replacement for re.\n  removeLeadingString(re, n) {\n    if (re.op === Regexp.Op.CONCAT && re.subs.length > 0) {\n      // Removing a leading string in a concatenation\n      // might simplify the concatenation.\n      const sub = this.removeLeadingString(re.subs[0], n)\n      re.subs[0] = sub\n      if (sub.op === Regexp.Op.EMPTY_MATCH) {\n        this.reuse(sub)\n        switch (re.subs.length) {\n          case 0:\n          case 1:\n            // Impossible but handle.\n            re.op = Regexp.Op.EMPTY_MATCH\n            re.subs = null\n            break\n          case 2: {\n            const old = re\n            re = re.subs[1]\n            this.reuse(old)\n            break\n          }\n          default:\n            re.subs = re.subs.slice(1, re.subs.length)\n            break\n        }\n      }\n      return re\n    }\n    if (re.op === Regexp.Op.LITERAL) {\n      re.runes = re.runes.slice(n, re.runes.length)\n      if (re.runes.length === 0) {\n        re.op = Regexp.Op.EMPTY_MATCH\n      }\n    }\n    return re\n  }\n\n  // removeLeadingRegexp removes the leading regexp in re.\n  // It returns the replacement for re.\n  // If reuse is true, it passes the removed regexp (if no longer needed) to\n  // reuse.\n  removeLeadingRegexp(re, reuse) {\n    if (re.op === Regexp.Op.CONCAT && re.subs.length > 0) {\n      if (reuse) {\n        this.reuse(re.subs[0])\n      }\n      re.subs = re.subs.slice(1, re.subs.length)\n      switch (re.subs.length) {\n        case 0: {\n          re.op = Regexp.Op.EMPTY_MATCH\n          re.subs = Regexp.emptySubs()\n          break\n        }\n        case 1: {\n          const old = re\n          re = re.subs[0]\n          this.reuse(old)\n          break\n        }\n      }\n      return re\n    }\n    if (reuse) {\n      this.reuse(re)\n    }\n    return this.newRegexp(Regexp.Op.EMPTY_MATCH)\n  }\n\n  parseInternal() {\n    if ((this.flags & RE2Flags.LITERAL) !== 0) {\n      // Trivial parser for literal string.\n      return Parser.literalRegexp(this.wholeRegexp, this.flags)\n    }\n    // Otherwise, must do real work.\n    let lastRepeatPos = -1\n    let min = -1\n    let max = -1\n    const t = new StringIterator(this.wholeRegexp)\n    while (t.more()) {\n      {\n        let repeatPos = -1\n        bigswitch: switch (t.peek()) {\n          case Codepoint.CODES.get('('):\n            if ((this.flags & RE2Flags.PERL_X) !== 0 && t.lookingAt('(?')) {\n              // Flag changes and non-capturing groups.\n              this.parsePerlFlags(t)\n              break\n            }\n            this.op(Regexp.Op.LEFT_PAREN).cap = ++this.numCap\n            t.skip(1) // '('\n            break\n          case Codepoint.CODES.get('|'):\n            this.parseVerticalBar() // '|'\n            t.skip(1) // '|'\n            break\n          case Codepoint.CODES.get(')'):\n            this.parseRightParen()\n            t.skip(1) // ')'\n            break\n          case Codepoint.CODES.get('^'):\n            if ((this.flags & RE2Flags.ONE_LINE) !== 0) {\n              this.op(Regexp.Op.BEGIN_TEXT)\n            } else {\n              this.op(Regexp.Op.BEGIN_LINE)\n            }\n            t.skip(1) // '^'\n            break\n          case Codepoint.CODES.get('$'):\n            if ((this.flags & RE2Flags.ONE_LINE) !== 0) {\n              this.op(Regexp.Op.END_TEXT).flags |= RE2Flags.WAS_DOLLAR\n            } else {\n              this.op(Regexp.Op.END_LINE)\n            }\n            t.skip(1) // '$'\n            break\n          case Codepoint.CODES.get('.'):\n            if ((this.flags & RE2Flags.DOT_NL) !== 0) {\n              this.op(Regexp.Op.ANY_CHAR)\n            } else {\n              this.op(Regexp.Op.ANY_CHAR_NOT_NL)\n            }\n            t.skip(1) // '.'\n            break\n          case Codepoint.CODES.get('['):\n            this.parseClass(t)\n            break\n          case Codepoint.CODES.get('*'):\n          case Codepoint.CODES.get('+'):\n          case Codepoint.CODES.get('?'): {\n            repeatPos = t.pos()\n            let op = null\n            switch (t.pop()) {\n              case Codepoint.CODES.get('*'):\n                op = Regexp.Op.STAR\n                break\n              case Codepoint.CODES.get('+'):\n                op = Regexp.Op.PLUS\n                break\n              case Codepoint.CODES.get('?'):\n                op = Regexp.Op.QUEST\n                break\n            }\n            this.repeat(op, min, max, repeatPos, t, lastRepeatPos)\n            // (min and max are now dead.)\n            break\n          }\n\n          case Codepoint.CODES.get('{'): {\n            repeatPos = t.pos()\n            const minMax = Parser.parseRepeat(t)\n            if (minMax < 0) {\n              // If the repeat cannot be parsed, { is a literal.\n              t.rewindTo(repeatPos)\n              this.literal(t.pop()) // '{'\n              break\n            }\n            min = minMax >> 16\n            max = ((minMax & Unicode.MAX_BMP) << 16) >> 16\n            this.repeat(Regexp.Op.REPEAT, min, max, repeatPos, t, lastRepeatPos)\n            break\n          }\n\n          case Codepoint.CODES.get('\\\\'): {\n            const savedPos = t.pos()\n            t.skip(1) // '\\\\'\n            if ((this.flags & RE2Flags.PERL_X) !== 0 && t.more()) {\n              const c = t.pop()\n              switch (c) {\n                case Codepoint.CODES.get('A'):\n                  this.op(Regexp.Op.BEGIN_TEXT)\n                  break bigswitch\n                case Codepoint.CODES.get('b'):\n                  this.op(Regexp.Op.WORD_BOUNDARY)\n                  break bigswitch\n                case Codepoint.CODES.get('B'):\n                  this.op(Regexp.Op.NO_WORD_BOUNDARY)\n                  break bigswitch\n                case Codepoint.CODES.get('C'):\n                  // any byte; not supported\n                  throw new RE2JSSyntaxException(Parser.ERR_INVALID_ESCAPE, '\\\\C')\n                case Codepoint.CODES.get('Q'): {\n                  // \\Q ... \\E: the ... is always literals\n                  let lit = t.rest()\n                  const i = lit.indexOf('\\\\E')\n                  if (i >= 0) {\n                    lit = lit.substring(0, i)\n                  }\n                  t.skipString(lit)\n                  t.skipString('\\\\E')\n\n                  let j = 0\n                  while (j < lit.length) {\n                    const codepoint = lit.codePointAt(j)\n                    this.literal(codepoint)\n                    j += Utils.charCount(codepoint)\n                  }\n                  break bigswitch\n                }\n\n                case Codepoint.CODES.get('z'):\n                  this.op(Regexp.Op.END_TEXT)\n                  break bigswitch\n                default:\n                  t.rewindTo(savedPos)\n                  break\n              }\n            }\n\n            const re = this.newRegexp(Regexp.Op.CHAR_CLASS)\n            re.flags = this.flags\n            // Look for Unicode character group like \\p{Han}\n            if (t.lookingAt('\\\\p') || t.lookingAt('\\\\P')) {\n              const cc = new CharClass()\n              if (this.parseUnicodeClass(t, cc)) {\n                re.runes = cc.toArray()\n                this.push(re)\n                break bigswitch\n              }\n            }\n            // Perl character class escape.\n            const cc = new CharClass()\n            if (this.parsePerlClassEscape(t, cc)) {\n              re.runes = cc.toArray()\n              this.push(re)\n              break bigswitch\n            }\n            t.rewindTo(savedPos)\n            this.reuse(re)\n            // Ordinary single-character escape.\n            this.literal(Parser.parseEscape(t))\n            break\n          }\n          default:\n            this.literal(t.pop())\n            break\n        }\n        lastRepeatPos = repeatPos\n      }\n    }\n\n    this.concat()\n    if (this.swapVerticalBar()) {\n      this.pop() // pop vertical bar\n    }\n    this.alternate()\n    const n = this.stack.length\n    if (n !== 1) {\n      throw new RE2JSSyntaxException(Parser.ERR_MISSING_PAREN, this.wholeRegexp)\n    }\n    this.stack[0].namedGroups = this.namedGroups\n    return this.stack[0]\n  }\n\n  // parsePerlFlags parses a Perl flag setting or non-capturing group or both,\n  // like (?i) or (?: or (?i:.\n  // Pre: t at \"(?\".  Post: t after \")\".\n  // Sets numCap.\n  parsePerlFlags(t) {\n    const startPos = t.pos()\n    // Check for named captures, first introduced in Python's regexp library.\n    // As usual, there are three slightly different syntaxes:\n    //\n    //   (?P<name>expr)   the original, introduced by Python\n    //   (?<name>expr)    the .NET alteration, adopted by Perl 5.10\n    //   (?'name'expr)    another .NET alteration, adopted by Perl 5.10\n    //\n    // Perl 5.10 gave in and implemented the Python version too,\n    // but they claim that the last two are the preferred forms.\n    // PCRE and languages based on it (specifically, PHP and Ruby)\n    // support all three as well.  EcmaScript 4 uses only the Python form.\n    //\n    // In both the open source world (via Code Search) and the\n    // Google source tree, (?P<name>expr) and (?<name>expr) are the\n    // dominant forms of named captures and both are supported.\n    const s = t.rest()\n    if (s.startsWith('(?P<') || s.startsWith('(?<')) {\n      // Pull out name.\n      const begin = s.charAt(2) === 'P' ? 4 : 3\n      const end = s.indexOf('>')\n      if (end < 0) {\n        throw new RE2JSSyntaxException(Parser.ERR_INVALID_NAMED_CAPTURE, s)\n      }\n      const name = s.substring(begin, end) // \"name\"\n      t.skipString(name)\n      t.skip(begin + 1) // \"(?P<>\" or \"(?<>\"\n      if (!Parser.isValidCaptureName(name)) {\n        // \"(?P<name>\"\n        throw new RE2JSSyntaxException(Parser.ERR_INVALID_NAMED_CAPTURE, s.substring(0, end + 1)) // \"(?P<name>\" or \"(?<name>\"\n      }\n      // Like ordinary capture, but named.\n      const re = this.op(Regexp.Op.LEFT_PAREN)\n      re.cap = ++this.numCap\n      if (this.namedGroups[name]) {\n        throw new RE2JSSyntaxException(Parser.ERR_DUPLICATE_NAMED_CAPTURE, name)\n      }\n      this.namedGroups[name] = this.numCap\n      re.name = name\n      return\n    }\n    // Non-capturing group.  Might also twiddle Perl flags.\n    t.skip(2) // \"(?\"\n\n    let flags = this.flags\n    let sign = +1\n    let sawFlag = false\n    loop: while (t.more()) {\n      {\n        const c = t.pop()\n        switch (c) {\n          case Codepoint.CODES.get('i'):\n            flags |= RE2Flags.FOLD_CASE\n            sawFlag = true\n            break\n          case Codepoint.CODES.get('m'):\n            flags &= ~RE2Flags.ONE_LINE\n            sawFlag = true\n            break\n          case Codepoint.CODES.get('s'):\n            flags |= RE2Flags.DOT_NL\n            sawFlag = true\n            break\n          case Codepoint.CODES.get('U'):\n            flags |= RE2Flags.NON_GREEDY\n            sawFlag = true\n            break\n          // Switch to negation.\n          case Codepoint.CODES.get('-'):\n            if (sign < 0) {\n              break loop\n            }\n            sign = -1\n            // Invert flags so that | above turn into &~ and vice versa.\n            // We'll invert flags again before using it below.\n            flags = ~flags\n            sawFlag = false\n            break\n          // End of flags, starting group or not.\n          case Codepoint.CODES.get(':'):\n          case Codepoint.CODES.get(')'):\n            if (sign < 0) {\n              if (!sawFlag) {\n                break loop\n              }\n              flags = ~flags\n            }\n            if (c === Codepoint.CODES.get(':')) {\n              // Open new group\n              this.op(Regexp.Op.LEFT_PAREN)\n            }\n            this.flags = flags\n            return\n          default:\n            // Flags.\n            break loop\n        }\n      }\n    }\n\n    throw new RE2JSSyntaxException(Parser.ERR_INVALID_PERL_OP, t.from(startPos))\n  }\n\n  // parseVerticalBar handles a | in the input.\n  parseVerticalBar() {\n    this.concat()\n    // The concatenation we just parsed is on top of the stack.\n    // If it sits above an opVerticalBar, swap it below\n    // (things below an opVerticalBar become an alternation).\n    // Otherwise, push a new vertical bar.\n    if (!this.swapVerticalBar()) {\n      this.op(Regexp.Op.VERTICAL_BAR)\n    }\n  }\n\n  // If the top of the stack is an element followed by an opVerticalBar\n  // swapVerticalBar swaps the two and returns true.\n  // Otherwise it returns false.\n  swapVerticalBar() {\n    const n = this.stack.length\n    // If above and below vertical bar are literal or char class,\n    // can merge into a single char class.\n    if (\n      n >= 3 &&\n      this.stack[n - 2].op === Regexp.Op.VERTICAL_BAR &&\n      Parser.isCharClass(this.stack[n - 1]) &&\n      Parser.isCharClass(this.stack[n - 3])\n    ) {\n      let re1 = this.stack[n - 1]\n      let re3 = this.stack[n - 3]\n      // Make re3 the more complex of the two.\n      if (re1.op > re3.op) {\n        const tmp = re3\n        re3 = re1\n        re1 = tmp\n        this.stack[n - 3] = re3\n      }\n      Parser.mergeCharClass(re3, re1)\n      this.reuse(re1)\n      this.pop()\n      return true\n    }\n    if (n >= 2) {\n      const re1 = this.stack[n - 1]\n      const re2 = this.stack[n - 2]\n      if (re2.op === Regexp.Op.VERTICAL_BAR) {\n        if (n >= 3) {\n          // Now out of reach.\n          // Clean opportunistically.\n          this.cleanAlt(this.stack[n - 3])\n        }\n        this.stack[n - 2] = re1\n        this.stack[n - 1] = re2\n        return true\n      }\n    }\n    return false\n  }\n\n  // parseRightParen handles a ')' in the input.\n  parseRightParen() {\n    this.concat()\n    if (this.swapVerticalBar()) {\n      this.pop() // pop vertical bar\n    }\n    this.alternate()\n    const n = this.stack.length\n    if (n < 2) {\n      throw new RE2JSSyntaxException(Parser.ERR_UNEXPECTED_PAREN, this.wholeRegexp)\n    }\n\n    const re1 = this.pop()\n    const re2 = this.pop()\n    if (re2.op !== Regexp.Op.LEFT_PAREN) {\n      throw new RE2JSSyntaxException(Parser.ERR_UNEXPECTED_PAREN, this.wholeRegexp)\n    }\n    // Restore flags at time of paren.\n    this.flags = re2.flags\n    if (re2.cap === 0) {\n      // Just for grouping.\n      this.push(re1)\n    } else {\n      re2.op = Regexp.Op.CAPTURE\n      re2.subs = [re1]\n      this.push(re2)\n    }\n  }\n\n  // parsePerlClassEscape parses a leading Perl character class escape like \\d\n  // from the beginning of |t|.  If one is present, it appends the characters\n  // to cc and returns true.  The iterator is advanced past the escape\n  // on success, undefined on failure, in which case false is returned.\n  parsePerlClassEscape(t, cc) {\n    const beforePos = t.pos()\n    if (\n      (this.flags & RE2Flags.PERL_X) === 0 ||\n      !t.more() ||\n      t.pop() !== Codepoint.CODES.get('\\\\') ||\n      !t.more()\n    ) {\n      return false\n    }\n    t.pop() // e.g. advance past 'd' in \"\\\\d\"\n    const p = t.from(beforePos)\n    const g = PERL_GROUPS.has(p) ? PERL_GROUPS.get(p) : null\n    if (g === null) {\n      return false\n    }\n    cc.appendGroup(g, (this.flags & RE2Flags.FOLD_CASE) !== 0)\n    return true\n  }\n\n  // parseNamedClass parses a leading POSIX named character class like\n  // [:alnum:] from the beginning of t.  If one is present, it appends the\n  // characters to cc, advances the iterator, and returns true.\n  // Pre: t at \"[:\".  Post: t after \":]\".\n  // On failure (no class of than name), throws RE2JSSyntaxException.\n  // On misparse, returns false; t.pos() is undefined.\n  parseNamedClass(t, cc) {\n    // (Go precondition check deleted.)\n    const cls = t.rest()\n    const i = cls.indexOf(':]')\n    if (i < 0) {\n      return false\n    }\n\n    const name = cls.substring(0, i + 2) // \"[:alnum:]\"\n    t.skipString(name)\n    const g = POSIX_GROUPS.has(name) ? POSIX_GROUPS.get(name) : null\n    if (g === null) {\n      throw new RE2JSSyntaxException(Parser.ERR_INVALID_CHAR_RANGE, name)\n    }\n    cc.appendGroup(g, (this.flags & RE2Flags.FOLD_CASE) !== 0)\n    return true\n  }\n\n  // parseUnicodeClass() parses a leading Unicode character class like \\p{Han}\n  // from the beginning of t.  If one is present, it appends the characters to\n  // to |cc|, advances |t| and returns true.\n  //\n  // Returns false if such a pattern is not present or UNICODE_GROUPS\n  // flag is not enabled; |t.pos()| is not advanced in this case.\n  // Indicates error by throwing RE2JSSyntaxException.\n  parseUnicodeClass(t, cc) {\n    const startPos = t.pos()\n    if (\n      (this.flags & RE2Flags.UNICODE_GROUPS) === 0 ||\n      (!t.lookingAt('\\\\p') && !t.lookingAt('\\\\P'))\n    ) {\n      return false\n    }\n\n    t.skip(1) // '\\\\'\n    // Committed to parse or throw exception.\n    let sign = +1\n    let c = t.pop() // 'p' or 'P'\n    if (c === Codepoint.CODES.get('P')) {\n      sign = -1\n    }\n    if (!t.more()) {\n      t.rewindTo(startPos)\n      throw new RE2JSSyntaxException(Parser.ERR_INVALID_CHAR_RANGE, t.rest())\n    }\n\n    c = t.pop()\n    let name\n\n    if (c !== Codepoint.CODES.get('{')) {\n      // Single-letter name.\n      name = Utils.runeToString(c)\n    } else {\n      // Name is in braces.\n      const rest = t.rest()\n      const end = rest.indexOf('}')\n      if (end < 0) {\n        t.rewindTo(startPos)\n        throw new RE2JSSyntaxException(Parser.ERR_INVALID_CHAR_RANGE, t.rest())\n      }\n      name = rest.substring(0, end) // e.g. \"Han\"\n      t.skipString(name)\n      t.skip(1)\n      // Don't use skip(end) because it assumes UTF-16 coding, and\n      // StringIterator doesn't guarantee that.\n    }\n    // Group can have leading negation too.\n    //  \\p{^Han} == \\P{Han}, \\P{^Han} == \\p{Han}.\n    if (!(name.length === 0) && name.codePointAt(0) === Codepoint.CODES.get('^')) {\n      sign = 0 - sign // -sign\n      name = name.substring(1)\n    }\n\n    const pair = Parser.unicodeTable(name)\n    if (pair === null) {\n      throw new RE2JSSyntaxException(Parser.ERR_INVALID_CHAR_RANGE, t.from(startPos))\n    }\n\n    const tab = pair.first\n    const fold = pair.second // fold-equivalent table\n    // Variation of CharClass.appendGroup() for tables.\n    if ((this.flags & RE2Flags.FOLD_CASE) === 0 || fold === null) {\n      cc.appendTableWithSign(tab, sign)\n    } else {\n      // Merge and clean tab and fold in a temporary buffer.\n      // This is necessary for the negative case and just tidy\n      // for the positive case.\n      const tmp = new CharClass().appendTable(tab).appendTable(fold).cleanClass().toArray()\n      cc.appendClassWithSign(tmp, sign)\n    }\n    return true\n  }\n\n  // parseClass parses a character class and pushes it onto the parse stack.\n  //\n  // NOTES:\n  // Pre: at '['; Post: after ']'.\n  // Mutates stack.  Advances iterator.  May throw.\n  parseClass(t) {\n    const startPos = t.pos()\n    t.skip(1) // '['\n    const re = this.newRegexp(Regexp.Op.CHAR_CLASS)\n    re.flags = this.flags\n    const cc = new CharClass()\n    let sign = +1\n\n    if (t.more() && t.lookingAt('^')) {\n      sign = -1\n      t.skip(1) // '^'\n      // If character class does not match \\n, add it here,\n      // so that negation later will do the right thing.\n      if ((this.flags & RE2Flags.CLASS_NL) === 0) {\n        cc.appendRange(Codepoint.CODES.get('\\n'), Codepoint.CODES.get('\\n'))\n      }\n    }\n\n    let first = true // ']' and '-' are okay as first char in class\n    while (!t.more() || t.peek() !== Codepoint.CODES.get(']') || first) {\n      // POSIX: - is only okay unescaped as first or last in class.\n      // Perl: - is okay anywhere.\n      if (t.more() && t.lookingAt('-') && (this.flags & RE2Flags.PERL_X) === 0 && !first) {\n        const s = t.rest()\n        if (s === '-' || !s.startsWith('-]')) {\n          t.rewindTo(startPos)\n          throw new RE2JSSyntaxException(Parser.ERR_INVALID_CHAR_RANGE, t.rest())\n        }\n      }\n\n      first = false\n      const beforePos = t.pos()\n      // Look for POSIX [:alnum:] etc.\n      if (t.lookingAt('[:')) {\n        if (this.parseNamedClass(t, cc)) {\n          continue\n        }\n        t.rewindTo(beforePos)\n      }\n\n      // Look for Unicode character group like \\p{Han}.\n      if (this.parseUnicodeClass(t, cc)) {\n        continue\n      }\n\n      // Look for Perl character class symbols (extension).\n      if (this.parsePerlClassEscape(t, cc)) {\n        continue\n      }\n      t.rewindTo(beforePos)\n\n      // Single character or simple range.\n      const lo = Parser.parseClassChar(t, startPos)\n      let hi = lo\n      if (t.more() && t.lookingAt('-')) {\n        t.skip(1)\n        if (t.more() && t.lookingAt(']')) {\n          // [a-] means (a|-) so check for final ].\n          t.skip(-1)\n        } else {\n          hi = Parser.parseClassChar(t, startPos)\n          if (hi < lo) {\n            throw new RE2JSSyntaxException(Parser.ERR_INVALID_CHAR_RANGE, t.from(beforePos))\n          }\n        }\n      }\n      if ((this.flags & RE2Flags.FOLD_CASE) === 0) {\n        cc.appendRange(lo, hi)\n      } else {\n        cc.appendFoldedRange(lo, hi)\n      }\n    }\n    t.skip(1) // ']'\n\n    cc.cleanClass()\n    if (sign < 0) {\n      cc.negateClass()\n    }\n    re.runes = cc.toArray()\n    this.push(re)\n  }\n}\n\nexport { Parser }\n","import { RE2Flags } from './RE2Flags'\nimport { MatcherInput, MatcherInputBase } from './MatcherInput'\nimport { Machine } from './Machine'\nimport { MachineInput } from './MachineInput'\nimport { DFA } from './DFA'\nimport { Compiler } from './Compiler'\nimport { Simplify } from './Simplify'\nimport { Parser } from './Parser'\nimport { Utils } from './Utils'\n\nclass AtomicReference {\n  constructor(initialValue) {\n    this.value = initialValue\n  }\n\n  // Returns the current value\n  get() {\n    return this.value\n  }\n\n  // Sets to the given value\n  set(newValue) {\n    this.value = newValue\n  }\n\n  // Atomically sets to the given value and returns true if the current value == the expected value\n  compareAndSet(expect, update) {\n    if (this.value === expect) {\n      this.value = update\n      return true\n    }\n    return false\n  }\n}\n\n/**\n * An RE2 class instance is a compiled representation of an RE2 regular expression, independent of\n * the public Java-like Pattern/Matcher API.\n *\n * This class also contains various implementation helpers for RE2 regular expressions.\n *\n * Use the {@link #quoteMeta(String)} utility function to quote all regular expression\n * metacharacters in an arbitrary string.\n *\n */\nclass RE2 {\n  // This is visible for testing.\n  static initTest(expr) {\n    const re2 = RE2.compile(expr)\n    const res = new RE2(re2.expr, re2.prog, re2.numSubexp, re2.longest)\n    res.cond = re2.cond\n    res.prefix = re2.prefix\n    res.prefixUTF8 = re2.prefixUTF8\n    res.prefixComplete = re2.prefixComplete\n    res.prefixRune = re2.prefixRune\n    return res\n  }\n\n  /**\n   * Parses a regular expression and returns, if successful, an {@code RE2} instance that can be\n   * used to match against text.\n   *\n   * When matching against text, the regexp returns a match that begins as early as possible in the\n   * input (leftmost), and among those it chooses the one that a backtracking search would have\n   * found first. This so-called leftmost-first matching is the same semantics that Perl, Python,\n   * and other implementations use, although this package implements it without the expense of\n   * backtracking. For POSIX leftmost-longest matching, see {@link #compilePOSIX}.\n   */\n  static compile(expr) {\n    return RE2.compileImpl(expr, RE2Flags.PERL, false)\n  }\n\n  /**\n   * {@code compilePOSIX} is like {@link #compile} but restricts the regular expression to POSIX ERE\n   * (egrep) syntax and changes the match semantics to leftmost-longest.\n   *\n   * That is, when matching against text, the regexp returns a match that begins as early as\n   * possible in the input (leftmost), and among those it chooses a match that is as long as\n   * possible. This so-called leftmost-longest matching is the same semantics that early regular\n   * expression implementations used and that POSIX specifies.\n   *\n   * However, there can be multiple leftmost-longest matches, with different submatch choices, and\n   * here this package diverges from POSIX. Among the possible leftmost-longest matches, this\n   * package chooses the one that a backtracking search would have found first, while POSIX\n   * specifies that the match be chosen to maximize the length of the first subexpression, then the\n   * second, and so on from left to right. The POSIX rule is computationally prohibitive and not\n   * even well-defined. See http://swtch.com/~rsc/regexp/regexp2.html#posix\n   */\n  static compilePOSIX(expr) {\n    return RE2.compileImpl(expr, RE2Flags.POSIX, true)\n  }\n\n  // Exposed to ExecTests.\n  static compileImpl(expr, mode, longest) {\n    let re = Parser.parse(expr, mode)\n    const maxCap = re.maxCap()\n    re = Simplify.simplify(re)\n\n    const prog = Compiler.compileRegexp(re)\n    const re2 = new RE2(expr, prog, maxCap, longest)\n\n    const [prefixCompl, prefixStr] = prog.prefix()\n    re2.prefixComplete = prefixCompl\n    re2.prefix = prefixStr\n    re2.prefixUTF8 = Utils.stringToUtf8ByteArray(re2.prefix)\n\n    if (re2.prefix.length > 0) {\n      re2.prefixRune = re2.prefix.codePointAt(0)\n    }\n    re2.namedGroups = re.namedGroups\n    return re2\n  }\n\n  /**\n   * Returns true iff textual regular expression {@code pattern} matches string {@code s}.\n   *\n   * More complicated queries need to use {@link #compile} and the full {@code RE2} interface.\n   */\n  // This is visible for testing.\n  static match(pattern, s) {\n    return RE2.compile(pattern).match(s)\n  }\n\n  constructor(expr, prog, numSubexp = 0, longest = 0) {\n    this.expr = expr // as passed to Compile\n    this.prog = prog // compiled program\n    this.numSubexp = numSubexp\n    this.longest = longest\n    this.cond = prog.startCond() // EMPTY_* bitmask: empty-width conditions\n    this.prefix = null // required UTF-16 prefix in unanchored matches\n    this.prefixUTF8 = null // required UTF-8 prefix in unanchored matches\n    this.prefixComplete = false // true if prefix is the entire regexp\n    this.prefixRune = 0 // first rune in prefix\n    this.pooled = new AtomicReference() // Cache of machines for running regexp. Forms a Treiber stack.\n    this.dfa = new DFA(prog) // Initialize the Lazy DFA\n  }\n\n  executeEngine(input, pos, anchor, ncap) {\n    // If the user wants capturing groups (ncap > 0), the DFA mathematically CANNOT do it.\n    // We must use the NFA.\n    if (ncap > 0) {\n      return this.doExecuteNFA(input, pos, anchor, ncap)\n    }\n\n    const dfaResult = this.dfa.match(input, pos, anchor)\n    if (dfaResult !== null) {\n      // DFA succeeded (returned true or false)\n      return dfaResult ? [] : null // Return empty array to signify \"matched but no captures\"\n    }\n\n    // Fallback to NFA\n    return this.doExecuteNFA(input, pos, anchor, ncap)\n  }\n\n  /**\n   * Returns the number of parenthesized subexpressions in this regular expression.\n   */\n  numberOfCapturingGroups() {\n    return this.numSubexp\n  }\n\n  /**\n   * Returns the number of instructions in this compiled regular expression program.\n   */\n  numberOfInstructions() {\n    return this.prog.numInst()\n  }\n\n  // get() returns a machine to use for matching |this|.  It uses |this|'s\n  // machine cache if possible, to avoid unnecessary allocation.\n  get() {\n    // Pop a machine off the stack if available.\n    let head\n\n    do {\n      head = this.pooled.get()\n    } while (head && !this.pooled.compareAndSet(head, head.next))\n\n    return head\n  }\n\n  // Clears the memory associated with this machine.\n  reset() {\n    this.pooled.set(null)\n  }\n\n  // put() returns a machine to |this|'s machine cache.  There is no attempt to\n  // limit the size of the cache, so it will grow to the maximum number of\n  // simultaneous matches run using |this|.  (The cache empties when |this|\n  // gets garbage collected or reset is called.)\n  put(m, isNew) {\n    // To avoid allocation in the single-thread or uncontended case, reuse a node only if\n    // it was the only element in the stack when it was popped, and it's the only element\n    // in the stack when it's pushed back after use.\n    let head = this.pooled.get()\n    do {\n      head = this.pooled.get()\n      if (!isNew && head) {\n        // If an element had a null next pointer and it was previously in the stack, another thread\n        // might be trying to pop it out right now, and if it sees the same node now in the\n        // stack the pop will succeed, but the new top of the stack will be the stale (null) value\n        // of next. Allocate a new Machine so that the CAS will not succeed if this node has been\n        // popped and re-pushed.\n        m = Machine.fromMachine(m)\n        isNew = true\n      }\n\n      // Without this comparison, TSAN will complain about a race condition:\n      // Thread A, B, and C all attempt to do a match on the same pattern.\n      //\n      // A: Allocates Machine 1; executes match; put machine 1. State is now:\n      //\n      // pooled -> machine 1 -> null\n      //\n      // B reads pooled, sees machine 1\n      //\n      // C reads pooled, sees machine 1\n      //\n      // B successfully CASes pooled to null\n      //\n      // B executes match; put machine 1, which involves setting machine1.next to\n      // null (even though it's already null); preempted before CAS\n      //\n      // C resumes, and reads machine1.next in order to execute cas(head, head.next)\n      //\n      // There is no happens-before relationship between B's redundant null write\n      // and C's read, thus triggering TSAN.\n      //\n      // Not needed for JS code\n      if (m.next !== head) {\n        m.next = head\n      }\n    } while (!this.pooled.compareAndSet(head, m))\n  }\n\n  toString() {\n    return this.expr\n  }\n\n  // doExecuteNFA() finds the leftmost match in the input and returns\n  // the position of its subexpressions.\n  // Derived from exec.go.\n  doExecuteNFA(input, pos, anchor, ncap) {\n    let m = this.get()\n    // The Treiber stack cannot reuse nodes, unless the node to be reused has only ever been at\n    // the bottom of the stack (i.e., next == null).\n    let isNew = false\n    if (!m) {\n      m = Machine.fromRE2(this)\n      isNew = true\n    } else if (m.next !== null) {\n      m = Machine.fromMachine(m)\n      isNew = true\n    }\n\n    m.init(ncap)\n    const cap = m.match(input, pos, anchor) ? m.submatches() : null\n    this.put(m, isNew)\n    return cap\n  }\n\n  match(s) {\n    return this.executeEngine(MachineInput.fromUTF16(s), 0, RE2Flags.UNANCHORED, 0) !== null\n  }\n\n  /**\n   * Matches the regular expression against input starting at position start and ending at position\n   * end, with the given anchoring. Records the submatch boundaries in group, which is [start, end)\n   * pairs of byte offsets. The number of boundaries needed is inferred from the size of the group\n   * array. It is most efficient not to ask for submatch boundaries.\n   *\n   * @param input the input byte array\n   * @param start the beginning position in the input\n   * @param end the end position in the input\n   * @param anchor the anchoring flag (UNANCHORED, ANCHOR_START, ANCHOR_BOTH)\n   * @param group the array to fill with submatch positions\n   * @param ngroup the number of array pairs to fill in\n   * @returns true if a match was found\n   */\n  matchWithGroup(input, start, end, anchor, ngroup) {\n    if (!(input instanceof MatcherInputBase)) {\n      input = MatcherInput.utf16(input)\n    }\n\n    return this.matchMachineInput(input, start, end, anchor, ngroup)\n  }\n\n  matchMachineInput(input, start, end, anchor, ngroup) {\n    if (start > end) {\n      return [false, null]\n    }\n    const machineInput = input.isUTF16Encoding()\n      ? MachineInput.fromUTF16(input.asCharSequence(), 0, end)\n      : MachineInput.fromUTF8(input.asBytes(), 0, end)\n\n    const groupMatch = this.executeEngine(machineInput, start, anchor, 2 * ngroup)\n\n    if (groupMatch === null) {\n      return [false, null]\n    }\n    return [true, groupMatch]\n  }\n\n  /**\n   * Returns true iff this regexp matches the UTF-8 byte array {@code b}.\n   */\n  // This is visible for testing.\n  matchUTF8(b) {\n    return this.executeEngine(MachineInput.fromUTF8(b), 0, RE2Flags.UNANCHORED, 0) !== null\n  }\n\n  /**\n   * Returns a copy of {@code src} in which all matches for this regexp have been replaced by\n   * {@code repl}. No support is provided for expressions (e.g. {@code \\1} or {@code $1}) in the\n   * replacement string.\n   */\n  // This is visible for testing.\n  replaceAll(src, repl) {\n    return this.replaceAllFunc(src, () => repl, 2 * src.length + 1)\n  }\n\n  /**\n   * Returns a copy of {@code src} in which only the first match for this regexp has been replaced\n   * by {@code repl}. No support is provided for expressions (e.g. {@code \\1} or {@code $1}) in the\n   * replacement string.\n   */\n  // This is visible for testing.\n  replaceFirst(src, repl) {\n    return this.replaceAllFunc(src, () => repl, 1)\n  }\n\n  /**\n   * Returns a copy of {@code src} in which at most {@code maxReplaces} matches for this regexp have\n   * been replaced by the return value of of function {@code repl} (whose first argument is the\n   * matched string). No support is provided for expressions (e.g. {@code \\1} or {@code $1}) in the\n   * replacement string.\n   */\n  // This is visible for testing.\n  replaceAllFunc(src, replFunc, maxReplaces) {\n    let lastMatchEnd = 0\n    let searchPos = 0\n    let out = ''\n\n    const input = MachineInput.fromUTF16(src)\n    let numReplaces = 0\n    while (searchPos <= src.length) {\n      const a = this.executeEngine(input, searchPos, RE2Flags.UNANCHORED, 2)\n      if (a === null || a.length === 0) {\n        break\n      }\n      out += src.substring(lastMatchEnd, a[0])\n\n      if (a[1] > lastMatchEnd || a[0] === 0) {\n        out += replFunc(src.substring(a[0], a[1]))\n        numReplaces++\n      }\n\n      lastMatchEnd = a[1]\n      const width = input.step(searchPos) & 7\n      if (searchPos + width > a[1]) {\n        searchPos += width\n      } else if (searchPos + 1 > a[1]) {\n        searchPos++\n      } else {\n        searchPos = a[1]\n      }\n      if (numReplaces >= maxReplaces) {\n        break\n      }\n    }\n\n    out += src.substring(lastMatchEnd)\n    return out\n  }\n\n  // The number of capture values in the program may correspond\n  // to fewer capturing expressions than are in the regexp.\n  // For example, \"(a){0}\" turns into an empty program, so the\n  // maximum capture in the program is 0 but we need to return\n  // an expression for \\1.  Pad returns a with -1s appended as needed;\n  // the result may alias a.\n  pad(a) {\n    if (a === null) {\n      return null\n    }\n\n    let n = (1 + this.numSubexp) * 2\n\n    if (a.length < n) {\n      let a2 = new Array(n).fill(-1)\n      for (let i = 0; i < a.length; i++) {\n        a2[i] = a[i]\n      }\n      a = a2\n    }\n    return a\n  }\n\n  // Find matches in input.\n  allMatches(input, n, deliverFun = (v) => v) {\n    let result = []\n    const end = input.endPos()\n    if (n < 0) {\n      n = end + 1\n    }\n\n    let pos = 0\n    let i = 0\n    let prevMatchEnd = -1\n    while (i < n && pos <= end) {\n      const matches = this.executeEngine(input, pos, RE2Flags.UNANCHORED, this.prog.numCap)\n      if (matches === null || matches.length === 0) {\n        break\n      }\n\n      let accept = true\n      if (matches[1] === pos) {\n        if (matches[0] === prevMatchEnd) {\n          accept = false\n        }\n        const r = input.step(pos)\n        if (r < 0) {\n          pos = end + 1\n        } else {\n          pos += r & 7\n        }\n      } else {\n        pos = matches[1]\n      }\n      prevMatchEnd = matches[1]\n\n      if (accept) {\n        result.push(deliverFun(this.pad(matches)))\n        i++\n      }\n    }\n    return result\n  }\n\n  // Legacy Go-style interface; preserved (package-private) for better\n  // test coverage.\n  //\n  // There are 16 methods of RE2 that match a regular expression and\n  // identify the matched text.  Their names are matched by this regular\n  // expression:\n  //\n  //    find(All)?(UTF8)?(Submatch)?(Index)?\n  //\n  // If 'All' is present, the routine matches successive non-overlapping\n  // matches of the entire expression.  Empty matches abutting a\n  // preceding match are ignored.  The return value is an array\n  // containing the successive return values of the corresponding\n  // non-All routine.  These routines take an extra integer argument, n;\n  // if n >= 0, the function returns at most n matches/submatches.\n  //\n  // If 'UTF8' is present, the argument is a UTF-8 encoded byte[] array;\n  // otherwise it is a UTF-16 encoded js string; return values\n  // are adjusted as appropriate.\n  //\n  // If 'Submatch' is present, the return value is an list identifying\n  // the successive submatches of the expression.  Submatches are\n  // matches of parenthesized subexpressions within the regular\n  // expression, numbered from left to right in order of opening\n  // parenthesis.  Submatch 0 is the match of the entire expression,\n  // submatch 1 the match of the first parenthesized subexpression, and\n  // so on.\n  //\n  // If 'Index' is present, matches and submatches are identified by\n  // byte index pairs within the input string: result[2*n:2*n+1]\n  // identifies the indexes of the nth submatch.  The pair for n==0\n  // identifies the match of the entire expression.  If 'Index' is not\n  // present, the match is identified by the text of the match/submatch.\n  // If an index is negative, it means that subexpression did not match\n  // any string in the input.\n\n  /**\n   * Returns an array holding the text of the leftmost match in {@code b} of this regular\n   * expression.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findUTF8(b) {\n    const a = this.executeEngine(MachineInput.fromUTF8(b), 0, RE2Flags.UNANCHORED, 2)\n    if (a === null) {\n      return null\n    }\n    return b.slice(a[0], a[1])\n  }\n\n  /**\n   * Returns a two-element array of integers defining the location of the leftmost match in\n   * {@code b} of this regular expression. The match itself is at {@code b[loc[0]...loc[1]]}.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findUTF8Index(b) {\n    const a = this.executeEngine(MachineInput.fromUTF8(b), 0, RE2Flags.UNANCHORED, 2)\n    if (a === null) {\n      return null\n    }\n    return a.slice(0, 2)\n  }\n\n  /**\n   * Returns a string holding the text of the leftmost match in {@code s} of this regular\n   * expression.\n   *\n   * If there is no match, the return value is an empty string, but it will also be empty if the\n   * regular expression successfully matches an empty string. Use {@link #findIndex} or\n   * {@link #findSubmatch} if it is necessary to distinguish these cases.\n   */\n  // This is visible for testing.\n  find(s) {\n    const a = this.executeEngine(MachineInput.fromUTF16(s), 0, RE2Flags.UNANCHORED, 2)\n    if (a === null) {\n      return ''\n    }\n    return s.substring(a[0], a[1])\n  }\n\n  /**\n   * Returns a two-element array of integers defining the location of the leftmost match in\n   * {@code s} of this regular expression. The match itself is at\n   * {@code s.substring(loc[0], loc[1])}.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findIndex(s) {\n    return this.executeEngine(MachineInput.fromUTF16(s), 0, RE2Flags.UNANCHORED, 2)\n  }\n\n  /**\n   * Returns an array of arrays the text of the leftmost match of the regular expression in\n   * {@code b} and the matches, if any, of its subexpressions, as defined by the <a\n   * href='#submatch'>Submatch</a> description above.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findUTF8Submatch(b) {\n    const a = this.executeEngine(MachineInput.fromUTF8(b), 0, RE2Flags.UNANCHORED, this.prog.numCap)\n    if (a === null) {\n      return null\n    }\n\n    const ret = new Array(1 + this.numSubexp).fill(null)\n    for (let i = 0; i < ret.length; i++) {\n      if (2 * i < a.length && a[2 * i] >= 0) {\n        ret[i] = b.slice(a[2 * i], a[2 * i + 1])\n      }\n    }\n    return ret\n  }\n\n  /**\n   * Returns an array holding the index pairs identifying the leftmost match of this regular\n   * expression in {@code b} and the matches, if any, of its subexpressions, as defined by the the\n   * <a href='#submatch'>Submatch</a> and <a href='#index'>Index</a> descriptions above.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findUTF8SubmatchIndex(b) {\n    return this.pad(\n      this.executeEngine(MachineInput.fromUTF8(b), 0, RE2Flags.UNANCHORED, this.prog.numCap)\n    )\n  }\n\n  /**\n   * Returns an array of strings holding the text of the leftmost match of the regular expression in\n   * {@code s} and the matches, if any, of its subexpressions, as defined by the <a\n   * href='#submatch'>Submatch</a> description above.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findSubmatch(s) {\n    const a = this.executeEngine(\n      MachineInput.fromUTF16(s),\n      0,\n      RE2Flags.UNANCHORED,\n      this.prog.numCap\n    )\n    if (a === null) {\n      return null\n    }\n\n    const ret = new Array(1 + this.numSubexp).fill(null)\n    for (let i = 0; i < ret.length; i++) {\n      if (2 * i < a.length && a[2 * i] >= 0) {\n        ret[i] = s.substring(a[2 * i], a[2 * i + 1])\n      }\n    }\n    return ret\n  }\n\n  /**\n   * Returns an array holding the index pairs identifying the leftmost match of this regular\n   * expression in {@code s} and the matches, if any, of its subexpressions, as defined by the <a\n   * href='#submatch'>Submatch</a> description above.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findSubmatchIndex(s) {\n    return this.pad(\n      this.executeEngine(MachineInput.fromUTF16(s), 0, RE2Flags.UNANCHORED, this.prog.numCap)\n    )\n  }\n\n  /**\n   * {@code findAllUTF8()} is the <a href='#all'>All</a> version of {@link #findUTF8}; it returns a\n   * list of up to {@code n} successive matches of the expression, as defined by the <a\n   * href='#all'>All</a> description above.\n   *\n   * A return value of null indicates no match.\n   *\n   * TODO(adonovan): think about defining a byte slice view class, like a read-only Go slice backed\n   * by |b|.\n   */\n  // This is visible for testing.\n  findAllUTF8(b, n) {\n    const result = this.allMatches(MachineInput.fromUTF8(b), n, (match) =>\n      b.slice(match[0], match[1])\n    )\n    if (result.length === 0) {\n      return null\n    }\n    return result\n  }\n\n  /**\n   * {@code findAllUTF8Index} is the <a href='#all'>All</a> version of {@link #findUTF8Index}; it\n   * returns a list of up to {@code n} successive matches of the expression, as defined by the <a\n   * href='#all'>All</a> description above.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findAllUTF8Index(b, n) {\n    const result = this.allMatches(MachineInput.fromUTF8(b), n, (match) => match.slice(0, 2))\n    if (result.length === 0) {\n      return null\n    }\n    return result\n  }\n\n  /**\n   * {@code findAll} is the <a href='#all'>All</a> version of {@link #find}; it returns a list of up\n   * to {@code n} successive matches of the expression, as defined by the <a href='#all'>All</a>\n   * description above.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findAll(s, n) {\n    const result = this.allMatches(MachineInput.fromUTF16(s), n, (match) =>\n      s.substring(match[0], match[1])\n    )\n    if (result.length === 0) {\n      return null\n    }\n    return result\n  }\n\n  /**\n   * {@code findAllIndex} is the <a href='#all'>All</a> version of {@link #findIndex}; it returns a\n   * list of up to {@code n} successive matches of the expression, as defined by the <a\n   * href='#all'>All</a> description above.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findAllIndex(s, n) {\n    const result = this.allMatches(MachineInput.fromUTF16(s), n, (match) => match.slice(0, 2))\n    if (result.length === 0) {\n      return null\n    }\n    return result\n  }\n\n  /**\n   * {@code findAllUTF8Submatch} is the <a href='#all'>All</a> version of {@link #findUTF8Submatch};\n   * it returns a list of up to {@code n} successive matches of the expression, as defined by the <a\n   * href='#all'>All</a> description above.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findAllUTF8Submatch(b, n) {\n    const result = this.allMatches(MachineInput.fromUTF8(b), n, (match) => {\n      let slice = new Array((match.length / 2) | 0).fill(null)\n      for (let j = 0; j < slice.length; j++) {\n        if (match[2 * j] >= 0) {\n          slice[j] = b.slice(match[2 * j], match[2 * j + 1])\n        }\n      }\n      return slice\n    })\n    if (result.length === 0) {\n      return null\n    }\n    return result\n  }\n\n  /**\n   * {@code findAllUTF8SubmatchIndex} is the <a href='#all'>All</a> version of\n   * {@link #findUTF8SubmatchIndex}; it returns a list of up to {@code n} successive matches of the\n   * expression, as defined by the <a href='#all'>All</a> description above.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findAllUTF8SubmatchIndex(b, n) {\n    const result = this.allMatches(MachineInput.fromUTF8(b), n)\n    if (result.length === 0) {\n      return null\n    }\n    return result\n  }\n\n  /**\n   * {@code findAllSubmatch} is the <a href='#all'>All</a> version of {@link #findSubmatch}; it\n   * returns a list of up to {@code n} successive matches of the expression, as defined by the <a\n   * href='#all'>All</a> description above.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findAllSubmatch(s, n) {\n    const result = this.allMatches(MachineInput.fromUTF16(s), n, (match) => {\n      let slice = new Array((match.length / 2) | 0).fill(null)\n      for (let j = 0; j < slice.length; j++) {\n        if (match[2 * j] >= 0) {\n          slice[j] = s.substring(match[2 * j], match[2 * j + 1])\n        }\n      }\n      return slice\n    })\n    if (result.length === 0) {\n      return null\n    }\n    return result\n  }\n\n  /**\n   * {@code findAllSubmatchIndex} is the <a href='#all'>All</a> version of\n   * {@link #findSubmatchIndex}; it returns a list of up to {@code n} successive matches of the\n   * expression, as defined by the <a href='#all'>All</a> description above.\n   *\n   * A return value of null indicates no match.\n   */\n  // This is visible for testing.\n  findAllSubmatchIndex(s, n) {\n    const result = this.allMatches(MachineInput.fromUTF16(s), n)\n    if (result.length === 0) {\n      return null\n    }\n    return result\n  }\n}\n\nexport { RE2 }\n","/**\n * Transform JS regex string to RE2 regex string\n */\nclass TranslateRegExpString {\n  static isUpperCaseAlpha(ch) {\n    return 'A' <= ch && ch <= 'Z'\n  }\n\n  static isHexadecimal(ch) {\n    return ('0' <= ch && ch <= '9') || ('A' <= ch && ch <= 'F') || ('a' <= ch && ch <= 'f')\n  }\n\n  static getUtf8CharSize(ch) {\n    const code = ch.charCodeAt(0)\n    if (code < 0x80) return 1 // 1-byte (ASCII)\n    if (code < 0x800) return 2 // 2-byte\n    if (code < 0x10000) return 3 // 3-byte\n    return 4 // 4-byte (surrogate pairs, rare characters)\n  }\n\n  static translate(data) {\n    if (typeof data !== 'string') {\n      return data\n    }\n\n    let result = ''\n    let changed = false\n    let size = data.length\n\n    if (size === 0) {\n      result = '(?:)'\n      changed = true\n    }\n\n    let i = 0\n    while (i < size) {\n      let ch = data[i]\n\n      if (ch === '\\\\') {\n        if (i + 1 < size) {\n          ch = data[i + 1]\n          switch (ch) {\n            case '\\\\': {\n              result += '\\\\\\\\'\n              i += 2\n              continue\n            }\n            case 'c': {\n              if (i + 2 < size) {\n                let nextCh = data[i + 2]\n                if (TranslateRegExpString.isUpperCaseAlpha(nextCh)) {\n                  result += '\\\\x'\n                  result += ((nextCh.charCodeAt(0) - 64) >> 4).toString(16).toUpperCase()\n                  result += ((nextCh.charCodeAt(0) - 64) & 15).toString(16).toUpperCase()\n                  i += 3\n                  changed = true\n                  continue\n                }\n              }\n              result += '\\\\c'\n              i += 2\n              continue\n            }\n            case 'u': {\n              if (i + 2 < size) {\n                let nextCh = data[i + 2]\n                if (TranslateRegExpString.isHexadecimal(nextCh)) {\n                  result += '\\\\x{' + nextCh\n                  i += 3\n                  for (let j = 0; j < 3 && i < size; ++i, ++j) {\n                    nextCh = data[i]\n                    if (!TranslateRegExpString.isHexadecimal(nextCh)) {\n                      break\n                    }\n                    result += nextCh\n                  }\n                  result += '}'\n                  changed = true\n                  continue\n                } else if (nextCh === '{') {\n                  result += '\\\\x'\n                  i += 2\n                  changed = true\n                  continue\n                }\n              }\n              result += '\\\\u'\n              i += 2\n              continue\n            }\n            default: {\n              result += '\\\\'\n              let symSize = TranslateRegExpString.getUtf8CharSize(ch)\n              result += data.substring(i + 1, i + 1 + symSize)\n              i += symSize + 1\n              continue\n            }\n          }\n        }\n      } else if (ch === '/') {\n        result += '\\\\/'\n        i += 1\n        changed = true\n        continue\n      } else if (ch === '(' && i + 2 < size && data[i + 1] === '?' && data[i + 2] === '<') {\n        if (i + 3 >= size || (data[i + 3] !== '=' && data[i + 3] !== '!')) {\n          result += '(?P<'\n          i += 3\n          changed = true\n          continue\n        }\n      }\n\n      let symSize = TranslateRegExpString.getUtf8CharSize(ch)\n      result += data.substring(i, i + symSize)\n      i += symSize\n    }\n\n    return changed ? result : data\n  }\n}\n\nexport { TranslateRegExpString }\n","import { RE2Flags } from './RE2Flags'\nimport { MatcherInput } from './MatcherInput'\nimport { MachineInput } from './MachineInput'\nimport { Matcher } from './Matcher'\nimport { RE2 } from './RE2'\nimport { Utils } from './Utils'\nimport { TranslateRegExpString } from './TranslateRegExpString'\nimport {\n  RE2JSException,\n  RE2JSSyntaxException,\n  RE2JSCompileException,\n  RE2JSGroupException,\n  RE2JSFlagsException\n} from './exceptions'\n\n/**\n * A compiled representation of an RE2 regular expression\n *\n * The matching functions take {@code String} arguments instead of the more general Java\n * {@code CharSequence} since the latter doesn't provide UTF-16 decoding.\n *\n *\n * @author rsc@google.com (Russ Cox)\n * @class\n */\nclass RE2JS {\n  /**\n   * Flag: case insensitive matching.\n   */\n  static CASE_INSENSITIVE = 1\n  /**\n   * Flag: dot ({@code .}) matches all characters, including newline.\n   */\n  static DOTALL = 2\n  /**\n   * Flag: multiline matching: {@code ^} and {@code $} match at beginning and end of line, not just\n   * beginning and end of input.\n   */\n  static MULTILINE = 4\n  /**\n   * Flag: Unicode groups (e.g. {@code \\p\\ Greek\\} ) will be syntax errors.\n   */\n  static DISABLE_UNICODE_GROUPS = 8\n  /**\n   * Flag: matches longest possible string.\n   */\n  static LONGEST_MATCH = 16\n\n  /**\n   * Returns a literal pattern string for the specified string.\n   *\n   * This method produces a string that can be used to create a <code>RE2JS</code> that would\n   * match the string <code>s</code> as if it were a literal pattern.\n   *\n   * Metacharacters or escape sequences in the input sequence will be given no special meaning.\n   *\n   * @param {string} str The string to be literalized\n   * @returns {string} A literal string replacement\n   */\n  static quote(str) {\n    return Utils.quoteMeta(str)\n  }\n\n  /**\n   * Translates a given regular expression string to ensure compatibility with RE2JS.\n   *\n   * This function preprocesses the input regex string by applying necessary transformations,\n   * such as escaping special characters (e.g., `/`), converting named capture groups to\n   * RE2JS-compatible syntax, and handling Unicode sequences properly. It ensures that the\n   * resulting regex is safe and properly formatted before compilation.\n   *\n   * @param {string} expr - The regular expression string to be translated.\n   * @returns {string} - The transformed regular expression string, ready for compilation.\n   */\n  static translateRegExp(expr) {\n    return TranslateRegExpString.translate(expr)\n  }\n\n  /**\n   * Helper: create new RE2JS with given regex and flags. Flregex is the regex with flags applied.\n   * @param {string} regex\n   * @param {number} [flags=0]\n   * @returns {RE2JS}\n   */\n  static compile(regex, flags = 0) {\n    let fregex = regex\n    if ((flags & RE2JS.CASE_INSENSITIVE) !== 0) {\n      fregex = `(?i)${fregex}`\n    }\n    if ((flags & RE2JS.DOTALL) !== 0) {\n      fregex = `(?s)${fregex}`\n    }\n    if ((flags & RE2JS.MULTILINE) !== 0) {\n      fregex = `(?m)${fregex}`\n    }\n    if (\n      (flags &\n        ~(\n          RE2JS.MULTILINE |\n          RE2JS.DOTALL |\n          RE2JS.CASE_INSENSITIVE |\n          RE2JS.DISABLE_UNICODE_GROUPS |\n          RE2JS.LONGEST_MATCH\n        )) !==\n      0\n    ) {\n      throw new RE2JSFlagsException(\n        'Flags should only be a combination of MULTILINE, DOTALL, CASE_INSENSITIVE, DISABLE_UNICODE_GROUPS, LONGEST_MATCH'\n      )\n    }\n\n    let re2Flags = RE2Flags.PERL\n    if ((flags & RE2JS.DISABLE_UNICODE_GROUPS) !== 0) {\n      re2Flags &= ~RE2Flags.UNICODE_GROUPS\n    }\n\n    const p = new RE2JS(regex, flags)\n    // The compiled RE2 regexp.\n    p.re2Input = RE2.compileImpl(fregex, re2Flags, (flags & RE2JS.LONGEST_MATCH) !== 0)\n    return p\n  }\n\n  /**\n   * Matches a string against a regular expression.\n   *\n   * @param {string} regex the regular expression\n   * @param {string|number[]} input the input\n   * @returns {boolean} true if the regular expression matches the entire input\n   * @throws RE2JSSyntaxException if the regular expression is malformed\n   */\n  static matches(regex, input) {\n    return RE2JS.compile(regex).testExact(input)\n  }\n\n  /**\n   * This is visible for testing.\n   * @private\n   */\n  static initTest(pattern, flags, re2) {\n    if (pattern == null) {\n      throw new Error('pattern is null')\n    }\n    if (re2 == null) {\n      throw new Error('re2 is null')\n    }\n    const p = new RE2JS(pattern, flags)\n    // The compiled RE2 regexp.\n    p.re2Input = re2\n    return p\n  }\n\n  /**\n   *\n   * @param {string} pattern\n   * @param {number} flags\n   */\n  constructor(pattern, flags) {\n    // The pattern string at construction time.\n    this.patternInput = pattern\n    // The flags at construction time.\n    this.flagsInput = flags\n  }\n\n  /**\n   * Releases memory used by internal caches associated with this pattern. Does not change the\n   * observable behaviour. Useful for tests that detect memory leaks via allocation tracking.\n   */\n  reset() {\n    this.re2Input.reset()\n  }\n\n  /**\n   * Returns the flags used in the constructor.\n   * @returns {number}\n   */\n  flags() {\n    return this.flagsInput\n  }\n\n  /**\n   * Returns the pattern used in the constructor.\n   * @returns {string}\n   */\n  pattern() {\n    return this.patternInput\n  }\n\n  re2() {\n    return this.re2Input\n  }\n\n  /**\n   * Matches a string against a regular expression.\n   *\n   * @param {string|number[]} input the input\n   * @returns {boolean} true if the regular expression matches the entire input\n   */\n  matches(input) {\n    return this.testExact(input)\n  }\n\n  /**\n   * Creates a new {@code Matcher} matching the pattern against the input.\n   *\n   * @param {string|number[]} input the input string\n   * @returns {Matcher}\n   */\n  matcher(input) {\n    if (Array.isArray(input)) {\n      input = MatcherInput.utf8(input)\n    }\n\n    return new Matcher(this, input)\n  }\n\n  /**\n   * Tests whether the regular expression matches any part of the input string.\n   * Performance Note: This method is highly optimized. Because it only returns\n   * a boolean and does not extract capture groups, it bypasses the `Matcher` overhead\n   * and guarantees execution on the high-speed DFA engine whenever possible.\n   *\n   * @param {string|number[]} input - The input string or UTF-8 byte array to test against.\n   * @returns {boolean} `true` if the pattern is found anywhere in the input, `false` otherwise.\n   */\n  test(input) {\n    if (Array.isArray(input)) {\n      // Reuse the existing UTF-8 fast-path method\n      return this.re2Input.matchUTF8(input)\n    }\n\n    // Reuse the existing UTF-16 fast-path method\n    return this.re2Input.match(input)\n  }\n\n  /**\n   * Tests whether the regular expression matches the ENTIRE input string.\n   * * **Performance Note:** This operates identically to `.matches()`, but is significantly\n   * faster because it does not request capture group data. By requesting 0 capture groups,\n   * it securely routes execution through the DFA fast-path.\n   *\n   * @param {string|number[]} input - The input string or UTF-8 byte array to test against.\n   * @returns {boolean} `true` if the exact input string fully matches the pattern, `false` otherwise.\n   */\n  testExact(input) {\n    const machineInput = Array.isArray(input)\n      ? MachineInput.fromUTF8(input)\n      : MachineInput.fromUTF16(input)\n\n    return this.re2Input.executeEngine(machineInput, 0, RE2Flags.ANCHOR_BOTH, 0) !== null\n  }\n\n  /**\n   * Splits input around instances of the regular expression. It returns an array giving the strings\n   * that occur before, between, and after instances of the regular expression.\n   *\n   * If {@code limit <= 0}, there is no limit on the size of the returned array. If\n   * {@code limit == 0}, empty strings that would occur at the end of the array are omitted. If\n   * {@code limit > 0}, at most limit strings are returned. The final string contains the remainder\n   * of the input, possibly including additional matches of the pattern.\n   *\n   * @param {string} input the input string to be split\n   * @param {number} [limit=0] the limit\n   * @returns {string[]} the split strings\n   */\n  split(input, limit = 0) {\n    const m = this.matcher(input)\n\n    const result = []\n    let emptiesSkipped = 0\n    let last = 0\n\n    while (m.find()) {\n      if (last === 0 && m.end() === 0) {\n        // Zero-width match at the beginning, skip\n        last = m.end()\n        continue\n      }\n\n      if (limit > 0 && result.length === limit - 1) {\n        // no more room for matches\n        break\n      }\n\n      if (last === m.start()) {\n        // Empty match, may or may not be trailing.\n        if (limit === 0) {\n          emptiesSkipped += 1\n          last = m.end()\n          continue\n        }\n      } else {\n        // If emptiesSkipped > 0 then limit == 0 and we have non-trailing empty matches to add before\n        // this non-empty match.\n        while (emptiesSkipped > 0) {\n          result.push('')\n          emptiesSkipped -= 1\n        }\n      }\n\n      result.push(m.substring(last, m.start()))\n      last = m.end()\n    }\n\n    if (limit === 0 && last !== m.inputLength()) {\n      // Unlimited match, no more delimiters but we have a non-empty input at the end. Catch up any skipped empty\n      // matches, then emit the final match.\n      while (emptiesSkipped > 0) {\n        result.push('')\n        emptiesSkipped -= 1\n      }\n\n      result.push(m.substring(last, m.inputLength()))\n    }\n\n    if (limit !== 0 || result.length === 0) {\n      result.push(m.substring(last, m.inputLength()))\n    }\n\n    return result\n  }\n\n  /**\n   *\n   * @returns {string}\n   */\n  toString() {\n    return this.patternInput\n  }\n\n  /**\n   * Returns the program size of this pattern.\n   *\n   * <p>\n   * Similar to the C++ implementation, the program size is a very approximate measure of a regexp's\n   * \"cost\". Larger numbers are more expensive than smaller numbers.\n   * </p>\n   *\n   * @returns {number} the program size of this pattern\n   */\n  programSize() {\n    return this.re2Input.numberOfInstructions()\n  }\n\n  /**\n   * Returns the number of capturing groups in this matcher's pattern. Group zero denotes the entire\n   * pattern and is excluded from this count.\n   *\n   * @returns {number} the number of capturing groups in this pattern\n   */\n  groupCount() {\n    return this.re2Input.numberOfCapturingGroups()\n  }\n\n  /**\n   * Return a map of the capturing groups in this matcher's pattern, where key is the name and value\n   * is the index of the group in the pattern.\n   * @returns {Record<string, number>}\n   */\n  namedGroups() {\n    return this.re2Input.namedGroups\n  }\n\n  /**\n   *\n   * @param {*} other\n   * @returns {boolean}\n   */\n  equals(other) {\n    if (this === other) {\n      return true\n    }\n    if (other === null || this.constructor !== other.constructor) {\n      return false\n    }\n\n    return this.flagsInput === other.flagsInput && this.patternInput === other.patternInput\n  }\n}\n\nexport {\n  RE2JS,\n  Matcher,\n  RE2JSException,\n  RE2JSSyntaxException,\n  RE2JSCompileException,\n  RE2JSGroupException,\n  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