// ==UserScript== // @name DXPath Selector 一个 XPath 选择器库，快速获取节点数据 // @namespace xiaohuohumax/userscripts/xpath-selector // @version 1.0.2 // @author xiaohuohumax // @description XPath Selector -- 一个 XPath 选择器库，快速获取节点数据 // @license MIT // ==/UserScript== var xpathSelector = function() { "use strict"; function t$2(t2, s2, r2, i2) { const n2 = { op: s2, func: r2, data: i2 }; return t2.push(n2), n2; } function s$2(t2, s2) { return t2; } let r$2 = class r { constructor() { this.program = []; } test(s2, r2) { return t$2(this.program, 5, s2, void 0 === r2 ? null : r2); } jump(s2) { return t$2(this.program, 3, null, s2); } record(r2, i2) { return t$2(this.program, 4, void 0 === i2 ? s$2 : i2, r2); } bad(s2 = 1) { return t$2(this.program, 1, null, s2); } accept() { return t$2(this.program, 0, null, null); } fail(s2) { return t$2(this.program, 2, s2 || null, null); } }; let i$2 = class i2 { constructor(t2, s2, r2) { this.programLength = t2, this.maxFromByPc = s2, this.maxSurvivorFromByPc = r2; } static fromProgram(t2) { const s2 = t2.length, r2 = [], n2 = []; return t2.forEach((t3) => { r2.push(0), n2.push(0); }), t2.forEach((t3, i3) => { switch (t3.op) { case 2: if (null === t3.func) return; if (i3 + 1 >= s2) throw new Error("Invalid program: program could run past end"); r2[i3 + 1] += 1; break; case 1: case 4: if (i3 + 1 >= s2) throw new Error("Invalid program: program could run past end"); r2[i3 + 1] += 1; break; case 3: t3.data.forEach((t4) => { if (t4 < 0 || t4 >= s2) throw new Error("Invalid program: program could run past end"); r2[t4] += 1; }); break; case 5: if (i3 + 1 >= s2) throw new Error("Invalid program: program could run past end"); n2[i3 + 1] += 1; break; case 0: n2[i3] += 1; } }), new i2(s2, r2, n2); } static createStub(t2) { const s2 = [], r2 = []; for (let i3 = 0; i3 < t2; ++i3) s2.push(t2), r2.push(t2); return new i2(t2, s2, r2); } }; let n$2 = class n { constructor(t2) { this.acceptingTraces = t2, this.success = t2.length > 0; } }; let h$2 = class h { constructor(t2) { this.t = 0, this.i = 0, this.h = new Uint16Array(t2), this.l = new Uint8Array(t2); } getBadness(t2) { return this.l[t2]; } add(t2, s2) { this.l[t2] = s2 > 255 ? 255 : s2; const r2 = function(t3, s3, r3, i2, n2) { let h2 = i2, e2 = n2; for (; h2 < e2; ) { const i3 = h2 + e2 >>> 1; r3 < s3[t3[i3]] ? e2 = i3 : h2 = i3 + 1; } return h2; }(this.h, this.l, s2, this.i, this.t); this.h.copyWithin(r2 + 1, r2, this.t), this.h[r2] = t2, this.t += 1; } reschedule(t2, s2) { const r2 = Math.max(this.l[t2], s2 > 255 ? 255 : s2); if (this.l[t2] !== r2) { const s3 = this.h.indexOf(t2, this.i); if (s3 < 0 || s3 >= this.t) return void (this.l[t2] = r2); this.h.copyWithin(s3, s3 + 1, this.t), this.t -= 1, this.add(t2, r2); } } getNextPc() { return this.i >= this.t ? null : this.h[this.i++]; } reset() { this.t = 0, this.i = 0, this.l.fill(0); } }; let e$2 = class e { constructor(t2) { this.o = []; let s2 = t2.length; t2.forEach((t3) => { this.o.push(t3 > 0 ? s2 : -1), s2 += t3; }), this.u = new Uint16Array(s2); } clear() { this.u.fill(0, 0, this.o.length); } add(t2, s2) { const r2 = this.u[s2], i2 = this.o[s2]; this.u[s2] += 1, this.u[i2 + r2] = t2; } has(t2) { return this.u[t2] > 0; } forEach(t2, s2) { const r2 = this.u[t2], i2 = this.o[t2]; for (let t3 = i2; t3 < i2 + r2; ++t3) s2(this.u[t3]); } }; function l$2(t2, s2, r2 = false) { return null === t2 ? s2 : Array.isArray(t2) ? (-1 === t2.indexOf(s2) && (r2 && (t2 = t2.slice()), t2.push(s2)), t2) : t2 === s2 ? t2 : [t2, s2]; } let c$2 = class c { constructor(t2, s2) { this.prefixes = t2, this.record = s2; } }; function o$2(t2, s2) { let r2; if (null === s2) { if (!Array.isArray(t2)) return t2; r2 = t2; } else r2 = t2 === c$2.EMPTY ? [] : Array.isArray(t2) ? t2 : [t2]; return new c$2(r2, s2); } c$2.EMPTY = new c$2([], null); let u$2 = class u { constructor(t2) { this.p = [], this.v = []; for (let s2 = 0; s2 < t2; ++s2) this.p.push(0), this.v.push(null); } mergeTraces(t2, s2, r2, i2, n2, h2) { let e2 = false; return r2.forEach(s2, (s3) => { const r3 = this.trace(s3, i2, n2, h2); var c2, o2, u2; o2 = r3, u2 = e2, t2 = null === (c2 = t2) ? o2 : null === o2 ? c2 : Array.isArray(o2) ? o2.reduce((t3, s4) => l$2(t3, s4, t3 === o2), c2) : l$2(c2, o2, u2), e2 = t2 === r3; }), t2; } trace(t2, s2, r2, i2) { switch (this.p[t2]) { case 2: return this.v[t2]; case 1: return null; } this.p[t2] = 1; let n2 = null; const h2 = s2[t2]; if (null !== h2) n2 = h2; else if (!r2.has(t2)) throw new Error("Trace without source at pc " + t2); if (n2 = this.mergeTraces(n2, t2, r2, s2, r2, i2), null !== n2) { const s3 = i2[t2]; null !== s3 && (n2 = o$2(n2, s3)); } return this.v[t2] = n2, this.p[t2] = 2, n2; } buildSurvivorTraces(t2, s2, r2, i2, n2) { for (let h2 = 0, e2 = t2.length; h2 < e2; ++h2) { if (!r2.has(h2)) { s2[h2] = null; continue; } this.v.fill(null), this.p.fill(0); const e3 = this.mergeTraces(null, h2, r2, t2, i2, n2); if (null === e3) throw new Error("No non-cyclic paths found to survivor " + h2); s2[h2] = o$2(e3, null); } this.v.fill(null); } }; let a$2 = class a { constructor(t2) { this.g = [], this.k = [], this.m = [], this.A = new e$2(t2.maxFromByPc), this.T = new e$2(t2.maxSurvivorFromByPc), this.S = new u$2(t2.programLength); for (let s2 = 0; s2 < t2.programLength; ++s2) this.g.push(null), this.k.push(null), this.m.push(null); this.k[0] = c$2.EMPTY; } reset(t2) { this.A.clear(), this.T.clear(), this.g.fill(null), t2 && (this.k.fill(null), this.m.fill(null), this.k[0] = c$2.EMPTY); } record(t2, s2) { this.g[t2] = s2; } has(t2) { return this.A.has(t2) || null !== this.k[t2]; } add(t2, s2) { this.A.add(t2, s2); } hasSurvivor(t2) { return this.T.has(t2); } addSurvivor(t2, s2) { this.T.add(t2, s2); } buildSurvivorTraces() { const t2 = this.k; this.S.buildSurvivorTraces(t2, this.m, this.T, this.A, this.g), this.k = this.m, this.m = t2; } getTraces(t2) { const s2 = t2.reduce((t3, s3) => l$2(t3, this.k[s3]), null); return null === s2 ? [] : Array.isArray(s2) ? s2 : [s2]; } }; let f$2 = class f { constructor(t2) { this.I = [], this.N = new h$2(t2.programLength), this.M = new h$2(t2.programLength), this.P = new a$2(t2); } reset() { this.N.reset(), this.N.add(0, 0), this.I.length = 0, this.P.reset(true); } getNextThreadPc() { return this.N.getNextPc(); } step(t2, s2, r2) { const i2 = this.P.has(s2); this.P.add(t2, s2); const n2 = this.N.getBadness(t2) + r2; i2 ? this.N.reschedule(s2, n2) : this.N.add(s2, n2); } stepToNextGeneration(t2, s2) { const r2 = this.P.hasSurvivor(s2); this.P.addSurvivor(t2, s2); const i2 = this.N.getBadness(t2); r2 ? this.M.reschedule(s2, i2) : this.M.add(s2, i2); } accept(t2) { this.I.push(t2), this.P.addSurvivor(t2, t2); } fail(t2) { } record(t2, s2) { this.P.record(t2, s2); } nextGeneration() { this.P.buildSurvivorTraces(), this.P.reset(false); const t2 = this.N; t2.reset(), this.N = this.M, this.M = t2; } getAcceptingTraces() { return this.P.getTraces(this.I); } }; let d$2 = class d { constructor(t2) { this.U = [], this.G = t2, this.V = i$2.fromProgram(t2), this.U.push(new f$2(this.V)); } execute(t2, s2) { const r2 = this.U.pop() || new f$2(this.V); r2.reset(); const i2 = t2.length; let h2, e2 = -1; do { let n2 = r2.getNextThreadPc(); if (null === n2) break; for (++e2, h2 = e2 >= i2 ? null : t2[e2]; null !== n2; ) { const t3 = this.G[n2]; switch (t3.op) { case 0: null === h2 ? r2.accept(n2) : r2.fail(n2); break; case 2: { const i3 = t3.func; if (null === i3 || i3(s2)) { r2.fail(n2); break; } r2.step(n2, n2 + 1, 0); break; } case 1: r2.step(n2, n2 + 1, t3.data); break; case 5: if (null === h2) { r2.fail(n2); break; } if (!(0, t3.func)(h2, t3.data, s2)) { r2.fail(n2); break; } r2.stepToNextGeneration(n2, n2 + 1); break; case 3: { const s3 = t3.data, i3 = s3.length; if (0 === i3) { r2.fail(n2); break; } for (let t4 = 0; t4 < i3; ++t4) r2.step(n2, s3[t4], 0); break; } case 4: { const i3 = (0, t3.func)(t3.data, e2, s2); null != i3 && r2.record(n2, i3), r2.step(n2, n2 + 1, 0); break; } } n2 = r2.getNextThreadPc(); } r2.nextGeneration(); } while (null !== h2); const l2 = new n$2(r2.getAcceptingTraces()); return r2.reset(), this.U.push(r2), l2; } }; function w$2(t2) { const s2 = new r$2(); return t2(s2), new d$2(s2.program); } function B$1(A2) { return (B2) => B2 === A2; } function a$1(A2, B2) { if (null === A2 || null === B2) throw new Error("unescaped hyphen may not be used as a range endpoint"); if (B2 < A2) throw new Error("character range is in the wrong order"); return (a2) => A2 <= a2 && a2 <= B2; } function n$1(A2) { return true; } function e$1() { return false; } function t$1(A2, B2) { return (a2) => A2(a2) || B2(a2); } function G$1(A2, B2) { switch (B2.kind) { case "predicate": return void A2.test(B2.value); case "regexp": return void r$1(A2, B2.value, false); } } function i$1(A2, B2) { B2.forEach((B3) => { !function(A3, B4) { const [a2, { min: n2, max: e2 }] = B4; if (null !== e2) { for (let B5 = 0; B5 < n2; ++B5) G$1(A3, a2); for (let B5 = n2; B5 < e2; ++B5) { const B6 = A3.jump([]); B6.data.push(A3.program.length), G$1(A3, a2), B6.data.push(A3.program.length); } } else if (n2 > 0) { for (let B6 = 0; B6 < n2 - 1; ++B6) G$1(A3, a2); const B5 = A3.program.length; G$1(A3, a2), A3.jump([B5]).data.push(A3.program.length); } else { const B5 = A3.program.length, n3 = A3.jump([]); n3.data.push(A3.program.length), G$1(A3, a2), A3.jump([B5]), n3.data.push(A3.program.length); } }(A2, B3); }); } function r$1(A2, B2, a2) { const n2 = A2.program.length, e2 = A2.jump([]); a2 && (e2.data.push(A2.program.length), A2.test(() => true), A2.jump([n2])); const t2 = []; if (B2.forEach((B3) => { e2.data.push(A2.program.length), i$1(A2, B3), t2.push(A2.jump([])); }), t2.forEach((B3) => { B3.data.push(A2.program.length); }), a2) { const B3 = A2.program.length, a3 = A2.jump([]); a3.data.push(A2.program.length), A2.test(() => true), A2.jump([B3]), a3.data.push(A2.program.length); } } function o$1(A2, B2) { return { success: true, offset: A2, value: B2 }; } function l$1(A2) { return o$1(A2, void 0); } function H$1(A2, B2, a2 = false) { return { success: false, offset: A2, expected: B2, fatal: a2 }; } function C$1(A2) { return (B2, a2) => { const n2 = a2 + A2.length; return B2.slice(a2, n2) === A2 ? o$1(n2, A2) : H$1(a2, [A2]); }; } function u$1(A2, B2) { return (a2, n2) => { const e2 = A2(a2, n2); return e2.success ? o$1(e2.offset, B2(e2.value)) : e2; }; } function s$1(A2, B2, a2, n2) { return (e2, t2) => { const G2 = A2(e2, t2); return G2.success ? 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G2 : H$1(t2, a2, n2) : G2; }; } function c$1(A2, B2) { return (a2, n2) => { let e2 = null; for (const t2 of A2) { const A3 = t2(a2, n2); if (A3.success) return A3; if (null === e2 || A3.offset > e2.offset ? e2 = A3 : A3.offset === e2.offset && void 0 === B2 && (e2.expected = e2.expected.concat(A3.expected)), A3.fatal) return A3; } return B2 = B2 || (null == e2 ? void 0 : e2.expected) || [], e2 && (e2.expected = B2), e2 || H$1(n2, B2); }; } function D$1(A2) { return (B2, a2) => { const n2 = A2(B2, a2); return n2.success || n2.fatal ? n2 : o$1(a2, null); }; } function m$1(A2) { return (B2, a2) => { let n2 = [], e2 = a2; for (; ; ) { const a3 = A2(B2, e2); if (!a3.success) { if (a3.fatal) return a3; break; } if (n2.push(a3.value), a3.offset === e2) break; e2 = a3.offset; } return o$1(e2, n2); }; } function I$1(A2, B2, a2) { return (n2, e2) => { const t2 = A2(n2, e2); if (!t2.success) return t2; const G2 = B2(n2, t2.offset); return G2.success ? o$1(G2.offset, a2(t2.value, G2.value)) : G2; }; } function d$1(A2) { return I$1(A2, m$1(A2), (A3, B2) => [A3].concat(B2)); } function h$1(A2, B2) { return A2; } function p$1(A2, B2) { return B2; } function T(A2, B2) { return I$1(A2, B2, p$1); } function F$1(A2, B2) { return I$1(A2, B2, h$1); } function E$1(A2, B2, a2, n2 = false) { return T(A2, n2 ? f$1(F$1(B2, a2)) : F$1(B2, a2)); } function g$1(A2, B2) { return (a2, n2) => A2(a2, n2).success ? 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A2 : (a2) => A2(a2) && !B2(a2); } const Q = function(A2, B2) { const n2 = /* @__PURE__ */ new Map(); let e2 = 0; return A2.forEach((A3, G2) => { const i2 = B2[G2]; null !== A3 && A3.split("|").forEach((A4) => { const B3 = n2.get(A4), G3 = a$1(e2, e2 + i2 - 1); n2.set(A4, B3 ? t$1(B3, G3) : G3); }), e2 += i2; }), n2; }(["BasicLatin", "Latin-1Supplement", "LatinExtended-A", "LatinExtended-B", "IPAExtensions", "SpacingModifierLetters", "CombiningDiacriticalMarks", "GreekandCoptic|Greek", "Cyrillic", "CyrillicSupplement", "Armenian", "Hebrew", "Arabic", "Syriac", "ArabicSupplement", "Thaana", "NKo", "Samaritan", "Mandaic", "SyriacSupplement", "ArabicExtended-B", "ArabicExtended-A", "Devanagari", "Bengali", "Gurmukhi", "Gujarati", "Oriya", "Tamil", "Telugu", "Kannada", "Malayalam", "Sinhala", "Thai", "Lao", "Tibetan", "Myanmar", "Georgian", "HangulJamo", "Ethiopic", "EthiopicSupplement", "Cherokee", "UnifiedCanadianAboriginalSyllabics", "Ogham", "Runic", "Tagalog", "Hanunoo", "Buhid", 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d2 = { G: b2.G, offset: c2, parent: b2.node } : b2.G && (d2 = b2.G)); return { node: a2, G: d2 }; } function eb(a2, b2, c2 = null) { return a2.getAllAttributes(b2.node, c2).map((d2) => db(d2, b2, d2.nodeName)); } function fb(a2, b2, c2) { b2 = b2.node; return cb(b2) ? 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(a2 = d2.childNodes.length - 1, d2 = d2.childNodes[a2]) : ((d2 = a2.h.getLastChild(d2, c2)) && 10 === d2.nodeType && (d2 = a2.h.getPreviousSibling(d2)), a2 = a2.getChildNodes(b2.node, c2).length - 1); return d2 ? db(d2, b2, a2) : null; } function x2(a2, b2, c2 = null) { const d2 = b2.node, e2 = b2.G; if (e2) "number" === typeof e2.offset && d2 === e2.parent.childNodes[e2.offset] || "string" === typeof e2.offset && d2 === e2.parent.attributes.find((f2) => e2.offset === f2.nodeName) ? 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"P" : "-P") + xb(this); } }, zb = (a2, b2, c2, d2, e2, f2) => { a2 = 86400 * a2 + 3600 * b2 + 60 * c2 + d2 + e2; return new yb(f2 || 0 === a2 ? a2 : -a2); }, Ab = (a2) => (a2 = /^(-)?P(\d+Y)?(\d+M)?(\d+D)?(?:T(\d+H)?(\d+M)?(\d+(\.\d*)?S)?)?$/.exec(a2)) ? zb(a2[4] ? parseInt(a2[4], 10) : 0, a2[5] ? parseInt(a2[5], 10) : 0, a2[6] ? parseInt(a2[6], 10) : 0, a2[7] ? parseInt(a2[7], 10) : 0, a2[8] ? parseFloat(a2[8]) : 0, !a2[1]) : null, Bb = (a2) => { a2 = /^(Z)|([+-])([01]\d):([0-5]\d)$/.exec(a2); return "Z" === a2[1] ? zb(0, 0, 0, 0, 0, true) : zb(0, a2[3] ? parseInt(a2[3], 10) : 0, a2[4] ? parseInt(a2[4], 10) : 0, 0, 0, "+" === a2[2]); }; function Cb(a2, b2) { if (isNaN(b2)) throw Error("FOCA0005: Cannot multiply xs:dayTimeDuration by NaN"); a2 = a2.ca * b2; if (a2 > Number.MAX_SAFE_INTEGER || !Number.isFinite(a2)) throw Error("FODT0002: Value overflow while multiplying xs:dayTimeDuration"); return new yb(a2 < Number.MIN_SAFE_INTEGER || Object.is(-0, a2) ? 0 : a2); } function Db(a2) { return a2 ? parseInt(a2, 10) : null; } function Eb(a2) { a2 += ""; const b2 = a2.startsWith("-"); b2 && (a2 = a2.substring(1)); return (b2 ? "-" : "") + a2.padStart(4, "0"); } function Fb(a2) { return (a2 + "").padStart(2, "0"); } function Hb(a2) { a2 += ""; 1 === a2.split(".")[0].length && (a2 = a2.padStart(a2.length + 1, "0")); return a2; } function Ib(a2) { return 0 === a2.getHours() && 0 === a2.getMinutes() ? "Z" : (a2.na() ? "+" : "-") + Fb(Math.abs(a2.getHours())) + ":" + Fb(Math.abs(a2.getMinutes())); } function Jb(a2) { var b2 = /^(?:(-?\d{4,}))?(?:--?(\d\d))?(?:-{1,3}(\d\d))?(T)?(?:(\d\d):(\d\d):(\d\d))?(\.\d+)?(Z|(?:[+-]\d\d:\d\d))?$/.exec(a2); a2 = b2[1] ? parseInt(b2[1], 10) : null; const c2 = Db(b2[2]), d2 = Db(b2[3]), e2 = b2[4], f2 = Db(b2[5]), h2 = Db(b2[6]), k2 = Db(b2[7]), l2 = b2[8] ? parseFloat(b2[8]) : 0; b2 = b2[9] ? Bb(b2[9]) : null; if (a2 && (-271821 > a2 || 273860 < a2)) throw Error("FODT0001: Datetime year is out of bounds"); return e2 ? new Kb(a2, c2, d2, f2, h2, k2, l2, b2, 9) : null !== f2 && null !== h2 && null !== k2 ? new Kb(1972, 12, 31, f2, h2, k2, l2, b2, 8) : null !== a2 && null !== c2 && null !== d2 ? new Kb( a2, c2, d2, 0, 0, 0, 0, b2, 7 ) : null !== a2 && null !== c2 ? new Kb(a2, c2, 1, 0, 0, 0, 0, b2, 11) : null !== c2 && null !== d2 ? new Kb(1972, c2, d2, 0, 0, 0, 0, b2, 13) : null !== a2 ? new Kb(a2, 1, 1, 0, 0, 0, 0, b2, 12) : null !== c2 ? new Kb(1972, c2, 1, 0, 0, 0, 0, b2, 14) : new Kb(1972, 12, d2, 0, 0, 0, 0, b2, 15); } function Lb(a2, b2) { switch (b2) { case 15: return new Kb(1972, 12, a2.o, 0, 0, 0, 0, a2.Y, 15); case 14: return new Kb(1972, a2.h, 1, 0, 0, 0, 0, a2.Y, 14); case 12: return new Kb(a2.v, 1, 1, 0, 0, 0, 0, a2.Y, 12); case 13: return new Kb(1972, a2.h, a2.o, 0, 0, 0, 0, a2.Y, 13); case 11: return new Kb(a2.v, a2.h, 1, 0, 0, 0, 0, a2.Y, 11); case 8: return new Kb(1972, 12, 31, a2.l, a2.s, a2.D, a2.qa, a2.Y, 8); case 7: return new Kb(a2.v, a2.h, a2.o, 0, 0, 0, 0, a2.Y, 7); default: return new Kb(a2.v, a2.h, a2.o, a2.l, a2.s, a2.D, a2.qa, a2.Y, 9); } } function Mb(a2, b2) { b2 = a2.Y || b2 || Bb("Z"); return new Date(Date.UTC(a2.v, a2.h - 1, a2.o, a2.l - b2.getHours(), a2.s - b2.getMinutes(), a2.D, 1e3 * a2.qa)); } var Kb = class { constructor(a2, b2, c2, d2, e2, f2, h2, k2, l2 = 9) { this.v = a2; this.h = b2; this.o = c2 + (24 === d2 ? 1 : 0); this.l = 24 === d2 ? 0 : d2; this.s = e2; this.D = f2; this.qa = h2; this.Y = k2; this.type = l2; } getDay() { return this.o; } getHours() { return this.l; } getMinutes() { return this.s; } getMonth() { return this.h; } getSeconds() { return this.D; } getYear() { return this.v; } toString() { switch (this.type) { case 9: return Eb(this.v) + "-" + Fb(this.h) + "-" + Fb(this.o) + "T" + Fb(this.l) + ":" + Fb(this.s) + ":" + Hb(this.D + this.qa) + (this.Y ? 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(b2) => { const c2 = parseInt(b2, 10); return isNaN(c2) ? { u: false, error: kc(b2, 5) } : Number.isSafeInteger(c2) ? { u: true, value: g2(c2, 5) } : { u: false, error: Error(`FOCA0003: can not cast ${b2} to xs:integer, it is out of bounds for JavaScript numbers.`) }; } : () => ({ u: false, error: Error("XPTY0004: Casting not supported from given type to xs:integer or any of its derived types.") }); } const Xc = [3, 6, 4, 5]; function Yc(a2) { var b2 = Zc; return (c2) => { for (const d2 of Xc) { const e2 = b2(a2, d2)(c2); if (e2.u) return e2; } return { u: false, error: Error(`XPTY0004: Casting not supported from "${c2}" given type to xs:numeric or any of its derived types.`) }; }; } function $c(a2) { if (a2(1) || a2(19)) return (b2) => ({ u: true, value: b2 + "" }); if (a2(20)) return (b2) => ({ u: true, value: b2 }); if (a2(23)) return (b2) => ({ u: true, value: b2.prefix ? `${b2.prefix}:${b2.localName}` : b2.localName }); if (a2(44)) return (b2) => ({ u: true, value: b2.toString() }); if (a2(2)) { if (a2(5) || a2(4)) return (b2) => ({ u: true, value: (b2 + "").replace("e", "E") }); if (a2(6) || a2(3)) return (b2) => isNaN(b2) ? { u: true, value: "NaN" } : isFinite(b2) ? Object.is(b2, -0) ? { u: true, value: "-0" } : { u: true, value: (b2 + "").replace("e", "E").replace("E+", "E") } : { u: true, value: `${0 > b2 ? "-" : ""}INF` }; } return a2(9) || a2(7) || a2(8) || a2(15) || a2(14) || a2(13) || a2(12) || a2(11) ? (b2) => ({ u: true, value: b2.toString() }) : a2(16) ? (b2) => ({ u: true, value: b2.toString() }) : a2(17) ? (b2) => ({ u: true, value: b2.toString() }) : a2(18) ? (b2) => ({ u: true, value: b2.toString() }) : a2(22) ? (b2) => ({ u: true, value: b2.toUpperCase() }) : (b2) => ({ u: true, value: b2 + "" }); } function ad(a2) { const b2 = $c(a2); return (c2) => { c2 = b2(c2); return c2.u ? { u: true, value: g2(c2.value, 1) } : c2; }; } function bd(a2) { return a2(9) ? (b2) => ({ u: true, value: g2(Lb(b2, 8), 8) }) : a2(19) || a2(1) ? (b2) => ({ u: true, value: g2(Jb(b2), 8) }) : () => ({ u: false, error: Error("XPTY0004: Casting not supported from given type to xs:time or any of its derived types.") }); } function cd(a2) { const b2 = $c(a2); return (c2) => { c2 = b2(c2); return c2.u ? { u: true, value: g2(c2.value, 19) } : c2; }; } function dd(a2) { return a2(18) && !a2(17) ? (b2) => ({ u: true, value: g2(b2.Va, 16) }) : a2(17) ? () => ({ u: true, value: g2(Lc("P0M"), 16) }) : a2(19) || a2(1) ? (b2) => { const c2 = Lc(b2); return c2 ? { u: true, value: g2(c2, 16) } : { u: false, error: kc(b2, 16) }; } : () => ({ u: false, error: Error("XPTY0004: Casting not supported from given type to xs:yearMonthDuration or any of its derived types.") }); } const ed = [2, 5, 17, 16]; function Zc(a2, b2) { const c2 = (d2) => v2(a2, d2); if (39 === b2) return () => ({ u: false, error: Error("FORG0001: Casting to xs:error is always invalid.") }); switch (b2) { case 19: return cd(c2); case 1: return ad(c2); case 6: return Pc(c2); case 3: return Ic(c2); case 4: return Gc(c2); case 5: return Wc(c2); case 2: return Yc(a2); case 18: return Oc(c2); case 16: return dd(c2); case 17: return Fc(c2); case 9: return Ec(c2); case 8: return bd(c2); case 7: return Dc(c2); case 11: return Uc(c2); case 12: return Tc(c2); case 13: return Sc(c2); case 15: return Qc(c2); case 14: return Rc(c2); case 0: return zc(c2); case 21: return yc(c2); case 22: return Vc(c2); case 20: return xc(c2); case 23: throw Error("Casting to xs:QName is not implemented."); } return () => ({ u: false, error: Error(`XPTY0004: Casting not supported from ${a2} to ${b2}.`) }); } const gd = /* @__PURE__ */ Object.create(null); function hd(a2, b2) { if (19 === a2 && 1 === b2) return (f2) => ({ u: true, value: g2(f2, 1) }); if (44 === b2) return () => ({ u: false, error: Error("XPST0080: Casting to xs:NOTATION is not permitted.") }); if (39 === b2) return () => ({ u: false, error: Error("FORG0001: Casting to xs:error is not permitted.") }); if (45 === a2 || 45 === b2) return () => ({ u: false, error: Error("XPST0080: Casting from or to xs:anySimpleType is not permitted.") }); if (46 === a2 || 46 === b2) return () => ({ u: false, error: Error("XPST0080: Casting from or to xs:anyAtomicType is not permitted.") }); if (v2(a2, 60) && 1 === b2) return () => ({ u: false, error: Error("FOTY0014: Casting from function item to xs:string is not permitted.") }); if (a2 === b2) return (f2) => ({ u: true, value: { type: b2, value: f2 } }); const c2 = ed.includes(a2) ? a2 : rc(a2), d2 = ed.includes(b2) ? b2 : rc(b2); if (null === d2 || null === c2) return () => ({ u: false, error: Error(`XPST0081: Can not cast: type ${d2 ? Da[a2] : Da[b2]} is unknown.`) }); const e2 = []; 1 !== c2 && 19 !== c2 || e2.push((f2) => { const h2 = sc(f2, b2); return tc(h2, b2) ? { u: true, value: h2 } : { u: false, error: kc(f2, b2, "pattern validation failed.") }; }); c2 !== d2 && (e2.push(Zc(c2, d2)), e2.push((f2) => ({ u: true, value: f2.value }))); 19 !== d2 && 1 !== d2 || e2.push((f2) => tc(f2, b2) ? { u: true, value: f2 } : { u: false, error: kc(f2, b2, "pattern validation failed.") }); e2.push((f2) => vc(f2, b2) ? { u: true, value: f2 } : { u: false, error: kc(f2, b2, "pattern validation failed.") }); e2.push((f2) => ({ u: true, value: { type: b2, value: f2 } })); return (f2) => { f2 = { u: true, value: f2 }; for (let h2 = 0, k2 = e2.length; h2 < k2 && (f2 = e2[h2](f2.value), false !== f2.u); ++h2) ; return f2; }; } function id(a2, b2) { const c2 = a2.type + 1e4 * b2; let d2 = gd[c2]; d2 || (d2 = gd[c2] = hd(a2.type, b2)); return d2.call(void 0, a2.value, b2); } function jd(a2, b2) { a2 = id(a2, b2); if (true === a2.u) return a2.value; throw a2.error; } function kd(a2) { let b2 = false; return { next: () => { if (b2) return p2; b2 = true; return q2(a2); } }; } function ld(a2, b2) { return a2 === b2 ? true : a2 && b2 && a2.offset === b2.offset && a2.parent === b2.parent ? ld(a2.G, b2.G) : false; } function md(a2, b2) { return a2 === b2 || a2.node === b2.node && ld(a2.G, b2.G) ? true : false; } function nd(a2, b2, c2) { var d2 = x2(a2, b2, null); a2 = gb(a2, d2, null); for (let e2 = 0, f2 = a2.length; e2 < f2; ++e2) { d2 = a2[e2]; if (md(d2, b2)) return -1; if (md(d2, c2)) return 1; } } function od(a2, b2) { const c2 = []; for (; b2; b2 = x2(a2, b2, null)) c2.unshift(b2); return c2; } function pd(a2, b2) { const c2 = []; for (; b2; b2 = a2.getParentNode(b2, null)) c2.unshift(b2); return c2; } function qd(a2, b2, c2, d2) { if (c2.G || d2.G || cb(c2.node) || cb(d2.node)) { if (md(c2, d2)) return 0; c2 = od(b2, c2); d2 = od(b2, d2); const f2 = c2[0], h2 = d2[0]; if (!md(f2, h2)) return b2 = a2.findIndex((k2) => md(k2, f2)), c2 = a2.findIndex((k2) => md(k2, h2)), -1 === b2 && (b2 = a2.push(f2)), -1 === c2 && (c2 = a2.push(h2)), b2 - c2; a2 = 1; for (var e2 = Math.min(c2.length, d2.length); a2 < e2 && md(c2[a2], d2[a2]); ++a2) ; return c2[a2] ? d2[a2] ? nd(b2, c2[a2], d2[a2]) : 1 : -1; } c2 = c2.node; e2 = d2.node; if (c2 === e2) return 0; d2 = pd(b2, c2); c2 = pd(b2, e2); if (d2[0] !== c2[0]) { const f2 = { node: d2[0], G: null }, h2 = { node: c2[0], G: null }; b2 = a2.findIndex((k2) => md(k2, f2)); c2 = a2.findIndex((k2) => md(k2, h2)); -1 === b2 && (b2 = a2.push(f2)); -1 === c2 && (c2 = a2.push(h2)); return b2 - c2; } a2 = 1; for (e2 = Math.min(d2.length, c2.length); a2 < e2 && d2[a2] === c2[a2]; ++a2) ; d2 = d2[a2]; e2 = c2[a2]; if (!d2) return -1; if (!e2) return 1; b2 = b2.getChildNodes(c2[a2 - 1], null); for (let f2 = 0, h2 = b2.length; f2 < h2; ++f2) { a2 = b2[f2]; if (a2 === d2) return -1; if (a2 === e2) return 1; } } function rd(a2, b2, c2, d2) { const e2 = v2(c2.type, 47), f2 = v2(d2.type, 47); if (e2 && !f2) { if (c2 = x2(b2, c2.value), d2 = d2.value, md(c2, d2)) return 1; } else if (f2 && !e2) { if (c2 = c2.value, d2 = x2(b2, d2.value), md(c2, d2)) return -1; } else if (e2 && f2) { if (md(x2(b2, d2.value), x2(b2, c2.value))) return c2.value.node.localName > d2.value.node.localName ? 1 : -1; c2 = x2(b2, c2.value); d2 = x2(b2, d2.value); } else c2 = c2.value, d2 = d2.value; return qd(a2, b2, c2, d2); } function sd(a2, b2, c2) { return rd(a2.o, a2, b2, c2); } function td(a2, b2) { return ud(b2, (c2, d2) => rd(a2.o, a2, c2, d2)).filter((c2, d2, e2) => 0 === d2 ? true : !md(c2.value, e2[d2 - 1].value)); } const vd = (a2, b2) => a2 < b2 ? -1 : 0; function ud(a2, b2 = vd) { if (1 >= a2.length) return a2; var c2 = Math.floor(a2.length / 2); const d2 = ud(a2.slice(0, c2), b2); a2 = ud(a2.slice(c2), b2); for (c2 = []; d2.length && a2.length; ) 0 > b2(d2[0], a2[0]) ? c2.push(d2.shift()) : c2.push(a2.shift()); return c2.concat(d2.concat(a2)); } function wd(a2, b2) { if (v2(a2.type, 2)) { if (v2(a2.type, 6)) return 3 === b2 ? g2(a2.value, 3) : null; if (v2(a2.type, 4)) { if (6 === b2) return g2(a2.value, 6); if (3 === b2) return g2(a2.value, 3); } return null; } return v2(a2.type, 20) && 1 === b2 ? g2(a2.value, 1) : null; } function xd(a2, b2, c2, d2, e2) { if (v2(a2.type, b2.type)) return a2; v2(b2.type, 46) && v2(a2.type, 53) && (a2 = pc(a2, c2).first()); if (v2(a2.type, b2.type) || 46 === b2.type) return a2; if (v2(a2.type, 19)) { c2 = jd(a2, b2.type); if (!c2) throw Error(`XPTY0004 Unable to convert ${e2 ? "return" : "argument"} of type ${Da[a2.type]} to type ${Ha(b2)} while calling ${d2}`); return c2; } c2 = wd(a2, b2.type); if (!c2) throw Error(`XPTY0004 Unable to cast ${e2 ? "return" : "argument"} of type ${Da[a2.type]} to type ${Ha(b2)} while calling ${d2}`); return c2; } function yd(a2) { switch (a2) { case 2: return "*"; case 1: return "+"; case 0: return "?"; case 3: return ""; } } var zd = (a2, b2, c2, d2, e2) => 0 === a2.g ? b2.X({ default: () => b2.map((f2) => xd(f2, a2, c2, d2, e2)), multiple: () => { throw Error(`XPTY0004: Multiplicity of ${e2 ? "function return value" : "function argument"} of type ${Da[a2.type]}${yd(a2.g)} for ${d2} is incorrect. Expected "?", but got "+".`); } }) : 1 === a2.g ? b2.X({ empty: () => { throw Error(`XPTY0004: Multiplicity of ${e2 ? "function return value" : "function argument"} of type ${Da[a2.type]}${yd(a2.g)} for ${d2} is incorrect. Expected "+", but got "empty-sequence()"`); }, default: () => b2.map((f2) => xd( f2, a2, c2, d2, e2 )) }) : 2 === a2.g ? b2.map((f2) => xd(f2, a2, c2, d2, e2)) : b2.X({ m: () => b2.map((f2) => xd(f2, a2, c2, d2, e2)), default: () => { throw Error(`XPTY0004: Multiplicity of ${e2 ? "function return value" : "function argument"} of type ${Da[a2.type]}${yd(a2.g)} for ${d2} is incorrect. Expected exactly one`); } }); function Ad(a2, b2, c2) { return (d2, e2, f2) => { if (null === d2.M) throw lc(`The function ${a2} depends on dynamic context, which is absent.`); const h2 = zd({ type: b2, g: 3 }, w2.m(d2.M), e2, a2, false); return c2(d2, e2, f2, h2); }; } var Bd = xspattern2; function Cd(a2, b2) { return v2(a2, 5) ? g2(b2, 5) : v2(a2, 6) ? g2(b2, 6) : v2(a2, 3) ? g2(b2, 3) : g2(b2, 4); } const Dd = [{ la: "M", ja: 1e3 }, { la: "CM", ja: 900 }, { la: "D", ja: 500 }, { la: "CD", ja: 400 }, { la: "C", ja: 100 }, { la: "XC", ja: 90 }, { la: "L", ja: 50 }, { la: "XL", ja: 40 }, { la: "X", ja: 10 }, { la: "IX", ja: 9 }, { la: "V", ja: 5 }, { la: "IV", ja: 4 }, { la: "I", ja: 1 }]; function Ed(a2, b2) { const c2 = 0 > a2; a2 = Math.abs(a2); if (!a2) return "-"; let d2 = Dd.reduce((e2, f2) => { const h2 = Math.floor(a2 / f2.ja); a2 -= h2 * f2.ja; return e2 + f2.la.repeat(h2); }, ""); b2 && (d2 = d2.toLowerCase()); c2 && (d2 = `-${d2}`); return d2; } const Fd = "ABCDEFGHIJKLMNOPQRSTUVWXYZ".split(""); function Gd(a2, b2) { const c2 = 0 > a2; a2 = Math.abs(a2); if (!a2) return "-"; let d2 = "", e2; for (; 0 < a2; ) e2 = (a2 - 1) % Fd.length, d2 = Fd[e2] + d2, a2 = (a2 - e2) / Fd.length | 0; b2 && (d2 = d2.toLowerCase()); c2 && (d2 = `-${d2}`); return d2; } function Hd(a2, b2, c2 = []) { return Array.from({ length: b2 }, (d2, e2) => e2 + a2).filter((d2) => !c2.includes(d2)); } const Id = Hd(1488, 27, [1498, 1501, 1503, 1507, 1509]), Jd = Hd(1575, 36, [1577, 1595, 1596, 1597, 1598, 1599, 1600, 1609]), Kd = "أبجدهوزحطيكلمنسعفصقرشتثخذضظغ".split(""), Ld = [[1e3, "غ"], [900, "ظ"], [800, "ض"], [700, "ذ"], [600, "خ"], [500, "ث"], [400, "ت"], [300, "ش"], [200, "ر"], [100, "ق"], [90, "ص"], [80, "ف"], [70, "ع"], [60, "س"], [ 50, "ن" ], [40, "م"], [30, "ل"], [20, "ك"], [10, "ي"], [9, "ط"], [8, "ح"], [7, "ز"], [6, "و"], [5, "ه"], [4, "د"], [3, "ج"], [2, "ب"], [1, "أ"]], Md = [[400, "ת"], [300, "ש"], [200, "ר"], [100, "ק"], [90, "צ"], [80, "פ"], [70, "ע"], [60, "ס"], [50, "נ"], [40, "מ"], [30, "ל"], [20, "כ"], [10, "י"], [9, "ט"], [8, "ח"], [7, "ז"], [6, "ו"], [5, "ה"], [4, "ד"], [3, "ג"], [2, "ב"], [1, "א"]]; function Nd(a2, b2 = []) { var c2 = 25; b2.sort((d2, e2) => d2 - e2); c2 -= b2.length; return function(d2) { const e2 = 0 > d2; d2 = Math.abs(d2); if (!d2) return "-"; const f2 = []; for (; 0 < d2; ) { let h2 = a2 + (d2 - 1) % c2; b2.forEach((k2) => { h2 >= k2 && h2++; }); f2.unshift(String.fromCodePoint(h2)); d2 = Math.floor((d2 - 1) / c2); } d2 = f2.join(""); e2 && (d2 = `-${d2}`); return d2; }; } const Od = Nd(945, [962]), Pd = Nd(913, [930]); function Qd(a2) { return new Intl.NumberFormat([], { numberingSystem: "arab", useGrouping: false }).format(a2); } function Rd(a2) { return new Intl.NumberFormat([], { numberingSystem: "arabext", useGrouping: false }).format(a2); } const Sd = /* @__PURE__ */ new Map([["A", function(a2) { return Gd(a2, false); }], ["a", function(a2) { return Gd(a2, true); }], ["I", function(a2) { return Ed(a2, false); }], ["i", function(a2) { return Ed(a2, true); }], ["lowerGreek", Od], ["α", Od], ["upperGreek", Pd], ["Α", Pd], ["arabicAbjadi", function(a2) { const b2 = 0 > a2; a2 = Math.abs(a2); if (!a2) return "-"; a2 = Array(Math.floor((a2 - 1) / Kd.length) + 1).fill(Kd[(a2 - 1) % Kd.length]).join(String.fromCodePoint(8204)); b2 && (a2 = `-${a2}`); return a2; }], ["arabicAbjadNumeral", function(a2) { const b2 = 0 > a2; a2 = Math.abs(a2); if (!a2) return "-"; var c2 = [], d2 = Math.floor(a2 / 1e3); a2 -= 1e3 * d2; if (1 === d2) c2.push(Ld[0][1]); else if (1 < d2) { for (const [f2, h2] of Ld) { var e2 = f2; const k2 = h2; for (; d2 >= e2; ) c2.push(k2), d2 -= e2; } c2.push(Ld[0][1]); } for (const [f2, h2] of Ld) for (d2 = f2, e2 = h2; a2 >= d2; ) a2 -= d2, c2.push(e2); c2 = c2.join(""); b2 && (c2 = `-${c2}`); return c2; }], ["arabicAlifBaTa", function(a2) { const b2 = 0 > a2; a2 = Math.abs(a2); if (!a2) return "-"; a2 = Array(Math.floor((a2 - 1) / Jd.length) + 1).fill(String.fromCodePoint(Jd[(a2 - 1) % Jd.length])).join(String.fromCodePoint(8204)); b2 && (a2 = `-${a2}`); return a2; }], ["hebrewAlefBet", function(a2) { const b2 = 0 > a2; a2 = Math.abs(a2); if (!a2) return "-"; var c2 = Math.floor((a2 - 1) / Id.length); const d2 = String.fromCodePoint(1514); c2 = Array(c2).fill(d2); c2.push(String.fromCodePoint(Id[(a2 - 1) % Id.length])); a2 = c2.join(""); b2 && (a2 = `-${a2}`); return a2; }], ["hebrewNumeral", function(a2) { const b2 = 0 > a2; a2 = Math.abs(a2); if (!a2) return "-"; var c2 = [], d2 = Math.floor(a2 / 400); a2 -= 400 * d2; for (var e2 = 0; e2 < d2; e2++) c2.push("ת"); for (const [f2, h2] of Md) for (d2 = f2, e2 = h2; a2 >= d2; ) a2 -= d2, c2.push(e2); a2 = c2.slice(-2).join(""); "יה" === a2 && c2.splice(-2, 2, "ט", "ו"); "יו" === a2 && c2.splice(-2, 2, "ט", "ז"); c2 = c2.join(""); b2 && (c2 = `-${c2}`); return c2; }], ["arabicIndicNumeral", Qd], ["١", Qd], ["٢", Qd], ["٣", Qd], ["٤", Qd], ["٥", Qd], ["٦", Qd], ["٧", Qd], ["٨", Qd], ["٩", Qd], ["persianNumeral", Rd], ["۱", Rd], ["۲", Rd], ["۳", Rd], ["۴", Rd], ["۵", Rd], ["۶", Rd], ["۷", Rd], ["۸", Rd], ["۹", Rd]]); function Td(a2) { if (Math.floor(a2) === a2 || isNaN(a2)) return 0; a2 = /\d+(?:\.(\d*))?(?:[Ee](-)?(\d+))*/.exec(`${a2}`); const b2 = a2[1] ? a2[1].length : 0; if (a2[3]) { if (a2[2]) return b2 + parseInt(a2[3], 10); a2 = b2 - parseInt(a2[3], 10); return 0 > a2 ? 0 : a2; } return b2; } function Ud(a2, b2, c2) { return b2 && 0 === a2 * c2 % 1 % 0.5 ? 0 === Math.floor(a2 * c2) % 2 ? 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(null === a2.ob && (a2.ob = Ra(a2.h(new Me(), c2).hb())), a2 = a2.ob()) : a2 = a2.h(b2, c2) : a2 = a2.h(b2, c2); return a2; } var D2 = class { constructor(a2, b2, c2 = { B: false, W: false, R: "unsorted", subtree: false }, d2 = false, e2) { this.o = a2; this.ia = c2.R || "unsorted"; this.subtree = !!c2.subtree; this.W = !!c2.W; this.B = !!c2.B; this.Fa = b2; this.I = false; this.ob = null; this.Qb = d2; this.type = e2; } D() { return null; } v(a2) { this.Fa.forEach((b2) => b2.v(a2)); if (!this.Qb && this.Fa.some((b2) => b2.I)) throw Ne(); } }; var Ye = class { constructor(a2, b2) { this.J = a2; this.da = b2; } }; var Ze = class { constructor(a2) { a2 && "object" === typeof a2 && "nodeType" in a2 && (a2 = a2.ownerDocument || a2, "function" === typeof a2.createElementNS && "function" === typeof a2.createProcessingInstruction && "function" === typeof a2.createTextNode && "function" === typeof a2.createComment && (this.h = a2)); this.h || (this.h = null); } createAttributeNS(a2, b2) { if (!this.h) throw Error("Please pass a node factory if an XQuery script uses node constructors"); return this.h.createAttributeNS(a2, b2); } createCDATASection(a2) { if (!this.h) throw Error("Please pass a node factory if an XQuery script uses node constructors"); return this.h.createCDATASection(a2); } createComment(a2) { if (!this.h) throw Error("Please pass a node factory if an XQuery script uses node constructors"); return this.h.createComment(a2); } createDocument() { if (!this.h) throw Error("Please pass a node factory if an XQuery script uses node constructors"); return this.h.implementation.createDocument(null, null, null); } createElementNS(a2, b2) { if (!this.h) throw Error("Please pass a node factory if an XQuery script uses node constructors"); return this.h.createElementNS( a2, b2 ); } createProcessingInstruction(a2, b2) { if (!this.h) throw Error("Please pass a node factory if an XQuery script uses node constructors"); return this.h.createProcessingInstruction(a2, b2); } createTextNode(a2) { if (!this.h) throw Error("Please pass a node factory if an XQuery script uses node constructors"); return this.h.createTextNode(a2); } }; function $e(a2, b2, c2, d2) { return eb(d2, a2, `name-${b2}`).some((e2) => e2.node.localName === b2 && e2.node.namespaceURI === c2); } var af = (a2, b2, c2, d2) => { const e2 = x2(c2, a2).node, f2 = (a2 = lb(c2, a2)) ? a2.node : null; b2.forEach((h2) => { d2.insertBefore(e2, h2.node, f2); }); }, bf = (a2, b2, c2, d2) => { const e2 = x2(c2, a2).node; b2.forEach((f2) => { d2.insertBefore(e2, f2.node, a2.node); }); }, cf = (a2, b2, c2, d2) => { const e2 = (c2 = ib(c2, a2)) ? c2.node : null; b2.forEach((f2) => { d2.insertBefore(a2.node, f2.node, e2); }); }, df = (a2, b2, c2) => { b2.forEach((d2) => { c2.insertBefore(a2.node, d2.node, null); }); }, ef = (a2, b2, c2, d2) => { b2.forEach((e2) => { const f2 = e2.node.localName, h2 = e2.node.namespaceURI; if ($e(a2, f2, h2, c2)) throw Ue(`An attribute ${h2 ? `Q{${h2}}${f2}` : f2} already exists.`); d2.setAttributeNS(a2.node, h2, f2, hb(c2, e2)); }); }, gf = (a2, b2, c2, d2, e2) => { d2 || (d2 = new Ze(a2 ? a2.node : null)); let f2; switch (a2.node.nodeType) { case 1: const h2 = c2.getAllAttributes(a2.node), k2 = c2.getChildNodes(a2.node), l2 = d2.createElementNS(b2.namespaceURI, b2.za()); f2 = { node: l2, G: null }; h2.forEach((n2) => { e2.setAttributeNS(l2, n2.namespaceURI, n2.nodeName, n2.value); }); k2.forEach((n2) => { e2.insertBefore(l2, n2, null); }); break; case 2: b2 = d2.createAttributeNS(b2.namespaceURI, b2.za()); b2.value = hb(c2, a2); f2 = { node: b2, G: null }; break; case 7: f2 = { node: d2.createProcessingInstruction( b2.za(), hb(c2, a2) ), G: null }; } if (!x2(c2, a2)) throw Error("Not supported: renaming detached nodes."); ff(a2, [f2], c2, e2); }, hf = (a2, b2, c2, d2) => { c2.getChildNodes(a2.node).forEach((e2) => d2.removeChild(a2.node, e2)); b2 && d2.insertBefore(a2.node, b2.node, null); }, ff = (a2, b2, c2, d2) => { const e2 = x2(c2, a2); var f2 = a2.node.nodeType; if (2 === f2) { if (b2.some((k2) => 2 !== k2.node.nodeType)) throw Error('Constraint "If $target is an attribute node, $replacement must consist of zero or more attribute nodes." failed.'); const h2 = e2 ? e2.node : null; d2.removeAttributeNS(h2, a2.node.namespaceURI, a2.node.localName); b2.forEach((k2) => { const l2 = k2.node.localName, n2 = k2.node.namespaceURI; if ($e(e2, l2, n2, c2)) throw Ue(`An attribute ${n2 ? `Q{${n2}}${l2}` : l2} already exists.`); d2.setAttributeNS(h2, n2, l2, hb(c2, k2)); }); } if (1 === f2 || 3 === f2 || 8 === f2 || 7 === f2) { const h2 = (f2 = lb(c2, a2)) ? f2.node : null; d2.removeChild(e2.node, a2.node); b2.forEach((k2) => { d2.insertBefore(e2.node, k2.node, h2); }); } }; var kf = (a2, b2, c2, d2) => { jf(a2, b2); a2.filter((e2) => -1 !== ["insertInto", "insertAttributes", "replaceValue", "rename"].indexOf(e2.type)).forEach((e2) => { switch (e2.type) { case "insertInto": df(e2.target, e2.content, d2); break; case "insertAttributes": ef(e2.target, e2.content, b2, d2); break; case "rename": gf(e2.target, e2.o, b2, c2, d2); break; case "replaceValue": var f2 = e2.target; e2 = e2.o; if (2 === f2.node.nodeType) { const h2 = x2(b2, f2); h2 ? d2.setAttributeNS(h2.node, f2.node.namespaceURI, f2.node.localName, e2) : f2.node.value = e2; } else d2.setData(f2.node, e2); } }); a2.filter((e2) => -1 !== ["insertBefore", "insertAfter", "insertIntoAsFirst", "insertIntoAsLast"].indexOf(e2.type)).forEach((e2) => { switch (e2.type) { case "insertAfter": af(e2.target, e2.content, b2, d2); break; case "insertBefore": bf(e2.target, e2.content, b2, d2); break; case "insertIntoAsFirst": cf(e2.target, e2.content, b2, d2); break; case "insertIntoAsLast": df(e2.target, e2.content, d2); } }); a2.filter((e2) => "replaceNode" === e2.type).forEach((e2) => { ff(e2.target, e2.o, b2, d2); }); a2.filter((e2) => "replaceElementContent" === e2.type).forEach((e2) => { hf(e2.target, e2.text, b2, d2); }); a2.filter((e2) => "delete" === e2.type).forEach((e2) => { e2 = e2.target; var f2 = x2(b2, e2); (f2 = f2 ? f2.node : null) && (2 === e2.node.nodeType ? d2.removeAttributeNS(f2, e2.node.namespaceURI, e2.node.localName) : d2.removeChild(f2, e2.node)); }); if (a2.some((e2) => "put" === e2.type)) throw Error('Not implemented: the execution for pendingUpdate "put" is not yet implemented.'); }; const jf = (a2, b2) => { function c2(f2, h2) { const k2 = /* @__PURE__ */ new Set(); a2.filter((l2) => l2.type === f2).map((l2) => l2.target).forEach((l2) => { l2 = l2 ? l2.node : null; k2.has(l2) && h2(l2); k2.add(l2); }); } c2("rename", (f2) => { throw Error(`XUDY0015: The target ${f2.outerHTML} is used in more than one rename expression.`); }); c2("replaceNode", (f2) => { throw Error(`XUDY0016: The target ${f2.outerHTML} is used in more than one replace expression.`); }); c2("replaceValue", (f2) => { throw Te(f2); }); c2("replaceElementContent", (f2) => { throw Te(f2); }); const d2 = /* @__PURE__ */ new Map(), e2 = (f2) => new Sa( f2.node.prefix, f2.node.namespaceURI, f2.node.localName ); a2.filter((f2) => "replaceNode" === f2.type && 2 === f2.target.node.nodeType).forEach((f2) => { var h2 = x2(b2, f2.target); h2 = h2 ? 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(b2, c2) => a2.s(b2, c2) : (b2, c2) => { const d2 = a2.h(b2, c2); return { next: () => { const e2 = d2.O(); return q2({ da: [], J: e2 }); } }; }; } var nf = class extends D2 { constructor(a2, b2, c2, d2) { super(a2, b2, c2, true, d2); this.I = true; } h() { throw Ne(); } }; function of(a2, b2) { a2 = a2.next(0); b2(a2.value.da); return w2.create(a2.value.J); } function pf(a2) { a2.Fa.some((b2) => b2.I) && (a2.I = true); } var qf = class extends nf { constructor(a2, b2, c2, d2) { super(a2, b2, c2, d2); this.I = this.Fa.some((e2) => e2.I); } h(a2, b2) { return this.A(a2, b2, this.Fa.map((c2) => (d2) => c2.h(d2, b2))); } s(a2, b2) { let c2 = []; const d2 = this.A(a2, b2, this.Fa.map((f2) => f2.I ? (h2) => { h2 = f2.s(h2, b2); return of(h2, (k2) => c2 = lf(c2, k2)); } : (h2) => f2.h(h2, b2))); let e2 = false; return { next: () => { if (e2) return p2; const f2 = d2.O(); e2 = true; return q2(new Ye(f2, c2)); } }; } v(a2) { super.v(a2); pf(this); } }; const rf = ["external", "attribute", "nodeName", "nodeType", "universal"], sf = rf.length; function tf(a2, b2) { for (let c2 = 0; c2 < sf; ++c2) { if (b2.h[c2] < a2.h[c2]) return 1; if (b2.h[c2] > a2.h[c2]) return -1; } return 0; } var uf = class { constructor(a2) { this.h = rf.map((b2) => a2[b2] || 0); if (Object.keys(a2).some((b2) => !rf.includes(b2))) throw Error("Invalid specificity kind passed"); } add(a2) { const b2 = rf.reduce((c2, d2, e2) => { c2[d2] = this.h[e2] + a2.h[e2]; return c2; }, /* @__PURE__ */ Object.create(null)); return new uf(b2); } }; const vf = () => mc("Expected base expression of a function call to evaluate to a sequence of single function item"); function wf(a2, b2, c2, d2) { const e2 = []; for (let f2 = 0; f2 < b2.length; ++f2) { if (null === b2[f2]) { e2.push(null); continue; } const h2 = zd(a2[f2], b2[f2], c2, d2, false); e2.push(h2); } return e2; } function Cf(a2, b2) { if (!v2(a2.type, 60)) throw mc("Expected base expression to evaluate to a function item"); if (a2.v !== b2) throw vf(); return a2; } function Df(a2, b2, c2, d2, e2, f2, h2) { let k2 = 0; e2 = e2.map((l2) => l2 ? null : f2[k2++](c2)); e2 = wf(a2.o, e2, d2, a2.D); if (0 <= e2.indexOf(null)) return Ta(a2, e2); b2 = b2.apply(void 0, [c2, d2, h2, ...e2]); return zd(a2.s, b2, d2, a2.D, true); } var Ff = class extends qf { constructor(a2, b2, c2) { super(new uf({ external: 1 }), [a2].concat(b2.filter((d2) => !!d2)), { R: "unsorted", W: false, subtree: false, B: false }, c2); this.ma = b2.length; this.P = b2.map((d2) => null === d2); this.L = null; this.ya = a2; this.La = b2; } s(a2, b2) { if (!this.l || !this.l.I) return super.s(a2, b2); let c2 = []; const d2 = Df(this.l, (f2, h2, k2, ...l2) => of(this.l.value(f2, h2, k2, ...l2), (n2) => { c2 = lf(c2, n2); }), a2, b2, this.P, this.La.map((f2) => () => f2.I ? of(f2.s(a2, b2), (h2) => { c2 = lf(c2, h2); }) : C2(f2, a2, b2)), this.L); let e2 = false; return { next: () => { if (e2) return p2; const f2 = d2.O(); e2 = true; return q2({ da: c2, J: f2 }); } }; } A(a2, b2, [c2, ...d2]) { if (this.l) return Df(this.l, (f2, h2, k2, ...l2) => this.l.value(f2, h2, k2, ...l2), a2, b2, this.P, d2, this.L); const e2 = c2(a2); return e2.X({ default: () => { throw vf(); }, m: () => e2.N(([f2]) => { f2 = Cf(f2, this.ma); if (f2.I) throw Error("XUDY0038: The function returned by the PrimaryExpr of a dynamic function invocation can not be an updating function"); return Df(f2, f2.value, a2, b2, this.P, d2, this.L); }) }); } v(a2) { this.L = Ef(a2); super.v(a2); if (this.ya.B) { a2 = C2(this.ya, null, null); if (!a2.oa()) throw vf(); this.l = Cf(a2.first(), this.ma); this.l.I && (this.I = true); } } }; const Gf = (a2, b2, c2, d2, e2, f2) => A2([d2, e2, f2], ([h2, k2, l2]) => { k2 = k2.value; l2 = l2.value; if (k2 > h2.h.length || 0 >= k2) throw Error("FOAY0001: subarray start out of bounds."); if (0 > l2) throw Error("FOAY0002: subarray length out of bounds."); if (k2 + l2 > h2.h.length + 1) throw Error("FOAY0001: subarray start + length out of bounds."); return w2.m(new pb(h2.h.slice(k2 - 1, l2 + k2 - 1))); }), Hf = (a2, b2, c2, d2, e2) => A2([d2], ([f2]) => e2.N((h2) => { h2 = h2.map((l2) => l2.value).sort((l2, n2) => n2 - l2).filter((l2, n2, t2) => t2[n2 - 1] !== l2); const k2 = f2.h.concat(); for (let l2 = 0, n2 = h2.length; l2 < n2; ++l2) { const t2 = h2[l2]; if (t2 > f2.h.length || 0 >= t2) throw Error("FOAY0001: subarray position out of bounds."); k2.splice(t2 - 1, 1); } return w2.m(new pb(k2)); })), If = (a2) => v2(a2, 1) || v2(a2, 20) || v2(a2, 19), Jf = (a2, b2, c2, d2, e2) => 0 === d2.length ? 0 !== e2.length : 0 !== e2.length && Ge(a2, b2, c2, d2[0], e2[0]).next(0).value ? Jf(a2, b2, c2, d2.slice(1), e2.slice(1)) : d2[0].value !== d2[0].value ? true : If(d2[0].type) && 0 !== e2.length && If(e2[0].type) ? d2[0].value < e2[0].value : 0 === e2.length ? false : d2[0].value < e2[0].value, Kf = (a2, b2, c2, d2) => { d2.sort((e2, f2) => Fe(a2, b2, c2, w2.create(e2), w2.create(f2)).next(0).value ? 0 : Jf(a2, b2, c2, e2, f2) ? -1 : 1); return w2.m(new pb(d2.map((e2) => () => w2.create(e2)))); }; function Lf(a2) { return v2(a2.type, 62) ? jc(a2.h.map((b2) => b2().N((c2) => jc(c2.map(Lf))))) : w2.m(a2); } var Mf = [ { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "size", j: [{ type: 62, g: 3 }], i: { type: 5, g: 3 }, callFunction: (a2, b2, c2, d2) => A2([d2], ([e2]) => w2.m(g2(e2.h.length, 5))) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "get", j: [{ type: 62, g: 3 }, { type: 5, g: 3 }], i: { type: 59, g: 2 }, callFunction: ob }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "put", j: [{ type: 62, g: 3 }, { type: 5, g: 3 }, { type: 59, g: 2 }], i: { type: 62, g: 3 }, callFunction: (a2, b2, c2, d2, e2, f2) => A2([e2, d2], ([h2, k2]) => { h2 = h2.value; if (0 >= h2 || h2 > k2.h.length) throw Error("FOAY0001: array position out of bounds."); k2 = k2.h.concat(); k2.splice(h2 - 1, 1, Ra(f2)); return w2.m(new pb(k2)); }) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "append", j: [{ type: 62, g: 3 }, { type: 59, g: 2 }], i: { type: 62, g: 3 }, callFunction: (a2, b2, c2, d2, e2) => A2([d2], ([f2]) => w2.m(new pb(f2.h.concat([Ra(e2)])))) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "subarray", j: [{ type: 62, g: 3 }, { type: 5, g: 3 }, { type: 5, g: 3 }], i: { type: 62, g: 3 }, callFunction: Gf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "subarray", j: [{ type: 62, g: 3 }, { type: 5, g: 3 }], i: { type: 62, g: 3 }, callFunction(a2, b2, c2, d2, e2) { const f2 = w2.m(g2(d2.first().value.length - e2.first().value + 1, 5)); return Gf(a2, b2, c2, d2, e2, f2); } }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "remove", j: [{ type: 62, g: 3 }, { type: 5, g: 2 }], i: { type: 62, g: 3 }, callFunction: Hf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "insert-before", j: [{ type: 62, g: 3 }, { type: 5, g: 3 }, { type: 59, g: 2 }], i: { type: 62, g: 3 }, callFunction: (a2, b2, c2, d2, e2, f2) => A2([d2, e2], ([h2, k2]) => { k2 = k2.value; if (k2 > h2.h.length + 1 || 0 >= k2) throw Error("FOAY0001: subarray position out of bounds."); h2 = h2.h.concat(); h2.splice(k2 - 1, 0, Ra(f2)); return w2.m(new pb(h2)); }) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "head", j: [{ type: 62, g: 3 }], i: { type: 59, g: 2 }, callFunction(a2, b2, c2, d2) { return ob(a2, b2, c2, d2, w2.m(g2(1, 5))); } }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "tail", j: [{ type: 62, g: 3 }], i: { type: 59, g: 2 }, callFunction(a2, b2, c2, d2) { return Hf(a2, b2, c2, d2, w2.m(g2(1, 5))); } }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "reverse", j: [{ type: 62, g: 3 }], i: { type: 62, g: 3 }, callFunction: (a2, b2, c2, d2) => A2([d2], ([e2]) => w2.m(new pb(e2.h.concat().reverse()))) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "join", j: [{ type: 62, g: 2 }], i: { type: 62, g: 3 }, callFunction: (a2, b2, c2, d2) => d2.N((e2) => { e2 = e2.reduce((f2, h2) => f2.concat(h2.h), []); return w2.m(new pb(e2)); }) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "for-each", j: [{ type: 62, g: 3 }, { type: 60, g: 3 }], i: { type: 62, g: 3 }, callFunction: (a2, b2, c2, d2, e2) => A2([d2, e2], ([f2, h2]) => { if (1 !== h2.v) throw mc("The callback passed into array:for-each has a wrong arity."); f2 = f2.h.map((k2) => Ra(h2.value.call(void 0, a2, b2, c2, wf(h2.o, [k2()], b2, "array:for-each")[0]))); return w2.m(new pb(f2)); }) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "filter", j: [{ type: 62, g: 3 }, { type: 60, g: 3 }], i: { type: 62, g: 3 }, callFunction: (a2, b2, c2, d2, e2) => A2([d2, e2], ([f2, h2]) => { if (1 !== h2.v) throw mc("The callback passed into array:filter has a wrong arity."); const k2 = f2.h.map((t2) => { t2 = wf(h2.o, [t2()], b2, "array:filter")[0]; const u2 = h2.value; return u2(a2, b2, c2, t2); }), l2 = []; let n2 = false; return w2.create({ next: () => { if (n2) return p2; for (let u2 = 0, z2 = f2.h.length; 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return k2.value.call(void 0, a2, b2, c2, l2, n2); }, e2); }) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "for-each-pair", j: [{ type: 62, g: 3 }, { type: 62, g: 3 }, { type: 60, g: 3 }], i: { type: 62, g: 3 }, callFunction: (a2, b2, c2, d2, e2, f2) => A2([d2, e2, f2], ([h2, k2, l2]) => { if (2 !== l2.v) throw mc("The callback passed into array:for-each-pair has a wrong arity."); const n2 = []; for (let t2 = 0, u2 = Math.min(h2.h.length, k2.h.length); t2 < u2; ++t2) { const [z2, y2] = wf(l2.o, [h2.h[t2](), k2.h[t2]()], b2, "array:for-each-pair"); n2[t2] = Ra(l2.value.call(void 0, a2, b2, c2, z2, y2)); } return w2.m(new pb(n2)); }) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "sort", j: [{ type: 62, g: 3 }], i: { type: 62, g: 3 }, callFunction: (a2, b2, c2, d2) => A2([d2], ([e2]) => { e2 = e2.h.map((f2) => f2().O()); return Kf(a2, b2, c2, e2); }) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions/array", localName: "flatten", j: [{ type: 59, g: 2 }], i: { type: 59, g: 2 }, callFunction: (a2, b2, c2, d2) => d2.N((e2) => jc(e2.map(Lf))) } ]; function E2(a2, b2, c2, d2, e2) { return e2.F() ? e2 : w2.m(jd(e2.first(), a2)); } var Nf = [{ namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "untypedAtomic", j: [{ type: 46, g: 0 }], i: { type: 19, g: 0 }, callFunction: E2.bind(null, 19) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "error", j: [{ type: 46, g: 0 }], i: { type: 39, g: 0 }, callFunction: E2.bind(null, 39) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "string", j: [{ type: 46, g: 0 }], i: { type: 1, g: 0 }, callFunction: E2.bind(null, 1) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "boolean", j: [{ type: 46, g: 0 }], i: { type: 0, g: 0 }, callFunction: E2.bind(null, 0) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "decimal", j: [{ type: 46, g: 0 }], i: { type: 4, g: 0 }, callFunction: E2.bind(null, 4) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "float", j: [{ type: 46, g: 0 }], i: { type: 6, g: 0 }, callFunction: E2.bind(null, 6) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "double", j: [{ type: 46, g: 0 }], i: { type: 3, g: 0 }, callFunction: E2.bind(null, 3) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "duration", j: [{ type: 46, g: 0 }], i: { type: 18, g: 0 }, callFunction: E2.bind(null, 18) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "dateTime", j: [{ type: 46, g: 0 }], i: { type: 9, g: 0 }, callFunction: E2.bind(null, 9) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "dateTimeStamp", j: [{ type: 46, g: 0 }], i: { type: 10, g: 0 }, callFunction: E2.bind(null, 10) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "time", j: [{ type: 46, g: 0 }], i: { type: 8, g: 0 }, callFunction: E2.bind(null, 8) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "date", j: [{ type: 46, g: 0 }], i: { type: 7, g: 0 }, callFunction: E2.bind(null, 7) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "gYearMonth", j: [{ type: 46, g: 0 }], i: { type: 11, g: 0 }, callFunction: E2.bind(null, 11) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "gYear", j: [{ type: 46, g: 0 }], i: { type: 12, g: 0 }, callFunction: E2.bind(null, 12) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "gMonthDay", j: [{ type: 46, g: 0 }], i: { type: 13, g: 0 }, callFunction: E2.bind(null, 13) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "gDay", j: [{ type: 46, g: 0 }], i: { type: 15, g: 0 }, callFunction: E2.bind(null, 15) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "gMonth", j: [{ type: 46, g: 0 }], i: { type: 14, g: 0 }, callFunction: E2.bind(null, 14) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "hexBinary", j: [{ type: 46, g: 0 }], i: { type: 22, g: 0 }, callFunction: E2.bind(null, 22) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "base64Binary", j: [{ type: 46, g: 0 }], i: { type: 21, g: 0 }, callFunction: E2.bind(null, 21) }, { namespaceURI: "http://www.w3.org/2001/XMLSchema", localName: "QName", j: [{ type: 46, g: 0 }], i: { type: 23, g: 0 }, callFunction: (a2, b2, c2, d2) => { if (d2.F()) return d2; a2 = d2.first(); if (v2(a2.type, 2)) throw Error("XPTY0004: The provided QName is not a string-like value."); a2 = jd(a2, 1).value; a2 = sc(a2, 23); if (!tc(a2, 23)) throw Error("FORG0001: The provided QName is invalid."); if (!a2.includes(":")) return c2 = c2.$(""), w2.m(g2(new Sa("", c2, a2), 23)); const [e2, f2] = a2.split(":"); c2 = c2.$(e2); if (!c2) throw Error(`FONS0004: The value ${a2} can not be cast to a QName. 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d2 : w2.m(g2(d2.first().value.getYear(), 5)), Pf = (a2, b2, c2, d2) => d2.F() ? d2 : w2.m(g2(d2.first().value.getMonth(), 5)), Qf = (a2, b2, c2, d2) => d2.F() ? d2 : w2.m(g2(d2.first().value.getDay(), 5)), Rf = (a2, b2, c2, d2) => d2.F() ? d2 : w2.m(g2(d2.first().value.getHours(), 5)), Sf = (a2, b2, c2, d2) => d2.F() ? d2 : w2.m(g2(d2.first().value.getMinutes(), 5)), Tf = (a2, b2, c2, d2) => { d2.F() || (a2 = w2, b2 = a2.m, d2 = d2.first().value, d2 = b2.call(a2, g2(d2.D + d2.qa, 4))); return d2; }, Uf = (a2, b2, c2, d2) => d2.F() ? d2 : (a2 = d2.first().value.Y) ? w2.m(g2(a2, 17)) : w2.empty(); var Vf = [ { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "dateTime", j: [{ type: 7, g: 0 }, { type: 8, g: 0 }], i: { type: 9, g: 0 }, callFunction: (a2, b2, c2, d2, e2) => { if (d2.F()) return d2; if (e2.F()) return e2; a2 = d2.first().value; e2 = e2.first().value; b2 = a2.Y; c2 = e2.Y; if (b2 || c2) { if (!b2 || c2) { if (!b2 && c2) b2 = c2; else if (!vb(b2, c2)) throw Error("FORG0008: fn:dateTime: got a date and time value with different timezones."); } } else b2 = null; return w2.m(g2(new Kb(a2.getYear(), a2.getMonth(), a2.getDay(), e2.getHours(), e2.getMinutes(), e2.getSeconds(), e2.qa, b2), 9)); } }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "year-from-dateTime", j: [{ type: 9, g: 0 }], i: { type: 5, g: 0 }, callFunction: Of }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "month-from-dateTime", j: [{ type: 9, g: 0 }], i: { type: 5, g: 0 }, callFunction: Pf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "day-from-dateTime", j: [{ type: 9, g: 0 }], i: { type: 5, g: 0 }, callFunction: Qf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "hours-from-dateTime", j: [{ type: 9, g: 0 }], i: { type: 5, g: 0 }, callFunction: Rf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "minutes-from-dateTime", j: [{ type: 9, g: 0 }], i: { type: 5, g: 0 }, callFunction: Sf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "seconds-from-dateTime", j: [{ type: 9, g: 0 }], i: { type: 4, g: 0 }, callFunction: Tf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "timezone-from-dateTime", j: [{ type: 9, g: 0 }], i: { type: 17, g: 0 }, callFunction: Uf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "year-from-date", j: [{ type: 7, g: 0 }], i: { type: 5, g: 0 }, callFunction: Of }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "month-from-date", j: [{ type: 7, g: 0 }], i: { type: 5, g: 0 }, callFunction: Pf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "day-from-date", j: [{ type: 7, g: 0 }], i: { type: 5, g: 0 }, callFunction: Qf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "timezone-from-date", j: [{ type: 7, g: 0 }], i: { type: 17, g: 0 }, callFunction: Uf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "hours-from-time", j: [{ type: 8, g: 0 }], i: { type: 5, g: 0 }, callFunction: Rf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "minutes-from-time", j: [{ type: 8, g: 0 }], i: { type: 5, g: 0 }, callFunction: Sf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "seconds-from-time", j: [{ type: 8, g: 0 }], i: { type: 4, g: 0 }, callFunction: Tf }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "timezone-from-time", j: [{ type: 8, g: 0 }], i: { type: 17, g: 0 }, callFunction: Uf } ]; function Wf(a2, b2) { const c2 = b2.h, d2 = b2.Ja, e2 = b2.Ma; switch (a2.node.nodeType) { case 1: const h2 = d2.createElementNS(a2.node.namespaceURI, a2.node.nodeName); c2.getAllAttributes(a2.node).forEach((k2) => e2.setAttributeNS(h2, k2.namespaceURI, k2.nodeName, k2.value)); for (var f2 of gb(c2, a2)) a2 = Wf(f2, b2), e2.insertBefore(h2, a2.node, null); return { node: h2, G: null }; case 2: return b2 = d2.createAttributeNS(a2.node.namespaceURI, a2.node.nodeName), b2.value = hb(c2, a2), { node: b2, G: null }; case 4: return { node: d2.createCDATASection(hb(c2, a2)), G: null }; case 8: return { node: d2.createComment(hb( c2, a2 )), G: null }; case 9: f2 = d2.createDocument(); for (const k2 of gb(c2, a2)) a2 = Wf(k2, b2), e2.insertBefore(f2, a2.node, null); return { node: f2, G: null }; case 7: return { node: d2.createProcessingInstruction(a2.node.target, hb(c2, a2)), G: null }; case 3: return { node: d2.createTextNode(hb(c2, a2)), G: null }; } } function Xf(a2, b2) { const c2 = b2.Ma; var d2 = b2.Ja; const e2 = b2.h; if (cb(a2.node)) switch (a2.node.nodeType) { case 2: return d2 = d2.createAttributeNS(a2.node.namespaceURI, a2.node.nodeName), d2.value = hb(e2, a2), d2; case 8: return d2.createComment(hb(e2, a2)); case 1: const f2 = a2.node.prefix, h2 = a2.node.localName, k2 = d2.createElementNS(a2.node.namespaceURI, f2 ? f2 + ":" + h2 : h2); gb(e2, a2).forEach((l2) => { l2 = Xf(l2, b2); c2.insertBefore(k2, l2, null); }); eb(e2, a2).forEach((l2) => { c2.setAttributeNS(k2, l2.node.namespaceURI, l2.node.nodeName, hb(e2, l2)); }); k2.normalize(); return k2; case 7: return d2.createProcessingInstruction( a2.node.target, hb(e2, a2) ); case 3: return d2.createTextNode(hb(e2, a2)); } else return Wf(a2, b2).node; } function Yf(a2, b2, c2) { let d2 = a2; for (a2 = x2(c2, d2); null !== a2; ) { if (2 === d2.node.nodeType) b2.push(d2.node.nodeName); else { const e2 = gb(c2, a2); b2.push(e2.findIndex((f2) => md(f2, d2))); } d2 = a2; a2 = x2(c2, d2); } return d2; } function Zf(a2, b2, c2) { for (; 0 < b2.length; ) { const d2 = b2.pop(); "string" === typeof d2 ? a2 = eb(c2, a2).find((e2) => e2.node.nodeName === d2) : a2 = gb(c2, a2)[d2]; } return a2.node; } function $f(a2, b2, c2) { var d2 = a2.node; if (!(cb(d2) || c2 || a2.G)) return d2; d2 = b2.v; const e2 = []; if (c2) return Xf(a2, b2); a2 = Yf(a2, e2, b2.h); c2 = d2.get(a2.node); c2 || (c2 = { node: Xf(a2, b2), G: null }, d2.set(a2.node, c2)); return Zf(c2, e2, b2.h); } const ag = (a2, b2, c2, d2, e2) => d2.N((f2) => { var h2; let k2 = ""; for (let l2 = 0; l2 < f2.length; l2++) { const n2 = f2[l2], t2 = b2.Ua && v2(n2.type, 53) ? b2.Ua.serializeToString($f(n2.value, b2, false)) : null === (h2 = qc(w2.m(n2), b2).map((u2) => jd(u2, 1)).first()) || void 0 === h2 ? void 0 : h2.value; t2 && (k2 += `{type: ${Da[n2.type]}, value: ${t2}} `); } void 0 !== e2 && (k2 += e2.first().value); b2.jb.trace(k2); return w2.create(f2); }); var bg = [{ j: [{ type: 59, g: 2 }], callFunction: ag, localName: "trace", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 59, g: 2 }, { type: 1, g: 3 }], callFunction: ag, localName: "trace", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }]; const cg = (a2, b2, c2, d2, e2) => { a2 = void 0 === d2 || d2.F() ? new Sa("err", "http://www.w3.org/2005/xqt-errors", "FOER0000") : d2.first().value; b2 = ""; void 0 === e2 || e2.F() || (b2 = `: ${e2.first().value}`); throw Error(`${a2.localName}${b2}`); }; var dg = [{ namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "error", j: [], i: { type: 63, g: 3 }, callFunction: cg }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "error", j: [{ type: 23, g: 0 }], i: { type: 63, g: 3 }, callFunction: cg }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "error", j: [{ type: 23, g: 0 }, { type: 1, g: 3 }], i: { type: 63, g: 3 }, callFunction: cg }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "error", j: [{ type: 23, g: 0 }, { type: 1, g: 3 }, { type: 59, g: 2 }], i: { type: 63, g: 3 }, callFunction() { throw Error("Not implemented: Using an error object in error is not supported"); } }]; function eg(a2) { return "string" === typeof a2 ? a2 : (a2 = new Za().getChildNodes(a2).find((b2) => 8 === b2.nodeType)) ? a2.data : "some expression"; } var fg = class extends Error { constructor(a2, b2) { super(a2); this.position = { end: { ha: b2.end.ha, line: b2.end.line, offset: b2.end.offset }, start: { ha: b2.start.ha, line: b2.start.line, offset: b2.start.offset } }; } }; function gg(a2, b2) { if (b2 instanceof Error) throw b2; "string" !== typeof a2 && (a2 = eg(a2)); const c2 = hg(b2); a2 = a2.replace(/\r/g, "").split("\n"); const d2 = Math.floor(Math.log10(Math.min(c2.end.line + 2, a2.length))) + 1; a2 = a2.reduce((e2, f2, h2) => { var k2 = h2 + 1; if (2 < c2.start.line - k2 || 2 < k2 - c2.end.line) return e2; h2 = `${Array(d2).fill(" ", 0, Math.floor(Math.log10(k2)) + 1 - d2).join("")}${k2}: `; e2.push(`${h2}${f2}`); if (k2 >= c2.start.line && k2 <= c2.end.line) { const l2 = k2 < c2.end.line ? f2.length + h2.length : c2.end.ha - 1 + h2.length; k2 = k2 > c2.start.line ? h2.length : c2.start.ha - 1 + h2.length; f2 = " ".repeat(h2.length) + Array.from(f2.substring(0, k2 - h2.length), (n2) => " " === n2 ? 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a2 : null; } function Eg(a2, b2, c2, d2, e2) { d2 = zg(b2, c2) + "~" + d2; if (a2.l[d2]) throw tg(b2, c2); a2.l[d2] = e2; } function Fg(a2, b2, c2) { a2.D[a2.h][b2] = c2; } function Gg(a2, b2, c2) { b2 = zg(b2 || "", c2); return a2.Da[a2.h][b2] = `${b2}[${a2.s}]`; } function Hg(a2, b2, c2, d2) { a2.Ea[`${zg(b2 || "", c2)}[${a2.s}]`] = d2; } function Ig(a2) { a2.D.length = a2.h; a2.Da.length = a2.h; a2.h--; } var Bg = class { constructor(a2) { this.o = a2; this.s = this.h = 0; this.D = [/* @__PURE__ */ Object.create(null)]; this.l = /* @__PURE__ */ Object.create(null); this.v = null; this.Ea = a2 && a2.Ea; this.Da = a2 && a2.Da; } va(a2, b2, c2, d2 = false) { const e2 = this.l[zg(a2, b2) + "~" + c2]; return !e2 || d2 && e2.wb ? null === this.o ? null : this.o.va(a2, b2, c2, d2) : e2; } eb(a2, b2) { const c2 = Ag(this.Da, zg(a2, b2)); return c2 ? c2 : null === this.o ? null : this.o.eb(a2, b2); } Sa(a2, b2) { var c2 = a2.prefix; const d2 = a2.localName; return "" === c2 && this.v ? { localName: d2, namespaceURI: this.v } : c2 && (c2 = this.$(c2, false)) ? { localName: d2, namespaceURI: c2 } : null === this.o ? null : this.o.Sa(a2, b2); } $(a2, b2 = true) { const c2 = Ag(this.D, a2 || ""); return void 0 === c2 ? null === this.o ? void 0 : this.o.$(a2 || "", b2) : c2; } }; function F2(a2, b2) { "*" === b2 || Array.isArray(b2) || (b2 = [b2]); for (let c2 = 1; c2 < a2.length; ++c2) { if (!Array.isArray(a2[c2])) continue; const d2 = a2[c2]; if ("*" === b2 || b2.includes(d2[0])) return d2; } return null; } function H2(a2) { return 2 > a2.length ? "" : "object" === typeof a2[1] ? a2[2] || "" : a2[1] || ""; } function I2(a2, b2) { if (!Array.isArray(a2)) return null; a2 = a2[1]; return "object" !== typeof a2 || Array.isArray(a2) ? null : b2 in a2 ? a2[b2] : null; } function J2(a2, b2) { return b2.reduce(F2, a2); } function K2(a2, b2) { const c2 = []; for (let d2 = 1; d2 < a2.length; ++d2) { if (!Array.isArray(a2[d2])) continue; const e2 = a2[d2]; "*" !== b2 && e2[0] !== b2 || c2.push(e2); } return c2; } function Jg(a2) { return { localName: H2(a2), namespaceURI: I2(a2, "URI"), prefix: I2(a2, "prefix") }; } function Kg(a2) { const b2 = F2(a2, "typeDeclaration"); if (!b2 || F2(b2, "voidSequenceType")) return { type: 59, g: 2 }; const c2 = (f2) => { switch (f2[0]) { case "documentTest": return 55; case "elementTest": return 54; case "attributeTest": return 47; case "piTest": return 57; case "commentTest": return 58; case "textTest": return 56; case "anyKindTest": return 53; case "anyItemType": return 59; case "anyFunctionTest": case "functionTest": case "typedFunctionTest": return 60; case "anyMapTest": case "typedMapTest": return 61; case "anyArrayTest": case "typedArrayTest": return 62; case "atomicType": return Ia([I2(f2, "prefix"), H2(f2)].join(":")); case "parenthesizedItemType": return c2(F2(f2, "*")); default: throw Error(`Type declaration "${F2(b2, "*")[0]}" is not supported.`); } }; a2 = { type: c2(F2(b2, "*")), g: 3 }; let d2 = null; const e2 = F2(b2, "occurrenceIndicator"); e2 && (d2 = H2(e2)); switch (d2) { case "*": return a2.g = 2, a2; case "?": return a2.g = 0, a2; case "+": return a2.g = 1, a2; case "": case null: return a2; } } function L2(a2, b2, c2) { if ("object" !== typeof a2[1] || Array.isArray(a2[1])) { const d2 = {}; d2[b2] = c2; a2.splice(1, 0, d2); } else a2[1][b2] = c2; } function Lg(a2) { const b2 = { type: 62, g: 3 }; L2(a2, "type", b2); return b2; } function Mg(a2, b2) { if (!b2 || !b2.ga) return { type: 59, g: 2 }; var c2 = F2(a2, "EQName"); if (!c2) return { type: 59, g: 2 }; var d2 = Jg(c2); c2 = d2.localName; const e2 = d2.prefix; d2 = K2(F2(a2, "arguments"), "*"); c2 = b2.ga.Sa({ localName: c2, prefix: e2 }, d2.length); if (!c2) return { type: 59, g: 2 }; b2 = b2.ga.va(c2.namespaceURI, c2.localName, d2.length + 1); if (!b2) return { type: 59, g: 2 }; 59 !== b2.i.type && L2(a2, "type", b2.i); return b2.i; } function M2(a2, b2, c2) { return (a2 << 20) + (b2 << 12) + (c2.charCodeAt(0) << 8) + c2.charCodeAt(1); } var Ng = { [M2(2, 2, "idivOp")]: 5, [M2(16, 16, "addOp")]: 16, [M2(16, 16, "subtractOp")]: 16, [M2(16, 16, "divOp")]: 4, [M2(16, 2, "multiplyOp")]: 16, [M2(16, 2, "divOp")]: 16, [M2(2, 16, "multiplyOp")]: 16, [M2(17, 17, "addOp")]: 17, [M2(17, 17, "subtractOp")]: 17, [M2(17, 17, "divOp")]: 4, [M2(17, 2, "multiplyOp")]: 17, [M2(17, 2, "divOp")]: 17, [M2(2, 17, "multiplyOp")]: 17, [M2(9, 9, "subtractOp")]: 17, [M2(7, 7, "subtractOp")]: 17, [M2(8, 8, "subtractOp")]: 17, [M2(9, 16, "addOp")]: 9, [M2(9, 16, "subtractOp")]: 9, [M2(9, 17, "addOp")]: 9, [M2(9, 17, "subtractOp")]: 9, [M2(7, 16, "addOp")]: 7, [M2( 7, 16, "subtractOp" )]: 7, [M2(7, 17, "addOp")]: 7, [M2(7, 17, "subtractOp")]: 7, [M2(8, 17, "addOp")]: 8, [M2(8, 17, "subtractOp")]: 8, [M2(9, 16, "addOp")]: 9, [M2(9, 16, "subtractOp")]: 9, [M2(9, 17, "addOp")]: 9, [M2(9, 17, "subtractOp")]: 9, [M2(7, 17, "addOp")]: 7, [M2(7, 17, "subtractOp")]: 7, [M2(7, 16, "addOp")]: 7, [M2(7, 16, "subtractOp")]: 7, [M2(8, 17, "addOp")]: 8, [M2(8, 17, "subtractOp")]: 8 }, Og = { [M2(2, 2, "addOp")]: (a2, b2) => a2 + b2, [M2(2, 2, "subtractOp")]: (a2, b2) => a2 - b2, [M2(2, 2, "multiplyOp")]: (a2, b2) => a2 * b2, [M2(2, 2, "divOp")]: (a2, b2) => a2 / b2, [M2(2, 2, "modOp")]: (a2, b2) => a2 % b2, [M2(2, 2, "idivOp")]: (a2, b2) => Math.trunc(a2 / b2), [M2(16, 16, "addOp")]: function(a2, b2) { return new Kc(a2.ea + b2.ea); }, [M2(16, 16, "subtractOp")]: function(a2, b2) { return new Kc(a2.ea - b2.ea); }, [M2(16, 16, "divOp")]: function(a2, b2) { return a2.ea / b2.ea; }, [M2(16, 2, "multiplyOp")]: Mc, [M2(16, 2, "divOp")]: function(a2, b2) { if (isNaN(b2)) throw Error("FOCA0005: Cannot divide xs:yearMonthDuration by NaN"); a2 = Math.round(a2.ea / b2); if (a2 > Number.MAX_SAFE_INTEGER || !Number.isFinite(a2)) throw Error("FODT0002: Value overflow while dividing xs:yearMonthDuration"); return new Kc(a2 < Number.MIN_SAFE_INTEGER || 0 === a2 ? 0 : a2); }, [M2(2, 16, "multiplyOp")]: (a2, b2) => Mc(b2, a2), [M2(17, 17, "addOp")]: function(a2, b2) { return new yb(a2.ca + b2.ca); }, [M2(17, 17, "subtractOp")]: function(a2, b2) { return new yb(a2.ca - b2.ca); }, [M2(17, 17, "divOp")]: function(a2, b2) { if (0 === b2.ca) throw Error("FOAR0001: Division by 0"); return a2.ca / b2.ca; }, [M2(17, 2, "multiplyOp")]: Cb, [M2(17, 2, "divOp")]: function(a2, b2) { if (isNaN(b2)) throw Error("FOCA0005: Cannot divide xs:dayTimeDuration by NaN"); a2 = a2.ca / b2; if (a2 > Number.MAX_SAFE_INTEGER || !Number.isFinite(a2)) throw Error("FODT0002: Value overflow while dividing xs:dayTimeDuration"); return new yb(a2 < Number.MIN_SAFE_INTEGER || Object.is(-0, a2) ? 0 : a2); }, [M2(2, 17, "multiplyOp")]: (a2, b2) => Cb(b2, a2), [M2(9, 9, "subtractOp")]: Pb, [M2(7, 7, "subtractOp")]: Pb, [M2(8, 8, "subtractOp")]: Pb, [M2(9, 16, "addOp")]: Qb, [M2(9, 16, "subtractOp")]: Rb, [M2(9, 17, "addOp")]: Qb, [M2(9, 17, "subtractOp")]: Rb, [M2(7, 16, "addOp")]: Qb, [M2(7, 16, "subtractOp")]: Rb, [M2(7, 17, "addOp")]: Qb, [M2(7, 17, "subtractOp")]: Rb, [M2(8, 17, "addOp")]: Qb, [M2(8, 17, "subtractOp")]: Rb, [M2(9, 16, "addOp")]: Qb, [M2(9, 16, "subtractOp")]: Rb, [M2(9, 17, "addOp")]: Qb, [M2(9, 17, "subtractOp")]: Rb, [M2(7, 17, "addOp")]: Qb, [M2(7, 17, "subtractOp")]: Rb, [M2(7, 16, "addOp")]: Qb, [M2(7, 16, "subtractOp")]: Rb, [M2(8, 17, "addOp")]: Qb, [M2(8, 17, "subtractOp")]: Rb }; function Pg(a2, b2) { return v2(a2, 5) && v2(b2, 5) ? 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const e2 = c2[0]; d2 = d2[0]; if (this.s && this.type) return w2.m(this.s(e2, d2)); var f2 = e2.type; var h2 = d2.type, k2 = this.l; const l2 = `${f2}~${h2}~${k2}`; let n2 = Ug[l2]; n2 || (n2 = Ug[l2] = Rg(k2, f2, h2)); f2 = n2; if (!f2) throw Error(`XPTY0004: ${this.l} not available for types ${Da[e2.type]} and ${Da[d2.type]}`); return w2.m(f2(e2, d2)); })); } }; function Wg(a2, b2) { var c2 = O2; let d2 = false; for (var e2 = 1; e2 < a2.length; e2++) switch (a2[e2][0]) { case "letClause": Xg(b2); var f2 = a2[e2], h2 = b2, k2 = c2, l2 = J2(f2, ["letClauseItem", "typedVariableBinding", "varName"]); l2 = Jg(l2); f2 = J2(f2, ["letClauseItem", "letExpr"]); k2 = k2(f2[1], h2); Yg(h2, l2.localName, k2); break; case "forClause": d2 = true; Xg(b2); Zg(a2[e2], b2, c2); break; case "whereClause": Xg(b2); h2 = a2[e2]; c2(h2, b2); L2(h2, "type", { type: 0, g: 3 }); break; case "orderByClause": Xg(b2); break; case "returnClause": e2 = a2[e2]; h2 = c2; c2 = J2(e2, ["*"]); b2 = h2(c2, b2); L2(c2, "type", b2); L2(e2, "type", b2); c2 = b2; if (!c2) return { type: 59, g: 2 }; d2 && (c2 = { type: c2.type, g: 2 }); 59 !== c2.type && L2(a2, "type", c2); return c2; default: c2 = c2(a2[e2], b2); if (!c2) return { type: 59, g: 2 }; d2 && (c2 = { type: c2.type, g: 2 }); 59 !== c2.type && L2(a2, "type", c2); return c2; } if (0 < b2.h) b2.h--, b2.o.pop(), b2.v.pop(); else throw Error("Variable scope out of bound"); } function Zg(a2, b2, c2) { const d2 = Jg(J2(a2, ["forClauseItem", "typedVariableBinding", "varName"])); if (a2 = J2(a2, ["forClauseItem", "forExpr", "sequenceExpr"])) a2 = K2(a2, "*").map((e2) => c2(e2, b2)), a2.includes(void 0) || a2.includes(null) || (a2 = $g(a2), 1 === a2.length && Yg(b2, d2.localName, a2[0])); } function $g(a2) { return a2.filter((b2, c2, d2) => d2.findIndex((e2) => e2.type === b2.type && e2.g === b2.g) === c2); } function ah(a2, b2) { if (!b2 || !b2.ga) return { type: 59, g: 2 }; const c2 = F2(a2, "functionName"); var d2 = Jg(c2); let e2 = d2.localName; var f2 = d2.prefix; let h2 = d2.namespaceURI; d2 = K2(F2(a2, "arguments"), "*"); if (null === h2) { f2 = b2.ga.Sa({ localName: e2, prefix: f2 }, d2.length); if (!f2) return { type: 59, g: 2 }; e2 = f2.localName; h2 = f2.namespaceURI; L2(c2, "URI", h2); c2[2] = e2; } b2 = b2.ga.va(h2, e2, d2.length); if (!b2 || 63 === b2.i.type) return { type: 59, g: 2 }; 59 !== b2.i.type && L2(a2, "type", b2.i); return b2.i; } function bh(a2) { const b2 = { type: 61, g: 3 }; L2(a2, "type", b2); return b2; } function ch(a2, b2) { if (!b2 || !b2.ga) return { type: 59, g: 2 }; const c2 = F2(a2, "functionName"); var d2 = Jg(c2); let e2 = d2.localName; var f2 = d2.namespaceURI; const h2 = d2.prefix; d2 = Number(J2(a2, ["integerConstantExpr", "value"])[1]); if (!f2) { f2 = b2.ga.Sa({ localName: e2, prefix: h2 }, d2); if (!f2) return { type: 59, g: 2 }; e2 = f2.localName; f2 = f2.namespaceURI; L2(c2, "URI", f2); } b2 = b2.ga.va(f2, e2, d2) || null; if (!b2) return { type: 59, g: 2 }; 59 !== b2.i.type && 63 !== b2.i.type && L2(a2, "type", b2.i); return b2.i; } function dh(a2, b2) { var c2 = K2(a2, "stepExpr"); if (!c2) return { type: 59, g: 2 }; for (const f2 of c2) { a: { c2 = f2; var d2 = b2; let h2 = null; if (!c2) break a; var e2 = K2(c2, "*"); let k2 = ""; for (const l2 of e2) switch (l2[0]) { case "filterExpr": h2 = I2(J2(l2, ["*"]), "type"); break; case "xpathAxis": k2 = l2[1]; b: { switch (k2) { case "attribute": h2 = { type: 47, g: 2 }; break b; case "child": case "decendant": case "self": case "descendant-or-self": case "following-sibling": case "following": case "namespace": case "parent": case "ancestor": case "preceding-sibling": case "preceding": case "ancestor-or-self": h2 = { type: 53, g: 2 }; break b; } h2 = void 0; } break; case "nameTest": e2 = Jg(l2); if (null !== e2.namespaceURI) break; if ("attribute" === k2 && !e2.prefix) break; e2 = d2.$(e2.prefix || ""); void 0 !== e2 && L2(l2, "URI", e2); break; case "lookup": h2 = { type: 59, g: 2 }; } h2 && 59 !== h2.type && L2(c2, "type", h2); } d2 = I2(f2, "type"); } d2 && 59 !== d2.type && L2(a2, "type", d2); return d2; } function eh(a2) { const b2 = { type: 0, g: 3 }; L2(a2, "type", b2); return b2; } function fh(a2, b2, c2) { 0 === b2 ? b2 = { type: 53, g: 2 } : 1 === b2 ? b2 = c2[0] : c2.includes(void 0) || c2.includes(null) ? b2 = { type: 59, g: 2 } : (b2 = $g(c2), b2 = 1 < b2.length ? { type: 59, g: 2 } : { type: b2[0].type, g: 2 }); b2 && 59 !== b2.type && L2(a2, "type", b2); return b2; } function gh(a2, b2, c2, d2) { if (!b2 || c2.includes(void 0)) return { type: 59, g: 2 }; var e2 = K2(a2, "typeswitchExprCaseClause"); for (let h2 = 0; h2 < c2.length; h2++) { var f2 = F2(e2[h2], "*"); switch (f2[0]) { case "sequenceType": if (f2 = hh(f2, b2, c2[h2])) return 59 !== f2.type && L2(a2, "type", f2), f2; continue; case "sequenceTypeUnion": for (d2 = K2(f2, "*"), e2 = 0; 2 > e2; e2++) if (f2 = hh(d2[e2], b2, c2[h2])) return 59 !== f2.type && L2(a2, "type", f2), f2; default: return { type: 59, g: 2 }; } } 59 !== d2.type && L2(a2, "type", d2); return d2; } function hh(a2, b2, c2) { const d2 = K2(a2, "*"), e2 = F2(a2, "atomicType"); if (!e2) return { type: 59, g: 2 }; if (Ia(I2(e2, "prefix") + ":" + e2[2]) === b2.type) { if (1 === d2.length) { if (3 === b2.g) return c2; } else if (a2 = F2(a2, "occurrenceIndicator")[1], b2.g === Ka(a2)) return c2; } } function ih(a2, b2) { O2(a2, b2); } function O2(a2, b2) { var c2 = jh.get(a2[0]); if (c2) return c2(a2, b2); for (c2 = 1; c2 < a2.length; c2++) a2[c2] && O2(a2[c2], b2); } const kh = (a2, b2) => { var c2 = O2(F2(a2, "firstOperand")[1], b2); const d2 = O2(F2(a2, "secondOperand")[1], b2); var e2 = a2[0]; if (c2 && d2) if (b2 = Tg(e2, c2.type, d2.type)) c2 = { type: b2, g: c2.g }, 2 !== b2 && 59 !== b2 && L2(a2, "type", c2), a2 = c2; else throw Error(`XPTY0004: ${e2} not available for types ${Ha(c2)} and ${Ha(d2)}`); else a2 = { type: 2, g: 3 }; return a2; }, lh = (a2, b2) => { O2(F2(a2, "firstOperand")[1], b2); O2(F2(a2, "secondOperand")[1], b2); a: { switch (a2[0]) { case "orOp": b2 = { type: 0, g: 3 }; L2(a2, "type", b2); a2 = b2; break a; case "andOp": b2 = { type: 0, g: 3 }; L2(a2, "type", b2); a2 = b2; break a; } a2 = void 0; } return a2; }, mh = (a2, b2) => { O2(F2(a2, "firstOperand")[1], b2); O2(F2(a2, "secondOperand")[1], b2); a: { switch (a2[0]) { case "unionOp": b2 = { type: 53, g: 2 }; L2(a2, "type", b2); a2 = b2; break a; case "intersectOp": b2 = { type: 53, g: 2 }; L2(a2, "type", b2); a2 = b2; break a; case "exceptOp": b2 = { type: 53, g: 2 }; L2(a2, "type", b2); a2 = b2; break a; } a2 = void 0; } return a2; }, nh = (a2, b2) => { O2(F2(a2, "firstOperand")[1], b2); O2(F2(a2, "secondOperand")[1], b2); b2 = { type: 0, g: 3 }; L2(a2, "type", b2); return b2; }, oh = (a2, b2) => { O2(F2(a2, "firstOperand")[1], b2); O2(F2(a2, "secondOperand")[1], b2); b2 = I2(J2(a2, ["firstOperand", "*"]), "type"); const c2 = I2(J2( a2, ["secondOperand", "*"] ), "type"); b2 = { type: 0, g: wc(b2) || wc(c2) ? 0 : 3 }; L2(a2, "type", b2); return b2; }, ph = (a2, b2) => { O2(F2(a2, "firstOperand")[1], b2); O2(F2(a2, "secondOperand")[1], b2); b2 = I2(J2(a2, ["firstOperand", "*"]), "type"); const c2 = I2(J2(a2, ["secondOperand", "*"]), "type"); b2 = { type: 0, g: wc(b2) || wc(c2) ? 0 : 3 }; L2(a2, "type", b2); return b2; }, jh = /* @__PURE__ */ new Map([["unaryMinusOp", (a2, b2) => { b2 = O2(F2(a2, "operand")[1], b2); b2 ? v2(b2.type, 2) ? (b2 = { type: b2.type, g: b2.g }, L2(a2, "type", b2), a2 = b2) : (b2 = { type: 3, g: 3 }, L2(a2, "type", b2), a2 = b2) : (b2 = { type: 2, g: 2 }, L2(a2, "type", b2), a2 = b2); return a2; }], [ "unaryPlusOp", (a2, b2) => { b2 = O2(F2(a2, "operand")[1], b2); b2 ? v2(b2.type, 2) ? (b2 = { type: b2.type, g: b2.g }, L2(a2, "type", b2), a2 = b2) : (b2 = { type: 3, g: 3 }, L2(a2, "type", b2), a2 = b2) : (b2 = { type: 2, g: 2 }, L2(a2, "type", b2), a2 = b2); return a2; } ], ["addOp", kh], ["subtractOp", kh], ["divOp", kh], ["idivOp", kh], ["modOp", kh], ["multiplyOp", kh], ["andOp", lh], ["orOp", lh], ["sequenceExpr", (a2, b2) => { const c2 = K2(a2, "*"), d2 = c2.map((e2) => O2(e2, b2)); return fh(a2, c2.length, d2); }], ["unionOp", mh], ["intersectOp", mh], ["exceptOp", mh], ["stringConcatenateOp", (a2, b2) => { O2(F2(a2, "firstOperand")[1], b2); O2( F2(a2, "secondOperand")[1], b2 ); b2 = { type: 1, g: 3 }; L2(a2, "type", b2); return b2; }], ["rangeSequenceExpr", (a2, b2) => { O2(F2(a2, "startExpr")[1], b2); O2(F2(a2, "endExpr")[1], b2); b2 = { type: 5, g: 1 }; L2(a2, "type", b2); return b2; }], ["equalOp", nh], ["notEqualOp", nh], ["lessThanOrEqualOp", nh], ["lessThanOp", nh], ["greaterThanOrEqualOp", nh], ["greaterThanOp", nh], ["eqOp", oh], ["neOp", oh], ["ltOp", oh], ["leOp", oh], ["gtOp", oh], ["geOp", oh], ["isOp", ph], ["nodeBeforeOp", ph], ["nodeAfterOp", ph], ["pathExpr", (a2, b2) => { const c2 = F2(a2, "rootExpr"); c2 && c2[1] && O2(c2[1], b2); K2(a2, "stepExpr").map((d2) => O2(d2, b2)); return dh(a2, b2); }], ["contextItemExpr", () => ({ type: 59, g: 2 })], ["ifThenElseExpr", (a2, b2) => { var c2 = F2(a2, "ifClause") || F2(K2(a2, "x:stackTrace")[0], "ifClause"); const d2 = F2(a2, "thenClause") || F2(K2(a2, "x:stackTrace")[1], "thenClause"), e2 = F2(a2, "elseClause") || F2(K2(a2, "x:stackTrace")[2], "elseClause"); O2(F2(c2, "*"), b2); c2 = O2(F2(d2, "*"), b2); b2 = O2(F2(e2, "*"), b2); c2 && b2 ? c2.type === b2.type && c2.g === b2.g ? (59 !== c2.type && L2(a2, "type", c2), a2 = c2) : a2 = { type: 59, g: 2 } : a2 = { type: 59, g: 2 }; return a2; }], ["instanceOfExpr", (a2, b2) => { O2(F2(a2, "argExpr"), b2); O2(F2(a2, "sequenceType"), b2); b2 = { type: 0, g: 3 }; L2(a2, "type", b2); return b2; }], ["integerConstantExpr", (a2) => { const b2 = { type: 5, g: 3 }; L2(a2, "type", b2); return b2; }], ["doubleConstantExpr", (a2) => { const b2 = { type: 3, g: 3 }; L2(a2, "type", b2); return b2; }], ["decimalConstantExpr", (a2) => { const b2 = { type: 4, g: 3 }; L2(a2, "type", b2); return b2; }], ["stringConstantExpr", (a2) => { const b2 = { type: 1, g: 3 }; L2(a2, "type", b2); return b2; }], ["functionCallExpr", (a2, b2) => { const c2 = F2(a2, "arguments"); K2(c2, "*").map((d2) => O2(d2, b2)); return ah(a2, b2); }], ["arrowExpr", (a2, b2) => { O2(F2(a2, "argExpr")[1], b2); return Mg(a2, b2); }], [ "dynamicFunctionInvocationExpr", (a2, b2) => { O2(J2(a2, ["functionItem", "*"]), b2); (a2 = F2(a2, "arguments")) && O2(a2, b2); return { type: 59, g: 2 }; } ], ["namedFunctionRef", (a2, b2) => ch(a2, b2)], ["inlineFunctionExpr", (a2, b2) => { O2(F2(a2, "functionBody")[1], b2); b2 = { type: 60, g: 3 }; L2(a2, "type", b2); return b2; }], ["castExpr", (a2) => { var b2 = J2(a2, ["singleType", "atomicType"]); b2 = { type: Ia(I2(b2, "prefix") + ":" + b2[2]), g: 3 }; 59 !== b2.type && L2(a2, "type", b2); return b2; }], ["castableExpr", (a2) => { const b2 = { type: 0, g: 3 }; L2(a2, "type", b2); return b2; }], ["simpleMapExpr", (a2, b2) => { const c2 = K2(a2, "pathExpr"); let d2; for (let e2 = 0; e2 < c2.length; e2++) d2 = O2(c2[e2], b2); void 0 !== d2 && null !== d2 ? ((b2 = { type: d2.type, g: 2 }, 59 !== b2.type) && L2(a2, "type", b2), a2 = b2) : a2 = { type: 59, g: 2 }; return a2; }], ["mapConstructor", (a2, b2) => { K2(a2, "mapConstructorEntry").map((c2) => ({ key: O2(J2(c2, ["mapKeyExpr", "*"]), b2), value: O2(J2(c2, ["mapValueExpr", "*"]), b2) })); return bh(a2); }], ["arrayConstructor", (a2, b2) => { K2(F2(a2, "*"), "arrayElem").map((c2) => O2(c2, b2)); return Lg(a2); }], ["unaryLookup", (a2) => { F2(a2, "NCName"); return { type: 59, g: 2 }; }], ["typeswitchExpr", (a2, b2) => { const c2 = O2(F2(a2, "argExpr")[1], b2), d2 = K2(a2, "typeswitchExprCaseClause").map((f2) => O2(J2( f2, ["resultExpr"] )[1], b2)), e2 = O2(J2(a2, ["typeswitchExprDefaultClause", "resultExpr"])[1], b2); return gh(a2, c2, d2, e2); }], ["quantifiedExpr", (a2, b2) => { K2(a2, "*").map((c2) => O2(c2, b2)); return eh(a2); }], ["x:stackTrace", (a2, b2) => { a2 = K2(a2, "*"); return O2(a2[0], b2); }], ["queryBody", (a2, b2) => O2(a2[1], b2)], ["flworExpr", (a2, b2) => Wg(a2, b2)], ["varRef", (a2, b2) => { const c2 = Jg(F2(a2, "name")); var d2; a: { for (d2 = b2.h; 0 <= d2; d2--) { const e2 = b2.o[d2][c2.localName]; if (e2) { d2 = e2; break a; } } d2 = void 0; } d2 && 59 !== d2.type && L2(a2, "type", d2); null === c2.namespaceURI && (b2 = b2.$(c2.prefix), void 0 !== b2 && L2( a2, "URI", b2 )); return d2; }]]); function Xg(a2) { a2.h++; a2.o.push({}); a2.v.push({}); } function Yg(a2, b2, c2) { if (a2.o[a2.h][b2]) throw Error(`Another variable of in the scope ${a2.h} with the same name ${b2} already exists`); a2.o[a2.h][b2] = c2; } var qh = class { constructor(a2) { this.h = 0; this.ga = a2; this.o = [{}]; this.v = [{}]; } $(a2) { for (let b2 = this.h; 0 <= b2; b2--) { const c2 = this.v[b2][a2]; if (void 0 !== c2) return c2; } return this.ga ? this.ga.$(a2) : void 0; } }; var rh = class extends D2 { constructor(a2, b2) { super(new uf({ external: 1 }), a2, { B: a2.every((c2) => c2.B) }, false, b2); this.l = a2; } h(a2, b2) { return 0 === this.l.length ? w2.m(new pb([])) : C2(this.l[0], a2, b2).N((c2) => w2.m(new pb(c2.map((d2) => Ra(w2.m(d2)))))); } }; var sh = class extends D2 { constructor(a2, b2) { super(new uf({ external: 1 }), a2, { B: a2.every((c2) => c2.B) }, false, b2); this.l = a2; } h(a2, b2) { return w2.m(new pb(this.l.map((c2) => Ra(C2(c2, a2, b2))))); } }; function th(a2) { if (null === a2) throw lc("context is absent, it needs to be present to use axes."); if (!v2(a2.type, 53)) throw Error("XPTY0020: Axes can only be applied to nodes."); return a2.value; } function uh(a2, b2, c2) { let d2 = b2; return { next: () => { if (!d2) return p2; const e2 = d2; d2 = x2(a2, e2, c2); return q2(rb(e2)); } }; } var vh = class extends D2 { constructor(a2, b2) { b2 = b2 || { Qa: false }; super(a2.o, [a2], { R: "reverse-sorted", W: false, subtree: false, B: false }); this.l = a2; this.s = !!b2.Qa; } h(a2, b2) { b2 = b2.h; a2 = th(a2.M); var c2 = this.l.D(); c2 = c2 && (c2.startsWith("name-") || "type-1" === c2) ? "type-1" : null; return w2.create(uh(b2, this.s ? a2 : x2(b2, a2, c2), c2)).filter((d2) => this.l.l(d2)); } }; const wh = /* @__PURE__ */ new Map([["type-1-or-type-2", ["name", "type-1", "type-2"]], ["type-1", ["name"]], ["type-2", ["name"]]]); function xh(a2, b2) { if (null === a2) return b2; if (null === b2 || a2 === b2) return a2; const c2 = a2.startsWith("name-") ? "name" : a2, d2 = b2.startsWith("name-") ? "name" : b2, e2 = wh.get(c2); if (void 0 !== e2 && e2.includes(d2)) return b2; b2 = wh.get(d2); return void 0 !== b2 && b2.includes(c2) ? a2 : "empty"; } var yh = class extends D2 { constructor(a2, b2) { super(new uf({ attribute: 1 }), [a2], { R: "unsorted", subtree: true, W: true, B: false }); this.l = a2; this.s = xh(this.l.D(), b2); } h(a2, b2) { b2 = b2.h; a2 = th(a2.M); if (1 !== a2.node.nodeType) return w2.empty(); a2 = eb(b2, a2, this.s).filter((c2) => "http://www.w3.org/2000/xmlns/" !== c2.node.namespaceURI).map((c2) => rb(c2)).filter((c2) => this.l.l(c2)); return w2.create(a2); } D() { return "type-1"; } }; var zh = class extends D2 { constructor(a2, b2) { super(a2.o, [a2], { R: "sorted", subtree: true, W: true, B: false }); this.s = a2; this.l = xh(b2, a2.D()); } h(a2, b2) { const c2 = b2.h, d2 = th(a2.M); a2 = d2.node.nodeType; if (1 !== a2 && 9 !== a2) return w2.empty(); let e2 = null, f2 = false; return w2.create({ next: () => { for (; !f2; ) { if (!e2) { e2 = ib(c2, d2, this.l); if (!e2) { f2 = true; continue; } return q2(rb(e2)); } if (e2 = lb(c2, e2, this.l)) return q2(rb(e2)); f2 = true; } return p2; } }).filter((h2) => this.s.l(h2)); } }; function Ah(a2, b2, c2) { const d2 = b2.node.nodeType; if (1 !== d2 && 9 !== d2) return { next: () => p2 }; let e2 = ib(a2, b2, c2); return { next() { if (!e2) return p2; const f2 = e2; e2 = lb(a2, e2, c2); return q2(f2); } }; } function Bh(a2, b2, c2) { const d2 = [kd(b2)]; return { next: (e2) => { 0 < d2.length && 0 !== (e2 & 1) && d2.shift(); if (!d2.length) return p2; for (e2 = d2[0].next(0); e2.done; ) { d2.shift(); if (!d2.length) return p2; e2 = d2[0].next(0); } d2.unshift(Ah(a2, e2.value, c2)); return q2(rb(e2.value)); } }; } var Ch = class extends D2 { constructor(a2, b2) { b2 = b2 || { Qa: false }; super(a2.o, [a2], { B: false, W: false, R: "sorted", subtree: true }); this.l = a2; this.s = !!b2.Qa; this.A = (a2 = this.l.D()) && (a2.startsWith("name-") || "type-1" === a2) || "type-1-or-type-2" === a2 ? "type-1" : null; } h(a2, b2) { b2 = b2.h; a2 = th(a2.M); a2 = Bh(b2, a2, this.A); this.s || a2.next(0); return w2.create(a2).filter((c2) => this.l.l(c2)); } }; function Dh(a2, b2, c2) { var d2 = a2.node.nodeType; if (1 !== d2 && 9 !== d2) return a2; for (d2 = kb(b2, a2, c2); null !== d2; ) { if (1 !== d2.node.nodeType) return d2; a2 = d2; d2 = kb(b2, a2, c2); } return a2; } function Eh(a2, b2, c2 = false, d2) { if (c2) { let f2 = b2, h2 = false; return { next: () => { if (h2) return p2; if (md(f2, b2)) return f2 = Dh(b2, a2, d2), md(f2, b2) ? (h2 = true, p2) : q2(rb(f2)); const k2 = f2.node.nodeType, l2 = 9 === k2 || 2 === k2 ? null : mb(a2, f2, d2); if (null !== l2) return f2 = Dh(l2, a2, d2), q2(rb(f2)); f2 = 9 === k2 ? null : x2(a2, f2, d2); return md(f2, b2) ? (h2 = true, p2) : q2(rb(f2)); } }; } const e2 = [Ah(a2, b2, d2)]; return { next: () => { if (!e2.length) return p2; let f2 = e2[0].next(0); for (; f2.done; ) { e2.shift(); if (!e2.length) return p2; f2 = e2[0].next(0); } e2.unshift(Ah(a2, f2.value, d2)); return q2(rb(f2.value)); } }; } function Fh(a2, b2, c2) { const d2 = []; for (; b2 && 9 !== b2.node.nodeType; b2 = x2(a2, b2, null)) { const f2 = lb(a2, b2, c2); f2 && d2.push(f2); } let e2 = null; return { next: () => { for (; e2 || d2.length; ) { if (!e2) { e2 = Eh(a2, d2[0], false, c2); var f2 = q2(rb(d2[0])); const h2 = lb(a2, d2[0], c2); h2 ? d2[0] = h2 : d2.shift(); return f2; } f2 = e2.next(0); if (f2.done) e2 = null; else return f2; } return p2; } }; } var Gh = class extends D2 { constructor(a2) { super(a2.o, [a2], { R: "sorted", W: true, subtree: false, B: false }); this.l = a2; this.s = (a2 = this.l.D()) && (a2.startsWith("name-") || "type-1" === a2) ? "type-1" : null; } h(a2, b2) { b2 = b2.h; a2 = th(a2.M); return w2.create(Fh(b2, a2, this.s)).filter((c2) => this.l.l(c2)); } }; function Hh(a2, b2, c2) { return { next: () => (b2 = b2 && lb(a2, b2, c2)) ? q2(rb(b2)) : p2 }; } var Ih = class extends D2 { constructor(a2, b2) { super(a2.o, [a2], { R: "sorted", W: true, subtree: false, B: false }); this.l = a2; this.s = xh(this.l.D(), b2); } h(a2, b2) { b2 = b2.h; a2 = th(a2.M); return w2.create(Hh(b2, a2, this.s)).filter((c2) => this.l.l(c2)); } }; var Jh = class extends D2 { constructor(a2, b2) { super(a2.o, [a2], { R: "reverse-sorted", W: true, subtree: true, B: false }); this.l = a2; this.s = xh(b2, this.l.D()); } h(a2, b2) { b2 = b2.h; a2 = th(a2.M); a2 = x2(b2, a2, this.s); if (!a2) return w2.empty(); a2 = rb(a2); return this.l.l(a2) ? w2.m(a2) : w2.empty(); } }; function Kh(a2, b2, c2) { const d2 = []; for (; b2 && 9 !== b2.node.nodeType; b2 = x2(a2, b2, null)) { const f2 = mb(a2, b2, c2); null !== f2 && d2.push(f2); } let e2 = null; return { next: () => { for (; e2 || d2.length; ) { e2 || (e2 = Eh(a2, d2[0], true, c2)); var f2 = e2.next(0); if (f2.done) { e2 = null; f2 = mb(a2, d2[0], c2); const h2 = q2(rb(d2[0])); null === f2 ? d2.shift() : d2[0] = f2; return h2; } return f2; } return p2; } }; } var Lh = class extends D2 { constructor(a2) { super(a2.o, [a2], { B: false, W: true, R: "reverse-sorted", subtree: false }); this.l = a2; this.s = (a2 = this.l.D()) && (a2.startsWith("name-") || "type-1" === a2) ? "type-1" : null; } h(a2, b2) { b2 = b2.h; a2 = th(a2.M); return w2.create(Kh(b2, a2, this.s)).filter((c2) => this.l.l(c2)); } }; function Mh(a2, b2, c2) { return { next: () => (b2 = b2 && mb(a2, b2, c2)) ? q2(rb(b2)) : p2 }; } var Nh = class extends D2 { constructor(a2, b2) { super(a2.o, [a2], { B: false, W: true, R: "reverse-sorted", subtree: false }); this.l = a2; this.s = xh(this.l.D(), b2); } h(a2, b2) { b2 = b2.h; a2 = th(a2.M); return w2.create(Mh(b2, a2, this.s)).filter((c2) => this.l.l(c2)); } }; var Oh = class extends D2 { constructor(a2, b2) { super(a2.o, [a2], { R: "sorted", subtree: true, W: true, B: false }); this.l = a2; this.s = xh(this.l.D(), b2); } h(a2) { th(a2.M); return this.l.l(a2.M) ? w2.m(a2.M) : w2.empty(); } D() { return this.s; } }; var Ph = class extends qf { constructor(a2, b2, c2, d2) { super(a2.o.add(b2.o).add(c2.o), [a2, b2, c2], { B: a2.B && b2.B && c2.B, W: b2.W === c2.W && b2.W, R: b2.ia === c2.ia ? b2.ia : "unsorted", subtree: b2.subtree === c2.subtree && b2.subtree }, d2); this.l = a2; } A(a2, b2, c2) { let d2 = null; const e2 = c2[0](a2); return w2.create({ next: (f2) => { d2 || (d2 = (e2.fa() ? c2[1](a2) : c2[2](a2)).value); return d2.next(f2); } }); } v(a2) { super.v(a2); if (this.l.I) throw Ne(); } }; function hg(a2) { return a2.h instanceof Error ? a2.location : hg(a2.h); } function ig(a2) { let b2; b2 = a2.h instanceof fg ? ["Inner error:", a2.h.message] : a2.h instanceof Error ? [a2.h.toString()] : ig(a2.h); b2.push(` at <${a2.o}${a2.Wa ? ` (${a2.Wa})` : ""}>:${a2.location.start.line}:${a2.location.start.ha} - ${a2.location.end.line}:${a2.location.end.ha}`); return b2; } var Qh = class { constructor(a2, b2, c2, d2) { this.location = a2; this.o = b2; this.Wa = c2; this.h = d2; } }; var Rh = class extends qf { constructor(a2, b2, c2, d2) { super(c2.o, [c2], { B: c2.B, W: c2.W, R: c2.ia, subtree: c2.subtree }); this.L = b2; this.P = { end: { ha: a2.end.ha, line: a2.end.line, offset: a2.end.offset }, start: { ha: a2.start.ha, line: a2.start.line, offset: a2.start.offset } }; this.l = d2; } A(a2, b2, [c2]) { let d2; try { d2 = c2(a2); } catch (e2) { throw new Qh(this.P, this.L, this.l, e2); } return w2.create({ next: (e2) => { try { return d2.value.next(e2); } catch (f2) { throw new Qh(this.P, this.L, this.l, f2); } } }); } v(a2) { try { super.v(a2); } catch (b2) { throw new Qh(this.P, this.L, this.l, b2); } } D() { return this.Fa[0].D(); } }; function Sh(a2, b2, c2, d2) { let e2 = []; const f2 = a2.L(b2, c2, d2, (k2) => { if (a2.l instanceof Th) { const n2 = Sh(a2.l, b2, k2, d2); return of(n2, (t2) => e2 = t2); } let l2 = null; return w2.create({ next: () => { for (; ; ) { if (!l2) { var n2 = k2.next(0); if (n2.done) return p2; n2 = a2.l.s(n2.value, d2); l2 = of(n2, (t2) => e2 = lf(e2, t2)).value; } n2 = l2.next(0); if (n2.done) l2 = null; else return n2; } } }); }); let h2 = false; return { next: () => { if (h2) return p2; const k2 = f2.O(); h2 = true; return q2(new Ye(k2, e2)); } }; } function Uh(a2, b2, c2, d2) { return a2.L(b2, c2, d2, (e2) => { if (a2.l instanceof Th) return Uh(a2.l, b2, e2, d2); let f2 = null; return w2.create({ next: () => { for (; ; ) { if (!f2) { var h2 = e2.next(0); if (h2.done) return p2; f2 = C2(a2.l, h2.value, d2).value; } h2 = f2.next(0); if (h2.done) f2 = null; else return h2; } } }); }); } var Th = class extends D2 { constructor(a2, b2, c2, d2) { super(a2, b2, c2, true); this.l = d2; this.I = this.l.I; } h(a2, b2) { return this.L(a2, kd(a2), b2, (c2) => { if (this.l instanceof Th) return Uh(this.l, a2, c2, b2); let d2 = null; return w2.create({ next: (e2) => { for (; ; ) { if (!d2) { var f2 = c2.next(0); if (f2.done) return p2; d2 = C2(this.l, f2.value, b2).value; } f2 = d2.next(e2); if (f2.done) d2 = null; else return f2; } } }); }); } s(a2, b2) { return Sh(this, a2, kd(a2), b2); } v(a2) { super.v(a2); this.I = this.l.I; for (const b2 of this.Fa) if (b2 !== this.l && b2.I) throw Ne(); } }; var Vh = class extends Th { constructor(a2, b2, c2, d2) { super(b2.o.add(d2.o), [b2, d2], { B: false }, d2); this.P = a2.prefix; this.ma = a2.namespaceURI; this.Pb = a2.localName; this.yb = null; this.A = c2; this.La = null; this.ya = b2; } L(a2, b2, c2, d2) { let e2 = null, f2 = null, h2 = 0; return d2({ next: () => { for (; ; ) { if (!e2) { var k2 = b2.next(0); if (k2.done) return p2; f2 = k2.value; h2 = 0; e2 = C2(this.ya, f2, c2).value; } const l2 = e2.next(0); if (l2.done) e2 = null; else return h2++, k2 = { [this.yb]: () => w2.m(l2.value) }, this.La && (k2[this.La] = () => w2.m(new Ca(5, h2))), q2(hc(f2, k2)); } } }); } v(a2) { if (this.P && (this.ma = a2.$(this.P), !this.ma && this.P)) throw Error(`XPST0081: Could not resolve namespace for prefix ${this.P} in a for expression`); this.ya.v(a2); Cg(a2); this.yb = Gg(a2, this.ma, this.Pb); if (this.A) { if (this.A.prefix && (this.A.namespaceURI = a2.$(this.A.prefix), !this.A.namespaceURI && this.A.prefix)) throw Error(`XPST0081: Could not resolve namespace for prefix ${this.P} in the positionalVariableBinding in a for expression`); this.La = Gg(a2, this.A.namespaceURI, this.A.localName); } this.l.v(a2); Ig(a2); if (this.ya.I) throw Ne(); this.l.I && (this.I = true); } }; var Wh = class extends D2 { constructor(a2, b2, c2) { super(new uf({ external: 1 }), [c2], { B: false, R: "unsorted" }); this.P = a2.map(({ name: d2 }) => d2); this.A = a2.map(({ type: d2 }) => d2); this.s = null; this.L = b2; this.l = c2; } h(a2, b2) { const c2 = new Va({ j: this.A, arity: this.A.length, Ya: true, I: this.l.I, localName: "dynamic-function", namespaceURI: "", i: this.L, value: (d2, e2, f2, ...h2) => { d2 = hc(bc(a2, -1, null, w2.empty()), this.s.reduce((k2, l2, n2) => { k2[l2] = Ra(h2[n2]); return k2; }, /* @__PURE__ */ Object.create(null))); return C2(this.l, d2, b2); } }); return w2.m(c2); } v(a2) { Cg(a2); this.s = this.P.map((b2) => Gg( a2, b2.namespaceURI, b2.localName )); this.l.v(a2); Ig(a2); if (this.l.I) throw Error("Not implemented: inline functions can not yet be updating."); } }; var Xh = class extends Th { constructor(a2, b2, c2) { super(b2.o.add(c2.o), [b2, c2], { B: false, W: c2.W, R: c2.ia, subtree: c2.subtree }, c2); if (a2.prefix || a2.namespaceURI) throw Error("Not implemented: let expressions with namespace usage."); this.A = a2.prefix; this.P = a2.namespaceURI; this.La = a2.localName; this.ma = b2; this.ya = null; } L(a2, b2, c2, d2) { return d2({ next: () => { var e2 = b2.next(0); if (e2.done) return p2; e2 = e2.value; e2 = hc(e2, { [this.ya]: Ra(C2(this.ma, e2, c2)) }); return q2(e2); } }); } v(a2) { if (this.A && (this.P = a2.$(this.A), !this.P && this.A)) throw Error(`XPST0081: Could not resolve namespace for prefix ${this.A} using in a for expression`); this.ma.v(a2); Cg(a2); this.ya = Gg(a2, this.P, this.La); this.l.v(a2); Ig(a2); this.I = this.l.I; if (this.ma.I) throw Ne(); } }; var Yh = class extends D2 { constructor(a2, b2) { super(new uf({}), [], { B: true, R: "sorted" }, false, b2); let c2; switch (b2.type) { case 5: c2 = g2(parseInt(a2, 10), b2.type); break; case 1: c2 = g2(a2, b2.type); break; case 4: case 3: c2 = g2(parseFloat(a2), b2.type); break; default: throw new TypeError("Type " + b2 + " not expected in a literal"); } this.l = () => w2.m(c2); } h() { return this.l(); } }; var Zh = class extends D2 { constructor(a2, b2) { super(new uf({ external: 1 }), a2.reduce((c2, { key: d2, value: e2 }) => c2.concat(d2, e2), []), { B: false }, false, b2); this.l = a2; } h(a2, b2) { const c2 = this.l.map((d2) => qc(C2(d2.key, a2, b2), b2).X({ default: () => { throw Error("XPTY0004: A key of a map should be a single atomizable value."); }, m: (e2) => e2 })); return A2(c2, (d2) => w2.m(new ub(d2.map((e2, f2) => ({ key: e2, value: Ra(C2(this.l[f2].value, a2, b2)) }))))); } }; var $h = class extends D2 { constructor(a2, b2, c2) { super(new uf({ external: 1 }), [], { B: true }, false, c2); this.s = b2; this.A = a2; this.l = null; } h() { const a2 = new Va({ j: this.l.j, I: this.l.I, arity: this.s, localName: this.l.localName, namespaceURI: this.l.namespaceURI, i: this.l.i, value: this.l.callFunction }); return w2.m(a2); } v(a2) { let b2 = this.A.namespaceURI, c2 = this.A.localName; const d2 = this.A.prefix; if (null === b2) { const e2 = a2.Sa({ localName: c2, prefix: d2 }, this.s); if (!e2) throw Error(`XPST0017: The function ${d2 ? d2 + ":" : ""}${c2} with arity ${this.s} could not be resolved. ${lg(c2)}`); b2 = e2.namespaceURI; c2 = e2.localName; } this.l = a2.va(b2, c2, this.s) || null; if (!this.l) throw a2 = this.A, Error(`XPST0017: Function ${`${a2.namespaceURI ? `Q{${a2.namespaceURI}}` : a2.prefix ? `${a2.prefix}:` : ""}${a2.localName}`} with arity of ${this.s} not registered. ${lg(c2)}`); super.v(a2); } }; const ai = { [5]: 5, [27]: 5, [28]: 5, [31]: 5, [32]: 5, [33]: 5, [34]: 5, [30]: 5, [36]: 5, [35]: 5, [38]: 5, [37]: 5, [29]: 5, [4]: 4, [6]: 6, [3]: 3 }; var bi = class extends D2 { constructor(a2, b2, c2) { super(b2.o, [b2], { B: false }, false, c2); this.s = b2; this.l = a2; } h(a2, b2) { return qc(C2(this.s, a2, b2), b2).N((c2) => { if (0 === c2.length) return w2.empty(); var d2 = c2[0]; if (this.type) return c2 = "+" === this.l ? +d2.value : -d2.value, 0 === d2.type && (c2 = Number.NaN), w2.m(g2(c2, this.type.type)); if (1 < c2.length) throw Error("XPTY0004: The operand to a unary operator must be a sequence with a length less than one"); return v2(d2.type, 19) ? (d2 = jd(d2, 3).value, w2.m(g2("+" === this.l ? d2 : -d2, 3))) : v2(d2.type, 2) ? "+" === this.l ? w2.m(d2) : w2.m(g2(-1 * d2.value, ai[d2.type])) : w2.m(g2(Number.NaN, 3)); }); } }; var ci = class extends D2 { constructor(a2, b2) { super(a2.reduce((c2, d2) => c2.add(d2.o), new uf({})), a2, { B: a2.every((c2) => c2.B) }, false, b2); this.l = a2; this.s = a2.reduce((c2, d2) => xh(c2, d2.D()), null); } h(a2, b2) { let c2 = 0, d2 = null, e2 = false, f2 = null; if (null !== a2) { const h2 = a2.M; null !== h2 && v2(h2.type, 53) && (f2 = Xa(h2.value)); } return w2.create({ next: () => { if (!e2) { for (; c2 < this.l.length; ) { if (!d2) { const h2 = this.l[c2]; if (null !== f2 && null !== h2.D() && !f2.includes(h2.D())) return c2++, e2 = true, q2(wa); d2 = C2(h2, a2, b2); } if (false === d2.fa()) return e2 = true, q2(wa); d2 = null; c2++; } e2 = true; return q2(va); } return p2; } }); } D() { return this.s; } }; var di = class extends D2 { constructor(a2, b2) { super(a2.reduce((d2, e2) => 0 < tf(d2, e2.o) ? d2 : e2.o, new uf({})), a2, { B: a2.every((d2) => d2.B) }, false, b2); let c2; for (b2 = 0; b2 < a2.length; ++b2) { void 0 === c2 && (c2 = a2[b2].D()); if (null === c2) break; if (c2 !== a2[b2].D()) { c2 = null; break; } } this.s = c2; this.l = a2; } h(a2, b2) { let c2 = 0, d2 = null, e2 = false, f2 = null; if (null !== a2) { const h2 = a2.M; null !== h2 && v2(h2.type, 53) && (f2 = Xa(h2.value)); } return w2.create({ next: () => { if (!e2) { for (; c2 < this.l.length; ) { if (!d2) { const h2 = this.l[c2]; if (null !== f2 && null !== h2.D() && !f2.includes(h2.D())) { c2++; continue; } d2 = C2(h2, a2, b2); } if (true === d2.fa()) return e2 = true, q2(va); d2 = null; c2++; } e2 = true; return q2(wa); } return p2; } }); } D() { return this.s; } }; function ei(a2, b2) { let c2; return w2.create({ next: (d2) => { for (; ; ) { if (!c2) { var e2 = a2.value.next(d2); if (e2.done) return p2; c2 = pc(e2.value, b2); } e2 = c2.value.next(d2); if (e2.done) c2 = null; else return e2; } } }); } function fi(a2, b2) { if ("eqOp" === a2) return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value.namespaceURI === f2.value.namespaceURI && e2.value.localName === f2.value.localName; }; if ("neOp" === a2) return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value.namespaceURI !== f2.value.namespaceURI || e2.value.localName !== f2.value.localName; }; throw Error('XPTY0004: Only the "eq" and "ne" comparison is defined for xs:QName'); } function gi(a2, b2) { switch (a2) { case "eqOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value === f2.value; }; case "neOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value !== f2.value; }; case "ltOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value < f2.value; }; case "leOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value <= f2.value; }; case "gtOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value > f2.value; }; case "geOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value >= f2.value; }; } } function hi(a2, b2) { switch (a2) { case "ltOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value.ea < f2.value.ea; }; case "leOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return vb(e2.value, f2.value) || e2.value.ea < f2.value.ea; }; case "gtOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value.ea > f2.value.ea; }; case "geOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return vb(e2.value, f2.value) || e2.value.ea > f2.value.ea; }; } } function ii(a2, b2) { switch (a2) { case "eqOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return vb(e2.value, f2.value); }; case "ltOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value.ca < f2.value.ca; }; case "leOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return vb(e2.value, f2.value) || e2.value.ca < f2.value.ca; }; case "gtOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return e2.value.ca > f2.value.ca; }; case "geOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return vb(e2.value, f2.value) || e2.value.ca > f2.value.ca; }; } } function ji(a2, b2) { switch (a2) { case "eqOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return vb(e2.value, f2.value); }; case "neOp": return (c2, d2) => { const { U: e2, V: f2 } = b2(c2, d2); return !vb(e2.value, f2.value); }; } } function ki(a2, b2) { switch (a2) { case "eqOp": return (c2, d2, e2) => { const { U: f2, V: h2 } = b2(c2, d2); return Ob(f2.value, h2.value, fc(e2)); }; case "neOp": return (c2, d2, e2) => { const { U: f2, V: h2 } = b2(c2, d2); return !Ob(f2.value, h2.value, fc(e2)); }; case "ltOp": return (c2, d2, e2) => { const { U: f2, V: h2 } = b2(c2, d2); c2 = fc(e2); return 0 > Nb(f2.value, h2.value, c2); }; case "leOp": return (c2, d2, e2) => { const { U: f2, V: h2 } = b2(c2, d2); (c2 = Ob(f2.value, h2.value, fc(e2))) || (e2 = fc(e2), c2 = 0 > Nb(f2.value, h2.value, e2)); return c2; }; case "gtOp": return (c2, d2, e2) => { const { U: f2, V: h2 } = b2(c2, d2); c2 = fc(e2); return 0 < Nb( f2.value, h2.value, c2 ); }; case "geOp": return (c2, d2, e2) => { const { U: f2, V: h2 } = b2(c2, d2); (c2 = Ob(f2.value, h2.value, fc(e2))) || (e2 = fc(e2), c2 = 0 < Nb(f2.value, h2.value, e2)); return c2; }; } } function li(a2, b2) { switch (a2) { case "eqOp": return (c2, d2, e2) => { const { U: f2, V: h2 } = b2(c2, d2); return Ob(f2.value, h2.value, fc(e2)); }; case "neOp": return (c2, d2, e2) => { const { U: f2, V: h2 } = b2(c2, d2); return !Ob(f2.value, h2.value, fc(e2)); }; } } function mi(a2, b2, c2) { function d2(n2, t2) { return { U: h2 ? h2(n2) : n2, V: k2 ? k2(t2) : t2 }; } function e2(n2) { return v2(b2, n2) && v2(c2, n2); } function f2(n2) { return 0 < n2.filter((t2) => v2(b2, t2)).length && 0 < n2.filter((t2) => v2(c2, t2)).length; } let h2 = null, k2 = null; v2(b2, 19) && v2(c2, 19) ? b2 = c2 = 1 : v2(b2, 19) ? (h2 = (n2) => jd(n2, c2), b2 = c2) : v2(c2, 19) && (k2 = (n2) => jd(n2, b2), c2 = b2); if (v2(b2, 23) && v2(c2, 23)) return fi(a2, d2); if (e2(0) || f2([1, 47, 61]) || f2([2, 47, 61]) || e2(20) || e2(22) || e2(21) || f2([1, 20])) { var l2 = gi(a2, d2); if (void 0 !== l2) return l2; } if (e2(16) && (l2 = hi(a2, d2), void 0 !== l2) || e2(17) && (l2 = ii(a2, d2), void 0 !== l2) || e2(18) && (l2 = ji(a2, d2), void 0 !== l2)) return l2; if (e2(9) || e2(7) || e2(8)) { if (l2 = ki(a2, d2), void 0 !== l2) return l2; } if (e2(11) || e2(12) || e2(13) || e2(14) || e2(15)) { if (l2 = li(a2, d2), void 0 !== l2) return l2; } throw Error(`XPTY0004: ${a2} not available for ${Da[b2]} and ${Da[c2]}`); } const ni = /* @__PURE__ */ Object.create(null); function oi(a2, b2, c2) { const d2 = `${b2}~${c2}~${a2}`; let e2 = ni[d2]; e2 || (e2 = ni[d2] = mi(a2, b2, c2)); return e2; } var pi = class extends D2 { constructor(a2, b2, c2) { super(b2.o.add(c2.o), [b2, c2], { B: false }); this.l = b2; this.A = c2; this.s = a2; } h(a2, b2) { const c2 = C2(this.l, a2, b2), d2 = C2(this.A, a2, b2), e2 = ei(c2, b2), f2 = ei(d2, b2); return e2.X({ empty: () => w2.empty(), m: () => f2.X({ empty: () => w2.empty(), m: () => { const h2 = e2.first(), k2 = f2.first(); return oi(this.s, h2.type, k2.type)(h2, k2, a2) ? w2.aa() : w2.T(); }, multiple: () => { throw Error("XPTY0004: Sequences to compare are not singleton."); } }), multiple: () => { throw Error("XPTY0004: Sequences to compare are not singleton."); } }); } }; const qi = { equalOp: "eqOp", notEqualOp: "neOp", lessThanOrEqualOp: "leOp", lessThanOp: "ltOp", greaterThanOrEqualOp: "geOp", greaterThanOp: "gtOp" }; function ri(a2, b2, c2, d2) { a2 = qi[a2]; return c2.N((e2) => b2.filter((f2) => { for (let l2 = 0, n2 = e2.length; l2 < n2; ++l2) { let t2 = e2[l2], u2 = void 0, z2 = void 0; var h2 = f2.type, k2 = t2.type; if (v2(h2, 19) || v2(k2, 19)) v2(h2, 2) ? u2 = 3 : v2(k2, 2) ? z2 = 3 : v2(h2, 17) ? u2 = 17 : v2(k2, 17) ? z2 = 17 : v2(h2, 16) ? u2 = 16 : v2(k2, 16) ? z2 = 16 : v2(h2, 19) ? z2 = k2 : v2(k2, 19) && (u2 = h2); const [y2, G2] = [z2, u2]; h2 = y2; k2 = G2; h2 ? f2 = jd(f2, h2) : k2 && (t2 = jd(t2, k2)); if (oi(a2, f2.type, t2.type)(f2, t2, d2)) return true; } return false; }).X({ default: () => w2.aa(), empty: () => w2.T() })); } var si = class extends D2 { constructor(a2, b2, c2) { super(b2.o.add(c2.o), [b2, c2], { B: false }); this.l = b2; this.A = c2; this.s = a2; } h(a2, b2) { const c2 = C2(this.l, a2, b2), d2 = C2(this.A, a2, b2); return c2.X({ empty: () => w2.T(), default: () => d2.X({ empty: () => w2.T(), default: () => { const e2 = ei(c2, b2), f2 = ei(d2, b2); return ri(this.s, e2, f2, a2); } }) }); } }; function ti(a2, b2, c2, d2) { if (!v2(c2, 53) || !v2(d2, 53)) throw Error("XPTY0004: Sequences to compare are not nodes"); switch (a2) { case "isOp": return ui(c2, d2); case "nodeBeforeOp": return b2 ? (e2, f2) => 0 > sd(b2, e2.first(), f2.first()) : void 0; case "nodeAfterOp": return b2 ? (e2, f2) => 0 < sd(b2, e2.first(), f2.first()) : void 0; default: throw Error("Unexpected operator"); } } function ui(a2, b2) { return a2 !== b2 || 47 !== a2 && 53 !== a2 && 54 !== a2 && 55 !== a2 && 56 !== a2 && 57 !== a2 && 58 !== a2 ? () => false : (c2, d2) => md(c2.first().value, d2.first().value); } var vi = class extends D2 { constructor(a2, b2, c2) { super(b2.o.add(c2.o), [b2, c2], { B: false }); this.l = b2; this.A = c2; this.s = a2; } h(a2, b2) { const c2 = C2(this.l, a2, b2), d2 = C2(this.A, a2, b2); return c2.X({ empty: () => w2.empty(), multiple: () => { throw Error("XPTY0004: Sequences to compare are not singleton"); }, m: () => d2.X({ empty: () => w2.empty(), multiple: () => { throw Error("XPTY0004: Sequences to compare are not singleton"); }, m: () => { const e2 = c2.first(), f2 = d2.first(); return ti(this.s, b2.h, e2.type, f2.type)(c2, d2, a2) ? w2.aa() : w2.T(); } }) }); } }; function wi(a2, b2, c2, d2) { return c2.N((e2) => { if (e2.some((f2) => !v2(f2.type, 53))) throw Error(`XPTY0004: Sequences given to ${a2} should only contain nodes.`); return "sorted" === d2 ? w2.create(e2) : "reverse-sorted" === d2 ? w2.create(e2.reverse()) : w2.create(td(b2, e2)); }); } var xi = class extends D2 { constructor(a2, b2, c2, d2) { super(0 < tf(b2.o, c2.o) ? b2.o : c2.o, [b2, c2], { B: b2.B && c2.B }, false, d2); this.l = a2; this.s = b2; this.A = c2; } h(a2, b2) { const c2 = wi(this.l, b2.h, C2(this.s, a2, b2), this.s.ia); a2 = wi(this.l, b2.h, C2(this.A, a2, b2), this.A.ia); const d2 = c2.value, e2 = a2.value; let f2 = null, h2 = null, k2 = false, l2 = false; return w2.create({ next: () => { if (k2) return p2; for (; !l2; ) { if (!f2) { var n2 = d2.next(0); if (n2.done) return k2 = true, p2; f2 = n2.value; } if (!h2) { n2 = e2.next(0); if (n2.done) { l2 = true; break; } h2 = n2.value; } if (md(f2.value, h2.value)) { if (n2 = q2(f2), h2 = f2 = null, "intersectOp" === this.l) return n2; } else if (0 > sd(b2.h, f2, h2)) { if (n2 = q2(f2), f2 = null, "exceptOp" === this.l) return n2; } else h2 = null; } if ("exceptOp" === this.l) return null !== f2 ? (n2 = q2(f2), f2 = null, n2) : d2.next(0); k2 = true; return p2; } }); } }; var yi = class extends qf { constructor(a2, b2) { super(a2.reduce((c2, d2) => c2.add(d2.o), new uf({})), a2, { R: "unsorted", B: a2.every((c2) => c2.B) }, b2); } A(a2, b2, c2) { return c2.length ? jc(c2.map((d2) => d2(a2))) : w2.empty(); } }; var zi = class extends D2 { constructor(a2, b2, c2) { super(new uf({}).add(a2.o), [a2, b2], { B: a2.B && b2.B }, false, c2); this.l = a2; this.s = b2; } h(a2, b2) { const c2 = C2(this.l, a2, b2), d2 = dc(a2, c2); let e2 = null, f2 = null, h2 = false; return w2.create({ next: (k2) => { for (; !h2; ) { if (!e2 && (e2 = d2.next(k2), e2.done)) return h2 = true, p2; f2 || (f2 = C2(this.s, e2.value, b2)); const l2 = f2.value.next(k2); if (l2.done) e2 = f2 = null; else return l2; } } }); } }; var Ai = class extends D2 { constructor(a2, b2, c2) { super(a2.o, [a2], { B: false }); this.l = Ia(b2.prefix ? `${b2.prefix}:${b2.localName}` : b2.localName); if (46 === this.l || 45 === this.l || 44 === this.l) throw Error("XPST0080: Casting to xs:anyAtomicType, xs:anySimpleType or xs:NOTATION is not permitted."); if (b2.namespaceURI) throw Error("Not implemented: castable as expressions with a namespace URI."); this.A = a2; this.s = c2; } h(a2, b2) { const c2 = qc(C2(this.A, a2, b2), b2); return c2.X({ empty: () => this.s ? w2.aa() : w2.T(), m: () => c2.map((d2) => id(d2, this.l).u ? va : wa), multiple: () => w2.T() }); } }; var Bi = class extends D2 { constructor(a2, b2, c2) { super(a2.o, [a2], { B: false }); this.l = Ia(b2.prefix ? `${b2.prefix}:${b2.localName}` : b2.localName); if (46 === this.l || 45 === this.l || 44 === this.l) throw Error("XPST0080: Casting to xs:anyAtomicType, xs:anySimpleType or xs:NOTATION is not permitted."); if (b2.namespaceURI) throw Error("Not implemented: casting expressions with a namespace URI."); this.A = a2; this.s = c2; } h(a2, b2) { const c2 = qc(C2(this.A, a2, b2), b2); return c2.X({ empty: () => { if (!this.s) throw Error("XPTY0004: Sequence to cast is empty while target type is singleton."); return w2.empty(); }, m: () => c2.map((d2) => jd(d2, this.l)), multiple: () => { throw Error("XPTY0004: Sequence to cast is not singleton or empty."); } }); } }; function Ci(a2, b2) { const c2 = a2.value; let d2 = null, e2 = false; return w2.create({ next: () => { for (; !e2; ) { if (!d2) { var f2 = c2.next(0); if (f2.done) return e2 = true, q2(va); d2 = b2(f2.value); } f2 = d2.fa(); d2 = null; if (false === f2) return e2 = true, q2(wa); } return p2; } }); } var Di = class extends D2 { constructor(a2, b2, c2, d2) { super(a2.o, [a2], { B: false }, false, d2); this.A = a2; this.s = b2; this.l = c2; } h(a2, b2) { const c2 = C2(this.A, a2, b2); return c2.X({ empty: () => "?" === this.l || "*" === this.l ? w2.aa() : w2.T(), multiple: () => "+" === this.l || "*" === this.l ? Ci(c2, (d2) => { const e2 = w2.m(d2); d2 = bc(a2, 0, d2, e2); return C2(this.s, d2, b2); }) : w2.T(), m: () => Ci(c2, (d2) => { const e2 = w2.m(d2); d2 = bc(a2, 0, d2, e2); return C2(this.s, d2, b2); }) }); } }; function Ei(a2, b2) { return null !== a2 && null !== b2 && v2(a2.type, 53) && v2(b2.type, 53) ? md(a2.value, b2.value) : false; } function Fi(a2) { let b2 = a2.next(0); if (b2.done) return w2.empty(); let c2 = null, d2 = null; return w2.create({ next(e2) { if (b2.done) return p2; c2 || (c2 = b2.value.value); let f2; do if (f2 = c2.next(e2), f2.done) { b2 = a2.next(0); if (b2.done) return f2; c2 = b2.value.value; } while (f2.done || Ei(f2.value, d2)); d2 = f2.value; return f2; } }); } function Gi(a2, b2) { const c2 = []; (function() { for (var f2 = b2.next(0); !f2.done; ) { const h2 = f2.value.value; f2 = { current: h2.next(0), next: (k2) => h2.next(k2) }; f2.current.done || c2.push(f2); f2 = b2.next(0); } })(); let d2 = null, e2 = false; return w2.create({ [Symbol.iterator]() { return this; }, next: () => { e2 || (e2 = true, c2.every((h2) => v2(h2.current.value.type, 53)) && c2.sort((h2, k2) => sd(a2, h2.current.value, k2.current.value))); let f2; do { if (!c2.length) return p2; const h2 = c2.shift(); f2 = h2.current; h2.current = h2.next(0); if (!v2(f2.value.type, 53)) return f2; if (!h2.current.done) { let k2 = 0, l2 = c2.length - 1, n2 = 0; for (; k2 <= l2; ) { n2 = Math.floor((k2 + l2) / 2); const t2 = sd(a2, h2.current.value, c2[n2].current.value); if (0 === t2) { k2 = n2; break; } 0 < t2 ? k2 = n2 + 1 : l2 = n2 - 1; } c2.splice(k2, 0, h2); } } while (Ei(f2.value, d2)); d2 = f2.value; return f2; } }); } var Hi = class extends D2 { constructor(a2, b2) { super(a2.reduce((c2, d2) => 0 < tf(c2, d2.o) ? c2 : d2.o, new uf({})), a2, { B: a2.every((c2) => c2.B) }, false, b2); this.l = a2; } h(a2, b2) { if (this.l.every((c2) => "sorted" === c2.ia)) { let c2 = 0; return Gi(b2.h, { next: () => c2 >= this.l.length ? p2 : q2(C2(this.l[c2++], a2, b2)) }).map((d2) => { if (!v2(d2.type, 53)) throw Error("XPTY0004: The sequences to union are not of type node()*"); return d2; }); } return jc(this.l.map((c2) => C2(c2, a2, b2))).N((c2) => { if (c2.some((d2) => !v2(d2.type, 53))) throw Error("XPTY0004: The sequences to union are not of type node()*"); c2 = td( b2.h, c2 ); return w2.create(c2); }); } }; function Ii(a2) { return a2.every((b2) => null === b2 || v2(b2.type, 5) || v2(b2.type, 4)) || null !== a2.map((b2) => b2 ? rc(b2.type) : null).reduce((b2, c2) => null === c2 ? b2 : c2 === b2 ? b2 : null) ? a2 : a2.every((b2) => null === b2 || v2(b2.type, 1) || v2(b2.type, 20)) ? a2.map((b2) => b2 ? jd(b2, 1) : null) : a2.every((b2) => null === b2 || v2(b2.type, 4) || v2(b2.type, 6)) ? a2.map((b2) => b2 ? jd(b2, 6) : b2) : a2.every((b2) => null === b2 || v2(b2.type, 4) || v2(b2.type, 6) || v2(b2.type, 3)) ? a2.map((b2) => b2 ? jd(b2, 3) : b2) : null; } function Ji(a2) { return (a2 = a2.find((b2) => !!b2)) ? rc(a2.type) : null; } var Ki = class extends Th { constructor(a2, b2) { super(new uf({}), [b2, ...a2.map((c2) => c2.ba)], { B: false, W: false, R: "unsorted", subtree: false }, b2); this.A = a2; } L(a2, b2, c2, d2) { if (this.A[1]) throw Error("More than one order spec is not supported for the order by clause."); const e2 = []; let f2 = false, h2, k2, l2 = null; const n2 = this.A[0]; return w2.create({ next: () => { if (!f2) { for (var t2 = b2.next(0); !t2.done; ) e2.push(t2.value), t2 = b2.next(0); t2 = e2.map((z2) => n2.ba.h(z2, c2)).map((z2) => qc(z2, c2)); if (t2.find((z2) => !z2.F() && !z2.oa())) throw Error("XPTY0004: Order by only accepts empty or singleton sequences"); h2 = t2.map((z2) => z2.first()); h2 = h2.map((z2) => null === z2 ? z2 : v2(19, z2.type) ? jd(z2, 1) : z2); if (Ji(h2) && (h2 = Ii(h2), !h2)) throw Error("XPTY0004: Could not cast values"); t2 = h2.length; k2 = h2.map((z2, y2) => y2); for (let z2 = 0; z2 < t2; z2++) if (z2 + 1 !== t2) for (let y2 = z2; 0 <= y2; y2--) { const G2 = y2, N2 = y2 + 1; if (N2 === t2) continue; const U2 = h2[k2[G2]], ca = h2[k2[N2]]; if (null !== ca || null !== U2) { if (n2.cc) { if (null === U2) continue; if (null === ca && null !== U2) { [k2[G2], k2[N2]] = [k2[N2], k2[G2]]; continue; } if (isNaN(ca.value) && null !== U2 && !isNaN(U2.value)) { [k2[G2], k2[N2]] = [k2[N2], k2[G2]]; continue; } } else { if (null === ca) continue; if (null === U2 && null !== ca) { [k2[G2], k2[N2]] = [k2[N2], k2[G2]]; continue; } if (isNaN(U2.value) && null !== ca && !isNaN(ca.value)) { [k2[G2], k2[N2]] = [k2[N2], k2[G2]]; continue; } } oi("gtOp", U2.type, ca.type)(U2, ca, a2) && ([k2[G2], k2[N2]] = [k2[N2], k2[G2]]); } } let u2 = n2.Bb ? 0 : h2.length - 1; l2 = d2({ next: () => n2.Bb ? u2 >= h2.length ? p2 : q2(e2[k2[u2++]]) : 0 > u2 ? p2 : q2(e2[k2[u2--]]) }).value; f2 = true; } return l2.next(0); } }); } }; var Li = class extends D2 { constructor(a2) { super(a2 ? a2.o : new uf({}), a2 ? [a2] : [], { R: "sorted", subtree: false, W: false, B: false }); this.l = a2; } h(a2, b2) { if (null === a2.M) throw lc("context is absent, it needs to be present to use paths."); var c2 = b2.h; let d2 = a2.M.value; for (; 9 !== d2.node.nodeType; ) if (d2 = x2(c2, d2), null === d2) throw Error("XPDY0050: the root node of the context node is not a document node."); c2 = w2.m(rb(d2)); return this.l ? C2(this.l, bc(a2, 0, c2.first(), c2), b2) : c2; } }; var Mi = class extends D2 { constructor(a2) { super(new uf({}), [], { R: "sorted" }, false, a2); } h(a2) { if (null === a2.M) throw lc('context is absent, it needs to be present to use the "." operator'); return w2.m(a2.M); } }; function Ni(a2, b2) { let c2 = false, d2 = false; b2.forEach((e2) => { v2(e2.type, 53) ? c2 = true : d2 = true; }); if (d2 && c2) throw Error("XPTY0018: The path operator should either return nodes or non-nodes. Mixed sequences are not allowed."); return c2 ? td(a2, b2) : b2; } var Oi = class extends D2 { constructor(a2, b2) { const c2 = a2.every((e2) => e2.W), d2 = a2.every((e2) => e2.subtree); super(a2.reduce((e2, f2) => e2.add(f2.o), new uf({})), a2, { B: false, W: c2, R: b2 ? "sorted" : "unsorted", subtree: d2 }); this.l = a2; this.s = b2; } h(a2, b2) { let c2 = true; return this.l.reduce((d2, e2, f2) => { const h2 = null === d2 ? kd(a2) : dc(a2, d2); d2 = { next: (l2) => { l2 = h2.next(l2); if (l2.done) return p2; if (null !== l2.value.M && !v2(l2.value.M.type, 53) && 0 < f2) throw Error("XPTY0019: The result of E1 in a path expression E1/E2 should not evaluate to a sequence of nodes."); return q2(C2( e2, l2.value, b2 )); } }; let k2; if (this.s) switch (e2.ia) { case "reverse-sorted": const l2 = d2; d2 = { next: (n2) => { n2 = l2.next(n2); return n2.done ? n2 : q2(n2.value.N((t2) => w2.create(t2.reverse()))); } }; case "sorted": if (e2.subtree && c2) { k2 = Fi(d2); break; } k2 = Gi(b2.h, d2); break; case "unsorted": return Fi(d2).N((n2) => w2.create(Ni(b2.h, n2))); } else k2 = Fi(d2); c2 = c2 && e2.W; return k2; }, null); } D() { return this.l[0].D(); } }; var Pi = class extends D2 { constructor(a2, b2) { super(a2.o.add(b2.o), [a2, b2], { B: a2.B && b2.B, W: a2.W, R: a2.ia, subtree: a2.subtree }); this.s = a2; this.l = b2; } h(a2, b2) { const c2 = C2(this.s, a2, b2); if (this.l.B) { const k2 = C2(this.l, a2, b2); if (k2.F()) return k2; const l2 = k2.first(); if (v2(l2.type, 2)) { let n2 = l2.value; if (!Number.isInteger(n2)) return w2.empty(); const t2 = c2.value; let u2 = false; return w2.create({ next: () => { if (!u2) { for (let z2 = t2.next(0); !z2.done; z2 = t2.next(0)) if (1 === n2--) return u2 = true, z2; u2 = true; } return p2; } }); } return k2.fa() ? c2 : w2.empty(); } const d2 = c2.value; let e2 = null, f2 = 0, h2 = null; return w2.create({ next: (k2) => { let l2 = false; for (; !e2 || !e2.done; ) { e2 || (e2 = d2.next(l2 ? 0 : k2), l2 = true); if (e2.done) break; h2 || (h2 = C2(this.l, bc(a2, f2, e2.value, c2), b2)); var n2 = h2.first(); n2 = null === n2 ? false : v2(n2.type, 2) ? n2.value === f2 + 1 : h2.fa(); h2 = null; const t2 = e2.value; e2 = null; f2++; if (n2) return q2(t2); } return e2; } }); } D() { return this.s.D(); } }; function Qi(a2, b2, c2) { c2 = [c2]; if (v2(a2.type, 62)) if ("*" === b2) c2.push(...a2.h.map((d2) => d2())); else if (v2(b2.type, 5)) { const d2 = b2.value; if (a2.h.length < d2 || 0 >= d2) throw Error("FOAY0001: Array index out of bounds"); c2.push(a2.h[d2 - 1]()); } else throw Error("XPTY0004: The key specifier is not an integer."); else if (v2(a2.type, 61)) "*" === b2 ? c2.push(...a2.h.map((d2) => d2.value())) : (a2 = a2.h.find((d2) => sb(d2.key, b2))) && c2.push(a2.value()); else throw Error("XPTY0004: The provided context item is not a map or an array."); return jc(c2); } function Ri(a2, b2, c2, d2, e2) { if ("*" === b2) return Qi(a2, b2, c2); b2 = C2(b2, d2, e2); b2 = Ra(b2)().N((f2) => f2.reduce((h2, k2) => Qi(a2, k2, h2), new Ba())); return jc([c2, b2]); } var Si = class extends D2 { constructor(a2, b2) { super(a2.o, [a2].concat("*" === b2 ? [] : [b2]), { B: a2.B, R: a2.ia, subtree: a2.subtree }); this.l = a2; this.s = b2; } h(a2, b2) { return C2(this.l, a2, b2).N((c2) => c2.reduce((d2, e2) => Ri(e2, this.s, d2, a2, b2), new Ba())); } D() { return this.l.D(); } }; var Ti = class extends D2 { constructor(a2, b2) { super(new uf({ external: 1 }), "*" === a2 ? [] : [a2], { B: false }, false, b2); this.l = a2; } h(a2, b2) { return Ri(a2.M, this.l, new Ba(), a2, b2); } }; var Ui = class extends D2 { constructor(a2, b2, c2, d2) { const e2 = b2.map((f2) => f2.fb); b2 = b2.map((f2) => f2.name); super(e2.reduce((f2, h2) => f2.add(h2.o), c2.o), e2.concat(c2), { B: false }, false, d2); this.s = a2; this.A = b2; this.L = e2; this.P = c2; this.l = null; } h(a2, b2) { let c2 = a2; const d2 = this.l.map((k2, l2) => { const n2 = C2(this.L[l2], c2, b2).O(); c2 = hc(a2, { [k2]: () => w2.create(n2) }); return n2; }); if (d2.some((k2) => 0 === k2.length)) return "every" === this.s ? w2.aa() : w2.T(); const e2 = Array(d2.length).fill(0); e2[0] = -1; for (var f2 = true; f2; ) { f2 = false; for (let k2 = 0, l2 = e2.length; k2 < l2; ++k2) { var h2 = d2[k2]; if (++e2[k2] > h2.length - 1) e2[k2] = 0; else { f2 = /* @__PURE__ */ Object.create(null); for (h2 = 0; h2 < e2.length; h2++) { const n2 = d2[h2][e2[h2]]; f2[this.l[h2]] = () => w2.m(n2); } f2 = hc(a2, f2); f2 = C2(this.P, f2, b2); if (f2.fa() && "some" === this.s) return w2.aa(); if (!f2.fa() && "every" === this.s) return w2.T(); f2 = true; break; } } } return "every" === this.s ? w2.aa() : w2.T(); } v(a2) { this.l = []; for (let c2 = 0, d2 = this.A.length; c2 < d2; ++c2) { this.L[c2].v(a2); Cg(a2); var b2 = this.A[c2]; const e2 = b2.prefix ? a2.$(b2.prefix) : null; b2 = Gg(a2, e2, b2.localName); this.l[c2] = b2; } this.P.v(a2); for (let c2 = 0, d2 = this.A.length; c2 < d2; ++c2) Ig(a2); } }; var Vi = class extends D2 { constructor(a2) { super(a2, [], { B: false }); } h(a2) { return this.l(a2.M) ? w2.aa() : w2.T(); } }; var Wi = class extends Vi { constructor(a2) { super(new uf({ nodeType: 1 })); this.s = a2; } l(a2) { if (!v2(a2.type, 53)) return false; a2 = a2.value.node.nodeType; return 3 === this.s && 4 === a2 ? true : this.s === a2; } D() { return `type-${this.s}`; } }; var Xi = class extends Vi { constructor(a2, b2 = { kind: null }) { const c2 = a2.prefix, d2 = a2.namespaceURI; a2 = a2.localName; const e2 = {}; "*" !== a2 && (e2.nodeName = 1); e2.nodeType = 1; super(new uf(e2)); this.s = a2; this.L = d2; this.A = c2; this.P = b2.kind; } l(a2) { const b2 = v2(a2.type, 54), c2 = v2(a2.type, 47); if (!b2 && !c2) return false; a2 = a2.value; return null !== this.P && (1 === this.P && !b2 || 2 === this.P && !c2) ? false : null === this.A && "" !== this.L && "*" === this.s ? true : "*" === this.A ? "*" === this.s ? true : this.s === a2.node.localName : "*" !== this.s && this.s !== a2.node.localName ? false : (a2.node.namespaceURI || null) === (("" === this.A ? b2 ? this.L : null : this.L) || null); } D() { return "*" === this.s ? null === this.P ? "type-1-or-type-2" : `type-${this.P}` : `name-${this.s}`; } v(a2) { if (null === this.L && "*" !== this.A && (this.L = a2.$(this.A || "") || null, !this.L && this.A)) throw Error(`XPST0081: The prefix ${this.A} could not be resolved.`); } }; var Yi = class extends Vi { constructor(a2) { super(new uf({ nodeName: 1 })); this.s = a2; } l(a2) { return v2(a2.type, 57) && a2.value.node.target === this.s; } D() { return "type-7"; } }; var Zi = class extends Vi { constructor(a2) { super(new uf({})); this.s = a2; } l(a2) { return v2(a2.type, Ia(this.s.prefix ? this.s.prefix + ":" + this.s.localName : this.s.localName)); } }; var $i = class extends D2 { constructor(a2, b2, c2) { super(new uf({}), [], { B: false, R: "unsorted" }); this.A = c2; this.s = b2; this.L = a2; this.l = null; } h(a2, b2) { if (!a2.ra[this.l]) { if (this.P) return this.P(a2, b2); throw Error("XQDY0054: The variable " + this.A + " is declared but not in scope."); } return a2.ra[this.l](); } v(a2) { null === this.s && this.L && (this.s = a2.$(this.L)); this.l = a2.eb(this.s || "", this.A); if (!this.l) throw Error("XPST0008, The variable " + this.A + " is not in scope."); if (a2 = a2.Ea[this.l]) this.P = a2; } }; var aj = class extends Th { constructor(a2, b2) { super(new uf({}), [a2, b2], { B: false, W: false, R: "unsorted", subtree: false }, b2); this.A = a2; } L(a2, b2, c2, d2) { let e2 = null, f2 = null; return d2({ next: () => { for (; ; ) { if (!f2) { var h2 = b2.next(0); if (h2.done) return p2; e2 = h2.value; f2 = C2(this.A, e2, c2); } h2 = f2.fa(); const k2 = e2; f2 = e2 = null; if (h2) return q2(k2); } } }); } }; var bj = class { constructor(a2) { this.type = a2; } }; var cj = class extends bj { constructor(a2) { super("delete"); this.target = a2; } h(a2) { return { type: this.type, target: $f(this.target, a2, false) }; } }; var dj = class extends bj { constructor(a2, b2, c2) { super(c2); this.target = a2; this.content = b2; } h(a2) { return { type: this.type, target: $f(this.target, a2, false), content: this.content.map((b2) => $f(b2, a2, true)) }; } }; var ej = class extends dj { constructor(a2, b2) { super(a2, b2, "insertAfter"); } }; var fj = class extends bj { constructor(a2, b2) { super("insertAttributes"); this.target = a2; this.content = b2; } h(a2) { return { type: this.type, target: $f(this.target, a2, false), content: this.content.map((b2) => $f(b2, a2, true)) }; } }; var gj = class extends dj { constructor(a2, b2) { super(a2, b2, "insertBefore"); } }; var hj = class extends dj { constructor(a2, b2) { super(a2, b2, "insertIntoAsFirst"); } }; var ij = class extends dj { constructor(a2, b2) { super(a2, b2, "insertIntoAsLast"); } }; var jj = class extends dj { constructor(a2, b2) { super(a2, b2, "insertInto"); } }; var kj = class extends bj { constructor(a2, b2) { super("rename"); this.target = a2; this.o = b2.za ? b2 : new Sa(b2.prefix, b2.namespaceURI, b2.localName); } h(a2) { return { type: this.type, target: $f(this.target, a2, false), newName: { prefix: this.o.prefix, namespaceURI: this.o.namespaceURI, localName: this.o.localName } }; } }; var lj = class extends bj { constructor(a2, b2) { super("replaceElementContent"); this.target = a2; this.text = b2; } h(a2) { return { type: this.type, target: $f(this.target, a2, false), text: this.text ? $f(this.text, a2, true) : null }; } }; var mj = class extends bj { constructor(a2, b2) { super("replaceNode"); this.target = a2; this.o = b2; } h(a2) { return { type: this.type, target: $f(this.target, a2, false), replacement: this.o.map((b2) => $f(b2, a2, true)) }; } }; var nj = class extends bj { constructor(a2, b2) { super("replaceValue"); this.target = a2; this.o = b2; } h(a2) { return { type: this.type, target: $f(this.target, a2, false), ["string-value"]: this.o }; } }; var oj = (a2, b2) => new mj(a2, b2); var pj = class extends nf { constructor(a2) { super(new uf({}), [a2], { B: false, R: "unsorted" }); this.l = a2; } s(a2, b2) { const c2 = mf(this.l)(a2, b2), d2 = b2.h; let e2, f2; return { next: () => { if (!e2) { const h2 = c2.next(0); if (h2.value.J.some((k2) => !v2(k2.type, 53))) throw Error("XUTY0007: The target of a delete expression must be a sequence of zero or more nodes."); e2 = h2.value.J; f2 = h2.value.da; } e2 = e2.filter((h2) => x2(d2, h2.value)); return q2({ da: lf(e2.map((h2) => new cj(h2.value)), f2), J: [] }); } }; } }; function qj(a2, b2, c2, d2, e2, f2) { const h2 = b2.h; a2.reduce(function t2(l2, n2) { if (v2(n2.type, 62)) return n2.h.forEach((u2) => u2().O().forEach((z2) => t2(l2, z2))), l2; l2.push(n2); return l2; }, []).forEach((l2, n2, t2) => { if (v2(l2.type, 47)) { if (e2) throw f2(l2.value, h2); c2.push(l2.value.node); } else if (v2(l2.type, 46) || v2(l2.type, 53) && 3 === l2.value.node.nodeType) { const u2 = v2(l2.type, 46) ? jd(pc(l2, b2).first(), 1).value : hb(h2, l2.value); 0 !== n2 && v2(t2[n2 - 1].type, 46) && v2(l2.type, 46) ? 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null : { node: a2.Ja.createTextNode(n2), G: null }; h2 = l2.value.da; } if (!d2) { l2 = b2.next(0); if (0 === l2.value.J.length) throw Xe(); if (1 !== l2.value.J.length) throw Re(); if (!(v2(l2.value.J[0].type, 54) || v2(l2.value.J[0].type, 47) || v2(l2.value.J[0].type, 56) || v2(l2.value.J[0].type, 58) || v2(l2.value.J[0].type, 57))) throw Re(); d2 = l2.value.J[0]; e2 = l2.value.da; } if (v2( d2.type, 54 )) return k2 = true, q2({ J: [], da: lf([new lj(d2.value, f2)], h2, e2) }); if (v2(d2.type, 47) || v2(d2.type, 56) || v2(d2.type, 58) || v2(d2.type, 57)) { l2 = f2 ? hb(a2.h, f2) : ""; if (v2(d2.type, 58) && (l2.includes("--") || l2.endsWith("-"))) throw Error(`XQDY0072: The content "${l2}" for a comment node contains two adjacent hyphens or ends with a hyphen.`); if (v2(d2.type, 57) && l2.includes("?>")) throw Error(`XQDY0026: The content "${l2}" for a processing instruction node contains "?>".`); k2 = true; return q2({ J: [], da: lf([new nj(d2.value, l2)], h2, e2) }); } } }; } var Qj = class extends nf { constructor(a2, b2, c2) { super(new uf({}), [b2, c2], { B: false, R: "unsorted" }); this.L = a2; this.l = b2; this.A = c2; } s(a2, b2) { const c2 = mf(this.l)(a2, b2); a2 = mf(this.A)(a2, b2); return this.L ? Cj(b2, c2, a2) : Bj(b2, c2, a2); } }; function Rj(a2) { switch (a2.type) { case "delete": return new cj({ node: a2.target, G: null }); case "insertAfter": return new ej({ node: a2.target, G: null }, a2.content.map((b2) => ({ node: b2, G: null }))); case "insertBefore": return new gj({ node: a2.target, G: null }, a2.content.map((b2) => ({ node: b2, G: null }))); case "insertInto": return new jj({ node: a2.target, G: null }, a2.content.map((b2) => ({ node: b2, G: null }))); case "insertIntoAsFirst": return new hj({ node: a2.target, G: null }, a2.content.map((b2) => ({ node: b2, G: null }))); case "insertIntoAsLast": return new ij({ node: a2.target, G: null }, a2.content.map((b2) => ({ node: b2, G: null }))); case "insertAttributes": return new fj({ node: a2.target, G: null }, a2.content.map((b2) => ({ node: b2, G: null }))); case "rename": return new kj({ node: a2.target, G: null }, a2.newName); case "replaceNode": return new mj({ node: a2.target, G: null }, a2.replacement.map((b2) => ({ node: b2, G: null }))); case "replaceValue": return new nj({ node: a2.target, G: null }, a2["string-value"]); case "replaceElementContent": return new lj({ node: a2.target, G: null }, a2.text ? { node: a2.text, G: null } : null); default: throw Error(`Unexpected type "${a2.type}" when parsing a transferable pending update.`); } } function Sj(a2, b2, c2) { if (b2.find((e2) => md(e2, a2))) return true; const d2 = x2(c2, a2); return d2 ? Sj(d2, b2, c2) : false; } var Tj = class extends nf { constructor(a2, b2, c2) { super(new uf({}), a2.reduce((d2, e2) => { d2.push(e2.fb); return d2; }, [b2, c2]), { B: false, R: "unsorted" }); this.l = a2; this.L = b2; this.A = c2; this.I = null; } h(a2, b2) { a2 = this.s(a2, b2); return of(a2, () => { }); } s(a2, b2) { const c2 = b2.h, d2 = b2.Ja, e2 = b2.Ma, f2 = []; let h2, k2, l2; const n2 = [], t2 = []; return { next: () => { if (n2.length !== this.l.length) for (var u2 = n2.length; u2 < this.l.length; u2++) { const y2 = this.l[u2]; var z2 = f2[u2]; z2 || (f2[u2] = z2 = mf(y2.fb)(a2, b2)); z2 = z2.next(0); if (1 !== z2.value.J.length || !v2(z2.value.J[0].type, 53)) throw Error("XUTY0013: The source expression of a copy modify expression must return a single node."); const G2 = rb(Wf(z2.value.J[0].value, b2)); n2.push(G2.value); t2.push(z2.value.da); a2 = hc(a2, { [y2.fc]: () => w2.m(G2) }); } l2 || (h2 || (h2 = mf(this.L)(a2, b2)), l2 = h2.next(0).value.da); l2.forEach((y2) => { if (y2.target && !Sj(y2.target, n2, c2)) throw Error(`XUDY0014: The target ${y2.target.node.outerHTML} must be a node created by the copy clause.`); if ("put" === y2.type) throw Error("XUDY0037: The modify expression of a copy modify expression can not contain a fn:put."); }); u2 = l2.map((y2) => { y2 = y2.h(b2); return Rj(y2); }); kf(u2, c2, d2, e2); k2 || (k2 = mf(this.A)(a2, b2)); u2 = k2.next(0); return q2({ J: u2.value.J, da: lf(u2.value.da, ...t2) }); } }; } v(a2) { Cg(a2); this.l.forEach((b2) => b2.fc = Gg(a2, b2.Jb.namespaceURI, b2.Jb.localName)); super.v(a2); Ig(a2); this.I = this.l.some((b2) => b2.fb.I) || this.A.I; } }; function Uj(a2, b2) { return { node: { nodeType: 2, Ra: true, nodeName: a2.za(), namespaceURI: a2.namespaceURI, prefix: a2.prefix, localName: a2.localName, name: a2.za(), value: b2 }, G: null }; } var Vj = class extends D2 { constructor(a2, b2) { let c2 = b2.nb || []; c2 = c2.concat(a2.Na || []); super(new uf({}), c2, { B: false, R: "unsorted" }); a2.Na ? this.s = a2.Na : this.name = new Sa(a2.prefix, a2.namespaceURI, a2.localName); this.l = b2; this.A = void 0; } h(a2, b2) { let c2, d2, e2, f2 = false; return w2.create({ next: () => { if (f2) return p2; if (!d2) { if (this.s) { if (!c2) { var h2 = this.s.h(a2, b2); c2 = zj(this.A, b2, h2); } d2 = c2.next(0).value.value; } else d2 = this.name; if (d2) { if ("xmlns" === d2.prefix) throw rg(d2); if ("" === d2.prefix && "xmlns" === d2.localName) throw rg(d2); if ("http://www.w3.org/2000/xmlns/" === d2.namespaceURI) throw rg(d2); if ("xml" === d2.prefix && "http://www.w3.org/XML/1998/namespace" !== d2.namespaceURI) throw rg(d2); if ("" !== d2.prefix && "xml" !== d2.prefix && "http://www.w3.org/XML/1998/namespace" === d2.namespaceURI) throw rg(d2); } } if (this.l.nb) return h2 = this.l.nb, e2 || (e2 = jc(h2.map((k2) => qc(k2.h(a2, b2), b2).N((l2) => w2.m(g2(l2.map((n2) => n2.value).join(" "), 1))))).N((k2) => w2.m(rb(Uj(d2, k2.map((l2) => l2.value).join(""))))).value), e2.next(0); f2 = true; return q2(rb(Uj(d2, this.l.value))); } }); } v(a2) { this.A = Ef(a2); if (this.name && this.name.prefix && !this.name.namespaceURI) { const b2 = a2.$(this.name.prefix); if (void 0 === b2 && this.name.prefix) throw oc(this.name.prefix); this.name.namespaceURI = b2 || null; } super.v(a2); } }; var Wj = class extends D2 { constructor(a2) { super(a2 ? a2.o : new uf({}), a2 ? [a2] : [], { B: false, R: "unsorted" }); this.l = a2; } h(a2, b2) { const c2 = { data: "", Ra: true, nodeType: 8 }, d2 = { node: c2, G: null }; if (!this.l) return w2.m(rb(d2)); a2 = C2(this.l, a2, b2); return qc(a2, b2).N((e2) => { e2 = e2.map((f2) => jd(f2, 1).value).join(" "); if (-1 !== e2.indexOf("-->")) throw Error('XQDY0072: The contents of the data of a comment may not include "-->"'); c2.data = e2; return w2.m(rb(d2)); }); } }; var Xj = class extends D2 { constructor(a2, b2, c2, d2) { super(new uf({}), d2.concat(b2).concat(a2.Na || []), { B: false, R: "unsorted" }); a2.Na ? this.s = a2.Na : this.l = new Sa(a2.prefix, a2.namespaceURI, a2.localName); this.P = c2.reduce((e2, f2) => { if (f2.prefix in e2) throw Error(`XQST0071: The namespace declaration with the prefix ${f2.prefix} has already been declared on the constructed element.`); e2[f2.prefix || ""] = f2.uri; return e2; }, {}); this.L = b2; this.ma = d2; this.A = void 0; } h(a2, b2) { let c2 = false, d2, e2, f2 = false, h2, k2, l2, n2 = false; return w2.create({ next: () => { if (n2) return p2; c2 || (d2 || (d2 = jc(this.L.map((G2) => C2(G2, a2, b2)))), e2 = d2.O(), c2 = true); if (!f2) { h2 || (h2 = this.ma.map((G2) => C2(G2, a2, b2))); var t2 = []; for (var u2 = 0; u2 < h2.length; u2++) { var z2 = h2[u2].O(); t2.push(z2); } k2 = t2; f2 = true; } this.s && (l2 || (t2 = this.s.h(a2, b2), l2 = zj(this.A, b2, t2)), this.l = l2.next(0).value.value); if ("xmlns" === this.l.prefix || "http://www.w3.org/2000/xmlns/" === this.l.namespaceURI || "xml" === this.l.prefix && "http://www.w3.org/XML/1998/namespace" !== this.l.namespaceURI || this.l.prefix && "xml" !== this.l.prefix && "http://www.w3.org/XML/1998/namespace" === this.l.namespaceURI) throw Error(`XQDY0096: The node name "${this.l.za()}" is invalid for a computed element constructor.`); const y2 = { nodeType: 1, Ra: true, attributes: [], childNodes: [], nodeName: this.l.za(), namespaceURI: this.l.namespaceURI, prefix: this.l.prefix, localName: this.l.localName }; t2 = { node: y2, G: null }; e2.forEach((G2) => { y2.attributes.push(G2.value.node); }); u2 = rj(k2, b2, qg); u2.attributes.forEach((G2) => { if (y2.attributes.find((N2) => N2.namespaceURI === G2.namespaceURI && N2.localName === G2.localName)) throw Error(`XQDY0025: The attribute ${G2.name} does not have an unique name in the constructed element.`); y2.attributes.push(G2); }); u2.Xa.forEach((G2) => { y2.childNodes.push(G2); }); for (u2 = 0; u2 < y2.childNodes.length; u2++) { z2 = y2.childNodes[u2]; if (!cb(z2) || 3 !== z2.nodeType) continue; const G2 = y2.childNodes[u2 - 1]; G2 && cb(G2) && 3 === G2.nodeType && (G2.data += z2.data, y2.childNodes.splice(u2, 1), u2--); } n2 = true; return q2(rb(t2)); } }); } v(a2) { Cg(a2); Object.keys(this.P).forEach((b2) => Fg(a2, b2, this.P[b2])); this.Fa.forEach((b2) => b2.v(a2)); this.L.reduce((b2, c2) => { if (c2.name) { c2 = `Q{${null === c2.name.namespaceURI ? a2.$(c2.name.prefix) : c2.name.namespaceURI}}${c2.name.localName}`; if (b2.includes(c2)) throw Error(`XQST0040: The attribute ${c2} does not have an unique name in the constructed element.`); b2.push(c2); } return b2; }, []); if (this.l && null === this.l.namespaceURI) { const b2 = a2.$(this.l.prefix); if (void 0 === b2 && this.l.prefix) throw oc(this.l.prefix); this.l.namespaceURI = b2; } this.A = Ef(a2); Ig(a2); } }; function Yj(a2) { if (/^xml$/i.test(a2)) throw Error(`XQDY0064: The target of a created PI may not be "${a2}"`); } function Zj(a2, b2) { return { node: { data: b2, Ra: true, nodeName: a2, nodeType: 7, target: a2 }, G: null }; } var ak = class extends D2 { constructor(a2, b2) { const c2 = a2.xb ? [a2.xb].concat(b2) : [b2]; super(c2.reduce((d2, e2) => d2.add(e2.o), new uf({})), c2, { B: false, R: "unsorted" }); this.l = a2; this.s = b2; } h(a2, b2) { const c2 = C2(this.s, a2, b2); return qc(c2, b2).N((d2) => { const e2 = d2.map((h2) => jd(h2, 1).value).join(" "); if (-1 !== e2.indexOf("?>")) throw Error('XQDY0026: The contents of the data of a processing instruction may not include "?>"'); if (null !== this.l.Fb) return d2 = this.l.Fb, Yj(d2), w2.m(rb(Zj(d2, e2))); d2 = C2(this.l.xb, a2, b2); const f2 = yj(b2, d2); return w2.create({ next: () => { var h2 = f2.next(0); if (h2.done) return h2; h2 = h2.value.value; Yj(h2); return q2(rb(Zj(h2, e2))); } }); }); } }; var bk = class extends D2 { constructor(a2) { super(a2 ? a2.o : new uf({}), a2 ? [a2] : [], { B: false, R: "unsorted" }); this.l = a2; } h(a2, b2) { if (!this.l) return w2.empty(); a2 = C2(this.l, a2, b2); return qc(a2, b2).N((c2) => { if (0 === c2.length) return w2.empty(); c2 = { node: { data: c2.map((d2) => jd(d2, 1).value).join(" "), Ra: true, nodeType: 3 }, G: null }; return w2.m(rb(c2)); }); } }; var ck = class extends qf { constructor(a2, b2, c2, d2) { super(new uf({}), [a2, ...b2.map((e2) => e2.pb), c2].concat(...b2.map((e2) => e2.Ib.map((f2) => f2.Hb))), { B: false, W: false, R: "unsorted", subtree: false }, d2); this.L = a2; this.l = b2.length; this.P = b2.map((e2) => e2.Ib); } A(a2, b2, c2) { return c2[0](a2).N((d2) => { for (let e2 = 0; e2 < this.l; e2++) if (this.P[e2].some((f2) => { switch (f2.ec) { case "?": if (1 < d2.length) return false; break; case "*": break; case "+": if (1 > d2.length) return false; break; default: if (1 !== d2.length) return false; } const h2 = w2.create(d2); return d2.every((k2, l2) => { k2 = bc(a2, l2, k2, h2); return C2(f2.Hb, k2, b2).fa(); }); })) return c2[e2 + 1](a2); return c2[this.l + 1](a2); }); } v(a2) { super.v(a2); if (this.L.I) throw Ne(); } }; var dk = class extends qf { constructor(a2, b2, c2, d2) { super(new uf({}), [a2, c2, ...b2.map((e2) => e2.pb)].concat(...b2.map((e2) => e2.Gb.map((f2) => f2))), { B: false, W: false, R: "unsorted", subtree: false }, d2); this.L = a2; this.l = b2.length; this.P = b2.map((e2) => e2.Gb); } A(a2, b2, c2) { const d2 = ei(c2[0](a2), b2), [, e2, ...f2] = c2; return d2.X({ multiple: () => { throw Error("XPTY0004: The operand for a switch expression should result in zero or one item"); }, default: () => { const h2 = d2.first(), k2 = !h2; for (let n2 = 0; n2 < this.l; n2++) { var l2 = this.P[n2].map((t2) => C2(t2, a2, b2)); for (const t2 of l2) if (l2 = ei(t2, b2), l2.F()) { if (k2) return f2[n2](a2); } else { if (!l2.oa()) throw Error("XPTY0004: The operand for a switch case should result in zero or one item"); if (!k2 && (l2 = l2.first(), Ge(a2, b2, null, h2, l2).next(0).value)) return f2[n2](a2); } } return e2(a2); } }); } v(a2) { super.v(a2); if (this.L.I) throw Ne(); } }; var ek = { Z: false, sa: false }, fk = { Z: true, sa: false }, gk = { Z: true, sa: true }; function P2(a2) { return a2.Z ? a2.sa ? gk : fk : ek; } function Q2(a2, b2) { switch (a2[0]) { case "andOp": var c2 = I2(a2, "type"); return new ci(hk("andOp", a2, P2(b2)), c2); case "orOp": return c2 = I2(a2, "type"), new di(hk("orOp", a2, P2(b2)), c2); case "unaryPlusOp": return c2 = F2(F2(a2, "operand"), "*"), a2 = I2(a2, "type"), new bi("+", Q2(c2, b2), a2); case "unaryMinusOp": return c2 = F2(F2(a2, "operand"), "*"), a2 = I2(a2, "type"), new bi("-", Q2(c2, b2), a2); case "addOp": case "subtractOp": case "multiplyOp": case "divOp": case "idivOp": case "modOp": var d2 = a2[0], e2 = Q2(J2(a2, ["firstOperand", "*"]), P2(b2)); b2 = Q2(J2(a2, ["secondOperand", "*"]), P2(b2)); const f2 = I2(a2, "type"), h2 = I2(J2(a2, ["firstOperand", "*"]), "type"), k2 = I2(J2(a2, ["secondOperand", "*"]), "type"); h2 && k2 && I2(a2, "type") && (c2 = Rg(d2, h2.type, k2.type)); return new Vg(d2, e2, b2, f2, c2); case "sequenceExpr": return ik(a2, b2); case "unionOp": return c2 = I2(a2, "type"), new Hi([Q2(J2(a2, ["firstOperand", "*"]), P2(b2)), Q2(J2(a2, ["secondOperand", "*"]), P2(b2))], c2); case "exceptOp": case "intersectOp": return c2 = I2(a2, "type"), new xi(a2[0], Q2(J2(a2, ["firstOperand", "*"]), P2(b2)), Q2(J2(a2, ["secondOperand", "*"]), P2(b2)), c2); case "stringConcatenateOp": return jk(a2, b2); case "rangeSequenceExpr": return kk( a2, b2 ); case "equalOp": case "notEqualOp": case "lessThanOrEqualOp": case "lessThanOp": case "greaterThanOrEqualOp": case "greaterThanOp": return lk("generalCompare", a2, b2); case "eqOp": case "neOp": case "ltOp": case "leOp": case "gtOp": case "geOp": return lk("valueCompare", a2, b2); case "isOp": case "nodeBeforeOp": case "nodeAfterOp": return lk("nodeCompare", a2, b2); case "pathExpr": return mk(a2, b2); case "contextItemExpr": return new Mi(I2(a2, "type")); case "functionCallExpr": return nk(a2, b2); case "inlineFunctionExpr": return ok(a2, b2); case "arrowExpr": return pk(a2, b2); case "dynamicFunctionInvocationExpr": return qk(a2, b2); case "namedFunctionRef": return b2 = F2(a2, "functionName"), c2 = I2(a2, "type"), a2 = H2(J2(a2, ["integerConstantExpr", "value"])), new $h(Jg(b2), parseInt(a2, 10), c2); case "integerConstantExpr": return new Yh(H2(F2(a2, "value")), { type: 5, g: 3 }); case "stringConstantExpr": return new Yh(H2(F2(a2, "value")), { type: 1, g: 3 }); case "decimalConstantExpr": return new Yh(H2(F2(a2, "value")), { type: 4, g: 3 }); case "doubleConstantExpr": return new Yh(H2(F2(a2, "value")), { type: 3, g: 3 }); case "varRef": const { prefix: l2, namespaceURI: n2, localName: t2 } = Jg(F2(a2, "name")); return new $i(l2, n2, t2); case "flworExpr": return rk(a2, b2); case "quantifiedExpr": return sk(a2, b2); case "ifThenElseExpr": return c2 = I2(a2, "type"), d2 = F2(a2, "ifClause") || K2(a2, "x:stackTrace")[0], e2 = F2(a2, "thenClause") || K2(a2, "x:stackTrace")[1], a2 = F2(a2, "elseClause") || K2(a2, "x:stackTrace")[2], new Ph(Q2(d2, P2(b2)), Q2(e2, b2), Q2(a2, b2), c2); case "instanceOfExpr": return c2 = Q2(J2(a2, ["argExpr", "*"]), b2), d2 = J2(a2, ["sequenceType", "*"]), e2 = J2(a2, ["sequenceType", "occurrenceIndicator"]), a2 = I2(a2, "type"), new Di(c2, Q2(d2, P2(b2)), e2 ? H2(e2) : "", a2); case "castExpr": return b2 = Q2(F2(F2(a2, "argExpr"), "*"), P2(b2)), c2 = F2(a2, "singleType"), a2 = Jg(F2(c2, "atomicType")), c2 = null !== F2(c2, "optional"), new Bi(b2, a2, c2); case "castableExpr": return b2 = Q2(F2(F2(a2, "argExpr"), "*"), P2(b2)), c2 = F2(a2, "singleType"), a2 = Jg(F2(c2, "atomicType")), c2 = null !== F2(c2, "optional"), new Ai(b2, a2, c2); case "simpleMapExpr": return tk(a2, b2); case "mapConstructor": return uk(a2, b2); case "arrayConstructor": return vk(a2, b2); case "unaryLookup": return c2 = I2(a2, "type"), new Ti(wk(a2, b2), c2); case "typeswitchExpr": return xk( a2, b2 ); case "switchExpr": return yk(a2, b2); case "elementConstructor": return zk(a2, b2); case "attributeConstructor": return Ak(a2, b2); case "computedAttributeConstructor": return (c2 = F2(a2, "tagName")) ? c2 = Jg(c2) : (c2 = F2(a2, "tagNameExpr"), c2 = { Na: Q2(F2(c2, "*"), P2(b2)) }), b2 = Q2(F2(F2(a2, "valueExpr"), "*"), P2(b2)), new Vj(c2, { nb: [b2] }); case "computedCommentConstructor": if (!b2.Z) throw Error("XPST0003: Use of XQuery functionality is not allowed in XPath context"); b2 = (a2 = F2(a2, "argExpr")) ? Q2(F2(a2, "*"), P2(b2)) : null; return new Wj(b2); case "computedTextConstructor": if (!b2.Z) throw Error("XPST0003: Use of XQuery functionality is not allowed in XPath context"); b2 = (a2 = F2(a2, "argExpr")) ? Q2(F2(a2, "*"), P2(b2)) : null; return new bk(b2); case "computedElementConstructor": return Bk(a2, b2); case "computedPIConstructor": if (!b2.Z) throw Error("XPST0003: Use of XQuery functionality is not allowed in XPath context"); c2 = F2(a2, "piTargetExpr"); d2 = F2(a2, "piTarget"); e2 = F2(a2, "piValueExpr"); a2 = I2(a2, "type"); return new ak({ xb: c2 ? Q2(F2(c2, "*"), P2(b2)) : null, Fb: d2 ? H2(d2) : null }, e2 ? Q2(F2(e2, "*"), P2(b2)) : new yi([], a2)); case "CDataSection": return new Yh(H2(a2), { type: 1, g: 3 }); case "deleteExpr": return b2 = Q2( J2(a2, ["targetExpr", "*"]), b2 ), new pj(b2); case "insertExpr": c2 = Q2(J2(a2, ["sourceExpr", "*"]), b2); e2 = K2(a2, "*")[1]; switch (e2[0]) { case "insertAfter": d2 = 1; break; case "insertBefore": d2 = 2; break; case "insertInto": d2 = (d2 = F2(e2, "*")) ? 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["unaryLookup", ["NCName", m2]] : ["unaryLookup", m2]), Bf = (0, R2.or)([tp, up, Vk([hl], "{"), Vk([il], "}"), (0, R2.map)(Ua, (m2) => m2 || ["sequenceExpr"])]), ts = (0, R2.or)([Lp, function(m2, r2) { return Jj(m2, r2); }, Bf, Kp]), us = (0, R2.or)([(0, R2.map)(Mp, (m2) => m2.replace(/[\x20\x0D\x0A\x09]/g, " ")), Bf]), vs = (0, R2.or)([(0, R2.map)(Np, (m2) => m2.replace(/[\x20\x0D\x0A\x09]/g, " ")), Bf]), ws = (0, R2.map)((0, R2.or)([S2((0, R2.star)((0, R2.or)([vp, us])), ll), S2((0, R2.star)((0, R2.or)([ wp, vs ])), jl)]), (m2) => kq(m2, false, false)), xs = (0, R2.then)(kp, (0, R2.preceded)(S2(Jl, (0, R2.optional)(bp)), ws), (m2, r2) => { if ("" === m2[0].prefix && "xmlns" === m2[1]) { if (r2.length && "string" !== typeof r2[0]) throw Error("XQST0022: A namespace declaration may not contain enclosed expressions"); return ["namespaceDeclaration", r2.length ? ["uri", r2[0]] : ["uri"]]; } if ("xmlns" === m2[0].prefix) { if (r2.length && "string" !== typeof r2[0]) throw Error("XQST0022: The namespace declaration for 'xmlns:" + m2[1] + "' may not contain enclosed expressions"); return [ "namespaceDeclaration", ["prefix", m2[1]], r2.length ? ["uri", r2[0]] : ["uri"] ]; } return ["attributeConstructor", ["attributeName"].concat(m2), 0 === r2.length ? ["attributeValue"] : 1 === r2.length && "string" === typeof r2[0] ? ["attributeValue", r2[0]] : ["attributeValueExpr"].concat(r2)]; }), ys = (0, R2.map)((0, R2.star)((0, R2.preceded)(bp, (0, R2.optional)(xs))), (m2) => m2.filter(Boolean)), zs = Rk((0, R2.preceded)(Ol, kp), ys, (0, R2.or)([(0, R2.map)(pl, () => null), (0, R2.then)((0, R2.preceded)(Rl, (0, R2.star)(ts)), T2([V2, ql], (0, R2.followed)(kp, (0, R2.then)((0, R2.optional)(bp), Rl, () => null))), (m2, r2) => [kq(m2, true, true), r2])]), (m2, r2, B2) => { var W2 = B2; if (B2 && B2.length) { W2 = lq(m2); const ea = lq(B2[1]); if (W2 !== ea) throw Error('XQST0118: The start and the end tag of an element constructor must be equal. "' + W2 + '" does not match "' + ea + '"'); W2 = B2[0]; } return ["elementConstructor", ["tagName", ...m2], ...r2.length ? [["attributeList", ...r2]] : [], ...W2 && W2.length ? [["elementContent", ...W2]] : []]; }), Jj = (0, R2.or)([zs, Pp, Sp]), As = (0, R2.map)(T2([cn, V2], Ua), (m2) => ["computedDocumentConstructor", ...m2 ? [["argExpr", m2]] : []]), Bs = (0, R2.map)(Ua, (m2) => m2 ? [[ "contentExpr", m2 ]] : []), Cs = (0, R2.then)(T2([qm, V2], (0, R2.or)([(0, R2.map)(np, (m2) => ["tagName", ...m2]), (0, R2.map)((0, R2.delimited)(fl, S2(l2, V2), gl), (m2) => ["tagNameExpr", m2])])), (0, R2.preceded)(V2, Bs), (m2, r2) => ["computedElementConstructor", m2, ...r2]), Ds = (0, R2.then)((0, R2.preceded)(rm, (0, R2.or)([(0, R2.map)(T2([qp, V2], np), (m2) => ["tagName", ...m2]), (0, R2.map)((0, R2.preceded)(V2, (0, R2.delimited)(fl, S2(l2, V2), gl)), (m2) => ["tagNameExpr", m2])])), (0, R2.preceded)(V2, Ua), (m2, r2) => ["computedAttributeConstructor", m2, ["valueExpr", r2 ? r2 : ["sequenceExpr"]]]), Es = (0, R2.map)(Ua, (m2) => m2 ? [[ "prefixExpr", m2 ]] : []), Fs = (0, R2.map)(Ua, (m2) => m2 ? [["URIExpr", m2]] : []), Gs = (0, R2.then)(T2([dn, V2], (0, R2.or)([fp, Es])), (0, R2.preceded)(V2, Fs), (m2, r2) => ["computedNamespaceConstructor", ...m2, ...r2]), Hs = (0, R2.map)(T2([en, V2], Ua), (m2) => ["computedTextConstructor", ...m2 ? [["argExpr", m2]] : []]), Is = (0, R2.map)(T2([fn, V2], Ua), (m2) => ["computedCommentConstructor", ...m2 ? [["argExpr", m2]] : []]), Js = T2([gn, V2], (0, R2.then)((0, R2.or)([(0, R2.map)(ep, (m2) => ["piTarget", m2]), (0, R2.map)((0, R2.delimited)(fl, S2(l2, V2), gl), (m2) => ["piTargetExpr", m2])]), (0, R2.preceded)(V2, Ua), (m2, r2) => [ "computedPIConstructor", m2, ...r2 ? [["piValueExpr", r2]] : [] ])), Ks = (0, R2.or)([As, Cs, Ds, Gs, Hs, Is, Js]), Ls = (0, R2.or)([Jj, Ks]), Kj = (0, R2.or)([yf, pp, zf, Gp, Ur, Ls, hs, ls, os, rs, ss]), Lj = (0, R2.map)(T2([Il, V2], Ij), (m2) => "*" === m2 ? ["lookup", ["star"]] : "string" === typeof m2 ? ["lookup", ["NCName", m2]] : ["lookup", m2]), Ms = (0, R2.then)((0, R2.map)(Kj, (m2) => hq(m2)), (0, R2.star)((0, R2.or)([(0, R2.map)((0, R2.preceded)(V2, t2), (m2) => ["predicate", m2]), (0, R2.map)((0, R2.preceded)(V2, de), (m2) => ["argumentList", m2]), (0, R2.preceded)(V2, Lj)])), (m2, r2) => { function B2() { Mj && 1 === Fa.length ? Bc.push([ "predicate", Fa[0] ]) : 0 !== Fa.length && Bc.push(["predicates", ...Fa]); Fa.length = 0; } function W2(Zb) { B2(); 0 !== Bc.length ? ("sequenceExpr" === ea[0][0] && 2 < ea[0].length && (ea = [["sequenceExpr", ...ea]]), ea = [["filterExpr", ...ea], ...Bc], Bc.length = 0) : Zb && (ea = [["filterExpr", ...ea]]); } let ea = [m2]; const Fa = [], Bc = []; let Mj = false; for (const Zb of r2) switch (Zb[0]) { case "predicate": Fa.push(Zb[1]); break; case "lookup": Mj = true; B2(); Bc.push(Zb); break; case "argumentList": W2(false); 1 < ea.length && (ea = [["sequenceExpr", ["pathExpr", ["stepExpr", ...ea]]]]); ea = [[ "dynamicFunctionInvocationExpr", ["functionItem", ...ea], ...Zb[1].length ? [["arguments", ...Zb[1]]] : [] ]]; break; default: throw Error("unreachable"); } W2(true); return ea; }), Cc = (0, R2.or)([(0, R2.map)(Ms, (m2) => ["stepExpr", ...m2]), Tr]), Ns = (0, R2.followed)(Kj, (0, R2.peek)((0, R2.not)((0, R2.preceded)(V2, (0, R2.or)([t2, de, Lj])), ["primary expression not followed by predicate, argumentList, or lookup"]))), Os = (0, R2.or)([ Rk(Cc, (0, R2.preceded)(V2, Tp), (0, R2.preceded)(V2, h2), (m2, r2, B2) => ["pathExpr", m2, r2, ...B2]), (0, R2.then)(Cc, (0, R2.preceded)(S2(Zl, V2), h2), (m2, r2) => ["pathExpr", m2, ...r2]), Ns, (0, R2.map)(Cc, (m2) => ["pathExpr", m2]) ]), xf = (0, R2.or)([Rk(Cc, (0, R2.preceded)(V2, Tp), (0, R2.preceded)(V2, h2), (m2, r2, B2) => [m2, r2, ...B2]), (0, R2.then)(Cc, (0, R2.preceded)(S2(Zl, V2), h2), (m2, r2) => [m2, ...r2]), (0, R2.map)(Cc, (m2) => [m2])]), Ps = (0, R2.or)([(0, R2.map)(T2([Zl, V2], xf), (m2) => ["pathExpr", ["rootExpr"], ...m2]), (0, R2.then)(Tp, (0, R2.preceded)(V2, xf), (m2, r2) => ["pathExpr", ["rootExpr"], m2, ...r2]), (0, R2.map)( (0, R2.followed)(Zl, (0, R2.not)((0, R2.preceded)(V2, a2.Za ? Wk(/[* ["pathExpr", ["rootExpr"]] )]), Qs = Qk((0, R2.or)([Os, Ps]), oq), Rs = (0, R2.preceded)(kn, (0, R2.then)((0, R2.optional)((0, R2.or)([(0, R2.map)((0, R2.preceded)(V2, Up), (m2) => ["validationMode", m2]), (0, R2.map)(T2([V2, ln, V2], np), (m2) => ["type", ...m2])])), (0, R2.delimited)((0, R2.preceded)(V2, fl), S2(l2, V2), gl), (m2, r2) => ["validateExpr", ...m2 ? [m2] : [], ["argExpr", r2]])), Ss = (0, R2.delimited)($k, (0, R2.then)((0, R2.preceded)(V2, np), (0, R2.optional)((0, R2.preceded)(X2, Vp)), (m2, r2) => r2 ? ["pragma", ["pragmaName", m2], ["pragmaContents", r2]] : ["pragma", ["pragmaName", m2]]), (0, R2.preceded)( V2, al )), Ts = (0, R2.map)((0, R2.followed)((0, R2.plus)(Ss), (0, R2.preceded)(V2, (0, R2.delimited)(fl, S2((0, R2.optional)(l2), V2), gl))), (m2) => ["extensionExpr", ...m2]), Us = e2(c2(Qs, Kl, (m2, r2) => 0 === r2.length ? m2 : ["simpleMapExpr", "pathExpr" === m2[0] ? m2 : ["pathExpr", ["stepExpr", ["filterExpr", hq(m2)]]]].concat(r2.map((B2) => { B2 = B2[1]; return "pathExpr" === B2[0] ? B2 : ["pathExpr", ["stepExpr", ["filterExpr", hq(B2)]]]; })))), Vs = (0, R2.or)([Rs, Ts, Us]), Nj = (0, R2.or)([(0, R2.then)((0, R2.or)([Vk([Yl], "unaryMinusOp"), Vk([Xl], "unaryPlusOp")]), (0, R2.preceded)(V2, function(m2, r2) { return Nj( m2, r2 ); }), (m2, r2) => [m2, ["operand", r2]]), Vs]), Ws = (0, R2.or)([(0, R2.map)(np, (m2) => ["EQName", ...m2]), pp, zf]), Xs = (0, R2.then)(Nj, (0, R2.star)(T2([V2, am, V2], (0, R2.then)(Ws, (0, R2.preceded)(V2, de), (m2, r2) => [m2, r2]))), (m2, r2) => r2.reduce((B2, W2) => ["arrowExpr", ["argExpr", B2], W2[0], ["arguments", ...W2[1]]], m2)), Ys = (0, R2.then)(Xs, (0, R2.optional)(T2([V2, fm, X2, em, qp, V2], mq)), (m2, r2) => null !== r2 ? ["castExpr", ["argExpr", m2], r2] : m2), Zs = (0, R2.then)(Ys, (0, R2.optional)(T2([V2, gm, X2, em, qp, V2], mq)), (m2, r2) => null !== r2 ? ["castableExpr", ["argExpr", m2], r2] : m2), $s = (0, R2.then)(Zs, (0, R2.optional)(T2([ V2, hm, X2, em, qp, V2 ], jb)), (m2, r2) => null !== r2 ? ["treatExpr", ["argExpr", m2], ["sequenceType", ...r2]] : m2), at = (0, R2.then)($s, (0, R2.optional)(T2([V2, im, X2, jm, qp, V2], jb)), (m2, r2) => null !== r2 ? ["instanceOfExpr", ["argExpr", m2], ["sequenceType", ...r2]] : m2), bt = c2(at, (0, R2.followed)((0, R2.or)([Vk([tm], "intersectOp"), Vk([um], "exceptOp")]), qp), b2), ct = c2(bt, (0, R2.or)([Vk([Ll], "unionOp"), (0, R2.followed)(Vk([vm], "unionOp"), qp)]), b2), dt = c2(ct, (0, R2.or)([Vk([Dl], "multiplyOp"), (0, R2.followed)(Vk([Am], "divOp"), qp), (0, R2.followed)(Vk([Bm], "idivOp"), qp), (0, R2.followed)(Vk( [Cm], "modOp" ), qp)]), b2), et = c2(dt, (0, R2.or)([Vk([Yl], "subtractOp"), Vk([Xl], "addOp")]), b2), ft = d2(et, (0, R2.followed)(Vk([wm], "rangeSequenceExpr"), qp), "startExpr", "endExpr"), gt = c2(ft, Vk([Ml], "stringConcatenateOp"), b2), ht = d2(gt, (0, R2.or)([Wp, Xp, Yp])), it = c2(ht, (0, R2.followed)(Vk([zm], "andOp"), qp), b2), Nr = c2(it, (0, R2.followed)(Vk([ym], "orOp"), qp), b2), jt = e2((0, R2.map)(l2, (m2) => ["ifClause", m2])), kt = e2((0, R2.map)(k2, (m2) => ["thenClause", m2])), lt = e2((0, R2.map)(k2, (m2) => ["elseClause", m2])), Hr = (0, R2.then)((0, R2.then)(T2([Mm, V2, bl, V2], jt), T2( [V2, cl, V2, Nm, qp, V2], kt ), (m2, r2) => [m2, r2]), T2([V2, Om, qp, V2], lt), (m2, r2) => ["ifThenElseExpr", m2[0], m2[1], r2]), mt = (0, R2.delimited)(Pm, X2, Qm), nt = (0, R2.map)(T2([Rm, X2, Fl], np), (m2) => ["positionalVariableBinding", ...m2]), ot = Tk((0, R2.preceded)(Fl, (0, R2.cut)(np)), (0, R2.cut)((0, R2.preceded)(V2, (0, R2.optional)(Ac))), (0, R2.cut)((0, R2.preceded)(V2, (0, R2.optional)(mt))), (0, R2.cut)((0, R2.preceded)(V2, (0, R2.optional)(nt))), (0, R2.cut)((0, R2.preceded)(S2(Sm, V2), k2)), (m2, r2, B2, W2, ea) => ["forClauseItem", ["typedVariableBinding", ["varName", ...m2, ...r2 ? [r2] : []]], ...B2 ? [["allowingEmpty"]] : [], ...W2 ? [W2] : [], ["forExpr", ea]]), pt = T2([Tm, X2], c2(ot, Ul, (m2, r2) => ["forClause", m2, ...r2.map((B2) => B2[1])])), qt = Rk((0, R2.preceded)(Fl, np), (0, R2.preceded)(V2, (0, R2.optional)(Ac)), (0, R2.preceded)(S2(zl, V2), k2), (m2, r2, B2) => ["letClauseItem", ["typedVariableBinding", ["varName", ...m2], ...r2 ? [r2] : []], ["letExpr", B2]]), rt = (0, R2.map)(T2([Um, V2], c2(qt, Ul, (m2, r2) => [m2, ...r2.map((B2) => B2[1])])), (m2) => ["letClause", ...m2]), Oj = (0, R2.or)([pt, rt]), st = (0, R2.map)(T2([Vm, qp, V2], k2), (m2) => ["whereClause", m2]), tt = (0, R2.map)((0, R2.preceded)(Fl, np), (m2) => ["varName", ...m2]), ut = (0, R2.then)((0, R2.preceded)(V2, (0, R2.optional)(Ac)), (0, R2.preceded)(S2(zl, V2), k2), (m2, r2) => ["groupVarInitialize", ...m2 ? [["typeDeclaration", ...m2]] : [], ["varValue", r2]]), vt = Rk(tt, (0, R2.optional)(ut), (0, R2.optional)((0, R2.map)((0, R2.preceded)(S2(Wm, V2), u2), (m2) => ["collation", m2])), (m2, r2, B2) => ["groupingSpec", m2, ...r2 ? [r2] : [], ...B2 ? [B2] : []]), wt = c2(vt, Ul, (m2, r2) => [m2, ...r2.map((B2) => B2[1])]), xt = (0, R2.map)(T2([Xm, X2, Ym, V2], wt), (m2) => ["groupByClause", ...m2]), yt = Rk((0, R2.optional)((0, R2.or)([jo, ko])), (0, R2.optional)(T2([V2, Qm, V2], (0, R2.or)([un, vn].map((m2) => (0, R2.map)(m2, (r2) => "empty " + r2))))), (0, R2.preceded)(V2, (0, R2.optional)(T2([Wm, V2], u2))), (m2, r2, B2) => m2 || r2 || B2 ? ["orderModifier", ...m2 ? [["orderingKind", m2]] : [], ...r2 ? [["emptyOrderingMode", r2]] : [], ...B2 ? [["collation", B2]] : []] : null), zt = (0, R2.then)(k2, (0, R2.preceded)(V2, yt), (m2, r2) => ["orderBySpec", ["orderByExpr", m2], ...r2 ? [r2] : []]), At = c2(zt, Ul, (m2, r2) => [m2, ...r2.map((B2) => B2[1])]), Bt = (0, R2.then)((0, R2.or)([(0, R2.map)(T2([Zm, X2], Ym), () => false), (0, R2.map)(T2([$m, X2, Zm, X2], Ym), () => true)]), (0, R2.preceded)(V2, At), (m2, r2) => ["orderByClause", ...m2 ? [["stable"]] : [], ...r2]), Ct = (0, R2.or)([Oj, st, xt, Bt]), Dt = (0, R2.map)(T2([an, V2], k2), (m2) => ["returnClause", m2]), Dr = Rk(Oj, (0, R2.cut)((0, R2.star)((0, R2.preceded)(V2, Ct))), (0, R2.cut)((0, R2.preceded)(V2, Dt)), (m2, r2, B2) => ["flworExpr", m2, ...r2, B2]), Et = c2(jb, Ll, (m2, r2) => 0 === r2.length ? ["sequenceType", ...m2] : ["sequenceTypeUnion", ["sequenceType", ...m2], ...r2.map((B2) => ["sequenceType", ...B2[1]])]), Ft = Rk(T2([yn, V2], (0, R2.optional)((0, R2.preceded)(Fl, (0, R2.followed)((0, R2.followed)(np, X2), em)))), (0, R2.preceded)(V2, Et), T2([X2, an, X2], k2), (m2, r2, B2) => ["typeswitchExprCaseClause"].concat(m2 ? [["variableBinding", ...m2]] : [], [r2], [["resultExpr", B2]])), Gr = Sk((0, R2.preceded)(zn, S2((0, R2.delimited)(bl, S2(l2, V2), cl), V2)), (0, R2.plus)((0, R2.followed)(Ft, V2)), T2([nn, X2], (0, R2.optional)((0, R2.preceded)(Fl, (0, R2.followed)(np, X2)))), T2([an, X2], k2), (m2, r2, B2, W2) => ["typeswitchExpr", ["argExpr", m2], ...r2, ["typeswitchExprDefaultClause", ...B2 || [], ["resultExpr", W2]]]), Gt = Rk((0, R2.preceded)(Fl, np), (0, R2.optional)((0, R2.preceded)(X2, Ac)), (0, R2.preceded)(S2(Sm, X2), k2), (m2, r2, B2) => ["quantifiedExprInClause", [ "typedVariableBinding", ["varName", ...m2], ...r2 ? [r2] : [] ], ["sourceExpr", B2]]), Ht = c2(Gt, Ul, (m2, r2) => [m2, ...r2.map((B2) => B2[1])]), Er = Rk((0, R2.or)([An, Bn]), (0, R2.preceded)(X2, Ht), (0, R2.preceded)(S2(Cn, V2), k2), (m2, r2, B2) => ["quantifiedExpr", ["quantifier", m2], ...r2, ["predicateExpr", B2]]), Jr = (0, R2.map)(T2([mm, X2, (0, R2.or)([lm, km]), X2], k2), (m2) => ["deleteExpr", ["targetExpr", m2]]), Lr = Rk(T2([Dn, X2], (0, R2.optional)(T2([nm, X2, jm], X2))), T2([km, X2], k2), (0, R2.preceded)(S2(En, X2), k2), (m2, r2, B2) => m2 ? ["replaceExpr", ["replaceValue"], ["targetExpr", r2], ["replacementExpr", B2]] : ["replaceExpr", ["targetExpr", r2], [ "replacementExpr", B2 ]]), It = (0, R2.then)(pp, (0, R2.preceded)(S2(zl, V2), k2), (m2, r2) => ["transformCopy", m2, ["copySource", r2]]), Mr = Rk(T2([Fn, X2], c2(It, Ul, (m2, r2) => [m2, ...r2.map((B2) => B2[1])])), T2([V2, Gn, X2], k2), (0, R2.preceded)(S2(an, X2), k2), (m2, r2, B2) => ["transformExpr", ["transformCopies", ...m2], ["modifyExpr", r2], ["returnExpr", B2]]), Jt = (0, R2.or)([ (0, R2.followed)((0, R2.map)((0, R2.optional)((0, R2.followed)(T2([em, X2], (0, R2.or)([(0, R2.map)(Hn, () => ["insertAsFirst"]), (0, R2.map)(In, () => ["insertAsLast"])])), X2)), (m2) => m2 ? ["insertInto", m2] : ["insertInto"]), Ln), (0, R2.map)(Kn, () => ["insertAfter"]), (0, R2.map)(Jn, () => ["insertBefore"]) ]), Ir = Rk(T2([Mn, X2, (0, R2.or)([lm, km]), X2], k2), (0, R2.preceded)(X2, Jt), (0, R2.preceded)(X2, k2), (m2, r2, B2) => ["insertExpr", ["sourceExpr", m2], r2, ["targetExpr", B2]]), Kr = (0, R2.then)(T2([Nn, X2, km, V2], k2), T2([X2, em, X2], k2), (m2, r2) => ["renameExpr", ["targetExpr", m2], ["newNameExpr", r2]]), Kt = (0, R2.then)((0, R2.plus)((0, R2.then)((0, R2.map)(T2([yn, X2], (0, R2.cut)(k2)), (m2) => ["switchCaseExpr", m2]), (0, R2.cut)(X2), (m2) => m2)), (0, R2.cut)(T2([an, X2], (0, R2.cut)(k2))), (m2, r2) => ["switchExprCaseClause", ...m2, ["resultExpr", r2]]), Fr = Rk(T2( [On, V2, bl], (0, R2.cut)(l2) ), (0, R2.cut)(T2([V2, cl, (0, R2.cut)(V2)], (0, R2.plus)((0, R2.followed)(Kt, V2)))), (0, R2.cut)(T2([nn, X2, an, X2], k2)), (m2, r2, B2) => ["switchExpr", ["argExpr", m2], ...r2, ["switchExprDefaultClause", ["resultExpr", B2]]]), Lt = (0, R2.map)(l2, (m2) => ["queryBody", m2]), Mt = T2([mn, X2, dn, X2], (0, R2.cut)((0, R2.then)(ep, (0, R2.preceded)(S2(Jl, V2), u2), (m2, r2) => ["namespaceDecl", ["prefix", m2], ["uri", r2]]))), Nt = (0, R2.then)(T2([Pn, X2, Fl, V2], (0, R2.then)(np, (0, R2.optional)((0, R2.preceded)(V2, Ac)), (m2, r2) => [m2, r2])), (0, R2.cut)((0, R2.or)([(0, R2.map)(T2([V2, zl, V2], k2), (m2) => [ "varValue", m2 ]), (0, R2.map)(T2([X2, Qn], (0, R2.optional)(T2([V2, zl, V2], k2))), (m2) => ["external", ...m2 ? [["varValue", m2]] : []])])), ([m2, r2], B2) => ["varDecl", ["varName", ...m2], ...null !== r2 ? [r2] : [], B2]), Ot = Sk( T2([om, X2, (0, R2.cut)((0, R2.peek)((0, R2.not)((0, R2.followed)(Hp, (0, R2.not)(Bl, [""])), ["Cannot use reserved function name"])))], np), (0, R2.cut)(T2([V2, bl, V2], (0, R2.optional)(Gj))), (0, R2.cut)(T2([V2, cl], (0, R2.optional)(T2([X2, em, X2], jb)))), (0, R2.cut)((0, R2.preceded)(V2, (0, R2.or)([(0, R2.map)(Fj, (m2) => ["functionBody", m2]), (0, R2.map)(Qn, () => ["externalDefinition"])]))), (m2, r2, B2, W2) => ["functionDecl", ["functionName", ...m2], ["paramList", ...r2 || []], ...B2 ? [["typeDeclaration", ...B2]] : [], W2] ), Pt = T2([mn, X2], (0, R2.then)((0, R2.star)((0, R2.followed)((0, R2.or)([Af, Zp]), X2)), (0, R2.or)([Nt, Ot]), (m2, r2) => [r2[0], ...m2, ...r2.slice(1)])), Qt = (0, R2.then)(T2([mn, X2, nn, X2], (0, R2.or)([qm, om])), T2([X2, dn, X2], u2), (m2, r2) => ["defaultNamespaceDecl", ["defaultNamespaceCategory", m2], ["uri", r2]]), Rt = (0, R2.or)([(0, R2.map)((0, R2.followed)(T2([dn, X2], ep), (0, R2.preceded)(V2, Jl)), (m2) => ["namespacePrefix", m2]), (0, R2.map)( T2([nn, X2, qm, X2], dn), () => ["defaultElementNamespace"] )]), St = T2([Sn, X2, Tn], Rk((0, R2.optional)((0, R2.preceded)(X2, Rt)), (0, R2.preceded)(V2, u2), (0, R2.optional)((0, R2.then)(T2([X2, Rm, X2], u2), (0, R2.star)(T2([V2, Ul, V2], u2)), (m2, r2) => [m2, ...r2])), (m2, r2, B2) => ["schemaImport", ...m2 ? [m2] : [], ["targetNamespace", r2], ...B2 ? [B2] : []])), Tt = T2([Sn, X2, Un], Rk((0, R2.optional)((0, R2.followed)(T2([X2, dn, X2], ep), (0, R2.preceded)(V2, Jl))), (0, R2.preceded)(V2, u2), (0, R2.optional)((0, R2.then)(T2([X2, Rm, X2], u2), (0, R2.star)(T2([V2, Ul, V2], u2)), (m2, r2) => [m2, ...r2])), (m2, r2) => ["moduleImport", [ "namespacePrefix", m2 ], ["targetNamespace", r2]])), Ut = (0, R2.or)([St, Tt]), Vt = (0, R2.map)(T2([mn, X2, nn, X2, Wm, X2], u2), (m2) => ["defaultCollationDecl", m2]), Wt = (0, R2.map)(T2([mn, X2, Vn, X2], u2), (m2) => ["baseUriDecl", m2]), Xt = (0, R2.then)(T2([mn, X2], (0, R2.or)([(0, R2.map)(T2([xn, X2], np), (m2) => ["decimalFormatName", ...m2]), (0, R2.map)(T2([nn, X2], xn), () => null)])), (0, R2.star)((0, R2.then)((0, R2.preceded)(X2, bq), (0, R2.preceded)(S2(Jl, X2), u2), (m2, r2) => ["decimalFormatParam", ["decimalFormatParamName", m2], ["decimalFormatParamValue", r2]])), (m2, r2) => ["decimalFormatDecl", ...m2 ? [m2] : [], ...r2]), Yt = (0, R2.or)([cq, Vt, Wt, dq, eq, fq, gq, Xt]), Zt = (0, R2.then)(T2([mn, X2, $n, X2], np), (0, R2.preceded)(X2, u2), (m2, r2) => ["optionDecl", ["optionName", m2], ["optionContents", r2]]), $t = (0, R2.then)(T2([mn, X2, ao, X2, bo], (0, R2.optional)(T2([X2, em], Dj))), (0, R2.or)([(0, R2.map)((0, R2.preceded)(S2(zl, V2), k2), (m2) => ["varValue", m2]), (0, R2.map)(T2([X2, Qn], (0, R2.optional)((0, R2.preceded)(S2(zl, V2), k2))), () => ["external"])]), (m2, r2) => ["contextItemDecl", ...m2 ? [["contextItemType", m2]] : [], r2]), Pj = (0, R2.then)( (0, R2.star)((0, R2.followed)((0, R2.or)([Qt, Yt, Mt, Ut]), (0, R2.cut)(S2(Cl, V2)))), (0, R2.star)((0, R2.followed)((0, R2.or)([$t, Pt, Zt]), (0, R2.cut)(S2(Cl, V2)))), (m2, r2) => 0 === m2.length && 0 === r2.length ? null : ["prolog", ...m2, ...r2] ), au = T2([Un, X2, dn, X2], (0, R2.then)((0, R2.followed)(ep, S2(Jl, V2)), (0, R2.followed)(u2, S2(Cl, V2)), (m2, r2) => ["moduleDecl", ["prefix", m2], ["uri", r2]])), bu = (0, R2.then)(au, (0, R2.preceded)(V2, Pj), (m2, r2) => ["libraryModule", m2, ...r2 ? [r2] : []]), cu = (0, R2.then)(Pj, (0, R2.preceded)(V2, Lt), (m2, r2) => ["mainModule", ...m2 ? [m2] : [], r2]), du = (0, R2.map)(T2([co, V2], (0, R2.followed)((0, R2.or)([(0, R2.then)((0, R2.preceded)(fo, X2), u2, (m2) => [ "encoding", m2 ]), (0, R2.then)(T2([eo, X2], u2), (0, R2.optional)(T2([X2, fo, X2], u2)), (m2, r2) => [["version", m2], ...r2 ? [["encoding", r2]] : []])]), (0, R2.preceded)(V2, Cl))), (m2) => ["versionDecl", ...m2]), eu = (0, R2.then)((0, R2.optional)(S2(du, V2)), (0, R2.or)([bu, cu]), (m2, r2) => ["module", ...m2 ? [m2] : [], r2]), fu = (0, R2.complete)(S2(eu, V2)); return (m2, r2) => { n2.clear(); r2 = fu(m2, r2); let B2 = 1, W2 = 1; for (let ea = 0; ea < m2.length + 1; ea++) { if (n2.has(ea)) { const Fa = n2.get(ea); Fa.line = W2; Fa.ha = B2; } "\n" === m2[ea] ? 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e2 = e2.first(); if (null === a2 || null === e2) return w2.empty(); let f2 = a2.value; e2 = e2.value; return f2 > e2 ? w2.empty() : w2.create({ next: () => q2(g2(f2++, 5)) }, e2 - f2 + 1); } }], [{ namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "QName", j: [{ type: 1, g: 0 }, { type: 1, g: 3 }], i: { type: 23, g: 3 }, callFunction: (a2, b2, c2, d2, e2) => A2([d2, e2], ([f2, h2]) => { h2 = h2.value; if (!tc(h2, 23)) throw Error("FOCA0002: The provided QName is invalid."); f2 = f2 ? f2.value || null : null; if (null === f2 && h2.includes(":")) throw Error("FOCA0002: The URI of a QName may not be empty if a prefix is provided."); if (d2.F()) return w2.m(g2(new Sa("", null, h2), 23)); if (!h2.includes(":")) return w2.m(g2(new Sa("", f2, h2), 23)); const [k2, l2] = h2.split(":"); return w2.m(g2(new Sa(k2, f2, l2), 23)); }) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "prefix-from-QName", j: [{ type: 23, g: 0 }], i: { type: 24, g: 0 }, callFunction: (a2, b2, c2, d2) => A2([d2], ([e2]) => { if (null === e2) return w2.empty(); e2 = e2.value; return e2.prefix ? w2.m(g2(e2.prefix, 24)) : w2.empty(); }) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "local-name-from-QName", j: [{ type: 23, g: 0 }], i: { type: 24, g: 0 }, callFunction: (a2, b2, c2, d2) => d2.map((e2) => g2(e2.value.localName, 24)) }, { namespaceURI: "http://www.w3.org/2005/xpath-functions", localName: "namespace-uri-from-QName", j: [{ type: 23, g: 0 }], i: { type: 20, g: 0 }, callFunction: (a2, b2, c2, d2) => d2.map((e2) => g2(e2.value.namespaceURI || "", 20)) }], [{ j: [{ type: 59, g: 2 }], callFunction: (a2, b2, c2, d2) => d2.X({ empty: () => w2.aa(), multiple: () => w2.T(), m: () => w2.T() }), localName: "empty", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 0, g: 3 } }, { j: [{ type: 59, g: 2 }], callFunction: (a2, b2, c2, d2) => d2.X({ empty: () => w2.T(), multiple: () => w2.aa(), m: () => w2.aa() }), localName: "exists", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 0, g: 3 } }, { j: [{ type: 59, g: 2 }], callFunction: (a2, b2, c2, d2) => Iq(d2, 1, 1), localName: "head", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 0 } }, { j: [{ type: 59, g: 2 }], callFunction: (a2, b2, c2, d2) => Iq(d2, 2, null), localName: "tail", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 59, g: 2 }, { type: 5, g: 3 }, { type: 59, g: 2 }], callFunction: (a2, b2, c2, d2, e2, f2) => { if (d2.F()) return f2; if (f2.F()) return d2; a2 = d2.O(); e2 = e2.first().value - 1; 0 > e2 ? e2 = 0 : e2 > a2.length && (e2 = a2.length); b2 = a2.slice(e2); return w2.create(a2.slice(0, e2).concat(f2.O(), b2)); }, localName: "insert-before", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 59, g: 2 }, { type: 5, g: 3 }], callFunction: (a2, b2, c2, d2, e2) => { a2 = e2.first().value; d2 = d2.O(); if (!d2.length || 1 > a2 || a2 > d2.length) return w2.create(d2); d2.splice(a2 - 1, 1); return w2.create(d2); }, localName: "remove", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 59, g: 2 }], callFunction: (a2, b2, c2, d2) => d2.N((e2) => w2.create(e2.reverse())), localName: "reverse", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 59, g: 2 }, { type: 3, g: 3 }], callFunction: (a2, b2, c2, d2, e2) => Lq(a2, b2, c2, d2, e2, w2.empty()), localName: "subsequence", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 59, g: 2 }, { type: 3, g: 3 }, { type: 3, g: 3 }], callFunction: Lq, localName: "subsequence", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 59, g: 2 }], callFunction: (a2, b2, c2, d2) => d2, localName: "unordered", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 46, g: 2 }], callFunction: (a2, b2, c2, d2) => { const e2 = qc(d2, b2).O(); return w2.create(e2).filter((f2, h2) => e2.slice(0, h2).every((k2) => !Ce(f2, k2))); }, localName: "distinct-values", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 46, g: 2 } }, { j: [{ type: 46, g: 2 }, { type: 1, g: 3 }], callFunction() { throw Error("FOCH0002: No collations are supported"); }, localName: "distinct-values", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 46, g: 2 } }, { j: [{ type: 46, g: 2 }, { type: 46, g: 3 }], callFunction: (a2, b2, c2, d2, e2) => e2.N(([f2]) => qc(d2, b2).map((h2, k2) => oi("eqOp", h2.type, f2.type)(h2, f2, a2) ? g2(k2 + 1, 5) : g2(-1, 5)).filter((h2) => -1 !== h2.value)), localName: "index-of", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 5, g: 2 } }, { j: [{ type: 46, g: 2 }, { type: 46, g: 3 }, { type: 1, g: 3 }], callFunction() { throw Error("FOCH0002: No collations are supported"); }, localName: "index-of", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 5, g: 2 } }, { j: [{ type: 59, g: 2 }, { type: 59, g: 2 }], callFunction: (a2, b2, c2, d2, e2) => { let f2 = false; const h2 = Fe(a2, b2, c2, d2, e2); return w2.create({ next: () => { if (f2) return p2; const k2 = h2.next(0); if (k2.done) return k2; f2 = true; return q2(g2(k2.value, 0)); } }); }, localName: "deep-equal", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 0, g: 3 } }, { j: [{ type: 59, g: 2 }, { type: 59, g: 2 }, { type: 1, g: 3 }], callFunction() { throw Error("FOCH0002: No collations are supported"); }, localName: "deep-equal", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 0, g: 3 } }, { j: [{ type: 59, g: 2 }], callFunction: (a2, b2, c2, d2) => { let e2 = false; return w2.create({ next: () => { if (e2) return p2; const f2 = d2.Pa(); e2 = true; return q2(g2(f2, 5)); } }); }, localName: "count", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 5, g: 3 } }, { j: [{ type: 46, g: 2 }], callFunction: (a2, b2, c2, d2) => { if (d2.F()) return d2; a2 = Jq(d2.O()); a2 = Ii(a2); if (!a2) throw Error("FORG0006: Incompatible types to be converted to a common type"); if (!a2.every((e2) => v2(e2.type, 2))) throw Error("FORG0006: items passed to fn:avg are not all numeric."); b2 = a2.reduce((e2, f2) => e2 + f2.value, 0) / a2.length; return a2.every((e2) => v2(e2.type, 5) || v2(e2.type, 3)) ? w2.m(g2(b2, 3)) : a2.every((e2) => v2(e2.type, 4)) ? w2.m(g2(b2, 4)) : w2.m(g2(b2, 6)); }, localName: "avg", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 46, g: 0 } }, { j: [{ type: 46, g: 2 }], callFunction: (a2, b2, c2, d2) => { if (d2.F()) return d2; a2 = Kq(d2.O()); return w2.m(a2.reduce((e2, f2) => e2.value < f2.value ? f2 : e2)); }, localName: "max", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 46, g: 0 } }, { j: [{ type: 46, g: 2 }, { type: 1, g: 3 }], callFunction() { throw Error("FOCH0002: No collations are supported"); }, localName: "max", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 46, g: 0 } }, { j: [{ type: 46, g: 2 }], callFunction: (a2, b2, c2, d2) => { if (d2.F()) return d2; a2 = Kq(d2.O()); return w2.m(a2.reduce((e2, f2) => e2.value > f2.value ? f2 : e2)); }, localName: "min", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 46, g: 0 } }, { j: [{ type: 46, g: 2 }, { type: 1, g: 3 }], callFunction() { throw Error("FOCH0002: No collations are supported"); }, localName: "min", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 46, g: 0 } }, { j: [{ type: 46, g: 2 }], callFunction: (a2, b2, c2, d2) => Mq(a2, b2, c2, d2, w2.m(g2(0, 5))), localName: "sum", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 46, g: 3 } }, { j: [{ type: 46, g: 2 }, { type: 46, g: 0 }], callFunction: Mq, localName: "sum", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 46, g: 0 } }, { j: [{ type: 59, g: 2 }], callFunction: (a2, b2, c2, d2) => { if (!d2.F() && !d2.oa()) throw Error("FORG0003: The argument passed to fn:zero-or-one contained more than one item."); return d2; }, localName: "zero-or-one", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 0 } }, { j: [{ type: 59, g: 2 }], callFunction: (a2, b2, c2, d2) => { if (d2.F()) throw Error("FORG0004: The argument passed to fn:one-or-more was empty."); return d2; }, localName: "one-or-more", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 1 } }, { j: [{ type: 59, g: 2 }], callFunction: (a2, b2, c2, d2) => { if (!d2.oa()) throw Error("FORG0005: The argument passed to fn:exactly-one is empty or contained more than one item."); return d2; }, localName: "exactly-one", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 3 } }, { j: [{ type: 59, g: 2 }, { type: 60, g: 3 }], callFunction: (a2, b2, c2, d2, e2) => { if (d2.F()) return d2; const f2 = e2.first(), h2 = f2.o; if (1 !== h2.length) throw Error("XPTY0004: signature of function passed to fn:filter is incompatible."); return d2.filter((k2) => { k2 = zd(h2[0], w2.m(k2), b2, "fn:filter", false); k2 = f2.value.call(void 0, a2, b2, c2, k2); if (!k2.oa() || !v2(k2.first().type, 0)) throw Error("XPTY0004: signature of function passed to fn:filter is incompatible."); return k2.first().value; }); }, localName: "filter", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 59, g: 2 }, { type: 60, g: 3 }], callFunction: (a2, b2, c2, d2, e2) => { if (d2.F()) return d2; const f2 = e2.first(), h2 = f2.o; if (1 !== h2.length) throw Error("XPTY0004: signature of function passed to fn:for-each is incompatible."); const k2 = d2.value; let l2; return w2.create({ next: (n2) => { for (; ; ) { if (!l2) { var t2 = k2.next(0); if (t2.done) return t2; t2 = zd(h2[0], w2.m(t2.value), b2, "fn:for-each", false); l2 = f2.value.call(void 0, a2, b2, c2, t2).value; } t2 = l2.next(n2); if (!t2.done) return t2; l2 = null; } } }); }, localName: "for-each", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 59, g: 2 }, { type: 59, g: 2 }, { type: 60, g: 3 }], callFunction: (a2, b2, c2, d2, e2, f2) => { if (d2.F()) return d2; const h2 = f2.first(), k2 = h2.o; if (2 !== k2.length) throw Error("XPTY0004: signature of function passed to fn:fold-left is incompatible."); return d2.N((l2) => l2.reduce((n2, t2) => { n2 = zd(k2[0], n2, b2, "fn:fold-left", false); t2 = zd(k2[1], w2.m(t2), b2, "fn:fold-left", false); return h2.value.call(void 0, a2, b2, c2, n2, t2); }, e2)); }, localName: "fold-left", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 59, g: 2 }, { type: 59, g: 2 }, { type: 60, g: 3 }], callFunction: (a2, b2, c2, d2, e2, f2) => { if (d2.F()) return d2; const h2 = f2.first(), k2 = h2.o; if (2 !== k2.length) throw Error("XPTY0004: signature of function passed to fn:fold-right is incompatible."); return d2.N((l2) => l2.reduceRight((n2, t2) => { n2 = zd(k2[0], n2, b2, "fn:fold-right", false); t2 = zd(k2[1], w2.m(t2), b2, "fn:fold-right", false); return h2.value.call(void 0, a2, b2, c2, t2, n2); }, e2)); }, localName: "fold-right", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 59, g: 2 } }, { j: [{ type: 59, g: 2 }], callFunction: (a2, b2, c2, d2) => { if (!b2.Ua) throw Error("serialize() called but no xmlSerializer set in execution parameters."); a2 = d2.O(); if (!a2.every((e2) => v2(e2.type, 53))) throw Error("Expected argument to fn:serialize to resolve to a sequence of Nodes."); return w2.m(g2(a2.map((e2) => b2.Ua.serializeToString($f(e2.value, b2, false))).join(""), 1)); }, localName: "serialize", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 1, g: 3 } }], ke, [{ j: [{ type: 59, g: 3 }, { type: 61, g: 3 }], callFunction: (a2, b2, c2, d2, e2) => { let f2, h2; return w2.create({ next: () => { f2 || ({ ic: f2, ac: h2 } = Cq(d2, e2, c2, b2)); try { return f2.next(0); } catch (k2) { gg(h2, k2); } } }); }, localName: "evaluate", namespaceURI: "http://fontoxml.com/fontoxpath", i: { type: 59, g: 2 } }, { j: [], callFunction: () => w2.m(g2(VERSION, 1)), localName: "version", namespaceURI: "http://fontoxml.com/fontoxpath", i: { type: 1, g: 3 } }], [{ j: [{ type: 23, g: 3 }, { type: 5, g: 3 }], callFunction: (a2, b2, c2, d2, e2) => A2([d2, e2], ([f2, h2]) => { const k2 = c2.va(f2.value.namespaceURI, f2.value.localName, h2.value); if (null === k2) return w2.empty(); f2 = new Va({ j: k2.j, arity: h2.value, localName: f2.value.localName, namespaceURI: f2.value.namespaceURI, i: k2.i, value: k2.callFunction }); return w2.m(f2); }), localName: "function-lookup", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { g: 0, type: 60 } }, { j: [{ type: 60, g: 3 }], callFunction: (a2, b2, c2, d2) => A2([d2], ([e2]) => e2.Ya() ? w2.empty() : w2.m(g2(new Sa("", e2.l, e2.D), 23))), localName: "function-name", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 23, g: 0 } }, { j: [{ type: 60, g: 3 }], callFunction: (a2, b2, c2, d2) => A2([d2], ([e2]) => w2.m(g2(e2.v, 5))), localName: "function-arity", namespaceURI: "http://www.w3.org/2005/xpath-functions", i: { type: 5, g: 3 } }]); class Oq { constructor(a2) { this.h = a2; } createAttributeNS(a2, b2) { return this.h.createAttributeNS(a2, b2); } createCDATASection(a2) { return this.h.createCDATASection(a2); } createComment(a2) { return this.h.createComment(a2); } createDocument() { return this.h.createDocument(); } createElementNS(a2, b2) { return this.h.createElementNS(a2, b2); } createProcessingInstruction(a2, b2) { return this.h.createProcessingInstruction(a2, b2); } createTextNode(a2) { return this.h.createTextNode(a2); } } var Pq = Symbol("IS_XPATH_VALUE_SYMBOL"); function Qq(a2) { return (b2, c2) => { b2 = Vb(new nb(null === c2 ? new Za() : c2), b2, Ja(a2)); return { [Pq]: true, zb: b2 }; }; } Nq.forEach((a2) => { ng(a2.namespaceURI, a2.localName, a2.j, a2.i, a2.callFunction); }); function Rq(a2) { return a2 && "object" === typeof a2 && "lookupNamespaceURI" in a2 ? (b2) => a2.lookupNamespaceURI(b2 || null) : () => null; } function Sq(a2) { return ({ prefix: b2, localName: c2 }) => b2 ? null : { namespaceURI: a2, localName: c2 }; } function Tq(a2, b2, c2, d2, e2, f2) { if (null === d2 || void 0 === d2) d2 = d2 || {}; const h2 = e2 ? { jb: e2.logger || { trace: console.log.bind(console) }, Ma: e2.documentWriter, kb: e2.moduleImports, Cb: e2.namespaceResolver, bc: e2.functionNameResolver, Ja: e2.nodesFactory, Ua: e2.xmlSerializer } : { jb: { trace: console.log.bind(console) }, kb: {}, Cb: null, Ja: null, Ma: null, Ua: null }, k2 = new nb(null === c2 ? new Za() : c2); c2 = h2.kb || /* @__PURE__ */ Object.create(null); var l2 = void 0 === e2.defaultFunctionNamespaceURI ? "http://www.w3.org/2005/xpath-functions" : e2.defaultFunctionNamespaceURI; const n2 = Aq( a2, f2, h2.Cb || Rq(b2), d2, c2, l2, h2.bc || Sq(l2) ); a2 = b2 ? Wb(k2, b2) : w2.empty(); b2 = !h2.Ja && f2.Z ? new Ze(b2) : new Oq(h2.Ja); c2 = h2.Ma ? new bb(h2.Ma) : ab; l2 = h2.Ua; const t2 = Object.keys(d2).reduce((y2, G2) => { const N2 = d2[G2]; y2[`Q{}${G2}[0]`] = N2 && "object" === typeof N2 && Pq in N2 ? 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The value of the key ${l2.key.value} holds multiple items`); } }).first(); if (null === h2) { c2[k2] = null; d2++; continue; } f2 = Vq(h2, b2); } h2 = f2.next(0); f2 = null; c2[k2] = h2.value; d2++; } e2 = true; return q2(c2); } }; } function Wq(a2, b2) { const c2 = []; let d2 = 0, e2 = false, f2 = null; return { next: () => { if (e2) return p2; for (; d2 < a2.h.length; ) { if (!f2) { var h2 = a2.h[d2]().X({ default: (k2) => k2, multiple: () => { throw Error("Serialization error: The value of an entry in an array is expected to be a single item or an empty sequence. 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(b2 = b2.map((l2) => $f(l2.value, d2, false)), 1 === b2.length ? b2[0] : b2) : 1 === b2.length ? (b2 = b2[0], v2(b2.type, 62) ? Wq(b2, d2).next(0).value : v2(b2.type, 61) ? Uq(b2, d2).next(0).value : pc(b2, d2).first().value) : qc(w2.create(b2), d2).O().map((l2) => l2.value); } } let Zq = false, $q = null; var ar = { getPerformanceSummary() { const a2 = $q.getEntriesByType("measure").filter((b2) => b2.name.startsWith("XPath: ")); return Array.from(a2.reduce((b2, c2) => { var d2 = c2.name.substring(7); b2.has(d2) ? (d2 = b2.get(d2), d2.times += 1, d2.totalDuration += c2.duration) : b2.set(d2, { xpath: d2, times: 1, totalDuration: c2.duration, average: 0 }); return b2; }, /* @__PURE__ */ new Map()).values()).map((b2) => { b2.average = b2.totalDuration / b2.times; return b2; }).sort((b2, c2) => c2.totalDuration - b2.totalDuration); }, setPerformanceImplementation(a2) { $q = a2; }, startProfiling() { if (null === $q) throw Error("Performance API object must be set using `profiler.setPerformanceImplementation` before starting to profile"); $q.clearMarks(); $q.clearMeasures(); Zq = true; }, stopProfiling() { Zq = false; } }; let br = 0; var cr = { XPATH_3_1_LANGUAGE: "XPath3.1", XQUERY_3_1_LANGUAGE: "XQuery3.1", XQUERY_UPDATE_3_1_LANGUAGE: "XQueryUpdate3.1" }; const dr = (a2, b2, c2, d2, e2, f2) => { e2 = e2 || 0; if (!a2 || "string" !== typeof a2 && !("nodeType" in a2)) throw new TypeError("Failed to execute 'evaluateXPath': xpathExpression must be a string or an element depicting an XQueryX DOM tree."); f2 = f2 || {}; let h2, k2; try { const n2 = Tq(a2, b2, c2 || null, d2 || {}, f2, { sa: "XQueryUpdate3.1" === f2.language, Z: "XQuery3.1" === f2.language || "XQueryUpdate3.1" === f2.language, debug: !!f2.debug, Ha: !!f2.disableCache }); var l2 = n2.tb; h2 = n2.ub; k2 = n2.ba; } catch (n2) { gg(a2, n2); } if (k2.I) throw Error("XUST0001: Updating expressions should be evaluated as updating expressions"); if (3 === e2 && b2 && "object" === typeof b2 && "nodeType" in b2 && (c2 = k2.D(), b2 = Ya(b2), null !== c2 && !b2.includes(c2))) return false; try { b2 = a2; Zq && ("string" !== typeof b2 && (b2 = eg(b2)), $q.mark(`${b2}${0 === br ? "" : "@" + br}`), br++); const n2 = C2(k2, l2, h2), t2 = Yq(a2, n2, e2, h2); e2 = a2; Zq && ("string" !== typeof e2 && (e2 = eg(e2)), br--, l2 = `${e2}${0 === br ? "" : "@" + br}`, $q.measure(`XPath: ${e2}`, l2), $q.clearMarks(l2)); return t2; } catch (n2) { gg(a2, n2); } }; Object.assign(dr, { jc: 14, ANY_TYPE: 0, Lb: 12, Mb: 99, BOOLEAN_TYPE: 3, Ob: 9, Rb: 11, Tb: 7, Ub: 13, NUMBER_TYPE: 1, Vb: 10, STRING_TYPE: 2, kc: "XPath3.1", lc: "XQuery3.1", Yb: "XQueryUpdate3.1" }); Object.assign(dr, { ALL_RESULTS_TYPE: 14, ANY_TYPE: 0, ARRAY_TYPE: 12, ASYNC_ITERATOR_TYPE: 99, BOOLEAN_TYPE: 3, FIRST_NODE_TYPE: 9, MAP_TYPE: 11, NODES_TYPE: 7, NUMBERS_TYPE: 13, NUMBER_TYPE: 1, STRINGS_TYPE: 10, STRING_TYPE: 2, XPATH_3_1_LANGUAGE: "XPath3.1", XQUERY_3_1_LANGUAGE: "XQuery3.1", XQUERY_UPDATE_3_1_LANGUAGE: "XQueryUpdate3.1" }); function er(a2, b2, c2, d2, e2) { return dr(a2, b2, c2, d2, dr.Mb, e2); } function fr(a2, b2, c2, d2) { return { pendingUpdateList: a2.da.map((e2) => e2.h(d2)), xdmValue: Yq(b2, w2.create(a2.J), c2, d2) }; } async function gr(a2, b2, c2, d2, e2) { e2 = e2 || {}; Ok(); let f2, h2; try { const n2 = Tq(a2, b2, c2 || null, d2 || {}, e2 || {}, { sa: true, Z: true, debug: !!e2.debug, Ha: !!e2.disableCache }); var k2 = n2.tb; f2 = n2.ub; h2 = n2.ba; } catch (n2) { gg(a2, n2); } if (!h2.I) { k2 = []; a2 = er(a2, b2, c2, d2, Object.assign(Object.assign({}, e2), { language: "XQueryUpdate3.1" })); for (b2 = await a2.next(); !b2.done; b2 = await a2.next()) k2.push(b2.value); return Promise.resolve({ pendingUpdateList: [], xdmValue: k2 }); } let l2; try { l2 = h2.s(k2, f2).next(0); } catch (n2) { gg(a2, n2); } return fr(l2.value, a2, e2.returnType, f2); } function hr(a2, b2, c2, d2, e2) { e2 = e2 || {}; Ok(); let f2, h2, k2; try { const n2 = Tq(a2, b2, c2 || null, d2 || {}, e2 || {}, { sa: true, Z: true, debug: !!e2.debug, Ha: !!e2.disableCache }); f2 = n2.tb; h2 = n2.ub; k2 = n2.ba; } catch (n2) { gg(a2, n2); } if (!k2.I) return { pendingUpdateList: [], xdmValue: dr(a2, b2, c2, d2, e2.i, Object.assign(Object.assign({}, e2), { language: dr.Yb })) }; let l2; try { l2 = k2.s(f2, h2).next(0); } catch (n2) { gg(a2, n2); } return fr(l2.value, a2, e2.returnType, h2); } function ir(a2, b2, c2, d2, e2) { return dr(a2, b2, c2, d2, dr.Lb, e2); } function jr(a2, b2, c2, d2, e2) { return dr(a2, b2, c2, d2, dr.BOOLEAN_TYPE, e2); } function kr(a2, b2, c2, d2, e2) { return dr(a2, b2, c2, d2, dr.Ob, e2); } function lr(a2, b2, c2, d2, e2) { return dr(a2, b2, c2, d2, dr.Rb, e2); } function mr(a2, b2, c2, d2, e2) { return dr(a2, b2, c2, d2, dr.Tb, e2); } function nr(a2, b2, c2, d2, e2) { return dr(a2, b2, c2, d2, dr.NUMBER_TYPE, e2); } function or(a2, b2, c2, d2, e2) { return dr(a2, b2, c2, d2, dr.Ub, e2); } function pr(a2, b2, c2, d2, e2) { return dr(a2, b2, c2, d2, dr.STRING_TYPE, e2); } function qr(a2, b2, c2, d2, e2) { return dr(a2, b2, c2, d2, dr.Vb, e2); } function rr(a2, b2, c2, d2) { b2 = new nb(b2 ? b2 : new Za()); d2 = d2 ? new bb(d2) : ab; c2 = c2 ? c2 = new Oq(c2) : null; a2 = a2.map(Rj); kf(a2, b2, c2, d2); } function Y2(a2, b2, c2) { return { code: a2, ua: b2, H: c2, isAstAccepted: true }; } function sr(a2) { return { isAstAccepted: false, reason: a2 }; } function Z2(a2, b2) { return a2.isAstAccepted ? b2(a2) : a2; } function tr(a2, b2) { return a2.isAstAccepted ? b2(a2) : [a2, null]; } function ur(a2, b2, c2) { return Z2(a2, (d2) => { switch (d2.ua.type) { case 0: return d2; case 1: return Z2(vr(c2, d2, "nodes"), (e2) => Z2(vr(c2, b2, "contextItem"), (f2) => Y2(`(function () { const { done, value } = ${e2.code}(${f2.code}).next(); return done ? null : value; })()`, { type: 0 }, [...e2.H, ...f2.H]))); default: throw Error(`invalid generated code type to convert to value: ${d2.ua.type}`); } }); } function wr(a2, b2, c2, d2) { a2 = ur(a2, c2, d2); return b2 && 0 === b2.type && 3 === b2.g ? a2 : Z2(a2, (e2) => Y2(`!!${e2.code}`, { type: 0 }, e2.H)); } function xr(a2, b2, c2) { return b2 ? a2.isAstAccepted && 0 !== a2.ua.type ? sr("Atomization only implemented for single value") : v2(b2.type, 1) ? a2 : v2(b2.type, 47) ? Z2(vr(c2, a2, "attr"), (d2) => Y2(`(${d2.code} ? domFacade.getData(${d2.code}) : null)`, { type: 0 }, d2.H)) : sr("Atomization only implemented for string and attribute") : sr("Can not atomize value if type was not annotated"); } function yr(a2, b2, c2, d2) { a2 = ur(a2, c2, d2); d2 = xr(a2, b2, d2); return wc(b2) ? Z2(d2, (e2) => Y2(`${e2.code} ?? ''`, { type: 0 }, e2.H)) : d2; } function zr(a2, b2, c2) { return Z2(vr(c2, a2, "node"), (d2) => 1 === d2.ua.type ? d2 : b2 && !v2(b2.type, 53) ? sr("Can not evaluate to node if expression does not result in nodes") : Y2(`(function () { if (${d2.code} !== null && !${d2.code}.nodeType) { throw new Error('XPDY0050: The result of the expression was not a node'); } return ${d2.code}; })()`, { type: 0 }, d2.H)); } function Ar(a2, b2, c2, d2) { return Z2(a2, (e2) => { switch (e2.ua.type) { case 1: return Z2(vr(d2, e2, "nodes"), (f2) => Z2(vr(d2, c2, "contextItem"), (h2) => Y2(`Array.from(${f2.code}(${h2.code}))`, { type: 0 }, [...f2.H, ...h2.H]))); case 0: return Z2(vr(d2, zr(e2, b2, d2), "node"), (f2) => Y2(`(${f2.code} === null ? [] : [${f2.code}])`, { type: 0 }, f2.H)); default: return sr("Unsupported code type to evaluate to nodes"); } }); } function Br(a2, b2) { return Z2(a2, (c2) => Z2(b2, (d2) => { if (0 !== c2.ua.type || 0 !== d2.ua.type) throw Error("can only use emitAnd with value expressions"); return Y2(`${c2.code} && ${d2.code}`, { type: 0 }, [...c2.H, ...d2.H]); })); } function Cr(a2, b2, c2, d2) { return (a2 = J2(a2, [b2, "*"])) ? d2.h(a2, c2, d2) : [sr(`${b2} expression not found`), null]; } const gu = { equalOp: "eqOp", notEqualOp: "neOp", lessThanOrEqualOp: "leOp", lessThanOp: "ltOp", greaterThanOrEqualOp: "geOp", greaterThanOp: "gtOp" }, hu = { eqOp: "eqOp", neOp: "neOp", leOp: "geOp", ltOp: "gtOp", geOp: "leOp", gtOp: "ltOp" }; function iu(a2, b2, c2, d2) { const e2 = I2(J2(a2, ["firstOperand", "*"]), "type"), f2 = I2(J2(a2, ["secondOperand", "*"]), "type"); if (!e2 || !f2) return sr("Can not generate code for value compare without both types"); var h2 = [47, 1]; if (!h2.includes(e2.type) || !h2.includes(f2.type)) return sr(`Unsupported types in compare: [${Da[e2.type]}, ${Da[f2.type]}]`); h2 = /* @__PURE__ */ new Map([["eqOp", "==="], ["neOp", "!=="]]); if (!h2.has(b2)) return sr(b2 + " not yet implemented"); const k2 = h2.get(b2); [b2] = Cr(a2, "firstOperand", c2, d2); b2 = ur(b2, c2, d2); b2 = xr(b2, e2, d2); return Z2( vr(d2, b2, "first"), (l2) => { var [n2] = Cr(a2, "secondOperand", c2, d2); n2 = ur(n2, c2, d2); n2 = xr(n2, f2, d2); return Z2(vr(d2, n2, "second"), (t2) => { const u2 = []; wc(e2) && u2.push(`${l2.code} === null`); wc(f2) && u2.push(`${t2.code} === null`); return Y2(`(${u2.length ? `${u2.join(" || ")} ? null : ` : ""}${l2.code} ${k2} ${t2.code})`, { type: 0 }, [...l2.H, ...t2.H]); }); } ); } function ju(a2, b2, c2, d2, e2, f2) { var h2 = I2(J2(a2, [b2, "*"]), "type"); const k2 = I2(J2(a2, [c2, "*"]), "type"); if (!h2 || !k2) return sr("Can not generate code for general compare without both types"); var l2 = [47, 1]; if (!l2.includes(h2.type) || !l2.includes(k2.type)) return sr(`Unsupported types in compare: [${Da[h2.type]}, ${Da[k2.type]}]`); l2 = /* @__PURE__ */ new Map([["eqOp", "==="], ["neOp", "!=="]]); if (!l2.has(d2)) return sr(d2 + " not yet implemented"); const n2 = l2.get(d2); [b2] = Cr(a2, b2, e2, f2); b2 = ur(b2, e2, f2); h2 = xr(b2, h2, f2); return Z2(vr(f2, h2, "single"), (t2) => { const [u2] = Cr(a2, c2, e2, f2); return Z2(vr(f2, u2, "multiple"), (z2) => { if (1 !== z2.ua.type) return sr("can only generate general compare for a single value and a generator"); const y2 = ku(f2, lu(f2, "n")), G2 = xr(y2, k2, f2); return Z2(e2, (N2) => Z2(G2, (U2) => Y2(`(function () { for (const ${y2.code} of ${z2.code}(${N2.code})) { ${U2.H.join("\n")} if (${U2.code} ${n2} ${t2.code}) { return true; } } return false; })()`, { type: 0 }, [...t2.H, ...y2.H, ...N2.H, ...z2.H]))); }); }); } function mu(a2) { return JSON.stringify(a2).replace(/\u2028/g, "\\u2028").replace(/\u2029/g, "\\u2029"); } const su = { "false#0": nu, "local-name#0": ou, "local-name#1": ou, "name#0": pu, "name#1": pu, "not#1": qu, "true#0": ru }, tu = { ["http://fontoxml.com/fontoxpath"]: ["version#0"], [""]: ["root#1", "path#1"] }; function uu(a2, b2, c2, d2) { const [e2] = d2.h(a2, c2, d2); a2 = I2(a2, "type"); if (b2 ? 2 === b2.g || 1 === b2.g : 1) return sr("Not supported: sequence arguments with multiple items"); if (v2(b2.type, 53)) return b2 = ur(e2, c2, d2), zr(b2, a2, d2); switch (b2.type) { case 59: return ur(e2, c2, d2); case 0: return wr(e2, a2, c2, d2); case 1: return yr(e2, a2, c2, d2); } return sr(`Argument types not supported: ${a2 ? Da[a2.type] : "unknown"} -> ${Da[b2.type]}`); } function vu(a2, b2, c2, d2) { if (a2.length !== b2.length || b2.some((l2) => 4 === l2)) return sr("Not supported: variadic function or mismatch in argument count"); if (0 === a2.length) return Y2("", { type: 0 }, []); const [e2, ...f2] = a2, [h2, ...k2] = b2; a2 = vr(d2, uu(e2, h2, c2, d2), "arg"); return 0 === f2.length ? a2 : Z2(a2, (l2) => { const n2 = vu(f2, k2, c2, d2); return Z2(n2, (t2) => Y2(`${l2.code}, ${t2.code}`, { type: 0 }, [...l2.H, ...t2.H])); }); } function wu(a2, b2) { return Z2(a2, (c2) => (b2 ? 2 === b2.g || 1 === b2.g : 1) || ![0, 1].includes(b2.type) && !v2(b2.type, 53) ? sr(`Function return type ${Da[b2.type]} not supported`) : c2); } function xu(a2, b2, c2) { const { localName: d2, namespaceURI: e2 } = Jg(F2(a2, "functionName")), f2 = K2(F2(a2, "arguments"), "*"); var h2 = f2.length; const k2 = `${d2}#${h2}`, l2 = e2 === c2.D; if (l2) { const n2 = su[k2]; if (void 0 !== n2) return n2(a2, b2, c2); } if ((a2 = tu[l2 ? "" : e2]) && !a2.includes(k2)) return sr(`Not supported: built-in function not on allow list: ${k2}`); h2 = mg(e2, d2, h2); if (!h2) return sr(`Unknown function / arity: ${k2}`); if (h2.I) return sr("Not supported: updating functions"); b2 = vu(f2, h2.j, b2, c2); b2 = Z2(b2, (n2) => Y2( `runtimeLib.callFunction(domFacade, ${mu(e2)}, ${mu(d2)}, [${n2.code}], options)`, { type: 0 }, n2.H )); return wu(b2, h2.i); } function yu(a2, b2) { return Z2(vr(b2, a2, "contextItem"), (c2) => Y2(c2.code, { type: 0 }, [...c2.H, `if (${c2.code} === undefined || ${c2.code} === null) { throw errXPDY0002('The function which was called depends on dynamic context, which is absent.'); }`])); } function zu(a2, b2, c2, d2) { if ((a2 = J2(a2, ["arguments", "*"])) && "contextItemExpr" !== a2[0]) { const e2 = I2(a2, "type"); if (!e2 || !v2(e2.type, 53)) return sr("name function only implemented if arg is a node"); [a2] = c2.h(a2, b2, c2); } else a2 = yu(b2, c2); b2 = ur(a2, b2, c2); return Z2(vr(c2, b2, "arg"), (e2) => Y2(`(${e2.code} ? ${d2(e2.code)} : '')`, { type: 0 }, e2.H)); } function pu(a2, b2, c2) { return zu(a2, b2, c2, (d2) => `(((${d2}.prefix || '').length !== 0 ? ${d2}.prefix + ':' : '') + (${d2}.localName || ${d2}.target || ''))`); } function ou(a2, b2, c2) { return zu(a2, b2, c2, (d2) => `(${d2}.localName || ${d2}.target || '')`); } function qu(a2, b2, c2) { var d2 = J2(a2, ["arguments", "*"]); a2 = I2(d2, "type"); [d2] = c2.h(d2, b2, c2); b2 = wr(d2, a2, b2, c2); return Z2(b2, (e2) => Y2(`!${e2.code}`, { type: 0 }, e2.H)); } function nu() { return Y2("false", { type: 0 }, []); } function ru() { return Y2("true", { type: 0 }, []); } function Au(a2, b2, c2, d2) { const [e2, f2] = Cr(a2, "firstOperand", c2, d2); var h2 = I2(J2(a2, ["firstOperand", "*"]), "type"); h2 = wr(e2, h2, c2, d2); const [k2, l2] = Cr(a2, "secondOperand", c2, d2); h2 = Z2(h2, (t2) => { var u2 = I2(J2(a2, ["secondOperand", "*"]), "type"); u2 = wr(k2, u2, c2, d2); return Z2(u2, (z2) => Y2(`(${t2.code} ${b2} ${z2.code})`, { type: 0 }, [...t2.H, ...z2.H])); }); const n2 = "&&" === b2 ? xh(f2, l2) : f2 === l2 ? f2 : null; return [h2, n2]; } function Bu(a2, b2, c2) { return Z2(a2, (d2) => Z2(b2, (e2) => Z2(c2, (f2) => Y2(`for (${d2.code}) { ${e2.H.join("\n")} if (!(${e2.code})) { continue; } ${f2.H.join("\n")} ${f2.code} }`, { type: 2 }, d2.H)))); } function Cu(a2, b2, c2, d2, e2) { const f2 = b2 ? `, "${b2}"` : ""; b2 = Z2(d2, (h2) => Z2(e2, (k2) => Y2(`let ${h2.code} = domFacade.getFirstChild(${k2.code}${f2}); ${h2.code}; ${h2.code} = domFacade.getNextSibling(${h2.code}${f2})`, { type: 2 }, [...h2.H, ...k2.H]))); return Bu(b2, a2, c2); } function Du(a2, b2, c2, d2, e2) { const f2 = xh(b2, "type-2"), h2 = Z2(e2, (k2) => Y2(`(${k2.code} && ${k2.code}.nodeType === /*ELEMENT_NODE*/ ${1} ? domFacade.getAllAttributes(${k2.code}${f2 ? `, "${f2}"` : ""}) : [])`, { type: 0 }, k2.H)); b2 = Z2(d2, (k2) => Z2(h2, (l2) => Y2(`const ${k2.code} of ${l2.code}`, { type: 2 }, [...k2.H, ...l2.H]))); return Bu(b2, a2, c2); } function Eu(a2, b2, c2, d2, e2) { const f2 = b2 ? `, "${b2}"` : ""; b2 = Z2(e2, (h2) => Y2(`domFacade.getParentNode(${h2.code}${f2})`, { type: 0 }, h2.H)); return Fu(d2, b2, a2, c2); } function Fu(a2, b2, c2, d2) { const e2 = Br(a2, c2); return Z2(a2, (f2) => Z2(b2, (h2) => Z2(e2, (k2) => Z2(d2, (l2) => Y2(`const ${f2.code} = ${h2.code}; ${k2.H.join("\n")} if (${k2.code}) { ${l2.H.join("\n")} ${l2.code} }`, { type: 2 }, [...f2.H, ...h2.H]))))); } function Gu(a2, b2, c2, d2, e2, f2) { a2 = H2(a2); switch (a2) { case "attribute": return [Du(b2, c2, d2, e2, f2), "type-1"]; case "child": return [Cu(b2, c2, d2, e2, f2), null]; case "parent": return [Eu(b2, c2, d2, e2, f2), null]; case "self": return [Fu(e2, f2, b2, d2), c2]; default: return [sr(`Unsupported: the ${a2} axis`), null]; } } const Hu = { Wb: "textTest", Nb: "elementTest", Sb: "nameTest", Xb: "Wildcard", Kb: "anyKindTest" }; var Iu = Object.values(Hu); function Ju(a2) { return [Z2(a2, (b2) => Y2(`(${b2.code}.nodeType === /*TEXT_NODE*/ ${3} || ${b2.code}.nodeType === /* CDATA_SECTION_NODE */ ${4})`, { type: 0 }, [])), "type-3"]; } function Ku(a2, b2) { if (null === a2.namespaceURI && "*" !== a2.prefix) { b2 = b2.$(a2.prefix || "") || null; if (!b2 && a2.prefix) throw Error(`XPST0081: The prefix ${a2.prefix} could not be resolved.`); a2.namespaceURI = b2; } } function Lu(a2, b2, c2, d2) { Ku(a2, d2); const e2 = a2.prefix, f2 = a2.namespaceURI, h2 = a2.localName; return tr(c2, (k2) => { var l2 = b2 ? Y2(`${k2.code}.nodeType && (${k2.code}.nodeType === /*ELEMENT_NODE*/ ${1} || ${k2.code}.nodeType === /*ATTRIBUTE_NODE*/ ${2})`, { type: 0 }, []) : Y2(`${k2.code}.nodeType && ${k2.code}.nodeType === /*ELEMENT_NODE*/ ${1}`, { type: 0 }, []); if ("*" === e2) return "*" === h2 ? [l2, b2 ? "type-1-or-type-2" : "type-1"] : [Br(l2, Y2(`${k2.code}.localName === ${mu(h2)}`, { type: 0 }, [])), `name-${h2}`]; l2 = "*" === h2 ? l2 : Br(l2, Y2(`${k2.code}.localName === ${mu(h2)}`, { type: 0 }, [])); var n2 = Y2(mu(f2), { type: 0 }, []); n2 = "" === e2 && b2 ? Z2(n2, (t2) => Y2(`${k2.code}.nodeType === /*ELEMENT_NODE*/ ${1} ? ${t2.code} : null`, { type: 0 }, t2.H)) : n2; n2 = Z2(n2, (t2) => Y2(`(${k2.code}.namespaceURI || null) === ((${t2.code}) || null)`, { type: 0 }, t2.H)); return [Br(l2, n2), `name-${h2}`]; }); } function Mu(a2, b2, c2) { const d2 = (a2 = F2(a2, "elementName")) && F2(a2, "star"); if (null === a2 || d2) return [Z2(b2, (e2) => Y2(`${e2.code}.nodeType === /*ELEMENT_NODE*/ ${1}`, { type: 0 }, [])), "type-1"]; a2 = Jg(F2(a2, "QName")); return Lu(a2, false, b2, c2); } function Nu(a2) { return [Z2(a2, (b2) => Y2(`!!${b2.code}.nodeType`, { type: 0 }, [])), null]; } function Ou(a2, b2, c2, d2) { var e2 = a2[0]; switch (e2) { case Hu.Nb: return Mu(a2, c2, d2); case Hu.Wb: return Ju(c2); case Hu.Sb: return Lu(Jg(a2), b2, c2, d2); case Hu.Xb: return F2(a2, "star") ? (e2 = F2(a2, "uri"), null !== e2 ? a2 = Lu({ localName: "*", namespaceURI: H2(e2), prefix: "" }, b2, c2, d2) : (e2 = F2(a2, "NCName"), a2 = "star" === F2(a2, "*")[0] ? Lu({ localName: H2(e2), namespaceURI: null, prefix: "*" }, b2, c2, d2) : Lu({ localName: "*", namespaceURI: null, prefix: H2(e2) }, b2, c2, d2))) : a2 = Lu({ localName: "*", namespaceURI: null, prefix: "*" }, b2, c2, d2), a2; case Hu.Kb: return Nu(c2); default: return [ sr(`Test not implemented: '${e2}`), null ]; } } function Pu(a2, b2, c2) { const [d2, e2] = c2.h(a2, b2, c2); return [wr(d2, I2(a2, "type"), b2, c2), e2]; } function Qu(a2, b2, c2) { a2 = a2 ? K2(a2, "*") : []; const [d2, e2] = a2.reduce(([f2, h2], k2) => { if (!f2) return Pu(k2, b2, c2); let l2 = h2; return tr(f2, (n2) => { const [t2, u2] = Pu(k2, b2, c2); l2 = xh(h2, u2); return [Z2(t2, (z2) => Y2(`${n2.code} && ${z2.code}`, { type: 0 }, [...n2.H, ...z2.H])), l2]; }); }, [null, null]); return [d2 ? Z2(d2, (f2) => Y2(`(function () { ${f2.H.join("\n")} return ${f2.code}; })()`, { type: 0 }, [])) : null, e2]; } function Ru(a2, b2, c2, d2) { if (0 === a2.length) return [Z2(c2, (y2) => Y2(`yield ${y2.code};`, { type: 2 }, y2.H)), null]; const [e2, ...f2] = a2; if (0 < K2(e2, "lookup").length) return [sr("Unsupported: lookups"), null]; const h2 = ku(d2, lu(d2, "contextItem")); a2 = F2(e2, "predicates"); const [k2, l2] = Qu(a2, h2, d2); if (a2 = F2(e2, "xpathAxis")) { var n2 = F2(e2, Iu); if (!n2) return [sr("Unsupported test in step"), null]; var t2 = H2(a2); b2 = "attribute" === t2 || "self" === t2 && b2; const [y2, G2] = Ou(n2, b2, h2, d2); n2 = null === k2 ? y2 : Br(y2, k2); t2 = xh(G2, l2); [b2] = Ru(f2, b2, h2, d2); return Gu(a2, n2, t2, b2, h2, c2); } a2 = J2(e2, ["filterExpr", "*"]); if (!a2) return [sr("Unsupported: unknown step type"), null]; const [u2, z2] = d2.h(a2, c2, d2); return [Z2(u2, (y2) => { const G2 = 0 === f2.length ? Y2("", { type: 2 }, []) : Y2(`if (${h2.code} !== null && !${h2.code}.nodeType) { throw new Error('XPTY0019: The result of E1 in a path expression E1/E2 should evaluate to a sequence of nodes.'); }`, { type: 2 }, []), [N2] = Ru(f2, true, h2, d2), U2 = null === k2 ? N2 : Z2(k2, (ca) => Z2(N2, (Ga) => Y2(`if (${ca.code}) { ${Ga.H.join("\n")} ${Ga.code} }`, { type: 2 }, ca.H))); return Z2(U2, (ca) => { switch (y2.ua.type) { case 1: return Z2(c2, (Ga) => Y2(`for (const ${h2.code} of ${y2.code}(${Ga.code})) { ${ca.H.join("\n")} ${ca.code} }`, { type: 2 }, [...h2.H, ...y2.H, ...G2.H])); case 0: return Y2(`const ${h2.code} = ${y2.code}; ${G2.code} if (${h2.code} !== null) { ${ca.H.join("\n")} ${ca.code} }`, { type: 2 }, [...h2.H, ...y2.H, ...G2.H]); default: return sr("Unsupported generated code type for filterExpr"); } }); }), z2]; } function Su(a2) { return Z2(a2, (b2) => Y2(`(function () { let n = ${b2.code}; while (n.nodeType !== /*DOCUMENT_NODE*/${9}) { n = domFacade.getParentNode(n); if (n === null) { throw new Error('XPDY0050: the root node of the context node is not a document node.'); } } return n; })()`, { type: 0 }, b2.H)); } function Tu(a2, b2, c2) { return tr(b2, (d2) => { if (0 < K2(a2, "lookup").length) return [sr("Unsupported: lookups"), null]; var e2 = F2(a2, "predicates"); const [f2, h2] = Qu(e2, d2, c2); e2 = F2(a2, Iu); if (!e2) return [sr("Unsupported test in step"), null]; const [k2, l2] = Ou(e2, true, d2, c2); e2 = null === f2 ? k2 : Br(k2, f2); const n2 = xh(l2, h2); return [Z2(e2, (t2) => Y2(`((${t2.code}) ? ${d2.code} : null)`, { type: 0 }, [...d2.H, ...t2.H])), n2]; }); } function Uu(a2, b2, c2) { const d2 = K2(a2, "stepExpr"); if (1 === d2.length) { const k2 = F2(d2[0], "xpathAxis"); if (k2 && "self" === H2(k2)) return Tu(d2[0], b2, c2); } const e2 = ku(c2, lu(c2, "contextItem")); b2 = (a2 = F2(a2, "rootExpr")) ? vr(c2, Su(e2), "root") : e2; const [f2, h2] = Ru(d2, !a2, b2, c2); return [Z2(f2, (k2) => Y2(`(function* (${e2.code}) { ${k2.H.join("\n")} ${k2.code} })`, { type: 1 }, [])), h2]; } function Vu(a2, b2, c2) { const d2 = a2[0]; switch (d2) { case "contextItemExpr": return [b2, null]; case "pathExpr": return Uu(a2, b2, c2); case "andOp": return Au(a2, "&&", b2, c2); case "orOp": return Au(a2, "||", b2, c2); case "stringConstantExpr": return a2 = F2(a2, "value")[1] || "", a2 = mu(a2), [Y2(a2, { type: 0 }, []), null]; case "equalOp": case "notEqualOp": case "lessThanOrEqualOp": case "lessThanOp": case "greaterThanOrEqualOp": case "greaterThanOp": case "eqOp": case "neOp": case "ltOp": case "leOp": case "gtOp": case "geOp": case "isOp": case "nodeBeforeOp": case "nodeAfterOp": a: switch (d2) { case "eqOp": case "neOp": case "ltOp": case "leOp": case "gtOp": case "geOp": case "isOp": a2 = iu(a2, d2, b2, c2); break a; case "equalOp": case "notEqualOp": case "lessThanOrEqualOp": case "lessThanOp": case "greaterThanOrEqualOp": case "greaterThanOp": const e2 = I2(J2(a2, ["firstOperand", "*"]), "type"), f2 = I2(J2(a2, ["secondOperand", "*"]), "type"); a2 = e2 && f2 ? 3 === e2.g && 3 === f2.g ? iu(a2, gu[d2], b2, c2) : 3 === e2.g ? ju(a2, "firstOperand", "secondOperand", gu[d2], b2, c2) : 3 === f2.g ? ju(a2, "secondOperand", "firstOperand", hu[gu[d2]], b2, c2) : sr("General comparison for sequences is not implemented") : sr("types of compare are not known"); break a; default: a2 = sr(`Unsupported compare type: ${d2}`); } return [ a2, null ]; case "functionCallExpr": return [xu(a2, b2, c2), null]; default: return [sr(`Unsupported: the base expression '${d2}'.`), null]; } } function vr(a2, b2, c2) { return Z2(b2, (d2) => { var e2 = a2.o.get(d2); e2 || (e2 = lu(a2, c2), e2 = Y2(e2, d2.ua, [...d2.H, `const ${e2} = ${d2.code};`]), a2.o.set(d2, e2), a2.o.set(e2, e2)); return e2; }); } function lu(a2, b2 = "v") { const c2 = a2.v.get(b2) || 0; a2.v.set(b2, c2 + 1); return `${b2}${c2}`; } function ku(a2, b2) { b2 = Y2(b2, { type: 0 }, []); a2.o.set(b2, b2); return b2; } var Wu = class { constructor(a2, b2) { this.o = /* @__PURE__ */ new Map(); this.v = /* @__PURE__ */ new Map(); this.$ = a2; this.D = b2; this.h = Vu; } }; function Xu(a2) { const b2 = K2(a2, "*"); if ("pathExpr" === a2[0]) return true; for (const c2 of b2) if (Xu(c2)) return true; return false; } function Yu(a2, b2, c2) { c2 = c2 || {}; b2 = b2 || 0; if ("string" === typeof a2) { a2 = Pk(a2); var d2 = { Z: "XQuery3.1" === c2.language || "XQueryUpdate3.1" === c2.language, debug: false }; try { var e2 = uq(a2, d2); } catch (h2) { gg(a2, h2); } } else e2 = Kk(a2); a2 = F2(e2, "mainModule"); if (!a2) return sr("Unsupported: XQuery Library modules are not supported."); if (F2(a2, "prolog")) return sr("Unsupported: XQuery Prologs are not supported."); d2 = void 0 === c2.defaultFunctionNamespaceURI ? "http://www.w3.org/2005/xpath-functions" : c2.defaultFunctionNamespaceURI; a2 = new Wu(c2.namespaceResolver || Rq(null), d2); c2 = new qh(new Bg(new pg(a2.$, {}, d2, c2.functionNameResolver || Sq("http://www.w3.org/2005/xpath-functions")))); O2(e2, c2); if (c2 = F2(e2, "mainModule")) if (F2(c2, "prolog")) a2 = sr("Unsupported: XQuery."); else { var f2 = J2(c2, ["queryBody", "*"]); c2 = ku(a2, "contextItem"); [d2] = a2.h(f2, c2, a2); b: switch (f2 = I2(f2, "type"), b2) { case 9: b2 = ur(d2, c2, a2); a2 = zr(b2, f2, a2); break b; case 7: a2 = Ar(d2, f2, c2, a2); break b; case 3: a2 = wr(d2, f2, c2, a2); break b; case 2: a2 = yr(d2, f2, c2, a2); break b; default: a2 = sr(`Unsupported: the return type '${b2}'.`); } a2.isAstAccepted && (a2 = ` ${a2.H.join("\n")} return ${a2.code};`, b2 = "\n return (contextItem, domFacade, runtimeLib, options) => {\n const {\n errXPDY0002,\n } = runtimeLib;", Xu(e2) && (b2 += '\n if (!contextItem) {\n throw errXPDY0002("Context is needed to evaluate the given path expression.");\n }\n\n if (!contextItem.nodeType) {\n throw new Error("Context item must be subtype of node().");\n }\n '), a2 = { code: b2 + (a2 + "}\n//# sourceURL=generated.js"), isAstAccepted: true }); } else a2 = sr("Unsupported: Can not execute a library module."); return a2; } class Zu extends Error { constructor(a2, b2, c2) { var d2 = a2.stack; d2 && (d2.includes(a2.message) && (d2 = d2.substr(d2.indexOf(a2.message) + a2.message.length).trim()), d2 = d2.split("\n"), d2.splice(10), d2 = d2.map((e2) => e2.startsWith(" ") || e2.startsWith(" ") ? e2 : ` ${e2}`), d2 = d2.join("\n")); super(`Custom XPath function Q{${c2}}${b2} raised: ${a2.message} ${d2}`); } } function $u(a2, b2, c2) { return 0 === b2.g ? a2.F() ? null : Vq(a2.first(), c2).next(0).value : 2 === b2.g || 1 === b2.g ? a2.O().map((d2) => { if (v2(d2.type, 47)) throw Error("Cannot pass attribute nodes to custom functions"); return Vq(d2, c2).next(0).value; }) : Vq(a2.first(), c2).next(0).value; } function av(a2) { if ("object" === typeof a2) return a2; a2 = a2.split(":"); if (2 !== a2.length) throw Error("Do not register custom functions in the default function namespace"); const [b2, c2] = a2; a2 = og[b2]; if (!a2) { a2 = `generated_namespace_uri_${b2}`; if (og[b2]) throw Error("Prefix already registered: Do not register the same prefix twice."); og[b2] = a2; } return { localName: c2, namespaceURI: a2 }; } function bv(a2, b2, c2, d2) { const { namespaceURI: e2, localName: f2 } = av(a2); if (!e2) throw ug(); const h2 = b2.map((l2) => Ja(l2)), k2 = Ja(c2); ng(e2, f2, h2, k2, function(l2, n2, t2) { var u2 = Array.from(arguments); u2.splice(0, 3); u2 = u2.map((G2, N2) => $u(G2, h2[N2], n2)); const z2 = { currentContext: n2.o, domFacade: n2.h.h }; let y2; try { y2 = d2.apply(void 0, [z2, ...u2]); } catch (G2) { throw new Zu(G2, f2, e2); } return y2 && "object" === typeof y2 && Object.getOwnPropertySymbols(y2).includes(Pq) ? w2.create(y2.zb) : Wb(n2.h, y2, k2); }); } var cv = { callFunction(a2, b2, c2, d2, e2) { const f2 = mg(b2, c2, d2.length); if (!f2) throw Error("function not found for codegen function call"); b2 = new cc({ M: null, Aa: 0, ta: w2.empty(), ra: {} }); const h2 = new nb(a2); a2 = new ic(false, false, h2, null, null, e2 ? e2.currentContext : null, null); d2 = f2.callFunction(b2, a2, null, ...d2.map((k2, l2) => Wb(h2, k2, f2.j[l2]))); return $u(d2, { type: 59, g: 0 }, a2); }, errXPDY0002: lc }; var dv = (a2, b2, c2, d2) => { c2 = c2 ? c2 : new Za(); return a2()(null !== b2 && void 0 !== b2 ? b2 : null, c2, cv, d2); }; const ev = { ["http://www.w3.org/2005/XQueryX"]: "xqx", ["http://www.w3.org/2007/xquery-update-10"]: "xquf", ["http://fontoxml.com/fontoxpath"]: "x" }; function fv(a2, b2) { switch (a2) { case "copySource": case "insertAfter": case "insertAsFirst": case "insertAsLast": case "insertBefore": case "insertInto": case "modifyExpr": case "newNameExpr": case "replacementExpr": case "replaceValue": case "returnExpr": case "sourceExpr": case "targetExpr": case "transformCopies": case "transformCopy": return { localName: a2, lb: b2 || "http://www.w3.org/2005/XQueryX" }; case "deleteExpr": case "insertExpr": case "renameExpr": case "replaceExpr": case "transformExpr": return { localName: a2, lb: "http://www.w3.org/2007/xquery-update-10" }; case "x:stackTrace": return { localName: "stackTrace", lb: "http://fontoxml.com/fontoxpath" }; default: return { localName: a2, lb: "http://www.w3.org/2005/XQueryX" }; } } function gv(a2, b2, c2, d2, e2) { if ("string" === typeof c2) return 0 === c2.length ? null : b2.createTextNode(c2); if (!Array.isArray(c2)) throw new TypeError("JsonML element should be an array or string"); var f2 = fv(c2[0], d2); d2 = f2.localName; f2 = f2.lb; const h2 = b2.createElementNS(f2, ev[f2] + ":" + d2), k2 = c2[1]; var l2 = 1; if ("object" === typeof k2 && !Array.isArray(k2)) { if (null !== k2) for (var n2 of Object.keys(k2)) l2 = k2[n2], null !== l2 && ("type" === n2 ? void 0 !== l2 && a2.setAttributeNS(h2, f2, "fontoxpath:" + n2, Ha(l2)) : ("start" !== n2 && "end" !== n2 && "comment" !== n2 || "stackTrace" !== d2 || (l2 = JSON.stringify(l2)), e2 && "prefix" === n2 && "" === l2 || a2.setAttributeNS(h2, f2, ev[f2] + ":" + n2, l2))); l2 = 2; } for (let t2 = l2, u2 = c2.length; t2 < u2; ++t2) n2 = gv(a2, b2, c2[t2], f2, e2), null !== n2 && a2.insertBefore(h2, n2, null); return h2; } function hv(a2, b2, c2, d2 = ab) { a2 = Pk(a2); let e2; try { e2 = uq(a2, { Z: "XQuery3.1" === b2.language || "XQueryUpdate3.1" === b2.language, debug: b2.debug }); } catch (l2) { gg(a2, l2); } var f2 = new pg(b2.namespaceResolver || (() => null), {}, void 0 === b2.defaultFunctionNamespaceURI ? "http://www.w3.org/2005/xpath-functions" : b2.defaultFunctionNamespaceURI, b2.functionNameResolver || (() => null)); f2 = new Bg(f2); var h2 = F2(e2, ["mainModule", "libraryModule"]), k2 = F2(h2, "moduleDecl"); if (k2) { const l2 = H2(F2(k2, "prefix")); k2 = H2(F2(k2, "uri")); Fg(f2, l2, k2); } (h2 = F2(h2, "prolog")) && xq(h2, f2, false, a2); false !== b2.annotateAst && ih(e2, new qh(f2)); f2 = new Za(); b2 = gv(d2, c2, e2, null, false === b2.mc); d2.insertBefore(b2, c2.createComment(a2), f2.getFirstChild(b2)); return b2; } function iv(a2) { return Promise.resolve(a2); } function jv(a2, b2 = { debug: false }) { try { var c2 = uq(a2, { Z: true, debug: b2.debug }); } catch (f2) { gg(a2, f2); } ih(c2, new qh()); b2 = F2(c2, "libraryModule"); if (!b2) throw Error("XQuery module must be declared in a library module."); c2 = F2(b2, "moduleDecl"); var d2 = F2(c2, "uri"); const e2 = H2(d2); c2 = F2(c2, "prefix"); d2 = H2(c2); c2 = new Bg(new pg(() => null, /* @__PURE__ */ Object.create(null), "http://www.w3.org/2005/xpath-functions", Sq("http://www.w3.org/2005/xpath-functions"))); Fg(c2, d2, e2); b2 = F2(b2, "prolog"); if (null !== b2) { let f2; try { f2 = xq(b2, c2, true, a2); } catch (h2) { gg(a2, h2); } f2.Ia.forEach(({ namespaceURI: h2 }) => { if (e2 !== h2) throw Error("XQST0048: Functions and variables declared in a module must reside in the module target namespace."); }); Mk(e2, f2); } else Mk(e2, { Ia: [], Ta: [], pa: null, source: a2 }); return e2; } const kv = /* @__PURE__ */ new Map(); function lv(a2) { var b2; a: { if (b2 = Gk.get(a2)) { for (const c2 of Object.keys(b2)) if (b2[c2] && b2[c2].length) { b2 = b2[c2][0].h; break a; } } b2 = null; } if (b2) return b2; if (kv.has(a2)) return kv.get(a2); b2 = "string" === typeof a2 ? uq(a2, { Z: false }) : Kk(a2); b2 = J2(b2, ["mainModule", "queryBody", "*"]); if (null === b2) throw Error("Library modules do not have a specificity"); b2 = Fk(b2, { sa: false, Z: false }); kv.set(a2, b2); return b2; } function mv(a2) { return lv(a2).D(); } function nv(a2, b2) { return tf(lv(a2).o, lv(b2).o); } var ov = new Za(); "undefined" !== typeof fontoxpathGlobal && (fontoxpathGlobal.compareSpecificity = nv, fontoxpathGlobal.compileXPathToJavaScript = Yu, fontoxpathGlobal.domFacade = ov, fontoxpathGlobal.evaluateXPath = dr, fontoxpathGlobal.evaluateXPathToArray = ir, fontoxpathGlobal.evaluateXPathToAsyncIterator = er, fontoxpathGlobal.evaluateXPathToBoolean = jr, fontoxpathGlobal.evaluateXPathToFirstNode = kr, fontoxpathGlobal.evaluateXPathToMap = lr, fontoxpathGlobal.evaluateXPathToNodes = mr, fontoxpathGlobal.evaluateXPathToNumber = nr, fontoxpathGlobal.evaluateXPathToNumbers = or, fontoxpathGlobal.evaluateXPathToString = pr, fontoxpathGlobal.evaluateXPathToStrings = qr, fontoxpathGlobal.evaluateUpdatingExpression = gr, fontoxpathGlobal.evaluateUpdatingExpressionSync = hr, fontoxpathGlobal.executeJavaScriptCompiledXPath = dv, fontoxpathGlobal.executePendingUpdateList = rr, fontoxpathGlobal.getBucketForSelector = mv, fontoxpathGlobal.getBucketsForNode = Ya, fontoxpathGlobal.precompileXPath = iv, fontoxpathGlobal.registerXQueryModule = jv, fontoxpathGlobal.registerCustomXPathFunction = bv, fontoxpathGlobal.parseScript = hv, fontoxpathGlobal.profiler = ar, fontoxpathGlobal.createTypedValueFactory = Qq, fontoxpathGlobal.finalizeModuleRegistration = Ok, fontoxpathGlobal.Language = cr, fontoxpathGlobal.ReturnType = Xq); return fontoxpathGlobal; }).call(typeof window === "undefined" ? void 0 : window, xspattern, prsc); fontoxpath.compareSpecificity; fontoxpath.compileXPathToJavaScript; fontoxpath.createTypedValueFactory; fontoxpath.domFacade; fontoxpath.evaluateUpdatingExpression; fontoxpath.evaluateUpdatingExpressionSync; fontoxpath.evaluateXPath; fontoxpath.evaluateXPathToArray; fontoxpath.evaluateXPathToAsyncIterator; fontoxpath.evaluateXPathToBoolean; fontoxpath.evaluateXPathToFirstNode; fontoxpath.evaluateXPathToMap; fontoxpath.evaluateXPathToNodes; fontoxpath.evaluateXPathToNumber; fontoxpath.evaluateXPathToNumbers; fontoxpath.evaluateXPathToString; fontoxpath.evaluateXPathToStrings; fontoxpath.executeJavaScriptCompiledXPath; fontoxpath.executePendingUpdateList; fontoxpath.finalizeModuleRegistration; fontoxpath.getBucketForSelector; fontoxpath.getBucketsForNode; fontoxpath.Language; fontoxpath.parseScript; fontoxpath.precompileXPath; fontoxpath.profiler; fontoxpath.registerCustomXPathFunction; fontoxpath.registerXQueryModule; fontoxpath.ReturnType; function returnTypeTransition(returnType) { const returnTypeMap = { "string": fontoxpath.ReturnType.STRING, "strings": fontoxpath.ReturnType.STRINGS, "number": fontoxpath.ReturnType.NUMBER, "numbers": fontoxpath.ReturnType.NUMBERS, "boolean": fontoxpath.ReturnType.BOOLEAN, "nodes": fontoxpath.ReturnType.NODES, "first-node": fontoxpath.ReturnType.FIRST_NODE, "map": fontoxpath.ReturnType.MAP, "array": fontoxpath.ReturnType.ARRAY, "all-results": fontoxpath.ReturnType.ALL_RESULTS }; if (!returnTypeMap[returnType]) { throw new Error(`Invalid return type: ${returnType}, expected one of ${Object.keys(returnTypeMap).join(", ")}`); } return returnTypeMap[returnType]; } function xpathSelector2(options) { return fontoxpath.evaluateXPath( options.expression, options.node || document, null, null, returnTypeTransition(options.returnType) ); } return xpathSelector2; }();