/**! * FlexSearch.js v0.8.143 (Bundle) * Author and Copyright: Thomas Wilkerling * Licence: Apache-2.0 * Hosted by Nextapps GmbH * https://github.com/nextapps-de/flexsearch */ (function _f(self) { "use strict"; if (typeof module !== "undefined") self = module; else if (typeof process !== "undefined") self = process; self._factory = _f; var t; function z(a, c, b) { const e = typeof b, d = typeof a; if ("undefined" !== e) { if ("undefined" !== d) { if (b) { if ("function" === d && e === d) return function (h) { return a(b(h)); }; c = a.constructor; if (c === b.constructor) { if (c === Array) return b.concat(a); if (c === Map) { var f = new Map(b); for (var g of a) f.set(g[0], g[1]); return f; } if (c === Set) { g = new Set(b); for (f of a.values()) g.add(f); return g; } } } return a; } return b; } return "undefined" === d ? c : a; } function B() { return Object.create(null); } function E(a) { return "string" === typeof a; } function I(a) { return "object" === typeof a; } function aa(a) { const c = []; for (const b of a.keys()) c.push(b); return c; } function ba(a, c) { if (E(c)) a = a[c]; else for (let b = 0; a && b < c.length; b++) a = a[c[b]]; return a; } function ca(a) { let c = 0; for (let b = 0, e; b < a.length; b++) (e = a[b]) && c < e.length && (c = e.length); return c; } const da = /[^\p{L}\p{N}]+/u, ea = /(\d{3})/g, fa = /(\D)(\d{3})/g, ha = /(\d{3})(\D)/g, ia = /[\u0300-\u036f]/g; function J(a = {}) { if (!this || this.constructor !== J) return new J(...arguments); if (arguments.length) for (a = 0; a < arguments.length; a++) this.assign(arguments[a]); else this.assign(a); } t = J.prototype; t.assign = function (a) { this.normalize = z(a.normalize, !0, this.normalize); let c = a.include, b = c || a.exclude || a.split, e; if (b || "" === b) { if ("object" === typeof b && b.constructor !== RegExp) { let d = ""; e = !c; c || (d += "\\p{Z}"); b.letter && (d += "\\p{L}"); b.number && ((d += "\\p{N}"), (e = !!c)); b.symbol && (d += "\\p{S}"); b.punctuation && (d += "\\p{P}"); b.control && (d += "\\p{C}"); if ((b = b.char)) d += "object" === typeof b ? b.join("") : b; try { this.split = new RegExp("[" + (c ? 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[].concat.apply([], d) : d[0]; } } return k; } function Ga(a, c, b, e, d) { const f = [], g = B(); let h; var k = a.length; let l; if (e) for (d = k - 1; 0 <= d; d--) { if ((l = (e = a[d]) && e.length)) for (k = 0; k < l; k++) if (((h = e[k]), !g[h])) if (((g[h] = 1), b)) b--; else if ((f.push(h), f.length === c)) return f; } else for (let n = k - 1, m, q = 0; 0 <= n; n--) { m = a[n]; for (let p = 0; p < m.length; p++) if ((l = (e = m[p]) && e.length)) for (let r = 0; r < l; r++) if (((h = e[r]), !g[h])) if (((g[h] = 1), b)) b--; else { let u = ((p + (n < k - 1 ? d || 0 : 0)) / (n + 1)) | 0; (f[u] || (f[u] = [])).push(h); if (++q === c) return f; } } return f; } function Ha(a, c, b) { const e = B(), d = []; for (let f = 0, g; f < c.length; f++) { g = c[f]; for (let h = 0; h < g.length; h++) e[g[h]] = 1; } if (b) for (let f = 0, g; f < a.length; f++) ((g = a[f]), e[g] && (d.push(g), (e[g] = 0))); else for (let f = 0, g, h; f < a.result.length; f++) for (g = a.result[f], c = 0; c < g.length; c++) ((h = g[c]), e[h] && ((d[f] || (d[f] = [])).push(h), (e[h] = 0))); return d; } function Ia(a, c, b, e) { if (!a.length) return a; if (1 === a.length) return ( (a = a[0]), (a = b || a.length > c ? (c ? a.slice(b, b + c) : a.slice(b)) : a), e ? V.call(this, a) : a ); let d = []; for (let f = 0, g, h; f < a.length; f++) if ((g = a[f]) && (h = g.length)) { if (b) { if (b >= h) { b -= h; continue; } b < h && ((g = c ? g.slice(b, b + c) : g.slice(b)), (h = g.length), (b = 0)); } h > c && ((g = g.slice(0, c)), (h = c)); if (!d.length && h >= c) return e ? V.call(this, g) : g; d.push(g); c -= h; if (!c) break; } d = 1 < d.length ? [].concat.apply([], d) : d[0]; return e ? V.call(this, d) : d; } function Ja(a, c, b) { var e = b[0]; if (e.then) return Promise.all(b).then(function (n) { return a[c].apply(a, n); }); if (e[0] && e[0].index) return a[c].apply(a, e); e = []; let d = [], f = 0, g = 0, h, k, l; for (let n = 0, m; n < b.length; n++) if ((m = b[n])) { let q; if (m.constructor === W) q = m.result; else if (m.constructor === Array) q = m; else if ( ((f = m.limit || 0), (g = m.offset || 0), (l = m.suggest), (k = m.resolve), (h = m.enrich && k), m.index) ) ((m.resolve = !1), (q = m.index.search(m).result), (m.resolve = k)); else if (m.and) q = a.and(m.and); else if (m.or) q = a.or(m.or); else if (m.xor) q = a.xor(m.xor); else if (m.not) q = a.not(m.not); else continue; if (q.then) d.push(q); else if (q.length) e[n] = q; else if (!l && ("and" === c || "xor" === c)) { e = []; break; } } return { O: e, P: d, limit: f, offset: g, enrich: h, resolve: k, suggest: l, }; } W.prototype.or = function () { const { O: a, P: c, limit: b, offset: e, enrich: d, resolve: f, } = Ja(this, "or", arguments); return Ka.call(this, a, c, b, e, d, f); }; function Ka(a, c, b, e, d, f) { if (c.length) { const g = this; return Promise.all(c).then(function (h) { a = []; for (let k = 0, l; k < h.length; k++) (l = h[k]).length && (a[k] = l); return Ka.call(g, a, [], b, e, d, f); }); } a.length && (this.result.length && a.push(this.result), 2 > a.length ? (this.result = a[0]) : ((this.result = Ga(a, b, e, !1, this.h)), (e = 0))); return f ? this.resolve(b, e, d) : this; } W.prototype.and = function () { let a = this.result.length, c, b, e, d; if (!a) { const f = arguments[0]; f && ((a = !!f.suggest), (d = f.resolve), (c = f.limit), (b = f.offset), (e = f.enrich && d)); } if (a) { const { O: f, P: g, limit: h, offset: k, enrich: l, resolve: n, suggest: m, } = Ja(this, "and", arguments); return La.call(this, f, g, h, k, l, n, m); } return d ? this.resolve(c, b, e) : this; }; function La(a, c, b, e, d, f, g) { if (c.length) { const h = this; return Promise.all(c).then(function (k) { a = []; for (let l = 0, n; l < k.length; l++) (n = k[l]).length && (a[l] = n); return La.call(h, a, [], b, e, d, f, g); }); } if (a.length) if ((this.result.length && a.unshift(this.result), 2 > a.length)) this.result = a[0]; else { if ((c = ca(a))) return ( (this.result = Fa(a, c, b, e, g, this.h, f)), f ? (d ? V.call(this.index, this.result) : this.result) : this ); this.result = []; } else g || (this.result = a); return f ? this.resolve(b, e, d) : this; } W.prototype.xor = function () { const { O: a, P: c, limit: b, offset: e, enrich: d, resolve: f, suggest: g, } = Ja(this, "xor", arguments); return Ma.call(this, a, c, b, e, d, f, g); }; function Ma(a, c, b, e, d, f, g) { if (c.length) { const h = this; return Promise.all(c).then(function (k) { a = []; for (let l = 0, n; l < k.length; l++) (n = k[l]).length && (a[l] = n); return Ma.call(h, a, [], b, e, d, f, g); }); } if (a.length) if ((this.result.length && a.unshift(this.result), 2 > a.length)) this.result = a[0]; else return ( (this.result = Na.call(this, a, b, e, f, this.h)), f ? (d ? V.call(this.index, this.result) : this.result) : this ); else g || (this.result = a); return f ? this.resolve(b, e, d) : this; } function Na(a, c, b, e, d) { const f = [], g = B(); let h = 0; for (let k = 0, l; k < a.length; k++) if ((l = a[k])) { h < l.length && (h = l.length); for (let n = 0, m; n < l.length; n++) if ((m = l[n])) for (let q = 0, p; q < m.length; q++) ((p = m[q]), (g[p] = g[p] ? 2 : 1)); } for (let k = 0, l, n = 0; k < h; k++) for (let m = 0, q; m < a.length; m++) if ((q = a[m])) if ((l = q[k])) for (let p = 0, r; p < l.length; p++) if (((r = l[p]), 1 === g[r])) if (b) b--; else if (e) { if ((f.push(r), f.length === c)) return f; } else { const u = k + (m ? d : 0); f[u] || (f[u] = []); f[u].push(r); if (++n === c) return f; } return f; } W.prototype.not = function () { const { O: a, P: c, limit: b, offset: e, enrich: d, resolve: f, suggest: g, } = Ja(this, "not", arguments); return Oa.call(this, a, c, b, e, d, f, g); }; function Oa(a, c, b, e, d, f, g) { if (c.length) { const h = this; return Promise.all(c).then(function (k) { a = []; for (let l = 0, n; l < k.length; l++) (n = k[l]).length && (a[l] = n); return Oa.call(h, a, [], b, e, d, f, g); }); } if (a.length && this.result.length) this.result = Pa.call(this, a, b, e, f); else if (f) return this.resolve(b, e, d); return f ? (d ? V.call(this.index, this.result) : this.result) : this; } function Pa(a, c, b, e) { const d = []; a = new Set(a.flat().flat()); for (let f = 0, g, h = 0; f < this.result.length; f++) if ((g = this.result[f])) for (let k = 0, l; k < g.length; k++) if (((l = g[k]), !a.has(l))) if (b) b--; else if (e) { if ((d.push(l), d.length === c)) return d; } else if ((d[f] || (d[f] = []), d[f].push(l), ++h === c)) return d; return d; } function W(a) { if (!this || this.constructor !== W) return new W(a); if (a && a.index) return ( (a.resolve = !1), (this.index = a.index), (this.h = a.boost || 0), (this.result = a.index.search(a).result), this ); this.index = null; this.result = a || []; this.h = 0; } W.prototype.limit = function (a) { if (this.result.length) { const c = []; for (let b = 0, e; b < this.result.length; b++) if ((e = this.result[b])) if (e.length <= a) { if (((c[b] = e), (a -= e.length), !a)) break; } else { c[b] = e.slice(0, a); break; } this.result = c; } return this; }; W.prototype.offset = function (a) { if (this.result.length) { const c = []; for (let b = 0, e; b < this.result.length; b++) if ((e = this.result[b])) e.length <= a ? (a -= e.length) : ((c[b] = e.slice(a)), (a = 0)); this.result = c; } return this; }; W.prototype.boost = function (a) { this.h += a; return this; }; W.prototype.resolve = function (a, c, b) { const e = this.result, d = this.index; this.result = this.index = null; return e.length ? ("object" === typeof a && ((b = a.enrich), (c = a.offset), (a = a.limit)), Ia.call(d, e, a || 100, c, b)) : e; }; B(); U.prototype.search = function (a, c, b, e) { b || (!c && I(a) ? ((b = a), (a = "")) : I(c) && ((b = c), (c = 0))); let d = []; var f = [], g; let h; let k, l; let n = 0; var m = !0; let q; if (b) { b.constructor === Array && (b = { index: b }); a = b.query || a; var p = b.pluck; h = b.merge; k = p || b.field || ((k = b.index) && (k.index ? null : k)); l = this.tag && b.tag; var r = b.suggest; m = !1 !== b.resolve; m || p || !(k = k || this.field) || (E(k) ? (p = k) : (k.constructor === Array && 1 === k.length && (k = k[0]), (p = k.field || k.index))); q = (g = this.store && b.enrich && m) && b.highlight; c = b.limit || c; var u = b.offset || 0; c || (c = 100); if (l && (!this.db || !e)) { l.constructor !== Array && (l = [l]); var v = []; for (let A = 0, x; A < l.length; A++) if (((x = l[A]), x.field && x.tag)) { var w = x.tag; if (w.constructor === Array) for (var y = 0; y < w.length; y++) v.push(x.field, w[y]); else v.push(x.field, w); } else { w = Object.keys(x); for (let D = 0, G, C; D < w.length; D++) if (((G = w[D]), (C = x[G]), C.constructor === Array)) for (y = 0; y < C.length; y++) v.push(G, C[y]); else v.push(G, C); } l = v; if (!a) { m = []; if (v.length) for (f = 0; f < v.length; f += 2) { if (this.db) { p = this.index.get(v[f]); if (!p) continue; m.push((p = p.db.tag(v[f + 1], c, u, g))); } else p = Qa.call(this, v[f], v[f + 1], c, u, g); d.push({ field: v[f], tag: v[f + 1], result: p }); } return m.length ? Promise.all(m).then(function (A) { for (let x = 0; x < A.length; x++) d[x].result = A[x]; return d; }) : d; } } k && k.constructor !== Array && (k = [k]); } k || (k = this.field); v = !e && (this.worker || this.db) && []; let F; for (let A = 0, x, D, G; A < k.length; A++) { D = k[A]; if (this.db && this.tag && !this.D[A]) continue; let C; E(D) || ((C = D), (D = C.field), (a = C.query || a), (c = C.limit || c), (u = C.offset || u), (r = C.suggest || r), (g = this.store && (C.enrich || g))); if (e) x = e[A]; else if ( ((w = C || b), (y = this.index.get(D)), l && (this.db && ((w.tag = l), (F = y.db.support_tag_search), (w.field = k)), F || (w.enrich = !1)), v) ) { v[A] = y.search(a, c, w); w && g && (w.enrich = g); continue; } else ((x = y.search(a, c, w)), w && g && (w.enrich = g)); G = x && (m ? x.length : x.result.length); if (l && G) { w = []; y = 0; if (this.db && e) { if (!F) for (let H = k.length; H < e.length; H++) { let L = e[H]; if (L && L.length) (y++, w.push(L)); else if (!r) return m ? d : new W(d); } } else for (let H = 0, L, sb; H < l.length; H += 2) { L = this.tag.get(l[H]); if (!L) if (r) continue; else return m ? d : new W(d); if ((sb = (L = L && L.get(l[H + 1])) && L.length)) (y++, w.push(L)); else if (!r) return m ? d : new W(d); } if (y) { x = Ha(x, w, m); G = x.length; if (!G && !r) return m ? x : new W(x); y--; } } if (G) ((f[n] = D), d.push(x), n++); else if (1 === k.length) return m ? d : new W(d); } if (v) { if (this.db && l && l.length && !F) for (g = 0; g < l.length; g += 2) { f = this.index.get(l[g]); if (!f) if (r) continue; else return m ? d : new W(d); v.push(f.db.tag(l[g + 1], c, u, !1)); } const A = this; return Promise.all(v).then(function (x) { return x.length ? 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Sa(d, a, this.index, this.field, this.D, q) : d; }; function Sa(a, c, b, e, d, f) { let g, h, k; for (let n = 0, m, q, p, r; n < a.length; n++) { let u = a[n].result; m = a[n].field; p = b.get(m); q = p.encoder; k = p.tokenize; r = d[e.indexOf(m)]; q !== g && ((g = q), (h = g.encode(c))); for (let v = 0; v < u.length; v++) { let w = ""; var l = ba(u[v].doc, r); let y = g.encode(l); l = l.split(g.split); for (let F = 0, A, x; F < y.length; F++) { A = y[F]; x = l[F]; if (!A || !x) continue; let D; for (let G = 0, C; G < h.length; G++) if (((C = h[G]), "strict" === k)) { if (A === C) { w += (w ? " " : "") + f.replace("$1", x); D = !0; break; } } else { const H = A.indexOf(C); if (-1 < H) { w += (w ? " " : "") + x.substring(0, H) + f.replace("$1", x.substring(H, C.length)) + x.substring(H + C.length); D = !0; break; } } D || (w += (w ? 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(this.F[d] = f.custom) : ((this.F[d] = Ta(g, this.J)), f.filter && ("string" === typeof this.F[d] && (this.F[d] = new String(this.F[d])), (this.F[d].I = f.filter))); this.R[d] = g; this.tag.set(g, new Map()); } } if (this.worker) { this.fastupdate = !1; a = []; for (const d of this.index.values()) d.then && a.push(d); if (a.length) { const d = this; return Promise.all(a).then(function (f) { let g = 0; for (const h of d.index.entries()) { const k = h[0]; h[1].then && d.index.set(k, f[g++]); } return d; }); } } else a.db && ((this.fastupdate = !1), this.mount(a.db)); } t = U.prototype; t.mount = function (a) { let c = this.field; if (this.tag) for (let d = 0, f; d < this.R.length; d++) { f = this.R[d]; var b = void 0; this.index.set(f, (b = new N({}, this.reg))); c === this.field && (c = c.slice(0)); c.push(f); b.tag = this.tag.get(f); } b = []; const e = { db: a.db, type: a.type, fastupdate: a.fastupdate }; for (let d = 0, f, g; d < c.length; d++) { e.field = g = c[d]; f = this.index.get(g); const h = new a.constructor(a.id, e); h.id = a.id; b[d] = h.mount(f); f.document = !0; d ? (f.bypass = !0) : (f.store = this.store); } this.db = !0; return Promise.all(b); }; t.commit = async function (a, c) { const b = []; for (const e of this.index.values()) b.push(e.commit(a, c)); await Promise.all(b); this.reg.clear(); }; t.destroy = function () { const a = []; for (const c of this.index.values()) a.push(c.destroy()); return Promise.all(a); }; function Ua(a, c) { const b = new Map(); let e = c.index || c.field || c; E(e) && (e = [e]); for (let d = 0, f, g; d < e.length; d++) { f = e[d]; E(f) || ((g = f), (f = f.field)); g = I(g) ? Object.assign({}, a, g) : a; if (this.worker) { const h = new P(g); b.set(f, h); } this.worker || b.set(f, new N(g, this.reg)); g.custom ? (this.D[d] = g.custom) : ((this.D[d] = Ta(f, this.J)), g.filter && ("string" === typeof this.D[d] && (this.D[d] = new String(this.D[d])), (this.D[d].I = g.filter))); this.field[d] = f; } if (this.C) { a = c.store; E(a) && (a = [a]); for (let d = 0, f, g; d < a.length; d++) ((f = a[d]), (g = f.field || f), f.custom ? ((this.C[d] = f.custom), (f.custom.V = g)) : ((this.C[d] = Ta(g, this.J)), f.filter && ("string" === typeof this.C[d] && (this.C[d] = new String(this.C[d])), (this.C[d].I = f.filter)))); } return b; } function Ta(a, c) { const b = a.split(":"); let e = 0; for (let d = 0; d < b.length; d++) ((a = b[d]), "]" === a[a.length - 1] && (a = a.substring(0, a.length - 2)) && (c[e] = !0), a && (b[e++] = a)); e < b.length && (b.length = e); return 1 < e ? b : b[0]; } t.append = function (a, c) { return this.add(a, c, !0); }; t.update = function (a, c) { return this.remove(a).add(a, c); }; t.remove = function (a) { I(a) && (a = ba(a, this.key)); for (var c of this.index.values()) c.remove(a, !0); if (this.reg.has(a)) { if (this.tag && !this.fastupdate) for (let b of this.tag.values()) for (let e of b) { c = e[0]; const d = e[1], f = d.indexOf(a); -1 < f && (1 < d.length ? d.splice(f, 1) : b.delete(c)); } this.store && this.store.delete(a); this.reg.delete(a); } this.cache && this.cache.remove(a); return this; }; t.clear = function () { const a = []; for (const c of this.index.values()) { const b = c.clear(); b.then && a.push(b); } if (this.tag) for (const c of this.tag.values()) c.clear(); this.store && this.store.clear(); this.cache && this.cache.clear(); return a.length ? Promise.all(a) : this; }; t.contain = function (a) { return this.db ? this.index.get(this.field[0]).db.has(a) : this.reg.has(a); }; t.cleanup = function () { for (const a of this.index.values()) a.cleanup(); return this; }; t.get = function (a) { return this.db ? this.index .get(this.field[0]) .db.enrich(a) .then(function (c) { return c[0] && c[0].doc; }) : this.store.get(a); }; t.set = function (a, c) { this.store.set(a, c); return this; }; t.searchCache = Va; t.export = function (a, c, b = 0, e = 0) { if (b < this.field.length) { const g = this.field[b]; if ((c = this.index.get(g).export(a, g, b, (e = 1))) && c.then) { const h = this; return c.then(function () { return h.export(a, g, b + 1); }); } return this.export(a, g, b + 1); } let d, f; switch (e) { case 0: d = "reg"; f = wa(this.reg); c = null; break; case 1: d = "tag"; f = this.tag && ua(this.tag, this.reg.size); c = null; break; case 2: d = "doc"; f = this.store && sa(this.store); c = null; break; default: return; } return ya.call(this, a, c, d, f, b, e); }; t.import = function (a, c) { var b = a.split("."); "json" === b[b.length - 1] && b.pop(); const e = 2 < b.length ? b[0] : ""; b = 2 < b.length ? b[2] : b[1]; if (this.worker && e) return this.index.get(e).import(a); if (c) { "string" === typeof c && (c = JSON.parse(c)); if (e) return this.index.get(e).import(b, c); switch (b) { case "reg": this.fastupdate = !1; this.reg = xa(c, this.reg); for (let d = 0, f; d < this.field.length; d++) ((f = this.index.get(this.field[d])), (f.fastupdate = !1), (f.reg = this.reg)); if (this.worker) { c = []; for (const d of this.index.values()) c.push(d.import(a)); return Promise.all(c); } break; case "tag": this.tag = va(c, this.tag); break; case "doc": this.store = ta(c, this.store); } } }; la(U.prototype); function Va(a, c, b) { a = ("object" === typeof a ? "" + a.query : a).toLowerCase(); this.cache || (this.cache = new X()); let e = this.cache.get(a); if (!e) { e = this.search(a, c, b); if (e.then) { const d = this; e.then(function (f) { d.cache.set(a, f); return f; }); } this.cache.set(a, e); } return e; } function X(a) { this.limit = a && !0 !== a ? a : 1e3; this.cache = new Map(); this.h = ""; } X.prototype.set = function (a, c) { this.cache.set((this.h = a), c); this.cache.size > this.limit && this.cache.delete(this.cache.keys().next().value); }; X.prototype.get = function (a) { const c = this.cache.get(a); c && this.h !== a && (this.cache.delete(a), this.cache.set((this.h = a), c)); return c; }; X.prototype.remove = function (a) { for (const c of this.cache) { const b = c[0]; c[1].includes(a) && this.cache.delete(b); } }; X.prototype.clear = function () { this.cache.clear(); this.h = ""; }; const Wa = { normalize: !1, numeric: !1, split: /\s+/ }; const Xa = { normalize: !0 }; const Ya = { normalize: !0, dedupe: !0 }; const Za = new Map([ ["b", "p"], ["v", "f"], ["w", "f"], ["z", "s"], ["x", "s"], ["d", "t"], ["n", "m"], ["c", "k"], ["g", "k"], ["j", "k"], ["q", "k"], ["i", "e"], ["y", "e"], ["u", "o"], ]); const $a = new Map([ ["ae", "a"], ["oe", "o"], ["sh", "s"], ["kh", "k"], ["th", "t"], ["ph", "f"], ["pf", "f"], ]), ab = [ /([^aeo])h(.)/g, "$1$2", /([aeo])h([^aeo]|$)/g, "$1$2", /(.)\1+/g, "$1", ]; const bb = { a: "", e: "", i: "", o: "", u: "", y: "", b: 1, f: 1, p: 1, v: 1, c: 2, g: 2, j: 2, k: 2, q: 2, s: 2, x: 2, z: 2, "\u00df": 2, d: 3, t: 3, l: 4, m: 5, n: 5, r: 6, }; var cb = { X: Wa, W: Xa, Y: Ya, LatinBalance: { normalize: !0, dedupe: !0, mapper: Za }, LatinAdvanced: { normalize: !0, dedupe: !0, mapper: Za, matcher: $a, replacer: ab, }, LatinExtra: { normalize: !0, dedupe: !0, mapper: Za, replacer: ab.concat([/(?!^)[aeo]/g, ""]), matcher: $a, }, LatinSoundex: { normalize: !0, dedupe: !1, include: { letter: !0 }, finalize: function (a) { for (let b = 0; b < a.length; b++) { var c = a[b]; let e = c.charAt(0), d = bb[e]; for ( let f = 1, g; f < c.length && ((g = c.charAt(f)), "h" === g || "w" === g || !(g = bb[g]) || g === d || ((e += g), (d = g), 4 !== e.length)); f++ ); a[b] = e; } }, }, LatinExact: Wa, LatinDefault: Xa, LatinSimple: Ya, }; const db = { memory: { resolution: 1 }, performance: { resolution: 3, fastupdate: !0, context: { depth: 1, resolution: 1 }, }, match: { tokenize: "forward" }, score: { resolution: 9, context: { depth: 2, resolution: 3 } }, }; N.prototype.add = function (a, c, b, e) { if (c && (a || 0 === a)) { if (!e && !b && this.reg.has(a)) return this.update(a, c); c = this.encoder.encode(c); if ((e = c.length)) { const l = B(), n = B(), m = this.depth, q = this.resolution; for (let p = 0; p < e; p++) { let r = c[this.rtl ? e - 1 - p : p]; var d = r.length; if (d && (m || !n[r])) { var f = this.score ? this.score(c, r, p, null, 0) : eb(q, e, p), g = ""; switch (this.tokenize) { case "full": if (2 < d) { for (let u = 0, v; u < d; u++) for (f = d; f > u; f--) { g = r.substring(u, f); v = this.rtl ? d - 1 - u : u; var h = this.score ? this.score(c, r, p, g, v) : eb(q, e, p, d, v); fb(this, n, g, h, a, b); } break; } case "bidirectional": case "reverse": if (1 < d) { for (h = d - 1; 0 < h; h--) { g = r[this.rtl ? d - 1 - h : h] + g; var k = this.score ? this.score(c, r, p, g, h) : eb(q, e, p, d, h); fb(this, n, g, k, a, b); } g = ""; } case "forward": if (1 < d) { for (h = 0; h < d; h++) ((g += r[this.rtl ? d - 1 - h : h]), fb(this, n, g, f, a, b)); break; } default: if ((fb(this, n, r, f, a, b), m && 1 < e && p < e - 1)) for ( d = B(), g = this.U, f = r, h = Math.min(m + 1, this.rtl ? p + 1 : e - p), d[f] = 1, k = 1; k < h; k++ ) if ((r = c[this.rtl ? e - 1 - p - k : p + k]) && !d[r]) { d[r] = 1; const u = this.score ? this.score(c, f, p, r, k - 1) : eb(g + (e / 2 > g ? 0 : 1), e, p, h - 1, k - 1), v = this.bidirectional && r > f; fb(this, l, v ? f : r, u, a, b, v ? r : f); } } } } this.fastupdate || this.reg.add(a); } else c = ""; } this.db && (c || this.commit_task.push({ del: a }), this.T && gb(this)); return this; }; function fb(a, c, b, e, d, f, g) { let h = g ? a.ctx : a.map, k; if (!c[b] || (g && !(k = c[b])[g])) if ( (g ? ((c = k || (c[b] = B())), (c[g] = 1), (k = h.get(g)) ? (h = k) : h.set(g, (h = new Map()))) : (c[b] = 1), (k = h.get(b)) ? (h = k) : h.set(b, (h = k = [])), (h = h[e] || (h[e] = [])), !f || !h.includes(d)) ) { if (h.length === 2 ** 31 - 1) { c = new R(h); if (a.fastupdate) for (let l of a.reg.values()) l.includes(h) && (l[l.indexOf(h)] = c); k[e] = h = c; } h.push(d); a.fastupdate && ((e = a.reg.get(d)) ? e.push(h) : a.reg.set(d, [h])); } } function eb(a, c, b, e, d) { return b && 1 < a ? c + (e || 0) <= a ? b + (d || 0) : (((a - 1) / (c + (e || 0))) * (b + (d || 0)) + 1) | 0 : 0; } N.prototype.search = function (a, c, b) { b || (!c && I(a) ? ((b = a), (a = "")) : I(c) && ((b = c), (c = 0))); let e = [], d, f, g, h = 0, k, l, n, m, q; b ? ((a = b.query || a), (c = b.limit || c), (h = b.offset || 0), (f = b.context), (g = b.suggest), (q = (k = !1 !== b.resolve) && b.enrich), (n = b.boost), (m = b.resolution), (l = this.db && b.tag)) : (k = this.resolve); let p = this.encoder.encode(a); d = p.length; c = c || (k ? 100 : 0); if (1 === d) return hb.call(this, p[0], "", c, h, k, q, l); f = this.depth && !1 !== f; if (2 === d && f && !g) return hb.call(this, p[0], p[1], c, h, k, q, l); let r = B(), u = 0, v; 1 < d && f && ((v = p[0]), (u = 1)); m || 0 === m || (m = v ? this.U : this.resolution); if (this.db) { if ( this.db.search && ((a = this.db.search(this, p, c, h, g, k, q, l)), !1 !== a) ) return a; const w = this; return (async function () { for (let y, F; u < d; u++) { if ((F = p[u]) && !r[F]) { r[F] = 1; y = await ib(w, F, v, 0, 0, !1, !1); if ((y = jb(y, e, g, m))) { e = y; break; } v && ((g && y && e.length) || (v = F)); } g && v && u === d - 1 && !e.length && ((m = w.resolution), (v = ""), (u = -1), (r = B())); } return kb(e, m, c, h, g, n, k); })(); } for (let w, y; u < d; u++) { if ((y = p[u]) && !r[y]) { r[y] = 1; w = ib(this, y, v, 0, 0, !1, !1); if ((w = jb(w, e, g, m))) { e = w; break; } v && ((g && w && e.length) || (v = y)); } g && v && u === d - 1 && !e.length && ((m = this.resolution), (v = ""), (u = -1), (r = B())); } return kb(e, m, c, h, g, n, k); }; function kb(a, c, b, e, d, f, g) { let h = a.length, k = a; if (1 < h) k = Fa(a, c, b, e, d, f, g); else if (1 === h) return g ? Ia.call(null, a[0], b, e) : new W(a[0]); return g ? k : new W(k); } function hb(a, c, b, e, d, f, g) { a = ib(this, a, c, b, e, d, f, g); return this.db ? a.then(function (h) { return d ? h || [] : new W(h); }) : a && a.length ? d ? Ia.call(this, a, b, e) : new W(a) : d ? [] : new W(); } function jb(a, c, b, e) { let d = []; if (a && a.length) { if (a.length <= e) { c.push(a); return; } for (let f = 0, g; f < e; f++) if ((g = a[f])) d[f] = g; if (d.length) { c.push(d); return; } } if (!b) return d; } function ib(a, c, b, e, d, f, g, h) { let k; b && (k = a.bidirectional && c > b) && ((k = b), (b = c), (c = k)); if (a.db) return a.db.get(c, b, e, d, f, g, h); a = b ? (a = a.ctx.get(b)) && a.get(c) : a.map.get(c); return a; } N.prototype.remove = function (a, c) { const b = this.reg.size && (this.fastupdate ? this.reg.get(a) : this.reg.has(a)); if (b) { if (this.fastupdate) for (let e = 0, d; e < b.length; e++) { if ((d = b[e])) if (2 > d.length) d.pop(); else { const f = d.indexOf(a); f === b.length - 1 ? d.pop() : d.splice(f, 1); } } else (lb(this.map, a), this.depth && lb(this.ctx, a)); c || this.reg.delete(a); } this.db && (this.commit_task.push({ del: a }), this.T && gb(this)); this.cache && this.cache.remove(a); return this; }; function lb(a, c) { let b = 0; if (a.constructor === Array) for (let e = 0, d, f; e < a.length; e++) { if ((d = a[e]) && d.length) if (((f = d.indexOf(c)), 0 <= f)) { 1 < d.length ? (d.splice(f, 1), b++) : delete a[e]; break; } else b++; } else for (let e of a.entries()) { const d = e[0], f = lb(e[1], c); f ? (b += f) : a.delete(d); } return b; } function N(a, c) { if (!this || this.constructor !== N) return new N(a); if (a) { var b = E(a) ? a : a.preset; b && (a = Object.assign({}, db[b], a)); } else a = {}; b = a.context; const e = !0 === b ? { depth: 1 } : b || {}, d = E(a.encoder) ? cb[a.encoder] : a.encode || a.encoder || Xa; this.encoder = d.encode ? d : "object" === typeof d ? new J(d) : { encode: d }; this.resolution = a.resolution || 9; this.tokenize = b = ((b = a.tokenize) && "default" !== b && "exact" !== b && b) || "strict"; this.depth = ("strict" === b && e.depth) || 0; this.bidirectional = !1 !== e.bidirectional; this.fastupdate = !!a.fastupdate; this.score = a.score || null; (b = a.keystore || 0) && (this.keystore = b); this.map = b ? new S(b) : new Map(); this.ctx = b ? new S(b) : new Map(); this.reg = c || (this.fastupdate ? (b ? new S(b) : new Map()) : b ? new T(b) : new Set()); this.U = e.resolution || 3; this.rtl = d.rtl || a.rtl || !1; this.cache = (b = a.cache || null) && new X(b); this.resolve = !1 !== a.resolve; if ((b = a.db)) this.db = this.mount(b); this.T = !1 !== a.commit; this.commit_task = []; this.commit_timer = null; this.priority = a.priority || 4; } t = N.prototype; t.mount = function (a) { this.commit_timer && (clearTimeout(this.commit_timer), (this.commit_timer = null)); return a.mount(this); }; t.commit = function (a, c) { this.commit_timer && (clearTimeout(this.commit_timer), (this.commit_timer = null)); return this.db.commit(this, a, c); }; t.destroy = function () { this.commit_timer && (clearTimeout(this.commit_timer), (this.commit_timer = null)); return this.db.destroy(); }; function gb(a) { a.commit_timer || (a.commit_timer = setTimeout(function () { a.commit_timer = null; a.db.commit(a, void 0, void 0); }, 1)); } t.clear = function () { this.map.clear(); this.ctx.clear(); this.reg.clear(); this.cache && this.cache.clear(); this.db && (this.commit_timer && clearTimeout(this.commit_timer), (this.commit_timer = null), (this.commit_task = [{ clear: !0 }])); return this; }; t.append = function (a, c) { return this.add(a, c, !0); }; t.contain = function (a) { return this.db ? this.db.has(a) : this.reg.has(a); }; t.update = function (a, c) { const b = this, e = this.remove(a); return e && e.then ? e.then(() => b.add(a, c)) : this.add(a, c); }; function mb(a) { let c = 0; if (a.constructor === Array) for (let b = 0, e; b < a.length; b++) (e = a[b]) && (c += e.length); else for (const b of a.entries()) { const e = b[0], d = mb(b[1]); d ? (c += d) : a.delete(e); } return c; } t.cleanup = function () { if (!this.fastupdate) return this; mb(this.map); this.depth && mb(this.ctx); return this; }; t.searchCache = Va; t.export = function (a, c, b = 0, e = 0) { let d, f; switch (e) { case 0: d = "reg"; f = wa(this.reg); break; case 1: d = "cfg"; f = null; break; case 2: d = "map"; f = sa(this.map, this.reg.size); break; case 3: d = "ctx"; f = ua(this.ctx, this.reg.size); break; default: return; } return ya.call(this, a, c, d, f, b, e); }; t.import = function (a, c) { if (c) switch ( ("string" === typeof c && (c = JSON.parse(c)), (a = a.split(".")), "json" === a[a.length - 1] && a.pop(), 3 === a.length && a.shift(), (a = 1 < a.length ? a[1] : a[0]), a) ) { case "reg": this.fastupdate = !1; this.reg = xa(c, this.reg); break; case "map": this.map = ta(c, this.map); break; case "ctx": this.ctx = va(c, this.ctx); } }; t.serialize = function (a = !0) { let c = "", b = "", e = ""; if (this.reg.size) { let f; for (var d of this.reg.keys()) (f || (f = typeof d), (c += (c ? "," : "") + ("string" === f ? '"' + d + '"' : d))); c = "index.reg=new Set([" + c + "]);"; b = za(this.map, f); b = "index.map=new Map([" + b + "]);"; for (const g of this.ctx.entries()) { d = g[0]; let h = za(g[1], f); h = "new Map([" + h + "])"; h = '["' + d + '",' + h + "]"; e += (e ? "," : "") + h; } e = "index.ctx=new Map([" + e + "]);"; } return a ? "function inject(index){" + c + b + e + "}" : c + b + e; }; la(N.prototype); const nb = "undefined" !== typeof window && (window.indexedDB || window.mozIndexedDB || window.webkitIndexedDB || window.msIndexedDB), ob = ["map", "ctx", "tag", "reg", "cfg"], Y = B(); function pb(a, c = {}) { if (!this) return new pb(a, c); "object" === typeof a && ((c = a), (a = a.name)); a || console.info( "Default storage space was used, because a name was not passed.", ); this.id = "flexsearch" + (a ? ":" + a.toLowerCase().replace(/[^a-z0-9_\-]/g, "") : ""); this.field = c.field ? c.field.toLowerCase().replace(/[^a-z0-9_\-]/g, "") : ""; this.type = c.type; this.fastupdate = this.support_tag_search = !1; this.db = null; this.h = {}; } t = pb.prototype; t.mount = function (a) { if (!a.encoder) return a.mount(this); a.db = this; return this.open(); }; t.open = function () { if (this.db) return this.db; let a = this; navigator.storage && navigator.storage.persist(); Y[a.id] || (Y[a.id] = []); Y[a.id].push(a.field); const c = nb.open(a.id, 1); c.onupgradeneeded = function () { const b = (a.db = this.result); for (let e = 0, d; e < ob.length; e++) { d = ob[e]; for (let f = 0, g; f < Y[a.id].length; f++) ((g = Y[a.id][f]), b.objectStoreNames.contains( d + ("reg" !== d ? (g ? ":" + g : "") : ""), ) || b.createObjectStore(d + ("reg" !== d ? (g ? ":" + g : "") : ""))); } }; return (a.db = Z(c, function (b) { a.db = b; a.db.onversionchange = function () { a.close(); }; })); }; t.close = function () { this.db && this.db.close(); this.db = null; }; t.destroy = function () { const a = nb.deleteDatabase(this.id); return Z(a); }; t.clear = function () { const a = []; for (let b = 0, e; b < ob.length; b++) { e = ob[b]; for (let d = 0, f; d < Y[this.id].length; d++) ((f = Y[this.id][d]), a.push(e + ("reg" !== e ? (f ? ":" + f : "") : ""))); } const c = this.db.transaction(a, "readwrite"); for (let b = 0; b < a.length; b++) c.objectStore(a[b]).clear(); return Z(c); }; t.get = function (a, c, b = 0, e = 0, d = !0, f = !1) { a = this.db .transaction( (c ? "ctx" : "map") + (this.field ? ":" + this.field : ""), "readonly", ) .objectStore((c ? "ctx" : "map") + (this.field ? ":" + this.field : "")) .get(c ? c + ":" + a : a); const g = this; return Z(a).then(function (h) { let k = []; if (!h || !h.length) return k; if (d) { if (!b && !e && 1 === h.length) return h[0]; for (let l = 0, n; l < h.length; l++) if ((n = h[l]) && n.length) { if (e >= n.length) { e -= n.length; continue; } const m = b ? e + Math.min(n.length - e, b) : n.length; for (let q = e; q < m; q++) k.push(n[q]); e = 0; if (k.length === b) break; } return f ? g.enrich(k) : k; } return h; }); }; t.tag = function (a, c = 0, b = 0, e = !1) { a = this.db .transaction("tag" + (this.field ? ":" + this.field : ""), "readonly") .objectStore("tag" + (this.field ? ":" + this.field : "")) .get(a); const d = this; return Z(a).then(function (f) { if (!f || !f.length || b >= f.length) return []; if (!c && !b) return f; f = f.slice(b, b + c); return e ? d.enrich(f) : f; }); }; t.enrich = function (a) { "object" !== typeof a && (a = [a]); const c = this.db.transaction("reg", "readonly").objectStore("reg"), b = []; for (let e = 0; e < a.length; e++) b[e] = Z(c.get(a[e])); return Promise.all(b).then(function (e) { for (let d = 0; d < e.length; d++) e[d] = { id: a[d], doc: e[d] ? JSON.parse(e[d]) : null }; return e; }); }; t.has = function (a) { a = this.db.transaction("reg", "readonly").objectStore("reg").getKey(a); return Z(a).then(function (c) { return !!c; }); }; t.search = null; t.info = function () {}; t.transaction = function (a, c, b) { a += "reg" !== a ? (this.field ? ":" + this.field : "") : ""; let e = this.h[a + ":" + c]; if (e) return b.call(this, e); let d = this.db.transaction(a, c); this.h[a + ":" + c] = e = d.objectStore(a); const f = b.call(this, e); this.h[a + ":" + c] = null; return Z(d).finally(function () { d = e = null; return f; }); }; t.commit = async function (a, c, b) { if (c) (await this.clear(), (a.commit_task = [])); else { let e = a.commit_task; a.commit_task = []; for (let d = 0, f; d < e.length; d++) if (((f = e[d]), f.clear)) { await this.clear(); c = !0; break; } else e[d] = f.del; c || (b || (e = e.concat(aa(a.reg))), e.length && (await this.remove(e))); } a.reg.size && (await this.transaction("map", "readwrite", function (e) { for (const d of a.map) { const f = d[0], g = d[1]; g.length && (c ? e.put(g, f) : (e.get(f).onsuccess = function () { let h = this.result; var k; if (h && h.length) { const l = Math.max(h.length, g.length); for (let n = 0, m, q; n < l; n++) if ((q = g[n]) && q.length) { if ((m = h[n]) && m.length) for (k = 0; k < q.length; k++) m.push(q[k]); else h[n] = q; k = 1; } } else ((h = g), (k = 1)); k && e.put(h, f); })); } }), await this.transaction("ctx", "readwrite", function (e) { for (const d of a.ctx) { const f = d[0], g = d[1]; for (const h of g) { const k = h[0], l = h[1]; l.length && (c ? e.put(l, f + ":" + k) : (e.get(f + ":" + k).onsuccess = function () { let n = this.result; var m; if (n && n.length) { const q = Math.max(n.length, l.length); for (let p = 0, r, u; p < q; p++) if ((u = l[p]) && u.length) { if ((r = n[p]) && r.length) for (m = 0; m < u.length; m++) r.push(u[m]); else n[p] = u; m = 1; } } else ((n = l), (m = 1)); m && e.put(n, f + ":" + k); })); } } }), a.store ? await this.transaction("reg", "readwrite", function (e) { for (const d of a.store) { const f = d[0], g = d[1]; e.put("object" === typeof g ? JSON.stringify(g) : 1, f); } }) : a.bypass || (await this.transaction("reg", "readwrite", function (e) { for (const d of a.reg.keys()) e.put(1, d); })), a.tag && (await this.transaction("tag", "readwrite", function (e) { for (const d of a.tag) { const f = d[0], g = d[1]; g.length && (e.get(f).onsuccess = function () { let h = this.result; h = h && h.length ? h.concat(g) : g; e.put(h, f); }); } })), a.map.clear(), a.ctx.clear(), a.tag && a.tag.clear(), a.store && a.store.clear(), a.document || a.reg.clear()); }; function qb(a, c, b) { const e = a.value; let d, f = 0; for (let g = 0, h; g < e.length; g++) { if ((h = b ? e : e[g])) { for (let k = 0, l, n; k < c.length; k++) if (((n = c[k]), (l = h.indexOf(n)), 0 <= l)) if (((d = 1), 1 < h.length)) h.splice(l, 1); else { e[g] = []; break; } f += h.length; } if (b) break; } f ? d && a.update(e) : a.delete(); a.continue(); } t.remove = function (a) { "object" !== typeof a && (a = [a]); return Promise.all([ this.transaction("map", "readwrite", function (c) { c.openCursor().onsuccess = function () { const b = this.result; b && qb(b, a); }; }), this.transaction("ctx", "readwrite", function (c) { c.openCursor().onsuccess = function () { const b = this.result; b && qb(b, a); }; }), this.transaction("tag", "readwrite", function (c) { c.openCursor().onsuccess = function () { const b = this.result; b && qb(b, a, !0); }; }), this.transaction("reg", "readwrite", function (c) { for (let b = 0; b < a.length; b++) c.delete(a[b]); }), ]); }; function Z(a, c) { return new Promise((b, e) => { a.onsuccess = a.oncomplete = function () { c && c(this.result); c = null; b(this.result); }; a.onerror = a.onblocked = e; a = null; }); } const rb = { Index: N, Charset: cb, Encoder: J, Document: U, Worker: P, Resolver: W, IndexedDB: pb, Language: {}, }, tb = "undefined" !== typeof self ? self : "undefined" !== typeof global ? global : self; let ub; (ub = tb.define) && ub.amd ? ub([], function () { return rb; }) : "object" === typeof tb.exports ? (tb.exports = rb) : (tb.FlexSearch = rb); })(this || self);