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backend/node_modules/zeptomatch/dist/compile/index.d.ts

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+import type { Node, Options } from '../types.js';
+declare const compile: (node: Node, options?: Options) => RegExp;
+export default compile;

backend/node_modules/zeptomatch/dist/compile/index.js

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+/* IMPORT */
+import graphmatch from 'graphmatch';
+/* MAIN */
+const compile = (node, options) => {
+    const re = graphmatch.compile(node, options);
+    const source = `${re.source.slice(0, -1)}[\\\\/]?$`; // With optional trailing slash
+    const flags = re.flags;
+    return new RegExp(source, flags);
+};
+/* EXPORT */
+export default compile;

backend/node_modules/zeptomatch/dist/index.d.ts

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+import type { Options } from './types.js';
+declare const zeptomatch: {
+    (glob: string | string[], path: string, options?: Options): boolean;
+    compile: (glob: string | string[], options?: Options) => RegExp;
+};
+export default zeptomatch;
+export type { Options };

backend/node_modules/zeptomatch/dist/index.js

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+/* IMPORT */
+import compile from './compile/index.js';
+import merge from './merge/index.js';
+import normalize from './normalize/index.js';
+import parse from './parse/index.js';
+import { isString, memoizeByObject, memoizeByPrimitive } from './utils.js';
+/* MAIN */
+const zeptomatch = (glob, path, options) => {
+    return zeptomatch.compile(glob, options).test(path);
+};
+/* UTILITIES */
+zeptomatch.compile = (() => {
+    const compileGlob = memoizeByPrimitive((glob, options) => {
+        return compile(parse(normalize(glob)), options);
+    });
+    const compileGlobs = memoizeByObject((globs, options) => {
+        return merge(globs.map(glob => compileGlob(glob, options)));
+    });
+    return (glob, options) => {
+        if (isString(glob)) {
+            return compileGlob(glob, options);
+        }
+        else {
+            return compileGlobs(glob, options);
+        }
+    };
+})();
+/* EXPORT */
+export default zeptomatch;

backend/node_modules/zeptomatch/dist/merge/index.d.ts

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+declare const merge: (res: RegExp[]) => RegExp;
+export default merge;

backend/node_modules/zeptomatch/dist/merge/index.js

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+/* MAIN */
+const merge = (res) => {
+    const source = res.map(re => re.source).join('|') || '$^';
+    const flags = res[0]?.flags;
+    return new RegExp(source, flags);
+};
+/* EXPORT */
+export default merge;

backend/node_modules/zeptomatch/dist/normalize/grammar.d.ts

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+declare const Grammar: import("grammex").ExplicitRule<string>;
+export default Grammar;

backend/node_modules/zeptomatch/dist/normalize/grammar.js

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+/* IMPORT */
+import { match, or, star } from 'grammex';
+import { identity } from '../utils.js';
+/* MAIN */
+const Escaped = match(/\\./, identity);
+const Passthrough = match(/./, identity);
+const StarStarStar = match(/\*\*\*+/, '*');
+const StarStarNoLeft = match(/([^/{[(!])\*\*/, (_, $1) => `${$1}*`);
+const StarStarNoRight = match(/(^|.)\*\*(?=[^*/)\]}])/, (_, $1) => `${$1}*`);
+const Grammar = star(or([Escaped, StarStarStar, StarStarNoLeft, StarStarNoRight, Passthrough]));
+/* EXPORT */
+export default Grammar;

backend/node_modules/zeptomatch/dist/normalize/index.d.ts

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+declare const normalize: (glob: string) => string;
+export default normalize;

backend/node_modules/zeptomatch/dist/normalize/index.js

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+/* IMPORT */
+import { parse } from 'grammex';
+import Grammar from './grammar.js';
+/* MAIN */
+const normalize = (glob) => {
+    return parse(glob, Grammar, { memoization: false }).join('');
+};
+/* EXPORT */
+export default normalize;

backend/node_modules/zeptomatch/dist/parse/grammar.d.ts

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+declare const Grammar: import("grammex").ExplicitRule<import("../types.js").Node>;
+export default Grammar;

backend/node_modules/zeptomatch/dist/parse/grammar.js

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+/* IMPORT */
+import { match, and, lazy, optional, plus, or, star } from 'grammex';
+import { makeRangeAlpha, makeRangePaddedInt } from '../range.js';
+import { identity } from '../utils.js';
+import zeptomatch from '../index.js';
+import { regex, alternation, sequence, slash } from './utils.js';
+/* MAIN */
+const Escaped = match(/\\./, regex);
+const Escape = match(/[$.*+?^(){}[\]\|]/, char => regex(`\\${char}`));
+const Slash = match(/[\\\/]/, slash);
+const Passthrough = match(/[^$.*+?^(){}[\]\|\\\/]+/, regex);
+const NegationOdd = match(/^(?:!!)*!(.*)$/, (_, glob) => regex(`(?!^${zeptomatch.compile(glob).source}$).*?`));
+const NegationEven = match(/^(!!)+/);
+const Negation = or([NegationOdd, NegationEven]);
+const StarStarBetween = match(/\/(\*\*\/)+/, () => alternation([sequence([slash(), regex('.+?'), slash()]), slash()]));
+const StarStarStart = match(/^(\*\*\/)+/, () => alternation([regex('^'), sequence([regex('.*?'), slash()])]));
+const StarStarEnd = match(/\/(\*\*)$/, () => alternation([sequence([slash(), regex('.*?')]), regex('$')]));
+const StarStarNone = match(/\*\*/, () => regex('.*?'));
+const StarStar = or([StarStarBetween, StarStarStart, StarStarEnd, StarStarNone]);
+const StarDouble = match(/\*\/(?!\*\*\/|\*$)/, () => sequence([regex('[^\\\\/]*?'), slash()]));
+const StarSingle = match(/\*/, () => regex('[^\\\\/]*'));
+const Star = or([StarDouble, StarSingle]);
+const Question = match('?', () => regex('[^\\\\/]'));
+const ClassOpen = match('[', identity);
+const ClassClose = match(']', identity);
+const ClassNegation = match(/[!^]/, '^\\\\/');
+const ClassRange = match(/[a-z]-[a-z]|[0-9]-[0-9]/i, identity);
+const ClassEscaped = match(/\\./, identity);
+const ClassEscape = match(/[$.*+?^(){}[\|]/, char => `\\${char}`);
+const ClassSlash = match(/[\\\/]/, '\\\\/');
+const ClassPassthrough = match(/[^$.*+?^(){}[\]\|\\\/]+/, identity);
+const ClassValue = or([ClassEscaped, ClassEscape, ClassSlash, ClassRange, ClassPassthrough]);
+const Class = and([ClassOpen, optional(ClassNegation), star(ClassValue), ClassClose], _ => regex(_.join('')));
+const RangeOpen = match('{', '(?:');
+const RangeClose = match('}', ')');
+const RangeNumeric = match(/(\d+)\.\.(\d+)/, (_, $1, $2) => makeRangePaddedInt(+$1, +$2, Math.min($1.length, $2.length)).join('|'));
+const RangeAlphaLower = match(/([a-z]+)\.\.([a-z]+)/, (_, $1, $2) => makeRangeAlpha($1, $2).join('|'));
+const RangeAlphaUpper = match(/([A-Z]+)\.\.([A-Z]+)/, (_, $1, $2) => makeRangeAlpha($1.toLowerCase(), $2.toLowerCase()).join('|').toUpperCase());
+const RangeValue = or([RangeNumeric, RangeAlphaLower, RangeAlphaUpper]);
+const Range = and([RangeOpen, RangeValue, RangeClose], _ => regex(_.join('')));
+const BracesOpen = match('{');
+const BracesClose = match('}');
+const BracesComma = match(',');
+const BracesEscaped = match(/\\./, regex);
+const BracesEscape = match(/[$.*+?^(){[\]\|]/, char => regex(`\\${char}`));
+const BracesSlash = match(/[\\\/]/, slash);
+const BracesPassthrough = match(/[^$.*+?^(){}[\]\|\\\/,]+/, regex);
+const BracesNested = lazy(() => Braces);
+const BracesEmptyValue = match('', () => regex('(?:)'));
+const BracesFullValue = plus(or([StarStar, Star, Question, Class, Range, BracesNested, BracesEscaped, BracesEscape, BracesSlash, BracesPassthrough]), sequence);
+const BracesValue = or([BracesFullValue, BracesEmptyValue]);
+const Braces = and([BracesOpen, optional(and([BracesValue, star(and([BracesComma, BracesValue]))])), BracesClose], alternation);
+const Grammar = star(or([Negation, StarStar, Star, Question, Class, Range, Braces, Escaped, Escape, Slash, Passthrough]), sequence);
+/* EXPORT */
+export default Grammar;

backend/node_modules/zeptomatch/dist/parse/index.d.ts

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+import type { Node } from '../types.js';
+declare const _parse: (glob: string) => Node;
+export default _parse;

backend/node_modules/zeptomatch/dist/parse/index.js

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+/* IMPORT */
+import { parse } from 'grammex';
+import Grammar from './grammar.js';
+/* MAIN */
+const _parse = (glob) => {
+    return parse(glob, Grammar, { memoization: false })[0];
+};
+/* EXPORT */
+export default _parse;

backend/node_modules/zeptomatch/dist/parse/utils.d.ts

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+import type { Node } from '../types.js';
+declare const regex: (source: string) => Node;
+declare const alternation: (children: Node[]) => Node;
+declare const sequence: (nodes: Node[]) => Node;
+declare const slash: () => Node;
+export { regex, alternation, sequence, slash };

backend/node_modules/zeptomatch/dist/parse/utils.js

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+/* IMPORT */
+/* MAIN */
+const regex = (source) => {
+    const regex = new RegExp(source, 's');
+    return { partial: false, regex, children: [] };
+};
+const alternation = (children) => {
+    return { children };
+};
+const sequence = (() => {
+    const pushToLeaves = (parent, child, handled) => {
+        if (handled.has(parent))
+            return;
+        handled.add(parent);
+        const { children } = parent;
+        if (!children.length) { // Leaf node
+            children.push(child);
+        }
+        else { // Internal node
+            for (let i = 0, l = children.length; i < l; i++) {
+                pushToLeaves(children[i], child, handled);
+            }
+        }
+    };
+    return (nodes) => {
+        if (!nodes.length) { // no-op
+            return alternation([]);
+        }
+        for (let i = nodes.length - 1; i >= 1; i--) {
+            const handled = new Set();
+            const parent = nodes[i - 1];
+            const child = nodes[i];
+            pushToLeaves(parent, child, handled);
+        }
+        return nodes[0];
+    };
+})();
+const slash = () => {
+    const regex = new RegExp('[\\\\/]', 's');
+    return { regex, children: [] };
+};
+/* EXPORT */
+export { regex, alternation, sequence, slash };

backend/node_modules/zeptomatch/dist/range.d.ts

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+declare const makeRangeInt: (start: number, end: number) => number[];
+declare const makeRangePaddedInt: (start: number, end: number, paddingLength: number) => string[];
+declare const makeRangeAlpha: (start: string, end: string) => string[];
+export { makeRangeInt, makeRangePaddedInt, makeRangeAlpha };

backend/node_modules/zeptomatch/dist/range.js

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+/* CONSTANTS */
+const ALPHABET = 'abcdefghijklmnopqrstuvwxyz';
+/* HELPERS */
+const int2alpha = (int) => {
+    let alpha = '';
+    while (int > 0) {
+        const reminder = (int - 1) % 26;
+        alpha = ALPHABET[reminder] + alpha;
+        int = Math.floor((int - 1) / 26);
+    }
+    return alpha;
+};
+const alpha2int = (str) => {
+    let int = 0;
+    for (let i = 0, l = str.length; i < l; i++) {
+        int = (int * 26) + ALPHABET.indexOf(str[i]) + 1;
+    }
+    return int;
+};
+/* MAIN */
+// This isn't the most efficient way to do it, but it's extremely compact and we don't care about the performance of creating the ranges too much
+const makeRangeInt = (start, end) => {
+    if (end < start)
+        return makeRangeInt(end, start);
+    const range = [];
+    while (start <= end) {
+        range.push(start++);
+    }
+    return range;
+};
+const makeRangePaddedInt = (start, end, paddingLength) => {
+    return makeRangeInt(start, end).map(int => String(int).padStart(paddingLength, '0'));
+};
+const makeRangeAlpha = (start, end) => {
+    return makeRangeInt(alpha2int(start), alpha2int(end)).map(int2alpha);
+};
+/* EXPORT */
+export { makeRangeInt, makeRangePaddedInt, makeRangeAlpha };

backend/node_modules/zeptomatch/dist/types.d.ts

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+type Node = {
+    partial?: boolean;
+    regex?: RegExp;
+    children: Node[];
+};
+type Options = {
+    partial?: boolean;
+};
+export type { Node, Options };

backend/node_modules/zeptomatch/dist/types.js

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+/* MAIN */
+export {};

backend/node_modules/zeptomatch/dist/utils.d.ts

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+import type { Options } from './types.js';
+declare const identity: <T>(value: T) => T;
+declare const isString: (value: unknown) => value is string;
+declare const memoizeByObject: <T>(fn: (globs: string[], options?: Options) => T) => (globs: string[], options?: Options) => T;
+declare const memoizeByPrimitive: <T>(fn: (glob: string, options?: Options) => T) => (glob: string, options?: Options) => T;
+export { identity, isString, memoizeByObject, memoizeByPrimitive };

backend/node_modules/zeptomatch/dist/utils.js

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+/* IMPORT */
+/* MAIN */
+const identity = (value) => {
+    return value;
+};
+const isString = (value) => {
+    return typeof value === 'string';
+};
+const memoizeByObject = (fn) => {
+    const cacheFull = new WeakMap();
+    const cachePartial = new WeakMap();
+    return (globs, options) => {
+        const cache = options?.partial ? cachePartial : cacheFull;
+        const cached = cache.get(globs);
+        if (cached !== undefined)
+            return cached;
+        const result = fn(globs, options);
+        cache.set(globs, result);
+        return result;
+    };
+};
+const memoizeByPrimitive = (fn) => {
+    const cacheFull = {};
+    const cachePartial = {};
+    return (glob, options) => {
+        const cache = options?.partial ? cachePartial : cacheFull;
+        return cache[glob] ?? (cache[glob] = fn(glob, options));
+    };
+};
+/* EXPORT */
+export { identity, isString, memoizeByObject, memoizeByPrimitive };