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C{_100644 index.d.tsɄt'7";? C{_100644 index.js`霳u&S100644 index.js.map(traceMap: TraceMap$2): IterableIterator>; iterateCjsReferences(traceMap: TraceMap$2): IterableIterator>; iterateEsmReferences(traceMap: TraceMap$2): IterableIterator>; iteratePropertyReferences(node: Expression, traceMap: TraceMap$2): IterableIterator>; private _iterateVariableReferences; private _iteratePropertyReferences; private _iterateLhsReferences; private _iterateImportReferences; } declare namespace ReferenceTracker { export { READ }; export { CALL }; export { CONSTRUCT }; export { ESM }; } type Scope$2 = eslint.Scope.Scope; type Expression = estree.Expression; type TraceMap$2 = TraceMap$1; type TrackedReferences$2 = TrackedReferences$1; type StaticValue$2 = StaticValueProvided$1 | StaticValueOptional$1; type StaticValueProvided$1 = { optional?: undefined; value: unknown; }; type StaticValueOptional$1 = { optional?: true; value: undefined; }; type ReferenceTrackerOptions$1 = { globalObjectNames?: string[]; mode?: "legacy" | "strict"; }; type TraceMap$1 = { [i: string]: TraceMapObject; }; type TraceMapObject = { [i: string]: TraceMapObject; [CALL]?: T; [CONSTRUCT]?: T; [READ]?: T; [ESM]?: boolean; }; type TrackedReferences$1 = { info: T; node: Rule.Node; path: string[]; type: typeof CALL | typeof CONSTRUCT | typeof READ; }; type HasSideEffectOptions$1 = { considerGetters?: boolean; considerImplicitTypeConversion?: boolean; }; type PunctuatorToken = AST.Token & { type: "Punctuator"; value: Value; }; type ArrowToken$1 = PunctuatorToken<"=>">; type CommaToken$1 = PunctuatorToken<",">; type SemicolonToken$1 = PunctuatorToken<";">; type ColonToken$1 = PunctuatorToken<":">; type OpeningParenToken$1 = PunctuatorToken<"(">; type ClosingParenToken$1 = PunctuatorToken<")">; type OpeningBracketToken$1 = PunctuatorToken<"[">; type ClosingBracketToken$1 = PunctuatorToken<"]">; type OpeningBraceToken$1 = PunctuatorToken<"{">; type ClosingBraceToken$1 = PunctuatorToken<"}">; declare function findVariable(initialScope: Scope$1, nameOrNode: string | Identifier): Variable | null; type Scope$1 = eslint.Scope.Scope; type Variable = eslint.Scope.Variable; type Identifier = estree.Identifier; declare function getFunctionHeadLocation(node: FunctionNode$1, sourceCode: SourceCode$2): SourceLocation | null; type SourceCode$2 = eslint.SourceCode; type FunctionNode$1 = estree.Function; type SourceLocation = estree.SourceLocation; declare function getFunctionNameWithKind(node: FunctionNode, sourceCode?: eslint.SourceCode | undefined): string; type FunctionNode = estree.Function; declare function getInnermostScope(initialScope: Scope, node: Node$4): Scope; type Scope = eslint.Scope.Scope; type Node$4 = estree.Node; declare function getPropertyName(node: MemberExpression | MethodDefinition | Property | PropertyDefinition, initialScope?: eslint.Scope.Scope | undefined): string | null | undefined; type MemberExpression = estree.MemberExpression; type MethodDefinition = estree.MethodDefinition; type Property = estree.Property; type PropertyDefinition = estree.PropertyDefinition; declare function getStaticValue(node: Node$3, initialScope?: eslint.Scope.Scope | null | undefined): StaticValue$1 | null; type StaticValue$1 = StaticValue$2; type Node$3 = estree.Node; declare function getStringIfConstant(node: Node$2, initialScope?: eslint.Scope.Scope | null | undefined): string | null; type Node$2 = estree.Node; declare function hasSideEffect(node: Node$1, sourceCode: SourceCode$1, options?: HasSideEffectOptions$1 | undefined): boolean; type Node$1 = estree.Node; type SourceCode$1 = eslint.SourceCode; declare function isArrowToken(token: CommentOrToken): token is ArrowToken$1; declare function isCommaToken(token: CommentOrToken): token is CommaToken$1; declare function isSemicolonToken(token: CommentOrToken): token is SemicolonToken$1; declare function isColonToken(token: CommentOrToken): token is ColonToken$1; declare function isOpeningParenToken(token: CommentOrToken): token is OpeningParenToken$1; declare function isClosingParenToken(token: CommentOrToken): token is ClosingParenToken$1; declare function isOpeningBracketToken(token: CommentOrToken): token is OpeningBracketToken$1; declare function isClosingBracketToken(token: CommentOrToken): token is ClosingBracketToken$1; declare function isOpeningBraceToken(token: CommentOrToken): token is OpeningBraceToken$1; declare function isClosingBraceToken(token: CommentOrToken): token is ClosingBraceToken$1; declare function isCommentToken(token: CommentOrToken): token is estree.Comment; declare function isNotArrowToken(arg0: CommentOrToken): boolean; declare function isNotCommaToken(arg0: CommentOrToken): boolean; declare function isNotSemicolonToken(arg0: CommentOrToken): boolean; declare function isNotColonToken(arg0: CommentOrToken): boolean; declare function isNotOpeningParenToken(arg0: CommentOrToken): boolean; declare function isNotClosingParenToken(arg0: CommentOrToken): boolean; declare function isNotOpeningBracketToken(arg0: CommentOrToken): boolean; declare function isNotClosingBracketToken(arg0: CommentOrToken): boolean; declare function isNotOpeningBraceToken(arg0: CommentOrToken): boolean; declare function isNotClosingBraceToken(arg0: CommentOrToken): boolean; declare function isNotCommentToken(arg0: CommentOrToken): boolean; type Token = eslint.AST.Token; type Comment = estree.Comment; type CommentOrToken = Comment | Token; declare function isParenthesized(timesOrNode: Node | number, nodeOrSourceCode: Node | SourceCode, optionalSourceCode?: eslint.SourceCode | undefined): boolean; type Node = estree.Node; type SourceCode = eslint.SourceCode; declare class PatternMatcher { constructor(pattern: RegExp, options?: { escaped?: boolean | undefined; } | undefined); execAll(str: string): IterableIterator; test(str: string): boolean; [Symbol.replace](str: string, replacer: string | ((...strs: string[]) => string)): string; } declare namespace _default { export { CALL }; export { CONSTRUCT }; export { ESM }; export { findVariable }; export { getFunctionHeadLocation }; export { getFunctionNameWithKind }; export { getInnermostScope }; export { getPropertyName }; export { getStaticValue }; export { getStringIfConstant }; export { hasSideEffect }; export { isArrowToken }; export { isClosingBraceToken }; export { isClosingBracketToken }; export { isClosingParenToken }; export { isColonToken }; export { isCommaToken }; export { isCommentToken }; export { isNotArrowToken }; export { isNotClosingBraceToken }; export { isNotClosingBracketToken }; export { isNotClosingParenToken }; export { isNotColonToken }; export { isNotCommaToken }; export { isNotCommentToken }; export { isNotOpeningBraceToken }; export { isNotOpeningBracketToken }; export { isNotOpeningParenToken }; export { isNotSemicolonToken }; export { isOpeningBraceToken }; export { isOpeningBracketToken }; export { isOpeningParenToken }; export { isParenthesized }; export { isSemicolonToken }; export { PatternMatcher }; export { READ }; export { ReferenceTracker }; } type StaticValue = StaticValue$2; type StaticValueOptional = StaticValueOptional$1; type StaticValueProvided = StaticValueProvided$1; type ReferenceTrackerOptions = ReferenceTrackerOptions$1; type TraceMap = TraceMap$1; type TrackedReferences = TrackedReferences$1; type HasSideEffectOptions = HasSideEffectOptions$1; type ArrowToken = ArrowToken$1; type CommaToken = CommaToken$1; type SemicolonToken = SemicolonToken$1; type ColonToken = ColonToken$1; type OpeningParenToken = OpeningParenToken$1; type ClosingParenToken = ClosingParenToken$1; type OpeningBracketToken = OpeningBracketToken$1; type ClosingBracketToken = ClosingBracketToken$1; type OpeningBraceToken = OpeningBraceToken$1; type ClosingBraceToken = ClosingBraceToken$1; export { ArrowToken, CALL, CONSTRUCT, ClosingBraceToken, ClosingBracketToken, ClosingParenToken, ColonToken, CommaToken, ESM, HasSideEffectOptions, OpeningBraceToken, OpeningBracketToken, OpeningParenToken, PatternMatcher, READ, ReferenceTracker, ReferenceTrackerOptions, SemicolonToken, StaticValue, StaticValueOptional, StaticValueProvided, TraceMap, TrackedReferences, _default as default, findVariable, getFunctionHeadLocation, getFunctionNameWithKind, getInnermostScope, getPropertyName, getStaticValue, getStringIfConstant, hasSideEffect, isArrowToken, isClosingBraceToken, isClosingBracketToken, isClosingParenToken, isColonToken, isCommaToken, isCommentToken, isNotArrowToken, isNotClosingBraceToken, isNotClosingBracketToken, isNotClosingParenToken, isNotColonToken, isNotCommaToken, isNotCommentToken, isNotOpeningBraceToken, isNotOpeningBracketToken, isNotOpeningParenToken, isNotSemicolonToken, isOpeningBraceToken, isOpeningBracketToken, isOpeningParenToken, isParenthesized, isSemicolonToken }; m+x'use strict'; Object.defineProperty(exports, '__esModule', { value: true }); var eslintVisitorKeys = require('eslint-visitor-keys'); /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("estree").Node} Node */ /** * Get the innermost scope which contains a given location. * @param {Scope} initialScope The initial scope to search. * @param {Node} node The location to search. * @returns {Scope} The innermost scope. */ function getInnermostScope(initialScope, node) { const location = /** @type {[number, number]} */ (node.range)[0]; let scope = initialScope; let found = false; do { found = false; for (const childScope of scope.childScopes) { const range = /** @type {[number, number]} */ ( childScope.block.range ); if (range[0] <= location && location < range[1]) { scope = childScope; found = true; break } } } while (found) return scope } /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("eslint").Scope.Variable} Variable */ /** @typedef {import("estree").Identifier} Identifier */ /** * Find the variable of a given name. * @param {Scope} initialScope The scope to start finding. * @param {string|Identifier} nameOrNode The variable name to find. If this is a Node object then it should be an Identifier node. * @returns {Variable|null} The found variable or null. */ function findVariable(initialScope, nameOrNode) { let name = ""; /** @type {Scope|null} */ let scope = initialScope; if (typeof nameOrNode === "string") { name = nameOrNode; } else { name = nameOrNode.name; scope = getInnermostScope(scope, nameOrNode); } while (scope != null) { const variable = scope.set.get(name); if (variable != null) { return variable } scope = scope.upper; } return null } /** @typedef {import("eslint").AST.Token} Token */ /** @typedef {import("estree").Comment} Comment */ /** @typedef {import("./types.mjs").ArrowToken} ArrowToken */ /** @typedef {import("./types.mjs").CommaToken} CommaToken */ /** @typedef {import("./types.mjs").SemicolonToken} SemicolonToken */ /** @typedef {import("./types.mjs").ColonToken} ColonToken */ /** @typedef {import("./types.mjs").OpeningParenToken} OpeningParenToken */ /** @typedef {import("./types.mjs").ClosingParenToken} ClosingParenToken */ /** @typedef {import("./types.mjs").OpeningBracketToken} OpeningBracketToken */ /** @typedef {import("./types.mjs").ClosingBracketToken} ClosingBracketToken */ /** @typedef {import("./types.mjs").OpeningBraceToken} OpeningBraceToken */ /** @typedef {import("./types.mjs").ClosingBraceToken} ClosingBraceToken */ /** * @template {string} Value * @typedef {import("./types.mjs").PunctuatorToken} PunctuatorToken */ /** @typedef {Comment | Token} CommentOrToken */ /** * Creates the negate function of the given function. * @param {function(CommentOrToken):boolean} f - The function to negate. * @returns {function(CommentOrToken):boolean} Negated function. */ function negate(f) { return (token) => !f(token) } /** * Checks if the given token is a PunctuatorToken with the given value * @template {string} Value * @param {CommentOrToken} token - The token to check. * @param {Value} value - The value to check. * @returns {token is PunctuatorToken} `true` if the token is a PunctuatorToken with the given value. */ function isPunctuatorTokenWithValue(token, value) { return token.type === "Punctuator" && token.value === value } /** * Checks if the given token is an arrow token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is ArrowToken} `true` if the token is an arrow token. */ function isArrowToken(token) { return isPunctuatorTokenWithValue(token, "=>") } /** * Checks if the given token is a comma token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is CommaToken} `true` if the token is a comma token. */ function isCommaToken(token) { return isPunctuatorTokenWithValue(token, ",") } /** * Checks if the given token is a semicolon token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is SemicolonToken} `true` if the token is a semicolon token. */ function isSemicolonToken(token) { return isPunctuatorTokenWithValue(token, ";") } /** * Checks if the given token is a colon token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is ColonToken} `true` if the token is a colon token. */ function isColonToken(token) { return isPunctuatorTokenWithValue(token, ":") } /** * Checks if the given token is an opening parenthesis token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is OpeningParenToken} `true` if the token is an opening parenthesis token. */ function isOpeningParenToken(token) { return isPunctuatorTokenWithValue(token, "(") } /** * Checks if the given token is a closing parenthesis token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is ClosingParenToken} `true` if the token is a closing parenthesis token. */ function isClosingParenToken(token) { return isPunctuatorTokenWithValue(token, ")") } /** * Checks if the given token is an opening square bracket token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is OpeningBracketToken} `true` if the token is an opening square bracket token. */ function isOpeningBracketToken(token) { return isPunctuatorTokenWithValue(token, "[") } /** * Checks if the given token is a closing square bracket token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is ClosingBracketToken} `true` if the token is a closing square bracket token. */ function isClosingBracketToken(token) { return isPunctuatorTokenWithValue(token, "]") } /** * Checks if the given token is an opening brace token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is OpeningBraceToken} `true` if the token is an opening brace token. */ function isOpeningBraceToken(token) { return isPunctuatorTokenWithValue(token, "{") } /** * Checks if the given token is a closing brace token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is ClosingBraceToken} `true` if the token is a closing brace token. */ function isClosingBraceToken(token) { return isPunctuatorTokenWithValue(token, "}") } /** * Checks if the given token is a comment token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is Comment} `true` if the token is a comment token. */ function isCommentToken(token) { return ["Block", "Line", "Shebang"].includes(token.type) } const isNotArrowToken = negate(isArrowToken); const isNotCommaToken = negate(isCommaToken); const isNotSemicolonToken = negate(isSemicolonToken); const isNotColonToken = negate(isColonToken); const isNotOpeningParenToken = negate(isOpeningParenToken); const isNotClosingParenToken = negate(isClosingParenToken); const isNotOpeningBracketToken = negate(isOpeningBracketToken); const isNotClosingBracketToken = negate(isClosingBracketToken); const isNotOpeningBraceToken = negate(isOpeningBraceToken); const isNotClosingBraceToken = negate(isClosingBraceToken); const isNotCommentToken = negate(isCommentToken); /** @typedef {import("eslint").Rule.Node} RuleNode */ /** @typedef {import("eslint").SourceCode} SourceCode */ /** @typedef {import("eslint").AST.Token} Token */ /** @typedef {import("estree").Function} FunctionNode */ /** @typedef {import("estree").FunctionDeclaration} FunctionDeclaration */ /** @typedef {import("estree").FunctionExpression} FunctionExpression */ /** @typedef {import("estree").SourceLocation} SourceLocation */ /** @typedef {import("estree").Position} Position */ /** * Get the `(` token of the given function node. * @param {FunctionExpression | FunctionDeclaration} node - The function node to get. * @param {SourceCode} sourceCode - The source code object to get tokens. * @returns {Token} `(` token. */ function getOpeningParenOfParams(node, sourceCode) { return node.id ? /** @type {Token} */ ( sourceCode.getTokenAfter(node.id, isOpeningParenToken) ) : /** @type {Token} */ ( sourceCode.getFirstToken(node, isOpeningParenToken) ) } /** * Get the location of the given function node for reporting. * @param {FunctionNode} node - The function node to get. * @param {SourceCode} sourceCode - The source code object to get tokens. * @returns {SourceLocation|null} The location of the function node for reporting. */ function getFunctionHeadLocation(node, sourceCode) { const parent = /** @type {RuleNode} */ (node).parent; /** @type {Position|null} */ let start = null; /** @type {Position|null} */ let end = null; if (node.type === "ArrowFunctionExpression") { const arrowToken = /** @type {Token} */ ( sourceCode.getTokenBefore(node.body, isArrowToken) ); start = arrowToken.loc.start; end = arrowToken.loc.end; } else if ( parent && (parent.type === "Property" || parent.type === "MethodDefinition" || parent.type === "PropertyDefinition") ) { start = /** @type {SourceLocation} */ (parent.loc).start; end = getOpeningParenOfParams(node, sourceCode).loc.start; } else { start = /** @type {SourceLocation} */ (node.loc).start; end = getOpeningParenOfParams(node, sourceCode).loc.start; } return { start: { ...start }, end: { ...end }, } } /* globals self, window */ /** @typedef {import("./types.mjs").StaticValue} StaticValue */ /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("eslint").Scope.Variable} Variable */ /** @typedef {import("estree").Node} Node */ /** @typedef {import("@typescript-eslint/types").TSESTree.Node} TSESTreeNode */ /** @typedef {import("@typescript-eslint/types").TSESTree.AST_NODE_TYPES} TSESTreeNodeTypes */ /** @typedef {import("@typescript-eslint/types").TSESTree.MemberExpression} MemberExpression */ /** @typedef {import("@typescript-eslint/types").TSESTree.Property} Property */ /** @typedef {import("@typescript-eslint/types").TSESTree.RegExpLiteral} RegExpLiteral */ /** @typedef {import("@typescript-eslint/types").TSESTree.BigIntLiteral} BigIntLiteral */ /** @typedef {import("@typescript-eslint/types").TSESTree.Literal} Literal */ const globalObject = typeof globalThis !== "undefined" ? globalThis : // @ts-ignore typeof self !== "undefined" ? // @ts-ignore self : // @ts-ignore typeof window !== "undefined" ? // @ts-ignore window : typeof global !== "undefined" ? global : {}; const builtinNames = Object.freeze( new Set([ "Array", "ArrayBuffer", "BigInt", "BigInt64Array", "BigUint64Array", "Boolean", "DataView", "Date", "decodeURI", "decodeURIComponent", "encodeURI", "encodeURIComponent", "escape", "Float32Array", "Float64Array", "Function", "Infinity", "Int16Array", "Int32Array", "Int8Array", "isFinite", "isNaN", "isPrototypeOf", "JSON", "Map", "Math", "NaN", "Number", "Object", "parseFloat", "parseInt", "Promise", "Proxy", "Reflect", "RegExp", "Set", "String", "Symbol", "Uint16Array", "Uint32Array", "Uint8Array", "Uint8ClampedArray", "undefined", "unescape", "WeakMap", "WeakSet", ]), ); const callAllowed = new Set( [ Array.isArray, Array.of, Array.prototype.at, Array.prototype.concat, Array.prototype.entries, Array.prototype.every, Array.prototype.filter, Array.prototype.find, Array.prototype.findIndex, Array.prototype.flat, Array.prototype.includes, Array.prototype.indexOf, Array.prototype.join, Array.prototype.keys, Array.prototype.lastIndexOf, Array.prototype.slice, Array.prototype.some, Array.prototype.toString, Array.prototype.values, typeof BigInt === "function" ? BigInt : undefined, Boolean, Date, Date.parse, decodeURI, decodeURIComponent, encodeURI, encodeURIComponent, escape, isFinite, isNaN, // @ts-ignore isPrototypeOf, Map, Map.prototype.entries, Map.prototype.get, Map.prototype.has, Map.prototype.keys, Map.prototype.values, .../** @type {(keyof typeof Math)[]} */ ( Object.getOwnPropertyNames(Math) ) .filter((k) => k !== "random") .map((k) => Math[k]) .filter((f) => typeof f === "function"), Number, Number.isFinite, Number.isNaN, Number.parseFloat, Number.parseInt, Number.prototype.toExponential, Number.prototype.toFixed, Number.prototype.toPrecision, Number.prototype.toString, Object, Object.entries, Object.is, Object.isExtensible, Object.isFrozen, Object.isSealed, Object.keys, Object.values, parseFloat, parseInt, RegExp, Set, Set.prototype.entries, Set.prototype.has, Set.prototype.keys, Set.prototype.values, String, String.fromCharCode, String.fromCodePoint, String.raw, String.prototype.at, String.prototype.charAt, String.prototype.charCodeAt, String.prototype.codePointAt, String.prototype.concat, String.prototype.endsWith, String.prototype.includes, String.prototype.indexOf, String.prototype.lastIndexOf, String.prototype.normalize, String.prototype.padEnd, String.prototype.padStart, String.prototype.slice, String.prototype.startsWith, String.prototype.substr, String.prototype.substring, String.prototype.toLowerCase, String.prototype.toString, String.prototype.toUpperCase, String.prototype.trim, String.prototype.trimEnd, String.prototype.trimLeft, String.prototype.trimRight, String.prototype.trimStart, Symbol.for, Symbol.keyFor, unescape, ].filter((f) => typeof f === "function"), ); const callPassThrough = new Set([ Object.freeze, Object.preventExtensions, Object.seal, ]); /** @type {ReadonlyArray]>} */ const getterAllowed = [ [Map, new Set(["size"])], [ RegExp, new Set([ "dotAll", "flags", "global", "hasIndices", "ignoreCase", "multiline", "source", "sticky", "unicode", ]), ], [Set, new Set(["size"])], ]; /** * Get the property descriptor. * @param {object} object The object to get. * @param {string|number|symbol} name The property name to get. */ function getPropertyDescriptor(object, name) { let x = object; while ((typeof x === "object" || typeof x === "function") && x !== null) { const d = Object.getOwnPropertyDescriptor(x, name); if (d) { return d } x = Object.getPrototypeOf(x); } return null } /** * Check if a property is getter or not. * @param {object} object The object to check. * @param {string|number|symbol} name The property name to check. */ function isGetter(object, name) { const d = getPropertyDescriptor(object, name); return d != null && d.get != null } /** * Get the element values of a given node list. * @param {(Node|TSESTreeNode|null)[]} nodeList The node list to get values. * @param {Scope|undefined|null} initialScope The initial scope to find variables. * @returns {any[]|null} The value list if all nodes are constant. Otherwise, null. */ function getElementValues(nodeList, initialScope) { const valueList = []; for (let i = 0; i < nodeList.length; ++i) { const elementNode = nodeList[i]; if (elementNode == null) { valueList.length = i + 1; } else if (elementNode.type === "SpreadElement") { const argument = getStaticValueR(elementNode.argument, initialScope); if (argument == null) { return null } valueList.push(.../** @type {Iterable} */ (argument.value)); } else { const element = getStaticValueR(elementNode, initialScope); if (element == null) { return null } valueList.push(element.value); } } return valueList } /** * Checks if a variable is a built-in global. * @param {Variable|null} variable The variable to check. * @returns {variable is Variable & {defs:[]}} */ function isBuiltinGlobal(variable) { return ( variable != null && variable.defs.length === 0 && builtinNames.has(variable.name) && variable.name in globalObject ) } /** * Checks if a variable can be considered as a constant. * @param {Variable} variable * @returns {variable is Variable & {defs: [import("eslint").Scope.Definition & { type: "Variable" }]}} True if the variable can be considered as a constant. */ function canBeConsideredConst(variable) { if (variable.defs.length !== 1) { return false } const def = variable.defs[0]; return Boolean( def.parent && def.type === "Variable" && (def.parent.kind === "const" || isEffectivelyConst(variable)), ) } /** * Returns whether the given variable is never written to after initialization. * @param {Variable} variable * @returns {boolean} */ function isEffectivelyConst(variable) { const refs = variable.references; const inits = refs.filter((r) => r.init).length; const reads = refs.filter((r) => r.isReadOnly()).length; if (inits === 1 && reads + inits === refs.length) { // there is only one init and all other references only read return true } return false } /** * Checks if a variable has mutation in its property. * @param {Variable} variable The variable to check. * @param {Scope|null} initialScope The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it. * @returns {boolean} True if the variable has mutation in its property. */ function hasMutationInProperty(variable, initialScope) { for (const ref of variable.references) { let node = /** @type {TSESTreeNode} */ (ref.identifier); while (node && node.parent && node.parent.type === "MemberExpression") { node = node.parent; } if (!node || !node.parent) { continue } if ( (node.parent.type === "AssignmentExpression" && node.parent.left === node) || (node.parent.type === "UpdateExpression" && node.parent.argument === node) ) { // This is a mutation. return true } if ( node.parent.type === "CallExpression" && node.parent.callee === node && node.type === "MemberExpression" ) { const methodName = getStaticPropertyNameValue(node, initialScope); if (isNameOfMutationArrayMethod(methodName)) { // This is a mutation. return true } } } return false /** * Checks if a method name is one of the mutation array methods. * @param {StaticValue|null} methodName The method name to check. * @returns {boolean} True if the method name is a mutation array method. */ function isNameOfMutationArrayMethod(methodName) { if (methodName == null || methodName.value == null) { return false } const name = methodName.value; return ( name === "copyWithin" || name === "fill" || name === "pop" || name === "push" || name === "reverse" || name === "shift" || name === "sort" || name === "splice" || name === "unshift" ) } } /** * @template {TSESTreeNodeTypes} T * @callback VisitorCallback * @param {TSESTreeNode & { type: T }} node * @param {Scope|undefined|null} initialScope * @returns {StaticValue | null} */ /** * @typedef { { [K in TSESTreeNodeTypes]?: VisitorCallback } } Operations */ /** * @type {Operations} */ const operations = Object.freeze({ ArrayExpression(node, initialScope) { const elements = getElementValues(node.elements, initialScope); return elements != null ? { value: elements } : null }, AssignmentExpression(node, initialScope) { if (node.operator === "=") { return getStaticValueR(node.right, initialScope) } return null }, //eslint-disable-next-line complexity BinaryExpression(node, initialScope) { if (node.operator === "in" || node.operator === "instanceof") { // Not supported. return null } const left = getStaticValueR(node.left, initialScope); const right = getStaticValueR(node.right, initialScope); if (left != null && right != null) { switch (node.operator) { case "==": return { value: left.value == right.value } //eslint-disable-line eqeqeq case "!=": return { value: left.value != right.value } //eslint-disable-line eqeqeq case "===": return { value: left.value === right.value } case "!==": return { value: left.value !== right.value } case "<": return { value: /** @type {any} */ (left.value) < /** @type {any} */ (right.value), } case "<=": return { value: /** @type {any} */ (left.value) <= /** @type {any} */ (right.value), } case ">": return { value: /** @type {any} */ (left.value) > /** @type {any} */ (right.value), } case ">=": return { value: /** @type {any} */ (left.value) >= /** @type {any} */ (right.value), } case "<<": return { value: /** @type {any} */ (left.value) << /** @type {any} */ (right.value), } case ">>": return { value: /** @type {any} */ (left.value) >> /** @type {any} */ (right.value), } case ">>>": return { value: /** @type {any} */ (left.value) >>> /** @type {any} */ (right.value), } case "+": return { value: /** @type {any} */ (left.value) + /** @type {any} */ (right.value), } case "-": return { value: /** @type {any} */ (left.value) - /** @type {any} */ (right.value), } case "*": return { value: /** @type {any} */ (left.value) * /** @type {any} */ (right.value), } case "/": return { value: /** @type {any} */ (left.value) / /** @type {any} */ (right.value), } case "%": return { value: /** @type {any} */ (left.value) % /** @type {any} */ (right.value), } case "**": return { value: /** @type {any} */ (left.value) ** /** @type {any} */ (right.value), } case "|": return { value: /** @type {any} */ (left.value) | /** @type {any} */ (right.value), } case "^": return { value: /** @type {any} */ (left.value) ^ /** @type {any} */ (right.value), } case "&": return { value: /** @type {any} */ (left.value) & /** @type {any} */ (right.value), } // no default } } return null }, CallExpression(node, initialScope) { const calleeNode = node.callee; const args = getElementValues(node.arguments, initialScope); if (args != null) { if (calleeNode.type === "MemberExpression") { if (calleeNode.property.type === "PrivateIdentifier") { return null } const object = getStaticValueR(calleeNode.object, initialScope); if (object != null) { if ( object.value == null && (object.optional || node.optional) ) { return { value: undefined, optional: true } } const property = getStaticPropertyNameValue( calleeNode, initialScope, ); if (property != null) { const receiver = /** @type {Record any>} */ ( object.value ); const methodName = /** @type {PropertyKey} */ ( property.value ); if (callAllowed.has(receiver[methodName])) { return { value: receiver[methodName](...args), } } if (callPassThrough.has(receiver[methodName])) { return { value: args[0] } } } } } else { const callee = getStaticValueR(calleeNode, initialScope); if (callee != null) { if (callee.value == null && node.optional) { return { value: undefined, optional: true } } const func = /** @type {(...args: any[]) => any} */ ( callee.value ); if (callAllowed.has(func)) { return { value: func(...args) } } if (callPassThrough.has(func)) { return { value: args[0] } } } } } return null }, ConditionalExpression(node, initialScope) { const test = getStaticValueR(node.test, initialScope); if (test != null) { return test.value ? getStaticValueR(node.consequent, initialScope) : getStaticValueR(node.alternate, initialScope) } return null }, ExpressionStatement(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, Identifier(node, initialScope) { if (initialScope != null) { const variable = findVariable(initialScope, node); if (variable != null) { // Built-in globals. if (isBuiltinGlobal(variable)) { return { value: globalObject[variable.name] } } // Constants. if (canBeConsideredConst(variable)) { const def = variable.defs[0]; if ( // TODO(mysticatea): don't support destructuring here. def.node.id.type === "Identifier" ) { const init = getStaticValueR( def.node.init, initialScope, ); if ( init && typeof init.value === "object" && init.value !== null ) { if (hasMutationInProperty(variable, initialScope)) { // This variable has mutation in its property. return null } } return init } } } } return null }, Literal(node) { const literal = /** @type {Partial & Partial & Partial} */ ( node ); //istanbul ignore if : this is implementation-specific behavior. if ( (literal.regex != null || literal.bigint != null) && literal.value == null ) { // It was a RegExp/BigInt literal, but Node.js didn't support it. return null } return { value: literal.value } }, LogicalExpression(node, initialScope) { const left = getStaticValueR(node.left, initialScope); if (left != null) { if ( (node.operator === "||" && Boolean(left.value) === true) || (node.operator === "&&" && Boolean(left.value) === false) || (node.operator === "??" && left.value != null) ) { return left } const right = getStaticValueR(node.right, initialScope); if (right != null) { return right } } return null }, MemberExpression(node, initialScope) { if (node.property.type === "PrivateIdentifier") { return null } const object = getStaticValueR(node.object, initialScope); if (object != null) { if (object.value == null && (object.optional || node.optional)) { return { value: undefined, optional: true } } const property = getStaticPropertyNameValue(node, initialScope); if (property != null) { if ( !isGetter( /** @type {object} */ (object.value), /** @type {PropertyKey} */ (property.value), ) ) { return { value: /** @type {Record} */ ( object.value )[/** @type {PropertyKey} */ (property.value)], } } for (const [classFn, allowed] of getterAllowed) { if ( object.value instanceof classFn && allowed.has(/** @type {string} */ (property.value)) ) { return { value: /** @type {Record} */ ( object.value )[/** @type {PropertyKey} */ (property.value)], } } } } } return null }, ChainExpression(node, initialScope) { const expression = getStaticValueR(node.expression, initialScope); if (expression != null) { return { value: expression.value } } return null }, NewExpression(node, initialScope) { const callee = getStaticValueR(node.callee, initialScope); const args = getElementValues(node.arguments, initialScope); if (callee != null && args != null) { const Func = /** @type {new (...args: any[]) => any} */ ( callee.value ); if (callAllowed.has(Func)) { return { value: new Func(...args) } } } return null }, ObjectExpression(node, initialScope) { /** @type {Record} */ const object = {}; for (const propertyNode of node.properties) { if (propertyNode.type === "Property") { if (propertyNode.kind !== "init") { return null } const key = getStaticPropertyNameValue( propertyNode, initialScope, ); const value = getStaticValueR(propertyNode.value, initialScope); if (key == null || value == null) { return null } object[/** @type {PropertyKey} */ (key.value)] = value.value; } else if ( propertyNode.type === "SpreadElement" || // @ts-expect-error -- Backward compatibility propertyNode.type === "ExperimentalSpreadProperty" ) { const argument = getStaticValueR( propertyNode.argument, initialScope, ); if (argument == null) { return null } Object.assign(object, argument.value); } else { return null } } return { value: object } }, SequenceExpression(node, initialScope) { const last = node.expressions[node.expressions.length - 1]; return getStaticValueR(last, initialScope) }, TaggedTemplateExpression(node, initialScope) { const tag = getStaticValueR(node.tag, initialScope); const expressions = getElementValues( node.quasi.expressions, initialScope, ); if (tag != null && expressions != null) { const func = /** @type {(...args: any[]) => any} */ (tag.value); /** @type {any[] & { raw?: string[] }} */ const strings = node.quasi.quasis.map((q) => q.value.cooked); strings.raw = node.quasi.quasis.map((q) => q.value.raw); if (func === String.raw) { return { value: func(strings, ...expressions) } } } return null }, TemplateLiteral(node, initialScope) { const expressions = getElementValues(node.expressions, initialScope); if (expressions != null) { let value = node.quasis[0].value.cooked; for (let i = 0; i < expressions.length; ++i) { value += expressions[i]; value += /** @type {string} */ (node.quasis[i + 1].value.cooked); } return { value } } return null }, UnaryExpression(node, initialScope) { if (node.operator === "delete") { // Not supported. return null } if (node.operator === "void") { return { value: undefined } } const arg = getStaticValueR(node.argument, initialScope); if (arg != null) { switch (node.operator) { case "-": return { value: -(/** @type {any} */ (arg.value)) } case "+": return { value: +(/** @type {any} */ (arg.value)) } //eslint-disable-line no-implicit-coercion case "!": return { value: !arg.value } case "~": return { value: ~(/** @type {any} */ (arg.value)) } case "typeof": return { value: typeof arg.value } // no default } } return null }, TSAsExpression(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, TSSatisfiesExpression(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, TSTypeAssertion(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, TSNonNullExpression(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, TSInstantiationExpression(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, }); /** * Get the value of a given node if it's a static value. * @param {Node|TSESTreeNode|null|undefined} node The node to get. * @param {Scope|undefined|null} initialScope The scope to start finding variable. * @returns {StaticValue|null} The static value of the node, or `null`. */ function getStaticValueR(node, initialScope) { if (node != null && Object.hasOwnProperty.call(operations, node.type)) { return /** @type {VisitorCallback} */ (operations[node.type])( /** @type {TSESTreeNode} */ (node), initialScope, ) } return null } /** * Get the static value of property name from a MemberExpression node or a Property node. * @param {MemberExpression|Property} node The node to get. * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it. * @returns {StaticValue|null} The static value of the property name of the node, or `null`. */ function getStaticPropertyNameValue(node, initialScope) { const nameNode = node.type === "Property" ? node.key : node.property; if (node.computed) { return getStaticValueR(nameNode, initialScope) } if (nameNode.type === "Identifier") { return { value: nameNode.name } } if (nameNode.type === "Literal") { if (/** @type {Partial} */ (nameNode).bigint) { return { value: /** @type {BigIntLiteral} */ (nameNode).bigint } } return { value: String(nameNode.value) } } return null } /** * Get the value of a given node if it's a static value. * @param {Node} node The node to get. * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If this scope was given, this tries to resolve identifier references which are in the given node as much as possible. * @returns {StaticValue | null} The static value of the node, or `null`. */ function getStaticValue(node, initialScope = null) { try { return getStaticValueR(node, initialScope) } catch (_error) { return null } } /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("estree").Node} Node */ /** @typedef {import("estree").RegExpLiteral} RegExpLiteral */ /** @typedef {import("estree").BigIntLiteral} BigIntLiteral */ /** @typedef {import("estree").SimpleLiteral} SimpleLiteral */ /** * Get the value of a given node if it's a literal or a template literal. * @param {Node} node The node to get. * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If the node is an Identifier node and this scope was given, this checks the variable of the identifier, and returns the value of it if the variable is a constant. * @returns {string|null} The value of the node, or `null`. */ function getStringIfConstant(node, initialScope = null) { // Handle the literals that the platform doesn't support natively. if (node && node.type === "Literal" && node.value === null) { const literal = /** @type {Partial & Partial & Partial} */ ( node ); if (literal.regex) { return `/${literal.regex.pattern}/${literal.regex.flags}` } if (literal.bigint) { return literal.bigint } } const evaluated = getStaticValue(node, initialScope); if (evaluated) { // `String(Symbol.prototype)` throws error try { return String(evaluated.value) } catch { // No op } } return null } /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("estree").MemberExpression} MemberExpression */ /** @typedef {import("estree").MethodDefinition} MethodDefinition */ /** @typedef {import("estree").Property} Property */ /** @typedef {import("estree").PropertyDefinition} PropertyDefinition */ /** @typedef {import("estree").Identifier} Identifier */ /** * Get the property name from a MemberExpression node or a Property node. * @param {MemberExpression | MethodDefinition | Property | PropertyDefinition} node The node to get. * @param {Scope} [initialScope] The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it. * @returns {string|null|undefined} The property name of the node. */ function getPropertyName(node, initialScope) { switch (node.type) { case "MemberExpression": if (node.computed) { return getStringIfConstant(node.property, initialScope) } if (node.property.type === "PrivateIdentifier") { return null } return /** @type {Partial} */ (node.property).name case "Property": case "MethodDefinition": case "PropertyDefinition": if (node.computed) { return getStringIfConstant(node.key, initialScope) } if (node.key.type === "Literal") { return String(node.key.value) } if (node.key.type === "PrivateIdentifier") { return null } return /** @type {Partial} */ (node.key).name } return null } /** @typedef {import("eslint").Rule.Node} RuleNode */ /** @typedef {import("eslint").SourceCode} SourceCode */ /** @typedef {import("estree").Function} FunctionNode */ /** @typedef {import("estree").FunctionDeclaration} FunctionDeclaration */ /** @typedef {import("estree").FunctionExpression} FunctionExpression */ /** @typedef {import("estree").Identifier} Identifier */ /** * Get the name and kind of the given function node. * @param {FunctionNode} node - The function node to get. * @param {SourceCode} [sourceCode] The source code object to get the code of computed property keys. * @returns {string} The name and kind of the function node. */ // eslint-disable-next-line complexity function getFunctionNameWithKind(node, sourceCode) { const parent = /** @type {RuleNode} */ (node).parent; if (!parent) { return "" } const tokens = []; const isObjectMethod = parent.type === "Property" && parent.value === node; const isClassMethod = parent.type === "MethodDefinition" && parent.value === node; const isClassFieldMethod = parent.type === "PropertyDefinition" && parent.value === node; // Modifiers. if (isClassMethod || isClassFieldMethod) { if (parent.static) { tokens.push("static"); } if (parent.key.type === "PrivateIdentifier") { tokens.push("private"); } } if (node.async) { tokens.push("async"); } if (node.generator) { tokens.push("generator"); } // Kinds. if (isObjectMethod || isClassMethod) { if (parent.kind === "constructor") { return "constructor" } if (parent.kind === "get") { tokens.push("getter"); } else if (parent.kind === "set") { tokens.push("setter"); } else { tokens.push("method"); } } else if (isClassFieldMethod) { tokens.push("method"); } else { if (node.type === "ArrowFunctionExpression") { tokens.push("arrow"); } tokens.push("function"); } // Names. if (isObjectMethod || isClassMethod || isClassFieldMethod) { if (parent.key.type === "PrivateIdentifier") { tokens.push(`#${parent.key.name}`); } else { const name = getPropertyName(parent); if (name) { tokens.push(`'${name}'`); } else if (sourceCode) { const keyText = sourceCode.getText(parent.key); if (!keyText.includes("\n")) { tokens.push(`[${keyText}]`); } } } } else if (hasId(node)) { tokens.push(`'${node.id.name}'`); } else if ( parent.type === "VariableDeclarator" && parent.id && parent.id.type === "Identifier" ) { tokens.push(`'${parent.id.name}'`); } else if ( (parent.type === "AssignmentExpression" || parent.type === "AssignmentPattern") && parent.left && parent.left.type === "Identifier" ) { tokens.push(`'${parent.left.name}'`); } else if ( parent.type === "ExportDefaultDeclaration" && parent.declaration === node ) { tokens.push("'default'"); } return tokens.join(" ") } /** * @param {FunctionNode} node * @returns {node is FunctionDeclaration | FunctionExpression & { id: Identifier }} */ function hasId(node) { return Boolean( /** @type {Partial} */ (node) .id, ) } /** @typedef {import("estree").Node} Node */ /** @typedef {import("eslint").SourceCode} SourceCode */ /** @typedef {import("./types.mjs").HasSideEffectOptions} HasSideEffectOptions */ /** @typedef {import("estree").BinaryExpression} BinaryExpression */ /** @typedef {import("estree").MemberExpression} MemberExpression */ /** @typedef {import("estree").MethodDefinition} MethodDefinition */ /** @typedef {import("estree").Property} Property */ /** @typedef {import("estree").PropertyDefinition} PropertyDefinition */ /** @typedef {import("estree").UnaryExpression} UnaryExpression */ const typeConversionBinaryOps = Object.freeze( new Set([ "==", "!=", "<", "<=", ">", ">=", "<<", ">>", ">>>", "+", "-", "*", "/", "%", "|", "^", "&", "in", ]), ); const typeConversionUnaryOps = Object.freeze(new Set(["-", "+", "!", "~"])); /** * Check whether the given value is an ASTNode or not. * @param {any} x The value to check. * @returns {x is Node} `true` if the value is an ASTNode. */ function isNode(x) { return x !== null && typeof x === "object" && typeof x.type === "string" } const visitor = Object.freeze( Object.assign(Object.create(null), { /** * @param {Node} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ $visit(node, options, visitorKeys) { const { type } = node; if (typeof (/** @type {any} */ (this)[type]) === "function") { return /** @type {any} */ (this)[type]( node, options, visitorKeys, ) } return this.$visitChildren(node, options, visitorKeys) }, /** * @param {Node} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ $visitChildren(node, options, visitorKeys) { const { type } = node; for (const key of /** @type {(keyof Node)[]} */ ( visitorKeys[type] || eslintVisitorKeys.getKeys(node) )) { const value = node[key]; if (Array.isArray(value)) { for (const element of value) { if ( isNode(element) && this.$visit(element, options, visitorKeys) ) { return true } } } else if ( isNode(value) && this.$visit(value, options, visitorKeys) ) { return true } } return false }, ArrowFunctionExpression() { return false }, AssignmentExpression() { return true }, AwaitExpression() { return true }, /** * @param {BinaryExpression} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ BinaryExpression(node, options, visitorKeys) { if ( options.considerImplicitTypeConversion && typeConversionBinaryOps.has(node.operator) && (node.left.type !== "Literal" || node.right.type !== "Literal") ) { return true } return this.$visitChildren(node, options, visitorKeys) }, CallExpression() { return true }, FunctionExpression() { return false }, ImportExpression() { return true }, /** * @param {MemberExpression} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ MemberExpression(node, options, visitorKeys) { if (options.considerGetters) { return true } if ( options.considerImplicitTypeConversion && node.computed && node.property.type !== "Literal" ) { return true } return this.$visitChildren(node, options, visitorKeys) }, /** * @param {MethodDefinition} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ MethodDefinition(node, options, visitorKeys) { if ( options.considerImplicitTypeConversion && node.computed && node.key.type !== "Literal" ) { return true } return this.$visitChildren(node, options, visitorKeys) }, NewExpression() { return true }, /** * @param {Property} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ Property(node, options, visitorKeys) { if ( options.considerImplicitTypeConversion && node.computed && node.key.type !== "Literal" ) { return true } return this.$visitChildren(node, options, visitorKeys) }, /** * @param {PropertyDefinition} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ PropertyDefinition(node, options, visitorKeys) { if ( options.considerImplicitTypeConversion && node.computed && node.key.type !== "Literal" ) { return true } return this.$visitChildren(node, options, visitorKeys) }, /** * @param {UnaryExpression} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ UnaryExpression(node, options, visitorKeys) { if (node.operator === "delete") { return true } if ( options.considerImplicitTypeConversion && typeConversionUnaryOps.has(node.operator) && node.argument.type !== "Literal" ) { return true } return this.$visitChildren(node, options, visitorKeys) }, UpdateExpression() { return true }, YieldExpression() { return true }, }), ); /** * Check whether a given node has any side effect or not. * @param {Node} node The node to get. * @param {SourceCode} sourceCode The source code object. * @param {HasSideEffectOptions} [options] The option object. * @returns {boolean} `true` if the node has a certain side effect. */ function hasSideEffect(node, sourceCode, options = {}) { const { considerGetters = false, considerImplicitTypeConversion = false } = options; return visitor.$visit( node, { considerGetters, considerImplicitTypeConversion }, sourceCode.visitorKeys || eslintVisitorKeys.KEYS, ) } /** @typedef {import("estree").Node} Node */ /** @typedef {import("@typescript-eslint/types").TSESTree.NewExpression} TSNewExpression */ /** @typedef {import("@typescript-eslint/types").TSESTree.CallExpression} TSCallExpression */ /** @typedef {import("eslint").SourceCode} SourceCode */ /** @typedef {import("eslint").AST.Token} Token */ /** @typedef {import("eslint").Rule.Node} RuleNode */ /** * Get the left parenthesis of the parent node syntax if it exists. * E.g., `if (a) {}` then the `(`. * @param {Node} node The AST node to check. * @param {SourceCode} sourceCode The source code object to get tokens. * @returns {Token|null} The left parenthesis of the parent node syntax */ // eslint-disable-next-line complexity function getParentSyntaxParen(node, sourceCode) { const parent = /** @type {RuleNode} */ (node).parent; if (!parent) { return null } switch (parent.type) { case "CallExpression": case "NewExpression": if (parent.arguments.length === 1 && parent.arguments[0] === node) { return sourceCode.getTokenAfter( // @ts-expect-error https://github.com/typescript-eslint/typescript-eslint/pull/5384 parent.typeArguments || /** @type {RuleNode} */ ( /** @type {unknown} */ ( /** @type {TSNewExpression | TSCallExpression} */ ( parent ).typeParameters ) ) || parent.callee, isOpeningParenToken, ) } return null case "DoWhileStatement": if (parent.test === node) { return sourceCode.getTokenAfter( parent.body, isOpeningParenToken, ) } return null case "IfStatement": case "WhileStatement": if (parent.test === node) { return sourceCode.getFirstToken(parent, 1) } return null case "ImportExpression": if (parent.source === node) { return sourceCode.getFirstToken(parent, 1) } return null case "SwitchStatement": if (parent.discriminant === node) { return sourceCode.getFirstToken(parent, 1) } return null case "WithStatement": if (parent.object === node) { return sourceCode.getFirstToken(parent, 1) } return null default: return null } } /** * Check whether a given node is parenthesized or not. * @param {number} times The number of parantheses. * @param {Node} node The AST node to check. * @param {SourceCode} sourceCode The source code object to get tokens. * @returns {boolean} `true` if the node is parenthesized the given times. */ /** * Check whether a given node is parenthesized or not. * @param {Node} node The AST node to check. * @param {SourceCode} sourceCode The source code object to get tokens. * @returns {boolean} `true` if the node is parenthesized. */ /** * Check whether a given node is parenthesized or not. * @param {Node|number} timesOrNode The first parameter. * @param {Node|SourceCode} nodeOrSourceCode The second parameter. * @param {SourceCode} [optionalSourceCode] The third parameter. * @returns {boolean} `true` if the node is parenthesized. */ function isParenthesized( timesOrNode, nodeOrSourceCode, optionalSourceCode, ) { /** @type {number} */ let times, /** @type {RuleNode} */ node, /** @type {SourceCode} */ sourceCode, maybeLeftParen, maybeRightParen; if (typeof timesOrNode === "number") { times = timesOrNode | 0; node = /** @type {RuleNode} */ (nodeOrSourceCode); sourceCode = /** @type {SourceCode} */ (optionalSourceCode); if (!(times >= 1)) { throw new TypeError("'times' should be a positive integer.") } } else { times = 1; node = /** @type {RuleNode} */ (timesOrNode); sourceCode = /** @type {SourceCode} */ (nodeOrSourceCode); } if ( node == null || // `Program` can't be parenthesized node.parent == null || // `CatchClause.param` can't be parenthesized, example `try {} catch (error) {}` (node.parent.type === "CatchClause" && node.parent.param === node) ) { return false } maybeLeftParen = maybeRightParen = node; do { maybeLeftParen = sourceCode.getTokenBefore(maybeLeftParen); maybeRightParen = sourceCode.getTokenAfter(maybeRightParen); } while ( maybeLeftParen != null && maybeRightParen != null && isOpeningParenToken(maybeLeftParen) && isClosingParenToken(maybeRightParen) && // Avoid false positive such as `if (a) {}` maybeLeftParen !== getParentSyntaxParen(node, sourceCode) && --times > 0 ) return times === 0 } /** * @author Toru Nagashima * See LICENSE file in root directory for full license. */ const placeholder = /\$(?:[$&`']|[1-9][0-9]?)/gu; /** @type {WeakMap} */ const internal = new WeakMap(); /** * Check whether a given character is escaped or not. * @param {string} str The string to check. * @param {number} index The location of the character to check. * @returns {boolean} `true` if the character is escaped. */ function isEscaped(str, index) { let escaped = false; for (let i = index - 1; i >= 0 && str.charCodeAt(i) === 0x5c; --i) { escaped = !escaped; } return escaped } /** * Replace a given string by a given matcher. * @param {PatternMatcher} matcher The pattern matcher. * @param {string} str The string to be replaced. * @param {string} replacement The new substring to replace each matched part. * @returns {string} The replaced string. */ function replaceS(matcher, str, replacement) { const chunks = []; let index = 0; /** * @param {string} key The placeholder. * @param {RegExpExecArray} match The matched information. * @returns {string} The replaced string. */ function replacer(key, match) { switch (key) { case "$$": return "$" case "$&": return match[0] case "$`": return str.slice(0, match.index) case "$'": return str.slice(match.index + match[0].length) default: { const i = key.slice(1); if (i in match) { return match[/** @type {any} */ (i)] } return key } } } for (const match of matcher.execAll(str)) { chunks.push(str.slice(index, match.index)); chunks.push( replacement.replace(placeholder, (key) => replacer(key, match)), ); index = match.index + match[0].length; } chunks.push(str.slice(index)); return chunks.join("") } /** * Replace a given string by a given matcher. * @param {PatternMatcher} matcher The pattern matcher. * @param {string} str The string to be replaced. * @param {(substring: string, ...args: any[]) => string} replace The function to replace each matched part. * @returns {string} The replaced string. */ function replaceF(matcher, str, replace) { const chunks = []; let index = 0; for (const match of matcher.execAll(str)) { chunks.push(str.slice(index, match.index)); chunks.push( String( replace( .../** @type {[string, ...string[]]} */ ( /** @type {string[]} */ (match) ), match.index, match.input, ), ), ); index = match.index + match[0].length; } chunks.push(str.slice(index)); return chunks.join("") } /** * The class to find patterns as considering escape sequences. */ class PatternMatcher { /** * Initialize this matcher. * @param {RegExp} pattern The pattern to match. * @param {{escaped?:boolean}} [options] The options. */ constructor(pattern, options = {}) { const { escaped = false } = options; if (!(pattern instanceof RegExp)) { throw new TypeError("'pattern' should be a RegExp instance.") } if (!pattern.flags.includes("g")) { throw new Error("'pattern' should contains 'g' flag.") } internal.set(this, { pattern: new RegExp(pattern.source, pattern.flags), escaped: Boolean(escaped), }); } /** * Find the pattern in a given string. * @param {string} str The string to find. * @returns {IterableIterator} The iterator which iterate the matched information. */ *execAll(str) { const { pattern, escaped } = /** @type {{pattern:RegExp,escaped:boolean}} */ (internal.get(this)); let match = null; let lastIndex = 0; pattern.lastIndex = 0; while ((match = pattern.exec(str)) != null) { if (escaped || !isEscaped(str, match.index)) { lastIndex = pattern.lastIndex; yield match; pattern.lastIndex = lastIndex; } } } /** * Check whether the pattern is found in a given string. * @param {string} str The string to check. * @returns {boolean} `true` if the pattern was found in the string. */ test(str) { const it = this.execAll(str); const ret = it.next(); return !ret.done } /** * Replace a given string. * @param {string} str The string to be replaced. * @param {(string|((...strs:string[])=>string))} replacer The string or function to replace. This is the same as the 2nd argument of `String.protYotype.replace`. * @returns {string} The replaced string. */ [Symbol.replace](str, replacer) { return typeof replacer === "function" ? replaceF(this, String(str), replacer) : replaceS(this, String(str), String(replacer)) } } /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("eslint").Scope.Variable} Variable */ /** @typedef {import("eslint").Rule.Node} RuleNode */ /** @typedef {import("estree").Node} Node */ /** @typedef {import("estree").Expression} Expression */ /** @typedef {import("estree").Pattern} Pattern */ /** @typedef {import("estree").Identifier} Identifier */ /** @typedef {import("estree").SimpleCallExpression} CallExpression */ /** @typedef {import("estree").Program} Program */ /** @typedef {import("estree").ImportDeclaration} ImportDeclaration */ /** @typedef {import("estree").ExportAllDeclaration} ExportAllDeclaration */ /** @typedef {import("estree").ExportDefaultDeclaration} ExportDefaultDeclaration */ /** @typedef {import("estree").ExportNamedDeclaration} ExportNamedDeclaration */ /** @typedef {import("estree").ImportSpecifier} ImportSpecifier */ /** @typedef {import("estree").ImportDefaultSpecifier} ImportDefaultSpecifier */ /** @typedef {import("estree").ImportNamespaceSpecifier} ImportNamespaceSpecifier */ /** @typedef {import("estree").ExportSpecifier} ExportSpecifier */ /** @typedef {import("estree").Property} Property */ /** @typedef {import("estree").AssignmentProperty} AssignmentProperty */ /** @typedef {import("estree").Literal} Literal */ /** @typedef {import("@typescript-eslint/types").TSESTree.Node} TSESTreeNode */ /** @typedef {import("./types.mjs").ReferenceTrackerOptions} ReferenceTrackerOptions */ /** * @template T * @typedef {import("./types.mjs").TraceMap} TraceMap */ /** * @template T * @typedef {import("./types.mjs").TraceMapObject} TraceMapObject */ /** * @template T * @typedef {import("./types.mjs").TrackedReferences} TrackedReferences */ const IMPORT_TYPE = /^(?:Import|Export(?:All|Default|Named))Declaration$/u; /** * Check whether a given node is an import node or not. * @param {Node} node * @returns {node is ImportDeclaration|ExportAllDeclaration|ExportNamedDeclaration&{source: Literal}} `true` if the node is an import node. */ function isHasSource(node) { return ( IMPORT_TYPE.test(node.type) && /** @type {ImportDeclaration|ExportAllDeclaration|ExportNamedDeclaration} */ ( node ).source != null ) } const has = /** @type {(traceMap: TraceMap, v: T) => v is (string extends T ? string : T)} */ ( Function.call.bind(Object.hasOwnProperty) ); const READ = Symbol("read"); const CALL = Symbol("call"); const CONSTRUCT = Symbol("construct"); const ESM = Symbol("esm"); const requireCall = { require: { [CALL]: true } }; /** * Check whether a given variable is modified or not. * @param {Variable|undefined} variable The variable to check. * @returns {boolean} `true` if the variable is modified. */ function isModifiedGlobal(variable) { return ( variable == null || variable.defs.length !== 0 || variable.references.some((r) => r.isWrite()) ) } /** * Check if the value of a given node is passed through to the parent syntax as-is. * For example, `a` and `b` in (`a || b` and `c ? a : b`) are passed through. * @param {Node} node A node to check. * @returns {node is RuleNode & {parent: Expression}} `true` if the node is passed through. */ function isPassThrough(node) { const parent = /** @type {TSESTreeNode} */ (node).parent; if (parent) { switch (parent.type) { case "ConditionalExpression": return parent.consequent === node || parent.alternate === node case "LogicalExpression": return true case "SequenceExpression": return ( parent.expressions[parent.expressions.length - 1] === node ) case "ChainExpression": return true case "TSAsExpression": case "TSSatisfiesExpression": case "TSTypeAssertion": case "TSNonNullExpression": case "TSInstantiationExpression": return true default: return false } } return false } /** * The reference tracker. */ class ReferenceTracker { /** * Initialize this tracker. * @param {Scope} globalScope The global scope. * @param {object} [options] The options. * @param {"legacy"|"strict"} [options.mode="strict"] The mode to determine the ImportDeclaration's behavior for CJS modules. * @param {string[]} [options.globalObjectNames=["global","globalThis","self","window"]] The variable names for Global Object. */ constructor(globalScope, options = {}) { const { mode = "strict", globalObjectNames = ["global", "globalThis", "self", "window"], } = options; /** @private @type {Variable[]} */ this.variableStack = []; /** @private */ this.globalScope = globalScope; /** @private */ this.mode = mode; /** @private */ this.globalObjectNames = globalObjectNames.slice(0); } /** * Iterate the references of global variables. * @template T * @param {TraceMap} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ *iterateGlobalReferences(traceMap) { for (const key of Object.keys(traceMap)) { const nextTraceMap = traceMap[key]; const path = [key]; const variable = this.globalScope.set.get(key); if (isModifiedGlobal(variable)) { continue } yield* this._iterateVariableReferences( /** @type {Variable} */ (variable), path, nextTraceMap, true, ); } for (const key of this.globalObjectNames) { /** @type {string[]} */ const path = []; const variable = this.globalScope.set.get(key); if (isModifiedGlobal(variable)) { continue } yield* this._iterateVariableReferences( /** @type {Variable} */ (variable), path, traceMap, false, ); } } /** * Iterate the references of CommonJS modules. * @template T * @param {TraceMap} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ *iterateCjsReferences(traceMap) { for (const { node } of this.iterateGlobalReferences(requireCall)) { const key = getStringIfConstant( /** @type {CallExpression} */ (node).arguments[0], ); if (key == null || !has(traceMap, key)) { continue } const nextTraceMap = traceMap[key]; const path = [key]; if (nextTraceMap[READ]) { yield { node, path, type: READ, info: nextTraceMap[READ], }; } yield* this._iteratePropertyReferences( /** @type {CallExpression} */ (node), path, nextTraceMap, ); } } /** * Iterate the references of ES modules. * @template T * @param {TraceMap} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ *iterateEsmReferences(traceMap) { const programNode = /** @type {Program} */ (this.globalScope.block); for (const node of programNode.body) { if (!isHasSource(node)) { continue } const moduleId = /** @type {string} */ (node.source.value); if (!has(traceMap, moduleId)) { continue } const nextTraceMap = traceMap[moduleId]; const path = [moduleId]; if (nextTraceMap[READ]) { yield { // eslint-disable-next-line object-shorthand -- apply type node: /** @type {RuleNode} */ (node), path, type: READ, info: nextTraceMap[READ], }; } if (node.type === "ExportAllDeclaration") { for (const key of Object.keys(nextTraceMap)) { const exportTraceMap = nextTraceMap[key]; if (exportTraceMap[READ]) { yield { // eslint-disable-next-line object-shorthand -- apply type node: /** @type {RuleNode} */ (node), path: path.concat(key), type: READ, info: exportTraceMap[READ], }; } } } else { for (const specifier of node.specifiers) { const esm = has(nextTraceMap, ESM); const it = this._iterateImportReferences( specifier, path, esm ? nextTraceMap : this.mode === "legacy" ? { default: nextTraceMap, ...nextTraceMap } : { default: nextTraceMap }, ); if (esm) { yield* it; } else { for (const report of it) { report.path = report.path.filter(exceptDefault); if ( report.path.length >= 2 || report.type !== READ ) { yield report; } } } } } } } /** * Iterate the property references for a given expression AST node. * @template T * @param {Expression} node The expression AST node to iterate property references. * @param {TraceMap} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate property references. */ *iteratePropertyReferences(node, traceMap) { yield* this._iteratePropertyReferences(node, [], traceMap); } /** * Iterate the references for a given variable. * @private * @template T * @param {Variable} variable The variable to iterate that references. * @param {string[]} path The current path. * @param {TraceMapObject} traceMap The trace map. * @param {boolean} shouldReport = The flag to report those references. * @returns {IterableIterator>} The iterator to iterate references. */ *_iterateVariableReferences(variable, path, traceMap, shouldReport) { if (this.variableStack.includes(variable)) { return } this.variableStack.push(variable); try { for (const reference of variable.references) { if (!reference.isRead()) { continue } const node = /** @type {RuleNode & Identifier} */ ( reference.identifier ); if (shouldReport && traceMap[READ]) { yield { node, path, type: READ, info: traceMap[READ] }; } yield* this._iteratePropertyReferences(node, path, traceMap); } } finally { this.variableStack.pop(); } } /** * Iterate the references for a given AST node. * @private * @template T * @param {Expression} rootNode The AST node to iterate references. * @param {string[]} path The current path. * @param {TraceMapObject} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ //eslint-disable-next-line complexity *_iteratePropertyReferences(rootNode, path, traceMap) { let node = rootNode; while (isPassThrough(node)) { node = node.parent; } const parent = /** @type {RuleNode} */ (node).parent; if (!parent) { return } if (parent.type === "MemberExpression") { if (parent.object === node) { const key = getPropertyName(parent); if (key == null || !has(traceMap, key)) { return } path = path.concat(key); //eslint-disable-line no-param-reassign const nextTraceMap = traceMap[key]; if (nextTraceMap[READ]) { yield { node: parent, path, type: READ, info: nextTraceMap[READ], }; } yield* this._iteratePropertyReferences( parent, path, nextTraceMap, ); } return } if (parent.type === "CallExpression") { if (parent.callee === node && traceMap[CALL]) { yield { node: parent, path, type: CALL, info: traceMap[CALL] }; } return } if (parent.type === "NewExpression") { if (parent.callee === node && traceMap[CONSTRUCT]) { yield { node: parent, path, type: CONSTRUCT, info: traceMap[CONSTRUCT], }; } return } if (parent.type === "AssignmentExpression") { if (parent.right === node) { yield* this._iterateLhsReferences(parent.left, path, traceMap); yield* this._iteratePropertyReferences(parent, path, traceMap); } return } if (parent.type === "AssignmentPattern") { if (parent.right === node) { yield* this._iterateLhsReferences(parent.left, path, traceMap); } return } if (parent.type === "VariableDeclarator") { if (parent.init === node) { yield* this._iterateLhsReferences(parent.id, path, traceMap); } } } /** * Iterate the references for a given Pattern node. * @private * @template T * @param {Pattern} patternNode The Pattern node to iterate references. * @param {string[]} path The current path. * @param {TraceMapObject} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ *_iterateLhsReferences(patternNode, path, traceMap) { if (patternNode.type === "Identifier") { const variable = findVariable(this.globalScope, patternNode); if (variable != null) { yield* this._iterateVariableReferences( variable, path, traceMap, false, ); } return } if (patternNode.type === "ObjectPattern") { for (const property of patternNode.properties) { const key = getPropertyName( /** @type {AssignmentProperty} */ (property), ); if (key == null || !has(traceMap, key)) { continue } const nextPath = path.concat(key); const nextTraceMap = traceMap[key]; if (nextTraceMap[READ]) { yield { node: /** @type {RuleNode} */ (property), path: nextPath, type: READ, info: nextTraceMap[READ], }; } yield* this._iterateLhsReferences( /** @type {AssignmentProperty} */ (property).value, nextPath, nextTraceMap, ); } return } if (patternNode.type === "AssignmentPattern") { yield* this._iterateLhsReferences(patternNode.left, path, traceMap); } } /** * Iterate the references for a given ModuleSpecifier node. * @private * @template T * @param {ImportSpecifier | ImportDefaultSpecifier | ImportNamespaceSpecifier | ExportSpecifier} specifierNode The ModuleSpecifier node to iterate references. * @param {string[]} path The current path. * @param {TraceMapObject} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ *_iterateImportReferences(specifierNode, path, traceMap) { const type = specifierNode.type; if (type === "ImportSpecifier" || type === "ImportDefaultSpecifier") { const key = type === "ImportDefaultSpecifier" ? "default" : specifierNode.imported.type === "Identifier" ? specifierNode.imported.name : specifierNode.imported.value; if (!has(traceMap, key)) { return } path = path.concat(key); //eslint-disable-line no-param-reassign const nextTraceMap = traceMap[key]; if (nextTraceMap[READ]) { yield { node: /** @type {RuleNode} */ (specifierNode), path, type: READ, info: nextTraceMap[READ], }; } yield* this._iterateVariableReferences( /** @type {Variable} */ ( findVariable(this.globalScope, specifierNode.local) ), path, nextTraceMap, false, ); return } if (type === "ImportNamespaceSpecifier") { yield* this._iterateVariableReferences( /** @type {Variable} */ ( findVariable(this.globalScope, specifierNode.local) ), path, traceMap, false, ); return } if (type === "ExportSpecifier") { const key = specifierNode.local.type === "Identifier" ? specifierNode.local.name : specifierNode.local.value; if (!has(traceMap, key)) { return } path = path.concat(key); //eslint-disable-line no-param-reassign const nextTraceMap = traceMap[key]; if (nextTraceMap[READ]) { yield { node: /** @type {RuleNode} */ (specifierNode), path, type: READ, info: nextTraceMap[READ], }; } } } } ReferenceTracker.READ = READ; ReferenceTracker.CALL = CALL; ReferenceTracker.CONSTRUCT = CONSTRUCT; ReferenceTracker.ESM = ESM; /** * This is a predicate function for Array#filter. * @param {string} name A name part. * @param {number} index The index of the name. * @returns {boolean} `false` if it's default. */ function exceptDefault(name, index) { return !(index === 1 && name === "default") } /** @typedef {import("./types.mjs").StaticValue} StaticValue */ var index = { CALL, CONSTRUCT, ESM, findVariable, getFunctionHeadLocation, getFunctionNameWithKind, getInnermostScope, getPropertyName, getStaticValue, getStringIfConstant, hasSideEffect, isArrowToken, isClosingBraceToken, isClosingBracketToken, isClosingParenToken, isColonToken, isCommaToken, isCommentToken, isNotArrowToken, isNotClosingBraceToken, isNotClosingBracketToken, isNotClosingParenToken, isNotColonToken, isNotCommaToken, isNotCommentToken, isNotOpeningBraceToken, isNotOpeningBracketToken, isNotOpeningParenToken, isNotSemicolonToken, isOpeningBraceToken, isOpeningBracketToken, isOpeningParenToken, isParenthesized, isSemicolonToken, PatternMatcher, READ, ReferenceTracker, }; exports.CALL = CALL; exports.CONSTRUCT = CONSTRUCT; exports.ESM = ESM; exports.PatternMatcher = PatternMatcher; exports.READ = READ; exports.ReferenceTracker = ReferenceTracker; exports["default"] = index; exports.findVariable = findVariable; exports.getFunctionHeadLocation = getFunctionHeadLocation; exports.getFunctionNameWithKind = getFunctionNameWithKind; exports.getInnermostScope = getInnermostScope; exports.getPropertyName = getPropertyName; exports.getStaticValue = getStaticValue; exports.getStringIfConstant = getStringIfConstant; exports.hasSideEffect = hasSideEffect; exports.isArrowToken = isArrowToken; exports.isClosingBraceToken = isClosingBraceToken; exports.isClosingBracketToken = isClosingBracketToken; exports.isClosingParenToken = isClosingParenToken; exports.isColonToken = isColonToken; exports.isCommaToken = isCommaToken; exports.isCommentToken = isCommentToken; exports.isNotArrowToken = isNotArrowToken; exports.isNotClosingBraceToken = isNotClosingBraceToken; exports.isNotClosingBracketToken = isNotClosingBracketToken; exports.isNotClosingParenToken = isNotClosingParenToken; exports.isNotColonToken = isNotColonToken; exports.isNotCommaToken = isNotCommaToken; exports.isNotCommentToken = isNotCommentToken; exports.isNotOpeningBraceToken = isNotOpeningBraceToken; exports.isNotOpeningBracketToken = isNotOpeningBracketToken; exports.isNotOpeningParenToken = isNotOpeningParenToken; exports.isNotSemicolonToken = isNotSemicolonToken; exports.isOpeningBraceToken = isOpeningBraceToken; exports.isOpeningBracketToken = isOpeningBracketToken; exports.isOpeningParenToken = isOpeningParenToken; exports.isParenthesized = isParenthesized; exports.isSemicolonToken = isSemicolonToken; //# sourceMappingURL=index.js.map l,oJx{"version":3,"file":"index.js","sources":["src/get-innermost-scope.mjs","src/find-variable.mjs","src/token-predicate.mjs","src/get-function-head-location.mjs","src/get-static-value.mjs","src/get-string-if-constant.mjs","src/get-property-name.mjs","src/get-function-name-with-kind.mjs","src/has-side-effect.mjs","src/is-parenthesized.mjs","src/pattern-matcher.mjs","src/reference-tracker.mjs","src/index.mjs"],"sourcesContent":["/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"estree\").Node} Node */\n\n/**\n * Get the innermost scope which contains a given location.\n * @param {Scope} initialScope The initial scope to search.\n * @param {Node} node The location to search.\n * @returns {Scope} The innermost scope.\n */\nexport function getInnermostScope(initialScope, node) {\n const location = /** @type {[number, number]} */ (node.range)[0]\n\n let scope = initialScope\n let found = false\n do {\n found = false\n for (const childScope of scope.childScopes) {\n const range = /** @type {[number, number]} */ (\n childScope.block.range\n )\n\n if (range[0] <= location && location < range[1]) {\n scope = childScope\n found = true\n break\n }\n }\n } while (found)\n\n return scope\n}\n","import { getInnermostScope } from \"./get-innermost-scope.mjs\"\n/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"eslint\").Scope.Variable} Variable */\n/** @typedef {import(\"estree\").Identifier} Identifier */\n\n/**\n * Find the variable of a given name.\n * @param {Scope} initialScope The scope to start finding.\n * @param {string|Identifier} nameOrNode The variable name to find. If this is a Node object then it should be an Identifier node.\n * @returns {Variable|null} The found variable or null.\n */\nexport function findVariable(initialScope, nameOrNode) {\n let name = \"\"\n /** @type {Scope|null} */\n let scope = initialScope\n\n if (typeof nameOrNode === \"string\") {\n name = nameOrNode\n } else {\n name = nameOrNode.name\n scope = getInnermostScope(scope, nameOrNode)\n }\n\n while (scope != null) {\n const variable = scope.set.get(name)\n if (variable != null) {\n return variable\n }\n scope = scope.upper\n }\n\n return null\n}\n","/** @typedef {import(\"eslint\").AST.Token} Token */\n/** @typedef {import(\"estree\").Comment} Comment */\n/** @typedef {import(\"./types.mjs\").ArrowToken} ArrowToken */\n/** @typedef {import(\"./types.mjs\").CommaToken} CommaToken */\n/** @typedef {import(\"./types.mjs\").SemicolonToken} SemicolonToken */\n/** @typedef {import(\"./types.mjs\").ColonToken} ColonToken */\n/** @typedef {import(\"./types.mjs\").OpeningParenToken} OpeningParenToken */\n/** @typedef {import(\"./types.mjs\").ClosingParenToken} ClosingParenToken */\n/** @typedef {import(\"./types.mjs\").OpeningBracketToken} OpeningBracketToken */\n/** @typedef {import(\"./types.mjs\").ClosingBracketToken} ClosingBracketToken */\n/** @typedef {import(\"./types.mjs\").OpeningBraceToken} OpeningBraceToken */\n/** @typedef {import(\"./types.mjs\").ClosingBraceToken} ClosingBraceToken */\n/**\n * @template {string} Value\n * @typedef {import(\"./types.mjs\").PunctuatorToken} PunctuatorToken\n */\n\n/** @typedef {Comment | Token} CommentOrToken */\n\n/**\n * Creates the negate function of the given function.\n * @param {function(CommentOrToken):boolean} f - The function to negate.\n * @returns {function(CommentOrToken):boolean} Negated function.\n */\nfunction negate(f) {\n return (token) => !f(token)\n}\n\n/**\n * Checks if the given token is a PunctuatorToken with the given value\n * @template {string} Value\n * @param {CommentOrToken} token - The token to check.\n * @param {Value} value - The value to check.\n * @returns {token is PunctuatorToken} `true` if the token is a PunctuatorToken with the given value.\n */\nfunction isPunctuatorTokenWithValue(token, value) {\n return token.type === \"Punctuator\" && token.value === value\n}\n\n/**\n * Checks if the given token is an arrow token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is ArrowToken} `true` if the token is an arrow token.\n */\nexport function isArrowToken(token) {\n return isPunctuatorTokenWithValue(token, \"=>\")\n}\n\n/**\n * Checks if the given token is a comma token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is CommaToken} `true` if the token is a comma token.\n */\nexport function isCommaToken(token) {\n return isPunctuatorTokenWithValue(token, \",\")\n}\n\n/**\n * Checks if the given token is a semicolon token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is SemicolonToken} `true` if the token is a semicolon token.\n */\nexport function isSemicolonToken(token) {\n return isPunctuatorTokenWithValue(token, \";\")\n}\n\n/**\n * Checks if the given token is a colon token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is ColonToken} `true` if the token is a colon token.\n */\nexport function isColonToken(token) {\n return isPunctuatorTokenWithValue(token, \":\")\n}\n\n/**\n * Checks if the given token is an opening parenthesis token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is OpeningParenToken} `true` if the token is an opening parenthesis token.\n */\nexport function isOpeningParenToken(token) {\n return isPunctuatorTokenWithValue(token, \"(\")\n}\n\n/**\n * Checks if the given token is a closing parenthesis token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is ClosingParenToken} `true` if the token is a closing parenthesis token.\n */\nexport function isClosingParenToken(token) {\n return isPunctuatorTokenWithValue(token, \")\")\n}\n\n/**\n * Checks if the given token is an opening square bracket token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is OpeningBracketToken} `true` if the token is an opening square bracket token.\n */\nexport function isOpeningBracketToken(token) {\n return isPunctuatorTokenWithValue(token, \"[\")\n}\n\n/**\n * Checks if the given token is a closing square bracket token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is ClosingBracketToken} `true` if the token is a closing square bracket token.\n */\nexport function isClosingBracketToken(token) {\n return isPunctuatorTokenWithValue(token, \"]\")\n}\n\n/**\n * Checks if the given token is an opening brace token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is OpeningBraceToken} `true` if the token is an opening brace token.\n */\nexport function isOpeningBraceToken(token) {\n return isPunctuatorTokenWithValue(token, \"{\")\n}\n\n/**\n * Checks if the given token is a closing brace token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is ClosingBraceToken} `true` if the token is a closing brace token.\n */\nexport function isClosingBraceToken(token) {\n return isPunctuatorTokenWithValue(token, \"}\")\n}\n\n/**\n * Checks if the given token is a comment token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is Comment} `true` if the token is a comment token.\n */\nexport function isCommentToken(token) {\n return [\"Block\", \"Line\", \"Shebang\"].includes(token.type)\n}\n\nexport const isNotArrowToken = negate(isArrowToken)\nexport const isNotCommaToken = negate(isCommaToken)\nexport const isNotSemicolonToken = negate(isSemicolonToken)\nexport const isNotColonToken = negate(isColonToken)\nexport const isNotOpeningParenToken = negate(isOpeningParenToken)\nexport const isNotClosingParenToken = negate(isClosingParenToken)\nexport const isNotOpeningBracketToken = negate(isOpeningBracketToken)\nexport const isNotClosingBracketToken = negate(isClosingBracketToken)\nexport const isNotOpeningBraceToken = negate(isOpeningBraceToken)\nexport const isNotClosingBraceToken = negate(isClosingBraceToken)\nexport const isNotCommentToken = negate(isCommentToken)\n","import { isArrowToken, isOpeningParenToken } from \"./token-predicate.mjs\"\n/** @typedef {import(\"eslint\").Rule.Node} RuleNode */\n/** @typedef {import(\"eslint\").SourceCode} SourceCode */\n/** @typedef {import(\"eslint\").AST.Token} Token */\n/** @typedef {import(\"estree\").Function} FunctionNode */\n/** @typedef {import(\"estree\").FunctionDeclaration} FunctionDeclaration */\n/** @typedef {import(\"estree\").FunctionExpression} FunctionExpression */\n/** @typedef {import(\"estree\").SourceLocation} SourceLocation */\n/** @typedef {import(\"estree\").Position} Position */\n\n/**\n * Get the `(` token of the given function node.\n * @param {FunctionExpression | FunctionDeclaration} node - The function node to get.\n * @param {SourceCode} sourceCode - The source code object to get tokens.\n * @returns {Token} `(` token.\n */\nfunction getOpeningParenOfParams(node, sourceCode) {\n return node.id\n ? /** @type {Token} */ (\n sourceCode.getTokenAfter(node.id, isOpeningParenToken)\n )\n : /** @type {Token} */ (\n sourceCode.getFirstToken(node, isOpeningParenToken)\n )\n}\n\n/**\n * Get the location of the given function node for reporting.\n * @param {FunctionNode} node - The function node to get.\n * @param {SourceCode} sourceCode - The source code object to get tokens.\n * @returns {SourceLocation|null} The location of the function node for reporting.\n */\nexport function getFunctionHeadLocation(node, sourceCode) {\n const parent = /** @type {RuleNode} */ (node).parent\n\n /** @type {Position|null} */\n let start = null\n /** @type {Position|null} */\n let end = null\n\n if (node.type === \"ArrowFunctionExpression\") {\n const arrowToken = /** @type {Token} */ (\n sourceCode.getTokenBefore(node.body, isArrowToken)\n )\n\n start = arrowToken.loc.start\n end = arrowToken.loc.end\n } else if (\n parent &&\n (parent.type === \"Property\" ||\n parent.type === \"MethodDefinition\" ||\n parent.type === \"PropertyDefinition\")\n ) {\n start = /** @type {SourceLocation} */ (parent.loc).start\n end = getOpeningParenOfParams(node, sourceCode).loc.start\n } else {\n start = /** @type {SourceLocation} */ (node.loc).start\n end = getOpeningParenOfParams(node, sourceCode).loc.start\n }\n\n return {\n start: { ...start },\n end: { ...end },\n }\n}\n","/* globals self, window */\n\nimport { findVariable } from \"./find-variable.mjs\"\n/** @typedef {import(\"./types.mjs\").StaticValue} StaticValue */\n/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"eslint\").Scope.Variable} Variable */\n/** @typedef {import(\"estree\").Node} Node */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.Node} TSESTreeNode */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.AST_NODE_TYPES} TSESTreeNodeTypes */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.MemberExpression} MemberExpression */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.Property} Property */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.RegExpLiteral} RegExpLiteral */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.BigIntLiteral} BigIntLiteral */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.Literal} Literal */\n\nconst globalObject =\n typeof globalThis !== \"undefined\"\n ? globalThis\n : // @ts-ignore\n typeof self !== \"undefined\"\n ? // @ts-ignore\n self\n : // @ts-ignore\n typeof window !== \"undefined\"\n ? // @ts-ignore\n window\n : typeof global !== \"undefined\"\n ? global\n : {}\n\nconst builtinNames = Object.freeze(\n new Set([\n \"Array\",\n \"ArrayBuffer\",\n \"BigInt\",\n \"BigInt64Array\",\n \"BigUint64Array\",\n \"Boolean\",\n \"DataView\",\n \"Date\",\n \"decodeURI\",\n \"decodeURIComponent\",\n \"encodeURI\",\n \"encodeURIComponent\",\n \"escape\",\n \"Float32Array\",\n \"Float64Array\",\n \"Function\",\n \"Infinity\",\n \"Int16Array\",\n \"Int32Array\",\n \"Int8Array\",\n \"isFinite\",\n \"isNaN\",\n \"isPrototypeOf\",\n \"JSON\",\n \"Map\",\n \"Math\",\n \"NaN\",\n \"Number\",\n \"Object\",\n \"parseFloat\",\n \"parseInt\",\n \"Promise\",\n \"Proxy\",\n \"Reflect\",\n \"RegExp\",\n \"Set\",\n \"String\",\n \"Symbol\",\n \"Uint16Array\",\n \"Uint32Array\",\n \"Uint8Array\",\n \"Uint8ClampedArray\",\n \"undefined\",\n \"unescape\",\n \"WeakMap\",\n \"WeakSet\",\n ]),\n)\nconst callAllowed = new Set(\n [\n Array.isArray,\n Array.of,\n Array.prototype.at,\n Array.prototype.concat,\n Array.prototype.entries,\n Array.prototype.every,\n Array.prototype.filter,\n Array.prototype.find,\n Array.prototype.findIndex,\n Array.prototype.flat,\n Array.prototype.includes,\n Array.prototype.indexOf,\n Array.prototype.join,\n Array.prototype.keys,\n Array.prototype.lastIndexOf,\n Array.prototype.slice,\n Array.prototype.some,\n Array.prototype.toString,\n Array.prototype.values,\n typeof BigInt === \"function\" ? BigInt : undefined,\n Boolean,\n Date,\n Date.parse,\n decodeURI,\n decodeURIComponent,\n encodeURI,\n encodeURIComponent,\n escape,\n isFinite,\n isNaN,\n // @ts-ignore\n isPrototypeOf,\n Map,\n Map.prototype.entries,\n Map.prototype.get,\n Map.prototype.has,\n Map.prototype.keys,\n Map.prototype.values,\n .../** @type {(keyof typeof Math)[]} */ (\n Object.getOwnPropertyNames(Math)\n )\n .filter((k) => k !== \"random\")\n .map((k) => Math[k])\n .filter((f) => typeof f === \"function\"),\n Number,\n Number.isFinite,\n Number.isNaN,\n Number.parseFloat,\n Number.parseInt,\n Number.prototype.toExponential,\n Number.prototype.toFixed,\n Number.prototype.toPrecision,\n Number.prototype.toString,\n Object,\n Object.entries,\n Object.is,\n Object.isExtensible,\n Object.isFrozen,\n Object.isSealed,\n Object.keys,\n Object.values,\n parseFloat,\n parseInt,\n RegExp,\n Set,\n Set.prototype.entries,\n Set.prototype.has,\n Set.prototype.keys,\n Set.prototype.values,\n String,\n String.fromCharCode,\n String.fromCodePoint,\n String.raw,\n String.prototype.at,\n String.prototype.charAt,\n String.prototype.charCodeAt,\n String.prototype.codePointAt,\n String.prototype.concat,\n String.prototype.endsWith,\n String.prototype.includes,\n String.prototype.indexOf,\n String.prototype.lastIndexOf,\n String.prototype.normalize,\n String.prototype.padEnd,\n String.prototype.padStart,\n String.prototype.slice,\n String.prototype.startsWith,\n String.prototype.substr,\n String.prototype.substring,\n String.prototype.toLowerCase,\n String.prototype.toString,\n String.prototype.toUpperCase,\n String.prototype.trim,\n String.prototype.trimEnd,\n String.prototype.trimLeft,\n String.prototype.trimRight,\n String.prototype.trimStart,\n Symbol.for,\n Symbol.keyFor,\n unescape,\n ].filter((f) => typeof f === \"function\"),\n)\nconst callPassThrough = new Set([\n Object.freeze,\n Object.preventExtensions,\n Object.seal,\n])\n\n/** @type {ReadonlyArray]>} */\nconst getterAllowed = [\n [Map, new Set([\"size\"])],\n [\n RegExp,\n new Set([\n \"dotAll\",\n \"flags\",\n \"global\",\n \"hasIndices\",\n \"ignoreCase\",\n \"multiline\",\n \"source\",\n \"sticky\",\n \"unicode\",\n ]),\n ],\n [Set, new Set([\"size\"])],\n]\n\n/**\n * Get the property descriptor.\n * @param {object} object The object to get.\n * @param {string|number|symbol} name The property name to get.\n */\nfunction getPropertyDescriptor(object, name) {\n let x = object\n while ((typeof x === \"object\" || typeof x === \"function\") && x !== null) {\n const d = Object.getOwnPropertyDescriptor(x, name)\n if (d) {\n return d\n }\n x = Object.getPrototypeOf(x)\n }\n return null\n}\n\n/**\n * Check if a property is getter or not.\n * @param {object} object The object to check.\n * @param {string|number|symbol} name The property name to check.\n */\nfunction isGetter(object, name) {\n const d = getPropertyDescriptor(object, name)\n return d != null && d.get != null\n}\n\n/**\n * Get the element values of a given node list.\n * @param {(Node|TSESTreeNode|null)[]} nodeList The node list to get values.\n * @param {Scope|undefined|null} initialScope The initial scope to find variables.\n * @returns {any[]|null} The value list if all nodes are constant. Otherwise, null.\n */\nfunction getElementValues(nodeList, initialScope) {\n const valueList = []\n\n for (let i = 0; i < nodeList.length; ++i) {\n const elementNode = nodeList[i]\n\n if (elementNode == null) {\n valueList.length = i + 1\n } else if (elementNode.type === \"SpreadElement\") {\n const argument = getStaticValueR(elementNode.argument, initialScope)\n if (argument == null) {\n return null\n }\n valueList.push(.../** @type {Iterable} */ (argument.value))\n } else {\n const element = getStaticValueR(elementNode, initialScope)\n if (element == null) {\n return null\n }\n valueList.push(element.value)\n }\n }\n\n return valueList\n}\n\n/**\n * Checks if a variable is a built-in global.\n * @param {Variable|null} variable The variable to check.\n * @returns {variable is Variable & {defs:[]}}\n */\nfunction isBuiltinGlobal(variable) {\n return (\n variable != null &&\n variable.defs.length === 0 &&\n builtinNames.has(variable.name) &&\n variable.name in globalObject\n )\n}\n\n/**\n * Checks if a variable can be considered as a constant.\n * @param {Variable} variable\n * @returns {variable is Variable & {defs: [import(\"eslint\").Scope.Definition & { type: \"Variable\" }]}} True if the variable can be considered as a constant.\n */\nfunction canBeConsideredConst(variable) {\n if (variable.defs.length !== 1) {\n return false\n }\n const def = variable.defs[0]\n return Boolean(\n def.parent &&\n def.type === \"Variable\" &&\n (def.parent.kind === \"const\" || isEffectivelyConst(variable)),\n )\n}\n\n/**\n * Returns whether the given variable is never written to after initialization.\n * @param {Variable} variable\n * @returns {boolean}\n */\nfunction isEffectivelyConst(variable) {\n const refs = variable.references\n\n const inits = refs.filter((r) => r.init).length\n const reads = refs.filter((r) => r.isReadOnly()).length\n if (inits === 1 && reads + inits === refs.length) {\n // there is only one init and all other references only read\n return true\n }\n return false\n}\n\n/**\n * Checks if a variable has mutation in its property.\n * @param {Variable} variable The variable to check.\n * @param {Scope|null} initialScope The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it.\n * @returns {boolean} True if the variable has mutation in its property.\n */\nfunction hasMutationInProperty(variable, initialScope) {\n for (const ref of variable.references) {\n let node = /** @type {TSESTreeNode} */ (ref.identifier)\n while (node && node.parent && node.parent.type === \"MemberExpression\") {\n node = node.parent\n }\n if (!node || !node.parent) {\n continue\n }\n if (\n (node.parent.type === \"AssignmentExpression\" &&\n node.parent.left === node) ||\n (node.parent.type === \"UpdateExpression\" &&\n node.parent.argument === node)\n ) {\n // This is a mutation.\n return true\n }\n if (\n node.parent.type === \"CallExpression\" &&\n node.parent.callee === node &&\n node.type === \"MemberExpression\"\n ) {\n const methodName = getStaticPropertyNameValue(node, initialScope)\n if (isNameOfMutationArrayMethod(methodName)) {\n // This is a mutation.\n return true\n }\n }\n }\n return false\n\n /**\n * Checks if a method name is one of the mutation array methods.\n * @param {StaticValue|null} methodName The method name to check.\n * @returns {boolean} True if the method name is a mutation array method.\n */\n function isNameOfMutationArrayMethod(methodName) {\n if (methodName == null || methodName.value == null) {\n return false\n }\n const name = methodName.value\n return (\n name === \"copyWithin\" ||\n name === \"fill\" ||\n name === \"pop\" ||\n name === \"push\" ||\n name === \"reverse\" ||\n name === \"shift\" ||\n name === \"sort\" ||\n name === \"splice\" ||\n name === \"unshift\"\n )\n }\n}\n\n/**\n * @template {TSESTreeNodeTypes} T\n * @callback VisitorCallback\n * @param {TSESTreeNode & { type: T }} node\n * @param {Scope|undefined|null} initialScope\n * @returns {StaticValue | null}\n */\n/**\n * @typedef { { [K in TSESTreeNodeTypes]?: VisitorCallback } } Operations\n */\n/**\n * @type {Operations}\n */\nconst operations = Object.freeze({\n ArrayExpression(node, initialScope) {\n const elements = getElementValues(node.elements, initialScope)\n return elements != null ? { value: elements } : null\n },\n\n AssignmentExpression(node, initialScope) {\n if (node.operator === \"=\") {\n return getStaticValueR(node.right, initialScope)\n }\n return null\n },\n\n //eslint-disable-next-line complexity\n BinaryExpression(node, initialScope) {\n if (node.operator === \"in\" || node.operator === \"instanceof\") {\n // Not supported.\n return null\n }\n\n const left = getStaticValueR(node.left, initialScope)\n const right = getStaticValueR(node.right, initialScope)\n if (left != null && right != null) {\n switch (node.operator) {\n case \"==\":\n return { value: left.value == right.value } //eslint-disable-line eqeqeq\n case \"!=\":\n return { value: left.value != right.value } //eslint-disable-line eqeqeq\n case \"===\":\n return { value: left.value === right.value }\n case \"!==\":\n return { value: left.value !== right.value }\n case \"<\":\n return {\n value:\n /** @type {any} */ (left.value) <\n /** @type {any} */ (right.value),\n }\n case \"<=\":\n return {\n value:\n /** @type {any} */ (left.value) <=\n /** @type {any} */ (right.value),\n }\n case \">\":\n return {\n value:\n /** @type {any} */ (left.value) >\n /** @type {any} */ (right.value),\n }\n case \">=\":\n return {\n value:\n /** @type {any} */ (left.value) >=\n /** @type {any} */ (right.value),\n }\n case \"<<\":\n return {\n value:\n /** @type {any} */ (left.value) <<\n /** @type {any} */ (right.value),\n }\n case \">>\":\n return {\n value:\n /** @type {any} */ (left.value) >>\n /** @type {any} */ (right.value),\n }\n case \">>>\":\n return {\n value:\n /** @type {any} */ (left.value) >>>\n /** @type {any} */ (right.value),\n }\n case \"+\":\n return {\n value:\n /** @type {any} */ (left.value) +\n /** @type {any} */ (right.value),\n }\n case \"-\":\n return {\n value:\n /** @type {any} */ (left.value) -\n /** @type {any} */ (right.value),\n }\n case \"*\":\n return {\n value:\n /** @type {any} */ (left.value) *\n /** @type {any} */ (right.value),\n }\n case \"/\":\n return {\n value:\n /** @type {any} */ (left.value) /\n /** @type {any} */ (right.value),\n }\n case \"%\":\n return {\n value:\n /** @type {any} */ (left.value) %\n /** @type {any} */ (right.value),\n }\n case \"**\":\n return {\n value:\n /** @type {any} */ (left.value) **\n /** @type {any} */ (right.value),\n }\n case \"|\":\n return {\n value:\n /** @type {any} */ (left.value) |\n /** @type {any} */ (right.value),\n }\n case \"^\":\n return {\n value:\n /** @type {any} */ (left.value) ^\n /** @type {any} */ (right.value),\n }\n case \"&\":\n return {\n value:\n /** @type {any} */ (left.value) &\n /** @type {any} */ (right.value),\n }\n\n // no default\n }\n }\n\n return null\n },\n\n CallExpression(node, initialScope) {\n const calleeNode = node.callee\n const args = getElementValues(node.arguments, initialScope)\n\n if (args != null) {\n if (calleeNode.type === \"MemberExpression\") {\n if (calleeNode.property.type === \"PrivateIdentifier\") {\n return null\n }\n const object = getStaticValueR(calleeNode.object, initialScope)\n if (object != null) {\n if (\n object.value == null &&\n (object.optional || node.optional)\n ) {\n return { value: undefined, optional: true }\n }\n const property = getStaticPropertyNameValue(\n calleeNode,\n initialScope,\n )\n\n if (property != null) {\n const receiver =\n /** @type {Record any>} */ (\n object.value\n )\n const methodName = /** @type {PropertyKey} */ (\n property.value\n )\n if (callAllowed.has(receiver[methodName])) {\n return {\n value: receiver[methodName](...args),\n }\n }\n if (callPassThrough.has(receiver[methodName])) {\n return { value: args[0] }\n }\n }\n }\n } else {\n const callee = getStaticValueR(calleeNode, initialScope)\n if (callee != null) {\n if (callee.value == null && node.optional) {\n return { value: undefined, optional: true }\n }\n const func = /** @type {(...args: any[]) => any} */ (\n callee.value\n )\n if (callAllowed.has(func)) {\n return { value: func(...args) }\n }\n if (callPassThrough.has(func)) {\n return { value: args[0] }\n }\n }\n }\n }\n\n return null\n },\n\n ConditionalExpression(node, initialScope) {\n const test = getStaticValueR(node.test, initialScope)\n if (test != null) {\n return test.value\n ? getStaticValueR(node.consequent, initialScope)\n : getStaticValueR(node.alternate, initialScope)\n }\n return null\n },\n\n ExpressionStatement(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n\n Identifier(node, initialScope) {\n if (initialScope != null) {\n const variable = findVariable(initialScope, node)\n\n if (variable != null) {\n // Built-in globals.\n if (isBuiltinGlobal(variable)) {\n return { value: globalObject[variable.name] }\n }\n\n // Constants.\n if (canBeConsideredConst(variable)) {\n const def = variable.defs[0]\n if (\n // TODO(mysticatea): don't support destructuring here.\n def.node.id.type === \"Identifier\"\n ) {\n const init = getStaticValueR(\n def.node.init,\n initialScope,\n )\n if (\n init &&\n typeof init.value === \"object\" &&\n init.value !== null\n ) {\n if (hasMutationInProperty(variable, initialScope)) {\n // This variable has mutation in its property.\n return null\n }\n }\n return init\n }\n }\n }\n }\n return null\n },\n\n Literal(node) {\n const literal =\n /** @type {Partial & Partial & Partial} */ (\n node\n )\n //istanbul ignore if : this is implementation-specific behavior.\n if (\n (literal.regex != null || literal.bigint != null) &&\n literal.value == null\n ) {\n // It was a RegExp/BigInt literal, but Node.js didn't support it.\n return null\n }\n return { value: literal.value }\n },\n\n LogicalExpression(node, initialScope) {\n const left = getStaticValueR(node.left, initialScope)\n if (left != null) {\n if (\n (node.operator === \"||\" && Boolean(left.value) === true) ||\n (node.operator === \"&&\" && Boolean(left.value) === false) ||\n (node.operator === \"??\" && left.value != null)\n ) {\n return left\n }\n\n const right = getStaticValueR(node.right, initialScope)\n if (right != null) {\n return right\n }\n }\n\n return null\n },\n\n MemberExpression(node, initialScope) {\n if (node.property.type === \"PrivateIdentifier\") {\n return null\n }\n const object = getStaticValueR(node.object, initialScope)\n if (object != null) {\n if (object.value == null && (object.optional || node.optional)) {\n return { value: undefined, optional: true }\n }\n const property = getStaticPropertyNameValue(node, initialScope)\n\n if (property != null) {\n if (\n !isGetter(\n /** @type {object} */ (object.value),\n /** @type {PropertyKey} */ (property.value),\n )\n ) {\n return {\n value: /** @type {Record} */ (\n object.value\n )[/** @type {PropertyKey} */ (property.value)],\n }\n }\n\n for (const [classFn, allowed] of getterAllowed) {\n if (\n object.value instanceof classFn &&\n allowed.has(/** @type {string} */ (property.value))\n ) {\n return {\n value: /** @type {Record} */ (\n object.value\n )[/** @type {PropertyKey} */ (property.value)],\n }\n }\n }\n }\n }\n return null\n },\n\n ChainExpression(node, initialScope) {\n const expression = getStaticValueR(node.expression, initialScope)\n if (expression != null) {\n return { value: expression.value }\n }\n return null\n },\n\n NewExpression(node, initialScope) {\n const callee = getStaticValueR(node.callee, initialScope)\n const args = getElementValues(node.arguments, initialScope)\n\n if (callee != null && args != null) {\n const Func = /** @type {new (...args: any[]) => any} */ (\n callee.value\n )\n if (callAllowed.has(Func)) {\n return { value: new Func(...args) }\n }\n }\n\n return null\n },\n\n ObjectExpression(node, initialScope) {\n /** @type {Record} */\n const object = {}\n\n for (const propertyNode of node.properties) {\n if (propertyNode.type === \"Property\") {\n if (propertyNode.kind !== \"init\") {\n return null\n }\n const key = getStaticPropertyNameValue(\n propertyNode,\n initialScope,\n )\n const value = getStaticValueR(propertyNode.value, initialScope)\n if (key == null || value == null) {\n return null\n }\n object[/** @type {PropertyKey} */ (key.value)] = value.value\n } else if (\n propertyNode.type === \"SpreadElement\" ||\n // @ts-expect-error -- Backward compatibility\n propertyNode.type === \"ExperimentalSpreadProperty\"\n ) {\n const argument = getStaticValueR(\n propertyNode.argument,\n initialScope,\n )\n if (argument == null) {\n return null\n }\n Object.assign(object, argument.value)\n } else {\n return null\n }\n }\n\n return { value: object }\n },\n\n SequenceExpression(node, initialScope) {\n const last = node.expressions[node.expressions.length - 1]\n return getStaticValueR(last, initialScope)\n },\n\n TaggedTemplateExpression(node, initialScope) {\n const tag = getStaticValueR(node.tag, initialScope)\n const expressions = getElementValues(\n node.quasi.expressions,\n initialScope,\n )\n\n if (tag != null && expressions != null) {\n const func = /** @type {(...args: any[]) => any} */ (tag.value)\n /** @type {any[] & { raw?: string[] }} */\n const strings = node.quasi.quasis.map((q) => q.value.cooked)\n strings.raw = node.quasi.quasis.map((q) => q.value.raw)\n\n if (func === String.raw) {\n return { value: func(strings, ...expressions) }\n }\n }\n\n return null\n },\n\n TemplateLiteral(node, initialScope) {\n const expressions = getElementValues(node.expressions, initialScope)\n if (expressions != null) {\n let value = node.quasis[0].value.cooked\n for (let i = 0; i < expressions.length; ++i) {\n value += expressions[i]\n value += /** @type {string} */ (node.quasis[i + 1].value.cooked)\n }\n return { value }\n }\n return null\n },\n\n UnaryExpression(node, initialScope) {\n if (node.operator === \"delete\") {\n // Not supported.\n return null\n }\n if (node.operator === \"void\") {\n return { value: undefined }\n }\n\n const arg = getStaticValueR(node.argument, initialScope)\n if (arg != null) {\n switch (node.operator) {\n case \"-\":\n return { value: -(/** @type {any} */ (arg.value)) }\n case \"+\":\n return { value: +(/** @type {any} */ (arg.value)) } //eslint-disable-line no-implicit-coercion\n case \"!\":\n return { value: !arg.value }\n case \"~\":\n return { value: ~(/** @type {any} */ (arg.value)) }\n case \"typeof\":\n return { value: typeof arg.value }\n\n // no default\n }\n }\n\n return null\n },\n TSAsExpression(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n TSSatisfiesExpression(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n TSTypeAssertion(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n TSNonNullExpression(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n TSInstantiationExpression(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n})\n\n/**\n * Get the value of a given node if it's a static value.\n * @param {Node|TSESTreeNode|null|undefined} node The node to get.\n * @param {Scope|undefined|null} initialScope The scope to start finding variable.\n * @returns {StaticValue|null} The static value of the node, or `null`.\n */\nfunction getStaticValueR(node, initialScope) {\n if (node != null && Object.hasOwnProperty.call(operations, node.type)) {\n return /** @type {VisitorCallback} */ (operations[node.type])(\n /** @type {TSESTreeNode} */ (node),\n initialScope,\n )\n }\n return null\n}\n\n/**\n * Get the static value of property name from a MemberExpression node or a Property node.\n * @param {MemberExpression|Property} node The node to get.\n * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it.\n * @returns {StaticValue|null} The static value of the property name of the node, or `null`.\n */\nfunction getStaticPropertyNameValue(node, initialScope) {\n const nameNode = node.type === \"Property\" ? node.key : node.property\n\n if (node.computed) {\n return getStaticValueR(nameNode, initialScope)\n }\n\n if (nameNode.type === \"Identifier\") {\n return { value: nameNode.name }\n }\n\n if (nameNode.type === \"Literal\") {\n if (/** @type {Partial} */ (nameNode).bigint) {\n return { value: /** @type {BigIntLiteral} */ (nameNode).bigint }\n }\n return { value: String(nameNode.value) }\n }\n\n return null\n}\n\n/**\n * Get the value of a given node if it's a static value.\n * @param {Node} node The node to get.\n * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If this scope was given, this tries to resolve identifier references which are in the given node as much as possible.\n * @returns {StaticValue | null} The static value of the node, or `null`.\n */\nexport function getStaticValue(node, initialScope = null) {\n try {\n return getStaticValueR(node, initialScope)\n } catch (_error) {\n return null\n }\n}\n","import { getStaticValue } from \"./get-static-value.mjs\"\n/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"estree\").Node} Node */\n/** @typedef {import(\"estree\").RegExpLiteral} RegExpLiteral */\n/** @typedef {import(\"estree\").BigIntLiteral} BigIntLiteral */\n/** @typedef {import(\"estree\").SimpleLiteral} SimpleLiteral */\n\n/**\n * Get the value of a given node if it's a literal or a template literal.\n * @param {Node} node The node to get.\n * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If the node is an Identifier node and this scope was given, this checks the variable of the identifier, and returns the value of it if the variable is a constant.\n * @returns {string|null} The value of the node, or `null`.\n */\nexport function getStringIfConstant(node, initialScope = null) {\n // Handle the literals that the platform doesn't support natively.\n if (node && node.type === \"Literal\" && node.value === null) {\n const literal =\n /** @type {Partial & Partial & Partial} */ (\n node\n )\n if (literal.regex) {\n return `/${literal.regex.pattern}/${literal.regex.flags}`\n }\n if (literal.bigint) {\n return literal.bigint\n }\n }\n\n const evaluated = getStaticValue(node, initialScope)\n\n if (evaluated) {\n // `String(Symbol.prototype)` throws error\n try {\n return String(evaluated.value)\n } catch {\n // No op\n }\n }\n\n return null\n}\n","import { getStringIfConstant } from \"./get-string-if-constant.mjs\"\n/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"estree\").MemberExpression} MemberExpression */\n/** @typedef {import(\"estree\").MethodDefinition} MethodDefinition */\n/** @typedef {import(\"estree\").Property} Property */\n/** @typedef {import(\"estree\").PropertyDefinition} PropertyDefinition */\n/** @typedef {import(\"estree\").Identifier} Identifier */\n\n/**\n * Get the property name from a MemberExpression node or a Property node.\n * @param {MemberExpression | MethodDefinition | Property | PropertyDefinition} node The node to get.\n * @param {Scope} [initialScope] The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it.\n * @returns {string|null|undefined} The property name of the node.\n */\nexport function getPropertyName(node, initialScope) {\n switch (node.type) {\n case \"MemberExpression\":\n if (node.computed) {\n return getStringIfConstant(node.property, initialScope)\n }\n if (node.property.type === \"PrivateIdentifier\") {\n return null\n }\n return /** @type {Partial} */ (node.property).name\n\n case \"Property\":\n case \"MethodDefinition\":\n case \"PropertyDefinition\":\n if (node.computed) {\n return getStringIfConstant(node.key, initialScope)\n }\n if (node.key.type === \"Literal\") {\n return String(node.key.value)\n }\n if (node.key.type === \"PrivateIdentifier\") {\n return null\n }\n return /** @type {Partial} */ (node.key).name\n\n default:\n break\n }\n\n return null\n}\n","import { getPropertyName } from \"./get-property-name.mjs\"\n/** @typedef {import(\"eslint\").Rule.Node} RuleNode */\n/** @typedef {import(\"eslint\").SourceCode} SourceCode */\n/** @typedef {import(\"estree\").Function} FunctionNode */\n/** @typedef {import(\"estree\").FunctionDeclaration} FunctionDeclaration */\n/** @typedef {import(\"estree\").FunctionExpression} FunctionExpression */\n/** @typedef {import(\"estree\").Identifier} Identifier */\n\n/**\n * Get the name and kind of the given function node.\n * @param {FunctionNode} node - The function node to get.\n * @param {SourceCode} [sourceCode] The source code object to get the code of computed property keys.\n * @returns {string} The name and kind of the function node.\n */\n// eslint-disable-next-line complexity\nexport function getFunctionNameWithKind(node, sourceCode) {\n const parent = /** @type {RuleNode} */ (node).parent\n\n if (!parent) {\n return \"\"\n }\n\n const tokens = []\n const isObjectMethod = parent.type === \"Property\" && parent.value === node\n const isClassMethod =\n parent.type === \"MethodDefinition\" && parent.value === node\n const isClassFieldMethod =\n parent.type === \"PropertyDefinition\" && parent.value === node\n\n // Modifiers.\n if (isClassMethod || isClassFieldMethod) {\n if (parent.static) {\n tokens.push(\"static\")\n }\n if (parent.key.type === \"PrivateIdentifier\") {\n tokens.push(\"private\")\n }\n }\n if (node.async) {\n tokens.push(\"async\")\n }\n if (node.generator) {\n tokens.push(\"generator\")\n }\n\n // Kinds.\n if (isObjectMethod || isClassMethod) {\n if (parent.kind === \"constructor\") {\n return \"constructor\"\n }\n if (parent.kind === \"get\") {\n tokens.push(\"getter\")\n } else if (parent.kind === \"set\") {\n tokens.push(\"setter\")\n } else {\n tokens.push(\"method\")\n }\n } else if (isClassFieldMethod) {\n tokens.push(\"method\")\n } else {\n if (node.type === \"ArrowFunctionExpression\") {\n tokens.push(\"arrow\")\n }\n tokens.push(\"function\")\n }\n\n // Names.\n if (isObjectMethod || isClassMethod || isClassFieldMethod) {\n if (parent.key.type === \"PrivateIdentifier\") {\n tokens.push(`#${parent.key.name}`)\n } else {\n const name = getPropertyName(parent)\n if (name) {\n tokens.push(`'${name}'`)\n } else if (sourceCode) {\n const keyText = sourceCode.getText(parent.key)\n if (!keyText.includes(\"\\n\")) {\n tokens.push(`[${keyText}]`)\n }\n }\n }\n } else if (hasId(node)) {\n tokens.push(`'${node.id.name}'`)\n } else if (\n parent.type === \"VariableDeclarator\" &&\n parent.id &&\n parent.id.type === \"Identifier\"\n ) {\n tokens.push(`'${parent.id.name}'`)\n } else if (\n (parent.type === \"AssignmentExpression\" ||\n parent.type === \"AssignmentPattern\") &&\n parent.left &&\n parent.left.type === \"Identifier\"\n ) {\n tokens.push(`'${parent.left.name}'`)\n } else if (\n parent.type === \"ExportDefaultDeclaration\" &&\n parent.declaration === node\n ) {\n tokens.push(\"'default'\")\n }\n\n return tokens.join(\" \")\n}\n\n/**\n * @param {FunctionNode} node\n * @returns {node is FunctionDeclaration | FunctionExpression & { id: Identifier }}\n */\nfunction hasId(node) {\n return Boolean(\n /** @type {Partial} */ (node)\n .id,\n )\n}\n","import { getKeys, KEYS } from \"eslint-visitor-keys\"\n/** @typedef {import(\"estree\").Node} Node */\n/** @typedef {import(\"eslint\").SourceCode} SourceCode */\n/** @typedef {import(\"./types.mjs\").HasSideEffectOptions} HasSideEffectOptions */\n/** @typedef {import(\"estree\").BinaryExpression} BinaryExpression */\n/** @typedef {import(\"estree\").MemberExpression} MemberExpression */\n/** @typedef {import(\"estree\").MethodDefinition} MethodDefinition */\n/** @typedef {import(\"estree\").Property} Property */\n/** @typedef {import(\"estree\").PropertyDefinition} PropertyDefinition */\n/** @typedef {import(\"estree\").UnaryExpression} UnaryExpression */\n\nconst typeConversionBinaryOps = Object.freeze(\n new Set([\n \"==\",\n \"!=\",\n \"<\",\n \"<=\",\n \">\",\n \">=\",\n \"<<\",\n \">>\",\n \">>>\",\n \"+\",\n \"-\",\n \"*\",\n \"/\",\n \"%\",\n \"|\",\n \"^\",\n \"&\",\n \"in\",\n ]),\n)\nconst typeConversionUnaryOps = Object.freeze(new Set([\"-\", \"+\", \"!\", \"~\"]))\n\n/**\n * Check whether the given value is an ASTNode or not.\n * @param {any} x The value to check.\n * @returns {x is Node} `true` if the value is an ASTNode.\n */\nfunction isNode(x) {\n return x !== null && typeof x === \"object\" && typeof x.type === \"string\"\n}\n\nconst visitor = Object.freeze(\n Object.assign(Object.create(null), {\n /**\n * @param {Node} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n $visit(node, options, visitorKeys) {\n const { type } = node\n\n if (typeof (/** @type {any} */ (this)[type]) === \"function\") {\n return /** @type {any} */ (this)[type](\n node,\n options,\n visitorKeys,\n )\n }\n\n return this.$visitChildren(node, options, visitorKeys)\n },\n\n /**\n * @param {Node} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n $visitChildren(node, options, visitorKeys) {\n const { type } = node\n\n for (const key of /** @type {(keyof Node)[]} */ (\n visitorKeys[type] || getKeys(node)\n )) {\n const value = node[key]\n\n if (Array.isArray(value)) {\n for (const element of value) {\n if (\n isNode(element) &&\n this.$visit(element, options, visitorKeys)\n ) {\n return true\n }\n }\n } else if (\n isNode(value) &&\n this.$visit(value, options, visitorKeys)\n ) {\n return true\n }\n }\n\n return false\n },\n\n ArrowFunctionExpression() {\n return false\n },\n AssignmentExpression() {\n return true\n },\n AwaitExpression() {\n return true\n },\n /**\n * @param {BinaryExpression} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n BinaryExpression(node, options, visitorKeys) {\n if (\n options.considerImplicitTypeConversion &&\n typeConversionBinaryOps.has(node.operator) &&\n (node.left.type !== \"Literal\" || node.right.type !== \"Literal\")\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n CallExpression() {\n return true\n },\n FunctionExpression() {\n return false\n },\n ImportExpression() {\n return true\n },\n /**\n * @param {MemberExpression} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n MemberExpression(node, options, visitorKeys) {\n if (options.considerGetters) {\n return true\n }\n if (\n options.considerImplicitTypeConversion &&\n node.computed &&\n node.property.type !== \"Literal\"\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n /**\n * @param {MethodDefinition} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n MethodDefinition(node, options, visitorKeys) {\n if (\n options.considerImplicitTypeConversion &&\n node.computed &&\n node.key.type !== \"Literal\"\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n NewExpression() {\n return true\n },\n /**\n * @param {Property} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n Property(node, options, visitorKeys) {\n if (\n options.considerImplicitTypeConversion &&\n node.computed &&\n node.key.type !== \"Literal\"\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n /**\n * @param {PropertyDefinition} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n PropertyDefinition(node, options, visitorKeys) {\n if (\n options.considerImplicitTypeConversion &&\n node.computed &&\n node.key.type !== \"Literal\"\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n /**\n * @param {UnaryExpression} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n UnaryExpression(node, options, visitorKeys) {\n if (node.operator === \"delete\") {\n return true\n }\n if (\n options.considerImplicitTypeConversion &&\n typeConversionUnaryOps.has(node.operator) &&\n node.argument.type !== \"Literal\"\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n UpdateExpression() {\n return true\n },\n YieldExpression() {\n return true\n },\n }),\n)\n\n/**\n * Check whether a given node has any side effect or not.\n * @param {Node} node The node to get.\n * @param {SourceCode} sourceCode The source code object.\n * @param {HasSideEffectOptions} [options] The option object.\n * @returns {boolean} `true` if the node has a certain side effect.\n */\nexport function hasSideEffect(node, sourceCode, options = {}) {\n const { considerGetters = false, considerImplicitTypeConversion = false } =\n options\n return visitor.$visit(\n node,\n { considerGetters, considerImplicitTypeConversion },\n sourceCode.visitorKeys || KEYS,\n )\n}\n","import { isClosingParenToken, isOpeningParenToken } from \"./token-predicate.mjs\"\n/** @typedef {import(\"estree\").Node} Node */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.NewExpression} TSNewExpression */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.CallExpression} TSCallExpression */\n/** @typedef {import(\"eslint\").SourceCode} SourceCode */\n/** @typedef {import(\"eslint\").AST.Token} Token */\n/** @typedef {import(\"eslint\").Rule.Node} RuleNode */\n\n/**\n * Get the left parenthesis of the parent node syntax if it exists.\n * E.g., `if (a) {}` then the `(`.\n * @param {Node} node The AST node to check.\n * @param {SourceCode} sourceCode The source code object to get tokens.\n * @returns {Token|null} The left parenthesis of the parent node syntax\n */\n// eslint-disable-next-line complexity\nfunction getParentSyntaxParen(node, sourceCode) {\n const parent = /** @type {RuleNode} */ (node).parent\n\n if (!parent) {\n return null\n }\n\n switch (parent.type) {\n case \"CallExpression\":\n case \"NewExpression\":\n if (parent.arguments.length === 1 && parent.arguments[0] === node) {\n return sourceCode.getTokenAfter(\n // @ts-expect-error https://github.com/typescript-eslint/typescript-eslint/pull/5384\n parent.typeArguments ||\n /** @type {RuleNode} */ (\n /** @type {unknown} */ (\n /** @type {TSNewExpression | TSCallExpression} */ (\n parent\n ).typeParameters\n )\n ) ||\n parent.callee,\n isOpeningParenToken,\n )\n }\n return null\n\n case \"DoWhileStatement\":\n if (parent.test === node) {\n return sourceCode.getTokenAfter(\n parent.body,\n isOpeningParenToken,\n )\n }\n return null\n\n case \"IfStatement\":\n case \"WhileStatement\":\n if (parent.test === node) {\n return sourceCode.getFirstToken(parent, 1)\n }\n return null\n\n case \"ImportExpression\":\n if (parent.source === node) {\n return sourceCode.getFirstToken(parent, 1)\n }\n return null\n\n case \"SwitchStatement\":\n if (parent.discriminant === node) {\n return sourceCode.getFirstToken(parent, 1)\n }\n return null\n\n case \"WithStatement\":\n if (parent.object === node) {\n return sourceCode.getFirstToken(parent, 1)\n }\n return null\n\n default:\n return null\n }\n}\n\n/**\n * Check whether a given node is parenthesized or not.\n * @param {number} times The number of parantheses.\n * @param {Node} node The AST node to check.\n * @param {SourceCode} sourceCode The source code object to get tokens.\n * @returns {boolean} `true` if the node is parenthesized the given times.\n */\n/**\n * Check whether a given node is parenthesized or not.\n * @param {Node} node The AST node to check.\n * @param {SourceCode} sourceCode The source code object to get tokens.\n * @returns {boolean} `true` if the node is parenthesized.\n */\n/**\n * Check whether a given node is parenthesized or not.\n * @param {Node|number} timesOrNode The first parameter.\n * @param {Node|SourceCode} nodeOrSourceCode The second parameter.\n * @param {SourceCode} [optionalSourceCode] The third parameter.\n * @returns {boolean} `true` if the node is parenthesized.\n */\nexport function isParenthesized(\n timesOrNode,\n nodeOrSourceCode,\n optionalSourceCode,\n) {\n /** @type {number} */\n let times,\n /** @type {RuleNode} */\n node,\n /** @type {SourceCode} */\n sourceCode,\n maybeLeftParen,\n maybeRightParen\n if (typeof timesOrNode === \"number\") {\n times = timesOrNode | 0\n node = /** @type {RuleNode} */ (nodeOrSourceCode)\n sourceCode = /** @type {SourceCode} */ (optionalSourceCode)\n if (!(times >= 1)) {\n throw new TypeError(\"'times' should be a positive integer.\")\n }\n } else {\n times = 1\n node = /** @type {RuleNode} */ (timesOrNode)\n sourceCode = /** @type {SourceCode} */ (nodeOrSourceCode)\n }\n\n if (\n node == null ||\n // `Program` can't be parenthesized\n node.parent == null ||\n // `CatchClause.param` can't be parenthesized, example `try {} catch (error) {}`\n (node.parent.type === \"CatchClause\" && node.parent.param === node)\n ) {\n return false\n }\n\n maybeLeftParen = maybeRightParen = node\n do {\n maybeLeftParen = sourceCode.getTokenBefore(maybeLeftParen)\n maybeRightParen = sourceCode.getTokenAfter(maybeRightParen)\n } while (\n maybeLeftParen != null &&\n maybeRightParen != null &&\n isOpeningParenToken(maybeLeftParen) &&\n isClosingParenToken(maybeRightParen) &&\n // Avoid false positive such as `if (a) {}`\n maybeLeftParen !== getParentSyntaxParen(node, sourceCode) &&\n --times > 0\n )\n\n return times === 0\n}\n","/**\n * @author Toru Nagashima \n * See LICENSE file in root directory for full license.\n */\n\nconst placeholder = /\\$(?:[$&`']|[1-9][0-9]?)/gu\n\n/** @type {WeakMap} */\nconst internal = new WeakMap()\n\n/**\n * Check whether a given character is escaped or not.\n * @param {string} str The string to check.\n * @param {number} index The location of the character to check.\n * @returns {boolean} `true` if the character is escaped.\n */\nfunction isEscaped(str, index) {\n let escaped = false\n for (let i = index - 1; i >= 0 && str.charCodeAt(i) === 0x5c; --i) {\n escaped = !escaped\n }\n return escaped\n}\n\n/**\n * Replace a given string by a given matcher.\n * @param {PatternMatcher} matcher The pattern matcher.\n * @param {string} str The string to be replaced.\n * @param {string} replacement The new substring to replace each matched part.\n * @returns {string} The replaced string.\n */\nfunction replaceS(matcher, str, replacement) {\n const chunks = []\n let index = 0\n\n /**\n * @param {string} key The placeholder.\n * @param {RegExpExecArray} match The matched information.\n * @returns {string} The replaced string.\n */\n function replacer(key, match) {\n switch (key) {\n case \"$$\":\n return \"$\"\n case \"$&\":\n return match[0]\n case \"$`\":\n return str.slice(0, match.index)\n case \"$'\":\n return str.slice(match.index + match[0].length)\n default: {\n const i = key.slice(1)\n if (i in match) {\n return match[/** @type {any} */ (i)]\n }\n return key\n }\n }\n }\n\n for (const match of matcher.execAll(str)) {\n chunks.push(str.slice(index, match.index))\n chunks.push(\n replacement.replace(placeholder, (key) => replacer(key, match)),\n )\n index = match.index + match[0].length\n }\n chunks.push(str.slice(index))\n\n return chunks.join(\"\")\n}\n\n/**\n * Replace a given string by a given matcher.\n * @param {PatternMatcher} matcher The pattern matcher.\n * @param {string} str The string to be replaced.\n * @param {(substring: string, ...args: any[]) => string} replace The function to replace each matched part.\n * @returns {string} The replaced string.\n */\nfunction replaceF(matcher, str, replace) {\n const chunks = []\n let index = 0\n\n for (const match of matcher.execAll(str)) {\n chunks.push(str.slice(index, match.index))\n chunks.push(\n String(\n replace(\n .../** @type {[string, ...string[]]} */ (\n /** @type {string[]} */ (match)\n ),\n match.index,\n match.input,\n ),\n ),\n )\n index = match.index + match[0].length\n }\n chunks.push(str.slice(index))\n\n return chunks.join(\"\")\n}\n\n/**\n * The class to find patterns as considering escape sequences.\n */\nexport class PatternMatcher {\n /**\n * Initialize this matcher.\n * @param {RegExp} pattern The pattern to match.\n * @param {{escaped?:boolean}} [options] The options.\n */\n constructor(pattern, options = {}) {\n const { escaped = false } = options\n if (!(pattern instanceof RegExp)) {\n throw new TypeError(\"'pattern' should be a RegExp instance.\")\n }\n if (!pattern.flags.includes(\"g\")) {\n throw new Error(\"'pattern' should contains 'g' flag.\")\n }\n\n internal.set(this, {\n pattern: new RegExp(pattern.source, pattern.flags),\n escaped: Boolean(escaped),\n })\n }\n\n /**\n * Find the pattern in a given string.\n * @param {string} str The string to find.\n * @returns {IterableIterator} The iterator which iterate the matched information.\n */\n *execAll(str) {\n const { pattern, escaped } =\n /** @type {{pattern:RegExp,escaped:boolean}} */ (internal.get(this))\n let match = null\n let lastIndex = 0\n\n pattern.lastIndex = 0\n while ((match = pattern.exec(str)) != null) {\n if (escaped || !isEscaped(str, match.index)) {\n lastIndex = pattern.lastIndex\n yield match\n pattern.lastIndex = lastIndex\n }\n }\n }\n\n /**\n * Check whether the pattern is found in a given string.\n * @param {string} str The string to check.\n * @returns {boolean} `true` if the pattern was found in the string.\n */\n test(str) {\n const it = this.execAll(str)\n const ret = it.next()\n return !ret.done\n }\n\n /**\n * Replace a given string.\n * @param {string} str The string to be replaced.\n * @param {(string|((...strs:string[])=>string))} replacer The string or function to replace. This is the same as the 2nd argument of `String.prototype.replace`.\n * @returns {string} The replaced string.\n */\n [Symbol.replace](str, replacer) {\n return typeof replacer === \"function\"\n ? replaceF(this, String(str), replacer)\n : replaceS(this, String(str), String(replacer))\n }\n}\n","import { findVariable } from \"./find-variable.mjs\"\nimport { getPropertyName } from \"./get-property-name.mjs\"\nimport { getStringIfConstant } from \"./get-string-if-constant.mjs\"\n/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"eslint\").Scope.Variable} Variable */\n/** @typedef {import(\"eslint\").Rule.Node} RuleNode */\n/** @typedef {import(\"estree\").Node} Node */\n/** @typedef {import(\"estree\").Expression} Expression */\n/** @typedef {import(\"estree\").Pattern} Pattern */\n/** @typedef {import(\"estree\").Identifier} Identifier */\n/** @typedef {import(\"estree\").SimpleCallExpression} CallExpression */\n/** @typedef {import(\"estree\").Program} Program */\n/** @typedef {import(\"estree\").ImportDeclaration} ImportDeclaration */\n/** @typedef {import(\"estree\").ExportAllDeclaration} ExportAllDeclaration */\n/** @typedef {import(\"estree\").ExportDefaultDeclaration} ExportDefaultDeclaration */\n/** @typedef {import(\"estree\").ExportNamedDeclaration} ExportNamedDeclaration */\n/** @typedef {import(\"estree\").ImportSpecifier} ImportSpecifier */\n/** @typedef {import(\"estree\").ImportDefaultSpecifier} ImportDefaultSpecifier */\n/** @typedef {import(\"estree\").ImportNamespaceSpecifier} ImportNamespaceSpecifier */\n/** @typedef {import(\"estree\").ExportSpecifier} ExportSpecifier */\n/** @typedef {import(\"estree\").Property} Property */\n/** @typedef {import(\"estree\").AssignmentProperty} AssignmentProperty */\n/** @typedef {import(\"estree\").Literal} Literal */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.Node} TSESTreeNode */\n/** @typedef {import(\"./types.mjs\").ReferenceTrackerOptions} ReferenceTrackerOptions */\n/**\n * @template T\n * @typedef {import(\"./types.mjs\").TraceMap} TraceMap\n */\n/**\n * @template T\n * @typedef {import(\"./types.mjs\").TraceMapObject} TraceMapObject\n */\n/**\n * @template T\n * @typedef {import(\"./types.mjs\").TrackedReferences} TrackedReferences\n */\n\nconst IMPORT_TYPE = /^(?:Import|Export(?:All|Default|Named))Declaration$/u\n\n/**\n * Check whether a given node is an import node or not.\n * @param {Node} node\n * @returns {node is ImportDeclaration|ExportAllDeclaration|ExportNamedDeclaration&{source: Literal}} `true` if the node is an import node.\n */\nfunction isHasSource(node) {\n return (\n IMPORT_TYPE.test(node.type) &&\n /** @type {ImportDeclaration|ExportAllDeclaration|ExportNamedDeclaration} */ (\n node\n ).source != null\n )\n}\nconst has =\n /** @type {(traceMap: TraceMap, v: T) => v is (string extends T ? string : T)} */ (\n Function.call.bind(Object.hasOwnProperty)\n )\n\nexport const READ = Symbol(\"read\")\nexport const CALL = Symbol(\"call\")\nexport const CONSTRUCT = Symbol(\"construct\")\nexport const ESM = Symbol(\"esm\")\n\nconst requireCall = { require: { [CALL]: true } }\n\n/**\n * Check whether a given variable is modified or not.\n * @param {Variable|undefined} variable The variable to check.\n * @returns {boolean} `true` if the variable is modified.\n */\nfunction isModifiedGlobal(variable) {\n return (\n variable == null ||\n variable.defs.length !== 0 ||\n variable.references.some((r) => r.isWrite())\n )\n}\n\n/**\n * Check if the value of a given node is passed through to the parent syntax as-is.\n * For example, `a` and `b` in (`a || b` and `c ? a : b`) are passed through.\n * @param {Node} node A node to check.\n * @returns {node is RuleNode & {parent: Expression}} `true` if the node is passed through.\n */\nfunction isPassThrough(node) {\n const parent = /** @type {TSESTreeNode} */ (node).parent\n\n if (parent) {\n switch (parent.type) {\n case \"ConditionalExpression\":\n return parent.consequent === node || parent.alternate === node\n case \"LogicalExpression\":\n return true\n case \"SequenceExpression\":\n return (\n parent.expressions[parent.expressions.length - 1] === node\n )\n case \"ChainExpression\":\n return true\n case \"TSAsExpression\":\n case \"TSSatisfiesExpression\":\n case \"TSTypeAssertion\":\n case \"TSNonNullExpression\":\n case \"TSInstantiationExpression\":\n return true\n\n default:\n return false\n }\n }\n return false\n}\n\n/**\n * The reference tracker.\n */\nexport class ReferenceTracker {\n /**\n * Initialize this tracker.\n * @param {Scope} globalScope The global scope.\n * @param {object} [options] The options.\n * @param {\"legacy\"|\"strict\"} [options.mode=\"strict\"] The mode to determine the ImportDeclaration's behavior for CJS modules.\n * @param {string[]} [options.globalObjectNames=[\"global\",\"globalThis\",\"self\",\"window\"]] The variable names for Global Object.\n */\n constructor(globalScope, options = {}) {\n const {\n mode = \"strict\",\n globalObjectNames = [\"global\", \"globalThis\", \"self\", \"window\"],\n } = options\n /** @private @type {Variable[]} */\n this.variableStack = []\n /** @private */\n this.globalScope = globalScope\n /** @private */\n this.mode = mode\n /** @private */\n this.globalObjectNames = globalObjectNames.slice(0)\n }\n\n /**\n * Iterate the references of global variables.\n * @template T\n * @param {TraceMap} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *iterateGlobalReferences(traceMap) {\n for (const key of Object.keys(traceMap)) {\n const nextTraceMap = traceMap[key]\n const path = [key]\n const variable = this.globalScope.set.get(key)\n\n if (isModifiedGlobal(variable)) {\n continue\n }\n\n yield* this._iterateVariableReferences(\n /** @type {Variable} */ (variable),\n path,\n nextTraceMap,\n true,\n )\n }\n\n for (const key of this.globalObjectNames) {\n /** @type {string[]} */\n const path = []\n const variable = this.globalScope.set.get(key)\n\n if (isModifiedGlobal(variable)) {\n continue\n }\n\n yield* this._iterateVariableReferences(\n /** @type {Variable} */ (variable),\n path,\n traceMap,\n false,\n )\n }\n }\n\n /**\n * Iterate the references of CommonJS modules.\n * @template T\n * @param {TraceMap} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *iterateCjsReferences(traceMap) {\n for (const { node } of this.iterateGlobalReferences(requireCall)) {\n const key = getStringIfConstant(\n /** @type {CallExpression} */ (node).arguments[0],\n )\n if (key == null || !has(traceMap, key)) {\n continue\n }\n\n const nextTraceMap = traceMap[key]\n const path = [key]\n\n if (nextTraceMap[READ]) {\n yield {\n node,\n path,\n type: READ,\n info: nextTraceMap[READ],\n }\n }\n yield* this._iteratePropertyReferences(\n /** @type {CallExpression} */ (node),\n path,\n nextTraceMap,\n )\n }\n }\n\n /**\n * Iterate the references of ES modules.\n * @template T\n * @param {TraceMap} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *iterateEsmReferences(traceMap) {\n const programNode = /** @type {Program} */ (this.globalScope.block)\n\n for (const node of programNode.body) {\n if (!isHasSource(node)) {\n continue\n }\n const moduleId = /** @type {string} */ (node.source.value)\n\n if (!has(traceMap, moduleId)) {\n continue\n }\n const nextTraceMap = traceMap[moduleId]\n const path = [moduleId]\n\n if (nextTraceMap[READ]) {\n yield {\n // eslint-disable-next-line object-shorthand -- apply type\n node: /** @type {RuleNode} */ (node),\n path,\n type: READ,\n info: nextTraceMap[READ],\n }\n }\n\n if (node.type === \"ExportAllDeclaration\") {\n for (const key of Object.keys(nextTraceMap)) {\n const exportTraceMap = nextTraceMap[key]\n if (exportTraceMap[READ]) {\n yield {\n // eslint-disable-next-line object-shorthand -- apply type\n node: /** @type {RuleNode} */ (node),\n path: path.concat(key),\n type: READ,\n info: exportTraceMap[READ],\n }\n }\n }\n } else {\n for (const specifier of node.specifiers) {\n const esm = has(nextTraceMap, ESM)\n const it = this._iterateImportReferences(\n specifier,\n path,\n esm\n ? nextTraceMap\n : this.mode === \"legacy\"\n ? { default: nextTraceMap, ...nextTraceMap }\n : { default: nextTraceMap },\n )\n\n if (esm) {\n yield* it\n } else {\n for (const report of it) {\n report.path = report.path.filter(exceptDefault)\n if (\n report.path.length >= 2 ||\n report.type !== READ\n ) {\n yield report\n }\n }\n }\n }\n }\n }\n }\n\n /**\n * Iterate the property references for a given expression AST node.\n * @template T\n * @param {Expression} node The expression AST node to iterate property references.\n * @param {TraceMap} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate property references.\n */\n *iteratePropertyReferences(node, traceMap) {\n yield* this._iteratePropertyReferences(node, [], traceMap)\n }\n\n /**\n * Iterate the references for a given variable.\n * @private\n * @template T\n * @param {Variable} variable The variable to iterate that references.\n * @param {string[]} path The current path.\n * @param {TraceMapObject} traceMap The trace map.\n * @param {boolean} shouldReport = The flag to report those references.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *_iterateVariableReferences(variable, path, traceMap, shouldReport) {\n if (this.variableStack.includes(variable)) {\n return\n }\n this.variableStack.push(variable)\n try {\n for (const reference of variable.references) {\n if (!reference.isRead()) {\n continue\n }\n const node = /** @type {RuleNode & Identifier} */ (\n reference.identifier\n )\n\n if (shouldReport && traceMap[READ]) {\n yield { node, path, type: READ, info: traceMap[READ] }\n }\n yield* this._iteratePropertyReferences(node, path, traceMap)\n }\n } finally {\n this.variableStack.pop()\n }\n }\n\n /**\n * Iterate the references for a given AST node.\n * @private\n * @template T\n * @param {Expression} rootNode The AST node to iterate references.\n * @param {string[]} path The current path.\n * @param {TraceMapObject} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n //eslint-disable-next-line complexity\n *_iteratePropertyReferences(rootNode, path, traceMap) {\n let node = rootNode\n while (isPassThrough(node)) {\n node = node.parent\n }\n\n const parent = /** @type {RuleNode} */ (node).parent\n if (!parent) {\n return\n }\n if (parent.type === \"MemberExpression\") {\n if (parent.object === node) {\n const key = getPropertyName(parent)\n if (key == null || !has(traceMap, key)) {\n return\n }\n\n path = path.concat(key) //eslint-disable-line no-param-reassign\n const nextTraceMap = traceMap[key]\n if (nextTraceMap[READ]) {\n yield {\n node: parent,\n path,\n type: READ,\n info: nextTraceMap[READ],\n }\n }\n yield* this._iteratePropertyReferences(\n parent,\n path,\n nextTraceMap,\n )\n }\n return\n }\n if (parent.type === \"CallExpression\") {\n if (parent.callee === node && traceMap[CALL]) {\n yield { node: parent, path, type: CALL, info: traceMap[CALL] }\n }\n return\n }\n if (parent.type === \"NewExpression\") {\n if (parent.callee === node && traceMap[CONSTRUCT]) {\n yield {\n node: parent,\n path,\n type: CONSTRUCT,\n info: traceMap[CONSTRUCT],\n }\n }\n return\n }\n if (parent.type === \"AssignmentExpression\") {\n if (parent.right === node) {\n yield* this._iterateLhsReferences(parent.left, path, traceMap)\n yield* this._iteratePropertyReferences(parent, path, traceMap)\n }\n return\n }\n if (parent.type === \"AssignmentPattern\") {\n if (parent.right === node) {\n yield* this._iterateLhsReferences(parent.left, path, traceMap)\n }\n return\n }\n if (parent.type === \"VariableDeclarator\") {\n if (parent.init === node) {\n yield* this._iterateLhsReferences(parent.id, path, traceMap)\n }\n }\n }\n\n /**\n * Iterate the references for a given Pattern node.\n * @private\n * @template T\n * @param {Pattern} patternNode The Pattern node to iterate references.\n * @param {string[]} path The current path.\n * @param {TraceMapObject} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *_iterateLhsReferences(patternNode, path, traceMap) {\n if (patternNode.type === \"Identifier\") {\n const variable = findVariable(this.globalScope, patternNode)\n if (variable != null) {\n yield* this._iterateVariableReferences(\n variable,\n path,\n traceMap,\n false,\n )\n }\n return\n }\n if (patternNode.type === \"ObjectPattern\") {\n for (const property of patternNode.properties) {\n const key = getPropertyName(\n /** @type {AssignmentProperty} */ (property),\n )\n\n if (key == null || !has(traceMap, key)) {\n continue\n }\n\n const nextPath = path.concat(key)\n const nextTraceMap = traceMap[key]\n if (nextTraceMap[READ]) {\n yield {\n node: /** @type {RuleNode} */ (property),\n path: nextPath,\n type: READ,\n info: nextTraceMap[READ],\n }\n }\n yield* this._iterateLhsReferences(\n /** @type {AssignmentProperty} */ (property).value,\n nextPath,\n nextTraceMap,\n )\n }\n return\n }\n if (patternNode.type === \"AssignmentPattern\") {\n yield* this._iterateLhsReferences(patternNode.left, path, traceMap)\n }\n }\n\n /**\n * Iterate the references for a given ModuleSpecifier node.\n * @private\n * @template T\n * @param {ImportSpecifier | ImportDefaultSpecifier | ImportNamespaceSpecifier | ExportSpecifier} specifierNode The ModuleSpecifier node to iterate references.\n * @param {string[]} path The current path.\n * @param {TraceMapObject} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *_iterateImportReferences(specifierNode, path, traceMap) {\n const type = specifierNode.type\n\n if (type === \"ImportSpecifier\" || type === \"ImportDefaultSpecifier\") {\n const key =\n type === \"ImportDefaultSpecifier\"\n ? \"default\"\n : specifierNode.imported.type === \"Identifier\"\n ? specifierNode.imported.name\n : specifierNode.imported.value\n if (!has(traceMap, key)) {\n return\n }\n\n path = path.concat(key) //eslint-disable-line no-param-reassign\n const nextTraceMap = traceMap[key]\n if (nextTraceMap[READ]) {\n yield {\n node: /** @type {RuleNode} */ (specifierNode),\n path,\n type: READ,\n info: nextTraceMap[READ],\n }\n }\n yield* this._iterateVariableReferences(\n /** @type {Variable} */ (\n findVariable(this.globalScope, specifierNode.local)\n ),\n path,\n nextTraceMap,\n false,\n )\n\n return\n }\n\n if (type === \"ImportNamespaceSpecifier\") {\n yield* this._iterateVariableReferences(\n /** @type {Variable} */ (\n findVariable(this.globalScope, specifierNode.local)\n ),\n path,\n traceMap,\n false,\n )\n return\n }\n\n if (type === \"ExportSpecifier\") {\n const key =\n specifierNode.local.type === \"Identifier\"\n ? specifierNode.local.name\n : specifierNode.local.value\n if (!has(traceMap, key)) {\n return\n }\n\n path = path.concat(key) //eslint-disable-line no-param-reassign\n const nextTraceMap = traceMap[key]\n if (nextTraceMap[READ]) {\n yield {\n node: /** @type {RuleNode} */ (specifierNode),\n path,\n type: READ,\n info: nextTraceMap[READ],\n }\n }\n }\n }\n}\n\nReferenceTracker.READ = READ\nReferenceTracker.CALL = CALL\nReferenceTracker.CONSTRUCT = CONSTRUCT\nReferenceTracker.ESM = ESM\n\n/**\n * This is a predicate function for Array#filter.\n * @param {string} name A name part.\n * @param {number} index The index of the name.\n * @returns {boolean} `false` if it's default.\n */\nfunction exceptDefault(name, index) {\n return !(index === 1 && name === \"default\")\n}\n","/** @typedef {import(\"./types.mjs\").StaticValue} StaticValue */\n/** @typedef {import(\"./types.mjs\").StaticValueOptional} StaticValueOptional */\n/** @typedef {import(\"./types.mjs\").StaticValueProvided} StaticValueProvided */\n/** @typedef {import(\"./types.mjs\").ReferenceTrackerOptions} ReferenceTrackerOptions */\n/**\n * @template T\n * @typedef {import(\"./types.mjs\").TraceMap} TraceMap\n */\n/**\n * @template T\n * @typedef {import(\"./types.mjs\").TrackedReferences} TrackedReferences\n */\n/** @typedef {import(\"./types.mjs\").HasSideEffectOptions} HasSideEffectOptions */\n/** @typedef {import(\"./types.mjs\").ArrowToken} ArrowToken */\n/** @typedef {import(\"./types.mjs\").CommaToken} CommaToken */\n/** @typedef {import(\"./types.mjs\").SemicolonToken} SemicolonToken */\n/** @typedef {import(\"./types.mjs\").ColonToken} ColonToken */\n/** @typedef {import(\"./types.mjs\").OpeningParenToken} OpeningParenToken */\n/** @typedef {import(\"./types.mjs\").ClosingParenToken} ClosingParenToken */\n/** @typedef {import(\"./types.mjs\").OpeningBracketToken} OpeningBracketToken */\n/** @typedef {import(\"./types.mjs\").ClosingBracketToken} ClosingBracketToken */\n/** @typedef {import(\"./types.mjs\").OpeningBraceToken} OpeningBraceToken */\n/** @typedef {import(\"./types.mjs\").ClosingBraceToken} ClosingBraceToken */\n\nimport { findVariable } from \"./find-variable.mjs\"\nimport { getFunctionHeadLocation } from \"./get-function-head-location.mjs\"\nimport { getFunctionNameWithKind } from \"./get-function-name-with-kind.mjs\"\nimport { getInnermostScope } from \"./get-innermost-scope.mjs\"\nimport { getPropertyName } from \"./get-property-name.mjs\"\nimport { getStaticValue } from \"./get-static-value.mjs\"\nimport { getStringIfConstant } from \"./get-string-if-constant.mjs\"\nimport { hasSideEffect } from \"./has-side-effect.mjs\"\nimport { isParenthesized } from \"./is-parenthesized.mjs\"\nimport { PatternMatcher } from \"./pattern-matcher.mjs\"\nimport {\n CALL,\n CONSTRUCT,\n ESM,\n READ,\n ReferenceTracker,\n} from \"./reference-tracker.mjs\"\nimport {\n isArrowToken,\n isClosingBraceToken,\n isClosingBracketToken,\n isClosingParenToken,\n isColonToken,\n isCommaToken,\n isCommentToken,\n isNotArrowToken,\n isNotClosingBraceToken,\n isNotClosingBracketToken,\n isNotClosingParenToken,\n isNotColonToken,\n isNotCommaToken,\n isNotCommentToken,\n isNotOpeningBraceToken,\n isNotOpeningBracketToken,\n isNotOpeningParenToken,\n isNotSemicolonToken,\n isOpeningBraceToken,\n isOpeningBracketToken,\n isOpeningParenToken,\n isSemicolonToken,\n} from \"./token-predicate.mjs\"\n\nexport default {\n CALL,\n CONSTRUCT,\n ESM,\n findVariable,\n getFunctionHeadLocation,\n getFunctionNameWithKind,\n getInnermostScope,\n getPropertyName,\n getStaticValue,\n getStringIfConstant,\n hasSideEffect,\n isArrowToken,\n isClosingBraceToken,\n isClosingBracketToken,\n isClosingParenToken,\n isColonToken,\n isCommaToken,\n isCommentToken,\n isNotArrowToken,\n isNotClosingBraceToken,\n isNotClosingBracketToken,\n isNotClosingParenToken,\n isNotColonToken,\n isNotCommaToken,\n isNotCommentToken,\n isNotOpeningBraceToken,\n isNotOpeningBracketToken,\n isNotOpeningParenToken,\n isNotSemicolonToken,\n isOpeningBraceToken,\n isOpeningBracketToken,\n isOpeningParenToken,\n isParenthesized,\n isSemicolonToken,\n PatternMatcher,\n READ,\n ReferenceTracker,\n}\nexport {\n CALL,\n CONSTRUCT,\n ESM,\n findVariable,\n getFunctionHeadLocation,\n getFunctionNameWithKind,\n getInnermostScope,\n getPropertyName,\n getStaticValue,\n getStringIfConstant,\n hasSideEffect,\n isArrowToken,\n isClosingBraceToken,\n isClosingBracketToken,\n isClosingParenToken,\n isColonToken,\n isCommaToken,\n isCommentToken,\n isNotArrowToken,\n isNotClosingBraceToken,\n isNotClosingBracketToken,\n isNotClosingParenToken,\n isNotColonToken,\n isNotCommaToken,\n isNotCommentToken,\n isNotOpeningBraceToken,\n isNotOpeningBracketToken,\n isNotOpeningParenToken,\n isNotSemicolonToken,\n isOpeningBraceToken,\n isOpeningBracketToken,\n isOpeningParenToken,\n isParenthesized,\n isSemicolonToken,\n PatternMatcher,\n READ,\n 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{ getKeys, KEYS } from 'eslint-visitor-keys'; /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("estree").Node} Node */ /** * Get the innermost scope which contains a given location. * @param {Scope} initialScope The initial scope to search. * @param {Node} node The location to search. * @returns {Scope} The innermost scope. */ function getInnermostScope(initialScope, node) { const location = /** @type {[number, number]} */ (node.range)[0]; let scope = initialScope; let found = false; do { found = false; for (const childScope of scope.childScopes) { const range = /** @type {[number, number]} */ ( childScope.block.range ); if (range[0] <= location && location < range[1]) { scope = childScope; found = true; break } } } while (found) return scope } /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("eslint").Scope.Variable} Variable */ /** @typedef {import("estree").Identifier} Identifier */ /** * Find the variable of a given name. * @param {Scope} initialScope The scope to start finding. * @param {string|Identifier} nameOrNode The variable name to find. If this is a Node object then it should be an Identifier node. * @returns {Variable|null} The found variable or null. */ function findVariable(initialScope, nameOrNode) { let name = ""; /** @type {Scope|null} */ let scope = initialScope; if (typeof nameOrNode === "string") { name = nameOrNode; } else { name = nameOrNode.name; scope = getInnermostScope(scope, nameOrNode); } while (scope != null) { const variable = scope.set.get(name); if (variable != null) { return variable } scope = scope.upper; } return null } /** @typedef {import("eslint").AST.Token} Token */ /** @typedef {import("estree").Comment} Comment */ /** @typedef {import("./types.mjs").ArrowToken} ArrowToken */ /** @typedef {import("./types.mjs").CommaToken} CommaToken */ /** @typedef {import("./types.mjs").SemicolonToken} SemicolonToken */ /** @typedef {import("./types.mjs").ColonToken} ColonToken */ /** @typedef {import("./types.mjs").OpeningParenToken} OpeningParenToken */ /** @typedef {import("./types.mjs").ClosingParenToken} ClosingParenToken */ /** @typedef {import("./types.mjs").OpeningBracketToken} OpeningBracketToken */ /** @typedef {import("./types.mjs").ClosingBracketToken} ClosingBracketToken */ /** @typedef {import("./types.mjs").OpeningBraceToken} OpeningBraceToken */ /** @typedef {import("./types.mjs").ClosingBraceToken} ClosingBraceToken */ /** * @template {string} Value * @typedef {import("./types.mjs").PunctuatorToken} PunctuatorToken */ /** @typedef {Comment | Token} CommentOrToken */ /** * Creates the negate function of the given function. * @param {function(CommentOrToken):boolean} f - The function to negate. * @returns {function(CommentOrToken):boolean} Negated function. */ function negate(f) { return (token) => !f(token) } /** * Checks if the given token is a PunctuatorToken with the given value * @template {string} Value * @param {CommentOrToken} token - The token to check. * @param {Value} value - The value to check. * @returns {token is PunctuatorToken} `true` if the token is a PunctuatorToken with the given value. */ function isPunctuatorTokenWithValue(token, value) { return token.type === "Punctuator" && token.value === value } /** * Checks if the given token is an arrow token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is ArrowToken} `true` if the token is an arrow token. */ function isArrowToken(token) { return isPunctuatorTokenWithValue(token, "=>") } /** * Checks if the given token is a comma token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is CommaToken} `true` if the token is a comma token. */ function isCommaToken(token) { return isPunctuatorTokenWithValue(token, ",") } /** * Checks if the given token is a semicolon token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is SemicolonToken} `true` if the token is a semicolon token. */ function isSemicolonToken(token) { return isPunctuatorTokenWithValue(token, ";") } /** * Checks if the given token is a colon token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is ColonToken} `true` if the token is a colon token. */ function isColonToken(token) { return isPunctuatorTokenWithValue(token, ":") } /** * Checks if the given token is an opening parenthesis token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is OpeningParenToken} `true` if the token is an opening parenthesis token. */ function isOpeningParenToken(token) { return isPunctuatorTokenWithValue(token, "(") } /** * Checks if the given token is a closing parenthesis token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is ClosingParenToken} `true` if the token is a closing parenthesis token. */ function isClosingParenToken(token) { return isPunctuatorTokenWithValue(token, ")") } /** * Checks if the given token is an opening square bracket token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is OpeningBracketToken} `true` if the token is an opening square bracket token. */ function isOpeningBracketToken(token) { return isPunctuatorTokenWithValue(token, "[") } /** * Checks if the given token is a closing square bracket token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is ClosingBracketToken} `true` if the token is a closing square bracket token. */ function isClosingBracketToken(token) { return isPunctuatorTokenWithValue(token, "]") } /** * Checks if the given token is an opening brace token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is OpeningBraceToken} `true` if the token is an opening brace token. */ function isOpeningBraceToken(token) { return isPunctuatorTokenWithValue(token, "{") } /** * Checks if the given token is a closing brace token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is ClosingBraceToken} `true` if the token is a closing brace token. */ function isClosingBraceToken(token) { return isPunctuatorTokenWithValue(token, "}") } /** * Checks if the given token is a comment token or not. * @param {CommentOrToken} token - The token to check. * @returns {token is Comment} `true` if the token is a comment token. */ function isCommentToken(token) { return ["Block", "Line", "Shebang"].includes(token.type) } const isNotArrowToken = negate(isArrowToken); const isNotCommaToken = negate(isCommaToken); const isNotSemicolonToken = negate(isSemicolonToken); const isNotColonToken = negate(isColonToken); const isNotOpeningParenToken = negate(isOpeningParenToken); const isNotClosingParenToken = negate(isClosingParenToken); const isNotOpeningBracketToken = negate(isOpeningBracketToken); const isNotClosingBracketToken = negate(isClosingBracketToken); const isNotOpeningBraceToken = negate(isOpeningBraceToken); const isNotClosingBraceToken = negate(isClosingBraceToken); const isNotCommentToken = negate(isCommentToken); /** @typedef {import("eslint").Rule.Node} RuleNode */ /** @typedef {import("eslint").SourceCode} SourceCode */ /** @typedef {import("eslint").AST.Token} Token */ /** @typedef {import("estree").Function} FunctionNode */ /** @typedef {import("estree").FunctionDeclaration} FunctionDeclaration */ /** @typedef {import("estree").FunctionExpression} FunctionExpression */ /** @typedef {import("estree").SourceLocation} SourceLocation */ /** @typedef {import("estree").Position} Position */ /** * Get the `(` token of the given function node. * @param {FunctionExpression | FunctionDeclaration} node - The function node to get. * @param {SourceCode} sourceCode - The source code object to get tokens. * @returns {Token} `(` token. */ function getOpeningParenOfParams(node, sourceCode) { return node.id ? /** @type {Token} */ ( sourceCode.getTokenAfter(node.id, isOpeningParenToken) ) : /** @type {Token} */ ( sourceCode.getFirstToken(node, isOpeningParenToken) ) } /** * Get the location of the given function node for reporting. * @param {FunctionNode} node - The function node to get. * @param {SourceCode} sourceCode - The source code object to get tokens. * @returns {SourceLocation|null} The location of the function node for reporting. */ function getFunctionHeadLocation(node, sourceCode) { const parent = /** @type {RuleNode} */ (node).parent; /** @type {Position|null} */ let start = null; /** @type {Position|null} */ let end = null; if (node.type === "ArrowFunctionExpression") { const arrowToken = /** @type {Token} */ ( sourceCode.getTokenBefore(node.body, isArrowToken) ); start = arrowToken.loc.start; end = arrowToken.loc.end; } else if ( parent && (parent.type === "Property" || parent.type === "MethodDefinition" || parent.type === "PropertyDefinition") ) { start = /** @type {SourceLocation} */ (parent.loc).start; end = getOpeningParenOfParams(node, sourceCode).loc.start; } else { start = /** @type {SourceLocation} */ (node.loc).start; end = getOpeningParenOfParams(node, sourceCode).loc.start; } return { start: { ...start }, end: { ...end }, } } /* globals self, window */ /** @typedef {import("./types.mjs").StaticValue} StaticValue */ /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("eslint").Scope.Variable} Variable */ /** @typedef {import("estree").Node} Node */ /** @typedef {import("@typescript-eslint/types").TSESTree.Node} TSESTreeNode */ /** @typedef {import("@typescript-eslint/types").TSESTree.AST_NODE_TYPES} TSESTreeNodeTypes */ /** @typedef {import("@typescript-eslint/types").TSESTree.MemberExpression} MemberExpression */ /** @typedef {import("@typescript-eslint/types").TSESTree.Property} Property */ /** @typedef {import("@typescript-eslint/types").TSESTree.RegExpLiteral} RegExpLiteral */ /** @typedef {import("@typescript-eslint/types").TSESTree.BigIntLiteral} BigIntLiteral */ /** @typedef {import("@typescript-eslint/types").TSESTree.Literal} Literal */ const globalObject = typeof globalThis !== "undefined" ? globalThis : // @ts-ignore typeof self !== "undefined" ? // @ts-ignore self : // @ts-ignore typeof window !== "undefined" ? // @ts-ignore window : typeof global !== "undefined" ? global : {}; const builtinNames = Object.freeze( new Set([ "Array", "ArrayBuffer", "BigInt", "BigInt64Array", "BigUint64Array", "Boolean", "DataView", "Date", "decodeURI", "decodeURIComponent", "encodeURI", "encodeURIComponent", "escape", "Float32Array", "Float64Array", "Function", "Infinity", "Int16Array", "Int32Array", "Int8Array", "isFinite", "isNaN", "isPrototypeOf", "JSON", "Map", "Math", "NaN", "Number", "Object", "parseFloat", "parseInt", "Promise", "Proxy", "Reflect", "RegExp", "Set", "String", "Symbol", "Uint16Array", "Uint32Array", "Uint8Array", "Uint8ClampedArray", "undefined", "unescape", "WeakMap", "WeakSet", ]), ); const callAllowed = new Set( [ Array.isArray, Array.of, Array.prototype.at, Array.prototype.concat, Array.prototype.entries, Array.prototype.every, Array.prototype.filter, Array.prototype.find, Array.prototype.findIndex, Array.prototype.flat, Array.prototype.includes, Array.prototype.indexOf, Array.prototype.join, Array.prototype.keys, Array.prototype.lastIndexOf, Array.prototype.slice, Array.prototype.some, Array.prototype.toString, Array.prototype.values, typeof BigInt === "function" ? BigInt : undefined, Boolean, Date, Date.parse, decodeURI, decodeURIComponent, encodeURI, encodeURIComponent, escape, isFinite, isNaN, // @ts-ignore isPrototypeOf, Map, Map.prototype.entries, Map.prototype.get, Map.prototype.has, Map.prototype.keys, Map.prototype.values, .../** @type {(keyof typeof Math)[]} */ ( Object.getOwnPropertyNames(Math) ) .filter((k) => k !== "random") .map((k) => Math[k]) .filter((f) => typeof f === "function"), Number, Number.isFinite, Number.isNaN, Number.parseFloat, Number.parseInt, Number.prototype.toExponential, Number.prototype.toFixed, Number.prototype.toPrecision, Number.prototype.toString, Object, Object.entries, Object.is, Object.isExtensible, Object.isFrozen, Object.isSealed, Object.keys, Object.values, parseFloat, parseInt, RegExp, Set, Set.prototype.entries, Set.prototype.has, Set.prototype.keys, Set.prototype.values, String, String.fromCharCode, String.fromCodePoint, String.raw, String.prototype.at, String.prototype.charAt, String.prototype.charCodeAt, String.prototype.codePointAt, String.prototype.concat, String.prototype.endsWith, String.prototype.includes, String.prototype.indexOf, String.prototype.lastIndexOf, String.prototype.normalize, String.prototype.padEnd, String.prototype.padStart, String.prototype.slice, String.prototype.startsWith, String.prototype.substr, String.prototype.substring, String.prototype.toLowerCase, String.prototype.toString, String.prototype.toUpperCase, String.prototype.trim, String.prototype.trimEnd, String.prototype.trimLeft, String.prototype.trimRight, String.prototype.trimStart, Symbol.for, Symbol.keyFor, unescape, ].filter((f) => typeof f === "function"), ); const callPassThrough = new Set([ Object.freeze, Object.preventExtensions, Object.seal, ]); /** @type {ReadonlyArray]>} */ const getterAllowed = [ [Map, new Set(["size"])], [ RegExp, new Set([ "dotAll", "flags", "global", "hasIndices", "ignoreCase", "multiline", "source", "sticky", "unicode", ]), ], [Set, new Set(["size"])], ]; /** * Get the property descriptor. * @param {object} object The object to get. * @param {string|number|symbol} name The property name to get. */ function getPropertyDescriptor(object, name) { let x = object; while ((typeof x === "object" || typeof x === "function") && x !== null) { const d = Object.getOwnPropertyDescriptor(x, name); if (d) { return d } x = Object.getPrototypeOf(x); } return null } /** * Check if a property is getter or not. * @param {object} object The object to check. * @param {string|number|symbol} name The property name to check. */ function isGetter(object, name) { const d = getPropertyDescriptor(object, name); return d != null && d.get != null } /** * Get the element values of a given node list. * @param {(Node|TSESTreeNode|null)[]} nodeList The node list to get values. * @param {Scope|undefined|null} initialScope The initial scope to find variables. * @returns {any[]|null} The value list if all nodes are constant. Otherwise, null. */ function getElementValues(nodeList, initialScope) { const valueList = []; for (let i = 0; i < nodeList.length; ++i) { const elementNode = nodeList[i]; if (elementNode == null) { valueList.length = i + 1; } else if (elementNode.type === "SpreadElement") { const argument = getStaticValueR(elementNode.argument, initialScope); if (argument == null) { return null } valueList.push(.../** @type {Iterable} */ (argument.value)); } else { const element = getStaticValueR(elementNode, initialScope); if (element == null) { return null } valueList.push(element.value); } } return valueList } /** * Checks if a variable is a built-in global. * @param {Variable|null} variable The variable to check. * @returns {variable is Variable & {defs:[]}} */ function isBuiltinGlobal(variable) { return ( variable != null && variable.defs.length === 0 && builtinNames.has(variable.name) && variable.name in globalObject ) } /** * Checks if a variable can be considered as a constant. * @param {Variable} variable * @returns {variable is Variable & {defs: [import("eslint").Scope.Definition & { type: "Variable" }]}} True if the variable can be considered as a constant. */ function canBeConsideredConst(variable) { if (variable.defs.length !== 1) { return false } const def = variable.defs[0]; return Boolean( def.parent && def.type === "Variable" && (def.parent.kind === "const" || isEffectivelyConst(variable)), ) } /** * Returns whether the given variable is never written to after initialization. * @param {Variable} variable * @returns {boolean} */ function isEffectivelyConst(variable) { const refs = variable.references; const inits = refs.filter((r) => r.init).length; const reads = refs.filter((r) => r.isReadOnly()).length; if (inits === 1 && reads + inits === refs.length) { // there is only one init and all other references only read return true } return false } /** * Checks if a variable has mutation in its property. * @param {Variable} variable The variable to check. * @param {Scope|null} initialScope The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it. * @returns {boolean} True if the variable has mutation in its property. */ function hasMutationInProperty(variable, initialScope) { for (const ref of variable.references) { let node = /** @type {TSESTreeNode} */ (ref.identifier); while (node && node.parent && node.parent.type === "MemberExpression") { node = node.parent; } if (!node || !node.parent) { continue } if ( (node.parent.type === "AssignmentExpression" && node.parent.left === node) || (node.parent.type === "UpdateExpression" && node.parent.argument === node) ) { // This is a mutation. return true } if ( node.parent.type === "CallExpression" && node.parent.callee === node && node.type === "MemberExpression" ) { const methodName = getStaticPropertyNameValue(node, initialScope); if (isNameOfMutationArrayMethod(methodName)) { // This is a mutation. return true } } } return false /** * Checks if a method name is one of the mutation array methods. * @param {StaticValue|null} methodName The method name to check. * @returns {boolean} True if the method name is a mutation array method. */ function isNameOfMutationArrayMethod(methodName) { if (methodName == null || methodName.value == null) { return false } const name = methodName.value; return ( name === "copyWithin" || name === "fill" || name === "pop" || name === "push" || name === "reverse" || name === "shift" || name === "sort" || name === "splice" || name === "unshift" ) } } /** * @template {TSESTreeNodeTypes} T * @callback VisitorCallback * @param {TSESTreeNode & { type: T }} node * @param {Scope|undefined|null} initialScope * @returns {StaticValue | null} */ /** * @typedef { { [K in TSESTreeNodeTypes]?: VisitorCallback } } Operations */ /** * @type {Operations} */ const operations = Object.freeze({ ArrayExpression(node, initialScope) { const elements = getElementValues(node.elements, initialScope); return elements != null ? { value: elements } : null }, AssignmentExpression(node, initialScope) { if (node.operator === "=") { return getStaticValueR(node.right, initialScope) } return null }, //eslint-disable-next-line complexity BinaryExpression(node, initialScope) { if (node.operator === "in" || node.operator === "instanceof") { // Not supported. return null } const left = getStaticValueR(node.left, initialScope); const right = getStaticValueR(node.right, initialScope); if (left != null && right != null) { switch (node.operator) { case "==": return { value: left.value == right.value } //eslint-disable-line eqeqeq case "!=": return { value: left.value != right.value } //eslint-disable-line eqeqeq case "===": return { value: left.value === right.value } case "!==": return { value: left.value !== right.value } case "<": return { value: /** @type {any} */ (left.value) < /** @type {any} */ (right.value), } case "<=": return { value: /** @type {any} */ (left.value) <= /** @type {any} */ (right.value), } case ">": return { value: /** @type {any} */ (left.value) > /** @type {any} */ (right.value), } case ">=": return { value: /** @type {any} */ (left.value) >= /** @type {any} */ (right.value), } case "<<": return { value: /** @type {any} */ (left.value) << /** @type {any} */ (right.value), } case ">>": return { value: /** @type {any} */ (left.value) >> /** @type {any} */ (right.value), } case ">>>": return { value: /** @type {any} */ (left.value) >>> /** @type {any} */ (right.value), } case "+": return { value: /** @type {any} */ (left.value) + /** @type {any} */ (right.value), } case "-": return { value: /** @type {any} */ (left.value) - /** @type {any} */ (right.value), } case "*": return { value: /** @type {any} */ (left.value) * /** @type {any} */ (right.value), } case "/": return { value: /** @type {any} */ (left.value) / /** @type {any} */ (right.value), } case "%": return { value: /** @type {any} */ (left.value) % /** @type {any} */ (right.value), } case "**": return { value: /** @type {any} */ (left.value) ** /** @type {any} */ (right.value), } case "|": return { value: /** @type {any} */ (left.value) | /** @type {any} */ (right.value), } case "^": return { value: /** @type {any} */ (left.value) ^ /** @type {any} */ (right.value), } case "&": return { value: /** @type {any} */ (left.value) & /** @type {any} */ (right.value), } // no default } } return null }, CallExpression(node, initialScope) { const calleeNode = node.callee; const args = getElementValues(node.arguments, initialScope); if (args != null) { if (calleeNode.type === "MemberExpression") { if (calleeNode.property.type === "PrivateIdentifier") { return null } const object = getStaticValueR(calleeNode.object, initialScope); if (object != null) { if ( object.value == null && (object.optional || node.optional) ) { return { value: undefined, optional: true } } const property = getStaticPropertyNameValue( calleeNode, initialScope, ); if (property != null) { const receiver = /** @type {Record any>} */ ( object.value ); const methodName = /** @type {PropertyKey} */ ( property.value ); if (callAllowed.has(receiver[methodName])) { return { value: receiver[methodName](...args), } } if (callPassThrough.has(receiver[methodName])) { return { value: args[0] } } } } } else { const callee = getStaticValueR(calleeNode, initialScope); if (callee != null) { if (callee.value == null && node.optional) { return { value: undefined, optional: true } } const func = /** @type {(...args: any[]) => any} */ ( callee.value ); if (callAllowed.has(func)) { return { value: func(...args) } } if (callPassThrough.has(func)) { return { value: args[0] } } } } } return null }, ConditionalExpression(node, initialScope) { const test = getStaticValueR(node.test, initialScope); if (test != null) { return test.value ? getStaticValueR(node.consequent, initialScope) : getStaticValueR(node.alternate, initialScope) } return null }, ExpressionStatement(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, Identifier(node, initialScope) { if (initialScope != null) { const variable = findVariable(initialScope, node); if (variable != null) { // Built-in globals. if (isBuiltinGlobal(variable)) { return { value: globalObject[variable.name] } } // Constants. if (canBeConsideredConst(variable)) { const def = variable.defs[0]; if ( // TODO(mysticatea): don't support destructuring here. def.node.id.type === "Identifier" ) { const init = getStaticValueR( def.node.init, initialScope, ); if ( init && typeof init.value === "object" && init.value !== null ) { if (hasMutationInProperty(variable, initialScope)) { // This variable has mutation in its property. return null } } return init } } } } return null }, Literal(node) { const literal = /** @type {Partial & Partial & Partial} */ ( node ); //istanbul ignore if : this is implementation-specific behavior. if ( (literal.regex != null || literal.bigint != null) && literal.value == null ) { // It was a RegExp/BigInt literal, but Node.js didn't support it. return null } return { value: literal.value } }, LogicalExpression(node, initialScope) { const left = getStaticValueR(node.left, initialScope); if (left != null) { if ( (node.operator === "||" && Boolean(left.value) === true) || (node.operator === "&&" && Boolean(left.value) === false) || (node.operator === "??" && left.value != null) ) { return left } const right = getStaticValueR(node.right, initialScope); if (right != null) { return right } } return null }, MemberExpression(node, initialScope) { if (node.property.type === "PrivateIdentifier") { return null } const object = getStaticValueR(node.object, initialScope); if (object != null) { if (object.value == null && (object.optional || node.optional)) { return { value: undefined, optional: true } } const property = getStaticPropertyNameValue(node, initialScope); if (property != null) { if ( !isGetter( /** @type {object} */ (object.value), /** @type {PropertyKey} */ (property.value), ) ) { return { value: /** @type {Record} */ ( object.value )[/** @type {PropertyKey} */ (property.value)], } } for (const [classFn, allowed] of getterAllowed) { if ( object.value instanceof classFn && allowed.has(/** @type {string} */ (property.value)) ) { return { value: /** @type {Record} */ ( object.value )[/** @type {PropertyKey} */ (property.value)], } } } } } return null }, ChainExpression(node, initialScope) { const expression = getStaticValueR(node.expression, initialScope); if (expression != null) { return { value: expression.value } } return null }, NewExpression(node, initialScope) { const callee = getStaticValueR(node.callee, initialScope); const args = getElementValues(node.arguments, initialScope); if (callee != null && args != null) { const Func = /** @type {new (...args: any[]) => any} */ ( callee.value ); if (callAllowed.has(Func)) { return { value: new Func(...args) } } } return null }, ObjectExpression(node, initialScope) { /** @type {Record} */ const object = {}; for (const propertyNode of node.properties) { if (propertyNode.type === "Property") { if (propertyNode.kind !== "init") { return null } const key = getStaticPropertyNameValue( propertyNode, initialScope, ); const value = getStaticValueR(propertyNode.value, initialScope); if (key == null || value == null) { return null } object[/** @type {PropertyKey} */ (key.value)] = value.value; } else if ( propertyNode.type === "SpreadElement" || // @ts-expect-error -- Backward compatibility propertyNode.type === "ExperimentalSpreadProperty" ) { const argument = getStaticValueR( propertyNode.argument, initialScope, ); if (argument == null) { return null } Object.assign(object, argument.value); } else { return null } } return { value: object } }, SequenceExpression(node, initialScope) { const last = node.expressions[node.expressions.length - 1]; return getStaticValueR(last, initialScope) }, TaggedTemplateExpression(node, initialScope) { const tag = getStaticValueR(node.tag, initialScope); const expressions = getElementValues( node.quasi.expressions, initialScope, ); if (tag != null && expressions != null) { const func = /** @type {(...args: any[]) => any} */ (tag.value); /** @type {any[] & { raw?: string[] }} */ const strings = node.quasi.quasis.map((q) => q.value.cooked); strings.raw = node.quasi.quasis.map((q) => q.value.raw); if (func === String.raw) { return { value: func(strings, ...expressions) } } } return null }, TemplateLiteral(node, initialScope) { const expressions = getElementValues(node.expressions, initialScope); if (expressions != null) { let value = node.quasis[0].value.cooked; for (let i = 0; i < expressions.length; ++i) { value += expressions[i]; value += /** @type {string} */ (node.quasis[i + 1].value.cooked); } return { value } } return null }, UnaryExpression(node, initialScope) { if (node.operator === "delete") { // Not supported. return null } if (node.operator === "void") { return { value: undefined } } const arg = getStaticValueR(node.argument, initialScope); if (arg != null) { switch (node.operator) { case "-": return { value: -(/** @type {any} */ (arg.value)) } case "+": return { value: +(/** @type {any} */ (arg.value)) } //eslint-disable-line no-implicit-coercion case "!": return { value: !arg.value } case "~": return { value: ~(/** @type {any} */ (arg.value)) } case "typeof": return { value: typeof arg.value } // no default } } return null }, TSAsExpression(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, TSSatisfiesExpression(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, TSTypeAssertion(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, TSNonNullExpression(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, TSInstantiationExpression(node, initialScope) { return getStaticValueR(node.expression, initialScope) }, }); /** * Get the value of a given node if it's a static value. * @param {Node|TSESTreeNode|null|undefined} node The node to get. * @param {Scope|undefined|null} initialScope The scope to start finding variable. * @returns {StaticValue|null} The static value of the node, or `null`. */ function getStaticValueR(node, initialScope) { if (node != null && Object.hasOwnProperty.call(operations, node.type)) { return /** @type {VisitorCallback} */ (operations[node.type])( /** @type {TSESTreeNode} */ (node), initialScope, ) } return null } /** * Get the static value of property name from a MemberExpression node or a Property node. * @param {MemberExpression|Property} node The node to get. * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it. * @returns {StaticValue|null} The static value of the property name of the node, or `null`. */ function getStaticPropertyNameValue(node, initialScope) { const nameNode = node.type === "Property" ? node.key : node.property; if (node.computed) { return getStaticValueR(nameNode, initialScope) } if (nameNode.type === "Identifier") { return { value: nameNode.name } } if (nameNode.type === "Literal") { if (/** @type {Partial} */ (nameNode).bigint) { return { value: /** @type {BigIntLiteral} */ (nameNode).bigint } } return { value: String(nameNode.value) } } return null } /** * Get the value of a given node if it's a static value. * @param {Node} node The node to get. * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If this scope was given, this tries to resolve identifier references which are in the given node as much as possible. * @returns {StaticValue | null} The static value of the node, or `null`. */ function getStaticValue(node, initialScope = null) { try { return getStaticValueR(node, initialScope) } catch (_error) { return null } } /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("estree").Node} Node */ /** @typedef {import("estree").RegExpLiteral} RegExpLiteral */ /** @typedef {import("estree").BigIntLiteral} BigIntLiteral */ /** @typedef {import("estree").SimpleLiteral} SimpleLiteral */ /** * Get the value of a given node if it's a literal or a template literal. * @param {Node} node The node to get. * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If the node is an Identifier node and this scope was given, this checks the variable of the identifier, and returns the value of it if the variable is a constant. * @returns {string|null} The value of the node, or `null`. */ function getStringIfConstant(node, initialScope = null) { // Handle the literals that the platform doesn't support natively. if (node && node.type === "Literal" && node.value === null) { const literal = /** @type {Partial & Partial & Partial} */ ( node ); if (literal.regex) { return `/${literal.regex.pattern}/${literal.regex.flags}` } if (literal.bigint) { return literal.bigint } } const evaluated = getStaticValue(node, initialScope); if (evaluated) { // `String(Symbol.prototype)` throws error try { return String(evaluated.value) } catch { // No op } } return null } /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("estree").MemberExpression} MemberExpression */ /** @typedef {import("estree").MethodDefinition} MethodDefinition */ /** @typedef {import("estree").Property} Property */ /** @typedef {import("estree").PropertyDefinition} PropertyDefinition */ /** @typedef {import("estree").Identifier} Identifier */ /** * Get the property name from a MemberExpression node or a Property node. * @param {MemberExpression | MethodDefinition | Property | PropertyDefinition} node The node to get. * @param {Scope} [initialScope] The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it. * @returns {string|null|undefined} The property name of the node. */ function getPropertyName(node, initialScope) { switch (node.type) { case "MemberExpression": if (node.computed) { return getStringIfConstant(node.property, initialScope) } if (node.property.type === "PrivateIdentifier") { return null } return /** @type {Partial} */ (node.property).name case "Property": case "MethodDefinition": case "PropertyDefinition": if (node.computed) { return getStringIfConstant(node.key, initialScope) } if (node.key.type === "Literal") { return String(node.key.value) } if (node.key.type === "PrivateIdentifier") { return null } return /** @type {Partial} */ (node.key).name } return null } /** @typedef {import("eslint").Rule.Node} RuleNode */ /** @typedef {import("eslint").SourceCode} SourceCode */ /** @typedef {import("estree").Function} FunctionNode */ /** @typedef {import("estree").FunctionDeclaration} FunctionDeclaration */ /** @typedef {import("estree").FunctionExpression} FunctionExpression */ /** @typedef {import("estree").Identifier} Identifier */ /** * Get the name and kind of the given function node. * @param {FunctionNode} node - The function node to get. * @param {SourceCode} [sourceCode] The source code object to get the code of computed property keys. * @returns {string} The name and kind of the function node. */ // eslint-disable-next-line complexity function getFunctionNameWithKind(node, sourceCode) { const parent = /** @type {RuleNode} */ (node).parent; if (!parent) { return "" } const tokens = []; const isObjectMethod = parent.type === "Property" && parent.value === node; const isClassMethod = parent.type === "MethodDefinition" && parent.value === node; const isClassFieldMethod = parent.type === "PropertyDefinition" && parent.value === node; // Modifiers. if (isClassMethod || isClassFieldMethod) { if (parent.static) { tokens.push("static"); } if (parent.key.type === "PrivateIdentifier") { tokens.push("private"); } } if (node.async) { tokens.push("async"); } if (node.generator) { tokens.push("generator"); } // Kinds. if (isObjectMethod || isClassMethod) { if (parent.kind === "constructor") { return "constructor" } if (parent.kind === "get") { tokens.push("getter"); } else if (parent.kind === "set") { tokens.push("setter"); } else { tokens.push("method"); } } else if (isClassFieldMethod) { tokens.push("method"); } else { if (node.type === "ArrowFunctionExpression") { tokens.push("arrow"); } tokens.push("function"); } // Names. if (isObjectMethod || isClassMethod || isClassFieldMethod) { if (parent.key.type === "PrivateIdentifier") { tokens.push(`#${parent.key.name}`); } else { const name = getPropertyName(parent); if (name) { tokens.push(`'${name}'`); } else if (sourceCode) { const keyText = sourceCode.getText(parent.key); if (!keyText.includes("\n")) { tokens.push(`[${keyText}]`); } } } } else if (hasId(node)) { tokens.push(`'${node.id.name}'`); } else if ( parent.type === "VariableDeclarator" && parent.id && parent.id.type === "Identifier" ) { tokens.push(`'${parent.id.name}'`); } else if ( (parent.type === "AssignmentExpression" || parent.type === "AssignmentPattern") && parent.left && parent.left.type === "Identifier" ) { tokens.push(`'${parent.left.name}'`); } else if ( parent.type === "ExportDefaultDeclaration" && parent.declaration === node ) { tokens.push("'default'"); } return tokens.join(" ") } /** * @param {FunctionNode} node * @returns {node is FunctionDeclaration | FunctionExpression & { id: Identifier }} */ function hasId(node) { return Boolean( /** @type {Partial} */ (node) .id, ) } /** @typedef {import("estree").Node} Node */ /** @typedef {import("eslint").SourceCode} SourceCode */ /** @typedef {import("./types.mjs").HasSideEffectOptions} HasSideEffectOptions */ /** @typedef {import("estree").BinaryExpression} BinaryExpression */ /** @typedef {import("estree").MemberExpression} MemberExpression */ /** @typedef {import("estree").MethodDefinition} MethodDefinition */ /** @typedef {import("estree").Property} Property */ /** @typedef {import("estree").PropertyDefinition} PropertyDefinition */ /** @typedef {import("estree").UnaryExpression} UnaryExpression */ const typeConversionBinaryOps = Object.freeze( new Set([ "==", "!=", "<", "<=", ">", ">=", "<<", ">>", ">>>", "+", "-", "*", "/", "%", "|", "^", "&", "in", ]), ); const typeConversionUnaryOps = Object.freeze(new Set(["-", "+", "!", "~"])); /** * Check whether the given value is an ASTNode or not. * @param {any} x The value to check. * @returns {x is Node} `true` if the value is an ASTNode. */ function isNode(x) { return x !== null && typeof x === "object" && typeof x.type === "string" } const visitor = Object.freeze( Object.assign(Object.create(null), { /** * @param {Node} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ $visit(node, options, visitorKeys) { const { type } = node; if (typeof (/** @type {any} */ (this)[type]) === "function") { return /** @type {any} */ (this)[type]( node, options, visitorKeys, ) } return this.$visitChildren(node, options, visitorKeys) }, /** * @param {Node} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ $visitChildren(node, options, visitorKeys) { const { type } = node; for (const key of /** @type {(keyof Node)[]} */ ( visitorKeys[type] || getKeys(node) )) { const value = node[key]; if (Array.isArray(value)) { for (const element of value) { if ( isNode(element) && this.$visit(element, options, visitorKeys) ) { return true } } } else if ( isNode(value) && this.$visit(value, options, visitorKeys) ) { return true } } return false }, ArrowFunctionExpression() { return false }, AssignmentExpression() { return true }, AwaitExpression() { return true }, /** * @param {BinaryExpression} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ BinaryExpression(node, options, visitorKeys) { if ( options.considerImplicitTypeConversion && typeConversionBinaryOps.has(node.operator) && (node.left.type !== "Literal" || node.right.type !== "Literal") ) { return true } return this.$visitChildren(node, options, visitorKeys) }, CallExpression() { return true }, FunctionExpression() { return false }, ImportExpression() { return true }, /** * @param {MemberExpression} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ MemberExpression(node, options, visitorKeys) { if (options.considerGetters) { return true } if ( options.considerImplicitTypeConversion && node.computed && node.property.type !== "Literal" ) { return true } return this.$visitChildren(node, options, visitorKeys) }, /** * @param {MethodDefinition} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ MethodDefinition(node, options, visitorKeys) { if ( options.considerImplicitTypeConversion && node.computed && node.key.type !== "Literal" ) { return true } return this.$visitChildren(node, options, visitorKeys) }, NewExpression() { return true }, /** * @param {Property} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ Property(node, options, visitorKeys) { if ( options.considerImplicitTypeConversion && node.computed && node.key.type !== "Literal" ) { return true } return this.$visitChildren(node, options, visitorKeys) }, /** * @param {PropertyDefinition} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ PropertyDefinition(node, options, visitorKeys) { if ( options.considerImplicitTypeConversion && node.computed && node.key.type !== "Literal" ) { return true } return this.$visitChildren(node, options, visitorKeys) }, /** * @param {UnaryExpression} node * @param {HasSideEffectOptions} options * @param {Record} visitorKeys */ UnaryExpression(node, options, visitorKeys) { if (node.operator === "delete") { return true } if ( options.considerImplicitTypeConversion && typeConversionUnaryOps.has(node.operator) && node.argument.type !== "Literal" ) { return true } return this.$visitChildren(node, options, visitorKeys) }, UpdateExpression() { return true }, YieldExpression() { return true }, }), ); /** * Check whether a given node has any side effect or not. * @param {Node} node The node to get. * @param {SourceCode} sourceCode The source code object. * @param {HasSideEffectOptions} [options] The option object. * @returns {boolean} `true` if the node has a certain side effect. */ function hasSideEffect(node, sourceCode, options = {}) { const { considerGetters = false, considerImplicitTypeConversion = false } = options; return visitor.$visit( node, { considerGetters, considerImplicitTypeConversion }, sourceCode.visitorKeys || KEYS, ) } /** @typedef {import("estree").Node} Node */ /** @typedef {import("@typescript-eslint/types").TSESTree.NewExpression} TSNewExpression */ /** @typedef {import("@typescript-eslint/types").TSESTree.CallExpression} TSCallExpression */ /** @typedef {import("eslint").SourceCode} SourceCode */ /** @typedef {import("eslint").AST.Token} Token */ /** @typedef {import("eslint").Rule.Node} RuleNode */ /** * Get the left parenthesis of the parent node syntax if it exists. * E.g., `if (a) {}` then the `(`. * @param {Node} node The AST node to check. * @param {SourceCode} sourceCode The source code object to get tokens. * @returns {Token|null} The left parenthesis of the parent node syntax */ // eslint-disable-next-line complexity function getParentSyntaxParen(node, sourceCode) { const parent = /** @type {RuleNode} */ (node).parent; if (!parent) { return null } switch (parent.type) { case "CallExpression": case "NewExpression": if (parent.arguments.length === 1 && parent.arguments[0] === node) { return sourceCode.getTokenAfter( // @ts-expect-error https://github.com/typescript-eslint/typescript-eslint/pull/5384 parent.typeArguments || /** @type {RuleNode} */ ( /** @type {unknown} */ ( /** @type {TSNewExpression | TSCallExpression} */ ( parent ).typeParameters ) ) || parent.callee, isOpeningParenToken, ) } return null case "DoWhileStatement": if (parent.test === node) { return sourceCode.getTokenAfter( parent.body, isOpeningParenToken, ) } return null case "IfStatement": case "WhileStatement": if (parent.test === node) { return sourceCode.getFirstToken(parent, 1) } return null case "ImportExpression": if (parent.source === node) { return sourceCode.getFirstToken(parent, 1) } return null case "SwitchStatement": if (parent.discriminant === node) { return sourceCode.getFirstToken(parent, 1) } return null case "WithStatement": if (parent.object === node) { return sourceCode.getFirstToken(parent, 1) } return null default: return null } } /** * Check whether a given node is parenthesized or not. * @param {number} times The number of parantheses. * @param {Node} node The AST node to check. * @param {SourceCode} sourceCode The source code object to get tokens. * @returns {boolean} `true` if the node is parenthesized the given times. */ /** * Check whether a given node is parenthesized or not. * @param {Node} node The AST node to check. * @param {SourceCode} sourceCode The source code object to get tokens. * @returns {boolean} `true` if the node is parenthesized. */ /** * Check whether a given node is parenthesized or not. * @param {Node|number} timesOrNode The first parameter. * @param {Node|SourceCode} nodeOrSourceCode The second parameter. * @param {SourceCode} [optionalSourceCode] The third parameter. * @returns {boolean} `true` if the node is parenthesized. */ function isParenthesized( timesOrNode, nodeOrSourceCode, optionalSourceCode, ) { /** @type {number} */ let times, /** @type {RuleNode} */ node, /** @type {SourceCode} */ sourceCode, maybeLeftParen, maybeRightParen; if (typeof timesOrNode === "number") { times = timesOrNode | 0; node = /** @type {RuleNode} */ (nodeOrSourceCode); sourceCode = /** @type {SourceCode} */ (optionalSourceCode); if (!(times >= 1)) { throw new TypeError("'times' should be a positive integer.") } } else { times = 1; node = /** @type {RuleNode} */ (timesOrNode); sourceCode = /** @type {SourceCode} */ (nodeOrSourceCode); } if ( node == null || // `Program` can't be parenthesized node.parent == null || // `CatchClause.param` can't be parenthesized, example `try {} catch (error) {}` (node.parent.type === "CatchClause" && node.parent.param === node) ) { return false } maybeLeftParen = maybeRightParen = node; do { maybeLeftParen = sourceCode.getTokenBefore(maybeLeftParen); maybeRightParen = sourceCode.getTokenAfter(maybeRightParen); } while ( maybeLeftParen != null && maybeRightParen != null && isOpeningParenToken(maybeLeftParen) && isClosingParenToken(maybeRightParen) && // Avoid false positive such as `if (a) {}` maybeLeftParen !== getParentSyntaxParen(node, sourceCode) && --times > 0 ) return times === 0 } /** * @author Toru Nagashima * See LICENSE file in root directory for full license. */ const placeholder = /\$(?:[$&`']|[1-9][0-9]?)/gu; /** @type {WeakMap} */ const internal = new WeakMap(); /** * Check whether a given character is escaped or not. * @param {string} str The string to check. * @param {number} index The location of the character to check. * @returns {boolean} `true` if the character is escaped. */ function isEscaped(str, index) { let escaped = false; for (let i = index - 1; i >= 0 && str.charCodeAt(i) === 0x5c; --i) { escaped = !escaped; } return escaped } /** * Replace a given string by a given matcher. * @param {PatternMatcher} matcher The pattern matcher. * @param {string} str The string to be replaced. * @param {string} replacement The new substring to replace each matched part. * @returns {string} The replaced string. */ function replaceS(matcher, str, replacement) { const chunks = []; let index = 0; /** * @param {string} key The placeholder. * @param {RegExpExecArray} match The matched information. * @returns {string} The replaced string. */ function replacer(key, match) { switch (key) { case "$$": return "$" case "$&": return match[0] case "$`": return str.slice(0, match.index) case "$'": return str.slice(match.index + match[0].length) default: { const i = key.slice(1); if (i in match) { return match[/** @type {any} */ (i)] } return key } } } for (const match of matcher.execAll(str)) { chunks.push(str.slice(index, match.index)); chunks.push( replacement.replace(placeholder, (key) => replacer(key, match)), ); index = match.index + match[0].length; } chunks.push(str.slice(index)); return chunks.join("") } /** * Replace a given string by a given matcher. * @param {PatternMatcher} matcher The pattern matcher. * @param {string} str The string to be replaced. * @param {(substring: string, ...args: any[]) => string} replace The function to replace each matched part. * @returns {string} The replaced string. */ function replaceF(matcher, str, replace) { const chunks = []; let index = 0; for (const match of matcher.execAll(str)) { chunks.push(str.slice(index, match.index)); chunks.push( String( replace( .../** @type {[string, ...string[]]} */ ( /** @type {string[]} */ (match) ), match.index, match.input, ), ), ); index = match.index + match[0].length; } chunks.push(str.slice(index)); return chunks.join("") } /** * The class to find patterns as considering escape sequences. */ class PatternMatcher { /** * Initialize this matcher. * @param {RegExp} pattern The pattern to match. * @param {{escaped?:boolean}} [options] The options. */ constructor(pattern, options = {}) { const { escaped = false } = options; if (!(pattern instanceof RegExp)) { throw new TypeError("'pattern' should be a RegExp instance.") } if (!pattern.flags.includes("g")) { throw new Error("'pattern' should contains 'g' flag.") } internal.set(this, { pattern: new RegExp(pattern.source, pattern.flags), escaped: Boolean(escaped), }); } /** * Find the pattern in a given string. * @param {string} str The string to find. * @returns {IterableIterator} The iterator which iterate the matched information. */ *execAll(str) { const { pattern, escaped } = /** @type {{pattern:RegExp,escaped:boolean}} */ (internal.get(this)); let match = null; let lastIndex = 0; pattern.lastIndex = 0; while ((match = pattern.exec(str)) != null) { if (escaped || !isEscaped(str, match.index)) { lastIndex = pattern.lastIndex; yield match; pattern.lastIndex = lastIndex; } } } /** * Check whether the pattern is found in a given string. * @param {string} str The string to check. * @returns {boolean} `true` if the pattern was found in the string. */ test(str) { const it = this.execAll(str); const ret = it.next(); return !ret.done } /** * Replace a given string. * @param {string} str The string to be replaced. * @param {(string|((...strs:string[])=>string))} replacer The string or function to replace. This is the same as the 2nd argument of `String.prototype.replace`. * @returns {string} The replaced string. */ [Symbol.replace](str, replacer) { reTJturn typeof replacer === "function" ? replaceF(this, String(str), replacer) : replaceS(this, String(str), String(replacer)) } } /** @typedef {import("eslint").Scope.Scope} Scope */ /** @typedef {import("eslint").Scope.Variable} Variable */ /** @typedef {import("eslint").Rule.Node} RuleNode */ /** @typedef {import("estree").Node} Node */ /** @typedef {import("estree").Expression} Expression */ /** @typedef {import("estree").Pattern} Pattern */ /** @typedef {import("estree").Identifier} Identifier */ /** @typedef {import("estree").SimpleCallExpression} CallExpression */ /** @typedef {import("estree").Program} Program */ /** @typedef {import("estree").ImportDeclaration} ImportDeclaration */ /** @typedef {import("estree").ExportAllDeclaration} ExportAllDeclaration */ /** @typedef {import("estree").ExportDefaultDeclaration} ExportDefaultDeclaration */ /** @typedef {import("estree").ExportNamedDeclaration} ExportNamedDeclaration */ /** @typedef {import("estree").ImportSpecifier} ImportSpecifier */ /** @typedef {import("estree").ImportDefaultSpecifier} ImportDefaultSpecifier */ /** @typedef {import("estree").ImportNamespaceSpecifier} ImportNamespaceSpecifier */ /** @typedef {import("estree").ExportSpecifier} ExportSpecifier */ /** @typedef {import("estree").Property} Property */ /** @typedef {import("estree").AssignmentProperty} AssignmentProperty */ /** @typedef {import("estree").Literal} Literal */ /** @typedef {import("@typescript-eslint/types").TSESTree.Node} TSESTreeNode */ /** @typedef {import("./types.mjs").ReferenceTrackerOptions} ReferenceTrackerOptions */ /** * @template T * @typedef {import("./types.mjs").TraceMap} TraceMap */ /** * @template T * @typedef {import("./types.mjs").TraceMapObject} TraceMapObject */ /** * @template T * @typedef {import("./types.mjs").TrackedReferences} TrackedReferences */ const IMPORT_TYPE = /^(?:Import|Export(?:All|Default|Named))Declaration$/u; /** * Check whether a given node is an import node or not. * @param {Node} node * @returns {node is ImportDeclaration|ExportAllDeclaration|ExportNamedDeclaration&{source: Literal}} `true` if the node is an import node. */ function isHasSource(node) { return ( IMPORT_TYPE.test(node.type) && /** @type {ImportDeclaration|ExportAllDeclaration|ExportNamedDeclaration} */ ( node ).source != null ) } const has = /** @type {(traceMap: TraceMap, v: T) => v is (string extends T ? string : T)} */ ( Function.call.bind(Object.hasOwnProperty) ); const READ = Symbol("read"); const CALL = Symbol("call"); const CONSTRUCT = Symbol("construct"); const ESM = Symbol("esm"); const requireCall = { require: { [CALL]: true } }; /** * Check whether a given variable is modified or not. * @param {Variable|undefined} variable The variable to check. * @returns {boolean} `true` if the variable is modified. */ function isModifiedGlobal(variable) { return ( variable == null || variable.defs.length !== 0 || variable.references.some((r) => r.isWrite()) ) } /** * Check if the value of a given node is passed through to the parent syntax as-is. * For example, `a` and `b` in (`a || b` and `c ? a : b`) are passed through. * @param {Node} node A node to check. * @returns {node is RuleNode & {parent: Expression}} `true` if the node is passed through. */ function isPassThrough(node) { const parent = /** @type {TSESTreeNode} */ (node).parent; if (parent) { switch (parent.type) { case "ConditionalExpression": return parent.consequent === node || parent.alternate === node case "LogicalExpression": return true case "SequenceExpression": return ( parent.expressions[parent.expressions.length - 1] === node ) case "ChainExpression": return true case "TSAsExpression": case "TSSatisfiesExpression": case "TSTypeAssertion": case "TSNonNullExpression": case "TSInstantiationExpression": return true default: return false } } return false } /** * The reference tracker. */ class ReferenceTracker { /** * Initialize this tracker. * @param {Scope} globalScope The global scope. * @param {object} [options] The options. * @param {"legacy"|"strict"} [options.mode="strict"] The mode to determine the ImportDeclaration's behavior for CJS modules. * @param {string[]} [options.globalObjectNames=["global","globalThis","self","window"]] The variable names for Global Object. */ constructor(globalScope, options = {}) { const { mode = "strict", globalObjectNames = ["global", "globalThis", "self", "window"], } = options; /** @private @type {Variable[]} */ this.variableStack = []; /** @private */ this.globalScope = globalScope; /** @private */ this.mode = mode; /** @private */ this.globalObjectNames = globalObjectNames.slice(0); } /** * Iterate the references of global variables. * @template T * @param {TraceMap} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ *iterateGlobalReferences(traceMap) { for (const key of Object.keys(traceMap)) { const nextTraceMap = traceMap[key]; const path = [key]; const variable = this.globalScope.set.get(key); if (isModifiedGlobal(variable)) { continue } yield* this._iterateVariableReferences( /** @type {Variable} */ (variable), path, nextTraceMap, true, ); } for (const key of this.globalObjectNames) { /** @type {string[]} */ const path = []; const variable = this.globalScope.set.get(key); if (isModifiedGlobal(variable)) { continue } yield* this._iterateVariableReferences( /** @type {Variable} */ (variable), path, traceMap, false, ); } } /** * Iterate the references of CommonJS modules. * @template T * @param {TraceMap} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ *iterateCjsReferences(traceMap) { for (const { node } of this.iterateGlobalReferences(requireCall)) { const key = getStringIfConstant( /** @type {CallExpression} */ (node).arguments[0], ); if (key == null || !has(traceMap, key)) { continue } const nextTraceMap = traceMap[key]; const path = [key]; if (nextTraceMap[READ]) { yield { node, path, type: READ, info: nextTraceMap[READ], }; } yield* this._iteratePropertyReferences( /** @type {CallExpression} */ (node), path, nextTraceMap, ); } } /** * Iterate the references of ES modules. * @template T * @param {TraceMap} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ *iterateEsmReferences(traceMap) { const programNode = /** @type {Program} */ (this.globalScope.block); for (const node of programNode.body) { if (!isHasSource(node)) { continue } const moduleId = /** @type {string} */ (node.source.value); if (!has(traceMap, moduleId)) { continue } const nextTraceMap = traceMap[moduleId]; const path = [moduleId]; if (nextTraceMap[READ]) { yield { // eslint-disable-next-line object-shorthand -- apply type node: /** @type {RuleNode} */ (node), path, type: READ, info: nextTraceMap[READ], }; } if (node.type === "ExportAllDeclaration") { for (const key of Object.keys(nextTraceMap)) { const exportTraceMap = nextTraceMap[key]; if (exportTraceMap[READ]) { yield { // eslint-disable-next-line object-shorthand -- apply type node: /** @type {RuleNode} */ (node), path: path.concat(key), type: READ, info: exportTraceMap[READ], }; } } } else { for (const specifier of node.specifiers) { const esm = has(nextTraceMap, ESM); const it = this._iterateImportReferences( specifier, path, esm ? nextTraceMap : this.mode === "legacy" ? { default: nextTraceMap, ...nextTraceMap } : { default: nextTraceMap }, ); if (esm) { yield* it; } else { for (const report of it) { report.path = report.path.filter(exceptDefault); if ( report.path.length >= 2 || report.type !== READ ) { yield report; } } } } } } } /** * Iterate the property references for a given expression AST node. * @template T * @param {Expression} node The expression AST node to iterate property references. * @param {TraceMap} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate property references. */ *iteratePropertyReferences(node, traceMap) { yield* this._iteratePropertyReferences(node, [], traceMap); } /** * Iterate the references for a given variable. * @private * @template T * @param {Variable} variable The variable to iterate that references. * @param {string[]} path The current path. * @param {TraceMapObject} traceMap The trace map. * @param {boolean} shouldReport = The flag to report those references. * @returns {IterableIterator>} The iterator to iterate references. */ *_iterateVariableReferences(variable, path, traceMap, shouldReport) { if (this.variableStack.includes(variable)) { return } this.variableStack.push(variable); try { for (const reference of variable.references) { if (!reference.isRead()) { continue } const node = /** @type {RuleNode & Identifier} */ ( reference.identifier ); if (shouldReport && traceMap[READ]) { yield { node, path, type: READ, info: traceMap[READ] }; } yield* this._iteratePropertyReferences(node, path, traceMap); } } finally { this.variableStack.pop(); } } /** * Iterate the references for a given AST node. * @private * @template T * @param {Expression} rootNode The AST node to iterate references. * @param {string[]} path The current path. * @param {TraceMapObject} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ //eslint-disable-next-line complexity *_iteratePropertyReferences(rootNode, path, traceMap) { let node = rootNode; while (isPassThrough(node)) { node = node.parent; } const parent = /** @type {RuleNode} */ (node).parent; if (!parent) { return } if (parent.type === "MemberExpression") { if (parent.object === node) { const key = getPropertyName(parent); if (key == null || !has(traceMap, key)) { return } path = path.concat(key); //eslint-disable-line no-param-reassign const nextTraceMap = traceMap[key]; if (nextTraceMap[READ]) { yield { node: parent, path, type: READ, info: nextTraceMap[READ], }; } yield* this._iteratePropertyReferences( parent, path, nextTraceMap, ); } return } if (parent.type === "CallExpression") { if (parent.callee === node && traceMap[CALL]) { yield { node: parent, path, type: CALL, info: traceMap[CALL] }; } return } if (parent.type === "NewExpression") { if (parent.callee === node && traceMap[CONSTRUCT]) { yield { node: parent, path, type: CONSTRUCT, info: traceMap[CONSTRUCT], }; } return } if (parent.type === "AssignmentExpression") { if (parent.right === node) { yield* this._iterateLhsReferences(parent.left, path, traceMap); yield* this._iteratePropertyReferences(parent, path, traceMap); } return } if (parent.type === "AssignmentPattern") { if (parent.right === node) { yield* this._iterateLhsReferences(parent.left, path, traceMap); } return } if (parent.type === "VariableDeclarator") { if (parent.init === node) { yield* this._iterateLhsReferences(parent.id, path, traceMap); } } } /** * Iterate the references for a given Pattern node. * @private * @template T * @param {Pattern} patternNode The Pattern node to iterate references. * @param {string[]} path The current path. * @param {TraceMapObject} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ *_iterateLhsReferences(patternNode, path, traceMap) { if (patternNode.type === "Identifier") { const variable = findVariable(this.globalScope, patternNode); if (variable != null) { yield* this._iterateVariableReferences( variable, path, traceMap, false, ); } return } if (patternNode.type === "ObjectPattern") { for (const property of patternNode.properties) { const key = getPropertyName( /** @type {AssignmentProperty} */ (property), ); if (key == null || !has(traceMap, key)) { continue } const nextPath = path.concat(key); const nextTraceMap = traceMap[key]; if (nextTraceMap[READ]) { yield { node: /** @type {RuleNode} */ (property), path: nextPath, type: READ, info: nextTraceMap[READ], }; } yield* this._iterateLhsReferences( /** @type {AssignmentProperty} */ (property).value, nextPath, nextTraceMap, ); } return } if (patternNode.type === "AssignmentPattern") { yield* this._iterateLhsReferences(patternNode.left, path, traceMap); } } /** * Iterate the references for a given ModuleSpecifier node. * @private * @template T * @param {ImportSpecifier | ImportDefaultSpecifier | ImportNamespaceSpecifier | ExportSpecifier} specifierNode The ModuleSpecifier node to iterate references. * @param {string[]} path The current path. * @param {TraceMapObject} traceMap The trace map. * @returns {IterableIterator>} The iterator to iterate references. */ *_iterateImportReferences(specifierNode, path, traceMap) { const type = specifierNode.type; if (type === "ImportSpecifier" || type === "ImportDefaultSpecifier") { const key = type === "ImportDefaultSpecifier" ? "default" : specifierNode.imported.type === "Identifier" ? specifierNode.imported.name : specifierNode.imported.value; if (!has(traceMap, key)) { return } path = path.concat(key); //eslint-disable-line no-param-reassign const nextTraceMap = traceMap[key]; if (nextTraceMap[READ]) { yield { node: /** @type {RuleNode} */ (specifierNode), path, type: READ, info: nextTraceMap[READ], }; } yield* this._iterateVariableReferences( /** @type {Variable} */ ( findVariable(this.globalScope, specifierNode.local) ), path, nextTraceMap, false, ); return } if (type === "ImportNamespaceSpecifier") { yield* this._iterateVariableReferences( /** @type {Variable} */ ( findVariable(this.globalScope, specifierNode.local) ), path, traceMap, false, ); return } if (type === "ExportSpecifier") { const key = specifierNode.local.type === "Identifier" ? specifierNode.local.name : specifierNode.local.value; if (!has(traceMap, key)) { return } path = path.concat(key); //eslint-disable-line no-param-reassign const nextTraceMap = traceMap[key]; if (nextTraceMap[READ]) { yield { node: /** @type {RuleNode} */ (specifierNode), path, type: READ, info: nextTraceMap[READ], }; } } } } ReferenceTracker.READ = READ; ReferenceTracker.CALL = CALL; ReferenceTracker.CONSTRUCT = CONSTRUCT; ReferenceTracker.ESM = ESM; /** * This is a predicate function for Array#filter. * @param {string} name A name part. * @param {number} index The index of the name. * @returns {boolean} `false` if it's default. */ function exceptDefault(name, index) { return !(index === 1 && name === "default") } /** @typedef {import("./types.mjs").StaticValue} StaticValue */ var index = { CALL, CONSTRUCT, ESM, findVariable, getFunctionHeadLocation, getFunctionNameWithKind, getInnermostScope, getPropertyName, getStaticValue, getStringIfConstant, hasSideEffect, isArrowToken, isClosingBraceToken, isClosingBracketToken, isClosingParenToken, isColonToken, isCommaToken, isCommentToken, isNotArrowToken, isNotClosingBraceToken, isNotClosingBracketToken, isNotClosingParenToken, isNotColonToken, isNotCommaToken, isNotCommentToken, isNotOpeningBraceToken, isNotOpeningBracketToken, isNotOpeningParenToken, isNotSemicolonToken, isOpeningBraceToken, isOpeningBracketToken, isOpeningParenToken, isParenthesized, isSemicolonToken, PatternMatcher, READ, ReferenceTracker, }; export { CALL, CONSTRUCT, ESM, PatternMatcher, READ, ReferenceTracker, index as default, findVariable, getFunctionHeadLocation, getFunctionNameWithKind, getInnermostScope, getPropertyName, getStaticValue, getStringIfConstant, hasSideEffect, isArrowToken, isClosingBraceToken, isClosingBracketToken, isClosingParenToken, isColonToken, isCommaToken, isCommentToken, isNotArrowToken, isNotClosingBraceToken, isNotClosingBracketToken, isNotClosingParenToken, isNotColonToken, isNotCommaToken, isNotCommentToken, isNotOpeningBraceToken, isNotOpeningBracketToken, isNotOpeningParenToken, isNotSemicolonToken, isOpeningBraceToken, isOpeningBracketToken, isOpeningParenToken, isParenthesized, isSemicolonToken }; //# sourceMappingURL=index.mjs.map ښ˛Jx{"version":3,"file":"index.mjs","sources":["src/get-innermost-scope.mjs","src/find-variable.mjs","src/token-predicate.mjs","src/get-function-head-location.mjs","src/get-static-value.mjs","src/get-string-if-constant.mjs","src/get-property-name.mjs","src/get-function-name-with-kind.mjs","src/has-side-effect.mjs","src/is-parenthesized.mjs","src/pattern-matcher.mjs","src/reference-tracker.mjs","src/index.mjs"],"sourcesContent":["/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"estree\").Node} Node */\n\n/**\n * Get the innermost scope which contains a given location.\n * @param {Scope} initialScope The initial scope to search.\n * @param {Node} node The location to search.\n * @returns {Scope} The innermost scope.\n */\nexport function getInnermostScope(initialScope, node) {\n const location = /** @type {[number, number]} */ (node.range)[0]\n\n let scope = initialScope\n let found = false\n do {\n found = false\n for (const childScope of scope.childScopes) {\n const range = /** @type {[number, number]} */ (\n childScope.block.range\n )\n\n if (range[0] <= location && location < range[1]) {\n scope = childScope\n found = true\n break\n }\n }\n } while (found)\n\n return scope\n}\n","import { getInnermostScope } from \"./get-innermost-scope.mjs\"\n/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"eslint\").Scope.Variable} Variable */\n/** @typedef {import(\"estree\").Identifier} Identifier */\n\n/**\n * Find the variable of a given name.\n * @param {Scope} initialScope The scope to start finding.\n * @param {string|Identifier} nameOrNode The variable name to find. If this is a Node object then it should be an Identifier node.\n * @returns {Variable|null} The found variable or null.\n */\nexport function findVariable(initialScope, nameOrNode) {\n let name = \"\"\n /** @type {Scope|null} */\n let scope = initialScope\n\n if (typeof nameOrNode === \"string\") {\n name = nameOrNode\n } else {\n name = nameOrNode.name\n scope = getInnermostScope(scope, nameOrNode)\n }\n\n while (scope != null) {\n const variable = scope.set.get(name)\n if (variable != null) {\n return variable\n }\n scope = scope.upper\n }\n\n return null\n}\n","/** @typedef {import(\"eslint\").AST.Token} Token */\n/** @typedef {import(\"estree\").Comment} Comment */\n/** @typedef {import(\"./types.mjs\").ArrowToken} ArrowToken */\n/** @typedef {import(\"./types.mjs\").CommaToken} CommaToken */\n/** @typedef {import(\"./types.mjs\").SemicolonToken} SemicolonToken */\n/** @typedef {import(\"./types.mjs\").ColonToken} ColonToken */\n/** @typedef {import(\"./types.mjs\").OpeningParenToken} OpeningParenToken */\n/** @typedef {import(\"./types.mjs\").ClosingParenToken} ClosingParenToken */\n/** @typedef {import(\"./types.mjs\").OpeningBracketToken} OpeningBracketToken */\n/** @typedef {import(\"./types.mjs\").ClosingBracketToken} ClosingBracketToken */\n/** @typedef {import(\"./types.mjs\").OpeningBraceToken} OpeningBraceToken */\n/** @typedef {import(\"./types.mjs\").ClosingBraceToken} ClosingBraceToken */\n/**\n * @template {string} Value\n * @typedef {import(\"./types.mjs\").PunctuatorToken} PunctuatorToken\n */\n\n/** @typedef {Comment | Token} CommentOrToken */\n\n/**\n * Creates the negate function of the given function.\n * @param {function(CommentOrToken):boolean} f - The function to negate.\n * @returns {function(CommentOrToken):boolean} Negated function.\n */\nfunction negate(f) {\n return (token) => !f(token)\n}\n\n/**\n * Checks if the given token is a PunctuatorToken with the given value\n * @template {string} Value\n * @param {CommentOrToken} token - The token to check.\n * @param {Value} value - The value to check.\n * @returns {token is PunctuatorToken} `true` if the token is a PunctuatorToken with the given value.\n */\nfunction isPunctuatorTokenWithValue(token, value) {\n return token.type === \"Punctuator\" && token.value === value\n}\n\n/**\n * Checks if the given token is an arrow token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is ArrowToken} `true` if the token is an arrow token.\n */\nexport function isArrowToken(token) {\n return isPunctuatorTokenWithValue(token, \"=>\")\n}\n\n/**\n * Checks if the given token is a comma token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is CommaToken} `true` if the token is a comma token.\n */\nexport function isCommaToken(token) {\n return isPunctuatorTokenWithValue(token, \",\")\n}\n\n/**\n * Checks if the given token is a semicolon token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is SemicolonToken} `true` if the token is a semicolon token.\n */\nexport function isSemicolonToken(token) {\n return isPunctuatorTokenWithValue(token, \";\")\n}\n\n/**\n * Checks if the given token is a colon token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is ColonToken} `true` if the token is a colon token.\n */\nexport function isColonToken(token) {\n return isPunctuatorTokenWithValue(token, \":\")\n}\n\n/**\n * Checks if the given token is an opening parenthesis token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is OpeningParenToken} `true` if the token is an opening parenthesis token.\n */\nexport function isOpeningParenToken(token) {\n return isPunctuatorTokenWithValue(token, \"(\")\n}\n\n/**\n * Checks if the given token is a closing parenthesis token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is ClosingParenToken} `true` if the token is a closing parenthesis token.\n */\nexport function isClosingParenToken(token) {\n return isPunctuatorTokenWithValue(token, \")\")\n}\n\n/**\n * Checks if the given token is an opening square bracket token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is OpeningBracketToken} `true` if the token is an opening square bracket token.\n */\nexport function isOpeningBracketToken(token) {\n return isPunctuatorTokenWithValue(token, \"[\")\n}\n\n/**\n * Checks if the given token is a closing square bracket token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is ClosingBracketToken} `true` if the token is a closing square bracket token.\n */\nexport function isClosingBracketToken(token) {\n return isPunctuatorTokenWithValue(token, \"]\")\n}\n\n/**\n * Checks if the given token is an opening brace token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is OpeningBraceToken} `true` if the token is an opening brace token.\n */\nexport function isOpeningBraceToken(token) {\n return isPunctuatorTokenWithValue(token, \"{\")\n}\n\n/**\n * Checks if the given token is a closing brace token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is ClosingBraceToken} `true` if the token is a closing brace token.\n */\nexport function isClosingBraceToken(token) {\n return isPunctuatorTokenWithValue(token, \"}\")\n}\n\n/**\n * Checks if the given token is a comment token or not.\n * @param {CommentOrToken} token - The token to check.\n * @returns {token is Comment} `true` if the token is a comment token.\n */\nexport function isCommentToken(token) {\n return [\"Block\", \"Line\", \"Shebang\"].includes(token.type)\n}\n\nexport const isNotArrowToken = negate(isArrowToken)\nexport const isNotCommaToken = negate(isCommaToken)\nexport const isNotSemicolonToken = negate(isSemicolonToken)\nexport const isNotColonToken = negate(isColonToken)\nexport const isNotOpeningParenToken = negate(isOpeningParenToken)\nexport const isNotClosingParenToken = negate(isClosingParenToken)\nexport const isNotOpeningBracketToken = negate(isOpeningBracketToken)\nexport const isNotClosingBracketToken = negate(isClosingBracketToken)\nexport const isNotOpeningBraceToken = negate(isOpeningBraceToken)\nexport const isNotClosingBraceToken = negate(isClosingBraceToken)\nexport const isNotCommentToken = negate(isCommentToken)\n","import { isArrowToken, isOpeningParenToken } from \"./token-predicate.mjs\"\n/** @typedef {import(\"eslint\").Rule.Node} RuleNode */\n/** @typedef {import(\"eslint\").SourceCode} SourceCode */\n/** @typedef {import(\"eslint\").AST.Token} Token */\n/** @typedef {import(\"estree\").Function} FunctionNode */\n/** @typedef {import(\"estree\").FunctionDeclaration} FunctionDeclaration */\n/** @typedef {import(\"estree\").FunctionExpression} FunctionExpression */\n/** @typedef {import(\"estree\").SourceLocation} SourceLocation */\n/** @typedef {import(\"estree\").Position} Position */\n\n/**\n * Get the `(` token of the given function node.\n * @param {FunctionExpression | FunctionDeclaration} node - The function node to get.\n * @param {SourceCode} sourceCode - The source code object to get tokens.\n * @returns {Token} `(` token.\n */\nfunction getOpeningParenOfParams(node, sourceCode) {\n return node.id\n ? /** @type {Token} */ (\n sourceCode.getTokenAfter(node.id, isOpeningParenToken)\n )\n : /** @type {Token} */ (\n sourceCode.getFirstToken(node, isOpeningParenToken)\n )\n}\n\n/**\n * Get the location of the given function node for reporting.\n * @param {FunctionNode} node - The function node to get.\n * @param {SourceCode} sourceCode - The source code object to get tokens.\n * @returns {SourceLocation|null} The location of the function node for reporting.\n */\nexport function getFunctionHeadLocation(node, sourceCode) {\n const parent = /** @type {RuleNode} */ (node).parent\n\n /** @type {Position|null} */\n let start = null\n /** @type {Position|null} */\n let end = null\n\n if (node.type === \"ArrowFunctionExpression\") {\n const arrowToken = /** @type {Token} */ (\n sourceCode.getTokenBefore(node.body, isArrowToken)\n )\n\n start = arrowToken.loc.start\n end = arrowToken.loc.end\n } else if (\n parent &&\n (parent.type === \"Property\" ||\n parent.type === \"MethodDefinition\" ||\n parent.type === \"PropertyDefinition\")\n ) {\n start = /** @type {SourceLocation} */ (parent.loc).start\n end = getOpeningParenOfParams(node, sourceCode).loc.start\n } else {\n start = /** @type {SourceLocation} */ (node.loc).start\n end = getOpeningParenOfParams(node, sourceCode).loc.start\n }\n\n return {\n start: { ...start },\n end: { ...end },\n }\n}\n","/* globals self, window */\n\nimport { findVariable } from \"./find-variable.mjs\"\n/** @typedef {import(\"./types.mjs\").StaticValue} StaticValue */\n/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"eslint\").Scope.Variable} Variable */\n/** @typedef {import(\"estree\").Node} Node */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.Node} TSESTreeNode */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.AST_NODE_TYPES} TSESTreeNodeTypes */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.MemberExpression} MemberExpression */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.Property} Property */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.RegExpLiteral} RegExpLiteral */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.BigIntLiteral} BigIntLiteral */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.Literal} Literal */\n\nconst globalObject =\n typeof globalThis !== \"undefined\"\n ? globalThis\n : // @ts-ignore\n typeof self !== \"undefined\"\n ? // @ts-ignore\n self\n : // @ts-ignore\n typeof window !== \"undefined\"\n ? // @ts-ignore\n window\n : typeof global !== \"undefined\"\n ? global\n : {}\n\nconst builtinNames = Object.freeze(\n new Set([\n \"Array\",\n \"ArrayBuffer\",\n \"BigInt\",\n \"BigInt64Array\",\n \"BigUint64Array\",\n \"Boolean\",\n \"DataView\",\n \"Date\",\n \"decodeURI\",\n \"decodeURIComponent\",\n \"encodeURI\",\n \"encodeURIComponent\",\n \"escape\",\n \"Float32Array\",\n \"Float64Array\",\n \"Function\",\n \"Infinity\",\n \"Int16Array\",\n \"Int32Array\",\n \"Int8Array\",\n \"isFinite\",\n \"isNaN\",\n \"isPrototypeOf\",\n \"JSON\",\n \"Map\",\n \"Math\",\n \"NaN\",\n \"Number\",\n \"Object\",\n \"parseFloat\",\n \"parseInt\",\n \"Promise\",\n \"Proxy\",\n \"Reflect\",\n \"RegExp\",\n \"Set\",\n \"String\",\n \"Symbol\",\n \"Uint16Array\",\n \"Uint32Array\",\n \"Uint8Array\",\n \"Uint8ClampedArray\",\n \"undefined\",\n \"unescape\",\n \"WeakMap\",\n \"WeakSet\",\n ]),\n)\nconst callAllowed = new Set(\n [\n Array.isArray,\n Array.of,\n Array.prototype.at,\n Array.prototype.concat,\n Array.prototype.entries,\n Array.prototype.every,\n Array.prototype.filter,\n Array.prototype.find,\n Array.prototype.findIndex,\n Array.prototype.flat,\n Array.prototype.includes,\n Array.prototype.indexOf,\n Array.prototype.join,\n Array.prototype.keys,\n Array.prototype.lastIndexOf,\n Array.prototype.slice,\n Array.prototype.some,\n Array.prototype.toString,\n Array.prototype.values,\n typeof BigInt === \"function\" ? BigInt : undefined,\n Boolean,\n Date,\n Date.parse,\n decodeURI,\n decodeURIComponent,\n encodeURI,\n encodeURIComponent,\n escape,\n isFinite,\n isNaN,\n // @ts-ignore\n isPrototypeOf,\n Map,\n Map.prototype.entries,\n Map.prototype.get,\n Map.prototype.has,\n Map.prototype.keys,\n Map.prototype.values,\n .../** @type {(keyof typeof Math)[]} */ (\n Object.getOwnPropertyNames(Math)\n )\n .filter((k) => k !== \"random\")\n .map((k) => Math[k])\n .filter((f) => typeof f === \"function\"),\n Number,\n Number.isFinite,\n Number.isNaN,\n Number.parseFloat,\n Number.parseInt,\n Number.prototype.toExponential,\n Number.prototype.toFixed,\n Number.prototype.toPrecision,\n Number.prototype.toString,\n Object,\n Object.entries,\n Object.is,\n Object.isExtensible,\n Object.isFrozen,\n Object.isSealed,\n Object.keys,\n Object.values,\n parseFloat,\n parseInt,\n RegExp,\n Set,\n Set.prototype.entries,\n Set.prototype.has,\n Set.prototype.keys,\n Set.prototype.values,\n String,\n String.fromCharCode,\n String.fromCodePoint,\n String.raw,\n String.prototype.at,\n String.prototype.charAt,\n String.prototype.charCodeAt,\n String.prototype.codePointAt,\n String.prototype.concat,\n String.prototype.endsWith,\n String.prototype.includes,\n String.prototype.indexOf,\n String.prototype.lastIndexOf,\n String.prototype.normalize,\n String.prototype.padEnd,\n String.prototype.padStart,\n String.prototype.slice,\n String.prototype.startsWith,\n String.prototype.substr,\n String.prototype.substring,\n String.prototype.toLowerCase,\n String.prototype.toString,\n String.prototype.toUpperCase,\n String.prototype.trim,\n String.prototype.trimEnd,\n String.prototype.trimLeft,\n String.prototype.trimRight,\n String.prototype.trimStart,\n Symbol.for,\n Symbol.keyFor,\n unescape,\n ].filter((f) => typeof f === \"function\"),\n)\nconst callPassThrough = new Set([\n Object.freeze,\n Object.preventExtensions,\n Object.seal,\n])\n\n/** @type {ReadonlyArray]>} */\nconst getterAllowed = [\n [Map, new Set([\"size\"])],\n [\n RegExp,\n new Set([\n \"dotAll\",\n \"flags\",\n \"global\",\n \"hasIndices\",\n \"ignoreCase\",\n \"multiline\",\n \"source\",\n \"sticky\",\n \"unicode\",\n ]),\n ],\n [Set, new Set([\"size\"])],\n]\n\n/**\n * Get the property descriptor.\n * @param {object} object The object to get.\n * @param {string|number|symbol} name The property name to get.\n */\nfunction getPropertyDescriptor(object, name) {\n let x = object\n while ((typeof x === \"object\" || typeof x === \"function\") && x !== null) {\n const d = Object.getOwnPropertyDescriptor(x, name)\n if (d) {\n return d\n }\n x = Object.getPrototypeOf(x)\n }\n return null\n}\n\n/**\n * Check if a property is getter or not.\n * @param {object} object The object to check.\n * @param {string|number|symbol} name The property name to check.\n */\nfunction isGetter(object, name) {\n const d = getPropertyDescriptor(object, name)\n return d != null && d.get != null\n}\n\n/**\n * Get the element values of a given node list.\n * @param {(Node|TSESTreeNode|null)[]} nodeList The node list to get values.\n * @param {Scope|undefined|null} initialScope The initial scope to find variables.\n * @returns {any[]|null} The value list if all nodes are constant. Otherwise, null.\n */\nfunction getElementValues(nodeList, initialScope) {\n const valueList = []\n\n for (let i = 0; i < nodeList.length; ++i) {\n const elementNode = nodeList[i]\n\n if (elementNode == null) {\n valueList.length = i + 1\n } else if (elementNode.type === \"SpreadElement\") {\n const argument = getStaticValueR(elementNode.argument, initialScope)\n if (argument == null) {\n return null\n }\n valueList.push(.../** @type {Iterable} */ (argument.value))\n } else {\n const element = getStaticValueR(elementNode, initialScope)\n if (element == null) {\n return null\n }\n valueList.push(element.value)\n }\n }\n\n return valueList\n}\n\n/**\n * Checks if a variable is a built-in global.\n * @param {Variable|null} variable The variable to check.\n * @returns {variable is Variable & {defs:[]}}\n */\nfunction isBuiltinGlobal(variable) {\n return (\n variable != null &&\n variable.defs.length === 0 &&\n builtinNames.has(variable.name) &&\n variable.name in globalObject\n )\n}\n\n/**\n * Checks if a variable can be considered as a constant.\n * @param {Variable} variable\n * @returns {variable is Variable & {defs: [import(\"eslint\").Scope.Definition & { type: \"Variable\" }]}} True if the variable can be considered as a constant.\n */\nfunction canBeConsideredConst(variable) {\n if (variable.defs.length !== 1) {\n return false\n }\n const def = variable.defs[0]\n return Boolean(\n def.parent &&\n def.type === \"Variable\" &&\n (def.parent.kind === \"const\" || isEffectivelyConst(variable)),\n )\n}\n\n/**\n * Returns whether the given variable is never written to after initialization.\n * @param {Variable} variable\n * @returns {boolean}\n */\nfunction isEffectivelyConst(variable) {\n const refs = variable.references\n\n const inits = refs.filter((r) => r.init).length\n const reads = refs.filter((r) => r.isReadOnly()).length\n if (inits === 1 && reads + inits === refs.length) {\n // there is only one init and all other references only read\n return true\n }\n return false\n}\n\n/**\n * Checks if a variable has mutation in its property.\n * @param {Variable} variable The variable to check.\n * @param {Scope|null} initialScope The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it.\n * @returns {boolean} True if the variable has mutation in its property.\n */\nfunction hasMutationInProperty(variable, initialScope) {\n for (const ref of variable.references) {\n let node = /** @type {TSESTreeNode} */ (ref.identifier)\n while (node && node.parent && node.parent.type === \"MemberExpression\") {\n node = node.parent\n }\n if (!node || !node.parent) {\n continue\n }\n if (\n (node.parent.type === \"AssignmentExpression\" &&\n node.parent.left === node) ||\n (node.parent.type === \"UpdateExpression\" &&\n node.parent.argument === node)\n ) {\n // This is a mutation.\n return true\n }\n if (\n node.parent.type === \"CallExpression\" &&\n node.parent.callee === node &&\n node.type === \"MemberExpression\"\n ) {\n const methodName = getStaticPropertyNameValue(node, initialScope)\n if (isNameOfMutationArrayMethod(methodName)) {\n // This is a mutation.\n return true\n }\n }\n }\n return false\n\n /**\n * Checks if a method name is one of the mutation array methods.\n * @param {StaticValue|null} methodName The method name to check.\n * @returns {boolean} True if the method name is a mutation array method.\n */\n function isNameOfMutationArrayMethod(methodName) {\n if (methodName == null || methodName.value == null) {\n return false\n }\n const name = methodName.value\n return (\n name === \"copyWithin\" ||\n name === \"fill\" ||\n name === \"pop\" ||\n name === \"push\" ||\n name === \"reverse\" ||\n name === \"shift\" ||\n name === \"sort\" ||\n name === \"splice\" ||\n name === \"unshift\"\n )\n }\n}\n\n/**\n * @template {TSESTreeNodeTypes} T\n * @callback VisitorCallback\n * @param {TSESTreeNode & { type: T }} node\n * @param {Scope|undefined|null} initialScope\n * @returns {StaticValue | null}\n */\n/**\n * @typedef { { [K in TSESTreeNodeTypes]?: VisitorCallback } } Operations\n */\n/**\n * @type {Operations}\n */\nconst operations = Object.freeze({\n ArrayExpression(node, initialScope) {\n const elements = getElementValues(node.elements, initialScope)\n return elements != null ? { value: elements } : null\n },\n\n AssignmentExpression(node, initialScope) {\n if (node.operator === \"=\") {\n return getStaticValueR(node.right, initialScope)\n }\n return null\n },\n\n //eslint-disable-next-line complexity\n BinaryExpression(node, initialScope) {\n if (node.operator === \"in\" || node.operator === \"instanceof\") {\n // Not supported.\n return null\n }\n\n const left = getStaticValueR(node.left, initialScope)\n const right = getStaticValueR(node.right, initialScope)\n if (left != null && right != null) {\n switch (node.operator) {\n case \"==\":\n return { value: left.value == right.value } //eslint-disable-line eqeqeq\n case \"!=\":\n return { value: left.value != right.value } //eslint-disable-line eqeqeq\n case \"===\":\n return { value: left.value === right.value }\n case \"!==\":\n return { value: left.value !== right.value }\n case \"<\":\n return {\n value:\n /** @type {any} */ (left.value) <\n /** @type {any} */ (right.value),\n }\n case \"<=\":\n return {\n value:\n /** @type {any} */ (left.value) <=\n /** @type {any} */ (right.value),\n }\n case \">\":\n return {\n value:\n /** @type {any} */ (left.value) >\n /** @type {any} */ (right.value),\n }\n case \">=\":\n return {\n value:\n /** @type {any} */ (left.value) >=\n /** @type {any} */ (right.value),\n }\n case \"<<\":\n return {\n value:\n /** @type {any} */ (left.value) <<\n /** @type {any} */ (right.value),\n }\n case \">>\":\n return {\n value:\n /** @type {any} */ (left.value) >>\n /** @type {any} */ (right.value),\n }\n case \">>>\":\n return {\n value:\n /** @type {any} */ (left.value) >>>\n /** @type {any} */ (right.value),\n }\n case \"+\":\n return {\n value:\n /** @type {any} */ (left.value) +\n /** @type {any} */ (right.value),\n }\n case \"-\":\n return {\n value:\n /** @type {any} */ (left.value) -\n /** @type {any} */ (right.value),\n }\n case \"*\":\n return {\n value:\n /** @type {any} */ (left.value) *\n /** @type {any} */ (right.value),\n }\n case \"/\":\n return {\n value:\n /** @type {any} */ (left.value) /\n /** @type {any} */ (right.value),\n }\n case \"%\":\n return {\n value:\n /** @type {any} */ (left.value) %\n /** @type {any} */ (right.value),\n }\n case \"**\":\n return {\n value:\n /** @type {any} */ (left.value) **\n /** @type {any} */ (right.value),\n }\n case \"|\":\n return {\n value:\n /** @type {any} */ (left.value) |\n /** @type {any} */ (right.value),\n }\n case \"^\":\n return {\n value:\n /** @type {any} */ (left.value) ^\n /** @type {any} */ (right.value),\n }\n case \"&\":\n return {\n value:\n /** @type {any} */ (left.value) &\n /** @type {any} */ (right.value),\n }\n\n // no default\n }\n }\n\n return null\n },\n\n CallExpression(node, initialScope) {\n const calleeNode = node.callee\n const args = getElementValues(node.arguments, initialScope)\n\n if (args != null) {\n if (calleeNode.type === \"MemberExpression\") {\n if (calleeNode.property.type === \"PrivateIdentifier\") {\n return null\n }\n const object = getStaticValueR(calleeNode.object, initialScope)\n if (object != null) {\n if (\n object.value == null &&\n (object.optional || node.optional)\n ) {\n return { value: undefined, optional: true }\n }\n const property = getStaticPropertyNameValue(\n calleeNode,\n initialScope,\n )\n\n if (property != null) {\n const receiver =\n /** @type {Record any>} */ (\n object.value\n )\n const methodName = /** @type {PropertyKey} */ (\n property.value\n )\n if (callAllowed.has(receiver[methodName])) {\n return {\n value: receiver[methodName](...args),\n }\n }\n if (callPassThrough.has(receiver[methodName])) {\n return { value: args[0] }\n }\n }\n }\n } else {\n const callee = getStaticValueR(calleeNode, initialScope)\n if (callee != null) {\n if (callee.value == null && node.optional) {\n return { value: undefined, optional: true }\n }\n const func = /** @type {(...args: any[]) => any} */ (\n callee.value\n )\n if (callAllowed.has(func)) {\n return { value: func(...args) }\n }\n if (callPassThrough.has(func)) {\n return { value: args[0] }\n }\n }\n }\n }\n\n return null\n },\n\n ConditionalExpression(node, initialScope) {\n const test = getStaticValueR(node.test, initialScope)\n if (test != null) {\n return test.value\n ? getStaticValueR(node.consequent, initialScope)\n : getStaticValueR(node.alternate, initialScope)\n }\n return null\n },\n\n ExpressionStatement(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n\n Identifier(node, initialScope) {\n if (initialScope != null) {\n const variable = findVariable(initialScope, node)\n\n if (variable != null) {\n // Built-in globals.\n if (isBuiltinGlobal(variable)) {\n return { value: globalObject[variable.name] }\n }\n\n // Constants.\n if (canBeConsideredConst(variable)) {\n const def = variable.defs[0]\n if (\n // TODO(mysticatea): don't support destructuring here.\n def.node.id.type === \"Identifier\"\n ) {\n const init = getStaticValueR(\n def.node.init,\n initialScope,\n )\n if (\n init &&\n typeof init.value === \"object\" &&\n init.value !== null\n ) {\n if (hasMutationInProperty(variable, initialScope)) {\n // This variable has mutation in its property.\n return null\n }\n }\n return init\n }\n }\n }\n }\n return null\n },\n\n Literal(node) {\n const literal =\n /** @type {Partial & Partial & Partial} */ (\n node\n )\n //istanbul ignore if : this is implementation-specific behavior.\n if (\n (literal.regex != null || literal.bigint != null) &&\n literal.value == null\n ) {\n // It was a RegExp/BigInt literal, but Node.js didn't support it.\n return null\n }\n return { value: literal.value }\n },\n\n LogicalExpression(node, initialScope) {\n const left = getStaticValueR(node.left, initialScope)\n if (left != null) {\n if (\n (node.operator === \"||\" && Boolean(left.value) === true) ||\n (node.operator === \"&&\" && Boolean(left.value) === false) ||\n (node.operator === \"??\" && left.value != null)\n ) {\n return left\n }\n\n const right = getStaticValueR(node.right, initialScope)\n if (right != null) {\n return right\n }\n }\n\n return null\n },\n\n MemberExpression(node, initialScope) {\n if (node.property.type === \"PrivateIdentifier\") {\n return null\n }\n const object = getStaticValueR(node.object, initialScope)\n if (object != null) {\n if (object.value == null && (object.optional || node.optional)) {\n return { value: undefined, optional: true }\n }\n const property = getStaticPropertyNameValue(node, initialScope)\n\n if (property != null) {\n if (\n !isGetter(\n /** @type {object} */ (object.value),\n /** @type {PropertyKey} */ (property.value),\n )\n ) {\n return {\n value: /** @type {Record} */ (\n object.value\n )[/** @type {PropertyKey} */ (property.value)],\n }\n }\n\n for (const [classFn, allowed] of getterAllowed) {\n if (\n object.value instanceof classFn &&\n allowed.has(/** @type {string} */ (property.value))\n ) {\n return {\n value: /** @type {Record} */ (\n object.value\n )[/** @type {PropertyKey} */ (property.value)],\n }\n }\n }\n }\n }\n return null\n },\n\n ChainExpression(node, initialScope) {\n const expression = getStaticValueR(node.expression, initialScope)\n if (expression != null) {\n return { value: expression.value }\n }\n return null\n },\n\n NewExpression(node, initialScope) {\n const callee = getStaticValueR(node.callee, initialScope)\n const args = getElementValues(node.arguments, initialScope)\n\n if (callee != null && args != null) {\n const Func = /** @type {new (...args: any[]) => any} */ (\n callee.value\n )\n if (callAllowed.has(Func)) {\n return { value: new Func(...args) }\n }\n }\n\n return null\n },\n\n ObjectExpression(node, initialScope) {\n /** @type {Record} */\n const object = {}\n\n for (const propertyNode of node.properties) {\n if (propertyNode.type === \"Property\") {\n if (propertyNode.kind !== \"init\") {\n return null\n }\n const key = getStaticPropertyNameValue(\n propertyNode,\n initialScope,\n )\n const value = getStaticValueR(propertyNode.value, initialScope)\n if (key == null || value == null) {\n return null\n }\n object[/** @type {PropertyKey} */ (key.value)] = value.value\n } else if (\n propertyNode.type === \"SpreadElement\" ||\n // @ts-expect-error -- Backward compatibility\n propertyNode.type === \"ExperimentalSpreadProperty\"\n ) {\n const argument = getStaticValueR(\n propertyNode.argument,\n initialScope,\n )\n if (argument == null) {\n return null\n }\n Object.assign(object, argument.value)\n } else {\n return null\n }\n }\n\n return { value: object }\n },\n\n SequenceExpression(node, initialScope) {\n const last = node.expressions[node.expressions.length - 1]\n return getStaticValueR(last, initialScope)\n },\n\n TaggedTemplateExpression(node, initialScope) {\n const tag = getStaticValueR(node.tag, initialScope)\n const expressions = getElementValues(\n node.quasi.expressions,\n initialScope,\n )\n\n if (tag != null && expressions != null) {\n const func = /** @type {(...args: any[]) => any} */ (tag.value)\n /** @type {any[] & { raw?: string[] }} */\n const strings = node.quasi.quasis.map((q) => q.value.cooked)\n strings.raw = node.quasi.quasis.map((q) => q.value.raw)\n\n if (func === String.raw) {\n return { value: func(strings, ...expressions) }\n }\n }\n\n return null\n },\n\n TemplateLiteral(node, initialScope) {\n const expressions = getElementValues(node.expressions, initialScope)\n if (expressions != null) {\n let value = node.quasis[0].value.cooked\n for (let i = 0; i < expressions.length; ++i) {\n value += expressions[i]\n value += /** @type {string} */ (node.quasis[i + 1].value.cooked)\n }\n return { value }\n }\n return null\n },\n\n UnaryExpression(node, initialScope) {\n if (node.operator === \"delete\") {\n // Not supported.\n return null\n }\n if (node.operator === \"void\") {\n return { value: undefined }\n }\n\n const arg = getStaticValueR(node.argument, initialScope)\n if (arg != null) {\n switch (node.operator) {\n case \"-\":\n return { value: -(/** @type {any} */ (arg.value)) }\n case \"+\":\n return { value: +(/** @type {any} */ (arg.value)) } //eslint-disable-line no-implicit-coercion\n case \"!\":\n return { value: !arg.value }\n case \"~\":\n return { value: ~(/** @type {any} */ (arg.value)) }\n case \"typeof\":\n return { value: typeof arg.value }\n\n // no default\n }\n }\n\n return null\n },\n TSAsExpression(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n TSSatisfiesExpression(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n TSTypeAssertion(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n TSNonNullExpression(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n TSInstantiationExpression(node, initialScope) {\n return getStaticValueR(node.expression, initialScope)\n },\n})\n\n/**\n * Get the value of a given node if it's a static value.\n * @param {Node|TSESTreeNode|null|undefined} node The node to get.\n * @param {Scope|undefined|null} initialScope The scope to start finding variable.\n * @returns {StaticValue|null} The static value of the node, or `null`.\n */\nfunction getStaticValueR(node, initialScope) {\n if (node != null && Object.hasOwnProperty.call(operations, node.type)) {\n return /** @type {VisitorCallback} */ (operations[node.type])(\n /** @type {TSESTreeNode} */ (node),\n initialScope,\n )\n }\n return null\n}\n\n/**\n * Get the static value of property name from a MemberExpression node or a Property node.\n * @param {MemberExpression|Property} node The node to get.\n * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it.\n * @returns {StaticValue|null} The static value of the property name of the node, or `null`.\n */\nfunction getStaticPropertyNameValue(node, initialScope) {\n const nameNode = node.type === \"Property\" ? node.key : node.property\n\n if (node.computed) {\n return getStaticValueR(nameNode, initialScope)\n }\n\n if (nameNode.type === \"Identifier\") {\n return { value: nameNode.name }\n }\n\n if (nameNode.type === \"Literal\") {\n if (/** @type {Partial} */ (nameNode).bigint) {\n return { value: /** @type {BigIntLiteral} */ (nameNode).bigint }\n }\n return { value: String(nameNode.value) }\n }\n\n return null\n}\n\n/**\n * Get the value of a given node if it's a static value.\n * @param {Node} node The node to get.\n * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If this scope was given, this tries to resolve identifier references which are in the given node as much as possible.\n * @returns {StaticValue | null} The static value of the node, or `null`.\n */\nexport function getStaticValue(node, initialScope = null) {\n try {\n return getStaticValueR(node, initialScope)\n } catch (_error) {\n return null\n }\n}\n","import { getStaticValue } from \"./get-static-value.mjs\"\n/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"estree\").Node} Node */\n/** @typedef {import(\"estree\").RegExpLiteral} RegExpLiteral */\n/** @typedef {import(\"estree\").BigIntLiteral} BigIntLiteral */\n/** @typedef {import(\"estree\").SimpleLiteral} SimpleLiteral */\n\n/**\n * Get the value of a given node if it's a literal or a template literal.\n * @param {Node} node The node to get.\n * @param {Scope|null} [initialScope] The scope to start finding variable. Optional. If the node is an Identifier node and this scope was given, this checks the variable of the identifier, and returns the value of it if the variable is a constant.\n * @returns {string|null} The value of the node, or `null`.\n */\nexport function getStringIfConstant(node, initialScope = null) {\n // Handle the literals that the platform doesn't support natively.\n if (node && node.type === \"Literal\" && node.value === null) {\n const literal =\n /** @type {Partial & Partial & Partial} */ (\n node\n )\n if (literal.regex) {\n return `/${literal.regex.pattern}/${literal.regex.flags}`\n }\n if (literal.bigint) {\n return literal.bigint\n }\n }\n\n const evaluated = getStaticValue(node, initialScope)\n\n if (evaluated) {\n // `String(Symbol.prototype)` throws error\n try {\n return String(evaluated.value)\n } catch {\n // No op\n }\n }\n\n return null\n}\n","import { getStringIfConstant } from \"./get-string-if-constant.mjs\"\n/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"estree\").MemberExpression} MemberExpression */\n/** @typedef {import(\"estree\").MethodDefinition} MethodDefinition */\n/** @typedef {import(\"estree\").Property} Property */\n/** @typedef {import(\"estree\").PropertyDefinition} PropertyDefinition */\n/** @typedef {import(\"estree\").Identifier} Identifier */\n\n/**\n * Get the property name from a MemberExpression node or a Property node.\n * @param {MemberExpression | MethodDefinition | Property | PropertyDefinition} node The node to get.\n * @param {Scope} [initialScope] The scope to start finding variable. Optional. If the node is a computed property node and this scope was given, this checks the computed property name by the `getStringIfConstant` function with the scope, and returns the value of it.\n * @returns {string|null|undefined} The property name of the node.\n */\nexport function getPropertyName(node, initialScope) {\n switch (node.type) {\n case \"MemberExpression\":\n if (node.computed) {\n return getStringIfConstant(node.property, initialScope)\n }\n if (node.property.type === \"PrivateIdentifier\") {\n return null\n }\n return /** @type {Partial} */ (node.property).name\n\n case \"Property\":\n case \"MethodDefinition\":\n case \"PropertyDefinition\":\n if (node.computed) {\n return getStringIfConstant(node.key, initialScope)\n }\n if (node.key.type === \"Literal\") {\n return String(node.key.value)\n }\n if (node.key.type === \"PrivateIdentifier\") {\n return null\n }\n return /** @type {Partial} */ (node.key).name\n\n default:\n break\n }\n\n return null\n}\n","import { getPropertyName } from \"./get-property-name.mjs\"\n/** @typedef {import(\"eslint\").Rule.Node} RuleNode */\n/** @typedef {import(\"eslint\").SourceCode} SourceCode */\n/** @typedef {import(\"estree\").Function} FunctionNode */\n/** @typedef {import(\"estree\").FunctionDeclaration} FunctionDeclaration */\n/** @typedef {import(\"estree\").FunctionExpression} FunctionExpression */\n/** @typedef {import(\"estree\").Identifier} Identifier */\n\n/**\n * Get the name and kind of the given function node.\n * @param {FunctionNode} node - The function node to get.\n * @param {SourceCode} [sourceCode] The source code object to get the code of computed property keys.\n * @returns {string} The name and kind of the function node.\n */\n// eslint-disable-next-line complexity\nexport function getFunctionNameWithKind(node, sourceCode) {\n const parent = /** @type {RuleNode} */ (node).parent\n\n if (!parent) {\n return \"\"\n }\n\n const tokens = []\n const isObjectMethod = parent.type === \"Property\" && parent.value === node\n const isClassMethod =\n parent.type === \"MethodDefinition\" && parent.value === node\n const isClassFieldMethod =\n parent.type === \"PropertyDefinition\" && parent.value === node\n\n // Modifiers.\n if (isClassMethod || isClassFieldMethod) {\n if (parent.static) {\n tokens.push(\"static\")\n }\n if (parent.key.type === \"PrivateIdentifier\") {\n tokens.push(\"private\")\n }\n }\n if (node.async) {\n tokens.push(\"async\")\n }\n if (node.generator) {\n tokens.push(\"generator\")\n }\n\n // Kinds.\n if (isObjectMethod || isClassMethod) {\n if (parent.kind === \"constructor\") {\n return \"constructor\"\n }\n if (parent.kind === \"get\") {\n tokens.push(\"getter\")\n } else if (parent.kind === \"set\") {\n tokens.push(\"setter\")\n } else {\n tokens.push(\"method\")\n }\n } else if (isClassFieldMethod) {\n tokens.push(\"method\")\n } else {\n if (node.type === \"ArrowFunctionExpression\") {\n tokens.push(\"arrow\")\n }\n tokens.push(\"function\")\n }\n\n // Names.\n if (isObjectMethod || isClassMethod || isClassFieldMethod) {\n if (parent.key.type === \"PrivateIdentifier\") {\n tokens.push(`#${parent.key.name}`)\n } else {\n const name = getPropertyName(parent)\n if (name) {\n tokens.push(`'${name}'`)\n } else if (sourceCode) {\n const keyText = sourceCode.getText(parent.key)\n if (!keyText.includes(\"\\n\")) {\n tokens.push(`[${keyText}]`)\n }\n }\n }\n } else if (hasId(node)) {\n tokens.push(`'${node.id.name}'`)\n } else if (\n parent.type === \"VariableDeclarator\" &&\n parent.id &&\n parent.id.type === \"Identifier\"\n ) {\n tokens.push(`'${parent.id.name}'`)\n } else if (\n (parent.type === \"AssignmentExpression\" ||\n parent.type === \"AssignmentPattern\") &&\n parent.left &&\n parent.left.type === \"Identifier\"\n ) {\n tokens.push(`'${parent.left.name}'`)\n } else if (\n parent.type === \"ExportDefaultDeclaration\" &&\n parent.declaration === node\n ) {\n tokens.push(\"'default'\")\n }\n\n return tokens.join(\" \")\n}\n\n/**\n * @param {FunctionNode} node\n * @returns {node is FunctionDeclaration | FunctionExpression & { id: Identifier }}\n */\nfunction hasId(node) {\n return Boolean(\n /** @type {Partial} */ (node)\n .id,\n )\n}\n","import { getKeys, KEYS } from \"eslint-visitor-keys\"\n/** @typedef {import(\"estree\").Node} Node */\n/** @typedef {import(\"eslint\").SourceCode} SourceCode */\n/** @typedef {import(\"./types.mjs\").HasSideEffectOptions} HasSideEffectOptions */\n/** @typedef {import(\"estree\").BinaryExpression} BinaryExpression */\n/** @typedef {import(\"estree\").MemberExpression} MemberExpression */\n/** @typedef {import(\"estree\").MethodDefinition} MethodDefinition */\n/** @typedef {import(\"estree\").Property} Property */\n/** @typedef {import(\"estree\").PropertyDefinition} PropertyDefinition */\n/** @typedef {import(\"estree\").UnaryExpression} UnaryExpression */\n\nconst typeConversionBinaryOps = Object.freeze(\n new Set([\n \"==\",\n \"!=\",\n \"<\",\n \"<=\",\n \">\",\n \">=\",\n \"<<\",\n \">>\",\n \">>>\",\n \"+\",\n \"-\",\n \"*\",\n \"/\",\n \"%\",\n \"|\",\n \"^\",\n \"&\",\n \"in\",\n ]),\n)\nconst typeConversionUnaryOps = Object.freeze(new Set([\"-\", \"+\", \"!\", \"~\"]))\n\n/**\n * Check whether the given value is an ASTNode or not.\n * @param {any} x The value to check.\n * @returns {x is Node} `true` if the value is an ASTNode.\n */\nfunction isNode(x) {\n return x !== null && typeof x === \"object\" && typeof x.type === \"string\"\n}\n\nconst visitor = Object.freeze(\n Object.assign(Object.create(null), {\n /**\n * @param {Node} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n $visit(node, options, visitorKeys) {\n const { type } = node\n\n if (typeof (/** @type {any} */ (this)[type]) === \"function\") {\n return /** @type {any} */ (this)[type](\n node,\n options,\n visitorKeys,\n )\n }\n\n return this.$visitChildren(node, options, visitorKeys)\n },\n\n /**\n * @param {Node} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n $visitChildren(node, options, visitorKeys) {\n const { type } = node\n\n for (const key of /** @type {(keyof Node)[]} */ (\n visitorKeys[type] || getKeys(node)\n )) {\n const value = node[key]\n\n if (Array.isArray(value)) {\n for (const element of value) {\n if (\n isNode(element) &&\n this.$visit(element, options, visitorKeys)\n ) {\n return true\n }\n }\n } else if (\n isNode(value) &&\n this.$visit(value, options, visitorKeys)\n ) {\n return true\n }\n }\n\n return false\n },\n\n ArrowFunctionExpression() {\n return false\n },\n AssignmentExpression() {\n return true\n },\n AwaitExpression() {\n return true\n },\n /**\n * @param {BinaryExpression} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n BinaryExpression(node, options, visitorKeys) {\n if (\n options.considerImplicitTypeConversion &&\n typeConversionBinaryOps.has(node.operator) &&\n (node.left.type !== \"Literal\" || node.right.type !== \"Literal\")\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n CallExpression() {\n return true\n },\n FunctionExpression() {\n return false\n },\n ImportExpression() {\n return true\n },\n /**\n * @param {MemberExpression} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n MemberExpression(node, options, visitorKeys) {\n if (options.considerGetters) {\n return true\n }\n if (\n options.considerImplicitTypeConversion &&\n node.computed &&\n node.property.type !== \"Literal\"\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n /**\n * @param {MethodDefinition} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n MethodDefinition(node, options, visitorKeys) {\n if (\n options.considerImplicitTypeConversion &&\n node.computed &&\n node.key.type !== \"Literal\"\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n NewExpression() {\n return true\n },\n /**\n * @param {Property} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n Property(node, options, visitorKeys) {\n if (\n options.considerImplicitTypeConversion &&\n node.computed &&\n node.key.type !== \"Literal\"\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n /**\n * @param {PropertyDefinition} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n PropertyDefinition(node, options, visitorKeys) {\n if (\n options.considerImplicitTypeConversion &&\n node.computed &&\n node.key.type !== \"Literal\"\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n /**\n * @param {UnaryExpression} node\n * @param {HasSideEffectOptions} options\n * @param {Record} visitorKeys\n */\n UnaryExpression(node, options, visitorKeys) {\n if (node.operator === \"delete\") {\n return true\n }\n if (\n options.considerImplicitTypeConversion &&\n typeConversionUnaryOps.has(node.operator) &&\n node.argument.type !== \"Literal\"\n ) {\n return true\n }\n return this.$visitChildren(node, options, visitorKeys)\n },\n UpdateExpression() {\n return true\n },\n YieldExpression() {\n return true\n },\n }),\n)\n\n/**\n * Check whether a given node has any side effect or not.\n * @param {Node} node The node to get.\n * @param {SourceCode} sourceCode The source code object.\n * @param {HasSideEffectOptions} [options] The option object.\n * @returns {boolean} `true` if the node has a certain side effect.\n */\nexport function hasSideEffect(node, sourceCode, options = {}) {\n const { considerGetters = false, considerImplicitTypeConversion = false } =\n options\n return visitor.$visit(\n node,\n { considerGetters, considerImplicitTypeConversion },\n sourceCode.visitorKeys || KEYS,\n )\n}\n","import { isClosingParenToken, isOpeningParenToken } from \"./token-predicate.mjs\"\n/** @typedef {import(\"estree\").Node} Node */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.NewExpression} TSNewExpression */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.CallExpression} TSCallExpression */\n/** @typedef {import(\"eslint\").SourceCode} SourceCode */\n/** @typedef {import(\"eslint\").AST.Token} Token */\n/** @typedef {import(\"eslint\").Rule.Node} RuleNode */\n\n/**\n * Get the left parenthesis of the parent node syntax if it exists.\n * E.g., `if (a) {}` then the `(`.\n * @param {Node} node The AST node to check.\n * @param {SourceCode} sourceCode The source code object to get tokens.\n * @returns {Token|null} The left parenthesis of the parent node syntax\n */\n// eslint-disable-next-line complexity\nfunction getParentSyntaxParen(node, sourceCode) {\n const parent = /** @type {RuleNode} */ (node).parent\n\n if (!parent) {\n return null\n }\n\n switch (parent.type) {\n case \"CallExpression\":\n case \"NewExpression\":\n if (parent.arguments.length === 1 && parent.arguments[0] === node) {\n return sourceCode.getTokenAfter(\n // @ts-expect-error https://github.com/typescript-eslint/typescript-eslint/pull/5384\n parent.typeArguments ||\n /** @type {RuleNode} */ (\n /** @type {unknown} */ (\n /** @type {TSNewExpression | TSCallExpression} */ (\n parent\n ).typeParameters\n )\n ) ||\n parent.callee,\n isOpeningParenToken,\n )\n }\n return null\n\n case \"DoWhileStatement\":\n if (parent.test === node) {\n return sourceCode.getTokenAfter(\n parent.body,\n isOpeningParenToken,\n )\n }\n return null\n\n case \"IfStatement\":\n case \"WhileStatement\":\n if (parent.test === node) {\n return sourceCode.getFirstToken(parent, 1)\n }\n return null\n\n case \"ImportExpression\":\n if (parent.source === node) {\n return sourceCode.getFirstToken(parent, 1)\n }\n return null\n\n case \"SwitchStatement\":\n if (parent.discriminant === node) {\n return sourceCode.getFirstToken(parent, 1)\n }\n return null\n\n case \"WithStatement\":\n if (parent.object === node) {\n return sourceCode.getFirstToken(parent, 1)\n }\n return null\n\n default:\n return null\n }\n}\n\n/**\n * Check whether a given node is parenthesized or not.\n * @param {number} times The number of parantheses.\n * @param {Node} node The AST node to check.\n * @param {SourceCode} sourceCode The source code object to get tokens.\n * @returns {boolean} `true` if the node is parenthesized the given times.\n */\n/**\n * Check whether a given node is parenthesized or not.\n * @param {Node} node The AST node to check.\n * @param {SourceCode} sourceCode The source code object to get tokens.\n * @returns {boolean} `true` if the node is parenthesized.\n */\n/**\n * Check whether a given node is parenthesized or not.\n * @param {Node|number} timesOrNode The first parameter.\n * @param {Node|SourceCode} nodeOrSourceCode The second parameter.\n * @param {SourceCode} [optionalSourceCode] The third parameter.\n * @returns {boolean} `true` if the node is parenthesized.\n */\nexport function isParenthesized(\n timesOrNode,\n nodeOrSourceCode,\n optionalSourceCode,\n) {\n /** @type {number} */\n let times,\n /** @type {RuleNode} */\n node,\n /** @type {SourceCode} */\n sourceCode,\n maybeLeftParen,\n maybeRightParen\n if (typeof timesOrNode === \"number\") {\n times = timesOrNode | 0\n node = /** @type {RuleNode} */ (nodeOrSourceCode)\n sourceCode = /** @type {SourceCode} */ (optionalSourceCode)\n if (!(times >= 1)) {\n throw new TypeError(\"'times' should be a positive integer.\")\n }\n } else {\n times = 1\n node = /** @type {RuleNode} */ (timesOrNode)\n sourceCode = /** @type {SourceCode} */ (nodeOrSourceCode)\n }\n\n if (\n node == null ||\n // `Program` can't be parenthesized\n node.parent == null ||\n // `CatchClause.param` can't be parenthesized, example `try {} catch (error) {}`\n (node.parent.type === \"CatchClause\" && node.parent.param === node)\n ) {\n return false\n }\n\n maybeLeftParen = maybeRightParen = node\n do {\n maybeLeftParen = sourceCode.getTokenBefore(maybeLeftParen)\n maybeRightParen = sourceCode.getTokenAfter(maybeRightParen)\n } while (\n maybeLeftParen != null &&\n maybeRightParen != null &&\n isOpeningParenToken(maybeLeftParen) &&\n isClosingParenToken(maybeRightParen) &&\n // Avoid false positive such as `if (a) {}`\n maybeLeftParen !== getParentSyntaxParen(node, sourceCode) &&\n --times > 0\n )\n\n return times === 0\n}\n","/**\n * @author Toru Nagashima \n * See LICENSE file in root directory for full license.\n */\n\nconst placeholder = /\\$(?:[$&`']|[1-9][0-9]?)/gu\n\n/** @type {WeakMap} */\nconst internal = new WeakMap()\n\n/**\n * Check whether a given character is escaped or not.\n * @param {string} str The string to check.\n * @param {number} index The location of the character to check.\n * @returns {boolean} `true` if the character is escaped.\n */\nfunction isEscaped(str, index) {\n let escaped = false\n for (let i = index - 1; i >= 0 && str.charCodeAt(i) === 0x5c; --i) {\n escaped = !escaped\n }\n return escaped\n}\n\n/**\n * Replace a given string by a given matcher.\n * @param {PatternMatcher} matcher The pattern matcher.\n * @param {string} str The string to be replaced.\n * @param {string} replacement The new substring to replace each matched part.\n * @returns {string} The replaced string.\n */\nfunction replaceS(matcher, str, replacement) {\n const chunks = []\n let index = 0\n\n /**\n * @param {string} key The placeholder.\n * @param {RegExpExecArray} match The matched information.\n * @returns {string} The replaced string.\n */\n function replacer(key, match) {\n switch (key) {\n case \"$$\":\n return \"$\"\n case \"$&\":\n return match[0]\n case \"$`\":\n return str.slice(0, match.index)\n case \"$'\":\n return str.slice(match.index + match[0].length)\n default: {\n const i = key.slice(1)\n if (i in match) {\n return match[/** @type {any} */ (i)]\n }\n return key\n }\n }\n }\n\n for (const match of matcher.execAll(str)) {\n chunks.push(str.slice(index, match.index))\n chunks.push(\n replacement.replace(placeholder, (key) => replacer(key, match)),\n )\n index = match.index + match[0].length\n }\n chunks.push(str.slice(index))\n\n return chunks.join(\"\")\n}\n\n/**\n * Replace a given string by a given matcher.\n * @param {PatternMatcher} matcher The pattern matcher.\n * @param {string} str The string to be replaced.\n * @param {(substring: string, ...args: any[]) => string} replace The function to replace each matched part.\n * @returns {string} The replaced string.\n */\nfunction replaceF(matcher, str, replace) {\n const chunks = []\n let index = 0\n\n for (const match of matcher.execAll(str)) {\n chunks.push(str.slice(index, match.index))\n chunks.push(\n String(\n replace(\n .../** @type {[string, ...string[]]} */ (\n /** @type {string[]} */ (match)\n ),\n match.index,\n match.input,\n ),\n ),\n )\n index = match.index + match[0].length\n }\n chunks.push(str.slice(index))\n\n return chunks.join(\"\")\n}\n\n/**\n * The class to find patterns as considering escape sequences.\n */\nexport class PatternMatcher {\n /**\n * Initialize this matcher.\n * @param {RegExp} pattern The pattern to match.\n * @param {{escaped?:boolean}} [options] The options.\n */\n constructor(pattern, options = {}) {\n const { escaped = false } = options\n if (!(pattern instanceof RegExp)) {\n throw new TypeError(\"'pattern' should be a RegExp instance.\")\n }\n if (!pattern.flags.includes(\"g\")) {\n throw new Error(\"'pattern' should contains 'g' flag.\")\n }\n\n internal.set(this, {\n pattern: new RegExp(pattern.source, pattern.flags),\n escaped: Boolean(escaped),\n })\n }\n\n /**\n * Find the pattern in a given string.\n * @param {string} str The string to find.\n * @returns {IterableIterator} The iterator which iterate the matched information.\n */\n *execAll(str) {\n const { pattern, escaped } =\n /** @type {{pattern:RegExp,escaped:boolean}} */ (internal.get(this))\n let match = null\n let lastIndex = 0\n\n pattern.lastIndex = 0\n while ((match = pattern.exec(str)) != null) {\n if (escaped || !isEscaped(str, match.index)) {\n lastIndex = pattern.lastIndex\n yield match\n pattern.lastIndex = lastIndex\n }\n }\n }\n\n /**\n * Check whether the pattern is found in a given string.\n * @param {string} str The string to check.\n * @returns {boolean} `true` if the pattern was found in the string.\n */\n test(str) {\n const it = this.execAll(str)\n const ret = it.next()\n return !ret.done\n }\n\n /**\n * Replace a given string.\n * @param {string} str The string to be replaced.\n * @param {(string|((...strs:string[])=>string))} replacer The string or function to replace. This is the same as the 2nd argument of `String.prototype.replace`.\n * @returns {string} The replaced string.\n */\n [Symbol.replace](str, replacer) {\n return typeof replacer === \"function\"\n ? replaceF(this, String(str), replacer)\n : replaceS(this, String(str), String(replacer))\n }\n}\n","import { findVariable } from \"./find-variable.mjs\"\nimport { getPropertyName } from \"./get-property-name.mjs\"\nimport { getStringIfConstant } from \"./get-string-if-constant.mjs\"\n/** @typedef {import(\"eslint\").Scope.Scope} Scope */\n/** @typedef {import(\"eslint\").Scope.Variable} Variable */\n/** @typedef {import(\"eslint\").Rule.Node} RuleNode */\n/** @typedef {import(\"estree\").Node} Node */\n/** @typedef {import(\"estree\").Expression} Expression */\n/** @typedef {import(\"estree\").Pattern} Pattern */\n/** @typedef {import(\"estree\").Identifier} Identifier */\n/** @typedef {import(\"estree\").SimpleCallExpression} CallExpression */\n/** @typedef {import(\"estree\").Program} Program */\n/** @typedef {import(\"estree\").ImportDeclaration} ImportDeclaration */\n/** @typedef {import(\"estree\").ExportAllDeclaration} ExportAllDeclaration */\n/** @typedef {import(\"estree\").ExportDefaultDeclaration} ExportDefaultDeclaration */\n/** @typedef {import(\"estree\").ExportNamedDeclaration} ExportNamedDeclaration */\n/** @typedef {import(\"estree\").ImportSpecifier} ImportSpecifier */\n/** @typedef {import(\"estree\").ImportDefaultSpecifier} ImportDefaultSpecifier */\n/** @typedef {import(\"estree\").ImportNamespaceSpecifier} ImportNamespaceSpecifier */\n/** @typedef {import(\"estree\").ExportSpecifier} ExportSpecifier */\n/** @typedef {import(\"estree\").Property} Property */\n/** @typedef {import(\"estree\").AssignmentProperty} AssignmentProperty */\n/** @typedef {import(\"estree\").Literal} Literal */\n/** @typedef {import(\"@typescript-eslint/types\").TSESTree.Node} TSESTreeNode */\n/** @typedef {import(\"./types.mjs\").ReferenceTrackerOptions} ReferenceTrackerOptions */\n/**\n * @template T\n * @typedef {import(\"./types.mjs\").TraceMap} TraceMap\n */\n/**\n * @template T\n * @typedef {import(\"./types.mjs\").TraceMapObject} TraceMapObject\n */\n/**\n * @template T\n * @typedef {import(\"./types.mjs\").TrackedReferences} TrackedReferences\n */\n\nconst IMPORT_TYPE = /^(?:Import|Export(?:All|Default|Named))Declaration$/u\n\n/**\n * Check whether a given node is an import node or not.\n * @param {Node} node\n * @returns {node is ImportDeclaration|ExportAllDeclaration|ExportNamedDeclaration&{source: Literal}} `true` if the node is an import node.\n */\nfunction isHasSource(node) {\n return (\n IMPORT_TYPE.test(node.type) &&\n /** @type {ImportDeclaration|ExportAllDeclaration|ExportNamedDeclaration} */ (\n node\n ).source != null\n )\n}\nconst has =\n /** @type {(traceMap: TraceMap, v: T) => v is (string extends T ? string : T)} */ (\n Function.call.bind(Object.hasOwnProperty)\n )\n\nexport const READ = Symbol(\"read\")\nexport const CALL = Symbol(\"call\")\nexport const CONSTRUCT = Symbol(\"construct\")\nexport const ESM = Symbol(\"esm\")\n\nconst requireCall = { require: { [CALL]: true } }\n\n/**\n * Check whether a given variable is modified or not.\n * @param {Variable|undefined} variable The variable to check.\n * @returns {boolean} `true` if the variable is modified.\n */\nfunction isModifiedGlobal(variable) {\n return (\n variable == null ||\n variable.defs.length !== 0 ||\n variable.references.some((r) => r.isWrite())\n )\n}\n\n/**\n * Check if the value of a given node is passed through to the parent syntax as-is.\n * For example, `a` and `b` in (`a || b` and `c ? a : b`) are passed through.\n * @param {Node} node A node to check.\n * @returns {node is RuleNode & {parent: Expression}} `true` if the node is passed through.\n */\nfunction isPassThrough(node) {\n const parent = /** @type {TSESTreeNode} */ (node).parent\n\n if (parent) {\n switch (parent.type) {\n case \"ConditionalExpression\":\n return parent.consequent === node || parent.alternate === node\n case \"LogicalExpression\":\n return true\n case \"SequenceExpression\":\n return (\n parent.expressions[parent.expressions.length - 1] === node\n )\n case \"ChainExpression\":\n return true\n case \"TSAsExpression\":\n case \"TSSatisfiesExpression\":\n case \"TSTypeAssertion\":\n case \"TSNonNullExpression\":\n case \"TSInstantiationExpression\":\n return true\n\n default:\n return false\n }\n }\n return false\n}\n\n/**\n * The reference tracker.\n */\nexport class ReferenceTracker {\n /**\n * Initialize this tracker.\n * @param {Scope} globalScope The global scope.\n * @param {object} [options] The options.\n * @param {\"legacy\"|\"strict\"} [options.mode=\"strict\"] The mode to determine the ImportDeclaration's behavior for CJS modules.\n * @param {string[]} [options.globalObjectNames=[\"global\",\"globalThis\",\"self\",\"window\"]] The variable names for Global Object.\n */\n constructor(globalScope, options = {}) {\n const {\n mode = \"strict\",\n globalObjectNames = [\"global\", \"globalThis\", \"self\", \"window\"],\n } = options\n /** @private @type {Variable[]} */\n this.variableStack = []\n /** @private */\n this.globalScope = globalScope\n /** @private */\n this.mode = mode\n /** @private */\n this.globalObjectNames = globalObjectNames.slice(0)\n }\n\n /**\n * Iterate the references of global variables.\n * @template T\n * @param {TraceMap} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *iterateGlobalReferences(traceMap) {\n for (const key of Object.keys(traceMap)) {\n const nextTraceMap = traceMap[key]\n const path = [key]\n const variable = this.globalScope.set.get(key)\n\n if (isModifiedGlobal(variable)) {\n continue\n }\n\n yield* this._iterateVariableReferences(\n /** @type {Variable} */ (variable),\n path,\n nextTraceMap,\n true,\n )\n }\n\n for (const key of this.globalObjectNames) {\n /** @type {string[]} */\n const path = []\n const variable = this.globalScope.set.get(key)\n\n if (isModifiedGlobal(variable)) {\n continue\n }\n\n yield* this._iterateVariableReferences(\n /** @type {Variable} */ (variable),\n path,\n traceMap,\n false,\n )\n }\n }\n\n /**\n * Iterate the references of CommonJS modules.\n * @template T\n * @param {TraceMap} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *iterateCjsReferences(traceMap) {\n for (const { node } of this.iterateGlobalReferences(requireCall)) {\n const key = getStringIfConstant(\n /** @type {CallExpression} */ (node).arguments[0],\n )\n if (key == null || !has(traceMap, key)) {\n continue\n }\n\n const nextTraceMap = traceMap[key]\n const path = [key]\n\n if (nextTraceMap[READ]) {\n yield {\n node,\n path,\n type: READ,\n info: nextTraceMap[READ],\n }\n }\n yield* this._iteratePropertyReferences(\n /** @type {CallExpression} */ (node),\n path,\n nextTraceMap,\n )\n }\n }\n\n /**\n * Iterate the references of ES modules.\n * @template T\n * @param {TraceMap} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *iterateEsmReferences(traceMap) {\n const programNode = /** @type {Program} */ (this.globalScope.block)\n\n for (const node of programNode.body) {\n if (!isHasSource(node)) {\n continue\n }\n const moduleId = /** @type {string} */ (node.source.value)\n\n if (!has(traceMap, moduleId)) {\n continue\n }\n const nextTraceMap = traceMap[moduleId]\n const path = [moduleId]\n\n if (nextTraceMap[READ]) {\n yield {\n // eslint-disable-next-line object-shorthand -- apply type\n node: /** @type {RuleNode} */ (node),\n path,\n type: READ,\n info: nextTraceMap[READ],\n }\n }\n\n if (node.type === \"ExportAllDeclaration\") {\n for (const key of Object.keys(nextTraceMap)) {\n const exportTraceMap = nextTraceMap[key]\n if (exportTraceMap[READ]) {\n yield {\n // eslint-disable-next-line object-shorthand -- apply type\n node: /** @type {RuleNode} */ (node),\n path: path.concat(key),\n type: READ,\n info: exportTraceMap[READ],\n }\n }\n }\n } else {\n for (const specifier of node.specifiers) {\n const esm = has(nextTraceMap, ESM)\n const it = this._iterateImportReferences(\n specifier,\n path,\n esm\n ? nextTraceMap\n : this.mode === \"legacy\"\n ? { default: nextTraceMap, ...nextTraceMap }\n : { default: nextTraceMap },\n )\n\n if (esm) {\n yield* it\n } else {\n for (const report of it) {\n report.path = report.path.filter(exceptDefault)\n if (\n report.path.length >= 2 ||\n report.type !== READ\n ) {\n yield report\n }\n }\n }\n }\n }\n }\n }\n\n /**\n * Iterate the property references for a given expression AST node.\n * @template T\n * @param {Expression} node The expression AST node to iterate property references.\n * @param {TraceMap} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate property references.\n */\n *iteratePropertyReferences(node, traceMap) {\n yield* this._iteratePropertyReferences(node, [], traceMap)\n }\n\n /**\n * Iterate the references for a given variable.\n * @private\n * @template T\n * @param {Variable} variable The variable to iterate that references.\n * @param {string[]} path The current path.\n * @param {TraceMapObject} traceMap The trace map.\n * @param {boolean} shouldReport = The flag to report those references.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *_iterateVariableReferences(variable, path, traceMap, shouldReport) {\n if (this.variableStack.includes(variable)) {\n return\n }\n this.variableStack.push(variable)\n try {\n for (const reference of variable.references) {\n if (!reference.isRead()) {\n continue\n }\n const node = /** @type {RuleNode & Identifier} */ (\n reference.identifier\n )\n\n if (shouldReport && traceMap[READ]) {\n yield { node, path, type: READ, info: traceMap[READ] }\n }\n yield* this._iteratePropertyReferences(node, path, traceMap)\n }\n } finally {\n this.variableStack.pop()\n }\n }\n\n /**\n * Iterate the references for a given AST node.\n * @private\n * @template T\n * @param {Expression} rootNode The AST node to iterate references.\n * @param {string[]} path The current path.\n * @param {TraceMapObject} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n //eslint-disable-next-line complexity\n *_iteratePropertyReferences(rootNode, path, traceMap) {\n let node = rootNode\n while (isPassThrough(node)) {\n node = node.parent\n }\n\n const parent = /** @type {RuleNode} */ (node).parent\n if (!parent) {\n return\n }\n if (parent.type === \"MemberExpression\") {\n if (parent.object === node) {\n const key = getPropertyName(parent)\n if (key == null || !has(traceMap, key)) {\n return\n }\n\n path = path.concat(key) //eslint-disable-line no-param-reassign\n const nextTraceMap = traceMap[key]\n if (nextTraceMap[READ]) {\n yield {\n node: parent,\n path,\n type: READ,\n info: nextTraceMap[READ],\n }\n }\n yield* this._iteratePropertyReferences(\n parent,\n path,\n nextTraceMap,\n )\n }\n return\n }\n if (parent.type === \"CallExpression\") {\n if (parent.callee === node && traceMap[CALL]) {\n yield { node: parent, path, type: CALL, info: traceMap[CALL] }\n }\n return\n }\n if (parent.type === \"NewExpression\") {\n if (parent.callee === node && traceMap[CONSTRUCT]) {\n yield {\n node: parent,\n path,\n type: CONSTRUCT,\n info: traceMap[CONSTRUCT],\n }\n }\n return\n }\n if (parent.type === \"AssignmentExpression\") {\n if (parent.right === node) {\n yield* this._iterateLhsReferences(parent.left, path, traceMap)\n yield* this._iteratePropertyReferences(parent, path, traceMap)\n }\n return\n }\n if (parent.type === \"AssignmentPattern\") {\n if (parent.right === node) {\n yield* this._iterateLhsReferences(parent.left, path, traceMap)\n }\n return\n }\n if (parent.type === \"VariableDeclarator\") {\n if (parent.init === node) {\n yield* this._iterateLhsReferences(parent.id, path, traceMap)\n }\n }\n }\n\n /**\n * Iterate the references for a given Pattern node.\n * @private\n * @template T\n * @param {Pattern} patternNode The Pattern node to iterate references.\n * @param {string[]} path The current path.\n * @param {TraceMapObject} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *_iterateLhsReferences(patternNode, path, traceMap) {\n if (patternNode.type === \"Identifier\") {\n const variable = findVariable(this.globalScope, patternNode)\n if (variable != null) {\n yield* this._iterateVariableReferences(\n variable,\n path,\n traceMap,\n false,\n )\n }\n return\n }\n if (patternNode.type === \"ObjectPattern\") {\n for (const property of patternNode.properties) {\n const key = getPropertyName(\n /** @type {AssignmentProperty} */ (property),\n )\n\n if (key == null || !has(traceMap, key)) {\n continue\n }\n\n const nextPath = path.concat(key)\n const nextTraceMap = traceMap[key]\n if (nextTraceMap[READ]) {\n yield {\n node: /** @type {RuleNode} */ (property),\n path: nextPath,\n type: READ,\n info: nextTraceMap[READ],\n }\n }\n yield* this._iterateLhsReferences(\n /** @type {AssignmentProperty} */ (property).value,\n nextPath,\n nextTraceMap,\n )\n }\n return\n }\n if (patternNode.type === \"AssignmentPattern\") {\n yield* this._iterateLhsReferences(patternNode.left, path, traceMap)\n }\n }\n\n /**\n * Iterate the references for a given ModuleSpecifier node.\n * @private\n * @template T\n * @param {ImportSpecifier | ImportDefaultSpecifier | ImportNamespaceSpecifier | ExportSpecifier} specifierNode The ModuleSpecifier node to iterate references.\n * @param {string[]} path The current path.\n * @param {TraceMapObject} traceMap The trace map.\n * @returns {IterableIterator>} The iterator to iterate references.\n */\n *_iterateImportReferences(specifierNode, path, traceMap) {\n const type = specifierNode.type\n\n if (type === \"ImportSpecifier\" || type === \"ImportDefaultSpecifier\") {\n const key =\n type === \"ImportDefaultSpecifier\"\n ? \"default\"\n : specifierNode.imported.type === \"Identifier\"\n ? specifierNode.imported.name\n : specifierNode.imported.value\n if (!has(traceMap, key)) {\n return\n }\n\n path = path.concat(key) //eslint-disable-line no-param-reassign\n const nextTraceMap = traceMap[key]\n if (nextTraceMap[READ]) {\n yield {\n node: /** @type {RuleNode} */ (specifierNode),\n path,\n type: READ,\n info: nextTraceMap[READ],\n }\n }\n yield* this._iterateVariableReferences(\n /** @type {Variable} */ (\n findVariable(this.globalScope, specifierNode.local)\n ),\n path,\n nextTraceMap,\n false,\n )\n\n return\n }\n\n if (type === \"ImportNamespaceSpecifier\") {\n yield* this._iterateVariableReferences(\n /** @type {Variable} */ (\n findVariable(this.globalScope, specifierNode.local)\n ),\n path,\n traceMap,\n false,\n )\n return\n }\n\n if (type === \"ExportSpecifier\") {\n const key =\n specifierNode.local.type === \"Identifier\"\n ? specifierNode.local.name\n : 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{import(\"./types.mjs\").ReferenceTrackerOptions} ReferenceTrackerOptions */\n/**\n * @template T\n * @typedef {import(\"./types.mjs\").TraceMap} TraceMap\n */\n/**\n * @template T\n * @typedef {import(\"./types.mjs\").TrackedReferences} TrackedReferences\n */\n/** @typedef {import(\"./types.mjs\").HasSideEffectOptions} HasSideEffectOptions */\n/** @typedef {import(\"./types.mjs\").ArrowToken} ArrowToken */\n/** @typedef {import(\"./types.mjs\").CommaToken} CommaToken */\n/** @typedef {import(\"./types.mjs\").SemicolonToken} SemicolonToken */\n/** @typedef {import(\"./types.mjs\").ColonToken} ColonToken */\n/** @typedef {import(\"./types.mjs\").OpeningParenToken} OpeningParenToken */\n/** @typedef {import(\"./types.mjs\").ClosingParenToken} ClosingParenToken */\n/** @typedef {import(\"./types.mjs\").OpeningBracketToken} OpeningBracketToken */\n/** @typedef {import(\"./types.mjs\").ClosingBracketToken} ClosingBracketToken */\n/** @typedef {import(\"./types.mjs\").OpeningBraceToken} OpeningBraceToken */\n/** @typedef {import(\"./types.mjs\").ClosingBraceToken} ClosingBraceToken */\n\nimport { findVariable } from \"./find-variable.mjs\"\nimport { getFunctionHeadLocation } from \"./get-function-head-location.mjs\"\nimport { getFunctionNameWithKind } from \"./get-function-name-with-kind.mjs\"\nimport { getInnermostScope } from \"./get-innermost-scope.mjs\"\nimport { getPropertyName } from \"./get-property-name.mjs\"\nimport { getStaticValue } from \"./get-static-value.mjs\"\nimport { getStringIfConstant } from \"./get-string-if-constant.mjs\"\nimport { hasSideEffect } from \"./has-side-effect.mjs\"\nimport { isParenthesized } from \"./is-parenthesized.mjs\"\nimport { PatternMatcher } from \"./pattern-matcher.mjs\"\nimport {\n CALL,\n CONSTRUCT,\n ESM,\n READ,\n ReferenceTracker,\n} from \"./reference-tracker.mjs\"\nimport {\n isArrowToken,\n isClosingBraceToken,\n isClosingBracketToken,\n isClosingParenToken,\n isColonToken,\n isCommaToken,\n isCommentToken,\n 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eslint-visitor-keys+źERC!m&~tl٭ xR100644 LICENSEU8ٽcKyd-5צB* 100644 README.mdʸ23GkG40000 disty_4=24` ## 📖 Usage To use in an ESM file: ```js import * as evk from "eslint-visitor-keys"; ``` To use in a CommonJS file: ```js const evk = require("eslint-visitor-keys"); ``` ### evk.KEYS > type: `{ [type: string]: string[] | undefined }` Visitor keys. This keys are frozen. This is an object. Keys are the type of [ESTree] nodes. Their values are an array of property names which have child nodes. For example: ``` console.log(evk.KEYS.AssignmentExpression) // → ["left", "right"] ``` ### evk.getKeys(node) > type: `(node: object) => string[]` Get the visitor keys of a given AST node. This is similar to `Object.keys(node)` of ES Standard, but some keys are excluded: `parent`, `leadingComments`, `trailingComments`, and names which start with `_`. This will be used to traverse unknown nodes. For example: ```js const node = { type: "AssignmentExpression", left: { type: "Identifier", name: "foo" }, right: { type: "Literal", value: 0 }, }; console.log(evk.getKeys(node)); // → ["type", "left", "right"] ``` ### evk.unionWith(additionalKeys) > type: `(additionalKeys: object) => { [type: string]: string[] | undefined }` Make the union set with `evk.KEYS` and the given keys. - The order of keys is, `additionalKeys` is at first, then `evk.KEYS` is concatenated after that. - It removes duplicated keys as keeping the first one. For example: ```js console.log( evk.unionWith({ MethodDefinition: ["decorators"], }), ); // → { ..., MethodDefinition: ["decorators", "key", "value"], ... } ``` ## 📰 Change log See [GitHub releases](https://github.com/eslint/js/releases). ## 🍻 Contributing Welcome. See [ESLint contribution guidelines](https://eslint.org/docs/developer-guide/contributing/). ### Development commands - `npm test` runs tests and measures code coverage. - `npm run lint` checks source codes with ESLint. - `npm run test:open-coverage` opens the code coverage report of the previous test with your default browser. [npm]: https://www.npmjs.com/ [Node.js]: https://nodejs.org/ [ESTree]: https://github.com/estree/estree ## Sponsors The following companies, organizations, and individuals support ESLint's ongoing maintenance and development. [Become a Sponsor](https://eslint.org/donate) to get your logo on our READMEs and [website](https://eslint.org/sponsors).

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1k|x.6eslint-visitor-key75eslint-visitor-keym$12.22.0`, `^14.17.0`, or `>=16.0.0` QYR& type: "AssignmentExpression", + $ }5evk.unionWith({  ] }))eslint-visitor-keyz i:jH٫ xD100644 eslint-visitor-keys.cjsH4^G5rߖmթ100644 eslint-visitor-keys.d.ctsŽ{_cϙ~iØc4}100644 index.d.tsFzA»3mR100644 visitor-keys.d.tsWR5LlLex4'use strict'; Object.defineProperty(exports, '__esModule', { value: true }); /** * @typedef {{ readonly [type: string]: ReadonlyArray }} VisitorKeys */ /** * @type {VisitorKeys} */ const KEYS = { ArrayExpression: [ "elements" ], ArrayPattern: [ "elements" ], ArrowFunctionExpression: [ "params", "body" ], AssignmentExpression: [ "left", "right" ], AssignmentPattern: [ "left", "right" ], AwaitExpression: [ "argument" ], BinaryExpression: [ "left", "right" ], BlockStatement: [ "body" ], BreakStatement: [ "label" ], CallExpression: [ "callee", "arguments" ], CatchClause: [ "param", "body" ], ChainExpression: [ "expression" ], ClassBody: [ "body" ], ClassDeclaration: [ "id", "superClass", "body" ], ClassExpression: [ "id", "superClass", "body" ], ConditionalExpression: [ "test", "consequent", "alternate" ], ContinueStatement: [ "label" ], DebuggerStatement: [], DoWhileStatement: [ "body", "test" ], EmptyStatement: [], ExperimentalRestProperty: [ "argument" ], ExperimentalSpreadProperty: [ "argument" ], ExportAllDeclaration: [ "exported", "source" ], ExportDefaultDeclaration: [ "declaration" ], ExportNamedDeclaration: [ "declaration", "specifiers", "source" ], ExportSpecifier: [ "exported", "local" ], ExpressionStatement: [ "expression" ], ForInStatement: [ "left", "right", "body" ], ForOfStatement: [ "left", "right", "body" ], ForStatement: [ "init", "test", "update", "body" ], FunctionDeclaration: [ "id", "params", "body" ], FunctionExpression: [ "id", "params", "body" ], Identifier: [], IfStatement: [ "test", "consequent", "alternate" ], ImportDeclaration: [ "specifiers", "source" ], ImportDefaultSpecifier: [ "local" ], ImportExpression: [ "source" ], ImportNamespaceSpecifier: [ "local" ], ImportSpecifier: [ "imported", "local" ], JSXAttribute: [ "name", "value" ], JSXClosingElement: [ "name" ], JSXClosingFragment: [], JSXElement: [ "openingElement", "children", "closingElement" ], JSXEmptyExpression: [], JSXExpressionContainer: [ "expression" ], JSXFragment: [ "openingFragment", "children", "closingFragment" ], JSXIdentifier: [], JSXMemberExpression: [ "object", "property" ], JSXNamespacedName: [ "namespace", "name" ], JSXOpeningElement: [ "name", "attributes" ], JSXOpeningFragment: [], JSXSpreadAttribute: [ "argument" ], JSXSpreadChild: [ "expression" ], JSXText: [], LabeledStatement: [ "label", "body" ], Literal: [], LogicalExpression: [ "left", "right" ], MemberExpression: [ "object", "property" ], MetaProperty: [ "meta", "property" ], MethodDefinition: [ "key", "value" ], NewExpression: [ "callee", "arguments" ], ObjectExpression: [ "properties" ], ObjectPattern: [ "properties" ], PrivateIdentifier: [], Program: [ "body" ], Property: [ "key", "value" ], PropertyDefinition: [ "key", "value" ], RestElement: [ "argument" ], ReturnStatement: [ "argument" ], SequenceExpression: [ "expressions" ], SpreadElement: [ "argument" ], StaticBlock: [ "body" ], Super: [], SwitchCase: [ "test", "consequent" ], SwitchStatement: [ "discriminant", "cases" ], TaggedTemplateExpression: [ "tag", "quasi" ], TemplateElement: [], TemplateLiteral: [ "quasis", "expressions" ], ThisExpression: [], ThrowStatement: [ "argument" ], TryStatement: [ "block", "handler", "finalizer" ], UnaryExpression: [ "argument" ], UpdateExpression: [ "argument" ], VariableDeclaration: [ "declarations" ], VariableDeclarator: [ "id", "init" ], WhileStatement: [ "test", "body" ], WithStatement: [ "object", "body" ], YieldExpression: [ "argument" ] }; // Types. const NODE_TYPES = Object.keys(KEYS); // Freeze the keys. for (const type of NODE_TYPES) { Object.freeze(KEYS[type]); } Object.freeze(KEYS); /** * @author Toru Nagashima * See LICENSE file in root directory for full license. */ /** * @typedef {import('./visitor-keys.js').VisitorKeys} VisitorKeys */ // List to ignore keys. const KEY_BLACKLIST = new Set([ "parent", "leadingComments", "trailingComments" ]); /** * Check whether a given key should be used or not. * @param {string} key The key to check. * @returns {boolean} `true` if the key should be used. */ function filterKey(key) { return !KEY_BLACKLIST.has(key) && key[0] !== "_"; } /** * Get visitor keys of a given node. * @param {object} node The AST node to get keys. * @returns {readonly string[]} Visitor keys of the node. */ function getKeys(node) { return Object.keys(node).filter(filterKey); } // Disable valid-jsdoc rule because it reports syntax error on the type of @returns. // eslint-disable-next-line valid-jsdoc /** * Make the union set with `KEYS` and given keys. * @param {VisitorKeys} additionalKeys The additional keys. * @returns {VisitorKeys} The union set. */ function unionWith(additionalKeys) { const retv = /** @type {{ [type: string]: ReadonlyArray }} */ (Object.assign({}, KEYS)); for (const type of Object.keys(additionalKeys)) { if (Object.prototype.hasOwnProperty.call(retv, type)) { const keys = new Set(additionalKeys[type]); for (const key of retv[type]) { keys.add(key); } retv[type] = Object.freeze(Array.from(keys)); } else { retv[type] = Object.freeze(Array.from(additionalKeys[type])); } } return Object.freeze(retv); } exports.KEYS = KEYS; exports.getKeys = getKeys; exports.unionWith = unionWith; fF0xtype VisitorKeys$1 = { readonly [type: string]: ReadonlyArray; }; /** * @typedef {{ readonly [type: string]: ReadonlyArray }} VisitorKeys */ /** * @type {VisitorKeys} */ declare const KEYS: VisitorKeys$1; /** * Get visitor keys of a given node. * @param {Object} node The AST node to get keys. * @returns {readonly string[]} Visitor keys of the node. */ declare function getKeys(node: Object): readonly string[]; /** * Make the union set with `KEYS` and given keys. * @param {VisitorKeys} additionalKeys The additional keys. * @returns {VisitorKeys} The union set. */ declare function unionWith(additionalKeys: VisitorKeys): VisitorKeys; type VisitorKeys = VisitorKeys$1; export { KEYS, getKeys, unionWith }; export type { VisitorKeys }; 6x84readonly string[]Ioo3 VisitorKeysNW|%xT/** * Get visitor keys of a given node. * @param {object} node The AST node to get keys. * @returns {readonly string[]} Visitor keys of the node. */ export function getKeys(node: object): readonly string[]; /** * Make the union set with `KEYS` and given keys. * @param {VisitorKeys} additionalKeys The additional keys. * @returns {VisitorKeys} The union set. */ export function unionWith(additionalKeys: VisitorKeys): VisitorKeys; export { KEYS }; export type VisitorKeys = import('./visitor-keys.js').VisitorKeys; import KEYS from "./visitor-keys.js"; //# sourceMappingURL=index.d.ts.mapa/x'export default KEYS; export type VisitorKeys = { readonly [type: string]: ReadonlyArray; }; /** * @typedef {{ readonly [type: string]: ReadonlyArray }} VisitorKeys */ /** * @type {VisitorKeys} */ declare const KEYS: VisitorKeys; //# sourceMappingURL=visitor-keys.d.ts.mape4xNreadonly string[]cČ ïxO100644 index.js6"mc-UIoW5100644 visitor-keys.js$M)V(L!mx!/** * @author Toru Nagashima * See LICENSE file in root directory for full license. */ import KEYS from "./visitor-keys.js"; /** * @typedef {import('./visitor-keys.js').VisitorKeys} VisitorKeys */ // List to ignore keys. const KEY_BLACKLIST = new Set([ "parent", "leadingComments", "trailingComments" ]); /** * Check whether a given key should be used or not. * @param {string} key The key to check. * @returns {boolean} `true` if the key should be used. */ function filterKey(key) { return !KEY_BLACKLIST.has(key) && key[0] !== "_"; } /** * Get visitor keys of a given node. * @param {object} node The AST node to get keys. * @returns {readonly string[]} Visitor keys of the node. */ export function getKeys(node) { return Object.keys(node).filter(filterKey); } // Disable valid-jsdoc rule because it reports syntax error on the type of @returns. // eslint-disable-next-line valid-jsdoc /** * Make the union set with `KEYS` and given keys. * @param {VisitorKeys} additionalKeys The additional keys. * @returns {VisitorKeys} The union set. */ export function unionWith(additionalKeys) { const retv = /** @type {{ [type: string]: ReadonlyArray }} */ (Object.assign({}, KEYS)); for (const type of Object.keys(additionalKeys)) { if (Object.prototype.hasOwnProperty.call(retv, type)) { const keys = new Set(additionalKeys[type]); for (const key of retv[type]) { keys.add(key); } retv[type] = Object.freeze(Array.from(keys)); } else { retv[type] = Object.freeze(Array.from(additionalKeys[type])); } } return Object.freeze(retv); } export { KEYS }; 4йxV/** * @typedef {{ readonly [type: string]: ReadonlyArray }} VisitorKeys */ /** * @type {VisitorKeys} */ const KEYS = { ArrayExpression: [ "elements" ], ArrayPattern: [ "elements" ], ArrowFunctionExpression: [ "params", "body" ], AssignmentExpression: [ "left", "right" ], AssignmentPattern: [ "left", "right" ], AwaitExpression: [ "argument" ], BinaryExpression: [ "left", "right" ], BlockStatement: [ "body" ], BreakStatement: [ "label" ], CallExpression: [ "callee", "arguments" ], CatchClause: [ "param", "body" ], ChainExpression: [ "expression" ], ClassBody: [ "body" ], ClassDeclaration: [ "id", "superClass", "body" ], ClassExpression: [ "id", "superClass", "body" ], ConditionalExpression: [ "test", "consequent", "alternate" ], ContinueStatement: [ "label" ], DebuggerStatement: [], DoWhileStatement: [ "body", "test" ], EmptyStatement: [], ExperimentalRestProperty: [ "argument" ], ExperimentalSpreadProperty: [ "argument" ], ExportAllDeclaration: [ "exported", "source" ], ExportDefaultDeclaration: [ "declaration" ], ExportNamedDeclaration: [ "declaration", "specifiers", "source" ], ExportSpecifier: [ "exported", "local" ], ExpressionStatement: [ "expression" ], ForInStatement: [ "left", "right", "body" ], ForOfStatement: [ "left", "right", "body" ], ForStatement: [ "init", "test", "update", "body" ], FunctionDeclaration: [ "id", "params", "body" ], FunctionExpression: [ "id", "params", "body" ], Identifier: [], IfStatement: [ "test", "consequent", "alternate" ], ImportDeclaration: [ "specifiers", "source" ], ImportDefaultSpecifier: [ "local" ], ImportExpression: [ "source" ], ImportNamespaceSpecifier: [ "local" ], ImportSpecifier: [ "imported", "local" ], JSXAttribute: [ "name", "value" ], JSXClosingElement: [ "name" ], JSXClosingFragment: [], JSXElement: [ "openingElement", "children", "closingElement" ], JSXEmptyExpression: [], JSXExpressionContainer: [ "expression" ], JSXFragment: [ "openingFragment", "children", "closingFragment" ], JSXIdentifier: [], JSXMemberExpression: [ "object", "property" ], JSXNamespacedName: [ "namespace", "name" ], JSXOpeningElement: [ "name", "attributes" ], JSXOpeningFragment: [], JSXSpreadAttribute: [ "argument" ], JSXSpreadChild: [ "expression" ], JSXText: [], LabeledStatement: [ "label", "body" ], Literal: [], LogicalExpression: [ "left", "right" ], MemberExpression: [ "object", "property" ], MetaProperty: [ "meta", "property" ], MethodDefinition: [ "key", "value" ], NewExpression: [ "callee", "arguments" ], ObjectExpression: [ "properties" ], ObjectPattern: [ "properties" ], PrivateIdentifier: [], Program: [ "body" ], Property: [ "key", "value" ], PropertyDefinition: [ "key", "value" ], RestElement: [ "argument" ], ReturnStatement: [ "argument" ], SequenceExpression: [ "expressions" ], SpreadElement: [ "argument" ], StaticBlock: [ "body" ], Super: [], SwitchCase: [ "test", "consequent" ], SwitchStatement: [ "discriminant", "cases" ], TaggedTemplateExpression: [ "tag", "quasi" ], TemplateElement: [], TemplateLiteral: [ "quasis", "expressions" ], ThisExpression: [], ThrowStatement: [ "argument" ], TryStatement: [ "block", "handler", "finalizer" ], UnaryExpression: [ "argument" ], UpdateExpression: [ "argument" ], VariableDeclaration: [ "declarations" ], VariableDeclarator: [ "id", "init" ], WhileStatement: [ "test", "body" ], WithStatement: [ "object", "body" ], YieldExpression: [ "argument" ] }; // Types. const NODE_TYPES = Object.keys(KEYS); // Freeze the keys. for (const type of NODE_TYPES) { Object.freeze(KEYS[type]); } Object.freeze(KEYS); export default KEYS; ̾ixj { "name": "eslint-visitor-keys", "version": "3.4.3", "description": "Constants and utilities about visitor keys to traverse AST.", "type": "module", "main": "dist/eslint-visitor-keys.cjs", "types": "./dist/index.d.ts", "exports": { ".": [ { "import": "./lib/index.js", "require": "./dist/eslint-visitor-keys.cjs" }, "./dist/eslint-visitor-keys.cjs" ], "./package.json": "./package.json" }, "files": [ "dist/index.d.ts", "dist/visitor-keys.d.ts", "dist/eslint-visitor-keys.cjs", "dist/eslint-visitor-keys.d.cts", "lib" ], "engines": { "node": "^12.22.0 || ^14.17.0 || >=16.0.0" }, "devDependencies": { "@types/estree": "^0.0.51", "@types/estree-jsx": "^0.0.1", "@typescript-eslint/parser": "^5.14.0", "c8": "^7.11.0", "chai": "^4.3.6", "eslint": "^7.29.0", "eslint-config-eslint": "^7.0.0", "eslint-plugin-jsdoc": "^35.4.0", "eslint-plugin-node": "^11.1.0", "eslint-release": "^3.2.0", "esquery": "^1.4.0", "json-diff": "^0.7.3", "mocha": "^9.2.1", "opener": "^1.5.2", "rollup": "^2.70.0", "rollup-plugin-dts": "^4.2.3", "tsd": "^0.19.1", "typescript": "^4.6.2" }, "scripts": { "build": "npm run build:cjs && npm run build:types", "build:cjs": "rollup -c", "build:debug": "npm run build:cjs -- -m && npm run build:types", "build:keys": "node tools/build-keys-from-ts", "build:types": "tsc", "lint": "eslint .", "prepare": "npm run build", "release:generate:latest": "eslint-generate-release", "release:generate:alpha": "eslint-generate-prerelease alpha", "release:generate:beta": "eslint-generate-prerelease beta", "release:generate:rc": "eslint-generate-prerelease rc", "release:publish": "eslint-publish-release", "test": "mocha tests/lib/**/*.cjs && c8 mocha tests/lib/**/*.js && npm run test:types", "test:open-coverage": "c8 report --reporter lcov && opener coverage/lcov-report/index.html", "test:types": "tsd" }, "repository": "eslint/eslint-visitor-keys", "funding": "https://opencollective.com/eslint", "keywords": [], "author": "Toru Nagashima (https://github.com/mysticatea)", "license": "Apache-2.0", "bugs": { "url": "https://github.com/eslint/eslint-visitor-keys/issues" }, "homepage": "https://github.com/eslint/eslint-visitor-keys#readme" } @x @{ "name": "@eslint-community/eslint-utils", "version": "4.10.1", "description": "Utilities for ESLint plugins.", "keywords": [ "eslint" ], "homepage": "https://github.com/eslint-community/eslint-utils#readme", "bugs": { "url": "https://github.com/eslint-community/eslint-utils/issues" }, "repository": { "type": "git", "url": "https://github.com/eslint-community/eslint-utils" }, "license": "MIT", "author": "Toru Nagashima", "sideEffects": false, "exports": { ".": { "import": "./index.mjs", "require": "./index.js" }, "./package.json": "./package.json" }, "main": "index", "module": "index.mjs", "files": [ "index.*" ], "scripts": { "prebuild": "npm run -s clean", "build": "npm run build:dts && npm run build:rollup", "build:dts": "tsc -p tsconfig.build.json", "build:rollup": "rollup -c", "clean": "rimraf .nyc_output coverage index.* dist", "coverage": "opener ./coverage/lcov-report/index.html", "docs:build": "vitepress build docs", "docs:watch": "vitepress dev docs", "format": "npm run -s format:prettier -- --write", "format:prettier": "prettier .", "format:check": "npm run -s format:prettier -- --check", "lint:eslint": "eslint .", "lint:format": "npm run -s format:check", "lint:installed-check": "installed-check -v -i installed-check -i npm-run-all2 -i knip -i rollup-plugin-dts", "lint:knip": "knip", "lint": "run-p lint:*", "test-coverage": "c8 mocha --reporter dot \"test/*.mjs\"", "test": "mocha --reporter dot \"test/*.mjs\"", "preversion": "npm run test-coverage && npm run -s build", "postversion": "git push && git push --tags", "prewatch": "npm run -s clean", "watch": "warun \"{src,test}/**/*.mjs\" -- npm run -s test:mocha" }, "dependencies": { "eslint-visitor-keys": "^3.4.3" }, "devDependencies": { "@eslint-community/eslint-plugin-eslint-comments": "^4.5.0", "@types/eslint": "^9.6.1", "@types/estree": "^1.0.8", "@types/node": "^20.19.43", "@typescript-eslint/parser": "^5.62.0", "@typescript-eslint/types": "^5.62.0", "c8": "^8.0.1", "dot-prop": "^7.2.0", "eslint": "^8.57.1", "eslint-config-prettier": "^10.1.8", "eslint-plugin-n": "^15.7.0", "eslint-plugin-prettier": "^4.2.5", "globals": "^13.24.0", "installed-check": "^8.0.1", "knip": "^5.80.2", "mocha": "^9.2.2", "npm-run-all2": "^6.2.6", "opener": "^1.5.2", "prettier": "2.8.8", "rimraf": "^3.0.2", "rollup": "^2.79.2", "rollup-plugin-dts": "^4.2.3", "rollup-plugin-sourcemaps": "^0.6.3", "semver": "^7.7.3", "typescript": "^4.9.5", "vitepress": "^1.6.4", "warun": "^1.0.0" }, "peerDependencies": { "eslint": "^6.0.0 || ^7.0.0 || >=8.0.0" }, "engines": { "node": "^12.22.0 || ^14.17.0 || >=16.0.0" }, "funding": "https://opencollective.com/eslint" } uӅ2x0100644 LICENSE>,6BsB 100644 README.md(Qbm?,|4100644 index.d.tsVWڲ AY6100644 index.jsٹm)%O&JE{100644 index.js.map Mk~MF>!)K100644 index.mjszt"Ijl˘J100644 index.mjs.mapeϊT-Ye<QINN100644 package.json ˍWCɉ=16.0.0. ## 📖 Usage ```ts import { AST, RegExpParser, RegExpValidator, RegExpVisitor, parseRegExpLiteral, validateRegExpLiteral, visitRegExpAST } from "@eslint-community/regexpp" ``` ### parseRegExpLiteral(source, options?) Parse a given regular expression literal then make AST object. This is equivalent to `new RegExpParser(options).parseLiteral(source)`. - **Parameters:** - `source` (`string | RegExp`) The source code to parse. - `options?` ([`RegExpParser.Options`]) The options to parse. - **Return:** - The AST of the regular expression. ### validateRegExpLiteral(source, options?) Validate a given regular expression literal. This is equivalent to `new RegExpValidator(options).validateLiteral(source)`. - **Parameters:** - `source` (`string`) The source code to validate. - `options?` ([`RegExpValidator.Options`]) The options to validate. ### visitRegExpAST(ast, handlers) Visit each node of a given AST. This is equivalent to `new RegExpVisitor(handlers).visit(ast)`. - **Parameters:** - `ast` ([`AST.Node`]) The AST to visit. - `handlers` ([`RegExpVisitor.Handlers`]) The callbacks. ### RegExpParser #### new RegExpParser(options?) - **Parameters:** - `options?` ([`RegExpParser.Options`]) The options to parse. #### parser.parseLiteral(source, start?, end?) Parse a regular expression literal. - **Parameters:** - `source` (`string`) The source code to parse. E.g. `"/abc/g"`. - `start?` (`number`) The start index in the source code. Default is `0`. - `end?` (`number`) The end index in the source code. Default is `source.length`. - **Return:** - The AST of the regular expression. #### parser.parsePattern(source, start?, end?, flags?) Parse a regular expression pattern. - **Parameters:** - `source` (`string`) The source code to parse. E.g. `"abc"`. - `start?` (`number`) The start index in the source code. Default is `0`. - `end?` (`number`) The end index in the source code. Default is `source.length`. - `flags?` (`{ unicode?: boolean, unicodeSets?: boolean }`) The flags to enable Unicode mode, and Unicode Set mode. - **Return:** - The AST of the regular expression pattern. #### parser.parseFlags(source, start?, end?) Parse a regular expression flags. - **Parameters:** - `source` (`string`) The source code to parse. E.g. `"gim"`. - `start?` (`number`) The start index in the source code. Default is `0`. - `end?` (`number`) The end index in the source code. Default is `source.length`. - **Return:** - The AST of the regular expression flags. ### RegExpValidator #### new RegExpValidator(options) - **Parameters:** - `options` ([`RegExpValidator.Options`]) The options to validate. #### validator.validateLiteral(source, start, end) Validate a regular expression literal. - **Parameters:** - `source` (`string`) The source code to validate. - `start?` (`number`) The start index in the source code. Default is `0`. - `end?` (`number`) The end index in the source code. Default is `source.length`. #### validator.validatePattern(source, start, end, flags) Validate a regular expression pattern. - **Parameters:** - `source` (`string`) The source code to validate. - `start?` (`number`) The start index in the source code. Default is `0`. - `end?` (`number`) The end index in the source code. Default is `source.length`. - `flags?` (`{ unicode?: boolean, unicodeSets?: boolean }`) The flags to enable Unicode mode, and Unicode Set mode. #### validator.validateFlags(source, start, end) Validate a regular expression flags. - **Parameters:** - `source` (`string`) The source code to validate. - `start?` (`number`) The start index in the source code. Default is `0`. - `end?` (`number`) The end index in the source code. Default is `source.length`. ### RegExpVisitor #### new RegExpVisitor(handlers) - **Parameters:** - `handlers` ([`RegExpVisitor.Handlers`]) The callbacks. #### visitor.visit(ast) Validate a regular expression literal. - **Parameters:** - `ast` ([`AST.Node`]) The AST to visit. ## 📰 Changelog - [GitHub Releases](https://github.com/eslint-community/regexpp/releases) ## 🍻 Contributing Welcome contributing! Please use GitHub's Issues/PRs. ### Development Tools - `npm test` runs tests and measures coverage. - `npm run build` compiles TypeScript source code to `index.js`, `index.js.map`, and `index.d.ts`. - `npm run clean` removes the temporary files which are created by `npm test` and `npm run build`. - `npm run lint` runs ESLint. - `npm run update:test` updates test fixtures. - `npm run update:ids` updates `src/unicode/ids.ts`. - `npm run watch` runs tests with `--watch` option. [`AST.Node`]: src/ast.ts#L4 [`RegExpParser.Options`]: src/parser.ts#L743 [`RegExpValidator.Options`]: src/validator.ts#L220 [`RegExpVisitor.Handlers`]: src/visitor.ts#L291 "wxPl// Generated by dts-bundle v0.7.3 declare module "@eslint-community/regexpp" { import * as AST from "@eslint-community/regexpp/ast"; import { RegExpParser } from "@eslint-community/regexpp/parser"; import { RegExpValidator } from "@eslint-community/regexpp/validator"; import { RegExpVisitor } from "@eslint-community/regexpp/visitor"; export { RegExpSyntaxError } from "@eslint-community/regexpp/regexp-syntax-error"; export { AST, RegExpParser, RegExpValidator }; /** * Parse a given regular expression literal then make AST object. * @param source The source code to parse. * @param options The options to parse. * @returns The AST of the regular expression. */ export function parseRegExpLiteral( source: RegExp | string, options?: RegExpParser.Options ): AST.RegExpLiteral; /** * Validate a given regular expression literal. * @param source The source code to validate. * @param options The options to validate. */ export function validateRegExpLiteral( source: string, options?: RegExpValidator.Options ): void; export function visitRegExpAST( node: AST.Node, handlers: RegExpVisitor.Handlers ): void; } declare module "@eslint-community/regexpp/ast" { /** * The type which includes all nodes. */ export type Node = BranchNode | LeafNode; /** * The type which includes all branch nodes. */ export type BranchNode = | Alternative | CapturingGroup | CharacterClass | CharacterClassRange | ClassIntersection | ClassStringDisjunction | ClassSubtraction | ExpressionCharacterClass | Group | LookaroundAssertion | Modifiers | Pattern | Quantifier | RegExpLiteral | StringAlternative; /** * The type which includes all leaf nodes. */ export type LeafNode = | Backreference | BoundaryAssertion | Character | CharacterSet | Flags | ModifierFlags; /** * The type which includes all atom nodes. */ export type Element = Assertion | QuantifiableElement | Quantifier; /** * The type which includes all atom nodes that Quantifier node can have as children. */ export type QuantifiableElement = | Backreference | CapturingGroup | Character | CharacterClass | CharacterSet | ExpressionCharacterClass | Group | LookaheadAssertion; /** * The type which includes all character class atom nodes. */ export type CharacterClassElement = | ClassRangesCharacterClassElement | UnicodeSetsCharacterClassElement; export type ClassRangesCharacterClassElement = | Character | CharacterClassRange | CharacterUnicodePropertyCharacterSet | EscapeCharacterSet; export type UnicodeSetsCharacterClassElement = | Character | CharacterClassRange | ClassStringDisjunction | EscapeCharacterSet | ExpressionCharacterClass | UnicodePropertyCharacterSet | UnicodeSetsCharacterClass; /** * The type which defines common properties for all node types. */ export interface NodeBase { /** The node type. */ type: Node["type"]; /** The parent node. */ parent: Node["parent"]; /** The 0-based index that this node starts. */ start: number; /** The 0-based index that this node ends. */ end: number; /** The raw text of this node. */ raw: string; } /** * The root node. */ export interface RegExpLiteral extends NodeBase { type: "RegExpLiteral"; parent: null; pattern: Pattern; flags: Flags; } /** * The pattern. */ export interface Pattern extends NodeBase { type: "Pattern"; parent: RegExpLiteral | null; alternatives: Alternative[]; } /** * The alternative. * E.g. `a|b` */ export interface Alternative extends NodeBase { type: "Alternative"; parent: CapturingGroup | Group | LookaroundAssertion | Pattern; elements: Element[]; } /** * The uncapturing group. * E.g. `(?:ab)` */ export interface Group extends NodeBase { type: "Group"; parent: Alternative | Quantifier; modifiers: Modifiers | null; alternatives: Alternative[]; } /** * The capturing group. * E.g. `(ab)`, `(?ab)` */ export interface CapturingGroup extends NodeBase { type: "CapturingGroup"; parent: Alternative | Quantifier; name: string | null; alternatives: Alternative[]; references: Backreference[]; } /** * The lookaround assertion. */ export type LookaroundAssertion = LookaheadAssertion | LookbehindAssertion; /** * The lookahead assertion. * E.g. `(?=ab)`, `(?!ab)` */ export interface LookaheadAssertion extends NodeBase { type: "Assertion"; parent: Alternative | Quantifier; kind: "lookahead"; negate: boolean; alternatives: Alternative[]; } /** * The lookbehind assertion. * E.g. `(?<=ab)`, `(?` */ export type Backreference = AmbiguousBackreference | UnambiguousBackreference; interface BaseBackreference extends NodeBase { type: "Backreference"; parent: Alternative | Quantifier; ref: number | string; ambiguous: boolean; resolved: CapturingGroup | CapturingGroup[]; } export interface AmbiguousBackreference extends BaseBackreference { ref: string; ambiguous: true; resolved: CapturingGroup[]; } export interface UnambiguousBackreference extends BaseBackreference { ambiguous: false; resolved: CapturingGroup; } /** * The modifiers. */ export interface Modifiers extends NodeBase { type: "Modifiers"; parent: Group; /** * The add modifier flags. */ add: ModifierFlags; /** * The remove modifier flags. * * `null` means no remove modifier flags. e.g. `(?ims:x)` * The reason for `null` is that there is no position where the remove modifier flags appears. Must be behind the minus mark. */ remove: ModifierFlags | null; } /** * The modifier flags. */ export interface ModifierFlags extends NodeBase { type: "ModifierFlags"; parent: Modifiers; dotAll: boolean; ignoreCase: boolean; multiline: boolean; } /** * The flags. */ export interface Flags extends NodeBase { type: "Flags"; parent: RegExpLiteral | null; dotAll: boolean; global: boolean; hasIndices: boolean; ignoreCase: boolean; multiline: boolean; sticky: boolean; unicode: boolean; unicodeSets: boolean; } export {}; } declare module "@eslint-community/regexpp/parser" { import type { Flags, RegExpLiteral, Pattern, } from "@eslint-community/regexpp/ast"; import type { EcmaVersion } from "@eslint-community/regexpp/ecma-versions"; export namespace RegExpParser { /** * The options for RegExpParser construction. */ interface Options { /** * The flag to disable Annex B syntax. Default is `false`. */ strict?: boolean; /** * ECMAScript version. Default is `2025`. * - `2015` added `u` and `y` flags. * - `2018` added `s` flag, Named Capturing Group, Lookbehind Assertion, * and Unicode Property Escape. * - `2019`, `2020`, and `2021` added more valid Unicode Property Escapes. * - `2022` added `d` flag. * - `2023` added more valid Unicode Property Escapes. * - `2024` added `v` flag. * - `2025` added duplicate named capturing groups, modifiers. */ ecmaVersion?: EcmaVersion; } } export class RegExpParser { /** * Initialize this parser. * @param options The options of parser. */ constructor(options?: RegExpParser.Options); /** * Parse a regular expression literal. E.g. "/abc/g" * @param source The source code to parse. * @param start The start index in the source code. * @param end The end index in the source code. * @returns The AST of the given regular expression. */ parseLiteral(source: string, start?: number, end?: number): RegExpLiteral; /** * Parse a regular expression flags. E.g. "gim" * @param source The source code to parse. * @param start The start index in the source code. * @param end The end index in the source code. * @returns The AST of the given flags. */ parseFlags(source: string, start?: number, end?: number): Flags; /** * Parse a regular expression pattern. E.g. "abc" * @param source The source code to parse. * @param start The start index in the source code. * @param end The end index in the source code. * @param flags The flags. * @returns The AST of the given pattern. */ parsePattern( source: string, start?: number, end?: number, flags?: { unicode?: boolean; unicodeSets?: boolean; } ): Pattern; /** * @deprecated Backward compatibility * Use object `flags` instead of boolean `uFlag`. * * @param source The source code to parse. * @param start The start index in the source code. * @param end The end index in the source code. * @param uFlag The flag to set unicode mode. * @returns The AST of the given pattern. */ parsePattern( source: string, start?: number, end?: number, uFlag?: boolean ): Pattern; } } declare module "@eslint-community/regexpp/validator" { import type { EcmaVersion } from "@eslint-community/regexpp/ecma-versions"; export type RegExpValidatorSourceContext = { readonly source: string; readonly start: number; readonly end: number; readonly kind: "flags" | "literal" | "pattern"; }; export namespace RegExpValidator { /** * The options for RegExpValidator construction. */ interface Options { /** * The flag to disable Annex B syntax. Default is `false`. */ strict?: boolean; /** * ECMAScript version. Default is `2025`. * - `2015` added `u` and `y` flags. * - `2018` added `s` flag, Named Capturing Group, Lookbehind Assertion, * and Unicode Property Escape. * - `2019`, `2020`, and `2021` added more valid Unicode Property Escapes. * - `2022` added `d` flag. * - `2023` added more valid Unicode Property Escapes. * - `2024` added `v` flag. * - `2025` added duplicate named capturing groups, modifiers. */ ecmaVersion?: EcmaVersion; /** * A function that is called when the validator entered a RegExp literal. * @param start The 0-based index of the first character. */ onLiteralEnter?: (start: number) => void; /** * A function that is called when the validator left a RegExp literal. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. */ onLiteralLeave?: (start: number, end: number) => void; /** * A function that is called when the validator found flags. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param flags.global `g` flag. * @param flags.ignoreCase `i` flag. * @param flags.multiline `m` flag. * @param flags.unicode `u` flag. * @param flags.sticky `y` flag. * @param flags.dotAll `s` flag. * @param flags.hasIndices `d` flag. * @param flags.unicodeSets `v` flag. */ onRegExpFlags?: ( start: number, end: number, flags: { global: boolean; ignoreCase: boolean; multiline: boolean; unicode: boolean; sticky: boolean; dotAll: boolean; hasIndices: boolean; unicodeSets: boolean; } ) => void; /** * A function that is called when the validator found flags. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param global `g` flag. * @param ignoreCase `i` flag. * @param multiline `m` flag. * @param unicode `u` flag. * @param sticky `y` flag. * @param dotAll `s` flag. * @param hasIndices `d` flag. * * @deprecated Use `onRegExpFlags` instead. */ onFlags?: ( start: number, end: number, global: boolean, ignoreCase: boolean, multiline: boolean, unicode: boolean, sticky: boolean, dotAll: boolean, hasIndices: boolean ) => void; /** * A function that is called when the validator entered a pattern. * @param start The 0-based index of the first character. */ onPatternEnter?: (start: number) => void; /** * A function that is called when the validator left a pattern. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. */ onPatternLeave?: (start: number, end: number) => void; /** * A function that is called when the validator entered a disjunction. * @param start The 0-based index of the first character. */ onDisjunctionEnter?: (start: number) => void; /** * A function that is called when the validator left a disjunction. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. */ onDisjunctionLeave?: (start: number, end: number) => void; /** * A function that is called when the validator entered an alternative. * @param start The 0-based index of the first character. * @param index The 0-based index of alternatives in a disjunction. */ onAlternativeEnter?: (start: number, index: number) => void; /** * A function that is called when the validator left an alternative. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param index The 0-based index of alternatives in a disjunction. */ onAlternativeLeave?: (start: number, end: number, index: number) => void; /** * A function that is called when the validator entered an uncapturing group. * @param start The 0-based index of the first character. */ onGroupEnter?: (start: number) => void; /** * A function that is called when the validator left an uncapturing group. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. */ onGroupLeave?: (start: number, end: number) => void; /** * A function that is called when the validator entered a modifiers. * @param start The 0-based index of the first character. */ onModifiersEnter?: (start: number) => void; /** * A function that is called when the validator left a modifiers. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. */ onModifiersLeave?: (start: number, end: number) => void; /** * A function that is called when the validator found an add modifiers. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param flags flags. * @param flags.ignoreCase `i` flag. * @param flags.multiline `m` flag. * @param flags.dotAll `s` flag. */ onAddModifiers?: ( start: number, end: number, flags: { ignoreCase: boolean; multiline: boolean; dotAll: boolean; } ) => void; /** * A function that is called when the validator found a remove modifiers. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param flags flags. * @param flags.ignoreCase `i` flag. * @param flags.multiline `m` flag. * @param flags.dotAll `s` flag. */ onRemoveModifiers?: ( start: number, end: number, flags: { ignoreCase: boolean; multiline: boolean; dotAll: boolean; } ) => void; /** * A function that is called when the validator entered a capturing group. * @param start The 0-based index of the first character. * @param name The group name. */ onCapturingGroupEnter?: (start: number, name: string | null) => void; /** * A function that is called when the validator left a capturing group. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param name The group name. */ onCapturingGroupLeave?: ( start: number, end: number, name: string | null ) => void; /** * A function that is called when the validator found a quantifier. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param min The minimum number of repeating. * @param max The maximum number of repeating. * @param greedy The flag to choose the longest matching. */ onQuantifier?: ( start: number, end: number, min: number, max: number, greedy: boolean ) => void; /** * A function that is called when the validator entered a lookahead/lookbehind assertion. * @param start The 0-based index of the first character. * @param kind The kind of the assertion. * @param negate The flag which represents that the assertion is negative. */ onLookaroundAssertionEnter?: ( start: number, kind: "lookahead" | "lookbehind", negate: boolean ) => void; /** * A function that is called when the validator left a lookahead/lookbehind assertion. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param kind The kind of the assertion. * @param negate The flag which represents that the assertion is negative. */ onLookaroundAssertionLeave?: ( start: number, end: number, kind: "lookahead" | "lookbehind", negate: boolean ) => void; /** * A function that is called when the validator found an edge boundary assertion. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param kind The kind of the assertion. */ onEdgeAssertion?: ( start: number, end: number, kind: "end" | "start" ) => void; /** * A function that is called when the validator found a word boundary assertion. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param kind The kind of the assertion. * @param negate The flag which represents that the assertion is negative. */ onWordBoundaryAssertion?: ( start: number, end: number, kind: "word", negate: boolean ) => void; /** * A function that is called when the validator found a dot. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param kind The kind of the character set. */ onAnyCharacterSet?: (start: number, end: number, kind: "any") => void; /** * A function that is called when the validator found a character set escape. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param kind The kind of the character set. * @param negate The flag which represents that the character set is negative. */ onEscapeCharacterSet?: ( start: number, end: number, kind: "digit" | "space" | "word", negate: boolean ) => void; /** * A function that is called when the validator found a Unicode proerty escape. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param kind The kind of the character set. * @param key The property name. * @param value The property value. * @param negate The flag which represents that the character set is negative. * @param strings If true, the given property is property of strings. */ onUnicodePropertyCharacterSet?: ( start: number, end: number, kind: "property", key: string, value: string | null, negate: boolean, strings: boolean ) => void; /** * A function that is called when the validator found a character. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param value The code point of the character. */ onCharacter?: (start: number, end: number, value: number) => void; /** * A function that is called when the validator found a backreference. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param ref The key of the referred capturing group. */ onBackreference?: ( start: number, end: number, ref: number | string ) => void; /** * A function that is called when the validator entered a character class. * @param start The 0-based index of the first character. * @param negate The flag which represents that the character class is negative. * @param unicodeSets `true` if unicodeSets mode. */ onCharacterClassEnter?: ( start: number, negate: boolean, unicodeSets: boolean ) => void; /** * A function that is called when the validator left a character class. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param negate The flag which represents that the character class is negative. */ onCharacterClassLeave?: ( start: number, end: number, negate: boolean ) => void; /** * A function that is called when the validator found a character class range. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param min The minimum code point of the range. * @param max The maximum code point of the range. */ onCharacterClassRange?: ( start: number, end: number, min: number, max: number ) => void; /** * A function that is called when the validator found a class intersection. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. */ onClassIntersection?: (start: number, end: number) => void; /** * A function that is called when the validator found a class subtraction. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. */ onClassSubtraction?: (start: number, end: number) => void; /** * A function that is called when the validator entered a class string disjunction. * @param start The 0-based index of the first character. */ onClassStringDisjunctionEnter?: (start: number) => void; /** * A function that is called when the validator left a class string disjunction. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. */ onClassStringDisjunctionLeave?: (start: number, end: number) => void; /** * A function that is called when the validator entered a string alternative. * @param start The 0-based index of the first character. * @param index The 0-based index of alternatives in a disjunction. */ onStringAlternativeEnter?: (start: number, index: number) => void; /** * A function that is called when the validator left a string alternative. * @param start The 0-based index of the first character. * @param end The next 0-based index of the last character. * @param index The 0-based index of alternatives in a disjunction. */ onStringAlternativeLeave?: ( start: number, end: number, index: number ) => void; } } /** * The regular expression validator. */ export class RegExpValidator { /** * Initialize this validator. * @param options The options of validator. */ constructor(options?: RegExpValidator.Options); /** * Validate a regular expression literal. E.g. "/abc/g" * @param source The source code to validate. * @param start The start index in the source code. * @param end The end index in the source code. */ validateLiteral(source: string, start?: number, end?: number): void; /** * Validate a regular expression flags. E.g. "gim" * @param source The source code to validate. * @param start The start index in the source code. * @param end The end index in the source code. */ validateFlags(source: string, start?: number, end?: number): void; /** * Validate a regular expression pattern. E.g. "abc" * @param source The source code to validate. * @param start The start index in the source code. * @param end The end index in the source code. * @param flags The flags. */ validatePattern( source: string, start?: number, end?: number, flags?: { unicode?: boolean; unicodeSets?: boolean; } ): void; /** * @deprecated Backward compatibility * Use object `flags` instead of boolean `uFlag`. * @param source The source code to validate. * @param start The start index in the source code. * @param end The end index in the source code. * @param uFlag The flag to set unicode mode. */ validatePattern( source: string, start?: number, end?: number, uFlag?: boolean ): void; } } declare module "@eslint-community/regexpp/visitor" { import type { Alternative, Assertion, Backreference, CapturingGroup, Character, CharacterClass, CharacterClassRange, CharacterSet, ClassIntersection, ClassStringDisjunction, ClassSubtraction, ExpressionCharacterClass, Flags, Group, ModifierFlags, Modifiers, Node, Pattern, Quantifier, RegExpLiteral, StringAlternative, } from "@eslint-community/regexpp/ast"; /** * The visitor to walk on AST. */ export class RegExpVisitor { /** * Initialize this visitor. * @param handlers Callbacks for each node. */ constructor(handlers: RegExpVisitor.Handlers); /** * Visit a given node and descendant nodes. * @param node The root node to visit tree. */ visit(node: Node): void; } export namespace RegExpVisitor { interface Handlers { onAlternativeEnter?: (node: Alternative) => void; onAlternativeLeave?: (node: Alternative) => void; onAssertionEnter?: (node: Assertion) => void; onAssertionLeave?: (node: Assertion) => void; onBackreferenceEnter?: (node: Backreference) => void; onBackreferenceLeave?: (node: Backreference) => void; onCapturingGroupEnter?: (node: CapturingGroup) => void; onCapturingGroupLeave?: (node: CapturingGroup) => void; onCharacterEnter?: (node: Character) => void; onCharacterLeave?: (node: Character) => void; onCharacterClassEnter?: (node: CharacterClass) => void; onCharacterClassLeave?: (node: CharacterClass) => void; onCharacterClassRangeEnter?: (node: CharacterClassRange) => void; onCharacterClassRangeLeave?: (node: CharacterClassRange) => void; onCharacterSetEnter?: (node: CharacterSet) => void; onCharacterSetLeave?: (node: CharacterSet) => void; onClassIntersectionEnter?: (node: ClassIntersection) => void; onClassIntersectionLeave?: (node: ClassIntersection) => void; onClassStringDisjunctionEnter?: (node: ClassStringDisjunction) => void; onClassStringDisjunctionLeave?: (node: ClassStringDisjunction) => void; onClassSubtractionEnter?: (node: ClassSubtraction) => void; onClassSubtractionLeave?: (node: ClassSubtraction) => void; onExpressionCharacterClassEnter?: ( node: ExpressionCharacterClass ) => void; onExpressionCharacterClassLeave?: ( node: ExpressionCharacterClass ) => void; onFlagsEnter?: (node: Flags) => void; onFlagsLeave?: (node: Flags) => void; onGroupEnter?: (node: Group) => void; onGroupLeave?: (node: Group) => void; onModifierFlagsEnter?: (node: ModifierFlags) => void; onModifierFlagsLeave?: (node: ModifierFlags) => void; onModifiersEnter?: (node: Modifiers) => void; onModifiersLeave?: (node: Modifiers) => void; onPatternEnter?: (node: Pattern) => void; onPatternLeave?: (node: Pattern) => void; onQuantifierEnter?: (node: Quantifier) => void; onQuantifierLeave?: (node: Quantifier) => void; onRegExpLiteralEnter?: (node: RegExpLiteral) => void; onRegExpLiteralLeave?: (node: RegExpLiteral) => void; onStringAlternativeEnter?: (node: StringAlternative) => void; onStringAlternativeLeave?: (node: StringAlternative) => void; } } } declare module "@eslint-community/regexpp/regexp-syntax-error" { import type { RegExpValidatorSourceContext } from "@eslint-community/regexpp/validator"; export class RegExpSyntaxError extends SyntaxError { index: number; constructor(message: string, index: number); } export function newRegExpSyntaxError( srcCtx: RegExpValidatorSourceContext, flags: { unicode: boolean; unicodeSets: boolean; }, index: number, message: string ): RegExpSyntaxError; } declare module "@eslint-community/regexpp/ecma-versions" { export type EcmaVersion = | 5 | 2015 | 2016 | 2017 | 2018 | 2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2025; export const latestEcmaVersion = 2025; } k5x'use strict'; Object.defineProperty(exports, '__esModule', { value: true }); var ast = /*#__PURE__*/Object.freeze({ __proto__: null }); const latestEcmaVersion = 2025; let largeIdStartRanges = undefined; let largeIdContinueRanges = undefined; function isIdStart(cp) { if (cp < 0x41) return false; if (cp < 0x5b) return true; if (cp < 0x61) return false; if (cp < 0x7b) return true; return isLargeIdStart(cp); } function isIdContinue(cp) { if (cp < 0x30) return false; if (cp < 0x3a) return true; if (cp < 0x41) return false; if (cp < 0x5b) return true; if (cp === 0x5f) return true; if (cp < 0x61) return false; if (cp < 0x7b) return true; return isLargeIdStart(cp) || isLargeIdContinue(cp); } function isLargeIdStart(cp) { return isInRange(cp, largeIdStartRanges !== null && largeIdStartRanges !== void 0 ? largeIdStartRanges : (largeIdStartRanges = initLargeIdStartRanges())); } function isLargeIdContinue(cp) { return isInRange(cp, largeIdContinueRanges !== null && largeIdContinueRanges !== void 0 ? largeIdContinueRanges : (largeIdContinueRanges = initLargeIdContinueRanges())); } function initLargeIdStartRanges() { return restoreRanges("4q 0 b 0 5 0 6 m 2 u 2 cp 5 b f 4 8 0 2 0 3m 4 2 1 3 3 2 0 7 0 2 2 2 0 2 j 2 2a 2 3u 9 4l 2 11 3 0 7 14 20 q 5 3 1a 16 10 1 2 2q 2 0 g 1 8 1 b 2 3 0 h 0 2 t u 2g c 0 p w a 1 5 0 6 l 5 0 a 0 4 0 o o 8 a 6 n 2 6 h 15 1n 1h 4 0 j 0 8 9 g f 5 7 3 1 3 l 2 6 2 0 4 3 4 0 h 0 e 1 2 2 f 1 b 0 9 5 5 1 3 l 2 6 2 1 2 1 2 1 w 3 2 0 k 2 h 8 2 2 2 l 2 6 2 1 2 4 4 0 j 0 g 1 o 0 c 7 3 1 3 l 2 6 2 1 2 4 4 0 v 1 2 2 g 0 i 0 2 5 4 2 2 3 4 1 2 0 2 1 4 1 4 2 4 b n 0 1h 7 2 2 2 m 2 f 4 0 r 2 2 1 3 1 v 0 5 7 2 2 2 m 2 9 2 4 4 0 v 2 2 1 g 1 i 8 2 2 2 14 3 0 h 0 6 2 9 2 p 5 6 h 4 n 2 8 2 0 3 6 1n 1b 2 1 d 6 1n 1 2 0 2 4 2 n 2 0 2 9 2 1 a 0 3 4 2 0 m 3 x 0 1s 7 2 z s 4 38 16 l 0 h 5 5 3 4 0 4 1 8 2 5 c d 0 i 11 2 0 6 0 3 16 2 98 2 3 3 6 2 0 2 3 3 14 2 3 3 w 2 3 3 6 2 0 2 3 3 e 2 1k 2 3 3 1u 12 f h 2d 3 5 4 h7 3 g 2 p 6 22 4 a 8 h e i f h f c 2 2 g 1f 10 0 5 0 1w 2g 8 14 2 0 6 1x b u 1e t 3 4 c 17 5 p 1j m a 1g 2b 0 2m 1a i 7 1j t e 1 b 17 r z 16 2 b z 3 a 6 16 3 2 16 3 2 5 2 1 4 0 6 5b 1t 7p 3 5 3 11 3 5 3 7 2 0 2 0 2 0 2 u 3 1g 2 6 2 0 4 2 2 6 4 3 3 5 5 c 6 2 2 6 39 0 e 0 h c 2u 0 5 0 3 9 2 0 3 5 7 0 2 0 2 0 2 f 3 3 6 4 5 0 i 14 22g 6c 7 3 4 1 d 11 2 0 6 0 3 1j 8 0 h m a 6 2 6 2 6 2 6 2 6 2 6 2 6 2 6 fb 2 q 8 8 4 3 4 5 2d 5 4 2 2h 2 3 6 16 2 2l i v 1d f e9 533 1t h3g 1w 19 3 7g 4 f b 1 l 1a h u 3 27 14 8 3 2u 3 29 l g 2 2 2 3 2 m u 1f f 1d 1r 5 4 0 2 1 c r b m q s 8 1a t 0 h 4 2 9 b 4 2 14 o 2 2 7 l m 4 0 4 1d 2 0 4 1 3 4 3 0 2 0 p 2 3 a 8 2 d 5 3 5 3 5 a 6 2 6 2 16 2 d 7 36 u 8mb d m 5 1c 6it a5 3 2x 13 6 d 4 6 0 2 9 2 c 2 4 2 0 2 1 2 1 2 2z y a2 j 1r 3 1h 15 b 39 4 2 3q 11 p 7 p c 2g 4 5 3 5 3 5 3 2 10 b 2 p 2 i 2 1 2 e 3 d z 3e 1y 1g 7g s 4 1c 1c v e t 6 11 b t 3 z 5 7 2 4 17 4d j z 5 z 5 13 9 1f d a 2 e 2 6 2 1 2 a 2 e 2 6 2 1 4 1f d 8m a l b 7 p 5 2 15 2 8 1y 5 3 0 2 17 2 1 4 0 3 m b m a u 1u i 2 1 b l b p 7 p 13 1j 7 1 1t 0 g 3 2 2 2 s 17 s 4 s 10 7 2 r s 1h b l b i e h 33 20 1k 1e e 1e e z 13 r a m 6z 15 7 1 h 5 1l s b 0 9 l 17 h 1b k s m d 1g 1m 1 3 0 e 18 x o r z u 0 3 0 9 y 4 0 d 1b f 3 m 0 2 0 10 h 2 o k 1 1s 6 2 0 2 3 2 e 2 9 8 1a 13 7 3 1 3 l 2 6 2 1 2 4 4 0 j 0 d 4 v 9 2 0 3 0 2 11 2 0 q 0 2 0 19 1g j 3 l 2 v 1b l 1 2 0 55 1a 16 3 11 1b l 0 1o 16 e 0 20 q 12 6 56 17 39 1r w 7 3 0 3 7 2 1 2 n g 0 2 0 2n 7 3 12 h 0 2 0 t 0 b 13 8 0 m 0 c 19 k 0 j 20 5k w w 8 2 10 i 0 1e t 35 6 2 1 2 11 m 0 q 5 2 1 2 v f 0 o 17 79 i g 0 2 c 2 x 3h 0 28 pl 2v 32 i 5f 219 2o g tr i 5 q 32y 6 g6 5a2 t 1cz fs 8 u i 26 i t j 1b h 3 w k 6 i c1 18 5w 1r x o 3 o 19 22 6 0 1v c 1t 1 2 0 f 4 a 5p1 16 v 2q 36 6pq 3 2 6 2 1 2 82 g 0 u 2 3 0 f 3 9 az 1s5 2y 6 c 4 8 8 9 4mf 2c 2 1y 2 1 3 0 3 1 3 3 2 b 2 0 2 6 2 1s 2 3 3 7 2 6 2 r 2 3 2 4 2 0 4 6 2 9f 3 o 2 o 2 u 2 o 2 u 2 o 2 u 2 o 2 u 2 o 2 7 1f9 u 7 5 7a 1p 43 18 b 6 h 0 8y t j 17 dh r 6d t 3 0 5s u 2 2 2 1 2 6 3 4 a 1 69 6 2 3 2 1 2 e 2 5g 1o 1v 8 0 xh 3 2 q 2 1 2 0 3 0 2 9 2 3 2 0 2 0 7 0 5 0 2 0 2 0 2 2 2 1 2 0 3 0 2 0 2 0 2 0 2 0 2 1 2 0 3 3 2 6 2 3 2 3 2 0 2 9 2 g 6 2 2 4 2 g 3et wyn x 3dp 3 4gd 3 5rk g h9 1wj f1 15v 3t6 6 6jt"); } function initLargeIdContinueRanges() { return restoreRanges("53 0 g9 33 o 0 70 4 7e 18 2 0 2 1 2 1 2 0 21 a 1d u 7 0 2u 6 3 5 3 1 2 3 3 9 o 0 v q 2k a g 9 y 8 a 0 p 3 2 8 2 2 2 4 18 2 1o 8 17 n 2 w 1j 2 2 h 2 6 b 1 3 9 i 2 1l 0 2 6 3 1 3 2 a 0 b 1 3 9 f 0 3 2 1l 0 2 4 5 1 3 2 4 0 l b 4 0 c 2 1l 0 2 7 2 2 2 2 l 1 3 9 b 5 2 2 1l 0 2 6 3 1 3 2 8 2 b 1 3 9 j 0 1o 4 4 2 2 3 a 0 f 9 h 4 1k 0 2 6 2 2 2 3 8 1 c 1 3 9 i 2 1l 0 2 6 2 2 2 3 8 1 c 1 3 9 4 0 d 3 1k 1 2 6 2 2 2 3 a 0 b 1 3 9 i 2 1z 0 5 5 2 0 2 7 7 9 3 1 1q 0 3 6 d 7 2 9 2g 0 3 8 c 6 2 9 1r 1 7 9 c 0 2 0 2 0 5 1 1e j 2 1 6 a 2 z a 0 2t j 2 9 d 3 5 2 2 2 3 6 4 3 e b 2 e jk 2 a 8 pt 3 t 2 u 1 v 1 1t v a 0 3 9 y 2 2 a 40 0 3b b 5 b b 9 3l a 1p 4 1m 9 2 s 3 a 7 9 n d 2 u 3 b l 4 1c g c 9 i 8 d 2 v c 3 9 19 d 1d j 9 9 7 9 3b 2 2 k 5 0 7 0 3 2 5j 1r el 1 1e 1 k 0 3g c 5 0 4 b 2db 2 3y 0 2p v ff 5 2y 1 2p 0 n51 9 1y 0 5 9 x 1 29 1 7l 0 4 0 5 0 o 4 5 0 2c 1 1f h b 9 7 h e a t 7 q c 19 3 1c d g 9 c 0 b 9 1c d d 0 9 1 3 9 y 2 1f 0 2 2 3 1 6 1 2 0 16 4 6 1 6l 7 2 1 3 9 fmt 0 ki f h f 4 1 p 2 5d 9 12 0 12 0 ig 0 6b 0 46 4 86 9 120 2 2 1 6 3 15 2 5 0 4m 1 fy 3 9 9 7 9 w 4 8u 1 26 5 1z a 1e 3 3f 2 1i e w a 3 1 b 3 1a a 8 0 1a 9 7 2 11 d 2 9 6 1 19 0 d 2 1d d 9 3 2 b 2b b 7 0 3 0 4e b 6 9 7 3 1k 1 2 6 3 1 3 2 a 0 b 1 3 6 4 4 1w 8 2 0 3 0 2 3 2 4 2 0 f 1 2b h a 9 5 0 2a j d 9 5y 6 3 8 s 1 2b g g 9 2a c 9 9 7 j 1m e 5 9 6r e 4m 9 1z 5 2 1 3 3 2 0 2 1 d 9 3c 6 3 6 4 0 t 9 15 6 2 3 9 0 a a 1b f 5j 7 3t 9 1i 7 2 7 h 9 1l l 2 d 3f 5 4 0 2 1 2 6 2 0 9 9 1d 4 2 1 2 4 9 9 1j 9 7e 3 a 1 2 0 1d 6 4 4 e a 44m 0 7 e 8uh r 1t3 9 2f 9 13 4 1o 6 q 9 ev 9 d2 0 2 1i 8 3 2a 0 c 1 f58 1 382 9 ef 19 3 m f3 4 4 5 9 7 3 6 v 3 45 2 13e 1d e9 1i 5 1d 9 0 f 0 n 4 2 e 11t 6 2 g 3 6 2 1 2 4 2t 0 4h 6 a 9 9x 0 1q d dv d 6t 1 2 9 6h 0 3 0 8 1 6 0 d7 6 32 6 6 9 3o7 9 gvt3 6n"); } function isInRange(cp, ranges) { let l = 0, r = (ranges.length / 2) | 0, i = 0, min = 0, max = 0; while (l < r) { i = ((l + r) / 2) | 0; min = ranges[2 * i]; max = ranges[2 * i + 1]; if (cp < min) { r = i; } else if (cp > max) { l = i + 1; } else { return true; } } return false; } function restoreRanges(data) { let last = 0; return data.split(" ").map((s) => (last += parseInt(s, 36) | 0)); } class DataSet { constructor(raw2018, raw2019, raw2020, raw2021, raw2022, raw2023, raw2024, raw2025, raw2026) { this._raw2018 = raw2018; this._raw2019 = raw2019; this._raw2020 = raw2020; this._raw2021 = raw2021; this._raw2022 = raw2022; this._raw2023 = raw2023; this._raw2024 = raw2024; this._raw2025 = raw2025; this._raw2026 = raw2026; } get es2018() { var _a; return ((_a = this._set2018) !== null && _a !== void 0 ? _a : (this._set2018 = new Set(this._raw2018.split(" ")))); } get es2019() { var _a; return ((_a = this._set2019) !== null && _a !== void 0 ? _a : (this._set2019 = new Set(this._raw2019.split(" ")))); } get es2020() { var _a; return ((_a = this._set2020) !== null && _a !== void 0 ? _a : (this._set2020 = new Set(this._raw2020.split(" ")))); } get es2021() { var _a; return ((_a = this._set2021) !== null && _a !== void 0 ? _a : (this._set2021 = new Set(this._raw2021.split(" ")))); } get es2022() { var _a; return ((_a = this._set2022) !== null && _a !== void 0 ? _a : (this._set2022 = new Set(this._raw2022.split(" ")))); } get es2023() { var _a; return ((_a = this._set2023) !== null && _a !== void 0 ? _a : (this._set2023 = new Set(this._raw2023.split(" ")))); } get es2024() { var _a; return ((_a = this._set2024) !== null && _a !== void 0 ? _a : (this._set2024 = new Set(this._raw2024.split(" ")))); } get es2025() { var _a; return ((_a = this._set2025) !== null && _a !== void 0 ? _a : (this._set2025 = new Set(this._raw2025.split(" ")))); } get es2026() { var _a; return ((_a = this._set2026) !== null && _a !== void 0 ? _a : (this._set2026 = new Set(this._raw2026.split(" ")))); } } const gcNameSet = new Set(["General_Category", "gc"]); const scNameSet = new Set(["Script", "Script_Extensions", "sc", "scx"]); const gcValueSets = new DataSet("C Cased_Letter Cc Cf Close_Punctuation Cn Co Combining_Mark Connector_Punctuation Control Cs Currency_Symbol Dash_Punctuation Decimal_Number Enclosing_Mark Final_Punctuation Format Initial_Punctuation L LC Letter Letter_Number Line_Separator Ll Lm Lo Lowercase_Letter Lt Lu M Mark Math_Symbol Mc Me Mn Modifier_Letter Modifier_Symbol N Nd Nl No Nonspacing_Mark Number Open_Punctuation Other Other_Letter Other_Number Other_Punctuation Other_Symbol P Paragraph_Separator Pc Pd Pe Pf Pi Po Private_Use Ps Punctuation S Sc Separator Sk Sm So Space_Separator Spacing_Mark Surrogate Symbol Titlecase_Letter Unassigned Uppercase_Letter Z Zl Zp Zs cntrl digit punct", "", "", "", "", "", "", "", ""); const scValueSets = new DataSet("Adlam Adlm Aghb Ahom Anatolian_Hieroglyphs Arab Arabic Armenian Armi Armn Avestan Avst Bali Balinese Bamu Bamum Bass Bassa_Vah Batak Batk Beng Bengali Bhaiksuki Bhks Bopo Bopomofo Brah Brahmi Brai Braille Bugi Buginese Buhd Buhid Cakm Canadian_Aboriginal Cans Cari Carian Caucasian_Albanian Chakma Cham Cher Cherokee Common Copt Coptic Cprt Cuneiform Cypriot Cyrillic Cyrl Deseret Deva Devanagari Dsrt Dupl Duployan Egyp Egyptian_Hieroglyphs Elba Elbasan Ethi Ethiopic Geor Georgian Glag Glagolitic Gonm Goth Gothic Gran Grantha Greek Grek Gujarati Gujr Gurmukhi Guru Han Hang Hangul Hani Hano Hanunoo Hatr Hatran Hebr Hebrew Hira Hiragana Hluw Hmng Hung Imperial_Aramaic Inherited Inscriptional_Pahlavi Inscriptional_Parthian Ital Java Javanese Kaithi Kali Kana Kannada Katakana Kayah_Li Khar Kharoshthi Khmer Khmr Khoj Khojki Khudawadi Knda Kthi Lana Lao Laoo Latin Latn Lepc Lepcha Limb Limbu Lina Linb Linear_A Linear_B Lisu Lyci Lycian Lydi Lydian Mahajani Mahj Malayalam Mand Mandaic Mani Manichaean Marc Marchen Masaram_Gondi Meetei_Mayek Mend Mende_Kikakui Merc Mero Meroitic_Cursive Meroitic_Hieroglyphs Miao Mlym Modi Mong Mongolian Mro Mroo Mtei Mult Multani Myanmar Mymr Nabataean Narb Nbat New_Tai_Lue Newa Nko Nkoo Nshu Nushu Ogam Ogham Ol_Chiki Olck Old_Hungarian Old_Italic Old_North_Arabian Old_Permic Old_Persian Old_South_Arabian Old_Turkic Oriya Orkh Orya Osage Osge Osma Osmanya Pahawh_Hmong Palm Palmyrene Pau_Cin_Hau Pauc Perm Phag Phags_Pa Phli Phlp Phnx Phoenician Plrd Prti Psalter_Pahlavi Qaac Qaai Rejang Rjng Runic Runr Samaritan Samr Sarb Saur Saurashtra Sgnw Sharada Shavian Shaw Shrd Sidd Siddham SignWriting Sind Sinh Sinhala Sora Sora_Sompeng Soyo Soyombo Sund Sundanese Sylo Syloti_Nagri Syrc Syriac Tagalog Tagb Tagbanwa Tai_Le Tai_Tham Tai_Viet Takr Takri Tale Talu Tamil Taml Tang Tangut Tavt Telu Telugu Tfng Tglg Thaa Thaana Thai Tibetan Tibt Tifinagh Tirh Tirhuta Ugar Ugaritic Vai Vaii Wara Warang_Citi Xpeo Xsux Yi Yiii Zanabazar_Square Zanb Zinh Zyyy", "Dogr Dogra Gong Gunjala_Gondi Hanifi_Rohingya Maka Makasar Medefaidrin Medf Old_Sogdian Rohg Sogd Sogdian Sogo", "Elym Elymaic Hmnp Nand Nandinagari Nyiakeng_Puachue_Hmong Wancho Wcho", "Chorasmian Chrs Diak Dives_Akuru Khitan_Small_Script Kits Yezi Yezidi", "Cpmn Cypro_Minoan Old_Uyghur Ougr Tangsa Tnsa Toto Vith Vithkuqi", "Berf Beria_Erfe Gara Garay Gukh Gurung_Khema Hrkt Katakana_Or_Hiragana Kawi Kirat_Rai Krai Nag_Mundari Nagm Ol_Onal Onao Sidetic Sidt Sunu Sunuwar Tai_Yo Tayo Todhri Todr Tolong_Siki Tols Tulu_Tigalari Tutg Unknown Zzzz", "", "", ""); const binPropertySets = new DataSet("AHex ASCII ASCII_Hex_Digit Alpha Alphabetic Any Assigned Bidi_C Bidi_Control Bidi_M Bidi_Mirrored CI CWCF CWCM CWKCF CWL CWT CWU Case_Ignorable Cased Changes_When_Casefolded Changes_When_Casemapped Changes_When_Lowercased Changes_When_NFKC_Casefolded Changes_When_Titlecased Changes_When_Uppercased DI Dash Default_Ignorable_Code_Point Dep Deprecated Dia Diacritic Emoji Emoji_Component Emoji_Modifier Emoji_Modifier_Base Emoji_Presentation Ext Extender Gr_Base Gr_Ext Grapheme_Base Grapheme_Extend Hex Hex_Digit IDC IDS IDSB IDST IDS_Binary_Operator IDS_Trinary_Operator ID_Continue ID_Start Ideo Ideographic Join_C Join_Control LOE Logical_Order_Exception Lower Lowercase Math NChar Noncharacter_Code_Point Pat_Syn Pat_WS Pattern_Syntax Pattern_White_Space QMark Quotation_Mark RI Radical Regional_Indicator SD STerm Sentence_Terminal Soft_Dotted Term Terminal_Punctuation UIdeo Unified_Ideograph Upper Uppercase VS Variation_Selector White_Space XIDC XIDS XID_Continue XID_Start space", "Extended_Pictographic", "", "EBase EComp EMod EPres ExtPict", "", "", "", "", ""); const binPropertyOfStringsSets = new DataSet("", "", "", "", "", "", "Basic_Emoji Emoji_Keycap_Sequence RGI_Emoji RGI_Emoji_Flag_Sequence RGI_Emoji_Modifier_Sequence RGI_Emoji_Tag_Sequence RGI_Emoji_ZWJ_Sequence", "", ""); function isValidUnicodeProperty(version, name, value) { if (gcNameSet.has(name)) { return version >= 2018 && gcValueSets.es2018.has(value); } if (scNameSet.has(name)) { return ((version >= 2018 && scValueSets.es2018.has(value)) || (version >= 2019 && scValueSets.es2019.has(value)) || (version >= 2020 && scValueSets.es2020.has(value)) || (version >= 2021 && scValueSets.es2021.has(value)) || (version >= 2022 && scValueSets.es2022.has(value)) || (version >= 2023 && scValueSets.es2023.has(value))); } return false; } function isValidLoneUnicodeProperty(version, value) { return ((version >= 2018 && binPropertySets.es2018.has(value)) || (version >= 2019 && binPropertySets.es2019.has(value)) || (version >= 2021 && binPropertySets.es2021.has(value))); } function isValidLoneUnicodePropertyOfString(version, value) { return version >= 2024 && binPropertyOfStringsSets.es2024.has(value); } const BACKSPACE = 0x08; const CHARACTER_TABULATION = 0x09; const LINE_FEED = 0x0a; const LINE_TABULATION = 0x0b; const FORM_FEED = 0x0c; const CARRIAGE_RETURN = 0x0d; const EXCLAMATION_MARK = 0x21; const NUMBER_SIGN = 0x23; const DOLLAR_SIGN = 0x24; const PERCENT_SIGN = 0x25; const AMPERSAND = 0x26; const LEFT_PARENTHESIS = 0x28; const RIGHT_PARENTHESIS = 0x29; const ASTERISK = 0x2a; const PLUS_SIGN = 0x2b; const COMMA = 0x2c; const HYPHEN_MINUS = 0x2d; const FULL_STOP = 0x2e; const SOLIDUS = 0x2f; const DIGIT_ZERO = 0x30; const DIGIT_ONE = 0x31; const DIGIT_SEVEN = 0x37; const DIGIT_NINE = 0x39; const COLON = 0x3a; const SEMICOLON = 0x3b; const LESS_THAN_SIGN = 0x3c; const EQUALS_SIGN = 0x3d; const GREATER_THAN_SIGN = 0x3e; const QUESTION_MARK = 0x3f; const COMMERCIAL_AT = 0x40; const LATIN_CAPITAL_LETTER_A = 0x41; const LATIN_CAPITAL_LETTER_B = 0x42; const LATIN_CAPITAL_LETTER_D = 0x44; const LATIN_CAPITAL_LETTER_F = 0x46; const LATIN_CAPITAL_LETTER_P = 0x50; const LATIN_CAPITAL_LETTER_S = 0x53; const LATIN_CAPITAL_LETTER_W = 0x57; const LATIN_CAPITAL_LETTER_Z = 0x5a; const LOW_LINE = 0x5f; const LATIN_SMALL_LETTER_A = 0x61; const LATIN_SMALL_LETTER_B = 0x62; const LATIN_SMALL_LETTER_C = 0x63; const LATIN_SMALL_LETTER_D = 0x64; const LATIN_SMALL_LETTER_F = 0x66; const LATIN_SMALL_LETTER_G = 0x67; const LATIN_SMALL_LETTER_I = 0x69; const LATIN_SMALL_LETTER_K = 0x6b; const LATIN_SMALL_LETTER_M = 0x6d; const LATIN_SMALL_LETTER_N = 0x6e; const LATIN_SMALL_LETTER_P = 0x70; const LATIN_SMALL_LETTER_Q = 0x71; const LATIN_SMALL_LETTER_R = 0x72; const LATIN_SMALL_LETTER_S = 0x73; const LATIN_SMALL_LETTER_T = 0x74; const LATIN_SMALL_LETTER_U = 0x75; const LATIN_SMALL_LETTER_V = 0x76; const LATIN_SMALL_LETTER_W = 0x77; const LATIN_SMALL_LETTER_X = 0x78; const LATIN_SMALL_LETTER_Y = 0x79; const LATIN_SMALL_LETTER_Z = 0x7a; const LEFT_SQUARE_BRACKET = 0x5b; const REVERSE_SOLIDUS = 0x5c; const RIGHT_SQUARE_BRACKET = 0x5d; const CIRCUMFLEX_ACCENT = 0x5e; const GRAVE_ACCENT = 0x60; const LEFT_CURLY_BRACKET = 0x7b; const VERTICAL_LINE = 0x7c; const RIGHT_CURLY_BRACKET = 0x7d; const TILDE = 0x7e; const ZERO_WIDTH_NON_JOINER = 0x200c; const ZERO_WIDTH_JOINER = 0x200d; const LINE_SEPARATOR = 0x2028; const PARAGRAPH_SEPARATOR = 0x2029; const MIN_CODE_POINT = 0x00; const MAX_CODE_POINT = 0x10ffff; function isLatinLetter(code) { return ((code >= LATIN_CAPITAL_LETTER_A && code <= LATIN_CAPITAL_LETTER_Z) || (code >= LATIN_SMALL_LETTER_A && code <= LATIN_SMALL_LETTER_Z)); } function isDecimalDigit(code) { return code >= DIGIT_ZERO && code <= DIGIT_NINE; } function isOctalDigit(code) { return code >= DIGIT_ZERO && code <= DIGIT_SEVEN; } function isHexDigit(code) { return ((code >= DIGIT_ZERO && code <= DIGIT_NINE) || (code >= LATIN_CAPITAL_LETTER_A && code <= LATIN_CAPITAL_LETTER_F) || (code >= LATIN_SMALL_LETTER_A && code <= LATIN_SMALL_LETTER_F)); } function isLineTerminator(code) { return (code === LINE_FEED || code === CARRIAGE_RETURN || code === LINE_SEPARATOR || code === PARAGRAPH_SEPARATOR); } function isValidUnicode(code) { return code >= MIN_CODE_POINT && code <= MAX_CODE_POINT; } function digitToInt(code) { if (code >= LATIN_SMALL_LETTER_A && code <= LATIN_SMALL_LETTER_F) { return code - LATIN_SMALL_LETTER_A + 10; } if (code >= LATIN_CAPITAL_LETTER_A && code <= LATIN_CAPITAL_LETTER_F) { return code - LATIN_CAPITAL_LETTER_A + 10; } return code - DIGIT_ZERO; } function isLeadSurrogate(code) { return code >= 0xd800 && code <= 0xdbff; } function isTrailSurrogate(code) { return code >= 0xdc00 && code <= 0xdfff; } function combineSurrogatePair(lead, trail) { return (lead - 0xd800) * 0x400 + (trail - 0xdc00) + 0x10000; } class GroupSpecifiersAsES2018 { constructor() { this.groupName = new Set(); } clear() { this.groupName.clear(); } isEmpty() { return !this.groupName.size; } hasInPattern(name) { return this.groupName.has(name); } hasInScope(name) { return this.hasInPattern(name); } addToScope(name) { this.groupName.add(name); } enterDisjunction() { } enterAlternative() { } leaveDisjunction() { } } class BranchID { constructor(parent, base) { this.parent = parent; this.base = base !== null && base !== void 0 ? base : this; } separatedFrom(other) { var _a, _b; if (this.base === other.base && this !== other) { return true; } if (other.parent && this.separatedFrom(other.parent)) { return true; } return (_b = (_a = this.parent) === null || _a === void 0 ? void 0 : _a.separatedFrom(other)) !== null && _b !== void 0 ? _b : false; } child() { return new BranchID(this, null); } sibling() { return new BranchID(this.parent, this.base); } } class GroupSpecifiersAsES2025 { constructor() { this.branchID = new BranchID(null, null); this.groupNames = new Map(); } clear() { this.branchID = new BranchID(null, null); this.groupNames.clear(); } isEmpty() { return !this.groupNames.size; } enterDisjunction() { this.branchID = this.branchID.child(); } enterAlternative(index) { if (index === 0) { return; } this.branchID = this.branchID.sibling(); } leaveDisjunction() { this.branchID = this.branchID.parent; } hasInPattern(name) { return this.groupNames.has(name); } hasInScope(name) { const branches = this.groupNames.get(name); if (!branches) { return false; } for (const branch of branches) { if (!branch.separatedFrom(this.branchID)) { return true; } } return false; } addToScope(name) { const branches = this.groupNames.get(name); if (branches) { branches.push(this.branchID); return; } this.groupNames.set(name, [this.branchID]); } } const legacyImpl = { at(s, end, i) { return i < end ? s.charCodeAt(i) : -1; }, width(c) { return 1; }, }; const unicodeImpl = { at(s, end, i) { return i < end ? s.codePointAt(i) : -1; }, width(c) { return c > 0xffff ? 2 : 1; }, }; class Reader { constructor() { this._impl = legacyImpl; this._s = ""; this._i = 0; this._end = 0; this._cp1 = -1; this._w1 = 1; this._cp2 = -1; this._w2 = 1; this._cp3 = -1; this._w3 = 1; this._cp4 = -1; } get source() { return this._s; } get index() { return this._i; } get currentCodePoint() { return this._cp1; } get nextCodePoint() { return this._cp2; } get nextCodePoint2() { return this._cp3; } get nextCodePoint3() { return this._cp4; } reset(source, start, end, uFlag) { this._impl = uFlag ? unicodeImpl : legacyImpl; this._s = source; this._end = end; this.rewind(start); } rewind(index) { const impl = this._impl; this._i = index; this._cp1 = impl.at(this._s, this._end, index); this._w1 = impl.width(this._cp1); this._cp2 = impl.at(this._s, this._end, index + this._w1); this._w2 = impl.width(this._cp2); this._cp3 = impl.at(this._s, this._end, index + this._w1 + this._w2); this._w3 = impl.width(this._cp3); this._cp4 = impl.at(this._s, this._end, index + this._w1 + this._w2 + this._w3); } advance() { if (this._cp1 !== -1) { const impl = this._impl; this._i += this._w1; this._cp1 = this._cp2; this._w1 = this._w2; this._cp2 = this._cp3; this._w2 = impl.width(this._cp2); this._cp3 = this._cp4; this._w3 = impl.width(this._cp3); this._cp4 = impl.at(this._s, this._end, this._i + this._w1 + this._w2 + this._w3); } } eat(cp) { if (this._cp1 === cp) { this.advance(); return true; } return false; } eat2(cp1, cp2) { if (this._cp1 === cp1 && this._cp2 === cp2) { this.advance(); this.advance(); return true; } return false; } eat3(cp1, cp2, cp3) { if (this._cp1 === cp1 && this._cp2 === cp2 && this._cp3 === cp3) { this.advance(); this.advance(); this.advance(); return true; } return false; } } class RegExpSyntaxError extends SyntaxError { constructor(message, index) { super(message); this.index = index; } } function newRegExpSyntaxError(srcCtx, flags, index, message) { let source = ""; if (srcCtx.kind === "literal") { const literal = srcCtx.source.slice(srcCtx.start, srcCtx.end); if (literal) { source = `: ${literal}`; } } else if (srcCtx.kind === "pattern") { const pattern = srcCtx.source.slice(srcCtx.start, srcCtx.end); const flagsText = `${flags.unicode ? "u" : ""}${flags.unicodeSets ? "v" : ""}`; source = `: /${pattern}/${flagsText}`; } return new RegExpSyntaxError(`Invalid regular expression${source}: ${message}`, index); } const SYNTAX_CHARACTER = new Set([ CIRCUMFLEX_ACCENT, DOLLAR_SIGN, REVERSE_SOLIDUS, FULL_STOP, ASTERISK, PLUS_SIGN, QUESTION_MARK, LEFT_PARENTHESIS, RIGHT_PARENTHESIS, LEFT_SQUARE_BRACKET, RIGHT_SQUARE_BRACKET, LEFT_CURLY_BRACKET, RIGHT_CURLY_BRACKET, VERTICAL_LINE, ]); const CLASS_SET_RESERVED_DOUBLE_PUNCTUATOR_CHARACTER = new Set([ AMPERSAND, EXCLAMATION_MARK, NUMBER_SIGN, DOLLAR_SIGN, PERCENT_SIGN, ASTERISK, PLUS_SIGN, COMMA, FULL_STOP, COLON, SEMICOLON, LESS_THAN_SIGN, EQUALS_SIGN, GREATER_THAN_SIGN, QUESTION_MARK, COMMERCIAL_AT, CIRCUMFLEX_ACCENT, GRAVE_ACCENT, TILDE, ]); const CLASS_SET_SYNTAX_CHARACTER = new Set([ LEFT_PARENTHESIS, RIGHT_PARENTHESIS, LEFT_SQUARE_BRACKET, RIGHT_SQUARE_BRACKET, LEFT_CURLY_BRACKET, RIGHT_CURLY_BRACKET, SOLIDUS, HYPHEN_MINUS, REVERSE_SOLIDUS, VERTICAL_LINE, ]); const CLASS_SET_RESERVED_PUNCTUATOR = new Set([ AMPERSAND, HYPHEN_MINUS, EXCLAMATION_MARK, NUMBER_SIGN, PERCENT_SIGN, COMMA, COLON, SEMICOLON, LESS_THAN_SIGN, EQUALS_SIGN, GREATER_THAN_SIGN, COMMERCIAL_AT, GRAVE_ACCENT, TILDE, ]); const FLAG_PROP_TO_CODEPOINT = { global: LATIN_SMALL_LETTER_G, ignoreCase: LATIN_SMALL_LETTER_I, multiline: LATIN_SMALL_LETTER_M, unicode: LATIN_SMALL_LETTER_U, sticky: LATIN_SMALL_LETTER_Y, dotAll: LATIN_SMALL_LETTER_S, hasIndices: LATIN_SMALL_LETTER_D, unicodeSets: LATIN_SMALL_LETTER_V, }; const FLAG_CODEPOINT_TO_PROP = Object.fromEntries(Object.entries(FLAG_PROP_TO_CODEPOINT).map(([k, v]) => [v, k])); function isSyntaxCharacter(cp) { return SYNTAX_CHARACTER.has(cp); } function isClassSetReservedDoublePunctuatorCharacter(cp) { return CLASS_SET_RESERVED_DOUBLE_PUNCTUATOR_CHARACTER.has(cp); } function isClassSetSyntaxCharacter(cp) { return CLASS_SET_SYNTAX_CHARACTER.has(cp); } function isClassSetReservedPunctuator(cp) { return CLASS_SET_RESERVED_PUNCTUATOR.has(cp); } function isIdentifierStartChar(cp) { return isIdStart(cp) || cp === DOLLAR_SIGN || cp === LOW_LINE; } function isIdentifierPartChar(cp) { return (isIdContinue(cp) || cp === DOLLAR_SIGN || cp === ZERO_WIDTH_NON_JOINER || cp === ZERO_WIDTH_JOINER); } function isUnicodePropertyNameCharacter(cp) { return isLatinLetter(cp) || cp === LOW_LINE; } function isUnicodePropertyValueCharacter(cp) { return isUnicodePropertyNameCharacter(cp) || isDecimalDigit(cp); } function isRegularExpressionModifier(ch) { return (ch === LATIN_SMALL_LETTER_I || ch === LATIN_SMALL_LETTER_M || ch === LATIN_SMALL_LETTER_S); } class RegExpValidator { constructor(options) { this._reader = new Reader(); this._unicodeMode = false; this._unicodeSetsMode = false; this._nFlag = false; this._lastIntValue = 0; this._lastRange = { min: 0, max: Number.POSITIVE_INFINITY, }; this._lastStrValue = ""; this._lastAssertionIsQuantifiable = false; this._numCapturingParens = 0; this._backreferenceNames = new Set(); this._srcCtx = null; this._options = options !== null && options !== void 0 ? options : {}; this._groupSpecifiers = this.ecmaVersion >= 2025 ? new GroupSpecifiersAsES2025() : new GroupSpecifiersAsES2018(); } validateLiteral(source, start = 0, end = source.length) { this._srcCtx = { source, start, end, kind: "literal" }; this._unicodeSetsMode = this._unicodeMode = this._nFlag = false; this.reset(source, start, end); this.onLiteralEnter(start); if (this.eat(SOLIDUS) && this.eatRegExpBody() && this.eat(SOLIDUS)) { const flagStart = this.index; const unicode = source.includes("u", flagStart); const unicodeSets = source.includes("v", flagStart); this.validateFlagsInternal(source, flagStart, end); this.validatePatternInternal(source, start + 1, flagStart - 1, { unicode, unicodeSets, }); } else if (start >= end) { this.raise("Empty"); } else { const c = String.fromCodePoint(this.currentCodePoint); this.raise(`Unexpected character '${c}'`); } this.onLiteralLeave(start, end); } validateFlags(source, start = 0, end = source.length) { this._srcCtx = { source, start, end, kind: "flags" }; this.validateFlagsInternal(source, start, end); } validatePattern(source, start = 0, end = source.length, uFlagOrFlags = undefined) { this._srcCtx = { source, start, end, kind: "pattern" }; this.validatePatternInternal(source, start, end, uFlagOrFlags); } validatePatternInternal(source, start = 0, end = source.length, uFlagOrFlags = undefined) { const mode = this._parseFlagsOptionToMode(uFlagOrFlags, end); this._unicodeMode = mode.unicodeMode; this._nFlag = mode.nFlag; this._unicodeSetsMode = mode.unicodeSetsMode; this.reset(source, start, end); this.consumePattern(); if (!this._nFlag && this.ecmaVersion >= 2018 && !this._groupSpecifiers.isEmpty()) { this._nFlag = true; this.rewind(start); this.consumePattern(); } } validateFlagsInternal(source, start, end) { const flags = this.parseFlags(source, start, end); this.onRegExpFlags(start, end, flags); } _parseFlagsOptionToMode(uFlagOrFlags, sourceEnd) { let unicode = false; let unicodeSets = false; if (uFlagOrFlags && this.ecmaVersion >= 2015) { if (typeof uFlagOrFlags === "object") { unicode = Boolean(uFlagOrFlags.unicode); if (this.ecmaVersion >= 2024) { unicodeSets = Boolean(uFlagOrFlags.unicodeSets); } } else { unicode = uFlagOrFlags; } } if (unicode && unicodeSets) { this.raise("Invalid regular expression flags", { index: sourceEnd + 1, unicode, unicodeSets, }); } const unicodeMode = unicode || unicodeSets; const nFlag = (unicode && this.ecmaVersion >= 2018) || unicodeSets || Boolean(this._options.strict && this.ecmaVersion >= 2023); const unicodeSetsMode = unicodeSets; return { unicodeMode, nFlag, unicodeSetsMode }; } get strict() { return Boolean(this._options.strict) || this._unicodeMode; } get ecmaVersion() { var _a; return (_a = this._options.ecmaVersion) !== null && _a !== void 0 ? _a : latestEcmaVersion; } onLiteralEnter(start) { if (this._options.onLiteralEnter) { this._options.onLiteralEnter(start); } } onLiteralLeave(start, end) { if (this._options.onLiteralLeave) { this._options.onLiteralLeave(start, end); } } onRegExpFlags(start, end, flags) { if (this._options.onRegExpFlags) { this._options.onRegExpFlags(start, end, flags); } if (this._options.onFlags) { this._options.onFlags(start, end, flags.global, flags.ignoreCase, flags.multiline, flags.unicode, flags.sticky, flags.dotAll, flags.hasIndices); } } onPatternEnter(start) { if (this._options.onPatternEnter) { this._options.onPatternEnter(start); } } onPatternLeave(start, end) { if (this._options.onPatternLeave) { this._options.onPatternLeave(start, end); } } onDisjunctionEnter(start) { if (this._options.onDisjunctionEnter) { this._options.onDisjunctionEnter(start); } } onDisjunctionLeave(start, end) { if (this._options.onDisjunctionLeave) { this._options.onDisjunctionLeave(start, end); } } onAlternativeEnter(start, index) { if (this._options.onAlternativeEnter) { this._options.onAlternativeEnter(start, index); } } onAlternativeLeave(start, end, index) { if (this._options.onAlternativeLeave) { this._options.onAlternativeLeave(start, end, index); } } onGroupEnter(start) { if (this._options.onGroupEnter) { this._options.onGroupEnter(start); } } onGroupLeave(start, end) { if (this._options.onGroupLeave) { this._options.onGroupLeave(start, end); } } onModifiersEnter(start) { if (this._options.onModifiersEnter) { this._options.onModifiersEnter(start); } } onModifiersLeave(start, end) { if (this._options.onModifiersLeave) { this._options.onModifiersLeave(start, end); } } onAddModifiers(start, end, flags) { if (this._options.onAddModifiers) { this._options.onAddModifiers(start, end, flags); } } onRemoveModifiers(start, end, flags) { if (this._options.onRemoveModifiers) { this._options.onRemoveModifiers(start, end, flags); } } onCapturingGroupEnter(start, name) { if (this._options.onCapturingGroupEnter) { this._options.onCapturingGroupEnter(start, name); } } onCapturingGroupLeave(start, end, name) { if (this._options.onCapturingGroupLeave) { this._options.onCapturingGroupLeave(start, end, name); } } onQuantifier(start, end, min, max, greedy) { if (this._options.onQuantifier) { this._options.onQuantifier(start, end, min, max, greedy); } } onLookaroundAssertionEnter(start, kind, negate) { if (this._options.onLookaroundAssertionEnter) { this._options.onLookaroundAssertionEnter(start, kind, negate); } } onLookaroundAssertionLeave(start, end, kind, negate) { if (this._options.onLookaroundAssertionLeave) { this._options.onLookaroundAssertionLeave(start, end, kind, negate); } } onEdgeAssertion(start, end, kind) { if (this._options.onEdgeAssertion) { this._options.onEdgeAssertion(start, end, kind); } } onWordBoundaryAssertion(start, end, kind, negate) { if (this._options.onWordBoundaryAssertion) { this._options.onWordBoundaryAssertion(start, end, kind, negate); } } onAnyCharacterSet(start, end, kind) { if (this._options.onAnyCharacterSet) { this._options.onAnyCharacterSet(start, end, kind); } } onEscapeCharacterSet(start, end, kind, negate) { if (this._options.onEscapeCharacterSet) { this._options.onEscapeCharacterSet(start, end, kind, negate); } } onUnicodePropertyCharacterSet(start, end, kind, key, value, negate, strings) { if (this._options.onUnicodePropertyCharacterSet) { this._options.onUnicodePropertyCharacterSet(start, end, kind, key, value, negate, strings); } } onCharacter(start, end, value) { if (this._options.onCharacter) { this._options.onCharacter(start, end, value); } } onBackreference(start, end, ref) { if (this._options.onBackreference) { this._options.onBackreference(start, end, ref); } } onCharacterClassEnter(start, negate, unicodeSets) { if (this._options.onCharacterClassEnter) { this._options.onCharacterClassEnter(start, negate, unicodeSets); } } onCharacterClassLeave(start, end, negate) { if (this._options.onCharacterClassLeave) { this._options.onCharacterClassLeave(start, end, negate); } } onCharacterClassRange(start, end, min, max) { if (this._options.onCharacterClassRange) { this._options.onCharacterClassRange(start, end, min, max); } } onClassIntersection(start, end) { if (this._options.onClassIntersection) { this._options.onClassIntersection(start, end); } } onClassSubtraction(start, end) { if (this._options.onClassSubtraction) { this._options.onClassSubtraction(start, end); } } onClassStringDisjunctionEnter(start) { if (this._options.onClassStringDisjunctionEnter) { this._options.onClassStringDisjunctionEnter(start); } } onClassStringDisjunctionLeave(start, end) { if (this._options.onClassStringDisjunctionLeave) { this._options.onClassStringDisjunctionLeave(start, end); } } onStringAlternativeEnter(start, index) { if (this._options.onStringAlternativeEnter) { this._options.onStringAlternativeEnter(start, index); } } onStringAlternativeLeave(start, end, index) { if (this._options.onStringAlternativeLeave) { this._options.onStringAlternativeLeave(start, end, index); } } get index() { return this._reader.index; } get currentCodePoint() { return this._reader.currentCodePoint; } get nextCodePoint() { return this._reader.nextCodePoint; } get nextCodePoint2() { return this._reader.nextCodePoint2; } get nextCodePoint3() { return this._reader.nextCodePoint3; } reset(source, start, end) { this._reader.reset(source, start, end, this._unicodeMode); } rewind(index) { this._reader.rewind(index); } advance() { this._reader.advance(); } eat(cp) { return this._reader.eat(cp); } eat2(cp1, cp2) { return this._reader.eat2(cp1, cp2); } eat3(cp1, cp2, cp3) { return this._reader.eat3(cp1, cp2, cp3); } raise(message, context) { var _a, _b, _c; throw newRegExpSyntaxError(this._srcCtx, { unicode: (_a = context === null || context === void 0 ? void 0 : context.unicode) !== null && _a !== void 0 ? _a : (this._unicodeMode && !this._unicodeSetsMode), unicodeSets: (_b = context === null || context === void 0 ? void 0 : context.unicodeSets) !== null && _b !== void 0 ? _b : this._unicodeSetsMode, }, (_c = context === null || context === void 0 ? void 0 : context.index) !== null && _c !== void 0 ? _c : this.index, message); } eatRegExpBody() { const start = this.index; let inClass = false; let escaped = false; for (;;) { const cp = this.currentCodePoint; if (cp === -1 || isLineTerminator(cp)) { const kind = inClass ? "character class" : "regular expression"; this.raise(`Unterminated ${kind}`); } if (escaped) { escaped = false; } else if (cp === REVERSE_SOLIDUS) { escaped = true; } else if (cp === LEFT_SQUARE_BRACKET) { inClass = true; } else if (cp === RIGHT_SQUARE_BRACKET) { inClass = false; } else if ((cp === SOLIDUS && !inClass) || (cp === ASTERISK && this.index === start)) { break; } this.advance(); } return this.index !== start; } consumePattern() { const start = this.index; this._numCapturingParens = this.countCapturingParens(); this._groupSpecifiers.clear(); this._backreferenceNames.clear(); this.onPatternEnter(start); this.consumeDisjunction(); const cp = this.currentCodePoint; if (this.currentCodePoint !== -1) { if (cp === RIGHT_PARENTHESIS) { this.raise("Unmatched ')'"); } if (cp === REVERSE_SOLIDUS) { this.raise("\\ at end of pattern"); } if (cp === RIGHT_SQUARE_BRACKET || cp === RIGHT_CURLY_BRACKET) { this.raise("Lone quantifier brackets"); } const c = String.fromCodePoint(cp); this.raise(`Unexpected character '${c}'`); } for (const name of this._backreferenceNames) { if (!this._groupSpecifiers.hasInPattern(name)) { this.raise("Invalid named capture referenced"); } } this.onPatternLeave(start, this.index); } countCapturingParens() { const start = this.index; let inClass = false; let escaped = false; let count = 0; let cp = 0; while ((cp = this.currentCodePoint) !== -1) { if (escaped) { escaped = false; } else if (cp === REVERSE_SOLIDUS) { escaped = true; } else if (cp === LEFT_SQUARE_BRACKET) { inClass = true; } else if (cp === RIGHT_SQUARE_BRACKET) { inClass = false; } else if (cp === LEFT_PARENTHESIS && !inClass && (this.nextCodePoint !== QUESTION_MARK || (this.nextCodePoint2 === LESS_THAN_SIGN && this.nextCodePoint3 !== EQUALS_SIGN && this.nextCodePoint3 !== EXCLAMATION_MARK))) { count += 1; } this.advance(); } this.rewind(start); return count; } consumeDisjunction() { const start = this.index; let i = 0; this._groupSpecifiers.enterDisjunction(); this.onDisjunctionEnter(start); do { this.consumeAlternative(i++); } while (this.eat(VERTICAL_LINE)); if (this.consumeQuantifier(true)) { this.raise("Nothing to repeat"); } if (this.eat(LEFT_CURLY_BRACKET)) { this.raise("Lone quantifier brackets"); } this.onDisjunctionLeave(start, this.index); this._groupSpecifiers.leaveDisjunction(); } consumeAlternative(i) { const start = this.index; this._groupSpecifiers.enterAlternative(i); this.onAlternativeEnter(start, i); while (this.currentCodePoint !== -1 && this.consumeTerm()) { } this.onAlternativeLeave(start, this.index, i); } consumeTerm() { if (this._unicodeMode || this.strict) { return (this.consumeAssertion() || (this.consumeAtom() && this.consumeOptionalQuantifier())); } return ((this.consumeAssertion() && (!this._lastAssertionIsQuantifiable || this.consumeOptionalQuantifier())) || (this.consumeExtendedAtom() && this.consumeOptionalQuantifier())); } consumeOptionalQuantifier() { this.consumeQuantifier(); return true; } consumeAssertion() { const start = this.index; this._lastAssertionIsQuantifiable = false; if (this.eat(CIRCUMFLEX_ACCENT)) { this.onEdgeAssertion(start, this.index, "start"); return true; } if (this.eat(DOLLAR_SIGN)) { this.onEdgeAssertion(start, this.index, "end"); return true; } if (this.eat2(REVERSE_SOLIDUS, LATIN_CAPITAL_LETTER_B)) { this.onWordBoundaryAssertion(start, this.index, "word", true); return true; } if (this.eat2(REVERSE_SOLIDUS, LATIN_SMALL_LETTER_B)) { this.onWordBoundaryAssertion(start, this.index, "word", false); return true; } if (this.eat2(LEFT_PARENTHESIS, QUESTION_MARK)) { const lookbehind = this.ecmaVersion >= 2018 && this.eat(LESS_THAN_SIGN); let negate = false; if (this.eat(EQUALS_SIGN) || (negate = this.eat(EXCLAMATION_MARK))) { const kind = lookbehind ? "lookbehind" : "lookahead"; this.onLookaroundAssertionEnter(start, kind, negate); this.consumeDisjunction(); if (!this.eat(RIGHT_PARENTHESIS)) { this.raise("Unterminated group"); } this._lastAssertionIsQuantifiable = !lookbehind && !this.strict; this.onLookaroundAssertionLeave(start, this.index, kind, negate); return true; } this.rewind(start); } return false; } consumeQuantifier(noConsume = false) { const start = this.index; let min = 0; let max = 0; let greedy = false; if (this.eat(ASTERISK)) { min = 0; max = Number.POSITIVE_INFINITY; } else if (this.eat(PLUS_SIGN)) { min = 1; max = Number.POSITIVE_INFINITY; } else if (this.eat(QUESTION_MARK)) { min = 0; max = 1; } else if (this.eatBracedQuantifier(noConsume)) { ({ min, max } = this._lastRange); } else { return false; } greedy = !this.eat(QUESTION_MARK); if (!noConsume) { this.onQuantifier(start, this.index, min, max, greedy); } return true; } eatBracedQuantifier(noError) { const start = this.index; if (this.eat(LEFT_CURLY_BRACKET)) { if (this.eatDecimalDigits()) { const min = this._lastIntValue; let max = min; if (this.eat(COMMA)) { max = this.eatDecimalDigits() ? this._lastIntValue : Number.POSITIVE_INFINITY; } if (this.eat(RIGHT_CURLY_BRACKET)) { if (!noError && max < min) { this.raise("numbers out of order in {} quantifier"); } this._lastRange = { min, max }; return true; } } if (!noError && (this._unicodeMode || this.strict)) { this.raise("Incomplete quantifier"); } this.rewind(start); } return false; } consumeAtom() { return (this.consumePatternCharacter() || this.consumeDot() || this.consumeReverseSolidusAtomEscape() || Boolean(this.consumeCharacterClass()) || this.consumeCapturingGroup() || this.consumeUncapturingGroup()); } consumeDot() { if (this.eat(FULL_STOP)) { this.onAnyCharacterSet(this.index - 1, this.index, "any"); return true; } return false; } consumeReverseSolidusAtomEscape() { const start = this.index; if (this.eat(REVERSE_SOLIDUS)) { if (this.consumeAtomEscape()) { return true; } this.rewind(start); } return false; } consumeUncapturingGroup() { const start = this.index; if (this.eat2(LEFT_PARENTHESIS, QUESTION_MARK)) { this.onGroupEnter(start); if (this.ecmaVersion >= 2025) { this.consumeModifiers(); } if (!this.eat(COLON)) { this.rewind(start + 1); this.raise("Invalid group"); } this.consumeDisjunction(); if (!this.eat(RIGHT_PARENTHESIS)) { this.raise("Unterminated group"); } this.onGroupLeave(start, this.index); return true; } return false; } consumeModifiers() { const start = this.index; const hasAddModifiers = this.eatModifiers(); const addModifiersEnd = this.index; const hasHyphen = this.eat(HYPHEN_MINUS); if (!hasAddModifiers && !hasHyphen) { return false; } this.onModifiersEnter(start); const addModifiers = this.parseModifiers(start, addModifiersEnd); this.onAddModifiers(start, addModifiersEnd, addModifiers); if (hasHyphen) { const modifiersStart = this.index; if (!this.eatModifiers() && !hasAddModifiers && this.currentCodePoint === COLON) { this.raise("Invalid empty flags"); } const modifiers = this.parseModifiers(modifiersStart, this.index); for (const [flagName] of Object.entries(modifiers).filter(([, enable]) => enable)) { if (addModifiers[flagName]) { this.raise(`Duplicated flag '${String.fromCodePoint(FLAG_PROP_TO_CODEPOINT[flagName])}'`); } } this.onRemoveModifiers(modifiersStart, this.index, modifiers); } this.onModifiersLeave(start, this.index); return true; } consumeCapturingGroup() { const start = this.index; if (this.eat(LEFT_PARENTHESIS)) { let name = null; if (this.ecmaVersion >= 2018) { if (this.consumeGroupSpecifier()) { name = this._lastStrValue; } else if (this.currentCodePoint === QUESTION_MARK) { this.rewind(start); return false; } } else if (this.currentCodePoint === QUESTION_MARK) { this.rewind(start); return false; } this.onCapturingGroupEnter(start, name); this.consumeDisjunction(); if (!this.eat(RIGHT_PARENTHESIS)) { this.raise("Unterminated group"); } this.onCapturingGroupLeave(start, this.index, name); return true; } return false; } consumeExtendedAtom() { return (this.consumeDot() || this.consumeReverseSolidusAtomEscape() || this.consumeReverseSolidusFollowedByC() || Boolean(this.consumeCharacterClass()) || this.consumeCapturingGroup() || this.consumeUncapturingGroup() || this.consumeInvalidBracedQuantifier() || this.consumeExtendedPatternCharacter()); } consumeReverseSolidusFollowedByC() { const start = this.index; if (this.currentCodePoint === REVERSE_SOLIDUS && this.nextCodePoint === LATIN_SMALL_LETTER_C) { this._lastIntValue = this.currentCodePoint; this.advance(); this.onCharacter(start, this.index, REVERSE_SOLIDUS); return true; } return false; } consumeInvalidBracedQuantifier() { if (this.eatBracedQuantifier(true)) { this.raise("Nothing to repeat"); } return false; } consumePatternCharacter() { const start = this.index; const cp = this.currentCodePoint; if (cp !== -1 && !isSyntaxCharacter(cp)) { this.advance(); this.onCharacter(start, this.index, cp); return true; } return false; } consumeExtendedPatternCharacter() { const start = this.index; const cp = this.currentCodePoint; if (cp !== -1 && cp !== CIRCUMFLEX_ACCENT && cp !== DOLLAR_SIGN && cp !== REVERSE_SOLIDUS && cp !== FULL_STOP && cp !== ASTERISK && cp !== PLUS_SIGN && cp !== QUESTION_MARK && cp !== LEFT_PARENTHESIS && cp !== RIGHT_PARENTHESIS && cp !== LEFT_SQUARE_BRACKET && cp !== VERTICAL_LINE) { this.advance(); this.onCharacter(start, this.index, cp); return true; } return false; } consumeGroupSpecifier() { const start = this.index; if (this.eat(QUESTION_MARK)) { if (this.eatGroupName()) { if (!this._groupSpecifiers.hasInScope(this._lastStrValue)) { this._groupSpecifiers.addToScope(this._lastStrValue); return true; } this.raise("Duplicate capture group name"); } this.rewind(start); } return false; } consumeAtomEscape() { if (this.consumeBackreference() || this.consumeCharacterClassEscape() || this.consumeCharacterEscape() || (this._nFlag && this.consumeKGroupName())) { return true; } if (this.strict || this._unicodeMode) { this.raise("Invalid escape"); } return false; } consumeBackreference() { const start = this.index; if (this.eatDecimalEscape()) { const n = this._lastIntValue; if (n <= this._numCapturingParens) { this.onBackreference(start - 1, this.index, n); return true; } if (this.strict || this._unicodeMode) { this.raise("Invalid escape"); } this.rewind(start); } return false; } consumeCharacterClassEscape() { var _a; const start = this.index; if (this.eat(LATIN_SMALL_LETTER_D)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "digit", false); return {}; } if (this.eat(LATIN_CAPITAL_LETTER_D)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "digit", true); return {}; } if (this.eat(LATIN_SMALL_LETTER_S)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "space", false); return {}; } if (this.eat(LATIN_CAPITAL_LETTER_S)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "space", true); return {}; } if (this.eat(LATIN_SMALL_LETTER_W)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "word", false); return {}; } if (this.eat(LATIN_CAPITAL_LETTER_W)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "word", true); return {}; } let negate = false; if (this._unicodeMode && this.ecmaVersion >= 2018 && (this.eat(LATIN_SMALL_LETTER_P) || (negate = this.eat(LATIN_CAPITAL_LETTER_P)))) { this._lastIntValue = -1; let result = null; if (this.eat(LEFT_CURLY_BRACKET) && (result = this.eatUnicodePropertyValueExpression()) && this.eat(RIGHT_CURLY_BRACKET)) { if (negate && result.strings) { this.raise("Invalid property name"); } this.onUnicodePropertyCharacterSet(start - 1, this.index, "property", result.key, result.value, negate, (_a = result.strings) !== null && _a !== void 0 ? _a : false); return { mayContainStrings: result.strings }; } this.raise("Invalid property name"); } return null; } consumeCharacterEscape() { const start = this.index; if (this.eatControlEscape() || this.eatCControlLetter() || this.eatZero() || this.eatHexEscapeSequence() || this.eatRegExpUnicodeEscapeSequence() || (!this.strict && !this._unicodeMode && this.eatLegacyOctalEscapeSequence()) || this.eatIdentityEscape()) { this.onCharacter(start - 1, this.index, this._lastIntValue); return true; } return false; } consumeKGroupName() { const start = this.index; if (this.eat(LATIN_SMALL_LETTER_K)) { if (this.eatGroupName()) { const groupName = this._lastStrValue; this._backreferenceNames.add(groupName); this.onBackreference(start - 1, this.index, groupName); return true; } this.raise("Invalid named reference"); } return false; } consumeCharacterClass() { const start = this.index; if (this.eat(LEFT_SQUARE_BRACKET)) { const negate = this.eat(CIRCUMFLEX_ACCENT); this.onCharacterClassEnter(start, negate, this._unicodeSetsMode); const result = this.consumeClassContents(); if (!this.eat(RIGHT_SQUARE_BRACKET)) { if (this.currentCodePoint === -1) { this.raise("Unterminated character class"); } this.raise("Invalid character in character class"); } if (negate && result.mayContainStrings) { this.raise("Negated character class may contain strings"); } this.onCharacterClassLeave(start, this.index, negate); return result; } return null; } consumeClassContents() { if (this._unicodeSetsMode) { if (this.currentCodePoint === RIGHT_SQUARE_BRACKET) { return {}; } const result = this.consumeClassSetExpression(); return result; } const strict = this.strict || this._unicodeMode; for (;;) { const rangeStart = this.index; if (!this.consumeClassAtom()) { break; } const min = this._lastIntValue; if (!this.eat(HYPHEN_MINUS)) { continue; } this.onCharacter(this.index - 1, this.index, HYPHEN_MINUS); if (!this.consumeClassAtom()) { break; } const max = this._lastIntValue; if (min === -1 || max === -1) { if (strict) { this.raise("Invalid character class"); } continue; } if (min > max) { this.raise("Range out of order in character class"); } this.onCharacterClassRange(rangeStart, this.index, min, max); } return {}; } consumeClassAtom() { const start = this.index; const cp = this.currentCodePoint; if (cp !== -1 && cp !== REVERSE_SOLIDUS && cp !== RIGHT_SQUARE_BRACKET) { this.advance(); this._lastIntValue = cp; this.onCharacter(start, this.index, this._lastIntValue); return true; } if (this.eat(REVERSE_SOLIDUS)) { if (this.consumeClassEscape()) { return true; } if (!this.strict && this.currentCodePoint === LATIN_SMALL_LETTER_C) { this._lastIntValue = REVERSE_SOLIDUS; this.onCharacter(start, this.index, this._lastIntValue); return true; } if (this.strict || this._unicodeMode) { this.raise("Invalid escape"); } this.rewind(start); } return false; } consumeClassEscape() { const start = this.index; if (this.eat(LATIN_SMALL_LETTER_B)) { this._lastIntValue = BACKSPACE; this.onCharacter(start - 1, this.index, this._lastIntValue); return true; } if (this._unicodeMode && this.eat(HYPHEN_MINUS)) { this._lastIntValue = HYPHEN_MINUS; this.onCharacter(start - 1, this.index, this._lastIntValue); return true; } let cp = 0; if (!this.strict && !this._unicodeMode && this.currentCodePoint === LATIN_SMALL_LETTER_C && (isDecimalDigit((cp = this.nextCodePoint)) || cp === LOW_LINE)) { this.advance(); this.advance(); this._lastIntValue = cp % 0x20; this.onCharacter(start - 1, this.index, this._lastIntValue); return true; } return (Boolean(this.consumeCharacterClassEscape()) || this.consumeCharacterEscape()); } consumeClassSetExpression() { const start = this.index; let mayContainStrings = false; let result = null; if (this.consumeClassSetCharacter()) { if (this.consumeClassSetRangeFromOperator(start)) { this.consumeClassUnionRight({}); return {}; } mayContainStrings = false; } else if ((result = this.consumeClassSetOperand())) { mayContainStrings = result.mayContainStrings; } else { const cp = this.currentCodePoint; if (cp === REVERSE_SOLIDUS) { this.advance(); this.raise("Invalid escape"); } if (cp === this.nextCodePoint && isClassSetReservedDoublePunctuatorCharacter(cp)) { this.raise("Invalid set operation in character class"); } this.raise("Invalid character in character class"); } if (this.eat2(AMPERSAND, AMPERSAND)) { while (this.currentCodePoint !== AMPERSAND && (result = this.consumeClassSetOperand())) { this.onClassIntersection(start, this.index); if (!result.mayContainStrings) { mayContainStrings = false; } if (this.eat2(AMPERSAND, AMPERSAND)) { continue; } return { mayContainStrings }; } this.raise("Invalid character in character class"); } if (this.eat2(HYPHEN_MINUS, HYPHEN_MINUS)) { while (this.consumeClassSetOperand()) { this.onClassSubtraction(start, this.index); if (this.eat2(HYPHEN_MINUS, HYPHEN_MINUS)) { continue; } return { mayContainStrings }; } this.raise("Invalid character in character class"); } return this.consumeClassUnionRight({ mayContainStrings }); } consumeClassUnionRight(leftResult) { let mayContainStrings = leftResult.mayContainStrings; for (;;) { const start = this.index; if (this.consumeClassSetCharacter()) { this.consumeClassSetRangeFromOperator(start); continue; } const result = this.consumeClassSetOperand(); if (result) { if (result.mayContainStrings) { mayContainStrings = true; } continue; } break; } return { mayContainStrings }; } consumeClassSetRangeFromOperator(start) { const currentStart = this.index; const min = this._lastIntValue; if (this.eat(HYPHEN_MINUS)) { if (this.consumeClassSetCharacter()) { const max = this._lastIntValue; if (min === -1 || max === -1) { this.raise("Invalid character class"); } if (min > max) { this.raise("Range out of order in character class"); } this.onCharacterClassRange(start, this.index, min, max); return true; } this.rewind(currentStart); } return false; } consumeClassSetOperand() { let result = null; if ((result = this.consumeNestedClass())) { return result; } if ((result = this.consumeClassStringDisjunction())) { return result; } if (this.consumeClassSetCharacter()) { return {}; } return null; } consumeNestedClass() { const start = this.index; if (this.eat(LEFT_SQUARE_BRACKET)) { const negate = this.eat(CIRCUMFLEX_ACCENT); this.onCharacterClassEnter(start, negate, true); const result = this.consumeClassContents(); if (!this.eat(RIGHT_SQUARE_BRACKET)) { this.raise("Unterminated character class"); } if (negate && result.mayContainStrings) { this.raise("Negated character class may contain strings"); } this.onCharacterClassLeave(start, this.index, negate); return result; } if (this.eat(REVERSE_SOLIDUS)) { const result = this.consumeCharacterClassEscape(); if (result) { return result; } this.rewind(start); } return null; } consumeClassStringDisjunction() { const start = this.index; if (this.eat3(REVERSE_SOLIDUS, LATIN_SMALL_LETTER_Q, LEFT_CURLY_BRACKET)) { this.onClassSvStringDisjunctionEnter(start); let i = 0; let mayContainStrings = false; do { if (this.consumeClassString(i++).mayContainStrings) { mayContainStrings = true; } } while (this.eat(VERTICAL_LINE)); if (this.eat(RIGHT_CURLY_BRACKET)) { this.onClassStringDisjunctionLeave(start, this.index); return { mayContainStrings }; } this.raise("Unterminated class string disjunction"); } return null; } consumeClassString(i) { const start = this.index; let count = 0; this.onStringAlternativeEnter(start, i); while (this.currentCodePoint !== -1 && this.consumeClassSetCharacter()) { count++; } this.onStringAlternativeLeave(start, this.index, i); return { mayContainStrings: count !== 1 }; } consumeClassSetCharacter() { const start = this.index; const cp = this.currentCodePoint; if (cp !== this.nextCodePoint || !isClassSetReservedDoublePunctuatorCharacter(cp)) { if (cp !== -1 && !isClassSetSyntaxCharacter(cp)) { this._lastIntValue = cp; this.advance(); this.onCharacter(start, this.index, this._lastIntValue); return true; } } if (this.eat(REVERSE_SOLIDUS)) { if (this.consumeCharacterEscape()) { return true; } if (isClassSetReservedPunctuator(this.currentCodePoint)) { this._lastIntValue = this.currentCodePoint; this.advance(); this.onCharacter(start, this.index, this._lastIntValue); return true; } if (this.eat(LATIN_SMALL_LETTER_B)) { this._lastIntValue = BACKSPACE; this.onCharacter(start, this.index, this._lastIntValue); return true; } this.rewind(start); } return false; } eatGroupName() { if (this.eat(LESS_THAN_SIGN)) { if (this.eatRegExpIdentifierName() && this.eat(GREATER_THAN_SIGN)) { return true; } this.raise("Invalid capture group name"); } return false; } eatRegExpIdentifierName() { if (this.eatRegExpIdentifierStart()) { this._lastStrValue = String.fromCodePoint(this._lastIntValue); while (this.eatRegExpIdentifierPart()) { this._lastStrValue += String.fromCodePoint(this._lastIntValue); } return true; } return false; } eatRegExpIdentifierStart() { const start = this.index; const forceUFlag = !this._unicodeMode && this.ecmaVersion >= 2020; let cp = this.currentCodePoint; this.advance(); if (cp === REVERSE_SOLIDUS && this.eatRegExpUnicodeEscapeSequence(forceUFlag)) { cp = this._lastIntValue; } else if (forceUFlag && isLeadSurrogate(cp) && isTrailSurrogate(this.currentCodePoint)) { cp = combineSurrogatePair(cp, this.currentCodePoint); this.advance(); } if (isIdentifierStartChar(cp)) { this._lastIntValue = cp; return true; } if (this.index !== start) { this.rewind(start); } return false; } eatRegExpIdentifierPart() { const start = this.index; const forceUFlag = !this._unicodeMode && this.ecmaVersion >= 2020; let cp = this.currentCodePoint; this.advance(); if (cp === REVERSE_SOLIDUS && this.eatRegExpUnicodeEscapeSequence(forceUFlag)) { cp = this._lastIntValue; } else if (forceUFlag && isLeadSurrogate(cp) && isTrailSurrogate(this.currentCodePoint)) { cp = combineSurrogatePair(cp, this.currentCodePoint); this.advance(); } if (isIdentifierPartChar(cp)) { this._lastIntValue = cp; return true; } if (this.index !== start) { this.rewind(start); } return false; } eatCControlLetter() { const start = this.index; if (this.eat(LATIN_SMALL_LETTER_C)) { if (this.eatControlLetter()) { return true; } this.rewind(start); } return false; } eatZero() { if (this.currentCodePoint === DIGIT_ZERO && !isDecimalDigit(this.nextCodePoint)) { this._lastIntValue = 0; this.advance(); return true; } return false; } eatControlEscape() { if (this.eat(LATIN_SMALL_LETTER_F)) { this._lastIntValue = FORM_FEED; return true; } if (this.eat(LATIN_SMALL_LETTER_N)) { this._lastIntValue = LINE_FEED; return true; } if (this.eat(LATIN_SMALL_LETTER_R)) { this._lastIntValue = CARRIAGE_RETURN; return true; } if (this.eat(LATIN_SMALL_LETTER_T)) { this._lastIntValue = CHARACTER_TABULATION; return true; } if (this.eat(LATIN_SMALL_LETTER_V)) { this._lastIntValue = LINE_TABULATION; return true; } return false; } eatControlLetter() { const cp = this.currentCodePoint; if (isLatinLetter(cp)) { this.advance(); this._lastIntValue = cp % 0x20; return true; } return false; } eatRegExpUnicodeEscapeSequence(forceUFlag = false) { const start = this.index; const uFlag = forceUFlag || this._unicodeMode; if (this.eat(LATIN_SMALL_LETTER_U)) { if ((uFlag && this.eatRegExpUnicodeSurrogatePairEscape()) || this.eatFixedHexDigits(4) || (uFlag && this.eatRegExpUnicodeCodePointEscape())) { return true; } if (this.strict || uFlag) { this.raise("Invalid unicode escape"); } this.rewind(start); } return false; } eatRegExpUnicodeSurrogatePairEscape() { const start = this.index; if (this.eatFixedHexDigits(4)) { const lead = this._lastIntValue; if (isLeadSurrogate(lead) && this.eat(REVERSE_SOLIDUS) && this.eat(LATIN_SMALL_LETTER_U) && this.eatFixedHexDigits(4)) { const trail = this._lastIntValue; if (isTrailSurrogate(trail)) { this._lastIntValue = combineSurrogatePair(lead, trail); return true; } } this.rewind(start); } return false; } eatRegExpUnicodeCodePointEscape() { const start = this.index; if (this.eat(LEFT_CURLY_BRACKET) && this.eatHexDigits() && this.eat(RIGHT_CURLY_BRACKET) && isValidUnicode(this._lastIntValue)) { return true; } this.rewind(start); return false; } eatIdentityEscape() { const cp = this.currentCodePoint; if (this.isValidIdentityEscape(cp)) { this._lastIntValue = cp; this.advance(); return true; } return false; } isValidIdentityEscape(cp) { if (cp === -1) { return false; } if (this._unicodeMode) { return isSyntaxCharacter(cp) || cp === SOLIDUS; } if (this.strict) { return !isIdContinue(cp); } if (this._nFlag) { return !(cp === LATIN_SMALL_LETTER_C || cp === LATIN_SMALL_LETTER_K); } return cp !== LATIN_SMALL_LETTER_C; } eatDecimalEscape() { this._lastIntValue = 0; let cp = this.currentCodePoint; if (cp >= DIGIT_ONE && cp <= DIGIT_NINE) { do { this._lastIntValue = 10 * this._lastIntValue + (cp - DIGIT_ZERO); this.advance(); } while ((cp = this.currentCodePoint) >= DIGIT_ZERO && cp <= DIGIT_NINE); return true; } return false; } eatUnicodePropertyValueExpression() { const start = this.index; if (this.eatUnicodePropertyName() && this.eat(EQUALS_SIGN)) { const key = this._lastStrValue; if (this.eatUnicodePropertyValue()) { const value = this._lastStrValue; if (isValidUnicodeProperty(this.ecmaVersion, key, value)) { return { key, value: value || null, }; } this.raise("Invalid property name"); } } this.rewind(start); if (this.eatLoneUnicodePropertyNameOrValue()) { const nameOrValue = this._lastStrValue; if (isValidUnicodeProperty(this.ecmaVersion, "General_Category", nameOrValue)) { return { key: "General_Category", value: nameOrValue || null, }; } if (isValidLoneUnicodeProperty(this.ecmaVersion, nameOrValue)) { return { key: nameOrValue, value: null, }; } if (this._unicodeSetsMode && isValidLoneUnicodePropertyOfString(this.ecmaVersion, nameOrValue)) { return { key: nameOrValue, value: null, strings: true, }; } this.raise("Invalid property name"); } return null; } eatUnicodePropertyName() { this._lastStrValue = ""; while (isUnicodePropertyNameCharacter(this.currentCodePoint)) { this._lastStrValue += String.fromCodePoint(this.currentCodePoint); this.advance(); } return this._lastStrValue !== ""; } eatUnicodePropertyValue() { this._lastStrValue = ""; while (isUnicodePropertyValueCharacter(this.currentCodePoint)) { this._lastStrValue += String.fromCodePoint(this.currentCodePoint); this.advance(); } return this._lastStrValue !== ""; } eatLoneUnicodePropertyNameOrValue() { return this.eatUnicodePropertyValue(); } eatHexEscapeSequence() { const start = this.index; if (this.eat(LATIN_SMALL_LETTER_X)) { if (this.eatFixedHexDigits(2)) { return true; } if (this._unicodeMode || this.strict) { this.raise("Invalid escape"); } this.rewind(start); } return false; } eatDecimalDigits() { const start = this.index; this._lastIntValue = 0; while (isDecimalDigit(this.currentCodePoint)) { this._lastIntValue = 10 * this._lastIntValue + digitToInt(this.currentCodePoint); this.advance(); } return this.index !== start; } eatHexDigits() { const start = this.index; this._lastIntValue = 0; while (isHexDigit(this.currentCodePoint)) { this._lastIntValue = 16 * this._lastIntValue + digitToInt(this.currentCodePoint); this.advance(); } return this.index !== start; } eatLegacyOctalEscapeSequence() { if (this.eatOctalDigit()) { const n1 = this._lastIntValue; if (this.eatOctalDigit()) { const n2 = this._lastIntValue; if (n1 <= 3 && this.eatOctalDigit()) { this._lastIntValue = n1 * 64 + n2 * 8 + this._lastIntValue; } else { this._lastIntValue = n1 * 8 + n2; } } else { this._lastIntValue = n1; } return true; } return false; } eatOctalDigit() { const cp = this.currentCodePoint; if (isOctalDigit(cp)) { this.advance(); this._lastIntValue = cp - DIGIT_ZERO; return true; } this._lastIntValue = 0; return false; } eatFixedHexDigits(length) { const start = this.index; this._lastIntValue = 0; for (let i = 0; i < length; ++i) { const cp = this.currentCodePoint; if (!isHexDigit(cp)) { this.rewind(start); return false; } this._lastIntValue = 16 * this._lastIntValue + digitToInt(cp); this.advance(); } return true; } eatModifiers() { let ate = false; while (isRegularExpressionModifier(this.currentCodePoint)) { this.advance(); ate = true; } return ate; } parseModifiers(start, end) { const { ignoreCase, multiline, dotAll } = this.parseFlags(this._reader.source, start, end); return { ignoreCase, multiline, dotAll }; } parseFlags(source, start, end) { const flags = { global: false, ignoreCase: false, multiline: false, unicode: false, sticky: false, dotAll: false, hasIndices: false, unicodeSets: false, }; const validFlags = new Set(); validFlags.add(LATIN_SMALL_LETTER_G); validFlags.add(LATIN_SMALL_LETTER_I); validFlags.add(LATIN_SMALL_LETTER_M); if (this.ecmaVersion >= 2015) { validFlags.add(LATIN_SMALL_LETTER_U); validFlags.add(LATIN_SMALL_LETTER_Y); if (this.ecmaVersion >= 2018) { validFlags.add(LATIN_SMALL_LETTER_S); if (this.ecmaVersion >= 2022) { validFlags.add(LATIN_SMALL_LETTER_D); if (this.ecmaVersion >= 2024) { validFlags.add(LATIN_SMALL_LETTER_V); } } } } for (let i = start; i < end; ++i) { const flag = source.charCodeAt(i); if (validFlags.has(flag)) { const prop = FLAG_CODEPOINT_TO_PROP[flag]; if (flags[prop]) { this.raise(`Duplicated flag '${source[i]}'`, { index: start, }); } flags[prop] = true; } else { this.raise(`Invalid flag '${source[i]}'`, { index: start }); } } return flags; } } const DUMMY_PATTERN = {}; const DUMMY_FLAGS = {}; const DUMMY_CAPTURING_GROUP = {}; function isClassSetOperand(node) { return (node.type === "Character" || node.type === "CharacterSet" || node.type === "CharacterClass" || node.type === "ExpressionCharacterClass" || node.type === "ClassStringDisjunction"); } class RegExpParserState { constructor(options) { var _a; this._node = DUMMY_PATTERN; this._expressionBufferMap = new Map(); this._flags = DUMMY_FLAGS; this._backreferences = []; this._capturingGroups = []; this.source = ""; this.strict = Boolean(options === null || options === void 0 ? void 0 : options.strict); this.ecmaVersion = (_a = options === null || options === void 0 ? void 0 : options.ecmaVersion) !== null && _a !== void 0 ? _a : latestEcmaVersion; } get pattern() { if (this._node.type !== "Pattern") { throw new Error("UnknownError"); } return this._node; } get flags() { if (this._flags.type !== "Flags") { throw new Error("UnknownError"); } return this._flags; } onRegExpFlags(start, end, { global, ignoreCase, multiline, unicode, sticky, dotAll, hasIndices, unicodeSets, }) { this._flags = { type: "Flags", parent: null, start, end, raw: this.source.slice(start, end), global, ignoreCase, multiline, unicode, sticky, dotAll, hasIndices, unicodeSets, }; } onPatternEnter(start) { this._node = { type: "Pattern", parent: null, start, end: start, raw: "", alternatives: [], }; this._backreferences.length = 0; this._capturingGroups.length = 0; } onPatternLeave(start, end) { this._node.end = end; this._node.raw = this.source.slice(start, end); for (const reference of this._backreferences) { const ref = reference.ref; const groups = typeof ref === "number" ? [this._capturingGroups[ref - 1]] : this._capturingGroups.filter((g) => g.name === ref); if (groups.length === 1) { const group = groups[0]; reference.ambiguous = false; reference.resolved = group; } else { reference.ambiguous = true; reference.resolved = groups; } for (const group of groups) { group.references.push(reference); } } } onAlternativeEnter(start) { const parent = this._node; if (parent.type !== "Assertion" && parent.type !== "CapturingGroup" && parent.type !== "Group" && parent.type !== "Pattern") { throw new Error("UnknownError"); } this._node = { type: "Alternative", parent, start, end: start, raw: "", elements: [], }; parent.alternatives.push(this._node); } onAlternativeLeave(start, end) { const node = this._node; if (node.type !== "Alternative") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onGroupEnter(start) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } const group = { type: "Group", parent, start, end: start, raw: "", modifiers: null, alternatives: [], }; this._node = group; parent.elements.push(this._node); } onGroupLeave(start, end) { const node = this._node; if (node.type !== "Group" || node.parent.type !== "Alternative") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onModifiersEnter(start) { const parent = this._node; if (parent.type !== "Group") { throw new Error("UnknownError"); } this._node = { type: "Modifiers", parent, start, end: start, raw: "", add: null, remove: null, }; parent.modifiers = this._node; } onModifiersLeave(start, end) { const node = this._node; if (node.type !== "Modifiers" || node.parent.type !== "Group") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onAddModifiers(start, end, { ignoreCase, multiline, dotAll, }) { const parent = this._node; if (parent.type !== "Modifiers") { throw new Error("UnknownError"); } parent.add = { type: "ModifierFlags", parent, start, end, raw: this.source.slice(start, end), ignoreCase, multiline, dotAll, }; } onRemoveModifiers(start, end, { ignoreCase, multiline, dotAll, }) { const parent = this._node; if (parent.type !== "Modifiers") { throw new Error("UnknownError"); } parent.remove = { type: "ModifierFlags", parent, start, end, raw: this.source.slice(start, end), ignoreCase, multiline, dotAll, }; } onCapturingGroupEnter(start, name) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } this._node = { type: "CapturingGroup", parent, start, end: start, raw: "", name, alternatives: [], references: [], }; parent.elements.push(this._node); this._capturingGroups.push(this._node); } onCapturingGroupLeave(start, end) { const node = this._node; if (node.type !== "CapturingGroup" || node.parent.type !== "Alternative") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onQuantifier(start, end, min, max, greedy) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } const element = parent.elements.pop(); if (element == null || element.type === "Quantifier" || (element.type === "Assertion" && element.kind !== "lookahead")) { throw new Error("UnknownError"); } const node = { type: "Quantifier", parent, start: element.start, end, raw: this.source.slice(element.start, end), min, max, greedy, element, }; parent.elements.push(node); element.parent = node; } onLookaroundAssertionEnter(start, kind, negate) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } const node = (this._node = { type: "Assertion", parent, start, end: start, raw: "", kind, negate, alternatives: [], }); parent.elements.push(node); } onLookaroundAssertionLeave(start, end) { const node = this._node; if (node.type !== "Assertion" || node.parent.type !== "Alternative") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onEdgeAssertion(start, end, kind) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } parent.elements.push({ type: "Assertion", parent, start, end, raw: this.source.slice(start, end), kind, }); } onWordBoundaryAssertion(start, end, kind, negate) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } parent.elements.push({ type: "Assertion", parent, start, end, raw: this.source.slice(start, end), kind, negate, }); } onAnyCharacterSet(start, end, kind) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } parent.elements.push({ type: "CharacterSet", parent, start, end, raw: this.source.slice(start, end), kind, }); } onEscapeCharacterSet(start, end, kind, negate) { const parent = this._node; if (parent.type !== "Alternative" && parent.type !== "CharacterClass") { throw new Error("UnknownError"); } parent.elements.push({ type: "CharacterSet", parent, start, end, raw: this.source.slice(start, end), kind, negate, }); } onUnicodePropertyCharacterSet(start, end, kind, key, value, negate, strings) { const parent = this._node; if (parent.type !== "Alternative" && parent.type !== "CharacterClass") { throw new Error("UnknownError"); } const base = { type: "CharacterSet", parent: null, start, end, raw: this.source.slice(start, end), kind, strings: null, key, }; if (strings) { if ((parent.type === "CharacterClass" && !parent.unicodeSets) || negate || value !== null) { throw new Error("UnknownError"); } parent.elements.push(Object.assign(Object.assign({}, base), { parent, strings, value, negate })); } else { parent.elements.push(Object.assign(Object.assign({}, base), { parent, strings, value, negate })); } } onCharacter(start, end, value) { const parent = this._node; if (parent.type !== "Alternative" && parent.type !== "CharacterClass" && parent.type !== "StringAlternative") { throw new Error("UnknownError"); } parent.elements.push({ type: "Character", parent, start, end, raw: this.source.slice(start, end), value, }); } onBackreference(start, end, ref) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } const node = { type: "Backreference", parent, start, end, raw: this.source.slice(start, end), ref, ambiguous: false, resolved: DUMMY_CAPTURING_GROUP, }; parent.elements.push(node); this._backreferences.push(node); } onCharacterClassEnter(start, negate, unicodeSets) { const parent = this._node; const base = { type: "CharacterClass", parent, start, end: start, raw: "", unicodeSets, negate, elements: [], }; if (parent.type === "Alternative") { const node = Object.assign(Object.assign({}, base), { parent }); this._node = node; parent.elements.push(node); } else if (parent.type === "CharacterClass" && parent.unicodeSets && unicodeSets) { const node = Object.assign(Object.assign({}, base), { parent, unicodeSets }); this._node = node; parent.elements.push(node); } else { throw new Error("UnknownError"); } } onCharacterClassLeave(start, end) { const node = this._node; if (node.type !== "CharacterClass" || (node.parent.type !== "Alternative" && node.parent.type !== "CharacterClass")) { throw new Error("UnknownError"); } const parent = node.parent; node.end = end; node.raw = this.source.slice(start, end); this._node = parent; const expression = this._expressionBufferMap.get(node); if (!expression) { return; } if (node.elements.length > 0) { throw new Error("UnknownError"); } this._expressionBufferMap.delete(node); const newNode = { type: "ExpressionCharacterClass", parent, start: node.start, end: node.end, raw: node.raw, negate: node.negate, expression, }; expression.parent = newNode; if (node !== parent.elements.pop()) { throw new Error("UnknownError"); } parent.elements.push(newNode); } onCharacterClassRange(start, end) { const parent = this._node; if (parent.type !== "CharacterClass") { throw new Error("UnknownError"); } const elements = parent.elements; const max = elements.pop(); if (!max || max.type !== "Character") { throw new Error("UnknownError"); } if (!parent.unicodeSets) { const hyphen = elements.pop(); if (!hyphen || hyphen.type !== "Character" || hyphen.value !== HYPHEN_MINUS) { throw new Error("UnknownError"); } } const min = elements.pop(); if (!min || min.type !== "Character") { throw new Error("UnknownError"); } const node = { type: "CharacterClassRange", parent, start, end, raw: this.source.slice(start, end), min, max, }; min.parent = node; max.parent = node; elements.push(node); } onClassIntersection(start, end) { var _a; const parent = this._node; if (parent.type !== "CharacterClass" || !parent.unicodeSets) { throw new Error("UnknownError"); } const right = parent.elements.pop(); const left = (_a = this._expressionBufferMap.get(parent)) !== null && _a !== void 0 ? _a : parent.elements.pop(); if (!left || !right || left.type === "ClassSubtraction" || (left.type !== "ClassIntersection" && !isClassSetOperand(left)) || !isClassSetOperand(right)) { throw new Error("UnknownError"); } const node = { type: "ClassIntersection", parent: parent, start, end, raw: this.source.slice(start, end), left, right, }; left.parent = node; right.parent = node; this._expressionBufferMap.set(parent, node); } onClassSubtraction(start, end) { var _a; const parent = this._node; if (parent.type !== "CharacterClass" || !parent.unicodeSets) { throw new Error("UnknownError"); } const right = parent.elements.pop(); const left = (_a = this._expressionBufferMap.get(parent)) !== null && _a !== void 0 ? _a : parent.elements.pop(); if (!left || !right || left.type === "ClassIntersection" || (left.type !== "ClassSubtraction" && !isClassSetOperand(left)) || !isClassSetOperand(right)) { throw new Error("UnknownError"); } const node = { type: "ClassSubtraction", parent: parent, start, end, raw: this.source.slice(start, end), left, right, }; left.parent = node; right.parent = node; this._expressionBufferMap.set(parent, node); } onClassStringDisjunctionEnter(start) { const parent = this._node; if (parent.type !== "CharacterClass" || !parent.unicodeSets) { throw new Error("UnknownError"); } this._node = { type: "ClassStringDisjunction", parent, start, end: start, raw: "", alternatives: [], }; parent.elements.push(this._node); } onClassStringDisjunctionLeave(start, end) { const node = this._node; if (node.type !== "ClassStringDisjunction" || node.parent.type !== "CharacterClass") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onStringAlternativeEnter(start) { const parent = this._node; if (parent.type !== "ClassStringDisjunction") { throw new Error("UnknownError"); } this._node = { type: "StringAlternative", parent, start, end: start, raw: "", elements: [], }; parent.alternatives.push(this._node); } onStringAlternativeLeave(start, end) { const node = this._node; if (node.type !== "StringAlternative") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } } class RegExpParser { constructor(options) { this._state = new RegExpParserState(options); this._validator = new RegExpValidator(this._state); } parseLiteral(source, start = 0, end = source.length) { this._state.source = source; this._validator.validateLiteral(source, start, end); const pattern = this._state.pattern; const flags = this._state.flags; const literal = { type: "RegExpLiteral", parent: null, start, end, raw: source, pattern, flags, }; pattern.parent = literal; flags.parent = literal; return literal; } parseFlags(source, start = 0, end = source.length) { this._state.source = source; this._validator.validateFlags(source, start, end); return this._state.flags; } parsePattern(source, start = 0, end = source.length, uFlagOrFlags = undefined) { this._state.source = source; this._validator.validatePattern(source, start, end, uFlagOrFlags); return this._state.pattern; } } class RegExpVisitor { constructor(handlers) { this._handlers = handlers; } visit(node) { switch (node.type) { case "Alternative": this.visitAlternative(node); break; case "Assertion": this.visitAssertion(node); break; case "Backreference": this.visitBackreference(node); break; case "CapturingGroup": this.visitCapturingGroup(node); break; case "Character": this.visitCharacter(node); break; case "CharacterClass": this.visitCharacterClass(node); break; case "CharacterClassRange": this.visitCharacterClassRange(node); break; case "CharacterSet": this.visitCharacterSet(node); break; case "ClassIntersection": this.visitClassIntersection(node); break; case "ClassStringDisjunction": this.visitClassStringDisjunction(node); break; case "ClassSubtraction": this.visitClassSubtraction(node); break; case "ExpressionCharacterClass": this.visitExpressionCharacterClass(node); break; case "Flags": this.visitFlags(node); break; case "Group": this.visitGroup(node); break; case "Modifiers": this.visitModifiers(node); break; case "ModifierFlags": this.visitModifierFlags(node); break; case "Pattern": this.visitPattern(node); break; case "Quantifier": this.visitQuantifier(node); break; case "RegExpLiteral": this.visitRegExpLiteral(node); break; case "StringAlternative": this.visitStringAlternative(node); break; default: throw new Error(`Unknown type: ${node.type}`); } } visitAlternative(node) { if (this._handlers.onAlternativeEnter) { this._handlers.onAlternativeEnter(node); } node.elements.forEach(this.visit, this); if (this._handlers.onAlternativeLeave) { this._handlers.onAlternativeLeave(node); } } visitAssertion(node) { if (this._handlers.onAssertionEnter) { this._handlers.onAssertionEnter(node); } if (node.kind === "lookahead" || node.kind === "lookbehind") { node.alternatives.forEach(this.visit, this); } if (this._handlers.onAssertionLeave) { this._handlers.onAssertionLeave(node); } } visitBackreference(node) { if (this._handlers.onBackreferenceEnter) { this._handlers.onBackreferenceEnter(node); } if (this._handlers.onBackreferenceLeave) { this._handlers.onBackreferenceLeave(node); } } visitCapturingGroup(node) { if (this._handlers.onCapturingGroupEnter) { this._handlers.onCapturingGroupEnter(node); } node.alternatives.forEach(this.visit, this); if (this._handlers.onCapturingGroupLeave) { this._handlers.onCapturingGroupLeave(node); } } visitCharacter(node) { if (this._handlers.onCharacterEnter) { this._handlers.onCharacterEnter(node); } if (this._handlers.onCharacterLeave) { this._handlers.onCharacterLeave(node); } } visitCharacterClass(node) { if (this._handlers.onCharacterClassEnter) { this._handlers.onCharacterClassEnter(node); } node.elements.forEach(this.visit, this); if (this._handlers.onCharacterClassLeave) { this._handlers.onCharacterClassLeave(node); } } visitCharacterClassRange(node) { if (this._handlers.onCharacterClassRangeEnter) { this._handlers.onCharacterClassRangeEnter(node); } this.visitCharacter(node.min); this.visitCharacter(node.max); if (this._handlers.onCharacterClassRangeLeave) { this._handlers.onCharacterClassRangeLeave(node); } } visitCharacterSet(node) { if (this._handlers.onCharacterSetEnter) { this._handlers.onCharacterSetEnter(node); } if (this._handlers.onCharacterSetLeave) { this._handlers.onCharacterSetLeave(node); } } visitClassIntersection(node) { if (this._handlers.onClassIntersectionEnter) { this._handlers.onClassIntersectionEnter(node); } this.visit(node.left); this.visit(node.right); if (this._handlers.onClassIntersectionLeave) { this._handlers.onClassIntersectionLeave(node); } } visitClassStringDisjunction(node) { if (this._handlers.onClassStringDisjunctionEnter) { this._handlers.onClassStringDisjunctionEnter(node); } node.alternatives.forEach(this.visit, this); if (this._handlers.onClassStringDisjunctionLeave) { this._handlers.onClassStringDisjunctionLeave(node); } } visitClassSubtraction(node) { if (this._handlers.onClassSubtractionEnter) { this._handlers.onClassSubtractionEnter(node); } this.visit(node.left); this.visit(node.right); if (this._handlers.onClassSubtractionLeave) { this._handlers.onClassSubtractionLeave(node); } } visitExpressionCharacterClass(node) { if (this._handlers.onExpressionCharacterClassEnter) { this._handlers.onExpressionCharacterClassEnter(node); } this.visit(node.expression); if (this._handlers.onExpressionCharacterClassLeave) { this._handlers.onExpressionCharacterClassLeave(node); } } visitFlags(node) { if (this._handlers.onFlagsEnter) { this._handlers.onFlagsEnter(node); } if (this._handlers.onFlagsLeave) { this._handlers.onFlagsLeave(node); } } visitGroup(node) { if (this._handlers.onGroupEnter) { this._handlers.onGroupEnter(node); } if (node.modifiers) { this.visit(node.modifiers); } node.alternatives.forEach(this.visit, this); if (this._handlers.onGroupLeave) { this._handlers.onGroupLeave(node); } } visitModifiers(node) { if (this._handlers.onModifiersEnter) { this._handlers.onModifiersEnter(node); } if (node.add) { this.visit(node.add); } if (node.remove) { this.visit(node.remove); } if (this._handlers.onModifiersLeave) { this._handlers.onModifiersLeave(node); } } visitModifierFlags(node) { if (this._handlers.onModifierFlagsEnter) { this._handlers.onModifierFlagsEnter(node); } if (this._handlers.onModifierFlagsLeave) { this._handlers.onModifierFlagsLeave(node); } } visitPattern(node) { if (this._handlers.onPatternEnter) { this._handlers.onPatternEnter(node); } node.alternatives.forEach(this.visit, this); if (this._handlers.onPatternLeave) { this._handlers.onPatternLeave(node); } } visitQuantifier(node) { if (this._handlers.onQuantifierEnter) { this._handlers.onQuantifierEnter(node); } this.visit(node.element); if (this._handlers.onQuantifierLeave) { this._handlers.onQuantifierLeave(node); } } visitRegExpLiteral(node) { if (this._handlers.onRegExpLiteralEnter) { this._handlers.onRegExpLiteralEnter(node); } this.visitPattern(node.pattern); this.visitFlags(node.flags); if (this._handlers.onRegExpLiteralLeave) { this._handlers.onRegExpLiteralLeave(node); } } visitStringAlternative(node) { if (this._handlers.onStringAlternativeEnter) { this._handlers.onStringAlternativeEnter(node); } node.elements.forEach(this.visit, this); if (this._handlers.onStringAlternativeLeave) { this._handlers.onStringAlternativeLeave(node); } } } function parseRegExpLiteral(source, options) { return new RegExpParser(options).parseLiteral(String(source)); } function validateRegExpLiteral(source, options) { new RegExpValidator(options).validateLiteral(source); } function visitRegExpAST(node, handlers) { new RegExpVisitor(handlers).visit(node); } exports.AST = ast; exports.RegExpParser = RegExpParser; exports.RegExpSyntaxError = RegExpSyntaxError; exports.RegExpValidator = RegExpValidator; exports.parseRegExpLiteral = parseRegExpLiteral; exports.validateRegExpLiteral = validateRegExpLiteral; exports.visitRegExpAST = visitRegExpAST; //# sourceMappingURL=index.js.map 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ast = /*#__PURE__*/Object.freeze({ __proto__: null }); const latestEcmaVersion = 2025; let largeIdStartRanges = undefined; let largeIdContinueRanges = undefined; function isIdStart(cp) { if (cp < 0x41) return false; if (cp < 0x5b) return true; if (cp < 0x61) return false; if (cp < 0x7b) return true; return isLargeIdStart(cp); } function isIdContinue(cp) { if (cp < 0x30) return false; if (cp < 0x3a) return true; if (cp < 0x41) return false; if (cp < 0x5b) return true; if (cp === 0x5f) return true; if (cp < 0x61) return false; if (cp < 0x7b) return true; return isLargeIdStart(cp) || isLargeIdContinue(cp); } function isLargeIdStart(cp) { return isInRange(cp, largeIdStartRanges !== null && largeIdStartRanges !== void 0 ? largeIdStartRanges : (largeIdStartRanges = initLargeIdStartRanges())); } function isLargeIdContinue(cp) { return isInRange(cp, largeIdContinueRanges !== null && largeIdContinueRanges !== void 0 ? largeIdContinueRanges : (largeIdContinueRanges = initLargeIdContinueRanges())); } function initLargeIdStartRanges() { return restoreRanges("4q 0 b 0 5 0 6 m 2 u 2 cp 5 b f 4 8 0 2 0 3m 4 2 1 3 3 2 0 7 0 2 2 2 0 2 j 2 2a 2 3u 9 4l 2 11 3 0 7 14 20 q 5 3 1a 16 10 1 2 2q 2 0 g 1 8 1 b 2 3 0 h 0 2 t u 2g c 0 p w a 1 5 0 6 l 5 0 a 0 4 0 o o 8 a 6 n 2 6 h 15 1n 1h 4 0 j 0 8 9 g f 5 7 3 1 3 l 2 6 2 0 4 3 4 0 h 0 e 1 2 2 f 1 b 0 9 5 5 1 3 l 2 6 2 1 2 1 2 1 w 3 2 0 k 2 h 8 2 2 2 l 2 6 2 1 2 4 4 0 j 0 g 1 o 0 c 7 3 1 3 l 2 6 2 1 2 4 4 0 v 1 2 2 g 0 i 0 2 5 4 2 2 3 4 1 2 0 2 1 4 1 4 2 4 b n 0 1h 7 2 2 2 m 2 f 4 0 r 2 2 1 3 1 v 0 5 7 2 2 2 m 2 9 2 4 4 0 v 2 2 1 g 1 i 8 2 2 2 14 3 0 h 0 6 2 9 2 p 5 6 h 4 n 2 8 2 0 3 6 1n 1b 2 1 d 6 1n 1 2 0 2 4 2 n 2 0 2 9 2 1 a 0 3 4 2 0 m 3 x 0 1s 7 2 z s 4 38 16 l 0 h 5 5 3 4 0 4 1 8 2 5 c d 0 i 11 2 0 6 0 3 16 2 98 2 3 3 6 2 0 2 3 3 14 2 3 3 w 2 3 3 6 2 0 2 3 3 e 2 1k 2 3 3 1u 12 f h 2d 3 5 4 h7 3 g 2 p 6 22 4 a 8 h e i f h f c 2 2 g 1f 10 0 5 0 1w 2g 8 14 2 0 6 1x b u 1e t 3 4 c 17 5 p 1j m a 1g 2b 0 2m 1a i 7 1j t e 1 b 17 r z 16 2 b z 3 a 6 16 3 2 16 3 2 5 2 1 4 0 6 5b 1t 7p 3 5 3 11 3 5 3 7 2 0 2 0 2 0 2 u 3 1g 2 6 2 0 4 2 2 6 4 3 3 5 5 c 6 2 2 6 39 0 e 0 h c 2u 0 5 0 3 9 2 0 3 5 7 0 2 0 2 0 2 f 3 3 6 4 5 0 i 14 22g 6c 7 3 4 1 d 11 2 0 6 0 3 1j 8 0 h m a 6 2 6 2 6 2 6 2 6 2 6 2 6 2 6 fb 2 q 8 8 4 3 4 5 2d 5 4 2 2h 2 3 6 16 2 2l i v 1d f e9 533 1t h3g 1w 19 3 7g 4 f b 1 l 1a h u 3 27 14 8 3 2u 3 29 l g 2 2 2 3 2 m u 1f f 1d 1r 5 4 0 2 1 c r b m q s 8 1a t 0 h 4 2 9 b 4 2 14 o 2 2 7 l m 4 0 4 1d 2 0 4 1 3 4 3 0 2 0 p 2 3 a 8 2 d 5 3 5 3 5 a 6 2 6 2 16 2 d 7 36 u 8mb d m 5 1c 6it a5 3 2x 13 6 d 4 6 0 2 9 2 c 2 4 2 0 2 1 2 1 2 2z y a2 j 1r 3 1h 15 b 39 4 2 3q 11 p 7 p c 2g 4 5 3 5 3 5 3 2 10 b 2 p 2 i 2 1 2 e 3 d z 3e 1y 1g 7g s 4 1c 1c v e t 6 11 b t 3 z 5 7 2 4 17 4d j z 5 z 5 13 9 1f d a 2 e 2 6 2 1 2 a 2 e 2 6 2 1 4 1f d 8m a l b 7 p 5 2 15 2 8 1y 5 3 0 2 17 2 1 4 0 3 m b m a u 1u i 2 1 b l b p 7 p 13 1j 7 1 1t 0 g 3 2 2 2 s 17 s 4 s 10 7 2 r s 1h b l b i e h 33 20 1k 1e e 1e e z 13 r a m 6z 15 7 1 h 5 1l s b 0 9 l 17 h 1b k s m d 1g 1m 1 3 0 e 18 x o r z u 0 3 0 9 y 4 0 d 1b f 3 m 0 2 0 10 h 2 o k 1 1s 6 2 0 2 3 2 e 2 9 8 1a 13 7 3 1 3 l 2 6 2 1 2 4 4 0 j 0 d 4 v 9 2 0 3 0 2 11 2 0 q 0 2 0 19 1g j 3 l 2 v 1b l 1 2 0 55 1a 16 3 11 1b l 0 1o 16 e 0 20 q 12 6 56 17 39 1r w 7 3 0 3 7 2 1 2 n g 0 2 0 2n 7 3 12 h 0 2 0 t 0 b 13 8 0 m 0 c 19 k 0 j 20 5k w w 8 2 10 i 0 1e t 35 6 2 1 2 11 m 0 q 5 2 1 2 v f 0 o 17 79 i g 0 2 c 2 x 3h 0 28 pl 2v 32 i 5f 219 2o g tr i 5 q 32y 6 g6 5a2 t 1cz fs 8 u i 26 i t j 1b h 3 w k 6 i c1 18 5w 1r x o 3 o 19 22 6 0 1v c 1t 1 2 0 f 4 a 5p1 16 v 2q 36 6pq 3 2 6 2 1 2 82 g 0 u 2 3 0 f 3 9 az 1s5 2y 6 c 4 8 8 9 4mf 2c 2 1y 2 1 3 0 3 1 3 3 2 b 2 0 2 6 2 1s 2 3 3 7 2 6 2 r 2 3 2 4 2 0 4 6 2 9f 3 o 2 o 2 u 2 o 2 u 2 o 2 u 2 o 2 u 2 o 2 7 1f9 u 7 5 7a 1p 43 18 b 6 h 0 8y t j 17 dh r 6d t 3 0 5s u 2 2 2 1 2 6 3 4 a 1 69 6 2 3 2 1 2 e 2 5g 1o 1v 8 0 xh 3 2 q 2 1 2 0 3 0 2 9 2 3 2 0 2 0 7 0 5 0 2 0 2 0 2 2 2 1 2 0 3 0 2 0 2 0 2 0 2 0 2 1 2 0 3 3 2 6 2 3 2 3 2 0 2 9 2 g 6 2 2 4 2 g 3et wyn x 3dp 3 4gd 3 5rk g h9 1wj f1 15v 3t6 6 6jt"); } function initLargeIdContinueRanges() { return restoreRanges("53 0 g9 33 o 0 70 4 7e 18 2 0 2 1 2 1 2 0 21 a 1d u 7 0 2u 6 3 5 3 1 2 3 3 9 o 0 v q 2k a g 9 y 8 a 0 p 3 2 8 2 2 2 4 18 2 1o 8 17 n 2 w 1j 2 2 h 2 6 b 1 3 9 i 2 1l 0 2 6 3 1 3 2 a 0 b 1 3 9 f 0 3 2 1l 0 2 4 5 1 3 2 4 0 l b 4 0 c 2 1l 0 2 7 2 2 2 2 l 1 3 9 b 5 2 2 1l 0 2 6 3 1 3 2 8 2 b 1 3 9 j 0 1o 4 4 2 2 3 a 0 f 9 h 4 1k 0 2 6 2 2 2 3 8 1 c 1 3 9 i 2 1l 0 2 6 2 2 2 3 8 1 c 1 3 9 4 0 d 3 1k 1 2 6 2 2 2 3 a 0 b 1 3 9 i 2 1z 0 5 5 2 0 2 7 7 9 3 1 1q 0 3 6 d 7 2 9 2g 0 3 8 c 6 2 9 1r 1 7 9 c 0 2 0 2 0 5 1 1e j 2 1 6 a 2 z a 0 2t j 2 9 d 3 5 2 2 2 3 6 4 3 e b 2 e jk 2 a 8 pt 3 t 2 u 1 v 1 1t v a 0 3 9 y 2 2 a 40 0 3b b 5 b b 9 3l a 1p 4 1m 9 2 s 3 a 7 9 n d 2 u 3 b l 4 1c g c 9 i 8 d 2 v c 3 9 19 d 1d j 9 9 7 9 3b 2 2 k 5 0 7 0 3 2 5j 1r el 1 1e 1 k 0 3g c 5 0 4 b 2db 2 3y 0 2p v ff 5 2y 1 2p 0 n51 9 1y 0 5 9 x 1 29 1 7l 0 4 0 5 0 o 4 5 0 2c 1 1f h b 9 7 h e a t 7 q c 19 3 1c d g 9 c 0 b 9 1c d d 0 9 1 3 9 y 2 1f 0 2 2 3 1 6 1 2 0 16 4 6 1 6l 7 2 1 3 9 fmt 0 ki f h f 4 1 p 2 5d 9 12 0 12 0 ig 0 6b 0 46 4 86 9 120 2 2 1 6 3 15 2 5 0 4m 1 fy 3 9 9 7 9 w 4 8u 1 26 5 1z a 1e 3 3f 2 1i e w a 3 1 b 3 1a a 8 0 1a 9 7 2 11 d 2 9 6 1 19 0 d 2 1d d 9 3 2 b 2b b 7 0 3 0 4e b 6 9 7 3 1k 1 2 6 3 1 3 2 a 0 b 1 3 6 4 4 1w 8 2 0 3 0 2 3 2 4 2 0 f 1 2b h a 9 5 0 2a j d 9 5y 6 3 8 s 1 2b g g 9 2a c 9 9 7 j 1m e 5 9 6r e 4m 9 1z 5 2 1 3 3 2 0 2 1 d 9 3c 6 3 6 4 0 t 9 15 6 2 3 9 0 a a 1b f 5j 7 3t 9 1i 7 2 7 h 9 1l l 2 d 3f 5 4 0 2 1 2 6 2 0 9 9 1d 4 2 1 2 4 9 9 1j 9 7e 3 a 1 2 0 1d 6 4 4 e a 44m 0 7 e 8uh r 1t3 9 2f 9 13 4 1o 6 q 9 ev 9 d2 0 2 1i 8 3 2a 0 c 1 f58 1 382 9 ef 19 3 m f3 4 4 5 9 7 3 6 v 3 45 2 13e 1d e9 1i 5 1d 9 0 f 0 n 4 2 e 11t 6 2 g 3 6 2 1 2 4 2t 0 4h 6 a 9 9x 0 1q d dv d 6t 1 2 9 6h 0 3 0 8 1 6 0 d7 6 32 6 6 9 3o7 9 gvt3 6n"); } function isInRange(cp, ranges) { let l = 0, r = (ranges.length / 2) | 0, i = 0, min = 0, max = 0; while (l < r) { i = ((l + r) / 2) | 0; min = ranges[2 * i]; max = ranges[2 * i + 1]; if (cp < min) { r = i; } else if (cp > max) { l = i + 1; } else { return true; } } return false; } function restoreRanges(data) { let last = 0; return data.split(" ").map((s) => (last += parseInt(s, 36) | 0)); } class DataSet { constructor(raw2018, raw2019, raw2020, raw2021, raw2022, raw2023, raw2024, raw2025, raw2026) { this._raw2018 = raw2018; this._raw2019 = raw2019; this._raw2020 = raw2020; this._raw2021 = raw2021; this._raw2022 = raw2022; this._raw2023 = raw2023; this._raw2024 = raw2024; this._raw2025 = raw2025; this._raw2026 = raw2026; } get es2018() { var _a; return ((_a = this._set2018) !== null && _a !== void 0 ? _a : (this._set2018 = new Set(this._raw2018.split(" ")))); } get es2019() { var _a; return ((_a = this._set2019) !== null && _a !== void 0 ? _a : (this._set2019 = new Set(this._raw2019.split(" ")))); } get es2020() { var _a; return ((_a = this._set2020) !== null && _a !== void 0 ? _a : (this._set2020 = new Set(this._raw2020.split(" ")))); } get es2021() { var _a; return ((_a = this._set2021) !== null && _a !== void 0 ? _a : (this._set2021 = new Set(this._raw2021.split(" ")))); } get es2022() { var _a; return ((_a = this._set2022) !== null && _a !== void 0 ? _a : (this._set2022 = new Set(this._raw2022.split(" ")))); } get es2023() { var _a; return ((_a = this._set2023) !== null && _a !== void 0 ? _a : (this._set2023 = new Set(this._raw2023.split(" ")))); } get es2024() { var _a; return ((_a = this._set2024) !== null && _a !== void 0 ? _a : (this._set2024 = new Set(this._raw2024.split(" ")))); } get es2025() { var _a; return ((_a = this._set2025) !== null && _a !== void 0 ? _a : (this._set2025 = new Set(this._raw2025.split(" ")))); } get es2026() { var _a; return ((_a = this._set2026) !== null && _a !== void 0 ? _a : (this._set2026 = new Set(this._raw2026.split(" ")))); } } const gcNameSet = new Set(["General_Category", "gc"]); const scNameSet = new Set(["Script", "Script_Extensions", "sc", "scx"]); const gcValueSets = new DataSet("C Cased_Letter Cc Cf Close_Punctuation Cn Co Combining_Mark Connector_Punctuation Control Cs Currency_Symbol Dash_Punctuation Decimal_Number Enclosing_Mark Final_Punctuation Format Initial_Punctuation L LC Letter Letter_Number Line_Separator Ll Lm Lo Lowercase_Letter Lt Lu M Mark Math_Symbol Mc Me Mn Modifier_Letter Modifier_Symbol N Nd Nl No Nonspacing_Mark Number Open_Punctuation Other Other_Letter Other_Number Other_Punctuation Other_Symbol P Paragraph_Separator Pc Pd Pe Pf Pi Po Private_Use Ps Punctuation S Sc Separator Sk Sm So Space_Separator Spacing_Mark Surrogate Symbol Titlecase_Letter Unassigned Uppercase_Letter Z Zl Zp Zs cntrl digit punct", "", "", "", "", "", "", "", ""); const scValueSets = new DataSet("Adlam Adlm Aghb Ahom Anatolian_Hieroglyphs Arab Arabic Armenian Armi Armn Avestan Avst Bali Balinese Bamu Bamum Bass Bassa_Vah Batak Batk Beng Bengali Bhaiksuki Bhks Bopo Bopomofo Brah Brahmi Brai Braille Bugi Buginese Buhd Buhid Cakm Canadian_Aboriginal Cans Cari Carian Caucasian_Albanian Chakma Cham Cher Cherokee Common Copt Coptic Cprt Cuneiform Cypriot Cyrillic Cyrl Deseret Deva Devanagari Dsrt Dupl Duployan Egyp Egyptian_Hieroglyphs Elba Elbasan Ethi Ethiopic Geor Georgian Glag Glagolitic Gonm Goth Gothic Gran Grantha Greek Grek Gujarati Gujr Gurmukhi Guru Han Hang Hangul Hani Hano Hanunoo Hatr Hatran Hebr Hebrew Hira Hiragana Hluw Hmng Hung Imperial_Aramaic Inherited Inscriptional_Pahlavi Inscriptional_Parthian Ital Java Javanese Kaithi Kali Kana Kannada Katakana Kayah_Li Khar Kharoshthi Khmer Khmr Khoj Khojki Khudawadi Knda Kthi Lana Lao Laoo Latin Latn Lepc Lepcha Limb Limbu Lina Linb Linear_A Linear_B Lisu Lyci Lycian Lydi Lydian Mahajani Mahj Malayalam Mand Mandaic Mani Manichaean Marc Marchen Masaram_Gondi Meetei_Mayek Mend Mende_Kikakui Merc Mero Meroitic_Cursive Meroitic_Hieroglyphs Miao Mlym Modi Mong Mongolian Mro Mroo Mtei Mult Multani Myanmar Mymr Nabataean Narb Nbat New_Tai_Lue Newa Nko Nkoo Nshu Nushu Ogam Ogham Ol_Chiki Olck Old_Hungarian Old_Italic Old_North_Arabian Old_Permic Old_Persian Old_South_Arabian Old_Turkic Oriya Orkh Orya Osage Osge Osma Osmanya Pahawh_Hmong Palm Palmyrene Pau_Cin_Hau Pauc Perm Phag Phags_Pa Phli Phlp Phnx Phoenician Plrd Prti Psalter_Pahlavi Qaac Qaai Rejang Rjng Runic Runr Samaritan Samr Sarb Saur Saurashtra Sgnw Sharada Shavian Shaw Shrd Sidd Siddham SignWriting Sind Sinh Sinhala Sora Sora_Sompeng Soyo Soyombo Sund Sundanese Sylo Syloti_Nagri Syrc Syriac Tagalog Tagb Tagbanwa Tai_Le Tai_Tham Tai_Viet Takr Takri Tale Talu Tamil Taml Tang Tangut Tavt Telu Telugu Tfng Tglg Thaa Thaana Thai Tibetan Tibt Tifinagh Tirh Tirhuta Ugar Ugaritic Vai Vaii Wara Warang_Citi Xpeo Xsux Yi Yiii Zanabazar_Square Zanb Zinh Zyyy", "Dogr Dogra Gong Gunjala_Gondi Hanifi_Rohingya Maka Makasar Medefaidrin Medf Old_Sogdian Rohg Sogd Sogdian Sogo", "Elym Elymaic Hmnp Nand Nandinagari Nyiakeng_Puachue_Hmong Wancho Wcho", "Chorasmian Chrs Diak Dives_Akuru Khitan_Small_Script Kits Yezi Yezidi", "Cpmn Cypro_Minoan Old_Uyghur Ougr Tangsa Tnsa Toto Vith Vithkuqi", "Berf Beria_Erfe Gara Garay Gukh Gurung_Khema Hrkt Katakana_Or_Hiragana Kawi Kirat_Rai Krai Nag_Mundari Nagm Ol_Onal Onao Sidetic Sidt Sunu Sunuwar Tai_Yo Tayo Todhri Todr Tolong_Siki Tols Tulu_Tigalari Tutg Unknown Zzzz", "", "", ""); const binPropertySets = new DataSet("AHex ASCII ASCII_Hex_Digit Alpha Alphabetic Any Assigned Bidi_C Bidi_Control Bidi_M Bidi_Mirrored CI CWCF CWCM CWKCF CWL CWT CWU Case_Ignorable Cased Changes_When_Casefolded Changes_When_Casemapped Changes_When_Lowercased Changes_When_NFKC_Casefolded Changes_When_Titlecased Changes_When_Uppercased DI Dash Default_Ignorable_Code_Point Dep Deprecated Dia Diacritic Emoji Emoji_Component Emoji_Modifier Emoji_Modifier_Base Emoji_Presentation Ext Extender Gr_Base Gr_Ext Grapheme_Base Grapheme_Extend Hex Hex_Digit IDC IDS IDSB IDST IDS_Binary_Operator IDS_Trinary_Operator ID_Continue ID_Start Ideo Ideographic Join_C Join_Control LOE Logical_Order_Exception Lower Lowercase Math NChar Noncharacter_Code_Point Pat_Syn Pat_WS Pattern_Syntax Pattern_White_Space QMark Quotation_Mark RI Radical Regional_Indicator SD STerm Sentence_Terminal Soft_Dotted Term Terminal_Punctuation UIdeo Unified_Ideograph Upper Uppercase VS Variation_Selector White_Space XIDC XIDS XID_Continue XID_Start space", "Extended_Pictographic", "", "EBase EComp EMod EPres ExtPict", "", "", "", "", ""); const binPropertyOfStringsSets = new DataSet("", "", "", "", "", "", "Basic_Emoji Emoji_Keycap_Sequence RGI_Emoji RGI_Emoji_Flag_Sequence RGI_Emoji_Modifier_Sequence RGI_Emoji_Tag_Sequence RGI_Emoji_ZWJ_Sequence", "", ""); function isValidUnicodeProperty(version, name, value) { if (gcNameSet.has(name)) { return version >= 2018 && gcValueSets.es2018.has(value); } if (scNameSet.has(name)) { return ((version >= 2018 && scValueSets.es2018.has(value)) || (version >= 2019 && scValueSets.es2019.has(value)) || (version >= 2020 && scValueSets.es2020.has(value)) || (version >= 2021 && scValueSets.es2021.has(value)) || (version >= 2022 && scValueSets.es2022.has(value)) || (version >= 2023 && scValueSets.es2023.has(value))); } return false; } function isValidLoneUnicodeProperty(version, value) { return ((version >= 2018 && binPropertySets.es2018.has(value)) || (version >= 2019 && binPropertySets.es2019.has(value)) || (version >= 2021 && binPropertySets.es2021.has(value))); } function isValidLoneUnicodePropertyOfString(version, value) { return version >= 2024 && binPropertyOfStringsSets.es2024.has(value); } const BACKSPACE = 0x08; const CHARACTER_TABULATION = 0x09; const LINE_FEED = 0x0a; const LINE_TABULATION = 0x0b; const FORM_FEED = 0x0c; const CARRIAGE_RETURN = 0x0d; const EXCLAMATION_MARK = 0x21; const NUMBER_SIGN = 0x23; const DOLLAR_SIGN = 0x24; const PERCENT_SIGN = 0x25; const AMPERSAND = 0x26; const LEFT_PARENTHESIS = 0x28; const RIGHT_PARENTHESIS = 0x29; const ASTERISK = 0x2a; const PLUS_SIGN = 0x2b; const COMMA = 0x2c; const HYPHEN_MINUS = 0x2d; const FULL_STOP = 0x2e; const SOLIDUS = 0x2f; const DIGIT_ZERO = 0x30; const DIGIT_ONE = 0x31; const DIGIT_SEVEN = 0x37; const DIGIT_NINE = 0x39; const COLON = 0x3a; const SEMICOLON = 0x3b; const LESS_THAN_SIGN = 0x3c; const EQUALS_SIGN = 0x3d; const GREATER_THAN_SIGN = 0x3e; const QUESTION_MARK = 0x3f; const COMMERCIAL_AT = 0x40; const LATIN_CAPITAL_LETTER_A = 0x41; const LATIN_CAPITAL_LETTER_B = 0x42; const LATIN_CAPITAL_LETTER_D = 0x44; const LATIN_CAPITAL_LETTER_F = 0x46; const LATIN_CAPITAL_LETTER_P = 0x50; const LATIN_CAPITAL_LETTER_S = 0x53; const LATIN_CAPITAL_LETTER_W = 0x57; const LATIN_CAPITAL_LETTER_Z = 0x5a; const LOW_LINE = 0x5f; const LATIN_SMALL_LETTER_A = 0x61; const LATIN_SMALL_LETTER_B = 0x62; const LATIN_SMALL_LETTER_C = 0x63; const LATIN_SMALL_LETTER_D = 0x64; const LATIN_SMALL_LETTER_F = 0x66; const LATIN_SMALL_LETTER_G = 0x67; const LATIN_SMALL_LETTER_I = 0x69; const LATIN_SMALL_LETTER_K = 0x6b; const LATIN_SMALL_LETTER_M = 0x6d; const LATIN_SMALL_LETTER_N = 0x6e; const LATIN_SMALL_LETTER_P = 0x70; const LATIN_SMALL_LETTER_Q = 0x71; const LATIN_SMALL_LETTER_R = 0x72; const LATIN_SMALL_LETTER_S = 0x73; const LATIN_SMALL_LETTER_T = 0x74; const LATIN_SMALL_LETTER_U = 0x75; const LATIN_SMALL_LETTER_V = 0x76; const LATIN_SMALL_LETTER_W = 0x77; const LATIN_SMALL_LETTER_X = 0x78; const LATIN_SMALL_LETTER_Y = 0x79; const LATIN_SMALL_LETTER_Z = 0x7a; const LEFT_SQUARE_BRACKET = 0x5b; const REVERSE_SOLIDUS = 0x5c; const RIGHT_SQUARE_BRACKET = 0x5d; const CIRCUMFLEX_ACCENT = 0x5e; const GRAVE_ACCENT = 0x60; const LEFT_CURLY_BRACKET = 0x7b; const VERTICAL_LINE = 0x7c; const RIGHT_CURLY_BRACKET = 0x7d; const TILDE = 0x7e; const ZERO_WIDTH_NON_JOINER = 0x200c; const ZERO_WIDTH_JOINER = 0x200d; const LINE_SEPARATOR = 0x2028; const PARAGRAPH_SEPARATOR = 0x2029; const MIN_CODE_POINT = 0x00; const MAX_CODE_POINT = 0x10ffff; function isLatinLetter(code) { return ((code >= LATIN_CAPITAL_LETTER_A && code <= LATIN_CAPITAL_LETTER_Z) || (code >= LATIN_SMALL_LETTER_A && code <= LATIN_SMALL_LETTER_Z)); } function isDecimalDigit(code) { return code >= DIGIT_ZERO && code <= DIGIT_NINE; } function isOctalDigit(code) { return code >= DIGIT_ZERO && code <= DIGIT_SEVEN; } function isHexDigit(code) { return ((code >= DIGIT_ZERO && code <= DIGIT_NINE) || (code >= LATIN_CAPITAL_LETTER_A && code <= LATIN_CAPITAL_LETTER_F) || (code >= LATIN_SMALL_LETTER_A && code <= LATIN_SMALL_LETTER_F)); } function isLineTerminator(code) { return (code === LINE_FEED || code === CARRIAGE_RETURN || code === LINE_SEPARATOR || code === PARAGRAPH_SEPARATOR); } function isValidUnicode(code) { return code >= MIN_CODE_POINT && code <= MAX_CODE_POINT; } function digitToInt(code) { if (code >= LATIN_SMALL_LETTER_A && code <= LATIN_SMALL_LETTER_F) { return code - LATIN_SMALL_LETTER_A + 10; } if (code >= LATIN_CAPITAL_LETTER_A && code <= LATIN_CAPITAL_LETTER_F) { return code - LATIN_CAPITAL_LETTER_A + 10; } return code - DIGIT_ZERO; } function isLeadSurrogate(code) { return code >= 0xd800 && code <= 0xdbff; } function isTrailSurrogate(code) { return code >= 0xdc00 && code <= 0xdfff; } function combineSurrogatePair(lead, trail) { return (lead - 0xd800) * 0x400 + (trail - 0xdc00) + 0x10000; } class GroupSpecifiersAsES2018 { constructor() { this.groupName = new Set(); } clear() { this.groupName.clear(); } isEmpty() { return !this.groupName.size; } hasInPattern(name) { return this.groupName.has(name); } hasInScope(name) { return this.hasInPattern(name); } addToScope(name) { this.groupName.add(name); } enterDisjunction() { } enterAlternative() { } leaveDisjunction() { } } class BranchID { constructor(parent, base) { this.parent = parent; this.base = base !== null && base !== void 0 ? base : this; } separatedFrom(other) { var _a, _b; if (this.base === other.base && this !== other) { return true; } if (other.parent && this.separatedFrom(other.parent)) { return true; } return (_b = (_a = this.parent) === null || _a === void 0 ? void 0 : _a.separatedFrom(other)) !== null && _b !== void 0 ? _b : false; } child() { return new BranchID(this, null); } sibling() { return new BranchID(this.parent, this.base); } } class GroupSpecifiersAsES2025 { constructor() { this.branchID = new BranchID(null, null); this.groupNames = new Map(); } clear() { this.branchID = new BranchID(null, null); this.groupNames.clear(); } isEmpty() { return !this.groupNames.size; } enterDisjunction() { this.branchID = this.branchID.child(); } enterAlternative(index) { if (index === 0) { return; } this.branchID = this.branchID.sibling(); } leaveDisjunction() { this.branchID = this.branchID.parent; } hasInPattern(name) { return this.groupNames.has(name); } hasInScope(name) { const branches = this.groupNames.get(name); if (!branches) { return false; } for (const branch of branches) { if (!branch.separatedFrom(this.branchID)) { return true; } } return false; } addToScope(name) { const branches = this.groupNames.get(name); if (branches) { branches.push(this.branchID); return; } this.groupNames.set(name, [this.branchID]); } } const legacyImpl = { at(s, end, i) { return i < end ? s.charCodeAt(i) : -1; }, width(c) { return 1; }, }; const unicodeImpl = { at(s, end, i) { return i < end ? s.codePointAt(i) : -1; }, width(c) { return c > 0xffff ? 2 : 1; }, }; class Reader { constructor() { this._impl = legacyImpl; this._s = ""; this._i = 0; this._end = 0; this._cp1 = -1; this._w1 = 1; this._cp2 = -1; this._w2 = 1; this._cp3 = -1; this._w3 = 1; this._cp4 = -1; } get source() { return this._s; } get index() { return this._i; } get currentCodePoint() { return this._cp1; } get nextCodePoint() { return this._cp2; } get nextCodePoint2() { return this._cp3; } get nextCodePoint3() { return this._cp4; } reset(source, start, end, uFlag) { this._impl = uFlag ? unicodeImpl : legacyImpl; this._s = source; this._end = end; this.rewind(start); } rewind(index) { const impl = this._impl; this._i = index; this._cp1 = impl.at(this._s, this._end, index); this._w1 = impl.width(this._cp1); this._cp2 = impl.at(this._s, this._end, index + this._w1); this._w2 = impl.width(this._cp2); this._cp3 = impl.at(this._s, this._end, index + this._w1 + this._w2); this._w3 = impl.width(this._cp3); this._cp4 = impl.at(this._s, this._end, index + this._w1 + this._w2 + this._w3); } advance() { if (this._cp1 !== -1) { const impl = this._impl; this._i += this._w1; this._cp1 = this._cp2; this._w1 = this._w2; this._cp2 = this._cp3; this._w2 = impl.width(this._cp2); this._cp3 = this._cp4; this._w3 = impl.width(this._cp3); this._cp4 = impl.at(this._s, this._end, this._i + this._w1 + this._w2 + this._w3); } } eat(cp) { if (this._cp1 === cp) { this.advance(); return true; } return false; } eat2(cp1, cp2) { if (this._cp1 === cp1 && this._cp2 === cp2) { this.advance(); this.advance(); return true; } return false; } eat3(cp1, cp2, cp3) { if (this._cp1 === cp1 && this._cp2 === cp2 && this._cp3 === cp3) { this.advance(); this.advance(); this.advance(); return true; } return false; } } class RegExpSyntaxError extends SyntaxError { constructor(message, index) { super(message); this.index = index; } } function newRegExpSyntaxError(srcCtx, flags, index, message) { let source = ""; if (srcCtx.kind === "literal") { const literal = srcCtx.source.slice(srcCtx.start, srcCtx.end); if (literal) { source = `: ${literal}`; } } else if (srcCtx.kind === "pattern") { const pattern = srcCtx.source.slice(srcCtx.start, srcCtx.end); const flagsText = `${flags.unicode ? "u" : ""}${flags.unicodeSets ? "v" : ""}`; source = `: /${pattern}/${flagsText}`; } return new RegExpSyntaxError(`Invalid regular expression${source}: ${message}`, index); } const SYNTAX_CHARACTER = new Set([ CIRCUMFLEX_ACCENT, DOLLAR_SIGN, REVERSE_SOLIDUS, FULL_STOP, ASTERISK, PLUS_SIGN, QUESTION_MARK, LEFT_PARENTHESIS, RIGHT_PARENTHESIS, LEFT_SQUARE_BRACKET, RIGHT_SQUARE_BRACKET, LEFT_CURLY_BRACKET, RIGHT_CURLY_BRACKET, VERTICAL_LINE, ]); const CLASS_SET_RESERVED_DOUBLE_PUNCTUATOR_CHARACTER = new Set([ AMPERSAND, EXCLAMATION_MARK, NUMBER_SIGN, DOLLAR_SIGN, PERCENT_SIGN, ASTERISK, PLUS_SIGN, COMMA, FULL_STOP, COLON, SEMICOLON, LESS_THAN_SIGN, EQUALS_SIGN, GREATER_THAN_SIGN, QUESTION_MARK, COMMERCIAL_AT, CIRCUMFLEX_ACCENT, GRAVE_ACCENT, TILDE, ]); const CLASS_SET_SYNTAX_CHARACTER = new Set([ LEFT_PARENTHESIS, RIGHT_PARENTHESIS, LEFT_SQUARE_BRACKET, RIGHT_SQUARE_BRACKET, LEFT_CURLY_BRACKET, RIGHT_CURLY_BRACKET, SOLIDUS, HYPHEN_MINUS, REVERSE_SOLIDUS, VERTICAL_LINE, ]); const CLASS_SET_RESERVED_PUNCTUATOR = new Set([ AMPERSAND, HYPHEN_MINUS, EXCLAMATION_MARK, NUMBER_SIGN, PERCENT_SIGN, COMMA, COLON, SEMICOLON, LESS_THAN_SIGN, EQUALS_SIGN, GREATER_THAN_SIGN, COMMERCIAL_AT, GRAVE_ACCENT, TILDE, ]); const FLAG_PROP_TO_CODEPOINT = { global: LATIN_SMALL_LETTER_G, ignoreCase: LATIN_SMALL_LETTER_I, multiline: LATIN_SMALL_LETTER_M, unicode: LATIN_SMALL_LETTER_U, sticky: LATIN_SMALL_LETTER_Y, dotAll: LATIN_SMALL_LETTER_S, hasIndices: LATIN_SMALL_LETTER_D, unicodeSets: LATIN_SMALL_LETTER_V, }; const FLAG_CODEPOINT_TO_PROP = Object.fromEntries(Object.entries(FLAG_PROP_TO_CODEPOINT).map(([k, v]) => [v, k])); function isSyntaxCharacter(cp) { return SYNTAX_CHARACTER.has(cp); } function isClassSetReservedDoublePunctuatorCharacter(cp) { return CLASS_SET_RESERVED_DOUBLE_PUNCTUATOR_CHARACTER.has(cp); } function isClassSetSyntaxCharacter(cp) { return CLASS_SET_SYNTAX_CHARACTER.has(cp); } function isClassSetReservedPunctuator(cp) { return CLASS_SET_RESERVED_PUNCTUATOR.has(cp); } function isIdentifierStartChar(cp) { return isIdStart(cp) || cp === DOLLAR_SIGN || cp === LOW_LINE; } function isIdentifierPartChar(cp) { return (isIdContinue(cp) || cp === DOLLAR_SIGN || cp === ZERO_WIDTH_NON_JOINER || cp === ZERO_WIDTH_JOINER); } function isUnicodePropertyNameCharacter(cp) { return isLatinLetter(cp) || cp === LOW_LINE; } function isUnicodePropertyValueCharacter(cp) { return isUnicodePropertyNameCharacter(cp) || isDecimalDigit(cp); } function isRegularExpressionModifier(ch) { return (ch === LATIN_SMALL_LETTER_I || ch === LATIN_SMALL_LETTER_M || ch === LATIN_SMALL_LETTER_S); } class RegExpValidator { constructor(options) { this._reader = new Reader(); this._unicodeMode = false; this._unicodeSetsMode = false; this._nFlag = false; this._lastIntValue = 0; this._lastRange = { min: 0, max: Number.POSITIVE_INFINITY, }; this._lastStrValue = ""; this._lastAssertionIsQuantifiable = false; this._numCapturingParens = 0; this._backreferenceNames = new Set(); this._srcCtx = null; this._options = options !== null && options !== void 0 ? options : {}; this._groupSpecifiers = this.ecmaVersion >= 2025 ? new GroupSpecifiersAsES2025() : new GroupSpecifiersAsES2018(); } validateLiteral(source, start = 0, end = source.length) { this._srcCtx = { source, start, end, kind: "literal" }; this._unicodeSetsMode = this._unicodeMode = this._nFlag = false; this.reset(source, start, end); this.onLiteralEnter(start); if (this.eat(SOLIDUS) && this.eatRegExpBody() && this.eat(SOLIDUS)) { const flagStart = this.index; const unicode = source.includes("u", flagStart); const unicodeSets = source.includes("v", flagStart); this.validateFlagsInternal(source, flagStart, end); this.validatePatternInternal(source, start + 1, flagStart - 1, { unicode, unicodeSets, }); } else if (start >= end) { this.raise("Empty"); } else { const c = String.fromCodePoint(this.currentCodePoint); this.raise(`Unexpected character '${c}'`); } this.onLiteralLeave(start, end); } validateFlags(source, start = 0, end = source.length) { this._srcCtx = { source, start, end, kind: "flags" }; this.validateFlagsInternal(source, start, end); } validatePattern(source, start = 0, end = source.length, uFlagOrFlags = undefined) { this._srcCtx = { source, start, end, kind: "pattern" }; this.validatePatternInternal(source, start, end, uFlagOrFlags); } validatePatternInternal(source, start = 0, end = source.length, uFlagOrFlags = undefined) { const mode = this._parseFlagsOptionToMode(uFlagOrFlags, end); this._unicodeMode = mode.unicodeMode; this._nFlag = mode.nFlag; this._unicodeSetsMode = mode.unicodeSetsMode; this.reset(source, start, end); this.consumePattern(); if (!this._nFlag && this.ecmaVersion >= 2018 && !this._groupSpecifiers.isEmpty()) { this._nFlag = true; this.rewind(start); this.consumePattern(); } } validateFlagsInternal(source, start, end) { const flags = this.parseFlags(source, start, end); this.onRegExpFlags(start, end, flags); } _parseFlagsOptionToMode(uFlagOrFlags, sourceEnd) { let unicode = false; let unicodeSets = false; if (uFlagOrFlags && this.ecmaVersion >= 2015) { if (typeof uFlagOrFlags === "object") { unicode = Boolean(uFlagOrFlags.unicode); if (this.ecmaVersion >= 2024) { unicodeSets = Boolean(uFlagOrFlags.unicodeSets); } } else { unicode = uFlagOrFlags; } } if (unicode && unicodeSets) { this.raise("Invalid regular expression flags", { index: sourceEnd + 1, unicode, unicodeSets, }); } const unicodeMode = unicode || unicodeSets; const nFlag = (unicode && this.ecmaVersion >= 2018) || unicodeSets || Boolean(this._options.strict && this.ecmaVersion >= 2023); const unicodeSetsMode = unicodeSets; return { unicodeMode, nFlag, unicodeSetsMode }; } get strict() { return Boolean(this._options.strict) || this._unicodeMode; } get ecmaVersion() { var _a; return (_a = this._options.ecmaVersion) !== null && _a !== void 0 ? _a : latestEcmaVersion; } onLiteralEnter(start) { if (this._options.onLiteralEnter) { this._options.onLiteralEnter(start); } } onLiteralLeave(start, end) { if (this._options.onLiteralLeave) { this._options.onLiteralLeave(start, end); } } onRegExpFlags(start, end, flags) { if (this._options.onRegExpFlags) { this._options.onRegExpFlags(start, end, flags); } if (this._options.onFlags) { this._options.onFlags(start, end, flags.global, flags.ignoreCase, flags.multiline, flags.unicode, flags.sticky, flags.dotAll, flags.hasIndices); } } onPatternEnter(start) { if (this._options.onPatternEnter) { this._options.onPatternEnter(start); } } onPatternLeave(start, end) { if (this._options.onPatternLeave) { this._options.onPatternLeave(start, end); } } onDisjunctionEnter(start) { if (this._options.onDisjunctionEnter) { this._options.onDisjunctionEnter(start); } } onDisjunctionLeave(start, end) { if (this._options.onDisjunctionLeave) { this._options.onDisjunctionLeave(start, end); } } onAlternativeEnter(start, index) { if (this._options.onAlternativeEnter) { this._options.onAlternativeEnter(start, index); } } onAlternativeLeave(start, end, index) { if (this._options.onAlternativeLeave) { this._options.onAlternativeLeave(start, end, index); } } onGroupEnter(start) { if (this._options.onGroupEnter) { this._options.onGroupEnter(start); } } onGroupLeave(start, end) { if (this._options.onGroupLeave) { this._options.onGroupLeave(start, end); } } onModifiersEnter(start) { if (this._options.onModifiersEnter) { this._options.onModifiersEnter(start); } } onModifiersLeave(start, end) { if (this._options.onModifiersLeave) { this._options.onModifiersLeave(start, end); } } onAddModifiers(start, end, flags) { if (this._options.onAddModifiers) { this._options.onAddModifiers(start, end, flags); } } onRemoveModifiers(start, end, flags) { if (this._options.onRemoveModifiers) { this._options.onRemoveModifiers(start, end, flags); } } onCapturingGroupEnter(start, name) { if (this._options.onCapturingGroupEnter) { this._options.onCapturingGroupEnter(start, name); } } onCapturingGroupLeave(start, end, name) { if (this._options.onCapturingGroupLeave) { this._options.onCapturingGroupLeave(start, end, name); } } onQuantifier(start, end, min, max, greedy) { if (this._options.onQuantifier) { this._options.onQuantifier(start, end, min, max, greedy); } } onLookaroundAssertionEnter(start, kind, negate) { if (this._options.onLookaroundAssertionEnter) { this._options.onLookaroundAssertionEnter(start, kind, negate); } } onLookaroundAssertionLeave(start, end, kind, negate) { if (this._options.onLookaroundAssertionLeave) { this._options.onLookaroundAssertionLeave(start, end, kind, negate); } } onEdgeAssertion(start, end, kind) { if (this._options.onEdgeAssertion) { this._options.onEdgeAssertion(start, end, kind); } } onWordBoundaryAssertion(start, end, kind, negate) { if (this._options.onWordBoundaryAssertion) { this._options.onWordBoundaryAssertion(start, end, kind, negate); } } onAnyCharacterSet(start, end, kind) { if (this._options.onAnyCharacterSet) { this._options.onAnyCharacterSet(start, end, kind); } } onEscapeCharacterSet(start, end, kind, negate) { if (this._options.onEscapeCharacterSet) { this._options.onEscapeCharacterSet(start, end, kind, negate); } } onUnicodePropertyCharacterSet(start, end, kind, key, value, negate, strings) { if (this._options.onUnicodePropertyCharacterSet) { this._options.onUnicodePropertyCharacterSet(start, end, kind, key, value, negate, strings); } } onCharacter(start, end, value) { if (this._options.onCharacter) { this._options.onCharacter(start, end, value); } } onBackreference(start, end, ref) { if (this._options.onBackreference) { this._options.onBackreference(start, end, ref); } } onCharacterClassEnter(start, negate, unicodeSets) { if (this._options.onCharacterClassEnter) { this._options.onCharacterClassEnter(start, negate, unicodeSets); } } onCharacterClassLeave(start, end, negate) { if (this._options.onCharacterClassLeave) { this._options.onCharacterClassLeave(start, end, negate); } } onCharacterClassRange(start, end, min, max) { if (this._options.onCharacterClassRange) { this._options.onCharacterClassRange(start, end, min, max); } } onClassIntersection(start, end) { if (this._options.onClassIntersection) { this._options.onClassIntersection(start, end); } } onClassSubtraction(start, end) { if (this._options.onClassSubtraction) { this._options.onClassSubtraction(start, end); } } onClassStringDisjunctionEnter(start) { if (this._options.onClassStringDisjunctionEnter) { this._options.onClassStringDisjunctionEnter(start); } } onClassStringDisjunctionLeave(start, end) { if (this._options.onClassStringDisjunctionLeave) { this._options.onClassStringDisjunctionLeave(start, end); } } onStringAlternativeEnter(start, index) { if (this._options.onStringAlternativeEnter) { this._options.onStringAlternativeEnter(start, index); } } onStringAlternativeLeave(start, end, index) { if (this._options.onStringAlternativeLeave) { this._options.onStringAlternativeLeave(start, end, index); } } get index() { return this._reader.index; } get currentCodePoint() { return this._reader.currentCodePoint; } get nextCodePoint() { return this._reader.nextCodePoint; } get nextCodePoint2() { return this._reader.nextCodePoint2; } get nextCodePoint3() { return this._reader.nextCodePoint3; } reset(source, start, end) { this._reader.reset(source, start, end, this._unicodeMode); } rewind(index) { this._reader.rewind(index); } advance() { this._reader.advance(); } eat(cp) { return this._reader.eat(cp); } eat2(cp1, cp2) { return this._reader.eat2(cp1, cp2); } eat3(cp1, cp2, cp3) { return this._reader.eat3(cp1, cp2, cp3); } raise(message, context) { var _a, _b, _c; throw newRegExpSyntaxError(this._srcCtx, { unicode: (_a = context === null || context === void 0 ? void 0 : context.unicode) !== null && _a !== void 0 ? _a : (this._unicodeMode && !this._unicodeSetsMode), unicodeSets: (_b = context === null || context === void 0 ? void 0 : context.unicodeSets) !== null && _b !== void 0 ? _b : this._unicodeSetsMode, }, (_c = context === null || context === void 0 ? void 0 : context.index) !== null && _c !== void 0 ? _c : this.index, message); } eatRegExpBody() { const start = this.index; let inClass = false; let escaped = false; for (;;) { const cp = this.currentCodePoint; if (cp === -1 || isLineTerminator(cp)) { const kind = inClass ? "character class" : "regular expression"; this.raise(`Unterminated ${kind}`); } if (escaped) { escaped = false; } else if (cp === REVERSE_SOLIDUS) { escaped = true; } else if (cp === LEFT_SQUARE_BRACKET) { inClass = true; } else if (cp === RIGHT_SQUARE_BRACKET) { inClass = false; } else if ((cp === SOLIDUS && !inClass) || (cp === ASTERISK && this.index === start)) { break; } this.advance(); } return this.index !== start; } consumePattern() { const start = this.index; this._numCapturingParens = this.countCapturingParens(); this._groupSpecifiers.clear(); this._backreferenceNames.clear(); this.onPatternEnter(start); this.consumeDisjunction(); const cp = this.currentCodePoint; if (this.currentCodePoint !== -1) { if (cp === RIGHT_PARENTHESIS) { this.raise("Unmatched ')'"); } if (cp === REVERSE_SOLIDUS) { this.raise("\\ at end of pattern"); } if (cp === RIGHT_SQUARE_BRACKET || cp === RIGHT_CURLY_BRACKET) { this.raise("Lone quantifier brackets"); } const c = String.fromCodePoint(cp); this.raise(`Unexpected character '${c}'`); } for (const name of this._backreferenceNames) { if (!this._groupSpecifiers.hasInPattern(name)) { this.raise("Invalid named capture referenced"); } } this.onPatternLeave(start, this.index); } countCapturingParens() { const start = this.index; let inClass = false; let escaped = false; let count = 0; let cp = 0; while ((cp = this.currentCodePoint) !== -1) { if (escaped) { escaped = false; } else if (cp === REVERSE_SOLIDUS) { escaped = true; } else if (cp === LEFT_SQUARE_BRACKET) { inClass = true; } else if (cp === RIGHT_SQUARE_BRACKET) { inClass = false; } else if (cp === LEFT_PARENTHESIS && !inClass && (this.nextCodePoint !== QUESTION_MARK || (this.nextCodePoint2 === LESS_THAN_SIGN && this.nextCodePoint3 !== EQUALS_SIGN && this.nextCodePoint3 !== EXCLAMATION_MARK))) { count += 1; } this.advance(); } this.rewind(start); return count; } consumeDisjunction() { const start = this.index; let i = 0; this._groupSpecifiers.enterDisjunction(); this.onDisjunctionEnter(start); do { this.consumeAlternative(i++); } while (this.eat(VERTICAL_LINE)); if (this.consumeQuantifier(true)) { this.raise("Nothing to repeat"); } if (this.eat(LEFT_CURLY_BRACKET)) { this.raise("Lone quantifier brackets"); } this.onDisjunctionLeave(start, this.index); this._groupSpecifiers.leaveDisjunction(); } consumeAlternative(i) { const start = this.index; this._groupSpecifiers.enterAlternative(i); this.onAlternativeEnter(start, i); while (this.currentCodePoint !== -1 && this.consumeTerm()) { } this.onAlternativeLeave(start, this.index, i); } consumeTerm() { if (this._unicodeMode || this.strict) { return (this.consumeAssertion() || (this.consumeAtom() && this.consumeOptionalQuantifier())); } return ((this.consumeAssertion() && (!this._lastAssertionIsQuantifiable || this.consumeOptionalQuantifier())) || (this.consumeExtendedAtom() && this.consumeOptionalQuantifier())); } consumeOptionalQuantifier() { this.consumeQuantifier(); return true; } consumeAssertion() { const start = this.index; this._lastAssertionIsQuantifiable = false; if (this.eat(CIRCUMFLEX_ACCENT)) { this.onEdgeAssertion(start, this.index, "start"); return true; } if (this.eat(DOLLAR_SIGN)) { this.onEdgeAssertion(start, this.index, "end"); return true; } if (this.eat2(REVERSE_SOLIDUS, LATIN_CAPITAL_LETTER_B)) { this.onWordBoundaryAssertion(start, this.index, "word", true); return true; } if (this.eat2(REVERSE_SOLIDUS, LATIN_SMALL_LETTER_B)) { this.onWordBoundaryAssertion(start, this.index, "word", false); return true; } if (this.eat2(LEFT_PARENTHESIS, QUESTION_MARK)) { const lookbehind = this.ecmaVersion >= 2018 && this.eat(LESS_THAN_SIGN); let negate = false; if (this.eat(EQUALS_SIGN) || (negate = this.eat(EXCLAMATION_MARK))) { const kind = lookbehind ? "lookbehind" : "lookahead"; this.onLookaroundAssertionEnter(start, kind, negate); this.consumeDisjunction(); if (!this.eat(RIGHT_PARENTHESIS)) { this.raise("Unterminated group"); } this._lastAssertionIsQuantifiable = !lookbehind && !this.strict; this.onLookaroundAssertionLeave(start, this.index, kind, negate); return true; } this.rewind(start); } return false; } consumeQuantifier(noConsume = false) { const start = this.index; let min = 0; let max = 0; let greedy = false; if (this.eat(ASTERISK)) { min = 0; max = Number.POSITIVE_INFINITY; } else if (this.eat(PLUS_SIGN)) { min = 1; max = Number.POSITIVE_INFINITY; } else if (this.eat(QUESTION_MARK)) { min = 0; max = 1; } else if (this.eatBracedQuantifier(noConsume)) { ({ min, max } = this._lastRange); } else { return false; } greedy = !this.eat(QUESTION_MARK); if (!noConsume) { this.onQuantifier(start, this.index, min, max, greedy); } return true; } eatBracedQuantifier(noError) { const start = this.index; if (this.eat(LEFT_CURLY_BRACKET)) { if (this.eatDecimalDigits()) { const min = this._lastIntValue; let max = min; if (this.eat(COMMA)) { max = this.eatDecimalDigits() ? this._lastIntValue : Number.POSITIVE_INFINITY; } if (this.eat(RIGHT_CURLY_BRACKET)) { if (!noError && max < min) { this.raise("numbers out of order in {} quantifier"); } this._lastRange = { min, max }; return true; } } if (!noError && (this._unicodeMode || this.strict)) { this.raise("Incomplete quantifier"); } this.rewind(start); } return false; } consumeAtom() { return (this.consumePatternCharacter() || this.consumeDot() || this.consumeReverseSolidusAtomEscape() || Boolean(this.consumeCharacterClass()) || this.consumeCapturingGroup() || this.consumeUncapturingGroup()); } consumeDot() { if (this.eat(FULL_STOP)) { this.onAnyCharacterSet(this.index - 1, this.index, "any"); return true; } return false; } consumeReverseSolidusAtomEscape() { const start = this.index; if (this.eat(REVERSE_SOLIDUS)) { if (this.consumeAtomEscape()) { return true; } this.rewind(start); } return false; } consumeUncapturingGroup() { const start = this.index; if (this.eat2(LEFT_PARENTHESIS, QUESTION_MARK)) { this.onGroupEnter(start); if (this.ecmaVersion >= 2025) { this.consumeModifiers(); } if (!this.eat(COLON)) { this.rewind(start + 1); this.raise("Invalid group"); } this.consumeDisjunction(); if (!this.eat(RIGHT_PARENTHESIS)) { this.raise("Unterminated group"); } this.onGroupLeave(start, this.index); return true; } return false; } consumeModifiers() { const start = this.index; const hasAddModifiers = this.eatModifiers(); const addModifiersEnd = this.index; const hasHyphen = this.eat(HYPHEN_MINUS); if (!hasAddModifiers && !hasHyphen) { return false; } this.onModifiersEnter(start); const addModifiers = this.parseModifiers(start, addModifiersEnd); this.onAddModifiers(start, addModifiersEnd, addModifiers); if (hasHyphen) { const modifiersStart = this.index; if (!this.eatModifiers() && !hasAddModifiers && this.currentCodePoint === COLON) { this.raise("Invalid empty flags"); } const modifiers = this.parseModifiers(modifiersStart, this.index); for (const [flagName] of Object.entries(modifiers).filter(([, enable]) => enable)) { if (addModifiers[flagName]) { this.raise(`Duplicated flag '${String.fromCodePoint(FLAG_PROP_TO_CODEPOINT[flagName])}'`); } } this.onRemoveModifiers(modifiersStart, this.index, modifiers); } this.onModifiersLeave(start, this.index); return true; } consumeCapturingGroup() { const start = this.index; if (this.eat(LEFT_PARENTHESIS)) { let name = null; if (this.ecmaVersion >= 2018) { if (this.consumeGroupSpecifier()) { name = this._lastStrValue; } else if (this.currentCodePoint === QUESTION_MARK) { this.rewind(start); return false; } } else if (this.currentCodePoint === QUESTION_MARK) { this.rewind(start); return false; } this.onCapturingGroupEnter(start, name); this.consumeDisjunction(); if (!this.eat(RIGHT_PARENTHESIS)) { this.raise("Unterminated group"); } this.onCapturingGroupLeave(start, this.index, name); return true; } return false; } consumeExtendedAtom() { return (this.consumeDot() || this.consumeReverseSolidusAtomEscape() || this.consumeReverseSolidusFollowedByC() || Boolean(this.consumeCharacterClass()) || this.consumeCapturingGroup() || this.consumeUncapturingGroup() || this.consumeInvalidBracedQuantifier() || this.consumeExtendedPatternCharacter()); } consumeReverseSolidusFollowedByC() { const start = this.index; if (this.currentCodePoint === REVERSE_SOLIDUS && this.nextCodePoint === LATIN_SMALL_LETTER_C) { this._lastIntValue = this.currentCodePoint; this.advance(); this.onCharacter(start, this.index, REVERSE_SOLIDUS); return true; } return false; } consumeInvalidBracedQuantifier() { if (this.eatBracedQuantifier(true)) { this.raise("Nothing to repeat"); } return false; } consumePatternCharacter() { const start = this.index; const cp = this.currentCodePoint; if (cp !== -1 && !isSyntaxCharacter(cp)) { this.advance(); this.onCharacter(start, this.index, cp); return true; } return false; } consumeExtendedPatternCharacter() { const start = this.index; const cp = this.currentCodePoint; if (cp !== -1 && cp !== CIRCUMFLEX_ACCENT && cp !== DOLLAR_SIGN && cp !== REVERSE_SOLIDUS && cp !== FULL_STOP && cp !== ASTERISK && cp !== PLUS_SIGN && cp !== QUESTION_MARK && cp !== LEFT_PARENTHESIS && cp !== RIGHT_PARENTHESIS && cp !== LEFT_SQUARE_BRACKET && cp !== VERTICAL_LINE) { this.advance(); this.onCharacter(start, this.index, cp); return true; } return false; } consumeGroupSpecifier() { const start = this.index; if (this.eat(QUESTION_MARK)) { if (this.eatGroupName()) { if (!this._groupSpecifiers.hasInScope(this._lastStrValue)) { this._groupSpecifiers.addToScope(this._lastStrValue); return true; } this.raise("Duplicate capture group name"); } this.rewind(start); } return false; } consumeAtomEscape() { if (this.consumeBackreference() || this.consumeCharacterClassEscape() || this.consumeCharacterEscape() || (this._nFlag && this.consumeKGroupName())) { return true; } if (this.strict || this._unicodeMode) { this.raise("Invalid escape"); } return false; } consumeBackreference() { const start = this.index; if (this.eatDecimalEscape()) { const n = this._lastIntValue; if (n <= this._numCapturingParens) { this.onBackreference(start - 1, this.index, n); return true; } if (this.strict || this._unicodeMode) { this.raise("Invalid escape"); } this.rewind(start); } return false; } consumeCharacterClassEscape() { var _a; const start = this.index; if (this.eat(LATIN_SMALL_LETTER_D)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "digit", false); return {}; } if (this.eat(LATIN_CAPITAL_LETTER_D)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "digit", true); return {}; } if (this.eat(LATIN_SMALL_LETTER_S)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "space", false); return {}; } if (this.eat(LATIN_CAPITAL_LETTER_S)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "space", true); return {}; } if (this.eat(LATIN_SMALL_LETTER_W)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "word", false); return {}; } if (this.eat(LATIN_CAPITAL_LETTER_W)) { this._lastIntValue = -1; this.onEscapeCharacterSet(start - 1, this.index, "word", true); return {}; } let negate = false; if (this._unicodeMode && this.ecmaVersion >= 2018 && (this.eat(LATIN_SMALL_LETTER_P) || (negate = this.eat(LATIN_CAPITAL_LETTER_P)))) { this._lastIntValue = -1; let result = null; if (this.eat(LEFT_CURLY_BRACKET) && (result = this.eatUnicodePropertyValueExpression()) && this.eat(RIGHT_CURLY_BRACKET)) { if (negate && result.strings) { this.raise("Invalid property name"); } this.onUnicodePropertyCharacterSet(start - 1, this.index, "property", result.key, result.value, negate, (_a = result.strings) !== null && _a !== void 0 ? _a : false); return { mayContainStrings: result.strings }; } this.raise("Invalid property name"); } return null; } consumeCharacterEscape() { const start = this.index; if (this.eatControlEscape() || this.eatCControlLetter() || this.eatZero() || this.eatHexEscapeSequence() || this.eatRegExpUnicodeEscapeSequence() || (!this.strict && !this._unicodeMode && this.eatLegacyOctalEscapeSequence()) || this.eatIdentityEscape()) { this.onCharacter(start - 1, this.index, this._lastIntValue); return true; } return false; } consumeKGroupName() { const start = this.index; if (this.eat(LATIN_SMALL_LETTER_K)) { if (this.eatGroupName()) { const groupName = this._lastStrValue; this._backreferenceNames.add(groupName); this.onBackreference(start - 1, this.index, groupName); return true; } this.raise("Invalid named reference"); } return false; } consumeCharacterClass() { const start = this.index; if (this.eat(LEFT_SQUARE_BRACKET)) { const negate = this.eat(CIRCUMFLEX_ACCENT); this.onCharacterClassEnter(start, negate, this._unicodeSetsMode); const result = this.consumeClassContents(); if (!this.eat(RIGHT_SQUARE_BRACKET)) { if (this.currentCodePoint === -1) { this.raise("Unterminated character class"); } this.raise("Invalid character in character class"); } if (negate && result.mayContainStrings) { this.raise("Negated character class may contain strings"); } this.onCharacterClassLeave(start, this.index, negate); return result; } return null; } consumeClassContents() { if (this._unicodeSetsMode) { if (this.currentCodePoint === RIGHT_SQUARE_BRACKET) { return {}; } const result = this.consumeClassSetExpression(); return result; } const strict = this.strict || this._unicodeMode; for (;;) { const rangeStart = this.index; if (!this.consumeClassAtom()) { break; } const min = this._lastIntValue; if (!this.eat(HYPHEN_MINUS)) { continue; } this.onCharacter(this.index - 1, this.index, HYPHEN_MINUS); if (!this.consumeClassAtom()) { break; } const max = this._lastIntValue; if (min === -1 || max === -1) { if (strict) { this.raise("Invalid character class"); } continue; } if (min > max) { this.raise("Range out of order in character class"); } this.onCharacterClassRange(rangeStart, this.index, min, max); } return {}; } consumeClassAtom() { const start = this.index; const cp = this.currentCodePoint; if (cp !== -1 && cp !== REVERSE_SOLIDUS && cp !== RIGHT_SQUARE_BRACKET) { this.advance(); this._lastIntValue = cp; this.onCharacter(start, this.index, this._lastIntValue); return true; } if (this.eat(REVERSE_SOLIDUS)) { if (this.consumeClassEscape()) { return true; } if (!this.strict && this.currentCodePoint === LATIN_SMALL_LETTER_C) { this._lastIntValue = REVERSE_SOLIDUS; this.onCharacter(start, this.index, this._lastIntValue); return true; } if (this.strict || this._unicodeMode) { this.raise("Invalid escape"); } this.rewind(start); } return false; } consumeClassEscape() { const start = this.index; if (this.eat(LATIN_SMALL_LETTER_B)) { this._lastIntValue = BACKSPACE; this.onCharacter(start - 1, this.index, this._lastIntValue); return true; } if (this._unicodeMode && this.eat(HYPHEN_MINUS)) { this._lastIntValue = HYPHEN_MINUS; this.onCharacter(start - 1, this.index, this._lastIntValue); return true; } let cp = 0; if (!this.strict && !this._unicodeMode && this.currentCodePoint === LATIN_SMALL_LETTER_C && (isDecimalDigit((cp = this.nextCodePoint)) || cp === LOW_LINE)) { this.advance(); this.advance(); this._lastIntValue = cp % 0x20; this.onCharacter(start - 1, this.index, this._lastIntValue); return true; } return (Boolean(this.consumeCharacterClassEscape()) || this.consumeCharacterEscape()); } consumeClassSetExpression() { const start = this.index; let mayContainStrings = false; let result = null; if (this.consumeClassSetCharacter()) { if (this.consumeClassSetRangeFromOperator(start)) { this.consumeClassUnionRight({}); return {}; } mayContainStrings = false; } else if ((result = this.consumeClassSetOperand())) { mayContainStrings = result.mayContainStrings; } else { const cp = this.currentCodePoint; if (cp === REVERSE_SOLIDUS) { this.advance(); this.raise("Invalid escape"); } if (cp === this.nextCodePoint && isClassSetReservedDoublePunctuatorCharacter(cp)) { this.raise("Invalid set operation in character class"); } this.raise("Invalid character in character class"); } if (this.eat2(AMPERSAND, AMPERSAND)) { while (this.currentCodePoint !== AMPERSAND && (result = this.consumeClassSetOperand())) { this.onClassIntersection(start, this.index); if (!result.mayContainStrings) { mayContainStrings = false; } if (this.eat2(AMPERSAND, AMPERSAND)) { continue; } return { mayContainStrings }; } this.raise("Invalid character in character class"); } if (this.eat2(HYPHEN_MINUS, HYPHEN_MINUS)) { while (this.consumeClassSetOperand()) { this.onClassSubtraction(start, this.index); if (this.eat2(HYPHEN_MINUS, HYPHEN_MINUS)) { continue; } return { mayContainStrings }; } this.raise("Invalid character in character class"); } return this.consumeClassUnionRight({ mayContainStrings }); } consumeClassUnionRight(leftResult) { let mayContainStrings = leftResult.mayContainStrings; for (;;) { const start = this.index; if (this.consumeClassSetCharacter()) { this.consumeClassSetRangeFromOperator(start); continue; } const result = this.consumeClassSetOperand(); if (result) { if (result.mayContainStrings) { mayContainStrings = true; } continue; } break; } return { mayContainStrings }; } consumeClassSetRangeFromOperator(start) { const currentStart = this.index; const min = this._lastIntValue; if (this.eat(HYPHEN_MINUS)) { if (this.consumeClassSetCharacter()) { const max = this._lastIntValue; if (min === -1 || max === -1) { this.raise("Invalid character class"); } if (min > max) { this.raise("Range out of order in character class"); } this.onCharacterClassRange(start, this.index, min, max); return true; } this.rewind(currentStart); } return false; } consumeClassSetOperand() { let result = null; if ((result = this.consumeNestedClass())) { return result; } if ((result = this.consumeClassStringDisjunction())) { return result; } if (this.consumeClassSetCharacter()) { return {}; } return null; } consumeNestedClass() { const start = this.index; if (this.eat(LEFT_SQUARE_BRACKET)) { const negate = this.eat(CIRCUMFLEX_ACCENT); this.onCharacterClassEnter(start, negate, true); const result = this.consumeClassContents(); if (!this.eat(RIGHT_SQUARE_BRACKET)) { this.raise("Unterminated character class"); } if (negate && result.mayContainStrings) { this.raise("Negated character class may contain strings"); } this.onCharacterClassLeave(start, this.index, negate); return result; } if (this.eat(REVERSE_SOLIDUS)) { const result = this.consumeCharacterClassEscape(); if (result) { return result; } this.rewind(start); } return null; } consumeClassStringDisjunction() { const start = this.index; if (this.eat3(REVERSE_SOLIDUS, LATIN_SMALL_LETTER_Q, LEFT_CURLY_BRACKET)) { this.onClassStringDisjunctionEnter(start); let i = 0; let mayContaincTStrings = false; do { if (this.consumeClassString(i++).mayContainStrings) { mayContainStrings = true; } } while (this.eat(VERTICAL_LINE)); if (this.eat(RIGHT_CURLY_BRACKET)) { this.onClassStringDisjunctionLeave(start, this.index); return { mayContainStrings }; } this.raise("Unterminated class string disjunction"); } return null; } consumeClassString(i) { const start = this.index; let count = 0; this.onStringAlternativeEnter(start, i); while (this.currentCodePoint !== -1 && this.consumeClassSetCharacter()) { count++; } this.onStringAlternativeLeave(start, this.index, i); return { mayContainStrings: count !== 1 }; } consumeClassSetCharacter() { const start = this.index; const cp = this.currentCodePoint; if (cp !== this.nextCodePoint || !isClassSetReservedDoublePunctuatorCharacter(cp)) { if (cp !== -1 && !isClassSetSyntaxCharacter(cp)) { this._lastIntValue = cp; this.advance(); this.onCharacter(start, this.index, this._lastIntValue); return true; } } if (this.eat(REVERSE_SOLIDUS)) { if (this.consumeCharacterEscape()) { return true; } if (isClassSetReservedPunctuator(this.currentCodePoint)) { this._lastIntValue = this.currentCodePoint; this.advance(); this.onCharacter(start, this.index, this._lastIntValue); return true; } if (this.eat(LATIN_SMALL_LETTER_B)) { this._lastIntValue = BACKSPACE; this.onCharacter(start, this.index, this._lastIntValue); return true; } this.rewind(start); } return false; } eatGroupName() { if (this.eat(LESS_THAN_SIGN)) { if (this.eatRegExpIdentifierName() && this.eat(GREATER_THAN_SIGN)) { return true; } this.raise("Invalid capture group name"); } return false; } eatRegExpIdentifierName() { if (this.eatRegExpIdentifierStart()) { this._lastStrValue = String.fromCodePoint(this._lastIntValue); while (this.eatRegExpIdentifierPart()) { this._lastStrValue += String.fromCodePoint(this._lastIntValue); } return true; } return false; } eatRegExpIdentifierStart() { const start = this.index; const forceUFlag = !this._unicodeMode && this.ecmaVersion >= 2020; let cp = this.currentCodePoint; this.advance(); if (cp === REVERSE_SOLIDUS && this.eatRegExpUnicodeEscapeSequence(forceUFlag)) { cp = this._lastIntValue; } else if (forceUFlag && isLeadSurrogate(cp) && isTrailSurrogate(this.currentCodePoint)) { cp = combineSurrogatePair(cp, this.currentCodePoint); this.advance(); } if (isIdentifierStartChar(cp)) { this._lastIntValue = cp; return true; } if (this.index !== start) { this.rewind(start); } return false; } eatRegExpIdentifierPart() { const start = this.index; const forceUFlag = !this._unicodeMode && this.ecmaVersion >= 2020; let cp = this.currentCodePoint; this.advance(); if (cp === REVERSE_SOLIDUS && this.eatRegExpUnicodeEscapeSequence(forceUFlag)) { cp = this._lastIntValue; } else if (forceUFlag && isLeadSurrogate(cp) && isTrailSurrogate(this.currentCodePoint)) { cp = combineSurrogatePair(cp, this.currentCodePoint); this.advance(); } if (isIdentifierPartChar(cp)) { this._lastIntValue = cp; return true; } if (this.index !== start) { this.rewind(start); } return false; } eatCControlLetter() { const start = this.index; if (this.eat(LATIN_SMALL_LETTER_C)) { if (this.eatControlLetter()) { return true; } this.rewind(start); } return false; } eatZero() { if (this.currentCodePoint === DIGIT_ZERO && !isDecimalDigit(this.nextCodePoint)) { this._lastIntValue = 0; this.advance(); return true; } return false; } eatControlEscape() { if (this.eat(LATIN_SMALL_LETTER_F)) { this._lastIntValue = FORM_FEED; return true; } if (this.eat(LATIN_SMALL_LETTER_N)) { this._lastIntValue = LINE_FEED; return true; } if (this.eat(LATIN_SMALL_LETTER_R)) { this._lastIntValue = CARRIAGE_RETURN; return true; } if (this.eat(LATIN_SMALL_LETTER_T)) { this._lastIntValue = CHARACTER_TABULATION; return true; } if (this.eat(LATIN_SMALL_LETTER_V)) { this._lastIntValue = LINE_TABULATION; return true; } return false; } eatControlLetter() { const cp = this.currentCodePoint; if (isLatinLetter(cp)) { this.advance(); this._lastIntValue = cp % 0x20; return true; } return false; } eatRegExpUnicodeEscapeSequence(forceUFlag = false) { const start = this.index; const uFlag = forceUFlag || this._unicodeMode; if (this.eat(LATIN_SMALL_LETTER_U)) { if ((uFlag && this.eatRegExpUnicodeSurrogatePairEscape()) || this.eatFixedHexDigits(4) || (uFlag && this.eatRegExpUnicodeCodePointEscape())) { return true; } if (this.strict || uFlag) { this.raise("Invalid unicode escape"); } this.rewind(start); } return false; } eatRegExpUnicodeSurrogatePairEscape() { const start = this.index; if (this.eatFixedHexDigits(4)) { const lead = this._lastIntValue; if (isLeadSurrogate(lead) && this.eat(REVERSE_SOLIDUS) && this.eat(LATIN_SMALL_LETTER_U) && this.eatFixedHexDigits(4)) { const trail = this._lastIntValue; if (isTrailSurrogate(trail)) { this._lastIntValue = combineSurrogatePair(lead, trail); return true; } } this.rewind(start); } return false; } eatRegExpUnicodeCodePointEscape() { const start = this.index; if (this.eat(LEFT_CURLY_BRACKET) && this.eatHexDigits() && this.eat(RIGHT_CURLY_BRACKET) && isValidUnicode(this._lastIntValue)) { return true; } this.rewind(start); return false; } eatIdentityEscape() { const cp = this.currentCodePoint; if (this.isValidIdentityEscape(cp)) { this._lastIntValue = cp; this.advance(); return true; } return false; } isValidIdentityEscape(cp) { if (cp === -1) { return false; } if (this._unicodeMode) { return isSyntaxCharacter(cp) || cp === SOLIDUS; } if (this.strict) { return !isIdContinue(cp); } if (this._nFlag) { return !(cp === LATIN_SMALL_LETTER_C || cp === LATIN_SMALL_LETTER_K); } return cp !== LATIN_SMALL_LETTER_C; } eatDecimalEscape() { this._lastIntValue = 0; let cp = this.currentCodePoint; if (cp >= DIGIT_ONE && cp <= DIGIT_NINE) { do { this._lastIntValue = 10 * this._lastIntValue + (cp - DIGIT_ZERO); this.advance(); } while ((cp = this.currentCodePoint) >= DIGIT_ZERO && cp <= DIGIT_NINE); return true; } return false; } eatUnicodePropertyValueExpression() { const start = this.index; if (this.eatUnicodePropertyName() && this.eat(EQUALS_SIGN)) { const key = this._lastStrValue; if (this.eatUnicodePropertyValue()) { const value = this._lastStrValue; if (isValidUnicodeProperty(this.ecmaVersion, key, value)) { return { key, value: value || null, }; } this.raise("Invalid property name"); } } this.rewind(start); if (this.eatLoneUnicodePropertyNameOrValue()) { const nameOrValue = this._lastStrValue; if (isValidUnicodeProperty(this.ecmaVersion, "General_Category", nameOrValue)) { return { key: "General_Category", value: nameOrValue || null, }; } if (isValidLoneUnicodeProperty(this.ecmaVersion, nameOrValue)) { return { key: nameOrValue, value: null, }; } if (this._unicodeSetsMode && isValidLoneUnicodePropertyOfString(this.ecmaVersion, nameOrValue)) { return { key: nameOrValue, value: null, strings: true, }; } this.raise("Invalid property name"); } return null; } eatUnicodePropertyName() { this._lastStrValue = ""; while (isUnicodePropertyNameCharacter(this.currentCodePoint)) { this._lastStrValue += String.fromCodePoint(this.currentCodePoint); this.advance(); } return this._lastStrValue !== ""; } eatUnicodePropertyValue() { this._lastStrValue = ""; while (isUnicodePropertyValueCharacter(this.currentCodePoint)) { this._lastStrValue += String.fromCodePoint(this.currentCodePoint); this.advance(); } return this._lastStrValue !== ""; } eatLoneUnicodePropertyNameOrValue() { return this.eatUnicodePropertyValue(); } eatHexEscapeSequence() { const start = this.index; if (this.eat(LATIN_SMALL_LETTER_X)) { if (this.eatFixedHexDigits(2)) { return true; } if (this._unicodeMode || this.strict) { this.raise("Invalid escape"); } this.rewind(start); } return false; } eatDecimalDigits() { const start = this.index; this._lastIntValue = 0; while (isDecimalDigit(this.currentCodePoint)) { this._lastIntValue = 10 * this._lastIntValue + digitToInt(this.currentCodePoint); this.advance(); } return this.index !== start; } eatHexDigits() { const start = this.index; this._lastIntValue = 0; while (isHexDigit(this.currentCodePoint)) { this._lastIntValue = 16 * this._lastIntValue + digitToInt(this.currentCodePoint); this.advance(); } return this.index !== start; } eatLegacyOctalEscapeSequence() { if (this.eatOctalDigit()) { const n1 = this._lastIntValue; if (this.eatOctalDigit()) { const n2 = this._lastIntValue; if (n1 <= 3 && this.eatOctalDigit()) { this._lastIntValue = n1 * 64 + n2 * 8 + this._lastIntValue; } else { this._lastIntValue = n1 * 8 + n2; } } else { this._lastIntValue = n1; } return true; } return false; } eatOctalDigit() { const cp = this.currentCodePoint; if (isOctalDigit(cp)) { this.advance(); this._lastIntValue = cp - DIGIT_ZERO; return true; } this._lastIntValue = 0; return false; } eatFixedHexDigits(length) { const start = this.index; this._lastIntValue = 0; for (let i = 0; i < length; ++i) { const cp = this.currentCodePoint; if (!isHexDigit(cp)) { this.rewind(start); return false; } this._lastIntValue = 16 * this._lastIntValue + digitToInt(cp); this.advance(); } return true; } eatModifiers() { let ate = false; while (isRegularExpressionModifier(this.currentCodePoint)) { this.advance(); ate = true; } return ate; } parseModifiers(start, end) { const { ignoreCase, multiline, dotAll } = this.parseFlags(this._reader.source, start, end); return { ignoreCase, multiline, dotAll }; } parseFlags(source, start, end) { const flags = { global: false, ignoreCase: false, multiline: false, unicode: false, sticky: false, dotAll: false, hasIndices: false, unicodeSets: false, }; const validFlags = new Set(); validFlags.add(LATIN_SMALL_LETTER_G); validFlags.add(LATIN_SMALL_LETTER_I); validFlags.add(LATIN_SMALL_LETTER_M); if (this.ecmaVersion >= 2015) { validFlags.add(LATIN_SMALL_LETTER_U); validFlags.add(LATIN_SMALL_LETTER_Y); if (this.ecmaVersion >= 2018) { validFlags.add(LATIN_SMALL_LETTER_S); if (this.ecmaVersion >= 2022) { validFlags.add(LATIN_SMALL_LETTER_D); if (this.ecmaVersion >= 2024) { validFlags.add(LATIN_SMALL_LETTER_V); } } } } for (let i = start; i < end; ++i) { const flag = source.charCodeAt(i); if (validFlags.has(flag)) { const prop = FLAG_CODEPOINT_TO_PROP[flag]; if (flags[prop]) { this.raise(`Duplicated flag '${source[i]}'`, { index: start, }); } flags[prop] = true; } else { this.raise(`Invalid flag '${source[i]}'`, { index: start }); } } return flags; } } const DUMMY_PATTERN = {}; const DUMMY_FLAGS = {}; const DUMMY_CAPTURING_GROUP = {}; function isClassSetOperand(node) { return (node.type === "Character" || node.type === "CharacterSet" || node.type === "CharacterClass" || node.type === "ExpressionCharacterClass" || node.type === "ClassStringDisjunction"); } class RegExpParserState { constructor(options) { var _a; this._node = DUMMY_PATTERN; this._expressionBufferMap = new Map(); this._flags = DUMMY_FLAGS; this._backreferences = []; this._capturingGroups = []; this.source = ""; this.strict = Boolean(options === null || options === void 0 ? void 0 : options.strict); this.ecmaVersion = (_a = options === null || options === void 0 ? void 0 : options.ecmaVersion) !== null && _a !== void 0 ? _a : latestEcmaVersion; } get pattern() { if (this._node.type !== "Pattern") { throw new Error("UnknownError"); } return this._node; } get flags() { if (this._flags.type !== "Flags") { throw new Error("UnknownError"); } return this._flags; } onRegExpFlags(start, end, { global, ignoreCase, multiline, unicode, sticky, dotAll, hasIndices, unicodeSets, }) { this._flags = { type: "Flags", parent: null, start, end, raw: this.source.slice(start, end), global, ignoreCase, multiline, unicode, sticky, dotAll, hasIndices, unicodeSets, }; } onPatternEnter(start) { this._node = { type: "Pattern", parent: null, start, end: start, raw: "", alternatives: [], }; this._backreferences.length = 0; this._capturingGroups.length = 0; } onPatternLeave(start, end) { this._node.end = end; this._node.raw = this.source.slice(start, end); for (const reference of this._backreferences) { const ref = reference.ref; const groups = typeof ref === "number" ? [this._capturingGroups[ref - 1]] : this._capturingGroups.filter((g) => g.name === ref); if (groups.length === 1) { const group = groups[0]; reference.ambiguous = false; reference.resolved = group; } else { reference.ambiguous = true; reference.resolved = groups; } for (const group of groups) { group.references.push(reference); } } } onAlternativeEnter(start) { const parent = this._node; if (parent.type !== "Assertion" && parent.type !== "CapturingGroup" && parent.type !== "Group" && parent.type !== "Pattern") { throw new Error("UnknownError"); } this._node = { type: "Alternative", parent, start, end: start, raw: "", elements: [], }; parent.alternatives.push(this._node); } onAlternativeLeave(start, end) { const node = this._node; if (node.type !== "Alternative") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onGroupEnter(start) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } const group = { type: "Group", parent, start, end: start, raw: "", modifiers: null, alternatives: [], }; this._node = group; parent.elements.push(this._node); } onGroupLeave(start, end) { const node = this._node; if (node.type !== "Group" || node.parent.type !== "Alternative") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onModifiersEnter(start) { const parent = this._node; if (parent.type !== "Group") { throw new Error("UnknownError"); } this._node = { type: "Modifiers", parent, start, end: start, raw: "", add: null, remove: null, }; parent.modifiers = this._node; } onModifiersLeave(start, end) { const node = this._node; if (node.type !== "Modifiers" || node.parent.type !== "Group") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onAddModifiers(start, end, { ignoreCase, multiline, dotAll, }) { const parent = this._node; if (parent.type !== "Modifiers") { throw new Error("UnknownError"); } parent.add = { type: "ModifierFlags", parent, start, end, raw: this.source.slice(start, end), ignoreCase, multiline, dotAll, }; } onRemoveModifiers(start, end, { ignoreCase, multiline, dotAll, }) { const parent = this._node; if (parent.type !== "Modifiers") { throw new Error("UnknownError"); } parent.remove = { type: "ModifierFlags", parent, start, end, raw: this.source.slice(start, end), ignoreCase, multiline, dotAll, }; } onCapturingGroupEnter(start, name) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } this._node = { type: "CapturingGroup", parent, start, end: start, raw: "", name, alternatives: [], references: [], }; parent.elements.push(this._node); this._capturingGroups.push(this._node); } onCapturingGroupLeave(start, end) { const node = this._node; if (node.type !== "CapturingGroup" || node.parent.type !== "Alternative") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onQuantifier(start, end, min, max, greedy) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } const element = parent.elements.pop(); if (element == null || element.type === "Quantifier" || (element.type === "Assertion" && element.kind !== "lookahead")) { throw new Error("UnknownError"); } const node = { type: "Quantifier", parent, start: element.start, end, raw: this.source.slice(element.start, end), min, max, greedy, element, }; parent.elements.push(node); element.parent = node; } onLookaroundAssertionEnter(start, kind, negate) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } const node = (this._node = { type: "Assertion", parent, start, end: start, raw: "", kind, negate, alternatives: [], }); parent.elements.push(node); } onLookaroundAssertionLeave(start, end) { const node = this._node; if (node.type !== "Assertion" || node.parent.type !== "Alternative") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onEdgeAssertion(start, end, kind) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } parent.elements.push({ type: "Assertion", parent, start, end, raw: this.source.slice(start, end), kind, }); } onWordBoundaryAssertion(start, end, kind, negate) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } parent.elements.push({ type: "Assertion", parent, start, end, raw: this.source.slice(start, end), kind, negate, }); } onAnyCharacterSet(start, end, kind) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } parent.elements.push({ type: "CharacterSet", parent, start, end, raw: this.source.slice(start, end), kind, }); } onEscapeCharacterSet(start, end, kind, negate) { const parent = this._node; if (parent.type !== "Alternative" && parent.type !== "CharacterClass") { throw new Error("UnknownError"); } parent.elements.push({ type: "CharacterSet", parent, start, end, raw: this.source.slice(start, end), kind, negate, }); } onUnicodePropertyCharacterSet(start, end, kind, key, value, negate, strings) { const parent = this._node; if (parent.type !== "Alternative" && parent.type !== "CharacterClass") { throw new Error("UnknownError"); } const base = { type: "CharacterSet", parent: null, start, end, raw: this.source.slice(start, end), kind, strings: null, key, }; if (strings) { if ((parent.type === "CharacterClass" && !parent.unicodeSets) || negate || value !== null) { throw new Error("UnknownError"); } parent.elements.push(Object.assign(Object.assign({}, base), { parent, strings, value, negate })); } else { parent.elements.push(Object.assign(Object.assign({}, base), { parent, strings, value, negate })); } } onCharacter(start, end, value) { const parent = this._node; if (parent.type !== "Alternative" && parent.type !== "CharacterClass" && parent.type !== "StringAlternative") { throw new Error("UnknownError"); } parent.elements.push({ type: "Character", parent, start, end, raw: this.source.slice(start, end), value, }); } onBackreference(start, end, ref) { const parent = this._node; if (parent.type !== "Alternative") { throw new Error("UnknownError"); } const node = { type: "Backreference", parent, start, end, raw: this.source.slice(start, end), ref, ambiguous: false, resolved: DUMMY_CAPTURING_GROUP, }; parent.elements.push(node); this._backreferences.push(node); } onCharacterClassEnter(start, negate, unicodeSets) { const parent = this._node; const base = { type: "CharacterClass", parent, start, end: start, raw: "", unicodeSets, negate, elements: [], }; if (parent.type === "Alternative") { const node = Object.assign(Object.assign({}, base), { parent }); this._node = node; parent.elements.push(node); } else if (parent.type === "CharacterClass" && parent.unicodeSets && unicodeSets) { const node = Object.assign(Object.assign({}, base), { parent, unicodeSets }); this._node = node; parent.elements.push(node); } else { throw new Error("UnknownError"); } } onCharacterClassLeave(start, end) { const node = this._node; if (node.type !== "CharacterClass" || (node.parent.type !== "Alternative" && node.parent.type !== "CharacterClass")) { throw new Error("UnknownError"); } const parent = node.parent; node.end = end; node.raw = this.source.slice(start, end); this._node = parent; const expression = this._expressionBufferMap.get(node); if (!expression) { return; } if (node.elements.length > 0) { throw new Error("UnknownError"); } this._expressionBufferMap.delete(node); const newNode = { type: "ExpressionCharacterClass", parent, start: node.start, end: node.end, raw: node.raw, negate: node.negate, expression, }; expression.parent = newNode; if (node !== parent.elements.pop()) { throw new Error("UnknownError"); } parent.elements.push(newNode); } onCharacterClassRange(start, end) { const parent = this._node; if (parent.type !== "CharacterClass") { throw new Error("UnknownError"); } const elements = parent.elements; const max = elements.pop(); if (!max || max.type !== "Character") { throw new Error("UnknownError"); } if (!parent.unicodeSets) { const hyphen = elements.pop(); if (!hyphen || hyphen.type !== "Character" || hyphen.value !== HYPHEN_MINUS) { throw new Error("UnknownError"); } } const min = elements.pop(); if (!min || min.type !== "Character") { throw new Error("UnknownError"); } const node = { type: "CharacterClassRange", parent, start, end, raw: this.source.slice(start, end), min, max, }; min.parent = node; max.parent = node; elements.push(node); } onClassIntersection(start, end) { var _a; const parent = this._node; if (parent.type !== "CharacterClass" || !parent.unicodeSets) { throw new Error("UnknownError"); } const right = parent.elements.pop(); const left = (_a = this._expressionBufferMap.get(parent)) !== null && _a !== void 0 ? _a : parent.elements.pop(); if (!left || !right || left.type === "ClassSubtraction" || (left.type !== "ClassIntersection" && !isClassSetOperand(left)) || !isClassSetOperand(right)) { throw new Error("UnknownError"); } const node = { type: "ClassIntersection", parent: parent, start, end, raw: this.source.slice(start, end), left, right, }; left.parent = node; right.parent = node; this._expressionBufferMap.set(parent, node); } onClassSubtraction(start, end) { var _a; const parent = this._node; if (parent.type !== "CharacterClass" || !parent.unicodeSets) { throw new Error("UnknownError"); } const right = parent.elements.pop(); const left = (_a = this._expressionBufferMap.get(parent)) !== null && _a !== void 0 ? _a : parent.elements.pop(); if (!left || !right || left.type === "ClassIntersection" || (left.type !== "ClassSubtraction" && !isClassSetOperand(left)) || !isClassSetOperand(right)) { throw new Error("UnknownError"); } const node = { type: "ClassSubtraction", parent: parent, start, end, raw: this.source.slice(start, end), left, right, }; left.parent = node; right.parent = node; this._expressionBufferMap.set(parent, node); } onClassStringDisjunctionEnter(start) { const parent = this._node; if (parent.type !== "CharacterClass" || !parent.unicodeSets) { throw new Error("UnknownError"); } this._node = { type: "ClassStringDisjunction", parent, start, end: start, raw: "", alternatives: [], }; parent.elements.push(this._node); } onClassStringDisjunctionLeave(start, end) { const node = this._node; if (node.type !== "ClassStringDisjunction" || node.parent.type !== "CharacterClass") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } onStringAlternativeEnter(start) { const parent = this._node; if (parent.type !== "ClassStringDisjunction") { throw new Error("UnknownError"); } this._node = { type: "StringAlternative", parent, start, end: start, raw: "", elements: [], }; parent.alternatives.push(this._node); } onStringAlternativeLeave(start, end) { const node = this._node; if (node.type !== "StringAlternative") { throw new Error("UnknownError"); } node.end = end; node.raw = this.source.slice(start, end); this._node = node.parent; } } class RegExpParser { constructor(options) { this._state = new RegExpParserState(options); this._validator = new RegExpValidator(this._state); } parseLiteral(source, start = 0, end = source.length) { this._state.source = source; this._validator.validateLiteral(source, start, end); const pattern = this._state.pattern; const flags = this._state.flags; const literal = { type: "RegExpLiteral", parent: null, start, end, raw: source, pattern, flags, }; pattern.parent = literal; flags.parent = literal; return literal; } parseFlags(source, start = 0, end = source.length) { this._state.source = source; this._validator.validateFlags(source, start, end); return this._state.flags; } parsePattern(source, start = 0, end = source.length, uFlagOrFlags = undefined) { this._state.source = source; this._validator.validatePattern(source, start, end, uFlagOrFlags); return this._state.pattern; } } class RegExpVisitor { constructor(handlers) { this._handlers = handlers; } visit(node) { switch (node.type) { case "Alternative": this.visitAlternative(node); break; case "Assertion": this.visitAssertion(node); break; case "Backreference": this.visitBackreference(node); break; case "CapturingGroup": this.visitCapturingGroup(node); break; case "Character": this.visitCharacter(node); break; case "CharacterClass": this.visitCharacterClass(node); break; case "CharacterClassRange": this.visitCharacterClassRange(node); break; case "CharacterSet": this.visitCharacterSet(node); break; case "ClassIntersection": this.visitClassIntersection(node); break; case "ClassStringDisjunction": this.visitClassStringDisjunction(node); break; case "ClassSubtraction": this.visitClassSubtraction(node); break; case "ExpressionCharacterClass": this.visitExpressionCharacterClass(node); break; case "Flags": this.visitFlags(node); break; case "Group": this.visitGroup(node); break; case "Modifiers": this.visitModifiers(node); break; case "ModifierFlags": this.visitModifierFlags(node); break; case "Pattern": this.visitPattern(node); break; case "Quantifier": this.visitQuantifier(node); break; case "RegExpLiteral": this.visitRegExpLiteral(node); break; case "StringAlternative": this.visitStringAlternative(node); break; default: throw new Error(`Unknown type: ${node.type}`); } } visitAlternative(node) { if (this._handlers.onAlternativeEnter) { this._handlers.onAlternativeEnter(node); } node.elements.forEach(this.visit, this); if (this._handlers.onAlternativeLeave) { this._handlers.onAlternativeLeave(node); } } visitAssertion(node) { if (this._handlers.onAssertionEnter) { this._handlers.onAssertionEnter(node); } if (node.kind === "lookahead" || node.kind === "lookbehind") { node.alternatives.forEach(this.visit, this); } if (this._handlers.onAssertionLeave) { this._handlers.onAssertionLeave(node); } } visitBackreference(node) { if (this._handlers.onBackreferenceEnter) { this._handlers.onBackreferenceEnter(node); } if (this._handlers.onBackreferenceLeave) { this._handlers.onBackreferenceLeave(node); } } visitCapturingGroup(node) { if (this._handlers.onCapturingGroupEnter) { this._handlers.onCapturingGroupEnter(node); } node.alternatives.forEach(this.visit, this); if (this._handlers.onCapturingGroupLeave) { this._handlers.onCapturingGroupLeave(node); } } visitCharacter(node) { if (this._handlers.onCharacterEnter) { this._handlers.onCharacterEnter(node); } if (this._handlers.onCharacterLeave) { this._handlers.onCharacterLeave(node); } } visitCharacterClass(node) { if (this._handlers.onCharacterClassEnter) { this._handlers.onCharacterClassEnter(node); } node.elements.forEach(this.visit, this); if (this._handlers.onCharacterClassLeave) { this._handlers.onCharacterClassLeave(node); } } visitCharacterClassRange(node) { if (this._handlers.onCharacterClassRangeEnter) { this._handlers.onCharacterClassRangeEnter(node); } this.visitCharacter(node.min); this.visitCharacter(node.max); if (this._handlers.onCharacterClassRangeLeave) { this._handlers.onCharacterClassRangeLeave(node); } } visitCharacterSet(node) { if (this._handlers.onCharacterSetEnter) { this._handlers.onCharacterSetEnter(node); } if (this._handlers.onCharacterSetLeave) { this._handlers.onCharacterSetLeave(node); } } visitClassIntersection(node) { if (this._handlers.onClassIntersectionEnter) { this._handlers.onClassIntersectionEnter(node); } this.visit(node.left); this.visit(node.right); if (this._handlers.onClassIntersectionLeave) { this._handlers.onClassIntersectionLeave(node); } } visitClassStringDisjunction(node) { if (this._handlers.onClassStringDisjunctionEnter) { this._handlers.onClassStringDisjunctionEnter(node); } node.alternatives.forEach(this.visit, this); if (this._handlers.onClassStringDisjunctionLeave) { this._handlers.onClassStringDisjunctionLeave(node); } } visitClassSubtraction(node) { if (this._handlers.onClassSubtractionEnter) { this._handlers.onClassSubtractionEnter(node); } this.visit(node.left); this.visit(node.right); if (this._handlers.onClassSubtractionLeave) { this._handlers.onClassSubtractionLeave(node); } } visitExpressionCharacterClass(node) { if (this._handlers.onExpressionCharacterClassEnter) { this._handlers.onExpressionCharacterClassEnter(node); } this.visit(node.expression); if (this._handlers.onExpressionCharacterClassLeave) { this._handlers.onExpressionCharacterClassLeave(node); } } visitFlags(node) { if (this._handlers.onFlagsEnter) { this._handlers.onFlagsEnter(node); } if (this._handlers.onFlagsLeave) { this._handlers.onFlagsLeave(node); } } visitGroup(node) { if (this._handlers.onGroupEnter) { this._handlers.onGroupEnter(node); } if (node.modifiers) { this.visit(node.modifiers); } node.alternatives.forEach(this.visit, this); if (this._handlers.onGroupLeave) { this._handlers.onGroupLeave(node); } } visitModifiers(node) { if (this._handlers.onModifiersEnter) { this._handlers.onModifiersEnter(node); } if (node.add) { this.visit(node.add); } if (node.remove) { this.visit(node.remove); } if (this._handlers.onModifiersLeave) { this._handlers.onModifiersLeave(node); } } visitModifierFlags(node) { if (this._handlers.onModifierFlagsEnter) { this._handlers.onModifierFlagsEnter(node); } if (this._handlers.onModifierFlagsLeave) { this._handlers.onModifierFlagsLeave(node); } } visitPattern(node) { if (this._handlers.onPatternEnter) { this._handlers.onPatternEnter(node); } node.alternatives.forEach(this.visit, this); if (this._handlers.onPatternLeave) { this._handlers.onPatternLeave(node); } } visitQuantifier(node) { if (this._handlers.onQuantifierEnter) { this._handlers.onQuantifierEnter(node); } this.visit(node.element); if (this._handlers.onQuantifierLeave) { this._handlers.onQuantifierLeave(node); } } visitRegExpLiteral(node) { if (this._handlers.onRegExpLiteralEnter) { this._handlers.onRegExpLiteralEnter(node); } this.visitPattern(node.pattern); this.visitFlags(node.flags); if (this._handlers.onRegExpLiteralLeave) { this._handlers.onRegExpLiteralLeave(node); } } visitStringAlternative(node) { if (this._handlers.onStringAlternativeEnter) { this._handlers.onStringAlternativeEnter(node); } node.elements.forEach(this.visit, this); if (this._handlers.onStringAlternativeLeave) { this._handlers.onStringAlternativeLeave(node); } } } function parseRegExpLiteral(source, options) { return new RegExpParser(options).parseLiteral(String(source)); } function validateRegExpLiteral(source, options) { new RegExpValidator(options).validateLiteral(source); } function visitRegExpAST(node, handlers) { new RegExpVisitor(handlers).visit(node); } export { ast as AST, RegExpParser, RegExpSyntaxError, RegExpValidator, parseRegExpLiteral, validateRegExpLiteral, 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{ "name": "@eslint-community/regexpp", "version": "4.12.2", "description": "Regular expression parser for ECMAScript.", "keywords": [ "regexp", "regular", "expression", "parser", "validator", "ast", "abstract", "syntax", "tree", "ecmascript", "es2015", "es2016", "es2017", "es2018", "es2019", "es2020", "es2021", "annexB" ], "homepage": "https://github.com/eslint-community/regexpp#readme", "bugs": { "url": "https://github.com/eslint-community/regexpp/issues" }, "repository": { "type": "git", "url": "https://github.com/eslint-community/regexpp" }, "license": "MIT", "author": "Toru Nagashima", "exports": { ".": { "types": "./index.d.ts", "import": "./index.mjs", "default": "./index.js" }, "./package.json": "./package.json" }, "main": "index", "files": [ "index.*" ], "scripts": { "prebuild": "npm run -s clean", "build": "run-s build:*", "build:tsc": "tsc --module es2015", "build:rollup": "rollup -c", "build:dts": "npm run -s build:tsc -- --removeComments false && dts-bundle --name @eslint-community/regexpp --main .temp/index.d.ts --out ../index.d.ts && prettier --write index.d.ts", "clean": "rimraf .temp index.*", "lint": "eslint . --ext .ts", "test": "nyc _mocha \"test/*.ts\" --reporter dot --timeout 10000", "debug": "mocha --require ts-node/register/transpile-only \"test/*.ts\" --reporter dot --timeout 10000", "update:test": "ts-node scripts/update-fixtures.ts", "update:unicode": "run-s update:unicode:*", "update:unicode:ids": "ts-node scripts/update-unicode-ids.ts", "update:unicode:props": "ts-node scripts/update-unicode-properties.ts", "update:test262:extract": "ts-node -T scripts/extract-test262.ts", "preversion": "npm test && npm run -s build", "postversion": "git push && git push --tags", "prewatch": "npm run -s clean", "watch": "_mocha \"test/*.ts\" --require ts-node/register --reporter dot --timeout 10000 --watch-extensions ts --watch --growl" }, "dependencies": {}, "devDependencies": { "@eslint-community/eslint-plugin-mysticatea": "^15.5.1", 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While redistributing the Work or Derivative Works thereof, You may choose to offer, and charge a fee for, acceptance of support, warranty, indemnity, or other liability obligations and/or rights consistent with this License. However, in accepting such obligations, You may act only on Your own behalf and on Your sole responsibility, not on behalf of any other Contributor, and only if You agree to indemnify, defend, and hold each Contributor harmless for any liability incurred by, or claims asserted against, such Contributor by reason of your accepting any such warranty or additional liability. END OF TERMS AND CONDITIONS APPENDIX: How to apply the Apache License to your work. To apply the Apache License to your work, attach the following boilerplate notice, with the fields enclosed by brackets "[]" replaced with your own identifying information. (Don't include the brackets!) The text should be enclosed in the appropriate comment syntax for the file format. We also recommend that a file or class name and description of purpose be included on the same "printed page" as the copyright notice for easier identification within third-party archives. Copyright [yyyy] [name of copyright owner] Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. ~\fxBc# Config Array ## Description A config array is a way of managing configurations that are based on glob pattern matching of filenames. Each config array contains the information needed to determine the correct configuration for any file based on the filename. **Note:** This is a generic package that can be used outside of ESLint. It contains no ESLint-specific functionality. ## Installation For Node.js and compatible runtimes: ```shell npm install @eslint/config-array # or yarn add @eslint/config-array # or pnpm install @eslint/config-array # or bun add @eslint/config-array ``` For Deno: ```shell deno add @eslint/config-array ``` ## Background The basic idea is that all configuration, including overrides, can be represented by a single array where each item in the array is a config object. Config objects appearing later in the array override config objects appearing earlier in the array. You can calculate a config for a given file by traversing all config objects in the array to find the ones that match the filename. Matching is done by specifying glob patterns in `files` and `ignores` properties on each config object. Here's an example: ```js export default [ // match all JSON files { name: "JSON Handler", files: ["**/*.json"], handler: jsonHandler, }, // match only package.json { name: "package.json Handler", files: ["package.json"], handler: packageJsonHandler, }, ]; ``` In this example, there are two config objects: the first matches all JSON files in all directories and the second matches just `package.json` in the base path directory (all the globs are evaluated as relative to a base path that can be specified). When you retrieve a configuration for `foo.json`, only the first config object matches so `handler` is equal to `jsonHandler`; when you retrieve a configuration for `package.json`, `handler` is equal to `packageJsonHandler` (because both config objects match, the second one wins). ## Usage First, import the `ConfigArray` constructor: ```js import { ConfigArray } from "@eslint/config-array"; // or using CommonJS const { ConfigArray } = require("@eslint/config-array"); ``` When you create a new instance of `ConfigArray`, you must pass in two arguments: an array of configs and an options object. The array of configs is most likely read in from a configuration file, so here's a typical example: ```js import path from "node:path"; import { pathToFileURL } from "node:url"; import { ConfigArray } from "@eslint/config-array"; const configFilename = path.resolve(process.cwd(), "my.config.js"); const { default: rawConfigs } = await import(pathToFileURL(configFilename)); const configs = new ConfigArray(rawConfigs, { // the path to match filenames from basePath: process.cwd(), // additional items in each config schema: mySchema, }); ``` This example reads in an object or array from `my.config.js` and passes it into the `ConfigArray` constructor as the first argument. The second argument is an object specifying the `basePath` (the directory in which `my.config.js` is found) and a `schema` to define the additional properties of a config object beyond `files`, `ignores`, `basePath`, and `name`. ### Specifying a Schema The `schema` option is required for you to use additional properties in config objects. The schema is an object that follows the format of an [`ObjectSchema`](https://npmjs.com/package/@eslint/object-schema). The schema specifies both validation and merge rules that the `ConfigArray` instance needs to combine configs when there are multiple matches. Here's an example: ```js const configFilename = path.resolve(process.cwd(), "my.config.js"); const { default: rawConfigs } = await import(pathToFileURL(configFilename)); const mySchema = { // define the handler key in configs handler: { required: true, merge(a, b) { return b ?? a; }, validate(value) { if (typeof value !== "function") { throw new TypeError("Function expected."); } }, }, }; const configs = new ConfigArray(rawConfigs, { // the path to match filenames from basePath: process.cwd(), // additional item schemas in each config schema: mySchema, // additional config types supported (default: []) extraConfigTypes: ["array", "function"], }); ``` ### Config Arrays Config arrays can be multidimensional, so it's possible for a config array to contain another config array when `extraConfigTypes` contains `"array"`, such as: ```js export default [ // JS config { files: ["**/*.js"], handler: jsHandler, }, // JSON configs [ // match all JSON files { name: "JSON Handler", files: ["**/*.json"], handler: jsonHandler, }, // match only package.json { name: "package.json Handler", files: ["package.json"], handler: packageJsonHandler, }, ], // filename must match function { files: [filePath => filePath.endsWith(".md")], handler: markdownHandler, }, // filename must match all patterns in subarray { files: [["*.test.*", "*.js"]], handler: jsTestHandler, }, // filename must not match patterns beginning with ! { name: "Non-JS files", files: ["!*.js"], settings: { js: false, }, }, // specific settings for files inside `src` directory { name: "Source files", basePath: "src", files: ["**/*"], settings: { source: true, }, }, ]; ``` In this example, the array contains both config objects and a config array. When a config array is normalized (see details below), it is flattened so only config objects remain. However, the order of evaluation remains the same. If the `files` array contains a function, then that function is called with the path of the file as it was passed in. The function is expected to return `true` if there is a match and `false` if not. (The `ignores` array can also contain functions.) If the `files` array contains an item that is an array of strings and functions, then all patterns must match in order for the config to match. In the preceding examples, both `*.test.*` and `*.js` must match in order for the config object to be used. If a pattern in the files array begins with `!` then it excludes that pattern. In the preceding example, any filename that doesn't end with `.js` will automatically get a `settings.js` property set to `false`. You can also specify an `ignores` key that will force files matching those patterns to not be included. If the `ignores` key is in a config object without any other keys, then those ignores will always be applied; otherwise those ignores act as exclusions. Here's an example: ```js export default [ // Always ignored { ignores: ["**/.git/**", "**/node_modules/**"], }, // .eslintrc.js file is ignored only when .js file matches { files: ["**/*.js"], ignores: [".eslintrc.js"], handler: jsHandler, }, ]; ``` You can use negated patterns in `ignores` to exclude a file that was already ignored, such as: ```js export default [ // Ignore all JSON files except tsconfig.json { files: ["**/*"], ignores: ["**/*.json", "!tsconfig.json"], }, ]; ``` ### Config Functions Config arrays can also include config functions when `extraConfigTypes` contains `"function"`. A config function accepts a single parameter, `context` (defined by you), and must return either a config object or a config array (it cannot return another function). Config functions allow end users to execute code in the creation of appropriate config objects. Here's an example: ```js export default [ // JS config { files: ["**/*.js"], handler: jsHandler, }, // JSON configs function (context) { return [ // match all JSON files { name: context.name + " JSON Handler", files: ["**/*.json"], handler: jsonHandler, }, // match only package.json { name: context.name + " package.json Handler", files: ["package.json"], handler: packageJsonHandler, }, ]; }, ]; ``` When a config array is normalized, each function is executed and replaced in the config array with the return value. **Note:** Config functions can also be async. ### Normalizing Config Arrays Once a config array has been created and loaded with all of the raw config data, it must be normalized before it can be used. The normalization process goes through and flattens the config array as well as executing all config functions to get their final values. To normalize a config array, call the `normalize()` method and pass in a context object: ```js await configs.normalize({ name: "MyApp", }); ``` The `normalize()` method returns a promise, so be sure to use the `await` operator. The config array instance is normalized in-place, so you don't need to create a new variable. If you want to disallow async config functions, you can call `normalizeSync()` instead. This method is completely synchronous and does not require using the `await` operator as it does not return a promise: ```js configs.normalizeSync({ name: "MyApp", }); ``` **Important:** Once a `ConfigArray` is normalized, it cannot be changed further. You can, however, create a new `ConfigArray` and pass in the normalized instance to create an unnormalized copy. ### Getting Config for a File To get the config for a file, use the `getConfig()` method on a normalized config array and pass in the filename to get a config for: ```js // pass in filename const fileConfig = configs.getConfig( path.resolve(process.cwd(), "package.json"), ); ``` The config array always returns an object, even if there are no configs matching the given filename. You can then inspect the returned config object to determine how to proceed. A few things to keep in mind: - If a filename is not an absolute path, it will be resolved relative to the base path directory. - The returned config object never has `files`, `ignores`, `basePath`, or `name` properties; the only properties on the object will be the other configuration options specified. - The config array caches configs, so subsequent calls to `getConfig()` with the same filename will return in a fast lookup rather than another calculation. - A config will only be generated if the filename matches an entry in a `files` key. A config will not be generated without matching a `files` key (configs without a `files` key are only applied when another config with a `files` key is applied; configs without `files` are never applied on their own). Any config with a `files` key entry that is `*` or ends with `/**` or `/*` will only be applied if another entry in the same `files` key matches or another config matches. ## Determining Ignored Paths You can determine if a file is ignored by using the `isFileIgnored()` method and passing in the path of any file, as in this example: ```js const ignored = configs.isFileIgnored("/foo/bar/baz.txt"); ``` A file is considered ignored if any of the following is true: - **Its parent directory is ignored.** For example, if `foo` is in `ignores`, then `foo/a.js` is considered ignored. - **It has an ancestor directory that is ignored.** For example, if `foo` is in `ignores`, then `foo/baz/a.js` is considered ignored. - **It matches an ignored file pattern.** For example, if `**/a.js` is in `ignores`, then `foo/a.js` and `foo/baz/a.js` are considered ignored. - **If it matches an entry in `files` and also in `ignores`.** For example, if `**/*.js` is in `files` and `**/a.js` is in `ignores`, then `foo/a.js` and `foo/baz/a.js` are considered ignored. - **The file is outside the `basePath`.** If the `basePath` is `/usr/me`, then `/foo/a.js` is considered ignored. For directories, use the `isDirectoryIgnored()` method and pass in the path of any directory, as in this example: ```js const ignored = configs.isDirectoryIgnored("/foo/bar/"); ``` A directory is considered ignored if any of the following is true: - **Its parent directory is ignored.** For example, if `foo` is in `ignores`, then `foo/baz` is considered ignored. - **It has an ancestor directory that is ignored.** For example, if `foo` is in `ignores`, then `foo/bar/baz/a.js` is considered ignored. - **It matches an ignored file pattern.** For example, if `**/a.js` is in `ignores`, then `foo/a.js` and `foo/baz/a.js` are considered ignored. - **If it matches an entry in `files` and also in `ignores`.** For example, if `**/*.js` is in `files` and `**/a.js` is in `ignores`, then `foo/a.js` and `foo/baz/a.js` are considered ignored. - **The file is outside the `basePath`.** If the `basePath` is `/usr/me`, then `/foo/a.js` is considered ignored. **Important:** A pattern such as `foo/**` means that `foo` and `foo/` are _not_ ignored whereas `foo/bar` is ignored. If you want to ignore `foo` and all of its subdirectories, use the pattern `foo` or `foo/` in `ignores`. ## Caching Mechanisms Each `ConfigArray` aggressively caches configuration objects to avoid unnecessary work. This caching occurs in two ways: 1. **File-based Caching.** For each filename that is passed into a method, the resulting config is cached against that filename so you're always guaranteed to get the same object returned from `getConfig()` whenever you pass the same filename in. 2. **Index-based Caching.** Whenever a config is calculated, the config elements that were used to create the config are also cached. So if a given filename matches elements 1, 5, and 7, the resulting config is cached with a key of `1,5,7`. That way, if another file is passed that matches the same config elements, the result is already known and doesn't have to be recalculated. That means two files that match all the same elements will return the same config from `getConfig()`. ## Acknowledgements The design of this project was influenced by feedback on the ESLint RFC, and incorporates ideas from: - Teddy Katz (@not-an-aardvark) - Toru Nagashima (@mysticatea) - Kai Cataldo (@kaicataldo) ## License Apache 2.0 ## Sponsors The following companies, organizations, and individuals support ESLint's ongoing maintenance and development. [Become a Sponsor](https://eslint.org/donate) to get your logo on our READMEs and [website](https://eslint.org/sponsors).

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;_x<40000 cjsX-)? B 40000 esm!kG¸xǍ>p%}q xj100644 index.cjs4ۼ` [ 3M100644 index.d.ctsnƇa8](nRy}u40000 std__pathuf=&g9bKj100644 types.ctsT!y-%q!.(𹸫z#;ֽxS'use strict'; var posixPath = require('./std__path/posix.cjs'); var windowsPath = require('./std__path/windows.cjs'); var minimatch = require('minimatch'); var createDebug = require('debug'); var objectSchema = require('@eslint/object-schema'); function _interopNamespaceDefault(e) { var n = Object.create(null); if (e) { Object.keys(e).forEach(function (k) { if (k !== 'default') { var d = Object.getOwnPropertyDescriptor(e, k); Object.defineProperty(n, k, d.get ? d : { enumerable: true, get: function () { return e[k]; } }); } }); } n.default = e; return Object.freeze(n); } var posixPath__namespace = /*#__PURE__*/_interopNamespaceDefault(posixPath); var windowsPath__namespace = /*#__PURE__*/_interopNamespaceDefault(windowsPath); /** * @fileoverview ConfigSchema * @author Nicholas C. Zakas */ //------------------------------------------------------------------------------ // Types //------------------------------------------------------------------------------ /** @import * as $eslintobjectschema from "@eslint/object-schema"; */ /** @typedef {$eslintobjectschema.PropertyDefinition} PropertyDefinition */ /** @typedef {$eslintobjectschema.ObjectDefinition} ObjectDefinition */ //------------------------------------------------------------------------------ // Helpers //------------------------------------------------------------------------------ /** * A strategy that does nothing. * @type {PropertyDefinition} */ const NOOP_STRATEGY = { required: false, merge() { return undefined; }, validate() {}, }; //------------------------------------------------------------------------------ // Exports //------------------------------------------------------------------------------ /** * The base schema that every ConfigArray uses. * @type {ObjectDefinition} */ const baseSchema = Object.freeze({ name: { required: false, merge() { return undefined; }, validate(value) { if (typeof value !== "string") { throw new TypeError("Property must be a string."); } }, }, basePath: NOOP_STRATEGY, files: NOOP_STRATEGY, ignores: NOOP_STRATEGY, }); /** * @fileoverview ConfigSchema * @author Nicholas C. Zakas */ //------------------------------------------------------------------------------ // Types //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ // Helpers //------------------------------------------------------------------------------ /** * Asserts that a given value is an array. * @param {*} value The value to check. * @returns {void} * @throws {TypeError} When the value is not an array. */ function assertIsArray(value) { if (!Array.isArray(value)) { throw new TypeError("Expected value to be an array."); } } /** * Asserts that a given value is an array containing only strings and functions. * @param {*} value The value to check. * @returns {void} * @throws {TypeError} When the value is not an array of strings and functions. */ function assertIsArrayOfStringsAndFunctions(value) { assertIsArray(value); if ( value.some( item => typeof item !== "string" && typeof item !== "function", ) ) { throw new TypeError( "Expected array to only contain strings and functions.", ); } } /** * Asserts that a given value is a non-empty array. * @param {*} value The value to check. * @returns {void} * @throws {TypeError} When the value is not an array or an empty array. */ function assertIsNonEmptyArray(value) { if (!Array.isArray(value) || value.length === 0) { throw new TypeError("Expected value to be a non-empty array."); } } //------------------------------------------------------------------------------ // Exports //------------------------------------------------------------------------------ /** * The schema for `files` and `ignores` that every ConfigArray uses. * @type {ObjectDefinition} */ const filesAndIgnoresSchema = Object.freeze({ basePath: { required: false, merge() { return undefined; }, validate(value) { if (typeof value !== "string") { throw new TypeError("Expected value to be a string."); } }, }, files: { required: false, merge() { return undefined; }, validate(value) { // first check if it's an array assertIsNonEmptyArray(value); // then check each member value.forEach(item => { if (Array.isArray(item)) { assertIsArrayOfStringsAndFunctions(item); } else if ( typeof item !== "string" && typeof item !== "function" ) { throw new TypeError( "Items must be a string, a function, or an array of strings and functions.", ); } }); }, }, ignores: { required: false, merge() { return undefined; }, validate: assertIsArrayOfStringsAndFunctions, }, }); /** * @fileoverview ConfigArray * @author Nicholas C. Zakas */ //------------------------------------------------------------------------------ // Types //------------------------------------------------------------------------------ /** @import * as $typests from "./types.ts"; */ /** @typedef {$typests.ConfigObject} ConfigObject */ /** @typedef {$typests.FileMatcher} FileMatcher */ /** @typedef {$typests.FilesMatcher} FilesMatcher */ /** @typedef {$typests.ExtraConfigType} ExtraConfigType */ /** @import * as $minimatch from "minimatch"; */ /** @typedef {$minimatch.MinimatchOptions} MinimatchOptions */ /** @import * as PathImpl from "@jsr/std__path" */ /* * This is a bit of a hack to make TypeScript happy with the Rollup-created * CommonJS file. Rollup doesn't do object destructuring for imported files * and instead imports the default via `require()`. This messes up type checking * for `ObjectSchema`. To work around that, we just import the type manually * and give it a different name to use in the JSDoc comments. */ /** @typedef {ObjectSchema} ObjectSchemaInstance */ //------------------------------------------------------------------------------ // Helpers //------------------------------------------------------------------------------ const debug = createDebug("@eslint/config-array"); /** * A cache for minimatch instances. * @type {Map} */ const minimatchCache = new Map(); /** * A cache for negated minimatch instances. * @type {Map} */ const negatedMinimatchCache = new Map(); /** * Options to use with minimatch. * @type {MinimatchOptions} */ const MINIMATCH_OPTIONS = { // matchBase: true, dot: true, }; /** * The types of config objects that are supported. * @type {Set} */ const CONFIG_TYPES = new Set(["array", "function"]); /** * Fields that are considered metadata and not part of the config object. * @type {Set} */ const META_FIELDS = new Set(["name", "basePath"]); /** * A schema containing just files and ignores for early validation. * @type {ObjectSchemaInstance} */ const FILES_AND_IGNORES_SCHEMA = new objectSchema.ObjectSchema(filesAndIgnoresSchema); // Precomputed constant objects returned by `ConfigArray.getConfigWithStatus`. const CONFIG_WITH_STATUS_EXTERNAL = Object.freeze({ status: "external" }); const CONFIG_WITH_STATUS_IGNORED = Object.freeze({ status: "ignored" }); const CONFIG_WITH_STATUS_UNCONFIGURED = Object.freeze({ status: "unconfigured", }); // Match two leading dots followed by a slash or the end of input. const EXTERNAL_PATH_REGEX = /^\.\.(?:\/|$)/u; /** * Wrapper error for config validation errors that adds a name to the front of the * error message. */ class ConfigError extends Error { /** * Creates a new instance. * @param {string} name The config object name causing the error. * @param {number} index The index of the config object in the array. * @param {Object} options The options for the error. * @param {Error} [options.cause] The error that caused this error. * @param {string} [options.message] The message to use for the error. */ constructor(name, index, { cause, message }) { const finalMessage = message || cause.message; super(`Config ${name}: ${finalMessage}`, { cause }); // copy over custom properties that aren't represented if (cause) { for (const key of Object.keys(cause)) { if (!(key in this)) { this[key] = cause[key]; } } } /** * The name of the error. * @type {string} * @readonly */ this.name = "ConfigError"; /** * The index of the config object in the array. * @type {number} * @readonly */ this.index = index; } } /** * Gets the name of a config object. * @param {ConfigObject} config The config object to get the name of. * @returns {string} The name of the config object. */ function getConfigName(config) { if (config && typeof config.name === "string" && config.name) { return `"${config.name}"`; } return "(unnamed)"; } /** * Rethrows a config error with additional information about the config object. * @param {ConfigObject} config The config object to get the name of. * @param {number} index The index of the config object in the array. * @param {Error} error The error to rethrow. * @throws {ConfigError} When the error is rethrown for a config. */ function rethrowConfigError(config, index, error) { const configName = getConfigName(config); throw new ConfigError(configName, index, { cause: error }); } /** * Shorthand for checking if a value is a string. * @param {any} value The value to check. * @returns {value is string} True if a string, false if not. */ function isString(value) { return typeof value === "string"; } /** * Creates a function that asserts that the config is valid * during normalization. This checks that the config is not nullish * and that files and ignores keys of a config object are valid as per base schema. * @param {Object} config The config object to check. * @param {number} index The index of the config object in the array. * @returns {void} * @throws {ConfigError} If the files and ignores keys of a config object are not valid. */ function assertValidBaseConfig(config, index) { if (config === null) { throw new ConfigError(getConfigName(config), index, { message: "Unexpected null config.", }); } if (config === undefined) { throw new ConfigError(getConfigName(config), index, { message: "Unexpected undefined config.", }); } if (typeof config !== "object") { throw new ConfigError(getConfigName(config), index, { message: "Unexpected non-object config.", }); } const validateConfig = {}; if ("basePath" in config) { validateConfig.basePath = config.basePath; } if ("files" in config) { validateConfig.files = config.files; } if ("ignores" in config) { validateConfig.ignores = config.ignores; } try { FILES_AND_IGNORES_SCHEMA.validate(validateConfig); } catch (validationError) { rethrowConfigError(config, index, validationError); } } /** * Wrapper around minimatch that caches minimatch patterns for * faster matching speed over multiple file path evaluations. * @param {string} filepath The file path to match. * @param {string} pattern The glob pattern to match against. * @param {MinimatchOptions} options The minimatch options to use. * @returns {boolean} True if the file path matches, false if not. */ function doMatch(filepath, pattern, options = {}) { let cache = minimatchCache; if (options.flipNegate) { cache = negatedMinimatchCache; } let matcher = cache.get(pattern); if (!matcher) { matcher = new minimatch.Minimatch( pattern, Object.assign({}, MINIMATCH_OPTIONS, options), ); cache.set(pattern, matcher); } return matcher.match(filepath); } /** * Normalizes a pattern by removing the leading "./" if present. * @param {FileMatcher} pattern The pattern to normalize. * @returns {FileMatcher} The normalized pattern. */ function normalizePattern(pattern) { if (isString(pattern)) { if (pattern.startsWith("./")) { return pattern.slice(2); } if (pattern.startsWith("!./")) { return `!${pattern.slice(3)}`; } } return pattern; } /** * Checks if a given pattern requires normalization. * @param {any} pattern The pattern to check. * @returns {boolean} True if the pattern needs normalization, false otherwise. * */ function needsPatternNormalization(pattern) { return ( isString(pattern) && (pattern.startsWith("./") || pattern.startsWith("!./")) ); } /** * Normalizes `files` and `ignores` patterns in a config by removing "./" prefixes. * @param {Object} config The config object to normalize patterns in. * @param {string} namespacedBasePath The namespaced base path of the directory to which config base path is relative. * @param {PathImpl} path Path-handling implementation. * @returns {Object} The normalized config object. */ function normalizeConfigPatterns(config, namespacedBasePath, path) { if (!config) { return config; } const hasBasePath = typeof config.basePath === "string"; let needsNormalization = false; if (hasBasePath) { needsNormalization = true; } if (!needsNormalization && Array.isArray(config.files)) { needsNormalization = config.files.some(pattern => { if (Array.isArray(pattern)) { return pattern.some(needsPatternNormalization); } return needsPatternNormalization(pattern); }); } if (!needsNormalization && Array.isArray(config.ignores)) { needsNormalization = config.ignores.some(needsPatternNormalization); } if (!needsNormalization) { return config; } const newConfig = { ...config }; if (hasBasePath) { if (path.isAbsolute(config.basePath)) { newConfig.basePath = path.toNamespacedPath(config.basePath); } else { newConfig.basePath = path.resolve( namespacedBasePath, config.basePath, ); } } if (Array.isArray(newConfig.files)) { newConfig.files = newConfig.files.map(pattern => { if (Array.isArray(pattern)) { return pattern.map(normalizePattern); } return normalizePattern(pattern); }); } if (Array.isArray(newConfig.ignores)) { newConfig.ignores = newConfig.ignores.map(normalizePattern); } return newConfig; } /** * Normalizes a `ConfigArray` by flattening it and executing any functions * that are found inside. * @param {Array} items The items in a `ConfigArray`. * @param {Object} context The context object to pass into any function * found. * @param {ReadonlyArray} extraConfigTypes The config types to check. * @param {string} namespacedBasePath The namespaced base path of the directory to which config base paths are relative. * @param {PathImpl} path Path-handling implementation. * @returns {Promise} A flattened array containing only config objects. * @throws {TypeError} When a config function returns a function. */ async function normalize( items, context, extraConfigTypes, namespacedBasePath, path, ) { const allowFunctions = extraConfigTypes.includes("function"); const allowArrays = extraConfigTypes.includes("array"); async function* flatTraverse(array) { for (let item of array) { if (typeof item === "function") { if (!allowFunctions) { throw new TypeError("Unexpected function."); } item = item(context); if (item.then) { item = await item; } } if (Array.isArray(item)) { if (!allowArrays) { throw new TypeError("Unexpected array."); } yield* flatTraverse(item); } else if (typeof item === "function") { throw new TypeError( "A config function can only return an object or array.", ); } else { yield item; } } } /* * Async iterables cannot be used with the spread operator, so we need to manually * create the array to return. */ const asyncIterable = flatTraverse(items); const configs = []; for await (const config of asyncIterable) { configs.push(normalizeConfigPatterns(config, namespacedBasePath, path)); } return configs; } /** * Normalizes a `ConfigArray` by flattening it and executing any functions * that are found inside. * @param {Array} items The items in a `ConfigArray`. * @param {Object} context The context object to pass into any function * found. * @param {ReadonlyArray} extraConfigTypes The config types to check. * @param {string} namespacedBasePath The namespaced base path of the directory to which config base paths are relative. * @param {PathImpl} path Path-handling implementation * @returns {Array} A flattened array containing only config objects. * @throws {TypeError} When a config function returns a function. */ function normalizeSync( items, context, extraConfigTypes, namespacedBasePath, path, ) { const allowFunctions = extraConfigTypes.includes("function"); const allowArrays = extraConfigTypes.includes("array"); function* flatTraverse(array) { for (let item of array) { if (typeof item === "function") { if (!allowFunctions) { throw new TypeError("Unexpected function."); } item = item(context); if (item.then) { throw new TypeError( "Async config functions are not supported.", ); } } if (Array.isArray(item)) { if (!allowArrays) { throw new TypeError("Unexpected array."); } yield* flatTraverse(item); } else if (typeof item === "function") { throw new TypeError( "A config function can only return an object or array.", ); } else { yield item; } } } const configs = []; for (const config of flatTraverse(items)) { configs.push(normalizeConfigPatterns(config, namespacedBasePath, path)); } return configs; } /** * Converts a given path to a relative path with all separator characters replaced by forward slashes (`"/"`). * @param {string} fileOrDirPath The unprocessed path to convert. * @param {string} namespacedBasePath The namespaced base path of the directory to which the calculated path shall be relative. * @param {PathImpl} path Path-handling implementations. * @returns {string} A relative path with all separator characters replaced by forward slashes. */ function toRelativePath(fileOrDirPath, namespacedBasePath, path) { const fullPath = path.resolve(namespacedBasePath, fileOrDirPath); const namespacedFullPath = path.toNamespacedPath(fullPath); const relativePath = path.relative(namespacedBasePath, namespacedFullPath); return relativePath.replaceAll(path.SEPARATOR, "/"); } /** * Determines if a given file path should be ignored based on the given * matcher. * @param {Array<{ basePath?: string, ignores: FileMatcher[] }>} configs Configuration objects containing `ignores`. * @param {string} filePath The unprocessed file path to check. * @param {string} relativeFilePath The path of the file to check relative to the base path, * using forward slash (`"/"`) as a separator. * @param {Object} [basePathData] Additional data needed to recalculate paths for configuration objects * that have `basePath` property. * @param {string} [basePathData.basePath] Namespaced path to which `relativeFilePath` is relative. * @param {PathImpl} [basePathData.path] Path-handling implementation. * @returns {boolean} True if the path should be ignored and false if not. */ function shouldIgnorePath( configs, filePath, relativeFilePath, { basePath, path } = {}, ) { let shouldIgnore = false; for (const config of configs) { let relativeFilePathToCheck = relativeFilePath; if (config.basePath) { relativeFilePathToCheck = toRelativePath( path.resolve(basePath, relativeFilePath), config.basePath, path, ); if ( relativeFilePathToCheck === "" || EXTERNAL_PATH_REGEX.test(relativeFilePathToCheck) ) { continue; } if (relativeFilePath.endsWith("/")) { relativeFilePathToCheck += "/"; } } shouldIgnore = config.ignores.reduce((ignored, matcher) => { if (!ignored) { if (typeof matcher === "function") { return matcher(filePath); } // don't check negated patterns because we're not ignored yet if (!matcher.startsWith("!")) { return doMatch(relativeFilePathToCheck, matcher); } // otherwise we're still not ignored return false; } // only need to check negated patterns because we're ignored if (typeof matcher === "string" && matcher.startsWith("!")) { return !doMatch(relativeFilePathToCheck, matcher, { flipNegate: true, }); } return ignored; }, shouldIgnore); } return shouldIgnore; } /** * Determines if a given file path is matched by a config. If the config * has no `files` field, then it matches; otherwise, if a `files` field * is present then we match the globs in `files` and exclude any globs in * `ignores`. * @param {string} filePath The unprocessed file path to check. * @param {string} relativeFilePath The path of the file to check relative to the base path, * using forward slash (`"/"`) as a separator. * @param {ConfigObject & { files: FilesMatcher[] }} config The config object to check. * @returns {boolean} True if the file path is matched by the config, * false if not. */ function pathMatches(filePath, relativeFilePath, config) { // match both strings and functions function match(pattern) { if (isString(pattern)) { return doMatch(relativeFilePath, pattern); } if (typeof pattern === "function") { return pattern(filePath); } throw new TypeError(`Unexpected matcher type ${pattern}.`); } // check for all matches to config.files let filePathMatchesPattern = config.files.some(pattern => { if (Array.isArray(pattern)) { return pattern.every(match); } return match(pattern); }); /* * If the file path matches the config.files patterns, then check to see * if there are any files to ignore. */ if (filePathMatchesPattern && config.ignores) { /* * Pass config object without `basePath`, because `relativeFilePath` is already * calculated as relative to it. */ filePathMatchesPattern = !shouldIgnorePath( [{ ignores: config.ignores }], filePath, relativeFilePath, ); } return filePathMatchesPattern; } /** * Ensures that a ConfigArray has been normalized. * @param {ConfigArray} configArray The ConfigArray to check. * @returns {void} * @throws {Error} When the `ConfigArray` is not normalized. */ function assertNormalized(configArray) { // TODO: Throw more verbose error if (!configArray.isNormalized()) { throw new Error( "ConfigArray must be normalized to perform this operation.", ); } } /** * Ensures that config types are valid. * @param {ReadonlyArray} extraConfigTypes The config types to check. * @returns {void} * @throws {TypeError} When the config types array is invalid. */ function assertExtraConfigTypes(extraConfigTypes) { if (!Array.isArray(extraConfigTypes)) { throw new TypeError("extraConfigTypes must be an array."); } if (extraConfigTypes.length > 2) { throw new TypeError("extraConfigTypes must contain at most two items."); } for (const configType of extraConfigTypes) { if (!CONFIG_TYPES.has(configType)) { throw new TypeError( `Unexpected config type "${configType}" in extraConfigTypes. Expected one of: "array", "function".`, ); } } } /** * Returns path-handling implementations for Unix or Windows, depending on a given absolute path. * @param {string} fileOrDirPath The absolute path to check. * @returns {PathImpl} Path-handling implementations for the specified path. * @throws {Error} An error is thrown if the specified argument is not an absolute path. */ function getPathImpl(fileOrDirPath) { // Posix absolute paths always start with a slash. if (fileOrDirPath.startsWith("/")) { return posixPath__namespace; } // Windows absolute paths start with a letter followed by a colon and at least one backslash, // or with two backslashes in the case of UNC paths. // Forward slashed are automatically normalized to backslashes. if (/^(?:[A-Za-z]:[/\\]|[/\\]{2})/u.test(fileOrDirPath)) { return windowsPath__namespace; } throw new Error( `Expected an absolute path but received "${fileOrDirPath}"`, ); } //------------------------------------------------------------------------------ // Public Interface //------------------------------------------------------------------------------ const ConfigArraySymbol = { isNormalized: Symbol("isNormalized"), configCache: Symbol("configCache"), schema: Symbol("schema"), finalizeConfig: Symbol("finalizeConfig"), preprocessConfig: Symbol("preprocessConfig"), }; // used to store calculate data for faster lookup const dataCache = new WeakMap(); /** * Represents an array of config objects and provides method for working with * those config objects. */ class ConfigArray extends Array { /** * The namespaced path of the config file directory. * @type {string} */ #namespacedBasePath; /** * Path-handling implementations. * @type {PathImpl} */ #path; /** * Creates a new instance of ConfigArray. * @param {Iterable|Function|Object} configs An iterable yielding config * objects, or a config function, or a config object. * @param {Object} options The options for the ConfigArray. * @param {string} [options.basePath="/"] The absolute path of the config file directory. * Defaults to `"/"`. * @param {boolean} [options.normalized=false] Flag indicating if the * configs have already been normalized. * @param {ObjectDefinition} [options.schema] The additional schema * definitions to use for the ConfigArray schema. * @param {ReadonlyArray} [options.extraConfigTypes] List of config types supported. * @throws {TypeError} When the `basePath` is not a non-empty string, */ constructor( configs, { basePath = "/", normalized = false, schema: customSchema, extraConfigTypes = [], } = {}, ) { super(); /** * Tracks if the array has been normalized. * @property isNormalized * @type {boolean} * @private */ this[ConfigArraySymbol.isNormalized] = normalized; /** * The schema used for validating and merging configs. * @property schema * @type {ObjectSchemaInstance} * @private */ this[ConfigArraySymbol.schema] = new objectSchema.ObjectSchema( Object.assign({}, customSchema, baseSchema), ); if (!isString(basePath) || !basePath) { throw new TypeError("basePath must be a non-empty string"); } /** * The path of the config file that this array was loaded from. * This is used to calculate filename matches. * @property basePath * @type {string} */ this.basePath = basePath; assertExtraConfigTypes(extraConfigTypes); /** * The supported config types. * @type {ReadonlyArray} */ this.extraConfigTypes = [...extraConfigTypes]; Object.freeze(this.extraConfigTypes); /** * A cache to store calculated configs for faster repeat lookup. * @property configCache * @type {Map} * @private */ this[ConfigArraySymbol.configCache] = new Map(); // init cache dataCache.set(this, { explicitMatches: new Map(), directoryMatches: new Map(), files: undefined, ignores: undefined, }); // load the configs into this array if (Array.isArray(configs)) { this.push(...configs); } else { this.push(configs); } // select path-handling implementations depending on the base path this.#path = getPathImpl(basePath); // On Windows, `path.relative()` returns an absolute path when given two paths on different drives. // The namespaced base path is useful to make sure that calculated relative paths are always relative. // On Unix, it is identical to the base path. this.#namespacedBasePath = this.#path.toNamespacedPath(basePath); } /** * Prevent normal array methods from creating a new `ConfigArray` instance. * This is to ensure that methods such as `slice()` won't try to create a * new instance of `ConfigArray` behind the scenes as doing so may throw * an error due to the different constructor signature. * @type {ArrayConstructor} The `Array` constructor. */ static get [Symbol.species]() { return Array; } /** * Returns the `files` globs from every config object in the array. * This can be used to determine which files will be matched by a * config array or to use as a glob pattern when no patterns are provided * for a command line interface. * @returns {Array} An array of matchers. */ get files() { assertNormalized(this); // if this data has been cached, retrieve it const cache = dataCache.get(this); if (cache.files) { return cache.files; } // otherwise calculate it const result = []; for (const config of this) { if (config.files) { config.files.forEach(filePattern => { result.push(filePattern); }); } } // store result cache.files = result; dataCache.set(this, cache); return result; } /** * Returns ignore matchers that should always be ignored regardless of * the matching `files` fields in any configs. This is necessary to mimic * the behavior of things like .gitignore and .eslintignore, allowing a * globbing operation to be faster. * @returns {Array<{ basePath?: string, name?: string, ignores: FileMatcher[] }>} An array of config objects representing global ignores. */ get ignores() { assertNormalized(this); // if this data has been cached, retrieve it const cache = dataCache.get(this); if (cache.ignores) { return cache.ignores; } // otherwise calculate it const result = []; for (const config of this) { /* * We only count ignores if there are no other keys in the object. * In this case, it acts like a globally ignored pattern. If there * are additional keys, then ignores act like exclusions. */ if ( config.ignores && Object.keys(config).filter(key => !META_FIELDS.has(key)) .length === 1 ) { result.push(config); } } // store result cache.ignores = result; dataCache.set(this, cache); return result; } /** * Indicates if the config array has been normalized. * @returns {boolean} True if the config array is normalized, false if not. */ isNormalized() { return this[ConfigArraySymbol.isNormalized]; } /** * Normalizes a config array by flattening embedded arrays and executing * config functions. * @param {Object} [context] The context object for config functions. * @returns {Promise} The current ConfigArray instance. */ async normalize(context = {}) { if (!this.isNormalized()) { const normalizedConfigs = await normalize( this, context, this.extraConfigTypes, this.#namespacedBasePath, this.#path, ); this.length = 0; this.push( ...normalizedConfigs.map( this[ConfigArraySymbol.preprocessConfig].bind(this), ), ); this.forEach(assertValidBaseConfig); this[ConfigArraySymbol.isNormalized] = true; // prevent further changes Object.freeze(this); } return this; } /** * Normalizes a config array by flattening embedded arrays and executing * config functions. * @param {Object} [context] The context object for config functions. * @returns {ConfigArray} The current ConfigArray instance. */ normalizeSync(context = {}) { if (!this.isNormalized()) { const normalizedConfigs = normalizeSync( this, context, this.extraConfigTypes, this.#namespacedBasePath, this.#path, ); this.length = 0; this.push( ...normalizedConfigs.map( this[ConfigArraySymbol.preprocessConfig].bind(this), ), ); this.forEach(assertValidBaseConfig); this[ConfigArraySymbol.isNormalized] = true; // prevent further changes Object.freeze(this); } return this; } /* eslint-disable class-methods-use-this -- Desired as instance methods */ /** * Finalizes the state of a config before being cached and returned by * `getConfig()`. Does nothing by default but is provided to be * overridden by subclasses as necessary. * @param {Object} config The config to finalize. * @returns {Object} The finalized config. */ // Cast key to `never` to prevent TypeScript from adding the signature `[x: symbol]: (config: any) => any` to the type of the class. [/** @type {never} */ (ConfigArraySymbol.finalizeConfig)](config) { return config; } /** * Preprocesses a config during the normalization process. This is the * method to override if you want to convert an array item before it is * validated for the first time. For example, if you want to replace a * string with an object, this is the method to override. * @param {Object} config The config to preprocess. * @returns {Object} The config to use in place of the argument. */ // Cast key to `never` to prevent TypeScript from adding the signature `[x: symbol]: (config: any) => any` to the type of the class. [/** @type {never} */ (ConfigArraySymbol.preprocessConfig)](config) { return config; } /* eslint-enable class-methods-use-this -- Desired as instance methods */ /** * Returns the config object for a given file path and a status that can be used to determine why a file has no config. * @param {string} filePath The path of a file to get a config for. * @returns {{ config?: Object, status: "ignored"|"external"|"unconfigured"|"matched" }} * An object with an optional property `config` and property `status`. * `config` is the config object for the specified file as returned by {@linkcode ConfigArray.getConfig}, * `status` a is one of the constants returned by {@linkcode ConfigArray.getConfigStatus}. */ getConfigWithStatus(filePath) { assertNormalized(this); const cache = this[ConfigArraySymbol.configCache]; // first check the cache for a filename match to avoid duplicate work if (cache.has(filePath)) { return cache.get(filePath); } // check to see if the file is outside the base path const relativeToBaseFilePath = toRelativePath( filePath, this.#namespacedBasePath, this.#path, ); if (EXTERNAL_PATH_REGEX.test(relativeToBaseFilePath)) { debug(`No config for file ${filePath} outside of base path`); // cache and return result cache.set(filePath, CONFIG_WITH_STATUS_EXTERNAL); return CONFIG_WITH_STATUS_EXTERNAL; } // next check to see if the file should be ignored // check if this should be ignored due to its directory if (this.isDirectoryIgnored(this.#path.dirname(filePath))) { debug(`Ignoring ${filePath} based on directory pattern`); // cache and return result cache.set(filePath, CONFIG_WITH_STATUS_IGNORED); return CONFIG_WITH_STATUS_IGNORED; } if ( shouldIgnorePath(this.ignores, filePath, relativeToBaseFilePath, { basePath: this.#namespacedBasePath, path: this.#path, }) ) { debug(`Ignoring ${filePath} based on file pattern`); // cache and return result cache.set(filePath, CONFIG_WITH_STATUS_IGNORED); return CONFIG_WITH_STATUS_IGNORED; } // filePath isn't automatically ignored, so try to construct config const matchingConfigIndices = []; let matchFound = false; const universalPattern = /^\*$|^!|\/\*{1,2}$/u; this.forEach((config, index) => { const relativeFilePath = config.basePath ? toRelativePath( this.#path.resolve(this.#namespacedBasePath, filePath), config.basePath, this.#path, ) : relativeToBaseFilePath; if (config.basePath && EXTERNAL_PATH_REGEX.test(relativeFilePath)) { debug( `Skipped config found for ${filePath} (based on config's base path: ${config.basePath}`, ); return; } if (!config.files) { if (!config.ignores) { debug(`Universal config found for ${filePath}`); matchingConfigIndices.push(index); return; } if ( Object.keys(config).filter(key => !META_FIELDS.has(key)) .length === 1 ) { debug( `Skipped config found for ${filePath} (global ignores)`, ); return; } /* * Pass config object without `basePath`, because `relativeFilePath` is already * calculated as relative to it. */ if ( shouldIgnorePath( [{ ignores: config.ignores }], filePath, relativeFilePath, ) ) { debug( `Skipped config found for ${filePath} (based on ignores: ${config.ignores})`, ); return; } debug( `Matching config found for ${filePath} (based on ignores: ${config.ignores})`, ); matchingConfigIndices.push(index); return; } /* * If a config has a files pattern * or patterns ending in /** or /*, * and the filePath only matches those patterns, then the config is only * applied if there is another config where the filePath matches * a file with a specific extensions such as *.js. */ const nonUniversalFiles = []; const universalFiles = config.files.filter(element => { if (Array.isArray(element)) { /* * filePath matches an element that is an array only if it matches * all patterns in it (AND operation). Therefore, if there is at least * one non-universal pattern in the array, and filePath matches the array, * then we know for sure that filePath matches at least one non-universal * pattern, so we can consider the entire array to be non-universal. * In other words, all patterns in the array need to be universal * for it to be considered universal. */ if ( element.every(pattern => universalPattern.test(pattern)) ) { return true; } nonUniversalFiles.push(element); return false; } // element is a string if (universalPattern.test(element)) { return true; } nonUniversalFiles.push(element); return false; }); // universal patterns were found so we need to check the config twice if (universalFiles.length) { debug("Universal files patterns found. Checking carefully."); // check that the config matches without the non-universal files first if ( nonUniversalFiles.length && pathMatches(filePath, relativeFilePath, { files: nonUniversalFiles, ignores: config.ignores, }) ) { debug(`Matching config found for ${filePath}`); matchingConfigIndices.push(index); matchFound = true; return; } // if there wasn't a match then check if it matches with universal files if ( universalFiles.length && pathMatches(filePath, relativeFilePath, { files: universalFiles, ignores: config.ignores, }) ) { debug(`Matching config found for ${filePath}`); matchingConfigIndices.push(index); return; } // if we make here, then there was no match return; } // the normal case if (pathMatches(filePath, relativeFilePath, config)) { debug(`Matching config found for ${filePath}`); matchingConfigIndices.push(index); matchFound = true; } }); // if matching both files and ignores, there will be no config to create if (!matchFound) { debug(`No matching configs found for ${filePath}`); // cache and return result cache.set(filePath, CONFIG_WITH_STATUS_UNCONFIGURED); return CONFIG_WITH_STATUS_UNCONFIGURED; } // check to see if there is a config cached by indices const indicesKey = matchingConfigIndices.toString(); let configWithStatus = cache.get(indicesKey); if (configWithStatus) { // also store for filename for faster lookup next time cache.set(filePath, configWithStatus); return configWithStatus; } // otherwise construct the config // eslint-disable-next-line array-callback-return, consistent-return -- rethrowConfigError always throws an error let finalConfig = matchingConfigIndices.reduce((result, index) => { try { return this[ConfigArraySymbol.schema].merge( result, this[index], ); } catch (validationError) { rethrowConfigError(this[index], index, validationError); } }, {}); finalConfig = this[ConfigArraySymbol.finalizeConfig](finalConfig); configWithStatus = Object.freeze({ config: finalConfig, status: "matched", }); cache.set(filePath, configWithStatus); cache.set(indicesKey, configWithStatus); return configWithStatus; } /** * Returns the config object for a given file path. * @param {string} filePath The path of a file to get a config for. * @returns {Object|undefined} The config object for this file or `undefined`. */ getConfig(filePath) { return this.getConfigWithStatus(filePath).config; } /** * Determines whether a file has a config or why it doesn't. * @param {string} filePath The path of the file to check. * @returns {"ignored"|"external"|"unconfigured"|"matched"} One of the following values: * * `"ignored"`: the file is ignored * * `"external"`: the file is outside the base path * * `"unconfigured"`: the file is not matched by any config * * `"matched"`: the file has a matching config */ getConfigStatus(filePath) { return this.getConfigWithStatus(filePath).status; } /** * Determines if the given filepath is ignored based on the configs. * @param {string} filePath The path of a file to check. * @returns {boolean} True if the path is ignored, false if not. * @deprecated Use `isFileIgnored` instead. */ isIgnored(filePath) { return this.isFileIgnored(filePath); } /** * Determines if the given filepath is ignored based on the configs. * @param {string} filePath The path of a file to check. * @returns {boolean} True if the path is ignored, false if not. */ isFileIgnored(filePath) { return this.getConfigStatus(filePath) === "ignored"; } /** * Determines if the given directory is ignored based on the configs. * This checks only default `ignores` that don't have `files` in the * same config. A pattern such as `/foo` be considered to ignore the directory * while a pattern such as `/foo/**` is not considered to ignore the * directory because it is matching files. * @param {string} directoryPath The path of a directory to check. * @returns {boolean} True if the directory is ignored, false if not. Will * return true for any directory that is not inside of `basePath`. * @throws {Error} When the `ConfigArray` is not normalized. */ isDirectoryIgnored(directoryPath) { assertNormalized(this); const relativeDirectoryPath = toRelativePath( directoryPath, this.#namespacedBasePath, this.#path, ); // basePath directory can never be ignored if (relativeDirectoryPath === "") { return false; } if (EXTERNAL_PATH_REGEX.test(relativeDirectoryPath)) { return true; } // first check the cache const cache = dataCache.get(this).directoryMatches; if (cache.has(relativeDirectoryPath)) { return cache.get(relativeDirectoryPath); } const directoryParts = relativeDirectoryPath.split("/"); let relativeDirectoryToCheck = ""; let result; /* * In order to get the correct gitignore-style ignores, where an * ignored parent directory cannot have any descendants unignored, * we need to check every directory starting at the parent all * the way down to the actual requested directory. * * We aggressively cache all of this info to make sure we don't * have to recalculate everything for every call. */ do { relativeDirectoryToCheck += `${directoryParts.shift()}/`; result = shouldIgnorePath( this.ignores, this.#path.join(this.basePath, relativeDirectoryToCheck), relativeDirectoryToCheck, { basePath: this.#namespacedBasePath, path: this.#path, }, ); cache.set(relativeDirectoryToCheck, result); } while (!result && directoryParts.length); // also cache the result for the requested path cache.set(relativeDirectoryPath, result); return result; } } Object.defineProperty(exports, "ObjectSchema", { enumerable: true, get: function () { return objectSchema.ObjectSchema; } }); exports.ConfigArray = ConfigArray; exports.ConfigArraySymbol = ConfigArraySymbol; }彻xBexport { ObjectSchema } from "@eslint/object-schema"; export type PropertyDefinition = $eslintobjectschema.PropertyDefinition; export type ObjectDefinition = $eslintobjectschema.ObjectDefinition; export type ConfigObject = $typests.ConfigObject; export type FileMatcher = $typests.FileMatcher; export type FilesMatcher = $typests.FilesMatcher; export type ExtraConfigType = $typests.ExtraConfigType; export type MinimatchOptions = $minimatch.MinimatchOptions; export type ObjectSchemaInstance = ObjectSchema; /** * Represents an array of config objects and provides method for working with * those config objects. */ export class ConfigArray extends Array { /** * Creates a new instance of ConfigArray. * @param {Iterable|Function|Object} configs An iterable yielding config * objects, or a config function, or a config object. * @param {Object} options The options for the ConfigArray. * @param {string} [options.basePath="/"] The absolute path of the config file directory. * Defaults to `"/"`. * @param {boolean} [options.normalized=false] Flag indicating if the * configs have already been normalized. * @param {ObjectDefinition} [options.schema] The additional schema * definitions to use for the ConfigArray schema. * @param {ReadonlyArray} [options.extraConfigTypes] List of config types supported. * @throws {TypeError} When the `basePath` is not a non-empty string, */ constructor(configs: Iterable | Function | any, { basePath, normalized, schema: customSchema, extraConfigTypes, }?: { basePath?: string; normalized?: boolean; schema?: ObjectDefinition; extraConfigTypes?: ReadonlyArray; }); /** * The path of the config file that this array was loaded from. * This is used to calculate filename matches. * @property basePath * @type {string} */ basePath: string; /** * The supported config types. * @type {ReadonlyArray} */ extraConfigTypes: ReadonlyArray; /** * Returns the `files` globs from every config object in the array. * This can be used to determine which files will be matched by a * config array or to use as a glob pattern when no patterns are provided * for a command line interface. * @returns {Array} An array of matchers. */ get files(): Array; /** * Returns ignore matchers that should always be ignored regardless of * the matching `files` fields in any configs. This is necessary to mimic * the behavior of things like .gitignore and .eslintignore, allowing a * globbing operation to be faster. * @returns {Array<{ basePath?: string, name?: string, ignores: FileMatcher[] }>} An array of config objects representing global ignores. */ get ignores(): Array<{ basePath?: string; name?: string; ignores: FileMatcher[]; }>; /** * Indicates if the config array has been normalized. * @returns {boolean} True if the config array is normalized, false if not. */ isNormalized(): boolean; /** * Normalizes a config array by flattening embedded arrays and executing * config functions. * @param {Object} [context] The context object for config functions. * @returns {Promise} The current ConfigArray instance. */ normalize(context?: any): Promise; /** * Normalizes a config array by flattening embedded arrays and executing * config functions. * @param {Object} [context] The context object for config functions. * @returns {ConfigArray} The current ConfigArray instance. */ normalizeSync(context?: any): ConfigArray; /** * Returns the config object for a given file path and a status that can be used to determine why a file has no config. * @param {string} filePath The path of a file to get a config for. * @returns {{ config?: Object, status: "ignored"|"external"|"unconfigured"|"matched" }} * An object with an optional property `config` and property `status`. * `config` is the config object for the specified file as returned by {@linkcode ConfigArray.getConfig}, * `status` a is one of the constants returned by {@linkcode ConfigArray.getConfigStatus}. */ getConfigWithStatus(filePath: string): { config?: any; status: "ignored" | "external" | "unconfigured" | "matched"; }; /** * Returns the config object for a given file path. * @param {string} filePath The path of a file to get a config for. * @returns {Object|undefined} The config object for this file or `undefined`. */ getConfig(filePath: string): any | undefined; /** * Determines whether a file has a config or why it doesn't. * @param {string} filePath The path of the file to check. * @returns {"ignored"|"external"|"unconfigured"|"matched"} One of the following values: * * `"ignored"`: the file is ignored * * `"external"`: the file is outside the base path * * `"unconfigured"`: the file is not matched by any config * * `"matched"`: the file has a matching config */ getConfigStatus(filePath: string): "ignored" | "external" | "unconfigured" | "matched"; /** * Determines if the given filepath is ignored based on the configs. * @param {string} filePath The path of a file to check. * @returns {boolean} True if the path is ignored, false if not. * @deprecated Use `isFileIgnored` instead. */ isIgnored(filePath: string): boolean; /** * Determines if the given filepath is ignored based on the configs. * @param {string} filePath The path of a file to check. * @returns {boolean} True if the path is ignored, false if not. */ isFileIgnored(filePath: string): boolean; /** * Determines if the given directory is ignored based on the configs. * This checks only default `ignores` that don't have `files` in the * same config. A pattern such as `/foo` be considered to ignore the directory * while a pattern such as `/foo/**` is not considered to ignore the * directory because it is matching files. * @param {string} directoryPath The path of a directory to check. * @returns {boolean} True if the directory is ignored, false if not. Will * return true for any directory that is not inside of `basePath`. * @throws {Error} When the `ConfigArray` is not normalized. */ isDirectoryIgnored(directoryPath: string): boolean; #private; } export namespace ConfigArraySymbol { let isNormalized: symbol; let configCache: symbol; let schema: symbol; let finalizeConfig: symbol; let preprocessConfig: symbol; } import type * as $eslintobjectschema from "@eslint/object-schema"; import type * as $typests from "./types.cts"; import type * as $minimatch from "minimatch"; import { ObjectSchema } from '@eslint/object-schema'; tb3IxL100644 posix.cjs >2. IFEaz100644 windows.cjs@[3՟;\xօx: xק(X// @ts-nocheck 'use strict'; // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. function assertPath(path) { if (typeof path !== "string") { throw new TypeError(`Path must be a string, received "${JSON.stringify(path)}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function stripSuffix(name, suffix) { if (suffix.length >= name.length) { return name; } const lenDiff = name.length - suffix.length; for(let i = suffix.length - 1; i >= 0; --i){ if (name.charCodeAt(lenDiff + i) !== suffix.charCodeAt(i)) { return name; } } return name.slice(0, -suffix.length); } function lastPathSegment(path, isSep, start = 0) { let matchedNonSeparator = false; let end = path.length; for(let i = path.length - 1; i >= start; --i){ if (isSep(path.charCodeAt(i))) { if (matchedNonSeparator) { start = i + 1; break; } } else if (!matchedNonSeparator) { matchedNonSeparator = true; end = i + 1; } } return path.slice(start, end); } function assertArgs$1(path, suffix) { assertPath(path); if (path.length === 0) return path; if (typeof suffix !== "string") { throw new TypeError(`Suffix must be a string, received "${JSON.stringify(suffix)}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg$3(url) { url = url instanceof URL ? url : new URL(url); if (url.protocol !== "file:") { throw new TypeError(`URL must be a file URL: received "${url.protocol}"`); } return url; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Converts a file URL to a path string. * * @example Usage * ```ts * import { fromFileUrl } from "@std/path/posix/from-file-url"; * import { assertEquals } from "@std/assert"; * * assertEquals(fromFileUrl(new URL("file:///home/foo")), "/home/foo"); * ``` * * @param url The file URL to convert. * @returns The path string. */ function fromFileUrl(url) { url = assertArg$3(url); return decodeURIComponent(url.pathname.replace(/%(?![0-9A-Fa-f]{2})/g, "%25")); } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. function stripTrailingSeparators(segment, isSep) { if (segment.length <= 1) { return segment; } let end = segment.length; for(let i = segment.length - 1; i > 0; i--){ if (isSep(segment.charCodeAt(i))) { end = i; } else { break; } } return segment.slice(0, end); } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. // Alphabet chars. // Non-alphabetic chars. const CHAR_DOT = 46; /* . */ const CHAR_FORWARD_SLASH = 47; /* / */ // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. function isPosixPathSeparator(code) { return code === CHAR_FORWARD_SLASH; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the last portion of a `path`. * Trailing directory separators are ignored, and optional suffix is removed. * * @example Usage * ```ts * import { basename } from "@std/path/posix/basename"; * import { assertEquals } from "@std/assert"; * * assertEquals(basename("/home/user/Documents/"), "Documents"); * assertEquals(basename("/home/user/Documents/image.png"), "image.png"); * assertEquals(basename("/home/user/Documents/image.png", ".png"), "image"); * assertEquals(basename(new URL("file:///home/user/Documents/image.png")), "image.png"); * assertEquals(basename(new URL("file:///home/user/Documents/image.png"), ".png"), "image"); * ``` * * @example Working with URLs * * Note: This function doesn't automatically strip hash and query parts from * URLs. If your URL contains a hash or query, remove them before passing the * URL to the function. This can be done by passing the URL to `new URL(url)`, * and setting the `hash` and `search` properties to empty strings. * * ```ts * import { basename } from "@std/path/posix/basename"; * import { assertEquals } from "@std/assert"; * * assertEquals(basename("https://deno.land/std/path/mod.ts"), "mod.ts"); * assertEquals(basename("https://deno.land/std/path/mod.ts", ".ts"), "mod"); * assertEquals(basename("https://deno.land/std/path/mod.ts?a=b"), "mod.ts?a=b"); * assertEquals(basename("https://deno.land/std/path/mod.ts#header"), "mod.ts#header"); * ``` * * @param path The path to extract the name from. * @param suffix The suffix to remove from extracted name. * @returns The extracted name. */ function basename(path, suffix = "") { if (path instanceof URL) { path = fromFileUrl(path); } assertArgs$1(path, suffix); const lastSegment = lastPathSegment(path, isPosixPathSeparator); const strippedSegment = stripTrailingSeparators(lastSegment, isPosixPathSeparator); return suffix ? stripSuffix(strippedSegment, suffix) : strippedSegment; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * The character used to separate entries in the PATH environment variable. */ const DELIMITER = ":"; /** * The character used to separate components of a file path. */ const SEPARATOR = "/"; /** * A regular expression that matches one or more path separators. */ const SEPARATOR_PATTERN = /\/+/; // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg$2(path) { assertPath(path); if (path.length === 0) return "."; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the directory path of a `path`. * * @example Usage * ```ts * import { dirname } from "@std/path/posix/dirname"; * import { assertEquals } from "@std/assert"; * * assertEquals(dirname("/home/user/Documents/"), "/home/user"); * assertEquals(dirname("/home/user/Documents/image.png"), "/home/user/Documents"); * assertEquals(dirname("https://deno.land/std/path/mod.ts"), "https://deno.land/std/path"); * assertEquals(dirname(new URL("file:///home/user/Documents/image.png")), "/home/user/Documents"); * ``` * * @example Working with URLs * * ```ts * import { dirname } from "@std/path/posix/dirname"; * import { assertEquals } from "@std/assert"; * * assertEquals(dirname("https://deno.land/std/path/mod.ts"), "https://deno.land/std/path"); * assertEquals(dirname("https://deno.land/std/path/mod.ts?a=b"), "https://deno.land/std/path"); * assertEquals(dirname("https://deno.land/std/path/mod.ts#header"), "https://deno.land/std/path"); * ``` * * @param path The path to get the directory from. * @returns The directory path. */ function dirname(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertArg$2(path); let end = -1; let matchedNonSeparator = false; for(let i = path.length - 1; i >= 1; --i){ if (isPosixPathSeparator(path.charCodeAt(i))) { if (matchedNonSeparator) { end = i; break; } } else { matchedNonSeparator = true; } } // No matches. Fallback based on provided path: // // - leading slashes paths // "/foo" => "/" // "///foo" => "/" // - no slash path // "foo" => "." if (end === -1) { return isPosixPathSeparator(path.charCodeAt(0)) ? "/" : "."; } return stripTrailingSeparators(path.slice(0, end), isPosixPathSeparator); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the extension of the `path` with leading period. * * @example Usage * ```ts * import { extname } from "@std/path/posix/extname"; * import { assertEquals } from "@std/assert"; * * assertEquals(extname("/home/user/Documents/file.ts"), ".ts"); * assertEquals(extname("/home/user/Documents/"), ""); * assertEquals(extname("/home/user/Documents/image.png"), ".png"); * assertEquals(extname(new URL("file:///home/user/Documents/file.ts")), ".ts"); * assertEquals(extname(new URL("file:///home/user/Documents/file.ts?a=b")), ".ts"); * assertEquals(extname(new URL("file:///home/user/Documents/file.ts#header")), ".ts"); * ``` * * @example Working with URLs * * Note: This function doesn't automatically strip hash and query parts from * URLs. If your URL contains a hash or query, remove them before passing the * URL to the function. This can be done by passing the URL to `new URL(url)`, * and setting the `hash` and `search` properties to empty strings. * * ```ts * import { extname } from "@std/path/posix/extname"; * import { assertEquals } from "@std/assert"; * * assertEquals(extname("https://deno.land/std/path/mod.ts"), ".ts"); * assertEquals(extname("https://deno.land/std/path/mod.ts?a=b"), ".ts?a=b"); * assertEquals(extname("https://deno.land/std/path/mod.ts#header"), ".ts#header"); * ``` * * @param path The path to get the extension from. * @returns The extension (ex. for `file.ts` returns `.ts`). */ function extname(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertPath(path); let startDot = -1; let startPart = 0; let end = -1; let matchedSlash = true; // Track the state of characters (if any) we see before our first dot and // after any path separator we find let preDotState = 0; for(let i = path.length - 1; i >= 0; --i){ const code = path.charCodeAt(i); if (isPosixPathSeparator(code)) { // If we reached a path separator that was not part of a set of path // separators at the end of the string, stop now if (!matchedSlash) { startPart = i + 1; break; } continue; } if (end === -1) { // We saw the first non-path separator, mark this as the end of our // extension matchedSlash = false; end = i + 1; } if (code === CHAR_DOT) { // If this is our first dot, mark it as the start of our extension if (startDot === -1) startDot = i; else if (preDotState !== 1) preDotState = 1; } else if (startDot !== -1) { // We saw a non-dot and non-path separator before our dot, so we should // have a good chance at having a non-empty extension preDotState = -1; } } if (startDot === -1 || end === -1 || // We saw a non-dot character immediately before the dot preDotState === 0 || // The (right-most) trimmed path component is exactly '..' preDotState === 1 && startDot === end - 1 && startDot === startPart + 1) { return ""; } return path.slice(startDot, end); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function _format(sep, pathObject) { const dir = pathObject.dir || pathObject.root; const base = pathObject.base || (pathObject.name ?? "") + (pathObject.ext ?? ""); if (!dir) return base; if (base === sep) return dir; if (dir === pathObject.root) return dir + base; return dir + sep + base; } function assertArg$1(pathObject) { if (pathObject === null || typeof pathObject !== "object") { throw new TypeError(`The "pathObject" argument must be of type Object, received type "${typeof pathObject}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Generate a path from `ParsedPath` object. * * @example Usage * ```ts * import { format } from "@std/path/posix/format"; * import { assertEquals } from "@std/assert"; * * const path = format({ * root: "/", * dir: "/path/dir", * base: "file.txt", * ext: ".txt", * name: "file" * }); * assertEquals(path, "/path/dir/file.txt"); * ``` * * @param pathObject The path object to format. * @returns The formatted path. */ function format(pathObject) { assertArg$1(pathObject); return _format("/", pathObject); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Verifies whether provided path is absolute. * * @example Usage * ```ts * import { isAbsolute } from "@std/path/posix/is-absolute"; * import { assert, assertFalse } from "@std/assert"; * * assert(isAbsolute("/home/user/Documents/")); * assertFalse(isAbsolute("home/user/Documents/")); * ``` * * @param path The path to verify. * @returns Whether the path is absolute. */ function isAbsolute(path) { assertPath(path); return path.length > 0 && isPosixPathSeparator(path.charCodeAt(0)); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg(path) { assertPath(path); if (path.length === 0) return "."; } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. // Resolves . and .. elements in a path with directory names function normalizeString(path, allowAboveRoot, separator, isPathSeparator) { let res = ""; let lastSegmentLength = 0; let lastSlash = -1; let dots = 0; let code; for(let i = 0; i <= path.length; ++i){ if (i < path.length) code = path.charCodeAt(i); else if (isPathSeparator(code)) break; else code = CHAR_FORWARD_SLASH; if (isPathSeparator(code)) { if (lastSlash === i - 1 || dots === 1) ; else if (lastSlash !== i - 1 && dots === 2) { if (res.length < 2 || lastSegmentLength !== 2 || res.charCodeAt(res.length - 1) !== CHAR_DOT || res.charCodeAt(res.length - 2) !== CHAR_DOT) { if (res.length > 2) { const lastSlashIndex = res.lastIndexOf(separator); if (lastSlashIndex === -1) { res = ""; lastSegmentLength = 0; } else { res = res.slice(0, lastSlashIndex); lastSegmentLength = res.length - 1 - res.lastIndexOf(separator); } lastSlash = i; dots = 0; continue; } else if (res.length === 2 || res.length === 1) { res = ""; lastSegmentLength = 0; lastSlash = i; dots = 0; continue; } } if (allowAboveRoot) { if (res.length > 0) res += `${separator}..`; else res = ".."; lastSegmentLength = 2; } } else { if (res.length > 0) res += separator + path.slice(lastSlash + 1, i); else res = path.slice(lastSlash + 1, i); lastSegmentLength = i - lastSlash - 1; } lastSlash = i; dots = 0; } else if (code === CHAR_DOT && dots !== -1) { ++dots; } else { dots = -1; } } return res; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Normalize the `path`, resolving `'..'` and `'.'` segments. * Note that resolving these segments does not necessarily mean that all will be eliminated. * A `'..'` at the top-level will be preserved, and an empty path is canonically `'.'`. * * @example Usage * ```ts * import { normalize } from "@std/path/posix/normalize"; * import { assertEquals } from "@std/assert"; * * assertEquals(normalize("/foo/bar//baz/asdf/quux/.."), "/foo/bar/baz/asdf"); * assertEquals(normalize(new URL("file:///foo/bar//baz/asdf/quux/..")), "/foo/bar/baz/asdf/"); * ``` * * @example Working with URLs * * Note: This function will remove the double slashes from a URL's scheme. * Hence, do not pass a full URL to this function. Instead, pass the pathname of * the URL. * * ```ts * import { normalize } from "@std/path/posix/normalize"; * import { assertEquals } from "@std/assert"; * * const url = new URL("https://deno.land"); * url.pathname = normalize("//std//assert//.//mod.ts"); * assertEquals(url.href, "https://deno.land/std/assert/mod.ts"); * * url.pathname = normalize("std/assert/../async/retry.ts"); * assertEquals(url.href, "https://deno.land/std/async/retry.ts"); * ``` * * @param path The path to normalize. * @returns The normalized path. */ function normalize(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertArg(path); const isAbsolute = isPosixPathSeparator(path.charCodeAt(0)); const trailingSeparator = isPosixPathSeparator(path.charCodeAt(path.length - 1)); // Normalize the path path = normalizeString(path, !isAbsolute, "/", isPosixPathSeparator); if (path.length === 0 && !isAbsolute) path = "."; if (path.length > 0 && trailingSeparator) path += "/"; if (isAbsolute) return `/${path}`; return path; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Join all given a sequence of `paths`,then normalizes the resulting path. * * @example Usage * ```ts * import { join } from "@std/path/posix/join"; * import { assertEquals } from "@std/assert"; * * assertEquals(join("/foo", "bar", "baz/asdf", "quux", ".."), "/foo/bar/baz/asdf"); * assertEquals(join(new URL("file:///foo"), "bar", "baz/asdf", "quux", ".."), "/foo/bar/baz/asdf"); * ``` * * @example Working with URLs * ```ts * import { join } from "@std/path/posix/join"; * import { assertEquals } from "@std/assert"; * * const url = new URL("https://deno.land"); * url.pathname = join("std", "path", "mod.ts"); * assertEquals(url.href, "https://deno.land/std/path/mod.ts"); * * url.pathname = join("//std", "path/", "/mod.ts"); * assertEquals(url.href, "https://deno.land/std/path/mod.ts"); * ``` * * @param path The path to join. This can be string or file URL. * @param paths The paths to join. * @returns The joined path. */ function join(path, ...paths) { if (path === undefined) return "."; if (path instanceof URL) { path = fromFileUrl(path); } paths = path ? [ path, ...paths ] : paths; paths.forEach((path)=>assertPath(path)); const joined = paths.filter((path)=>path.length > 0).join("/"); return joined === "" ? "." : normalize(joined); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return a `ParsedPath` object of the `path`. * * @example Usage * ```ts * import { parse } from "@std/path/posix/parse"; * import { assertEquals } from "@std/assert"; * * const path = parse("/home/user/file.txt"); * assertEquals(path, { * root: "/", * dir: "/home/user", * base: "file.txt", * ext: ".txt", * name: "file" * }); * ``` * * @param path The path to parse. * @returns The parsed path object. */ function parse(path) { assertPath(path); const ret = { root: "", dir: "", base: "", ext: "", name: "" }; if (path.length === 0) return ret; const isAbsolute = isPosixPathSeparator(path.charCodeAt(0)); let start; if (isAbsolute) { ret.root = "/"; start = 1; } else { start = 0; } let startDot = -1; let startPart = 0; let end = -1; let matchedSlash = true; let i = path.length - 1; // Track the state of characters (if any) we see before our first dot and // after any path separator we find let preDotState = 0; // Get non-dir info for(; i >= start; --i){ const code = path.charCodeAt(i); if (isPosixPathSeparator(code)) { // If we reached a path separator that was not part of a set of path // separators at the end of the string, stop now if (!matchedSlash) { startPart = i + 1; break; } continue; } if (end === -1) { // We saw the first non-path separator, mark this as the end of our // extension matchedSlash = false; end = i + 1; } if (code === CHAR_DOT) { // If this is our first dot, mark it as the start of our extension if (startDot === -1) startDot = i; else if (preDotState !== 1) preDotState = 1; } else if (startDot !== -1) { // We saw a non-dot and non-path separator before our dot, so we should // have a good chance at having a non-empty extension preDotState = -1; } } if (startDot === -1 || end === -1 || // We saw a non-dot character immediately before the dot preDotState === 0 || // The (right-most) trimmed path component is exactly '..' preDotState === 1 && startDot === end - 1 && startDot === startPart + 1) { if (end !== -1) { if (startPart === 0 && isAbsolute) { ret.base = ret.name = path.slice(1, end); } else { ret.base = ret.name = path.slice(startPart, end); } } // Fallback to '/' in case there is no basename ret.base = ret.base || "/"; } else { if (startPart === 0 && isAbsolute) { ret.name = path.slice(1, startDot); ret.base = path.slice(1, end); } else { ret.name = path.slice(startPart, startDot); ret.base = path.slice(startPart, end); } ret.ext = path.slice(startDot, end); } if (startPart > 0) { ret.dir = stripTrailingSeparators(path.slice(0, startPart - 1), isPosixPathSeparator); } else if (isAbsolute) ret.dir = "/"; return ret; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Resolves path segments into a `path`. * * @example Usage * ```ts * import { resolve } from "@std/path/posix/resolve"; * import { assertEquals } from "@std/assert"; * * const path = resolve("/foo", "bar", "baz/asdf", "quux", ".."); * assertEquals(path, "/foo/bar/baz/asdf"); * ``` * * @param pathSegments The path segments to resolve. * @returns The resolved path. */ function resolve(...pathSegments) { let resolvedPath = ""; let resolvedAbsolute = false; for(let i = pathSegments.length - 1; i >= -1 && !resolvedAbsolute; i--){ let path; if (i >= 0) path = pathSegments[i]; else { // deno-lint-ignore no-explicit-any const { Deno } = globalThis; if (typeof Deno?.cwd !== "function") { throw new TypeError("Resolved a relative path without a current working directory (CWD)"); } path = Deno.cwd(); } assertPath(path); // Skip empty entries if (path.length === 0) { continue; } resolvedPath = `${path}/${resolvedPath}`; resolvedAbsolute = isPosixPathSeparator(path.charCodeAt(0)); } // At this point the path should be resolved to a full absolute path, but // handle relative paths to be safe (might happen when Deno.cwd() fails) // Normalize the path resolvedPath = normalizeString(resolvedPath, !resolvedAbsolute, "/", isPosixPathSeparator); if (resolvedAbsolute) { if (resolvedPath.length > 0) return `/${resolvedPath}`; else return "/"; } else if (resolvedPath.length > 0) return resolvedPath; else return "."; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArgs(from, to) { assertPath(from); assertPath(to); if (from === to) return ""; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the relative path from `from` to `to` based on current working directory. * * If `from` and `to` are the same, return an empty string. * * @example Usage * ```ts * import { relative } from "@std/path/posix/relative"; * import { assertEquals } from "@std/assert"; * * const path = relative("/data/orandea/test/aaa", "/data/orandea/impl/bbb"); * assertEquals(path, "../../impl/bbb"); * ``` * * @param from The path to start from. * @param to The path to reach. * @returns The relative path. */ function relative(from, to) { assertArgs(from, to); from = resolve(from); to = resolve(to); if (from === to) return ""; // Trim any leading backslashes let fromStart = 1; const fromEnd = from.length; for(; fromStart < fromEnd; ++fromStart){ if (!isPosixPathSeparator(from.charCodeAt(fromStart))) break; } const fromLen = fromEnd - fromStart; // Trim any leading backslashes let toStart = 1; const toEnd = to.length; for(; toStart < toEnd; ++toStart){ if (!isPosixPathSeparator(to.charCodeAt(toStart))) break; } const toLen = toEnd - toStart; // Compare paths to find the longest common path from root const length = fromLen < toLen ? fromLen : toLen; let lastCommonSep = -1; let i = 0; for(; i <= length; ++i){ if (i === length) { if (toLen > length) { if (isPosixPathSeparator(to.charCodeAt(toStart + i))) { // We get here if `from` is the exact base path for `to`. // For example: from='/foo/bar'; to='/foo/bar/baz' return to.slice(toStart + i + 1); } else if (i === 0) { // We get here if `from` is the root // For example: from='/'; to='/foo' return to.slice(toStart + i); } } else if (fromLen > length) { if (isPosixPathSeparator(from.charCodeAt(fromStart + i))) { // We get here if `to` is the exact base path for `from`. // For example: from='/foo/bar/baz'; to='/foo/bar' lastCommonSep = i; } else if (i === 0) { // We get here if `to` is the root. // For example: from='/foo'; to='/' lastCommonSep = 0; } } break; } const fromCode = from.charCodeAt(fromStart + i); const toCode = to.charCodeAt(toStart + i); if (fromCode !== toCode) break; else if (isPosixPathSeparator(fromCode)) lastCommonSep = i; } let out = ""; // Generate the relative path based on the path difference between `to` // and `from` for(i = fromStart + lastCommonSep + 1; i <= fromEnd; ++i){ if (i === fromEnd || isPosixPathSeparator(from.charCodeAt(i))) { if (out.length === 0) out += ".."; else out += "/.."; } } // Lastly, append the rest of the destination (`to`) path that comes after // the common path parts if (out.length > 0) return out + to.slice(toStart + lastCommonSep); else { toStart += lastCommonSep; if (isPosixPathSeparator(to.charCodeAt(toStart))) ++toStart; return to.slice(toStart); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. const WHITESPACE_ENCODINGS = { "\u0009": "%09", "\u000A": "%0A", "\u000B": "%0B", "\u000C": "%0C", "\u000D": "%0D", "\u0020": "%20" }; function encodeWhitespace(string) { return string.replaceAll(/[\s]/g, (c)=>{ return WHITESPACE_ENCODINGS[c] ?? c; }); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Converts a path string to a file URL. * * @example Usage * ```ts * import { toFileUrl } from "@std/path/posix/to-file-url"; * import { assertEquals } from "@std/assert"; * * assertEquals(toFileUrl("/home/foo"), new URL("file:///home/foo")); * assertEquals(toFileUrl("/home/foo bar"), new URL("file:///home/foo%20bar")); * ``` * * @param path The path to convert. * @returns The file URL. */ function toFileUrl(path) { if (!isAbsolute(path)) { throw new TypeError(`Path must be absolute: received "${path}"`); } const url = new URL("file:///"); url.pathname = encodeWhitespace(path.replace(/%/g, "%25").replace(/\\/g, "%5C")); return url; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Converts a path to a namespaced path. This function returns the path as is on posix. * * @example Usage * ```ts * import { toNamespacedPath } from "@std/path/posix/to-namespaced-path"; * import { assertEquals } from "@std/assert"; * * assertEquals(toNamespacedPath("/home/foo"), "/home/foo"); * ``` * * @param path The path. * @returns The namespaced path. */ function toNamespacedPath(path) { // Non-op on posix systems return path; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function common$1(paths, sep) { const [first = "", ...remaining] = paths; const parts = first.split(sep); let endOfPrefix = parts.length; let append = ""; for (const path of remaining){ const compare = path.split(sep); if (compare.length <= endOfPrefix) { endOfPrefix = compare.length; append = ""; } for(let i = 0; i < endOfPrefix; i++){ if (compare[i] !== parts[i]) { endOfPrefix = i; append = i === 0 ? "" : sep; break; } } } return parts.slice(0, endOfPrefix).join(sep) + append; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** Determines the common path from a set of paths for POSIX systems. * * @example Usage * ```ts * import { common } from "@std/path/posix/common"; * import { assertEquals } from "@std/assert"; * * const path = common([ * "./deno/std/path/mod.ts", * "./deno/std/fs/mod.ts", * ]); * assertEquals(path, "./deno/std/"); * ``` * * @param paths The paths to compare. * @returns The common path. */ function common(paths) { return common$1(paths, SEPARATOR); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Options for {@linkcode globToRegExp}, {@linkcode joinGlobs}, * {@linkcode normalizeGlob} and {@linkcode expandGlob}. */ const REG_EXP_ESCAPE_CHARS = [ "!", "$", "(", ")", "*", "+", ".", "=", "?", "[", "\\", "^", "{", "|" ]; const RANGE_ESCAPE_CHARS = [ "-", "\\", "]" ]; function _globToRegExp(c, glob, { extended = true, globstar: globstarOption = true, // os = osType, caseInsensitive = false } = {}) { if (glob === "") { return /(?!)/; } // Remove trailing separators. let newLength = glob.length; for(; newLength > 1 && c.seps.includes(glob[newLength - 1]); newLength--); glob = glob.slice(0, newLength); let regExpString = ""; // Terminates correctly. Trust that `j` is incremented every iteration. for(let j = 0; j < glob.length;){ let segment = ""; const groupStack = []; let inRange = false; let inEscape = false; let endsWithSep = false; let i = j; // Terminates with `i` at the non-inclusive end of the current segment. for(; i < glob.length && !(c.seps.includes(glob[i]) && groupStack.length === 0); i++){ if (inEscape) { inEscape = false; const escapeChars = inRange ? RANGE_ESCAPE_CHARS : REG_EXP_ESCAPE_CHARS; segment += escapeChars.includes(glob[i]) ? `\\${glob[i]}` : glob[i]; continue; } if (glob[i] === c.escapePrefix) { inEscape = true; continue; } if (glob[i] === "[") { if (!inRange) { inRange = true; segment += "["; if (glob[i + 1] === "!") { i++; segment += "^"; } else if (glob[i + 1] === "^") { i++; segment += "\\^"; } continue; } else if (glob[i + 1] === ":") { let k = i + 1; let value = ""; while(glob[k + 1] !== undefined && glob[k + 1] !== ":"){ value += glob[k + 1]; k++; } if (glob[k + 1] === ":" && glob[k + 2] === "]") { i = k + 2; if (value === "alnum") segment += "\\dA-Za-z"; else if (value === "alpha") segment += "A-Za-z"; else if (value === "ascii") segment += "\x00-\x7F"; else if (value === "blank") segment += "\t "; else if (value === "cntrl") segment += "\x00-\x1F\x7F"; else if (value === "digit") segment += "\\d"; else if (value === "graph") segment += "\x21-\x7E"; else if (value === "lower") segment += "a-z"; else if (value === "print") segment += "\x20-\x7E"; else if (value === "punct") { segment += "!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^_‘{|}~"; } else if (value === "space") segment += "\\s\v"; else if (value === "upper") segment += "A-Z"; else if (value === "word") segment += "\\w"; else if (value === "xdigit") segment += "\\dA-Fa-f"; continue; } } } if (glob[i] === "]" && inRange) { inRange = false; segment += "]"; continue; } if (inRange) { segment += glob[i]; continue; } if (glob[i] === ")" && groupStack.length > 0 && groupStack[groupStack.length - 1] !== "BRACE") { segment += ")"; const type = groupStack.pop(); if (type === "!") { segment += c.wildcard; } else if (type !== "@") { segment += type; } continue; } if (glob[i] === "|" && groupStack.length > 0 && groupStack[groupStack.length - 1] !== "BRACE") { segment += "|"; continue; } if (glob[i] === "+" && extended && glob[i + 1] === "(") { i++; groupStack.push("+"); segment += "(?:"; continue; } if (glob[i] === "@" && extended && glob[i + 1] === "(") { i++; groupStack.push("@"); segment += "(?:"; continue; } if (glob[i] === "?") { if (extended && glob[i + 1] === "(") { i++; groupStack.push("?"); segment += "(?:"; } else { segment += "."; } continue; } if (glob[i] === "!" && extended && glob[i + 1] === "(") { i++; groupStack.push("!"); segment += "(?!"; continue; } if (glob[i] === "{") { groupStack.push("BRACE"); segment += "(?:"; continue; } if (glob[i] === "}" && groupStack[groupStack.length - 1] === "BRACE") { groupStack.pop(); segment += ")"; continue; } if (glob[i] === "," && groupStack[groupStack.length - 1] === "BRACE") { segment += "|"; continue; } if (glob[i] === "*") { if (extended && glob[i + 1] === "(") { i++; groupStack.push("*"); segment += "(?:"; } else { const prevChar = glob[i - 1]; let numStars = 1; while(glob[i + 1] === "*"){ i++; numStars++; } const nextChar = glob[i + 1]; if (globstarOption && numStars === 2 && [ ...c.seps, undefined ].includes(prevChar) && [ ...c.seps, undefined ].includes(nextChar)) { segment += c.globstar; endsWithSep = true; } else { segment += c.wildcard; } } continue; } segment += REG_EXP_ESCAPE_CHARS.includes(glob[i]) ? `\\${glob[i]}` : glob[i]; } // Check for unclosed groups or a dangling backslash. if (groupStack.length > 0 || inRange || inEscape) { // Parse failure. Take all characters from this segment literally. segment = ""; for (const c of glob.slice(j, i)){ segment += REG_EXP_ESCAPE_CHARS.includes(c) ? `\\${c}` : c; endsWithSep = false; } } regExpString += segment; if (!endsWithSep) { regExpString += i < glob.length ? c.sep : c.sepMaybe; endsWithSep = true; } // Terminates with `i` at the start of the next segment. while(c.seps.includes(glob[i]))i++; j = i; } regExpString = `^${regExpString}$`; return new RegExp(regExpString, caseInsensitive ? "i" : ""); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. const constants = { sep: "/+", sepMaybe: "/*", seps: [ "/" ], globstar: "(?:[^/]*(?:/|$)+)*", wildcard: "[^/]*", escapePrefix: "\\" }; /** Convert a glob string to a regular expression. * * Tries to match bash glob expansion as closely as possible. * * Basic glob syntax: * - `*` - Matches everything without leaving the path segment. * - `?` - Matches any single character. * - `{foo,bar}` - Matches `foo` or `bar`. * - `[abcd]` - Matches `a`, `b`, `c` or `d`. * - `[a-d]` - Matches `a`, `b`, `c` or `d`. * - `[!abcd]` - Matches any single character besides `a`, `b`, `c` or `d`. * - `[[::]]` - Matches any character belonging to ``. * - `[[:alnum:]]` - Matches any digit or letter. * - `[[:digit:]abc]` - Matches any digit, `a`, `b` or `c`. * - See https://facelessuser.github.io/wcmatch/glob/#posix-character-classes * for a complete list of supported character classes. * - `\` - Escapes the next character for an `os` other than `"windows"`. * - \` - Escapes the next character for `os` set to `"windows"`. * - `/` - Path separator. * - `\` - Additional path separator only for `os` set to `"windows"`. * * Extended syntax: * - Requires `{ extended: true }`. * - `?(foo|bar)` - Matches 0 or 1 instance of `{foo,bar}`. * - `@(foo|bar)` - Matches 1 instance of `{foo,bar}`. They behave the same. * - `*(foo|bar)` - Matches _n_ instances of `{foo,bar}`. * - `+(foo|bar)` - Matches _n > 0_ instances of `{foo,bar}`. * - `!(foo|bar)` - Matches anything other than `{foo,bar}`. * - See https://www.linuxjournal.com/content/bash-extended-globbing. * * Globstar syntax: * - Requires `{ globstar: true }`. * - `**` - Matches any number of any path segments. * - Must comprise its entire path segment in the provided glob. * - See https://www.linuxjournal.com/content/globstar-new-bash-globbing-option. * * Note the following properties: * - The generated `RegExp` is anchored at both start and end. * - Repeating and trailing separators are tolerated. Trailing separators in the * provided glob have no meaning and are discarded. * - Absolute globs will only match absolute paths, etc. * - Empty globs will match nothing. * - Any special glob syntax must be contained to one path segment. For example, * `?(foo|bar/baz)` is invalid. The separator will take precedence and the * first segment ends with an unclosed group. * - If a path segment ends with unclosed groups or a dangling escape prefix, a * parse error has occurred. Every character for that segment is taken * literally in this event. * * Limitations: * - A negative group like `!(foo|bar)` will wrongly be converted to a negative * look-ahead followed by a wildcard. This means that `!(foo).js` will wrongly * fail to match `foobar.js`, even though `foobar` is not `foo`. Effectively, * `!(foo|bar)` is treated like `!(@(foo|bar)*)`. This will work correctly if * the group occurs not nested at the end of the segment. * * @example Usage * ```ts * import { globToRegExp } from "@std/path/posix/glob-to-regexp"; * import { assertEquals } from "@std/assert"; * * assertEquals(globToRegExp("*.js"), /^[^/]*\.js\/*$/); * ``` * * @param glob Glob string to convert. * @param options Conversion options. * @returns The regular expression equivalent to the glob. */ function globToRegExp(glob, options = {}) { return _globToRegExp(constants, glob, options); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Test whether the given string is a glob. * * @example Usage * ```ts * import { isGlob } from "@std/path/is-glob"; * import { assert } from "@std/assert"; * * assert(!isGlob("foo/bar/../baz")); * assert(isGlob("foo/*ar/../baz")); * ``` * * @param str String to test. * @returns `true` if the given string is a glob, otherwise `false` */ function isGlob(str) { const chars = { "{": "}", "(": ")", "[": "]" }; const regex = /\\(.)|(^!|\*|\?|[\].+)]\?|\[[^[\\\]]+\]|\{[^{\\}]+\}|\(\?[:!=][^\\)]+\)|\([^(|]+\|[^\\)]+\)|@\([^)]+\))/; if (str === "") { return false; } let match; while(match = regex.exec(str)){ if (match[2]) return true; let idx = match.index + match[0].length; // if an open bracket/brace/paren is escaped, // set the index to the next closing character const open = match[1]; const close = open ? chars[open] : null; if (open && close) { const n = str.indexOf(close, idx); if (n !== -1) { idx = n + 1; } } str = str.slice(idx); } return false; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Like normalize(), but doesn't collapse "**\/.." when `globstar` is true. * * @example Usage * ```ts * import { normalizeGlob } from "@std/path/posix/normalize-glob"; * import { assertEquals } from "@std/assert"; * * const path = normalizeGlob("foo/bar/../*", { globstar: true }); * assertEquals(path, "foo/*"); * ``` * * @param glob The glob to normalize. * @param options The options to use. * @returns The normalized path. */ function normalizeGlob(glob, options = {}) { const { globstar = false } = options; if (glob.match(/\0/g)) { throw new Error(`Glob contains invalid characters: "${glob}"`); } if (!globstar) { return normalize(glob); } const s = SEPARATOR_PATTERN.source; const badParentPattern = new RegExp(`(?<=(${s}|^)\\*\\*${s})\\.\\.(?=${s}|$)`, "g"); return normalize(glob.replace(badParentPattern, "\0")).replace(/\0/g, ".."); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Like join(), but doesn't collapse "**\/.." when `globstar` is true. * * @example Usage * ```ts * import { joinGlobs } from "@std/path/posix/join-globs"; * import { assertEquals } from "@std/assert"; * * const path = joinGlobs(["foo", "bar", "**"], { globstar: true }); * assertEquals(path, "foo/bar/**"); * ``` * * @param globs The globs to join. * @param options The options to use. * @returns The joined path. */ function joinGlobs(globs, options = {}) { const { globstar = false } = options; if (!globstar || globs.length === 0) { return join(...globs); } let joined; for (const glob of globs){ const path = glob; if (path.length > 0) { if (!joined) joined = path; else joined += `${SEPARATOR}${path}`; } } if (!joined) return "."; return normalizeGlob(joined, { globstar }); } exports.DELIMITER = DELIMITER; exports.SEPARATOR = SEPARATOR; exports.SEPARATOR_PATTERN = SEPARATOR_PATTERN; exports.basename = basename; exports.common = common; exports.dirname = dirname; exports.extname = extname; exports.format = format; exports.fromFileUrl = fromFileUrl; exports.globToRegExp = globToRegExp; exports.isAbsolute = isAbsolute; exports.isGlob = isGlob; exports.join = join; exports.joinGlobs = joinGlobs; exports.normalize = normalize; exports.normalizeGlob = normalizeGlob; exports.parse = parse; exports.relative = relative; exports.resolve = resolve; exports.toFileUrl = toFileUrl; exports.toNamespacedPath = toNamespacedPath; 2Jx +// @ts-nocheck 'use strict'; // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. function assertPath(path) { if (typeof path !== "string") { throw new TypeError(`Path must be a string, received "${JSON.stringify(path)}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function stripSuffix(name, suffix) { if (suffix.length >= name.length) { return name; } const lenDiff = name.length - suffix.length; for(let i = suffix.length - 1; i >= 0; --i){ if (name.charCodeAt(lenDiff + i) !== suffix.charCodeAt(i)) { return name; } } return name.slice(0, -suffix.length); } function lastPathSegment(path, isSep, start = 0) { let matchedNonSeparator = false; let end = path.length; for(let i = path.length - 1; i >= start; --i){ if (isSep(path.charCodeAt(i))) { if (matchedNonSeparator) { start = i + 1; break; } } else if (!matchedNonSeparator) { matchedNonSeparator = true; end = i + 1; } } return path.slice(start, end); } function assertArgs$1(path, suffix) { assertPath(path); if (path.length === 0) return path; if (typeof suffix !== "string") { throw new TypeError(`Suffix must be a string, received "${JSON.stringify(suffix)}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. // Alphabet chars. const CHAR_UPPERCASE_A = 65; /* A */ const CHAR_LOWERCASE_A = 97; /* a */ const CHAR_UPPERCASE_Z = 90; /* Z */ const CHAR_LOWERCASE_Z = 122; /* z */ // Non-alphabetic chars. const CHAR_DOT = 46; /* . */ const CHAR_FORWARD_SLASH = 47; /* / */ const CHAR_BACKWARD_SLASH = 92; /* \ */ const CHAR_COLON = 58; /* : */ const CHAR_QUESTION_MARK = 63; /* ? */ // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. function stripTrailingSeparators(segment, isSep) { if (segment.length <= 1) { return segment; } let end = segment.length; for(let i = segment.length - 1; i > 0; i--){ if (isSep(segment.charCodeAt(i))) { end = i; } else { break; } } return segment.slice(0, end); } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. function isPosixPathSeparator(code) { return code === CHAR_FORWARD_SLASH; } function isPathSeparator(code) { return code === CHAR_FORWARD_SLASH || code === CHAR_BACKWARD_SLASH; } function isWindowsDeviceRoot(code) { return code >= CHAR_LOWERCASE_A && code <= CHAR_LOWERCASE_Z || code >= CHAR_UPPERCASE_A && code <= CHAR_UPPERCASE_Z; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg$3(url) { url = url instanceof URL ? url : new URL(url); if (url.protocol !== "file:") { throw new TypeError(`URL must be a file URL: received "${url.protocol}"`); } return url; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Converts a file URL to a path string. * * @example Usage * ```ts * import { fromFileUrl } from "@std/path/windows/from-file-url"; * import { assertEquals } from "@std/assert"; * * assertEquals(fromFileUrl("file:///home/foo"), "\\home\\foo"); * assertEquals(fromFileUrl("file:///C:/Users/foo"), "C:\\Users\\foo"); * assertEquals(fromFileUrl("file://localhost/home/foo"), "\\home\\foo"); * ``` * * @param url The file URL to convert. * @returns The path string. */ function fromFileUrl(url) { url = assertArg$3(url); let path = decodeURIComponent(url.pathname.replace(/\//g, "\\").replace(/%(?![0-9A-Fa-f]{2})/g, "%25")).replace(/^\\*([A-Za-z]:)(\\|$)/, "$1\\"); if (url.hostname !== "") { // Note: The `URL` implementation guarantees that the drive letter and // hostname are mutually exclusive. Otherwise it would not have been valid // to append the hostname and path like this. path = `\\\\${url.hostname}${path}`; } return path; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the last portion of a `path`. * Trailing directory separators are ignored, and optional suffix is removed. * * @example Usage * ```ts * import { basename } from "@std/path/windows/basename"; * import { assertEquals } from "@std/assert"; * * assertEquals(basename("C:\\user\\Documents\\"), "Documents"); * assertEquals(basename("C:\\user\\Documents\\image.png"), "image.png"); * assertEquals(basename("C:\\user\\Documents\\image.png", ".png"), "image"); * assertEquals(basename(new URL("file:///C:/user/Documents/image.png")), "image.png"); * assertEquals(basename(new URL("file:///C:/user/Documents/image.png"), ".png"), "image"); * ``` * * @param path The path to extract the name from. * @param suffix The suffix to remove from extracted name. * @returns The extracted name. */ function basename(path, suffix = "") { if (path instanceof URL) { path = fromFileUrl(path); } assertArgs$1(path, suffix); // Check for a drive letter prefix so as not to mistake the following // path separator as an extra separator at the end of the path that can be // disregarded let start = 0; if (path.length >= 2) { const drive = path.charCodeAt(0); if (isWindowsDeviceRoot(drive)) { if (path.charCodeAt(1) === CHAR_COLON) start = 2; } } const lastSegment = lastPathSegment(path, isPathSeparator, start); const strippedSegment = stripTrailingSeparators(lastSegment, isPathSeparator); return suffix ? stripSuffix(strippedSegment, suffix) : strippedSegment; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * The character used to separate entries in the PATH environment variable. */ const DELIMITER = ";"; /** * The character used to separate components of a file path. */ const SEPARATOR = "\\"; /** * A regular expression that matches one or more path separators. */ const SEPARATOR_PATTERN = /[\\/]+/; // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg$2(path) { assertPath(path); if (path.length === 0) return "."; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the directory path of a `path`. * * @example Usage * ```ts * import { dirname } from "@std/path/windows/dirname"; * import { assertEquals } from "@std/assert"; * * assertEquals(dirname("C:\\foo\\bar\\baz.ext"), "C:\\foo\\bar"); * assertEquals(dirname(new URL("file:///C:/foo/bar/baz.ext")), "C:\\foo\\bar"); * ``` * * @param path The path to get the directory from. * @returns The directory path. */ function dirname(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertArg$2(path); const len = path.length; let rootEnd = -1; let end = -1; let matchedSlash = true; let offset = 0; const code = path.charCodeAt(0); // Try to match a root if (len > 1) { if (isPathSeparator(code)) { // Possible UNC root rootEnd = offset = 1; if (isPathSeparator(path.charCodeAt(1))) { // Matched double path separator at beginning let j = 2; let last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more path separators for(; j < len; ++j){ if (!isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j === len) { // We matched a UNC root only return path; } if (j !== last) { // We matched a UNC root with leftovers // Offset by 1 to include the separator after the UNC root to // treat it as a "normal root" on top of a (UNC) root rootEnd = offset = j + 1; } } } } } else if (isWindowsDeviceRoot(code)) { // Possible device root if (path.charCodeAt(1) === CHAR_COLON) { rootEnd = offset = 2; if (len > 2) { if (isPathSeparator(path.charCodeAt(2))) rootEnd = offset = 3; } } } } else if (isPathSeparator(code)) { // `path` contains just a path separator, exit early to avoid // unnecessary work return path; } for(let i = len - 1; i >= offset; --i){ if (isPathSeparator(path.charCodeAt(i))) { if (!matchedSlash) { end = i; break; } } else { // We saw the first non-path separator matchedSlash = false; } } if (end === -1) { if (rootEnd === -1) return "."; else end = rootEnd; } return stripTrailingSeparators(path.slice(0, end), isPosixPathSeparator); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the extension of the `path` with leading period. * * @example Usage * ```ts * import { extname } from "@std/path/windows/extname"; * import { assertEquals } from "@std/assert"; * * assertEquals(extname("file.ts"), ".ts"); * assertEquals(extname(new URL("file:///C:/foo/bar/baz.ext")), ".ext"); * ``` * * @param path The path to get the extension from. * @returns The extension of the `path`. */ function extname(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertPath(path); let start = 0; let startDot = -1; let startPart = 0; let end = -1; let matchedSlash = true; // Track the state of characters (if any) we see before our first dot and // after any path separator we find let preDotState = 0; // Check for a drive letter prefix so as not to mistake the following // path separator as an extra separator at the end of the path that can be // disregarded if (path.length >= 2 && path.charCodeAt(1) === CHAR_COLON && isWindowsDeviceRoot(path.charCodeAt(0))) { start = startPart = 2; } for(let i = path.length - 1; i >= start; --i){ const code = path.charCodeAt(i); if (isPathSeparator(code)) { // If we reached a path separator that was not part of a set of path // separators at the end of the string, stop now if (!matchedSlash) { startPart = i + 1; break; } continue; } if (end === -1) { // We saw the first non-path separator, mark this as the end of our // extension matchedSlash = false; end = i + 1; } if (code === CHAR_DOT) { // If this is our first dot, mark it as the start of our extension if (startDot === -1) startDot = i; else if (preDotState !== 1) preDotState = 1; } else if (startDot !== -1) { // We saw a non-dot and non-path separator before our dot, so we should // have a good chance at having a non-empty extension preDotState = -1; } } if (startDot === -1 || end === -1 || // We saw a non-dot character immediately before the dot preDotState === 0 || // The (right-most) trimmed path component is exactly '..' preDotState === 1 && startDot === end - 1 && startDot === startPart + 1) { return ""; } return path.slice(startDot, end); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function _format(sep, pathObject) { const dir = pathObject.dir || pathObject.root; const base = pathObject.base || (pathObject.name ?? "") + (pathObject.ext ?? ""); if (!dir) return base; if (base === sep) return dir; if (dir === pathObject.root) return dir + base; return dir + sep + base; } function assertArg$1(pathObject) { if (pathObject === null || typeof pathObject !== "object") { throw new TypeError(`The "pathObject" argument must be of type Object, received type "${typeof pathObject}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Generate a path from `ParsedPath` object. * * @example Usage * ```ts * import { format } from "@std/path/windows/format"; * import { assertEquals } from "@std/assert"; * * const path = format({ * root: "C:\\", * dir: "C:\\path\\dir", * base: "file.txt", * ext: ".txt", * name: "file" * }); * assertEquals(path, "C:\\path\\dir\\file.txt"); * ``` * * @param pathObject The path object to format. * @returns The formatted path. */ function format(pathObject) { assertArg$1(pathObject); return _format("\\", pathObject); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Verifies whether provided path is absolute. * * @example Usage * ```ts * import { isAbsolute } from "@std/path/windows/is-absolute"; * import { assert, assertFalse } from "@std/assert"; * * assert(isAbsolute("C:\\foo\\bar")); * assertFalse(isAbsolute("..\\baz")); * ``` * * @param path The path to verify. * @returns `true` if the path is absolute, `false` otherwise. */ function isAbsolute(path) { assertPath(path); const len = path.length; if (len === 0) return false; const code = path.charCodeAt(0); if (isPathSeparator(code)) { return true; } else if (isWindowsDeviceRoot(code)) { // Possible device root if (len > 2 && path.charCodeAt(1) === CHAR_COLON) { if (isPathSeparator(path.charCodeAt(2))) return true; } } return false; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg(path) { assertPath(path); if (path.length === 0) return "."; } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. // Resolves . and .. elements in a path with directory names function normalizeString(path, allowAboveRoot, separator, isPathSeparator) { let res = ""; let lastSegmentLength = 0; let lastSlash = -1; let dots = 0; let code; for(let i = 0; i <= path.length; ++i){ if (i < path.length) code = path.charCodeAt(i); else if (isPathSeparator(code)) break; else code = CHAR_FORWARD_SLASH; if (isPathSeparator(code)) { if (lastSlash === i - 1 || dots === 1) ; else if (lastSlash !== i - 1 && dots === 2) { if (res.length < 2 || lastSegmentLength !== 2 || res.charCodeAt(res.length - 1) !== CHAR_DOT || res.charCodeAt(res.length - 2) !== CHAR_DOT) { if (res.length > 2) { const lastSlashIndex = res.lastIndexOf(separator); if (lastSlashIndex === -1) { res = ""; lastSegmentLength = 0; } else { res = res.slice(0, lastSlashIndex); lastSegmentLength = res.length - 1 - res.lastIndexOf(separator); } lastSlash = i; dots = 0; continue; } else if (res.length === 2 || res.length === 1) { res = ""; lastSegmentLength = 0; lastSlash = i; dots = 0; continue; } } if (allowAboveRoot) { if (res.length > 0) res += `${separator}..`; else res = ".."; lastSegmentLength = 2; } } else { if (res.length > 0) res += separator + path.slice(lastSlash + 1, i); else res = path.slice(lastSlash + 1, i); lastSegmentLength = i - lastSlash - 1; } lastSlash = i; dots = 0; } else if (code === CHAR_DOT && dots !== -1) { ++dots; } else { dots = -1; } } return res; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Normalize the `path`, resolving `'..'` and `'.'` segments. * Note that resolving these segments does not necessarily mean that all will be eliminated. * A `'..'` at the top-level will be preserved, and an empty path is canonically `'.'`. * * @example Usage * ```ts * import { normalize } from "@std/path/windows/normalize"; * import { assertEquals } from "@std/assert"; * * assertEquals(normalize("C:\\foo\\..\\bar"), "C:\\bar"); * assertEquals(normalize(new URL("file:///C:/foo/../bar")), "C:\\bar"); * ``` * * @param path The path to normalize * @returns The normalized path */ function normalize(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertArg(path); const len = path.length; let rootEnd = 0; let device; let isAbsolute = false; const code = path.charCodeAt(0); // Try to match a root if (len > 1) { if (isPathSeparator(code)) { // Possible UNC root // If we started with a separator, we know we at least have an absolute // path of some kind (UNC or otherwise) isAbsolute = true; if (isPathSeparator(path.charCodeAt(1))) { // Matched double path separator at beginning let j = 2; let last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { const firstPart = path.slice(last, j); // Matched! last = j; // Match 1 or more path separators for(; j < len; ++j){ if (!isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j === len) { // We matched a UNC root only // Return the normalized version of the UNC root since there // is nothing left to process return `\\\\${firstPart}\\${path.slice(last)}\\`; } else if (j !== last) { // We matched a UNC root with leftovers device = `\\\\${firstPart}\\${path.slice(last, j)}`; rootEnd = j; } } } } else { rootEnd = 1; } } else if (isWindowsDeviceRoot(code)) { // Possible device root if (path.charCodeAt(1) === CHAR_COLON) { device = path.slice(0, 2); rootEnd = 2; if (len > 2) { if (isPathSeparator(path.charCodeAt(2))) { // Treat separator following drive name as an absolute path // indicator isAbsolute = true; rootEnd = 3; } } } } } else if (isPathSeparator(code)) { // `path` contains just a path separator, exit early to avoid unnecessary // work return "\\"; } let tail; if (rootEnd < len) { tail = normalizeString(path.slice(rootEnd), !isAbsolute, "\\", isPathSeparator); } else { tail = ""; } if (tail.length === 0 && !isAbsolute) tail = "."; if (tail.length > 0 && isPathSeparator(path.charCodeAt(len - 1))) { tail += "\\"; } if (device === undefined) { if (isAbsolute) { if (tail.length > 0) return `\\${tail}`; else return "\\"; } return tail; } else if (isAbsolute) { if (tail.length > 0) return `${device}\\${tail}`; else return `${device}\\`; } return device + tail; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Join all given a sequence of `paths`,then normalizes the resulting path. * * @example Usage * ```ts * import { join } from "@std/path/windows/join"; * import { assertEquals } from "@std/assert"; * * assertEquals(join("C:\\foo", "bar", "baz\\.."), "C:\\foo\\bar"); * assertEquals(join(new URL("file:///C:/foo"), "bar", "baz\\.."), "C:\\foo\\bar"); * ``` * * @param path The path to join. This can be string or file URL. * @param paths The paths to join. * @returns The joined path. */ function join(path, ...paths) { if (path instanceof URL) { path = fromFileUrl(path); } paths = path ? [ path, ...paths ] : paths; paths.forEach((path)=>assertPath(path)); paths = paths.filter((path)=>path.length > 0); if (paths.length === 0) return "."; // Make sure that the joined path doesn't start with two slashes, because // normalize() will mistake it for an UNC path then. // // This step is skipped when it is very clear that the user actually // intended to point at an UNC path. This is assumed when the first // non-empty string arguments starts with exactly two slashes followed by // at least one more non-slash character. // // Note that for normalize() to treat a path as an UNC path it needs to // have at least 2 components, so we don't filter for that here. // This means that the user can use join to construct UNC paths from // a server name and a share name; for example: // path.join('//server', 'share') -> '\\\\server\\share\\' let needsReplace = true; let slashCount = 0; const firstPart = paths[0]; if (isPathSeparator(firstPart.charCodeAt(0))) { ++slashCount; const firstLen = firstPart.length; if (firstLen > 1) { if (isPathSeparator(firstPart.charCodeAt(1))) { ++slashCount; if (firstLen > 2) { if (isPathSeparator(firstPart.charCodeAt(2))) ++slashCount; else { // We matched a UNC path in the first part needsReplace = false; } } } } } let joined = paths.join("\\"); if (needsReplace) { // Find any more consecutive slashes we need to replace for(; slashCount < joined.length; ++slashCount){ if (!isPathSeparator(joined.charCodeAt(slashCount))) break; } // Replace the slashes if needed if (slashCount >= 2) joined = `\\${joined.slice(slashCount)}`; } return normalize(joined); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return a `ParsedPath` object of the `path`. * * @example Usage * ```ts * import { parse } from "@std/path/windows/parse"; * import { assertEquals } from "@std/assert"; * * const parsed = parse("C:\\foo\\bar\\baz.ext"); * assertEquals(parsed, { * root: "C:\\", * dir: "C:\\foo\\bar", * base: "baz.ext", * ext: ".ext", * name: "baz", * }); * ``` * * @param path The path to parse. * @returns The `ParsedPath` object. */ function parse(path) { assertPath(path); const ret = { root: "", dir: "", base: "", ext: "", name: "" }; const len = path.length; if (len === 0) return ret; let rootEnd = 0; let code = path.charCodeAt(0); // Try to match a root if (len > 1) { if (isPathSeparator(code)) { // Possible UNC root rootEnd = 1; if (isPathSeparator(path.charCodeAt(1))) { // Matched double path separator at beginning let j = 2; let last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more path separators for(; j < len; ++j){ if (!isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j === len) { // We matched a UNC root only rootEnd = j; } else if (j !== last) { // We matched a UNC root with leftovers rootEnd = j + 1; } } } } } else if (isWindowsDeviceRoot(code)) { // Possible device root if (path.charCodeAt(1) === CHAR_COLON) { rootEnd = 2; if (len > 2) { if (isPathSeparator(path.charCodeAt(2))) { if (len === 3) { // `path` contains just a drive root, exit early to avoid // unnecessary work ret.root = ret.dir = path; ret.base = "\\"; return ret; } rootEnd = 3; } } else { // `path` contains just a relative drive root, exit early to avoid // unnecessary work ret.root = ret.dir = path; return ret; } } } } else if (isPathSeparator(code)) { // `path` contains just a path separator, exit early to avoid // unnecessary work ret.root = ret.dir = path; ret.base = "\\"; return ret; } if (rootEnd > 0) ret.root = path.slice(0, rootEnd); let startDot = -1; let startPart = rootEnd; let end = -1; let matchedSlash = true; let i = path.length - 1; // Track the state of characters (if any) we see before our first dot and // after any path separator we find let preDotState = 0; // Get non-dir info for(; i >= rootEnd; --i){ code = path.charCodeAt(i); if (isPathSeparator(code)) { // If we reached a path separator that was not part of a set of path // separators at the end of the string, stop now if (!matchedSlash) { startPart = i + 1; break; } continue; } if (end === -1) { // We saw the first non-path separator, mark this as the end of our // extension matchedSlash = false; end = i + 1; } if (code === CHAR_DOT) { // If this is our first dot, mark it as the start of our extension if (startDot === -1) startDot = i; else if (preDotState !== 1) preDotState = 1; } else if (startDot !== -1) { // We saw a non-dot and non-path separator before our dot, so we should // have a good chance at having a non-empty extension preDotState = -1; } } if (startDot === -1 || end === -1 || // We saw a non-dot character immediately before the dot preDotState === 0 || // The (right-most) trimmed path component is exactly '..' preDotState === 1 && startDot === end - 1 && startDot === startPart + 1) { if (end !== -1) { ret.base = ret.name = path.slice(startPart, end); } } else { ret.name = path.slice(startPart, startDot); ret.base = path.slice(startPart, end); ret.ext = path.slice(startDot, end); } // Fallback to '\' in case there is no basename ret.base = ret.base || "\\"; // If the directory is the root, use the entire root as the `dir` including // the trailing slash if any (`C:\abc` -> `C:\`). Otherwise, strip out the // trailing slash (`C:\abc\def` -> `C:\abc`). if (startPart > 0 && startPart !== rootEnd) { ret.dir = path.slice(0, startPart - 1); } else ret.dir = ret.root; return ret; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Resolves path segments into a `path`. * * @example Usage * ```ts * import { resolve } from "@std/path/windows/resolve"; * import { assertEquals } from "@std/assert"; * * const resolved = resolve("C:\\foo\\bar", "..\\baz"); * assertEquals(resolved, "C:\\foo\\baz"); * ``` * * @param pathSegments The path segments to process to path * @returns The resolved path */ function resolve(...pathSegments) { let resolvedDevice = ""; let resolvedTail = ""; let resolvedAbsolute = false; for(let i = pathSegments.length - 1; i >= -1; i--){ let path; // deno-lint-ignore no-explicit-any const { Deno } = globalThis; if (i >= 0) { path = pathSegments[i]; } else if (!resolvedDevice) { if (typeof Deno?.cwd !== "function") { throw new TypeError("Resolved a drive-letter-less path without a current working directory (CWD)"); } path = Deno.cwd(); } else { if (typeof Deno?.env?.get !== "function" || typeof Deno?.cwd !== "function") { throw new TypeError("Resolved a relative path without a current working directory (CWD)"); } path = Deno.cwd(); // Verify that a cwd was found and that it actually points // to our drive. If not, default to the drive's root. if (path === undefined || path.slice(0, 3).toLowerCase() !== `${resolvedDevice.toLowerCase()}\\`) { path = `${resolvedDevice}\\`; } } assertPath(path); const len = path.length; // Skip empty entries if (len === 0) continue; let rootEnd = 0; let device = ""; let isAbsolute = false; const code = path.charCodeAt(0); // Try to match a root if (len > 1) { if (isPathSeparator(code)) { // Possible UNC root // If we started with a separator, we know we at least have an // absolute path of some kind (UNC or otherwise) isAbsolute = true; if (isPathSeparator(path.charCodeAt(1))) { // Matched double path separator at beginning let j = 2; let last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { const firstPart = path.slice(last, j); // Matched! last = j; // Match 1 or more path separators for(; j < len; ++j){ if (!isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j === len) { // We matched a UNC root only device = `\\\\${firstPart}\\${path.slice(last)}`; rootEnd = j; } else if (j !== last) { // We matched a UNC root with leftovers device = `\\\\${firstPart}\\${path.slice(last, j)}`; rootEnd = j; } } } } else { rootEnd = 1; } } else if (isWindowsDeviceRoot(code)) { // Possible device root if (path.charCodeAt(1) === CHAR_COLON) { device = path.slice(0, 2); rootEnd = 2; if (len > 2) { if (isPathSeparator(path.charCodeAt(2))) { // Treat separator following drive name as an absolute path // indicator isAbsolute = true; rootEnd = 3; } } } } } else if (isPathSeparator(code)) { // `path` contains just a path separator rootEnd = 1; isAbsolute = true; } if (device.length > 0 && resolvedDevice.length > 0 && device.toLowerCase() !== resolvedDevice.toLowerCase()) { continue; } if (resolvedDevice.length === 0 && device.length > 0) { resolvedDevice = device; } if (!resolvedAbsolute) { resolvedTail = `${path.slice(rootEnd)}\\${resolvedTail}`; resolvedAbsolute = isAbsolute; } if (resolvedAbsolute && resolvedDevice.length > 0) break; } // At this point the path should be resolved to a full absolute path, // but handle relative paths to be safe (might happen when Deno.cwd() // fails) // Normalize the tail path resolvedTail = normalizeString(resolvedTail, !resolvedAbsolute, "\\", isPathSeparator); return resolvedDevice + (resolvedAbsolute ? "\\" : "") + resolvedTail || "."; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArgs(from, to) { assertPath(from); assertPath(to); if (from === to) return ""; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the relative path from `from` to `to` based on current working directory. * * An example in windows, for instance: * from = 'C:\\orandea\\test\\aaa' * to = 'C:\\orandea\\impl\\bbb' * The output of the function should be: '..\\..\\impl\\bbb' * * @example Usage * ```ts * import { relative } from "@std/path/windows/relative"; * import { assertEquals } from "@std/assert"; * * const relativePath = relative("C:\\foobar\\test\\aaa", "C:\\foobar\\impl\\bbb"); * assertEquals(relativePath, "..\\..\\impl\\bbb"); * ``` * * @param from The path from which to calculate the relative path * @param to The path to which to calculate the relative path * @returns The relative path from `from` to `to` */ function relative(from, to) { assertArgs(from, to); const fromOrig = resolve(from); const toOrig = resolve(to); if (fromOrig === toOrig) return ""; from = fromOrig.toLowerCase(); to = toOrig.toLowerCase(); if (from === to) return ""; // Trim any leading backslashes let fromStart = 0; let fromEnd = from.length; for(; fromStart < fromEnd; ++fromStart){ if (from.charCodeAt(fromStart) !== CHAR_BACKWARD_SLASH) break; } // Trim trailing backslashes (applicable to UNC paths only) for(; fromEnd - 1 > fromStart; --fromEnd){ if (from.charCodeAt(fromEnd - 1) !== CHAR_BACKWARD_SLASH) break; } const fromLen = fromEnd - fromStart; // Trim any leading backslashes let toStart = 0; let toEnd = to.length; for(; toStart < toEnd; ++toStart){ if (to.charCodeAt(toStart) !== CHAR_BACKWARD_SLASH) break; } // Trim trailing backslashes (applicable to UNC paths only) for(; toEnd - 1 > toStart; --toEnd){ if (to.charCodeAt(toEnd - 1) !== CHAR_BACKWARD_SLASH) break; } const toLen = toEnd - toStart; // Compare paths to find the longest common path from root const length = fromLen < toLen ? fromLen : toLen; let lastCommonSep = -1; let i = 0; for(; i <= length; ++i){ if (i === length) { if (toLen > length) { if (to.charCodeAt(toStart + i) === CHAR_BACKWARD_SLASH) { // We get here if `from` is the exact base path for `to`. // For example: from='C:\\foo\\bar'; to='C:\\foo\\bar\\baz' return toOrig.slice(toStart + i + 1); } else if (i === 2) { // We get here if `from` is the device root. // For example: from='C:\\'; to='C:\\foo' return toOrig.slice(toStart + i); } } if (fromLen > length) { if (from.charCodeAt(fromStart + i) === CHAR_BACKWARD_SLASH) { // We get here if `to` is the exact base path for `from`. // For example: from='C:\\foo\\bar'; to='C:\\foo' lastCommonSep = i; } else if (i === 2) { // We get here if `to` is the device root. // For example: from='C:\\foo\\bar'; to='C:\\' lastCommonSep = 3; } } break; } const fromCode = from.charCodeAt(fromStart + i); const toCode = to.charCodeAt(toStart + i); if (fromCode !== toCode) break; else if (fromCode === CHAR_BACKWARD_SLASH) lastCommonSep = i; } // We found a mismatch before the first common path separator was seen, so // return the original `to`. if (i !== length && lastCommonSep === -1) { return toOrig; } let out = ""; if (lastCommonSep === -1) lastCommonSep = 0; // Generate the relative path based on the path difference between `to` and // `from` for(i = fromStart + lastCommonSep + 1; i <= fromEnd; ++i){ if (i === fromEnd || from.charCodeAt(i) === CHAR_BACKWARD_SLASH) { if (out.length === 0) out += ".."; else out += "\\.."; } } // Lastly, append the rest of the destination (`to`) path that comes after // the common path parts if (out.length > 0) { return out + toOrig.slice(toStart + lastCommonSep, toEnd); } else { toStart += lastCommonSep; if (toOrig.charCodeAt(toStart) === CHAR_BACKWARD_SLASH) ++toStart; return toOrig.slice(toStart, toEnd); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. const WHITESPACE_ENCODINGS = { "\u0009": "%09", "\u000A": "%0A", "\u000B": "%0B", "\u000C": "%0C", "\u000D": "%0D", "\u0020": "%20" }; function encodeWhitespace(string) { return string.replaceAll(/[\s]/g, (c)=>{ return WHITESPACE_ENCODINGS[c] ?? c; }); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Converts a path string to a file URL. * * @example Usage * ```ts * import { toFileUrl } from "@std/path/windows/to-file-url"; * import { assertEquals } from "@std/assert"; * * assertEquals(toFileUrl("\\home\\foo"), new URL("file:///home/foo")); * assertEquals(toFileUrl("C:\\Users\\foo"), new URL("file:///C:/Users/foo")); * assertEquals(toFileUrl("\\\\127.0.0.1\\home\\foo"), new URL("file://127.0.0.1/home/foo")); * ``` * @param path The path to convert. * @returns The file URL. */ function toFileUrl(path) { if (!isAbsolute(path)) { throw new TypeError(`Path must be absolute: received "${path}"`); } const [, hostname, pathname] = path.match(/^(?:[/\\]{2}([^/\\]+)(?=[/\\](?:[^/\\]|$)))?(.*)/); const url = new URL("file:///"); url.pathname = encodeWhitespace(pathname.replace(/%/g, "%25")); if (hostname !== undefined && hostname !== "localhost") { url.hostname = hostname; if (!url.hostname) { throw new TypeError(`Invalid hostname: "${url.hostname}"`); } } return url; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Resolves path to a namespace path * * @example Usage * ```ts * import { toNamespacedPath } from "@std/path/windows/to-namespaced-path"; * import { assertEquals } from "@std/assert"; * * const namespaced = toNamespacedPath("C:\\foo\\bar"); * assertEquals(namespaced, "\\\\?\\C:\\foo\\bar"); * ``` * * @param path The path to resolve to namespaced path * @returns The resolved namespaced path */ function toNamespacedPath(path) { // Note: this will *probably* throw somewhere. if (typeof path !== "string") return path; if (path.length === 0) return ""; const resolvedPath = resolve(path); if (resolvedPath.length >= 3) { if (resolvedPath.charCodeAt(0) === CHAR_BACKWARD_SLASH) { // Possible UNC root if (resolvedPath.charCodeAt(1) === CHAR_BACKWARD_SLASH) { const code = resolvedPath.charCodeAt(2); if (code !== CHAR_QUESTION_MARK && code !== CHAR_DOT) { // Matched non-long UNC root, convert the path to a long UNC path return `\\\\?\\UNC\\${resolvedPath.slice(2)}`; } } } else if (isWindowsDeviceRoot(resolvedPath.charCodeAt(0))) { // Possible device root if (resolvedPath.charCodeAt(1) === CHAR_COLON && resolvedPath.charCodeAt(2) === CHAR_BACKWARD_SLASH) { // Matched device root, convert the path to a long UNC path return `\\\\?\\${resolvedPath}`; } } } return path; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function common$1(paths, sep) { const [first = "", ...remaining] = paths; const parts = first.split(sep); let endOfPrefix = parts.length; let append = ""; for (const path of remaining){ const compare = path.split(sep); if (compare.length <= endOfPrefix) { endOfPrefix = compare.length; append = ""; } for(let i = 0; i < endOfPrefix; i++){ if (compare[i] !== parts[i]) { endOfPrefix = i; append = i === 0 ? "" : sep; break; } } } return parts.slice(0, endOfPrefix).join(sep) + append; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Determines the common path from a set of paths for Windows systems. * * @example Usage * ```ts * import { common } from "@std/path/windows/common"; * import { assertEquals } from "@std/assert"; * * const path = common([ * "C:\\foo\\bar", * "C:\\foo\\baz", * ]); * assertEquals(path, "C:\\foo\\"); * ``` * * @param paths The paths to compare. * @returns The common path. */ function common(paths) { return common$1(paths, SEPARATOR); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Options for {@linkcode globToRegExp}, {@linkcode joinGlobs}, * {@linkcode normalizeGlob} and {@linkcode expandGlob}. */ const REG_EXP_ESCAPE_CHARS = [ "!", "$", "(", ")", "*", "+", ".", "=", "?", "[", "\\", "^", "{", "|" ]; const RANGE_ESCAPE_CHARS = [ "-", "\\", "]" ]; function _globToRegExp(c, glob, { extended = true, globstar: globstarOption = true, // os = osType, caseInsensitive = false } = {}) { if (glob === "") { return /(?!)/; } // Remove trailing separators. let newLength = glob.length; for(; newLength > 1 && c.seps.includes(glob[newLength - 1]); newLength--); glob = glob.slice(0, newLength); let regExpString = ""; // Terminates correctly. Trust that `j` is incremented every iteration. for(let j = 0; j < glob.length;){ let segment = ""; const groupStack = []; let inRange = false; let inEscape = false; let endsWithSep = false; let i = j; // Terminates with `i` at the non-inclusive end of the current segment. for(; i < glob.length && !(c.seps.includes(glob[i]) && groupStack.length === 0); i++){ if (inEscape) { inEscape = false; const escapeChars = inRange ? RANGE_ESCAPE_CHARS : REG_EXP_ESCAPE_CHARS; segment += escapeChars.includes(glob[i]) ? `\\${glob[i]}` : glob[i]; continue; } if (glob[i] === c.escapePrefix) { inEscape = true; continue; } if (glob[i] === "[") { if (!inRange) { inRange = true; segment += "["; if (glob[i + 1] === "!") { i++; segment += "^"; } else if (glob[i + 1] === "^") { i++; segment += "\\^"; } continue; } else if (glob[i + 1] === ":") { let k = i + 1; let value = ""; while(glob[k + 1] !== undefined && glob[k + 1] !== ":"){ value += glob[k + 1]; k++; } if (glob[k + 1] === ":" && glob[k + 2] === "]") { i = k + 2; if (value === "alnum") segment += "\\dA-Za-z"; else if (value === "alpha") segment += "A-Za-z"; else if (value === "ascii") segment += "\x00-\x7F"; else if (value === "blank") segment += "\t "; else if (value === "cntrl") segment += "\x00-\x1F\x7F"; else if (value === "digit") segment += "\\d"; else if (value === "graph") segment += "\x21-\x7E"; else if (value === "lower") segment += "a-z"; else if (value === "print") segment += "\x20-\x7E"; else if (value === "punct") { segment += "!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^_‘{|}~"; } else if (value === "space") segment += "\\s\v"; else if (value === "upper") segment += "A-Z"; else if (value === "word") segment += "\\w"; else if (value === "xdigit") segment += "\\dA-Fa-f"; continue; } } } if (glob[i] === "]" && inRange) { inRange = false; segment += "]"; continue; } if (inRange) { segment += glob[i]; continue; } if (glob[i] === ")" && groupStack.length > 0 && groupStack[groupStack.length - 1] !== "BRACE") { segment += ")"; const type = groupStack.pop(); if (type === "!") { segment += c.wildcard; } else if (type !== "@") { segment += type; } continue; } if (glob[i] === "|" && groupStack.length > 0 && groupStack[groupStack.length - 1] !== "BRACE") { segment += "|"; continue; } if (glob[i] === "+" && extended && glob[i + 1] === "(") { i++; groupStack.push("+"); segment += "(?:"; continue; } if (glob[i] === "@" && extended && glob[i + 1] === "(") { i++; groupStack.push("@"); segment += "(?:"; continue; } if (glob[i] === "?") { if (extended && glob[i + 1] === "(") { i++; groupStack.push("?"); segment += "(?:"; } else { segment += "."; } continue; } if (glob[i] === "!" && extended && glob[i + 1] === "(") { i++; groupStack.push("!"); segment += "(?!"; continue; } if (glob[i] === "{") { groupStack.push("BRACE"); segment += "(?:"; continue; } if (glob[i] === "}" && groupStack[groupStack.length - 1] === "BRACE") { groupStack.pop(); segment += ")"; continue; } if (glob[i] === "," && groupStack[groupStack.length - 1] === "BRACE") { segment += "|"; continue; } if (glob[i] === "*") { if (extended && glob[i + 1] === "(") { i++; groupStack.push("*"); segment += "(?:"; } else { const prevChar = glob[i - 1]; let numStars = 1; while(glob[i + 1] === "*"){ i++; numStars++; } const nextChar = glob[i + 1]; if (globstarOption && numStars === 2 && [ ...c.seps, undefined ].includes(prevChar) && [ ...c.seps, undefined ].includes(nextChar)) { segment += c.globstar; endsWithSep = true; } else { segment += c.wildcard; } } continue; } segment += REG_EXP_ESCAPE_CHARS.includes(glob[i]) ? `\\${glob[i]}` : glob[i]; } // Check for unclosed groups or a dangling backslash. if (groupStack.length > 0 || inRange || inEscape) { // Parse failure. Take all characters from this segment literally. segment = ""; for (const c of glob.slice(j, i)){ segment += REG_EXP_ESCAPE_CHARS.includes(c) ? `\\${c}` : c; endsWithSep = false; } } regExpString += segment; if (!endsWithSep) { regExpString += i < glob.length ? c.sep : c.sepMaybe; endsWithSep = true; } // Terminates with `i` at the start of the next segment. while(c.seps.includes(glob[i]))i++; j = i; } regExpString = `^${regExpString}$`; return new RegExp(regExpString, caseInsensitive ? "i" : ""); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. const constants = { sep: "(?:\\\\|/)+", sepMaybe: "(?:\\\\|/)*", seps: [ "\\", "/" ], globstar: "(?:[^\\\\/]*(?:\\\\|/|$)+)*", wildcard: "[^\\\\/]*", escapePrefix: "`" }; /** Convert a glob string to a regular expression. * * Tries to match bash glob expansion as closely as possible. * * Basic glob syntax: * - `*` - Matches everything without leaving the path segment. * - `?` - Matches any single character. * - `{foo,bar}` - Matches `foo` or `bar`. * - `[abcd]` - Matches `a`, `b`, `c` or `d`. * - `[a-d]` - Matches `a`, `b`, `c` or `d`. * - `[!abcd]` - Matches any single character besides `a`, `b`, `c` or `d`. * - `[[::]]` - Matches any character belonging to ``. * - `[[:alnum:]]` - Matches any digit or letter. * - `[[:digit:]abc]` - Matches any digit, `a`, `b` or `c`. * - See https://facelessuser.github.io/wcmatch/glob/#posix-character-classes * for a complete list of supported character classes. * - `\` - Escapes the next character for an `os` other than `"windows"`. * - \` - Escapes the next character for `os` set to `"windows"`. * - `/` - Path separator. * - `\` - Additional path separator only for `os` set to `"windows"`. * * Extended syntax: * - Requires `{ extended: true }`. * - `?(foo|bar)` - Matches 0 or 1 instance of `{foo,bar}`. * - `@(foo|bar)` - Matches 1 instance of `{foo,bar}`. They behave the same. * - `*(foo|bar)` - Matches _n_ instances of `{foo,bar}`. * - `+(foo|bar)` - Matches _n > 0_ instances of `{foo,bar}`. * - `!(foo|bar)` - Matches anything other than `{foo,bar}`. * - See https://www.linuxjournal.com/content/bash-extended-globbing. * * Globstar syntax: * - Requires `{ globstar: true }`. * - `**` - Matches any number of any path segments. * - Must comprise its entire path segment in the provided glob. * - See https://www.linuxjournal.com/content/globstar-new-bash-globbing-option. * * Note the following properties: * - The generated `RegExp` is anchored at both start and end. * - Repeating and trailing separators are tolerated. Trailing separators in the * provided glob have no meaning and are discarded. * - Absolute globs will only match absolute paths, etc. * - Empty globs will match nothing. * - Any special glob syntax must be contained to one path segment. For example, * `?(foo|bar/baz)` is invalid. The separator will take precedence and the * first segment ends with an unclosed group. * - If a path segment ends with unclosed groups or a dangling escape prefix, a * parse error has occurred. Every character for that segment is taken * literally in this event. * * Limitations: * - A negative group like `!(foo|bar)` will wrongly be converted to a negative * look-ahead followed by a wildcard. This means that `!(foo).js` will wrongly * fail to match `foobar.js`, even though `foobar` is not `foo`. Effectively, * `!(foo|bar)` is treated like `!(@(foo|bar)*)`. This will work correctly if * the group occurs not nested at the end of the segment. * * @example Usage * ```ts * import { globToRegExp } from "@std/path/windows/glob-to-regexp"; * import { assertEquals } from "@std/assert"; * * assertEquals(globToRegExp("*.js"), /^[^\\/]*\.js(?:\\|\/)*$/); * ``` * * @param glob Glob string to convert. * @param options Conversion options. * @returns The regular expression equivalent to the glob. */ function globToRegExp(glob, options = {}) { return _globToRegExp(constants, glob, options); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Test whether the given string is a glob. * * @example Usage * ```ts * import { isGlob } from "@std/path/is-glob"; * import { assert } from "@std/assert"; * * assert(!isGlob("foo/bar/../baz")); * assert(isGlob("foo/*ar/../baz")); * ``` * * @param str String to test. * @returns `true` if the given string is a glob, otherwise `false` */ function isGlob(str) { const chars = { "{": "}", "(": ")", "[": "]" }; const regex = /\\(.)|(^!|\*|\?|[\].+)]\?|\[[^[\\\]]+\]|\{[^{\\}]+\}|\(\?[:!=][^\\)]+\)|\([^(|]+\|[^\\)]+\)|@\([^)]+\))/; if (str === "") { return false; } let match; while(match = regex.exec(str)){ if (match[2]) return true; let idx = match.index + match[0].length; // if an open bracket/brace/paren is escaped, // set the index to the next closing character const open = match[1]; const close = open ? chars[open] : null; if (open && close) { const n = str.indexOf(close, idx); if (n !== -1) { idx = n + 1; } } str = str.slice(idx); } return false; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Like normalize(), but doesn't collapse "**\/.." when `globstar` is true. * * @example Usage * ```ts * import { normalizeGlob } from "@std/path/windows/normalize-glob"; * import { assertEquals } from "@std/assert"; * * const normalized = normalizeGlob("**\\foo\\..\\bar", { globstar: true }); * assertEquals(normalized, "**\\bar"); * ``` * * @param glob The glob pattern to normalize. * @param options The options for glob pattern. * @returns The normalized glob pattern. */ function normalizeGlob(glob, options = {}) { const { globstar = false } = options; if (glob.match(/\0/g)) { throw new Error(`Glob contains invalid characters: "${glob}"`); } if (!globstar) { return normalize(glob); } const s = SEPARATOR_PATTERN.source; const badParentPattern = new RegExp(`(?<=(${s}|^)\\*\\*${s})\\.\\.(?=${s}|$)`, "g"); return normalize(glob.replace(badParentPattern, "\0")).replace(/\0/g, ".."); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Like join(), but doesn't collapse "**\/.." when `globstar` is true. * * @example Usage * * ```ts * import { joinGlobs } from "@std/path/windows/join-globs"; * import { assertEquals } from "@std/assert"; * * const joined = joinGlobs(["foo", "**", "bar"], { globstar: true }); * assertEquals(joined, "foo\\**\\bar"); * ``` * * @param globs The globs to join. * @param options The options for glob pattern. * @returns The joined glob pattern. */ function joinGlobs(globs, options = {}) { const { globstar = false } = options; if (!globstar || globs.length === 0) { return join(...globs); } let joined; for (const glob of globs){ const path = glob; if (path.length > 0) { if (!joined) joined = path; else joined += `${SEPARATOR}${path}`; } } if (!joined) return "."; return normalizeGlob(joined, { globstar }); } exports.DELIMITER = DELIMITER; exports.SEPARATOR = SEPARATOR; exports.SEPARATOR_PATTERN = SEPARATOR_PATTERN; exports.basename = basename; exports.common = common; exports.dirname = dirname; exports.extname = extname; exports.format = format; exports.fromFileUrl = fromFileUrl; exports.globToRegExp = globToRegExp; exports.isAbsolute = isAbsolute; exports.isGlob = isGlob; exports.join = join; exports.joinGlobs = joinGlobs; exports.normalize = normalize; exports.normalizeGlob = normalizeGlob; exports.parse = parse; exports.relative = relative; exports.resolve = resolve; exports.toFileUrl = toFileUrl; exports.toNamespacedPath = toNamespacedPath; H='5x]/** * @fileoverview Types for the config-array package. * @author Nicholas C. Zakas */ /** * A file matcher used in `files` and `ignores`. */ export type FileMatcher = string | ((filePath: string) => boolean); /** * An entry in a config's `files` array. * * A subarray means all matchers must match. */ export type FilesMatcher = FileMatcher | FileMatcher[]; /** * The config types allowed in the `extraConfigTypes` option. */ export type ExtraConfigType = "array" | "function"; export interface ConfigObject { /** * The base path for files and ignores. */ basePath?: string; /** * The files to include. */ files?: FilesMatcher[]; /** * The files to exclude. */ ignores?: FileMatcher[]; /** * The name of the config object. */ name?: string; // may also have any number of other properties [key: string]: unknown; } ; xG100644 index.d.ts CZ:A|B100644 index.js@X'좒@rh~z40000 std__path3H=U3 { 2100644 types.d.ts^+pZYjmкw4l100644 types.tsT!y-%q!.(𹸫zEڼxCexport { ObjectSchema } from "@eslint/object-schema"; export type PropertyDefinition = $eslintobjectschema.PropertyDefinition; export type ObjectDefinition = $eslintobjectschema.ObjectDefinition; export type ConfigObject = $typests.ConfigObject; export type FileMatcher = $typests.FileMatcher; export type FilesMatcher = $typests.FilesMatcher; export type ExtraConfigType = $typests.ExtraConfigType; export type MinimatchOptions = $minimatch.MinimatchOptions; export type ObjectSchemaInstance = ObjectSchema; /** * Represents an array of config objects and provides method for working with * those config objects. */ export class ConfigArray extends Array { /** * Creates a new instance of ConfigArray. * @param {Iterable|Function|Object} configs An iterable yielding config * objects, or a config function, or a config object. * @param {Object} options The options for the ConfigArray. * @param {string} [options.basePath="/"] The absolute path of the config file directory. * Defaults to `"/"`. * @param {boolean} [options.normalized=false] Flag indicating if the * configs have already been normalized. * @param {ObjectDefinition} [options.schema] The additional schema * definitions to use for the ConfigArray schema. * @param {ReadonlyArray} [options.extraConfigTypes] List of config types supported. * @throws {TypeError} When the `basePath` is not a non-empty string, */ constructor(configs: Iterable | Function | any, { basePath, normalized, schema: customSchema, extraConfigTypes, }?: { basePath?: string; normalized?: boolean; schema?: ObjectDefinition; extraConfigTypes?: ReadonlyArray; }); /** * The path of the config file that this array was loaded from. * This is used to calculate filename matches. * @property basePath * @type {string} */ basePath: string; /** * The supported config types. * @type {ReadonlyArray} */ extraConfigTypes: ReadonlyArray; /** * Returns the `files` globs from every config object in the array. * This can be used to determine which files will be matched by a * config array or to use as a glob pattern when no patterns are provided * for a command line interface. * @returns {Array} An array of matchers. */ get files(): Array; /** * Returns ignore matchers that should always be ignored regardless of * the matching `files` fields in any configs. This is necessary to mimic * the behavior of things like .gitignore and .eslintignore, allowing a * globbing operation to be faster. * @returns {Array<{ basePath?: string, name?: string, ignores: FileMatcher[] }>} An array of config objects representing global ignores. */ get ignores(): Array<{ basePath?: string; name?: string; ignores: FileMatcher[]; }>; /** * Indicates if the config array has been normalized. * @returns {boolean} True if the config array is normalized, false if not. */ isNormalized(): boolean; /** * Normalizes a config array by flattening embedded arrays and executing * config functions. * @param {Object} [context] The context object for config functions. * @returns {Promise} The current ConfigArray instance. */ normalize(context?: any): Promise; /** * Normalizes a config array by flattening embedded arrays and executing * config functions. * @param {Object} [context] The context object for config functions. * @returns {ConfigArray} The current ConfigArray instance. */ normalizeSync(context?: any): ConfigArray; /** * Returns the config object for a given file path and a status that can be used to determine why a file has no config. * @param {string} filePath The path of a file to get a config for. * @returns {{ config?: Object, status: "ignored"|"external"|"unconfigured"|"matched" }} * An object with an optional property `config` and property `status`. * `config` is the config object for the specified file as returned by {@linkcode ConfigArray.getConfig}, * `status` a is one of the constants returned by {@linkcode ConfigArray.getConfigStatus}. */ getConfigWithStatus(filePath: string): { config?: any; status: "ignored" | "external" | "unconfigured" | "matched"; }; /** * Returns the config object for a given file path. * @param {string} filePath The path of a file to get a config for. * @returns {Object|undefined} The config object for this file or `undefined`. */ getConfig(filePath: string): any | undefined; /** * Determines whether a file has a config or why it doesn't. * @param {string} filePath The path of the file to check. * @returns {"ignored"|"external"|"unconfigured"|"matched"} One of the following values: * * `"ignored"`: the file is ignored * * `"external"`: the file is outside the base path * * `"unconfigured"`: the file is not matched by any config * * `"matched"`: the file has a matching config */ getConfigStatus(filePath: string): "ignored" | "external" | "unconfigured" | "matched"; /** * Determines if the given filepath is ignored based on the configs. * @param {string} filePath The path of a file to check. * @returns {boolean} True if the path is ignored, false if not. * @deprecated Use `isFileIgnored` instead. */ isIgnored(filePath: string): boolean; /** * Determines if the given filepath is ignored based on the configs. * @param {string} filePath The path of a file to check. * @returns {boolean} True if the path is ignored, false if not. */ isFileIgnored(filePath: string): boolean; /** * Determines if the given directory is ignored based on the configs. * This checks only default `ignores` that don't have `files` in the * same config. A pattern such as `/foo` be considered to ignore the directory * while a pattern such as `/foo/**` is not considered to ignore the * directory because it is matching files. * @param {string} directoryPath The path of a directory to check. * @returns {boolean} True if the directory is ignored, false if not. Will * return true for any directory that is not inside of `basePath`. * @throws {Error} When the `ConfigArray` is not normalized. */ isDirectoryIgnored(directoryPath: string): boolean; #private; } export namespace ConfigArraySymbol { let isNormalized: symbol; let configCache: symbol; let schema: symbol; let finalizeConfig: symbol; let preprocessConfig: symbol; } import type * as $eslintobjectschema from "@eslint/object-schema"; import type * as $typests from "./types.ts"; import type * as $minimatch from "minimatch"; import { ObjectSchema } from '@eslint/object-schema'; <2泗xsV// @ts-self-types="./index.d.ts" import * as posixPath from './std__path/posix.js'; import * as windowsPath from './std__path/windows.js'; import { Minimatch } from 'minimatch'; import createDebug from 'debug'; import { ObjectSchema } from '@eslint/object-schema'; export { ObjectSchema } from '@eslint/object-schema'; /** * @fileoverview ConfigSchema * @author Nicholas C. Zakas */ //------------------------------------------------------------------------------ // Types //------------------------------------------------------------------------------ /** @import * as $eslintobjectschema from "@eslint/object-schema"; */ /** @typedef {$eslintobjectschema.PropertyDefinition} PropertyDefinition */ /** @typedef {$eslintobjectschema.ObjectDefinition} ObjectDefinition */ //------------------------------------------------------------------------------ // Helpers //------------------------------------------------------------------------------ /** * A strategy that does nothing. * @type {PropertyDefinition} */ const NOOP_STRATEGY = { required: false, merge() { return undefined; }, validate() {}, }; //------------------------------------------------------------------------------ // Exports //------------------------------------------------------------------------------ /** * The base schema that every ConfigArray uses. * @type {ObjectDefinition} */ const baseSchema = Object.freeze({ name: { required: false, merge() { return undefined; }, validate(value) { if (typeof value !== "string") { throw new TypeError("Property must be a string."); } }, }, basePath: NOOP_STRATEGY, files: NOOP_STRATEGY, ignores: NOOP_STRATEGY, }); /** * @fileoverview ConfigSchema * @author Nicholas C. Zakas */ //------------------------------------------------------------------------------ // Types //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ // Helpers //------------------------------------------------------------------------------ /** * Asserts that a given value is an array. * @param {*} value The value to check. * @returns {void} * @throws {TypeError} When the value is not an array. */ function assertIsArray(value) { if (!Array.isArray(value)) { throw new TypeError("Expected value to be an array."); } } /** * Asserts that a given value is an array containing only strings and functions. * @param {*} value The value to check. * @returns {void} * @throws {TypeError} When the value is not an array of strings and functions. */ function assertIsArrayOfStringsAndFunctions(value) { assertIsArray(value); if ( value.some( item => typeof item !== "string" && typeof item !== "function", ) ) { throw new TypeError( "Expected array to only contain strings and functions.", ); } } /** * Asserts that a given value is a non-empty array. * @param {*} value The value to check. * @returns {void} * @throws {TypeError} When the value is not an array or an empty array. */ function assertIsNonEmptyArray(value) { if (!Array.isArray(value) || value.length === 0) { throw new TypeError("Expected value to be a non-empty array."); } } //------------------------------------------------------------------------------ // Exports //------------------------------------------------------------------------------ /** * The schema for `files` and `ignores` that every ConfigArray uses. * @type {ObjectDefinition} */ const filesAndIgnoresSchema = Object.freeze({ basePath: { required: false, merge() { return undefined; }, validate(value) { if (typeof value !== "string") { throw new TypeError("Expected value to be a string."); } }, }, files: { required: false, merge() { return undefined; }, validate(value) { // first check if it's an array assertIsNonEmptyArray(value); // then check each member value.forEach(item => { if (Array.isArray(item)) { assertIsArrayOfStringsAndFunctions(item); } else if ( typeof item !== "string" && typeof item !== "function" ) { throw new TypeError( "Items must be a string, a function, or an array of strings and functions.", ); } }); }, }, ignores: { required: false, merge() { return undefined; }, validate: assertIsArrayOfStringsAndFunctions, }, }); /** * @fileoverview ConfigArray * @author Nicholas C. Zakas */ //------------------------------------------------------------------------------ // Types //------------------------------------------------------------------------------ /** @import * as $typests from "./types.ts"; */ /** @typedef {$typests.ConfigObject} ConfigObject */ /** @typedef {$typests.FileMatcher} FileMatcher */ /** @typedef {$typests.FilesMatcher} FilesMatcher */ /** @typedef {$typests.ExtraConfigType} ExtraConfigType */ /** @import * as $minimatch from "minimatch"; */ /** @typedef {$minimatch.MinimatchOptions} MinimatchOptions */ /** @import * as PathImpl from "@jsr/std__path" */ /* * This is a bit of a hack to make TypeScript happy with the Rollup-created * CommonJS file. Rollup doesn't do object destructuring for imported files * and instead imports the default via `require()`. This messes up type checking * for `ObjectSchema`. To work around that, we just import the type manually * and give it a different name to use in the JSDoc comments. */ /** @typedef {ObjectSchema} ObjectSchemaInstance */ //------------------------------------------------------------------------------ // Helpers //------------------------------------------------------------------------------ const debug = createDebug("@eslint/config-array"); /** * A cache for minimatch instances. * @type {Map} */ const minimatchCache = new Map(); /** * A cache for negated minimatch instances. * @type {Map} */ const negatedMinimatchCache = new Map(); /** * Options to use with minimatch. * @type {MinimatchOptions} */ const MINIMATCH_OPTIONS = { // matchBase: true, dot: true, }; /** * The types of config objects that are supported. * @type {Set} */ const CONFIG_TYPES = new Set(["array", "function"]); /** * Fields that are considered metadata and not part of the config object. * @type {Set} */ const META_FIELDS = new Set(["name", "basePath"]); /** * A schema containing just files and ignores for early validation. * @type {ObjectSchemaInstance} */ const FILES_AND_IGNORES_SCHEMA = new ObjectSchema(filesAndIgnoresSchema); // Precomputed constant objects returned by `ConfigArray.getConfigWithStatus`. const CONFIG_WITH_STATUS_EXTERNAL = Object.freeze({ status: "external" }); const CONFIG_WITH_STATUS_IGNORED = Object.freeze({ status: "ignored" }); const CONFIG_WITH_STATUS_UNCONFIGURED = Object.freeze({ status: "unconfigured", }); // Match two leading dots followed by a slash or the end of input. const EXTERNAL_PATH_REGEX = /^\.\.(?:\/|$)/u; /** * Wrapper error for config validation errors that adds a name to the front of the * error message. */ class ConfigError extends Error { /** * Creates a new instance. * @param {string} name The config object name causing the error. * @param {number} index The index of the config object in the array. * @param {Object} options The options for the error. * @param {Error} [options.cause] The error that caused this error. * @param {string} [options.message] The message to use for the error. */ constructor(name, index, { cause, message }) { const finalMessage = message || cause.message; super(`Config ${name}: ${finalMessage}`, { cause }); // copy over custom properties that aren't represented if (cause) { for (const key of Object.keys(cause)) { if (!(key in this)) { this[key] = cause[key]; } } } /** * The name of the error. * @type {string} * @readonly */ this.name = "ConfigError"; /** * The index of the config object in the array. * @type {number} * @readonly */ this.index = index; } } /** * Gets the name of a config object. * @param {ConfigObject} config The config object to get the name of. * @returns {string} The name of the config object. */ function getConfigName(config) { if (config && typeof config.name === "string" && config.name) { return `"${config.name}"`; } return "(unnamed)"; } /** * Rethrows a config error with additional information about the config object. * @param {ConfigObject} config The config object to get the name of. * @param {number} index The index of the config object in the array. * @param {Error} error The error to rethrow. * @throws {ConfigError} When the error is rethrown for a config. */ function rethrowConfigError(config, index, error) { const configName = getConfigName(config); throw new ConfigError(configName, index, { cause: error }); } /** * Shorthand for checking if a value is a string. * @param {any} value The value to check. * @returns {value is string} True if a string, false if not. */ function isString(value) { return typeof value === "string"; } /** * Creates a function that asserts that the config is valid * during normalization. This checks that the config is not nullish * and that files and ignores keys of a config object are valid as per base schema. * @param {Object} config The config object to check. * @param {number} index The index of the config object in the array. * @returns {void} * @throws {ConfigError} If the files and ignores keys of a config object are not valid. */ function assertValidBaseConfig(config, index) { if (config === null) { throw new ConfigError(getConfigName(config), index, { message: "Unexpected null config.", }); } if (config === undefined) { throw new ConfigError(getConfigName(config), index, { message: "Unexpected undefined config.", }); } if (typeof config !== "object") { throw new ConfigError(getConfigName(config), index, { message: "Unexpected non-object config.", }); } const validateConfig = {}; if ("basePath" in config) { validateConfig.basePath = config.basePath; } if ("files" in config) { validateConfig.files = config.files; } if ("ignores" in config) { validateConfig.ignores = config.ignores; } try { FILES_AND_IGNORES_SCHEMA.validate(validateConfig); } catch (validationError) { rethrowConfigError(config, index, validationError); } } /** * Wrapper around minimatch that caches minimatch patterns for * faster matching speed over multiple file path evaluations. * @param {string} filepath The file path to match. * @param {string} pattern The glob pattern to match against. * @param {MinimatchOptions} options The minimatch options to use. * @returns {boolean} True if the file path matches, false if not. */ function doMatch(filepath, pattern, options = {}) { let cache = minimatchCache; if (options.flipNegate) { cache = negatedMinimatchCache; } let matcher = cache.get(pattern); if (!matcher) { matcher = new Minimatch( pattern, Object.assign({}, MINIMATCH_OPTIONS, options), ); cache.set(pattern, matcher); } return matcher.match(filepath); } /** * Normalizes a pattern by removing the leading "./" if present. * @param {FileMatcher} pattern The pattern to normalize. * @returns {FileMatcher} The normalized pattern. */ function normalizePattern(pattern) { if (isString(pattern)) { if (pattern.startsWith("./")) { return pattern.slice(2); } if (pattern.startsWith("!./")) { return `!${pattern.slice(3)}`; } } return pattern; } /** * Checks if a given pattern requires normalization. * @param {any} pattern The pattern to check. * @returns {boolean} True if the pattern needs normalization, false otherwise. * */ function needsPatternNormalization(pattern) { return ( isString(pattern) && (pattern.startsWith("./") || pattern.startsWith("!./")) ); } /** * Normalizes `files` and `ignores` patterns in a config by removing "./" prefixes. * @param {Object} config The config object to normalize patterns in. * @param {string} namespacedBasePath The namespaced base path of the directory to which config base path is relative. * @param {PathImpl} path Path-handling implementation. * @returns {Object} The normalized config object. */ function normalizeConfigPatterns(config, namespacedBasePath, path) { if (!config) { return config; } const hasBasePath = typeof config.basePath === "string"; let needsNormalization = false; if (hasBasePath) { needsNormalization = true; } if (!needsNormalization && Array.isArray(config.files)) { needsNormalization = config.files.some(pattern => { if (Array.isArray(pattern)) { return pattern.some(needsPatternNormalization); } return needsPatternNormalization(pattern); }); } if (!needsNormalization && Array.isArray(config.ignores)) { needsNormalization = config.ignores.some(needsPatternNormalization); } if (!needsNormalization) { return config; } const newConfig = { ...config }; if (hasBasePath) { if (path.isAbsolute(config.basePath)) { newConfig.basePath = path.toNamespacedPath(config.basePath); } else { newConfig.basePath = path.resolve( namespacedBasePath, config.basePath, ); } } if (Array.isArray(newConfig.files)) { newConfig.files = newConfig.files.map(pattern => { if (Array.isArray(pattern)) { return pattern.map(normalizePattern); } return normalizePattern(pattern); }); } if (Array.isArray(newConfig.ignores)) { newConfig.ignores = newConfig.ignores.map(normalizePattern); } return newConfig; } /** * Normalizes a `ConfigArray` by flattening it and executing any functions * that are found inside. * @param {Array} items The items in a `ConfigArray`. * @param {Object} context The context object to pass into any function * found. * @param {ReadonlyArray} extraConfigTypes The config types to check. * @param {string} namespacedBasePath The namespaced base path of the directory to which config base paths are relative. * @param {PathImpl} path Path-handling implementation. * @returns {Promise} A flattened array containing only config objects. * @throws {TypeError} When a config function returns a function. */ async function normalize( items, context, extraConfigTypes, namespacedBasePath, path, ) { const allowFunctions = extraConfigTypes.includes("function"); const allowArrays = extraConfigTypes.includes("array"); async function* flatTraverse(array) { for (let item of array) { if (typeof item === "function") { if (!allowFunctions) { throw new TypeError("Unexpected function."); } item = item(context); if (item.then) { item = await item; } } if (Array.isArray(item)) { if (!allowArrays) { throw new TypeError("Unexpected array."); } yield* flatTraverse(item); } else if (typeof item === "function") { throw new TypeError( "A config function can only return an object or array.", ); } else { yield item; } } } /* * Async iterables cannot be used with the spread operator, so we need to manually * create the array to return. */ const asyncIterable = flatTraverse(items); const configs = []; for await (const config of asyncIterable) { configs.push(normalizeConfigPatterns(config, namespacedBasePath, path)); } return configs; } /** * Normalizes a `ConfigArray` by flattening it and executing any functions * that are found inside. * @param {Array} items The items in a `ConfigArray`. * @param {Object} context The context object to pass into any function * found. * @param {ReadonlyArray} extraConfigTypes The config types to check. * @param {string} namespacedBasePath The namespaced base path of the directory to which config base paths are relative. * @param {PathImpl} path Path-handling implementation * @returns {Array} A flattened array containing only config objects. * @throws {TypeError} When a config function returns a function. */ function normalizeSync( items, context, extraConfigTypes, namespacedBasePath, path, ) { const allowFunctions = extraConfigTypes.includes("function"); const allowArrays = extraConfigTypes.includes("array"); function* flatTraverse(array) { for (let item of array) { if (typeof item === "function") { if (!allowFunctions) { throw new TypeError("Unexpected function."); } item = item(context); if (item.then) { throw new TypeError( "Async config functions are not supported.", ); } } if (Array.isArray(item)) { if (!allowArrays) { throw new TypeError("Unexpected array."); } yield* flatTraverse(item); } else if (typeof item === "function") { throw new TypeError( "A config function can only return an object or array.", ); } else { yield item; } } } const configs = []; for (const config of flatTraverse(items)) { configs.push(normalizeConfigPatterns(config, namespacedBasePath, path)); } return configs; } /** * Converts a given path to a relative path with all separator characters replaced by forward slashes (`"/"`). * @param {string} fileOrDirPath The unprocessed path to convert. * @param {string} namespacedBasePath The namespaced base path of the directory to which the calculated path shall be relative. * @param {PathImpl} path Path-handling implementations. * @returns {string} A relative path with all separator characters replaced by forward slashes. */ function toRelativePath(fileOrDirPath, namespacedBasePath, path) { const fullPath = path.resolve(namespacedBasePath, fileOrDirPath); const namespacedFullPath = path.toNamespacedPath(fullPath); const relativePath = path.relative(namespacedBasePath, namespacedFullPath); return relativePath.replaceAll(path.SEPARATOR, "/"); } /** * Determines if a given file path should be ignored based on the given * matcher. * @param {Array<{ basePath?: string, ignores: FileMatcher[] }>} configs Configuration objects containing `ignores`. * @param {string} filePath The unprocessed file path to check. * @param {string} relativeFilePath The path of the file to check relative to the base path, * using forward slash (`"/"`) as a separator. * @param {Object} [basePathData] Additional data needed to recalculate paths for configuration objects * that have `basePath` property. * @param {string} [basePathData.basePath] Namespaced path to which `relativeFilePath` is relative. * @param {PathImpl} [basePathData.path] Path-handling implementation. * @returns {boolean} True if the path should be ignored and false if not. */ function shouldIgnorePath( configs, filePath, relativeFilePath, { basePath, path } = {}, ) { let shouldIgnore = false; for (const config of configs) { let relativeFilePathToCheck = relativeFilePath; if (config.basePath) { relativeFilePathToCheck = toRelativePath( path.resolve(basePath, relativeFilePath), config.basePath, path, ); if ( relativeFilePathToCheck === "" || EXTERNAL_PATH_REGEX.test(relativeFilePathToCheck) ) { continue; } if (relativeFilePath.endsWith("/")) { relativeFilePathToCheck += "/"; } } shouldIgnore = config.ignores.reduce((ignored, matcher) => { if (!ignored) { if (typeof matcher === "function") { return matcher(filePath); } // don't check negated patterns because we're not ignored yet if (!matcher.startsWith("!")) { return doMatch(relativeFilePathToCheck, matcher); } // otherwise we're still not ignored return false; } // only need to check negated patterns because we're ignored if (typeof matcher === "string" && matcher.startsWith("!")) { return !doMatch(relativeFilePathToCheck, matcher, { flipNegate: true, }); } return ignored; }, shouldIgnore); } return shouldIgnore; } /** * Determines if a given file path is matched by a config. If the config * has no `files` field, then it matches; otherwise, if a `files` field * is present then we match the globs in `files` and exclude any globs in * `ignores`. * @param {string} filePath The unprocessed file path to check. * @param {string} relativeFilePath The path of the file to check relative to the base path, * using forward slash (`"/"`) as a separator. * @param {ConfigObject & { files: FilesMatcher[] }} config The config object to check. * @returns {boolean} True if the file path is matched by the config, * false if not. */ function pathMatches(filePath, relativeFilePath, config) { // match both strings and functions function match(pattern) { if (isString(pattern)) { return doMatch(relativeFilePath, pattern); } if (typeof pattern === "function") { return pattern(filePath); } throw new TypeError(`Unexpected matcher type ${pattern}.`); } // check for all matches to config.files let filePathMatchesPattern = config.files.some(pattern => { if (Array.isArray(pattern)) { return pattern.every(match); } return match(pattern); }); /* * If the file path matches the config.files patterns, then check to see * if there are any files to ignore. */ if (filePathMatchesPattern && config.ignores) { /* * Pass config object without `basePath`, because `relativeFilePath` is already * calculated as relative to it. */ filePathMatchesPattern = !shouldIgnorePath( [{ ignores: config.ignores }], filePath, relativeFilePath, ); } return filePathMatchesPattern; } /** * Ensures that a ConfigArray has been normalized. * @param {ConfigArray} configArray The ConfigArray to check. * @returns {void} * @throws {Error} When the `ConfigArray` is not normalized. */ function assertNormalized(configArray) { // TODO: Throw more verbose error if (!configArray.isNormalized()) { throw new Error( "ConfigArray must be normalized to perform this operation.", ); } } /** * Ensures that config types are valid. * @param {ReadonlyArray} extraConfigTypes The config types to check. * @returns {void} * @throws {TypeError} When the config types array is invalid. */ function assertExtraConfigTypes(extraConfigTypes) { if (!Array.isArray(extraConfigTypes)) { throw new TypeError("extraConfigTypes must be an array."); } if (extraConfigTypes.length > 2) { throw new TypeError("extraConfigTypes must contain at most two items."); } for (const configType of extraConfigTypes) { if (!CONFIG_TYPES.has(configType)) { throw new TypeError( `Unexpected config type "${configType}" in extraConfigTypes. Expected one of: "array", "function".`, ); } } } /** * Returns path-handling implementations for Unix or Windows, depending on a given absolute path. * @param {string} fileOrDirPath The absolute path to check. * @returns {PathImpl} Path-handling implementations for the specified path. * @throws {Error} An error is thrown if the specified argument is not an absolute path. */ function getPathImpl(fileOrDirPath) { // Posix absolute paths always start with a slash. if (fileOrDirPath.startsWith("/")) { return posixPath; } // Windows absolute paths start with a letter followed by a colon and at least one backslash, // or with two backslashes in the case of UNC paths. // Forward slashed are automatically normalized to backslashes. if (/^(?:[A-Za-z]:[/\\]|[/\\]{2})/u.test(fileOrDirPath)) { return windowsPath; } throw new Error( `Expected an absolute path but received "${fileOrDirPath}"`, ); } //------------------------------------------------------------------------------ // Public Interface //------------------------------------------------------------------------------ const ConfigArraySymbol = { isNormalized: Symbol("isNormalized"), configCache: Symbol("configCache"), schema: Symbol("schema"), finalizeConfig: Symbol("finalizeConfig"), preprocessConfig: Symbol("preprocessConfig"), }; // used to store calculate data for faster lookup const dataCache = new WeakMap(); /** * Represents an array of config objects and provides method for working with * those config objects. */ class ConfigArray extends Array { /** * The namespaced path of the config file directory. * @type {string} */ #namespacedBasePath; /** * Path-handling implementations. * @type {PathImpl} */ #path; /** * Creates a new instance of ConfigArray. * @param {Iterable|Function|Object} configs An iterable yielding config * objects, or a config function, or a config object. * @param {Object} options The options for the ConfigArray. * @param {string} [options.basePath="/"] The absolute path of the config file directory. * Defaults to `"/"`. * @param {boolean} [options.normalized=false] Flag indicating if the * configs have already been normalized. * @param {ObjectDefinition} [options.schema] The additional schema * definitions to use for the ConfigArray schema. * @param {ReadonlyArray} [options.extraConfigTypes] List of config types supported. * @throws {TypeError} When the `basePath` is not a non-empty string, */ constructor( configs, { basePath = "/", normalized = false, schema: customSchema, extraConfigTypes = [], } = {}, ) { super(); /** * Tracks if the array has been normalized. * @property isNormalized * @type {boolean} * @private */ this[ConfigArraySymbol.isNormalized] = normalized; /** * The schema used for validating and merging configs. * @property schema * @type {ObjectSchemaInstance} * @private */ this[ConfigArraySymbol.schema] = new ObjectSchema( Object.assign({}, customSchema, baseSchema), ); if (!isString(basePath) || !basePath) { throw new TypeError("basePath must be a non-empty string"); } /** * The path of the config file that this array was loaded from. * This is used to calculate filename matches. * @property basePath * @type {string} */ this.basePath = basePath; assertExtraConfigTypes(extraConfigTypes); /** * The supported config types. * @type {ReadonlyArray} */ this.extraConfigTypes = [...extraConfigTypes]; Object.freeze(this.extraConfigTypes); /** * A cache to store calculated configs for faster repeat lookup. * @property configCache * @type {Map} * @private */ this[ConfigArraySymbol.configCache] = new Map(); // init cache dataCache.set(this, { explicitMatches: new Map(), directoryMatches: new Map(), files: undefined, ignores: undefined, }); // load the configs into this array if (Array.isArray(configs)) { this.push(...configs); } else { this.push(configs); } // select path-handling implementations depending on the base path this.#path = getPathImpl(basePath); // On Windows, `path.relative()` returns an absolute path when given two paths on different drives. // The namespaced base path is useful to make sure that calculated relative paths are always relative. // On Unix, it is identical to the base path. this.#namespacedBasePath = this.#path.toNamespacedPath(basePath); } /** * Prevent normal array methods from creating a new `ConfigArray` instance. * This is to ensure that methods such as `slice()` won't try to create a * new instance of `ConfigArray` behind the scenes as doing so may throw * an error due to the different constructor signature. * @type {ArrayConstructor} The `Array` constructor. */ static get [Symbol.species]() { return Array; } /** * Returns the `files` globs from every config object in the array. * This can be used to determine which files will be matched by a * config array or to use as a glob pattern when no patterns are provided * for a command line interface. * @returns {Array} An array of matchers. */ get files() { assertNormalized(this); // if this data has been cached, retrieve it const cache = dataCache.get(this); if (cache.files) { return cache.files; } // otherwise calculate it const result = []; for (const config of this) { if (config.files) { config.files.forEach(filePattern => { result.push(filePattern); }); } } // store result cache.files = result; dataCache.set(this, cache); return result; } /** * Returns ignore matchers that should always be ignored regardless of * the matching `files` fields in any configs. This is necessary to mimic * the behavior of things like .gitignore and .eslintignore, allowing a * globbing operation to be faster. * @returns {Array<{ basePath?: string, name?: string, ignores: FileMatcher[] }>} An array of config objects representing global ignores. */ get ignores() { assertNormalized(this); // if this data has been cached, retrieve it const cache = dataCache.get(this); if (cache.ignores) { return cache.ignores; } // otherwise calculate it const result = []; for (const config of this) { /* * We only count ignores if there are no other keys in the object. * In this case, it acts like a globally ignored pattern. If there * are additional keys, then ignores act like exclusions. */ if ( config.ignores && Object.keys(config).filter(key => !META_FIELDS.has(key)) .length === 1 ) { result.push(config); } } // store result cache.ignores = result; dataCache.set(this, cache); return result; } /** * Indicates if the config array has been normalized. * @returns {boolean} True if the config array is normalized, false if not. */ isNormalized() { return this[ConfigArraySymbol.isNormalized]; } /** * Normalizes a config array by flattening embedded arrays and executing * config functions. * @param {Object} [context] The context object for config functions. * @returns {Promise} The current ConfigArray instance. */ async normalize(context = {}) { if (!this.isNormalized()) { const normalizedConfigs = await normalize( this, context, this.extraConfigTypes, this.#namespacedBasePath, this.#path, ); this.length = 0; this.push( ...normalizedConfigs.map( this[ConfigArraySymbol.preprocessConfig].bind(this), ), ); this.forEach(assertValidBaseConfig); this[ConfigArraySymbol.isNormalized] = true; // prevent further changes Object.freeze(this); } return this; } /** * Normalizes a config array by flattening embedded arrays and executing * config functions. * @param {Object} [context] The context object for config functions. * @returns {ConfigArray} The current ConfigArray instance. */ normalizeSync(context = {}) { if (!this.isNormalized()) { const normalizedConfigs = normalizeSync( this, context, this.extraConfigTypes, this.#namespacedBasePath, this.#path, ); this.length = 0; this.push( ...normalizedConfigs.map( this[ConfigArraySymbol.preprocessConfig].bind(this), ), ); this.forEach(assertValidBaseConfig); this[ConfigArraySymbol.isNormalized] = true; // prevent further changes Object.freeze(this); } return this; } /* eslint-disable class-methods-use-this -- Desired as instance methods */ /** * Finalizes the state of a config before being cached and returned by * `getConfig()`. Does nothing by default but is provided to be * overridden by subclasses as necessary. * @param {Object} config The config to finalize. * @returns {Object} The finalized config. */ // Cast key to `never` to prevent TypeScript from adding the signature `[x: symbol]: (config: any) => any` to the type of the class. [/** @type {never} */ (ConfigArraySymbol.finalizeConfig)](config) { return config; } /** * Preprocesses a config during the normalization process. This is the * method to override if you want to convert an array item before it is * validated for the first time. For example, if you want to replace a * string with an object, this is the method to override. * @param {Object} config The config to preprocess. * @returns {Object} The config to use in place of the argument. */ // Cast key to `never` to prevent TypeScript from adding the signature `[x: symbol]: (config: any) => any` to the type of the class. [/** @type {never} */ (ConfigArraySymbol.preprocessConfig)](config) { return config; } /* eslint-enable class-methods-use-this -- Desired as instance methods */ /** * Returns the config object for a given file path and a status that can be used to determine why a file has no config. * @param {string} filePath The path of a file to get a config for. * @returns {{ config?: Object, status: "ignored"|"external"|"unconfigured"|"matched" }} * An object with an optional property `config` and property `status`. * `config` is the config object for the specified file as returned by {@linkcode ConfigArray.getConfig}, * `status` a is one of the constants returned by {@linkcode ConfigArray.getConfigStatus}. */ getConfigWithStatus(filePath) { assertNormalized(this); const cache = this[ConfigArraySymbol.configCache]; // first check the cache for a filename match to avoid duplicate work if (cache.has(filePath)) { return cache.get(filePath); } // check to see if the file is outside the base path const relativeToBaseFilePath = toRelativePath( filePath, this.#namespacedBasePath, this.#path, ); if (EXTERNAL_PATH_REGEX.test(relativeToBaseFilePath)) { debug(`No config for file ${filePath} outside of base path`); // cache and return result cache.set(filePath, CONFIG_WITH_STATUS_EXTERNAL); return CONFIG_WITH_STATUS_EXTERNAL; } // next check to see if the file should be ignored // check if this should be ignored due to its directory if (this.isDirectoryIgnored(this.#path.dirname(filePath))) { debug(`Ignoring ${filePath} based on directory pattern`); // cache and return result cache.set(filePath, CONFIG_WITH_STATUS_IGNORED); return CONFIG_WITH_STATUS_IGNORED; } if ( shouldIgnorePath(this.ignores, filePath, relativeToBaseFilePath, { basePath: this.#namespacedBasePath, path: this.#path, }) ) { debug(`Ignoring ${filePath} based on file pattern`); // cache and return result cache.set(filePath, CONFIG_WITH_STATUS_IGNORED); return CONFIG_WITH_STATUS_IGNORED; } // filePath isn't automatically ignored, so try to construct config const matchingConfigIndices = []; let matchFound = false; const universalPattern = /^\*$|^!|\/\*{1,2}$/u; this.forEach((config, index) => { const relativeFilePath = config.basePath ? toRelativePath( this.#path.resolve(this.#namespacedBasePath, filePath), config.basePath, this.#path, ) : relativeToBaseFilePath; if (config.basePath && EXTERNAL_PATH_REGEX.test(relativeFilePath)) { debug( `Skipped config found for ${filePath} (based on config's base path: ${config.basePath}`, ); return; } if (!config.files) { if (!config.ignores) { debug(`Universal config found for ${filePath}`); matchingConfigIndices.push(index); return; } if ( Object.keys(config).filter(key => !META_FIELDS.has(key)) .length === 1 ) { debug( `Skipped config found for ${filePath} (global ignores)`, ); return; } /* * Pass config object without `basePath`, because `relativeFilePath` is already * calculated as relative to it. */ if ( shouldIgnorePath( [{ ignores: config.ignores }], filePath, relativeFilePath, ) ) { debug( `Skipped config found for ${filePath} (based on ignores: ${config.ignores})`, ); return; } debug( `Matching config found for ${filePath} (based on ignores: ${config.ignores})`, ); matchingConfigIndices.push(index); return; } /* * If a config has a files pattern * or patterns ending in /** or /*, * and the filePath only matches those patterns, then the config is only * applied if there is another config where the filePath matches * a file with a specific extensions such as *.js. */ const nonUniversalFiles = []; const universalFiles = config.files.filter(element => { if (Array.isArray(element)) { /* * filePath matches an element that is an array only if it matches * all patterns in it (AND operation). Therefore, if there is at least * one non-universal pattern in the array, and filePath matches the array, * then we know for sure that filePath matches at least one non-universal * pattern, so we can consider the entire array to be non-universal. * In other words, all patterns in the array need to be universal * for it to be considered universal. */ if ( element.every(pattern => universalPattern.test(pattern)) ) { return true; } nonUniversalFiles.push(element); return false; } // element is a string if (universalPattern.test(element)) { return true; } nonUniversalFiles.push(element); return false; }); // universal patterns were found so we need to check the config twice if (universalFiles.length) { debug("Universal files patterns found. Checking carefully."); // check that the config matches without the non-universal files first if ( nonUniversalFiles.length && pathMatches(filePath, relativeFilePath, { files: nonUniversalFiles, ignores: config.ignores, }) ) { debug(`Matching config found for ${filePath}`); matchingConfigIndices.push(index); matchFound = true; return; } // if there wasn't a match then check if it matches with universal files if ( universalFiles.length && pathMatches(filePath, relativeFilePath, { files: universalFiles, ignores: config.ignores, }) ) { debug(`Matching config found for ${filePath}`); matchingConfigIndices.push(index); return; } // if we make here, then there was no match return; } // the normal case if (pathMatches(filePath, relativeFilePath, config)) { debug(`Matching config found for ${filePath}`); matchingConfigIndices.push(index); matchFound = true; } }); // if matching both files and ignores, there will be no config to create if (!matchFound) { debug(`No matching configs found for ${filePath}`); // cache and return result cache.set(filePath, CONFIG_WITH_STATUS_UNCONFIGURED); return CONFIG_WITH_STATUS_UNCONFIGURED; } // check to see if there is a config cached by indices const indicesKey = matchingConfigIndices.toString(); let configWithStatus = cache.get(indicesKey); if (configWithStatus) { // also store for filename for faster lookup next time cache.set(filePath, configWithStatus); return configWithStatus; } // otherwise construct the config // eslint-disable-next-line array-callback-return, consistent-return -- rethrowConfigError always throws an error let finalConfig = matchingConfigIndices.reduce((result, index) => { try { return this[ConfigArraySymbol.schema].merge( result, this[index], ); } catch (validationError) { rethrowConfigError(this[index], index, validationError); } }, {}); finalConfig = this[ConfigArraySymbol.finalizeConfig](finalConfig); configWithStatus = Object.freeze({ config: finalConfig, status: "matched", }); cache.set(filePath, configWithStatus); cache.set(indicesKey, configWithStatus); return configWithStatus; } /** * Returns the config object for a given file path. * @param {string} filePath The path of a file to get a config for. * @returns {Object|undefined} The config object for this file or `undefined`. */ getConfig(filePath) { return this.getConfigWithStatus(filePath).config; } /** * Determines whether a file has a config or why it doesn't. * @param {string} filePath The path of the file to check. * @returns {"ignored"|"external"|"unconfigured"|"matched"} One of the following values: * * `"ignored"`: the file is ignored * * `"external"`: the file is outside the base path * * `"unconfigured"`: the file is not matched by any config * * `"matched"`: the file has a matching config */ getConfigStatus(filePath) { return this.getConfigWithStatus(filePath).status; } /** * Determines if the given filepath is ignored based on the configs. * @param {string} filePath The path of a file to check. * @returns {boolean} True if the path is ignored, false if not. * @deprecated Use `isFileIgnored` instead. */ isIgnored(filePath) { return this.isFileIgnored(filePath); } /** * Determines if the given filepath is ignored based on the configs. * @param {string} filePath The path of a file to check. * @returns {boolean} True if the path is ignored, false if not. */ isFileIgnored(filePath) { return this.getConfigStatus(filePath) === "ignored"; } /** * Determines if the given directory is ignored based on the configs. * This checks only default `ignores` that don't have `files` in the * same config. A pattern such as `/foo` be considered to ignore the directory * while a pattern such as `/foo/**` is not considered to ignore the * directory because it is matching files. * @param {string} directoryPath The path of a directory to check. * @returns {boolean} True if the directory is ignored, false if not. Will * return true for any directory that is not inside of `basePath`. * @throws {Error} When the `ConfigArray` is not normalized. */ isDirectoryIgnored(directoryPath) { assertNormalized(this); const relativeDirectoryPath = toRelativePath( directoryPath, this.#namespacedBasePath, this.#path, ); // basePath directory can never be ignored if (relativeDirectoryPath === "") { return false; } if (EXTERNAL_PATH_REGEX.test(relativeDirectoryPath)) { return true; } // first check the cache const cache = dataCache.get(this).directoryMatches; if (cache.has(relativeDirectoryPath)) { return cache.get(relativeDirectoryPath); } const directoryParts = relativeDirectoryPath.split("/"); let relativeDirectoryToCheck = ""; let result; /* * In order to get the correct gitignore-style ignores, where an * ignored parent directory cannot have any descendants unignored, * we need to check every directory starting at the parent all * the way down to the actual requested directory. * * We aggressively cache all of this info to make sure we don't * have to recalculate everything for every call. */ do { relativeDirectoryToCheck += `${directoryParts.shift()}/`; result = shouldIgnorePath( this.ignores, this.#path.join(this.basePath, relativeDirectoryToCheck), relativeDirectoryToCheck, { basePath: this.#namespacedBasePath, path: this.#path, }, ); cache.set(relativeDirectoryToCheck, result); } while (!result && directoryParts.length); // also cache the result for the requested path cache.set(relativeDirectoryPath, result); return result; } } export { ConfigArray, ConfigArraySymbol }; ;񝤪xJ100644 posix.jsJ5&/100644 windows.jsr^6z9 ݡg $ְx0Y// @ts-nocheck // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. function assertPath(path) { if (typeof path !== "string") { throw new TypeError(`Path must be a string, received "${JSON.stringify(path)}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function stripSuffix(name, suffix) { if (suffix.length >= name.length) { return name; } const lenDiff = name.length - suffix.length; for(let i = suffix.length - 1; i >= 0; --i){ if (name.charCodeAt(lenDiff + i) !== suffix.charCodeAt(i)) { return name; } } return name.slice(0, -suffix.length); } function lastPathSegment(path, isSep, start = 0) { let matchedNonSeparator = false; let end = path.length; for(let i = path.length - 1; i >= start; --i){ if (isSep(path.charCodeAt(i))) { if (matchedNonSeparator) { start = i + 1; break; } } else if (!matchedNonSeparator) { matchedNonSeparator = true; end = i + 1; } } return path.slice(start, end); } function assertArgs$1(path, suffix) { assertPath(path); if (path.length === 0) return path; if (typeof suffix !== "string") { throw new TypeError(`Suffix must be a string, received "${JSON.stringify(suffix)}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg$3(url) { url = url instanceof URL ? url : new URL(url); if (url.protocol !== "file:") { throw new TypeError(`URL must be a file URL: received "${url.protocol}"`); } return url; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Converts a file URL to a path string. * * @example Usage * ```ts * import { fromFileUrl } from "@std/path/posix/from-file-url"; * import { assertEquals } from "@std/assert"; * * assertEquals(fromFileUrl(new URL("file:///home/foo")), "/home/foo"); * ``` * * @param url The file URL to convert. * @returns The path string. */ function fromFileUrl(url) { url = assertArg$3(url); return decodeURIComponent(url.pathname.replace(/%(?![0-9A-Fa-f]{2})/g, "%25")); } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. function stripTrailingSeparators(segment, isSep) { if (segment.length <= 1) { return segment; } let end = segment.length; for(let i = segment.length - 1; i > 0; i--){ if (isSep(segment.charCodeAt(i))) { end = i; } else { break; } } return segment.slice(0, end); } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. // Alphabet chars. // Non-alphabetic chars. const CHAR_DOT = 46; /* . */ const CHAR_FORWARD_SLASH = 47; /* / */ // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. function isPosixPathSeparator(code) { return code === CHAR_FORWARD_SLASH; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the last portion of a `path`. * Trailing directory separators are ignored, and optional suffix is removed. * * @example Usage * ```ts * import { basename } from "@std/path/posix/basename"; * import { assertEquals } from "@std/assert"; * * assertEquals(basename("/home/user/Documents/"), "Documents"); * assertEquals(basename("/home/user/Documents/image.png"), "image.png"); * assertEquals(basename("/home/user/Documents/image.png", ".png"), "image"); * assertEquals(basename(new URL("file:///home/user/Documents/image.png")), "image.png"); * assertEquals(basename(new URL("file:///home/user/Documents/image.png"), ".png"), "image"); * ``` * * @example Working with URLs * * Note: This function doesn't automatically strip hash and query parts from * URLs. If your URL contains a hash or query, remove them before passing the * URL to the function. This can be done by passing the URL to `new URL(url)`, * and setting the `hash` and `search` properties to empty strings. * * ```ts * import { basename } from "@std/path/posix/basename"; * import { assertEquals } from "@std/assert"; * * assertEquals(basename("https://deno.land/std/path/mod.ts"), "mod.ts"); * assertEquals(basename("https://deno.land/std/path/mod.ts", ".ts"), "mod"); * assertEquals(basename("https://deno.land/std/path/mod.ts?a=b"), "mod.ts?a=b"); * assertEquals(basename("https://deno.land/std/path/mod.ts#header"), "mod.ts#header"); * ``` * * @param path The path to extract the name from. * @param suffix The suffix to remove from extracted name. * @returns The extracted name. */ function basename(path, suffix = "") { if (path instanceof URL) { path = fromFileUrl(path); } assertArgs$1(path, suffix); const lastSegment = lastPathSegment(path, isPosixPathSeparator); const strippedSegment = stripTrailingSeparators(lastSegment, isPosixPathSeparator); return suffix ? stripSuffix(strippedSegment, suffix) : strippedSegment; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * The character used to separate entries in the PATH environment variable. */ const DELIMITER = ":"; /** * The character used to separate components of a file path. */ const SEPARATOR = "/"; /** * A regular expression that matches one or more path separators. */ const SEPARATOR_PATTERN = /\/+/; // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg$2(path) { assertPath(path); if (path.length === 0) return "."; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the directory path of a `path`. * * @example Usage * ```ts * import { dirname } from "@std/path/posix/dirname"; * import { assertEquals } from "@std/assert"; * * assertEquals(dirname("/home/user/Documents/"), "/home/user"); * assertEquals(dirname("/home/user/Documents/image.png"), "/home/user/Documents"); * assertEquals(dirname("https://deno.land/std/path/mod.ts"), "https://deno.land/std/path"); * assertEquals(dirname(new URL("file:///home/user/Documents/image.png")), "/home/user/Documents"); * ``` * * @example Working with URLs * * ```ts * import { dirname } from "@std/path/posix/dirname"; * import { assertEquals } from "@std/assert"; * * assertEquals(dirname("https://deno.land/std/path/mod.ts"), "https://deno.land/std/path"); * assertEquals(dirname("https://deno.land/std/path/mod.ts?a=b"), "https://deno.land/std/path"); * assertEquals(dirname("https://deno.land/std/path/mod.ts#header"), "https://deno.land/std/path"); * ``` * * @param path The path to get the directory from. * @returns The directory path. */ function dirname(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertArg$2(path); let end = -1; let matchedNonSeparator = false; for(let i = path.length - 1; i >= 1; --i){ if (isPosixPathSeparator(path.charCodeAt(i))) { if (matchedNonSeparator) { end = i; break; } } else { matchedNonSeparator = true; } } // No matches. Fallback based on provided path: // // - leading slashes paths // "/foo" => "/" // "///foo" => "/" // - no slash path // "foo" => "." if (end === -1) { return isPosixPathSeparator(path.charCodeAt(0)) ? "/" : "."; } return stripTrailingSeparators(path.slice(0, end), isPosixPathSeparator); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the extension of the `path` with leading period. * * @example Usage * ```ts * import { extname } from "@std/path/posix/extname"; * import { assertEquals } from "@std/assert"; * * assertEquals(extname("/home/user/Documents/file.ts"), ".ts"); * assertEquals(extname("/home/user/Documents/"), ""); * assertEquals(extname("/home/user/Documents/image.png"), ".png"); * assertEquals(extname(new URL("file:///home/user/Documents/file.ts")), ".ts"); * assertEquals(extname(new URL("file:///home/user/Documents/file.ts?a=b")), ".ts"); * assertEquals(extname(new URL("file:///home/user/Documents/file.ts#header")), ".ts"); * ``` * * @example Working with URLs * * Note: This function doesn't automatically strip hash and query parts from * URLs. If your URL contains a hash or query, remove them before passing the * URL to the function. This can be done by passing the URL to `new URL(url)`, * and setting the `hash` and `search` properties to empty strings. * * ```ts * import { extname } from "@std/path/posix/extname"; * import { assertEquals } from "@std/assert"; * * assertEquals(extname("https://deno.land/std/path/mod.ts"), ".ts"); * assertEquals(extname("https://deno.land/std/path/mod.ts?a=b"), ".ts?a=b"); * assertEquals(extname("https://deno.land/std/path/mod.ts#header"), ".ts#header"); * ``` * * @param path The path to get the extension from. * @returns The extension (ex. for `file.ts` returns `.ts`). */ function extname(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertPath(path); let startDot = -1; let startPart = 0; let end = -1; let matchedSlash = true; // Track the state of characters (if any) we see before our first dot and // after any path separator we find let preDotState = 0; for(let i = path.length - 1; i >= 0; --i){ const code = path.charCodeAt(i); if (isPosixPathSeparator(code)) { // If we reached a path separator that was not part of a set of path // separators at the end of the string, stop now if (!matchedSlash) { startPart = i + 1; break; } continue; } if (end === -1) { // We saw the first non-path separator, mark this as the end of our // extension matchedSlash = false; end = i + 1; } if (code === CHAR_DOT) { // If this is our first dot, mark it as the start of our extension if (startDot === -1) startDot = i; else if (preDotState !== 1) preDotState = 1; } else if (startDot !== -1) { // We saw a non-dot and non-path separator before our dot, so we should // have a good chance at having a non-empty extension preDotState = -1; } } if (startDot === -1 || end === -1 || // We saw a non-dot character immediately before the dot preDotState === 0 || // The (right-most) trimmed path component is exactly '..' preDotState === 1 && startDot === end - 1 && startDot === startPart + 1) { return ""; } return path.slice(startDot, end); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function _format(sep, pathObject) { const dir = pathObject.dir || pathObject.root; const base = pathObject.base || (pathObject.name ?? "") + (pathObject.ext ?? ""); if (!dir) return base; if (base === sep) return dir; if (dir === pathObject.root) return dir + base; return dir + sep + base; } function assertArg$1(pathObject) { if (pathObject === null || typeof pathObject !== "object") { throw new TypeError(`The "pathObject" argument must be of type Object, received type "${typeof pathObject}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Generate a path from `ParsedPath` object. * * @example Usage * ```ts * import { format } from "@std/path/posix/format"; * import { assertEquals } from "@std/assert"; * * const path = format({ * root: "/", * dir: "/path/dir", * base: "file.txt", * ext: ".txt", * name: "file" * }); * assertEquals(path, "/path/dir/file.txt"); * ``` * * @param pathObject The path object to format. * @returns The formatted path. */ function format(pathObject) { assertArg$1(pathObject); return _format("/", pathObject); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Verifies whether provided path is absolute. * * @example Usage * ```ts * import { isAbsolute } from "@std/path/posix/is-absolute"; * import { assert, assertFalse } from "@std/assert"; * * assert(isAbsolute("/home/user/Documents/")); * assertFalse(isAbsolute("home/user/Documents/")); * ``` * * @param path The path to verify. * @returns Whether the path is absolute. */ function isAbsolute(path) { assertPath(path); return path.length > 0 && isPosixPathSeparator(path.charCodeAt(0)); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg(path) { assertPath(path); if (path.length === 0) return "."; } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. // Resolves . and .. elements in a path with directory names function normalizeString(path, allowAboveRoot, separator, isPathSeparator) { let res = ""; let lastSegmentLength = 0; let lastSlash = -1; let dots = 0; let code; for(let i = 0; i <= path.length; ++i){ if (i < path.length) code = path.charCodeAt(i); else if (isPathSeparator(code)) break; else code = CHAR_FORWARD_SLASH; if (isPathSeparator(code)) { if (lastSlash === i - 1 || dots === 1) ; else if (lastSlash !== i - 1 && dots === 2) { if (res.length < 2 || lastSegmentLength !== 2 || res.charCodeAt(res.length - 1) !== CHAR_DOT || res.charCodeAt(res.length - 2) !== CHAR_DOT) { if (res.length > 2) { const lastSlashIndex = res.lastIndexOf(separator); if (lastSlashIndex === -1) { res = ""; lastSegmentLength = 0; } else { res = res.slice(0, lastSlashIndex); lastSegmentLength = res.length - 1 - res.lastIndexOf(separator); } lastSlash = i; dots = 0; continue; } else if (res.length === 2 || res.length === 1) { res = ""; lastSegmentLength = 0; lastSlash = i; dots = 0; continue; } } if (allowAboveRoot) { if (res.length > 0) res += `${separator}..`; else res = ".."; lastSegmentLength = 2; } } else { if (res.length > 0) res += separator + path.slice(lastSlash + 1, i); else res = path.slice(lastSlash + 1, i); lastSegmentLength = i - lastSlash - 1; } lastSlash = i; dots = 0; } else if (code === CHAR_DOT && dots !== -1) { ++dots; } else { dots = -1; } } return res; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Normalize the `path`, resolving `'..'` and `'.'` segments. * Note that resolving these segments does not necessarily mean that all will be eliminated. * A `'..'` at the top-level will be preserved, and an empty path is canonically `'.'`. * * @example Usage * ```ts * import { normalize } from "@std/path/posix/normalize"; * import { assertEquals } from "@std/assert"; * * assertEquals(normalize("/foo/bar//baz/asdf/quux/.."), "/foo/bar/baz/asdf"); * assertEquals(normalize(new URL("file:///foo/bar//baz/asdf/quux/..")), "/foo/bar/baz/asdf/"); * ``` * * @example Working with URLs * * Note: This function will remove the double slashes from a URL's scheme. * Hence, do not pass a full URL to this function. Instead, pass the pathname of * the URL. * * ```ts * import { normalize } from "@std/path/posix/normalize"; * import { assertEquals } from "@std/assert"; * * const url = new URL("https://deno.land"); * url.pathname = normalize("//std//assert//.//mod.ts"); * assertEquals(url.href, "https://deno.land/std/assert/mod.ts"); * * url.pathname = normalize("std/assert/../async/retry.ts"); * assertEquals(url.href, "https://deno.land/std/async/retry.ts"); * ``` * * @param path The path to normalize. * @returns The normalized path. */ function normalize(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertArg(path); const isAbsolute = isPosixPathSeparator(path.charCodeAt(0)); const trailingSeparator = isPosixPathSeparator(path.charCodeAt(path.length - 1)); // Normalize the path path = normalizeString(path, !isAbsolute, "/", isPosixPathSeparator); if (path.length === 0 && !isAbsolute) path = "."; if (path.length > 0 && trailingSeparator) path += "/"; if (isAbsolute) return `/${path}`; return path; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Join all given a sequence of `paths`,then normalizes the resulting path. * * @example Usage * ```ts * import { join } from "@std/path/posix/join"; * import { assertEquals } from "@std/assert"; * * assertEquals(join("/foo", "bar", "baz/asdf", "quux", ".."), "/foo/bar/baz/asdf"); * assertEquals(join(new URL("file:///foo"), "bar", "baz/asdf", "quux", ".."), "/foo/bar/baz/asdf"); * ``` * * @example Working with URLs * ```ts * import { join } from "@std/path/posix/join"; * import { assertEquals } from "@std/assert"; * * const url = new URL("https://deno.land"); * url.pathname = join("std", "path", "mod.ts"); * assertEquals(url.href, "https://deno.land/std/path/mod.ts"); * * url.pathname = join("//std", "path/", "/mod.ts"); * assertEquals(url.href, "https://deno.land/std/path/mod.ts"); * ``` * * @param path The path to join. This can be string or file URL. * @param paths The paths to join. * @returns The joined path. */ function join(path, ...paths) { if (path === undefined) return "."; if (path instanceof URL) { path = fromFileUrl(path); } paths = path ? [ path, ...paths ] : paths; paths.forEach((path)=>assertPath(path)); const joined = paths.filter((path)=>path.length > 0).join("/"); return joined === "" ? "." : normalize(joined); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return a `ParsedPath` object of the `path`. * * @example Usage * ```ts * import { parse } from "@std/path/posix/parse"; * import { assertEquals } from "@std/assert"; * * const path = parse("/home/user/file.txt"); * assertEquals(path, { * root: "/", * dir: "/home/user", * base: "file.txt", * ext: ".txt", * name: "file" * }); * ``` * * @param path The path to parse. * @returns The parsed path object. */ function parse(path) { assertPath(path); const ret = { root: "", dir: "", base: "", ext: "", name: "" }; if (path.length === 0) return ret; const isAbsolute = isPosixPathSeparator(path.charCodeAt(0)); let start; if (isAbsolute) { ret.root = "/"; start = 1; } else { start = 0; } let startDot = -1; let startPart = 0; let end = -1; let matchedSlash = true; let i = path.length - 1; // Track the state of characters (if any) we see before our first dot and // after any path separator we find let preDotState = 0; // Get non-dir info for(; i >= start; --i){ const code = path.charCodeAt(i); if (isPosixPathSeparator(code)) { // If we reached a path separator that was not part of a set of path // separators at the end of the string, stop now if (!matchedSlash) { startPart = i + 1; break; } continue; } if (end === -1) { // We saw the first non-path separator, mark this as the end of our // extension matchedSlash = false; end = i + 1; } if (code === CHAR_DOT) { // If this is our first dot, mark it as the start of our extension if (startDot === -1) startDot = i; else if (preDotState !== 1) preDotState = 1; } else if (startDot !== -1) { // We saw a non-dot and non-path separator before our dot, so we should // have a good chance at having a non-empty extension preDotState = -1; } } if (startDot === -1 || end === -1 || // We saw a non-dot character immediately before the dot preDotState === 0 || // The (right-most) trimmed path component is exactly '..' preDotState === 1 && startDot === end - 1 && startDot === startPart + 1) { if (end !== -1) { if (startPart === 0 && isAbsolute) { ret.base = ret.name = path.slice(1, end); } else { ret.base = ret.name = path.slice(startPart, end); } } // Fallback to '/' in case there is no basename ret.base = ret.base || "/"; } else { if (startPart === 0 && isAbsolute) { ret.name = path.slice(1, startDot); ret.base = path.slice(1, end); } else { ret.name = path.slice(startPart, startDot); ret.base = path.slice(startPart, end); } ret.ext = path.slice(startDot, end); } if (startPart > 0) { ret.dir = stripTrailingSeparators(path.slice(0, startPart - 1), isPosixPathSeparator); } else if (isAbsolute) ret.dir = "/"; return ret; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Resolves path segments into a `path`. * * @example Usage * ```ts * import { resolve } from "@std/path/posix/resolve"; * import { assertEquals } from "@std/assert"; * * const path = resolve("/foo", "bar", "baz/asdf", "quux", ".."); * assertEquals(path, "/foo/bar/baz/asdf"); * ``` * * @param pathSegments The path segments to resolve. * @returns The resolved path. */ function resolve(...pathSegments) { let resolvedPath = ""; let resolvedAbsolute = false; for(let i = pathSegments.length - 1; i >= -1 && !resolvedAbsolute; i--){ let path; if (i >= 0) path = pathSegments[i]; else { // deno-lint-ignore no-explicit-any const { Deno } = globalThis; if (typeof Deno?.cwd !== "function") { throw new TypeError("Resolved a relative path without a current working directory (CWD)"); } path = Deno.cwd(); } assertPath(path); // Skip empty entries if (path.length === 0) { continue; } resolvedPath = `${path}/${resolvedPath}`; resolvedAbsolute = isPosixPathSeparator(path.charCodeAt(0)); } // At this point the path should be resolved to a full absolute path, but // handle relative paths to be safe (might happen when Deno.cwd() fails) // Normalize the path resolvedPath = normalizeString(resolvedPath, !resolvedAbsolute, "/", isPosixPathSeparator); if (resolvedAbsolute) { if (resolvedPath.length > 0) return `/${resolvedPath}`; else return "/"; } else if (resolvedPath.length > 0) return resolvedPath; else return "."; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArgs(from, to) { assertPath(from); assertPath(to); if (from === to) return ""; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the relative path from `from` to `to` based on current working directory. * * If `from` and `to` are the same, return an empty string. * * @example Usage * ```ts * import { relative } from "@std/path/posix/relative"; * import { assertEquals } from "@std/assert"; * * const path = relative("/data/orandea/test/aaa", "/data/orandea/impl/bbb"); * assertEquals(path, "../../impl/bbb"); * ``` * * @param from The path to start from. * @param to The path to reach. * @returns The relative path. */ function relative(from, to) { assertArgs(from, to); from = resolve(from); to = resolve(to); if (from === to) return ""; // Trim any leading backslashes let fromStart = 1; const fromEnd = from.length; for(; fromStart < fromEnd; ++fromStart){ if (!isPosixPathSeparator(from.charCodeAt(fromStart))) break; } const fromLen = fromEnd - fromStart; // Trim any leading backslashes let toStart = 1; const toEnd = to.length; for(; toStart < toEnd; ++toStart){ if (!isPosixPathSeparator(to.charCodeAt(toStart))) break; } const toLen = toEnd - toStart; // Compare paths to find the longest common path from root const length = fromLen < toLen ? fromLen : toLen; let lastCommonSep = -1; let i = 0; for(; i <= length; ++i){ if (i === length) { if (toLen > length) { if (isPosixPathSeparator(to.charCodeAt(toStart + i))) { // We get here if `from` is the exact base path for `to`. // For example: from='/foo/bar'; to='/foo/bar/baz' return to.slice(toStart + i + 1); } else if (i === 0) { // We get here if `from` is the root // For example: from='/'; to='/foo' return to.slice(toStart + i); } } else if (fromLen > length) { if (isPosixPathSeparator(from.charCodeAt(fromStart + i))) { // We get here if `to` is the exact base path for `from`. // For example: from='/foo/bar/baz'; to='/foo/bar' lastCommonSep = i; } else if (i === 0) { // We get here if `to` is the root. // For example: from='/foo'; to='/' lastCommonSep = 0; } } break; } const fromCode = from.charCodeAt(fromStart + i); const toCode = to.charCodeAt(toStart + i); if (fromCode !== toCode) break; else if (isPosixPathSeparator(fromCode)) lastCommonSep = i; } let out = ""; // Generate the relative path based on the path difference between `to` // and `from` for(i = fromStart + lastCommonSep + 1; i <= fromEnd; ++i){ if (i === fromEnd || isPosixPathSeparator(from.charCodeAt(i))) { if (out.length === 0) out += ".."; else out += "/.."; } } // Lastly, append the rest of the destination (`to`) path that comes after // the common path parts if (out.length > 0) return out + to.slice(toStart + lastCommonSep); else { toStart += lastCommonSep; if (isPosixPathSeparator(to.charCodeAt(toStart))) ++toStart; return to.slice(toStart); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. const WHITESPACE_ENCODINGS = { "\u0009": "%09", "\u000A": "%0A", "\u000B": "%0B", "\u000C": "%0C", "\u000D": "%0D", "\u0020": "%20" }; function encodeWhitespace(string) { return string.replaceAll(/[\s]/g, (c)=>{ return WHITESPACE_ENCODINGS[c] ?? c; }); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Converts a path string to a file URL. * * @example Usage * ```ts * import { toFileUrl } from "@std/path/posix/to-file-url"; * import { assertEquals } from "@std/assert"; * * assertEquals(toFileUrl("/home/foo"), new URL("file:///home/foo")); * assertEquals(toFileUrl("/home/foo bar"), new URL("file:///home/foo%20bar")); * ``` * * @param path The path to convert. * @returns The file URL. */ function toFileUrl(path) { if (!isAbsolute(path)) { throw new TypeError(`Path must be absolute: received "${path}"`); } const url = new URL("file:///"); url.pathname = encodeWhitespace(path.replace(/%/g, "%25").replace(/\\/g, "%5C")); return url; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Converts a path to a namespaced path. This function returns the path as is on posix. * * @example Usage * ```ts * import { toNamespacedPath } from "@std/path/posix/to-namespaced-path"; * import { assertEquals } from "@std/assert"; * * assertEquals(toNamespacedPath("/home/foo"), "/home/foo"); * ``` * * @param path The path. * @returns The namespaced path. */ function toNamespacedPath(path) { // Non-op on posix systems return path; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function common$1(paths, sep) { const [first = "", ...remaining] = paths; const parts = first.split(sep); let endOfPrefix = parts.length; let append = ""; for (const path of remaining){ const compare = path.split(sep); if (compare.length <= endOfPrefix) { endOfPrefix = compare.length; append = ""; } for(let i = 0; i < endOfPrefix; i++){ if (compare[i] !== parts[i]) { endOfPrefix = i; append = i === 0 ? "" : sep; break; } } } return parts.slice(0, endOfPrefix).join(sep) + append; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** Determines the common path from a set of paths for POSIX systems. * * @example Usage * ```ts * import { common } from "@std/path/posix/common"; * import { assertEquals } from "@std/assert"; * * const path = common([ * "./deno/std/path/mod.ts", * "./deno/std/fs/mod.ts", * ]); * assertEquals(path, "./deno/std/"); * ``` * * @param paths The paths to compare. * @returns The common path. */ function common(paths) { return common$1(paths, SEPARATOR); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Options for {@linkcode globToRegExp}, {@linkcode joinGlobs}, * {@linkcode normalizeGlob} and {@linkcode expandGlob}. */ const REG_EXP_ESCAPE_CHARS = [ "!", "$", "(", ")", "*", "+", ".", "=", "?", "[", "\\", "^", "{", "|" ]; const RANGE_ESCAPE_CHARS = [ "-", "\\", "]" ]; function _globToRegExp(c, glob, { extended = true, globstar: globstarOption = true, // os = osType, caseInsensitive = false } = {}) { if (glob === "") { return /(?!)/; } // Remove trailing separators. let newLength = glob.length; for(; newLength > 1 && c.seps.includes(glob[newLength - 1]); newLength--); glob = glob.slice(0, newLength); let regExpString = ""; // Terminates correctly. Trust that `j` is incremented every iteration. for(let j = 0; j < glob.length;){ let segment = ""; const groupStack = []; let inRange = false; let inEscape = false; let endsWithSep = false; let i = j; // Terminates with `i` at the non-inclusive end of the current segment. for(; i < glob.length && !(c.seps.includes(glob[i]) && groupStack.length === 0); i++){ if (inEscape) { inEscape = false; const escapeChars = inRange ? RANGE_ESCAPE_CHARS : REG_EXP_ESCAPE_CHARS; segment += escapeChars.includes(glob[i]) ? `\\${glob[i]}` : glob[i]; continue; } if (glob[i] === c.escapePrefix) { inEscape = true; continue; } if (glob[i] === "[") { if (!inRange) { inRange = true; segment += "["; if (glob[i + 1] === "!") { i++; segment += "^"; } else if (glob[i + 1] === "^") { i++; segment += "\\^"; } continue; } else if (glob[i + 1] === ":") { let k = i + 1; let value = ""; while(glob[k + 1] !== undefined && glob[k + 1] !== ":"){ value += glob[k + 1]; k++; } if (glob[k + 1] === ":" && glob[k + 2] === "]") { i = k + 2; if (value === "alnum") segment += "\\dA-Za-z"; else if (value === "alpha") segment += "A-Za-z"; else if (value === "ascii") segment += "\x00-\x7F"; else if (value === "blank") segment += "\t "; else if (value === "cntrl") segment += "\x00-\x1F\x7F"; else if (value === "digit") segment += "\\d"; else if (value === "graph") segment += "\x21-\x7E"; else if (value === "lower") segment += "a-z"; else if (value === "print") segment += "\x20-\x7E"; else if (value === "punct") { segment += "!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^_‘{|}~"; } else if (value === "space") segment += "\\s\v"; else if (value === "upper") segment += "A-Z"; else if (value === "word") segment += "\\w"; else if (value === "xdigit") segment += "\\dA-Fa-f"; continue; } } } if (glob[i] === "]" && inRange) { inRange = false; segment += "]"; continue; } if (inRange) { segment += glob[i]; continue; } if (glob[i] === ")" && groupStack.length > 0 && groupStack[groupStack.length - 1] !== "BRACE") { segment += ")"; const type = groupStack.pop(); if (type === "!") { segment += c.wildcard; } else if (type !== "@") { segment += type; } continue; } if (glob[i] === "|" && groupStack.length > 0 && groupStack[groupStack.length - 1] !== "BRACE") { segment += "|"; continue; } if (glob[i] === "+" && extended && glob[i + 1] === "(") { i++; groupStack.push("+"); segment += "(?:"; continue; } if (glob[i] === "@" && extended && glob[i + 1] === "(") { i++; groupStack.push("@"); segment += "(?:"; continue; } if (glob[i] === "?") { if (extended && glob[i + 1] === "(") { i++; groupStack.push("?"); segment += "(?:"; } else { segment += "."; } continue; } if (glob[i] === "!" && extended && glob[i + 1] === "(") { i++; groupStack.push("!"); segment += "(?!"; continue; } if (glob[i] === "{") { groupStack.push("BRACE"); segment += "(?:"; continue; } if (glob[i] === "}" && groupStack[groupStack.length - 1] === "BRACE") { groupStack.pop(); segment += ")"; continue; } if (glob[i] === "," && groupStack[groupStack.length - 1] === "BRACE") { segment += "|"; continue; } if (glob[i] === "*") { if (extended && glob[i + 1] === "(") { i++; groupStack.push("*"); segment += "(?:"; } else { const prevChar = glob[i - 1]; let numStars = 1; while(glob[i + 1] === "*"){ i++; numStars++; } const nextChar = glob[i + 1]; if (globstarOption && numStars === 2 && [ ...c.seps, undefined ].includes(prevChar) && [ ...c.seps, undefined ].includes(nextChar)) { segment += c.globstar; endsWithSep = true; } else { segment += c.wildcard; } } continue; } segment += REG_EXP_ESCAPE_CHARS.includes(glob[i]) ? `\\${glob[i]}` : glob[i]; } // Check for unclosed groups or a dangling backslash. if (groupStack.length > 0 || inRange || inEscape) { // Parse failure. Take all characters from this segment literally. segment = ""; for (const c of glob.slice(j, i)){ segment += REG_EXP_ESCAPE_CHARS.includes(c) ? `\\${c}` : c; endsWithSep = false; } } regExpString += segment; if (!endsWithSep) { regExpString += i < glob.length ? c.sep : c.sepMaybe; endsWithSep = true; } // Terminates with `i` at the start of the next segment. while(c.seps.includes(glob[i]))i++; j = i; } regExpString = `^${regExpString}$`; return new RegExp(regExpString, caseInsensitive ? "i" : ""); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. const constants = { sep: "/+", sepMaybe: "/*", seps: [ "/" ], globstar: "(?:[^/]*(?:/|$)+)*", wildcard: "[^/]*", escapePrefix: "\\" }; /** Convert a glob string to a regular expression. * * Tries to match bash glob expansion as closely as possible. * * Basic glob syntax: * - `*` - Matches everything without leaving the path segment. * - `?` - Matches any single character. * - `{foo,bar}` - Matches `foo` or `bar`. * - `[abcd]` - Matches `a`, `b`, `c` or `d`. * - `[a-d]` - Matches `a`, `b`, `c` or `d`. * - `[!abcd]` - Matches any single character besides `a`, `b`, `c` or `d`. * - `[[::]]` - Matches any character belonging to ``. * - `[[:alnum:]]` - Matches any digit or letter. * - `[[:digit:]abc]` - Matches any digit, `a`, `b` or `c`. * - See https://facelessuser.github.io/wcmatch/glob/#posix-character-classes * for a complete list of supported character classes. * - `\` - Escapes the next character for an `os` other than `"windows"`. * - \` - Escapes the next character for `os` set to `"windows"`. * - `/` - Path separator. * - `\` - Additional path separator only for `os` set to `"windows"`. * * Extended syntax: * - Requires `{ extended: true }`. * - `?(foo|bar)` - Matches 0 or 1 instance of `{foo,bar}`. * - `@(foo|bar)` - Matches 1 instance of `{foo,bar}`. They behave the same. * - `*(foo|bar)` - Matches _n_ instances of `{foo,bar}`. * - `+(foo|bar)` - Matches _n > 0_ instances of `{foo,bar}`. * - `!(foo|bar)` - Matches anything other than `{foo,bar}`. * - See https://www.linuxjournal.com/content/bash-extended-globbing. * * Globstar syntax: * - Requires `{ globstar: true }`. * - `**` - Matches any number of any path segments. * - Must comprise its entire path segment in the provided glob. * - See https://www.linuxjournal.com/content/globstar-new-bash-globbing-option. * * Note the following properties: * - The generated `RegExp` is anchored at both start and end. * - Repeating and trailing separators are tolerated. Trailing separators in the * provided glob have no meaning and are discarded. * - Absolute globs will only match absolute paths, etc. * - Empty globs will match nothing. * - Any special glob syntax must be contained to one path segment. For example, * `?(foo|bar/baz)` is invalid. The separator will take precedence and the * first segment ends with an unclosed group. * - If a path segment ends with unclosed groups or a dangling escape prefix, a * parse error has occurred. Every character for that segment is taken * literally in this event. * * Limitations: * - A negative group like `!(foo|bar)` will wrongly be converted to a negative * look-ahead followed by a wildcard. This means that `!(foo).js` will wrongly * fail to match `foobar.js`, even though `foobar` is not `foo`. Effectively, * `!(foo|bar)` is treated like `!(@(foo|bar)*)`. This will work correctly if * the group occurs not nested at the end of the segment. * * @example Usage * ```ts * import { globToRegExp } from "@std/path/posix/glob-to-regexp"; * import { assertEquals } from "@std/assert"; * * assertEquals(globToRegExp("*.js"), /^[^/]*\.js\/*$/); * ``` * * @param glob Glob string to convert. * @param options Conversion options. * @returns The regular expression equivalent to the glob. */ function globToRegExp(glob, options = {}) { return _globToRegExp(constants, glob, options); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Test whether the given string is a glob. * * @example Usage * ```ts * import { isGlob } from "@std/path/is-glob"; * import { assert } from "@std/assert"; * * assert(!isGlob("foo/bar/../baz")); * assert(isGlob("foo/*ar/../baz")); * ``` * * @param str String to test. * @returns `true` if the given string is a glob, otherwise `false` */ function isGlob(str) { const chars = { "{": "}", "(": ")", "[": "]" }; const regex = /\\(.)|(^!|\*|\?|[\].+)]\?|\[[^[\\\]]+\]|\{[^{\\}]+\}|\(\?[:!=][^\\)]+\)|\([^(|]+\|[^\\)]+\)|@\([^)]+\))/; if (str === "") { return false; } let match; while(match = regex.exec(str)){ if (match[2]) return true; let idx = match.index + match[0].length; // if an open bracket/brace/paren is escaped, // set the index to the next closing character const open = match[1]; const close = open ? chars[open] : null; if (open && close) { const n = str.indexOf(close, idx); if (n !== -1) { idx = n + 1; } } str = str.slice(idx); } return false; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Like normalize(), but doesn't collapse "**\/.." when `globstar` is true. * * @example Usage * ```ts * import { normalizeGlob } from "@std/path/posix/normalize-glob"; * import { assertEquals } from "@std/assert"; * * const path = normalizeGlob("foo/bar/../*", { globstar: true }); * assertEquals(path, "foo/*"); * ``` * * @param glob The glob to normalize. * @param options The options to use. * @returns The normalized path. */ function normalizeGlob(glob, options = {}) { const { globstar = false } = options; if (glob.match(/\0/g)) { throw new Error(`Glob contains invalid characters: "${glob}"`); } if (!globstar) { return normalize(glob); } const s = SEPARATOR_PATTERN.source; const badParentPattern = new RegExp(`(?<=(${s}|^)\\*\\*${s})\\.\\.(?=${s}|$)`, "g"); return normalize(glob.replace(badParentPattern, "\0")).replace(/\0/g, ".."); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Like join(), but doesn't collapse "**\/.." when `globstar` is true. * * @example Usage * ```ts * import { joinGlobs } from "@std/path/posix/join-globs"; * import { assertEquals } from "@std/assert"; * * const path = joinGlobs(["foo", "bar", "**"], { globstar: true }); * assertEquals(path, "foo/bar/**"); * ``` * * @param globs The globs to join. * @param options The options to use. * @returns The joined path. */ function joinGlobs(globs, options = {}) { const { globstar = false } = options; if (!globstar || globs.length === 0) { return join(...globs); } let joined; for (const glob of globs){ const path = glob; if (path.length > 0) { if (!joined) joined = path; else joined += `${SEPARATOR}${path}`; } } if (!joined) return "."; return normalizeGlob(joined, { globstar }); } export { DELIMITER, SEPARATOR, SEPARATOR_PATTERN, basename, common, dirname, extname, format, fromFileUrl, globToRegExp, isAbsolute, isGlob, join, joinGlobs, normalize, normalizeGlob, parse, relative, resolve, toFileUrl, toNamespacedPath }; aJPxMӲ,// @ts-nocheck // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. function assertPath(path) { if (typeof path !== "string") { throw new TypeError(`Path must be a string, received "${JSON.stringify(path)}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function stripSuffix(name, suffix) { if (suffix.length >= name.length) { return name; } const lenDiff = name.length - suffix.length; for(let i = suffix.length - 1; i >= 0; --i){ if (name.charCodeAt(lenDiff + i) !== suffix.charCodeAt(i)) { return name; } } return name.slice(0, -suffix.length); } function lastPathSegment(path, isSep, start = 0) { let matchedNonSeparator = false; let end = path.length; for(let i = path.length - 1; i >= start; --i){ if (isSep(path.charCodeAt(i))) { if (matchedNonSeparator) { start = i + 1; break; } } else if (!matchedNonSeparator) { matchedNonSeparator = true; end = i + 1; } } return path.slice(start, end); } function assertArgs$1(path, suffix) { assertPath(path); if (path.length === 0) return path; if (typeof suffix !== "string") { throw new TypeError(`Suffix must be a string, received "${JSON.stringify(suffix)}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. // Alphabet chars. const CHAR_UPPERCASE_A = 65; /* A */ const CHAR_LOWERCASE_A = 97; /* a */ const CHAR_UPPERCASE_Z = 90; /* Z */ const CHAR_LOWERCASE_Z = 122; /* z */ // Non-alphabetic chars. const CHAR_DOT = 46; /* . */ const CHAR_FORWARD_SLASH = 47; /* / */ const CHAR_BACKWARD_SLASH = 92; /* \ */ const CHAR_COLON = 58; /* : */ const CHAR_QUESTION_MARK = 63; /* ? */ // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. function stripTrailingSeparators(segment, isSep) { if (segment.length <= 1) { return segment; } let end = segment.length; for(let i = segment.length - 1; i > 0; i--){ if (isSep(segment.charCodeAt(i))) { end = i; } else { break; } } return segment.slice(0, end); } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. function isPosixPathSeparator(code) { return code === CHAR_FORWARD_SLASH; } function isPathSeparator(code) { return code === CHAR_FORWARD_SLASH || code === CHAR_BACKWARD_SLASH; } function isWindowsDeviceRoot(code) { return code >= CHAR_LOWERCASE_A && code <= CHAR_LOWERCASE_Z || code >= CHAR_UPPERCASE_A && code <= CHAR_UPPERCASE_Z; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg$3(url) { url = url instanceof URL ? url : new URL(url); if (url.protocol !== "file:") { throw new TypeError(`URL must be a file URL: received "${url.protocol}"`); } return url; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Converts a file URL to a path string. * * @example Usage * ```ts * import { fromFileUrl } from "@std/path/windows/from-file-url"; * import { assertEquals } from "@std/assert"; * * assertEquals(fromFileUrl("file:///home/foo"), "\\home\\foo"); * assertEquals(fromFileUrl("file:///C:/Users/foo"), "C:\\Users\\foo"); * assertEquals(fromFileUrl("file://localhost/home/foo"), "\\home\\foo"); * ``` * * @param url The file URL to convert. * @returns The path string. */ function fromFileUrl(url) { url = assertArg$3(url); let path = decodeURIComponent(url.pathname.replace(/\//g, "\\").replace(/%(?![0-9A-Fa-f]{2})/g, "%25")).replace(/^\\*([A-Za-z]:)(\\|$)/, "$1\\"); if (url.hostname !== "") { // Note: The `URL` implementation guarantees that the drive letter and // hostname are mutually exclusive. Otherwise it would not have been valid // to append the hostname and path like this. path = `\\\\${url.hostname}${path}`; } return path; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the last portion of a `path`. * Trailing directory separators are ignored, and optional suffix is removed. * * @example Usage * ```ts * import { basename } from "@std/path/windows/basename"; * import { assertEquals } from "@std/assert"; * * assertEquals(basename("C:\\user\\Documents\\"), "Documents"); * assertEquals(basename("C:\\user\\Documents\\image.png"), "image.png"); * assertEquals(basename("C:\\user\\Documents\\image.png", ".png"), "image"); * assertEquals(basename(new URL("file:///C:/user/Documents/image.png")), "image.png"); * assertEquals(basename(new URL("file:///C:/user/Documents/image.png"), ".png"), "image"); * ``` * * @param path The path to extract the name from. * @param suffix The suffix to remove from extracted name. * @returns The extracted name. */ function basename(path, suffix = "") { if (path instanceof URL) { path = fromFileUrl(path); } assertArgs$1(path, suffix); // Check for a drive letter prefix so as not to mistake the following // path separator as an extra separator at the end of the path that can be // disregarded let start = 0; if (path.length >= 2) { const drive = path.charCodeAt(0); if (isWindowsDeviceRoot(drive)) { if (path.charCodeAt(1) === CHAR_COLON) start = 2; } } const lastSegment = lastPathSegment(path, isPathSeparator, start); const strippedSegment = stripTrailingSeparators(lastSegment, isPathSeparator); return suffix ? stripSuffix(strippedSegment, suffix) : strippedSegment; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * The character used to separate entries in the PATH environment variable. */ const DELIMITER = ";"; /** * The character used to separate components of a file path. */ const SEPARATOR = "\\"; /** * A regular expression that matches one or more path separators. */ const SEPARATOR_PATTERN = /[\\/]+/; // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg$2(path) { assertPath(path); if (path.length === 0) return "."; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the directory path of a `path`. * * @example Usage * ```ts * import { dirname } from "@std/path/windows/dirname"; * import { assertEquals } from "@std/assert"; * * assertEquals(dirname("C:\\foo\\bar\\baz.ext"), "C:\\foo\\bar"); * assertEquals(dirname(new URL("file:///C:/foo/bar/baz.ext")), "C:\\foo\\bar"); * ``` * * @param path The path to get the directory from. * @returns The directory path. */ function dirname(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertArg$2(path); const len = path.length; let rootEnd = -1; let end = -1; let matchedSlash = true; let offset = 0; const code = path.charCodeAt(0); // Try to match a root if (len > 1) { if (isPathSeparator(code)) { // Possible UNC root rootEnd = offset = 1; if (isPathSeparator(path.charCodeAt(1))) { // Matched double path separator at beginning let j = 2; let last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more path separators for(; j < len; ++j){ if (!isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j === len) { // We matched a UNC root only return path; } if (j !== last) { // We matched a UNC root with leftovers // Offset by 1 to include the separator after the UNC root to // treat it as a "normal root" on top of a (UNC) root rootEnd = offset = j + 1; } } } } } else if (isWindowsDeviceRoot(code)) { // Possible device root if (path.charCodeAt(1) === CHAR_COLON) { rootEnd = offset = 2; if (len > 2) { if (isPathSeparator(path.charCodeAt(2))) rootEnd = offset = 3; } } } } else if (isPathSeparator(code)) { // `path` contains just a path separator, exit early to avoid // unnecessary work return path; } for(let i = len - 1; i >= offset; --i){ if (isPathSeparator(path.charCodeAt(i))) { if (!matchedSlash) { end = i; break; } } else { // We saw the first non-path separator matchedSlash = false; } } if (end === -1) { if (rootEnd === -1) return "."; else end = rootEnd; } return stripTrailingSeparators(path.slice(0, end), isPosixPathSeparator); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the extension of the `path` with leading period. * * @example Usage * ```ts * import { extname } from "@std/path/windows/extname"; * import { assertEquals } from "@std/assert"; * * assertEquals(extname("file.ts"), ".ts"); * assertEquals(extname(new URL("file:///C:/foo/bar/baz.ext")), ".ext"); * ``` * * @param path The path to get the extension from. * @returns The extension of the `path`. */ function extname(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertPath(path); let start = 0; let startDot = -1; let startPart = 0; let end = -1; let matchedSlash = true; // Track the state of characters (if any) we see before our first dot and // after any path separator we find let preDotState = 0; // Check for a drive letter prefix so as not to mistake the following // path separator as an extra separator at the end of the path that can be // disregarded if (path.length >= 2 && path.charCodeAt(1) === CHAR_COLON && isWindowsDeviceRoot(path.charCodeAt(0))) { start = startPart = 2; } for(let i = path.length - 1; i >= start; --i){ const code = path.charCodeAt(i); if (isPathSeparator(code)) { // If we reached a path separator that was not part of a set of path // separators at the end of the string, stop now if (!matchedSlash) { startPart = i + 1; break; } continue; } if (end === -1) { // We saw the first non-path separator, mark this as the end of our // extension matchedSlash = false; end = i + 1; } if (code === CHAR_DOT) { // If this is our first dot, mark it as the start of our extension if (startDot === -1) startDot = i; else if (preDotState !== 1) preDotState = 1; } else if (startDot !== -1) { // We saw a non-dot and non-path separator before our dot, so we should // have a good chance at having a non-empty extension preDotState = -1; } } if (startDot === -1 || end === -1 || // We saw a non-dot character immediately before the dot preDotState === 0 || // The (right-most) trimmed path component is exactly '..' preDotState === 1 && startDot === end - 1 && startDot === startPart + 1) { return ""; } return path.slice(startDot, end); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function _format(sep, pathObject) { const dir = pathObject.dir || pathObject.root; const base = pathObject.base || (pathObject.name ?? "") + (pathObject.ext ?? ""); if (!dir) return base; if (base === sep) return dir; if (dir === pathObject.root) return dir + base; return dir + sep + base; } function assertArg$1(pathObject) { if (pathObject === null || typeof pathObject !== "object") { throw new TypeError(`The "pathObject" argument must be of type Object, received type "${typeof pathObject}"`); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Generate a path from `ParsedPath` object. * * @example Usage * ```ts * import { format } from "@std/path/windows/format"; * import { assertEquals } from "@std/assert"; * * const path = format({ * root: "C:\\", * dir: "C:\\path\\dir", * base: "file.txt", * ext: ".txt", * name: "file" * }); * assertEquals(path, "C:\\path\\dir\\file.txt"); * ``` * * @param pathObject The path object to format. * @returns The formatted path. */ function format(pathObject) { assertArg$1(pathObject); return _format("\\", pathObject); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Verifies whether provided path is absolute. * * @example Usage * ```ts * import { isAbsolute } from "@std/path/windows/is-absolute"; * import { assert, assertFalse } from "@std/assert"; * * assert(isAbsolute("C:\\foo\\bar")); * assertFalse(isAbsolute("..\\baz")); * ``` * * @param path The path to verify. * @returns `true` if the path is absolute, `false` otherwise. */ function isAbsolute(path) { assertPath(path); const len = path.length; if (len === 0) return false; const code = path.charCodeAt(0); if (isPathSeparator(code)) { return true; } else if (isWindowsDeviceRoot(code)) { // Possible device root if (len > 2 && path.charCodeAt(1) === CHAR_COLON) { if (isPathSeparator(path.charCodeAt(2))) return true; } } return false; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArg(path) { assertPath(path); if (path.length === 0) return "."; } // Copyright 2018-2025 the Deno authors. MIT license. // Copyright the Browserify authors. MIT License. // Ported from https://github.com/browserify/path-browserify/ // This module is browser compatible. // Resolves . and .. elements in a path with directory names function normalizeString(path, allowAboveRoot, separator, isPathSeparator) { let res = ""; let lastSegmentLength = 0; let lastSlash = -1; let dots = 0; let code; for(let i = 0; i <= path.length; ++i){ if (i < path.length) code = path.charCodeAt(i); else if (isPathSeparator(code)) break; else code = CHAR_FORWARD_SLASH; if (isPathSeparator(code)) { if (lastSlash === i - 1 || dots === 1) ; else if (lastSlash !== i - 1 && dots === 2) { if (res.length < 2 || lastSegmentLength !== 2 || res.charCodeAt(res.length - 1) !== CHAR_DOT || res.charCodeAt(res.length - 2) !== CHAR_DOT) { if (res.length > 2) { const lastSlashIndex = res.lastIndexOf(separator); if (lastSlashIndex === -1) { res = ""; lastSegmentLength = 0; } else { res = res.slice(0, lastSlashIndex); lastSegmentLength = res.length - 1 - res.lastIndexOf(separator); } lastSlash = i; dots = 0; continue; } else if (res.length === 2 || res.length === 1) { res = ""; lastSegmentLength = 0; lastSlash = i; dots = 0; continue; } } if (allowAboveRoot) { if (res.length > 0) res += `${separator}..`; else res = ".."; lastSegmentLength = 2; } } else { if (res.length > 0) res += separator + path.slice(lastSlash + 1, i); else res = path.slice(lastSlash + 1, i); lastSegmentLength = i - lastSlash - 1; } lastSlash = i; dots = 0; } else if (code === CHAR_DOT && dots !== -1) { ++dots; } else { dots = -1; } } return res; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Normalize the `path`, resolving `'..'` and `'.'` segments. * Note that resolving these segments does not necessarily mean that all will be eliminated. * A `'..'` at the top-level will be preserved, and an empty path is canonically `'.'`. * * @example Usage * ```ts * import { normalize } from "@std/path/windows/normalize"; * import { assertEquals } from "@std/assert"; * * assertEquals(normalize("C:\\foo\\..\\bar"), "C:\\bar"); * assertEquals(normalize(new URL("file:///C:/foo/../bar")), "C:\\bar"); * ``` * * @param path The path to normalize * @returns The normalized path */ function normalize(path) { if (path instanceof URL) { path = fromFileUrl(path); } assertArg(path); const len = path.length; let rootEnd = 0; let device; let isAbsolute = false; const code = path.charCodeAt(0); // Try to match a root if (len > 1) { if (isPathSeparator(code)) { // Possible UNC root // If we started with a separator, we know we at least have an absolute // path of some kind (UNC or otherwise) isAbsolute = true; if (isPathSeparator(path.charCodeAt(1))) { // Matched double path separator at beginning let j = 2; let last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { const firstPart = path.slice(last, j); // Matched! last = j; // Match 1 or more path separators for(; j < len; ++j){ if (!isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j === len) { // We matched a UNC root only // Return the normalized version of the UNC root since there // is nothing left to process return `\\\\${firstPart}\\${path.slice(last)}\\`; } else if (j !== last) { // We matched a UNC root with leftovers device = `\\\\${firstPart}\\${path.slice(last, j)}`; rootEnd = j; } } } } else { rootEnd = 1; } } else if (isWindowsDeviceRoot(code)) { // Possible device root if (path.charCodeAt(1) === CHAR_COLON) { device = path.slice(0, 2); rootEnd = 2; if (len > 2) { if (isPathSeparator(path.charCodeAt(2))) { // Treat separator following drive name as an absolute path // indicator isAbsolute = true; rootEnd = 3; } } } } } else if (isPathSeparator(code)) { // `path` contains just a path separator, exit early to avoid unnecessary // work return "\\"; } let tail; if (rootEnd < len) { tail = normalizeString(path.slice(rootEnd), !isAbsolute, "\\", isPathSeparator); } else { tail = ""; } if (tail.length === 0 && !isAbsolute) tail = "."; if (tail.length > 0 && isPathSeparator(path.charCodeAt(len - 1))) { tail += "\\"; } if (device === undefined) { if (isAbsolute) { if (tail.length > 0) return `\\${tail}`; else return "\\"; } return tail; } else if (isAbsolute) { if (tail.length > 0) return `${device}\\${tail}`; else return `${device}\\`; } return device + tail; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Join all given a sequence of `paths`,then normalizes the resulting path. * * @example Usage * ```ts * import { join } from "@std/path/windows/join"; * import { assertEquals } from "@std/assert"; * * assertEquals(join("C:\\foo", "bar", "baz\\.."), "C:\\foo\\bar"); * assertEquals(join(new URL("file:///C:/foo"), "bar", "baz\\.."), "C:\\foo\\bar"); * ``` * * @param path The path to join. This can be string or file URL. * @param paths The paths to join. * @returns The joined path. */ function join(path, ...paths) { if (path instanceof URL) { path = fromFileUrl(path); } paths = path ? [ path, ...paths ] : paths; paths.forEach((path)=>assertPath(path)); paths = paths.filter((path)=>path.length > 0); if (paths.length === 0) return "."; // Make sure that the joined path doesn't start with two slashes, because // normalize() will mistake it for an UNC path then. // // This step is skipped when it is very clear that the user actually // intended to point at an UNC path. This is assumed when the first // non-empty string arguments starts with exactly two slashes followed by // at least one more non-slash character. // // Note that for normalize() to treat a path as an UNC path it needs to // have at least 2 components, so we don't filter for that here. // This means that the user can use join to construct UNC paths from // a server name and a share name; for example: // path.join('//server', 'share') -> '\\\\server\\share\\' let needsReplace = true; let slashCount = 0; const firstPart = paths[0]; if (isPathSeparator(firstPart.charCodeAt(0))) { ++slashCount; const firstLen = firstPart.length; if (firstLen > 1) { if (isPathSeparator(firstPart.charCodeAt(1))) { ++slashCount; if (firstLen > 2) { if (isPathSeparator(firstPart.charCodeAt(2))) ++slashCount; else { // We matched a UNC path in the first part needsReplace = false; } } } } } let joined = paths.join("\\"); if (needsReplace) { // Find any more consecutive slashes we need to replace for(; slashCount < joined.length; ++slashCount){ if (!isPathSeparator(joined.charCodeAt(slashCount))) break; } // Replace the slashes if needed if (slashCount >= 2) joined = `\\${joined.slice(slashCount)}`; } return normalize(joined); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return a `ParsedPath` object of the `path`. * * @example Usage * ```ts * import { parse } from "@std/path/windows/parse"; * import { assertEquals } from "@std/assert"; * * const parsed = parse("C:\\foo\\bar\\baz.ext"); * assertEquals(parsed, { * root: "C:\\", * dir: "C:\\foo\\bar", * base: "baz.ext", * ext: ".ext", * name: "baz", * }); * ``` * * @param path The path to parse. * @returns The `ParsedPath` object. */ function parse(path) { assertPath(path); const ret = { root: "", dir: "", base: "", ext: "", name: "" }; const len = path.length; if (len === 0) return ret; let rootEnd = 0; let code = path.charCodeAt(0); // Try to match a root if (len > 1) { if (isPathSeparator(code)) { // Possible UNC root rootEnd = 1; if (isPathSeparator(path.charCodeAt(1))) { // Matched double path separator at beginning let j = 2; let last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more path separators for(; j < len; ++j){ if (!isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j === len) { // We matched a UNC root only rootEnd = j; } else if (j !== last) { // We matched a UNC root with leftovers rootEnd = j + 1; } } } } } else if (isWindowsDeviceRoot(code)) { // Possible device root if (path.charCodeAt(1) === CHAR_COLON) { rootEnd = 2; if (len > 2) { if (isPathSeparator(path.charCodeAt(2))) { if (len === 3) { // `path` contains just a drive root, exit early to avoid // unnecessary work ret.root = ret.dir = path; ret.base = "\\"; return ret; } rootEnd = 3; } } else { // `path` contains just a relative drive root, exit early to avoid // unnecessary work ret.root = ret.dir = path; return ret; } } } } else if (isPathSeparator(code)) { // `path` contains just a path separator, exit early to avoid // unnecessary work ret.root = ret.dir = path; ret.base = "\\"; return ret; } if (rootEnd > 0) ret.root = path.slice(0, rootEnd); let startDot = -1; let startPart = rootEnd; let end = -1; let matchedSlash = true; let i = path.length - 1; // Track the state of characters (if any) we see before our first dot and // after any path separator we find let preDotState = 0; // Get non-dir info for(; i >= rootEnd; --i){ code = path.charCodeAt(i); if (isPathSeparator(code)) { // If we reached a path separator that was not part of a set of path // separators at the end of the string, stop now if (!matchedSlash) { startPart = i + 1; break; } continue; } if (end === -1) { // We saw the first non-path separator, mark this as the end of our // extension matchedSlash = false; end = i + 1; } if (code === CHAR_DOT) { // If this is our first dot, mark it as the start of our extension if (startDot === -1) startDot = i; else if (preDotState !== 1) preDotState = 1; } else if (startDot !== -1) { // We saw a non-dot and non-path separator before our dot, so we should // have a good chance at having a non-empty extension preDotState = -1; } } if (startDot === -1 || end === -1 || // We saw a non-dot character immediately before the dot preDotState === 0 || // The (right-most) trimmed path component is exactly '..' preDotState === 1 && startDot === end - 1 && startDot === startPart + 1) { if (end !== -1) { ret.base = ret.name = path.slice(startPart, end); } } else { ret.name = path.slice(startPart, startDot); ret.base = path.slice(startPart, end); ret.ext = path.slice(startDot, end); } // Fallback to '\' in case there is no basename ret.base = ret.base || "\\"; // If the directory is the root, use the entire root as the `dir` including // the trailing slash if any (`C:\abc` -> `C:\`). Otherwise, strip out the // trailing slash (`C:\abc\def` -> `C:\abc`). if (startPart > 0 && startPart !== rootEnd) { ret.dir = path.slice(0, startPart - 1); } else ret.dir = ret.root; return ret; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Resolves path segments into a `path`. * * @example Usage * ```ts * import { resolve } from "@std/path/windows/resolve"; * import { assertEquals } from "@std/assert"; * * const resolved = resolve("C:\\foo\\bar", "..\\baz"); * assertEquals(resolved, "C:\\foo\\baz"); * ``` * * @param pathSegments The path segments to process to path * @returns The resolved path */ function resolve(...pathSegments) { let resolvedDevice = ""; let resolvedTail = ""; let resolvedAbsolute = false; for(let i = pathSegments.length - 1; i >= -1; i--){ let path; // deno-lint-ignore no-explicit-any const { Deno } = globalThis; if (i >= 0) { path = pathSegments[i]; } else if (!resolvedDevice) { if (typeof Deno?.cwd !== "function") { throw new TypeError("Resolved a drive-letter-less path without a current working directory (CWD)"); } path = Deno.cwd(); } else { if (typeof Deno?.env?.get !== "function" || typeof Deno?.cwd !== "function") { throw new TypeError("Resolved a relative path without a current working directory (CWD)"); } path = Deno.cwd(); // Verify that a cwd was found and that it actually points // to our drive. If not, default to the drive's root. if (path === undefined || path.slice(0, 3).toLowerCase() !== `${resolvedDevice.toLowerCase()}\\`) { path = `${resolvedDevice}\\`; } } assertPath(path); const len = path.length; // Skip empty entries if (len === 0) continue; let rootEnd = 0; let device = ""; let isAbsolute = false; const code = path.charCodeAt(0); // Try to match a root if (len > 1) { if (isPathSeparator(code)) { // Possible UNC root // If we started with a separator, we know we at least have an // absolute path of some kind (UNC or otherwise) isAbsolute = true; if (isPathSeparator(path.charCodeAt(1))) { // Matched double path separator at beginning let j = 2; let last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { const firstPart = path.slice(last, j); // Matched! last = j; // Match 1 or more path separators for(; j < len; ++j){ if (!isPathSeparator(path.charCodeAt(j))) break; } if (j < len && j !== last) { // Matched! last = j; // Match 1 or more non-path separators for(; j < len; ++j){ if (isPathSeparator(path.charCodeAt(j))) break; } if (j === len) { // We matched a UNC root only device = `\\\\${firstPart}\\${path.slice(last)}`; rootEnd = j; } else if (j !== last) { // We matched a UNC root with leftovers device = `\\\\${firstPart}\\${path.slice(last, j)}`; rootEnd = j; } } } } else { rootEnd = 1; } } else if (isWindowsDeviceRoot(code)) { // Possible device root if (path.charCodeAt(1) === CHAR_COLON) { device = path.slice(0, 2); rootEnd = 2; if (len > 2) { if (isPathSeparator(path.charCodeAt(2))) { // Treat separator following drive name as an absolute path // indicator isAbsolute = true; rootEnd = 3; } } } } } else if (isPathSeparator(code)) { // `path` contains just a path separator rootEnd = 1; isAbsolute = true; } if (device.length > 0 && resolvedDevice.length > 0 && device.toLowerCase() !== resolvedDevice.toLowerCase()) { continue; } if (resolvedDevice.length === 0 && device.length > 0) { resolvedDevice = device; } if (!resolvedAbsolute) { resolvedTail = `${path.slice(rootEnd)}\\${resolvedTail}`; resolvedAbsolute = isAbsolute; } if (resolvedAbsolute && resolvedDevice.length > 0) break; } // At this point the path should be resolved to a full absolute path, // but handle relative paths to be safe (might happen when Deno.cwd() // fails) // Normalize the tail path resolvedTail = normalizeString(resolvedTail, !resolvedAbsolute, "\\", isPathSeparator); return resolvedDevice + (resolvedAbsolute ? "\\" : "") + resolvedTail || "."; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function assertArgs(from, to) { assertPath(from); assertPath(to); if (from === to) return ""; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Return the relative path from `from` to `to` based on current working directory. * * An example in windows, for instance: * from = 'C:\\orandea\\test\\aaa' * to = 'C:\\orandea\\impl\\bbb' * The output of the function should be: '..\\..\\impl\\bbb' * * @example Usage * ```ts * import { relative } from "@std/path/windows/relative"; * import { assertEquals } from "@std/assert"; * * const relativePath = relative("C:\\foobar\\test\\aaa", "C:\\foobar\\impl\\bbb"); * assertEquals(relativePath, "..\\..\\impl\\bbb"); * ``` * * @param from The path from which to calculate the relative path * @param to The path to which to calculate the relative path * @returns The relative path from `from` to `to` */ function relative(from, to) { assertArgs(from, to); const fromOrig = resolve(from); const toOrig = resolve(to); if (fromOrig === toOrig) return ""; from = fromOrig.toLowerCase(); to = toOrig.toLowerCase(); if (from === to) return ""; // Trim any leading backslashes let fromStart = 0; let fromEnd = from.length; for(; fromStart < fromEnd; ++fromStart){ if (from.charCodeAt(fromStart) !== CHAR_BACKWARD_SLASH) break; } // Trim trailing backslashes (applicable to UNC paths only) for(; fromEnd - 1 > fromStart; --fromEnd){ if (from.charCodeAt(fromEnd - 1) !== CHAR_BACKWARD_SLASH) break; } const fromLen = fromEnd - fromStart; // Trim any leading backslashes let toStart = 0; let toEnd = to.length; for(; toStart < toEnd; ++toStart){ if (to.charCodeAt(toStart) !== CHAR_BACKWARD_SLASH) break; } // Trim trailing backslashes (applicable to UNC paths only) for(; toEnd - 1 > toStart; --toEnd){ if (to.charCodeAt(toEnd - 1) !== CHAR_BACKWARD_SLASH) break; } const toLen = toEnd - toStart; // Compare paths to find the longest common path from root const length = fromLen < toLen ? fromLen : toLen; let lastCommonSep = -1; let i = 0; for(; i <= length; ++i){ if (i === length) { if (toLen > length) { if (to.charCodeAt(toStart + i) === CHAR_BACKWARD_SLASH) { // We get here if `from` is the exact base path for `to`. // For example: from='C:\\foo\\bar'; to='C:\\foo\\bar\\baz' return toOrig.slice(toStart + i + 1); } else if (i === 2) { // We get here if `from` is the device root. // For example: from='C:\\'; to='C:\\foo' return toOrig.slice(toStart + i); } } if (fromLen > length) { if (from.charCodeAt(fromStart + i) === CHAR_BACKWARD_SLASH) { // We get here if `to` is the exact base path for `from`. // For example: from='C:\\foo\\bar'; to='C:\\foo' lastCommonSep = i; } else if (i === 2) { // We get here if `to` is the device root. // For example: from='C:\\foo\\bar'; to='C:\\' lastCommonSep = 3; } } break; } const fromCode = from.charCodeAt(fromStart + i); const toCode = to.charCodeAt(toStart + i); if (fromCode !== toCode) break; else if (fromCode === CHAR_BACKWARD_SLASH) lastCommonSep = i; } // We found a mismatch before the first common path separator was seen, so // return the original `to`. if (i !== length && lastCommonSep === -1) { return toOrig; } let out = ""; if (lastCommonSep === -1) lastCommonSep = 0; // Generate the relative path based on the path difference between `to` and // `from` for(i = fromStart + lastCommonSep + 1; i <= fromEnd; ++i){ if (i === fromEnd || from.charCodeAt(i) === CHAR_BACKWARD_SLASH) { if (out.length === 0) out += ".."; else out += "\\.."; } } // Lastly, append the rest of the destination (`to`) path that comes after // the common path parts if (out.length > 0) { return out + toOrig.slice(toStart + lastCommonSep, toEnd); } else { toStart += lastCommonSep; if (toOrig.charCodeAt(toStart) === CHAR_BACKWARD_SLASH) ++toStart; return toOrig.slice(toStart, toEnd); } } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. const WHITESPACE_ENCODINGS = { "\u0009": "%09", "\u000A": "%0A", "\u000B": "%0B", "\u000C": "%0C", "\u000D": "%0D", "\u0020": "%20" }; function encodeWhitespace(string) { return string.replaceAll(/[\s]/g, (c)=>{ return WHITESPACE_ENCODINGS[c] ?? c; }); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Converts a path string to a file URL. * * @example Usage * ```ts * import { toFileUrl } from "@std/path/windows/to-file-url"; * import { assertEquals } from "@std/assert"; * * assertEquals(toFileUrl("\\home\\foo"), new URL("file:///home/foo")); * assertEquals(toFileUrl("C:\\Users\\foo"), new URL("file:///C:/Users/foo")); * assertEquals(toFileUrl("\\\\127.0.0.1\\home\\foo"), new URL("file://127.0.0.1/home/foo")); * ``` * @param path The path to convert. * @returns The file URL. */ function toFileUrl(path) { if (!isAbsolute(path)) { throw new TypeError(`Path must be absolute: received "${path}"`); } const [, hostname, pathname] = path.match(/^(?:[/\\]{2}([^/\\]+)(?=[/\\](?:[^/\\]|$)))?(.*)/); const url = new URL("file:///"); url.pathname = encodeWhitespace(pathname.replace(/%/g, "%25")); if (hostname !== undefined && hostname !== "localhost") { url.hostname = hostname; if (!url.hostname) { throw new TypeError(`Invalid hostname: "${url.hostname}"`); } } return url; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Resolves path to a namespace path * * @example Usage * ```ts * import { toNamespacedPath } from "@std/path/windows/to-namespaced-path"; * import { assertEquals } from "@std/assert"; * * const namespaced = toNamespacedPath("C:\\foo\\bar"); * assertEquals(namespaced, "\\\\?\\C:\\foo\\bar"); * ``` * * @param path The path to resolve to namespaced path * @returns The resolved namespaced path */ function toNamespacedPath(path) { // Note: this will *probably* throw somewhere. if (typeof path !== "string") return path; if (path.length === 0) return ""; const resolvedPath = resolve(path); if (resolvedPath.length >= 3) { if (resolvedPath.charCodeAt(0) === CHAR_BACKWARD_SLASH) { // Possible UNC root if (resolvedPath.charCodeAt(1) === CHAR_BACKWARD_SLASH) { const code = resolvedPath.charCodeAt(2); if (code !== CHAR_QUESTION_MARK && code !== CHAR_DOT) { // Matched non-long UNC root, convert the path to a long UNC path return `\\\\?\\UNC\\${resolvedPath.slice(2)}`; } } } else if (isWindowsDeviceRoot(resolvedPath.charCodeAt(0))) { // Possible device root if (resolvedPath.charCodeAt(1) === CHAR_COLON && resolvedPath.charCodeAt(2) === CHAR_BACKWARD_SLASH) { // Matched device root, convert the path to a long UNC path return `\\\\?\\${resolvedPath}`; } } } return path; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. function common$1(paths, sep) { const [first = "", ...remaining] = paths; const parts = first.split(sep); let endOfPrefix = parts.length; let append = ""; for (const path of remaining){ const compare = path.split(sep); if (compare.length <= endOfPrefix) { endOfPrefix = compare.length; append = ""; } for(let i = 0; i < endOfPrefix; i++){ if (compare[i] !== parts[i]) { endOfPrefix = i; append = i === 0 ? "" : sep; break; } } } return parts.slice(0, endOfPrefix).join(sep) + append; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Determines the common path from a set of paths for Windows systems. * * @example Usage * ```ts * import { common } from "@std/path/windows/common"; * import { assertEquals } from "@std/assert"; * * const path = common([ * "C:\\foo\\bar", * "C:\\foo\\baz", * ]); * assertEquals(path, "C:\\foo\\"); * ``` * * @param paths The paths to compare. * @returns The common path. */ function common(paths) { return common$1(paths, SEPARATOR); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Options for {@linkcode globToRegExp}, {@linkcode joinGlobs}, * {@linkcode normalizeGlob} and {@linkcode expandGlob}. */ const REG_EXP_ESCAPE_CHARS = [ "!", "$", "(", ")", "*", "+", ".", "=", "?", "[", "\\", "^", "{", "|" ]; const RANGE_ESCAPE_CHARS = [ "-", "\\", "]" ]; function _globToRegExp(c, glob, { extended = true, globstar: globstarOption = true, // os = osType, caseInsensitive = false } = {}) { if (glob === "") { return /(?!)/; } // Remove trailing separators. let newLength = glob.length; for(; newLength > 1 && c.seps.includes(glob[newLength - 1]); newLength--); glob = glob.slice(0, newLength); let regExpString = ""; // Terminates correctly. Trust that `j` is incremented every iteration. for(let j = 0; j < glob.length;){ let segment = ""; const groupStack = []; let inRange = false; let inEscape = false; let endsWithSep = false; let i = j; // Terminates with `i` at the non-inclusive end of the current segment. for(; i < glob.length && !(c.seps.includes(glob[i]) && groupStack.length === 0); i++){ if (inEscape) { inEscape = false; const escapeChars = inRange ? RANGE_ESCAPE_CHARS : REG_EXP_ESCAPE_CHARS; segment += escapeChars.includes(glob[i]) ? `\\${glob[i]}` : glob[i]; continue; } if (glob[i] === c.escapePrefix) { inEscape = true; continue; } if (glob[i] === "[") { if (!inRange) { inRange = true; segment += "["; if (glob[i + 1] === "!") { i++; segment += "^"; } else if (glob[i + 1] === "^") { i++; segment += "\\^"; } continue; } else if (glob[i + 1] === ":") { let k = i + 1; let value = ""; while(glob[k + 1] !== undefined && glob[k + 1] !== ":"){ value += glob[k + 1]; k++; } if (glob[k + 1] === ":" && glob[k + 2] === "]") { i = k + 2; if (value === "alnum") segment += "\\dA-Za-z"; else if (value === "alpha") segment += "A-Za-z"; else if (value === "ascii") segment += "\x00-\x7F"; else if (value === "blank") segment += "\t "; else if (value === "cntrl") segment += "\x00-\x1F\x7F"; else if (value === "digit") segment += "\\d"; else if (value === "graph") segment += "\x21-\x7E"; else if (value === "lower") segment += "a-z"; else if (value === "print") segment += "\x20-\x7E"; else if (value === "punct") { segment += "!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^_‘{|}~"; } else if (value === "space") segment += "\\s\v"; else if (value === "upper") segment += "A-Z"; else if (value === "word") segment += "\\w"; else if (value === "xdigit") segment += "\\dA-Fa-f"; continue; } } } if (glob[i] === "]" && inRange) { inRange = false; segment += "]"; continue; } if (inRange) { segment += glob[i]; continue; } if (glob[i] === ")" && groupStack.length > 0 && groupStack[groupStack.length - 1] !== "BRACE") { segment += ")"; const type = groupStack.pop(); if (type === "!") { segment += c.wildcard; } else if (type !== "@") { segment += type; } continue; } if (glob[i] === "|" && groupStack.length > 0 && groupStack[groupStack.length - 1] !== "BRACE") { segment += "|"; continue; } if (glob[i] === "+" && extended && glob[i + 1] === "(") { i++; groupStack.push("+"); segment += "(?:"; continue; } if (glob[i] === "@" && extended && glob[i + 1] === "(") { i++; groupStack.push("@"); segment += "(?:"; continue; } if (glob[i] === "?") { if (extended && glob[i + 1] === "(") { i++; groupStack.push("?"); segment += "(?:"; } else { segment += "."; } continue; } if (glob[i] === "!" && extended && glob[i + 1] === "(") { i++; groupStack.push("!"); segment += "(?!"; continue; } if (glob[i] === "{") { groupStack.push("BRACE"); segment += "(?:"; continue; } if (glob[i] === "}" && groupStack[groupStack.length - 1] === "BRACE") { groupStack.pop(); segment += ")"; continue; } if (glob[i] === "," && groupStack[groupStack.length - 1] === "BRACE") { segment += "|"; continue; } if (glob[i] === "*") { if (extended && glob[i + 1] === "(") { i++; groupStack.push("*"); segment += "(?:"; } else { const prevChar = glob[i - 1]; let numStars = 1; while(glob[i + 1] === "*"){ i++; numStars++; } const nextChar = glob[i + 1]; if (globstarOption && numStars === 2 && [ ...c.seps, undefined ].includes(prevChar) && [ ...c.seps, undefined ].includes(nextChar)) { segment += c.globstar; endsWithSep = true; } else { segment += c.wildcard; } } continue; } segment += REG_EXP_ESCAPE_CHARS.includes(glob[i]) ? `\\${glob[i]}` : glob[i]; } // Check for unclosed groups or a dangling backslash. if (groupStack.length > 0 || inRange || inEscape) { // Parse failure. Take all characters from this segment literally. segment = ""; for (const c of glob.slice(j, i)){ segment += REG_EXP_ESCAPE_CHARS.includes(c) ? `\\${c}` : c; endsWithSep = false; } } regExpString += segment; if (!endsWithSep) { regExpString += i < glob.length ? c.sep : c.sepMaybe; endsWithSep = true; } // Terminates with `i` at the start of the next segment. while(c.seps.includes(glob[i]))i++; j = i; } regExpString = `^${regExpString}$`; return new RegExp(regExpString, caseInsensitive ? "i" : ""); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. const constants = { sep: "(?:\\\\|/)+", sepMaybe: "(?:\\\\|/)*", seps: [ "\\", "/" ], globstar: "(?:[^\\\\/]*(?:\\\\|/|$)+)*", wildcard: "[^\\\\/]*", escapePrefix: "`" }; /** Convert a glob string to a regular expression. * * Tries to match bash glob expansion as closely as possible. * * Basic glob syntax: * - `*` - Matches everything without leaving the path segment. * - `?` - Matches any single character. * - `{foo,bar}` - Matches `foo` or `bar`. * - `[abcd]` - Matches `a`, `b`, `c` or `d`. * - `[a-d]` - Matches `a`, `b`, `c` or `d`. * - `[!abcd]` - Matches any single character besides `a`, `b`, `c` or `d`. * - `[[::]]` - Matches any character belonging to ``. * - `[[:alnum:]]` - Matches any digit or letter. * - `[[:digit:]abc]` - Matches any digit, `a`, `b` or `c`. * - See https://facelessuser.github.io/wcmatch/glob/#posix-character-classes * for a complete list of supported character classes. * - `\` - Escapes the next character for an `os` other than `"windows"`. * - \` - Escapes the next character for `os` set to `"windows"`. * - `/` - Path separator. * - `\` - Additional path separator only for `os` set to `"windows"`. * * Extended syntax: * - Requires `{ extended: true }`. * - `?(foo|bar)` - Matches 0 or 1 instance of `{foo,bar}`. * - `@(foo|bar)` - Matches 1 instance of `{foo,bar}`. They behave the same. * - `*(foo|bar)` - Matches _n_ instances of `{foo,bar}`. * - `+(foo|bar)` - Matches _n > 0_ instances of `{foo,bar}`. * - `!(foo|bar)` - Matches anything other than `{foo,bar}`. * - See https://www.linuxjournal.com/content/bash-extended-globbing. * * Globstar syntax: * - Requires `{ globstar: true }`. * - `**` - Matches any number of any path segments. * - Must comprise its entire path segment in the provided glob. * - See https://www.linuxjournal.com/content/globstar-new-bash-globbing-option. * * Note the following properties: * - The generated `RegExp` is anchored at both start and end. * - Repeating and trailing separators are tolerated. Trailing separators in the * provided glob have no meaning and are discarded. * - Absolute globs will only match absolute paths, etc. * - Empty globs will match nothing. * - Any special glob syntax must be contained to one path segment. For example, * `?(foo|bar/baz)` is invalid. The separator will take precedence and the * first segment ends with an unclosed group. * - If a path segment ends with unclosed groups or a dangling escape prefix, a * parse error has occurred. Every character for that segment is taken * literally in this event. * * Limitations: * - A negative group like `!(foo|bar)` will wrongly be converted to a negative * look-ahead followed by a wildcard. This means that `!(foo).js` will wrongly * fail to match `foobar.js`, even though `foobar` is not `foo`. Effectively, * `!(foo|bar)` is treated like `!(@(foo|bar)*)`. This will work correctly if * the group occurs not nested at the end of the segment. * * @example Usage * ```ts * import { globToRegExp } from "@std/path/windows/glob-to-regexp"; * import { assertEquals } from "@std/assert"; * * assertEquals(globToRegExp("*.js"), /^[^\\/]*\.js(?:\\|\/)*$/); * ``` * * @param glob Glob string to convert. * @param options Conversion options. * @returns The regular expression equivalent to the glob. */ function globToRegExp(glob, options = {}) { return _globToRegExp(constants, glob, options); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Test whether the given string is a glob. * * @example Usage * ```ts * import { isGlob } from "@std/path/is-glob"; * import { assert } from "@std/assert"; * * assert(!isGlob("foo/bar/../baz")); * assert(isGlob("foo/*ar/../baz")); * ``` * * @param str String to test. * @returns `true` if the given string is a glob, otherwise `false` */ function isGlob(str) { const chars = { "{": "}", "(": ")", "[": "]" }; const regex = /\\(.)|(^!|\*|\?|[\].+)]\?|\[[^[\\\]]+\]|\{[^{\\}]+\}|\(\?[:!=][^\\)]+\)|\([^(|]+\|[^\\)]+\)|@\([^)]+\))/; if (str === "") { return false; } let match; while(match = regex.exec(str)){ if (match[2]) return true; let idx = match.index + match[0].length; // if an open bracket/brace/paren is escaped, // set the index to the next closing character const open = match[1]; const close = open ? chars[open] : null; if (open && close) { const n = str.indexOf(close, idx); if (n !== -1) { idx = n + 1; } } str = str.slice(idx); } return false; } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Like normalize(), but doesn't collapse "**\/.." when `globstar` is true. * * @example Usage * ```ts * import { normalizeGlob } from "@std/path/windows/normalize-glob"; * import { assertEquals } from "@std/assert"; * * const normalized = normalizeGlob("**\\foo\\..\\bar", { globstar: true }); * assertEquals(normalized, "**\\bar"); * ``` * * @param glob The glob pattern to normalize. * @param options The options for glob pattern. * @returns The normalized glob pattern. */ function normalizeGlob(glob, options = {}) { const { globstar = false } = options; if (glob.match(/\0/g)) { throw new Error(`Glob contains invalid characters: "${glob}"`); } if (!globstar) { return normalize(glob); } const s = SEPARATOR_PATTERN.source; const badParentPattern = new RegExp(`(?<=(${s}|^)\\*\\*${s})\\.\\.(?=${s}|$)`, "g"); return normalize(glob.replace(badParentPattern, "\0")).replace(/\0/g, ".."); } // Copyright 2018-2025 the Deno authors. MIT license. // This module is browser compatible. /** * Like join(), but doesn't collapse "**\/.." when `globstar` is true. * * @example Usage * * ```ts * import { joinGlobs } from "@std/path/windows/join-globs"; * import { assertEquals } from "@std/assert"; * * const joined = joinGlobs(["foo", "**", "bar"], { globstar: true }); * assertEquals(joined, "foo\\**\\bar"); * ``` * * @param globs The globs to join. * @param options The options for glob pattern. * @returns The joined glob pattern. */ function joinGlobs(globs, options = {}) { const { globstar = false } = options; if (!globstar || globs.length === 0) { return join(...globs); } let joined; for (const glob of globs){ const path = glob; if (path.length > 0) { if (!joined) joined = path; else joined += `${SEPARATOR}${path}`; } } if (!joined) return "."; return normalizeGlob(joined, { globstar }); } export { DELIMITER, SEPARATOR, SEPARATOR_PATTERN, basename, common, dirname, extname, format, fromFileUrl, globToRegExp, isAbsolute, isGlob, join, joinGlobs, normalize, normalizeGlob, parse, relative, resolve, toFileUrl, toNamespacedPath }; 5xW/** * @fileoverview Types for the config-array package. * @author Nicholas C. Zakas */ /** * A file matcher used in `files` and `ignores`. */ export type FileMatcher = string | ((filePath: string) => boolean); /** * An entry in a config's `files` array. * * A subarray means all matchers must match. */ export type FilesMatcher = FileMatcher | FileMatcher[]; /** * The config types allowed in the `extraConfigTypes` option. */ export type ExtraConfigType = "array" | "function"; export interface ConfigObject { /** * The base path for files and ignores. */ basePath?: string; /** * The files to include. */ files?: FilesMatcher[]; /** * The files to exclude. */ ignores?: FileMatcher[]; /** * The name of the config object. */ name?: string; [key: string]: unknown; } }x*{ "name": "@eslint/config-array", "version": "0.23.5", "description": "General purpose glob-based configuration matching.", "author": "Nicholas C. Zakas", "type": "module", "main": "dist/esm/index.js", "types": "dist/esm/index.d.ts", "exports": { "require": { "types": "./dist/cjs/index.d.cts", "default": "./dist/cjs/index.cjs" }, "import": { "types": "./dist/esm/index.d.ts", "default": "./dist/esm/index.js" } }, "files": [ "dist" ], "publishConfig": { "access": "public" }, "repository": { "type": "git", "url": "git+https://github.com/eslint/rewrite.git", "directory": "packages/config-array" }, "bugs": { "url": "https://github.com/eslint/rewrite/issues" }, "homepage": "https://github.com/eslint/rewrite/tree/main/packages/config-array#readme", "scripts": { "build:dedupe-types": "node ../../tools/dedupe-types.js dist/cjs/index.cjs dist/esm/index.js", "build:cts": "node ../../tools/build-cts.js dist/esm/index.d.ts dist/cjs/index.d.cts", "build:std__path": "rollup -c rollup.std__path-config.js && node fix-std__path-imports", "build": "rollup -c && npm run build:dedupe-types && tsc -p tsconfig.esm.json && npm run build:cts && npm run build:std__path", "lint:types": "attw --pack", "pretest": "npm run build", "test": "npm run test:types && npm run test:unit", "test:coverage": "npm run build && c8 npm run test:unit", "test:jsr": "npx -y jsr@latest publish --dry-run", "test:types": "tsc -p tests/types/tsconfig.json", "test:unit": "mocha \"tests/**/*.test.js\"" }, "keywords": [ "configuration", "configarray", "config file" ], "license": "Apache-2.0", "dependencies": { "@eslint/object-schema": "^3.0.5", "debug": "^4.3.1", "minimatch": "^10.2.4" }, "devDependencies": { "@jsr/std__path": "^1.0.4", "rollup-plugin-copy": "^3.5.0" }, "engines": { "node": "^20.19.0 || ^22.13.0 || >=24" } } baxp100644 LICENSE&랟+K fݩo\d100644 README.mdF`x@51_q 졲40000 dist%DB*L ^'100644 package.json 1.pzdo6ɡL8^xI# @eslint/config-helpers ## Description Helper utilities for creating ESLint configuration. ## Installation For Node.js and compatible runtimes: ```shell npm install @eslint/config-helpers # or yarn add @eslint/config-helpers # or pnpm install @eslint/config-helpers # or bun add @eslint/config-helpers ``` For Deno: ```shell deno add @eslint/config-helpers ``` ## Usage ### `defineConfig()` The `defineConfig()` function allows you to specify an ESLint configuration with full type checking and additional capabilities, such as `extends`. Here's an example: ```js // eslint.config.js import { defineConfig } from "@eslint/config-helpers"; import js from "@eslint/js"; export default defineConfig([ { files: ["src/**/*.js"], plugins: { js }, extends: ["js/recommended"], rules: { "no-var": "error", "prefer-const": "error", }, }, { files: ["test/**/*.js"], rules: { "no-console": "off", }, }, ]); ``` ### `globalIgnores()` The `globalIgnores()` function allows you to specify patterns for files and directories that should be globally ignored by ESLint. This is useful for excluding files that you don't want to lint, such as build directories or third-party libraries. Here's an example: ```js // eslint.config.js import { defineConfig, globalIgnores } from "@eslint/config-helpers"; export default defineConfig([ { files: ["src/**/*.js"], rules: { "no-var": "error", "prefer-const": "error", }, }, globalIgnores(["node_modules/", "dist/", "coverage/"]), ]); ``` ### `includeIgnoreFile()` The `includeIgnoreFile()` function reads a file with gitignore-style patterns (such as a `.gitignore`) and returns a config object with the patterns converted to a global ignores object. Pass the absolute path to the ignore file as the first argument: ```js // eslint.config.js import { defineConfig, includeIgnoreFile } from "@eslint/config-helpers"; import path from "node:path"; const ignorePath = path.join(import.meta.dirname, ".gitignore"); export default defineConfig([ includeIgnoreFile(ignorePath, { gitignoreResolution: true, }), // ... ]); ``` #### Options The second argument is an optional options object: - **`gitignoreResolution`** (`boolean`): Controls how ignore patterns are interpreted. - `false` (default) — patterns are resolved relative to the location of the configuration file. - `true` — patterns are resolved relative to the location of the ignore file, matching the behavior of `.gitignore` files. - **`name`** (`string`): A custom name for the resulting config object. For backwards compatibility with `includeIgnoreFile()` from `@eslint/compat`, passing a string instead of an object as the second argument is treated as equivalent to providing a value for `name`. #### Multiple files You can also pass an array of absolute paths to include multiple ignore files at once. In this case an array of config objects is returned: ```js // eslint.config.js import { defineConfig, includeIgnoreFile } from "@eslint/config-helpers"; import path from "node:path"; export default defineConfig([ includeIgnoreFile( [ path.join(import.meta.dirname, ".gitignore"), path.join(import.meta.dirname, "packages/lib/.gitignore"), ], { gitignoreResolution: true }, ), // ... ]); ``` ## License Apache 2.0 ## Sponsors The following companies, organizations, and individuals support ESLint's ongoing maintenance and development. [Become a Sponsor](https://eslint.org/donate) to get your logo on our READMEs and [website](https://eslint.org/sponsors).

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Ft3x<40000 cjs̤XY=ր>Y40000 esmxw.\b-H.Pk/Zxq100644 index.cjs6Cħ!Q0wN100644 index.d.cts'r6if100644 types.cts/zwT} ʼrcȵF/ x^t'use strict'; var fs = require('node:fs'); var path = require('node:path'); /** * @fileoverview defineConfig helper * @author Nicholas C. Zakas */ //----------------------------------------------------------------------------- // Type Definitions //----------------------------------------------------------------------------- /** @import * as $eslintcore from "@eslint/core"; */ /** @typedef {$eslintcore.ConfigObject} ConfigObject */ /** @typedef {$eslintcore.LegacyConfigObject} LegacyConfig */ /** @typedef {$eslintcore.Plugin} Plugin */ /** @typedef {$eslintcore.RuleConfig} RuleConfig */ /** @import * as $typests from "./types.ts"; */ /** @typedef {$typests.Config} Config */ /** @typedef {$typests.ExtendsElement} ExtendsElement */ /** @typedef {$typests.ExtensionConfigObject} ExtensionConfigObject */ /** @typedef {$typests.SimpleExtendsElement} SimpleExtendsElement */ /** @typedef {$typests.ConfigWithExtends} ConfigWithExtends */ /** @typedef {$typests.InfiniteArray} InfiniteConfigArray */ /** @typedef {$typests.ConfigWithExtendsArray} ConfigWithExtendsArray */ //----------------------------------------------------------------------------- // Helpers //----------------------------------------------------------------------------- const eslintrcKeys = [ "env", "extends", "globals", "ignorePatterns", "noInlineConfig", "overrides", "parser", "parserOptions", "reportUnusedDisableDirectives", "root", ]; const allowedGlobalIgnoreKeys = new Set(["basePath", "ignores", "name"]); /** * Gets the name of a config object. * @param {ConfigObject} config The config object. * @param {string} indexPath The index path of the config object. * @return {string} The name of the config object. */ function getConfigName(config, indexPath) { if (config.name) { return config.name; } return `UserConfig${indexPath}`; } /** * Gets the name of an extension. * @param {SimpleExtendsElement} extension The extension. * @param {string} indexPath The index of the extension. * @return {string} The name of the extension. */ function getExtensionName(extension, indexPath) { if (typeof extension === "string") { return extension; } if (extension.name) { return extension.name; } return `ExtendedConfig${indexPath}`; } /** * Determines if a config object is a legacy config. * @param {ConfigObject|LegacyConfig} config The config object to check. * @return {config is LegacyConfig} `true` if the config object is a legacy config. */ function isLegacyConfig(config) { // eslintrc's plugins must be an array; while flat config's must be an object. if (Array.isArray(config.plugins)) { return true; } for (const key of eslintrcKeys) { if (key in config) { return true; } } return false; } /** * Determines if a config object is a global ignores config. * @param {ConfigObject} config The config object to check. * @return {boolean} `true` if the config object is a global ignores config. */ function isGlobalIgnores(config) { return Object.keys(config).every(key => allowedGlobalIgnoreKeys.has(key)); } /** * Parses a plugin member ID (rule, processor, etc.) and returns * the namespace and member name. * @param {string} id The ID to parse. * @returns {{namespace:string, name:string}} The namespace and member name. */ function getPluginMember(id) { const firstSlashIndex = id.indexOf("/"); if (firstSlashIndex === -1) { return { namespace: "", name: id }; } let namespace = id.slice(0, firstSlashIndex); /* * Special cases: * 1. The namespace is `@`, that means it's referring to the * core plugin so `@` is the full namespace. * 2. The namespace starts with `@`, that means it's referring to * an npm scoped package. That means the namespace is the scope * and the package name (i.e., `@eslint/core`). */ if (namespace[0] === "@" && namespace !== "@") { const secondSlashIndex = id.indexOf("/", firstSlashIndex + 1); if (secondSlashIndex !== -1) { namespace = id.slice(0, secondSlashIndex); return { namespace, name: id.slice(secondSlashIndex + 1) }; } } const name = id.slice(firstSlashIndex + 1); return { namespace, name }; } /** * Normalizes the plugin config by replacing the namespace with the plugin namespace. * @param {string} userNamespace The namespace of the plugin. * @param {Plugin} plugin The plugin config object. * @param {ConfigObject} config The config object to normalize. * @return {ConfigObject} The normalized config object. */ function normalizePluginConfig(userNamespace, plugin, config) { const pluginNamespace = plugin.meta?.namespace; // don't do anything if the plugin doesn't have a namespace or rules if ( !pluginNamespace || pluginNamespace === userNamespace || (!config.rules && !config.processor && !config.language) ) { return config; } const result = { ...config }; // update the rules if (result.rules) { const ruleIds = Object.keys(result.rules); /** @type {Record} */ const newRules = {}; for (let i = 0; i < ruleIds.length; i++) { const ruleId = ruleIds[i]; const { namespace: ruleNamespace, name: ruleName } = getPluginMember(ruleId); if (ruleNamespace === pluginNamespace) { newRules[`${userNamespace}/${ruleName}`] = result.rules[ruleId]; } else { newRules[ruleId] = result.rules[ruleId]; } } result.rules = newRules; } // update the processor if (typeof result.processor === "string") { const { namespace: processorNamespace, name: processorName } = getPluginMember(result.processor); if (processorNamespace) { if (processorNamespace === pluginNamespace) { result.processor = `${userNamespace}/${processorName}`; } } } // update the language if (typeof result.language === "string") { const { namespace: languageNamespace, name: languageName } = getPluginMember(result.language); if (languageNamespace === pluginNamespace) { result.language = `${userNamespace}/${languageName}`; } } return result; } /** * Deeply normalizes a plugin config, traversing recursively into an arrays. * @param {string} userPluginNamespace The namespace of the plugin. * @param {Plugin} plugin The plugin object. * @param {ConfigObject|LegacyConfig|(ConfigObject|LegacyConfig)[]} pluginConfig The plugin config to normalize. * @param {string} pluginConfigName The name of the plugin config. * @return {InfiniteConfigArray} The normalized plugin config. * @throws {TypeError} If the plugin config is a legacy config. */ function deepNormalizePluginConfig( userPluginNamespace, plugin, pluginConfig, pluginConfigName, ) { // if it's an array then it's definitely a new config if (Array.isArray(pluginConfig)) { return pluginConfig.map(pluginSubConfig => deepNormalizePluginConfig( userPluginNamespace, plugin, pluginSubConfig, pluginConfigName, ), ); } // if it's a legacy config, throw an error if (isLegacyConfig(pluginConfig)) { throw new TypeError( `Plugin config "${pluginConfigName}" is an eslintrc config and cannot be used in this context.`, ); } return normalizePluginConfig(userPluginNamespace, plugin, pluginConfig); } /** * Finds a plugin config by name in the given config. * @param {ConfigObject} config The config object. * @param {string} pluginConfigName The name of the plugin config. * @return {InfiniteConfigArray} The plugin config. * @throws {TypeError} If the plugin config is not found or is a legacy config. */ function findPluginConfig(config, pluginConfigName) { const { namespace: userPluginNamespace, name: configName } = getPluginMember(pluginConfigName); const plugin = config.plugins?.[userPluginNamespace]; if (!plugin) { throw new TypeError(`Plugin "${userPluginNamespace}" not found.`); } const directConfig = plugin.configs?.[configName]; // Prefer direct config, but fall back to flat config if available if (directConfig) { // Arrays are always flat configs, and non-legacy configs can be used directly if (Array.isArray(directConfig) || !isLegacyConfig(directConfig)) { return deepNormalizePluginConfig( userPluginNamespace, plugin, directConfig, pluginConfigName, ); } } // If it's a legacy config, or the config does not exist => look for the flat version const flatConfig = plugin.configs?.[`flat/${configName}`]; if ( flatConfig && (Array.isArray(flatConfig) || !isLegacyConfig(flatConfig)) ) { return deepNormalizePluginConfig( userPluginNamespace, plugin, flatConfig, pluginConfigName, ); } // If we get here, then the config was either not found or is a legacy config const message = directConfig || flatConfig ? `Plugin config "${configName}" in plugin "${userPluginNamespace}" is an eslintrc config and cannot be used in this context.` : `Plugin config "${configName}" not found in plugin "${userPluginNamespace}".`; throw new TypeError(message); } /** * Flattens an array while keeping track of the index path. * @param {any[]} configList The array to traverse. * @param {string} indexPath The index path of the value in a multidimensional array. * @return {IterableIterator<{indexPath:string, value:any}>} The flattened list of values. */ function* flatTraverse(configList, indexPath = "") { for (let i = 0; i < configList.length; i++) { const newIndexPath = indexPath ? `${indexPath}[${i}]` : `[${i}]`; // if it's an array then traverse it as well if (Array.isArray(configList[i])) { yield* flatTraverse(configList[i], newIndexPath); continue; } yield { indexPath: newIndexPath, value: configList[i] }; } } /** * Extends a list of config files by creating every combination of base and extension files. * @param {(string|string[])[]} [baseFiles] The base files. * @param {(string|string[])[]} [extensionFiles] The extension files. * @return {(string|string[])[]} The extended files. */ function extendConfigFiles(baseFiles = [], extensionFiles = []) { if (!extensionFiles.length) { return baseFiles.concat(); } if (!baseFiles.length) { return extensionFiles.concat(); } /** @type {(string|string[])[]} */ const result = []; for (const baseFile of baseFiles) { for (const extensionFile of extensionFiles) { /* * Each entry can be a string or array of strings. The end result * needs to be an array of strings, so we need to be sure to include * all of the items when there's an array. */ const entry = []; if (Array.isArray(baseFile)) { entry.push(...baseFile); } else { entry.push(baseFile); } if (Array.isArray(extensionFile)) { entry.push(...extensionFile); } else { entry.push(extensionFile); } result.push(entry); } } return result; } /** * Extends a config object with another config object. * @param {ConfigObject} baseConfig The base config object. * @param {string} baseConfigName The name of the base config object. * @param {ConfigObject} extension The extension config object. * @param {string} extensionName The index of the extension config object. * @return {ConfigObject} The extended config object. */ function extendConfig(baseConfig, baseConfigName, extension, extensionName) { const result = { ...extension }; // for global ignores there is no further work to be done, we just keep everything if (!isGlobalIgnores(extension)) { // for files we need to create every combination of base and extension files if (baseConfig.files) { result.files = extendConfigFiles(baseConfig.files, extension.files); } // for ignores we just concatenation the extension ignores onto the base ignores if (baseConfig.ignores) { result.ignores = baseConfig.ignores.concat(extension.ignores ?? []); } } result.name = `${baseConfigName} > ${extensionName}`; if (baseConfig.basePath) { result.basePath = baseConfig.basePath; } return result; } /** * Processes a list of extends elements. * @param {ConfigWithExtends} config The config object. * @param {WeakMap} configNames The map of config objects to their names. * @return {ConfigObject[]} The flattened list of config objects. * @throws {TypeError} If the `extends` property is not an array or if nested `extends` is found. */ function processExtends(config, configNames) { if (!config.extends) { return [config]; } if (!Array.isArray(config.extends)) { throw new TypeError("The `extends` property must be an array."); } const { /** @type {ConfigObject[]} */ extends: extendsList, /** @type {ConfigObject} */ ...configObject } = config; const extensionNames = new WeakMap(); // replace strings with the actual configs const objectExtends = extendsList.map(extendsElement => { if (typeof extendsElement === "string") { const pluginConfig = findPluginConfig(config, extendsElement); // assign names if (Array.isArray(pluginConfig)) { pluginConfig.forEach((pluginConfigElement, index) => { extensionNames.set( pluginConfigElement, `${extendsElement}[${index}]`, ); }); } else { extensionNames.set(pluginConfig, extendsElement); } return pluginConfig; } return /** @type {ConfigObject} */ (extendsElement); }); const result = []; for (const { indexPath, value: extendsElement } of flatTraverse( objectExtends, )) { const extension = /** @type {ConfigObject} */ (extendsElement); if ("basePath" in extension) { throw new TypeError("'basePath' in `extends` is not allowed."); } if ("extends" in extension) { throw new TypeError("Nested 'extends' is not allowed."); } const baseConfigName = /** @type {string} */ (configNames.get(config)); const extensionName = extensionNames.get(extendsElement) ?? getExtensionName(extendsElement, indexPath); result.push( extendConfig( configObject, baseConfigName, extension, extensionName, ), ); } /* * If the base config object has only `ignores` and `extends`, then * removing `extends` turns it into a global ignores, which is not what * we want. So we need to check if the base config object is a global ignores * and if so, we don't add it to the array. * * (The other option would be to add a `files` entry, but that would result * in a config that didn't actually do anything because there are no * other keys in the config.) */ if (!isGlobalIgnores(configObject)) { result.push(configObject); } return result.flat(); } /** * Processes a list of config objects and arrays. * @param {ConfigWithExtends[]} configList The list of config objects and arrays. * @param {WeakMap} configNames The map of config objects to their names. * @return {ConfigObject[]} The flattened list of config objects. */ function processConfigList(configList, configNames) { return configList.flatMap(config => processExtends(config, configNames)); } //----------------------------------------------------------------------------- // Exports //----------------------------------------------------------------------------- /** * Helper function to define a config array. * @param {ConfigWithExtendsArray} args The arguments to the function. * @returns {ConfigObject[]} The config array. * @throws {TypeError} If no arguments are provided or if an argument is not an object. */ function defineConfig(...args) { const configNames = new WeakMap(); const configs = []; if (args.length === 0) { throw new TypeError("Expected one or more arguments."); } // first flatten the list of configs and get the names for (const { indexPath, value } of flatTraverse(args)) { if (typeof value !== "object" || value === null) { throw new TypeError( `Expected an object but received ${String(value)}.`, ); } const config = /** @type {ConfigWithExtends} */ (value); // save config name for easy reference later configNames.set(config, getConfigName(config, indexPath)); configs.push(config); } return processConfigList(configs, configNames); } /** * @fileoverview Global ignores helper function. * @author Nicholas C. Zakas */ //----------------------------------------------------------------------------- // Type Definitions //----------------------------------------------------------------------------- //----------------------------------------------------------------------------- // Helpers //----------------------------------------------------------------------------- let globalIgnoreCount = 0; //----------------------------------------------------------------------------- // Exports //----------------------------------------------------------------------------- /** * Creates a global ignores config with the given patterns. * @param {string[]} ignorePatterns The ignore patterns. * @param {string} [name] The name of the global ignores config. * @returns {ConfigObject} The global ignores config. * @throws {TypeError} If ignorePatterns is not an array or if it is empty. */ function globalIgnores(ignorePatterns, name) { if (!Array.isArray(ignorePatterns)) { throw new TypeError("ignorePatterns must be an array"); } if (ignorePatterns.length === 0) { throw new TypeError("ignorePatterns must contain at least one pattern"); } const id = globalIgnoreCount++; return { name: name || `globalIgnores ${id}`, ignores: ignorePatterns, }; } /** * @fileoverview Ignore file utilities for the config-helpers package. * This file was forked from the source code for the compat package. * * @author Nicholas C. Zakas * @author Kirk Waiblinger */ //----------------------------------------------------------------------------- // Types //----------------------------------------------------------------------------- /** * @typedef {object} IncludeIgnoreFileOptionsObject * @property {boolean} [gitignoreResolution] Whether to interpret the contents of an ignore file relative to the config file or the ignore file. * - gitignoreResolution: false (default): Interprets ignore patterns relative to the config file * - gitignoreResolution: true: Interprets the ignore patterns in a file relative to the ignore file * @property {string} [name] The name to give the output config object(s). */ /** * Options for `includeIgnoreFile()`. May be provided as an object or, for * legacy compatibility with `@eslint/compat`, as a string which is treated as * the `name` option. * @typedef {IncludeIgnoreFileOptionsObject | string} IncludeIgnoreFileOptions */ //----------------------------------------------------------------------------- // Exports //----------------------------------------------------------------------------- /** * Converts an ESLint ignore pattern to a minimatch pattern. * @param {string} pattern The .eslintignore or .gitignore pattern to convert. * @returns {string} The converted pattern. */ function convertIgnorePatternToMinimatch(pattern) { const isNegated = pattern.startsWith("!"); const negatedPrefix = isNegated ? "!" : ""; const patternToTest = (isNegated ? pattern.slice(1) : pattern).trimEnd(); // special cases if (["", "**", "/**", "**/"].includes(patternToTest)) { return `${negatedPrefix}${patternToTest}`; } const firstIndexOfSlash = patternToTest.indexOf("/"); const matchEverywherePrefix = firstIndexOfSlash < 0 || firstIndexOfSlash === patternToTest.length - 1 ? "**/" : ""; const patternWithoutLeadingSlash = firstIndexOfSlash === 0 ? patternToTest.slice(1) : patternToTest; /* * Escape `{` and `(` because in gitignore patterns they are just * literal characters without any specific syntactic meaning, * while in minimatch patterns they can form brace expansion or extglob syntax. * * For example, gitignore pattern `src/{a,b}.js` ignores file `src/{a,b}.js`. * But, the same minimatch pattern `src/{a,b}.js` ignores files `src/a.js` and `src/b.js`. * Minimatch pattern `src/\{a,b}.js` is equivalent to gitignore pattern `src/{a,b}.js`. */ const escapedPatternWithoutLeadingSlash = patternWithoutLeadingSlash.replaceAll( // eslint-disable-next-line regexp/no-empty-lookarounds-assertion -- False positive /(?=((?:\\.|[^{(])*))\1([{(])/guy, "$1\\$2", ); const matchInsideSuffix = patternToTest.endsWith("/**") ? "/*" : ""; return `${negatedPrefix}${matchEverywherePrefix}${escapedPatternWithoutLeadingSlash}${matchInsideSuffix}`; } /** * @param {string} ignoreFilePath * @returns {string[]} */ function ignoreFilePathToPatterns(ignoreFilePath) { const ignoreFile = fs.readFileSync(ignoreFilePath, "utf8"); const lines = ignoreFile.split(/\r?\n/u); return lines .map(line => line.trim()) .filter(line => line && !line.startsWith("#")) .map(convertIgnorePatternToMinimatch); } /** * Helper to parse and validate the options to `includeIgnoreFile()` * * @param {string | { gitignoreResolution?: unknown, name?: unknown } | undefined} options * @returns {{ gitignoreResolution: boolean, name: string }} */ function parseOptions(options) { // legacy compatibility with @eslint/compat's `includeIgnoreFile` if (typeof options === "string") { return { gitignoreResolution: false, name: options }; } const optionsObject = options ?? {}; if (typeof optionsObject !== "object" || Array.isArray(optionsObject)) { throw new TypeError( "The options argument to `includeIgnoreFile()` should be an object or a string.", ); } const gitignoreResolution = optionsObject.gitignoreResolution ?? false; if (typeof gitignoreResolution !== "boolean") { throw new TypeError( "The `gitignoreResolution` option must be specified a boolean or omitted", ); } const name = optionsObject.name ?? `Imported .gitignore patterns`; if (typeof name !== "string") { throw new TypeError( "The `name` option must be specified as a string or omitted.", ); } return { gitignoreResolution, name }; } /** * @overload * * Reads ignore files and returns objects with the ignore patterns. * * @param {string[]} ignoreFilePathArg The paths of ignore files to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject[]} */ /** * @overload * * Reads an ignore file and returns an object with the ignore patterns. * * @param {string} ignoreFilePathArg The path of the ignore file to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject} */ /** * @overload * * Reads an ignore file(s) and returns an object(s) with the ignore patterns. * * @param {string[] | string} ignoreFilePathArg The path(s) of the ignore file(s) to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject[] | ConfigObject} */ /** * Reads an ignore file(s) and returns an object(s) with the ignore patterns. * * @param {string[] | string} ignoreFilePathArg The path(s) of the ignore file(s) to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject[] | ConfigObject} */ function includeIgnoreFile(ignoreFilePathArg, options) { const returnSingleObject = !Array.isArray(ignoreFilePathArg); const ignoreFilePaths = Array.isArray(ignoreFilePathArg) ? ignoreFilePathArg : [ignoreFilePathArg]; for (const ignorePath of ignoreFilePaths) { if (typeof ignorePath !== "string") { throw new TypeError( "The first argument to `includeIgnoreFile()` should be a string or array of strings", ); } if (!path.isAbsolute(ignorePath)) { throw new Error( `The ignore file location must be an absolute path. Received ${ignorePath}`, ); } } const { gitignoreResolution, name } = parseOptions(options); if (returnSingleObject) { return { name, ignores: ignoreFilePathToPatterns(ignoreFilePathArg), ...(gitignoreResolution ? { basePath: path.dirname(ignoreFilePathArg) } : {}), }; } return ignoreFilePaths.map((ignoreFilePath, i) => ({ name: `${name} (${i})`, ignores: ignoreFilePathToPatterns(ignoreFilePath), ...(gitignoreResolution ? { basePath: path.dirname(ignoreFilePath) } : {}), })); } exports.convertIgnorePatternToMinimatch = convertIgnorePatternToMinimatch; exports.defineConfig = defineConfig; exports.globalIgnores = globalIgnores; exports.includeIgnoreFile = includeIgnoreFile; \ưxexport type IncludeIgnoreFileOptionsObject = { /** * Whether to interpret the contents of an ignore file relative to the config file or the ignore file. * - gitignoreResolution: false (default): Interprets ignore patterns relative to the config file * - gitignoreResolution: true: Interprets the ignore patterns in a file relative to the ignore file */ gitignoreResolution?: boolean; /** * The name to give the output config object(s). */ name?: string; }; /** * Options for `includeIgnoreFile()`. May be provided as an object or, for * legacy compatibility with `@eslint/compat`, as a string which is treated as * the `name` option. */ export type IncludeIgnoreFileOptions = IncludeIgnoreFileOptionsObject | string; export type ConfigObject = $eslintcore.ConfigObject; export type LegacyConfig = $eslintcore.LegacyConfigObject; export type Plugin = $eslintcore.Plugin; export type RuleConfig = $eslintcore.RuleConfig; export type Config = $typests.Config; export type ExtendsElement = $typests.ExtendsElement; export type ExtensionConfigObject = $typests.ExtensionConfigObject; export type SimpleExtendsElement = $typests.SimpleExtendsElement; export type ConfigWithExtends = $typests.ConfigWithExtends; export type InfiniteConfigArray = $typests.InfiniteArray; export type ConfigWithExtendsArray = $typests.ConfigWithExtendsArray; /** * @fileoverview Ignore file utilities for the config-helpers package. * This file was forked from the source code for the compat package. * * @author Nicholas C. Zakas * @author Kirk Waiblinger */ /** * @typedef {object} IncludeIgnoreFileOptionsObject * @property {boolean} [gitignoreResolution] Whether to interpret the contents of an ignore file relative to the config file or the ignore file. * - gitignoreResolution: false (default): Interprets ignore patterns relative to the config file * - gitignoreResolution: true: Interprets the ignore patterns in a file relative to the ignore file * @property {string} [name] The name to give the output config object(s). */ /** * Options for `includeIgnoreFile()`. May be provided as an object or, for * legacy compatibility with `@eslint/compat`, as a string which is treated as * the `name` option. * @typedef {IncludeIgnoreFileOptionsObject | string} IncludeIgnoreFileOptions */ /** * Converts an ESLint ignore pattern to a minimatch pattern. * @param {string} pattern The .eslintignore or .gitignore pattern to convert. * @returns {string} The converted pattern. */ export function convertIgnorePatternToMinimatch(pattern: string): string; /** * Helper function to define a config array. * @param {ConfigWithExtendsArray} args The arguments to the function. * @returns {ConfigObject[]} The config array. * @throws {TypeError} If no arguments are provided or if an argument is not an object. */ export function defineConfig(...args: ConfigWithExtendsArray): ConfigObject[]; /** * Creates a global ignores config with the given patterns. * @param {string[]} ignorePatterns The ignore patterns. * @param {string} [name] The name of the global ignores config. * @returns {ConfigObject} The global ignores config. * @throws {TypeError} If ignorePatterns is not an array or if it is empty. */ export function globalIgnores(ignorePatterns: string[], name?: string): ConfigObject; /** * @overload * * Reads ignore files and returns objects with the ignore patterns. * * @param {string[]} ignoreFilePathArg The paths of ignore files to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject[]} */ export function includeIgnoreFile(ignoreFilePathArg: string[], options?: IncludeIgnoreFileOptions): ConfigObject[]; /** * @overload * * Reads an ignore file and returns an object with the ignore patterns. * * @param {string} ignoreFilePathArg The path of the ignore file to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject} */ export function includeIgnoreFile(ignoreFilePathArg: string, options?: IncludeIgnoreFileOptions): ConfigObject; /** * @overload * * Reads an ignore file(s) and returns an object(s) with the ignore patterns. * * @param {string[] | string} ignoreFilePathArg The path(s) of the ignore file(s) to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject[] | ConfigObject} */ export function includeIgnoreFile(ignoreFilePathArg: string[] | string, options?: IncludeIgnoreFileOptions): ConfigObject[] | ConfigObject; import type * as $eslintcore from "@eslint/core"; import type * as $typests from "./types.cts"; D WcBx*/** * @fileoverview Types for this package. */ import type { ConfigObject } from "@eslint/core"; /** @deprecated Use `ConfigObject` instead. */ export type Config = ConfigObject; /** * Infinite array type. */ export type InfiniteArray = T | InfiniteArray[]; /** * A config object that may appear inside of `extends`. * `basePath` and nested `extends` are not allowed on extension config objects. */ export type ExtensionConfigObject = Omit & { extends?: never; }; /** * The type of array element in the `extends` property after flattening. */ export type SimpleExtendsElement = string | ExtensionConfigObject; /** * The type of array element in the `extends` property before flattening. */ export type ExtendsElement = SimpleExtendsElement | InfiniteArray; /** * Config with extends. Valid only inside of `defineConfig()`. */ export interface ConfigWithExtends extends ConfigObject { extends?: ExtendsElement[]; } export type ConfigWithExtendsArray = InfiniteArray[]; co3 xk100644 index.d.tsnx^h..1 6100644 index.js+WCޤ * X^cKV\100644 types.d.ts[G6(9EiNۡ_100644 types.ts/zwT} ʼrc{::xexport type IncludeIgnoreFileOptionsObject = { /** * Whether to interpret the contents of an ignore file relative to the config file or the ignore file. * - gitignoreResolution: false (default): Interprets ignore patterns relative to the config file * - gitignoreResolution: true: Interprets the ignore patterns in a file relative to the ignore file */ gitignoreResolution?: boolean; /** * The name to give the output config object(s). */ name?: string; }; /** * Options for `includeIgnoreFile()`. May be provided as an object or, for * legacy compatibility with `@eslint/compat`, as a string which is treated as * the `name` option. */ export type IncludeIgnoreFileOptions = IncludeIgnoreFileOptionsObject | string; export type ConfigObject = $eslintcore.ConfigObject; export type LegacyConfig = $eslintcore.LegacyConfigObject; export type Plugin = $eslintcore.Plugin; export type RuleConfig = $eslintcore.RuleConfig; export type Config = $typests.Config; export type ExtendsElement = $typests.ExtendsElement; export type ExtensionConfigObject = $typests.ExtensionConfigObject; export type SimpleExtendsElement = $typests.SimpleExtendsElement; export type ConfigWithExtends = $typests.ConfigWithExtends; export type InfiniteConfigArray = $typests.InfiniteArray; export type ConfigWithExtendsArray = $typests.ConfigWithExtendsArray; /** * @fileoverview Ignore file utilities for the config-helpers package. * This file was forked from the source code for the compat package. * * @author Nicholas C. Zakas * @author Kirk Waiblinger */ /** * @typedef {object} IncludeIgnoreFileOptionsObject * @property {boolean} [gitignoreResolution] Whether to interpret the contents of an ignore file relative to the config file or the ignore file. * - gitignoreResolution: false (default): Interprets ignore patterns relative to the config file * - gitignoreResolution: true: Interprets the ignore patterns in a file relative to the ignore file * @property {string} [name] The name to give the output config object(s). */ /** * Options for `includeIgnoreFile()`. May be provided as an object or, for * legacy compatibility with `@eslint/compat`, as a string which is treated as * the `name` option. * @typedef {IncludeIgnoreFileOptionsObject | string} IncludeIgnoreFileOptions */ /** * Converts an ESLint ignore pattern to a minimatch pattern. * @param {string} pattern The .eslintignore or .gitignore pattern to convert. * @returns {string} The converted pattern. */ export function convertIgnorePatternToMinimatch(pattern: string): string; /** * Helper function to define a config array. * @param {ConfigWithExtendsArray} args The arguments to the function. * @returns {ConfigObject[]} The config array. * @throws {TypeError} If no arguments are provided or if an argument is not an object. */ export function defineConfig(...args: ConfigWithExtendsArray): ConfigObject[]; /** * Creates a global ignores config with the given patterns. * @param {string[]} ignorePatterns The ignore patterns. * @param {string} [name] The name of the global ignores config. * @returns {ConfigObject} The global ignores config. * @throws {TypeError} If ignorePatterns is not an array or if it is empty. */ export function globalIgnores(ignorePatterns: string[], name?: string): ConfigObject; /** * @overload * * Reads ignore files and returns objects with the ignore patterns. * * @param {string[]} ignoreFilePathArg The paths of ignore files to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject[]} */ export function includeIgnoreFile(ignoreFilePathArg: string[], options?: IncludeIgnoreFileOptions): ConfigObject[]; /** * @overload * * Reads an ignore file and returns an object with the ignore patterns. * * @param {string} ignoreFilePathArg The path of the ignore file to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject} */ export function includeIgnoreFile(ignoreFilePathArg: string, options?: IncludeIgnoreFileOptions): ConfigObject; /** * @overload * * Reads an ignore file(s) and returns an object(s) with the ignore patterns. * * @param {string[] | string} ignoreFilePathArg The path(s) of the ignore file(s) to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject[] | ConfigObject} */ export function includeIgnoreFile(ignoreFilePathArg: string[] | string, options?: IncludeIgnoreFileOptions): ConfigObject[] | ConfigObject; import type * as $eslintcore from "@eslint/core"; import type * as $typests from "./types.ts"; W x-^ҡ// @ts-self-types="./index.d.ts" import fs from 'node:fs'; import path from 'node:path'; /** * @fileoverview defineConfig helper * @author Nicholas C. Zakas */ //----------------------------------------------------------------------------- // Type Definitions //----------------------------------------------------------------------------- /** @import * as $eslintcore from "@eslint/core"; */ /** @typedef {$eslintcore.ConfigObject} ConfigObject */ /** @typedef {$eslintcore.LegacyConfigObject} LegacyConfig */ /** @typedef {$eslintcore.Plugin} Plugin */ /** @typedef {$eslintcore.RuleConfig} RuleConfig */ /** @import * as $typests from "./types.ts"; */ /** @typedef {$typests.Config} Config */ /** @typedef {$typests.ExtendsElement} ExtendsElement */ /** @typedef {$typests.ExtensionConfigObject} ExtensionConfigObject */ /** @typedef {$typests.SimpleExtendsElement} SimpleExtendsElement */ /** @typedef {$typests.ConfigWithExtends} ConfigWithExtends */ /** @typedef {$typests.InfiniteArray} InfiniteConfigArray */ /** @typedef {$typests.ConfigWithExtendsArray} ConfigWithExtendsArray */ //----------------------------------------------------------------------------- // Helpers //----------------------------------------------------------------------------- const eslintrcKeys = [ "env", "extends", "globals", "ignorePatterns", "noInlineConfig", "overrides", "parser", "parserOptions", "reportUnusedDisableDirectives", "root", ]; const allowedGlobalIgnoreKeys = new Set(["basePath", "ignores", "name"]); /** * Gets the name of a config object. * @param {ConfigObject} config The config object. * @param {string} indexPath The index path of the config object. * @return {string} The name of the config object. */ function getConfigName(config, indexPath) { if (config.name) { return config.name; } return `UserConfig${indexPath}`; } /** * Gets the name of an extension. * @param {SimpleExtendsElement} extension The extension. * @param {string} indexPath The index of the extension. * @return {string} The name of the extension. */ function getExtensionName(extension, indexPath) { if (typeof extension === "string") { return extension; } if (extension.name) { return extension.name; } return `ExtendedConfig${indexPath}`; } /** * Determines if a config object is a legacy config. * @param {ConfigObject|LegacyConfig} config The config object to check. * @return {config is LegacyConfig} `true` if the config object is a legacy config. */ function isLegacyConfig(config) { // eslintrc's plugins must be an array; while flat config's must be an object. if (Array.isArray(config.plugins)) { return true; } for (const key of eslintrcKeys) { if (key in config) { return true; } } return false; } /** * Determines if a config object is a global ignores config. * @param {ConfigObject} config The config object to check. * @return {boolean} `true` if the config object is a global ignores config. */ function isGlobalIgnores(config) { return Object.keys(config).every(key => allowedGlobalIgnoreKeys.has(key)); } /** * Parses a plugin member ID (rule, processor, etc.) and returns * the namespace and member name. * @param {string} id The ID to parse. * @returns {{namespace:string, name:string}} The namespace and member name. */ function getPluginMember(id) { const firstSlashIndex = id.indexOf("/"); if (firstSlashIndex === -1) { return { namespace: "", name: id }; } let namespace = id.slice(0, firstSlashIndex); /* * Special cases: * 1. The namespace is `@`, that means it's referring to the * core plugin so `@` is the full namespace. * 2. The namespace starts with `@`, that means it's referring to * an npm scoped package. That means the namespace is the scope * and the package name (i.e., `@eslint/core`). */ if (namespace[0] === "@" && namespace !== "@") { const secondSlashIndex = id.indexOf("/", firstSlashIndex + 1); if (secondSlashIndex !== -1) { namespace = id.slice(0, secondSlashIndex); return { namespace, name: id.slice(secondSlashIndex + 1) }; } } const name = id.slice(firstSlashIndex + 1); return { namespace, name }; } /** * Normalizes the plugin config by replacing the namespace with the plugin namespace. * @param {string} userNamespace The namespace of the plugin. * @param {Plugin} plugin The plugin config object. * @param {ConfigObject} config The config object to normalize. * @return {ConfigObject} The normalized config object. */ function normalizePluginConfig(userNamespace, plugin, config) { const pluginNamespace = plugin.meta?.namespace; // don't do anything if the plugin doesn't have a namespace or rules if ( !pluginNamespace || pluginNamespace === userNamespace || (!config.rules && !config.processor && !config.language) ) { return config; } const result = { ...config }; // update the rules if (result.rules) { const ruleIds = Object.keys(result.rules); /** @type {Record} */ const newRules = {}; for (let i = 0; i < ruleIds.length; i++) { const ruleId = ruleIds[i]; const { namespace: ruleNamespace, name: ruleName } = getPluginMember(ruleId); if (ruleNamespace === pluginNamespace) { newRules[`${userNamespace}/${ruleName}`] = result.rules[ruleId]; } else { newRules[ruleId] = result.rules[ruleId]; } } result.rules = newRules; } // update the processor if (typeof result.processor === "string") { const { namespace: processorNamespace, name: processorName } = getPluginMember(result.processor); if (processorNamespace) { if (processorNamespace === pluginNamespace) { result.processor = `${userNamespace}/${processorName}`; } } } // update the language if (typeof result.language === "string") { const { namespace: languageNamespace, name: languageName } = getPluginMember(result.language); if (languageNamespace === pluginNamespace) { result.language = `${userNamespace}/${languageName}`; } } return result; } /** * Deeply normalizes a plugin config, traversing recursively into an arrays. * @param {string} userPluginNamespace The namespace of the plugin. * @param {Plugin} plugin The plugin object. * @param {ConfigObject|LegacyConfig|(ConfigObject|LegacyConfig)[]} pluginConfig The plugin config to normalize. * @param {string} pluginConfigName The name of the plugin config. * @return {InfiniteConfigArray} The normalized plugin config. * @throws {TypeError} If the plugin config is a legacy config. */ function deepNormalizePluginConfig( userPluginNamespace, plugin, pluginConfig, pluginConfigName, ) { // if it's an array then it's definitely a new config if (Array.isArray(pluginConfig)) { return pluginConfig.map(pluginSubConfig => deepNormalizePluginConfig( userPluginNamespace, plugin, pluginSubConfig, pluginConfigName, ), ); } // if it's a legacy config, throw an error if (isLegacyConfig(pluginConfig)) { throw new TypeError( `Plugin config "${pluginConfigName}" is an eslintrc config and cannot be used in this context.`, ); } return normalizePluginConfig(userPluginNamespace, plugin, pluginConfig); } /** * Finds a plugin config by name in the given config. * @param {ConfigObject} config The config object. * @param {string} pluginConfigName The name of the plugin config. * @return {InfiniteConfigArray} The plugin config. * @throws {TypeError} If the plugin config is not found or is a legacy config. */ function findPluginConfig(config, pluginConfigName) { const { namespace: userPluginNamespace, name: configName } = getPluginMember(pluginConfigName); const plugin = config.plugins?.[userPluginNamespace]; if (!plugin) { throw new TypeError(`Plugin "${userPluginNamespace}" not found.`); } const directConfig = plugin.configs?.[configName]; // Prefer direct config, but fall back to flat config if available if (directConfig) { // Arrays are always flat configs, and non-legacy configs can be used directly if (Array.isArray(directConfig) || !isLegacyConfig(directConfig)) { return deepNormalizePluginConfig( userPluginNamespace, plugin, directConfig, pluginConfigName, ); } } // If it's a legacy config, or the config does not exist => look for the flat version const flatConfig = plugin.configs?.[`flat/${configName}`]; if ( flatConfig && (Array.isArray(flatConfig) || !isLegacyConfig(flatConfig)) ) { return deepNormalizePluginConfig( userPluginNamespace, plugin, flatConfig, pluginConfigName, ); } // If we get here, then the config was either not found or is a legacy config const message = directConfig || flatConfig ? `Plugin config "${configName}" in plugin "${userPluginNamespace}" is an eslintrc config and cannot be used in this context.` : `Plugin config "${configName}" not found in plugin "${userPluginNamespace}".`; throw new TypeError(message); } /** * Flattens an array while keeping track of the index path. * @param {any[]} configList The array to traverse. * @param {string} indexPath The index path of the value in a multidimensional array. * @return {IterableIterator<{indexPath:string, value:any}>} The flattened list of values. */ function* flatTraverse(configList, indexPath = "") { for (let i = 0; i < configList.length; i++) { const newIndexPath = indexPath ? `${indexPath}[${i}]` : `[${i}]`; // if it's an array then traverse it as well if (Array.isArray(configList[i])) { yield* flatTraverse(configList[i], newIndexPath); continue; } yield { indexPath: newIndexPath, value: configList[i] }; } } /** * Extends a list of config files by creating every combination of base and extension files. * @param {(string|string[])[]} [baseFiles] The base files. * @param {(string|string[])[]} [extensionFiles] The extension files. * @return {(string|string[])[]} The extended files. */ function extendConfigFiles(baseFiles = [], extensionFiles = []) { if (!extensionFiles.length) { return baseFiles.concat(); } if (!baseFiles.length) { return extensionFiles.concat(); } /** @type {(string|string[])[]} */ const result = []; for (const baseFile of baseFiles) { for (const extensionFile of extensionFiles) { /* * Each entry can be a string or array of strings. The end result * needs to be an array of strings, so we need to be sure to include * all of the items when there's an array. */ const entry = []; if (Array.isArray(baseFile)) { entry.push(...baseFile); } else { entry.push(baseFile); } if (Array.isArray(extensionFile)) { entry.push(...extensionFile); } else { entry.push(extensionFile); } result.push(entry); } } return result; } /** * Extends a config object with another config object. * @param {ConfigObject} baseConfig The base config object. * @param {string} baseConfigName The name of the base config object. * @param {ConfigObject} extension The extension config object. * @param {string} extensionName The index of the extension config object. * @return {ConfigObject} The extended config object. */ function extendConfig(baseConfig, baseConfigName, extension, extensionName) { const result = { ...extension }; // for global ignores there is no further work to be done, we just keep everything if (!isGlobalIgnores(extension)) { // for files we need to create every combination of base and extension files if (baseConfig.files) { result.files = extendConfigFiles(baseConfig.files, extension.files); } // for ignores we just concatenation the extension ignores onto the base ignores if (baseConfig.ignores) { result.ignores = baseConfig.ignores.concat(extension.ignores ?? []); } } result.name = `${baseConfigName} > ${extensionName}`; if (baseConfig.basePath) { result.basePath = baseConfig.basePath; } return result; } /** * Processes a list of extends elements. * @param {ConfigWithExtends} config The config object. * @param {WeakMap} configNames The map of config objects to their names. * @return {ConfigObject[]} The flattened list of config objects. * @throws {TypeError} If the `extends` property is not an array or if nested `extends` is found. */ function processExtends(config, configNames) { if (!config.extends) { return [config]; } if (!Array.isArray(config.extends)) { throw new TypeError("The `extends` property must be an array."); } const { /** @type {ConfigObject[]} */ extends: extendsList, /** @type {ConfigObject} */ ...configObject } = config; const extensionNames = new WeakMap(); // replace strings with the actual configs const objectExtends = extendsList.map(extendsElement => { if (typeof extendsElement === "string") { const pluginConfig = findPluginConfig(config, extendsElement); // assign names if (Array.isArray(pluginConfig)) { pluginConfig.forEach((pluginConfigElement, index) => { extensionNames.set( pluginConfigElement, `${extendsElement}[${index}]`, ); }); } else { extensionNames.set(pluginConfig, extendsElement); } return pluginConfig; } return /** @type {ConfigObject} */ (extendsElement); }); const result = []; for (const { indexPath, value: extendsElement } of flatTraverse( objectExtends, )) { const extension = /** @type {ConfigObject} */ (extendsElement); if ("basePath" in extension) { throw new TypeError("'basePath' in `extends` is not allowed."); } if ("extends" in extension) { throw new TypeError("Nested 'extends' is not allowed."); } const baseConfigName = /** @type {string} */ (configNames.get(config)); const extensionName = extensionNames.get(extendsElement) ?? getExtensionName(extendsElement, indexPath); result.push( extendConfig( configObject, baseConfigName, extension, extensionName, ), ); } /* * If the base config object has only `ignores` and `extends`, then * removing `extends` turns it into a global ignores, which is not what * we want. So we need to check if the base config object is a global ignores * and if so, we don't add it to the array. * * (The other option would be to add a `files` entry, but that would result * in a config that didn't actually do anything because there are no * other keys in the config.) */ if (!isGlobalIgnores(configObject)) { result.push(configObject); } return result.flat(); } /** * Processes a list of config objects and arrays. * @param {ConfigWithExtends[]} configList The list of config objects and arrays. * @param {WeakMap} configNames The map of config objects to their names. * @return {ConfigObject[]} The flattened list of config objects. */ function processConfigList(configList, configNames) { return configList.flatMap(config => processExtends(config, configNames)); } //----------------------------------------------------------------------------- // Exports //----------------------------------------------------------------------------- /** * Helper function to define a config array. * @param {ConfigWithExtendsArray} args The arguments to the function. * @returns {ConfigObject[]} The config array. * @throws {TypeError} If no arguments are provided or if an argument is not an object. */ function defineConfig(...args) { const configNames = new WeakMap(); const configs = []; if (args.length === 0) { throw new TypeError("Expected one or more arguments."); } // first flatten the list of configs and get the names for (const { indexPath, value } of flatTraverse(args)) { if (typeof value !== "object" || value === null) { throw new TypeError( `Expected an object but received ${String(value)}.`, ); } const config = /** @type {ConfigWithExtends} */ (value); // save config name for easy reference later configNames.set(config, getConfigName(config, indexPath)); configs.push(config); } return processConfigList(configs, configNames); } /** * @fileoverview Global ignores helper function. * @author Nicholas C. Zakas */ //----------------------------------------------------------------------------- // Type Definitions //----------------------------------------------------------------------------- //----------------------------------------------------------------------------- // Helpers //----------------------------------------------------------------------------- let globalIgnoreCount = 0; //----------------------------------------------------------------------------- // Exports //----------------------------------------------------------------------------- /** * Creates a global ignores config with the given patterns. * @param {string[]} ignorePatterns The ignore patterns. * @param {string} [name] The name of the global ignores config. * @returns {ConfigObject} The global ignores config. * @throws {TypeError} If ignorePatterns is not an array or if it is empty. */ function globalIgnores(ignorePatterns, name) { if (!Array.isArray(ignorePatterns)) { throw new TypeError("ignorePatterns must be an array"); } if (ignorePatterns.length === 0) { throw new TypeError("ignorePatterns must contain at least one pattern"); } const id = globalIgnoreCount++; return { name: name || `globalIgnores ${id}`, ignores: ignorePatterns, }; } /** * @fileoverview Ignore file utilities for the config-helpers package. * This file was forked from the source code for the compat package. * * @author Nicholas C. Zakas * @author Kirk Waiblinger */ //----------------------------------------------------------------------------- // Types //----------------------------------------------------------------------------- /** * @typedef {object} IncludeIgnoreFileOptionsObject * @property {boolean} [gitignoreResolution] Whether to interpret the contents of an ignore file relative to the config file or the ignore file. * - gitignoreResolution: false (default): Interprets ignore patterns relative to the config file * - gitignoreResolution: true: Interprets the ignore patterns in a file relative to the ignore file * @property {string} [name] The name to give the output config object(s). */ /** * Options for `includeIgnoreFile()`. May be provided as an object or, for * legacy compatibility with `@eslint/compat`, as a string which is treated as * the `name` option. * @typedef {IncludeIgnoreFileOptionsObject | string} IncludeIgnoreFileOptions */ //----------------------------------------------------------------------------- // Exports //----------------------------------------------------------------------------- /** * Converts an ESLint ignore pattern to a minimatch pattern. * @param {string} pattern The .eslintignore or .gitignore pattern to convert. * @returns {string} The converted pattern. */ function convertIgnorePatternToMinimatch(pattern) { const isNegated = pattern.startsWith("!"); const negatedPrefix = isNegated ? "!" : ""; const patternToTest = (isNegated ? pattern.slice(1) : pattern).trimEnd(); // special cases if (["", "**", "/**", "**/"].includes(patternToTest)) { return `${negatedPrefix}${patternToTest}`; } const firstIndexOfSlash = patternToTest.indexOf("/"); const matchEverywherePrefix = firstIndexOfSlash < 0 || firstIndexOfSlash === patternToTest.length - 1 ? "**/" : ""; const patternWithoutLeadingSlash = firstIndexOfSlash === 0 ? patternToTest.slice(1) : patternToTest; /* * Escape `{` and `(` because in gitignore patterns they are just * literal characters without any specific syntactic meaning, * while in minimatch patterns they can form brace expansion or extglob syntax. * * For example, gitignore pattern `src/{a,b}.js` ignores file `src/{a,b}.js`. * But, the same minimatch pattern `src/{a,b}.js` ignores files `src/a.js` and `src/b.js`. * Minimatch pattern `src/\{a,b}.js` is equivalent to gitignore pattern `src/{a,b}.js`. */ const escapedPatternWithoutLeadingSlash = patternWithoutLeadingSlash.replaceAll( // eslint-disable-next-line regexp/no-empty-lookarounds-assertion -- False positive /(?=((?:\\.|[^{(])*))\1([{(])/guy, "$1\\$2", ); const matchInsideSuffix = patternToTest.endsWith("/**") ? "/*" : ""; return `${negatedPrefix}${matchEverywherePrefix}${escapedPatternWithoutLeadingSlash}${matchInsideSuffix}`; } /** * @param {string} ignoreFilePath * @returns {string[]} */ function ignoreFilePathToPatterns(ignoreFilePath) { const ignoreFile = fs.readFileSync(ignoreFilePath, "utf8"); const lines = ignoreFile.split(/\r?\n/u); return lines .map(line => line.trim()) .filter(line => line && !line.startsWith("#")) .map(convertIgnorePatternToMinimatch); } /** * Helper to parse and validate the options to `includeIgnoreFile()` * * @param {string | { gitignoreResolution?: unknown, name?: unknown } | undefined} options * @returns {{ gitignoreResolution: boolean, name: string }} */ function parseOptions(options) { // legacy compatibility with @eslint/compat's `includeIgnoreFile` if (typeof options === "string") { return { gitignoreResolution: false, name: options }; } const optionsObject = options ?? {}; if (typeof optionsObject !== "object" || Array.isArray(optionsObject)) { throw new TypeError( "The options argument to `includeIgnoreFile()` should be an object or a string.", ); } const gitignoreResolution = optionsObject.gitignoreResolution ?? false; if (typeof gitignoreResolution !== "boolean") { throw new TypeError( "The `gitignoreResolution` option must be specified a boolean or omitted", ); } const name = optionsObject.name ?? `Imported .gitignore patterns`; if (typeof name !== "string") { throw new TypeError( "The `name` option must be specified as a string or omitted.", ); } return { gitignoreResolution, name }; } /** * @overload * * Reads ignore files and returns objects with the ignore patterns. * * @param {string[]} ignoreFilePathArg The paths of ignore files to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject[]} */ /** * @overload * * Reads an ignore file and returns an object with the ignore patterns. * * @param {string} ignoreFilePathArg The path of the ignore file to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject} */ /** * @overload * * Reads an ignore file(s) and returns an object(s) with the ignore patterns. * * @param {string[] | string} ignoreFilePathArg The path(s) of the ignore file(s) to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject[] | ConfigObject} */ /** * Reads an ignore file(s) and returns an object(s) with the ignore patterns. * * @param {string[] | string} ignoreFilePathArg The path(s) of the ignore file(s) to include. * @param {IncludeIgnoreFileOptions} [options] * @returns {ConfigObject[] | ConfigObject} */ function includeIgnoreFile(ignoreFilePathArg, options) { const returnSingleObject = !Array.isArray(ignoreFilePathArg); const ignoreFilePaths = Array.isArray(ignoreFilePathArg) ? ignoreFilePathArg : [ignoreFilePathArg]; for (const ignorePath of ignoreFilePaths) { if (typeof ignorePath !== "string") { throw new TypeError( "The first argument to `includeIgnoreFile()` should be a string or array of strings", ); } if (!path.isAbsolute(ignorePath)) { throw new Error( `The ignore file location must be an absolute path. Received ${ignorePath}`, ); } } const { gitignoreResolution, name } = parseOptions(options); if (returnSingleObject) { return { name, ignores: ignoreFilePathToPatterns(ignoreFilePathArg), ...(gitignoreResolution ? { basePath: path.dirname(ignoreFilePathArg) } : {}), }; } return ignoreFilePaths.map((ignoreFilePath, i) => ({ name: `${name} (${i})`, ignores: ignoreFilePathToPatterns(ignoreFilePath), ...(gitignoreResolution ? { basePath: path.dirname(ignoreFilePath) } : {}), })); } export { convertIgnorePatternToMinimatch, defineConfig, globalIgnores, includeIgnoreFile }; )a-Bx'/** * @fileoverview Types for this package. */ import type { ConfigObject } from "@eslint/core"; /** @deprecated Use `ConfigObject` instead. */ export type Config = ConfigObject; /** * Infinite array type. */ export type InfiniteArray = T | InfiniteArray[]; /** * A config object that may appear inside of `extends`. * `basePath` and nested `extends` are not allowed on extension config objects. */ export type ExtensionConfigObject = Omit & { extends?: never; }; /** * The type of array element in the `extends` property after flattening. */ export type SimpleExtendsElement = string | ExtensionConfigObject; /** * The type of array element in the `extends` property before flattening. */ export type ExtendsElement = SimpleExtendsElement | InfiniteArray; /** * Config with extends. Valid only inside of `defineConfig()`. */ export interface ConfigWithExtends extends ConfigObject { extends?: ExtendsElement[]; } export type ConfigWithExtendsArray = InfiniteArray[]; o޶qx{ "name": "@eslint/config-helpers", "version": "0.7.0", "description": "Helper utilities for creating ESLint configuration", "type": "module", "main": "dist/esm/index.js", "types": "dist/esm/index.d.ts", "exports": { "require": { "types": "./dist/cjs/index.d.cts", "default": "./dist/cjs/index.cjs" }, "import": { "types": "./dist/esm/index.d.ts", "default": "./dist/esm/index.js" } }, "files": [ "dist" ], "publishConfig": { "access": "public" }, "directories": { "test": "tests" }, "scripts": { "build:dedupe-types": "node ../../tools/dedupe-types.js dist/cjs/index.cjs dist/esm/index.js", "build:cts": "node ../../tools/build-cts.js dist/esm/index.d.ts dist/cjs/index.d.cts", "build": "rollup -c && npm run build:dedupe-types && tsc -p tsconfig.esm.json && npm run build:cts", "lint:types": "attw --pack", "pretest": "npm run build", "test": "npm run test:types && npm run test:unit", "test:coverage": "c8 npm run test:unit", "test:jsr": "npx -y jsr@latest publish --dry-run", "test:pnpm": "cd tests/pnpm && pnpm install && pnpm exec tsc", "test:types": "tsc -p tests/types/tsconfig.json", "test:unit": "mocha \"tests/**/*.test.js\"" }, "repository": { "type": "git", "url": "git+https://github.com/eslint/rewrite.git", "directory": "packages/config-helpers" }, "keywords": [ "eslint" ], "license": "Apache-2.0", "bugs": { "url": "https://github.com/eslint/rewrite/issues" }, "homepage": "https://github.com/eslint/rewrite/tree/main/packages/config-helpers#readme", "dependencies": { "@eslint/core": "^1.2.1" }, "devDependencies": { "rollup-plugin-copy": "^3.5.0" }, "engines": { "node": "^20.19.0 || ^22.13.0 || >=24" } } (Xxp100644 LICENSE&랟+K fݩo\d100644 README.md5i)|K68L-E 40000 dist*OBB4K:q"100644 package.json%8+-)B'5xU # ESLint Core ## Overview This package is the future home of the rewritten, runtime-agnostic ESLint core. Right now, it exports the core types necessary to implement language plugins. ## License Apache 2.0 ## Sponsors The following companies, organizations, and individuals support ESLint's ongoing maintenance and development. [Become a Sponsor](https://eslint.org/donate) to get your logo on our READMEs and [website](https://eslint.org/sponsors).

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Cybozu SAP CrawlJobs aeriusventilation's Org Depot Icons8 Discord GitBook HeroCoders TestMu AI Open Source Office (Formerly LambdaTest)

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Technology sponsors allow us to use their products and services for free as part of a contribution to the open source ecosystem and our work.

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_άx<40000 cjs|ѲQD,٘40000 esm5FqQ7 0}x'100644 types.d.ctsgrnڜmkZxnk/** * @fileoverview Shared types for ESLint Core. */ import type { JSONSchema4 } from "json-schema"; /** * Represents an error inside of a file. */ export interface FileError { message: string; line: number; column: number; endLine?: number; endColumn?: number; } /** * Represents a problem found in a file. */ export interface FileProblem { ruleId: string | null; message: string; loc: SourceLocation; } /** * Represents the start and end coordinates of a node inside the source. */ export interface SourceLocation { start: Position; end: Position; } /** * Represents the start and end coordinates of a node inside the source with an offset. */ export interface SourceLocationWithOffset { start: PositionWithOffset; end: PositionWithOffset; } /** * Represents a location coordinate inside the source. ESLint-style formats * have just `line` and `column` while others may have `offset` as well. */ export interface Position { line: number; column: number; } /** * Represents a location coordinate inside the source with an offset. */ export interface PositionWithOffset extends Position { offset: number; } /** * Represents a range of characters in the source. */ export type SourceRange = [number, number]; /** * What the rule is responsible for finding: * - `problem` means the rule has noticed a potential error. * - `suggestion` means the rule suggests an alternate or better approach. * - `layout` means the rule is looking at spacing, indentation, etc. */ export type RuleType = "problem" | "suggestion" | "layout"; /** * The type of fix the rule can provide: * - `code` means the rule can fix syntax. * - `whitespace` means the rule can fix spacing and indentation. */ export type RuleFixType = "code" | "whitespace"; /** * An object containing visitor information for a rule. Each method is either the * name of a node type or a selector, or is a method that will be called at specific * times during the traversal. */ export type RuleVisitor = Record void) | undefined>; /** * Rule meta information used for documentation. */ export interface RulesMetaDocs { /** * A short description of the rule. */ description?: string | undefined; /** * The URL to the documentation for the rule. */ url?: string | undefined; /** * Indicates if the rule is generally recommended for all users. * * Note - this will always be a boolean for core rules, but may be used in any way by plugins. */ recommended?: unknown; /** * Indicates if the rule is frozen (no longer accepting feature requests). */ frozen?: boolean | undefined; /** * The dialects of the languages that the rule is intended to lint. * @example * ["JavaScript", "TypeScript"] */ dialects?: string[] | undefined; } /** * Meta information about a rule. */ export interface RulesMeta { /** * Properties that are used when documenting the rule. */ docs?: (RulesMetaDocs & ExtRuleDocs) | undefined; /** * The type of rule. */ type?: RuleType | undefined; /** * The schema for the rule options. Required if the rule has options. */ schema?: JSONSchema4 | JSONSchema4[] | false | undefined; /** * Any default options to be recursively merged on top of any user-provided options. */ defaultOptions?: RuleOptions; /** * The messages that the rule can report. */ messages?: Record; /** * Indicates whether the rule has been deprecated or provides additional metadata about the deprecation. Omit if not deprecated. */ deprecated?: boolean | DeprecatedInfo | undefined; /** * @deprecated Use deprecated.replacedBy instead. * The name of the rule(s) this rule was replaced by, if it was deprecated. */ replacedBy?: readonly string[] | undefined; /** * Indicates if the rule is fixable, and if so, what type of fix it provides. */ fixable?: RuleFixType | undefined; /** * Indicates if the rule may provide suggestions. */ hasSuggestions?: boolean | undefined; /** * The language the rule is intended to lint. * @deprecated Use `languages` instead. */ language?: string; /** * The dialects of `language` that the rule is intended to lint. * @deprecated Use `docs.dialects` instead. */ dialects?: string[]; /** * Languages supported by this rule in the format `"plugin/language"`. * Use `"*"` for any language or `"plugin/*"` for any language from a specific plugin. * @example * ["js/js", "markdown/gfm", "json/jsonc", "css/css"] */ languages?: string[] | undefined; } /** * Provides additional metadata about a deprecation. */ export interface DeprecatedInfo { /** * General message presented to the user, e.g. for the key rule why the rule * is deprecated or for info how to replace the rule. */ message?: string; /** * URL to more information about this deprecation in general. */ url?: string; /** * An empty array explicitly states that there is no replacement. */ replacedBy?: ReplacedByInfo[]; /** * The package version since when the rule is deprecated (should use full * semver without a leading "v"). */ deprecatedSince?: string; /** * The estimated version when the rule is removed (probably the next major * version). null means the rule is "frozen" (will be available but will not * be changed). */ availableUntil?: string | null; } /** * Provides metadata about a replacement */ export interface ReplacedByInfo { /** * General message presented to the user, e.g. how to replace the rule */ message?: string; /** * URL to more information about this replacement in general */ url?: string; /** * Name should be "eslint" if the replacement is an ESLint core rule. Omit * the property if the replacement is in the same plugin. */ plugin?: ExternalSpecifier; /** * Name and documentation of the replacement rule */ rule?: ExternalSpecifier; } /** * Specifies the name and url of an external resource. At least one property * should be set. */ export interface ExternalSpecifier { /** * Name of the referenced plugin / rule. */ name?: string; /** * URL pointing to documentation for the plugin / rule. */ url?: string; } /** * Generic type for `RuleContext`. */ export interface RuleContextTypeOptions { LangOptions: LanguageOptions; Code: SourceCode; RuleOptions: unknown[]; Node: unknown; MessageIds: string; } /** * Represents the context object that is passed to a rule. This object contains * information about the current state of the linting process and is the rule's * view into the outside world. */ export interface RuleContext { /** * The current working directory for the session. */ cwd: string; /** * The filename of the file being linted. */ filename: string; /** * The physical filename of the file being linted. */ physicalFilename: string; /** * The source code object that the rule is running on. */ sourceCode: Options["Code"]; /** * Shared settings for the configuration. */ settings: SettingsConfig; /** * The language options for the configuration. */ languageOptions: Options["LangOptions"]; /** * The rule ID. */ id: string; /** * The rule's configured options. */ options: Options["RuleOptions"]; /** * The report function that the rule should use to report problems. * @param violation The violation to report. */ report(violation: ViolationReport): void; } /** * Manager of text edits for a rule fix. */ export interface RuleTextEditor { /** * Inserts text after the specified node or token. * @param syntaxElement The node or token to insert after. * @param text The edit to insert after the node or token. */ insertTextAfter(syntaxElement: EditableSyntaxElement, text: string): RuleTextEdit; /** * Inserts text after the specified range. * @param range The range to insert after. * @param text The edit to insert after the range. */ insertTextAfterRange(range: SourceRange, text: string): RuleTextEdit; /** * Inserts text before the specified node or token. * @param syntaxElement A syntax element with location information to insert before. * @param text The edit to insert before the node or token. */ insertTextBefore(syntaxElement: EditableSyntaxElement, text: string): RuleTextEdit; /** * Inserts text before the specified range. * @param range The range to insert before. * @param text The edit to insert before the range. */ insertTextBeforeRange(range: SourceRange, text: string): RuleTextEdit; /** * Removes the specified node or token. * @param syntaxElement A syntax element with location information to remove. * @returns The edit to remove the node or token. */ remove(syntaxElement: EditableSyntaxElement): RuleTextEdit; /** * Removes the specified range. * @param range The range to remove. * @returns The edit to remove the range. */ removeRange(range: SourceRange): RuleTextEdit; /** * Replaces the specified node or token with the given text. * @param syntaxElement A syntax element with location information to replace. * @param text The text to replace the node or token with. * @returns The edit to replace the node or token. */ replaceText(syntaxElement: EditableSyntaxElement, text: string): RuleTextEdit; /** * Replaces the specified range with the given text. * @param range The range to replace. * @param text The text to replace the range with. * @returns The edit to replace the range. */ replaceTextRange(range: SourceRange, text: string): RuleTextEdit; } /** * Represents a fix for a rule violation implemented as a text edit. */ export interface RuleTextEdit { /** * The range to replace. */ range: SourceRange; /** * The text to insert. */ text: string; } /** * Fixes a violation. * @param fixer The text editor to apply the fix. * @returns The fix(es) for the violation. */ export type RuleFixer = (fixer: RuleTextEditor) => RuleTextEdit | Iterable | null; /** * Data that can be used to fill placeholders in error messages. */ export type MessagePlaceholderData = Record; export interface ViolationReportBase { /** * The data to insert into the message. */ data?: MessagePlaceholderData | undefined; /** * The fix to be applied for the violation. */ fix?: RuleFixer | null | undefined; /** * An array of suggested fixes for the problem. These fixes may change the * behavior of the code, so they are not applied automatically. */ suggest?: SuggestedEdit[] | null | undefined; } export type ViolationMessage = { message: string; } | { messageId: MessageIds; }; export type ViolationLocation = { loc: SourceLocation | Position; } | { node: Node; }; export type ViolationReport = ViolationReportBase & ViolationMessage & ViolationLocation; export interface SuggestedEditBase { /** * The data to insert into the message. */ data?: MessagePlaceholderData | undefined; /** * The fix to be applied for the suggestion. */ fix: RuleFixer; } export type SuggestionMessage = { desc: string; } | { messageId: MessageIds; }; /** * A suggested edit for a rule violation. */ export type SuggestedEdit = SuggestedEditBase & SuggestionMessage; /** * The normalized version of a lint suggestion. */ export interface LintSuggestion { /** A short description. */ desc: string; /** Fix result info. */ fix: RuleTextEdit; /** Id referencing a message for the description. */ messageId?: string | undefined; } /** * The normalized version of a lint violation message. */ export interface LintMessage { /** The 1-based column number. */ column: number; /** The 1-based line number. */ line: number; /** The 1-based column number of the end location. */ endColumn?: number | undefined; /** The 1-based line number of the end location. */ endLine?: number | undefined; /** The ID of the rule which makes this message. */ ruleId: string | null; /** The reported message. */ message: string; /** The ID of the message in the rule's meta. */ messageId?: string | undefined; /** If `true` then this is a fatal error. */ fatal?: true | undefined; /** The severity of this message. */ severity: Exclude; /** Information for autofix. */ fix?: RuleTextEdit | undefined; /** Information for suggestions. */ suggestions?: LintSuggestion[] | undefined; } /** * Generic options for the `RuleDefinition` type. */ export interface RuleDefinitionTypeOptions { LangOptions: LanguageOptions; Code: SourceCode; RuleOptions: unknown[]; Visitor: RuleVisitor; Node: unknown; MessageIds: string; ExtRuleDocs: unknown; } /** * The definition of an ESLint rule. */ export interface RuleDefinition { /** * The meta information for the rule. */ meta?: RulesMeta; /** * Creates the visitor that ESLint uses to apply the rule during traversal. * @param context The rule context. * @returns The rule visitor. */ create(context: RuleContext<{ LangOptions: Options["LangOptions"]; Code: Options["Code"]; RuleOptions: Options["RuleOptions"]; Node: Options["Node"]; MessageIds: Options["MessageIds"]; }>): Options["Visitor"]; } /** * Defaults for non-language-related `RuleDefinition` options. * @deprecated Use the same type from `@eslint/plugin-kit` instead. */ export interface CustomRuleTypeDefinitions { RuleOptions: unknown[]; MessageIds: string; ExtRuleDocs: Record; } /** * A helper type to define language specific specializations of the `RuleDefinition` type. * @deprecated Use the same type from `@eslint/plugin-kit` instead. * * @example * ```ts * type YourRuleDefinition< * Options extends Partial = {}, * > = CustomRuleDefinitionType< * { * LangOptions: YourLanguageOptions; * Code: YourSourceCode; * Visitor: YourRuleVisitor; * Node: YourNode; * }, * Options * >; * ``` */ export type CustomRuleDefinitionType, Options extends Partial> = RuleDefinition>>; /** * The human readable severity level used in a configuration. */ export type SeverityName = "off" | "warn" | "error"; /** * The numeric severity level for a rule. * * - `0` means off. * - `1` means warn. * - `2` means error. */ export type SeverityLevel = 0 | 1 | 2; /** * The severity of a rule in a configuration. */ export type Severity = SeverityName | SeverityLevel; /** * Represents the metadata for an object, such as a plugin or processor. */ export interface ObjectMetaProperties { /** @deprecated Use `meta.name` instead. */ name?: string | undefined; /** @deprecated Use `meta.version` instead. */ version?: string | undefined; meta?: { name?: string | undefined; version?: string | undefined; }; } /** * Represents the configuration options for the core linter. */ export interface LinterOptionsConfig { /** * Indicates whether or not inline configuration is evaluated. */ noInlineConfig?: boolean; /** * Indicates what to do when an unused disable directive is found. */ reportUnusedDisableDirectives?: boolean | Severity; /** * A severity value indicating if and how unused inline configs should be * tracked and reported. */ reportUnusedInlineConfigs?: Severity; } /** * The configuration for a rule. */ export type RuleConfig = Severity | [Severity, ...Partial]; /** * A collection of rules and their configurations. */ export interface RulesConfig { [key: string]: RuleConfig; } /** * A collection of settings. */ export interface SettingsConfig { [key: string]: unknown; } /** * The configuration for a set of files. */ export interface ConfigObject { /** * A string to identify the configuration object. Used in error messages and * inspection tools. */ name?: string; /** * Path to the directory where the configuration object should apply. * `files` and `ignores` patterns in the configuration object are * interpreted as relative to this path. */ basePath?: string; /** * An array of glob patterns indicating the files that the configuration * object should apply to. If not specified, the configuration object applies * to all files */ files?: (string | string[])[]; /** * An array of glob patterns indicating the files that the configuration * object should not apply to. If not specified, the configuration object * applies to all files matched by files */ ignores?: string[]; /** * The name of the language used for linting. This is used to determine the * parser and other language-specific settings. * @since 9.7.0 */ language?: string; /** * An object containing settings related to how the language is configured for * linting. */ languageOptions?: LanguageOptions; /** * An object containing settings related to the linting process */ linterOptions?: LinterOptionsConfig; /** * Either an object containing preprocess() and postprocess() methods or a * string indicating the name of a processor inside of a plugin * (i.e., "pluginName/processorName"). */ processor?: string | Processor; /** * An object containing a name-value mapping of plugin names to plugin objects. * When files is specified, these plugins are only available to the matching files. */ plugins?: Record; /** * An object containing the configured rules. When files or ignores are specified, * these rule configurations are only available to the matching files. */ rules?: Partial; /** * An object containing name-value pairs of information that should be * available to all rules. */ settings?: SettingsConfig; } /** @deprecated Only supported in legacy eslintrc config format. */ export type GlobalAccess = boolean | "off" | "readable" | "readonly" | "writable" | "writeable"; /** @deprecated Only supported in legacy eslintrc config format. */ export interface GlobalsConfig { [name: string]: GlobalAccess; } /** * The ECMAScript version of the code being linted. * @deprecated Only supported in legacy eslintrc config format. */ export type EcmaVersion = 3 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 2015 | 2016 | 2017 | 2018 | 2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2025 | 2026 | "latest"; /** * The type of JavaScript source code. * @deprecated Only supported in legacy eslintrc config format. */ export type JavaScriptSourceType = "script" | "module" | "commonjs"; /** * Parser options. * @deprecated Only supported in legacy eslintrc config format. * @see [Specifying Parser Options](https://eslint.org/docs/latest/use/configure/language-options#specifying-parser-options) */ export interface JavaScriptParserOptionsConfig { /** * Allow the use of reserved words as identifiers (if `ecmaVersion` is 3). * * @default false */ allowReserved?: boolean | undefined; /** * Accepts any valid ECMAScript version number or `'latest'`: * * - A version: es3, es5, es6, es7, es8, es9, es10, es11, es12, es13, es14, ..., or * - A year: es2015, es2016, es2017, es2018, es2019, es2020, es2021, es2022, es2023, ..., or * - `'latest'` * * When it's a version or a year, the value must be a number - so do not include the `es` prefix. * * Specifies the version of ECMAScript syntax you want to use. This is used by the parser to determine how to perform scope analysis, and it affects the default * * @default 5 */ ecmaVersion?: EcmaVersion | undefined; /** * The type of JavaScript source code. Possible values are "script" for * traditional script files, "module" for ECMAScript modules (ESM), and * "commonjs" for CommonJS files. * * @default 'script' * * @see https://eslint.org/docs/latest/use/configure/language-options-deprecated#specifying-parser-options */ sourceType?: JavaScriptSourceType | undefined; /** * An object indicating which additional language features you'd like to use. * * @see https://eslint.org/docs/latest/use/configure/language-options-deprecated#specifying-parser-options */ ecmaFeatures?: { globalReturn?: boolean | undefined; impliedStrict?: boolean | undefined; jsx?: boolean | undefined; [key: string]: any; } | undefined; [key: string]: any; } /** @deprecated Only supported in legacy eslintrc config format. */ export interface EnvironmentConfig { /** The definition of global variables. */ globals?: GlobalsConfig | undefined; /** The parser options that will be enabled under this environment. */ parserOptions?: JavaScriptParserOptionsConfig | undefined; } /** * A configuration object that may have a `rules` block. */ export interface HasRules { rules?: Partial | undefined; } /** * ESLint legacy configuration. * * @see [ESLint Legacy Configuration](https://eslint.org/docs/latest/use/configure/) */ export interface BaseConfig extends HasRules { $schema?: string | undefined; /** * An environment provides predefined global variables. * * @see [Environments](https://eslint.org/docs/latest/use/configure/language-options-deprecated#specifying-environments) */ env?: { [name: string]: boolean; } | undefined; /** * Extending configuration files. * * @see [Extends](https://eslint.org/docs/latest/use/configure/configuration-files-deprecated#extending-configuration-files) */ extends?: string | string[] | undefined; /** * Specifying globals. * * @see [Globals](https://eslint.org/docs/latest/use/configure/language-options-deprecated#specifying-globals) */ globals?: GlobalsConfig | undefined; /** * Disable processing of inline comments. * * @see [Disabling Inline Comments](https://eslint.org/docs/latest/use/configure/rules-deprecated#disabling-inline-comments) */ noInlineConfig?: boolean | undefined; /** * Overrides can be used to use a differing configuration for matching sub-directories and files. * * @see [How do overrides work](https://eslint.org/docs/latest/use/configure/configuration-files-deprecated#how-do-overrides-work) */ overrides?: ConfigOverride[] | undefined; /** * Parser. * * @see [Working with Custom Parsers](https://eslint.org/docs/latest/extend/custom-parsers) * @see [Specifying Parser](https://eslint.org/docs/latest/use/configure/parser-deprecated) */ parser?: string | undefined; /** * Parser options. * * @see [Working with Custom Parsers](https://eslint.org/docs/latest/extend/custom-parsers) * @see [Specifying Parser Options](https://eslint.org/docs/latest/use/configure/language-options-deprecated#specifying-parser-options) */ parserOptions?: JavaScriptParserOptionsConfig | undefined; /** * Which third-party plugins define additional rules, environments, configs, etc. for ESLint to use. * * @see [Configuring Plugins](https://eslint.org/docs/latest/use/configure/plugins-deprecated#configure-plugins) */ plugins?: string[] | undefined; /** * Specifying processor. * * @see [processor](https://eslint.org/docs/latest/use/configure/plugins-deprecated#specify-a-processor) */ processor?: string | undefined; /** * Report unused eslint-disable comments as warning. * * @see [Report unused eslint-disable comments](https://eslint.org/docs/latest/use/configure/rules-deprecated#report-unused-eslint-disable-comments) */ reportUnusedDisableDirectives?: boolean | undefined; /** * Settings. * * @see [Settings](https://eslint.org/docs/latest/use/configure/configuration-files-deprecated#adding-shared-settings) */ settings?: SettingsConfig | undefined; } /** * The overwrites that apply more differing configuration to specific files or directories. */ export interface ConfigOverride extends BaseConfig { /** * The glob patterns for excluded files. */ excludedFiles?: string | string[] | undefined; /** * The glob patterns for target files. */ files: string | string[]; } /** * ESLint legacy configuration. * * @see [ESLint Legacy Configuration](https://eslint.org/docs/latest/use/configure/) */ export interface LegacyConfigObject extends BaseConfig { /** * Tell ESLint to ignore specific files and directories. * * @see [Ignore Patterns](https://eslint.org/docs/latest/use/configure/ignore-deprecated#ignorepatterns-in-config-files) */ ignorePatterns?: string | string[] | undefined; /** * @see [Using Configuration Files](https://eslint.org/docs/latest/use/configure/configuration-files-deprecated#using-configuration-files) */ root?: boolean | undefined; } /** * File information passed to a processor. */ export interface ProcessorFile { text: string; filename: string; } /** * A processor is an object that can preprocess and postprocess files. */ export interface Processor extends ObjectMetaProperties { /** If `true` then it means the processor supports autofix. */ supportsAutofix?: boolean | undefined; /** The function to extract code blocks. */ preprocess?(text: string, filename: string): T[]; /** The function to merge messages. */ postprocess?(messages: LintMessage[][], filename: string): LintMessage[]; } export interface Plugin extends ObjectMetaProperties { meta?: ObjectMetaProperties["meta"] & { namespace?: string | undefined; }; configs?: Record | undefined; environments?: Record | undefined; languages?: Record | undefined; processors?: Record | undefined; rules?: Record | undefined; } /** * Generic options for the `Language` type. */ export interface LanguageTypeOptions { LangOptions: LanguageOptions; Code: SourceCode; RootNode: unknown; Node: unknown; } /** * Represents a plugin language. */ export interface Language { /** * Indicates how ESLint should read the file. */ fileType: "text"; /** * First line number returned from the parser (text mode only). */ lineStart: 0 | 1; /** * First column number returned from the parser (text mode only). */ columnStart: 0 | 1; /** * The property to read the node type from. Used in selector querying. */ nodeTypeKey: string; /** * The traversal path that tools should take when evaluating the AST */ visitorKeys?: Record; /** * Default language options. User-defined options are merged with this object. */ defaultLanguageOptions?: Options["LangOptions"]; /** * Validates languageOptions for this language. */ validateLanguageOptions(languageOptions: Options["LangOptions"]): void; /** * Normalizes languageOptions for this language. */ normalizeLanguageOptions?(languageOptions: Options["LangOptions"]): Options["LangOptions"]; /** * Helper for esquery that allows languages to match nodes against * class. esquery currently has classes like `function` that will * match all the various function nodes. This method allows languages * to implement similar shorthands. */ matchesSelectorClass?(className: string, node: Options["Node"], ancestry: Options["Node"][]): boolean; /** * Parses the given file input into its component parts. This file should not * throws errors for parsing errors but rather should return any parsing * errors as parse of the ParseResult object. */ parse(file: File, context: LanguageContext): ParseResult; /** * Creates SourceCode object that ESLint uses to work with a file. */ createSourceCode(file: File, input: OkParseResult, context: LanguageContext): Options["Code"]; } /** * Plugin-defined options for the language. */ export type LanguageOptions = Record; /** * The context object that is passed to the language plugin methods. */ export interface LanguageContext { languageOptions: LangOptions; } /** * Represents a file read by ESLint. */ export interface File { /** * The path that ESLint uses for this file. May be a virtual path * if it was returned by a processor. */ path: string; /** * The path to the file on disk. This always maps directly to a file * regardless of whether it was returned from a processor. */ physicalPath: string; /** * Indicates if the original source contained a byte-order marker. * ESLint strips the BOM from the `body`, but this info is needed * to correctly apply autofixing. */ bom: boolean; /** * The body of the file to parse. */ body: string | Uint8Array; } /** * Represents the successful result of parsing a file. */ export interface OkParseResult { /** * Indicates if the parse was successful. If true, the parse was successful * and ESLint should continue on to create a SourceCode object and run rules; * if false, ESLint should just report the error(s) without doing anything * else. */ ok: true; /** * The abstract syntax tree created by the parser. (only when ok: true) */ ast: RootNode; /** * Any additional data that the parser wants to provide. */ [key: string]: any; } /** * Represents the unsuccessful result of parsing a file. */ export interface NotOkParseResult { /** * Indicates if the parse was successful. If true, the parse was successful * and ESLint should continue on to create a SourceCode object and run rules; * if false, ESLint should just report the error(s) without doing anything * else. */ ok: false; /** * Any parsing errors, whether fatal or not. (only when ok: false) */ errors: FileError[]; /** * Any additional data that the parser wants to provide. */ [key: string]: any; } export type ParseResult = OkParseResult | NotOkParseResult; /** * Represents inline configuration found in the source code. */ interface InlineConfigElement { /** * The location of the inline config element. */ loc: SourceLocation; /** * The interpreted configuration from the inline config element. */ config: { rules: RulesConfig; }; } /** * Generic options for the `SourceCodeBase` type. */ export interface SourceCodeBaseTypeOptions { LangOptions: LanguageOptions; RootNode: unknown; SyntaxElementWithLoc: unknown; ConfigNode: unknown; } /** * Represents the basic interface for a source code object. */ interface SourceCodeBase { /** * Root of the AST. */ ast: Options["RootNode"]; /** * The traversal path that tools should take when evaluating the AST. * When present, this overrides the `visitorKeys` on the language for * just this source code object. */ visitorKeys?: Record; /** * Retrieves the equivalent of `loc` for a given node or token. * @param syntaxElement The node or token to get the location for. * @returns The location of the node or token. */ getLoc(syntaxElement: Options["SyntaxElementWithLoc"]): SourceLocation; /** * Retrieves the equivalent of `range` for a given node or token. * @param syntaxElement The node or token to get the range for. * @returns The range of the node or token. */ getRange(syntaxElement: Options["SyntaxElementWithLoc"]): SourceRange; /** * Traversal of AST. */ traverse(): Iterable; /** * Applies language options passed in from the ESLint core. */ applyLanguageOptions?(languageOptions: Options["LangOptions"]): void; /** * Return all of the inline areas where ESLint should be disabled/enabled * along with any problems found in evaluating the directives. */ getDisableDirectives?(): { directives: Directive[]; problems: FileProblem[]; }; /** * Returns an array of all inline configuration nodes found in the * source code. */ getInlineConfigNodes?(): Options["ConfigNode"][]; /** * Applies configuration found inside of the source code. This method is only * called when ESLint is running with inline configuration allowed. */ applyInlineConfig?(): { configs: InlineConfigElement[]; problems: FileProblem[]; }; /** * Called by ESLint core to indicate that it has finished providing * information. We now add in all the missing variables and ensure that * state-changing methods cannot be called by rules. * @returns {void} */ finalize?(): void; } /** * Represents the source of a text file being linted. */ export interface TextSourceCode extends SourceCodeBase { /** * The body of the file that you'd like rule developers to access. */ text: string; } /** * Represents the source of a binary file being linted. */ export interface BinarySourceCode extends SourceCodeBase { /** * The body of the file that you'd like rule developers to access. */ body: Uint8Array; } export type SourceCode = TextSourceCode | BinarySourceCode; /** * Represents a traversal step visiting the AST. */ export interface VisitTraversalStep { kind: 1; target: unknown; phase: 1 | 2; args: unknown[]; } /** * Represents a traversal step calling a function. */ export interface CallTraversalStep { kind: 2; target: string; phase?: string; args: unknown[]; } export type TraversalStep = VisitTraversalStep | CallTraversalStep; /** * The type of disable directive. This determines how ESLint will disable rules. */ export type DirectiveType = "disable" | "enable" | "disable-line" | "disable-next-line"; /** * Represents a disable directive. */ export interface Directive { /** * The type of directive. */ type: DirectiveType; /** * The node of the directive. May be in the AST or a comment/token. */ node: unknown; /** * The value of the directive. */ value: string; /** * The justification for the directive. */ justification?: string; } export {}; [95?x&100644 types.d.tsgrnڜmkNPx{ "name": "@eslint/core", "version": "1.2.1", "description": "Runtime-agnostic core of ESLint", "type": "module", "types": "./dist/esm/types.d.ts", "exports": { "types": { "import": "./dist/esm/types.d.ts", "require": "./dist/cjs/types.d.cts" } }, "files": [ "dist" ], "publishConfig": { "access": "public" }, "scripts": { "build:cts": "node -e \"fs.cpSync('dist/esm/types.d.ts', 'dist/cjs/types.d.cts')\"", "build": "tsc && npm run build:cts", "lint:types": "attw --pack", "pretest": "npm run build", "test": "npm run test:types", "test:jsr": "npx -y jsr@latest publish --dry-run", "test:types": "tsc -p tests/types/tsconfig.json" }, "repository": { "type": "git", "url": "git+https://github.com/eslint/rewrite.git", "directory": "packages/core" }, "keywords": [ "eslint", "core" ], "author": "Nicholas C. Zakas", "license": "Apache-2.0", "bugs": { "url": "https://github.com/eslint/rewrite/issues" }, "homepage": "https://github.com/eslint/rewrite/tree/main/packages/core#readme", "dependencies": { "@types/json-schema": "^7.0.15" }, "devDependencies": { "json-schema": "^0.4.0" }, "engines": { "node": "^20.19.0 || ^22.13.0 || >=24" } } Q}Wx100644 LICENSEJbݮ@U6B?КN_100644 README.md&n`NSDVy40000 cjsR5 faٌ"^40000 data+eG0'6{7%*l ̔100644 package.jsonH~ޖ86#uHW]YFxoCopyright (C) 2016-2026 by Roman Dvornov Copyright OpenJS Foundation and other contributors, Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. lѵx+CSSTree logo # CSSTree (ESLint Fork) CSSTree is a tool set for CSS: [fast](https://github.com/postcss/benchmark) detailed parser (CSS → AST), walker (AST traversal), generator (AST → CSS) and lexer (validation and matching) based on specs and browser implementations. The main goal is to be efficient and W3C spec compliant, with focus on CSS analyzing and source-to-source transforming tasks. ## Features - **Detailed parsing with an adjustable level of detail** By default CSSTree parses CSS as detailed as possible, i.e. each single logical part is representing with its own AST node (see [AST format](docs/ast.md) for all possible node types). The parsing detail level can be changed through [parser options](docs/parsing.md#parsesource-options), for example, you can disable parsing of selectors or declaration values for component parts. - **Tolerant to errors by design** Parser behaves as [spec says](https://www.w3.org/TR/css-syntax-3/#error-handling): "When errors occur in CSS, the parser attempts to recover gracefully, throwing away only the minimum amount of content before returning to parsing as normal". The only thing the parser departs from the specification is that it doesn't throw away bad content, but wraps it in a special node type (`Raw`) that allows processing it later. - **Fast and efficient** CSSTree is created with focus on performance and effective memory consumption. Therefore it's [one of the fastest CSS parsers](https://github.com/postcss/benchmark) at the moment. - **Syntax validation** The built-in lexer can test CSS against syntaxes defined by W3C. CSSTree uses [mdn/data](https://github.com/mdn/data/) as a basis for lexer's dictionaries and extends it with vendor specific and legacy syntaxes. Lexer can only check the declaration values and at-rules currently, but this feature will be extended to other parts of the CSS in the future. ## Projects using CSSTree - [Svelte](https://github.com/sveltejs/svelte) – Cybernetically enhanced web apps - [SVGO](https://github.com/svg/svgo) – Node.js tool for optimizing SVG files - [CSSO](https://github.com/css/csso) – CSS minifier with structural optimizations - [NativeScript](https://github.com/NativeScript/NativeScript) – NativeScript empowers you to access native APIs from JavaScript directly - [react-native-svg](https://github.com/react-native-svg/react-native-svg) – SVG library for React Native, React Native Web, and plain React web projects - [penthouse](https://github.com/pocketjoso/penthouse) – Critical Path CSS Generator - [Bit](https://github.com/teambit/bit) – Bit is the platform for collaborating on components - and more... ## Documentation - [AST format](docs/ast.md) - [Parsing CSS → AST](docs/parsing.md) - [parse(source[, options])](docs/parsing.md#parsesource-options) - [Serialization AST → CSS](docs/generate.md) - [generate(ast[, options])](docs/generate.md#generateast-options) - [AST traversal](docs/traversal.md) - [walk(ast, options)](docs/traversal.md#walkast-options) - [find(ast, fn)](docs/traversal.md#findast-fn) - [findLast(ast, fn)](docs/traversal.md#findlastast-fn) - [findAll(ast, fn)](docs/traversal.md#findallast-fn) - [Util functions](docs/utils.md) - Value encoding & decoding - [property(name)](docs/utils.md#propertyname) - [keyword(name)](docs/utils.md#keywordname) - [ident](docs/utils.md#ident) - [string](docs/utils.md#string) - [url](docs/utils.md#url) - [List class](docs/list.md) - AST transforming - [clone(ast)](docs/utils.md#cloneast) - [fromPlainObject(object)](docs/utils.md#fromplainobjectobject) - [toPlainObject(ast)](docs/utils.md#toplainobjectast) - [Value Definition Syntax](docs/definition-syntax.md) - [parse(source)](docs/definition-syntax.md#parsesource) - [walk(node, options, context)](docs/definition-syntax.md#walknode-options-context) - [generate(node, options)](docs/definition-syntax.md#generatenode-options) - [AST format](docs/definition-syntax.md#ast-format) ## Tools * [AST Explorer](https://astexplorer.net/#/gist/244e2fb4da940df52bf0f4b94277db44/e79aff44611020b22cfd9708f3a99ce09b7d67a8) – explore CSSTree AST format with zero setup * [CSS syntax reference](https://csstree.github.io/docs/syntax.html) * [CSS syntax validator](https://csstree.github.io/docs/validator.html) ## Related projects * [csstree-validator](https://github.com/csstree/validator) – NPM package to validate CSS * [stylelint-csstree-validator](https://github.com/csstree/stylelint-validator) – plugin for stylelint to validate CSS * [Grunt plugin](https://github.com/sergejmueller/grunt-csstree-validator) * [Gulp plugin](https://github.com/csstree/gulp-csstree) * [Sublime plugin](https://github.com/csstree/SublimeLinter-contrib-csstree) * [VS Code plugin](https://github.com/csstree/vscode-plugin) * [Atom plugin](https://github.com/csstree/atom-plugin) ## Usage Install with npm: ``` npm install @eslint/css-tree ``` Basic usage: ```js import * as csstree from '@eslint/css-tree'; // parse CSS to AST const ast = csstree.parse('.example { world: "!" }'); // traverse AST and modify it csstree.walk(ast, (node) => { if (node.type === 'ClassSelector' && node.name === 'example') { node.name = 'hello'; } }); // generate CSS from AST console.log(csstree.generate(ast)); // .hello{world:"!"} ``` Syntax matching: ```js // parse CSS to AST as a declaration value const ast = csstree.parse('red 1px solid', { context: 'value' }); // match to syntax of `border` property const matchResult = csstree.lexer.matchProperty('border', ast); // check first value node is a console.log(matchResult.isType(ast.children.first, 'color')); // true // get a type list matched to a node console.log(matchResult.getTrace(ast.children.first)); // [ { type: 'Property', name: 'border' }, // { type: 'Type', name: 'color' }, // { type: 'Type', name: 'named-color' }, // { type: 'Keyword', name: 'red' } ] ``` ### Exports Is it possible to import just a needed part of library like a parser or a walker. That's might useful for loading time or bundle size optimisations. ```js import * as tokenizer from '@eslint/css-tree/tokenizer'; import * as parser from '@eslint/css-tree/parser'; import * as walker from '@eslint/css-tree/walker'; import * as lexer from '@eslint/css-tree/lexer'; import * as definitionSyntax from '@eslint/css-tree/definition-syntax'; import * as data from '@eslint/css-tree/definition-syntax-data'; import * as dataPatch from '@eslint/css-tree/definition-syntax-data-patch'; import * as utils from '@eslint/css-tree/utils'; ``` ### Using in a browser Bundles are available for use in a browser: - `dist/csstree.js` – minified IIFE with `csstree` as global ```html ``` - `dist/csstree.esm.js` – minified ES module ```html ``` One of CDN services like `unpkg` or `jsDelivr` can be used. By default (for short path) a ESM version is exposing. For IIFE version a full path to a bundle should be specified: ```html ``` ## Top level API ![API map](https://cdn.rawgit.com/eslint/csstree/aaf327e/docs/api-map.svg) ## License MIT ## Branch Setup and Development * `main` - the default branch for new development in the fork repo * `upstream` - kept in sync with `csstree/csstree` When merging in changes from `csstree/csstree`, sync `upstream` in the GitHub UI (if possible). Then send a pull request to `main` to work through any merge conflicts. ## Sponsors The following companies, organizations, and individuals support ESLint's ongoing maintenance and development. [Become a Sponsor](https://eslint.org/donate) to get your logo on our READMEs and [website](https://eslint.org/sponsors).

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:x*40000 convertorՅ6)K|崼f100644 data-patch.cjsL$DF}L1Ɂ100644 data.cjs%ƣ/O88yE숒40000 definition-syntaxڥ1#"B540000 generator}OGd100644 index.cjsaxwC0a40000 lexer̎?eîeCS40000 parserɍ [3k40000 syntaxF>?\;40000 tokenizerME=YQz40000 utils7$ e+"100644 version.cjs{"<,n ѷ40000 walker#wN%%VYr:ȎxK100644 create.cjsUUOym{S:͇F100644 index.cjsfT'Xޢ q+ޠ:uw3x8'use strict'; const List = require('../utils/List.cjs'); function createConvertor(walk) { return { fromPlainObject(ast) { walk(ast, { enter(node) { if (node.children && node.children instanceof List.List === false) { node.children = new List.List().fromArray(node.children); } } }); return ast; }, toPlainObject(ast) { walk(ast, { leave(node) { if (node.children && node.children instanceof List.List) { node.children = node.children.toArray(); } } }); return ast; } }; } exports.createConvertor = createConvertor; ׸ xO'use strict'; const create = require('./create.cjs'); const index$1 = require('../walker/index.cjs'); const index = create.createConvertor(index$1); module.exports = index; [;Bxo'use strict'; const patch = require('../data/patch.json'); const patch$1 = patch; module.exports = patch$1; s$'x C'use strict'; const dataPatch = require('./data-patch.cjs'); const mdnAtrules = require('mdn-data/css/at-rules.json'); const mdnProperties = require('mdn-data/css/properties.json'); const mdnSyntaxes = require('mdn-data/css/syntaxes.json'); const hasOwn = Object.hasOwn || ((object, property) => Object.prototype.hasOwnProperty.call(object, property)); const extendSyntax = /^\s*\|\s*/; function preprocessAtrules(dict) { const result = Object.create(null); for (const [atruleName, atrule] of Object.entries(dict)) { let descriptors = null; if (atrule.descriptors) { descriptors = Object.create(null); for (const [name, descriptor] of Object.entries(atrule.descriptors)) { descriptors[name] = descriptor.syntax; } } result[atruleName.substr(1)] = { prelude: atrule.syntax.trim().replace(/\{(.|\s)+\}/, '').match(/^@\S+\s+([^;\{]*)/)[1].trim() || null, descriptors }; } return result; } function patchDictionary(dict, patchDict) { const result = Object.create(null); // copy all syntaxes for an original dict for (const [key, value] of Object.entries(dict)) { if (value) { result[key] = value.syntax || value; } } // apply a patch for (const key of Object.keys(patchDict)) { if (hasOwn(dict, key)) { if (patchDict[key].syntax) { result[key] = extendSyntax.test(patchDict[key].syntax) ? result[key] + ' ' + patchDict[key].syntax.trim() : patchDict[key].syntax; } else { delete result[key]; } } else { if (patchDict[key].syntax) { result[key] = patchDict[key].syntax.replace(extendSyntax, ''); } } } return result; } function preprocessPatchAtrulesDescritors(declarations) { const result = {}; for (const [key, value] of Object.entries(declarations || {})) { result[key] = typeof value === 'string' ? { syntax: value } : value; } return result; } function patchAtrules(dict, patchDict) { const result = {}; // copy all syntaxes for an original dict for (const key in dict) { if (patchDict[key] === null) { continue; } const atrulePatch = patchDict[key] || {}; result[key] = { prelude: key in patchDict && 'prelude' in atrulePatch ? atrulePatch.prelude : dict[key].prelude || null, descriptors: patchDictionary( dict[key].descriptors || {}, preprocessPatchAtrulesDescritors(atrulePatch.descriptors) ) }; } // apply a patch for (const [key, atrulePatch] of Object.entries(patchDict)) { if (atrulePatch && !hasOwn(dict, key)) { result[key] = { prelude: atrulePatch.prelude || null, descriptors: atrulePatch.descriptors ? patchDictionary({}, preprocessPatchAtrulesDescritors(atrulePatch.descriptors)) : null }; } } return result; } const definitions = { types: patchDictionary(mdnSyntaxes, dataPatch.types), atrules: patchAtrules(preprocessAtrules(mdnAtrules), dataPatch.atrules), properties: patchDictionary(mdnProperties, dataPatch.properties) }; module.exports = definitions; 8%6x100644 SyntaxError.cjsN|)dMJ /100644 generate.cjs z;ߍ8l*100644 index.cjs P\wûC|F100644 parse.cjsx Z&rO100644 scanner.cjs 6B4Ѣ100644 walk.cjsW(M%2(P7 internalGenerate(term, decorate, forceBraces, compact)) .join(combinator); if (node.explicit || forceBraces) { return (compact || result[0] === ',' ? '[' : '[ ') + result + (compact ? ']' : ' ]'); } return result; } function internalGenerate(node, decorate, forceBraces, compact) { let result; switch (node.type) { case 'Group': result = generateSequence(node, decorate, forceBraces, compact) + (node.disallowEmpty ? '!' : ''); break; case 'Multiplier': // return since node is a composition return ( internalGenerate(node.term, decorate, forceBraces, compact) + decorate(generateMultiplier(node), node) ); case 'Boolean': result = ''; break; case 'Type': result = '<' + node.name + (node.opts ? decorate(generateTypeOpts(node.opts), node.opts) : '') + '>'; break; case 'Property': result = '<\'' + node.name + '\'>'; break; case 'Keyword': result = node.name; break; case 'AtKeyword': result = '@' + node.name; break; case 'Function': result = node.name + '('; break; case 'String': case 'Token': result = node.value; break; case 'Comma': result = ','; break; default: throw new Error('Unknown node type `' + node.type + '`'); } return decorate(result, node); } function generate(node, options) { let decorate = noop; let forceBraces = false; let compact = false; if (typeof options === 'function') { decorate = options; } else if (options) { forceBraces = Boolean(options.forceBraces); compact = Boolean(options.compact); if (typeof options.decorate === 'function') { decorate = options.decorate; } } return internalGenerate(node, decorate, forceBraces, compact); } exports.generate = generate; xF'use strict'; const SyntaxError = require('./SyntaxError.cjs'); const generate = require('./generate.cjs'); const parse = require('./parse.cjs'); const walk = require('./walk.cjs'); exports.SyntaxError = SyntaxError.SyntaxError; exports.generate = generate.generate; exports.parse = parse.parse; exports.walk = walk.walk; qx:O'use strict'; const scanner = require('./scanner.cjs'); const TAB = 9; const N = 10; const F = 12; const R = 13; const SPACE = 32; const EXCLAMATIONMARK = 33; // ! const NUMBERSIGN = 35; // # const AMPERSAND = 38; // & const APOSTROPHE = 39; // ' const LEFTPARENTHESIS = 40; // ( const RIGHTPARENTHESIS = 41; // ) const ASTERISK = 42; // * const PLUSSIGN = 43; // + const COMMA = 44; // , const HYPERMINUS = 45; // - const LESSTHANSIGN = 60; // < const GREATERTHANSIGN = 62; // > const QUESTIONMARK = 63; // ? const COMMERCIALAT = 64; // @ const LEFTSQUAREBRACKET = 91; // [ const RIGHTSQUAREBRACKET = 93; // ] const LEFTCURLYBRACKET = 123; // { const VERTICALLINE = 124; // | const RIGHTCURLYBRACKET = 125; // } const INFINITY = 8734; // ∞ const COMBINATOR_PRECEDENCE = { ' ': 1, '&&': 2, '||': 3, '|': 4 }; function readMultiplierRange(scanner) { let min = null; let max = null; scanner.eat(LEFTCURLYBRACKET); scanner.skipWs(); min = scanner.scanNumber(scanner); scanner.skipWs(); if (scanner.charCode() === COMMA) { scanner.pos++; scanner.skipWs(); if (scanner.charCode() !== RIGHTCURLYBRACKET) { max = scanner.scanNumber(scanner); scanner.skipWs(); } } else { max = min; } scanner.eat(RIGHTCURLYBRACKET); return { min: Number(min), max: max ? Number(max) : 0 }; } function readMultiplier(scanner) { let range = null; let comma = false; switch (scanner.charCode()) { case ASTERISK: scanner.pos++; range = { min: 0, max: 0 }; break; case PLUSSIGN: scanner.pos++; range = { min: 1, max: 0 }; break; case QUESTIONMARK: scanner.pos++; range = { min: 0, max: 1 }; break; case NUMBERSIGN: scanner.pos++; comma = true; if (scanner.charCode() === LEFTCURLYBRACKET) { range = readMultiplierRange(scanner); } else if (scanner.charCode() === QUESTIONMARK) { // https://www.w3.org/TR/css-values-4/#component-multipliers // > the # and ? multipliers may be stacked as #? // In this case just treat "#?" as a single multiplier // { min: 0, max: 0, comma: true } scanner.pos++; range = { min: 0, max: 0 }; } else { range = { min: 1, max: 0 }; } break; case LEFTCURLYBRACKET: range = readMultiplierRange(scanner); break; default: return null; } return { type: 'Multiplier', comma, min: range.min, max: range.max, term: null }; } function maybeMultiplied(scanner, node) { const multiplier = readMultiplier(scanner); if (multiplier !== null) { multiplier.term = node; // https://www.w3.org/TR/css-values-4/#component-multipliers // > The + and # multipliers may be stacked as +#; // Represent "+#" as nested multipliers: // { ..., // term: { // ..., // term: node // } // } if (scanner.charCode() === NUMBERSIGN && scanner.charCodeAt(scanner.pos - 1) === PLUSSIGN) { return maybeMultiplied(scanner, multiplier); } // https://www.w3.org/TR/css-values-4/#component-multipliers // > the # and ? multipliers, {A} and ? multipliers, and {A,B} and ? multipliers // > may be stacked as #?, {A}?, and {A,B}?, respectively // Represent "{}?" as nested multipliers as well as "+#". // The "#?" case is already handled above, in maybeMultiplied() if (scanner.charCode() === QUESTIONMARK && scanner.charCodeAt(scanner.pos - 1) === RIGHTCURLYBRACKET) { return maybeMultiplied(scanner, multiplier); } return multiplier; } return node; } function maybeToken(scanner) { const ch = scanner.peek(); if (ch === '') { return null; } return maybeMultiplied(scanner, { type: 'Token', value: ch }); } function readProperty(scanner) { let name; scanner.eat(LESSTHANSIGN); scanner.eat(APOSTROPHE); name = scanner.scanWord(); scanner.eat(APOSTROPHE); scanner.eat(GREATERTHANSIGN); return maybeMultiplied(scanner, { type: 'Property', name }); } // https://drafts.csswg.org/css-values-3/#numeric-ranges // 4.1. Range Restrictions and Range Definition Notation // // Range restrictions can be annotated in the numeric type notation using CSS bracketed // range notation—[min,max]—within the angle brackets, after the identifying keyword, // indicating a closed range between (and including) min and max. // For example, indicates an integer between 0 and 10, inclusive. function readTypeRange(scanner) { // use null for Infinity to make AST format JSON serializable/deserializable let min = null; // -Infinity let max = null; // Infinity let sign = 1; scanner.eat(LEFTSQUAREBRACKET); if (scanner.charCode() === HYPERMINUS) { scanner.peek(); sign = -1; } if (sign == -1 && scanner.charCode() === INFINITY) { scanner.peek(); } else { min = sign * Number(scanner.scanNumber(scanner)); if (scanner.isNameCharCode()) { min += scanner.scanWord(); } } scanner.skipWs(); scanner.eat(COMMA); scanner.skipWs(); if (scanner.charCode() === INFINITY) { scanner.peek(); } else { sign = 1; if (scanner.charCode() === HYPERMINUS) { scanner.peek(); sign = -1; } max = sign * Number(scanner.scanNumber(scanner)); if (scanner.isNameCharCode()) { max += scanner.scanWord(); } } scanner.eat(RIGHTSQUAREBRACKET); return { type: 'Range', min, max }; } function readType(scanner) { let name; let opts = null; scanner.eat(LESSTHANSIGN); name = scanner.scanWord(); // https://drafts.csswg.org/css-values-5/#boolean if (name === 'boolean-expr') { scanner.eat(LEFTSQUAREBRACKET); const implicitGroup = readImplicitGroup(scanner, RIGHTSQUAREBRACKET); scanner.eat(RIGHTSQUAREBRACKET); scanner.eat(GREATERTHANSIGN); return maybeMultiplied(scanner, { type: 'Boolean', term: implicitGroup.terms.length === 1 ? implicitGroup.terms[0] : implicitGroup }); } if (scanner.charCode() === LEFTPARENTHESIS && scanner.nextCharCode() === RIGHTPARENTHESIS) { scanner.pos += 2; name += '()'; } if (scanner.charCodeAt(scanner.findWsEnd(scanner.pos)) === LEFTSQUAREBRACKET) { scanner.skipWs(); opts = readTypeRange(scanner); } scanner.eat(GREATERTHANSIGN); return maybeMultiplied(scanner, { type: 'Type', name, opts }); } function readKeywordOrFunction(scanner) { const name = scanner.scanWord(); if (scanner.charCode() === LEFTPARENTHESIS) { scanner.pos++; return { type: 'Function', name }; } return maybeMultiplied(scanner, { type: 'Keyword', name }); } function regroupTerms(terms, combinators) { function createGroup(terms, combinator) { return { type: 'Group', terms, combinator, disallowEmpty: false, explicit: false }; } let combinator; combinators = Object.keys(combinators) .sort((a, b) => COMBINATOR_PRECEDENCE[a] - COMBINATOR_PRECEDENCE[b]); while (combinators.length > 0) { combinator = combinators.shift(); let i = 0; let subgroupStart = 0; for (; i < terms.length; i++) { const term = terms[i]; if (term.type === 'Combinator') { if (term.value === combinator) { if (subgroupStart === -1) { subgroupStart = i - 1; } terms.splice(i, 1); i--; } else { if (subgroupStart !== -1 && i - subgroupStart > 1) { terms.splice( subgroupStart, i - subgroupStart, createGroup(terms.slice(subgroupStart, i), combinator) ); i = subgroupStart + 1; } subgroupStart = -1; } } } if (subgroupStart !== -1 && combinators.length) { terms.splice( subgroupStart, i - subgroupStart, createGroup(terms.slice(subgroupStart, i), combinator) ); } } return combinator; } function readImplicitGroup(scanner, stopCharCode = -1) { const combinators = Object.create(null); const terms = []; let prevToken = null; let prevTokenPos = scanner.pos; let prevTokenIsFunction = false; while (scanner.charCode() !== stopCharCode) { let token = prevTokenIsFunction ? readImplicitGroup(scanner, RIGHTPARENTHESIS) : peek(scanner); if (!token) { break; } if (token.type === 'Spaces') { continue; } if (prevTokenIsFunction) { if (token.terms.length === 0) { prevTokenIsFunction = false; continue; } if (token.combinator === ' ') { while (token.terms.length > 1) { combinators[' '] = true; // a b terms.push({ type: 'Combinator', value: ' ' }, token.terms.shift()); } token = token.terms[0]; } } if (token.type === 'Combinator') { // check for combinator in group beginning and double combinator sequence if (prevToken === null || prevToken.type === 'Combinator') { scanner.pos = prevTokenPos; scanner.error('Unexpected combinator'); } combinators[token.value] = true; } else if (prevToken !== null && prevToken.type !== 'Combinator') { combinators[' '] = true; // a b terms.push({ type: 'Combinator', value: ' ' }); } terms.push(token); prevToken = token; prevTokenPos = scanner.pos; prevTokenIsFunction = token.type === 'Function'; } // check for combinator in group ending if (prevToken !== null && prevToken.type === 'Combinator') { scanner.pos -= prevTokenPos; scanner.error('Unexpected combinator'); } return { type: 'Group', terms, combinator: regroupTerms(terms, combinators) || ' ', disallowEmpty: false, explicit: false }; } function readGroup(scanner) { let result; scanner.eat(LEFTSQUAREBRACKET); result = readImplicitGroup(scanner, RIGHTSQUAREBRACKET); scanner.eat(RIGHTSQUAREBRACKET); result.explicit = true; if (scanner.charCode() === EXCLAMATIONMARK) { scanner.pos++; result.disallowEmpty = true; } return result; } function peek(scanner) { let code = scanner.charCode(); switch (code) { case RIGHTSQUAREBRACKET: // don't eat, stop scan a group break; case LEFTSQUAREBRACKET: return maybeMultiplied(scanner, readGroup(scanner)); case LESSTHANSIGN: return scanner.nextCharCode() === APOSTROPHE ? readProperty(scanner) : readType(scanner); case VERTICALLINE: return { type: 'Combinator', value: scanner.substringToPos( scanner.pos + (scanner.nextCharCode() === VERTICALLINE ? 2 : 1) ) }; case AMPERSAND: scanner.pos++; scanner.eat(AMPERSAND); return { type: 'Combinator', value: '&&' }; case COMMA: scanner.pos++; return { type: 'Comma' }; case APOSTROPHE: return maybeMultiplied(scanner, { type: 'String', value: scanner.scanString() }); case SPACE: case TAB: case N: case R: case F: return { type: 'Spaces', value: scanner.scanSpaces() }; case COMMERCIALAT: code = scanner.nextCharCode(); if (scanner.isNameCharCode(code)) { scanner.pos++; return { type: 'AtKeyword', name: scanner.scanWord() }; } return maybeToken(scanner); case ASTERISK: case PLUSSIGN: case QUESTIONMARK: case NUMBERSIGN: case EXCLAMATIONMARK: // prohibited tokens (used as a multiplier start) break; case LEFTCURLYBRACKET: // LEFTCURLYBRACKET is allowed since mdn/data uses it w/o quoting // check next char isn't a number, because it's likely a disjoined multiplier code = scanner.nextCharCode(); if (code < 48 || code > 57) { return maybeToken(scanner); } break; default: if (scanner.isNameCharCode(code)) { return readKeywordOrFunction(scanner); } return maybeToken(scanner); } } function parse(source) { const scanner$1 = new scanner.Scanner(source); const result = readImplicitGroup(scanner$1); if (scanner$1.pos !== source.length) { scanner$1.error('Unexpected input'); } // reduce redundant groups with single group term if (result.terms.length === 1 && result.terms[0].type === 'Group') { return result.terms[0]; } return result; } exports.parse = parse; /»x t'use strict'; const SyntaxError = require('./SyntaxError.cjs'); const TAB = 9; const N = 10; const F = 12; const R = 13; const SPACE = 32; const NAME_CHAR = new Uint8Array(128).map((_, idx) => /[a-zA-Z0-9\-]/.test(String.fromCharCode(idx)) ? 1 : 0 ); class Scanner { constructor(str) { this.str = str; this.pos = 0; } charCodeAt(pos) { return pos < this.str.length ? this.str.charCodeAt(pos) : 0; } charCode() { return this.charCodeAt(this.pos); } isNameCharCode(code = this.charCode()) { return code < 128 && NAME_CHAR[code] === 1; } nextCharCode() { return this.charCodeAt(this.pos + 1); } nextNonWsCode(pos) { return this.charCodeAt(this.findWsEnd(pos)); } skipWs() { this.pos = this.findWsEnd(this.pos); } findWsEnd(pos) { for (; pos < this.str.length; pos++) { const code = this.str.charCodeAt(pos); if (code !== R && code !== N && code !== F && code !== SPACE && code !== TAB) { break; } } return pos; } substringToPos(end) { return this.str.substring(this.pos, this.pos = end); } eat(code) { if (this.charCode() !== code) { this.error('Expect `' + String.fromCharCode(code) + '`'); } this.pos++; } peek() { return this.pos < this.str.length ? this.str.charAt(this.pos++) : ''; } error(message) { throw new SyntaxError.SyntaxError(message, this.str, this.pos); } scanSpaces() { return this.substringToPos(this.findWsEnd(this.pos)); } scanWord() { let end = this.pos; for (; end < this.str.length; end++) { const code = this.str.charCodeAt(end); if (code >= 128 || NAME_CHAR[code] === 0) { break; } } if (this.pos === end) { this.error('Expect a keyword'); } return this.substringToPos(end); } scanNumber() { let end = this.pos; for (; end < this.str.length; end++) { const code = this.str.charCodeAt(end); if (code < 48 || code > 57) { break; } } if (this.pos === end) { this.error('Expect a number'); } return this.substringToPos(end); } scanString() { const end = this.str.indexOf('\'', this.pos + 1); if (end === -1) { this.pos = this.str.length; this.error('Expect an apostrophe'); } return this.substringToPos(end + 1); } } exports.Scanner = Scanner; ] Px 'use strict'; const noop = function() {}; function ensureFunction(value) { return typeof value === 'function' ? value : noop; } function walk(node, options, context) { function walk(node) { enter.call(context, node); switch (node.type) { case 'Group': node.terms.forEach(walk); break; case 'Multiplier': case 'Boolean': walk(node.term); break; case 'Type': case 'Property': case 'Keyword': case 'AtKeyword': case 'Function': case 'String': case 'Token': case 'Comma': break; default: throw new Error('Unknown type: ' + node.type); } leave.call(context, node); } let enter = noop; let leave = noop; if (typeof options === 'function') { enter = options; } else if (options) { enter = ensureFunction(options.enter); leave = ensureFunction(options.leave); } if (enter === noop && leave === noop) { throw new Error('Neither `enter` nor `leave` walker handler is set or both aren\'t a function'); } walk(node); } exports.walk = walk; g֠ x_100644 create.cjsḥr GE$.~100644 index.cjs\4{H*o100644 sourceMap.cjs[]萞W,~AJ100644 token-before.cjses~PzSGp { if (prev !== null) { delimeter.call(this, prev); } this.node(node); prev = node; }); return; } node.children.forEach(this.node, this); } function createGenerator(config) { const types$1 = new Map(); for (let [name, item] of Object.entries(config.node)) { const fn = item.generate || item; if (typeof fn === 'function') { types$1.set(name, item.generate || item); } } return function(node, options) { let buffer = ''; let prevCode = 0; let handlers = { node(node) { if (types$1.has(node.type)) { types$1.get(node.type).call(publicApi, node); } else { throw new Error('Unknown node type: ' + node.type); } }, tokenBefore: tokenBefore.safe, token(type, value, suppressAutoWhiteSpace) { prevCode = this.tokenBefore(prevCode, type, value); if (!suppressAutoWhiteSpace && prevCode & 1) { this.emit(' ', types.WhiteSpace, true); } this.emit(value, type, false); if (type === types.Delim && value.charCodeAt(0) === REVERSESOLIDUS) { this.emit('\n', types.WhiteSpace, true); } }, emit(value) { buffer += value; }, result() { return buffer; } }; if (options) { if (typeof options.decorator === 'function') { handlers = options.decorator(handlers); } if (options.sourceMap) { handlers = sourceMap.generateSourceMap(handlers); } if (options.mode in tokenBefore) { handlers.tokenBefore = tokenBefore[options.mode]; } } const publicApi = { node: (node) => handlers.node(node), children: processChildren, token: (type, value) => handlers.token(type, value), tokenize: function (chunk) { const tokenize = getTokenizer.getTokenizer(config); return tokenize(chunk, (type, start, end) => { handlers.token( type, chunk.slice(start, end), start !== 0 // suppress auto whitespace for internal value tokens ); }); } }; handlers.node(node); return handlers.result(); }; } exports.createGenerator = createGenerator; ;$gk x@'use strict'; const create = require('./create.cjs'); const generator = require('../syntax/config/generator.cjs'); const index = create.createGenerator(generator); module.exports = index; { if (type === types.Delim) { type = value; } if (typeof type === 'string') { type = Math.min(type.charCodeAt(0), 0x80) << 6; // replace non-ASCII with 0x80 } return type << 1; }; // https://www.w3.org/TR/css-syntax-3/#serialization // The only requirement for serialization is that it must "round-trip" with parsing, // that is, parsing the stylesheet must produce the same data structures as parsing, // serializing, and parsing again, except for consecutive s, // which may be collapsed into a single token. const specPairs = [ [types.Ident, types.Ident], [types.Ident, types.Function], [types.Ident, types.Url], [types.Ident, types.BadUrl], [types.Ident, '-'], [types.Ident, types.Number], [types.Ident, types.Percentage], [types.Ident, types.Dimension], [types.Ident, types.CDC], [types.Ident, types.LeftParenthesis], [types.AtKeyword, types.Ident], [types.AtKeyword, types.Function], [types.AtKeyword, types.Url], [types.AtKeyword, types.BadUrl], [types.AtKeyword, '-'], [types.AtKeyword, types.Number], [types.AtKeyword, types.Percentage], [types.AtKeyword, types.Dimension], [types.AtKeyword, types.CDC], [types.Hash, types.Ident], [types.Hash, types.Function], [types.Hash, types.Url], [types.Hash, types.BadUrl], [types.Hash, '-'], [types.Hash, types.Number], [types.Hash, types.Percentage], [types.Hash, types.Dimension], [types.Hash, types.CDC], [types.Dimension, types.Ident], [types.Dimension, types.Function], [types.Dimension, types.Url], [types.Dimension, types.BadUrl], [types.Dimension, '-'], [types.Dimension, types.Number], [types.Dimension, types.Percentage], [types.Dimension, types.Dimension], [types.Dimension, types.CDC], ['#', types.Ident], ['#', types.Function], ['#', types.Url], ['#', types.BadUrl], ['#', '-'], ['#', types.Number], ['#', types.Percentage], ['#', types.Dimension], ['#', types.CDC], // https://github.com/w3c/csswg-drafts/pull/6874 ['-', types.Ident], ['-', types.Function], ['-', types.Url], ['-', types.BadUrl], ['-', '-'], ['-', types.Number], ['-', types.Percentage], ['-', types.Dimension], ['-', types.CDC], // https://github.com/w3c/csswg-drafts/pull/6874 [types.Number, types.Ident], [types.Number, types.Function], [types.Number, types.Url], [types.Number, types.BadUrl], [types.Number, types.Number], [types.Number, types.Percentage], [types.Number, types.Dimension], [types.Number, '%'], [types.Number, types.CDC], // https://github.com/w3c/csswg-drafts/pull/6874 ['@', types.Ident], ['@', types.Function], ['@', types.Url], ['@', types.BadUrl], ['@', '-'], ['@', types.CDC], // https://github.com/w3c/csswg-drafts/pull/6874 ['.', types.Number], ['.', types.Percentage], ['.', types.Dimension], ['+', types.Number], ['+', types.Percentage], ['+', types.Dimension], ['/', '*'] ]; // validate with scripts/generate-safe const safePairs = specPairs.concat([ [types.Ident, types.Hash], [types.Dimension, types.Hash], [types.Hash, types.Hash], [types.AtKeyword, types.LeftParenthesis], [types.AtKeyword, types.String], [types.AtKeyword, types.Colon], [types.Percentage, types.Percentage], [types.Percentage, types.Dimension], [types.Percentage, types.Function], [types.Percentage, '-'], [types.RightParenthesis, types.Ident], [types.RightParenthesis, types.Function], [types.RightParenthesis, types.Percentage], [types.RightParenthesis, types.Dimension], [types.RightParenthesis, types.Hash], [types.RightParenthesis, '-'] ]); function createMap(pairs) { const isWhiteSpaceRequired = new Set( pairs.map(([prev, next]) => (code(prev) << 16 | code(next))) ); return function(prevCode, type, value) { const nextCode = code(type, value); const nextCharCode = value.charCodeAt(0); const emitWs = (nextCharCode === HYPHENMINUS && type !== types.Ident && type !== types.Function && type !== types.CDC) || (nextCharCode === PLUSSIGN) ? isWhiteSpaceRequired.has((prevCode & 0xFFFE) << 16 | nextCharCode << 7) : isWhiteSpaceRequired.has((prevCode & 0xFFFE) << 16 | nextCode); return nextCode | emitWs; }; } const spec = createMap(specPairs); const safe = createMap(safePairs); exports.safe = safe; exports.spec = spec; 53ھsx>'use strict'; const index$1 = require('./syntax/index.cjs'); const version = require('./version.cjs'); const create = require('./syntax/create.cjs'); const List = require('./utils/List.cjs'); const Lexer = require('./lexer/Lexer.cjs'); const index = require('./definition-syntax/index.cjs'); const clone = require('./utils/clone.cjs'); const names$1 = require('./utils/names.cjs'); const ident = require('./utils/ident.cjs'); const string = require('./utils/string.cjs'); const url = require('./utils/url.cjs'); const types = require('./tokenizer/types.cjs'); const names = require('./tokenizer/names.cjs'); const TokenStream = require('./tokenizer/TokenStream.cjs'); const OffsetToLocation = require('./tokenizer/OffsetToLocation.cjs'); const { tokenize, parse, generate, lexer, createLexer, walk, find, findLast, findAll, toPlainObject, fromPlainObject, fork } = index$1; exports.version = version.version; exports.createSyntax = create; exports.List = List.List; exports.Lexer = Lexer.Lexer; exports.definitionSyntax = index; exports.clone = clone.clone; exports.isCustomProperty = names$1.isCustomProperty; exports.keyword = names$1.keyword; exports.property = names$1.property; exports.vendorPrefix = names$1.vendorPrefix; exports.ident = ident; exports.string = string; exports.url = url; exports.tokenTypes = types; exports.tokenNames = names; exports.TokenStream = TokenStream.TokenStream; exports.OffsetToLocation = OffsetToLocation.OffsetToLocation; exports.createLexer = createLexer; exports.find = find; exports.findAll = findAll; exports.findLast = findLast; exports.fork = fork; exports.fromPlainObject = fromPlainObject; exports.generate = generate; exports.lexer = lexer; exports.parse = parse; exports.toPlainObject = toPlainObject; exports.tokenize = tokenize; exports.walk = walk; #x9100644 Lexer.cjsapgG,F!100644 error.cjs%.\og>Ӟ`.E100644 generic-an-plus-b.cjsߺ>-X &Qլє\v100644 generic-const.cjsaW%mn-\f100644 generic-urange.cjs{$kL)y100644 generic.cjs#`6cOz$-K100644 index.cjs.63hcf.100644 match-graph.cjsuੈrLsW&100644 match.cjsc}6ap@x b100644 prepare-tokens.cjs +xKl|A100644 search.cjs+âފr&o/100644 structure.cjsG; t9h^)100644 trace.cjsu?&Nxt|0 v&100644 units.cjs{y՜ :K~,ܫxD''use strict'; const error = require('./error.cjs'); const names = require('../utils/names.cjs'); const genericConst = require('./generic-const.cjs'); const generic = require('./generic.cjs'); const units = require('./units.cjs'); const prepareTokens = require('./prepare-tokens.cjs'); const matchGraph = require('./match-graph.cjs'); const match = require('./match.cjs'); const trace = require('./trace.cjs'); const search = require('./search.cjs'); const structure = require('./structure.cjs'); const parse = require('../definition-syntax/parse.cjs'); const generate = require('../definition-syntax/generate.cjs'); const walk = require('../definition-syntax/walk.cjs'); function dumpMapSyntax(map, compact, syntaxAsAst) { const result = {}; for (const name in map) { if (map[name].syntax) { result[name] = syntaxAsAst ? map[name].syntax : generate.generate(map[name].syntax, { compact }); } } return result; } function dumpAtruleMapSyntax(map, compact, syntaxAsAst) { const result = {}; for (const [name, atrule] of Object.entries(map)) { result[name] = { prelude: atrule.prelude && ( syntaxAsAst ? atrule.prelude.syntax : generate.generate(atrule.prelude.syntax, { compact }) ), descriptors: atrule.descriptors && dumpMapSyntax(atrule.descriptors, compact, syntaxAsAst) }; } return result; } function valueHasVar(tokens) { for (let i = 0; i < tokens.length; i++) { if (tokens[i].value.toLowerCase() === 'var(') { return true; } } return false; } function syntaxHasTopLevelCommaMultiplier(syntax) { const singleTerm = syntax.terms[0]; return ( syntax.explicit === false && syntax.terms.length === 1 && singleTerm.type === 'Multiplier' && singleTerm.comma === true ); } function valueHasEnv(tokens) { for (let i = 0; i < tokens.length; i++) { if (tokens[i].value.toLowerCase() === 'env(') { return true; } } return false; } function buildMatchResult(matched, error, iterations) { return { matched, iterations, error, ...trace }; } function matchSyntax(lexer, syntax, value, useCssWideKeywords) { const tokens = prepareTokens(value, lexer.syntax); let result; if (valueHasVar(tokens)) { return buildMatchResult(null, new Error('Matching for a tree with var() is not supported')); } if (valueHasEnv(tokens)) { return buildMatchResult(null, new Error('Matching for a tree with env() is not supported')); } if (useCssWideKeywords) { result = match.matchAsTree(tokens, lexer.cssWideKeywordsSyntax, lexer); } if (!useCssWideKeywords || !result.match) { result = match.matchAsTree(tokens, syntax.match, lexer); if (!result.match) { return buildMatchResult( null, new error.SyntaxMatchError(result.reason, syntax.syntax, value, result), result.iterations ); } } return buildMatchResult(result.match, null, result.iterations); } class Lexer { constructor(config, syntax, structure$1) { this.cssWideKeywords = genericConst.cssWideKeywords; this.syntax = syntax; this.generic = false; this.units = { ...units }; this.atrules = Object.create(null); this.properties = Object.create(null); this.types = Object.create(null); this.structure = structure$1 || structure.getStructureFromConfig(config); if (config) { if (config.cssWideKeywords) { this.cssWideKeywords = config.cssWideKeywords; } if (config.units) { for (const group of Object.keys(units)) { if (Array.isArray(config.units[group])) { this.units[group] = config.units[group]; } } } if (config.types) { for (const [name, type] of Object.entries(config.types)) { this.addType_(name, type); } } if (config.generic) { this.generic = true; for (const [name, value] of Object.entries(generic.createGenericTypes(this.units))) { this.addType_(name, value); } } if (config.atrules) { for (const [name, atrule] of Object.entries(config.atrules)) { this.addAtrule_(name, atrule); } } if (config.properties) { for (const [name, property] of Object.entries(config.properties)) { this.addProperty_(name, property); } } } this.cssWideKeywordsSyntax = matchGraph.buildMatchGraph(this.cssWideKeywords.join(' | ')); } checkStructure(ast) { function collectWarning(node, message) { warns.push({ node, message }); } const structure = this.structure; const warns = []; this.syntax.walk(ast, function(node) { if (structure.hasOwnProperty(node.type)) { structure[node.type].check(node, collectWarning); } else { collectWarning(node, 'Unknown node type `' + node.type + '`'); } }); return warns.length ? warns : false; } createDescriptor(syntax, type, name, parent = null) { const ref = { type, name }; const descriptor = { type, name, parent, serializable: typeof syntax === 'string' || (syntax && typeof syntax.type === 'string'), syntax: null, match: null, matchRef: null // used for properties when a syntax referenced as <'property'> in other syntax definitions }; if (typeof syntax === 'function') { descriptor.match = matchGraph.buildMatchGraph(syntax, ref); } else { if (typeof syntax === 'string') { // lazy parsing on first access Object.defineProperty(descriptor, 'syntax', { get() { Object.defineProperty(descriptor, 'syntax', { value: parse.parse(syntax) }); return descriptor.syntax; } }); } else { descriptor.syntax = syntax; } // lazy graph build on first access Object.defineProperty(descriptor, 'match', { get() { Object.defineProperty(descriptor, 'match', { value: matchGraph.buildMatchGraph(descriptor.syntax, ref) }); return descriptor.match; } }); if (type === 'Property') { Object.defineProperty(descriptor, 'matchRef', { get() { const syntax = descriptor.syntax; const value = syntaxHasTopLevelCommaMultiplier(syntax) ? matchGraph.buildMatchGraph({ ...syntax, terms: [syntax.terms[0].term] }, ref) : null; Object.defineProperty(descriptor, 'matchRef', { value }); return value; } }); } } return descriptor; } addAtrule_(name, syntax) { if (!syntax) { return; } this.atrules[name] = { type: 'Atrule', name: name, prelude: syntax.prelude ? this.createDescriptor(syntax.prelude, 'AtrulePrelude', name) : null, descriptors: syntax.descriptors ? Object.keys(syntax.descriptors).reduce( (map, descName) => { map[descName] = this.createDescriptor(syntax.descriptors[descName], 'AtruleDescriptor', descName, name); return map; }, Object.create(null) ) : null }; } addProperty_(name, syntax) { if (!syntax) { return; } this.properties[name] = this.createDescriptor(syntax, 'Property', name); } addType_(name, syntax) { if (!syntax) { return; } this.types[name] = this.createDescriptor(syntax, 'Type', name); } checkAtruleName(atruleName) { if (!this.getAtrule(atruleName)) { return new error.SyntaxReferenceError('Unknown at-rule', '@' + atruleName); } } checkAtrulePrelude(atruleName, prelude) { const error = this.checkAtruleName(atruleName); if (error) { return error; } const atrule = this.getAtrule(atruleName); if (!atrule.prelude && prelude) { return new SyntaxError('At-rule `@' + atruleName + '` should not contain a prelude'); } if (atrule.prelude && !prelude) { if (!matchSyntax(this, atrule.prelude, '', false).matched) { return new SyntaxError('At-rule `@' + atruleName + '` should contain a prelude'); } } } checkAtruleDescriptorName(atruleName, descriptorName) { const error$1 = this.checkAtruleName(atruleName); if (error$1) { return error$1; } const atrule = this.getAtrule(atruleName); const descriptor = names.keyword(descriptorName); if (!atrule.descriptors) { return new SyntaxError('At-rule `@' + atruleName + '` has no known descriptors'); } if (!atrule.descriptors[descriptor.name] && !atrule.descriptors[descriptor.basename]) { return new error.SyntaxReferenceError('Unknown at-rule descriptor', descriptorName); } } checkPropertyName(propertyName) { if (!this.getProperty(propertyName)) { return new error.SyntaxReferenceError('Unknown property', propertyName); } } matchAtrulePrelude(atruleName, prelude) { const error = this.checkAtrulePrelude(atruleName, prelude); if (error) { return buildMatchResult(null, error); } const atrule = this.getAtrule(atruleName); if (!atrule.prelude) { return buildMatchResult(null, null); } return matchSyntax(this, atrule.prelude, prelude || '', false); } matchAtruleDescriptor(atruleName, descriptorName, value) { const error = this.checkAtruleDescriptorName(atruleName, descriptorName); if (error) { return buildMatchResult(null, error); } const atrule = this.getAtrule(atruleName); const descriptor = names.keyword(descriptorName); return matchSyntax(this, atrule.descriptors[descriptor.name] || atrule.descriptors[descriptor.basename], value, false); } matchDeclaration(node) { if (node.type !== 'Declaration') { return buildMatchResult(null, new Error('Not a Declaration node')); } return this.matchProperty(node.property, node.value); } matchProperty(propertyName, value) { if ( !this.getProperty(propertyName) && names.property(propertyName).custom ) { return buildMatchResult(null, new Error('Lexer matching doesn\'t applicable for custom properties')); } const error = this.checkPropertyName(propertyName); if (error) { return buildMatchResult(null, error); } return matchSyntax(this, this.getProperty(propertyName), value, true); } matchType(typeName, value) { const typeSyntax = this.getType(typeName); if (!typeSyntax) { return buildMatchResult(null, new error.SyntaxReferenceError('Unknown type', typeName)); } return matchSyntax(this, typeSyntax, value, false); } match(syntax, value) { if (typeof syntax !== 'string' && (!syntax || !syntax.type)) { return buildMatchResult(null, new error.SyntaxReferenceError('Bad syntax')); } if (typeof syntax === 'string' || !syntax.match) { syntax = this.createDescriptor(syntax, 'Type', 'anonymous'); } return matchSyntax(this, syntax, value, false); } findValueFragments(propertyName, value, type, name) { return search.matchFragments(this, value, this.matchProperty(propertyName, value), type, name); } findDeclarationValueFragments(declaration, type, name) { return search.matchFragments(this, declaration.value, this.matchDeclaration(declaration), type, name); } findAllFragments(ast, type, name) { const result = []; this.syntax.walk(ast, { visit: 'Declaration', enter: (declaration) => { result.push.apply(result, this.findDeclarationValueFragments(declaration, type, name)); } }); return result; } getAtrule(atruleName, fallbackBasename = true) { const atrule = names.keyword(atruleName); const atruleEntry = atrule.vendor && fallbackBasename ? this.atrules[atrule.name] || this.atrules[atrule.basename] : this.atrules[atrule.name]; return atruleEntry || null; } getAtrulePrelude(atruleName, fallbackBasename = true) { const atrule = this.getAtrule(atruleName, fallbackBasename); return atrule && atrule.prelude || null; } getAtruleDescriptor(atruleName, name) { const atrule = this.getAtrule(atruleName); const descriptor = names.keyword(name); const descriptorEntry = atrule && atrule.descriptors ? atrule.descriptors[descriptor.name] || atrule.descriptors[descriptor.basename] : null; return descriptorEntry || null; } getProperty(propertyName, fallbackBasename = true) { const property = names.property(propertyName); const propertyEntry = property.vendor && fallbackBasename ? this.properties[property.name] || this.properties[property.basename] : this.properties[property.name]; return propertyEntry || null; } getType(name) { return hasOwnProperty.call(this.types, name) ? this.types[name] : null; } validate() { function syntaxRef(name, isType) { return isType ? `<${name}>` : `<'${name}'>`; } function validate(syntax, name, broken, descriptor) { if (broken.has(name)) { return broken.get(name); } broken.set(name, false); if (descriptor.syntax !== null) { walk.walk(descriptor.syntax, function(node) { if (node.type !== 'Type' && node.type !== 'Property') { return; } const map = node.type === 'Type' ? syntax.types : syntax.properties; const brokenMap = node.type === 'Type' ? brokenTypes : brokenProperties; if (!hasOwnProperty.call(map, node.name)) { errors.push(`${syntaxRef(name, broken === brokenTypes)} used missed syntax definition ${syntaxRef(node.name, node.type === 'Type')}`); broken.set(name, true); } else if (validate(syntax, node.name, brokenMap, map[node.name])) { errors.push(`${syntaxRef(name, broken === brokenTypes)} used broken syntax definition ${syntaxRef(node.name, node.type === 'Type')}`); broken.set(name, true); } }, this); } } const errors = []; let brokenTypes = new Map(); let brokenProperties = new Map(); for (const key in this.types) { validate(this, key, brokenTypes, this.types[key]); } for (const key in this.properties) { validate(this, key, brokenProperties, this.properties[key]); } const brokenTypesArray = [...brokenTypes.keys()].filter(name => brokenTypes.get(name)); const brokenPropertiesArray = [...brokenProperties.keys()].filter(name => brokenProperties.get(name)); if (brokenTypesArray.length || brokenPropertiesArray.length) { return { errors, types: brokenTypesArray, properties: brokenPropertiesArray }; } return null; } dump(syntaxAsAst, pretty) { return { generic: this.generic, cssWideKeywords: this.cssWideKeywords, units: this.units, types: dumpMapSyntax(this.types, !pretty, syntaxAsAst), properties: dumpMapSyntax(this.properties, !pretty, syntaxAsAst), atrules: dumpAtruleMapSyntax(this.atrules, !pretty, syntaxAsAst) }; } toString() { return JSON.stringify(this.dump()); } } exports.Lexer = Lexer; lc?x c'use strict'; const createCustomError = require('../utils/create-custom-error.cjs'); const generate = require('../definition-syntax/generate.cjs'); const defaultLoc = { offset: 0, line: 1, column: 1 }; function locateMismatch(matchResult, node) { const tokens = matchResult.tokens; const longestMatch = matchResult.longestMatch; const mismatchNode = longestMatch < tokens.length ? tokens[longestMatch].node || null : null; const badNode = mismatchNode !== node ? mismatchNode : null; let mismatchOffset = 0; let mismatchLength = 0; let entries = 0; let css = ''; let start; let end; for (let i = 0; i < tokens.length; i++) { const token = tokens[i].value; if (i === longestMatch) { mismatchLength = token.length; mismatchOffset = css.length; } if (badNode !== null && tokens[i].node === badNode) { if (i <= longestMatch) { entries++; } else { entries = 0; } } css += token; } if (longestMatch === tokens.length || entries > 1) { // last start = fromLoc(badNode || node, 'end') || buildLoc(defaultLoc, css); end = buildLoc(start); } else { start = fromLoc(badNode, 'start') || buildLoc(fromLoc(node, 'start') || defaultLoc, css.slice(0, mismatchOffset)); end = fromLoc(badNode, 'end') || buildLoc(start, css.substr(mismatchOffset, mismatchLength)); } return { css, mismatchOffset, mismatchLength, start, end }; } function fromLoc(node, point) { const value = node && node.loc && node.loc[point]; if (value) { return 'line' in value ? buildLoc(value) : value; } return null; } function buildLoc({ offset, line, column }, extra) { const loc = { offset, line, column }; if (extra) { const lines = extra.split(/\n|\r\n?|\f/); loc.offset += extra.length; loc.line += lines.length - 1; loc.column = lines.length === 1 ? loc.column + extra.length : lines.pop().length + 1; } return loc; } const SyntaxReferenceError = function(type, referenceName) { const error = createCustomError.createCustomError( 'SyntaxReferenceError', type + (referenceName ? ' `' + referenceName + '`' : '') ); error.reference = referenceName; return error; }; const SyntaxMatchError = function(message, syntax, node, matchResult) { const error = createCustomError.createCustomError('SyntaxMatchError', message); const { css, mismatchOffset, mismatchLength, start, end } = locateMismatch(matchResult, node); error.rawMessage = message; error.syntax = syntax ? generate.generate(syntax) : ''; error.css = css; error.mismatchOffset = mismatchOffset; error.mismatchLength = mismatchLength; error.message = message + '\n' + ' syntax: ' + error.syntax + '\n' + ' value: ' + (css || '') + '\n' + ' --------' + new Array(error.mismatchOffset + 1).join('-') + '^'; Object.assign(error, start); error.loc = { source: (node && node.loc && node.loc.source) || '', start, end }; return error; }; exports.SyntaxMatchError = SyntaxMatchError; exports.SyntaxReferenceError = SyntaxReferenceError; ,!:xF'use strict'; const charCodeDefinitions = require('../tokenizer/char-code-definitions.cjs'); const types = require('../tokenizer/types.cjs'); const utils = require('../tokenizer/utils.cjs'); const PLUSSIGN = 0x002B; // U+002B PLUS SIGN (+) const HYPHENMINUS = 0x002D; // U+002D HYPHEN-MINUS (-) const N = 0x006E; // U+006E LATIN SMALL LETTER N (n) const DISALLOW_SIGN = true; const ALLOW_SIGN = false; function isDelim(token, code) { return token !== null && token.type === types.Delim && token.value.charCodeAt(0) === code; } function skipSC(token, offset, getNextToken) { while (token !== null && (token.type === types.WhiteSpace || token.type === types.Comment)) { token = getNextToken(++offset); } return offset; } function checkInteger(token, valueOffset, disallowSign, offset) { if (!token) { return 0; } const code = token.value.charCodeAt(valueOffset); if (code === PLUSSIGN || code === HYPHENMINUS) { if (disallowSign) { // Number sign is not allowed return 0; } valueOffset++; } for (; valueOffset < token.value.length; valueOffset++) { if (!charCodeDefinitions.isDigit(token.value.charCodeAt(valueOffset))) { // Integer is expected return 0; } } return offset + 1; } // ... // ... ['+' | '-'] function consumeB(token, offset_, getNextToken) { let sign = false; let offset = skipSC(token, offset_, getNextToken); token = getNextToken(offset); if (token === null) { return offset_; } if (token.type !== types.Number) { if (isDelim(token, PLUSSIGN) || isDelim(token, HYPHENMINUS)) { sign = true; offset = skipSC(getNextToken(++offset), offset, getNextToken); token = getNextToken(offset); if (token === null || token.type !== types.Number) { return 0; } } else { return offset_; } } if (!sign) { const code = token.value.charCodeAt(0); if (code !== PLUSSIGN && code !== HYPHENMINUS) { // Number sign is expected return 0; } } return checkInteger(token, sign ? 0 : 1, sign, offset); } // An+B microsyntax https://www.w3.org/TR/css-syntax-3/#anb function anPlusB(token, getNextToken) { /* eslint-disable brace-style*/ let offset = 0; if (!token) { return 0; } // if (token.type === types.Number) { return checkInteger(token, 0, ALLOW_SIGN, offset); // b } // -n // -n // -n ['+' | '-'] // -n- // else if (token.type === types.Ident && token.value.charCodeAt(0) === HYPHENMINUS) { // expect 1st char is N if (!utils.cmpChar(token.value, 1, N)) { return 0; } switch (token.value.length) { // -n // -n // -n ['+' | '-'] case 2: return consumeB(getNextToken(++offset), offset, getNextToken); // -n- case 3: if (token.value.charCodeAt(2) !== HYPHENMINUS) { return 0; } offset = skipSC(getNextToken(++offset), offset, getNextToken); token = getNextToken(offset); return checkInteger(token, 0, DISALLOW_SIGN, offset); // default: if (token.value.charCodeAt(2) !== HYPHENMINUS) { return 0; } return checkInteger(token, 3, DISALLOW_SIGN, offset); } } // '+'? n // '+'? n // '+'? n ['+' | '-'] // '+'? n- // '+'? else if (token.type === types.Ident || (isDelim(token, PLUSSIGN) && getNextToken(offset + 1).type === types.Ident)) { // just ignore a plus if (token.type !== types.Ident) { token = getNextToken(++offset); } if (token === null || !utils.cmpChar(token.value, 0, N)) { return 0; } switch (token.value.length) { // '+'? n // '+'? n // '+'? n ['+' | '-'] case 1: return consumeB(getNextToken(++offset), offset, getNextToken); // '+'? n- case 2: if (token.value.charCodeAt(1) !== HYPHENMINUS) { return 0; } offset = skipSC(getNextToken(++offset), offset, getNextToken); token = getNextToken(offset); return checkInteger(token, 0, DISALLOW_SIGN, offset); // '+'? default: if (token.value.charCodeAt(1) !== HYPHENMINUS) { return 0; } return checkInteger(token, 2, DISALLOW_SIGN, offset); } } // // // // // ['+' | '-'] else if (token.type === types.Dimension) { let code = token.value.charCodeAt(0); let sign = code === PLUSSIGN || code === HYPHENMINUS ? 1 : 0; let i = sign; for (; i < token.value.length; i++) { if (!charCodeDefinitions.isDigit(token.value.charCodeAt(i))) { break; } } if (i === sign) { // Integer is expected return 0; } if (!utils.cmpChar(token.value, i, N)) { return 0; } // // // ['+' | '-'] if (i + 1 === token.value.length) { return consumeB(getNextToken(++offset), offset, getNextToken); } else { if (token.value.charCodeAt(i + 1) !== HYPHENMINUS) { return 0; } // if (i + 2 === token.value.length) { offset = skipSC(getNextToken(++offset), offset, getNextToken); token = getNextToken(offset); return checkInteger(token, 0, DISALLOW_SIGN, offset); } // else { return checkInteger(token, i + 2, DISALLOW_SIGN, offset); } } } return 0; } module.exports = anPlusB; 0hG x0'use strict'; // https://drafts.csswg.org/css-cascade-5/ const cssWideKeywords = [ 'initial', 'inherit', 'unset', 'revert', 'revert-layer' ]; exports.cssWideKeywords = cssWideKeywords; Bxe'use strict'; const charCodeDefinitions = require('../tokenizer/char-code-definitions.cjs'); const types = require('../tokenizer/types.cjs'); const utils = require('../tokenizer/utils.cjs'); const PLUSSIGN = 0x002B; // U+002B PLUS SIGN (+) const HYPHENMINUS = 0x002D; // U+002D HYPHEN-MINUS (-) const QUESTIONMARK = 0x003F; // U+003F QUESTION MARK (?) const U = 0x0075; // U+0075 LATIN SMALL LETTER U (u) function isDelim(token, code) { return token !== null && token.type === types.Delim && token.value.charCodeAt(0) === code; } function startsWith(token, code) { return token.value.charCodeAt(0) === code; } function hexSequence(token, offset, allowDash) { let hexlen = 0; for (let pos = offset; pos < token.value.length; pos++) { const code = token.value.charCodeAt(pos); if (code === HYPHENMINUS && allowDash && hexlen !== 0) { hexSequence(token, offset + hexlen + 1, false); return 6; // dissallow following question marks } if (!charCodeDefinitions.isHexDigit(code)) { return 0; // not a hex digit } if (++hexlen > 6) { return 0; // too many hex digits } } return hexlen; } function withQuestionMarkSequence(consumed, length, getNextToken) { if (!consumed) { return 0; // nothing consumed } while (isDelim(getNextToken(length), QUESTIONMARK)) { if (++consumed > 6) { return 0; // too many question marks } length++; } return length; } // https://drafts.csswg.org/css-syntax/#urange // Informally, the production has three forms: // U+0001 // Defines a range consisting of a single code point, in this case the code point "1". // U+0001-00ff // Defines a range of codepoints between the first and the second value, in this case // the range between "1" and "ff" (255 in decimal) inclusive. // U+00?? // Defines a range of codepoints where the "?" characters range over all hex digits, // in this case defining the same as the value U+0000-00ff. // In each form, a maximum of 6 digits is allowed for each hexadecimal number (if you treat "?" as a hexadecimal digit). // // = // u '+' '?'* | // u '?'* | // u '?'* | // u | // u | // u '+' '?'+ function urange(token, getNextToken) { let length = 0; // should start with `u` or `U` if (token === null || token.type !== types.Ident || !utils.cmpChar(token.value, 0, U)) { return 0; } token = getNextToken(++length); if (token === null) { return 0; } // u '+' '?'* // u '+' '?'+ if (isDelim(token, PLUSSIGN)) { token = getNextToken(++length); if (token === null) { return 0; } if (token.type === types.Ident) { // u '+' '?'* return withQuestionMarkSequence(hexSequence(token, 0, true), ++length, getNextToken); } if (isDelim(token, QUESTIONMARK)) { // u '+' '?'+ return withQuestionMarkSequence(1, ++length, getNextToken); } // Hex digit or question mark is expected return 0; } // u '?'* // u // u if (token.type === types.Number) { const consumedHexLength = hexSequence(token, 1, true); if (consumedHexLength === 0) { return 0; } token = getNextToken(++length); if (token === null) { // u return length; } if (token.type === types.Dimension || token.type === types.Number) { // u // u if (!startsWith(token, HYPHENMINUS) || !hexSequence(token, 1, false)) { return 0; } return length + 1; } // u '?'* return withQuestionMarkSequence(consumedHexLength, length, getNextToken); } // u '?'* if (token.type === types.Dimension) { return withQuestionMarkSequence(hexSequence(token, 1, true), ++length, getNextToken); } return 0; } module.exports = urange; 6! x\R'use strict'; const genericConst = require('./generic-const.cjs'); const genericAnPlusB = require('./generic-an-plus-b.cjs'); const genericUrange = require('./generic-urange.cjs'); const charCodeDefinitions = require('../tokenizer/char-code-definitions.cjs'); const types = require('../tokenizer/types.cjs'); const utils = require('../tokenizer/utils.cjs'); // CSS mathematical functions categorized by return type behavior // See: https://www.w3.org/TR/css-values-4/#math // Calculation functions that return different types depending on input const calcFunctionNames = [ 'calc(', '-moz-calc(', '-webkit-calc(' ]; // Comparison functions that return different types depending on input const comparisonFunctionNames = [ 'min(', 'max(', 'clamp(' ]; // Functions that return a stepped value, i.e. a value that is rounded to the nearest step const steppedValueFunctionNames = [ 'round(', 'mod(', 'rem(' ]; // Trigonometrical functions that return a const trigNumberFunctionNames = [ 'sin(', 'cos(', 'tan(' ]; // Trigonometrical functions that return a const trigAngleFunctionNames = [ 'asin(', 'acos(', 'atan(', 'atan2(' ]; // Other functions that return a const otherNumberFunctionNames = [ 'pow(', 'sqrt(', 'log(', 'exp(', 'sign(' ]; // Exponential functions that return a or or const expNumberDimensionPercentageFunctionNames = [ 'hypot(' ]; // Return the same type as the input const signFunctionNames = [ 'abs(' ]; const numberFunctionNames = [ ...calcFunctionNames, ...comparisonFunctionNames, ...steppedValueFunctionNames, ...trigNumberFunctionNames, ...otherNumberFunctionNames, ...expNumberDimensionPercentageFunctionNames, ...signFunctionNames ]; const percentageFunctionNames = [ ...calcFunctionNames, ...comparisonFunctionNames, ...steppedValueFunctionNames, ...expNumberDimensionPercentageFunctionNames, ...signFunctionNames ]; const dimensionFunctionNames = [ ...calcFunctionNames, ...comparisonFunctionNames, ...steppedValueFunctionNames, ...trigAngleFunctionNames, ...expNumberDimensionPercentageFunctionNames, ...signFunctionNames ]; const balancePair = new Map([ [types.Function, types.RightParenthesis], [types.LeftParenthesis, types.RightParenthesis], [types.LeftSquareBracket, types.RightSquareBracket], [types.LeftCurlyBracket, types.RightCurlyBracket] ]); // safe char code getter function charCodeAt(str, index) { return index < str.length ? str.charCodeAt(index) : 0; } function eqStr(actual, expected) { return utils.cmpStr(actual, 0, actual.length, expected); } function eqStrAny(actual, expected) { for (let i = 0; i < expected.length; i++) { if (eqStr(actual, expected[i])) { return true; } } return false; } // IE postfix hack, i.e. 123\0 or 123px\9 function isPostfixIeHack(str, offset) { if (offset !== str.length - 2) { return false; } return ( charCodeAt(str, offset) === 0x005C && // U+005C REVERSE SOLIDUS (\) charCodeDefinitions.isDigit(charCodeAt(str, offset + 1)) ); } function outOfRange(opts, value, numEnd) { if (opts && opts.type === 'Range') { const num = Number( numEnd !== undefined && numEnd !== value.length ? value.substr(0, numEnd) : value ); if (isNaN(num)) { return true; } // FIXME: when opts.min is a string it's a dimension, skip a range validation // for now since it requires a type covertation which is not implmented yet if (opts.min !== null && num < opts.min && typeof opts.min !== 'string') { return true; } // FIXME: when opts.max is a string it's a dimension, skip a range validation // for now since it requires a type covertation which is not implmented yet if (opts.max !== null && num > opts.max && typeof opts.max !== 'string') { return true; } } return false; } function consumeFunction(token, getNextToken) { let balanceCloseType = 0; let balanceStash = []; let length = 0; // balanced token consuming scan: do { switch (token.type) { case types.RightCurlyBracket: case types.RightParenthesis: case types.RightSquareBracket: if (token.type !== balanceCloseType) { break scan; } balanceCloseType = balanceStash.pop(); if (balanceStash.length === 0) { length++; break scan; } break; case types.Function: case types.LeftParenthesis: case types.LeftSquareBracket: case types.LeftCurlyBracket: balanceStash.push(balanceCloseType); balanceCloseType = balancePair.get(token.type); break; } length++; } while (token = getNextToken(length)); return length; } // TODO: implement // can be used wherever , , ,