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Edit File: node-entry.js

/*
  @license
	Rollup.js v4.41.0
	Sun, 18 May 2025 05:33:01 GMT - commit 0928185cd544907dab472754634ddf988452aae6

https://github.com/rollup/rollup

Released under the MIT License.
*/
import { EMPTY_OBJECT, ExportDefaultDeclaration as ExportDefaultDeclaration$1, CallExpression as CallExpression$1, EMPTY_ARRAY, LOGLEVEL_WARN, logUnusedExternalImports, ANNOTATION_KEY, INVALID_ANNOTATION_KEY, ArrowFunctionExpression as ArrowFunctionExpression$1, MemberExpression as MemberExpression$1, Identifier as Identifier$1, ImportExpression as ImportExpression$1, AwaitExpression as AwaitExpression$1, ObjectExpression as ObjectExpression$1, Property as Property$1, Program as Program$1, logIllegalImportReassignment, BLANK, logRedeclarationError, StaticBlock as StaticBlock$1, CatchClause as CatchClause$1, logDuplicateArgumentNameError, logModuleLevelDirective, ReturnStatement as ReturnStatement$1, VariableDeclarator as VariableDeclarator$1, ExpressionStatement as ExpressionStatement$1, logMissingExport, normalize, getImportPath, logMissingNodeBuiltins, logReservedNamespace, error, logIllegalIdentifierAsName, logMissingNameOptionForIifeExport, logMissingNameOptionForUmdExport, RestElement as RestElement$1, logConstVariableReassignError, EMPTY_SET, logCannotCallNamespace, logEval, BlockStatement as BlockStatement$1, getRollupError, logModuleParseError, logParseError, LOGLEVEL_INFO, logFirstSideEffect, locate, logInvalidAnnotation, logThisIsUndefined, getAstBuffer, convertAnnotations, FIXED_STRINGS, convertNode as convertNode$1, logImportAttributeIsInvalid, logImportOptionsAreInvalid, logSyntheticNamedExportsNeedNamespaceExport, logMissingEntryExport, logDuplicateExportError, logInvalidSourcemapForError, augmentCodeLocation, logInconsistentImportAttributes, logMissingJsxExport, logNamespaceConflict, logAmbiguousExternalNamespaces, logShimmedExport, parseAst, logInvalidFormatForTopLevelAwait, TemplateLiteral as TemplateLiteral$1, Literal as Literal$1, logCircularReexport, logAddonNotGenerated, logIncompatibleExportOptionValue, logMixedExport, logFailedValidation, isPathFragment, logCyclicCrossChunkReexport, getAliasName, logUnexpectedNamedImport, isAbsolute as isAbsolute$1, relative as relative$1, logUnexpectedNamespaceReexport, logEmptyChunk, logMissingGlobalName, logOptimizeChunkStatus, logSourcemapBroken, logConflictingSourcemapSources, logChunkInvalid, logInvalidOption, URL_OUTPUT_FORMAT, URL_OUTPUT_DIR, URL_OUTPUT_SOURCEMAPFILE, URL_OUTPUT_AMD_ID, logCannotAssignModuleToChunk, logAnonymousPluginCache, logDuplicatePluginName, logUnknownOption, LOGLEVEL_ERROR, logLevelPriority, LOGLEVEL_DEBUG, printQuotedStringList, logInvalidSetAssetSourceCall, logPluginError, logNoTransformMapOrAstWithoutCode, relativeId, logBadLoader, logExternalModulesCannotBeTransformedToModules, logInternalIdCannotBeExternal, isRelative, logUnresolvedImport, logUnresolvedImportTreatedAsExternal, logExternalSyntheticExports, logUnresolvedEntry, logUnresolvedImplicitDependant, logExternalModulesCannotBeIncludedInManualChunks, logEntryCannotBeExternal, logImplicitDependantCannotBeExternal, logNoAssetSourceSet, logFileReferenceIdNotFoundForFilename, logAssetReferenceIdNotFoundForSetSource, logAssetSourceAlreadySet, logInvalidRollupPhaseForChunkEmission, warnDeprecation, logChunkNotGeneratedForFileName, logAssetNotFinalisedForFileName, logFileNameConflict, URL_GENERATEBUNDLE, logInvalidLogPosition, logInputHookInOutputPlugin, logInvalidAddonPluginHook, logInvalidFunctionPluginHook, logImplicitDependantIsNotIncluded, logCircularDependency, augmentLogMessage, URL_JSX, URL_TREESHAKE_MODULESIDEEFFECTS, URL_TREESHAKE, URL_OUTPUT_INLINEDYNAMICIMPORTS, URL_PRESERVEENTRYSIGNATURES, URL_OUTPUT_GENERATEDCODE, isValidUrl, addTrailingSlashIfMissed, URL_OUTPUT_SOURCEMAPBASEURL, URL_OUTPUT_MANUALCHUNKS, logInvalidExportOptionValue, URL_OUTPUT_AMD_BASEPATH, URL_OUTPUT_INTEROP, URL_OUTPUT_EXTERNALIMPORTATTRIBUTES, logAlreadyClosed, logMissingFileOrDirOption, logCannotEmitFromOptionsHook, URL_WATCH } from './parseAst.js';
import { relative, dirname, basename, extname, resolve as resolve$1 } from 'node:path';
import { posix, isAbsolute, resolve, win32 } from 'path';
import { parseAsync, xxhashBase16, xxhashBase64Url, xxhashBase36 } from '../../native.js';
import process$1, { env } from 'node:process';
import { performance } from 'node:perf_hooks';
import { lstat, realpath, readdir, readFile, mkdir, writeFile } from 'node:fs/promises';

var version = "4.41.0";

class BitSet {
	constructor(arg) {
		this.bits = arg instanceof BitSet ? arg.bits.slice() : [];
	}

add(n) {
		this.bits[n >> 5] |= 1 << (n & 31);
	}

has(n) {
		return !!(this.bits[n >> 5] & (1 << (n & 31)));
	}
}

let Chunk$1 = class Chunk {
	constructor(start, end, content) {
		this.start = start;
		this.end = end;
		this.original = content;

this.intro = '';
		this.outro = '';

this.content = content;
		this.storeName = false;
		this.edited = false;

{
			this.previous = null;
			this.next = null;
		}
	}

appendLeft(content) {
		this.outro += content;
	}

appendRight(content) {
		this.intro = this.intro + content;
	}

clone() {
		const chunk = new Chunk(this.start, this.end, this.original);

chunk.intro = this.intro;
		chunk.outro = this.outro;
		chunk.content = this.content;
		chunk.storeName = this.storeName;
		chunk.edited = this.edited;

return chunk;
	}

contains(index) {
		return this.start < index && index < this.end;
	}

eachNext(fn) {
		let chunk = this;
		while (chunk) {
			fn(chunk);
			chunk = chunk.next;
		}
	}

eachPrevious(fn) {
		let chunk = this;
		while (chunk) {
			fn(chunk);
			chunk = chunk.previous;
		}
	}

edit(content, storeName, contentOnly) {
		this.content = content;
		if (!contentOnly) {
			this.intro = '';
			this.outro = '';
		}
		this.storeName = storeName;

this.edited = true;

return this;
	}

prependLeft(content) {
		this.outro = content + this.outro;
	}

prependRight(content) {
		this.intro = content + this.intro;
	}

reset() {
		this.intro = '';
		this.outro = '';
		if (this.edited) {
			this.content = this.original;
			this.storeName = false;
			this.edited = false;
		}
	}

split(index) {
		const sliceIndex = index - this.start;

const originalBefore = this.original.slice(0, sliceIndex);
		const originalAfter = this.original.slice(sliceIndex);

this.original = originalBefore;

const newChunk = new Chunk(index, this.end, originalAfter);
		newChunk.outro = this.outro;
		this.outro = '';

this.end = index;

if (this.edited) {
			// after split we should save the edit content record into the correct chunk
			// to make sure sourcemap correct
			// For example:
			// '  test'.trim()
			//     split   -> '  ' + 'test'
			//   ✔️ edit    -> '' + 'test'
			//   ✖️ edit    -> 'test' + ''
			// TODO is this block necessary?...
			newChunk.edit('', false);
			this.content = '';
		} else {
			this.content = originalBefore;
		}

newChunk.next = this.next;
		if (newChunk.next) newChunk.next.previous = newChunk;
		newChunk.previous = this;
		this.next = newChunk;

return newChunk;
	}

toString() {
		return this.intro + this.content + this.outro;
	}

trimEnd(rx) {
		this.outro = this.outro.replace(rx, '');
		if (this.outro.length) return true;

const trimmed = this.content.replace(rx, '');

if (trimmed.length) {
			if (trimmed !== this.content) {
				this.split(this.start + trimmed.length).edit('', undefined, true);
				if (this.edited) {
					// save the change, if it has been edited
					this.edit(trimmed, this.storeName, true);
				}
			}
			return true;
		} else {
			this.edit('', undefined, true);

this.intro = this.intro.replace(rx, '');
			if (this.intro.length) return true;
		}
	}

trimStart(rx) {
		this.intro = this.intro.replace(rx, '');
		if (this.intro.length) return true;

const trimmed = this.content.replace(rx, '');

if (trimmed.length) {
			if (trimmed !== this.content) {
				const newChunk = this.split(this.end - trimmed.length);
				if (this.edited) {
					// save the change, if it has been edited
					newChunk.edit(trimmed, this.storeName, true);
				}
				this.edit('', undefined, true);
			}
			return true;
		} else {
			this.edit('', undefined, true);

this.outro = this.outro.replace(rx, '');
			if (this.outro.length) return true;
		}
	}
};

const btoa = /*#__PURE__*/ getBtoa();

class SourceMap {
	constructor(properties) {
		this.version = 3;
		this.file = properties.file;
		this.sources = properties.sources;
		this.sourcesContent = properties.sourcesContent;
		this.names = properties.names;
		this.mappings = encode(properties.mappings);
		if (typeof properties.x_google_ignoreList !== 'undefined') {
			this.x_google_ignoreList = properties.x_google_ignoreList;
		}
		if (typeof properties.debugId !== 'undefined') {
			this.debugId = properties.debugId;
		}
	}

toString() {
		return JSON.stringify(this);
	}

toUrl() {
		return 'data:application/json;charset=utf-8;base64,' + btoa(this.toString());
	}
}

function guessIndent(code) {
	const lines = code.split('\n');

const tabbed = lines.filter((line) => /^\t+/.test(line));
	const spaced = lines.filter((line) => /^ {2,}/.test(line));

if (tabbed.length === 0 && spaced.length === 0) {
		return null;
	}

// More lines tabbed than spaced? Assume tabs, and
	// default to tabs in the case of a tie (or nothing
	// to go on)
	if (tabbed.length >= spaced.length) {
		return '\t';
	}

// Otherwise, we need to guess the multiple
	const min = spaced.reduce((previous, current) => {
		const numSpaces = /^ +/.exec(current)[0].length;
		return Math.min(numSpaces, previous);
	}, Infinity);

return new Array(min + 1).join(' ');
}

function getRelativePath(from, to) {
	const fromParts = from.split(/[/\\]/);
	const toParts = to.split(/[/\\]/);

fromParts.pop(); // get dirname

while (fromParts[0] === toParts[0]) {
		fromParts.shift();
		toParts.shift();
	}

if (fromParts.length) {
		let i = fromParts.length;
		while (i--) fromParts[i] = '..';
	}

return fromParts.concat(toParts).join('/');
}

const toString = Object.prototype.toString;

function isObject(thing) {
	return toString.call(thing) === '[object Object]';
}

function getLocator(source) {
	const originalLines = source.split('\n');
	const lineOffsets = [];

for (let i = 0, pos = 0; i < originalLines.length; i++) {
		lineOffsets.push(pos);
		pos += originalLines[i].length + 1;
	}

return function locate(index) {
		let i = 0;
		let j = lineOffsets.length;
		while (i < j) {
			const m = (i + j) >> 1;
			if (index < lineOffsets[m]) {
				j = m;
			} else {
				i = m + 1;
			}
		}
		const line = i - 1;
		const column = index - lineOffsets[line];
		return { line, column };
	};
}

const wordRegex = /\w/;

class Mappings {
	constructor(hires) {
		this.hires = hires;
		this.generatedCodeLine = 0;
		this.generatedCodeColumn = 0;
		this.raw = [];
		this.rawSegments = this.raw[this.generatedCodeLine] = [];
		this.pending = null;
	}

addEdit(sourceIndex, content, loc, nameIndex) {
		if (content.length) {
			const contentLengthMinusOne = content.length - 1;
			let contentLineEnd = content.indexOf('\n', 0);
			let previousContentLineEnd = -1;
			// Loop through each line in the content and add a segment, but stop if the last line is empty,
			// else code afterwards would fill one line too many
			while (contentLineEnd >= 0 && contentLengthMinusOne > contentLineEnd) {
				const segment = [this.generatedCodeColumn, sourceIndex, loc.line, loc.column];
				if (nameIndex >= 0) {
					segment.push(nameIndex);
				}
				this.rawSegments.push(segment);

this.generatedCodeLine += 1;
				this.raw[this.generatedCodeLine] = this.rawSegments = [];
				this.generatedCodeColumn = 0;

previousContentLineEnd = contentLineEnd;
				contentLineEnd = content.indexOf('\n', contentLineEnd + 1);
			}

const segment = [this.generatedCodeColumn, sourceIndex, loc.line, loc.column];
			if (nameIndex >= 0) {
				segment.push(nameIndex);
			}
			this.rawSegments.push(segment);

this.advance(content.slice(previousContentLineEnd + 1));
		} else if (this.pending) {
			this.rawSegments.push(this.pending);
			this.advance(content);
		}

this.pending = null;
	}

addUneditedChunk(sourceIndex, chunk, original, loc, sourcemapLocations) {
		let originalCharIndex = chunk.start;
		let first = true;
		// when iterating each char, check if it's in a word boundary
		let charInHiresBoundary = false;

while (originalCharIndex < chunk.end) {
			if (original[originalCharIndex] === '\n') {
				loc.line += 1;
				loc.column = 0;
				this.generatedCodeLine += 1;
				this.raw[this.generatedCodeLine] = this.rawSegments = [];
				this.generatedCodeColumn = 0;
				first = true;
				charInHiresBoundary = false;
			} else {
				if (this.hires || first || sourcemapLocations.has(originalCharIndex)) {
					const segment = [this.generatedCodeColumn, sourceIndex, loc.line, loc.column];

if (this.hires === 'boundary') {
						// in hires "boundary", group segments per word boundary than per char
						if (wordRegex.test(original[originalCharIndex])) {
							// for first char in the boundary found, start the boundary by pushing a segment
							if (!charInHiresBoundary) {
								this.rawSegments.push(segment);
								charInHiresBoundary = true;
							}
						} else {
							// for non-word char, end the boundary by pushing a segment
							this.rawSegments.push(segment);
							charInHiresBoundary = false;
						}
					} else {
						this.rawSegments.push(segment);
					}
				}

loc.column += 1;
				this.generatedCodeColumn += 1;
				first = false;
			}

originalCharIndex += 1;
		}

this.pending = null;
	}

advance(str) {
		if (!str) return;

const lines = str.split('\n');

if (lines.length > 1) {
			for (let i = 0; i < lines.length - 1; i++) {
				this.generatedCodeLine++;
				this.raw[this.generatedCodeLine] = this.rawSegments = [];
			}
			this.generatedCodeColumn = 0;
		}

this.generatedCodeColumn += lines[lines.length - 1].length;
	}
}

const n = '\n';

const warned = {
	insertLeft: false,
	insertRight: false,
	storeName: false,
};

class MagicString {
	constructor(string, options = {}) {
		const chunk = new Chunk$1(0, string.length, string);

Object.defineProperties(this, {
			original: { writable: true, value: string },
			outro: { writable: true, value: '' },
			intro: { writable: true, value: '' },
			firstChunk: { writable: true, value: chunk },
			lastChunk: { writable: true, value: chunk },
			lastSearchedChunk: { writable: true, value: chunk },
			byStart: { writable: true, value: {} },
			byEnd: { writable: true, value: {} },
			filename: { writable: true, value: options.filename },
			indentExclusionRanges: { writable: true, value: options.indentExclusionRanges },
			sourcemapLocations: { writable: true, value: new BitSet() },
			storedNames: { writable: true, value: {} },
			indentStr: { writable: true, value: undefined },
			ignoreList: { writable: true, value: options.ignoreList },
			offset: { writable: true, value: options.offset || 0 },
		});

this.byStart[0] = chunk;
		this.byEnd[string.length] = chunk;
	}

addSourcemapLocation(char) {
		this.sourcemapLocations.add(char);
	}

append(content) {
		if (typeof content !== 'string') throw new TypeError('outro content must be a string');

this.outro += content;
		return this;
	}

appendLeft(index, content) {
		index = index + this.offset;

if (typeof content !== 'string') throw new TypeError('inserted content must be a string');

this._split(index);

const chunk = this.byEnd[index];

if (chunk) {
			chunk.appendLeft(content);
		} else {
			this.intro += content;
		}
		return this;
	}

appendRight(index, content) {
		index = index + this.offset;

if (typeof content !== 'string') throw new TypeError('inserted content must be a string');

this._split(index);

const chunk = this.byStart[index];

if (chunk) {
			chunk.appendRight(content);
		} else {
			this.outro += content;
		}
		return this;
	}

clone() {
		const cloned = new MagicString(this.original, { filename: this.filename, offset: this.offset });

let originalChunk = this.firstChunk;
		let clonedChunk = (cloned.firstChunk = cloned.lastSearchedChunk = originalChunk.clone());

while (originalChunk) {
			cloned.byStart[clonedChunk.start] = clonedChunk;
			cloned.byEnd[clonedChunk.end] = clonedChunk;

const nextOriginalChunk = originalChunk.next;
			const nextClonedChunk = nextOriginalChunk && nextOriginalChunk.clone();

if (nextClonedChunk) {
				clonedChunk.next = nextClonedChunk;
				nextClonedChunk.previous = clonedChunk;

clonedChunk = nextClonedChunk;
			}

originalChunk = nextOriginalChunk;
		}

cloned.lastChunk = clonedChunk;

if (this.indentExclusionRanges) {
			cloned.indentExclusionRanges = this.indentExclusionRanges.slice();
		}

cloned.sourcemapLocations = new BitSet(this.sourcemapLocations);

cloned.intro = this.intro;
		cloned.outro = this.outro;

return cloned;
	}

generateDecodedMap(options) {
		options = options || {};

const sourceIndex = 0;
		const names = Object.keys(this.storedNames);
		const mappings = new Mappings(options.hires);

const locate = getLocator(this.original);

if (this.intro) {
			mappings.advance(this.intro);
		}

this.firstChunk.eachNext((chunk) => {
			const loc = locate(chunk.start);

if (chunk.intro.length) mappings.advance(chunk.intro);

if (chunk.edited) {
				mappings.addEdit(
					sourceIndex,
					chunk.content,
					loc,
					chunk.storeName ? names.indexOf(chunk.original) : -1,
				);
			} else {
				mappings.addUneditedChunk(sourceIndex, chunk, this.original, loc, this.sourcemapLocations);
			}

if (chunk.outro.length) mappings.advance(chunk.outro);
		});

return {
			file: options.file ? options.file.split(/[/\\]/).pop() : undefined,
			sources: [
				options.source ? getRelativePath(options.file || '', options.source) : options.file || '',
			],
			sourcesContent: options.includeContent ? [this.original] : undefined,
			names,
			mappings: mappings.raw,
			x_google_ignoreList: this.ignoreList ? [sourceIndex] : undefined,
		};
	}

generateMap(options) {
		return new SourceMap(this.generateDecodedMap(options));
	}

_ensureindentStr() {
		if (this.indentStr === undefined) {
			this.indentStr = guessIndent(this.original);
		}
	}

_getRawIndentString() {
		this._ensureindentStr();
		return this.indentStr;
	}

getIndentString() {
		this._ensureindentStr();
		return this.indentStr === null ? '\t' : this.indentStr;
	}

indent(indentStr, options) {
		const pattern = /^[^\r\n]/gm;

if (isObject(indentStr)) {
			options = indentStr;
			indentStr = undefined;
		}

if (indentStr === undefined) {
			this._ensureindentStr();
			indentStr = this.indentStr || '\t';
		}

if (indentStr === '') return this; // noop

options = options || {};

// Process exclusion ranges
		const isExcluded = {};

if (options.exclude) {
			const exclusions =
				typeof options.exclude[0] === 'number' ? [options.exclude] : options.exclude;
			exclusions.forEach((exclusion) => {
				for (let i = exclusion[0]; i < exclusion[1]; i += 1) {
					isExcluded[i] = true;
				}
			});
		}

this.intro = this.intro.replace(pattern, replacer);

let charIndex = 0;
		let chunk = this.firstChunk;

while (chunk) {
			const end = chunk.end;

if (chunk.edited) {
				if (!isExcluded[charIndex]) {
					chunk.content = chunk.content.replace(pattern, replacer);

if (chunk.content.length) {
						shouldIndentNextCharacter = chunk.content[chunk.content.length - 1] === '\n';
					}
				}
			} else {
				charIndex = chunk.start;

while (charIndex < end) {
					if (!isExcluded[charIndex]) {
						const char = this.original[charIndex];

if (char === '\n') {
							shouldIndentNextCharacter = true;
						} else if (char !== '\r' && shouldIndentNextCharacter) {
							shouldIndentNextCharacter = false;

if (charIndex === chunk.start) {
								chunk.prependRight(indentStr);
							} else {
								this._splitChunk(chunk, charIndex);
								chunk = chunk.next;
								chunk.prependRight(indentStr);
							}
						}
					}

charIndex += 1;
				}
			}

charIndex = chunk.end;
			chunk = chunk.next;
		}

this.outro = this.outro.replace(pattern, replacer);

return this;
	}

insert() {
		throw new Error(
			'magicString.insert(...) is deprecated. Use prependRight(...) or appendLeft(...)',
		);
	}

insertLeft(index, content) {
		if (!warned.insertLeft) {
			console.warn(
				'magicString.insertLeft(...) is deprecated. Use magicString.appendLeft(...) instead',
			);
			warned.insertLeft = true;
		}

return this.appendLeft(index, content);
	}

insertRight(index, content) {
		if (!warned.insertRight) {
			console.warn(
				'magicString.insertRight(...) is deprecated. Use magicString.prependRight(...) instead',
			);
			warned.insertRight = true;
		}

return this.prependRight(index, content);
	}

move(start, end, index) {
		start = start + this.offset;
		end = end + this.offset;
		index = index + this.offset;

if (index >= start && index <= end) throw new Error('Cannot move a selection inside itself');

this._split(start);
		this._split(end);
		this._split(index);

const first = this.byStart[start];
		const last = this.byEnd[end];

const oldLeft = first.previous;
		const oldRight = last.next;

const newRight = this.byStart[index];
		if (!newRight && last === this.lastChunk) return this;
		const newLeft = newRight ? newRight.previous : this.lastChunk;

if (oldLeft) oldLeft.next = oldRight;
		if (oldRight) oldRight.previous = oldLeft;

if (newLeft) newLeft.next = first;
		if (newRight) newRight.previous = last;

if (!first.previous) this.firstChunk = last.next;
		if (!last.next) {
			this.lastChunk = first.previous;
			this.lastChunk.next = null;
		}

first.previous = newLeft;
		last.next = newRight || null;

if (!newLeft) this.firstChunk = first;
		if (!newRight) this.lastChunk = last;
		return this;
	}

overwrite(start, end, content, options) {
		options = options || {};
		return this.update(start, end, content, { ...options, overwrite: !options.contentOnly });
	}

update(start, end, content, options) {
		start = start + this.offset;
		end = end + this.offset;

if (typeof content !== 'string') throw new TypeError('replacement content must be a string');

if (this.original.length !== 0) {
			while (start < 0) start += this.original.length;
			while (end < 0) end += this.original.length;
		}

if (end > this.original.length) throw new Error('end is out of bounds');
		if (start === end)
			throw new Error(
				'Cannot overwrite a zero-length range – use appendLeft or prependRight instead',
			);

this._split(start);
		this._split(end);

if (options === true) {
			if (!warned.storeName) {
				console.warn(
					'The final argument to magicString.overwrite(...) should be an options object. See https://github.com/rich-harris/magic-string',
				);
				warned.storeName = true;
			}

options = { storeName: true };
		}
		const storeName = options !== undefined ? options.storeName : false;
		const overwrite = options !== undefined ? options.overwrite : false;

if (storeName) {
			const original = this.original.slice(start, end);
			Object.defineProperty(this.storedNames, original, {
				writable: true,
				value: true,
				enumerable: true,
			});
		}

const first = this.byStart[start];
		const last = this.byEnd[end];

if (first) {
			let chunk = first;
			while (chunk !== last) {
				if (chunk.next !== this.byStart[chunk.end]) {
					throw new Error('Cannot overwrite across a split point');
				}
				chunk = chunk.next;
				chunk.edit('', false);
			}

first.edit(content, storeName, !overwrite);
		} else {
			// must be inserting at the end
			const newChunk = new Chunk$1(start, end, '').edit(content, storeName);

// TODO last chunk in the array may not be the last chunk, if it's moved...
			last.next = newChunk;
			newChunk.previous = last;
		}
		return this;
	}

prepend(content) {
		if (typeof content !== 'string') throw new TypeError('outro content must be a string');

this.intro = content + this.intro;
		return this;
	}

prependLeft(index, content) {
		index = index + this.offset;

if (typeof content !== 'string') throw new TypeError('inserted content must be a string');

this._split(index);

const chunk = this.byEnd[index];

if (chunk) {
			chunk.prependLeft(content);
		} else {
			this.intro = content + this.intro;
		}
		return this;
	}

prependRight(index, content) {
		index = index + this.offset;

if (typeof content !== 'string') throw new TypeError('inserted content must be a string');

this._split(index);

const chunk = this.byStart[index];

if (chunk) {
			chunk.prependRight(content);
		} else {
			this.outro = content + this.outro;
		}
		return this;
	}

remove(start, end) {
		start = start + this.offset;
		end = end + this.offset;

if (this.original.length !== 0) {
			while (start < 0) start += this.original.length;
			while (end < 0) end += this.original.length;
		}

if (start === end) return this;

if (start < 0 || end > this.original.length) throw new Error('Character is out of bounds');
		if (start > end) throw new Error('end must be greater than start');

this._split(start);
		this._split(end);

let chunk = this.byStart[start];

while (chunk) {
			chunk.intro = '';
			chunk.outro = '';
			chunk.edit('');

chunk = end > chunk.end ? this.byStart[chunk.end] : null;
		}
		return this;
	}

reset(start, end) {
		start = start + this.offset;
		end = end + this.offset;

if (this.original.length !== 0) {
			while (start < 0) start += this.original.length;
			while (end < 0) end += this.original.length;
		}

if (start === end) return this;

if (start < 0 || end > this.original.length) throw new Error('Character is out of bounds');
		if (start > end) throw new Error('end must be greater than start');

this._split(start);
		this._split(end);

let chunk = this.byStart[start];

while (chunk) {
			chunk.reset();

chunk = end > chunk.end ? this.byStart[chunk.end] : null;
		}
		return this;
	}

lastChar() {
		if (this.outro.length) return this.outro[this.outro.length - 1];
		let chunk = this.lastChunk;
		do {
			if (chunk.outro.length) return chunk.outro[chunk.outro.length - 1];
			if (chunk.content.length) return chunk.content[chunk.content.length - 1];
			if (chunk.intro.length) return chunk.intro[chunk.intro.length - 1];
		} while ((chunk = chunk.previous));
		if (this.intro.length) return this.intro[this.intro.length - 1];
		return '';
	}

lastLine() {
		let lineIndex = this.outro.lastIndexOf(n);
		if (lineIndex !== -1) return this.outro.substr(lineIndex + 1);
		let lineStr = this.outro;
		let chunk = this.lastChunk;
		do {
			if (chunk.outro.length > 0) {
				lineIndex = chunk.outro.lastIndexOf(n);
				if (lineIndex !== -1) return chunk.outro.substr(lineIndex + 1) + lineStr;
				lineStr = chunk.outro + lineStr;
			}

if (chunk.content.length > 0) {
				lineIndex = chunk.content.lastIndexOf(n);
				if (lineIndex !== -1) return chunk.content.substr(lineIndex + 1) + lineStr;
				lineStr = chunk.content + lineStr;
			}

if (chunk.intro.length > 0) {
				lineIndex = chunk.intro.lastIndexOf(n);
				if (lineIndex !== -1) return chunk.intro.substr(lineIndex + 1) + lineStr;
				lineStr = chunk.intro + lineStr;
			}
		} while ((chunk = chunk.previous));
		lineIndex = this.intro.lastIndexOf(n);
		if (lineIndex !== -1) return this.intro.substr(lineIndex + 1) + lineStr;
		return this.intro + lineStr;
	}

slice(start = 0, end = this.original.length - this.offset) {
		start = start + this.offset;
		end = end + this.offset;

if (this.original.length !== 0) {
			while (start < 0) start += this.original.length;
			while (end < 0) end += this.original.length;
		}

let result = '';

// find start chunk
		let chunk = this.firstChunk;
		while (chunk && (chunk.start > start || chunk.end <= start)) {
			// found end chunk before start
			if (chunk.start < end && chunk.end >= end) {
				return result;
			}

chunk = chunk.next;
		}

if (chunk && chunk.edited && chunk.start !== start)
			throw new Error(`Cannot use replaced character ${start} as slice start anchor.`);

const startChunk = chunk;
		while (chunk) {
			if (chunk.intro && (startChunk !== chunk || chunk.start === start)) {
				result += chunk.intro;
			}

const containsEnd = chunk.start < end && chunk.end >= end;
			if (containsEnd && chunk.edited && chunk.end !== end)
				throw new Error(`Cannot use replaced character ${end} as slice end anchor.`);

const sliceStart = startChunk === chunk ? start - chunk.start : 0;
			const sliceEnd = containsEnd ? chunk.content.length + end - chunk.end : chunk.content.length;

result += chunk.content.slice(sliceStart, sliceEnd);

if (chunk.outro && (!containsEnd || chunk.end === end)) {
				result += chunk.outro;
			}

if (containsEnd) {
				break;
			}

chunk = chunk.next;
		}

return result;
	}

// TODO deprecate this? not really very useful
	snip(start, end) {
		const clone = this.clone();
		clone.remove(0, start);
		clone.remove(end, clone.original.length);

return clone;
	}

_split(index) {
		if (this.byStart[index] || this.byEnd[index]) return;

let chunk = this.lastSearchedChunk;
		const searchForward = index > chunk.end;

while (chunk) {
			if (chunk.contains(index)) return this._splitChunk(chunk, index);

chunk = searchForward ? this.byStart[chunk.end] : this.byEnd[chunk.start];
		}
	}

_splitChunk(chunk, index) {
		if (chunk.edited && chunk.content.length) {
			// zero-length edited chunks are a special case (overlapping replacements)
			const loc = getLocator(this.original)(index);
			throw new Error(
				`Cannot split a chunk that has already been edited (${loc.line}:${loc.column} – "${chunk.original}")`,
			);
		}

const newChunk = chunk.split(index);

this.byEnd[index] = chunk;
		this.byStart[index] = newChunk;
		this.byEnd[newChunk.end] = newChunk;

if (chunk === this.lastChunk) this.lastChunk = newChunk;

this.lastSearchedChunk = chunk;
		return true;
	}

toString() {
		let str = this.intro;

let chunk = this.firstChunk;
		while (chunk) {
			str += chunk.toString();
			chunk = chunk.next;
		}

return str + this.outro;
	}

isEmpty() {
		let chunk = this.firstChunk;
		do {
			if (
				(chunk.intro.length && chunk.intro.trim()) ||
				(chunk.content.length && chunk.content.trim()) ||
				(chunk.outro.length && chunk.outro.trim())
			)
				return false;
		} while ((chunk = chunk.next));
		return true;
	}

length() {
		let chunk = this.firstChunk;
		let length = 0;
		do {
			length += chunk.intro.length + chunk.content.length + chunk.outro.length;
		} while ((chunk = chunk.next));
		return length;
	}

trimLines() {
		return this.trim('[\\r\\n]');
	}

trim(charType) {
		return this.trimStart(charType).trimEnd(charType);
	}

trimEndAborted(charType) {
		const rx = new RegExp((charType || '\\s') + '+$');

this.outro = this.outro.replace(rx, '');
		if (this.outro.length) return true;

let chunk = this.lastChunk;

do {
			const end = chunk.end;
			const aborted = chunk.trimEnd(rx);

// if chunk was trimmed, we have a new lastChunk
			if (chunk.end !== end) {
				if (this.lastChunk === chunk) {
					this.lastChunk = chunk.next;
				}

this.byEnd[chunk.end] = chunk;
				this.byStart[chunk.next.start] = chunk.next;
				this.byEnd[chunk.next.end] = chunk.next;
			}

if (aborted) return true;
			chunk = chunk.previous;
		} while (chunk);

return false;
	}

trimEnd(charType) {
		this.trimEndAborted(charType);
		return this;
	}
	trimStartAborted(charType) {
		const rx = new RegExp('^' + (charType || '\\s') + '+');

this.intro = this.intro.replace(rx, '');
		if (this.intro.length) return true;

let chunk = this.firstChunk;

do {
			const end = chunk.end;
			const aborted = chunk.trimStart(rx);

if (chunk.end !== end) {
				// special case...
				if (chunk === this.lastChunk) this.lastChunk = chunk.next;

this.byEnd[chunk.end] = chunk;
				this.byStart[chunk.next.start] = chunk.next;
				this.byEnd[chunk.next.end] = chunk.next;
			}

if (aborted) return true;
			chunk = chunk.next;
		} while (chunk);

return false;
	}

trimStart(charType) {
		this.trimStartAborted(charType);
		return this;
	}

hasChanged() {
		return this.original !== this.toString();
	}

_replaceRegexp(searchValue, replacement) {
		function getReplacement(match, str) {
			if (typeof replacement === 'string') {
				return replacement.replace(/\$(\$|&|\d+)/g, (_, i) => {
					// https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/String/replace#specifying_a_string_as_a_parameter
					if (i === '$') return '$';
					if (i === '&') return match[0];
					const num = +i;
					if (num < match.length) return match[+i];
					return `$${i}`;
				});
			} else {
				return replacement(...match, match.index, str, match.groups);
			}
		}
		function matchAll(re, str) {
			let match;
			const matches = [];
			while ((match = re.exec(str))) {
				matches.push(match);
			}
			return matches;
		}
		if (searchValue.global) {
			const matches = matchAll(searchValue, this.original);
			matches.forEach((match) => {
				if (match.index != null) {
					const replacement = getReplacement(match, this.original);
					if (replacement !== match[0]) {
						this.overwrite(match.index, match.index + match[0].length, replacement);
					}
				}
			});
		} else {
			const match = this.original.match(searchValue);
			if (match && match.index != null) {
				const replacement = getReplacement(match, this.original);
				if (replacement !== match[0]) {
					this.overwrite(match.index, match.index + match[0].length, replacement);
				}
			}
		}
		return this;
	}

_replaceString(string, replacement) {
		const { original } = this;
		const index = original.indexOf(string);

if (index !== -1) {
			this.overwrite(index, index + string.length, replacement);
		}

return this;
	}

replace(searchValue, replacement) {
		if (typeof searchValue === 'string') {
			return this._replaceString(searchValue, replacement);
		}

return this._replaceRegexp(searchValue, replacement);
	}

_replaceAllString(string, replacement) {
		const { original } = this;
		const stringLength = string.length;
		for (
			let index = original.indexOf(string);
			index !== -1;
			index = original.indexOf(string, index + stringLength)
		) {
			const previous = original.slice(index, index + stringLength);
			if (previous !== replacement) this.overwrite(index, index + stringLength, replacement);
		}

return this;
	}

replaceAll(searchValue, replacement) {
		if (typeof searchValue === 'string') {
			return this._replaceAllString(searchValue, replacement);
		}

if (!searchValue.global) {
			throw new TypeError(
				'MagicString.prototype.replaceAll called with a non-global RegExp argument',
			);
		}

return this._replaceRegexp(searchValue, replacement);
	}
}

const hasOwnProp = Object.prototype.hasOwnProperty;

addSource(source) {
		if (source instanceof MagicString) {
			return this.addSource({
				content: source,
				filename: source.filename,
				separator: this.separator,
			});
		}

if (!isObject(source) || !source.content) {
			throw new Error(
				'bundle.addSource() takes an object with a `content` property, which should be an instance of MagicString, and an optional `filename`',
			);
		}

['filename', 'ignoreList', 'indentExclusionRanges', 'separator'].forEach((option) => {
			if (!hasOwnProp.call(source, option)) source[option] = source.content[option];
		});

if (source.separator === undefined) {
			// TODO there's a bunch of this sort of thing, needs cleaning up
			source.separator = this.separator;
		}

if (source.filename) {
			if (!hasOwnProp.call(this.uniqueSourceIndexByFilename, source.filename)) {
				this.uniqueSourceIndexByFilename[source.filename] = this.uniqueSources.length;
				this.uniqueSources.push({ filename: source.filename, content: source.content.original });
			} else {
				const uniqueSource = this.uniqueSources[this.uniqueSourceIndexByFilename[source.filename]];
				if (source.content.original !== uniqueSource.content) {
					throw new Error(`Illegal source: same filename (${source.filename}), different contents`);
				}
			}
		}

this.sources.push(source);
		return this;
	}

append(str, options) {
		this.addSource({
			content: new MagicString(str),
			separator: (options && options.separator) || '',
		});

return this;
	}

clone() {
		const bundle = new Bundle({
			intro: this.intro,
			separator: this.separator,
		});

this.sources.forEach((source) => {
			bundle.addSource({
				filename: source.filename,
				content: source.content.clone(),
				separator: source.separator,
			});
		});

return bundle;
	}

generateDecodedMap(options = {}) {
		const names = [];
		let x_google_ignoreList = undefined;
		this.sources.forEach((source) => {
			Object.keys(source.content.storedNames).forEach((name) => {
				if (!~names.indexOf(name)) names.push(name);
			});
		});

const mappings = new Mappings(options.hires);

if (this.intro) {
			mappings.advance(this.intro);
		}

this.sources.forEach((source, i) => {
			if (i > 0) {
				mappings.advance(this.separator);
			}

const sourceIndex = source.filename ? this.uniqueSourceIndexByFilename[source.filename] : -1;
			const magicString = source.content;
			const locate = getLocator(magicString.original);

if (magicString.intro) {
				mappings.advance(magicString.intro);
			}

magicString.firstChunk.eachNext((chunk) => {
				const loc = locate(chunk.start);

if (chunk.intro.length) mappings.advance(chunk.intro);

if (source.filename) {
					if (chunk.edited) {
						mappings.addEdit(
							sourceIndex,
							chunk.content,
							loc,
							chunk.storeName ? names.indexOf(chunk.original) : -1,
						);
					} else {
						mappings.addUneditedChunk(
							sourceIndex,
							chunk,
							magicString.original,
							loc,
							magicString.sourcemapLocations,
						);
					}
				} else {
					mappings.advance(chunk.content);
				}

if (chunk.outro.length) mappings.advance(chunk.outro);
			});

if (magicString.outro) {
				mappings.advance(magicString.outro);
			}

if (source.ignoreList && sourceIndex !== -1) {
				if (x_google_ignoreList === undefined) {
					x_google_ignoreList = [];
				}
				x_google_ignoreList.push(sourceIndex);
			}
		});

return {
			file: options.file ? options.file.split(/[/\\]/).pop() : undefined,
			sources: this.uniqueSources.map((source) => {
				return options.file ? getRelativePath(options.file, source.filename) : source.filename;
			}),
			sourcesContent: this.uniqueSources.map((source) => {
				return options.includeContent ? source.content : null;
			}),
			names,
			mappings: mappings.raw,
			x_google_ignoreList,
		};
	}

generateMap(options) {
		return new SourceMap(this.generateDecodedMap(options));
	}

getIndentString() {
		const indentStringCounts = {};

this.sources.forEach((source) => {
			const indentStr = source.content._getRawIndentString();

if (indentStr === null) return;

if (!indentStringCounts[indentStr]) indentStringCounts[indentStr] = 0;
			indentStringCounts[indentStr] += 1;
		});

return (
			Object.keys(indentStringCounts).sort((a, b) => {
				return indentStringCounts[a] - indentStringCounts[b];
			})[0] || '\t'
		);
	}

indent(indentStr) {
		if (!arguments.length) {
			indentStr = this.getIndentString();
		}

if (indentStr === '') return this; // noop

let trailingNewline = !this.intro || this.intro.slice(-1) === '\n';

this.sources.forEach((source, i) => {
			const separator = source.separator !== undefined ? source.separator : this.separator;
			const indentStart = trailingNewline || (i > 0 && /\r?\n$/.test(separator));

source.content.indent(indentStr, {
				exclude: source.indentExclusionRanges,
				indentStart, //: trailingNewline || /\r?\n$/.test( separator )  //true///\r?\n/.test( separator )
			});

trailingNewline = source.content.lastChar() === '\n';
		});

if (this.intro) {
			this.intro =
				indentStr +
				this.intro.replace(/^[^\n]/gm, (match, index) => {
					return index > 0 ? indentStr + match : match;
				});
		}

return this;
	}

prepend(str) {
		this.intro = str + this.intro;
		return this;
	}

toString() {
		const body = this.sources
			.map((source, i) => {
				const separator = source.separator !== undefined ? source.separator : this.separator;
				const str = (i > 0 ? separator : '') + source.content.toString();

return str;
			})
			.join('');

return this.intro + body;
	}

isEmpty() {
		if (this.intro.length && this.intro.trim()) return false;
		if (this.sources.some((source) => !source.content.isEmpty())) return false;
		return true;
	}

length() {
		return this.sources.reduce(
			(length, source) => length + source.content.length(),
			this.intro.length,
		);
	}

trimLines() {
		return this.trim('[\\r\\n]');
	}

trim(charType) {
		return this.trimStart(charType).trimEnd(charType);
	}

trimStart(charType) {
		const rx = new RegExp('^' + (charType || '\\s') + '+');
		this.intro = this.intro.replace(rx, '');

if (!this.intro) {
			let source;
			let i = 0;

do {
				source = this.sources[i++];
				if (!source) {
					break;
				}
			} while (!source.content.trimStartAborted(charType));
		}

return this;
	}

trimEnd(charType) {
		const rx = new RegExp((charType || '\\s') + '+$');

let source;
		let i = this.sources.length - 1;

do {
			source = this.sources[i--];
			if (!source) {
				this.intro = this.intro.replace(rx, '');
				break;
			}
		} while (!source.content.trimEndAborted(charType));

return this;
	}
};

function treeshakeNode(node, code, start, end) {
    code.remove(start, end);
    node.removeAnnotations(code);
}

/** @import { Node } from 'estree' */

/**
 * @param {Node} node
 * @param {Node} parent
 * @returns {boolean}
 */
function is_reference(node, parent) {
	if (node.type === 'MemberExpression') {
		return !node.computed && is_reference(node.object, node);
	}

if (node.type !== 'Identifier') return false;

switch (parent?.type) {
		// disregard `bar` in `foo.bar`
		case 'MemberExpression':
			return parent.computed || node === parent.object;

// disregard the `foo` in `class {foo(){}}` but keep it in `class {[foo](){}}`
		case 'MethodDefinition':
			return parent.computed;

// disregard the `meta` in `import.meta`
		case 'MetaProperty':
			return parent.meta === node;

// disregard the `foo` in `class {foo=bar}` but keep it in `class {[foo]=bar}` and `class {bar=foo}`
		case 'PropertyDefinition':
			return parent.computed || node === parent.value;

// disregard the `bar` in `{ bar: foo }`, but keep it in `{ [bar]: foo }`
		case 'Property':
			return parent.computed || node === parent.value;

// disregard the `bar` in `export { foo as bar }` or
		// the foo in `import { foo as bar }`
		case 'ExportSpecifier':
		case 'ImportSpecifier':
			return node === parent.local;

// disregard the `foo` in `foo: while (...) { ... break foo; ... continue foo;}`
		case 'LabeledStatement':
		case 'BreakStatement':
		case 'ContinueStatement':
			return false;

default:
			return true;
	}
}

function createInclusionContext() {
    return {
        brokenFlow: false,
        hasBreak: false,
        hasContinue: false,
        includedCallArguments: new Set(),
        includedLabels: new Set()
    };
}
function createHasEffectsContext() {
    return {
        accessed: new EntityPathTracker(),
        assigned: new EntityPathTracker(),
        brokenFlow: false,
        called: new DiscriminatedPathTracker(),
        hasBreak: false,
        hasContinue: false,
        ignore: {
            breaks: false,
            continues: false,
            labels: new Set(),
            returnYield: false,
            this: false
        },
        includedLabels: new Set(),
        instantiated: new DiscriminatedPathTracker(),
        replacedVariableInits: new Map()
    };
}

function isFlagSet(flags, flag) {
    return (flags & flag) !== 0;
}
function setFlag(flags, flag, value) {
    return (flags & ~flag) | (-value & flag);
}

class Variable extends ExpressionEntity {
    markReassigned() {
        this.isReassigned = true;
    }
    constructor(name) {
        super();
        this.name = name;
        this.alwaysRendered = false;
        this.forbiddenNames = null;
        this.globalName = null;
        this.initReached = false;
        this.isId = false;
        this.kind = null;
        this.renderBaseName = null;
        this.renderName = null;
        this.isReassigned = false;
        this.onlyFunctionCallUsed = true;
    }
    /**
     * Binds identifiers that reference this variable to this variable.
     * Necessary to be able to change variable names.
     */
    addReference(_identifier) { }
    /**
     * Check if the identifier variable is only used as function call
     * @returns true if the variable is only used as function call
     */
    getOnlyFunctionCallUsed() {
        return this.onlyFunctionCallUsed;
    }
    /**
     * Collect the places where the identifier variable is used
     * @param usedPlace Where the variable is used
     */
    addUsedPlace(usedPlace) {
        const isFunctionCall = usedPlace.parent.type === CallExpression$1 &&
            usedPlace.parent.callee === usedPlace;
        if (!isFunctionCall && usedPlace.parent.type !== ExportDefaultDeclaration$1) {
            this.onlyFunctionCallUsed = false;
        }
    }
    /**
     * Prevent this variable from being renamed to this name to avoid name
     * collisions
     */
    forbidName(name) {
        (this.forbiddenNames ||= new Set()).add(name);
    }
    getBaseVariableName() {
        return (this.renderedLikeHoisted?.getBaseVariableName() ||
            this.renderBaseName ||
            this.renderName ||
            this.name);
    }
    getName(getPropertyAccess, useOriginalName) {
        if (this.globalName) {
            return this.globalName;
        }
        if (useOriginalName?.(this)) {
            return this.name;
        }
        if (this.renderedLikeHoisted) {
            return this.renderedLikeHoisted.getName(getPropertyAccess, useOriginalName);
        }
        const name = this.renderName || this.name;
        return this.renderBaseName ? `${this.renderBaseName}${getPropertyAccess(name)}` : name;
    }
    hasEffectsOnInteractionAtPath(path, { type }, _context) {
        return type !== INTERACTION_ACCESSED || path.length > 0;
    }
    /**
     * Marks this variable as being part of the bundle, which is usually the case
     * when one of its identifiers becomes part of the bundle. Returns true if it
     * has not been included previously. Once a variable is included, it should
     * take care all its declarations are included.
     */
    includePath(path, context) {
        this.included = true;
        this.renderedLikeHoisted?.includePath(path, context);
    }
    /**
     * Links the rendered name of this variable to another variable and includes
     * this variable if the other variable is included.
     */
    renderLikeHoisted(variable) {
        this.renderedLikeHoisted = variable;
    }
    markCalledFromTryStatement() { }
    setRenderNames(baseName, name) {
        this.renderBaseName = baseName;
        this.renderName = name;
    }
}

class ExternalVariable extends Variable {
    constructor(module, name) {
        super(name);
        this.referenced = false;
        this.module = module;
        this.isNamespace = name === '*';
    }
    addReference(identifier) {
        this.referenced = true;
        if (this.name === 'default' || this.name === '*') {
            this.module.suggestName(identifier.name);
        }
    }
    hasEffectsOnInteractionAtPath(path, { type }) {
        return type !== INTERACTION_ACCESSED || path.length > (this.isNamespace ? 1 : 0);
    }
    includePath(path, context) {
        super.includePath(path, context);
        this.module.used = true;
    }
}

const RESERVED_NAMES = new Set([
    'await',
    'break',
    'case',
    'catch',
    'class',
    'const',
    'continue',
    'debugger',
    'default',
    'delete',
    'do',
    'else',
    'enum',
    'eval',
    'export',
    'extends',
    'false',
    'finally',
    'for',
    'function',
    'if',
    'implements',
    'import',
    'in',
    'instanceof',
    'interface',
    'let',
    'NaN',
    'new',
    'null',
    'package',
    'private',
    'protected',
    'public',
    'return',
    'static',
    'super',
    'switch',
    'this',
    'throw',
    'true',
    'try',
    'typeof',
    'undefined',
    'var',
    'void',
    'while',
    'with',
    'yield'
]);

class ExternalModule {
    constructor(options, id, moduleSideEffects, meta, renormalizeRenderPath, attributes) {
        this.options = options;
        this.id = id;
        this.renormalizeRenderPath = renormalizeRenderPath;
        this.dynamicImporters = [];
        this.execIndex = Infinity;
        this.exportedVariables = new Map();
        this.importers = [];
        this.reexported = false;
        this.used = false;
        this.declarations = new Map();
        this.mostCommonSuggestion = 0;
        this.nameSuggestions = new Map();
        this.suggestedVariableName = makeLegal(id.split(/[/\\]/).pop());
        const { importers, dynamicImporters } = this;
        this.info = {
            ast: null,
            attributes,
            code: null,
            dynamicallyImportedIdResolutions: EMPTY_ARRAY,
            dynamicallyImportedIds: EMPTY_ARRAY,
            get dynamicImporters() {
                return dynamicImporters.sort();
            },
            exportedBindings: null,
            exports: null,
            hasDefaultExport: null,
            id,
            implicitlyLoadedAfterOneOf: EMPTY_ARRAY,
            implicitlyLoadedBefore: EMPTY_ARRAY,
            importedIdResolutions: EMPTY_ARRAY,
            importedIds: EMPTY_ARRAY,
            get importers() {
                return importers.sort();
            },
            isEntry: false,
            isExternal: true,
            isIncluded: null,
            meta,
            moduleSideEffects,
            syntheticNamedExports: false
        };
    }
    cacheInfoGetters() {
        cacheObjectGetters(this.info, ['dynamicImporters', 'importers']);
    }
    getVariableForExportName(name) {
        const declaration = this.declarations.get(name);
        if (declaration)
            return [declaration];
        const externalVariable = new ExternalVariable(this, name);
        this.declarations.set(name, externalVariable);
        this.exportedVariables.set(externalVariable, name);
        return [externalVariable];
    }
    suggestName(name) {
        const value = (this.nameSuggestions.get(name) ?? 0) + 1;
        this.nameSuggestions.set(name, value);
        if (value > this.mostCommonSuggestion) {
            this.mostCommonSuggestion = value;
            this.suggestedVariableName = name;
        }
    }
    warnUnusedImports() {
        const unused = [...this.declarations]
            .filter(([name, declaration]) => name !== '*' && !declaration.included && !this.reexported && !declaration.referenced)
            .map(([name]) => name);
        if (unused.length === 0)
            return;
        const importersSet = new Set();
        for (const name of unused) {
            for (const importer of this.declarations.get(name).module.importers) {
                importersSet.add(importer);
            }
        }
        const importersArray = [...importersSet];
        this.options.onLog(LOGLEVEL_WARN, logUnusedExternalImports(this.id, unused, importersArray));
    }
}

const doNothing = () => { };

// This file is generated by scripts/generate-child-node-keys.js.
// Do not edit this file directly.
const childNodeKeys = {
    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: ['decorators', 'id', 'superClass', 'body'],
    ClassExpression: ['decorators', 'id', 'superClass', 'body'],
    ConditionalExpression: ['test', 'consequent', 'alternate'],
    ContinueStatement: ['label'],
    DebuggerStatement: [],
    Decorator: ['expression'],
    DoWhileStatement: ['body', 'test'],
    EmptyStatement: [],
    ExportAllDeclaration: ['exported', 'source', 'attributes'],
    ExportDefaultDeclaration: ['declaration'],
    ExportNamedDeclaration: ['specifiers', 'source', 'attributes', 'declaration'],
    ExportSpecifier: ['local', 'exported'],
    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'],
    ImportAttribute: ['key', 'value'],
    ImportDeclaration: ['specifiers', 'source', 'attributes'],
    ImportDefaultSpecifier: ['local'],
    ImportExpression: ['source', 'options'],
    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: ['decorators', 'key', 'value'],
    NewExpression: ['callee', 'arguments'],
    ObjectExpression: ['properties'],
    ObjectPattern: ['properties'],
    PanicError: [],
    ParseError: [],
    PrivateIdentifier: [],
    Program: ['body'],
    Property: ['key', 'value'],
    PropertyDefinition: ['decorators', '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'],
    YieldExpression: ['argument']
};

class Method extends ExpressionEntity {
    constructor(description) {
        super();
        this.description = description;
    }
    deoptimizeArgumentsOnInteractionAtPath({ args, type }, path) {
        if (type === INTERACTION_CALLED && path.length === 0) {
            if (this.description.mutatesSelfAsArray) {
                args[0]?.deoptimizePath(UNKNOWN_INTEGER_PATH);
            }
            if (this.description.mutatesArgs) {
                for (let index = 1; index < args.length; index++) {
                    args[index].deoptimizePath(UNKNOWN_PATH);
                }
            }
        }
    }
    getReturnExpressionWhenCalledAtPath(path, { args }) {
        if (path.length > 0) {
            return UNKNOWN_RETURN_EXPRESSION;
        }
        return [
            this.description.returnsPrimitive ||
                (this.description.returns === 'self'
                    ? args[0] || UNKNOWN_EXPRESSION
                    : this.description.returns()),
            false
        ];
    }
    hasEffectsOnInteractionAtPath(path, { args, type }, context) {
        if (path.length > (type === INTERACTION_ACCESSED ? 1 : 0)) {
            return true;
        }
        if (type === INTERACTION_CALLED) {
            if (this.description.mutatesSelfAsArray === true &&
                args[0]?.hasEffectsOnInteractionAtPath(UNKNOWN_INTEGER_PATH, NODE_INTERACTION_UNKNOWN_ASSIGNMENT, context)) {
                return true;
            }
            if (this.description.callsArgs) {
                for (const argumentIndex of this.description.callsArgs) {
                    if (args[argumentIndex + 1]?.hasEffectsOnInteractionAtPath(EMPTY_PATH, NODE_INTERACTION_UNKNOWN_CALL, context)) {
                        return true;
                    }
                }
            }
        }
        return false;
    }
}
const METHOD_RETURNS_BOOLEAN = [
    new Method({
        callsArgs: null,
        mutatesArgs: false,
        mutatesSelfAsArray: false,
        returns: null,
        returnsPrimitive: UNKNOWN_LITERAL_BOOLEAN
    })
];
const METHOD_RETURNS_STRING = [
    new Method({
        callsArgs: null,
        mutatesArgs: false,
        mutatesSelfAsArray: false,
        returns: null,
        returnsPrimitive: UNKNOWN_LITERAL_STRING
    })
];
const METHOD_RETURNS_NUMBER = [
    new Method({
        callsArgs: null,
        mutatesArgs: false,
        mutatesSelfAsArray: false,
        returns: null,
        returnsPrimitive: UNKNOWN_LITERAL_NUMBER
    })
];
const METHOD_RETURNS_UNKNOWN = [
    new Method({
        callsArgs: null,
        mutatesArgs: false,
        mutatesSelfAsArray: false,
        returns: null,
        returnsPrimitive: UNKNOWN_EXPRESSION
    })
];

class SpreadElement extends NodeBase {
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        if (path.length > 0) {
            this.argument.deoptimizeArgumentsOnInteractionAtPath(interaction, UNKNOWN_PATH, recursionTracker);
        }
    }
    hasEffects(context) {
        if (!this.deoptimized)
            this.applyDeoptimizations();
        const { propertyReadSideEffects } = this.scope.context.options
            .treeshake;
        return (this.argument.hasEffects(context) ||
            (propertyReadSideEffects &&
                (propertyReadSideEffects === 'always' ||
                    this.argument.hasEffectsOnInteractionAtPath(UNKNOWN_PATH, NODE_INTERACTION_UNKNOWN_ACCESS, context))));
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.argument.includePath(UNKNOWN_PATH, context);
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        // Only properties of properties of the argument could become subject to reassignment
        // This will also reassign the return values of iterators
        this.argument.deoptimizePath([UnknownKey, UnknownKey]);
        this.scope.context.requestTreeshakingPass();
    }
}

class ArrayExpression extends NodeBase {
    constructor() {
        super(...arguments);
        this.objectEntity = null;
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        this.getObjectEntity().deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
    }
    deoptimizePath(path) {
        this.getObjectEntity().deoptimizePath(path);
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        return this.getObjectEntity().getLiteralValueAtPath(path, recursionTracker, origin);
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        return this.getObjectEntity().getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        return this.getObjectEntity().hasEffectsOnInteractionAtPath(path, interaction, context);
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        for (const element of this.elements) {
            if (element) {
                element?.includePath(UNKNOWN_PATH, context);
            }
        }
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        let hasSpread = false;
        for (let index = 0; index < this.elements.length; index++) {
            const element = this.elements[index];
            if (element && (hasSpread || element instanceof SpreadElement)) {
                hasSpread = true;
                element.deoptimizePath(UNKNOWN_PATH);
            }
        }
        this.scope.context.requestTreeshakingPass();
    }
    getObjectEntity() {
        if (this.objectEntity !== null) {
            return this.objectEntity;
        }
        const properties = [
            { key: 'length', kind: 'init', property: UNKNOWN_LITERAL_NUMBER }
        ];
        let hasSpread = false;
        for (let index = 0; index < this.elements.length; index++) {
            const element = this.elements[index];
            if (hasSpread || element instanceof SpreadElement) {
                if (element) {
                    hasSpread = true;
                    properties.unshift({ key: UnknownInteger, kind: 'init', property: element });
                }
            }
            else if (element) {
                properties.push({ key: String(index), kind: 'init', property: element });
            }
            else {
                properties.push({ key: String(index), kind: 'init', property: UNDEFINED_EXPRESSION });
            }
        }
        return (this.objectEntity = new ObjectEntity(properties, ARRAY_PROTOTYPE));
    }
}

/* eslint sort-keys: "off" */
const ValueProperties = Symbol('Value Properties');
const getUnknownValue = () => UnknownValue;
const returnFalse = () => false;
const returnTrue = () => true;
const PURE = {
    deoptimizeArgumentsOnCall: doNothing,
    getLiteralValue: getUnknownValue,
    hasEffectsWhenCalled: returnFalse
};
const IMPURE = {
    deoptimizeArgumentsOnCall: doNothing,
    getLiteralValue: getUnknownValue,
    hasEffectsWhenCalled: returnTrue
};
const PURE_WITH_ARRAY = {
    deoptimizeArgumentsOnCall: doNothing,
    getLiteralValue: getUnknownValue,
    hasEffectsWhenCalled({ args }) {
        return args.length > 1 && !(args[1] instanceof ArrayExpression);
    }
};
const GETTER_ACCESS = {
    deoptimizeArgumentsOnCall: doNothing,
    getLiteralValue: getUnknownValue,
    hasEffectsWhenCalled({ args }, context) {
        const [_thisArgument, firstArgument] = args;
        return (!(firstArgument instanceof ExpressionEntity) ||
            firstArgument.hasEffectsOnInteractionAtPath(UNKNOWN_PATH, NODE_INTERACTION_UNKNOWN_ACCESS, context));
    }
};
// We use shortened variables to reduce file size here
/* OBJECT */
const O = {
    __proto__: null,
    [ValueProperties]: IMPURE
};
/* PURE FUNCTION */
const PF = {
    __proto__: null,
    [ValueProperties]: PURE
};
/* PURE FUNCTION IF FIRST ARG DOES NOT CONTAIN A GETTER */
const PF_NO_GETTER = {
    __proto__: null,
    [ValueProperties]: GETTER_ACCESS
};
/* FUNCTION THAT MUTATES FIRST ARG WITHOUT TRIGGERING ACCESSORS */
const MUTATES_ARG_WITHOUT_ACCESSOR = {
    __proto__: null,
    [ValueProperties]: {
        deoptimizeArgumentsOnCall({ args: [, firstArgument] }) {
            firstArgument?.deoptimizePath(UNKNOWN_PATH);
        },
        getLiteralValue: getUnknownValue,
        hasEffectsWhenCalled({ args }, context) {
            return (args.length <= 1 ||
                args[1].hasEffectsOnInteractionAtPath(UNKNOWN_NON_ACCESSOR_PATH, NODE_INTERACTION_UNKNOWN_ASSIGNMENT, context));
        }
    }
};
/* CONSTRUCTOR */
const C = {
    __proto__: null,
    [ValueProperties]: IMPURE,
    prototype: O
};
/* PURE CONSTRUCTOR */
const PC = {
    __proto__: null,
    [ValueProperties]: PURE,
    prototype: O
};
const PC_WITH_ARRAY = {
    __proto__: null,
    [ValueProperties]: PURE_WITH_ARRAY,
    prototype: O
};
const ARRAY_TYPE = {
    __proto__: null,
    [ValueProperties]: PURE,
    from: O,
    of: PF,
    prototype: O
};
const INTL_MEMBER = {
    __proto__: null,
    [ValueProperties]: PURE,
    supportedLocalesOf: PC
};
const knownGlobals = {
    // Placeholders for global objects to avoid shape mutations
    global: O,
    globalThis: O,
    self: O,
    window: O,
    // Common globals
    __proto__: null,
    [ValueProperties]: IMPURE,
    Array: {
        __proto__: null,
        [ValueProperties]: IMPURE,
        from: O,
        isArray: PF,
        of: PF,
        prototype: O
    },
    ArrayBuffer: {
        __proto__: null,
        [ValueProperties]: PURE,
        isView: PF,
        prototype: O
    },
    AggregateError: PC_WITH_ARRAY,
    Atomics: O,
    BigInt: C,
    BigInt64Array: C,
    BigUint64Array: C,
    Boolean: PC,
    constructor: C,
    DataView: PC,
    Date: {
        __proto__: null,
        [ValueProperties]: PURE,
        now: PF,
        parse: PF,
        prototype: O,
        UTC: PF
    },
    decodeURI: PF,
    decodeURIComponent: PF,
    encodeURI: PF,
    encodeURIComponent: PF,
    Error: PC,
    escape: PF,
    eval: O,
    EvalError: PC,
    FinalizationRegistry: C,
    Float32Array: ARRAY_TYPE,
    Float64Array: ARRAY_TYPE,
    Function: C,
    hasOwnProperty: O,
    Infinity: O,
    Int16Array: ARRAY_TYPE,
    Int32Array: ARRAY_TYPE,
    Int8Array: ARRAY_TYPE,
    isFinite: PF,
    isNaN: PF,
    isPrototypeOf: O,
    JSON: O,
    Map: PC_WITH_ARRAY,
    Math: {
        __proto__: null,
        [ValueProperties]: IMPURE,
        abs: PF,
        acos: PF,
        acosh: PF,
        asin: PF,
        asinh: PF,
        atan: PF,
        atan2: PF,
        atanh: PF,
        cbrt: PF,
        ceil: PF,
        clz32: PF,
        cos: PF,
        cosh: PF,
        exp: PF,
        expm1: PF,
        floor: PF,
        fround: PF,
        hypot: PF,
        imul: PF,
        log: PF,
        log10: PF,
        log1p: PF,
        log2: PF,
        max: PF,
        min: PF,
        pow: PF,
        random: PF,
        round: PF,
        sign: PF,
        sin: PF,
        sinh: PF,
        sqrt: PF,
        tan: PF,
        tanh: PF,
        trunc: PF
    },
    NaN: O,
    Number: {
        __proto__: null,
        [ValueProperties]: PURE,
        isFinite: PF,
        isInteger: PF,
        isNaN: PF,
        isSafeInteger: PF,
        parseFloat: PF,
        parseInt: PF,
        prototype: O
    },
    Object: {
        __proto__: null,
        [ValueProperties]: PURE,
        create: PF,
        // Technically those can throw in certain situations, but we ignore this as
        // code that relies on this will hopefully wrap this in a try-catch, which
        // deoptimizes everything anyway
        defineProperty: MUTATES_ARG_WITHOUT_ACCESSOR,
        defineProperties: MUTATES_ARG_WITHOUT_ACCESSOR,
        freeze: MUTATES_ARG_WITHOUT_ACCESSOR,
        getOwnPropertyDescriptor: PF,
        getOwnPropertyDescriptors: PF,
        getOwnPropertyNames: PF,
        getOwnPropertySymbols: PF,
        getPrototypeOf: PF,
        hasOwn: PF,
        is: PF,
        isExtensible: PF,
        isFrozen: PF,
        isSealed: PF,
        keys: PF,
        fromEntries: O,
        entries: PF_NO_GETTER,
        values: PF_NO_GETTER,
        prototype: O
    },
    parseFloat: PF,
    parseInt: PF,
    Promise: {
        __proto__: null,
        [ValueProperties]: IMPURE,
        all: O,
        allSettled: O,
        any: O,
        prototype: O,
        race: O,
        reject: O,
        resolve: O
    },
    propertyIsEnumerable: O,
    Proxy: {
        __proto__: null,
        [ValueProperties]: {
            deoptimizeArgumentsOnCall: ({ args: [, target, parameter] }) => {
                if (isObjectExpressionNode(parameter)) {
                    const hasSpreadElement = parameter.properties.some(property => !isPropertyNode(property));
                    if (!hasSpreadElement) {
                        for (const property of parameter.properties) {
                            property.deoptimizeArgumentsOnInteractionAtPath({
                                args: [null, target],
                                type: INTERACTION_CALLED,
                                withNew: false
                            }, EMPTY_PATH, SHARED_RECURSION_TRACKER);
                        }
                        return;
                    }
                }
                target.deoptimizePath(UNKNOWN_PATH);
            },
            getLiteralValue: getUnknownValue,
            hasEffectsWhenCalled: returnTrue
        }
    },
    RangeError: PC,
    ReferenceError: PC,
    Reflect: O,
    RegExp: PC,
    Set: PC_WITH_ARRAY,
    SharedArrayBuffer: C,
    String: {
        __proto__: null,
        [ValueProperties]: PURE,
        fromCharCode: PF,
        fromCodePoint: PF,
        prototype: O,
        raw: PF
    },
    Symbol: {
        __proto__: null,
        [ValueProperties]: PURE,
        for: PF,
        keyFor: PF,
        prototype: O,
        toStringTag: {
            __proto__: null,
            [ValueProperties]: {
                deoptimizeArgumentsOnCall: doNothing,
                getLiteralValue() {
                    return SymbolToStringTag;
                },
                hasEffectsWhenCalled: returnTrue
            }
        }
    },
    SyntaxError: PC,
    toLocaleString: O,
    toString: O,
    TypeError: PC,
    Uint16Array: ARRAY_TYPE,
    Uint32Array: ARRAY_TYPE,
    Uint8Array: ARRAY_TYPE,
    Uint8ClampedArray: ARRAY_TYPE,
    // Technically, this is a global, but it needs special handling
    // undefined: ?,
    unescape: PF,
    URIError: PC,
    valueOf: O,
    WeakMap: PC_WITH_ARRAY,
    WeakRef: C,
    WeakSet: PC_WITH_ARRAY,
    // Additional globals shared by Node and Browser that are not strictly part of the language
    clearInterval: C,
    clearTimeout: C,
    console: {
        __proto__: null,
        [ValueProperties]: IMPURE,
        assert: C,
        clear: C,
        count: C,
        countReset: C,
        debug: C,
        dir: C,
        dirxml: C,
        error: C,
        exception: C,
        group: C,
        groupCollapsed: C,
        groupEnd: C,
        info: C,
        log: C,
        table: C,
        time: C,
        timeEnd: C,
        timeLog: C,
        trace: C,
        warn: C
    },
    Intl: {
        __proto__: null,
        [ValueProperties]: IMPURE,
        Collator: INTL_MEMBER,
        DateTimeFormat: INTL_MEMBER,
        DisplayNames: INTL_MEMBER,
        ListFormat: INTL_MEMBER,
        Locale: INTL_MEMBER,
        NumberFormat: INTL_MEMBER,
        PluralRules: INTL_MEMBER,
        RelativeTimeFormat: INTL_MEMBER,
        Segmenter: INTL_MEMBER
    },
    setInterval: C,
    setTimeout: C,
    TextDecoder: C,
    TextEncoder: C,
    URL: {
        __proto__: null,
        [ValueProperties]: IMPURE,
        prototype: O,
        canParse: PF
    },
    URLSearchParams: C,
    // Browser specific globals
    AbortController: C,
    AbortSignal: C,
    addEventListener: O,
    alert: O,
    AnalyserNode: C,
    Animation: C,
    AnimationEvent: C,
    applicationCache: O,
    ApplicationCache: C,
    ApplicationCacheErrorEvent: C,
    atob: O,
    Attr: C,
    Audio: C,
    AudioBuffer: C,
    AudioBufferSourceNode: C,
    AudioContext: C,
    AudioDestinationNode: C,
    AudioListener: C,
    AudioNode: C,
    AudioParam: C,
    AudioProcessingEvent: C,
    AudioScheduledSourceNode: C,
    AudioWorkletNode: C,
    BarProp: C,
    BaseAudioContext: C,
    BatteryManager: C,
    BeforeUnloadEvent: C,
    BiquadFilterNode: C,
    Blob: C,
    BlobEvent: C,
    blur: O,
    BroadcastChannel: C,
    btoa: O,
    ByteLengthQueuingStrategy: C,
    Cache: C,
    caches: O,
    CacheStorage: C,
    cancelAnimationFrame: O,
    cancelIdleCallback: O,
    CanvasCaptureMediaStreamTrack: C,
    CanvasGradient: C,
    CanvasPattern: C,
    CanvasRenderingContext2D: C,
    ChannelMergerNode: C,
    ChannelSplitterNode: C,
    CharacterData: C,
    clientInformation: O,
    ClipboardEvent: C,
    close: O,
    closed: O,
    CloseEvent: C,
    Comment: C,
    CompositionEvent: C,
    confirm: O,
    ConstantSourceNode: C,
    ConvolverNode: C,
    CountQueuingStrategy: C,
    createImageBitmap: O,
    Credential: C,
    CredentialsContainer: C,
    crypto: O,
    Crypto: C,
    CryptoKey: C,
    CSS: C,
    CSSConditionRule: C,
    CSSFontFaceRule: C,
    CSSGroupingRule: C,
    CSSImportRule: C,
    CSSKeyframeRule: C,
    CSSKeyframesRule: C,
    CSSMediaRule: C,
    CSSNamespaceRule: C,
    CSSPageRule: C,
    CSSRule: C,
    CSSRuleList: C,
    CSSStyleDeclaration: C,
    CSSStyleRule: C,
    CSSStyleSheet: C,
    CSSSupportsRule: C,
    CustomElementRegistry: C,
    customElements: O,
    CustomEvent: {
        __proto__: null,
        [ValueProperties]: {
            deoptimizeArgumentsOnCall({ args }) {
                args[2]?.deoptimizePath(['detail']);
            },
            getLiteralValue: getUnknownValue,
            hasEffectsWhenCalled: returnFalse
        },
        prototype: O
    },
    DataTransfer: C,
    DataTransferItem: C,
    DataTransferItemList: C,
    defaultstatus: O,
    defaultStatus: O,
    DelayNode: C,
    DeviceMotionEvent: C,
    DeviceOrientationEvent: C,
    devicePixelRatio: O,
    dispatchEvent: O,
    document: O,
    Document: C,
    DocumentFragment: C,
    DocumentType: C,
    DOMError: C,
    DOMException: C,
    DOMImplementation: C,
    DOMMatrix: C,
    DOMMatrixReadOnly: C,
    DOMParser: C,
    DOMPoint: C,
    DOMPointReadOnly: C,
    DOMQuad: C,
    DOMRect: C,
    DOMRectReadOnly: C,
    DOMStringList: C,
    DOMStringMap: C,
    DOMTokenList: C,
    DragEvent: C,
    DynamicsCompressorNode: C,
    Element: C,
    ErrorEvent: C,
    Event: C,
    EventSource: C,
    EventTarget: C,
    external: O,
    fetch: O,
    File: C,
    FileList: C,
    FileReader: C,
    find: O,
    focus: O,
    FocusEvent: C,
    FontFace: C,
    FontFaceSetLoadEvent: C,
    FormData: C,
    frames: O,
    GainNode: C,
    Gamepad: C,
    GamepadButton: C,
    GamepadEvent: C,
    getComputedStyle: O,
    getSelection: O,
    HashChangeEvent: C,
    Headers: C,
    history: O,
    History: C,
    HTMLAllCollection: C,
    HTMLAnchorElement: C,
    HTMLAreaElement: C,
    HTMLAudioElement: C,
    HTMLBaseElement: C,
    HTMLBodyElement: C,
    HTMLBRElement: C,
    HTMLButtonElement: C,
    HTMLCanvasElement: C,
    HTMLCollection: C,
    HTMLContentElement: C,
    HTMLDataElement: C,
    HTMLDataListElement: C,
    HTMLDetailsElement: C,
    HTMLDialogElement: C,
    HTMLDirectoryElement: C,
    HTMLDivElement: C,
    HTMLDListElement: C,
    HTMLDocument: C,
    HTMLElement: C,
    HTMLEmbedElement: C,
    HTMLFieldSetElement: C,
    HTMLFontElement: C,
    HTMLFormControlsCollection: C,
    HTMLFormElement: C,
    HTMLFrameElement: C,
    HTMLFrameSetElement: C,
    HTMLHeadElement: C,
    HTMLHeadingElement: C,
    HTMLHRElement: C,
    HTMLHtmlElement: C,
    HTMLIFrameElement: C,
    HTMLImageElement: C,
    HTMLInputElement: C,
    HTMLLabelElement: C,
    HTMLLegendElement: C,
    HTMLLIElement: C,
    HTMLLinkElement: C,
    HTMLMapElement: C,
    HTMLMarqueeElement: C,
    HTMLMediaElement: C,
    HTMLMenuElement: C,
    HTMLMetaElement: C,
    HTMLMeterElement: C,
    HTMLModElement: C,
    HTMLObjectElement: C,
    HTMLOListElement: C,
    HTMLOptGroupElement: C,
    HTMLOptionElement: C,
    HTMLOptionsCollection: C,
    HTMLOutputElement: C,
    HTMLParagraphElement: C,
    HTMLParamElement: C,
    HTMLPictureElement: C,
    HTMLPreElement: C,
    HTMLProgressElement: C,
    HTMLQuoteElement: C,
    HTMLScriptElement: C,
    HTMLSelectElement: C,
    HTMLShadowElement: C,
    HTMLSlotElement: C,
    HTMLSourceElement: C,
    HTMLSpanElement: C,
    HTMLStyleElement: C,
    HTMLTableCaptionElement: C,
    HTMLTableCellElement: C,
    HTMLTableColElement: C,
    HTMLTableElement: C,
    HTMLTableRowElement: C,
    HTMLTableSectionElement: C,
    HTMLTemplateElement: C,
    HTMLTextAreaElement: C,
    HTMLTimeElement: C,
    HTMLTitleElement: C,
    HTMLTrackElement: C,
    HTMLUListElement: C,
    HTMLUnknownElement: C,
    HTMLVideoElement: C,
    IDBCursor: C,
    IDBCursorWithValue: C,
    IDBDatabase: C,
    IDBFactory: C,
    IDBIndex: C,
    IDBKeyRange: C,
    IDBObjectStore: C,
    IDBOpenDBRequest: C,
    IDBRequest: C,
    IDBTransaction: C,
    IDBVersionChangeEvent: C,
    IdleDeadline: C,
    IIRFilterNode: C,
    Image: C,
    ImageBitmap: C,
    ImageBitmapRenderingContext: C,
    ImageCapture: C,
    ImageData: C,
    indexedDB: O,
    innerHeight: O,
    innerWidth: O,
    InputEvent: C,
    IntersectionObserver: C,
    IntersectionObserverEntry: C,
    isSecureContext: O,
    KeyboardEvent: C,
    KeyframeEffect: C,
    length: O,
    localStorage: O,
    location: O,
    Location: C,
    locationbar: O,
    matchMedia: O,
    MediaDeviceInfo: C,
    MediaDevices: C,
    MediaElementAudioSourceNode: C,
    MediaEncryptedEvent: C,
    MediaError: C,
    MediaKeyMessageEvent: C,
    MediaKeySession: C,
    MediaKeyStatusMap: C,
    MediaKeySystemAccess: C,
    MediaList: C,
    MediaQueryList: C,
    MediaQueryListEvent: C,
    MediaRecorder: C,
    MediaSettingsRange: C,
    MediaSource: C,
    MediaStream: C,
    MediaStreamAudioDestinationNode: C,
    MediaStreamAudioSourceNode: C,
    MediaStreamEvent: C,
    MediaStreamTrack: C,
    MediaStreamTrackEvent: C,
    menubar: O,
    MessageChannel: C,
    MessageEvent: C,
    MessagePort: C,
    MIDIAccess: C,
    MIDIConnectionEvent: C,
    MIDIInput: C,
    MIDIInputMap: C,
    MIDIMessageEvent: C,
    MIDIOutput: C,
    MIDIOutputMap: C,
    MIDIPort: C,
    MimeType: C,
    MimeTypeArray: C,
    MouseEvent: C,
    moveBy: O,
    moveTo: O,
    MutationEvent: C,
    MutationObserver: C,
    MutationRecord: C,
    name: O,
    NamedNodeMap: C,
    NavigationPreloadManager: C,
    navigator: O,
    Navigator: C,
    NetworkInformation: C,
    Node: C,
    NodeFilter: O,
    NodeIterator: C,
    NodeList: C,
    Notification: C,
    OfflineAudioCompletionEvent: C,
    OfflineAudioContext: C,
    offscreenBuffering: O,
    OffscreenCanvas: C,
    open: O,
    openDatabase: O,
    Option: C,
    origin: O,
    OscillatorNode: C,
    outerHeight: O,
    outerWidth: O,
    PageTransitionEvent: C,
    pageXOffset: O,
    pageYOffset: O,
    PannerNode: C,
    parent: O,
    Path2D: C,
    PaymentAddress: C,
    PaymentRequest: C,
    PaymentRequestUpdateEvent: C,
    PaymentResponse: C,
    performance: O,
    Performance: C,
    PerformanceEntry: C,
    PerformanceLongTaskTiming: C,
    PerformanceMark: C,
    PerformanceMeasure: C,
    PerformanceNavigation: C,
    PerformanceNavigationTiming: C,
    PerformanceObserver: C,
    PerformanceObserverEntryList: C,
    PerformancePaintTiming: C,
    PerformanceResourceTiming: C,
    PerformanceTiming: C,
    PeriodicWave: C,
    Permissions: C,
    PermissionStatus: C,
    personalbar: O,
    PhotoCapabilities: C,
    Plugin: C,
    PluginArray: C,
    PointerEvent: C,
    PopStateEvent: C,
    postMessage: O,
    Presentation: C,
    PresentationAvailability: C,
    PresentationConnection: C,
    PresentationConnectionAvailableEvent: C,
    PresentationConnectionCloseEvent: C,
    PresentationConnectionList: C,
    PresentationReceiver: C,
    PresentationRequest: C,
    print: O,
    ProcessingInstruction: C,
    ProgressEvent: C,
    PromiseRejectionEvent: C,
    prompt: O,
    PushManager: C,
    PushSubscription: C,
    PushSubscriptionOptions: C,
    queueMicrotask: O,
    RadioNodeList: C,
    Range: C,
    ReadableStream: C,
    RemotePlayback: C,
    removeEventListener: O,
    Request: C,
    requestAnimationFrame: O,
    requestIdleCallback: O,
    resizeBy: O,
    ResizeObserver: C,
    ResizeObserverEntry: C,
    resizeTo: O,
    Response: C,
    RTCCertificate: C,
    RTCDataChannel: C,
    RTCDataChannelEvent: C,
    RTCDtlsTransport: C,
    RTCIceCandidate: C,
    RTCIceTransport: C,
    RTCPeerConnection: C,
    RTCPeerConnectionIceEvent: C,
    RTCRtpReceiver: C,
    RTCRtpSender: C,
    RTCSctpTransport: C,
    RTCSessionDescription: C,
    RTCStatsReport: C,
    RTCTrackEvent: C,
    screen: O,
    Screen: C,
    screenLeft: O,
    ScreenOrientation: C,
    screenTop: O,
    screenX: O,
    screenY: O,
    ScriptProcessorNode: C,
    scroll: O,
    scrollbars: O,
    scrollBy: O,
    scrollTo: O,
    scrollX: O,
    scrollY: O,
    SecurityPolicyViolationEvent: C,
    Selection: C,
    ServiceWorker: C,
    ServiceWorkerContainer: C,
    ServiceWorkerRegistration: C,
    sessionStorage: O,
    ShadowRoot: C,
    SharedWorker: C,
    SourceBuffer: C,
    SourceBufferList: C,
    speechSynthesis: O,
    SpeechSynthesisEvent: C,
    SpeechSynthesisUtterance: C,
    StaticRange: C,
    status: O,
    statusbar: O,
    StereoPannerNode: C,
    stop: O,
    Storage: C,
    StorageEvent: C,
    StorageManager: C,
    styleMedia: O,
    StyleSheet: C,
    StyleSheetList: C,
    SubtleCrypto: C,
    SVGAElement: C,
    SVGAngle: C,
    SVGAnimatedAngle: C,
    SVGAnimatedBoolean: C,
    SVGAnimatedEnumeration: C,
    SVGAnimatedInteger: C,
    SVGAnimatedLength: C,
    SVGAnimatedLengthList: C,
    SVGAnimatedNumber: C,
    SVGAnimatedNumberList: C,
    SVGAnimatedPreserveAspectRatio: C,
    SVGAnimatedRect: C,
    SVGAnimatedString: C,
    SVGAnimatedTransformList: C,
    SVGAnimateElement: C,
    SVGAnimateMotionElement: C,
    SVGAnimateTransformElement: C,
    SVGAnimationElement: C,
    SVGCircleElement: C,
    SVGClipPathElement: C,
    SVGComponentTransferFunctionElement: C,
    SVGDefsElement: C,
    SVGDescElement: C,
    SVGDiscardElement: C,
    SVGElement: C,
    SVGEllipseElement: C,
    SVGFEBlendElement: C,
    SVGFEColorMatrixElement: C,
    SVGFEComponentTransferElement: C,
    SVGFECompositeElement: C,
    SVGFEConvolveMatrixElement: C,
    SVGFEDiffuseLightingElement: C,
    SVGFEDisplacementMapElement: C,
    SVGFEDistantLightElement: C,
    SVGFEDropShadowElement: C,
    SVGFEFloodElement: C,
    SVGFEFuncAElement: C,
    SVGFEFuncBElement: C,
    SVGFEFuncGElement: C,
    SVGFEFuncRElement: C,
    SVGFEGaussianBlurElement: C,
    SVGFEImageElement: C,
    SVGFEMergeElement: C,
    SVGFEMergeNodeElement: C,
    SVGFEMorphologyElement: C,
    SVGFEOffsetElement: C,
    SVGFEPointLightElement: C,
    SVGFESpecularLightingElement: C,
    SVGFESpotLightElement: C,
    SVGFETileElement: C,
    SVGFETurbulenceElement: C,
    SVGFilterElement: C,
    SVGForeignObjectElement: C,
    SVGGElement: C,
    SVGGeometryElement: C,
    SVGGradientElement: C,
    SVGGraphicsElement: C,
    SVGImageElement: C,
    SVGLength: C,
    SVGLengthList: C,
    SVGLinearGradientElement: C,
    SVGLineElement: C,
    SVGMarkerElement: C,
    SVGMaskElement: C,
    SVGMatrix: C,
    SVGMetadataElement: C,
    SVGMPathElement: C,
    SVGNumber: C,
    SVGNumberList: C,
    SVGPathElement: C,
    SVGPatternElement: C,
    SVGPoint: C,
    SVGPointList: C,
    SVGPolygonElement: C,
    SVGPolylineElement: C,
    SVGPreserveAspectRatio: C,
    SVGRadialGradientElement: C,
    SVGRect: C,
    SVGRectElement: C,
    SVGScriptElement: C,
    SVGSetElement: C,
    SVGStopElement: C,
    SVGStringList: C,
    SVGStyleElement: C,
    SVGSVGElement: C,
    SVGSwitchElement: C,
    SVGSymbolElement: C,
    SVGTextContentElement: C,
    SVGTextElement: C,
    SVGTextPathElement: C,
    SVGTextPositioningElement: C,
    SVGTitleElement: C,
    SVGTransform: C,
    SVGTransformList: C,
    SVGTSpanElement: C,
    SVGUnitTypes: C,
    SVGUseElement: C,
    SVGViewElement: C,
    TaskAttributionTiming: C,
    Text: C,
    TextEvent: C,
    TextMetrics: C,
    TextTrack: C,
    TextTrackCue: C,
    TextTrackCueList: C,
    TextTrackList: C,
    TimeRanges: C,
    toolbar: O,
    top: O,
    Touch: C,
    TouchEvent: C,
    TouchList: C,
    TrackEvent: C,
    TransitionEvent: C,
    TreeWalker: C,
    UIEvent: C,
    ValidityState: C,
    visualViewport: O,
    VisualViewport: C,
    VTTCue: C,
    WaveShaperNode: C,
    WebAssembly: O,
    WebGL2RenderingContext: C,
    WebGLActiveInfo: C,
    WebGLBuffer: C,
    WebGLContextEvent: C,
    WebGLFramebuffer: C,
    WebGLProgram: C,
    WebGLQuery: C,
    WebGLRenderbuffer: C,
    WebGLRenderingContext: C,
    WebGLSampler: C,
    WebGLShader: C,
    WebGLShaderPrecisionFormat: C,
    WebGLSync: C,
    WebGLTexture: C,
    WebGLTransformFeedback: C,
    WebGLUniformLocation: C,
    WebGLVertexArrayObject: C,
    WebSocket: C,
    WheelEvent: C,
    Window: C,
    Worker: C,
    WritableStream: C,
    XMLDocument: C,
    XMLHttpRequest: C,
    XMLHttpRequestEventTarget: C,
    XMLHttpRequestUpload: C,
    XMLSerializer: C,
    XPathEvaluator: C,
    XPathExpression: C,
    XPathResult: C,
    XSLTProcessor: C
};
for (const global of ['window', 'global', 'self', 'globalThis']) {
    knownGlobals[global] = knownGlobals;
}
function getGlobalAtPath(path) {
    let currentGlobal = knownGlobals;
    for (const pathSegment of path) {
        if (typeof pathSegment !== 'string') {
            return null;
        }
        currentGlobal = currentGlobal[pathSegment];
        if (!currentGlobal) {
            return null;
        }
    }
    return currentGlobal[ValueProperties];
}

class GlobalVariable extends Variable {
    constructor(name) {
        super(name);
        // Ensure we use live-bindings for globals as we do not know if they have
        // been reassigned
        this.markReassigned();
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        switch (interaction.type) {
            // While there is no point in testing these cases as at the moment, they
            // are also covered via other means, we keep them for completeness
            case INTERACTION_ACCESSED:
            case INTERACTION_ASSIGNED: {
                if (!getGlobalAtPath([this.name, ...path].slice(0, -1))) {
                    super.deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
                }
                return;
            }
            case INTERACTION_CALLED: {
                const globalAtPath = getGlobalAtPath([this.name, ...path]);
                if (globalAtPath) {
                    globalAtPath.deoptimizeArgumentsOnCall(interaction);
                }
                else {
                    super.deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
                }
                return;
            }
        }
    }
    getLiteralValueAtPath(path, _recursionTracker, _origin) {
        const globalAtPath = getGlobalAtPath([this.name, ...path]);
        return globalAtPath ? globalAtPath.getLiteralValue() : UnknownValue;
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        switch (interaction.type) {
            case INTERACTION_ACCESSED: {
                if (path.length === 0) {
                    // Technically, "undefined" is a global variable of sorts
                    return this.name !== 'undefined' && !getGlobalAtPath([this.name]);
                }
                return !getGlobalAtPath([this.name, ...path].slice(0, -1));
            }
            case INTERACTION_ASSIGNED: {
                return true;
            }
            case INTERACTION_CALLED: {
                const globalAtPath = getGlobalAtPath([this.name, ...path]);
                return !globalAtPath || globalAtPath.hasEffectsWhenCalled(interaction, context);
            }
        }
    }
}

// To avoid infinite recursions
const MAX_PATH_DEPTH = 6;
// If a path is longer than MAX_PATH_DEPTH, it is truncated so that it is at
// most MAX_PATH_DEPTH long. The last element is always UnknownKey
const limitConcatenatedPathDepth = (path1, path2) => {
    const { length: length1 } = path1;
    const { length: length2 } = path2;
    return length1 === 0
        ? path2
        : length2 === 0
            ? path1
            : length1 + length2 > MAX_PATH_DEPTH
                ? [...path1, ...path2.slice(0, MAX_PATH_DEPTH - 1 - path1.length), 'UnknownKey']
                : [...path1, ...path2];
};

class LocalVariable extends Variable {
    constructor(name, declarator, init, 
    /** if this is non-empty, the actual init is this path of this.init */
    initPath, context, kind) {
        super(name);
        this.init = init;
        this.initPath = initPath;
        this.kind = kind;
        this.calledFromTryStatement = false;
        this.additionalInitializers = null;
        this.includedPathTracker = new IncludedFullPathTracker();
        this.expressionsToBeDeoptimized = [];
        this.declarations = declarator ? [declarator] : [];
        this.deoptimizationTracker = context.deoptimizationTracker;
        this.module = context.module;
    }
    addDeclaration(identifier, init) {
        this.declarations.push(identifier);
        this.markInitializersForDeoptimization().push(init);
    }
    consolidateInitializers() {
        if (this.additionalInitializers) {
            for (const initializer of this.additionalInitializers) {
                initializer.deoptimizePath(UNKNOWN_PATH);
            }
        }
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        if (this.isReassigned || path.length + this.initPath.length > MAX_PATH_DEPTH) {
            deoptimizeInteraction(interaction);
            return;
        }
        recursionTracker.withTrackedEntityAtPath(path, this.init, () => {
            this.init.deoptimizeArgumentsOnInteractionAtPath(interaction, [...this.initPath, ...path], recursionTracker);
        }, undefined);
    }
    deoptimizePath(path) {
        if (this.isReassigned ||
            this.deoptimizationTracker.trackEntityAtPathAndGetIfTracked(path, this)) {
            return;
        }
        if (path.length === 0) {
            this.markReassigned();
            const expressionsToBeDeoptimized = this.expressionsToBeDeoptimized;
            this.expressionsToBeDeoptimized = EMPTY_ARRAY;
            for (const expression of expressionsToBeDeoptimized) {
                expression.deoptimizeCache();
            }
            this.init.deoptimizePath([...this.initPath, UnknownKey]);
        }
        else {
            this.init.deoptimizePath(limitConcatenatedPathDepth(this.initPath, path));
        }
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        if (this.isReassigned || path.length + this.initPath.length > MAX_PATH_DEPTH) {
            return UnknownValue;
        }
        return recursionTracker.withTrackedEntityAtPath(path, this.init, () => {
            this.expressionsToBeDeoptimized.push(origin);
            return this.init.getLiteralValueAtPath([...this.initPath, ...path], recursionTracker, origin);
        }, UnknownValue);
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        if (this.isReassigned || path.length + this.initPath.length > MAX_PATH_DEPTH) {
            return UNKNOWN_RETURN_EXPRESSION;
        }
        return recursionTracker.withTrackedEntityAtPath(path, this.init, () => {
            this.expressionsToBeDeoptimized.push(origin);
            return this.init.getReturnExpressionWhenCalledAtPath([...this.initPath, ...path], interaction, recursionTracker, origin);
        }, UNKNOWN_RETURN_EXPRESSION);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        if (path.length + this.initPath.length > MAX_PATH_DEPTH) {
            return true;
        }
        switch (interaction.type) {
            case INTERACTION_ACCESSED: {
                if (this.isReassigned)
                    return true;
                return (!context.accessed.trackEntityAtPathAndGetIfTracked(path, this) &&
                    this.init.hasEffectsOnInteractionAtPath([...this.initPath, ...path], interaction, context));
            }
            case INTERACTION_ASSIGNED: {
                if (this.included)
                    return true;
                if (path.length === 0)
                    return false;
                if (this.isReassigned)
                    return true;
                return (!context.assigned.trackEntityAtPathAndGetIfTracked(path, this) &&
                    this.init.hasEffectsOnInteractionAtPath([...this.initPath, ...path], interaction, context));
            }
            case INTERACTION_CALLED: {
                if (this.isReassigned)
                    return true;
                return (!(interaction.withNew ? context.instantiated : context.called).trackEntityAtPathAndGetIfTracked(path, interaction.args, this) &&
                    this.init.hasEffectsOnInteractionAtPath([...this.initPath, ...path], interaction, context));
            }
        }
    }
    includePath(path, context) {
        if (!this.includedPathTracker.includePathAndGetIfIncluded(path)) {
            this.module.scope.context.requestTreeshakingPass();
            if (!this.included) {
                // This will reduce the number of tree-shaking passes by eagerly
                // including inits. By pushing this here instead of directly including
                // we avoid deep call stacks.
                this.module.scope.context.newlyIncludedVariableInits.add(this.init);
            }
            super.includePath(path, context);
            for (const declaration of this.declarations) {
                // If node is a default export, it can save a tree-shaking run to include the full declaration now
                if (!declaration.included)
                    declaration.include(context, false);
                let node = declaration.parent;
                while (!node.included) {
                    // We do not want to properly include parents in case they are part of a dead branch
                    // in which case .include() might pull in more dead code
                    node.includeNode(context);
                    if (node.type === Program$1)
                        break;
                    node = node.parent;
                }
                /**
                 * import('foo').then(m => {
                 *   console.log(m.foo)
                 * })
                 */
                if (this.kind === 'parameter' &&
                    isArrowFunctionExpressionNode(declaration.parent) &&
                    isCallExpressionNode(declaration.parent.parent) &&
                    isMemberExpressionNode(declaration.parent.parent.callee) &&
                    isIdentifierNode(declaration.parent.parent.callee.property) &&
                    declaration.parent.parent.callee.property.name === 'then' &&
                    isImportExpressionNode(declaration.parent.parent.callee.object)) {
                    declaration.parent.parent.callee.object.includePath(path);
                }
            }
            // We need to make sure we include the correct path of the init
            if (path.length > 0) {
                this.init.includePath(limitConcatenatedPathDepth(this.initPath, path), context);
                this.additionalInitializers?.forEach(initializer => initializer.includePath(UNKNOWN_PATH, context));
            }
        }
    }
    includeCallArguments(interaction, context) {
        if (this.isReassigned ||
            context.includedCallArguments.has(this.init) ||
            // This can be removed again once we can include arguments when called at
            // a specific path
            this.initPath.length > 0) {
            includeInteraction(interaction, context);
        }
        else {
            context.includedCallArguments.add(this.init);
            this.init.includeCallArguments(interaction, context);
            context.includedCallArguments.delete(this.init);
        }
    }
    markCalledFromTryStatement() {
        this.calledFromTryStatement = true;
    }
    markInitializersForDeoptimization() {
        if (this.additionalInitializers === null) {
            this.additionalInitializers = [this.init];
            this.init = UNKNOWN_EXPRESSION;
            this.markReassigned();
        }
        return this.additionalInitializers;
    }
}

class ObjectMember extends ExpressionEntity {
    constructor(object, path) {
        super();
        this.object = object;
        this.path = path;
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        this.object.deoptimizeArgumentsOnInteractionAtPath(interaction, [...this.path, ...path], recursionTracker);
    }
    deoptimizePath(path) {
        this.object.deoptimizePath([...this.path, ...path]);
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        return this.object.getLiteralValueAtPath([...this.path, ...path], recursionTracker, origin);
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        return this.object.getReturnExpressionWhenCalledAtPath([...this.path, ...path], interaction, recursionTracker, origin);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        return this.object.hasEffectsOnInteractionAtPath([...this.path, ...path], interaction, context);
    }
}

class Identifier extends IdentifierBase {
    constructor() {
        super(...arguments);
        this.variable = null;
    }
    get isDestructuringDeoptimized() {
        return isFlagSet(this.flags, 16777216 /* Flag.destructuringDeoptimized */);
    }
    set isDestructuringDeoptimized(value) {
        this.flags = setFlag(this.flags, 16777216 /* Flag.destructuringDeoptimized */, value);
    }
    addExportedVariables(variables, exportNamesByVariable) {
        if (exportNamesByVariable.has(this.variable)) {
            variables.push(this.variable);
        }
    }
    bind() {
        if (!this.variable && is_reference(this, this.parent)) {
            this.variable = this.scope.findVariable(this.name);
            this.variable.addReference(this);
            this.isVariableReference = true;
        }
    }
    declare(kind, destructuredInitPath, init) {
        let variable;
        const { treeshake } = this.scope.context.options;
        if (kind === 'parameter') {
            variable = this.scope.addParameterDeclaration(this, destructuredInitPath);
        }
        else {
            variable = this.scope.addDeclaration(this, this.scope.context, init, destructuredInitPath, kind);
            if (kind === 'var' && treeshake && treeshake.correctVarValueBeforeDeclaration) {
                // Necessary to make sure the init is deoptimized. We cannot call deoptimizePath here.
                variable.markInitializersForDeoptimization();
            }
        }
        return [(this.variable = variable)];
    }
    deoptimizeAssignment(destructuredInitPath, init) {
        this.deoptimizePath(EMPTY_PATH);
        init.deoptimizePath([...destructuredInitPath, UnknownKey]);
    }
    hasEffectsWhenDestructuring(context, destructuredInitPath, init) {
        return (destructuredInitPath.length > 0 &&
            init.hasEffectsOnInteractionAtPath(destructuredInitPath, NODE_INTERACTION_UNKNOWN_ACCESS, context));
    }
    includeDestructuredIfNecessary(context, destructuredInitPath, init) {
        if (destructuredInitPath.length > 0 && !this.isDestructuringDeoptimized) {
            this.isDestructuringDeoptimized = true;
            init.deoptimizeArgumentsOnInteractionAtPath({
                args: [new ObjectMember(init, destructuredInitPath.slice(0, -1))],
                type: INTERACTION_ACCESSED
            }, destructuredInitPath, SHARED_RECURSION_TRACKER);
        }
        const { propertyReadSideEffects } = this.scope.context.options
            .treeshake;
        if ((this.included ||=
            destructuredInitPath.length > 0 &&
                !context.brokenFlow &&
                propertyReadSideEffects &&
                (propertyReadSideEffects === 'always' ||
                    init.hasEffectsOnInteractionAtPath(destructuredInitPath, NODE_INTERACTION_UNKNOWN_ACCESS, createHasEffectsContext())))) {
            if (this.variable && !this.variable.included) {
                this.scope.context.includeVariableInModule(this.variable, EMPTY_PATH, context);
            }
            init.includePath(destructuredInitPath, context);
            return true;
        }
        return false;
    }
    markDeclarationReached() {
        this.variable.initReached = true;
    }
    render(code, { snippets: { getPropertyAccess }, useOriginalName }, { renderedParentType, isCalleeOfRenderedParent, isShorthandProperty } = BLANK) {
        if (this.variable) {
            const name = this.variable.getName(getPropertyAccess, useOriginalName);
            if (name !== this.name) {
                code.overwrite(this.start, this.end, name, {
                    contentOnly: true,
                    storeName: true
                });
                if (isShorthandProperty) {
                    code.prependRight(this.start, `${this.name}: `);
                }
            }
            // In strict mode, any variable named "eval" must be the actual "eval" function
            if (name === 'eval' &&
                renderedParentType === CallExpression$1 &&
                isCalleeOfRenderedParent) {
                code.appendRight(this.start, '0, ');
            }
        }
    }
}

const chars = '0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_$';
const base = 64;
function toBase64(value) {
    let outString = '';
    do {
        const currentDigit = value % base;
        value = (value / base) | 0;
        outString = chars[currentDigit] + outString;
    } while (value !== 0);
    return outString;
}

class Scope {
    constructor() {
        this.children = [];
        this.variables = new Map();
    }
    /*
    Redeclaration rules:
    - var can redeclare var
    - in function scopes, function and var can redeclare function and var
    - var is hoisted across scopes, function remains in the scope it is declared
    - var and function can redeclare function parameters, but parameters cannot redeclare parameters
    - function cannot redeclare catch scope parameters
    - var can redeclare catch scope parameters in a way
        - if the parameter is an identifier and not a pattern
        - then the variable is still declared in the hoisted outer scope, but the initializer is assigned to the parameter
    - const, let, class, and function except in the cases above cannot redeclare anything
     */
    addDeclaration(identifier, context, init, destructuredInitPath, kind) {
        const name = identifier.name;
        const existingVariable = this.hoistedVariables?.get(name) || this.variables.get(name);
        if (existingVariable) {
            if (kind === 'var' && existingVariable.kind === 'var') {
                existingVariable.addDeclaration(identifier, init);
                return existingVariable;
            }
            context.error(logRedeclarationError(name), identifier.start);
        }
        const newVariable = new LocalVariable(identifier.name, identifier, init, destructuredInitPath, context, kind);
        this.variables.set(name, newVariable);
        return newVariable;
    }
    addHoistedVariable(name, variable) {
        (this.hoistedVariables ||= new Map()).set(name, variable);
    }
    contains(name) {
        return this.variables.has(name);
    }
    findVariable(_name) {
        /* istanbul ignore next */
        throw new Error('Internal Error: findVariable needs to be implemented by a subclass');
    }
}

class ChildScope extends Scope {
    constructor(parent, context) {
        super();
        this.parent = parent;
        this.context = context;
        this.accessedOutsideVariables = new Map();
        parent.children.push(this);
    }
    addAccessedDynamicImport(importExpression) {
        (this.accessedDynamicImports || (this.accessedDynamicImports = new Set())).add(importExpression);
        if (this.parent instanceof ChildScope) {
            this.parent.addAccessedDynamicImport(importExpression);
        }
    }
    addAccessedGlobals(globals, accessedGlobalsByScope) {
        const accessedGlobals = accessedGlobalsByScope.get(this) || new Set();
        for (const name of globals) {
            accessedGlobals.add(name);
        }
        accessedGlobalsByScope.set(this, accessedGlobals);
        if (this.parent instanceof ChildScope) {
            this.parent.addAccessedGlobals(globals, accessedGlobalsByScope);
        }
    }
    addNamespaceMemberAccess(name, variable) {
        this.accessedOutsideVariables.set(name, variable);
        this.parent.addNamespaceMemberAccess(name, variable);
    }
    addReturnExpression(expression) {
        if (this.parent instanceof ChildScope) {
            this.parent.addReturnExpression(expression);
        }
    }
    addUsedOutsideNames(usedNames, format, exportNamesByVariable, accessedGlobalsByScope) {
        for (const variable of this.accessedOutsideVariables.values()) {
            if (variable.included) {
                usedNames.add(variable.getBaseVariableName());
                if (format === 'system' && exportNamesByVariable.has(variable)) {
                    usedNames.add('exports');
                }
            }
        }
        const accessedGlobals = accessedGlobalsByScope.get(this);
        if (accessedGlobals) {
            for (const name of accessedGlobals) {
                usedNames.add(name);
            }
        }
    }
    contains(name) {
        return this.variables.has(name) || this.parent.contains(name);
    }
    deconflict(format, exportNamesByVariable, accessedGlobalsByScope) {
        const usedNames = new Set();
        this.addUsedOutsideNames(usedNames, format, exportNamesByVariable, accessedGlobalsByScope);
        if (this.accessedDynamicImports) {
            for (const importExpression of this.accessedDynamicImports) {
                if (importExpression.inlineNamespace) {
                    usedNames.add(importExpression.inlineNamespace.getBaseVariableName());
                }
            }
        }
        for (const [name, variable] of this.variables) {
            if (variable.included || variable.alwaysRendered) {
                variable.setRenderNames(null, getSafeName(name, usedNames, variable.forbiddenNames));
            }
        }
        for (const scope of this.children) {
            scope.deconflict(format, exportNamesByVariable, accessedGlobalsByScope);
        }
    }
    findLexicalBoundary() {
        return this.parent.findLexicalBoundary();
    }
    findGlobal(name) {
        const variable = this.parent.findVariable(name);
        this.accessedOutsideVariables.set(name, variable);
        return variable;
    }
    findVariable(name) {
        const knownVariable = this.variables.get(name) || this.accessedOutsideVariables.get(name);
        if (knownVariable) {
            return knownVariable;
        }
        const variable = this.parent.findVariable(name);
        this.accessedOutsideVariables.set(name, variable);
        return variable;
    }
}

function checkEffectForNodes(nodes, context) {
    for (const node of nodes) {
        if (node.hasEffects(context)) {
            return true;
        }
    }
    return false;
}

class MethodBase extends NodeBase {
    constructor() {
        super(...arguments);
        this.accessedValue = null;
    }
    get computed() {
        return isFlagSet(this.flags, 1024 /* Flag.computed */);
    }
    set computed(value) {
        this.flags = setFlag(this.flags, 1024 /* Flag.computed */, value);
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        if (interaction.type === INTERACTION_ACCESSED && this.kind === 'get' && path.length === 0) {
            return this.value.deoptimizeArgumentsOnInteractionAtPath({
                args: interaction.args,
                type: INTERACTION_CALLED,
                withNew: false
            }, EMPTY_PATH, recursionTracker);
        }
        if (interaction.type === INTERACTION_ASSIGNED && this.kind === 'set' && path.length === 0) {
            return this.value.deoptimizeArgumentsOnInteractionAtPath({
                args: interaction.args,
                type: INTERACTION_CALLED,
                withNew: false
            }, EMPTY_PATH, recursionTracker);
        }
        this.getAccessedValue()[0].deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
    }
    // As getter properties directly receive their values from fixed function
    // expressions, there is no known situation where a getter is deoptimized.
    deoptimizeCache() { }
    deoptimizePath(path) {
        this.getAccessedValue()[0].deoptimizePath(path);
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        return this.getAccessedValue()[0].getLiteralValueAtPath(path, recursionTracker, origin);
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        return this.getAccessedValue()[0].getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin);
    }
    hasEffects(context) {
        return this.key.hasEffects(context);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        if (this.kind === 'get' && interaction.type === INTERACTION_ACCESSED && path.length === 0) {
            return this.value.hasEffectsOnInteractionAtPath(EMPTY_PATH, {
                args: interaction.args,
                type: INTERACTION_CALLED,
                withNew: false
            }, context);
        }
        // setters are only called for empty paths
        if (this.kind === 'set' && interaction.type === INTERACTION_ASSIGNED) {
            return this.value.hasEffectsOnInteractionAtPath(EMPTY_PATH, {
                args: interaction.args,
                type: INTERACTION_CALLED,
                withNew: false
            }, context);
        }
        return this.getAccessedValue()[0].hasEffectsOnInteractionAtPath(path, interaction, context);
    }
    getAccessedValue() {
        if (this.accessedValue === null) {
            if (this.kind === 'get') {
                this.accessedValue = UNKNOWN_RETURN_EXPRESSION;
                return (this.accessedValue = this.value.getReturnExpressionWhenCalledAtPath(EMPTY_PATH, NODE_INTERACTION_UNKNOWN_CALL, SHARED_RECURSION_TRACKER, this));
            }
            else {
                return (this.accessedValue = [this.value, false]);
            }
        }
        return this.accessedValue;
    }
}
MethodBase.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
MethodBase.prototype.applyDeoptimizations = doNotDeoptimize;

class MethodDefinition extends MethodBase {
    hasEffects(context) {
        return super.hasEffects(context) || checkEffectForNodes(this.decorators, context);
    }
}

class BlockScope extends ChildScope {
    constructor(parent) {
        super(parent, parent.context);
    }
    addDeclaration(identifier, context, init, destructuredInitPath, kind) {
        if (kind === 'var') {
            const name = identifier.name;
            const existingVariable = this.hoistedVariables?.get(name) || this.variables.get(name);
            if (existingVariable) {
                if (existingVariable.kind === 'var' ||
                    (kind === 'var' && existingVariable.kind === 'parameter')) {
                    existingVariable.addDeclaration(identifier, init);
                    return existingVariable;
                }
                return context.error(logRedeclarationError(name), identifier.start);
            }
            const declaredVariable = this.parent.addDeclaration(identifier, context, init, destructuredInitPath, kind);
            // Necessary to make sure the init is deoptimized for conditional declarations.
            // We cannot call deoptimizePath here.
            declaredVariable.markInitializersForDeoptimization();
            // We add the variable to this and all parent scopes to reliably detect conflicts
            this.addHoistedVariable(name, declaredVariable);
            return declaredVariable;
        }
        return super.addDeclaration(identifier, context, init, destructuredInitPath, kind);
    }
}

class StaticBlock extends NodeBase {
    createScope(parentScope) {
        this.scope = new BlockScope(parentScope);
    }
    hasEffects(context) {
        for (const node of this.body) {
            if (node.hasEffects(context))
                return true;
        }
        return false;
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        for (const node of this.body) {
            if (includeChildrenRecursively || node.shouldBeIncluded(context))
                node.include(context, includeChildrenRecursively);
        }
    }
    render(code, options) {
        if (this.body.length > 0) {
            const bodyStartPos = findFirstOccurrenceOutsideComment(code.original.slice(this.start, this.end), '{') + 1;
            renderStatementList(this.body, code, this.start + bodyStartPos, this.end - 1, options);
        }
        else {
            super.render(code, options);
        }
    }
}
StaticBlock.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
StaticBlock.prototype.applyDeoptimizations = doNotDeoptimize;
function isStaticBlock(statement) {
    return statement.type === StaticBlock$1;
}

class ClassNode extends NodeBase {
    constructor() {
        super(...arguments);
        this.objectEntity = null;
    }
    createScope(parentScope) {
        this.scope = new ChildScope(parentScope, parentScope.context);
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        this.getObjectEntity().deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
    }
    deoptimizeCache() {
        this.getObjectEntity().deoptimizeAllProperties();
    }
    deoptimizePath(path) {
        this.getObjectEntity().deoptimizePath(path);
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        return this.getObjectEntity().getLiteralValueAtPath(path, recursionTracker, origin);
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        return this.getObjectEntity().getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin);
    }
    hasEffects(context) {
        if (!this.deoptimized)
            this.applyDeoptimizations();
        const initEffect = this.superClass?.hasEffects(context) || this.body.hasEffects(context);
        this.id?.markDeclarationReached();
        return initEffect || super.hasEffects(context) || checkEffectForNodes(this.decorators, context);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        return interaction.type === INTERACTION_CALLED && path.length === 0
            ? !interaction.withNew ||
                (this.classConstructor === null
                    ? this.superClass?.hasEffectsOnInteractionAtPath(path, interaction, context)
                    : this.classConstructor.hasEffectsOnInteractionAtPath(path, interaction, context)) ||
                false
            : this.getObjectEntity().hasEffectsOnInteractionAtPath(path, interaction, context);
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        this.superClass?.include(context, includeChildrenRecursively);
        this.body.include(context, includeChildrenRecursively);
        for (const decorator of this.decorators)
            decorator.include(context, includeChildrenRecursively);
        if (this.id) {
            this.id.markDeclarationReached();
            this.id.include(context, includeChildrenRecursively);
        }
    }
    initialise() {
        super.initialise();
        this.id?.declare('class', EMPTY_PATH, this);
        for (const method of this.body.body) {
            if (method instanceof MethodDefinition && method.kind === 'constructor') {
                this.classConstructor = method;
                return;
            }
        }
        this.classConstructor = null;
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        for (const definition of this.body.body) {
            if (!isStaticBlock(definition) &&
                !(definition.static ||
                    (definition instanceof MethodDefinition && definition.kind === 'constructor'))) {
                // Calls to methods are not tracked, ensure that the return value is deoptimized
                definition.deoptimizePath(UNKNOWN_PATH);
            }
        }
        this.scope.context.requestTreeshakingPass();
    }
    getObjectEntity() {
        if (this.objectEntity !== null) {
            return this.objectEntity;
        }
        const staticProperties = [];
        const dynamicMethods = [];
        for (const definition of this.body.body) {
            if (isStaticBlock(definition))
                continue;
            const properties = definition.static ? staticProperties : dynamicMethods;
            const definitionKind = definition.kind;
            // Note that class fields do not end up on the prototype
            if (properties === dynamicMethods && !definitionKind)
                continue;
            const kind = definitionKind === 'set' || definitionKind === 'get' ? definitionKind : 'init';
            let key;
            if (definition.computed) {
                const keyValue = definition.key.getLiteralValueAtPath(EMPTY_PATH, SHARED_RECURSION_TRACKER, this);
                if (typeof keyValue === 'symbol') {
                    properties.push({ key: UnknownKey, kind, property: definition });
                    continue;
                }
                else {
                    key = String(keyValue);
                }
            }
            else {
                key =
                    definition.key instanceof Identifier
                        ? definition.key.name
                        : String(definition.key.value);
            }
            properties.push({ key, kind, property: definition });
        }
        staticProperties.unshift({
            key: 'prototype',
            kind: 'init',
            property: new ObjectEntity(dynamicMethods, this.superClass ? new ObjectMember(this.superClass, ['prototype']) : OBJECT_PROTOTYPE)
        });
        return (this.objectEntity = new ObjectEntity(staticProperties, this.superClass || OBJECT_PROTOTYPE));
    }
}
ClassNode.prototype.includeNode = onlyIncludeSelf;

class ClassDeclaration extends ClassNode {
    initialise() {
        super.initialise();
        if (this.id !== null) {
            this.id.variable.isId = true;
        }
    }
    parseNode(esTreeNode) {
        if (esTreeNode.id !== null) {
            this.id = new Identifier(this, this.scope.parent).parseNode(esTreeNode.id);
        }
        return super.parseNode(esTreeNode);
    }
    render(code, options) {
        const { exportNamesByVariable, format, snippets: { _, getPropertyAccess } } = options;
        if (this.id) {
            const { variable, name } = this.id;
            if (format === 'system' && exportNamesByVariable.has(variable)) {
                code.appendLeft(this.end, `${_}${getSystemExportStatement([variable], options)};`);
            }
            const renderedVariable = variable.getName(getPropertyAccess);
            if (renderedVariable !== name) {
                this.decorators.map(decorator => decorator.render(code, options));
                this.superClass?.render(code, options);
                this.body.render(code, {
                    ...options,
                    useOriginalName: (_variable) => _variable === variable
                });
                code.prependRight(this.start, `let ${renderedVariable}${_}=${_}`);
                code.prependLeft(this.end, ';');
                return;
            }
        }
        super.render(code, options);
    }
    applyDeoptimizations() {
        super.applyDeoptimizations();
        const { id, scope } = this;
        if (id) {
            const { name, variable } = id;
            for (const accessedVariable of scope.accessedOutsideVariables.values()) {
                if (accessedVariable !== variable) {
                    accessedVariable.forbidName(name);
                }
            }
        }
    }
}

class ArgumentsVariable extends LocalVariable {
    constructor(context) {
        super('arguments', null, UNKNOWN_EXPRESSION, EMPTY_PATH, context, 'other');
    }
    addArgumentToBeDeoptimized(_argument) { }
    // Only If there is at least one reference, then we need to track all
    // arguments in order to be able to deoptimize them.
    addReference() {
        this.deoptimizedArguments = [];
        this.addArgumentToBeDeoptimized = addArgumentToBeDeoptimized;
    }
    hasEffectsOnInteractionAtPath(path, { type }) {
        return type !== INTERACTION_ACCESSED || path.length > 1;
    }
    includePath(path, context) {
        super.includePath(path, context);
        for (const argument of this.deoptimizedArguments) {
            argument.deoptimizePath(UNKNOWN_PATH);
        }
        this.deoptimizedArguments.length = 0;
    }
}
function addArgumentToBeDeoptimized(argument) {
    if (this.included) {
        argument.deoptimizePath(UNKNOWN_PATH);
    }
    else {
        this.deoptimizedArguments?.push(argument);
    }
}

class ThisVariable extends ParameterVariable {
    constructor(context) {
        super('this', null, EMPTY_PATH, context);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        return (context.replacedVariableInits.get(this) || UNKNOWN_EXPRESSION).hasEffectsOnInteractionAtPath(path, interaction, context);
    }
}

class CatchBodyScope extends ChildScope {
    constructor(parent) {
        super(parent, parent.context);
        this.parent = parent;
    }
    addDeclaration(identifier, context, init, destructuredInitPath, kind) {
        if (kind === 'var') {
            const name = identifier.name;
            const existingVariable = this.hoistedVariables?.get(name) || this.variables.get(name);
            if (existingVariable) {
                const existingKind = existingVariable.kind;
                if (existingKind === 'parameter' &&
                    // If this is a destructured parameter, it is forbidden to redeclare
                    existingVariable.declarations[0].parent.type === CatchClause$1) {
                    // If this is a var with the same name as the catch scope parameter,
                    // the assignment actually goes to the parameter and the var is
                    // hoisted without assignment. Locally, it is shadowed by the
                    // parameter
                    const declaredVariable = this.parent.parent.addDeclaration(identifier, context, UNDEFINED_EXPRESSION, destructuredInitPath, kind);
                    // To avoid the need to rewrite the declaration, we link the variable
                    // names. If we ever implement a logic that splits initialization and
                    // assignment for hoisted vars, the "renderLikeHoisted" logic can be
                    // removed again.
                    // We do not need to check whether there already is a linked
                    // variable because then declaredVariable would be that linked
                    // variable.
                    existingVariable.renderLikeHoisted(declaredVariable);
                    this.addHoistedVariable(name, declaredVariable);
                    return declaredVariable;
                }
                if (existingKind === 'var') {
                    existingVariable.addDeclaration(identifier, init);
                    return existingVariable;
                }
                return context.error(logRedeclarationError(name), identifier.start);
            }
            // We only add parameters to parameter scopes
            const declaredVariable = this.parent.parent.addDeclaration(identifier, context, init, destructuredInitPath, kind);
            // Necessary to make sure the init is deoptimized for conditional declarations.
            // We cannot call deoptimizePath here.
            declaredVariable.markInitializersForDeoptimization();
            // We add the variable to this and all parent scopes to reliably detect conflicts
            this.addHoistedVariable(name, declaredVariable);
            return declaredVariable;
        }
        return super.addDeclaration(identifier, context, init, destructuredInitPath, kind);
    }
}

class FunctionBodyScope extends ChildScope {
    constructor(parent) {
        super(parent, parent.context);
    }
    // There is stuff that is only allowed in function scopes, i.e. functions can
    // be redeclared, functions and var can redeclare each other
    addDeclaration(identifier, context, init, destructuredInitPath, kind) {
        const name = identifier.name;
        const existingVariable = this.hoistedVariables?.get(name) || this.variables.get(name);
        if (existingVariable) {
            const existingKind = existingVariable.kind;
            if ((kind === 'var' || kind === 'function') &&
                (existingKind === 'var' || existingKind === 'function' || existingKind === 'parameter')) {
                existingVariable.addDeclaration(identifier, init);
                return existingVariable;
            }
            context.error(logRedeclarationError(name), identifier.start);
        }
        const newVariable = new LocalVariable(identifier.name, identifier, init, destructuredInitPath, context, kind);
        this.variables.set(name, newVariable);
        return newVariable;
    }
}

class ParameterScope extends ChildScope {
    constructor(parent, isCatchScope) {
        super(parent, parent.context);
        this.hasRest = false;
        this.parameters = [];
        this.bodyScope = isCatchScope ? new CatchBodyScope(this) : new FunctionBodyScope(this);
    }
    /**
     * Adds a parameter to this scope. Parameters must be added in the correct
     * order, i.e. from left to right.
     */
    addParameterDeclaration(identifier, argumentPath) {
        const { name, start } = identifier;
        const existingParameter = this.variables.get(name);
        if (existingParameter) {
            return this.context.error(logDuplicateArgumentNameError(name), start);
        }
        const variable = new ParameterVariable(name, identifier, argumentPath, this.context);
        this.variables.set(name, variable);
        // We also add it to the body scope to detect name conflicts with local
        // variables. We still need the intermediate scope, though, as parameter
        // defaults are NOT taken from the body scope but from the parameters or
        // outside scope.
        this.bodyScope.addHoistedVariable(name, variable);
        return variable;
    }
    addParameterVariables(parameters, hasRest) {
        this.parameters = parameters;
        for (const parameterList of parameters) {
            for (const parameter of parameterList) {
                parameter.alwaysRendered = true;
            }
        }
        this.hasRest = hasRest;
    }
    includeCallArguments({ args }, context) {
        let calledFromTryStatement = false;
        let argumentIncluded = false;
        const restParameter = this.hasRest && this.parameters[this.parameters.length - 1];
        let lastExplicitlyIncludedIndex = args.length - 1;
        // If there is a SpreadElement, we need to include all arguments after it
        // because we no longer know which argument corresponds to which parameter.
        for (let argumentIndex = 1; argumentIndex < args.length; argumentIndex++) {
            const argument = args[argumentIndex];
            if (argument instanceof SpreadElement && !argumentIncluded) {
                argumentIncluded = true;
                lastExplicitlyIncludedIndex = argumentIndex - 1;
            }
            if (argumentIncluded) {
                argument.includePath(UNKNOWN_PATH, context);
                argument.include(context, false);
            }
        }
        // Now we go backwards either starting from the last argument or before the
        // first SpreadElement to ensure all arguments before are included as needed
        for (let index = lastExplicitlyIncludedIndex; index >= 1; index--) {
            const parameterVariables = this.parameters[index - 1] || restParameter;
            const argument = args[index];
            if (parameterVariables) {
                calledFromTryStatement = false;
                if (parameterVariables.length === 0) {
                    // handle empty destructuring to avoid destructuring undefined
                    argumentIncluded = true;
                }
                else {
                    for (const parameterVariable of parameterVariables) {
                        if (parameterVariable.calledFromTryStatement) {
                            calledFromTryStatement = true;
                        }
                        if (parameterVariable.included) {
                            argumentIncluded = true;
                            if (calledFromTryStatement) {
                                argument.include(context, true);
                            }
                            else {
                                parameterVariable.includeArgumentPaths(argument, context);
                                argument.include(context, false);
                            }
                        }
                    }
                }
            }
            if (argumentIncluded || argument.shouldBeIncluded(context)) {
                argumentIncluded = true;
                argument.include(context, calledFromTryStatement);
            }
        }
    }
}

class ReturnValueScope extends ParameterScope {
    constructor() {
        super(...arguments);
        this.returnExpression = null;
        this.returnExpressions = [];
    }
    addReturnExpression(expression) {
        this.returnExpressions.push(expression);
    }
    deoptimizeArgumentsOnCall({ args }) {
        const { parameters } = this;
        let position = 0;
        for (; position < args.length - 1; position++) {
            // Only the "this" argument arg[0] can be null
            const argument = args[position + 1];
            if (argument instanceof SpreadElement) {
                // This deoptimizes the current and remaining parameters and arguments
                for (; position < parameters.length; position++) {
                    args[position + 1]?.deoptimizePath(UNKNOWN_PATH);
                    for (const variable of parameters[position]) {
                        variable.markReassigned();
                    }
                }
                break;
            }
            if (this.hasRest && position >= parameters.length - 1) {
                argument.deoptimizePath(UNKNOWN_PATH);
            }
            else {
                const variables = parameters[position];
                if (variables) {
                    for (const variable of variables) {
                        variable.addArgumentForDeoptimization(argument);
                    }
                }
                this.addArgumentToBeDeoptimized(argument);
            }
        }
        const nonRestParameterLength = this.hasRest ? parameters.length - 1 : parameters.length;
        for (; position < nonRestParameterLength; position++) {
            for (const variable of parameters[position]) {
                variable.addArgumentForDeoptimization(UNDEFINED_EXPRESSION);
            }
        }
    }
    getReturnExpression() {
        if (this.returnExpression === null)
            this.updateReturnExpression();
        return this.returnExpression;
    }
    deoptimizeAllParameters() {
        for (const parameter of this.parameters) {
            for (const variable of parameter) {
                variable.deoptimizePath(UNKNOWN_PATH);
                variable.markReassigned();
            }
        }
    }
    reassignAllParameters() {
        for (const parameter of this.parameters) {
            for (const variable of parameter) {
                variable.markReassigned();
            }
        }
    }
    addArgumentToBeDeoptimized(_argument) { }
    updateReturnExpression() {
        if (this.returnExpressions.length === 1) {
            this.returnExpression = this.returnExpressions[0];
        }
        else {
            this.returnExpression = UNKNOWN_EXPRESSION;
            for (const expression of this.returnExpressions) {
                expression.deoptimizePath(UNKNOWN_PATH);
            }
        }
    }
}

class FunctionScope extends ReturnValueScope {
    constructor(parent, functionNode) {
        super(parent, false);
        this.functionNode = functionNode;
        const { context } = parent;
        this.variables.set('arguments', (this.argumentsVariable = new ArgumentsVariable(context)));
        this.variables.set('this', (this.thisVariable = new ThisVariable(context)));
    }
    findLexicalBoundary() {
        return this;
    }
    includeCallArguments(interaction, context) {
        super.includeCallArguments(interaction, context);
        if (this.argumentsVariable.included) {
            const { args } = interaction;
            for (let argumentIndex = 1; argumentIndex < args.length; argumentIndex++) {
                const argument = args[argumentIndex];
                if (argument) {
                    argument.includePath(UNKNOWN_PATH, context);
                    argument.include(context, false);
                }
            }
        }
    }
    addArgumentToBeDeoptimized(argument) {
        this.argumentsVariable.addArgumentToBeDeoptimized(argument);
    }
}

class ExpressionStatement extends NodeBase {
    initialise() {
        super.initialise();
        if (this.directive &&
            this.directive !== 'use strict' &&
            this.parent.type === Program$1) {
            this.scope.context.log(LOGLEVEL_WARN, 
            // This is necessary, because either way (deleting or not) can lead to errors.
            logModuleLevelDirective(this.directive, this.scope.context.module.id), this.start);
        }
    }
    removeAnnotations(code) {
        this.expression.removeAnnotations(code);
    }
    render(code, options) {
        super.render(code, options);
        if (code.original[this.end - 1] !== ';') {
            code.appendLeft(this.end, ';');
        }
    }
    shouldBeIncluded(context) {
        if (this.directive && this.directive !== 'use strict')
            return this.parent.type !== Program$1;
        return super.shouldBeIncluded(context);
    }
}
ExpressionStatement.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ExpressionStatement.prototype.applyDeoptimizations = doNotDeoptimize;

class BlockStatement extends NodeBase {
    get deoptimizeBody() {
        return isFlagSet(this.flags, 32768 /* Flag.deoptimizeBody */);
    }
    set deoptimizeBody(value) {
        this.flags = setFlag(this.flags, 32768 /* Flag.deoptimizeBody */, value);
    }
    get directlyIncluded() {
        return isFlagSet(this.flags, 16384 /* Flag.directlyIncluded */);
    }
    set directlyIncluded(value) {
        this.flags = setFlag(this.flags, 16384 /* Flag.directlyIncluded */, value);
    }
    addImplicitReturnExpressionToScope() {
        const lastStatement = this.body[this.body.length - 1];
        if (!lastStatement || lastStatement.type !== ReturnStatement$1) {
            this.scope.addReturnExpression(UNKNOWN_EXPRESSION);
        }
    }
    createScope(parentScope) {
        this.scope = this.parent.preventChildBlockScope
            ? parentScope
            : new BlockScope(parentScope);
    }
    hasEffects(context) {
        if (this.deoptimizeBody)
            return true;
        for (const node of this.body) {
            if (context.brokenFlow)
                break;
            if (node.hasEffects(context))
                return true;
        }
        return false;
    }
    include(context, includeChildrenRecursively) {
        if (!(this.deoptimizeBody && this.directlyIncluded)) {
            this.included = true;
            this.directlyIncluded = true;
            if (this.deoptimizeBody)
                includeChildrenRecursively = true;
            for (const node of this.body) {
                if (includeChildrenRecursively || node.shouldBeIncluded(context))
                    node.include(context, includeChildrenRecursively);
            }
        }
    }
    initialise() {
        super.initialise();
        const firstBodyStatement = this.body[0];
        this.deoptimizeBody =
            firstBodyStatement instanceof ExpressionStatement &&
                firstBodyStatement.directive === 'use asm';
    }
    render(code, options) {
        if (this.body.length > 0) {
            renderStatementList(this.body, code, this.start + 1, this.end - 1, options);
        }
        else {
            super.render(code, options);
        }
    }
}
BlockStatement.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
BlockStatement.prototype.applyDeoptimizations = doNotDeoptimize;

class RestElement extends NodeBase {
    constructor() {
        super(...arguments);
        this.declarationInit = null;
    }
    addExportedVariables(variables, exportNamesByVariable) {
        this.argument.addExportedVariables(variables, exportNamesByVariable);
    }
    declare(kind, destructuredInitPath, init) {
        this.declarationInit = init;
        return this.argument.declare(kind, getIncludedPatternPath$1(destructuredInitPath), init);
    }
    deoptimizeAssignment(destructuredInitPath, init) {
        this.argument.deoptimizeAssignment(getIncludedPatternPath$1(destructuredInitPath), init);
    }
    deoptimizePath(path) {
        if (path.length === 0) {
            this.argument.deoptimizePath(EMPTY_PATH);
        }
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        return (path.length > 0 ||
            this.argument.hasEffectsOnInteractionAtPath(EMPTY_PATH, interaction, context));
    }
    hasEffectsWhenDestructuring(context, destructuredInitPath, init) {
        return this.argument.hasEffectsWhenDestructuring(context, getIncludedPatternPath$1(destructuredInitPath), init);
    }
    includeDestructuredIfNecessary(context, destructuredInitPath, init) {
        return (this.included =
            this.argument.includeDestructuredIfNecessary(context, getIncludedPatternPath$1(destructuredInitPath), init) || this.included);
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        // This should just include the identifier, its properties should be
        // included where the variable is used.
        this.argument.include(context, includeChildrenRecursively);
    }
    markDeclarationReached() {
        this.argument.markDeclarationReached();
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        if (this.declarationInit !== null) {
            this.declarationInit.deoptimizePath([UnknownKey, UnknownKey]);
            this.scope.context.requestTreeshakingPass();
        }
    }
}
RestElement.prototype.includeNode = onlyIncludeSelf;
const getIncludedPatternPath$1 = (destructuredInitPath) => destructuredInitPath.at(-1) === UnknownKey
    ? destructuredInitPath
    : [...destructuredInitPath, UnknownKey];

class FunctionBase extends NodeBase {
    constructor() {
        super(...arguments);
        this.parameterVariableValuesDeoptimized = false;
        this.includeCallArguments = this.scope.includeCallArguments.bind(this.scope);
    }
    get async() {
        return isFlagSet(this.flags, 256 /* Flag.async */);
    }
    set async(value) {
        this.flags = setFlag(this.flags, 256 /* Flag.async */, value);
    }
    get deoptimizedReturn() {
        return isFlagSet(this.flags, 512 /* Flag.deoptimizedReturn */);
    }
    set deoptimizedReturn(value) {
        this.flags = setFlag(this.flags, 512 /* Flag.deoptimizedReturn */, value);
    }
    get generator() {
        return isFlagSet(this.flags, 4194304 /* Flag.generator */);
    }
    set generator(value) {
        this.flags = setFlag(this.flags, 4194304 /* Flag.generator */, value);
    }
    get hasCachedEffects() {
        return isFlagSet(this.flags, 67108864 /* Flag.hasEffects */);
    }
    set hasCachedEffects(value) {
        this.flags = setFlag(this.flags, 67108864 /* Flag.hasEffects */, value);
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        if (interaction.type === INTERACTION_CALLED && path.length === 0) {
            this.scope.deoptimizeArgumentsOnCall(interaction);
        }
        else {
            this.getObjectEntity().deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
        }
    }
    deoptimizePath(path) {
        this.getObjectEntity().deoptimizePath(path);
        if (path.length === 1 && path[0] === UnknownKey) {
            // A reassignment of UNKNOWN_PATH is considered equivalent to having lost track
            // which means the return expression and parameters need to be reassigned
            this.scope.getReturnExpression().deoptimizePath(UNKNOWN_PATH);
            this.scope.deoptimizeAllParameters();
        }
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        return this.getObjectEntity().getLiteralValueAtPath(path, recursionTracker, origin);
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        if (path.length > 0) {
            return this.getObjectEntity().getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin);
        }
        if (this.async) {
            if (!this.deoptimizedReturn) {
                this.deoptimizedReturn = true;
                this.scope.getReturnExpression().deoptimizePath(UNKNOWN_PATH);
                this.scope.context.requestTreeshakingPass();
            }
            return UNKNOWN_RETURN_EXPRESSION;
        }
        return [this.scope.getReturnExpression(), false];
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        if (path.length > 0 || interaction.type !== INTERACTION_CALLED) {
            return this.getObjectEntity().hasEffectsOnInteractionAtPath(path, interaction, context);
        }
        if (this.hasCachedEffects) {
            return true;
        }
        if (this.async) {
            const { propertyReadSideEffects } = this.scope.context.options
                .treeshake;
            const returnExpression = this.scope.getReturnExpression();
            if (returnExpression.hasEffectsOnInteractionAtPath(['then'], NODE_INTERACTION_UNKNOWN_CALL, context) ||
                (propertyReadSideEffects &&
                    (propertyReadSideEffects === 'always' ||
                        returnExpression.hasEffectsOnInteractionAtPath(['then'], NODE_INTERACTION_UNKNOWN_ACCESS, context)))) {
                this.hasCachedEffects = true;
                return true;
            }
        }
        const { propertyReadSideEffects } = this.scope.context.options
            .treeshake;
        for (let index = 0; index < this.params.length; index++) {
            const parameter = this.params[index];
            if (parameter.hasEffects(context) ||
                (propertyReadSideEffects &&
                    parameter.hasEffectsWhenDestructuring(context, EMPTY_PATH, interaction.args[index + 1] || UNDEFINED_EXPRESSION))) {
                this.hasCachedEffects = true;
                return true;
            }
        }
        return false;
    }
    /**
     * If the function (expression or declaration) is only used as function calls
     */
    onlyFunctionCallUsed() {
        let variable = null;
        if (this.parent.type === VariableDeclarator$1) {
            variable = this.parent.id.variable ?? null;
        }
        if (this.parent.type === ExportDefaultDeclaration$1) {
            variable = this.parent.variable;
        }
        return variable?.getOnlyFunctionCallUsed() ?? false;
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        if (!(this.parameterVariableValuesDeoptimized || this.onlyFunctionCallUsed())) {
            this.parameterVariableValuesDeoptimized = true;
            this.scope.reassignAllParameters();
        }
        const { brokenFlow } = context;
        context.brokenFlow = false;
        this.body.include(context, includeChildrenRecursively);
        context.brokenFlow = brokenFlow;
    }
    initialise() {
        super.initialise();
        if (this.body instanceof BlockStatement) {
            this.body.addImplicitReturnExpressionToScope();
        }
        else {
            this.scope.addReturnExpression(this.body);
        }
        if (this.annotations &&
            this.scope.context.options.treeshake.annotations) {
            this.annotationNoSideEffects = this.annotations.some(comment => comment.type === 'noSideEffects');
        }
    }
    parseNode(esTreeNode) {
        const { body, params } = esTreeNode;
        const { scope } = this;
        const { bodyScope, context } = scope;
        // We need to ensure that parameters are declared before the body is parsed
        // so that the scope already knows all parameters and can detect conflicts
        // when parsing the body.
        const parameters = (this.params = params.map((parameter) => new (context.getNodeConstructor(parameter.type))(this, scope).parseNode(parameter)));
        scope.addParameterVariables(parameters.map(parameter => parameter.declare('parameter', EMPTY_PATH, UNKNOWN_EXPRESSION)), parameters[parameters.length - 1] instanceof RestElement);
        this.body = new (context.getNodeConstructor(body.type))(this, bodyScope).parseNode(body);
        return super.parseNode(esTreeNode);
    }
}
FunctionBase.prototype.preventChildBlockScope = true;
FunctionBase.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
FunctionBase.prototype.applyDeoptimizations = doNotDeoptimize;

class FunctionNode extends FunctionBase {
    constructor() {
        super(...arguments);
        this.objectEntity = null;
    }
    createScope(parentScope) {
        this.scope = new FunctionScope(parentScope, this);
        this.constructedEntity = new ObjectEntity(Object.create(null), OBJECT_PROTOTYPE);
        // This makes sure that all deoptimizations of "this" are applied to the
        // constructed entity.
        this.scope.thisVariable.addArgumentForDeoptimization(this.constructedEntity);
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        super.deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
        if (interaction.type === INTERACTION_CALLED && path.length === 0 && interaction.args[0]) {
            // args[0] is the "this" argument
            this.scope.thisVariable.addArgumentForDeoptimization(interaction.args[0]);
        }
    }
    hasEffects(context) {
        if (this.annotationNoSideEffects) {
            return false;
        }
        return !!this.id?.hasEffects(context);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        if (this.annotationNoSideEffects &&
            path.length === 0 &&
            interaction.type === INTERACTION_CALLED) {
            return false;
        }
        if (super.hasEffectsOnInteractionAtPath(path, interaction, context)) {
            return true;
        }
        if (path.length === 0 && interaction.type === INTERACTION_CALLED) {
            const thisInit = context.replacedVariableInits.get(this.scope.thisVariable);
            context.replacedVariableInits.set(this.scope.thisVariable, interaction.withNew ? this.constructedEntity : UNKNOWN_EXPRESSION);
            const { brokenFlow, ignore, replacedVariableInits } = context;
            context.ignore = {
                breaks: false,
                continues: false,
                labels: new Set(),
                returnYield: true,
                this: interaction.withNew
            };
            if (this.body.hasEffects(context)) {
                this.hasCachedEffects = true;
                return true;
            }
            context.brokenFlow = brokenFlow;
            if (thisInit) {
                replacedVariableInits.set(this.scope.thisVariable, thisInit);
            }
            else {
                replacedVariableInits.delete(this.scope.thisVariable);
            }
            context.ignore = ignore;
        }
        return false;
    }
    include(context, includeChildrenRecursively) {
        super.include(context, includeChildrenRecursively);
        this.id?.include(context, includeChildrenRecursively);
        const hasArguments = this.scope.argumentsVariable.included;
        for (const parameter of this.params) {
            if (!(parameter instanceof Identifier) || hasArguments) {
                parameter.include(context, includeChildrenRecursively);
            }
        }
    }
    includeNode(context) {
        this.included = true;
        const hasArguments = this.scope.argumentsVariable.included;
        for (const parameter of this.params) {
            if (!(parameter instanceof Identifier) || hasArguments) {
                parameter.includePath(UNKNOWN_PATH, context);
            }
        }
    }
    initialise() {
        super.initialise();
        this.id?.declare('function', EMPTY_PATH, this);
    }
    getObjectEntity() {
        if (this.objectEntity !== null) {
            return this.objectEntity;
        }
        return (this.objectEntity = new ObjectEntity([
            {
                key: 'prototype',
                kind: 'init',
                property: new ObjectEntity([], OBJECT_PROTOTYPE)
            }
        ], OBJECT_PROTOTYPE));
    }
}

class FunctionDeclaration extends FunctionNode {
    initialise() {
        super.initialise();
        if (this.id !== null) {
            this.id.variable.isId = true;
        }
    }
    onlyFunctionCallUsed() {
        // call super.onlyFunctionCallUsed for export default anonymous function
        return this.id?.variable.getOnlyFunctionCallUsed() ?? super.onlyFunctionCallUsed();
    }
    parseNode(esTreeNode) {
        if (esTreeNode.id !== null) {
            this.id = new Identifier(this, this.scope.parent).parseNode(esTreeNode.id);
        }
        return super.parseNode(esTreeNode);
    }
}

// The header ends at the first non-white-space after "default"
function getDeclarationStart(code, start) {
    return findNonWhiteSpace(code, findFirstOccurrenceOutsideComment(code, 'default', start) + 7);
}
function getFunctionIdInsertPosition(code, start) {
    const declarationEnd = findFirstOccurrenceOutsideComment(code, 'function', start) + 'function'.length;
    code = code.slice(declarationEnd, findFirstOccurrenceOutsideComment(code, '(', declarationEnd));
    const generatorStarPos = findFirstOccurrenceOutsideComment(code, '*');
    if (generatorStarPos === -1) {
        return declarationEnd;
    }
    return declarationEnd + generatorStarPos + 1;
}
class ExportDefaultDeclaration extends NodeBase {
    include(context, includeChildrenRecursively) {
        this.included = true;
        this.declaration.include(context, includeChildrenRecursively);
        if (includeChildrenRecursively) {
            this.scope.context.includeVariableInModule(this.variable, UNKNOWN_PATH, context);
        }
    }
    includePath(path, context) {
        this.included = true;
        this.declaration.includePath(path, context);
    }
    initialise() {
        super.initialise();
        const declaration = this.declaration;
        this.declarationName =
            (declaration.id && declaration.id.name) || this.declaration.name;
        this.variable = this.scope.addExportDefaultDeclaration(this.declarationName || this.scope.context.getModuleName(), this, this.scope.context);
        this.scope.context.addExport(this);
    }
    removeAnnotations(code) {
        this.declaration.removeAnnotations(code);
    }
    render(code, options, nodeRenderOptions) {
        const { start, end } = nodeRenderOptions;
        const declarationStart = getDeclarationStart(code.original, this.start);
        if (this.declaration instanceof FunctionDeclaration) {
            this.renderNamedDeclaration(code, declarationStart, this.declaration.id === null
                ? getFunctionIdInsertPosition(code.original, declarationStart)
                : null, options);
        }
        else if (this.declaration instanceof ClassDeclaration) {
            this.renderNamedDeclaration(code, declarationStart, this.declaration.id === null
                ? findFirstOccurrenceOutsideComment(code.original, 'class', start) + 'class'.length
                : null, options);
        }
        else if (this.variable.getOriginalVariable() !== this.variable) {
            // Remove altogether to prevent re-declaring the same variable
            treeshakeNode(this, code, start, end);
            return;
        }
        else if (this.variable.included) {
            this.renderVariableDeclaration(code, declarationStart, options);
        }
        else {
            code.remove(this.start, declarationStart);
            this.declaration.render(code, options, {
                renderedSurroundingElement: ExpressionStatement$1
            });
            if (code.original[this.end - 1] !== ';') {
                code.appendLeft(this.end, ';');
            }
            return;
        }
        this.declaration.render(code, options);
    }
    renderNamedDeclaration(code, declarationStart, idInsertPosition, options) {
        const { exportNamesByVariable, format, snippets: { getPropertyAccess } } = options;
        const name = this.variable.getName(getPropertyAccess);
        // Remove `export default`
        code.remove(this.start, declarationStart);
        if (idInsertPosition !== null) {
            code.appendLeft(idInsertPosition, ` ${name}`);
        }
        if (format === 'system' &&
            this.declaration instanceof ClassDeclaration &&
            exportNamesByVariable.has(this.variable)) {
            code.appendLeft(this.end, ` ${getSystemExportStatement([this.variable], options)};`);
        }
    }
    renderVariableDeclaration(code, declarationStart, { format, exportNamesByVariable, snippets: { cnst, getPropertyAccess } }) {
        const hasTrailingSemicolon = code.original.charCodeAt(this.end - 1) === 59; /*";"*/
        const systemExportNames = format === 'system' && exportNamesByVariable.get(this.variable);
        if (systemExportNames) {
            code.overwrite(this.start, declarationStart, `${cnst} ${this.variable.getName(getPropertyAccess)} = exports(${JSON.stringify(systemExportNames[0])}, `);
            code.appendRight(hasTrailingSemicolon ? this.end - 1 : this.end, ')' + (hasTrailingSemicolon ? '' : ';'));
        }
        else {
            code.overwrite(this.start, declarationStart, `${cnst} ${this.variable.getName(getPropertyAccess)} = `);
            if (!hasTrailingSemicolon) {
                code.appendLeft(this.end, ';');
            }
        }
    }
}
ExportDefaultDeclaration.prototype.needsBoundaries = true;
ExportDefaultDeclaration.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ExportDefaultDeclaration.prototype.applyDeoptimizations = doNotDeoptimize;

const needsEscapeRegEx = /[\n\r'\\\u2028\u2029]/;
const quoteNewlineRegEx = /([\n\r'\u2028\u2029])/g;
const backSlashRegEx = /\\/g;
function escapeId(id) {
    if (!needsEscapeRegEx.test(id))
        return id;
    return id.replace(backSlashRegEx, '\\\\').replace(quoteNewlineRegEx, '\\$1');
}

class Literal extends NodeBase {
    deoptimizeArgumentsOnInteractionAtPath() { }
    getLiteralValueAtPath(path) {
        if (path.length > 0 ||
            // unknown literals can also be null but do not start with an "n"
            (this.value === null && this.scope.context.code.charCodeAt(this.start) !== 110) ||
            typeof this.value === 'bigint' ||
            // to support shims for regular expressions
            this.scope.context.code.charCodeAt(this.start) === 47) {
            return UnknownValue;
        }
        return this.value;
    }
    getReturnExpressionWhenCalledAtPath(path) {
        if (path.length !== 1)
            return UNKNOWN_RETURN_EXPRESSION;
        return getMemberReturnExpressionWhenCalled(this.members, path[0]);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        switch (interaction.type) {
            case INTERACTION_ACCESSED: {
                return path.length > (this.value === null ? 0 : 1);
            }
            case INTERACTION_ASSIGNED: {
                return true;
            }
            case INTERACTION_CALLED: {
                if (this.included &&
                    this.value instanceof RegExp &&
                    (this.value.global || this.value.sticky)) {
                    return true;
                }
                return (path.length !== 1 ||
                    hasMemberEffectWhenCalled(this.members, path[0], interaction, context));
            }
        }
    }
    initialise() {
        super.initialise();
        this.members = getLiteralMembersForValue(this.value);
    }
    parseNode(esTreeNode) {
        this.value = esTreeNode.value;
        this.regex = esTreeNode.regex;
        return super.parseNode(esTreeNode);
    }
    render(code) {
        if (typeof this.value === 'string') {
            code.indentExclusionRanges.push([this.start + 1, this.end - 1]);
        }
    }
}
Literal.prototype.includeNode = onlyIncludeSelf;

class UndefinedVariable extends Variable {
    constructor() {
        super('undefined');
    }
    getLiteralValueAtPath() {
        return undefined;
    }
}

class ExportDefaultVariable extends LocalVariable {
    constructor(name, exportDefaultDeclaration, context) {
        super(name, exportDefaultDeclaration, exportDefaultDeclaration.declaration, EMPTY_PATH, context, 'other');
        this.hasId = false;
        this.originalId = null;
        this.originalVariable = null;
        const declaration = exportDefaultDeclaration.declaration;
        if ((declaration instanceof FunctionDeclaration || declaration instanceof ClassDeclaration) &&
            declaration.id) {
            this.hasId = true;
            this.originalId = declaration.id;
        }
        else if (declaration instanceof Identifier) {
            this.originalId = declaration;
        }
    }
    addReference(identifier) {
        if (!this.hasId) {
            this.name = identifier.name;
        }
    }
    addUsedPlace(usedPlace) {
        const original = this.getOriginalVariable();
        if (original === this) {
            super.addUsedPlace(usedPlace);
        }
        else {
            original.addUsedPlace(usedPlace);
        }
    }
    forbidName(name) {
        const original = this.getOriginalVariable();
        if (original === this) {
            super.forbidName(name);
        }
        else {
            original.forbidName(name);
        }
    }
    getAssignedVariableName() {
        return (this.originalId && this.originalId.name) || null;
    }
    getBaseVariableName() {
        const original = this.getOriginalVariable();
        return original === this ? super.getBaseVariableName() : original.getBaseVariableName();
    }
    getDirectOriginalVariable() {
        return this.originalId &&
            (this.hasId ||
                !(this.originalId.isPossibleTDZ() ||
                    this.originalId.variable.isReassigned ||
                    this.originalId.variable instanceof UndefinedVariable ||
                    // this avoids a circular dependency
                    'syntheticNamespace' in this.originalId.variable))
            ? this.originalId.variable
            : null;
    }
    getName(getPropertyAccess) {
        const original = this.getOriginalVariable();
        return original === this
            ? super.getName(getPropertyAccess)
            : original.getName(getPropertyAccess);
    }
    getOriginalVariable() {
        if (this.originalVariable)
            return this.originalVariable;
        // eslint-disable-next-line @typescript-eslint/no-this-alias
        let original = this;
        let currentVariable;
        const checkedVariables = new Set();
        do {
            checkedVariables.add(original);
            currentVariable = original;
            original = currentVariable.getDirectOriginalVariable();
        } while (original instanceof ExportDefaultVariable && !checkedVariables.has(original));
        return (this.originalVariable = original || currentVariable);
    }
}

class NamespaceVariable extends Variable {
    constructor(context) {
        super(context.getModuleName());
        this.memberVariables = null;
        this.mergedNamespaces = [];
        this.referencedEarly = false;
        this.references = [];
        this.context = context;
        this.module = context.module;
    }
    addReference(identifier) {
        this.references.push(identifier);
        this.name = identifier.name;
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        if (path.length > 1 || (path.length === 1 && interaction.type === INTERACTION_CALLED)) {
            const key = path[0];
            if (typeof key === 'string') {
                this.getMemberVariables()[key]?.deoptimizeArgumentsOnInteractionAtPath(interaction, path.slice(1), recursionTracker);
            }
            else {
                deoptimizeInteraction(interaction);
            }
        }
    }
    deoptimizePath(path) {
        if (path.length > 1) {
            const key = path[0];
            if (typeof key === 'string') {
                this.getMemberVariables()[key]?.deoptimizePath(path.slice(1));
            }
        }
    }
    getLiteralValueAtPath(path) {
        if (path[0] === SymbolToStringTag) {
            return 'Module';
        }
        return UnknownValue;
    }
    getMemberVariables() {
        if (this.memberVariables) {
            return this.memberVariables;
        }
        const memberVariables = Object.create(null);
        const sortedExports = [...this.context.getExports(), ...this.context.getReexports()].sort();
        for (const name of sortedExports) {
            if (name[0] !== '*' && name !== this.module.info.syntheticNamedExports) {
                const exportedVariable = this.context.traceExport(name);
                if (exportedVariable) {
                    memberVariables[name] = exportedVariable;
                }
            }
        }
        return (this.memberVariables = memberVariables);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        const { type } = interaction;
        if (path.length === 0) {
            // This can only be a call anyway
            return true;
        }
        if (path.length === 1 && type !== INTERACTION_CALLED) {
            return type === INTERACTION_ASSIGNED;
        }
        const key = path[0];
        if (typeof key !== 'string') {
            return true;
        }
        const memberVariable = this.getMemberVariables()[key];
        return (!memberVariable ||
            memberVariable.hasEffectsOnInteractionAtPath(path.slice(1), interaction, context));
    }
    includePath(path, context) {
        super.includePath(path, context);
        this.context.includeAllExports();
    }
    prepare(accessedGlobalsByScope) {
        if (this.mergedNamespaces.length > 0) {
            this.module.scope.addAccessedGlobals([MERGE_NAMESPACES_VARIABLE], accessedGlobalsByScope);
        }
    }
    renderBlock(options) {
        const { exportNamesByVariable, format, freeze, indent: t, symbols, snippets: { _, cnst, getObject, getPropertyAccess, n, s } } = options;
        const memberVariables = this.getMemberVariables();
        const members = Object.entries(memberVariables)
            .filter(([_, variable]) => variable.included)
            .map(([name, variable]) => {
            if (this.referencedEarly || variable.isReassigned || variable === this) {
                return [
                    null,
                    `get ${stringifyObjectKeyIfNeeded(name)}${_}()${_}{${_}return ${variable.getName(getPropertyAccess)}${s}${_}}`
                ];
            }
            return [name, variable.getName(getPropertyAccess)];
        });
        members.unshift([null, `__proto__:${_}null`]);
        let output = getObject(members, { lineBreakIndent: { base: '', t } });
        if (this.mergedNamespaces.length > 0) {
            const assignmentArguments = this.mergedNamespaces.map(variable => variable.getName(getPropertyAccess));
            output = `/*#__PURE__*/${MERGE_NAMESPACES_VARIABLE}(${output},${_}[${assignmentArguments.join(`,${_}`)}])`;
        }
        else {
            // The helper to merge namespaces will also take care of freezing and toStringTag
            if (symbols) {
                output = `/*#__PURE__*/Object.defineProperty(${output},${_}Symbol.toStringTag,${_}${getToStringTagValue(getObject)})`;
            }
            if (freeze) {
                output = `/*#__PURE__*/Object.freeze(${output})`;
            }
        }
        const name = this.getName(getPropertyAccess);
        output = `${cnst} ${name}${_}=${_}${output};`;
        if (format === 'system' && exportNamesByVariable.has(this)) {
            output += `${n}${getSystemExportStatement([this], options)};`;
        }
        return output;
    }
    renderFirst() {
        return this.referencedEarly;
    }
    setMergedNamespaces(mergedNamespaces) {
        this.mergedNamespaces = mergedNamespaces;
        const moduleExecIndex = this.context.getModuleExecIndex();
        for (const identifier of this.references) {
            const { context } = identifier.scope;
            if (context.getModuleExecIndex() <= moduleExecIndex) {
                this.referencedEarly = true;
                break;
            }
        }
    }
}
NamespaceVariable.prototype.isNamespace = true;

class SyntheticNamedExportVariable extends Variable {
    constructor(context, name, syntheticNamespace) {
        super(name);
        this.baseVariable = null;
        this.context = context;
        this.module = context.module;
        this.syntheticNamespace = syntheticNamespace;
    }
    getBaseVariable() {
        if (this.baseVariable)
            return this.baseVariable;
        let baseVariable = this.syntheticNamespace;
        while (baseVariable instanceof ExportDefaultVariable ||
            baseVariable instanceof SyntheticNamedExportVariable) {
            if (baseVariable instanceof ExportDefaultVariable) {
                const original = baseVariable.getOriginalVariable();
                if (original === baseVariable)
                    break;
                baseVariable = original;
            }
            if (baseVariable instanceof SyntheticNamedExportVariable) {
                baseVariable = baseVariable.syntheticNamespace;
            }
        }
        return (this.baseVariable = baseVariable);
    }
    getBaseVariableName() {
        return this.syntheticNamespace.getBaseVariableName();
    }
    getName(getPropertyAccess) {
        return `${this.syntheticNamespace.getName(getPropertyAccess)}${getPropertyAccess(this.name)}`;
    }
    includePath(path, context) {
        super.includePath(path, context);
        this.context.includeVariableInModule(this.syntheticNamespace, path, context);
    }
    setRenderNames(baseName, name) {
        super.setRenderNames(baseName, name);
    }
}

class ExternalChunk {
    constructor(module, options, inputBase) {
        this.options = options;
        this.inputBase = inputBase;
        this.defaultVariableName = '';
        this.namespaceVariableName = '';
        this.variableName = '';
        this.fileName = null;
        this.importAttributes = null;
        this.id = module.id;
        this.moduleInfo = module.info;
        this.renormalizeRenderPath = module.renormalizeRenderPath;
        this.suggestedVariableName = module.suggestedVariableName;
    }
    getFileName() {
        if (this.fileName) {
            return this.fileName;
        }
        const { paths } = this.options;
        return (this.fileName =
            (typeof paths === 'function' ? paths(this.id) : paths[this.id]) ||
                (this.renormalizeRenderPath ? normalize(relative(this.inputBase, this.id)) : this.id));
    }
    getImportAttributes(snippets) {
        return (this.importAttributes ||= formatAttributes(['es', 'cjs'].includes(this.options.format) &&
            this.options.externalImportAttributes &&
            this.moduleInfo.attributes, snippets));
    }
    getImportPath(importer) {
        return escapeId(this.renormalizeRenderPath
            ? getImportPath(importer, this.getFileName(), this.options.format === 'amd', false)
            : this.getFileName());
    }
}
function formatAttributes(attributes, { getObject }) {
    if (!attributes) {
        return null;
    }
    const assertionEntries = Object.entries(attributes).map(([key, value]) => [key, `'${value}'`]);
    if (assertionEntries.length > 0) {
        return getObject(assertionEntries, { lineBreakIndent: null });
    }
    return null;
}

function removeJsExtension(name) {
    return name.endsWith('.js') ? name.slice(0, -3) : name;
}

function getCompleteAmdId(options, chunkId) {
    if (options.autoId) {
        return `${options.basePath ? options.basePath + '/' : ''}${removeJsExtension(chunkId)}`;
    }
    return options.id ?? '';
}

function addJsExtension(name) {
    return name.endsWith('.js') ? name : name + '.js';
}

// AMD resolution will only respect the AMD baseUrl if the .js extension is omitted.
// The assumption is that this makes sense for all relative ids:
// https://requirejs.org/docs/api.html#jsfiles
function updateExtensionForRelativeAmdId(id, forceJsExtensionForImports) {
    if (id[0] !== '.') {
        return id;
    }
    return forceJsExtensionForImports ? addJsExtension(id) : removeJsExtension(id);
}

const builtinModules = [
	"node:assert",
	"assert",
	"node:assert/strict",
	"assert/strict",
	"node:async_hooks",
	"async_hooks",
	"node:buffer",
	"buffer",
	"node:child_process",
	"child_process",
	"node:cluster",
	"cluster",
	"node:console",
	"console",
	"node:constants",
	"constants",
	"node:crypto",
	"crypto",
	"node:dgram",
	"dgram",
	"node:diagnostics_channel",
	"diagnostics_channel",
	"node:dns",
	"dns",
	"node:dns/promises",
	"dns/promises",
	"node:domain",
	"domain",
	"node:events",
	"events",
	"node:fs",
	"fs",
	"node:fs/promises",
	"fs/promises",
	"node:http",
	"http",
	"node:http2",
	"http2",
	"node:https",
	"https",
	"node:inspector",
	"inspector",
	"node:inspector/promises",
	"inspector/promises",
	"node:module",
	"module",
	"node:net",
	"net",
	"node:os",
	"os",
	"node:path",
	"path",
	"node:path/posix",
	"path/posix",
	"node:path/win32",
	"path/win32",
	"node:perf_hooks",
	"perf_hooks",
	"node:process",
	"process",
	"node:querystring",
	"querystring",
	"node:quic",
	"node:readline",
	"readline",
	"node:readline/promises",
	"readline/promises",
	"node:repl",
	"repl",
	"node:sea",
	"node:sqlite",
	"node:stream",
	"stream",
	"node:stream/consumers",
	"stream/consumers",
	"node:stream/promises",
	"stream/promises",
	"node:stream/web",
	"stream/web",
	"node:string_decoder",
	"string_decoder",
	"node:test",
	"node:test/reporters",
	"node:timers",
	"timers",
	"node:timers/promises",
	"timers/promises",
	"node:tls",
	"tls",
	"node:trace_events",
	"trace_events",
	"node:tty",
	"tty",
	"node:url",
	"url",
	"node:util",
	"util",
	"node:util/types",
	"util/types",
	"node:v8",
	"v8",
	"node:vm",
	"vm",
	"node:wasi",
	"wasi",
	"node:worker_threads",
	"worker_threads",
	"node:zlib",
	"zlib"
];

const nodeBuiltins = new Set(builtinModules);
function warnOnBuiltins(log, dependencies) {
    const externalBuiltins = dependencies
        .map(({ importPath }) => importPath)
        .filter(importPath => nodeBuiltins.has(importPath) || importPath.startsWith('node:'));
    if (externalBuiltins.length === 0)
        return;
    log(LOGLEVEL_WARN, logMissingNodeBuiltins(externalBuiltins));
}

const keypath = (keypath, getPropertyAccess) => keypath.split('.').map(getPropertyAccess).join('');

const MISSING_EXPORT_SHIM_VARIABLE = '_missingExportShim';

const finalisers = { amd, cjs, es, iife, system, umd };

function getDefaultExportFromCjs (x) {
	return x && x.__esModule && Object.prototype.hasOwnProperty.call(x, 'default') ? x['default'] : x;
}

var utils = {};

var constants;
var hasRequiredConstants;

function requireConstants () {
	if (hasRequiredConstants) return constants;
	hasRequiredConstants = 1;

const WIN_SLASH = '\\\\/';
	const WIN_NO_SLASH = `[^${WIN_SLASH}]`;

/**
	 * Posix glob regex
	 */

const POSIX_CHARS = {
	  DOT_LITERAL,
	  PLUS_LITERAL,
	  QMARK_LITERAL,
	  SLASH_LITERAL,
	  ONE_CHAR,
	  QMARK,
	  END_ANCHOR,
	  DOTS_SLASH,
	  NO_DOT,
	  NO_DOTS,
	  NO_DOT_SLASH,
	  NO_DOTS_SLASH,
	  QMARK_NO_DOT,
	  STAR,
	  START_ANCHOR,
	  SEP
	};

/**
	 * Windows glob regex
	 */

const WINDOWS_CHARS = {
	  ...POSIX_CHARS,

SLASH_LITERAL: `[${WIN_SLASH}]`,
	  QMARK: WIN_NO_SLASH,
	  STAR: `${WIN_NO_SLASH}*?`,
	  DOTS_SLASH: `${DOT_LITERAL}{1,2}(?:[${WIN_SLASH}]|$)`,
	  NO_DOT: `(?!${DOT_LITERAL})`,
	  NO_DOTS: `(?!(?:^|[${WIN_SLASH}])${DOT_LITERAL}{1,2}(?:[${WIN_SLASH}]|$))`,
	  NO_DOT_SLASH: `(?!${DOT_LITERAL}{0,1}(?:[${WIN_SLASH}]|$))`,
	  NO_DOTS_SLASH: `(?!${DOT_LITERAL}{1,2}(?:[${WIN_SLASH}]|$))`,
	  QMARK_NO_DOT: `[^.${WIN_SLASH}]`,
	  START_ANCHOR: `(?:^|[${WIN_SLASH}])`,
	  END_ANCHOR: `(?:[${WIN_SLASH}]|$)`,
	  SEP: '\\'
	};

/**
	 * POSIX Bracket Regex
	 */

const POSIX_REGEX_SOURCE = {
	  alnum: 'a-zA-Z0-9',
	  alpha: 'a-zA-Z',
	  ascii: '\\x00-\\x7F',
	  blank: ' \\t',
	  cntrl: '\\x00-\\x1F\\x7F',
	  digit: '0-9',
	  graph: '\\x21-\\x7E',
	  lower: 'a-z',
	  print: '\\x20-\\x7E ',
	  punct: '\\-!"#$%&\'()\\*+,./:;<=>?@[\\]^_`{|}~',
	  space: ' \\t\\r\\n\\v\\f',
	  upper: 'A-Z',
	  word: 'A-Za-z0-9_',
	  xdigit: 'A-Fa-f0-9'
	};

constants = {
	  MAX_LENGTH: 1024 * 64,
	  POSIX_REGEX_SOURCE,

// regular expressions
	  REGEX_BACKSLASH: /\\(?![*+?^${}(|)[\]])/g,
	  REGEX_NON_SPECIAL_CHARS: /^[^@![\].,$*+?^{}()|\\/]+/,
	  REGEX_SPECIAL_CHARS: /[-*+?.^${}(|)[\]]/,
	  REGEX_SPECIAL_CHARS_BACKREF: /(\\?)((\W)(\3*))/g,
	  REGEX_SPECIAL_CHARS_GLOBAL: /([-*+?.^${}(|)[\]])/g,
	  REGEX_REMOVE_BACKSLASH: /(?:\[.*?[^\\]\]|\\(?=.))/g,

// Replace globs with equivalent patterns to reduce parsing time.
	  REPLACEMENTS: {
	    '***': '*',
	    '**/**': '**',
	    '**/**/**': '**'
	  },

// Digits
	  CHAR_0: 48, /* 0 */
	  CHAR_9: 57, /* 9 */

// Alphabet chars.
	  CHAR_UPPERCASE_A: 65, /* A */
	  CHAR_LOWERCASE_A: 97, /* a */
	  CHAR_UPPERCASE_Z: 90, /* Z */
	  CHAR_LOWERCASE_Z: 122, /* z */

CHAR_LEFT_PARENTHESES: 40, /* ( */
	  CHAR_RIGHT_PARENTHESES: 41, /* ) */

CHAR_ASTERISK: 42, /* * */

// Non-alphabetic chars.
	  CHAR_AMPERSAND: 38, /* & */
	  CHAR_AT: 64, /* @ */
	  CHAR_BACKWARD_SLASH: 92, /* \ */
	  CHAR_CARRIAGE_RETURN: 13, /* \r */
	  CHAR_CIRCUMFLEX_ACCENT: 94, /* ^ */
	  CHAR_COLON: 58, /* : */
	  CHAR_COMMA: 44, /* , */
	  CHAR_DOT: 46, /* . */
	  CHAR_DOUBLE_QUOTE: 34, /* " */
	  CHAR_EQUAL: 61, /* = */
	  CHAR_EXCLAMATION_MARK: 33, /* ! */
	  CHAR_FORM_FEED: 12, /* \f */
	  CHAR_FORWARD_SLASH: 47, /* / */
	  CHAR_GRAVE_ACCENT: 96, /* ` */
	  CHAR_HASH: 35, /* # */
	  CHAR_HYPHEN_MINUS: 45, /* - */
	  CHAR_LEFT_ANGLE_BRACKET: 60, /* < */
	  CHAR_LEFT_CURLY_BRACE: 123, /* { */
	  CHAR_LEFT_SQUARE_BRACKET: 91, /* [ */
	  CHAR_LINE_FEED: 10, /* \n */
	  CHAR_NO_BREAK_SPACE: 160, /* \u00A0 */
	  CHAR_PERCENT: 37, /* % */
	  CHAR_PLUS: 43, /* + */
	  CHAR_QUESTION_MARK: 63, /* ? */
	  CHAR_RIGHT_ANGLE_BRACKET: 62, /* > */
	  CHAR_RIGHT_CURLY_BRACE: 125, /* } */
	  CHAR_RIGHT_SQUARE_BRACKET: 93, /* ] */
	  CHAR_SEMICOLON: 59, /* ; */
	  CHAR_SINGLE_QUOTE: 39, /* ' */
	  CHAR_SPACE: 32, /*   */
	  CHAR_TAB: 9, /* \t */
	  CHAR_UNDERSCORE: 95, /* _ */
	  CHAR_VERTICAL_LINE: 124, /* | */
	  CHAR_ZERO_WIDTH_NOBREAK_SPACE: 65279, /* \uFEFF */

/**
	   * Create EXTGLOB_CHARS
	   */

extglobChars(chars) {
	    return {
	      '!': { type: 'negate', open: '(?:(?!(?:', close: `))${chars.STAR})` },
	      '?': { type: 'qmark', open: '(?:', close: ')?' },
	      '+': { type: 'plus', open: '(?:', close: ')+' },
	      '*': { type: 'star', open: '(?:', close: ')*' },
	      '@': { type: 'at', open: '(?:', close: ')' }
	    };
	  },

/**
	   * Create GLOB_CHARS
	   */

globChars(win32) {
	    return win32 === true ? WINDOWS_CHARS : POSIX_CHARS;
	  }
	};
	return constants;
}

/*global navigator*/

var hasRequiredUtils;

function requireUtils () {
	if (hasRequiredUtils) return utils;
	hasRequiredUtils = 1;
	(function (exports) {

const {
		  REGEX_BACKSLASH,
		  REGEX_REMOVE_BACKSLASH,
		  REGEX_SPECIAL_CHARS,
		  REGEX_SPECIAL_CHARS_GLOBAL
		} = /*@__PURE__*/ requireConstants();

exports.isObject = val => val !== null && typeof val === 'object' && !Array.isArray(val);
		exports.hasRegexChars = str => REGEX_SPECIAL_CHARS.test(str);
		exports.isRegexChar = str => str.length === 1 && exports.hasRegexChars(str);
		exports.escapeRegex = str => str.replace(REGEX_SPECIAL_CHARS_GLOBAL, '\\$1');
		exports.toPosixSlashes = str => str.replace(REGEX_BACKSLASH, '/');

exports.isWindows = () => {
		  if (typeof navigator !== 'undefined' && navigator.platform) {
		    const platform = navigator.platform.toLowerCase();
		    return platform === 'win32' || platform === 'windows';
		  }

if (typeof process !== 'undefined' && process.platform) {
		    return process.platform === 'win32';
		  }

return false;
		};

exports.removeBackslashes = str => {
		  return str.replace(REGEX_REMOVE_BACKSLASH, match => {
		    return match === '\\' ? '' : match;
		  });
		};

exports.escapeLast = (input, char, lastIdx) => {
		  const idx = input.lastIndexOf(char, lastIdx);
		  if (idx === -1) return input;
		  if (input[idx - 1] === '\\') return exports.escapeLast(input, char, idx - 1);
		  return `${input.slice(0, idx)}\\${input.slice(idx)}`;
		};

exports.removePrefix = (input, state = {}) => {
		  let output = input;
		  if (output.startsWith('./')) {
		    output = output.slice(2);
		    state.prefix = './';
		  }
		  return output;
		};

exports.wrapOutput = (input, state = {}, options = {}) => {
		  const prepend = options.contains ? '' : '^';
		  const append = options.contains ? '' : '$';

let output = `${prepend}(?:${input})${append}`;
		  if (state.negated === true) {
		    output = `(?:^(?!${output}).*$)`;
		  }
		  return output;
		};

exports.basename = (path, { windows } = {}) => {
		  const segs = path.split(windows ? /[\\/]/ : '/');
		  const last = segs[segs.length - 1];

if (last === '') {
		    return segs[segs.length - 2];
		  }

return last;
		}; 
	} (utils));
	return utils;
}

var scan_1;
var hasRequiredScan;

function requireScan () {
	if (hasRequiredScan) return scan_1;
	hasRequiredScan = 1;

const utils = /*@__PURE__*/ requireUtils();
	const {
	  CHAR_ASTERISK,             /* * */
	  CHAR_AT,                   /* @ */
	  CHAR_BACKWARD_SLASH,       /* \ */
	  CHAR_COMMA,                /* , */
	  CHAR_DOT,                  /* . */
	  CHAR_EXCLAMATION_MARK,     /* ! */
	  CHAR_FORWARD_SLASH,        /* / */
	  CHAR_LEFT_CURLY_BRACE,     /* { */
	  CHAR_LEFT_PARENTHESES,     /* ( */
	  CHAR_LEFT_SQUARE_BRACKET,  /* [ */
	  CHAR_PLUS,                 /* + */
	  CHAR_QUESTION_MARK,        /* ? */
	  CHAR_RIGHT_CURLY_BRACE,    /* } */
	  CHAR_RIGHT_PARENTHESES,    /* ) */
	  CHAR_RIGHT_SQUARE_BRACKET  /* ] */
	} = /*@__PURE__*/ requireConstants();

const isPathSeparator = code => {
	  return code === CHAR_FORWARD_SLASH || code === CHAR_BACKWARD_SLASH;
	};

const depth = token => {
	  if (token.isPrefix !== true) {
	    token.depth = token.isGlobstar ? Infinity : 1;
	  }
	};

/**
	 * Quickly scans a glob pattern and returns an object with a handful of
	 * useful properties, like `isGlob`, `path` (the leading non-glob, if it exists),
	 * `glob` (the actual pattern), `negated` (true if the path starts with `!` but not
	 * with `!(`) and `negatedExtglob` (true if the path starts with `!(`).
	 *
	 * ```js
	 * const pm = require('picomatch');
	 * console.log(pm.scan('foo/bar/*.js'));
	 * { isGlob: true, input: 'foo/bar/*.js', base: 'foo/bar', glob: '*.js' }
	 * ```
	 * @param {String} `str`
	 * @param {Object} `options`
	 * @return {Object} Returns an object with tokens and regex source string.
	 * @api public
	 */

const scan = (input, options) => {
	  const opts = options || {};

const length = input.length - 1;
	  const scanToEnd = opts.parts === true || opts.scanToEnd === true;
	  const slashes = [];
	  const tokens = [];
	  const parts = [];

let str = input;
	  let index = -1;
	  let start = 0;
	  let lastIndex = 0;
	  let isBrace = false;
	  let isBracket = false;
	  let isGlob = false;
	  let isExtglob = false;
	  let isGlobstar = false;
	  let braceEscaped = false;
	  let backslashes = false;
	  let negated = false;
	  let negatedExtglob = false;
	  let finished = false;
	  let braces = 0;
	  let prev;
	  let code;
	  let token = { value: '', depth: 0, isGlob: false };

const eos = () => index >= length;
	  const peek = () => str.charCodeAt(index + 1);
	  const advance = () => {
	    prev = code;
	    return str.charCodeAt(++index);
	  };

while (index < length) {
	    code = advance();
	    let next;

if (code === CHAR_BACKWARD_SLASH) {
	      backslashes = token.backslashes = true;
	      code = advance();

if (code === CHAR_LEFT_CURLY_BRACE) {
	        braceEscaped = true;
	      }
	      continue;
	    }

if (braceEscaped === true || code === CHAR_LEFT_CURLY_BRACE) {
	      braces++;

while (eos() !== true && (code = advance())) {
	        if (code === CHAR_BACKWARD_SLASH) {
	          backslashes = token.backslashes = true;
	          advance();
	          continue;
	        }

if (code === CHAR_LEFT_CURLY_BRACE) {
	          braces++;
	          continue;
	        }

if (braceEscaped !== true && code === CHAR_DOT && (code = advance()) === CHAR_DOT) {
	          isBrace = token.isBrace = true;
	          isGlob = token.isGlob = true;
	          finished = true;

if (scanToEnd === true) {
	            continue;
	          }

break;
	        }

if (braceEscaped !== true && code === CHAR_COMMA) {
	          isBrace = token.isBrace = true;
	          isGlob = token.isGlob = true;
	          finished = true;

if (scanToEnd === true) {
	            continue;
	          }

break;
	        }

if (code === CHAR_RIGHT_CURLY_BRACE) {
	          braces--;

if (braces === 0) {
	            braceEscaped = false;
	            isBrace = token.isBrace = true;
	            finished = true;
	            break;
	          }
	        }
	      }

if (scanToEnd === true) {
	        continue;
	      }

break;
	    }

if (code === CHAR_FORWARD_SLASH) {
	      slashes.push(index);
	      tokens.push(token);
	      token = { value: '', depth: 0, isGlob: false };

if (finished === true) continue;
	      if (prev === CHAR_DOT && index === (start + 1)) {
	        start += 2;
	        continue;
	      }

lastIndex = index + 1;
	      continue;
	    }

if (opts.noext !== true) {
	      const isExtglobChar = code === CHAR_PLUS
	        || code === CHAR_AT
	        || code === CHAR_ASTERISK
	        || code === CHAR_QUESTION_MARK
	        || code === CHAR_EXCLAMATION_MARK;

if (isExtglobChar === true && peek() === CHAR_LEFT_PARENTHESES) {
	        isGlob = token.isGlob = true;
	        isExtglob = token.isExtglob = true;
	        finished = true;
	        if (code === CHAR_EXCLAMATION_MARK && index === start) {
	          negatedExtglob = true;
	        }

if (scanToEnd === true) {
	          while (eos() !== true && (code = advance())) {
	            if (code === CHAR_BACKWARD_SLASH) {
	              backslashes = token.backslashes = true;
	              code = advance();
	              continue;
	            }

if (code === CHAR_RIGHT_PARENTHESES) {
	              isGlob = token.isGlob = true;
	              finished = true;
	              break;
	            }
	          }
	          continue;
	        }
	        break;
	      }
	    }

if (code === CHAR_ASTERISK) {
	      if (prev === CHAR_ASTERISK) isGlobstar = token.isGlobstar = true;
	      isGlob = token.isGlob = true;
	      finished = true;

if (scanToEnd === true) {
	        continue;
	      }
	      break;
	    }

if (code === CHAR_QUESTION_MARK) {
	      isGlob = token.isGlob = true;
	      finished = true;

if (scanToEnd === true) {
	        continue;
	      }
	      break;
	    }

if (code === CHAR_LEFT_SQUARE_BRACKET) {
	      while (eos() !== true && (next = advance())) {
	        if (next === CHAR_BACKWARD_SLASH) {
	          backslashes = token.backslashes = true;
	          advance();
	          continue;
	        }

if (next === CHAR_RIGHT_SQUARE_BRACKET) {
	          isBracket = token.isBracket = true;
	          isGlob = token.isGlob = true;
	          finished = true;
	          break;
	        }
	      }

if (scanToEnd === true) {
	        continue;
	      }

break;
	    }

if (opts.nonegate !== true && code === CHAR_EXCLAMATION_MARK && index === start) {
	      negated = token.negated = true;
	      start++;
	      continue;
	    }

if (opts.noparen !== true && code === CHAR_LEFT_PARENTHESES) {
	      isGlob = token.isGlob = true;

if (scanToEnd === true) {
	        while (eos() !== true && (code = advance())) {
	          if (code === CHAR_LEFT_PARENTHESES) {
	            backslashes = token.backslashes = true;
	            code = advance();
	            continue;
	          }

if (code === CHAR_RIGHT_PARENTHESES) {
	            finished = true;
	            break;
	          }
	        }
	        continue;
	      }
	      break;
	    }

if (isGlob === true) {
	      finished = true;

if (scanToEnd === true) {
	        continue;
	      }

break;
	    }
	  }

if (opts.noext === true) {
	    isExtglob = false;
	    isGlob = false;
	  }

let base = str;
	  let prefix = '';
	  let glob = '';

if (start > 0) {
	    prefix = str.slice(0, start);
	    str = str.slice(start);
	    lastIndex -= start;
	  }

if (base && isGlob === true && lastIndex > 0) {
	    base = str.slice(0, lastIndex);
	    glob = str.slice(lastIndex);
	  } else if (isGlob === true) {
	    base = '';
	    glob = str;
	  } else {
	    base = str;
	  }

if (base && base !== '' && base !== '/' && base !== str) {
	    if (isPathSeparator(base.charCodeAt(base.length - 1))) {
	      base = base.slice(0, -1);
	    }
	  }

if (opts.unescape === true) {
	    if (glob) glob = utils.removeBackslashes(glob);

if (base && backslashes === true) {
	      base = utils.removeBackslashes(base);
	    }
	  }

const state = {
	    prefix,
	    input,
	    start,
	    base,
	    glob,
	    isBrace,
	    isBracket,
	    isGlob,
	    isExtglob,
	    isGlobstar,
	    negated,
	    negatedExtglob
	  };

if (opts.tokens === true) {
	    state.maxDepth = 0;
	    if (!isPathSeparator(code)) {
	      tokens.push(token);
	    }
	    state.tokens = tokens;
	  }

if (opts.parts === true || opts.tokens === true) {
	    let prevIndex;

for (let idx = 0; idx < slashes.length; idx++) {
	      const n = prevIndex ? prevIndex + 1 : start;
	      const i = slashes[idx];
	      const value = input.slice(n, i);
	      if (opts.tokens) {
	        if (idx === 0 && start !== 0) {
	          tokens[idx].isPrefix = true;
	          tokens[idx].value = prefix;
	        } else {
	          tokens[idx].value = value;
	        }
	        depth(tokens[idx]);
	        state.maxDepth += tokens[idx].depth;
	      }
	      if (idx !== 0 || value !== '') {
	        parts.push(value);
	      }
	      prevIndex = i;
	    }

if (prevIndex && prevIndex + 1 < input.length) {
	      const value = input.slice(prevIndex + 1);
	      parts.push(value);

if (opts.tokens) {
	        tokens[tokens.length - 1].value = value;
	        depth(tokens[tokens.length - 1]);
	        state.maxDepth += tokens[tokens.length - 1].depth;
	      }
	    }

state.slashes = slashes;
	    state.parts = parts;
	  }

return state;
	};

scan_1 = scan;
	return scan_1;
}

var parse_1;
var hasRequiredParse;

function requireParse () {
	if (hasRequiredParse) return parse_1;
	hasRequiredParse = 1;

const constants = /*@__PURE__*/ requireConstants();
	const utils = /*@__PURE__*/ requireUtils();

/**
	 * Constants
	 */

const {
	  MAX_LENGTH,
	  POSIX_REGEX_SOURCE,
	  REGEX_NON_SPECIAL_CHARS,
	  REGEX_SPECIAL_CHARS_BACKREF,
	  REPLACEMENTS
	} = constants;

/**
	 * Helpers
	 */

const expandRange = (args, options) => {
	  if (typeof options.expandRange === 'function') {
	    return options.expandRange(...args, options);
	  }

args.sort();
	  const value = `[${args.join('-')}]`;

return value;
	};

/**
	 * Create the message for a syntax error
	 */

const syntaxError = (type, char) => {
	  return `Missing ${type}: "${char}" - use "\\\\${char}" to match literal characters`;
	};

/**
	 * Parse the given input string.
	 * @param {String} input
	 * @param {Object} options
	 * @return {Object}
	 */

const parse = (input, options) => {
	  if (typeof input !== 'string') {
	    throw new TypeError('Expected a string');
	  }

input = REPLACEMENTS[input] || input;

const opts = { ...options };
	  const max = typeof opts.maxLength === 'number' ? Math.min(MAX_LENGTH, opts.maxLength) : MAX_LENGTH;

let len = input.length;
	  if (len > max) {
	    throw new SyntaxError(`Input length: ${len}, exceeds maximum allowed length: ${max}`);
	  }

const bos = { type: 'bos', value: '', output: opts.prepend || '' };
	  const tokens = [bos];

const capture = opts.capture ? '' : '?:';

// create constants based on platform, for windows or posix
	  const PLATFORM_CHARS = constants.globChars(opts.windows);
	  const EXTGLOB_CHARS = constants.extglobChars(PLATFORM_CHARS);

const {
	    DOT_LITERAL,
	    PLUS_LITERAL,
	    SLASH_LITERAL,
	    ONE_CHAR,
	    DOTS_SLASH,
	    NO_DOT,
	    NO_DOT_SLASH,
	    NO_DOTS_SLASH,
	    QMARK,
	    QMARK_NO_DOT,
	    STAR,
	    START_ANCHOR
	  } = PLATFORM_CHARS;

const globstar = opts => {
	    return `(${capture}(?:(?!${START_ANCHOR}${opts.dot ? DOTS_SLASH : DOT_LITERAL}).)*?)`;
	  };

const nodot = opts.dot ? '' : NO_DOT;
	  const qmarkNoDot = opts.dot ? QMARK : QMARK_NO_DOT;
	  let star = opts.bash === true ? globstar(opts) : STAR;

if (opts.capture) {
	    star = `(${star})`;
	  }

// minimatch options support
	  if (typeof opts.noext === 'boolean') {
	    opts.noextglob = opts.noext;
	  }

const state = {
	    input,
	    index: -1,
	    start: 0,
	    dot: opts.dot === true,
	    consumed: '',
	    output: '',
	    prefix: '',
	    backtrack: false,
	    negated: false,
	    brackets: 0,
	    braces: 0,
	    parens: 0,
	    quotes: 0,
	    globstar: false,
	    tokens
	  };

input = utils.removePrefix(input, state);
	  len = input.length;

const extglobs = [];
	  const braces = [];
	  const stack = [];
	  let prev = bos;
	  let value;

/**
	   * Tokenizing helpers
	   */

const eos = () => state.index === len - 1;
	  const peek = state.peek = (n = 1) => input[state.index + n];
	  const advance = state.advance = () => input[++state.index] || '';
	  const remaining = () => input.slice(state.index + 1);
	  const consume = (value = '', num = 0) => {
	    state.consumed += value;
	    state.index += num;
	  };

const append = token => {
	    state.output += token.output != null ? token.output : token.value;
	    consume(token.value);
	  };

const negate = () => {
	    let count = 1;

while (peek() === '!' && (peek(2) !== '(' || peek(3) === '?')) {
	      advance();
	      state.start++;
	      count++;
	    }

if (count % 2 === 0) {
	      return false;
	    }

state.negated = true;
	    state.start++;
	    return true;
	  };

const increment = type => {
	    state[type]++;
	    stack.push(type);
	  };

const decrement = type => {
	    state[type]--;
	    stack.pop();
	  };

/**
	   * Push tokens onto the tokens array. This helper speeds up
	   * tokenizing by 1) helping us avoid backtracking as much as possible,
	   * and 2) helping us avoid creating extra tokens when consecutive
	   * characters are plain text. This improves performance and simplifies
	   * lookbehinds.
	   */

const push = tok => {
	    if (prev.type === 'globstar') {
	      const isBrace = state.braces > 0 && (tok.type === 'comma' || tok.type === 'brace');
	      const isExtglob = tok.extglob === true || (extglobs.length && (tok.type === 'pipe' || tok.type === 'paren'));

if (tok.type !== 'slash' && tok.type !== 'paren' && !isBrace && !isExtglob) {
	        state.output = state.output.slice(0, -prev.output.length);
	        prev.type = 'star';
	        prev.value = '*';
	        prev.output = star;
	        state.output += prev.output;
	      }
	    }

if (extglobs.length && tok.type !== 'paren') {
	      extglobs[extglobs.length - 1].inner += tok.value;
	    }

if (tok.value || tok.output) append(tok);
	    if (prev && prev.type === 'text' && tok.type === 'text') {
	      prev.output = (prev.output || prev.value) + tok.value;
	      prev.value += tok.value;
	      return;
	    }

tok.prev = prev;
	    tokens.push(tok);
	    prev = tok;
	  };

const extglobOpen = (type, value) => {
	    const token = { ...EXTGLOB_CHARS[value], conditions: 1, inner: '' };

token.prev = prev;
	    token.parens = state.parens;
	    token.output = state.output;
	    const output = (opts.capture ? '(' : '') + token.open;

increment('parens');
	    push({ type, value, output: state.output ? '' : ONE_CHAR });
	    push({ type: 'paren', extglob: true, value: advance(), output });
	    extglobs.push(token);
	  };

const extglobClose = token => {
	    let output = token.close + (opts.capture ? ')' : '');
	    let rest;

if (token.type === 'negate') {
	      let extglobStar = star;

if (token.inner && token.inner.length > 1 && token.inner.includes('/')) {
	        extglobStar = globstar(opts);
	      }

if (extglobStar !== star || eos() || /^\)+$/.test(remaining())) {
	        output = token.close = `)$))${extglobStar}`;
	      }

if (token.inner.includes('*') && (rest = remaining()) && /^\.[^\\/.]+$/.test(rest)) {
	        // Any non-magical string (`.ts`) or even nested expression (`.{ts,tsx}`) can follow after the closing parenthesis.
	        // In this case, we need to parse the string and use it in the output of the original pattern.
	        // Suitable patterns: `/!(*.d).ts`, `/!(*.d).{ts,tsx}`, `**/!(*-dbg).@(js)`.
	        //
	        // Disabling the `fastpaths` option due to a problem with parsing strings as `.ts` in the pattern like `**/!(*.d).ts`.
	        const expression = parse(rest, { ...options, fastpaths: false }).output;

output = token.close = `)${expression})${extglobStar})`;
	      }

if (token.prev.type === 'bos') {
	        state.negatedExtglob = true;
	      }
	    }

push({ type: 'paren', extglob: true, value, output });
	    decrement('parens');
	  };

/**
	   * Fast paths
	   */

if (opts.fastpaths !== false && !/(^[*!]|[/()[\]{}"])/.test(input)) {
	    let backslashes = false;

let output = input.replace(REGEX_SPECIAL_CHARS_BACKREF, (m, esc, chars, first, rest, index) => {
	      if (first === '\\') {
	        backslashes = true;
	        return m;
	      }

if (first === '?') {
	        if (esc) {
	          return esc + first + (rest ? QMARK.repeat(rest.length) : '');
	        }
	        if (index === 0) {
	          return qmarkNoDot + (rest ? QMARK.repeat(rest.length) : '');
	        }
	        return QMARK.repeat(chars.length);
	      }

if (first === '.') {
	        return DOT_LITERAL.repeat(chars.length);
	      }

if (first === '*') {
	        if (esc) {
	          return esc + first + (rest ? star : '');
	        }
	        return star;
	      }
	      return esc ? m : `\\${m}`;
	    });

if (backslashes === true) {
	      if (opts.unescape === true) {
	        output = output.replace(/\\/g, '');
	      } else {
	        output = output.replace(/\\+/g, m => {
	          return m.length % 2 === 0 ? '\\\\' : (m ? '\\' : '');
	        });
	      }
	    }

if (output === input && opts.contains === true) {
	      state.output = input;
	      return state;
	    }

state.output = utils.wrapOutput(output, state, options);
	    return state;
	  }

/**
	   * Tokenize input until we reach end-of-string
	   */

while (!eos()) {
	    value = advance();

if (value === '\u0000') {
	      continue;
	    }

/**
	     * Escaped characters
	     */

if (value === '\\') {
	      const next = peek();

if (next === '/' && opts.bash !== true) {
	        continue;
	      }

if (next === '.' || next === ';') {
	        continue;
	      }

if (!next) {
	        value += '\\';
	        push({ type: 'text', value });
	        continue;
	      }

// collapse slashes to reduce potential for exploits
	      const match = /^\\+/.exec(remaining());
	      let slashes = 0;

if (match && match[0].length > 2) {
	        slashes = match[0].length;
	        state.index += slashes;
	        if (slashes % 2 !== 0) {
	          value += '\\';
	        }
	      }

if (opts.unescape === true) {
	        value = advance();
	      } else {
	        value += advance();
	      }

if (state.brackets === 0) {
	        push({ type: 'text', value });
	        continue;
	      }
	    }

/**
	     * If we're inside a regex character class, continue
	     * until we reach the closing bracket.
	     */

if (state.brackets > 0 && (value !== ']' || prev.value === '[' || prev.value === '[^')) {
	      if (opts.posix !== false && value === ':') {
	        const inner = prev.value.slice(1);
	        if (inner.includes('[')) {
	          prev.posix = true;

if (inner.includes(':')) {
	            const idx = prev.value.lastIndexOf('[');
	            const pre = prev.value.slice(0, idx);
	            const rest = prev.value.slice(idx + 2);
	            const posix = POSIX_REGEX_SOURCE[rest];
	            if (posix) {
	              prev.value = pre + posix;
	              state.backtrack = true;
	              advance();

if (!bos.output && tokens.indexOf(prev) === 1) {
	                bos.output = ONE_CHAR;
	              }
	              continue;
	            }
	          }
	        }
	      }

if ((value === '[' && peek() !== ':') || (value === '-' && peek() === ']')) {
	        value = `\\${value}`;
	      }

if (value === ']' && (prev.value === '[' || prev.value === '[^')) {
	        value = `\\${value}`;
	      }

if (opts.posix === true && value === '!' && prev.value === '[') {
	        value = '^';
	      }

prev.value += value;
	      append({ value });
	      continue;
	    }

/**
	     * If we're inside a quoted string, continue
	     * until we reach the closing double quote.
	     */

if (state.quotes === 1 && value !== '"') {
	      value = utils.escapeRegex(value);
	      prev.value += value;
	      append({ value });
	      continue;
	    }

/**
	     * Double quotes
	     */

if (value === '"') {
	      state.quotes = state.quotes === 1 ? 0 : 1;
	      if (opts.keepQuotes === true) {
	        push({ type: 'text', value });
	      }
	      continue;
	    }

/**
	     * Parentheses
	     */

if (value === '(') {
	      increment('parens');
	      push({ type: 'paren', value });
	      continue;
	    }

if (value === ')') {
	      if (state.parens === 0 && opts.strictBrackets === true) {
	        throw new SyntaxError(syntaxError('opening', '('));
	      }

const extglob = extglobs[extglobs.length - 1];
	      if (extglob && state.parens === extglob.parens + 1) {
	        extglobClose(extglobs.pop());
	        continue;
	      }

push({ type: 'paren', value, output: state.parens ? ')' : '\\)' });
	      decrement('parens');
	      continue;
	    }

/**
	     * Square brackets
	     */

if (value === '[') {
	      if (opts.nobracket === true || !remaining().includes(']')) {
	        if (opts.nobracket !== true && opts.strictBrackets === true) {
	          throw new SyntaxError(syntaxError('closing', ']'));
	        }

value = `\\${value}`;
	      } else {
	        increment('brackets');
	      }

push({ type: 'bracket', value });
	      continue;
	    }

if (value === ']') {
	      if (opts.nobracket === true || (prev && prev.type === 'bracket' && prev.value.length === 1)) {
	        push({ type: 'text', value, output: `\\${value}` });
	        continue;
	      }

if (state.brackets === 0) {
	        if (opts.strictBrackets === true) {
	          throw new SyntaxError(syntaxError('opening', '['));
	        }

push({ type: 'text', value, output: `\\${value}` });
	        continue;
	      }

decrement('brackets');

const prevValue = prev.value.slice(1);
	      if (prev.posix !== true && prevValue[0] === '^' && !prevValue.includes('/')) {
	        value = `/${value}`;
	      }

prev.value += value;
	      append({ value });

// when literal brackets are explicitly disabled
	      // assume we should match with a regex character class
	      if (opts.literalBrackets === false || utils.hasRegexChars(prevValue)) {
	        continue;
	      }

const escaped = utils.escapeRegex(prev.value);
	      state.output = state.output.slice(0, -prev.value.length);

// when literal brackets are explicitly enabled
	      // assume we should escape the brackets to match literal characters
	      if (opts.literalBrackets === true) {
	        state.output += escaped;
	        prev.value = escaped;
	        continue;
	      }

// when the user specifies nothing, try to match both
	      prev.value = `(${capture}${escaped}|${prev.value})`;
	      state.output += prev.value;
	      continue;
	    }

/**
	     * Braces
	     */

if (value === '{' && opts.nobrace !== true) {
	      increment('braces');

const open = {
	        type: 'brace',
	        value,
	        output: '(',
	        outputIndex: state.output.length,
	        tokensIndex: state.tokens.length
	      };

braces.push(open);
	      push(open);
	      continue;
	    }

if (value === '}') {
	      const brace = braces[braces.length - 1];

if (opts.nobrace === true || !brace) {
	        push({ type: 'text', value, output: value });
	        continue;
	      }

let output = ')';

if (brace.dots === true) {
	        const arr = tokens.slice();
	        const range = [];

for (let i = arr.length - 1; i >= 0; i--) {
	          tokens.pop();
	          if (arr[i].type === 'brace') {
	            break;
	          }
	          if (arr[i].type !== 'dots') {
	            range.unshift(arr[i].value);
	          }
	        }

output = expandRange(range, opts);
	        state.backtrack = true;
	      }

if (brace.comma !== true && brace.dots !== true) {
	        const out = state.output.slice(0, brace.outputIndex);
	        const toks = state.tokens.slice(brace.tokensIndex);
	        brace.value = brace.output = '\\{';
	        value = output = '\\}';
	        state.output = out;
	        for (const t of toks) {
	          state.output += (t.output || t.value);
	        }
	      }

push({ type: 'brace', value, output });
	      decrement('braces');
	      braces.pop();
	      continue;
	    }

/**
	     * Pipes
	     */

if (value === '|') {
	      if (extglobs.length > 0) {
	        extglobs[extglobs.length - 1].conditions++;
	      }
	      push({ type: 'text', value });
	      continue;
	    }

/**
	     * Commas
	     */

if (value === ',') {
	      let output = value;

const brace = braces[braces.length - 1];
	      if (brace && stack[stack.length - 1] === 'braces') {
	        brace.comma = true;
	        output = '|';
	      }

push({ type: 'comma', value, output });
	      continue;
	    }

/**
	     * Slashes
	     */

if (value === '/') {
	      // if the beginning of the glob is "./", advance the start
	      // to the current index, and don't add the "./" characters
	      // to the state. This greatly simplifies lookbehinds when
	      // checking for BOS characters like "!" and "." (not "./")
	      if (prev.type === 'dot' && state.index === state.start + 1) {
	        state.start = state.index + 1;
	        state.consumed = '';
	        state.output = '';
	        tokens.pop();
	        prev = bos; // reset "prev" to the first token
	        continue;
	      }

push({ type: 'slash', value, output: SLASH_LITERAL });
	      continue;
	    }

/**
	     * Dots
	     */

if (value === '.') {
	      if (state.braces > 0 && prev.type === 'dot') {
	        if (prev.value === '.') prev.output = DOT_LITERAL;
	        const brace = braces[braces.length - 1];
	        prev.type = 'dots';
	        prev.output += value;
	        prev.value += value;
	        brace.dots = true;
	        continue;
	      }

if ((state.braces + state.parens) === 0 && prev.type !== 'bos' && prev.type !== 'slash') {
	        push({ type: 'text', value, output: DOT_LITERAL });
	        continue;
	      }

push({ type: 'dot', value, output: DOT_LITERAL });
	      continue;
	    }

/**
	     * Question marks
	     */

if (value === '?') {
	      const isGroup = prev && prev.value === '(';
	      if (!isGroup && opts.noextglob !== true && peek() === '(' && peek(2) !== '?') {
	        extglobOpen('qmark', value);
	        continue;
	      }

if (prev && prev.type === 'paren') {
	        const next = peek();
	        let output = value;

if ((prev.value === '(' && !/[!=<:]/.test(next)) || (next === '<' && !/<([!=]|\w+>)/.test(remaining()))) {
	          output = `\\${value}`;
	        }

push({ type: 'text', value, output });
	        continue;
	      }

if (opts.dot !== true && (prev.type === 'slash' || prev.type === 'bos')) {
	        push({ type: 'qmark', value, output: QMARK_NO_DOT });
	        continue;
	      }

push({ type: 'qmark', value, output: QMARK });
	      continue;
	    }

/**
	     * Exclamation
	     */

if (value === '!') {
	      if (opts.noextglob !== true && peek() === '(') {
	        if (peek(2) !== '?' || !/[!=<:]/.test(peek(3))) {
	          extglobOpen('negate', value);
	          continue;
	        }
	      }

if (opts.nonegate !== true && state.index === 0) {
	        negate();
	        continue;
	      }
	    }

/**
	     * Plus
	     */

if (value === '+') {
	      if (opts.noextglob !== true && peek() === '(' && peek(2) !== '?') {
	        extglobOpen('plus', value);
	        continue;
	      }

if ((prev && prev.value === '(') || opts.regex === false) {
	        push({ type: 'plus', value, output: PLUS_LITERAL });
	        continue;
	      }

if ((prev && (prev.type === 'bracket' || prev.type === 'paren' || prev.type === 'brace')) || state.parens > 0) {
	        push({ type: 'plus', value });
	        continue;
	      }

push({ type: 'plus', value: PLUS_LITERAL });
	      continue;
	    }

/**
	     * Plain text
	     */

if (value === '@') {
	      if (opts.noextglob !== true && peek() === '(' && peek(2) !== '?') {
	        push({ type: 'at', extglob: true, value, output: '' });
	        continue;
	      }

push({ type: 'text', value });
	      continue;
	    }

/**
	     * Plain text
	     */

if (value !== '*') {
	      if (value === '$' || value === '^') {
	        value = `\\${value}`;
	      }

const match = REGEX_NON_SPECIAL_CHARS.exec(remaining());
	      if (match) {
	        value += match[0];
	        state.index += match[0].length;
	      }

push({ type: 'text', value });
	      continue;
	    }

/**
	     * Stars
	     */

if (prev && (prev.type === 'globstar' || prev.star === true)) {
	      prev.type = 'star';
	      prev.star = true;
	      prev.value += value;
	      prev.output = star;
	      state.backtrack = true;
	      state.globstar = true;
	      consume(value);
	      continue;
	    }

let rest = remaining();
	    if (opts.noextglob !== true && /^\([^?]/.test(rest)) {
	      extglobOpen('star', value);
	      continue;
	    }

if (prev.type === 'star') {
	      if (opts.noglobstar === true) {
	        consume(value);
	        continue;
	      }

const prior = prev.prev;
	      const before = prior.prev;
	      const isStart = prior.type === 'slash' || prior.type === 'bos';
	      const afterStar = before && (before.type === 'star' || before.type === 'globstar');

if (opts.bash === true && (!isStart || (rest[0] && rest[0] !== '/'))) {
	        push({ type: 'star', value, output: '' });
	        continue;
	      }

const isBrace = state.braces > 0 && (prior.type === 'comma' || prior.type === 'brace');
	      const isExtglob = extglobs.length && (prior.type === 'pipe' || prior.type === 'paren');
	      if (!isStart && prior.type !== 'paren' && !isBrace && !isExtglob) {
	        push({ type: 'star', value, output: '' });
	        continue;
	      }

// strip consecutive `/**/`
	      while (rest.slice(0, 3) === '/**') {
	        const after = input[state.index + 4];
	        if (after && after !== '/') {
	          break;
	        }
	        rest = rest.slice(3);
	        consume('/**', 3);
	      }

if (prior.type === 'bos' && eos()) {
	        prev.type = 'globstar';
	        prev.value += value;
	        prev.output = globstar(opts);
	        state.output = prev.output;
	        state.globstar = true;
	        consume(value);
	        continue;
	      }

if (prior.type === 'slash' && prior.prev.type !== 'bos' && !afterStar && eos()) {
	        state.output = state.output.slice(0, -(prior.output + prev.output).length);
	        prior.output = `(?:${prior.output}`;

prev.type = 'globstar';
	        prev.output = globstar(opts) + (opts.strictSlashes ? ')' : '|$)');
	        prev.value += value;
	        state.globstar = true;
	        state.output += prior.output + prev.output;
	        consume(value);
	        continue;
	      }

if (prior.type === 'slash' && prior.prev.type !== 'bos' && rest[0] === '/') {
	        const end = rest[1] !== void 0 ? '|$' : '';

state.output = state.output.slice(0, -(prior.output + prev.output).length);
	        prior.output = `(?:${prior.output}`;

prev.type = 'globstar';
	        prev.output = `${globstar(opts)}${SLASH_LITERAL}|${SLASH_LITERAL}${end})`;
	        prev.value += value;

state.output += prior.output + prev.output;
	        state.globstar = true;

consume(value + advance());

push({ type: 'slash', value: '/', output: '' });
	        continue;
	      }

if (prior.type === 'bos' && rest[0] === '/') {
	        prev.type = 'globstar';
	        prev.value += value;
	        prev.output = `(?:^|${SLASH_LITERAL}|${globstar(opts)}${SLASH_LITERAL})`;
	        state.output = prev.output;
	        state.globstar = true;
	        consume(value + advance());
	        push({ type: 'slash', value: '/', output: '' });
	        continue;
	      }

// remove single star from output
	      state.output = state.output.slice(0, -prev.output.length);

// reset previous token to globstar
	      prev.type = 'globstar';
	      prev.output = globstar(opts);
	      prev.value += value;

// reset output with globstar
	      state.output += prev.output;
	      state.globstar = true;
	      consume(value);
	      continue;
	    }

const token = { type: 'star', value, output: star };

if (opts.bash === true) {
	      token.output = '.*?';
	      if (prev.type === 'bos' || prev.type === 'slash') {
	        token.output = nodot + token.output;
	      }
	      push(token);
	      continue;
	    }

if (prev && (prev.type === 'bracket' || prev.type === 'paren') && opts.regex === true) {
	      token.output = value;
	      push(token);
	      continue;
	    }

if (state.index === state.start || prev.type === 'slash' || prev.type === 'dot') {
	      if (prev.type === 'dot') {
	        state.output += NO_DOT_SLASH;
	        prev.output += NO_DOT_SLASH;

} else if (opts.dot === true) {
	        state.output += NO_DOTS_SLASH;
	        prev.output += NO_DOTS_SLASH;

} else {
	        state.output += nodot;
	        prev.output += nodot;
	      }

if (peek() !== '*') {
	        state.output += ONE_CHAR;
	        prev.output += ONE_CHAR;
	      }
	    }

push(token);
	  }

while (state.brackets > 0) {
	    if (opts.strictBrackets === true) throw new SyntaxError(syntaxError('closing', ']'));
	    state.output = utils.escapeLast(state.output, '[');
	    decrement('brackets');
	  }

while (state.parens > 0) {
	    if (opts.strictBrackets === true) throw new SyntaxError(syntaxError('closing', ')'));
	    state.output = utils.escapeLast(state.output, '(');
	    decrement('parens');
	  }

while (state.braces > 0) {
	    if (opts.strictBrackets === true) throw new SyntaxError(syntaxError('closing', '}'));
	    state.output = utils.escapeLast(state.output, '{');
	    decrement('braces');
	  }

if (opts.strictSlashes !== true && (prev.type === 'star' || prev.type === 'bracket')) {
	    push({ type: 'maybe_slash', value: '', output: `${SLASH_LITERAL}?` });
	  }

// rebuild the output if we had to backtrack at any point
	  if (state.backtrack === true) {
	    state.output = '';

for (const token of state.tokens) {
	      state.output += token.output != null ? token.output : token.value;

if (token.suffix) {
	        state.output += token.suffix;
	      }
	    }
	  }

return state;
	};

/**
	 * Fast paths for creating regular expressions for common glob patterns.
	 * This can significantly speed up processing and has very little downside
	 * impact when none of the fast paths match.
	 */

parse.fastpaths = (input, options) => {
	  const opts = { ...options };
	  const max = typeof opts.maxLength === 'number' ? Math.min(MAX_LENGTH, opts.maxLength) : MAX_LENGTH;
	  const len = input.length;
	  if (len > max) {
	    throw new SyntaxError(`Input length: ${len}, exceeds maximum allowed length: ${max}`);
	  }

input = REPLACEMENTS[input] || input;

// create constants based on platform, for windows or posix
	  const {
	    DOT_LITERAL,
	    SLASH_LITERAL,
	    ONE_CHAR,
	    DOTS_SLASH,
	    NO_DOT,
	    NO_DOTS,
	    NO_DOTS_SLASH,
	    STAR,
	    START_ANCHOR
	  } = constants.globChars(opts.windows);

const nodot = opts.dot ? NO_DOTS : NO_DOT;
	  const slashDot = opts.dot ? NO_DOTS_SLASH : NO_DOT;
	  const capture = opts.capture ? '' : '?:';
	  const state = { negated: false, prefix: '' };
	  let star = opts.bash === true ? '.*?' : STAR;

if (opts.capture) {
	    star = `(${star})`;
	  }

const globstar = opts => {
	    if (opts.noglobstar === true) return star;
	    return `(${capture}(?:(?!${START_ANCHOR}${opts.dot ? DOTS_SLASH : DOT_LITERAL}).)*?)`;
	  };

const create = str => {
	    switch (str) {
	      case '*':
	        return `${nodot}${ONE_CHAR}${star}`;

case '.*':
	        return `${DOT_LITERAL}${ONE_CHAR}${star}`;

case '*.*':
	        return `${nodot}${star}${DOT_LITERAL}${ONE_CHAR}${star}`;

case '*/*':
	        return `${nodot}${star}${SLASH_LITERAL}${ONE_CHAR}${slashDot}${star}`;

case '**':
	        return nodot + globstar(opts);

case '**/*':
	        return `(?:${nodot}${globstar(opts)}${SLASH_LITERAL})?${slashDot}${ONE_CHAR}${star}`;

case '**/*.*':
	        return `(?:${nodot}${globstar(opts)}${SLASH_LITERAL})?${slashDot}${star}${DOT_LITERAL}${ONE_CHAR}${star}`;

case '**/.*':
	        return `(?:${nodot}${globstar(opts)}${SLASH_LITERAL})?${DOT_LITERAL}${ONE_CHAR}${star}`;

default: {
	        const match = /^(.*?)\.(\w+)$/.exec(str);
	        if (!match) return;

const source = create(match[1]);
	        if (!source) return;

return source + DOT_LITERAL + match[2];
	      }
	    }
	  };

const output = utils.removePrefix(input, state);
	  let source = create(output);

if (source && opts.strictSlashes !== true) {
	    source += `${SLASH_LITERAL}?`;
	  }

return source;
	};

parse_1 = parse;
	return parse_1;
}

var picomatch_1$1;
var hasRequiredPicomatch$1;

function requirePicomatch$1 () {
	if (hasRequiredPicomatch$1) return picomatch_1$1;
	hasRequiredPicomatch$1 = 1;

const scan = /*@__PURE__*/ requireScan();
	const parse = /*@__PURE__*/ requireParse();
	const utils = /*@__PURE__*/ requireUtils();
	const constants = /*@__PURE__*/ requireConstants();
	const isObject = val => val && typeof val === 'object' && !Array.isArray(val);

/**
	 * Creates a matcher function from one or more glob patterns. The
	 * returned function takes a string to match as its first argument,
	 * and returns true if the string is a match. The returned matcher
	 * function also takes a boolean as the second argument that, when true,
	 * returns an object with additional information.
	 *
	 * ```js
	 * const picomatch = require('picomatch');
	 * // picomatch(glob[, options]);
	 *
	 * const isMatch = picomatch('*.!(*a)');
	 * console.log(isMatch('a.a')); //=> false
	 * console.log(isMatch('a.b')); //=> true
	 * ```
	 * @name picomatch
	 * @param {String|Array} `globs` One or more glob patterns.
	 * @param {Object=} `options`
	 * @return {Function=} Returns a matcher function.
	 * @api public
	 */

const isState = isObject(glob) && glob.tokens && glob.input;

if (glob === '' || (typeof glob !== 'string' && !isState)) {
	    throw new TypeError('Expected pattern to be a non-empty string');
	  }

const opts = options || {};
	  const posix = opts.windows;
	  const regex = isState
	    ? picomatch.compileRe(glob, options)
	    : picomatch.makeRe(glob, options, false, true);

const state = regex.state;
	  delete regex.state;

let isIgnored = () => false;
	  if (opts.ignore) {
	    const ignoreOpts = { ...options, ignore: null, onMatch: null, onResult: null };
	    isIgnored = picomatch(opts.ignore, ignoreOpts, returnState);
	  }

const matcher = (input, returnObject = false) => {
	    const { isMatch, match, output } = picomatch.test(input, regex, options, { glob, posix });
	    const result = { glob, state, regex, posix, input, output, match, isMatch };

if (typeof opts.onResult === 'function') {
	      opts.onResult(result);
	    }

if (isMatch === false) {
	      result.isMatch = false;
	      return returnObject ? result : false;
	    }

if (isIgnored(input)) {
	      if (typeof opts.onIgnore === 'function') {
	        opts.onIgnore(result);
	      }
	      result.isMatch = false;
	      return returnObject ? result : false;
	    }

if (typeof opts.onMatch === 'function') {
	      opts.onMatch(result);
	    }
	    return returnObject ? result : true;
	  };

if (returnState) {
	    matcher.state = state;
	  }

return matcher;
	};

/**
	 * Test `input` with the given `regex`. This is used by the main
	 * `picomatch()` function to test the input string.
	 *
	 * ```js
	 * const picomatch = require('picomatch');
	 * // picomatch.test(input, regex[, options]);
	 *
	 * console.log(picomatch.test('foo/bar', /^(?:([^/]*?)\/([^/]*?))$/));
	 * // { isMatch: true, match: [ 'foo/', 'foo', 'bar' ], output: 'foo/bar' }
	 * ```
	 * @param {String} `input` String to test.
	 * @param {RegExp} `regex`
	 * @return {Object} Returns an object with matching info.
	 * @api public
	 */

picomatch.test = (input, regex, options, { glob, posix } = {}) => {
	  if (typeof input !== 'string') {
	    throw new TypeError('Expected input to be a string');
	  }

if (input === '') {
	    return { isMatch: false, output: '' };
	  }

const opts = options || {};
	  const format = opts.format || (posix ? utils.toPosixSlashes : null);
	  let match = input === glob;
	  let output = (match && format) ? format(input) : input;

if (match === false) {
	    output = format ? format(input) : input;
	    match = output === glob;
	  }

if (match === false || opts.capture === true) {
	    if (opts.matchBase === true || opts.basename === true) {
	      match = picomatch.matchBase(input, regex, options, posix);
	    } else {
	      match = regex.exec(output);
	    }
	  }

return { isMatch: Boolean(match), match, output };
	};

/**
	 * Match the basename of a filepath.
	 *
	 * ```js
	 * const picomatch = require('picomatch');
	 * // picomatch.matchBase(input, glob[, options]);
	 * console.log(picomatch.matchBase('foo/bar.js', '*.js'); // true
	 * ```
	 * @param {String} `input` String to test.
	 * @param {RegExp|String} `glob` Glob pattern or regex created by [.makeRe](#makeRe).
	 * @return {Boolean}
	 * @api public
	 */

picomatch.matchBase = (input, glob, options) => {
	  const regex = glob instanceof RegExp ? glob : picomatch.makeRe(glob, options);
	  return regex.test(utils.basename(input));
	};

/**
	 * Returns true if **any** of the given glob `patterns` match the specified `string`.
	 *
	 * ```js
	 * const picomatch = require('picomatch');
	 * // picomatch.isMatch(string, patterns[, options]);
	 *
	 * console.log(picomatch.isMatch('a.a', ['b.*', '*.a'])); //=> true
	 * console.log(picomatch.isMatch('a.a', 'b.*')); //=> false
	 * ```
	 * @param {String|Array} str The string to test.
	 * @param {String|Array} patterns One or more glob patterns to use for matching.
	 * @param {Object} [options] See available [options](#options).
	 * @return {Boolean} Returns true if any patterns match `str`
	 * @api public
	 */

picomatch.isMatch = (str, patterns, options) => picomatch(patterns, options)(str);

/**
	 * Parse a glob pattern to create the source string for a regular
	 * expression.
	 *
	 * ```js
	 * const picomatch = require('picomatch');
	 * const result = picomatch.parse(pattern[, options]);
	 * ```
	 * @param {String} `pattern`
	 * @param {Object} `options`
	 * @return {Object} Returns an object with useful properties and output to be used as a regex source string.
	 * @api public
	 */

picomatch.parse = (pattern, options) => {
	  if (Array.isArray(pattern)) return pattern.map(p => picomatch.parse(p, options));
	  return parse(pattern, { ...options, fastpaths: false });
	};

/**
	 * Scan a glob pattern to separate the pattern into segments.
	 *
	 * ```js
	 * const picomatch = require('picomatch');
	 * // picomatch.scan(input[, options]);
	 *
	 * const result = picomatch.scan('!./foo/*.js');
	 * console.log(result);
	 * { prefix: '!./',
	 *   input: '!./foo/*.js',
	 *   start: 3,
	 *   base: 'foo',
	 *   glob: '*.js',
	 *   isBrace: false,
	 *   isBracket: false,
	 *   isGlob: true,
	 *   isExtglob: false,
	 *   isGlobstar: false,
	 *   negated: true }
	 * ```
	 * @param {String} `input` Glob pattern to scan.
	 * @param {Object} `options`
	 * @return {Object} Returns an object with
	 * @api public
	 */

picomatch.scan = (input, options) => scan(input, options);

/**
	 * Compile a regular expression from the `state` object returned by the
	 * [parse()](#parse) method.
	 *
	 * @param {Object} `state`
	 * @param {Object} `options`
	 * @param {Boolean} `returnOutput` Intended for implementors, this argument allows you to return the raw output from the parser.
	 * @param {Boolean} `returnState` Adds the state to a `state` property on the returned regex. Useful for implementors and debugging.
	 * @return {RegExp}
	 * @api public
	 */

picomatch.compileRe = (state, options, returnOutput = false, returnState = false) => {
	  if (returnOutput === true) {
	    return state.output;
	  }

const opts = options || {};
	  const prepend = opts.contains ? '' : '^';
	  const append = opts.contains ? '' : '$';

let source = `${prepend}(?:${state.output})${append}`;
	  if (state && state.negated === true) {
	    source = `^(?!${source}).*$`;
	  }

const regex = picomatch.toRegex(source, options);
	  if (returnState === true) {
	    regex.state = state;
	  }

return regex;
	};

/**
	 * Create a regular expression from a parsed glob pattern.
	 *
	 * ```js
	 * const picomatch = require('picomatch');
	 * const state = picomatch.parse('*.js');
	 * // picomatch.compileRe(state[, options]);
	 *
	 * console.log(picomatch.compileRe(state));
	 * //=> /^(?:(?!\.)(?=.)[^/]*?\.js)$/
	 * ```
	 * @param {String} `state` The object returned from the `.parse` method.
	 * @param {Object} `options`
	 * @param {Boolean} `returnOutput` Implementors may use this argument to return the compiled output, instead of a regular expression. This is not exposed on the options to prevent end-users from mutating the result.
	 * @param {Boolean} `returnState` Implementors may use this argument to return the state from the parsed glob with the returned regular expression.
	 * @return {RegExp} Returns a regex created from the given pattern.
	 * @api public
	 */

picomatch.makeRe = (input, options = {}, returnOutput = false, returnState = false) => {
	  if (!input || typeof input !== 'string') {
	    throw new TypeError('Expected a non-empty string');
	  }

let parsed = { negated: false, fastpaths: true };

if (options.fastpaths !== false && (input[0] === '.' || input[0] === '*')) {
	    parsed.output = parse.fastpaths(input, options);
	  }

if (!parsed.output) {
	    parsed = parse(input, options);
	  }

return picomatch.compileRe(parsed, options, returnOutput, returnState);
	};

/**
	 * Create a regular expression from the given regex source string.
	 *
	 * ```js
	 * const picomatch = require('picomatch');
	 * // picomatch.toRegex(source[, options]);
	 *
	 * const { output } = picomatch.parse('*.js');
	 * console.log(picomatch.toRegex(output));
	 * //=> /^(?:(?!\.)(?=.)[^/]*?\.js)$/
	 * ```
	 * @param {String} `source` Regular expression source string.
	 * @param {Object} `options`
	 * @return {RegExp}
	 * @api public
	 */

picomatch.toRegex = (source, options) => {
	  try {
	    const opts = options || {};
	    return new RegExp(source, opts.flags || (opts.nocase ? 'i' : ''));
	  } catch (err) {
	    if (options && options.debug === true) throw err;
	    return /$^/;
	  }
	};

/**
	 * Picomatch constants.
	 * @return {Object}
	 */

picomatch.constants = constants;

/**
	 * Expose "picomatch"
	 */

picomatch_1$1 = picomatch;
	return picomatch_1$1;
}

var picomatch_1;
var hasRequiredPicomatch;

function requirePicomatch () {
	if (hasRequiredPicomatch) return picomatch_1;
	hasRequiredPicomatch = 1;

const pico = /*@__PURE__*/ requirePicomatch$1();
	const utils = /*@__PURE__*/ requireUtils();

function picomatch(glob, options, returnState = false) {
	  // default to os.platform()
	  if (options && (options.windows === null || options.windows === undefined)) {
	    // don't mutate the original options object
	    options = { ...options, windows: utils.isWindows() };
	  }

return pico(glob, options, returnState);
	}

Object.assign(picomatch, pico);
	picomatch_1 = picomatch;
	return picomatch_1;
}

var picomatchExports = /*@__PURE__*/ requirePicomatch();
const picomatch = /*@__PURE__*/getDefaultExportFromCjs(picomatchExports);

// Helper since Typescript can't detect readonly arrays with Array.isArray
function isArray(arg) {
    return Array.isArray(arg);
}
function ensureArray$1(thing) {
    if (isArray(thing))
        return thing;
    if (thing == null)
        return [];
    return [thing];
}

const normalizePathRegExp = new RegExp(`\\${win32.sep}`, 'g');
const normalizePath = function normalizePath(filename) {
    return filename.replace(normalizePathRegExp, posix.sep);
};

const reservedWords = 'break case class catch const continue debugger default delete do else export extends finally for function if import in instanceof let new return super switch this throw try typeof var void while with yield enum await implements package protected static interface private public';
const builtins = 'arguments Infinity NaN undefined null true false eval uneval isFinite isNaN parseFloat parseInt decodeURI decodeURIComponent encodeURI encodeURIComponent escape unescape Object Function Boolean Symbol Error EvalError InternalError RangeError ReferenceError SyntaxError TypeError URIError Number Math Date String RegExp Array Int8Array Uint8Array Uint8ClampedArray Int16Array Uint16Array Int32Array Uint32Array Float32Array Float64Array Map Set WeakMap WeakSet SIMD ArrayBuffer DataView JSON Promise Generator GeneratorFunction Reflect Proxy Intl';
const forbiddenIdentifiers = new Set(`${reservedWords} ${builtins}`.split(' '));
forbiddenIdentifiers.add('');

class ArrayPattern extends NodeBase {
    addExportedVariables(variables, exportNamesByVariable) {
        for (const element of this.elements) {
            element?.addExportedVariables(variables, exportNamesByVariable);
        }
    }
    declare(kind, destructuredInitPath, init) {
        const variables = [];
        const includedPatternPath = getIncludedPatternPath(destructuredInitPath);
        for (const element of this.elements) {
            if (element !== null) {
                variables.push(...element.declare(kind, includedPatternPath, init));
            }
        }
        return variables;
    }
    deoptimizeAssignment(destructuredInitPath, init) {
        const includedPatternPath = getIncludedPatternPath(destructuredInitPath);
        for (const element of this.elements) {
            element?.deoptimizeAssignment(includedPatternPath, init);
        }
    }
    // Patterns can only be deoptimized at the empty path at the moment
    deoptimizePath() {
        for (const element of this.elements) {
            element?.deoptimizePath(EMPTY_PATH);
        }
    }
    hasEffectsWhenDestructuring(context, destructuredInitPath, init) {
        const includedPatternPath = getIncludedPatternPath(destructuredInitPath);
        for (const element of this.elements) {
            if (element?.hasEffectsWhenDestructuring(context, includedPatternPath, init)) {
                return true;
            }
        }
        return false;
    }
    // Patterns are only checked at the empty path at the moment
    hasEffectsOnInteractionAtPath(_path, interaction, context) {
        for (const element of this.elements) {
            if (element?.hasEffectsOnInteractionAtPath(EMPTY_PATH, interaction, context))
                return true;
        }
        return false;
    }
    includeDestructuredIfNecessary(context, destructuredInitPath, init) {
        let included = false;
        const includedPatternPath = getIncludedPatternPath(destructuredInitPath);
        for (const element of this.elements) {
            if (element) {
                element.included ||= included;
                included =
                    element.includeDestructuredIfNecessary(context, includedPatternPath, init) || included;
            }
        }
        if (included) {
            // This is necessary so that if any pattern element is included, all are
            // included for proper deconflicting
            for (const element of this.elements) {
                if (element && !element.included) {
                    element.included = true;
                    element.includeDestructuredIfNecessary(context, includedPatternPath, init);
                }
            }
        }
        return (this.included ||= included);
    }
    markDeclarationReached() {
        for (const element of this.elements) {
            element?.markDeclarationReached();
        }
    }
}
ArrayPattern.prototype.includeNode = onlyIncludeSelf;
const getIncludedPatternPath = (destructuredInitPath) => destructuredInitPath.at(-1) === UnknownKey
    ? destructuredInitPath
    : [...destructuredInitPath, UnknownInteger];

class ArrowFunctionExpression extends FunctionBase {
    constructor() {
        super(...arguments);
        this.objectEntity = null;
    }
    get expression() {
        return isFlagSet(this.flags, 8388608 /* Flag.expression */);
    }
    set expression(value) {
        this.flags = setFlag(this.flags, 8388608 /* Flag.expression */, value);
    }
    createScope(parentScope) {
        this.scope = new ReturnValueScope(parentScope, false);
    }
    hasEffects() {
        return false;
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        if (this.annotationNoSideEffects &&
            path.length === 0 &&
            interaction.type === INTERACTION_CALLED) {
            return false;
        }
        if (super.hasEffectsOnInteractionAtPath(path, interaction, context)) {
            return true;
        }
        if (interaction.type === INTERACTION_CALLED) {
            const { ignore, brokenFlow } = context;
            context.ignore = {
                breaks: false,
                continues: false,
                labels: new Set(),
                returnYield: true,
                this: false
            };
            if (this.body.hasEffects(context))
                return true;
            context.ignore = ignore;
            context.brokenFlow = brokenFlow;
        }
        return false;
    }
    onlyFunctionCallUsed() {
        const isIIFE = this.parent.type === CallExpression$1 &&
            this.parent.callee === this;
        return isIIFE || super.onlyFunctionCallUsed();
    }
    include(context, includeChildrenRecursively) {
        super.include(context, includeChildrenRecursively);
        for (const parameter of this.params) {
            if (!(parameter instanceof Identifier)) {
                parameter.include(context, includeChildrenRecursively);
            }
        }
    }
    includeNode(context) {
        this.included = true;
        this.body.includePath(UNKNOWN_PATH, context);
        for (const parameter of this.params) {
            if (!(parameter instanceof Identifier)) {
                parameter.includePath(UNKNOWN_PATH, context);
            }
        }
    }
    getObjectEntity() {
        if (this.objectEntity !== null) {
            return this.objectEntity;
        }
        return (this.objectEntity = new ObjectEntity([], OBJECT_PROTOTYPE));
    }
}

class ObjectPattern extends NodeBase {
    addExportedVariables(variables, exportNamesByVariable) {
        for (const property of this.properties) {
            if (property.type === Property$1) {
                property.value.addExportedVariables(variables, exportNamesByVariable);
            }
            else {
                property.argument.addExportedVariables(variables, exportNamesByVariable);
            }
        }
    }
    declare(kind, destructuredInitPath, init) {
        const variables = [];
        for (const property of this.properties) {
            variables.push(...property.declare(kind, destructuredInitPath, init));
        }
        return variables;
    }
    deoptimizeAssignment(destructuredInitPath, init) {
        for (const property of this.properties) {
            property.deoptimizeAssignment(destructuredInitPath, init);
        }
    }
    deoptimizePath(path) {
        if (path.length === 0) {
            for (const property of this.properties) {
                property.deoptimizePath(path);
            }
        }
    }
    hasEffectsOnInteractionAtPath(
    // At the moment, this is only triggered for assignment left-hand sides,
    // where the path is empty
    _path, interaction, context) {
        for (const property of this.properties) {
            if (property.hasEffectsOnInteractionAtPath(EMPTY_PATH, interaction, context))
                return true;
        }
        return false;
    }
    hasEffectsWhenDestructuring(context, destructuredInitPath, init) {
        for (const property of this.properties) {
            if (property.hasEffectsWhenDestructuring(context, destructuredInitPath, init))
                return true;
        }
        return false;
    }
    includeDestructuredIfNecessary(context, destructuredInitPath, init) {
        if (!this.properties.length)
            return false;
        const lastProperty = this.properties.at(-1);
        const lastPropertyIncluded = lastProperty.includeDestructuredIfNecessary(context, destructuredInitPath, init);
        const lastPropertyIsRestElement = lastProperty.type === RestElement$1;
        let included = lastPropertyIsRestElement ? lastPropertyIncluded : false;
        for (const property of this.properties.slice(0, -1)) {
            if (lastPropertyIsRestElement && lastPropertyIncluded) {
                property.includeNode(context);
            }
            included =
                property.includeDestructuredIfNecessary(context, destructuredInitPath, init) || included;
        }
        return (this.included ||= included);
    }
    markDeclarationReached() {
        for (const property of this.properties) {
            property.markDeclarationReached();
        }
    }
    render(code, options) {
        if (this.properties.length > 0) {
            const separatedNodes = getCommaSeparatedNodesWithBoundaries(this.properties, code, this.start + 1, this.end - 1);
            let lastSeparatorPos = null;
            for (const { node, separator, start, end } of separatedNodes) {
                if (!node.included) {
                    treeshakeNode(node, code, start, end);
                    continue;
                }
                lastSeparatorPos = separator;
                node.render(code, options);
            }
            if (lastSeparatorPos) {
                code.remove(lastSeparatorPos, this.end - 1);
            }
        }
    }
}
ObjectPattern.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ObjectPattern.prototype.applyDeoptimizations = doNotDeoptimize;

class AssignmentExpression extends NodeBase {
    hasEffects(context) {
        const { deoptimized, left, operator, right } = this;
        if (!deoptimized)
            this.applyDeoptimizations();
        // MemberExpressions do not access the property before assignments if the
        // operator is '='.
        return (right.hasEffects(context) ||
            left.hasEffectsAsAssignmentTarget(context, operator !== '=') ||
            this.left.hasEffectsWhenDestructuring?.(context, EMPTY_PATH, right));
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        return this.right.hasEffectsOnInteractionAtPath(path, interaction, context);
    }
    include(context, includeChildrenRecursively) {
        const { deoptimized, left, right, operator } = this;
        if (!deoptimized)
            this.applyDeoptimizations();
        if (!this.included)
            this.includeNode(context);
        const hasEffectsContext = createHasEffectsContext();
        if (includeChildrenRecursively ||
            operator !== '=' ||
            left.included ||
            left.hasEffectsAsAssignmentTarget(hasEffectsContext, false) ||
            left.hasEffectsWhenDestructuring?.(hasEffectsContext, EMPTY_PATH, right)) {
            left.includeAsAssignmentTarget(context, includeChildrenRecursively, operator !== '=');
        }
        right.include(context, includeChildrenRecursively);
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.right.includePath(UNKNOWN_PATH, context);
    }
    initialise() {
        super.initialise();
        if (this.left instanceof Identifier) {
            const variable = this.scope.variables.get(this.left.name);
            if (variable?.kind === 'const') {
                this.scope.context.error(logConstVariableReassignError(), this.left.start);
            }
        }
        this.left.setAssignedValue(this.right);
    }
    render(code, options, { preventASI, renderedParentType, renderedSurroundingElement } = BLANK) {
        const { left, right, start, end, parent } = this;
        if (left.included) {
            left.render(code, options);
            right.render(code, options);
        }
        else {
            const inclusionStart = findNonWhiteSpace(code.original, findFirstOccurrenceOutsideComment(code.original, '=', left.end) + 1);
            code.remove(start, inclusionStart);
            if (preventASI) {
                removeLineBreaks(code, inclusionStart, right.start);
            }
            right.render(code, options, {
                renderedParentType: renderedParentType || parent.type,
                renderedSurroundingElement: renderedSurroundingElement || parent.type
            });
        }
        if (options.format === 'system') {
            if (left instanceof Identifier) {
                const variable = left.variable;
                const exportNames = options.exportNamesByVariable.get(variable);
                if (exportNames) {
                    if (exportNames.length === 1) {
                        renderSystemExportExpression(variable, start, end, code, options);
                    }
                    else {
                        renderSystemExportSequenceAfterExpression(variable, start, end, parent.type !== ExpressionStatement$1, code, options);
                    }
                    return;
                }
            }
            else {
                const systemPatternExports = [];
                left.addExportedVariables(systemPatternExports, options.exportNamesByVariable);
                if (systemPatternExports.length > 0) {
                    renderSystemExportFunction(systemPatternExports, start, end, renderedSurroundingElement === ExpressionStatement$1, code, options);
                    return;
                }
            }
        }
        if (left.included &&
            left instanceof ObjectPattern &&
            (renderedSurroundingElement === ExpressionStatement$1 ||
                renderedSurroundingElement === ArrowFunctionExpression$1)) {
            code.appendRight(start, '(');
            code.prependLeft(end, ')');
        }
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        this.left.deoptimizeAssignment(EMPTY_PATH, this.right);
        this.scope.context.requestTreeshakingPass();
    }
}

class AssignmentPattern extends NodeBase {
    addExportedVariables(variables, exportNamesByVariable) {
        this.left.addExportedVariables(variables, exportNamesByVariable);
    }
    declare(kind, destructuredInitPath, init) {
        return this.left.declare(kind, destructuredInitPath, init);
    }
    deoptimizeAssignment(destructuredInitPath, init) {
        this.left.deoptimizeAssignment(destructuredInitPath, init);
    }
    deoptimizePath(path) {
        if (path.length === 0) {
            this.left.deoptimizePath(path);
        }
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        return (path.length > 0 || this.left.hasEffectsOnInteractionAtPath(EMPTY_PATH, interaction, context));
    }
    hasEffectsWhenDestructuring(context, destructuredInitPath, init) {
        return this.left.hasEffectsWhenDestructuring(context, destructuredInitPath, init);
    }
    includeDestructuredIfNecessary(context, destructuredInitPath, init) {
        let included = this.left.includeDestructuredIfNecessary(context, destructuredInitPath, init) ||
            this.included;
        if ((included ||= this.right.shouldBeIncluded(context))) {
            this.right.include(context, false);
            if (!this.left.included) {
                this.left.included = true;
                // Unfortunately, we need to include the left side again now, so that
                // any declared variables are properly included.
                this.left.includeDestructuredIfNecessary(context, destructuredInitPath, init);
            }
        }
        return (this.included = included);
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.right.includePath(UNKNOWN_PATH, context);
    }
    markDeclarationReached() {
        this.left.markDeclarationReached();
    }
    render(code, options, { isShorthandProperty } = BLANK) {
        this.left.render(code, options, { isShorthandProperty });
        this.right.render(code, options);
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        this.left.deoptimizePath(EMPTY_PATH);
        this.right.deoptimizePath(UNKNOWN_PATH);
        this.scope.context.requestTreeshakingPass();
    }
}

class AwaitExpression extends NodeBase {
    hasEffects() {
        if (!this.deoptimized)
            this.applyDeoptimizations();
        return true;
    }
    initialise() {
        super.initialise();
        let parent = this.parent;
        do {
            if (parent instanceof FunctionNode || parent instanceof ArrowFunctionExpression)
                return;
        } while ((parent = parent.parent));
        this.scope.context.usesTopLevelAwait = true;
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        this.argument.include(context, includeChildrenRecursively);
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        // Thenables need to be included
        this.argument.includePath(THEN_PATH, context);
    }
    includePath(path, context) {
        if (!this.deoptimized)
            this.applyDeoptimizations();
        if (!this.included)
            this.includeNode(context);
        this.argument.includePath(path, context);
    }
}
const THEN_PATH = ['then'];

class BreakStatement extends NodeBase {
    hasEffects(context) {
        if (this.label) {
            if (!context.ignore.labels.has(this.label.name))
                return true;
            context.includedLabels.add(this.label.name);
        }
        else {
            if (!context.ignore.breaks)
                return true;
            context.hasBreak = true;
        }
        context.brokenFlow = true;
        return false;
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        if (this.label) {
            this.label.include(context, includeChildrenRecursively);
            context.includedLabels.add(this.label.name);
        }
        else {
            context.hasBreak = true;
        }
        context.brokenFlow = true;
    }
}
BreakStatement.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
BreakStatement.prototype.applyDeoptimizations = doNotDeoptimize;

class CallExpressionBase extends NodeBase {
    constructor() {
        super(...arguments);
        this.returnExpression = null;
        this.deoptimizableDependentExpressions = [];
        this.expressionsToBeDeoptimized = new Set();
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        const { args } = interaction;
        const [returnExpression, isPure] = this.getReturnExpression(recursionTracker);
        if (isPure)
            return;
        const deoptimizedExpressions = args.filter(expression => !!expression && expression !== UNKNOWN_EXPRESSION);
        if (deoptimizedExpressions.length === 0)
            return;
        if (returnExpression === UNKNOWN_EXPRESSION) {
            for (const expression of deoptimizedExpressions) {
                expression.deoptimizePath(UNKNOWN_PATH);
            }
        }
        else {
            recursionTracker.withTrackedEntityAtPath(path, returnExpression, () => {
                for (const expression of deoptimizedExpressions) {
                    this.expressionsToBeDeoptimized.add(expression);
                }
                returnExpression.deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
            }, null);
        }
    }
    deoptimizeCache() {
        if (this.returnExpression?.[0] !== UNKNOWN_EXPRESSION) {
            this.returnExpression = UNKNOWN_RETURN_EXPRESSION;
            const { deoptimizableDependentExpressions, expressionsToBeDeoptimized } = this;
            this.expressionsToBeDeoptimized = EMPTY_SET;
            this.deoptimizableDependentExpressions = EMPTY_ARRAY;
            for (const expression of deoptimizableDependentExpressions) {
                expression.deoptimizeCache();
            }
            for (const expression of expressionsToBeDeoptimized) {
                expression.deoptimizePath(UNKNOWN_PATH);
            }
        }
    }
    deoptimizePath(path) {
        if (path.length === 0 ||
            this.scope.context.deoptimizationTracker.trackEntityAtPathAndGetIfTracked(path, this)) {
            return;
        }
        const [returnExpression] = this.getReturnExpression();
        if (returnExpression !== UNKNOWN_EXPRESSION) {
            returnExpression.deoptimizePath(path);
        }
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        const [returnExpression] = this.getReturnExpression(recursionTracker);
        if (returnExpression === UNKNOWN_EXPRESSION) {
            return UnknownValue;
        }
        return recursionTracker.withTrackedEntityAtPath(path, returnExpression, () => {
            this.deoptimizableDependentExpressions.push(origin);
            return returnExpression.getLiteralValueAtPath(path, recursionTracker, origin);
        }, UnknownValue);
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        const returnExpression = this.getReturnExpression(recursionTracker);
        if (returnExpression[0] === UNKNOWN_EXPRESSION) {
            return returnExpression;
        }
        return recursionTracker.withTrackedEntityAtPath(path, returnExpression, () => {
            this.deoptimizableDependentExpressions.push(origin);
            const [expression, isPure] = returnExpression[0].getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin);
            return [expression, isPure || returnExpression[1]];
        }, UNKNOWN_RETURN_EXPRESSION);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        const { type } = interaction;
        if (type === INTERACTION_CALLED) {
            const { args, withNew } = interaction;
            if ((withNew ? context.instantiated : context.called).trackEntityAtPathAndGetIfTracked(path, args, this)) {
                return false;
            }
        }
        else if ((type === INTERACTION_ASSIGNED
            ? context.assigned
            : context.accessed).trackEntityAtPathAndGetIfTracked(path, this)) {
            return false;
        }
        const [returnExpression, isPure] = this.getReturnExpression();
        return ((type === INTERACTION_ASSIGNED || !isPure) &&
            returnExpression.hasEffectsOnInteractionAtPath(path, interaction, context));
    }
}

class CallExpression extends CallExpressionBase {
    get hasCheckedForWarnings() {
        return isFlagSet(this.flags, 268435456 /* Flag.checkedForWarnings */);
    }
    set hasCheckedForWarnings(value) {
        this.flags = setFlag(this.flags, 268435456 /* Flag.checkedForWarnings */, value);
    }
    get optional() {
        return isFlagSet(this.flags, 128 /* Flag.optional */);
    }
    set optional(value) {
        this.flags = setFlag(this.flags, 128 /* Flag.optional */, value);
    }
    bind() {
        super.bind();
        this.interaction = {
            args: [
                this.callee instanceof MemberExpression && !this.callee.variable
                    ? this.callee.object
                    : null,
                ...this.arguments
            ],
            type: INTERACTION_CALLED,
            withNew: false
        };
    }
    getLiteralValueAtPathAsChainElement(path, recursionTracker, origin) {
        return getChainElementLiteralValueAtPath(this, this.callee, path, recursionTracker, origin);
    }
    hasEffects(context) {
        if (!this.deoptimized)
            this.applyDeoptimizations();
        for (const argument of this.arguments) {
            if (argument.hasEffects(context))
                return true;
        }
        if (this.annotationPure) {
            return false;
        }
        return (this.callee.hasEffects(context) ||
            this.callee.hasEffectsOnInteractionAtPath(EMPTY_PATH, this.interaction, context));
    }
    hasEffectsAsChainElement(context) {
        const calleeHasEffects = 'hasEffectsAsChainElement' in this.callee
            ? this.callee.hasEffectsAsChainElement(context)
            : this.callee.hasEffects(context);
        if (calleeHasEffects === IS_SKIPPED_CHAIN)
            return IS_SKIPPED_CHAIN;
        if (this.optional &&
            this.callee.getLiteralValueAtPath(EMPTY_PATH, SHARED_RECURSION_TRACKER, this) == null) {
            return (!this.annotationPure && calleeHasEffects) || IS_SKIPPED_CHAIN;
        }
        // We only apply deoptimizations lazily once we know we are not skipping
        if (!this.deoptimized)
            this.applyDeoptimizations();
        for (const argument of this.arguments) {
            if (argument.hasEffects(context))
                return true;
        }
        return (!this.annotationPure &&
            (calleeHasEffects ||
                this.callee.hasEffectsOnInteractionAtPath(EMPTY_PATH, this.interaction, context)));
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        if (includeChildrenRecursively) {
            super.include(context, true);
            if (includeChildrenRecursively === INCLUDE_PARAMETERS &&
                this.callee instanceof Identifier &&
                this.callee.variable) {
                this.callee.variable.markCalledFromTryStatement();
            }
        }
        else {
            this.callee.include(context, false);
            this.callee.includeCallArguments(this.interaction, context);
        }
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.callee.includePath(UNKNOWN_PATH, context);
    }
    initialise() {
        super.initialise();
        if (this.annotations &&
            this.scope.context.options.treeshake.annotations) {
            this.annotationPure = this.annotations.some(comment => comment.type === 'pure');
        }
    }
    render(code, options, { renderedSurroundingElement } = BLANK) {
        this.callee.render(code, options, {
            isCalleeOfRenderedParent: true,
            renderedSurroundingElement
        });
        renderCallArguments(code, options, this);
        if (this.callee instanceof Identifier && !this.hasCheckedForWarnings) {
            this.hasCheckedForWarnings = true;
            const variable = this.scope.findVariable(this.callee.name);
            if (variable.isNamespace) {
                this.scope.context.log(LOGLEVEL_WARN, logCannotCallNamespace(this.callee.name), this.start);
            }
            if (this.callee.name === 'eval') {
                this.scope.context.log(LOGLEVEL_WARN, logEval(this.scope.context.module.id), this.start);
            }
        }
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        this.callee.deoptimizeArgumentsOnInteractionAtPath(this.interaction, EMPTY_PATH, SHARED_RECURSION_TRACKER);
        this.scope.context.requestTreeshakingPass();
    }
    getReturnExpression(recursionTracker = SHARED_RECURSION_TRACKER) {
        if (this.returnExpression === null) {
            this.returnExpression = UNKNOWN_RETURN_EXPRESSION;
            return (this.returnExpression = this.callee.getReturnExpressionWhenCalledAtPath(EMPTY_PATH, this.interaction, recursionTracker, this));
        }
        return this.returnExpression;
    }
}

class CatchClause extends NodeBase {
    createScope(parentScope) {
        this.scope = new ParameterScope(parentScope, true);
    }
    parseNode(esTreeNode) {
        const { body, param, type } = esTreeNode;
        this.type = type;
        if (param) {
            this.param = new (this.scope.context.getNodeConstructor(param.type))(this, this.scope).parseNode(param);
            this.param.declare('parameter', EMPTY_PATH, UNKNOWN_EXPRESSION);
        }
        this.body = new BlockStatement(this, this.scope.bodyScope).parseNode(body);
        return super.parseNode(esTreeNode);
    }
}
CatchClause.prototype.preventChildBlockScope = true;
CatchClause.prototype.includeNode = onlyIncludeSelf;

class ChainExpression extends NodeBase {
    // deoptimizations are not relevant as we are not caching values
    deoptimizeCache() { }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        const literalValue = this.expression.getLiteralValueAtPathAsChainElement(path, recursionTracker, origin);
        return literalValue === IS_SKIPPED_CHAIN ? undefined : literalValue;
    }
    hasEffects(context) {
        return this.expression.hasEffectsAsChainElement(context) === true;
    }
    includePath(path, context) {
        this.included = true;
        this.expression.includePath(path, context);
    }
    removeAnnotations(code) {
        this.expression.removeAnnotations(code);
    }
}
ChainExpression.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ChainExpression.prototype.applyDeoptimizations = doNotDeoptimize;

class ClassBodyScope extends ChildScope {
    constructor(parent, classNode) {
        const { context } = parent;
        super(parent, context);
        this.variables.set('this', (this.thisVariable = new LocalVariable('this', null, classNode, EMPTY_PATH, context, 'other')));
        this.instanceScope = new ChildScope(this, context);
        this.instanceScope.variables.set('this', new ThisVariable(context));
    }
    findLexicalBoundary() {
        return this;
    }
}

class ClassBody extends NodeBase {
    createScope(parentScope) {
        this.scope = new ClassBodyScope(parentScope, this.parent);
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        this.scope.context.includeVariableInModule(this.scope.thisVariable, UNKNOWN_PATH, context);
        for (const definition of this.body) {
            definition.include(context, includeChildrenRecursively);
        }
    }
    parseNode(esTreeNode) {
        const body = (this.body = new Array(esTreeNode.body.length));
        let index = 0;
        for (const definition of esTreeNode.body) {
            body[index++] = new (this.scope.context.getNodeConstructor(definition.type))(this, definition.static ? this.scope : this.scope.instanceScope).parseNode(definition);
        }
        return super.parseNode(esTreeNode);
    }
}
ClassBody.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ClassBody.prototype.applyDeoptimizations = doNotDeoptimize;

class ClassExpression extends ClassNode {
    render(code, options, { renderedSurroundingElement } = BLANK) {
        super.render(code, options);
        if (renderedSurroundingElement === ExpressionStatement$1) {
            code.appendRight(this.start, '(');
            code.prependLeft(this.end, ')');
        }
    }
}

class MultiExpression extends ExpressionEntity {
    constructor(expressions) {
        super();
        this.expressions = expressions;
    }
    deoptimizePath(path) {
        for (const expression of this.expressions) {
            expression.deoptimizePath(path);
        }
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        return [
            new MultiExpression(this.expressions.map(expression => expression.getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin)[0])),
            false
        ];
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        for (const expression of this.expressions) {
            if (expression.hasEffectsOnInteractionAtPath(path, interaction, context))
                return true;
        }
        return false;
    }
}

class ConditionalExpression extends NodeBase {
    constructor() {
        super(...arguments);
        this.expressionsToBeDeoptimized = [];
        this.usedBranch = null;
    }
    get isBranchResolutionAnalysed() {
        return isFlagSet(this.flags, 65536 /* Flag.isBranchResolutionAnalysed */);
    }
    set isBranchResolutionAnalysed(value) {
        this.flags = setFlag(this.flags, 65536 /* Flag.isBranchResolutionAnalysed */, value);
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        this.consequent.deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
        this.alternate.deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
    }
    deoptimizeCache() {
        if (this.usedBranch !== null) {
            const unusedBranch = this.usedBranch === this.consequent ? this.alternate : this.consequent;
            this.usedBranch = null;
            unusedBranch.deoptimizePath(UNKNOWN_PATH);
            if (this.included) {
                unusedBranch.includePath(UNKNOWN_PATH, createInclusionContext());
            }
            const { expressionsToBeDeoptimized } = this;
            this.expressionsToBeDeoptimized = EMPTY_ARRAY;
            for (const expression of expressionsToBeDeoptimized) {
                expression.deoptimizeCache();
            }
        }
    }
    deoptimizePath(path) {
        const usedBranch = this.getUsedBranch();
        if (usedBranch) {
            usedBranch.deoptimizePath(path);
        }
        else {
            this.consequent.deoptimizePath(path);
            this.alternate.deoptimizePath(path);
        }
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        const usedBranch = this.getUsedBranch();
        if (!usedBranch)
            return UnknownValue;
        this.expressionsToBeDeoptimized.push(origin);
        return usedBranch.getLiteralValueAtPath(path, recursionTracker, origin);
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        const usedBranch = this.getUsedBranch();
        if (!usedBranch)
            return [
                new MultiExpression([
                    this.consequent.getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin)[0],
                    this.alternate.getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin)[0]
                ]),
                false
            ];
        this.expressionsToBeDeoptimized.push(origin);
        return usedBranch.getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin);
    }
    hasEffects(context) {
        if (this.test.hasEffects(context))
            return true;
        const usedBranch = this.getUsedBranch();
        if (!usedBranch) {
            return this.consequent.hasEffects(context) || this.alternate.hasEffects(context);
        }
        return usedBranch.hasEffects(context);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        const usedBranch = this.getUsedBranch();
        if (!usedBranch) {
            return (this.consequent.hasEffectsOnInteractionAtPath(path, interaction, context) ||
                this.alternate.hasEffectsOnInteractionAtPath(path, interaction, context));
        }
        return usedBranch.hasEffectsOnInteractionAtPath(path, interaction, context);
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        const usedBranch = this.getUsedBranch();
        if (usedBranch === null || includeChildrenRecursively || this.test.shouldBeIncluded(context)) {
            this.test.include(context, includeChildrenRecursively);
            this.consequent.include(context, includeChildrenRecursively);
            this.alternate.include(context, includeChildrenRecursively);
        }
        else {
            usedBranch.include(context, includeChildrenRecursively);
        }
    }
    includePath(path, context) {
        this.included = true;
        const usedBranch = this.getUsedBranch();
        if (usedBranch === null || this.test.shouldBeIncluded(context)) {
            this.consequent.includePath(path, context);
            this.alternate.includePath(path, context);
        }
        else {
            usedBranch.includePath(path, context);
        }
    }
    includeCallArguments(interaction, context) {
        const usedBranch = this.getUsedBranch();
        if (usedBranch) {
            usedBranch.includeCallArguments(interaction, context);
        }
        else {
            this.consequent.includeCallArguments(interaction, context);
            this.alternate.includeCallArguments(interaction, context);
        }
    }
    removeAnnotations(code) {
        this.test.removeAnnotations(code);
    }
    render(code, options, { isCalleeOfRenderedParent, preventASI, renderedParentType, renderedSurroundingElement } = BLANK) {
        if (this.test.included) {
            this.test.render(code, options, { renderedSurroundingElement });
            this.consequent.render(code, options);
            this.alternate.render(code, options);
        }
        else {
            const usedBranch = this.getUsedBranch();
            const colonPos = findFirstOccurrenceOutsideComment(code.original, ':', this.consequent.end);
            const inclusionStart = findNonWhiteSpace(code.original, (this.consequent.included
                ? findFirstOccurrenceOutsideComment(code.original, '?', this.test.end)
                : colonPos) + 1);
            if (preventASI) {
                removeLineBreaks(code, inclusionStart, usedBranch.start);
            }
            code.remove(this.start, inclusionStart);
            if (this.consequent.included) {
                code.remove(colonPos, this.end);
            }
            this.test.removeAnnotations(code);
            usedBranch.render(code, options, {
                isCalleeOfRenderedParent,
                preventASI: true,
                renderedParentType: renderedParentType || this.parent.type,
                renderedSurroundingElement: renderedSurroundingElement || this.parent.type
            });
        }
    }
    getUsedBranch() {
        if (this.isBranchResolutionAnalysed) {
            return this.usedBranch;
        }
        this.isBranchResolutionAnalysed = true;
        const testValue = tryCastLiteralValueToBoolean(this.test.getLiteralValueAtPath(EMPTY_PATH, SHARED_RECURSION_TRACKER, this));
        return typeof testValue === 'symbol'
            ? null
            : (this.usedBranch = testValue ? this.consequent : this.alternate);
    }
}
ConditionalExpression.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ConditionalExpression.prototype.applyDeoptimizations = doNotDeoptimize;

class ContinueStatement extends NodeBase {
    hasEffects(context) {
        if (this.label) {
            if (!context.ignore.labels.has(this.label.name))
                return true;
            context.includedLabels.add(this.label.name);
        }
        else {
            if (!context.ignore.continues)
                return true;
            context.hasContinue = true;
        }
        context.brokenFlow = true;
        return false;
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        if (this.label) {
            this.label.include(context, includeChildrenRecursively);
            context.includedLabels.add(this.label.name);
        }
        else {
            context.hasContinue = true;
        }
        context.brokenFlow = true;
    }
}
ContinueStatement.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ContinueStatement.prototype.applyDeoptimizations = doNotDeoptimize;

class DebuggerStatement extends NodeBase {
    hasEffects() {
        return true;
    }
}
DebuggerStatement.prototype.includeNode = onlyIncludeSelf;

class Decorator extends NodeBase {
    hasEffects(context) {
        return (this.expression.hasEffects(context) ||
            this.expression.hasEffectsOnInteractionAtPath(EMPTY_PATH, NODE_INTERACTION_UNKNOWN_CALL, context));
    }
}
Decorator.prototype.includeNode = onlyIncludeSelf;

class DoWhileStatement extends NodeBase {
    hasEffects(context) {
        if (this.test.hasEffects(context))
            return true;
        return hasLoopBodyEffects(context, this.body);
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        this.test.include(context, includeChildrenRecursively);
        includeLoopBody(context, this.body, includeChildrenRecursively);
    }
}
DoWhileStatement.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
DoWhileStatement.prototype.applyDeoptimizations = doNotDeoptimize;

class EmptyStatement extends NodeBase {
    hasEffects() {
        return false;
    }
}
EmptyStatement.prototype.includeNode = onlyIncludeSelf;

class ExportAllDeclaration extends NodeBase {
    hasEffects() {
        return false;
    }
    initialise() {
        super.initialise();
        this.scope.context.addExport(this);
    }
    render(code, _options, nodeRenderOptions) {
        code.remove(nodeRenderOptions.start, nodeRenderOptions.end);
    }
}
ExportAllDeclaration.prototype.needsBoundaries = true;
ExportAllDeclaration.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ExportAllDeclaration.prototype.applyDeoptimizations = doNotDeoptimize;

class ExportNamedDeclaration extends NodeBase {
    bind() {
        // Do not bind specifiers
        this.declaration?.bind();
    }
    hasEffects(context) {
        return !!this.declaration?.hasEffects(context);
    }
    initialise() {
        super.initialise();
        this.scope.context.addExport(this);
    }
    removeAnnotations(code) {
        this.declaration?.removeAnnotations(code);
    }
    render(code, options, nodeRenderOptions) {
        const { start, end } = nodeRenderOptions;
        if (this.declaration === null) {
            code.remove(start, end);
        }
        else {
            let endBoundary = this.declaration.start;
            // the start of the decorator may be before the start of the class declaration
            if (this.declaration instanceof ClassDeclaration) {
                const decorators = this.declaration.decorators;
                for (const decorator of decorators) {
                    endBoundary = Math.min(endBoundary, decorator.start);
                }
                if (endBoundary <= this.start) {
                    endBoundary = this.declaration.start;
                }
            }
            code.remove(this.start, endBoundary);
            this.declaration.render(code, options, { end, start });
        }
    }
}
ExportNamedDeclaration.prototype.needsBoundaries = true;
ExportNamedDeclaration.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ExportNamedDeclaration.prototype.applyDeoptimizations = doNotDeoptimize;

class ExportSpecifier extends NodeBase {
}
ExportSpecifier.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ExportSpecifier.prototype.applyDeoptimizations = doNotDeoptimize;

class ForInStatement extends NodeBase {
    createScope(parentScope) {
        this.scope = new BlockScope(parentScope);
    }
    hasEffects(context) {
        const { body, deoptimized, left, right } = this;
        if (!deoptimized)
            this.applyDeoptimizations();
        if (left.hasEffectsAsAssignmentTarget(context, false) || right.hasEffects(context))
            return true;
        return hasLoopBodyEffects(context, body);
    }
    include(context, includeChildrenRecursively) {
        const { body, deoptimized, left, right } = this;
        if (!deoptimized)
            this.applyDeoptimizations();
        if (!this.included)
            this.includeNode(context);
        left.includeAsAssignmentTarget(context, includeChildrenRecursively || true, false);
        right.include(context, includeChildrenRecursively);
        includeLoopBody(context, body, includeChildrenRecursively);
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.right.includePath(UNKNOWN_PATH, context);
    }
    initialise() {
        super.initialise();
        this.left.setAssignedValue(UNKNOWN_EXPRESSION);
    }
    render(code, options) {
        this.left.render(code, options, NO_SEMICOLON);
        this.right.render(code, options, NO_SEMICOLON);
        // handle no space between "in" and the right side
        if (code.original.charCodeAt(this.right.start - 1) === 110 /* n */) {
            code.prependLeft(this.right.start, ' ');
        }
        this.body.render(code, options);
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        this.left.deoptimizePath(EMPTY_PATH);
        this.scope.context.requestTreeshakingPass();
    }
}

class ForOfStatement extends NodeBase {
    get await() {
        return isFlagSet(this.flags, 131072 /* Flag.await */);
    }
    set await(value) {
        this.flags = setFlag(this.flags, 131072 /* Flag.await */, value);
    }
    createScope(parentScope) {
        this.scope = new BlockScope(parentScope);
    }
    hasEffects() {
        if (!this.deoptimized)
            this.applyDeoptimizations();
        // Placeholder until proper Symbol.Iterator support
        return true;
    }
    include(context, includeChildrenRecursively) {
        const { body, deoptimized, left, right } = this;
        if (!deoptimized)
            this.applyDeoptimizations();
        if (!this.included)
            this.includeNode(context);
        left.includeAsAssignmentTarget(context, includeChildrenRecursively || true, false);
        right.include(context, includeChildrenRecursively);
        includeLoopBody(context, body, includeChildrenRecursively);
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.right.includePath(UNKNOWN_PATH, context);
    }
    initialise() {
        super.initialise();
        this.left.setAssignedValue(UNKNOWN_EXPRESSION);
    }
    render(code, options) {
        this.left.render(code, options, NO_SEMICOLON);
        this.right.render(code, options, NO_SEMICOLON);
        // handle no space between "of" and the right side
        if (code.original.charCodeAt(this.right.start - 1) === 102 /* f */) {
            code.prependLeft(this.right.start, ' ');
        }
        this.body.render(code, options);
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        this.left.deoptimizePath(EMPTY_PATH);
        this.right.deoptimizePath(UNKNOWN_PATH);
        this.scope.context.requestTreeshakingPass();
    }
}

class ForStatement extends NodeBase {
    createScope(parentScope) {
        this.scope = new BlockScope(parentScope);
    }
    hasEffects(context) {
        if (this.init?.hasEffects(context) ||
            this.test?.hasEffects(context) ||
            this.update?.hasEffects(context)) {
            return true;
        }
        return hasLoopBodyEffects(context, this.body);
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        this.init?.include(context, includeChildrenRecursively, {
            asSingleStatement: true
        });
        this.test?.include(context, includeChildrenRecursively);
        this.update?.include(context, includeChildrenRecursively);
        includeLoopBody(context, this.body, includeChildrenRecursively);
    }
    render(code, options) {
        this.init?.render(code, options, NO_SEMICOLON);
        this.test?.render(code, options, NO_SEMICOLON);
        this.update?.render(code, options, NO_SEMICOLON);
        this.body.render(code, options);
    }
}
ForStatement.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ForStatement.prototype.applyDeoptimizations = doNotDeoptimize;

class FunctionExpression extends FunctionNode {
    createScope(parentScope) {
        super.createScope((this.idScope = new ChildScope(parentScope, parentScope.context)));
    }
    parseNode(esTreeNode) {
        if (esTreeNode.id !== null) {
            this.id = new Identifier(this, this.idScope).parseNode(esTreeNode.id);
        }
        return super.parseNode(esTreeNode);
    }
    onlyFunctionCallUsed() {
        const isIIFE = this.parent.type === CallExpression$1 &&
            this.parent.callee === this &&
            (this.id === null || this.id.variable.getOnlyFunctionCallUsed());
        return isIIFE || super.onlyFunctionCallUsed();
    }
    render(code, options, { renderedSurroundingElement } = BLANK) {
        super.render(code, options);
        if (renderedSurroundingElement === ExpressionStatement$1) {
            code.appendRight(this.start, '(');
            code.prependLeft(this.end, ')');
        }
    }
}

class TrackingScope extends BlockScope {
    constructor() {
        super(...arguments);
        this.hoistedDeclarations = [];
    }
    addDeclaration(identifier, context, init, destructuredInitPath, kind) {
        this.hoistedDeclarations.push(identifier);
        return super.addDeclaration(identifier, context, init, destructuredInitPath, kind);
    }
}

class ImportAttribute extends NodeBase {
}

class ImportDeclaration extends NodeBase {
    // Do not bind specifiers or attributes
    bind() { }
    hasEffects() {
        return false;
    }
    initialise() {
        super.initialise();
        this.scope.context.addImport(this);
    }
    render(code, _options, nodeRenderOptions) {
        code.remove(nodeRenderOptions.start, nodeRenderOptions.end);
    }
}
ImportDeclaration.prototype.needsBoundaries = true;
ImportDeclaration.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ImportDeclaration.prototype.applyDeoptimizations = doNotDeoptimize;

class ImportDefaultSpecifier extends NodeBase {
}
ImportDefaultSpecifier.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ImportDefaultSpecifier.prototype.applyDeoptimizations = doNotDeoptimize;

function isReassignedExportsMember(variable, exportNamesByVariable) {
    return (variable.renderBaseName !== null && exportNamesByVariable.has(variable) && variable.isReassigned);
}

class VariableDeclarator extends NodeBase {
    declareDeclarator(kind, isUsingDeclaration) {
        this.isUsingDeclaration = isUsingDeclaration;
        this.id.declare(kind, EMPTY_PATH, this.init || UNDEFINED_EXPRESSION);
    }
    deoptimizePath(path) {
        this.id.deoptimizePath(path);
    }
    hasEffects(context) {
        const initEffect = this.init?.hasEffects(context);
        this.id.markDeclarationReached();
        return (initEffect ||
            this.isUsingDeclaration ||
            this.id.hasEffects(context) ||
            (this.scope.context.options.treeshake
                .propertyReadSideEffects &&
                this.id.hasEffectsWhenDestructuring(context, EMPTY_PATH, this.init || UNDEFINED_EXPRESSION)));
    }
    include(context, includeChildrenRecursively) {
        const { id, init } = this;
        if (!this.included)
            this.includeNode();
        init?.include(context, includeChildrenRecursively);
        id.markDeclarationReached();
        if (includeChildrenRecursively) {
            id.include(context, includeChildrenRecursively);
        }
        else {
            id.includeDestructuredIfNecessary(context, EMPTY_PATH, init || UNDEFINED_EXPRESSION);
        }
    }
    removeAnnotations(code) {
        this.init?.removeAnnotations(code);
    }
    render(code, options) {
        const { exportNamesByVariable, snippets: { _, getPropertyAccess } } = options;
        const { end, id, init, start } = this;
        const renderId = id.included || this.isUsingDeclaration;
        if (renderId) {
            id.render(code, options);
        }
        else {
            const operatorPos = findFirstOccurrenceOutsideComment(code.original, '=', id.end);
            code.remove(start, findNonWhiteSpace(code.original, operatorPos + 1));
        }
        if (init) {
            if (id instanceof Identifier && init instanceof ClassExpression && !init.id) {
                const renderedVariable = id.variable.getName(getPropertyAccess);
                if (renderedVariable !== id.name) {
                    code.appendLeft(init.start + 5, ` ${id.name}`);
                }
            }
            init.render(code, options, renderId ? BLANK : { renderedSurroundingElement: ExpressionStatement$1 });
        }
        else if (id instanceof Identifier &&
            isReassignedExportsMember(id.variable, exportNamesByVariable)) {
            code.appendLeft(end, `${_}=${_}void 0`);
        }
    }
    includeNode() {
        this.included = true;
        const { id, init } = this;
        if (init && id instanceof Identifier && init instanceof ClassExpression && !init.id) {
            const { name, variable } = id;
            for (const accessedVariable of init.scope.accessedOutsideVariables.values()) {
                if (accessedVariable !== variable) {
                    accessedVariable.forbidName(name);
                }
            }
        }
    }
}
VariableDeclarator.prototype.applyDeoptimizations = doNotDeoptimize;

class ImportNamespaceSpecifier extends NodeBase {
}
ImportNamespaceSpecifier.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ImportNamespaceSpecifier.prototype.applyDeoptimizations = doNotDeoptimize;

class ImportSpecifier extends NodeBase {
}
ImportSpecifier.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
ImportSpecifier.prototype.applyDeoptimizations = doNotDeoptimize;

class JSXIdentifier extends IdentifierBase {
    constructor() {
        super(...arguments);
        this.isNativeElement = false;
    }
    bind() {
        const type = this.getType();
        if (type === 0 /* IdentifierType.Reference */) {
            this.variable = this.scope.findVariable(this.name);
            this.variable.addReference(this);
        }
        else if (type === 1 /* IdentifierType.NativeElementName */) {
            this.isNativeElement = true;
        }
    }
    include(context) {
        if (!this.included)
            this.includeNode(context);
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        if (this.variable !== null) {
            this.scope.context.includeVariableInModule(this.variable, EMPTY_PATH, context);
        }
    }
    includePath(path, context) {
        if (!this.included) {
            this.included = true;
            if (this.variable !== null) {
                this.scope.context.includeVariableInModule(this.variable, path, context);
            }
        }
        else if (path.length > 0) {
            this.variable?.includePath(path, context);
        }
    }
    render(code, { snippets: { getPropertyAccess }, useOriginalName }) {
        if (this.variable) {
            const name = this.variable.getName(getPropertyAccess, useOriginalName);
            if (name !== this.name) {
                code.overwrite(this.start, this.end, name, {
                    contentOnly: true,
                    storeName: true
                });
            }
        }
        else if (this.isNativeElement &&
            this.scope.context.options.jsx.mode !== 'preserve') {
            code.update(this.start, this.end, JSON.stringify(this.name));
        }
    }
    getType() {
        switch (this.parent.type) {
            case 'JSXOpeningElement':
            case 'JSXClosingElement': {
                return this.name.startsWith(this.name.charAt(0).toUpperCase())
                    ? 0 /* IdentifierType.Reference */
                    : 1 /* IdentifierType.NativeElementName */;
            }
            case 'JSXMemberExpression': {
                return this.parent.object === this
                    ? 0 /* IdentifierType.Reference */
                    : 2 /* IdentifierType.Other */;
            }
            case 'JSXAttribute':
            case 'JSXNamespacedName': {
                return 2 /* IdentifierType.Other */;
            }
            default: {
                /* istanbul ignore next */
                throw new Error(`Unexpected parent node type for JSXIdentifier: ${this.parent.type}`);
            }
        }
    }
}

class JSXAttribute extends NodeBase {
    render(code, options, { jsxMode } = BLANK) {
        super.render(code, options);
        if (['classic', 'automatic'].includes(jsxMode)) {
            const { name, value } = this;
            const key = name instanceof JSXIdentifier ? name.name : `${name.namespace.name}:${name.name.name}`;
            if (!(jsxMode === 'automatic' && key === 'key')) {
                const safeKey = stringifyObjectKeyIfNeeded(key);
                if (key !== safeKey) {
                    code.overwrite(name.start, name.end, safeKey, { contentOnly: true });
                }
                if (value) {
                    code.overwrite(name.end, value.start, ': ', { contentOnly: true });
                }
                else {
                    code.appendLeft(name.end, ': true');
                }
            }
        }
    }
}
JSXAttribute.prototype.includeNode = onlyIncludeSelf;

class JSXClosingBase extends NodeBase {
    render(code, options) {
        const { mode } = this.scope.context.options.jsx;
        if (mode !== 'preserve') {
            code.overwrite(this.start, this.end, ')', { contentOnly: true });
        }
        else {
            super.render(code, options);
        }
    }
}
JSXClosingBase.prototype.includeNode = onlyIncludeSelf;

class JSXClosingElement extends JSXClosingBase {
}

class JSXClosingFragment extends JSXClosingBase {
}

class JSXSpreadAttribute extends NodeBase {
    render(code, options) {
        this.argument.render(code, options);
        const { mode } = this.scope.context.options.jsx;
        if (mode !== 'preserve') {
            code.overwrite(this.start, this.argument.start, '', { contentOnly: true });
            code.overwrite(this.argument.end, this.end, '', { contentOnly: true });
        }
    }
}

class JSXEmptyExpression extends NodeBase {
}
JSXEmptyExpression.prototype.includeNode = onlyIncludeSelf;

class JSXExpressionContainer extends NodeBase {
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.expression.includePath(UNKNOWN_PATH, context);
    }
    render(code, options) {
        const { mode } = this.scope.context.options.jsx;
        if (mode !== 'preserve') {
            code.remove(this.start, this.expression.start);
            code.remove(this.expression.end, this.end);
        }
        this.expression.render(code, options);
    }
}

class JSXElementBase extends NodeBase {
    constructor() {
        super(...arguments);
        this.factoryVariable = null;
        this.factory = null;
    }
    initialise() {
        super.initialise();
        const { importSource } = (this.jsxMode = this.getRenderingMode());
        if (importSource) {
            this.scope.context.addImportSource(importSource);
        }
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        for (const child of this.children) {
            child.include(context, includeChildrenRecursively);
        }
    }
    includeNode(context) {
        this.included = true;
        const { factory, importSource, mode } = this.jsxMode;
        if (factory) {
            this.factory = factory;
            this.factoryVariable = getAndIncludeFactoryVariable(factory, mode === 'preserve', importSource, this, context);
        }
    }
    getRenderingMode() {
        const jsx = this.scope.context.options.jsx;
        const { mode, factory, importSource } = jsx;
        if (mode === 'automatic') {
            return {
                factory: getRenderedJsxChildren(this.children) > 1 ? 'jsxs' : 'jsx',
                importSource: jsx.jsxImportSource,
                mode
            };
        }
        return { factory, importSource, mode };
    }
    renderChildren(code, options, openingEnd) {
        const { children } = this;
        let hasMultipleChildren = false;
        let childrenEnd = openingEnd;
        let firstChild = null;
        for (const child of children) {
            if (child instanceof JSXExpressionContainer &&
                child.expression instanceof JSXEmptyExpression) {
                code.remove(childrenEnd, child.end);
            }
            else {
                code.appendLeft(childrenEnd, ', ');
                child.render(code, options);
                if (firstChild) {
                    hasMultipleChildren = true;
                }
                else {
                    firstChild = child;
                }
            }
            childrenEnd = child.end;
        }
        return { childrenEnd, firstChild, hasMultipleChildren };
    }
}
JSXElementBase.prototype.applyDeoptimizations = doNotDeoptimize;

class JSXElement extends JSXElementBase {
    include(context, includeChildrenRecursively) {
        super.include(context, includeChildrenRecursively);
        this.openingElement.include(context, includeChildrenRecursively);
        this.closingElement?.include(context, includeChildrenRecursively);
    }
    render(code, options) {
        switch (this.jsxMode.mode) {
            case 'classic': {
                this.renderClassicMode(code, options);
                break;
            }
            case 'automatic': {
                this.renderAutomaticMode(code, options);
                break;
            }
            default: {
                super.render(code, options);
            }
        }
    }
    getRenderingMode() {
        const jsx = this.scope.context.options.jsx;
        const { mode, factory, importSource } = jsx;
        if (mode === 'automatic') {
            // In the case there is a key after a spread attribute, we fall back to
            // classic mode, see https://github.com/facebook/react/issues/20031#issuecomment-710346866
            // for reasoning.
            let hasSpread = false;
            for (const attribute of this.openingElement.attributes) {
                if (attribute instanceof JSXSpreadAttribute) {
                    hasSpread = true;
                }
                else if (hasSpread && attribute.name.name === 'key') {
                    return { factory, importSource, mode: 'classic' };
                }
            }
        }
        return super.getRenderingMode();
    }
    renderClassicMode(code, options) {
        const { snippets: { getPropertyAccess }, useOriginalName } = options;
        const { closingElement, end, factory, factoryVariable, openingElement: { end: openingEnd, selfClosing } } = this;
        const [, ...nestedName] = factory.split('.');
        const { firstAttribute, hasAttributes, hasSpread, inObject, previousEnd } = this.renderAttributes(code, options, [factoryVariable.getName(getPropertyAccess, useOriginalName), ...nestedName].join('.'), false);
        this.wrapAttributes(code, inObject, hasAttributes, hasSpread, firstAttribute, 'null', previousEnd);
        this.renderChildren(code, options, openingEnd);
        if (selfClosing) {
            code.appendLeft(end, ')');
        }
        else {
            closingElement.render(code, options);
        }
    }
    renderAutomaticMode(code, options) {
        const { snippets: { getPropertyAccess }, useOriginalName } = options;
        const { closingElement, end, factoryVariable, openingElement: { end: openindEnd, selfClosing } } = this;
        let { firstAttribute, hasAttributes, hasSpread, inObject, keyAttribute, previousEnd } = this.renderAttributes(code, options, factoryVariable.getName(getPropertyAccess, useOriginalName), true);
        const { firstChild, hasMultipleChildren, childrenEnd } = this.renderChildren(code, options, openindEnd);
        if (firstChild) {
            code.prependRight(firstChild.start, `children: ${hasMultipleChildren ? '[' : ''}`);
            if (!inObject) {
                code.prependRight(firstChild.start, '{ ');
                inObject = true;
            }
            previousEnd = closingElement.start;
            if (hasMultipleChildren) {
                code.appendLeft(previousEnd, ']');
            }
        }
        this.wrapAttributes(code, inObject, hasAttributes || !!firstChild, hasSpread, firstAttribute || firstChild, '{}', childrenEnd);
        if (keyAttribute) {
            const { value } = keyAttribute;
            // This will appear to the left of the moved code...
            code.appendLeft(childrenEnd, ', ');
            if (value) {
                code.move(value.start, value.end, childrenEnd);
            }
            else {
                code.appendLeft(childrenEnd, 'true');
            }
        }
        if (selfClosing) {
            // Moving the key attribute will also move the parenthesis to the right position
            code.appendLeft(keyAttribute?.value?.end || end, ')');
        }
        else {
            closingElement.render(code, options);
        }
    }
    renderAttributes(code, options, factoryName, extractKeyAttribute) {
        const { jsxMode: { mode }, openingElement } = this;
        const { attributes, end: openingEnd, start: openingStart, name: { start: nameStart, end: nameEnd } } = openingElement;
        code.update(openingStart, nameStart, `/*#__PURE__*/${factoryName}(`);
        openingElement.render(code, options, { jsxMode: mode });
        let keyAttribute = null;
        let hasSpread = false;
        let inObject = false;
        let previousEnd = nameEnd;
        let hasAttributes = false;
        let firstAttribute = null;
        for (const attribute of attributes) {
            if (attribute instanceof JSXAttribute) {
                if (extractKeyAttribute && attribute.name.name === 'key') {
                    keyAttribute = attribute;
                    code.remove(previousEnd, attribute.value?.start || attribute.end);
                    continue;
                }
                code.appendLeft(previousEnd, ',');
                if (!inObject) {
                    code.prependRight(attribute.start, '{ ');
                    inObject = true;
                }
                hasAttributes = true;
            }
            else {
                if (inObject) {
                    if (hasAttributes) {
                        code.appendLeft(previousEnd, ' ');
                    }
                    code.appendLeft(previousEnd, '},');
                    inObject = false;
                }
                else {
                    code.appendLeft(previousEnd, ',');
                }
                hasSpread = true;
            }
            previousEnd = attribute.end;
            if (!firstAttribute) {
                firstAttribute = attribute;
            }
        }
        code.remove(attributes.at(-1)?.end || previousEnd, openingEnd);
        return { firstAttribute, hasAttributes, hasSpread, inObject, keyAttribute, previousEnd };
    }
    wrapAttributes(code, inObject, hasAttributes, hasSpread, firstAttribute, missingAttributesFallback, attributesEnd) {
        if (inObject) {
            code.appendLeft(attributesEnd, ' }');
        }
        if (hasSpread) {
            if (hasAttributes) {
                const { start } = firstAttribute;
                if (firstAttribute instanceof JSXSpreadAttribute) {
                    code.prependRight(start, '{}, ');
                }
                code.prependRight(start, 'Object.assign(');
                code.appendLeft(attributesEnd, ')');
            }
        }
        else if (!hasAttributes) {
            code.appendLeft(attributesEnd, `, ${missingAttributesFallback}`);
        }
    }
}

class JSXFragment extends JSXElementBase {
    include(context, includeChildrenRecursively) {
        super.include(context, includeChildrenRecursively);
        this.openingFragment.include(context, includeChildrenRecursively);
        this.closingFragment.include(context, includeChildrenRecursively);
    }
    render(code, options) {
        switch (this.jsxMode.mode) {
            case 'classic': {
                this.renderClassicMode(code, options);
                break;
            }
            case 'automatic': {
                this.renderAutomaticMode(code, options);
                break;
            }
            default: {
                super.render(code, options);
            }
        }
    }
    renderClassicMode(code, options) {
        const { snippets: { getPropertyAccess }, useOriginalName } = options;
        const { closingFragment, factory, factoryVariable, openingFragment, start } = this;
        const [, ...nestedName] = factory.split('.');
        openingFragment.render(code, options);
        code.prependRight(start, `/*#__PURE__*/${[
            factoryVariable.getName(getPropertyAccess, useOriginalName),
            ...nestedName
        ].join('.')}(`);
        code.appendLeft(openingFragment.end, ', null');
        this.renderChildren(code, options, openingFragment.end);
        closingFragment.render(code, options);
    }
    renderAutomaticMode(code, options) {
        const { snippets: { getPropertyAccess }, useOriginalName } = options;
        const { closingFragment, factoryVariable, openingFragment, start } = this;
        openingFragment.render(code, options);
        code.prependRight(start, `/*#__PURE__*/${factoryVariable.getName(getPropertyAccess, useOriginalName)}(`);
        const { firstChild, hasMultipleChildren, childrenEnd } = this.renderChildren(code, options, openingFragment.end);
        if (firstChild) {
            code.prependRight(firstChild.start, `{ children: ${hasMultipleChildren ? '[' : ''}`);
            if (hasMultipleChildren) {
                code.appendLeft(closingFragment.start, ']');
            }
            code.appendLeft(childrenEnd, ' }');
        }
        else {
            code.appendLeft(openingFragment.end, ', {}');
        }
        closingFragment.render(code, options);
    }
}

class JSXMemberExpression extends NodeBase {
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.object.includePath([this.property.name], context);
    }
    includePath(path, context) {
        if (!this.included)
            this.includeNode(context);
        this.object.includePath([this.property.name, ...path], context);
    }
}

class JSXNamespacedName extends NodeBase {
}
JSXNamespacedName.prototype.includeNode = onlyIncludeSelf;

class JSXOpeningElement extends NodeBase {
    render(code, options, { jsxMode = this.scope.context.options.jsx.mode } = {}) {
        this.name.render(code, options);
        for (const attribute of this.attributes) {
            attribute.render(code, options, { jsxMode });
        }
    }
}
JSXOpeningElement.prototype.includeNode = onlyIncludeSelf;

class JSXOpeningFragment extends NodeBase {
    constructor() {
        super(...arguments);
        this.fragment = null;
        this.fragmentVariable = null;
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        const jsx = this.scope.context.options.jsx;
        if (jsx.mode === 'automatic') {
            this.fragment = 'Fragment';
            this.fragmentVariable = getAndIncludeFactoryVariable('Fragment', false, jsx.jsxImportSource, this, context);
        }
        else {
            const { fragment, importSource, mode } = jsx;
            if (fragment != null) {
                this.fragment = fragment;
                this.fragmentVariable = getAndIncludeFactoryVariable(fragment, mode === 'preserve', importSource, this, context);
            }
        }
    }
    render(code, options) {
        const { mode } = this.scope.context.options.jsx;
        if (mode !== 'preserve') {
            const { snippets: { getPropertyAccess }, useOriginalName } = options;
            const [, ...nestedFragment] = this.fragment.split('.');
            const fragment = [
                this.fragmentVariable.getName(getPropertyAccess, useOriginalName),
                ...nestedFragment
            ].join('.');
            code.update(this.start, this.end, fragment);
        }
    }
}

class JSXSpreadChild extends NodeBase {
    render(code, options) {
        super.render(code, options);
        const { mode } = this.scope.context.options.jsx;
        if (mode !== 'preserve') {
            code.overwrite(this.start, this.expression.start, '...', { contentOnly: true });
            code.overwrite(this.expression.end, this.end, '', { contentOnly: true });
        }
    }
}

class JSXText extends NodeBase {
    render(code) {
        const { mode } = this.scope.context.options.jsx;
        if (mode !== 'preserve') {
            code.overwrite(this.start, this.end, JSON.stringify(this.value), {
                contentOnly: true
            });
        }
    }
}
JSXText.prototype.includeNode = onlyIncludeSelf;

class LabeledStatement extends NodeBase {
    hasEffects(context) {
        const { brokenFlow, includedLabels } = context;
        context.ignore.labels.add(this.label.name);
        context.includedLabels = new Set();
        let bodyHasEffects = false;
        if (this.body.hasEffects(context)) {
            bodyHasEffects = true;
        }
        else {
            context.ignore.labels.delete(this.label.name);
            if (context.includedLabels.has(this.label.name)) {
                context.includedLabels.delete(this.label.name);
                context.brokenFlow = brokenFlow;
            }
        }
        context.includedLabels = new Set([...includedLabels, ...context.includedLabels]);
        return bodyHasEffects;
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        const { brokenFlow, includedLabels } = context;
        context.includedLabels = new Set();
        this.body.include(context, includeChildrenRecursively);
        if (includeChildrenRecursively || context.includedLabels.has(this.label.name)) {
            this.label.include(context, includeChildrenRecursively);
            context.includedLabels.delete(this.label.name);
            context.brokenFlow = brokenFlow;
        }
        context.includedLabels = new Set([...includedLabels, ...context.includedLabels]);
    }
    includeNode(context) {
        this.included = true;
        this.body.includePath(UNKNOWN_PATH, context);
    }
    render(code, options) {
        if (this.label.included) {
            this.label.render(code, options);
        }
        else {
            code.remove(this.start, findNonWhiteSpace(code.original, findFirstOccurrenceOutsideComment(code.original, ':', this.label.end) + 1));
        }
        this.body.render(code, options);
    }
}
LabeledStatement.prototype.applyDeoptimizations = doNotDeoptimize;

class LogicalExpression extends NodeBase {
    constructor() {
        super(...arguments);
        // We collect deoptimization information if usedBranch !== null
        this.expressionsToBeDeoptimized = [];
        this.usedBranch = null;
    }
    //private isBranchResolutionAnalysed = false;
    get isBranchResolutionAnalysed() {
        return isFlagSet(this.flags, 65536 /* Flag.isBranchResolutionAnalysed */);
    }
    set isBranchResolutionAnalysed(value) {
        this.flags = setFlag(this.flags, 65536 /* Flag.isBranchResolutionAnalysed */, value);
    }
    get hasDeoptimizedCache() {
        return isFlagSet(this.flags, 33554432 /* Flag.hasDeoptimizedCache */);
    }
    set hasDeoptimizedCache(value) {
        this.flags = setFlag(this.flags, 33554432 /* Flag.hasDeoptimizedCache */, value);
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        this.left.deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
        this.right.deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
    }
    deoptimizeCache() {
        if (this.hasDeoptimizedCache)
            return;
        this.hasDeoptimizedCache = true;
        if (this.usedBranch) {
            const unusedBranch = this.usedBranch === this.left ? this.right : this.left;
            this.usedBranch = null;
            unusedBranch.deoptimizePath(UNKNOWN_PATH);
            if (this.included) {
                // As we are not tracking inclusions, we just include everything
                unusedBranch.includePath(UNKNOWN_PATH, createInclusionContext());
            }
        }
        const { scope: { context }, expressionsToBeDeoptimized } = this;
        this.expressionsToBeDeoptimized = EMPTY_ARRAY;
        for (const expression of expressionsToBeDeoptimized) {
            expression.deoptimizeCache();
        }
        // Request another pass because we need to ensure "include" runs again if
        // it is rendered
        context.requestTreeshakingPass();
    }
    deoptimizePath(path) {
        const usedBranch = this.getUsedBranch();
        if (usedBranch) {
            usedBranch.deoptimizePath(path);
        }
        else {
            this.left.deoptimizePath(path);
            this.right.deoptimizePath(path);
        }
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        if (origin === this)
            return UnknownValue;
        const usedBranch = this.getUsedBranch();
        if (usedBranch) {
            this.expressionsToBeDeoptimized.push(origin);
            return usedBranch.getLiteralValueAtPath(path, recursionTracker, origin);
        }
        else if (!this.hasDeoptimizedCache && !path.length) {
            const rightValue = this.right.getLiteralValueAtPath(path, recursionTracker, origin);
            const booleanOrUnknown = tryCastLiteralValueToBoolean(rightValue);
            if (typeof booleanOrUnknown !== 'symbol') {
                if (!booleanOrUnknown && this.operator === '&&') {
                    this.expressionsToBeDeoptimized.push(origin);
                    return UnknownFalsyValue;
                }
                if (booleanOrUnknown && this.operator === '||') {
                    this.expressionsToBeDeoptimized.push(origin);
                    return UnknownTruthyValue;
                }
            }
        }
        return UnknownValue;
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        const usedBranch = this.getUsedBranch();
        if (usedBranch) {
            this.expressionsToBeDeoptimized.push(origin);
            return usedBranch.getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin);
        }
        return [
            new MultiExpression([
                this.left.getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin)[0],
                this.right.getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin)[0]
            ]),
            false
        ];
    }
    hasEffects(context) {
        if (this.left.hasEffects(context)) {
            return true;
        }
        if (this.getUsedBranch() !== this.left) {
            return this.right.hasEffects(context);
        }
        return false;
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        const usedBranch = this.getUsedBranch();
        if (usedBranch) {
            return usedBranch.hasEffectsOnInteractionAtPath(path, interaction, context);
        }
        return (this.left.hasEffectsOnInteractionAtPath(path, interaction, context) ||
            this.right.hasEffectsOnInteractionAtPath(path, interaction, context));
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        const usedBranch = this.getUsedBranch();
        if (includeChildrenRecursively ||
            !usedBranch ||
            (usedBranch === this.right && this.left.shouldBeIncluded(context))) {
            this.left.include(context, includeChildrenRecursively);
            this.right.include(context, includeChildrenRecursively);
        }
        else {
            usedBranch.include(context, includeChildrenRecursively);
        }
    }
    includePath(path, context) {
        this.included = true;
        const usedBranch = this.getUsedBranch();
        if (!usedBranch || (usedBranch === this.right && this.left.shouldBeIncluded(context))) {
            this.left.includePath(path, context);
            this.right.includePath(path, context);
        }
        else {
            usedBranch.includePath(path, context);
        }
    }
    removeAnnotations(code) {
        this.left.removeAnnotations(code);
    }
    render(code, options, { isCalleeOfRenderedParent, preventASI, renderedParentType, renderedSurroundingElement } = BLANK) {
        if (!this.left.included || !this.right.included) {
            const operatorPos = findFirstOccurrenceOutsideComment(code.original, this.operator, this.left.end);
            if (this.right.included) {
                const removePos = findNonWhiteSpace(code.original, operatorPos + 2);
                code.remove(this.start, removePos);
                if (preventASI) {
                    removeLineBreaks(code, removePos, this.right.start);
                }
                this.left.removeAnnotations(code);
            }
            else {
                code.remove(findLastWhiteSpaceReverse(code.original, this.left.end, operatorPos), this.end);
            }
            this.getUsedBranch().render(code, options, {
                isCalleeOfRenderedParent,
                preventASI,
                renderedParentType: renderedParentType || this.parent.type,
                renderedSurroundingElement: renderedSurroundingElement || this.parent.type
            });
        }
        else {
            this.left.render(code, options, {
                preventASI,
                renderedSurroundingElement
            });
            this.right.render(code, options);
        }
    }
    getUsedBranch() {
        if (!this.isBranchResolutionAnalysed) {
            this.isBranchResolutionAnalysed = true;
            const leftValue = this.left.getLiteralValueAtPath(EMPTY_PATH, SHARED_RECURSION_TRACKER, this);
            const booleanOrUnknown = tryCastLiteralValueToBoolean(leftValue);
            if (typeof booleanOrUnknown === 'symbol') {
                return null;
            }
            else {
                this.usedBranch =
                    (this.operator === '||' && booleanOrUnknown) ||
                        (this.operator === '&&' && !booleanOrUnknown) ||
                        (this.operator === '??' && leftValue != null)
                        ? this.left
                        : this.right;
            }
        }
        return this.usedBranch;
    }
}
LogicalExpression.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
LogicalExpression.prototype.applyDeoptimizations = doNotDeoptimize;

class NewExpression extends NodeBase {
    hasEffects(context) {
        if (!this.deoptimized)
            this.applyDeoptimizations();
        for (const argument of this.arguments) {
            if (argument.hasEffects(context))
                return true;
        }
        if (this.annotationPure) {
            return false;
        }
        return (this.callee.hasEffects(context) ||
            this.callee.hasEffectsOnInteractionAtPath(EMPTY_PATH, this.interaction, context));
    }
    hasEffectsOnInteractionAtPath(path, { type }) {
        return path.length > 0 || type !== INTERACTION_ACCESSED;
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        if (includeChildrenRecursively) {
            super.include(context, true);
        }
        else {
            this.callee.include(context, false);
            this.callee.includeCallArguments(this.interaction, context);
        }
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.callee.includePath(UNKNOWN_PATH, context);
    }
    initialise() {
        super.initialise();
        this.interaction = {
            args: [null, ...this.arguments],
            type: INTERACTION_CALLED,
            withNew: true
        };
        if (this.annotations &&
            this.scope.context.options.treeshake.annotations) {
            this.annotationPure = this.annotations.some(comment => comment.type === 'pure');
        }
    }
    render(code, options) {
        this.callee.render(code, options);
        renderCallArguments(code, options, this);
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        this.callee.deoptimizeArgumentsOnInteractionAtPath(this.interaction, EMPTY_PATH, SHARED_RECURSION_TRACKER);
        this.scope.context.requestTreeshakingPass();
    }
}

class ObjectExpression extends NodeBase {
    constructor() {
        super(...arguments);
        this.objectEntity = null;
        this.protoProp = null;
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        this.getObjectEntity().deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
    }
    deoptimizeCache() {
        this.getObjectEntity().deoptimizeAllProperties();
    }
    deoptimizePath(path) {
        this.getObjectEntity().deoptimizePath(path);
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        return this.getObjectEntity().getLiteralValueAtPath(path, recursionTracker, origin);
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        return this.getObjectEntity().getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        return this.getObjectEntity().hasEffectsOnInteractionAtPath(path, interaction, context);
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        this.getObjectEntity().include(context, includeChildrenRecursively);
        this.protoProp?.include(context, includeChildrenRecursively);
    }
    includeNode(context) {
        this.included = true;
        this.protoProp?.includePath(UNKNOWN_PATH, context);
    }
    includePath(path, context) {
        if (!this.included)
            this.includeNode(context);
        this.getObjectEntity().includePath(path, context);
    }
    render(code, options, { renderedSurroundingElement } = BLANK) {
        if (renderedSurroundingElement === ExpressionStatement$1 ||
            renderedSurroundingElement === ArrowFunctionExpression$1) {
            code.appendRight(this.start, '(');
            code.prependLeft(this.end, ')');
        }
        if (this.properties.length > 0) {
            const separatedNodes = getCommaSeparatedNodesWithBoundaries(this.properties, code, this.start + 1, this.end - 1);
            let lastSeparatorPos = null;
            for (const { node, separator, start, end } of separatedNodes) {
                if (!node.included) {
                    treeshakeNode(node, code, start, end);
                    continue;
                }
                lastSeparatorPos = separator;
                node.render(code, options);
            }
            if (lastSeparatorPos) {
                code.remove(lastSeparatorPos, this.end - 1);
            }
        }
    }
    getObjectEntity() {
        if (this.objectEntity !== null) {
            return this.objectEntity;
        }
        let prototype = OBJECT_PROTOTYPE;
        const properties = [];
        for (const property of this.properties) {
            if (property instanceof SpreadElement) {
                properties.push({ key: UnknownKey, kind: 'init', property });
                continue;
            }
            let key;
            if (property.computed) {
                const keyValue = property.key.getLiteralValueAtPath(EMPTY_PATH, SHARED_RECURSION_TRACKER, this);
                if (typeof keyValue === 'symbol') {
                    properties.push({ key: UnknownKey, kind: property.kind, property });
                    continue;
                }
                else {
                    key = String(keyValue);
                }
            }
            else {
                key =
                    property.key instanceof Identifier
                        ? property.key.name
                        : String(property.key.value);
                if (key === '__proto__' && property.kind === 'init') {
                    this.protoProp = property;
                    prototype =
                        property.value instanceof Literal && property.value.value === null
                            ? null
                            : property.value;
                    continue;
                }
            }
            properties.push({ key, kind: property.kind, property });
        }
        return (this.objectEntity = new ObjectEntity(properties, prototype));
    }
}
ObjectExpression.prototype.applyDeoptimizations = doNotDeoptimize;

class PanicError extends NodeBase {
    initialise() {
        const id = this.scope.context.module.id;
        // This simulates the current nested error structure. We could also just
        // replace it with a flat error.
        const parseError = getRollupError(logParseError(this.message));
        const moduleParseError = logModuleParseError(parseError, id);
        return error(moduleParseError);
    }
}

class ParseError extends NodeBase {
    initialise() {
        const pos = this.start;
        const id = this.scope.context.module.id;
        // This simulates the current nested error structure. We could also just
        // replace it with a flat error.
        const parseError = getRollupError(logParseError(this.message, pos));
        const moduleParseError = logModuleParseError(parseError, id);
        this.scope.context.error(moduleParseError, pos);
    }
}

class PrivateIdentifier extends NodeBase {
}
PrivateIdentifier.prototype.includeNode = onlyIncludeSelf;

class Program extends NodeBase {
    constructor() {
        super(...arguments);
        this.hasCachedEffect = null;
        this.hasLoggedEffect = false;
    }
    hasCachedEffects() {
        if (!this.included) {
            return false;
        }
        return this.hasCachedEffect === null
            ? (this.hasCachedEffect = this.hasEffects(createHasEffectsContext()))
            : this.hasCachedEffect;
    }
    hasEffects(context) {
        for (const node of this.body) {
            if (node.hasEffects(context)) {
                if (this.scope.context.options.experimentalLogSideEffects && !this.hasLoggedEffect) {
                    this.hasLoggedEffect = true;
                    const { code, log, module } = this.scope.context;
                    log(LOGLEVEL_INFO, logFirstSideEffect(code, module.id, locate(code, node.start, { offsetLine: 1 })), node.start);
                }
                return (this.hasCachedEffect = true);
            }
        }
        return false;
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        for (const node of this.body) {
            if (includeChildrenRecursively || node.shouldBeIncluded(context)) {
                node.include(context, includeChildrenRecursively);
            }
        }
    }
    initialise() {
        super.initialise();
        if (this.invalidAnnotations)
            for (const { start, end, type } of this.invalidAnnotations) {
                this.scope.context.magicString.remove(start, end);
                if (type === 'pure' || type === 'noSideEffects') {
                    this.scope.context.log(LOGLEVEL_WARN, logInvalidAnnotation(this.scope.context.code.slice(start, end), this.scope.context.module.id, type), start);
                }
            }
    }
    render(code, options) {
        let start = this.start;
        if (code.original.startsWith('#!')) {
            start = Math.min(code.original.indexOf('\n') + 1, this.end);
            code.remove(0, start);
        }
        if (this.body.length > 0) {
            // Keep all consecutive lines that start with a comment
            while (code.original[start] === '/' && /[*/]/.test(code.original[start + 1])) {
                const firstLineBreak = findFirstLineBreakOutsideComment(code.original.slice(start, this.body[0].start));
                if (firstLineBreak[0] === -1) {
                    break;
                }
                start += firstLineBreak[1];
            }
            renderStatementList(this.body, code, start, this.end, options);
        }
        else {
            super.render(code, options);
        }
    }
}
Program.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
Program.prototype.applyDeoptimizations = doNotDeoptimize;

class Property extends MethodBase {
    //declare method: boolean;
    get method() {
        return isFlagSet(this.flags, 262144 /* Flag.method */);
    }
    set method(value) {
        this.flags = setFlag(this.flags, 262144 /* Flag.method */, value);
    }
    //declare shorthand: boolean;
    get shorthand() {
        return isFlagSet(this.flags, 524288 /* Flag.shorthand */);
    }
    set shorthand(value) {
        this.flags = setFlag(this.flags, 524288 /* Flag.shorthand */, value);
    }
    declare(kind, destructuredInitPath, init) {
        return this.value.declare(kind, this.getPathInProperty(destructuredInitPath), init);
    }
    deoptimizeAssignment(destructuredInitPath, init) {
        this.value.deoptimizeAssignment?.(this.getPathInProperty(destructuredInitPath), init);
    }
    hasEffects(context) {
        return this.key.hasEffects(context) || this.value.hasEffects(context);
    }
    hasEffectsWhenDestructuring(context, destructuredInitPath, init) {
        return this.value.hasEffectsWhenDestructuring?.(context, this.getPathInProperty(destructuredInitPath), init);
    }
    includeDestructuredIfNecessary(context, destructuredInitPath, init) {
        const path = this.getPathInProperty(destructuredInitPath);
        let included = this.value.includeDestructuredIfNecessary(context, path, init) ||
            this.included;
        if ((included ||= this.key.hasEffects(createHasEffectsContext()))) {
            this.key.include(context, false);
            if (!this.value.included) {
                this.value.included = true;
                // Unfortunately, we need to include the value again now, so that any
                // declared variables are properly included.
                this.value.includeDestructuredIfNecessary(context, path, init);
            }
        }
        return (this.included = included);
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        this.key.include(context, includeChildrenRecursively);
        this.value.include(context, includeChildrenRecursively);
    }
    includePath(path, context) {
        this.included = true;
        this.value.includePath(path, context);
    }
    markDeclarationReached() {
        this.value.markDeclarationReached();
    }
    render(code, options) {
        if (!this.shorthand) {
            this.key.render(code, options);
        }
        this.value.render(code, options, { isShorthandProperty: this.shorthand });
    }
    getPathInProperty(destructuredInitPath) {
        return destructuredInitPath.at(-1) === UnknownKey
            ? destructuredInitPath
            : // For now, we only consider static paths as we do not know how to
                // deoptimize the path in the dynamic case.
                this.computed
                    ? [...destructuredInitPath, UnknownKey]
                    : this.key instanceof Identifier
                        ? [...destructuredInitPath, this.key.name]
                        : [...destructuredInitPath, String(this.key.value)];
    }
}
Property.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
Property.prototype.applyDeoptimizations = doNotDeoptimize;

class PropertyDefinition extends NodeBase {
    get computed() {
        return isFlagSet(this.flags, 1024 /* Flag.computed */);
    }
    set computed(value) {
        this.flags = setFlag(this.flags, 1024 /* Flag.computed */, value);
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        this.value?.deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
    }
    deoptimizePath(path) {
        this.value?.deoptimizePath(path);
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        return this.value
            ? this.value.getLiteralValueAtPath(path, recursionTracker, origin)
            : UnknownValue;
    }
    getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin) {
        return this.value
            ? this.value.getReturnExpressionWhenCalledAtPath(path, interaction, recursionTracker, origin)
            : UNKNOWN_RETURN_EXPRESSION;
    }
    hasEffects(context) {
        return (this.key.hasEffects(context) ||
            (this.static && !!this.value?.hasEffects(context)) ||
            checkEffectForNodes(this.decorators, context));
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        return !this.value || this.value.hasEffectsOnInteractionAtPath(path, interaction, context);
    }
    includeNode(context) {
        this.included = true;
        this.value?.includePath(UNKNOWN_PATH, context);
        for (const decorator of this.decorators) {
            decorator.includePath(UNKNOWN_PATH, context);
        }
    }
}
PropertyDefinition.prototype.applyDeoptimizations = doNotDeoptimize;

class ReturnStatement extends NodeBase {
    hasEffects(context) {
        if (!context.ignore.returnYield || this.argument?.hasEffects(context))
            return true;
        context.brokenFlow = true;
        return false;
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        this.argument?.include(context, includeChildrenRecursively);
        context.brokenFlow = true;
    }
    includeNode(context) {
        this.included = true;
        this.argument?.includePath(UNKNOWN_PATH, context);
    }
    initialise() {
        super.initialise();
        this.scope.addReturnExpression(this.argument || UNKNOWN_EXPRESSION);
    }
    render(code, options) {
        if (this.argument) {
            this.argument.render(code, options, { preventASI: true });
            if (this.argument.start === this.start + 6 /* 'return'.length */) {
                code.prependLeft(this.start + 6, ' ');
            }
        }
    }
}
ReturnStatement.prototype.applyDeoptimizations = doNotDeoptimize;

class SequenceExpression extends NodeBase {
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        this.expressions[this.expressions.length - 1].deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
    }
    deoptimizePath(path) {
        this.expressions[this.expressions.length - 1].deoptimizePath(path);
    }
    getLiteralValueAtPath(path, recursionTracker, origin) {
        return this.expressions[this.expressions.length - 1].getLiteralValueAtPath(path, recursionTracker, origin);
    }
    hasEffects(context) {
        for (const expression of this.expressions) {
            if (expression.hasEffects(context))
                return true;
        }
        return false;
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        return this.expressions[this.expressions.length - 1].hasEffectsOnInteractionAtPath(path, interaction, context);
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        const lastExpression = this.expressions[this.expressions.length - 1];
        for (const expression of this.expressions) {
            if (includeChildrenRecursively ||
                (expression === lastExpression && !(this.parent instanceof ExpressionStatement)) ||
                expression.shouldBeIncluded(context)) {
                expression.include(context, includeChildrenRecursively);
            }
        }
    }
    includePath(path, context) {
        this.included = true;
        this.expressions[this.expressions.length - 1].includePath(path, context);
    }
    removeAnnotations(code) {
        this.expressions[0].removeAnnotations(code);
    }
    render(code, options, { renderedParentType, isCalleeOfRenderedParent, preventASI } = BLANK) {
        let includedNodes = 0;
        let lastSeparatorPos = null;
        const lastNode = this.expressions[this.expressions.length - 1];
        for (const { node, separator, start, end } of getCommaSeparatedNodesWithBoundaries(this.expressions, code, this.start, this.end)) {
            if (!node.included) {
                treeshakeNode(node, code, start, end);
                continue;
            }
            includedNodes++;
            lastSeparatorPos = separator;
            if (includedNodes === 1 && preventASI) {
                removeLineBreaks(code, start, node.start);
            }
            if (includedNodes === 1) {
                const parentType = renderedParentType || this.parent.type;
                node.render(code, options, {
                    isCalleeOfRenderedParent: isCalleeOfRenderedParent && node === lastNode,
                    renderedParentType: parentType,
                    renderedSurroundingElement: parentType
                });
            }
            else {
                node.render(code, options);
            }
        }
        if (lastSeparatorPos) {
            code.remove(lastSeparatorPos, this.end);
        }
    }
}
SequenceExpression.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
SequenceExpression.prototype.applyDeoptimizations = doNotDeoptimize;

class Super extends NodeBase {
    bind() {
        this.variable = this.scope.findVariable('this');
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        this.variable.deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
    }
    deoptimizePath(path) {
        this.variable.deoptimizePath(path);
    }
    include(context) {
        if (!this.included)
            this.includeNode(context);
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.scope.context.includeVariableInModule(this.variable, EMPTY_PATH, context);
    }
}

class SwitchCase extends NodeBase {
    hasEffects(context) {
        if (this.test?.hasEffects(context))
            return true;
        for (const node of this.consequent) {
            if (context.brokenFlow)
                break;
            if (node.hasEffects(context))
                return true;
        }
        return false;
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        this.test?.include(context, includeChildrenRecursively);
        for (const node of this.consequent) {
            if (includeChildrenRecursively || node.shouldBeIncluded(context))
                node.include(context, includeChildrenRecursively);
        }
    }
    render(code, options, nodeRenderOptions) {
        if (this.test) {
            this.test.render(code, options);
            if (this.test.start === this.start + 4) {
                code.prependLeft(this.test.start, ' ');
            }
        }
        if (this.consequent.length > 0) {
            const testEnd = this.test
                ? this.test.end
                : findFirstOccurrenceOutsideComment(code.original, 'default', this.start) + 7;
            const consequentStart = findFirstOccurrenceOutsideComment(code.original, ':', testEnd) + 1;
            renderStatementList(this.consequent, code, consequentStart, nodeRenderOptions.end, options);
        }
    }
}
SwitchCase.prototype.needsBoundaries = true;
SwitchCase.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
SwitchCase.prototype.applyDeoptimizations = doNotDeoptimize;

class SwitchStatement extends NodeBase {
    createScope(parentScope) {
        this.parentScope = parentScope;
        this.scope = new BlockScope(parentScope);
    }
    hasEffects(context) {
        if (this.discriminant.hasEffects(context))
            return true;
        const { brokenFlow, hasBreak, ignore } = context;
        const { breaks } = ignore;
        ignore.breaks = true;
        context.hasBreak = false;
        let onlyHasBrokenFlow = true;
        for (const switchCase of this.cases) {
            if (switchCase.hasEffects(context))
                return true;
            onlyHasBrokenFlow &&= context.brokenFlow && !context.hasBreak;
            context.hasBreak = false;
            context.brokenFlow = brokenFlow;
        }
        if (this.defaultCase !== null) {
            context.brokenFlow = onlyHasBrokenFlow;
        }
        ignore.breaks = breaks;
        context.hasBreak = hasBreak;
        return false;
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        this.discriminant.include(context, includeChildrenRecursively);
        const { brokenFlow, hasBreak } = context;
        context.hasBreak = false;
        let onlyHasBrokenFlow = true;
        let isCaseIncluded = includeChildrenRecursively ||
            (this.defaultCase !== null && this.defaultCase < this.cases.length - 1);
        for (let caseIndex = this.cases.length - 1; caseIndex >= 0; caseIndex--) {
            const switchCase = this.cases[caseIndex];
            if (switchCase.included) {
                isCaseIncluded = true;
            }
            if (!isCaseIncluded) {
                const hasEffectsContext = createHasEffectsContext();
                hasEffectsContext.ignore.breaks = true;
                isCaseIncluded = switchCase.hasEffects(hasEffectsContext);
            }
            if (isCaseIncluded) {
                switchCase.include(context, includeChildrenRecursively);
                onlyHasBrokenFlow &&= context.brokenFlow && !context.hasBreak;
                context.hasBreak = false;
                context.brokenFlow = brokenFlow;
            }
            else {
                onlyHasBrokenFlow = brokenFlow;
            }
        }
        if (isCaseIncluded && this.defaultCase !== null) {
            context.brokenFlow = onlyHasBrokenFlow;
        }
        context.hasBreak = hasBreak;
    }
    initialise() {
        super.initialise();
        for (let caseIndex = 0; caseIndex < this.cases.length; caseIndex++) {
            if (this.cases[caseIndex].test === null) {
                this.defaultCase = caseIndex;
                return;
            }
        }
        this.defaultCase = null;
    }
    parseNode(esTreeNode) {
        this.discriminant = new (this.scope.context.getNodeConstructor(esTreeNode.discriminant.type))(this, this.parentScope).parseNode(esTreeNode.discriminant);
        return super.parseNode(esTreeNode);
    }
    render(code, options) {
        this.discriminant.render(code, options);
        if (this.cases.length > 0) {
            renderStatementList(this.cases, code, this.cases[0].start, this.end - 1, options);
        }
    }
}
SwitchStatement.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
SwitchStatement.prototype.applyDeoptimizations = doNotDeoptimize;

class TaggedTemplateExpression extends CallExpressionBase {
    get hasCheckedForWarnings() {
        return isFlagSet(this.flags, 268435456 /* Flag.checkedForWarnings */);
    }
    set hasCheckedForWarnings(value) {
        this.flags = setFlag(this.flags, 268435456 /* Flag.checkedForWarnings */, value);
    }
    bind() {
        super.bind();
    }
    hasEffects(context) {
        if (!this.deoptimized)
            this.applyDeoptimizations();
        for (const argument of this.quasi.expressions) {
            if (argument.hasEffects(context))
                return true;
        }
        return (this.tag.hasEffects(context) ||
            this.tag.hasEffectsOnInteractionAtPath(EMPTY_PATH, this.interaction, context));
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        if (includeChildrenRecursively) {
            super.include(context, true);
        }
        else {
            this.quasi.include(context, false);
            this.tag.include(context, false);
            this.tag.includeCallArguments(this.interaction, context);
        }
    }
    initialise() {
        super.initialise();
        this.args = [UNKNOWN_EXPRESSION, ...this.quasi.expressions];
        this.interaction = {
            args: [
                this.tag instanceof MemberExpression && !this.tag.variable ? this.tag.object : null,
                ...this.args
            ],
            type: INTERACTION_CALLED,
            withNew: false
        };
    }
    render(code, options) {
        this.tag.render(code, options, { isCalleeOfRenderedParent: true });
        this.quasi.render(code, options);
        if (!this.hasCheckedForWarnings && this.tag.type === Identifier$1) {
            this.hasCheckedForWarnings = true;
            const name = this.tag.name;
            const variable = this.scope.findVariable(name);
            if (variable.isNamespace) {
                this.scope.context.log(LOGLEVEL_WARN, logCannotCallNamespace(name), this.start);
            }
        }
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        this.tag.deoptimizeArgumentsOnInteractionAtPath(this.interaction, EMPTY_PATH, SHARED_RECURSION_TRACKER);
        this.scope.context.requestTreeshakingPass();
    }
    getReturnExpression(recursionTracker = SHARED_RECURSION_TRACKER) {
        if (this.returnExpression === null) {
            this.returnExpression = UNKNOWN_RETURN_EXPRESSION;
            return (this.returnExpression = this.tag.getReturnExpressionWhenCalledAtPath(EMPTY_PATH, this.interaction, recursionTracker, this));
        }
        return this.returnExpression;
    }
}
TaggedTemplateExpression.prototype.includeNode = onlyIncludeSelf;

class TemplateElement extends NodeBase {
    get tail() {
        return isFlagSet(this.flags, 1048576 /* Flag.tail */);
    }
    set tail(value) {
        this.flags = setFlag(this.flags, 1048576 /* Flag.tail */, value);
    }
    // Do not try to bind value
    bind() { }
    hasEffects() {
        return false;
    }
    parseNode(esTreeNode) {
        this.value = esTreeNode.value;
        return super.parseNode(esTreeNode);
    }
    render() { }
}
TemplateElement.prototype.includeNode = onlyIncludeSelf;

class TemplateLiteral extends NodeBase {
    deoptimizeArgumentsOnInteractionAtPath() { }
    getLiteralValueAtPath(path) {
        if (path.length > 0 || this.quasis.length !== 1) {
            return UnknownValue;
        }
        return this.quasis[0].value.cooked;
    }
    getReturnExpressionWhenCalledAtPath(path) {
        if (path.length !== 1) {
            return UNKNOWN_RETURN_EXPRESSION;
        }
        return getMemberReturnExpressionWhenCalled(literalStringMembers, path[0]);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        if (interaction.type === INTERACTION_ACCESSED) {
            return path.length > 1;
        }
        if (interaction.type === INTERACTION_CALLED && path.length === 1) {
            return hasMemberEffectWhenCalled(literalStringMembers, path[0], interaction, context);
        }
        return true;
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        for (const node of this.expressions) {
            node.includePath(UNKNOWN_PATH, context);
        }
    }
    render(code, options) {
        code.indentExclusionRanges.push([this.start, this.end]);
        super.render(code, options);
    }
}

class ModuleScope extends ChildScope {
    constructor(parent, context) {
        super(parent, context);
        this.variables.set('this', new LocalVariable('this', null, UNDEFINED_EXPRESSION, EMPTY_PATH, context, 'other'));
    }
    addDeclaration(identifier, context, init, destructuredInitPath, kind) {
        if (this.context.module.importDescriptions.has(identifier.name)) {
            context.error(logRedeclarationError(identifier.name), identifier.start);
        }
        return super.addDeclaration(identifier, context, init, destructuredInitPath, kind);
    }
    addExportDefaultDeclaration(name, exportDefaultDeclaration, context) {
        const variable = new ExportDefaultVariable(name, exportDefaultDeclaration, context);
        this.variables.set('default', variable);
        return variable;
    }
    addNamespaceMemberAccess() { }
    deconflict(format, exportNamesByVariable, accessedGlobalsByScope) {
        // all module level variables are already deconflicted when deconflicting the chunk
        for (const scope of this.children)
            scope.deconflict(format, exportNamesByVariable, accessedGlobalsByScope);
    }
    findLexicalBoundary() {
        return this;
    }
    findVariable(name) {
        const knownVariable = this.variables.get(name) || this.accessedOutsideVariables.get(name);
        if (knownVariable) {
            return knownVariable;
        }
        const variable = this.context.traceVariable(name) || this.parent.findVariable(name);
        if (variable instanceof GlobalVariable) {
            this.accessedOutsideVariables.set(name, variable);
        }
        return variable;
    }
}

class ThisExpression extends NodeBase {
    bind() {
        this.variable = this.scope.findVariable('this');
    }
    deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker) {
        this.variable.deoptimizeArgumentsOnInteractionAtPath(interaction, path, recursionTracker);
    }
    deoptimizePath(path) {
        this.variable.deoptimizePath(path);
    }
    hasEffectsOnInteractionAtPath(path, interaction, context) {
        if (path.length === 0) {
            return interaction.type !== INTERACTION_ACCESSED;
        }
        return this.variable.hasEffectsOnInteractionAtPath(path, interaction, context);
    }
    include(context) {
        if (!this.included)
            this.includeNode(context);
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.scope.context.includeVariableInModule(this.variable, EMPTY_PATH, context);
    }
    includePath(path, context) {
        if (!this.included) {
            this.included = true;
            this.scope.context.includeVariableInModule(this.variable, path, context);
        }
        else if (path.length > 0) {
            this.variable.includePath(path, context);
        }
        const functionScope = findFunctionScope(this.scope, this.variable);
        if (functionScope &&
            functionScope.functionNode.parent instanceof Property &&
            functionScope.functionNode.parent.parent instanceof ObjectExpression) {
            functionScope.functionNode.parent.parent.includePath(path, context);
        }
    }
    initialise() {
        super.initialise();
        this.alias =
            this.scope.findLexicalBoundary() instanceof ModuleScope
                ? this.scope.context.moduleContext
                : null;
        if (this.alias === 'undefined') {
            this.scope.context.log(LOGLEVEL_WARN, logThisIsUndefined(), this.start);
        }
    }
    render(code) {
        if (this.alias !== null) {
            code.overwrite(this.start, this.end, this.alias, {
                contentOnly: false,
                storeName: true
            });
        }
    }
}
function findFunctionScope(scope, thisVariable) {
    while (!(scope instanceof FunctionScope && scope.thisVariable === thisVariable)) {
        if (!(scope instanceof ChildScope)) {
            return null;
        }
        scope = scope.parent;
    }
    return scope;
}

class ThrowStatement extends NodeBase {
    hasEffects() {
        return true;
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        this.argument.include(context, includeChildrenRecursively);
        context.brokenFlow = true;
    }
    includeNode(context) {
        if (!this.included) {
            this.included = true;
            this.argument.includePath(UNKNOWN_PATH, context);
        }
    }
    render(code, options) {
        this.argument.render(code, options, { preventASI: true });
        if (this.argument.start === this.start + 5 /* 'throw'.length */) {
            code.prependLeft(this.start + 5, ' ');
        }
    }
}

class TryStatement extends NodeBase {
    constructor() {
        super(...arguments);
        this.directlyIncluded = false;
        this.includedLabelsAfterBlock = null;
    }
    hasEffects(context) {
        return ((this.scope.context.options.treeshake.tryCatchDeoptimization
            ? this.block.body.length > 0
            : this.block.hasEffects(context)) || !!this.finalizer?.hasEffects(context));
    }
    include(context, includeChildrenRecursively) {
        const tryCatchDeoptimization = this.scope.context.options.treeshake?.tryCatchDeoptimization;
        const { brokenFlow, includedLabels } = context;
        if (!this.directlyIncluded || !tryCatchDeoptimization) {
            this.included = true;
            this.directlyIncluded = true;
            this.block.include(context, tryCatchDeoptimization ? INCLUDE_PARAMETERS : includeChildrenRecursively);
            if (includedLabels.size > 0) {
                this.includedLabelsAfterBlock = [...includedLabels];
            }
            context.brokenFlow = brokenFlow;
        }
        else if (this.includedLabelsAfterBlock) {
            for (const label of this.includedLabelsAfterBlock) {
                includedLabels.add(label);
            }
        }
        if (this.handler !== null) {
            this.handler.include(context, includeChildrenRecursively);
            context.brokenFlow = brokenFlow;
        }
        this.finalizer?.include(context, includeChildrenRecursively);
    }
}
TryStatement.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
TryStatement.prototype.applyDeoptimizations = doNotDeoptimize;

class UpdateExpression extends NodeBase {
    hasEffects(context) {
        if (!this.deoptimized)
            this.applyDeoptimizations();
        return this.argument.hasEffectsAsAssignmentTarget(context, true);
    }
    hasEffectsOnInteractionAtPath(path, { type }) {
        return path.length > 1 || type !== INTERACTION_ACCESSED;
    }
    include(context, includeChildrenRecursively) {
        if (!this.included)
            this.includeNode(context);
        this.argument.includeAsAssignmentTarget(context, includeChildrenRecursively, true);
    }
    initialise() {
        super.initialise();
        this.argument.setAssignedValue(UNKNOWN_EXPRESSION);
    }
    render(code, options) {
        const { exportNamesByVariable, format, snippets: { _ } } = options;
        this.argument.render(code, options);
        if (format === 'system') {
            const variable = this.argument.variable;
            const exportNames = exportNamesByVariable.get(variable);
            if (exportNames) {
                if (this.prefix) {
                    if (exportNames.length === 1) {
                        renderSystemExportExpression(variable, this.start, this.end, code, options);
                    }
                    else {
                        renderSystemExportSequenceAfterExpression(variable, this.start, this.end, this.parent.type !== ExpressionStatement$1, code, options);
                    }
                }
                else {
                    const operator = this.operator[0];
                    renderSystemExportSequenceBeforeExpression(variable, this.start, this.end, this.parent.type !== ExpressionStatement$1, code, options, `${_}${operator}${_}1`);
                }
            }
        }
    }
    applyDeoptimizations() {
        this.deoptimized = true;
        this.argument.deoptimizePath(EMPTY_PATH);
        if (this.argument instanceof Identifier) {
            const variable = this.scope.findVariable(this.argument.name);
            variable.markReassigned();
        }
        this.scope.context.requestTreeshakingPass();
    }
}
UpdateExpression.prototype.includeNode = onlyIncludeSelf;

class WhileStatement extends NodeBase {
    hasEffects(context) {
        if (this.test.hasEffects(context))
            return true;
        return hasLoopBodyEffects(context, this.body);
    }
    include(context, includeChildrenRecursively) {
        this.included = true;
        this.test.include(context, includeChildrenRecursively);
        includeLoopBody(context, this.body, includeChildrenRecursively);
    }
}
WhileStatement.prototype.includeNode = onlyIncludeSelfNoDeoptimize;
WhileStatement.prototype.applyDeoptimizations = doNotDeoptimize;

class YieldExpression extends NodeBase {
    applyDeoptimizations() {
        this.deoptimized = true;
        this.argument?.deoptimizePath(UNKNOWN_PATH);
    }
    hasEffects(context) {
        if (!this.deoptimized)
            this.applyDeoptimizations();
        return !(context.ignore.returnYield && !this.argument?.hasEffects(context));
    }
    includeNode(context) {
        this.included = true;
        if (!this.deoptimized)
            this.applyDeoptimizations();
        this.argument?.includePath(UNKNOWN_PATH, context);
    }
    render(code, options) {
        if (this.argument) {
            this.argument.render(code, options, { preventASI: true });
            if (this.argument.start === this.start + 5 /* 'yield'.length */) {
                code.prependLeft(this.start + 5, ' ');
            }
        }
    }
}

// This file is generated by scripts/generate-buffer-parsers.js.
// Do not edit this file directly.
function convertProgram(buffer, parent, parentScope) {
    return convertNode(parent, parentScope, 0, getAstBuffer(buffer));
}
const nodeTypeStrings = [
    'PanicError',
    'ParseError',
    'ArrayExpression',
    'ArrayPattern',
    'ArrowFunctionExpression',
    'AssignmentExpression',
    'AssignmentPattern',
    'AwaitExpression',
    'BinaryExpression',
    'BlockStatement',
    'BreakStatement',
    'CallExpression',
    'CatchClause',
    'ChainExpression',
    'ClassBody',
    'ClassDeclaration',
    'ClassExpression',
    'ConditionalExpression',
    'ContinueStatement',
    'DebuggerStatement',
    'Decorator',
    'ExpressionStatement',
    'DoWhileStatement',
    'EmptyStatement',
    'ExportAllDeclaration',
    'ExportDefaultDeclaration',
    'ExportNamedDeclaration',
    'ExportSpecifier',
    'ExpressionStatement',
    'ForInStatement',
    'ForOfStatement',
    'ForStatement',
    'FunctionDeclaration',
    'FunctionExpression',
    'Identifier',
    'IfStatement',
    'ImportAttribute',
    'ImportDeclaration',
    'ImportDefaultSpecifier',
    'ImportExpression',
    'ImportNamespaceSpecifier',
    'ImportSpecifier',
    'JSXAttribute',
    'JSXClosingElement',
    'JSXClosingFragment',
    'JSXElement',
    'JSXEmptyExpression',
    'JSXExpressionContainer',
    'JSXFragment',
    'JSXIdentifier',
    'JSXMemberExpression',
    'JSXNamespacedName',
    'JSXOpeningElement',
    'JSXOpeningFragment',
    'JSXSpreadAttribute',
    'JSXSpreadChild',
    'JSXText',
    'LabeledStatement',
    'Literal',
    'Literal',
    'Literal',
    'Literal',
    'Literal',
    'Literal',
    'LogicalExpression',
    'MemberExpression',
    'MetaProperty',
    'MethodDefinition',
    'NewExpression',
    'ObjectExpression',
    'ObjectPattern',
    'PrivateIdentifier',
    'Program',
    'Property',
    'PropertyDefinition',
    'RestElement',
    'ReturnStatement',
    'SequenceExpression',
    'SpreadElement',
    'StaticBlock',
    'Super',
    'SwitchCase',
    'SwitchStatement',
    'TaggedTemplateExpression',
    'TemplateElement',
    'TemplateLiteral',
    'ThisExpression',
    'ThrowStatement',
    'TryStatement',
    'UnaryExpression',
    'UpdateExpression',
    'VariableDeclaration',
    'VariableDeclarator',
    'WhileStatement',
    'YieldExpression'
];
const nodeConstructors$1 = [
    PanicError,
    ParseError,
    ArrayExpression,
    ArrayPattern,
    ArrowFunctionExpression,
    AssignmentExpression,
    AssignmentPattern,
    AwaitExpression,
    BinaryExpression,
    BlockStatement,
    BreakStatement,
    CallExpression,
    CatchClause,
    ChainExpression,
    ClassBody,
    ClassDeclaration,
    ClassExpression,
    ConditionalExpression,
    ContinueStatement,
    DebuggerStatement,
    Decorator,
    ExpressionStatement,
    DoWhileStatement,
    EmptyStatement,
    ExportAllDeclaration,
    ExportDefaultDeclaration,
    ExportNamedDeclaration,
    ExportSpecifier,
    ExpressionStatement,
    ForInStatement,
    ForOfStatement,
    ForStatement,
    FunctionDeclaration,
    FunctionExpression,
    Identifier,
    IfStatement,
    ImportAttribute,
    ImportDeclaration,
    ImportDefaultSpecifier,
    ImportExpression,
    ImportNamespaceSpecifier,
    ImportSpecifier,
    JSXAttribute,
    JSXClosingElement,
    JSXClosingFragment,
    JSXElement,
    JSXEmptyExpression,
    JSXExpressionContainer,
    JSXFragment,
    JSXIdentifier,
    JSXMemberExpression,
    JSXNamespacedName,
    JSXOpeningElement,
    JSXOpeningFragment,
    JSXSpreadAttribute,
    JSXSpreadChild,
    JSXText,
    LabeledStatement,
    Literal,
    Literal,
    Literal,
    Literal,
    Literal,
    Literal,
    LogicalExpression,
    MemberExpression,
    MetaProperty,
    MethodDefinition,
    NewExpression,
    ObjectExpression,
    ObjectPattern,
    PrivateIdentifier,
    Program,
    Property,
    PropertyDefinition,
    RestElement,
    ReturnStatement,
    SequenceExpression,
    SpreadElement,
    StaticBlock,
    Super,
    SwitchCase,
    SwitchStatement,
    TaggedTemplateExpression,
    TemplateElement,
    TemplateLiteral,
    ThisExpression,
    ThrowStatement,
    TryStatement,
    UnaryExpression,
    UpdateExpression,
    VariableDeclaration,
    VariableDeclarator,
    WhileStatement,
    YieldExpression
];
const bufferParsers = [
    function panicError(node, position, buffer) {
        node.message = buffer.convertString(buffer[position]);
    },
    function parseError(node, position, buffer) {
        node.message = buffer.convertString(buffer[position]);
    },
    function arrayExpression(node, position, buffer) {
        const { scope } = node;
        node.elements = convertNodeList(node, scope, buffer[position], buffer);
    },
    function arrayPattern(node, position, buffer) {
        const { scope } = node;
        node.elements = convertNodeList(node, scope, buffer[position], buffer);
    },
    function arrowFunctionExpression(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.async = (flags & 1) === 1;
        node.expression = (flags & 2) === 2;
        node.generator = (flags & 4) === 4;
        const annotations = (node.annotations = convertAnnotations(buffer[position + 1], buffer));
        node.annotationNoSideEffects = annotations.some(comment => comment.type === 'noSideEffects');
        const parameters = (node.params = convertNodeList(node, scope, buffer[position + 2], buffer));
        scope.addParameterVariables(parameters.map(parameter => parameter.declare('parameter', EMPTY_PATH, UNKNOWN_EXPRESSION)), parameters[parameters.length - 1] instanceof RestElement);
        node.body = convertNode(node, scope.bodyScope, buffer[position + 3], buffer);
    },
    function assignmentExpression(node, position, buffer) {
        const { scope } = node;
        node.operator = FIXED_STRINGS[buffer[position]];
        node.left = convertNode(node, scope, buffer[position + 1], buffer);
        node.right = convertNode(node, scope, buffer[position + 2], buffer);
    },
    function assignmentPattern(node, position, buffer) {
        const { scope } = node;
        node.left = convertNode(node, scope, buffer[position], buffer);
        node.right = convertNode(node, scope, buffer[position + 1], buffer);
    },
    function awaitExpression(node, position, buffer) {
        const { scope } = node;
        node.argument = convertNode(node, scope, buffer[position], buffer);
    },
    function binaryExpression(node, position, buffer) {
        const { scope } = node;
        node.operator = FIXED_STRINGS[buffer[position]];
        node.left = convertNode(node, scope, buffer[position + 1], buffer);
        node.right = convertNode(node, scope, buffer[position + 2], buffer);
    },
    function blockStatement(node, position, buffer) {
        const { scope } = node;
        node.body = convertNodeList(node, scope, buffer[position], buffer);
    },
    function breakStatement(node, position, buffer) {
        const { scope } = node;
        const labelPosition = buffer[position];
        node.label = labelPosition === 0 ? null : convertNode(node, scope, labelPosition, buffer);
    },
    function callExpression(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.optional = (flags & 1) === 1;
        node.annotations = convertAnnotations(buffer[position + 1], buffer);
        node.callee = convertNode(node, scope, buffer[position + 2], buffer);
        node.arguments = convertNodeList(node, scope, buffer[position + 3], buffer);
    },
    function catchClause(node, position, buffer) {
        const { scope } = node;
        const parameterPosition = buffer[position];
        const parameter = (node.param =
            parameterPosition === 0 ? null : convertNode(node, scope, parameterPosition, buffer));
        parameter?.declare('parameter', EMPTY_PATH, UNKNOWN_EXPRESSION);
        node.body = convertNode(node, scope.bodyScope, buffer[position + 1], buffer);
    },
    function chainExpression(node, position, buffer) {
        const { scope } = node;
        node.expression = convertNode(node, scope, buffer[position], buffer);
    },
    function classBody(node, position, buffer) {
        const { scope } = node;
        const bodyPosition = buffer[position];
        if (bodyPosition) {
            const length = buffer[bodyPosition];
            const body = (node.body = new Array(length));
            for (let index = 0; index < length; index++) {
                const nodePosition = buffer[bodyPosition + 1 + index];
                body[index] = convertNode(node, (buffer[nodePosition + 3] & 1) === 0 ? scope.instanceScope : scope, nodePosition, buffer);
            }
        }
        else {
            node.body = [];
        }
    },
    function classDeclaration(node, position, buffer) {
        const { scope } = node;
        node.decorators = convertNodeList(node, scope, buffer[position], buffer);
        const idPosition = buffer[position + 1];
        node.id =
            idPosition === 0 ? null : convertNode(node, scope.parent, idPosition, buffer);
        const superClassPosition = buffer[position + 2];
        node.superClass =
            superClassPosition === 0 ? null : convertNode(node, scope, superClassPosition, buffer);
        node.body = convertNode(node, scope, buffer[position + 3], buffer);
    },
    function classExpression(node, position, buffer) {
        const { scope } = node;
        node.decorators = convertNodeList(node, scope, buffer[position], buffer);
        const idPosition = buffer[position + 1];
        node.id = idPosition === 0 ? null : convertNode(node, scope, idPosition, buffer);
        const superClassPosition = buffer[position + 2];
        node.superClass =
            superClassPosition === 0 ? null : convertNode(node, scope, superClassPosition, buffer);
        node.body = convertNode(node, scope, buffer[position + 3], buffer);
    },
    function conditionalExpression(node, position, buffer) {
        const { scope } = node;
        node.test = convertNode(node, scope, buffer[position], buffer);
        node.consequent = convertNode(node, scope, buffer[position + 1], buffer);
        node.alternate = convertNode(node, scope, buffer[position + 2], buffer);
    },
    function continueStatement(node, position, buffer) {
        const { scope } = node;
        const labelPosition = buffer[position];
        node.label = labelPosition === 0 ? null : convertNode(node, scope, labelPosition, buffer);
    },
    function debuggerStatement() { },
    function decorator(node, position, buffer) {
        const { scope } = node;
        node.expression = convertNode(node, scope, buffer[position], buffer);
    },
    function directive(node, position, buffer) {
        const { scope } = node;
        node.directive = buffer.convertString(buffer[position]);
        node.expression = convertNode(node, scope, buffer[position + 1], buffer);
    },
    function doWhileStatement(node, position, buffer) {
        const { scope } = node;
        node.body = convertNode(node, scope, buffer[position], buffer);
        node.test = convertNode(node, scope, buffer[position + 1], buffer);
    },
    function emptyStatement() { },
    function exportAllDeclaration(node, position, buffer) {
        const { scope } = node;
        const exportedPosition = buffer[position];
        node.exported =
            exportedPosition === 0 ? null : convertNode(node, scope, exportedPosition, buffer);
        node.source = convertNode(node, scope, buffer[position + 1], buffer);
        node.attributes = convertNodeList(node, scope, buffer[position + 2], buffer);
    },
    function exportDefaultDeclaration(node, position, buffer) {
        const { scope } = node;
        node.declaration = convertNode(node, scope, buffer[position], buffer);
    },
    function exportNamedDeclaration(node, position, buffer) {
        const { scope } = node;
        node.specifiers = convertNodeList(node, scope, buffer[position], buffer);
        const sourcePosition = buffer[position + 1];
        node.source = sourcePosition === 0 ? null : convertNode(node, scope, sourcePosition, buffer);
        node.attributes = convertNodeList(node, scope, buffer[position + 2], buffer);
        const declarationPosition = buffer[position + 3];
        node.declaration =
            declarationPosition === 0 ? null : convertNode(node, scope, declarationPosition, buffer);
    },
    function exportSpecifier(node, position, buffer) {
        const { scope } = node;
        node.local = convertNode(node, scope, buffer[position], buffer);
        const exportedPosition = buffer[position + 1];
        node.exported =
            exportedPosition === 0 ? node.local : convertNode(node, scope, exportedPosition, buffer);
    },
    function expressionStatement(node, position, buffer) {
        const { scope } = node;
        node.expression = convertNode(node, scope, buffer[position], buffer);
    },
    function forInStatement(node, position, buffer) {
        const { scope } = node;
        node.left = convertNode(node, scope, buffer[position], buffer);
        node.right = convertNode(node, scope, buffer[position + 1], buffer);
        node.body = convertNode(node, scope, buffer[position + 2], buffer);
    },
    function forOfStatement(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.await = (flags & 1) === 1;
        node.left = convertNode(node, scope, buffer[position + 1], buffer);
        node.right = convertNode(node, scope, buffer[position + 2], buffer);
        node.body = convertNode(node, scope, buffer[position + 3], buffer);
    },
    function forStatement(node, position, buffer) {
        const { scope } = node;
        const initPosition = buffer[position];
        node.init = initPosition === 0 ? null : convertNode(node, scope, initPosition, buffer);
        const testPosition = buffer[position + 1];
        node.test = testPosition === 0 ? null : convertNode(node, scope, testPosition, buffer);
        const updatePosition = buffer[position + 2];
        node.update = updatePosition === 0 ? null : convertNode(node, scope, updatePosition, buffer);
        node.body = convertNode(node, scope, buffer[position + 3], buffer);
    },
    function functionDeclaration(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.async = (flags & 1) === 1;
        node.generator = (flags & 2) === 2;
        const annotations = (node.annotations = convertAnnotations(buffer[position + 1], buffer));
        node.annotationNoSideEffects = annotations.some(comment => comment.type === 'noSideEffects');
        const idPosition = buffer[position + 2];
        node.id =
            idPosition === 0 ? null : convertNode(node, scope.parent, idPosition, buffer);
        const parameters = (node.params = convertNodeList(node, scope, buffer[position + 3], buffer));
        scope.addParameterVariables(parameters.map(parameter => parameter.declare('parameter', EMPTY_PATH, UNKNOWN_EXPRESSION)), parameters[parameters.length - 1] instanceof RestElement);
        node.body = convertNode(node, scope.bodyScope, buffer[position + 4], buffer);
    },
    function functionExpression(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.async = (flags & 1) === 1;
        node.generator = (flags & 2) === 2;
        const annotations = (node.annotations = convertAnnotations(buffer[position + 1], buffer));
        node.annotationNoSideEffects = annotations.some(comment => comment.type === 'noSideEffects');
        const idPosition = buffer[position + 2];
        node.id = idPosition === 0 ? null : convertNode(node, node.idScope, idPosition, buffer);
        const parameters = (node.params = convertNodeList(node, scope, buffer[position + 3], buffer));
        scope.addParameterVariables(parameters.map(parameter => parameter.declare('parameter', EMPTY_PATH, UNKNOWN_EXPRESSION)), parameters[parameters.length - 1] instanceof RestElement);
        node.body = convertNode(node, scope.bodyScope, buffer[position + 4], buffer);
    },
    function identifier(node, position, buffer) {
        node.name = buffer.convertString(buffer[position]);
    },
    function ifStatement(node, position, buffer) {
        const { scope } = node;
        node.test = convertNode(node, scope, buffer[position], buffer);
        node.consequent = convertNode(node, (node.consequentScope = new TrackingScope(scope)), buffer[position + 1], buffer);
        const alternatePosition = buffer[position + 2];
        node.alternate =
            alternatePosition === 0
                ? null
                : convertNode(node, (node.alternateScope = new TrackingScope(scope)), alternatePosition, buffer);
    },
    function importAttribute(node, position, buffer) {
        const { scope } = node;
        node.key = convertNode(node, scope, buffer[position], buffer);
        node.value = convertNode(node, scope, buffer[position + 1], buffer);
    },
    function importDeclaration(node, position, buffer) {
        const { scope } = node;
        node.specifiers = convertNodeList(node, scope, buffer[position], buffer);
        node.source = convertNode(node, scope, buffer[position + 1], buffer);
        node.attributes = convertNodeList(node, scope, buffer[position + 2], buffer);
    },
    function importDefaultSpecifier(node, position, buffer) {
        const { scope } = node;
        node.local = convertNode(node, scope, buffer[position], buffer);
    },
    function importExpression(node, position, buffer) {
        const { scope } = node;
        node.source = convertNode(node, scope, buffer[position], buffer);
        node.sourceAstNode = convertNode$1(buffer[position], buffer);
        const optionsPosition = buffer[position + 1];
        node.options = optionsPosition === 0 ? null : convertNode(node, scope, optionsPosition, buffer);
    },
    function importNamespaceSpecifier(node, position, buffer) {
        const { scope } = node;
        node.local = convertNode(node, scope, buffer[position], buffer);
    },
    function importSpecifier(node, position, buffer) {
        const { scope } = node;
        const importedPosition = buffer[position];
        node.local = convertNode(node, scope, buffer[position + 1], buffer);
        node.imported =
            importedPosition === 0 ? node.local : convertNode(node, scope, importedPosition, buffer);
    },
    function jsxAttribute(node, position, buffer) {
        const { scope } = node;
        node.name = convertNode(node, scope, buffer[position], buffer);
        const valuePosition = buffer[position + 1];
        node.value = valuePosition === 0 ? null : convertNode(node, scope, valuePosition, buffer);
    },
    function jsxClosingElement(node, position, buffer) {
        const { scope } = node;
        node.name = convertNode(node, scope, buffer[position], buffer);
    },
    function jsxClosingFragment() { },
    function jsxElement(node, position, buffer) {
        const { scope } = node;
        node.openingElement = convertNode(node, scope, buffer[position], buffer);
        node.children = convertNodeList(node, scope, buffer[position + 1], buffer);
        const closingElementPosition = buffer[position + 2];
        node.closingElement =
            closingElementPosition === 0
                ? null
                : convertNode(node, scope, closingElementPosition, buffer);
    },
    function jsxEmptyExpression() { },
    function jsxExpressionContainer(node, position, buffer) {
        const { scope } = node;
        node.expression = convertNode(node, scope, buffer[position], buffer);
    },
    function jsxFragment(node, position, buffer) {
        const { scope } = node;
        node.openingFragment = convertNode(node, scope, buffer[position], buffer);
        node.children = convertNodeList(node, scope, buffer[position + 1], buffer);
        node.closingFragment = convertNode(node, scope, buffer[position + 2], buffer);
    },
    function jsxIdentifier(node, position, buffer) {
        node.name = buffer.convertString(buffer[position]);
    },
    function jsxMemberExpression(node, position, buffer) {
        const { scope } = node;
        node.object = convertNode(node, scope, buffer[position], buffer);
        node.property = convertNode(node, scope, buffer[position + 1], buffer);
    },
    function jsxNamespacedName(node, position, buffer) {
        const { scope } = node;
        node.namespace = convertNode(node, scope, buffer[position], buffer);
        node.name = convertNode(node, scope, buffer[position + 1], buffer);
    },
    function jsxOpeningElement(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.selfClosing = (flags & 1) === 1;
        node.name = convertNode(node, scope, buffer[position + 1], buffer);
        node.attributes = convertNodeList(node, scope, buffer[position + 2], buffer);
    },
    function jsxOpeningFragment(node) {
        node.attributes = [];
        node.selfClosing = false;
    },
    function jsxSpreadAttribute(node, position, buffer) {
        const { scope } = node;
        node.argument = convertNode(node, scope, buffer[position], buffer);
    },
    function jsxSpreadChild(node, position, buffer) {
        const { scope } = node;
        node.expression = convertNode(node, scope, buffer[position], buffer);
    },
    function jsxText(node, position, buffer) {
        node.value = buffer.convertString(buffer[position]);
        node.raw = buffer.convertString(buffer[position + 1]);
    },
    function labeledStatement(node, position, buffer) {
        const { scope } = node;
        node.label = convertNode(node, scope, buffer[position], buffer);
        node.body = convertNode(node, scope, buffer[position + 1], buffer);
    },
    function literalBigInt(node, position, buffer) {
        const bigint = (node.bigint = buffer.convertString(buffer[position]));
        node.raw = buffer.convertString(buffer[position + 1]);
        node.value = BigInt(bigint);
    },
    function literalBoolean(node, position, buffer) {
        const flags = buffer[position];
        const value = (node.value = (flags & 1) === 1);
        node.raw = value ? 'true' : 'false';
    },
    function literalNull(node) {
        node.value = null;
    },
    function literalNumber(node, position, buffer) {
        const rawPosition = buffer[position];
        node.raw = rawPosition === 0 ? undefined : buffer.convertString(rawPosition);
        node.value = new DataView(buffer.buffer).getFloat64((position + 1) << 2, true);
    },
    function literalRegExp(node, position, buffer) {
        const flags = buffer.convertString(buffer[position]);
        const pattern = buffer.convertString(buffer[position + 1]);
        node.raw = `/${pattern}/${flags}`;
        node.regex = { flags, pattern };
        node.value = new RegExp(pattern, flags);
    },
    function literalString(node, position, buffer) {
        node.value = buffer.convertString(buffer[position]);
        const rawPosition = buffer[position + 1];
        node.raw = rawPosition === 0 ? undefined : buffer.convertString(rawPosition);
    },
    function logicalExpression(node, position, buffer) {
        const { scope } = node;
        node.operator = FIXED_STRINGS[buffer[position]];
        node.left = convertNode(node, scope, buffer[position + 1], buffer);
        node.right = convertNode(node, scope, buffer[position + 2], buffer);
    },
    function memberExpression(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.computed = (flags & 1) === 1;
        node.optional = (flags & 2) === 2;
        node.object = convertNode(node, scope, buffer[position + 1], buffer);
        node.property = convertNode(node, scope, buffer[position + 2], buffer);
    },
    function metaProperty(node, position, buffer) {
        const { scope } = node;
        node.meta = convertNode(node, scope, buffer[position], buffer);
        node.property = convertNode(node, scope, buffer[position + 1], buffer);
    },
    function methodDefinition(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.static = (flags & 1) === 1;
        node.computed = (flags & 2) === 2;
        node.decorators = convertNodeList(node, scope, buffer[position + 1], buffer);
        node.key = convertNode(node, scope, buffer[position + 2], buffer);
        node.value = convertNode(node, scope, buffer[position + 3], buffer);
        node.kind = FIXED_STRINGS[buffer[position + 4]];
    },
    function newExpression(node, position, buffer) {
        const { scope } = node;
        node.annotations = convertAnnotations(buffer[position], buffer);
        node.callee = convertNode(node, scope, buffer[position + 1], buffer);
        node.arguments = convertNodeList(node, scope, buffer[position + 2], buffer);
    },
    function objectExpression(node, position, buffer) {
        const { scope } = node;
        node.properties = convertNodeList(node, scope, buffer[position], buffer);
    },
    function objectPattern(node, position, buffer) {
        const { scope } = node;
        node.properties = convertNodeList(node, scope, buffer[position], buffer);
    },
    function privateIdentifier(node, position, buffer) {
        node.name = buffer.convertString(buffer[position]);
    },
    function program(node, position, buffer) {
        const { scope } = node;
        node.body = convertNodeList(node, scope, buffer[position], buffer);
        node.invalidAnnotations = convertAnnotations(buffer[position + 1], buffer);
    },
    function property(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.method = (flags & 1) === 1;
        node.shorthand = (flags & 2) === 2;
        node.computed = (flags & 4) === 4;
        const keyPosition = buffer[position + 1];
        node.value = convertNode(node, scope, buffer[position + 2], buffer);
        node.kind = FIXED_STRINGS[buffer[position + 3]];
        node.key = keyPosition === 0 ? node.value : convertNode(node, scope, keyPosition, buffer);
    },
    function propertyDefinition(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.static = (flags & 1) === 1;
        node.computed = (flags & 2) === 2;
        node.decorators = convertNodeList(node, scope, buffer[position + 1], buffer);
        node.key = convertNode(node, scope, buffer[position + 2], buffer);
        const valuePosition = buffer[position + 3];
        node.value = valuePosition === 0 ? null : convertNode(node, scope, valuePosition, buffer);
    },
    function restElement(node, position, buffer) {
        const { scope } = node;
        node.argument = convertNode(node, scope, buffer[position], buffer);
    },
    function returnStatement(node, position, buffer) {
        const { scope } = node;
        const argumentPosition = buffer[position];
        node.argument =
            argumentPosition === 0 ? null : convertNode(node, scope, argumentPosition, buffer);
    },
    function sequenceExpression(node, position, buffer) {
        const { scope } = node;
        node.expressions = convertNodeList(node, scope, buffer[position], buffer);
    },
    function spreadElement(node, position, buffer) {
        const { scope } = node;
        node.argument = convertNode(node, scope, buffer[position], buffer);
    },
    function staticBlock(node, position, buffer) {
        const { scope } = node;
        node.body = convertNodeList(node, scope, buffer[position], buffer);
    },
    function superElement() { },
    function switchCase(node, position, buffer) {
        const { scope } = node;
        const testPosition = buffer[position];
        node.test = testPosition === 0 ? null : convertNode(node, scope, testPosition, buffer);
        node.consequent = convertNodeList(node, scope, buffer[position + 1], buffer);
    },
    function switchStatement(node, position, buffer) {
        const { scope } = node;
        node.discriminant = convertNode(node, node.parentScope, buffer[position], buffer);
        node.cases = convertNodeList(node, scope, buffer[position + 1], buffer);
    },
    function taggedTemplateExpression(node, position, buffer) {
        const { scope } = node;
        node.tag = convertNode(node, scope, buffer[position], buffer);
        node.quasi = convertNode(node, scope, buffer[position + 1], buffer);
    },
    function templateElement(node, position, buffer) {
        const flags = buffer[position];
        node.tail = (flags & 1) === 1;
        const cookedPosition = buffer[position + 1];
        const cooked = cookedPosition === 0 ? undefined : buffer.convertString(cookedPosition);
        const raw = buffer.convertString(buffer[position + 2]);
        node.value = { cooked, raw };
    },
    function templateLiteral(node, position, buffer) {
        const { scope } = node;
        node.quasis = convertNodeList(node, scope, buffer[position], buffer);
        node.expressions = convertNodeList(node, scope, buffer[position + 1], buffer);
    },
    function thisExpression() { },
    function throwStatement(node, position, buffer) {
        const { scope } = node;
        node.argument = convertNode(node, scope, buffer[position], buffer);
    },
    function tryStatement(node, position, buffer) {
        const { scope } = node;
        node.block = convertNode(node, scope, buffer[position], buffer);
        const handlerPosition = buffer[position + 1];
        node.handler = handlerPosition === 0 ? null : convertNode(node, scope, handlerPosition, buffer);
        const finalizerPosition = buffer[position + 2];
        node.finalizer =
            finalizerPosition === 0 ? null : convertNode(node, scope, finalizerPosition, buffer);
    },
    function unaryExpression(node, position, buffer) {
        const { scope } = node;
        node.operator = FIXED_STRINGS[buffer[position]];
        node.argument = convertNode(node, scope, buffer[position + 1], buffer);
    },
    function updateExpression(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.prefix = (flags & 1) === 1;
        node.operator = FIXED_STRINGS[buffer[position + 1]];
        node.argument = convertNode(node, scope, buffer[position + 2], buffer);
    },
    function variableDeclaration(node, position, buffer) {
        const { scope } = node;
        node.kind = FIXED_STRINGS[buffer[position]];
        node.declarations = convertNodeList(node, scope, buffer[position + 1], buffer);
    },
    function variableDeclarator(node, position, buffer) {
        const { scope } = node;
        node.id = convertNode(node, scope, buffer[position], buffer);
        const initPosition = buffer[position + 1];
        node.init = initPosition === 0 ? null : convertNode(node, scope, initPosition, buffer);
    },
    function whileStatement(node, position, buffer) {
        const { scope } = node;
        node.test = convertNode(node, scope, buffer[position], buffer);
        node.body = convertNode(node, scope, buffer[position + 1], buffer);
    },
    function yieldExpression(node, position, buffer) {
        const { scope } = node;
        const flags = buffer[position];
        node.delegate = (flags & 1) === 1;
        const argumentPosition = buffer[position + 1];
        node.argument =
            argumentPosition === 0 ? null : convertNode(node, scope, argumentPosition, buffer);
    }
];
function convertNode(parent, parentScope, position, buffer) {
    const nodeType = buffer[position];
    const NodeConstructor = nodeConstructors$1[nodeType];
    /* istanbul ignore if: This should never be executed but is a safeguard against faulty buffers */
    if (!NodeConstructor) {
        console.trace();
        throw new Error(`Unknown node type: ${nodeType}`);
    }
    const node = new NodeConstructor(parent, parentScope);
    node.type = nodeTypeStrings[nodeType];
    node.start = buffer[position + 1];
    node.end = buffer[position + 2];
    bufferParsers[nodeType](node, position + 3, buffer);
    node.initialise();
    return node;
}
function convertNodeList(parent, parentScope, position, buffer) {
    if (position === 0)
        return EMPTY_ARRAY;
    const length = buffer[position++];
    const list = new Array(length);
    for (let index = 0; index < length; index++) {
        const nodePosition = buffer[position++];
        list[index] = nodePosition ? convertNode(parent, parentScope, nodePosition, buffer) : null;
    }
    return list;
}

class UnknownNode extends NodeBase {
    hasEffects() {
        return true;
    }
    include(context) {
        super.include(context, true);
    }
}

// This file is generated by scripts/generate-node-index.js.
// Do not edit this file directly.
const nodeConstructors = {
    ArrayExpression,
    ArrayPattern,
    ArrowFunctionExpression,
    AssignmentExpression,
    AssignmentPattern,
    AwaitExpression,
    BinaryExpression,
    BlockStatement,
    BreakStatement,
    CallExpression,
    CatchClause,
    ChainExpression,
    ClassBody,
    ClassDeclaration,
    ClassExpression,
    ConditionalExpression,
    ContinueStatement,
    DebuggerStatement,
    Decorator,
    DoWhileStatement,
    EmptyStatement,
    ExportAllDeclaration,
    ExportDefaultDeclaration,
    ExportNamedDeclaration,
    ExportSpecifier,
    ExpressionStatement,
    ForInStatement,
    ForOfStatement,
    ForStatement,
    FunctionDeclaration,
    FunctionExpression,
    Identifier,
    IfStatement,
    ImportAttribute,
    ImportDeclaration,
    ImportDefaultSpecifier,
    ImportExpression,
    ImportNamespaceSpecifier,
    ImportSpecifier,
    JSXAttribute,
    JSXClosingElement,
    JSXClosingFragment,
    JSXElement,
    JSXEmptyExpression,
    JSXExpressionContainer,
    JSXFragment,
    JSXIdentifier,
    JSXMemberExpression,
    JSXNamespacedName,
    JSXOpeningElement,
    JSXOpeningFragment,
    JSXSpreadAttribute,
    JSXSpreadChild,
    JSXText,
    LabeledStatement,
    Literal,
    LogicalExpression,
    MemberExpression,
    MetaProperty,
    MethodDefinition,
    NewExpression,
    ObjectExpression,
    ObjectPattern,
    PanicError,
    ParseError,
    PrivateIdentifier,
    Program,
    Property,
    PropertyDefinition,
    RestElement,
    ReturnStatement,
    SequenceExpression,
    SpreadElement,
    StaticBlock,
    Super,
    SwitchCase,
    SwitchStatement,
    TaggedTemplateExpression,
    TemplateElement,
    TemplateLiteral,
    ThisExpression,
    ThrowStatement,
    TryStatement,
    UnaryExpression,
    UnknownNode,
    UpdateExpression,
    VariableDeclaration,
    VariableDeclarator,
    WhileStatement,
    YieldExpression
};

class ExportShimVariable extends Variable {
    constructor(module) {
        super(MISSING_EXPORT_SHIM_VARIABLE);
        this.module = module;
    }
    includePath(path, context) {
        super.includePath(path, context);
        this.module.needsExportShim = true;
    }
}

var BuildPhase;
(function (BuildPhase) {
    BuildPhase[BuildPhase["LOAD_AND_PARSE"] = 0] = "LOAD_AND_PARSE";
    BuildPhase[BuildPhase["ANALYSE"] = 1] = "ANALYSE";
    BuildPhase[BuildPhase["GENERATE"] = 2] = "GENERATE";
})(BuildPhase || (BuildPhase = {}));

function getId(m) {
    return m.id;
}

// Four random characters from the private use area to minimize risk of
// conflicts
const hashPlaceholderLeft = '!~{';
const hashPlaceholderRight = '}~';
const hashPlaceholderOverhead = hashPlaceholderLeft.length + hashPlaceholderRight.length;
// This is the size of a 128-bits xxhash with base64url encoding
const MAX_HASH_SIZE = 21;
const DEFAULT_HASH_SIZE = 8;
const getHashPlaceholderGenerator = () => {
    let nextIndex = 0;
    return (optionName, hashSize) => {
        if (hashSize > MAX_HASH_SIZE) {
            return error(logFailedValidation(`Hashes cannot be longer than ${MAX_HASH_SIZE} characters, received ${hashSize}. Check the "${optionName}" option.`));
        }
        const placeholder = `${hashPlaceholderLeft}${toBase64(++nextIndex).padStart(hashSize - hashPlaceholderOverhead, '0')}${hashPlaceholderRight}`;
        if (placeholder.length > hashSize) {
            return error(logFailedValidation(`To generate hashes for this number of chunks (currently ${nextIndex}), you need a minimum hash size of ${placeholder.length}, received ${hashSize}. Check the "${optionName}" option.`));
        }
        return placeholder;
    };
};
const REPLACER_REGEX = new RegExp(`${hashPlaceholderLeft}[0-9a-zA-Z_$]{1,${MAX_HASH_SIZE - hashPlaceholderOverhead}}${hashPlaceholderRight}`, 'g');
const replacePlaceholders = (code, hashesByPlaceholder) => code.replace(REPLACER_REGEX, placeholder => hashesByPlaceholder.get(placeholder) || placeholder);
const replaceSinglePlaceholder = (code, placeholder, value) => code.replace(REPLACER_REGEX, match => (match === placeholder ? value : match));
const replacePlaceholdersWithDefaultAndGetContainedPlaceholders = (code, placeholders) => {
    const containedPlaceholders = new Set();
    const transformedCode = code.replace(REPLACER_REGEX, placeholder => {
        if (placeholders.has(placeholder)) {
            containedPlaceholders.add(placeholder);
            return `${hashPlaceholderLeft}${'0'.repeat(placeholder.length - hashPlaceholderOverhead)}${hashPlaceholderRight}`;
        }
        return placeholder;
    });
    return { containedPlaceholders, transformedCode };
};

/**
 * Concatenate a number of iterables to a new iterable without fully evaluating
 * their iterators. Useful when e.g. working with large sets or lists and when
 * there is a chance that the iterators will not be fully exhausted.
 */
function* concatLazy(iterables) {
    for (const iterable of iterables) {
        yield* iterable;
    }
}

/**
 * At its core, the algorithm first starts from each static or dynamic entry
 * point and then assigns that entry point to all modules than can be reached
 * via static imports. We call this the *dependent entry points* of that
 * module.
 *
 * Then we group all modules with the same dependent entry points into chunks
 * as those modules will always be loaded together.
 *
 * One non-trivial optimization we can apply is that dynamic entries are
 * different from static entries in so far as when a dynamic import occurs,
 * some modules are already in memory. If some of these modules are also
 * dependencies of the dynamic entry, then it does not make sense to create a
 * separate chunk for them. Instead, the dynamic import target can load them
 * from the importing chunk.
 *
 * With regard to chunking, if B is implicitly loaded after A, then this can be
 * handled the same way as if there was a dynamic import A => B.
 *
 * Example:
 * Assume A -> B (A imports B), A => C (A dynamically imports C) and C -> B.
 * Then the initial algorithm would assign A into the A chunk, C into the C
 * chunk and B into the AC chunk, i.e. the chunk with the dependent entry
 * points A and C.
 * However we know that C can only be loaded from A, so A and its dependency B
 * must already be in memory when C is loaded. So it is enough to create only
 * two chunks A containing [AB] and C containing [C].
 *
 * So we do not assign the dynamic entry C as dependent entry point to modules
 * that are already loaded.
 *
 * In a more complex example, let us assume that we have entry points X and Y.
 * Further, let us assume
 * X -> A, X -> B, X -> C,
 * Y -> A, Y -> B,
 * A => D,
 * D -> B, D -> C
 * So without dynamic import optimization, the dependent entry points are
 * A: XY, B: DXY, C: DX, D: D, X: X, Y: Y, so we would for now create six
 * chunks.
 *
 * Now D is loaded only after A is loaded. But A is loaded if either X is
 * loaded or Y is loaded. So the modules that are already in memory when D is
 * loaded are the intersection of all modules that X depends on with all
 * modules that Y depends on, which in this case are the modules A and B.
 * We could also say they are all modules that have both X and Y as dependent
 * entry points.
 *
 * So we can remove D as dependent entry point from A and B, which means they
 * both now have only XY as dependent entry points and can be merged into the
 * same chunk.
 *
 * Now let us extend this to the most general case where we have several
 * dynamic importers for one dynamic entry point.
 *
 * In the most general form, it works like this:
 * For each dynamic entry point, we have a number of dynamic importers, which
 * are the modules importing it. Using the previous ideas, we can determine
 * the modules already in memory for each dynamic importer by looking for all
 * modules that have all the dependent entry points of the dynamic importer as
 * dependent entry points.
 * So the modules that are guaranteed to be in memory when the dynamic entry
 * point is loaded are the intersection of the modules already in memory for
 * each dynamic importer.
 *
 * Assuming that A => D and B => D and A has dependent entry points XY and B
 * has dependent entry points YZ, then the modules guaranteed to be in memory
 * are all modules that have at least XYZ as dependent entry points.
 * We call XYZ the *dynamically dependent entry points* of D.
 *
 * Now there is one last case to consider: If one of the dynamically dependent
 * entries is itself a dynamic entry, then any module is in memory that either
 * is a dependency of that dynamic entry or again has the dynamic dependent
 * entries of that dynamic entry as dependent entry points.
 *
 * A naive algorithm for this proved to be costly as it contained an O(n^3)
 * complexity with regard to dynamic entries that blew up for very large
 * projects.
 *
 * If we have an efficient way to do Set operations, an alternative approach
 * would be to instead collect already loaded modules per dynamic entry. And as
 * all chunks from the initial grouping would behave the same, we can instead
 * collect already loaded chunks for a performance improvement.
 *
 * To do that efficiently, need
 * - a Map of dynamic imports per dynamic entry, which contains all dynamic
 *   imports that can be triggered by a dynamic entry
 * - a Map of static dependencies per entry
 * - a Map of already loaded chunks per entry that we initially populate with
 *   empty Sets for static entries and Sets containing all entries for dynamic
 *   entries
 *
 * For efficient operations, we assign each entry a numerical index and
 * represent Sets of Chunks as BigInt values where each chunk corresponds to a
 * bit index. Then the last two maps can be represented as arrays of BigInt
 * values.
 *
 * Then we iterate through each dynamic entry. We set the already loaded modules
 * to the intersection of the previously already loaded modules with the union
 * of the already loaded modules of that chunk with its static dependencies.
 *
 * If the already loaded modules changed, then we use the Map of dynamic imports
 * per dynamic entry to marks all dynamic entry dependencies as "dirty" and put
 * them back into the iteration. As an additional optimization, we note for
 * each dynamic entry which dynamic dependent entries have changed and only
 * intersect those entries again on subsequent interations.
 *
 * Then we remove the dynamic entries from the list of dependent entries for
 * those chunks that are already loaded for that dynamic entry and create
 * another round of chunks.
 */
function getChunkAssignments(entries, manualChunkAliasByEntry, minChunkSize, log) {
    const { chunkDefinitions, modulesInManualChunks } = getChunkDefinitionsFromManualChunks(manualChunkAliasByEntry);
    const { allEntries, dependentEntriesByModule, dynamicallyDependentEntriesByDynamicEntry, dynamicImportsByEntry, dynamicallyDependentEntriesByAwaitedDynamicEntry, awaitedDynamicImportsByEntry } = analyzeModuleGraph(entries);
    // Each chunk is identified by its position in this array
    const chunkAtoms = getChunksWithSameDependentEntries(getModulesWithDependentEntries(dependentEntriesByModule, modulesInManualChunks));
    const staticDependencyAtomsByEntry = getStaticDependencyAtomsByEntry(allEntries, chunkAtoms);
    // Warning: This will consume dynamicallyDependentEntriesByDynamicEntry.
    // If we no longer want this, we should make a copy here.
    const alreadyLoadedAtomsByEntry = getAlreadyLoadedAtomsByEntry(staticDependencyAtomsByEntry, dynamicallyDependentEntriesByDynamicEntry, dynamicImportsByEntry, allEntries);
    const awaitedAlreadyLoadedAtomsByEntry = getAlreadyLoadedAtomsByEntry(staticDependencyAtomsByEntry, dynamicallyDependentEntriesByAwaitedDynamicEntry, awaitedDynamicImportsByEntry, allEntries);
    // This mutates the dependentEntries in chunkAtoms
    removeUnnecessaryDependentEntries(chunkAtoms, alreadyLoadedAtomsByEntry, awaitedAlreadyLoadedAtomsByEntry);
    const { chunks, sideEffectAtoms, sizeByAtom } = getChunksWithSameDependentEntriesAndCorrelatedAtoms(chunkAtoms, staticDependencyAtomsByEntry, alreadyLoadedAtomsByEntry, minChunkSize);
    chunkDefinitions.push(...getOptimizedChunks(chunks, minChunkSize, sideEffectAtoms, sizeByAtom, log).map(({ modules }) => ({
        alias: null,
        modules
    })));
    return chunkDefinitions;
}
function getChunkDefinitionsFromManualChunks(manualChunkAliasByEntry) {
    const modulesInManualChunks = new Set(manualChunkAliasByEntry.keys());
    const manualChunkModulesByAlias = Object.create(null);
    for (const [entry, alias] of manualChunkAliasByEntry) {
        addStaticDependenciesToManualChunk(entry, (manualChunkModulesByAlias[alias] ||= []), modulesInManualChunks);
    }
    const manualChunks = Object.entries(manualChunkModulesByAlias);
    const chunkDefinitions = new Array(manualChunks.length);
    let index = 0;
    for (const [alias, modules] of manualChunks) {
        chunkDefinitions[index++] = { alias, modules };
    }
    return { chunkDefinitions, modulesInManualChunks };
}
function addStaticDependenciesToManualChunk(entry, manualChunkModules, modulesInManualChunks) {
    const modulesToHandle = new Set([entry]);
    for (const module of modulesToHandle) {
        modulesInManualChunks.add(module);
        manualChunkModules.push(module);
        for (const dependency of module.dependencies) {
            if (!(dependency instanceof ExternalModule || modulesInManualChunks.has(dependency))) {
                modulesToHandle.add(dependency);
            }
        }
    }
}
function analyzeModuleGraph(entries) {
    const dynamicEntryModules = new Set();
    const awaitedDynamicEntryModules = new Set();
    const dependentEntriesByModule = new Map();
    const allEntriesSet = new Set(entries);
    const dynamicImportModulesByEntry = new Array(allEntriesSet.size);
    const awaitedDynamicImportModulesByEntry = new Array(allEntriesSet.size);
    let entryIndex = 0;
    for (const currentEntry of allEntriesSet) {
        const dynamicImportsForCurrentEntry = new Set();
        const awaitedDynamicImportsForCurrentEntry = new Set();
        dynamicImportModulesByEntry[entryIndex] = dynamicImportsForCurrentEntry;
        awaitedDynamicImportModulesByEntry[entryIndex] = awaitedDynamicImportsForCurrentEntry;
        const staticDependencies = new Set([currentEntry]);
        for (const module of staticDependencies) {
            getOrCreate(dependentEntriesByModule, module, (getNewSet)).add(entryIndex);
            for (const dependency of module.getDependenciesToBeIncluded()) {
                if (!(dependency instanceof ExternalModule)) {
                    staticDependencies.add(dependency);
                }
            }
            for (const { resolution } of module.dynamicImports) {
                if (resolution instanceof Module &&
                    resolution.includedDynamicImporters.length > 0 &&
                    !allEntriesSet.has(resolution)) {
                    dynamicEntryModules.add(resolution);
                    allEntriesSet.add(resolution);
                    dynamicImportsForCurrentEntry.add(resolution);
                    for (const includedDirectTopLevelAwaitingDynamicImporter of resolution.includedDirectTopLevelAwaitingDynamicImporters) {
                        if (staticDependencies.has(includedDirectTopLevelAwaitingDynamicImporter)) {
                            awaitedDynamicEntryModules.add(resolution);
                            awaitedDynamicImportsForCurrentEntry.add(resolution);
                            break;
                        }
                    }
                }
            }
            for (const dependency of module.implicitlyLoadedBefore) {
                if (!allEntriesSet.has(dependency)) {
                    dynamicEntryModules.add(dependency);
                    allEntriesSet.add(dependency);
                }
            }
        }
        entryIndex++;
    }
    const allEntries = [...allEntriesSet];
    const { awaitedDynamicEntries, awaitedDynamicImportsByEntry, dynamicEntries, dynamicImportsByEntry } = getDynamicEntries(allEntries, dynamicEntryModules, dynamicImportModulesByEntry, awaitedDynamicEntryModules, awaitedDynamicImportModulesByEntry);
    return {
        allEntries,
        awaitedDynamicImportsByEntry,
        dependentEntriesByModule,
        dynamicallyDependentEntriesByAwaitedDynamicEntry: getDynamicallyDependentEntriesByDynamicEntry(dependentEntriesByModule, awaitedDynamicEntries, allEntries, dynamicEntry => dynamicEntry.includedDirectTopLevelAwaitingDynamicImporters),
        dynamicallyDependentEntriesByDynamicEntry: getDynamicallyDependentEntriesByDynamicEntry(dependentEntriesByModule, dynamicEntries, allEntries, dynamicEntry => dynamicEntry.includedDynamicImporters),
        dynamicImportsByEntry
    };
}
function getDynamicEntries(allEntries, dynamicEntryModules, dynamicImportModulesByEntry, awaitedDynamicEntryModules, awaitedDynamicImportModulesByEntry) {
    const entryIndexByModule = new Map();
    const dynamicEntries = new Set();
    const awaitedDynamicEntries = new Set();
    for (const [entryIndex, entry] of allEntries.entries()) {
        entryIndexByModule.set(entry, entryIndex);
        if (dynamicEntryModules.has(entry)) {
            dynamicEntries.add(entryIndex);
        }
        if (awaitedDynamicEntryModules.has(entry)) {
            awaitedDynamicEntries.add(entryIndex);
        }
    }
    const dynamicImportsByEntry = getDynamicImportsByEntry(dynamicImportModulesByEntry, entryIndexByModule);
    const awaitedDynamicImportsByEntry = getDynamicImportsByEntry(awaitedDynamicImportModulesByEntry, entryIndexByModule);
    return {
        awaitedDynamicEntries,
        awaitedDynamicImportsByEntry,
        dynamicEntries,
        dynamicImportsByEntry
    };
}
function getDynamicImportsByEntry(dynamicImportModulesByEntry, entryIndexByModule) {
    const dynamicImportsByEntry = new Array(dynamicImportModulesByEntry.length);
    let index = 0;
    for (const dynamicImportModules of dynamicImportModulesByEntry) {
        const dynamicImports = new Set();
        for (const dynamicEntry of dynamicImportModules) {
            dynamicImports.add(entryIndexByModule.get(dynamicEntry));
        }
        dynamicImportsByEntry[index++] = dynamicImports;
    }
    return dynamicImportsByEntry;
}
function getDynamicallyDependentEntriesByDynamicEntry(dependentEntriesByModule, dynamicEntries, allEntries, getDynamicImporters) {
    const dynamicallyDependentEntriesByDynamicEntry = new Map();
    for (const dynamicEntryIndex of dynamicEntries) {
        const dynamicallyDependentEntries = getOrCreate(dynamicallyDependentEntriesByDynamicEntry, dynamicEntryIndex, (getNewSet));
        const dynamicEntry = allEntries[dynamicEntryIndex];
        for (const importer of concatLazy([
            getDynamicImporters(dynamicEntry),
            dynamicEntry.implicitlyLoadedAfter
        ])) {
            for (const entry of dependentEntriesByModule.get(importer)) {
                dynamicallyDependentEntries.add(entry);
            }
        }
    }
    return dynamicallyDependentEntriesByDynamicEntry;
}
function getChunksWithSameDependentEntries(modulesWithDependentEntries) {
    const chunkModules = Object.create(null);
    for (const { dependentEntries, modules } of modulesWithDependentEntries) {
        let chunkSignature = 0n;
        for (const entryIndex of dependentEntries) {
            chunkSignature |= 1n << BigInt(entryIndex);
        }
        (chunkModules[String(chunkSignature)] ||= {
            dependentEntries: new Set(dependentEntries),
            modules: []
        }).modules.push(...modules);
    }
    return Object.values(chunkModules);
}
function* getModulesWithDependentEntries(dependentEntriesByModule, modulesInManualChunks) {
    for (const [module, dependentEntries] of dependentEntriesByModule) {
        if (!modulesInManualChunks.has(module)) {
            yield { dependentEntries, modules: [module] };
        }
    }
}
function getStaticDependencyAtomsByEntry(allEntries, chunkAtoms) {
    // The indices correspond to the indices in allEntries. The atoms correspond
    // to bits in the bigint values where chunk 0 is the lowest bit.
    const staticDependencyAtomsByEntry = allEntries.map(() => 0n);
    // This toggles the bits for each atom that is a dependency of an entry
    let atomMask = 1n;
    for (const { dependentEntries } of chunkAtoms) {
        for (const entryIndex of dependentEntries) {
            staticDependencyAtomsByEntry[entryIndex] |= atomMask;
        }
        atomMask <<= 1n;
    }
    return staticDependencyAtomsByEntry;
}
// Warning: This will consume dynamicallyDependentEntriesByDynamicEntry.
function getAlreadyLoadedAtomsByEntry(staticDependencyAtomsByEntry, dynamicallyDependentEntriesByDynamicEntry, dynamicImportsByEntry, allEntries) {
    // Dynamic entries have all atoms as already loaded initially because we then
    // intersect with the static dependency atoms of all dynamic importers.
    // Static entries cannot have already loaded atoms.
    const alreadyLoadedAtomsByEntry = allEntries.map((_entry, entryIndex) => dynamicallyDependentEntriesByDynamicEntry.has(entryIndex) ? -1n : 0n);
    for (const [dynamicEntryIndex, dynamicallyDependentEntries] of dynamicallyDependentEntriesByDynamicEntry) {
        // We delete here so that they can be added again if necessary to be handled
        // again by the loop
        dynamicallyDependentEntriesByDynamicEntry.delete(dynamicEntryIndex);
        const knownLoadedAtoms = alreadyLoadedAtomsByEntry[dynamicEntryIndex];
        let updatedLoadedAtoms = knownLoadedAtoms;
        for (const entryIndex of dynamicallyDependentEntries) {
            updatedLoadedAtoms &=
                staticDependencyAtomsByEntry[entryIndex] | alreadyLoadedAtomsByEntry[entryIndex];
        }
        // If the knownLoadedAtoms changed, all dependent dynamic entries need to be
        // updated again
        if (updatedLoadedAtoms !== knownLoadedAtoms) {
            alreadyLoadedAtomsByEntry[dynamicEntryIndex] = updatedLoadedAtoms;
            for (const dynamicImport of dynamicImportsByEntry[dynamicEntryIndex]) {
                // If this adds an entry that was deleted before, it will be handled
                // again. This is the reason why we delete every entry from this map
                // that we processed.
                getOrCreate(dynamicallyDependentEntriesByDynamicEntry, dynamicImport, (getNewSet)).add(dynamicEntryIndex);
            }
        }
    }
    return alreadyLoadedAtomsByEntry;
}
/**
 * This removes all unnecessary dynamic entries from the dependentEntries in its
 * first argument if a chunk is already loaded without that entry.
 */
function removeUnnecessaryDependentEntries(chunkAtoms, alreadyLoadedAtomsByEntry, awaitedAlreadyLoadedAtomsByEntry) {
    // Remove entries from dependent entries if a chunk is already loaded without
    // that entry. Do not remove already loaded atoms where all dynamic imports
    // are awaited to avoid cycles in the output.
    let chunkMask = 1n;
    for (const { dependentEntries } of chunkAtoms) {
        for (const entryIndex of dependentEntries) {
            if ((alreadyLoadedAtomsByEntry[entryIndex] & chunkMask) === chunkMask &&
                (awaitedAlreadyLoadedAtomsByEntry[entryIndex] & chunkMask) === 0n) {
                dependentEntries.delete(entryIndex);
            }
        }
        chunkMask <<= 1n;
    }
}
function getChunksWithSameDependentEntriesAndCorrelatedAtoms(chunkAtoms, staticDependencyAtomsByEntry, alreadyLoadedAtomsByEntry, minChunkSize) {
    const chunksBySignature = Object.create(null);
    const chunkByModule = new Map();
    const sizeByAtom = new Array(chunkAtoms.length);
    let sideEffectAtoms = 0n;
    let atomMask = 1n;
    let index = 0;
    for (const { dependentEntries, modules } of chunkAtoms) {
        let chunkSignature = 0n;
        let correlatedAtoms = -1n;
        for (const entryIndex of dependentEntries) {
            chunkSignature |= 1n << BigInt(entryIndex);
            // Correlated atoms are the atoms that are guaranteed to be loaded as
            // well when a given atom is loaded. It is the intersection of the already
            // loaded modules of each chunk merged with its static dependencies.
            correlatedAtoms &=
                staticDependencyAtomsByEntry[entryIndex] | alreadyLoadedAtomsByEntry[entryIndex];
        }
        const chunk = (chunksBySignature[String(chunkSignature)] ||= {
            containedAtoms: 0n,
            correlatedAtoms,
            dependencies: new Set(),
            dependentChunks: new Set(),
            dependentEntries: new Set(dependentEntries),
            modules: [],
            pure: true,
            size: 0
        });
        let atomSize = 0;
        let pure = true;
        for (const module of modules) {
            chunkByModule.set(module, chunk);
            // Unfortunately, we cannot take tree-shaking into account here because
            // rendering did not happen yet, but we can detect empty modules
            if (module.isIncluded()) {
                pure &&= !module.hasEffects();
                // we use a trivial size for the default minChunkSize to improve
                // performance
                atomSize += minChunkSize > 1 ? module.estimateSize() : 1;
            }
        }
        if (!pure) {
            sideEffectAtoms |= atomMask;
        }
        sizeByAtom[index++] = atomSize;
        chunk.containedAtoms |= atomMask;
        chunk.modules.push(...modules);
        chunk.pure &&= pure;
        chunk.size += atomSize;
        atomMask <<= 1n;
    }
    const chunks = Object.values(chunksBySignature);
    sideEffectAtoms |= addChunkDependenciesAndGetExternalSideEffectAtoms(chunks, chunkByModule, atomMask);
    return { chunks, sideEffectAtoms, sizeByAtom };
}
function addChunkDependenciesAndGetExternalSideEffectAtoms(chunks, chunkByModule, nextAvailableAtomMask) {
    const signatureByExternalModule = new Map();
    let externalSideEffectAtoms = 0n;
    for (const chunk of chunks) {
        const { dependencies, modules } = chunk;
        for (const module of modules) {
            for (const dependency of module.getDependenciesToBeIncluded()) {
                if (dependency instanceof ExternalModule) {
                    if (dependency.info.moduleSideEffects) {
                        const signature = getOrCreate(signatureByExternalModule, dependency, () => {
                            const signature = nextAvailableAtomMask;
                            nextAvailableAtomMask <<= 1n;
                            externalSideEffectAtoms |= signature;
                            return signature;
                        });
                        chunk.containedAtoms |= signature;
                        chunk.correlatedAtoms |= signature;
                    }
                }
                else {
                    const dependencyChunk = chunkByModule.get(dependency);
                    if (dependencyChunk && dependencyChunk !== chunk) {
                        dependencies.add(dependencyChunk);
                        dependencyChunk.dependentChunks.add(chunk);
                    }
                }
            }
        }
    }
    return externalSideEffectAtoms;
}
/**
 * This function tries to get rid of small chunks by merging them with other
 * chunks.
 *
 * We can only merge chunks safely if after the merge, loading any entry point
 * in any allowed order will not trigger side effects that should not have been
 * triggered. While side effects are usually things like global function calls,
 * global variable mutations or potentially thrown errors, details do not
 * matter here, and we just discern chunks without side effects (pure chunks)
 * from other chunks.
 *
 * As a first step, we assign each pre-generated chunk with side effects a
 * label. I.e. we have side effect "A" if the non-pure chunk "A" is loaded.
 *
 * Now to determine the side effects of loading a chunk, one also has to take
 * the side effects of its dependencies into account. So if A depends on B
 * (A -> B) and both have side effects, loading A triggers effects AB.
 *
 * Now from the previous step we know that each chunk is uniquely determine by
 * the entry points that depend on it and cause it to load, which we will call
 * its dependent entry points.
 *
 * E.g. if X -> A and Y -> A, then the dependent entry points of A are XY.
 * Starting from that idea, we can determine a set of chunks—and thus a set
 * of side effects—that must have been triggered if a certain chunk has been
 * loaded. Basically, it is the intersection of all chunks loaded by the
 * dependent entry points of a given chunk. We call the corresponding side
 * effects the correlated side effects of that chunk.
 *
 * Example:
 * X -> ABC, Y -> ADE, A-> F, B -> D
 * Then taking dependencies into account, X -> ABCDF, Y -> ADEF
 * The intersection is ADF. So we know that when A is loaded, D and F must also
 * be in memory even though neither D nor A is a dependency of the other.
 * If all have side effects, we call ADF the correlated side effects of A. The
 * correlated side effects need to remain constant when merging chunks.
 *
 * In contrast, we have the dependency side effects of A, which represents
 * the side effects we trigger if we directly load A. In this example, the
 * dependency side effects are AF.
 * For entry chunks, dependency and correlated side effects are the same.
 *
 * With these concepts, merging chunks is allowed if the correlated side
 * effects of each entry do not change. Thus, we are allowed to merge two
 * chunks if
 *
 * a) the dependency side effects of each chunk are a subset of the correlated
 *    side effects of the other chunk, so no additional side effects are
 *    triggered for any entry, or
 * b) The dependent entry points of chunk A are a subset of the dependent entry
 *    points of chunk B while the dependency side effects of A are a subset of
 *    the correlated side effects of B. Because in that scenario, whenever A is
 *    loaded, B is loaded as well. But there are cases when B is loaded where A
 *    is not loaded. So if we merge the chunks, all dependency side effects of
 *    A will be added to the correlated side effects of B, and as the latter is
 *    not allowed to change, the former need to be a subset of the latter.
 *
 * Another consideration when merging small chunks into other chunks is to
 * avoid
 * that too much additional code is loaded. This is achieved when the dependent
 * entries of the small chunk are a subset of the dependent entries of the
 * other
 * chunk. Because then when the small chunk is loaded, the other chunk was
 * loaded/in memory anyway, so at most when the other chunk is loaded, the
 * additional size of the small chunk is loaded unnecessarily.
 *
 * So the algorithm performs merges in two passes:
 *
 * 1. First we try to merge small chunks A only into other chunks B if the
 *    dependent entries of A are a subset of the dependent entries of B and the
 *    dependency side effects of A are a subset of the correlated side effects
 *    of B.
 * 2. Only then for all remaining small chunks, we look for arbitrary merges
 *    following the rule (a), starting with the smallest chunks to look for
 *    possible merge targets.
 */
function getOptimizedChunks(chunks, minChunkSize, sideEffectAtoms, sizeByAtom, log) {
    timeStart('optimize chunks', 3);
    const chunkPartition = getPartitionedChunks(chunks, minChunkSize);
    if (!chunkPartition) {
        timeEnd('optimize chunks', 3);
        return chunks; // the actual modules
    }
    if (minChunkSize > 1) {
        log('info', logOptimizeChunkStatus(chunks.length, chunkPartition.small.size, 'Initially'));
    }
    mergeChunks(chunkPartition, minChunkSize, sideEffectAtoms, sizeByAtom);
    if (minChunkSize > 1) {
        log('info', logOptimizeChunkStatus(chunkPartition.small.size + chunkPartition.big.size, chunkPartition.small.size, 'After merging chunks'));
    }
    timeEnd('optimize chunks', 3);
    return [...chunkPartition.small, ...chunkPartition.big];
}
function getPartitionedChunks(chunks, minChunkSize) {
    const smallChunks = [];
    const bigChunks = [];
    for (const chunk of chunks) {
        (chunk.size < minChunkSize ? smallChunks : bigChunks).push(chunk);
    }
    if (smallChunks.length === 0) {
        return null;
    }
    smallChunks.sort(compareChunkSize);
    bigChunks.sort(compareChunkSize);
    return {
        big: new Set(bigChunks),
        small: new Set(smallChunks)
    };
}
function compareChunkSize({ size: sizeA }, { size: sizeB }) {
    return sizeA - sizeB;
}
function mergeChunks(chunkPartition, minChunkSize, sideEffectAtoms, sizeByAtom) {
    const { small } = chunkPartition;
    for (const mergedChunk of small) {
        const bestTargetChunk = findBestMergeTarget(mergedChunk, chunkPartition, sideEffectAtoms, sizeByAtom, 
        // In the default case, we do not accept size increases
        minChunkSize <= 1 ? 1 : Infinity);
        if (bestTargetChunk) {
            const { containedAtoms, correlatedAtoms, modules, pure, size } = mergedChunk;
            small.delete(mergedChunk);
            getChunksInPartition(bestTargetChunk, minChunkSize, chunkPartition).delete(bestTargetChunk);
            bestTargetChunk.modules.push(...modules);
            bestTargetChunk.size += size;
            bestTargetChunk.pure &&= pure;
            const { dependencies, dependentChunks, dependentEntries } = bestTargetChunk;
            bestTargetChunk.correlatedAtoms &= correlatedAtoms;
            bestTargetChunk.containedAtoms |= containedAtoms;
            for (const entry of mergedChunk.dependentEntries) {
                dependentEntries.add(entry);
            }
            for (const dependency of mergedChunk.dependencies) {
                dependencies.add(dependency);
                dependency.dependentChunks.delete(mergedChunk);
                dependency.dependentChunks.add(bestTargetChunk);
            }
            for (const dependentChunk of mergedChunk.dependentChunks) {
                dependentChunks.add(dependentChunk);
                dependentChunk.dependencies.delete(mergedChunk);
                dependentChunk.dependencies.add(bestTargetChunk);
            }
            dependencies.delete(bestTargetChunk);
            dependentChunks.delete(bestTargetChunk);
            getChunksInPartition(bestTargetChunk, minChunkSize, chunkPartition).add(bestTargetChunk);
        }
    }
}
function findBestMergeTarget(mergedChunk, { big, small }, sideEffectAtoms, sizeByAtom, smallestAdditionalSize) {
    let bestTargetChunk = null;
    // In the default case, we do not accept size increases
    for (const targetChunk of concatLazy([small, big])) {
        if (mergedChunk === targetChunk)
            continue;
        const additionalSizeAfterMerge = getAdditionalSizeAfterMerge(mergedChunk, targetChunk, smallestAdditionalSize, sideEffectAtoms, sizeByAtom);
        if (additionalSizeAfterMerge < smallestAdditionalSize) {
            bestTargetChunk = targetChunk;
            if (additionalSizeAfterMerge === 0)
                break;
            smallestAdditionalSize = additionalSizeAfterMerge;
        }
    }
    return bestTargetChunk;
}
/**
 * Determine the additional unused code size that would be added by merging the
 * two chunks. This is not an exact measurement but rather an upper bound. If
 * the merge produces cycles or adds non-correlated side effects, `Infinity`
 * is returned.
 * Merging will not produce cycles if none of the direct non-merged
 * dependencies of a chunk have the other chunk as a transitive dependency.
 */
function getAdditionalSizeAfterMerge(mergedChunk, targetChunk, 
// The maximum additional unused code size allowed to be added by the merge,
// taking dependencies into account, needs to be below this number
currentAdditionalSize, sideEffectAtoms, sizeByAtom) {
    const firstSize = getAdditionalSizeIfNoTransitiveDependencyOrNonCorrelatedSideEffect(mergedChunk, targetChunk, currentAdditionalSize, sideEffectAtoms, sizeByAtom);
    return firstSize < currentAdditionalSize
        ? firstSize +
            getAdditionalSizeIfNoTransitiveDependencyOrNonCorrelatedSideEffect(targetChunk, mergedChunk, currentAdditionalSize - firstSize, sideEffectAtoms, sizeByAtom)
        : Infinity;
}
function getAdditionalSizeIfNoTransitiveDependencyOrNonCorrelatedSideEffect(dependentChunk, dependencyChunk, currentAdditionalSize, sideEffectAtoms, sizeByAtom) {
    const { correlatedAtoms } = dependencyChunk;
    let dependencyAtoms = dependentChunk.containedAtoms;
    const dependentContainedSideEffects = dependencyAtoms & sideEffectAtoms;
    if ((correlatedAtoms & dependentContainedSideEffects) !== dependentContainedSideEffects) {
        return Infinity;
    }
    const chunksToCheck = new Set(dependentChunk.dependencies);
    for (const { dependencies, containedAtoms } of chunksToCheck) {
        dependencyAtoms |= containedAtoms;
        const containedSideEffects = containedAtoms & sideEffectAtoms;
        if ((correlatedAtoms & containedSideEffects) !== containedSideEffects) {
            return Infinity;
        }
        for (const dependency of dependencies) {
            if (dependency === dependencyChunk) {
                return Infinity;
            }
            chunksToCheck.add(dependency);
        }
    }
    return getAtomsSizeIfBelowLimit(dependencyAtoms & ~correlatedAtoms, currentAdditionalSize, sizeByAtom);
}
function getAtomsSizeIfBelowLimit(atoms, currentAdditionalSize, sizeByAtom) {
    let size = 0;
    let atomIndex = 0;
    let atomSignature = 1n;
    const { length } = sizeByAtom;
    for (; atomIndex < length; atomIndex++) {
        if ((atoms & atomSignature) === atomSignature) {
            size += sizeByAtom[atomIndex];
        }
        atomSignature <<= 1n;
        if (size >= currentAdditionalSize) {
            return Infinity;
        }
    }
    return size;
}
function getChunksInPartition(chunk, minChunkSize, chunkPartition) {
    return chunk.size < minChunkSize ? chunkPartition.small : chunkPartition.big;
}

// ported from https://github.com/substack/node-commondir
function commondir(files) {
    if (files.length === 0)
        return '/';
    if (files.length === 1)
        return dirname(files[0]);
    const commonSegments = files.slice(1).reduce((commonSegments, file) => {
        const pathSegments = file.split(/\/+|\\+/);
        let index;
        for (index = 0; commonSegments[index] === pathSegments[index] &&
            index < Math.min(commonSegments.length, pathSegments.length); index++)
            ;
        return commonSegments.slice(0, index);
    }, files[0].split(/\/+|\\+/));
    // Windows correctly handles paths with forward-slashes
    return commonSegments.length > 1 ? commonSegments.join('/') : '/';
}

class Source {
    constructor(filename, content) {
        this.isOriginal = true;
        this.filename = filename;
        this.content = content;
    }
    traceSegment(line, column, name) {
        return { column, line, name, source: this };
    }
}
class Link {
    constructor(map, sources) {
        this.sources = sources;
        this.names = map.names;
        this.mappings = map.mappings;
    }
    traceMappings() {
        const sources = [];
        const sourceIndexMap = new Map();
        const sourcesContent = [];
        const names = [];
        const nameIndexMap = new Map();
        const mappings = [];
        for (const line of this.mappings) {
            const tracedLine = [];
            for (const segment of line) {
                if (segment.length === 1)
                    continue;
                const source = this.sources[segment[1]];
                if (!source)
                    continue;
                const traced = source.traceSegment(segment[2], segment[3], segment.length === 5 ? this.names[segment[4]] : '');
                if (traced) {
                    const { column, line, name, source: { content, filename } } = traced;
                    let sourceIndex = sourceIndexMap.get(filename);
                    if (sourceIndex === undefined) {
                        sourceIndex = sources.length;
                        sources.push(filename);
                        sourceIndexMap.set(filename, sourceIndex);
                        sourcesContent[sourceIndex] = content;
                    }
                    else if (sourcesContent[sourceIndex] == null) {
                        sourcesContent[sourceIndex] = content;
                    }
                    else if (content != null && sourcesContent[sourceIndex] !== content) {
                        return error(logConflictingSourcemapSources(filename));
                    }
                    const tracedSegment = [segment[0], sourceIndex, line, column];
                    if (name) {
                        let nameIndex = nameIndexMap.get(name);
                        if (nameIndex === undefined) {
                            nameIndex = names.length;
                            names.push(name);
                            nameIndexMap.set(name, nameIndex);
                        }
                        tracedSegment[4] = nameIndex;
                    }
                    tracedLine.push(tracedSegment);
                }
            }
            mappings.push(tracedLine);
        }
        return { mappings, names, sources, sourcesContent };
    }
    traceSegment(line, column, name) {
        const segments = this.mappings[line];
        if (!segments)
            return null;
        // binary search through segments for the given column
        let searchStart = 0;
        let searchEnd = segments.length - 1;
        while (searchStart <= searchEnd) {
            const m = (searchStart + searchEnd) >> 1;
            const segment = segments[m];
            // If a sourcemap does not have sufficient resolution to contain a
            // necessary mapping, e.g. because it only contains line information, we
            // use the best approximation we could find
            if (segment[0] === column || searchStart === searchEnd) {
                if (segment.length == 1)
                    return null;
                const source = this.sources[segment[1]];
                if (!source)
                    return null;
                return source.traceSegment(segment[2], segment[3], segment.length === 5 ? this.names[segment[4]] : name);
            }
            if (segment[0] > column) {
                searchEnd = m - 1;
            }
            else {
                searchStart = m + 1;
            }
        }
        return null;
    }
}
function getLinkMap(log) {
    return function linkMap(source, map) {
        if (!map.missing) {
            return new Link(map, [source]);
        }
        log(LOGLEVEL_WARN, logSourcemapBroken(map.plugin));
        return new Link({
            mappings: [],
            names: []
        }, [source]);
    };
}
function getCollapsedSourcemap(id, originalCode, originalSourcemap, sourcemapChain, linkMap) {
    let source;
    if (originalSourcemap) {
        const sources = originalSourcemap.sources;
        const sourcesContent = originalSourcemap.sourcesContent || [];
        const directory = dirname(id) || '.';
        const sourceRoot = originalSourcemap.sourceRoot || '.';
        const baseSources = sources.map((source, index) => new Source(resolve$1(directory, sourceRoot, source), sourcesContent[index]));
        source = new Link(originalSourcemap, baseSources);
    }
    else {
        source = new Source(id, originalCode);
    }
    return sourcemapChain.reduce(linkMap, source);
}
function collapseSourcemaps(file, map, modules, bundleSourcemapChain, excludeContent, log) {
    const linkMap = getLinkMap(log);
    const moduleSources = modules
        .filter(module => !module.excludeFromSourcemap)
        .map(module => getCollapsedSourcemap(module.id, module.originalCode, module.originalSourcemap, module.sourcemapChain, linkMap));
    const link = new Link(map, moduleSources);
    const source = bundleSourcemapChain.reduce(linkMap, link);
    let { sources, sourcesContent, names, mappings } = source.traceMappings();
    if (file) {
        const directory = dirname(file);
        sources = sources.map((source) => relative(directory, source));
        file = basename(file);
    }
    sourcesContent = (excludeContent ? null : sourcesContent);
    for (const module of modules) {
        resetSourcemapCache(module.originalSourcemap, module.sourcemapChain);
    }
    return new SourceMap({ file, mappings, names, sources, sourcesContent });
}
function collapseSourcemap(id, originalCode, originalSourcemap, sourcemapChain, log) {
    if (sourcemapChain.length === 0) {
        return originalSourcemap;
    }
    const source = getCollapsedSourcemap(id, originalCode, originalSourcemap, sourcemapChain, getLinkMap(log));
    const map = source.traceMappings();
    return decodedSourcemap({ version: 3, ...map });
}

let textEncoder;
const getHash64 = input => xxhashBase64Url(ensureBuffer(input));
const getHash36 = input => xxhashBase36(ensureBuffer(input));
const getHash16 = input => xxhashBase16(ensureBuffer(input));
const hasherByType = {
    base36: getHash36,
    base64: getHash64,
    hex: getHash16
};
function ensureBuffer(input) {
    if (typeof input === 'string') {
        if (typeof Buffer === 'undefined') {
            textEncoder ??= new TextEncoder();
            return textEncoder.encode(input);
        }
        return Buffer.from(input);
    }
    return input;
}

// this looks ridiculous, but it prevents sourcemap tooling from mistaking
// this for an actual sourceMappingURL
let SOURCEMAPPING_URL = 'sourceMa';
SOURCEMAPPING_URL += 'ppingURL';

async function renderChunks(chunks, bundle, pluginDriver, outputOptions, log) {
    timeStart('render chunks', 2);
    reserveEntryChunksInBundle(chunks);
    const renderedChunks = await Promise.all(chunks.map(chunk => chunk.render()));
    timeEnd('render chunks', 2);
    timeStart('transform chunks', 2);
    const getHash = hasherByType[outputOptions.hashCharacters];
    const chunkGraph = getChunkGraph(chunks);
    const { hashDependenciesByPlaceholder, initialHashesByPlaceholder, nonHashedChunksWithPlaceholders, placeholders, renderedChunksByPlaceholder } = await transformChunksAndGenerateContentHashes(renderedChunks, chunkGraph, outputOptions, pluginDriver, getHash, log);
    const hashesByPlaceholder = generateFinalHashes(renderedChunksByPlaceholder, hashDependenciesByPlaceholder, initialHashesByPlaceholder, placeholders, bundle, getHash);
    addChunksToBundle(renderedChunksByPlaceholder, hashesByPlaceholder, bundle, nonHashedChunksWithPlaceholders, pluginDriver, outputOptions);
    timeEnd('transform chunks', 2);
}
function reserveEntryChunksInBundle(chunks) {
    for (const chunk of chunks) {
        if (chunk.facadeModule && chunk.facadeModule.isUserDefinedEntryPoint) {
            // reserves name in bundle as side effect if it does not contain a hash
            chunk.getPreliminaryFileName();
        }
    }
}
function getChunkGraph(chunks) {
    return Object.fromEntries(chunks.map(chunk => {
        const renderedChunkInfo = chunk.getRenderedChunkInfo();
        return [renderedChunkInfo.fileName, renderedChunkInfo];
    }));
}
async function transformChunk(magicString, fileName, usedModules, chunkGraph, options, outputPluginDriver, log) {
    let map = null;
    const sourcemapChain = [];
    let code = await outputPluginDriver.hookReduceArg0('renderChunk', [magicString.toString(), chunkGraph[fileName], options, { chunks: chunkGraph }], (code, result, plugin) => {
        if (result == null)
            return code;
        if (typeof result === 'string')
            result = {
                code: result,
                map: undefined
            };
        // strict null check allows 'null' maps to not be pushed to the chain, while 'undefined' gets the missing map warning
        if (result.map !== null) {
            const map = decodedSourcemap(result.map);
            sourcemapChain.push(map || { missing: true, plugin: plugin.name });
        }
        return result.code;
    });
    const { compact, dir, file, sourcemap, sourcemapExcludeSources, sourcemapFile, sourcemapPathTransform, sourcemapIgnoreList } = options;
    if (!compact && code[code.length - 1] !== '\n')
        code += '\n';
    if (sourcemap) {
        timeStart('sourcemaps', 3);
        let resultingFile;
        if (file)
            resultingFile = resolve$1(sourcemapFile || file);
        else if (dir)
            resultingFile = resolve$1(dir, fileName);
        else
            resultingFile = resolve$1(fileName);
        const decodedMap = magicString.generateDecodedMap({});
        map = collapseSourcemaps(resultingFile, decodedMap, usedModules, sourcemapChain, sourcemapExcludeSources, log);
        for (let sourcesIndex = 0; sourcesIndex < map.sources.length; ++sourcesIndex) {
            let sourcePath = map.sources[sourcesIndex];
            const sourcemapPath = `${resultingFile}.map`;
            const ignoreList = sourcemapIgnoreList(sourcePath, sourcemapPath);
            if (typeof ignoreList !== 'boolean') {
                error(logFailedValidation('sourcemapIgnoreList function must return a boolean.'));
            }
            if (ignoreList) {
                if (map.x_google_ignoreList === undefined) {
                    map.x_google_ignoreList = [];
                }
                if (!map.x_google_ignoreList.includes(sourcesIndex)) {
                    map.x_google_ignoreList.push(sourcesIndex);
                }
            }
            if (sourcemapPathTransform) {
                sourcePath = sourcemapPathTransform(sourcePath, sourcemapPath);
                if (typeof sourcePath !== 'string') {
                    error(logFailedValidation(`sourcemapPathTransform function must return a string.`));
                }
            }
            map.sources[sourcesIndex] = normalize(sourcePath);
        }
        timeEnd('sourcemaps', 3);
    }
    return {
        code,
        map
    };
}
async function transformChunksAndGenerateContentHashes(renderedChunks, chunkGraph, outputOptions, pluginDriver, getHash, log) {
    const nonHashedChunksWithPlaceholders = [];
    const renderedChunksByPlaceholder = new Map();
    const hashDependenciesByPlaceholder = new Map();
    const initialHashesByPlaceholder = new Map();
    const placeholders = new Set();
    for (const { preliminaryFileName: { hashPlaceholder } } of renderedChunks) {
        if (hashPlaceholder)
            placeholders.add(hashPlaceholder);
    }
    await Promise.all(renderedChunks.map(async ({ chunk, preliminaryFileName: { fileName, hashPlaceholder }, preliminarySourcemapFileName, magicString, usedModules }) => {
        const transformedChunk = {
            chunk,
            fileName,
            sourcemapFileName: preliminarySourcemapFileName?.fileName ?? null,
            ...(await transformChunk(magicString, fileName, usedModules, chunkGraph, outputOptions, pluginDriver, log))
        };
        const { code, map } = transformedChunk;
        if (hashPlaceholder) {
            // To create a reproducible content-only hash, all placeholders are
            // replaced with the same value before hashing
            const { containedPlaceholders, transformedCode } = replacePlaceholdersWithDefaultAndGetContainedPlaceholders(code, placeholders);
            let contentToHash = transformedCode;
            const hashAugmentation = pluginDriver.hookReduceValueSync('augmentChunkHash', '', [chunk.getRenderedChunkInfo()], (augmentation, pluginHash) => {
                if (pluginHash) {
                    augmentation += pluginHash;
                }
                return augmentation;
            });
            if (hashAugmentation) {
                contentToHash += hashAugmentation;
            }
            renderedChunksByPlaceholder.set(hashPlaceholder, transformedChunk);
            hashDependenciesByPlaceholder.set(hashPlaceholder, {
                containedPlaceholders,
                contentHash: getHash(contentToHash)
            });
        }
        else {
            nonHashedChunksWithPlaceholders.push(transformedChunk);
        }
        const sourcemapHashPlaceholder = preliminarySourcemapFileName?.hashPlaceholder;
        if (map && sourcemapHashPlaceholder) {
            initialHashesByPlaceholder.set(preliminarySourcemapFileName.hashPlaceholder, getHash(map.toString()).slice(0, preliminarySourcemapFileName.hashPlaceholder.length));
        }
    }));
    return {
        hashDependenciesByPlaceholder,
        initialHashesByPlaceholder,
        nonHashedChunksWithPlaceholders,
        placeholders,
        renderedChunksByPlaceholder
    };
}
function generateFinalHashes(renderedChunksByPlaceholder, hashDependenciesByPlaceholder, initialHashesByPlaceholder, placeholders, bundle, getHash) {
    const hashesByPlaceholder = new Map(initialHashesByPlaceholder);
    for (const placeholder of placeholders) {
        const { fileName } = renderedChunksByPlaceholder.get(placeholder);
        let contentToHash = '';
        const hashDependencyPlaceholders = new Set([placeholder]);
        for (const dependencyPlaceholder of hashDependencyPlaceholders) {
            const { containedPlaceholders, contentHash } = hashDependenciesByPlaceholder.get(dependencyPlaceholder);
            contentToHash += contentHash;
            for (const containedPlaceholder of containedPlaceholders) {
                // When looping over a map, setting an entry only causes a new iteration if the key is new
                hashDependencyPlaceholders.add(containedPlaceholder);
            }
        }
        let finalFileName;
        let finalHash;
        do {
            // In case of a hash collision, create a hash of the hash
            if (finalHash) {
                contentToHash = finalHash;
            }
            finalHash = getHash(contentToHash).slice(0, placeholder.length);
            finalFileName = replaceSinglePlaceholder(fileName, placeholder, finalHash);
        } while (bundle[lowercaseBundleKeys].has(finalFileName.toLowerCase()));
        bundle[finalFileName] = FILE_PLACEHOLDER;
        hashesByPlaceholder.set(placeholder, finalHash);
    }
    return hashesByPlaceholder;
}
function addChunksToBundle(renderedChunksByPlaceholder, hashesByPlaceholder, bundle, nonHashedChunksWithPlaceholders, pluginDriver, options) {
    for (const { chunk, code, fileName, sourcemapFileName, map } of renderedChunksByPlaceholder.values()) {
        let updatedCode = replacePlaceholders(code, hashesByPlaceholder);
        const finalFileName = replacePlaceholders(fileName, hashesByPlaceholder);
        let finalSourcemapFileName = null;
        if (map) {
            if (options.sourcemapDebugIds) {
                updatedCode += calculateDebugIdAndGetComment(updatedCode, map);
            }
            finalSourcemapFileName = sourcemapFileName
                ? replacePlaceholders(sourcemapFileName, hashesByPlaceholder)
                : `${finalFileName}.map`;
            map.file = replacePlaceholders(map.file, hashesByPlaceholder);
            updatedCode += emitSourceMapAndGetComment(finalSourcemapFileName, map, pluginDriver, options);
        }
        bundle[finalFileName] = chunk.finalizeChunk(updatedCode, map, finalSourcemapFileName, hashesByPlaceholder);
    }
    for (const { chunk, code, fileName, sourcemapFileName, map } of nonHashedChunksWithPlaceholders) {
        let updatedCode = hashesByPlaceholder.size > 0 ? replacePlaceholders(code, hashesByPlaceholder) : code;
        let finalSourcemapFileName = null;
        if (map) {
            if (options.sourcemapDebugIds) {
                updatedCode += calculateDebugIdAndGetComment(updatedCode, map);
            }
            finalSourcemapFileName = sourcemapFileName
                ? replacePlaceholders(sourcemapFileName, hashesByPlaceholder)
                : `${fileName}.map`;
            updatedCode += emitSourceMapAndGetComment(finalSourcemapFileName, map, pluginDriver, options);
        }
        bundle[fileName] = chunk.finalizeChunk(updatedCode, map, finalSourcemapFileName, hashesByPlaceholder);
    }
}
function emitSourceMapAndGetComment(fileName, map, pluginDriver, { sourcemap, sourcemapBaseUrl }) {
    let url;
    if (sourcemap === 'inline') {
        url = map.toUrl();
    }
    else {
        const sourcemapFileName = basename(fileName);
        url = sourcemapBaseUrl
            ? new URL(sourcemapFileName, sourcemapBaseUrl).toString()
            : sourcemapFileName;
        pluginDriver.emitFile({
            fileName,
            originalFileName: null,
            source: map.toString(),
            type: 'asset'
        });
    }
    return sourcemap === 'hidden' ? '' : `//# ${SOURCEMAPPING_URL}=${url}\n`;
}
function calculateDebugIdAndGetComment(code, map) {
    const hash = hasherByType.hex(code);
    const debugId = [
        hash.slice(0, 8),
        hash.slice(8, 12),
        '4' + hash.slice(12, 15),
        ((parseInt(hash.slice(15, 16), 16) & 3) | 8).toString(16) + hash.slice(17, 20),
        hash.slice(20, 32)
    ].join('-');
    map.debugId = debugId;
    return '//# debugId=' + debugId + '\n';
}

class Bundle {
    constructor(outputOptions, unsetOptions, inputOptions, pluginDriver, graph) {
        this.outputOptions = outputOptions;
        this.unsetOptions = unsetOptions;
        this.inputOptions = inputOptions;
        this.pluginDriver = pluginDriver;
        this.graph = graph;
        this.facadeChunkByModule = new Map();
        this.includedNamespaces = new Set();
    }
    async generate(isWrite) {
        timeStart('GENERATE', 1);
        const outputBundleBase = Object.create(null);
        const outputBundle = getOutputBundle(outputBundleBase);
        this.pluginDriver.setOutputBundle(outputBundle, this.outputOptions);
        try {
            timeStart('initialize render', 2);
            await this.pluginDriver.hookParallel('renderStart', [this.outputOptions, this.inputOptions]);
            timeEnd('initialize render', 2);
            timeStart('generate chunks', 2);
            const getHashPlaceholder = getHashPlaceholderGenerator();
            const chunks = await this.generateChunks(outputBundle, getHashPlaceholder);
            if (chunks.length > 1) {
                validateOptionsForMultiChunkOutput(this.outputOptions, this.inputOptions.onLog);
            }
            this.pluginDriver.setChunkInformation(this.facadeChunkByModule);
            for (const chunk of chunks) {
                chunk.generateExports();
                chunk.inlineTransitiveImports();
            }
            timeEnd('generate chunks', 2);
            await renderChunks(chunks, outputBundle, this.pluginDriver, this.outputOptions, this.inputOptions.onLog);
        }
        catch (error_) {
            await this.pluginDriver.hookParallel('renderError', [error_]);
            throw error_;
        }
        removeUnreferencedAssets(outputBundle);
        timeStart('generate bundle', 2);
        await this.pluginDriver.hookSeq('generateBundle', [
            this.outputOptions,
            outputBundle,
            isWrite
        ]);
        this.finaliseAssets(outputBundle);
        timeEnd('generate bundle', 2);
        timeEnd('GENERATE', 1);
        return outputBundleBase;
    }
    async addManualChunks(manualChunks) {
        const manualChunkAliasByEntry = new Map();
        const chunkEntries = await Promise.all(Object.entries(manualChunks).map(async ([alias, files]) => ({
            alias,
            entries: await this.graph.moduleLoader.addAdditionalModules(files, true)
        })));
        for (const { alias, entries } of chunkEntries) {
            for (const entry of entries) {
                addModuleToManualChunk(alias, entry, manualChunkAliasByEntry);
            }
        }
        return manualChunkAliasByEntry;
    }
    assignManualChunks(getManualChunk) {
        const manualChunkAliasesWithEntry = [];
        const manualChunksApi = {
            getModuleIds: () => this.graph.modulesById.keys(),
            getModuleInfo: this.graph.getModuleInfo
        };
        for (const module of this.graph.modulesById.values()) {
            if (module instanceof Module) {
                const manualChunkAlias = getManualChunk(module.id, manualChunksApi);
                if (typeof manualChunkAlias === 'string') {
                    manualChunkAliasesWithEntry.push([manualChunkAlias, module]);
                }
            }
        }
        manualChunkAliasesWithEntry.sort(([aliasA], [aliasB]) => aliasA > aliasB ? 1 : aliasA < aliasB ? -1 : 0);
        const manualChunkAliasByEntry = new Map();
        for (const [alias, module] of manualChunkAliasesWithEntry) {
            addModuleToManualChunk(alias, module, manualChunkAliasByEntry);
        }
        return manualChunkAliasByEntry;
    }
    finaliseAssets(bundle) {
        if (this.outputOptions.validate) {
            for (const file of Object.values(bundle)) {
                if ('code' in file) {
                    try {
                        parseAst(file.code, { jsx: this.inputOptions.jsx !== false });
                    }
                    catch (error_) {
                        this.inputOptions.onLog(LOGLEVEL_WARN, logChunkInvalid(file, error_));
                    }
                }
            }
        }
        this.pluginDriver.finaliseAssets();
    }
    async generateChunks(bundle, getHashPlaceholder) {
        const { experimentalMinChunkSize, inlineDynamicImports, manualChunks, preserveModules } = this.outputOptions;
        const manualChunkAliasByEntry = typeof manualChunks === 'object'
            ? await this.addManualChunks(manualChunks)
            : this.assignManualChunks(manualChunks);
        const snippets = getGenerateCodeSnippets(this.outputOptions);
        const includedModules = getIncludedModules(this.graph.modulesById);
        const inputBase = commondir(getAbsoluteEntryModulePaths(includedModules, preserveModules));
        const externalChunkByModule = getExternalChunkByModule(this.graph.modulesById, this.outputOptions, inputBase);
        const executableModule = inlineDynamicImports
            ? [{ alias: null, modules: includedModules }]
            : preserveModules
                ? includedModules.map(module => ({ alias: null, modules: [module] }))
                : getChunkAssignments(this.graph.entryModules, manualChunkAliasByEntry, experimentalMinChunkSize, this.inputOptions.onLog);
        const chunks = new Array(executableModule.length);
        const chunkByModule = new Map();
        let index = 0;
        for (const { alias, modules } of executableModule) {
            sortByExecutionOrder(modules);
            const chunk = new Chunk(modules, this.inputOptions, this.outputOptions, this.unsetOptions, this.pluginDriver, this.graph.modulesById, chunkByModule, externalChunkByModule, this.facadeChunkByModule, this.includedNamespaces, alias, getHashPlaceholder, bundle, inputBase, snippets);
            chunks[index++] = chunk;
        }
        for (const chunk of chunks) {
            chunk.link();
        }
        const facades = [];
        for (const chunk of chunks) {
            facades.push(...chunk.generateFacades());
        }
        return [...chunks, ...facades];
    }
}
function validateOptionsForMultiChunkOutput(outputOptions, log) {
    if (outputOptions.format === 'umd' || outputOptions.format === 'iife')
        return error(logInvalidOption('output.format', URL_OUTPUT_FORMAT, 'UMD and IIFE output formats are not supported for code-splitting builds', outputOptions.format));
    if (typeof outputOptions.file === 'string')
        return error(logInvalidOption('output.file', URL_OUTPUT_DIR, 'when building multiple chunks, the "output.dir" option must be used, not "output.file". To inline dynamic imports, set the "inlineDynamicImports" option'));
    if (outputOptions.sourcemapFile)
        return error(logInvalidOption('output.sourcemapFile', URL_OUTPUT_SOURCEMAPFILE, '"output.sourcemapFile" is only supported for single-file builds'));
    if (!outputOptions.amd.autoId && outputOptions.amd.id)
        log(LOGLEVEL_WARN, logInvalidOption('output.amd.id', URL_OUTPUT_AMD_ID, 'this option is only properly supported for single-file builds. Use "output.amd.autoId" and "output.amd.basePath" instead'));
}
function getIncludedModules(modulesById) {
    const includedModules = [];
    for (const module of modulesById.values()) {
        if (module instanceof Module &&
            (module.isIncluded() || module.info.isEntry || module.includedDynamicImporters.length > 0)) {
            includedModules.push(module);
        }
    }
    return includedModules;
}
function getAbsoluteEntryModulePaths(includedModules, preserveModules) {
    const absoluteEntryModulePaths = [];
    for (const module of includedModules) {
        if ((module.info.isEntry || preserveModules) && isAbsolute$1(module.id)) {
            absoluteEntryModulePaths.push(module.id);
        }
    }
    return absoluteEntryModulePaths;
}
function getExternalChunkByModule(modulesById, outputOptions, inputBase) {
    const externalChunkByModule = new Map();
    for (const module of modulesById.values()) {
        if (module instanceof ExternalModule) {
            externalChunkByModule.set(module, new ExternalChunk(module, outputOptions, inputBase));
        }
    }
    return externalChunkByModule;
}
function addModuleToManualChunk(alias, module, manualChunkAliasByEntry) {
    const existingAlias = manualChunkAliasByEntry.get(module);
    if (typeof existingAlias === 'string' && existingAlias !== alias) {
        return error(logCannotAssignModuleToChunk(module.id, alias, existingAlias));
    }
    manualChunkAliasByEntry.set(module, alias);
}

function flru (max) {
	var num, curr, prev;
	var limit = max;

function keep(key, value) {
		if (++num > limit) {
			prev = curr;
			reset(1);
			++num;
		}
		curr[key] = value;
	}

function reset(isPartial) {
		num = 0;
		curr = Object.create(null);
		isPartial || (prev=Object.create(null));
	}

reset();

return {
		clear: reset,
		has: function (key) {
			return curr[key] !== void 0 || prev[key] !== void 0;
		},
		get: function (key) {
			var val = curr[key];
			if (val !== void 0) return val;
			if ((val=prev[key]) !== void 0) {
				keep(key, val);
				return val;
			}
		},
		set: function (key, value) {
			if (curr[key] !== void 0) {
				curr[key] = value;
			} else {
				keep(key, value);
			}
		}
	};
}

class GlobalScope extends Scope {
    constructor() {
        super();
        this.parent = null;
        this.variables.set('undefined', new UndefinedVariable());
    }
    findVariable(name) {
        let variable = this.variables.get(name);
        if (!variable) {
            variable = new GlobalVariable(name);
            this.variables.set(name, variable);
        }
        return variable;
    }
}

async function resolveId(source, importer, preserveSymlinks, pluginDriver, moduleLoaderResolveId, skip, customOptions, isEntry, attributes) {
    const pluginResult = await resolveIdViaPlugins(source, importer, pluginDriver, moduleLoaderResolveId, skip, customOptions, isEntry, attributes);
    if (pluginResult != null) {
        const [resolveIdResult, plugin] = pluginResult;
        if (typeof resolveIdResult === 'object' && !resolveIdResult.resolvedBy) {
            return {
                ...resolveIdResult,
                resolvedBy: plugin.name
            };
        }
        if (typeof resolveIdResult === 'string') {
            return {
                id: resolveIdResult,
                resolvedBy: plugin.name
            };
        }
        return resolveIdResult;
    }
    // external modules (non-entry modules that start with neither '.' or '/')
    // are skipped at this stage.
    if (importer !== undefined && !isAbsolute$1(source) && source[0] !== '.')
        return null;
    // `resolve` processes paths from right to left, prepending them until an
    // absolute path is created. Absolute importees therefore shortcircuit the
    // resolve call and require no special handing on our part.
    // See https://nodejs.org/api/path.html#path_path_resolve_paths
    return addJsExtensionIfNecessary(importer ? resolve$1(dirname(importer), source) : resolve$1(source), preserveSymlinks);
}
async function addJsExtensionIfNecessary(file, preserveSymlinks) {
    return ((await findFile(file, preserveSymlinks)) ??
        (await findFile(file + '.mjs', preserveSymlinks)) ??
        (await findFile(file + '.js', preserveSymlinks)));
}
async function findFile(file, preserveSymlinks) {
    try {
        const stats = await lstat(file);
        if (!preserveSymlinks && stats.isSymbolicLink())
            return await findFile(await realpath(file), preserveSymlinks);
        if ((preserveSymlinks && stats.isSymbolicLink()) || stats.isFile()) {
            // check case
            const name = basename(file);
            const files = await readdir(dirname(file));
            if (files.includes(name))
                return file;
        }
    }
    catch {
        // suppress
    }
}

function stripBom(content) {
    if (content.charCodeAt(0) === 0xfe_ff) {
        return stripBom(content.slice(1));
    }
    return content;
}

const ANONYMOUS_PLUGIN_PREFIX = 'at position ';
const ANONYMOUS_OUTPUT_PLUGIN_PREFIX = 'at output position ';

async function asyncFlatten(array) {
    do {
        array = (await Promise.all(array)).flat(Infinity);
    } while (array.some((v) => v?.then));
    return array;
}

async function transform(source, module, pluginDriver, log) {
    const id = module.id;
    const sourcemapChain = [];
    let originalSourcemap = source.map === null ? null : decodedSourcemap(source.map);
    const originalCode = source.code;
    let ast = source.ast;
    const transformDependencies = [];
    const emittedFiles = [];
    let customTransformCache = false;
    const useCustomTransformCache = () => (customTransformCache = true);
    let pluginName = '';
    let currentSource = source.code;
    function transformReducer(previousCode, result, plugin) {
        let code;
        let map;
        if (typeof result === 'string') {
            code = result;
        }
        else if (result && typeof result === 'object') {
            module.updateOptions(result);
            if (result.code == null) {
                if (result.map || result.ast) {
                    log(LOGLEVEL_WARN, logNoTransformMapOrAstWithoutCode(plugin.name));
                }
                return previousCode;
            }
            ({ code, map, ast } = result);
        }
        else {
            return previousCode;
        }
        // strict null check allows 'null' maps to not be pushed to the chain,
        // while 'undefined' gets the missing map warning
        if (map !== null) {
            sourcemapChain.push(decodedSourcemap(typeof map === 'string' ? JSON.parse(map) : map) || {
                missing: true,
                plugin: plugin.name
            });
        }
        currentSource = code;
        return code;
    }
    const getLogHandler = (handler) => (log, pos) => {
        log = normalizeLog(log);
        if (pos)
            augmentCodeLocation(log, pos, currentSource, id);
        log.id = id;
        log.hook = 'transform';
        handler(log);
    };
    let code;
    try {
        code = await pluginDriver.hookReduceArg0('transform', [currentSource, id], transformReducer, (pluginContext, plugin) => {
            pluginName = plugin.name;
            return {
                ...pluginContext,
                addWatchFile(id) {
                    transformDependencies.push(id);
                    pluginContext.addWatchFile(id);
                },
                cache: customTransformCache
                    ? pluginContext.cache
                    : getTrackedPluginCache(pluginContext.cache, useCustomTransformCache),
                debug: getLogHandler(pluginContext.debug),
                emitFile(emittedFile) {
                    emittedFiles.push(emittedFile);
                    return pluginDriver.emitFile(emittedFile);
                },
                error(error_, pos) {
                    if (typeof error_ === 'string')
                        error_ = { message: error_ };
                    if (pos)
                        augmentCodeLocation(error_, pos, currentSource, id);
                    error_.id = id;
                    error_.hook = 'transform';
                    return pluginContext.error(error_);
                },
                getCombinedSourcemap() {
                    const combinedMap = collapseSourcemap(id, originalCode, originalSourcemap, sourcemapChain, log);
                    if (!combinedMap) {
                        const magicString = new MagicString(originalCode);
                        return magicString.generateMap({ hires: true, includeContent: true, source: id });
                    }
                    if (originalSourcemap !== combinedMap) {
                        originalSourcemap = combinedMap;
                        sourcemapChain.length = 0;
                    }
                    return new SourceMap({
                        ...combinedMap,
                        file: null,
                        sourcesContent: combinedMap.sourcesContent
                    });
                },
                info: getLogHandler(pluginContext.info),
                setAssetSource() {
                    return this.error(logInvalidSetAssetSourceCall());
                },
                warn: getLogHandler(pluginContext.warn)
            };
        });
    }
    catch (error_) {
        return error(logPluginError(error_, pluginName, { hook: 'transform', id }));
    }
    if (!customTransformCache && // files emitted by a transform hook need to be emitted again if the hook is skipped
        emittedFiles.length > 0)
        module.transformFiles = emittedFiles;
    return {
        ast,
        code,
        customTransformCache,
        originalCode,
        originalSourcemap,
        sourcemapChain,
        transformDependencies
    };
}

function ensureArray(items) {
    if (Array.isArray(items)) {
        return items.filter(Boolean);
    }
    if (items) {
        return [items];
    }
    return [];
}

// This will make sure no input hook is omitted
const inputHookNames = {
    buildEnd: 1,
    buildStart: 1,
    closeBundle: 1,
    closeWatcher: 1,
    load: 1,
    moduleParsed: 1,
    onLog: 1,
    options: 1,
    resolveDynamicImport: 1,
    resolveId: 1,
    shouldTransformCachedModule: 1,
    transform: 1,
    watchChange: 1
};
const inputHooks = Object.keys(inputHookNames);
class PluginDriver {
    constructor(graph, options, userPlugins, pluginCache, basePluginDriver) {
        this.graph = graph;
        this.options = options;
        this.pluginCache = pluginCache;
        this.sortedPlugins = new Map();
        this.unfulfilledActions = new Set();
        this.compiledPluginFilters = {
            idOnlyFilter: new WeakMap(),
            transformFilter: new WeakMap()
        };
        this.fileEmitter = new FileEmitter(graph, options, basePluginDriver && basePluginDriver.fileEmitter);
        this.emitFile = this.fileEmitter.emitFile.bind(this.fileEmitter);
        this.getFileName = this.fileEmitter.getFileName.bind(this.fileEmitter);
        this.finaliseAssets = this.fileEmitter.finaliseAssets.bind(this.fileEmitter);
        this.setChunkInformation = this.fileEmitter.setChunkInformation.bind(this.fileEmitter);
        this.setOutputBundle = this.fileEmitter.setOutputBundle.bind(this.fileEmitter);
        this.plugins = [...(basePluginDriver ? basePluginDriver.plugins : []), ...userPlugins];
        const existingPluginNames = new Set();
        this.pluginContexts = new Map(this.plugins.map(plugin => [
            plugin,
            getPluginContext(plugin, pluginCache, graph, options, this.fileEmitter, existingPluginNames)
        ]));
        if (basePluginDriver) {
            for (const plugin of userPlugins) {
                for (const hook of inputHooks) {
                    if (hook in plugin) {
                        options.onLog(LOGLEVEL_WARN, logInputHookInOutputPlugin(plugin.name, hook));
                    }
                }
            }
        }
    }
    createOutputPluginDriver(plugins) {
        return new PluginDriver(this.graph, this.options, plugins, this.pluginCache, this);
    }
    getUnfulfilledHookActions() {
        return this.unfulfilledActions;
    }
    // chains, first non-null result stops and returns
    hookFirst(hookName, parameters, replaceContext, skipped) {
        return this.hookFirstAndGetPlugin(hookName, parameters, replaceContext, skipped).then(result => result && result[0]);
    }
    // chains, first non-null result stops and returns result and last plugin
    async hookFirstAndGetPlugin(hookName, parameters, replaceContext, skipped) {
        for (const plugin of this.getSortedPlugins(hookName)) {
            if (skipped?.has(plugin))
                continue;
            const result = await this.runHook(hookName, parameters, plugin, replaceContext);
            if (result != null)
                return [result, plugin];
        }
        return null;
    }
    // chains synchronously, first non-null result stops and returns
    hookFirstSync(hookName, parameters, replaceContext) {
        for (const plugin of this.getSortedPlugins(hookName)) {
            const result = this.runHookSync(hookName, parameters, plugin, replaceContext);
            if (result != null)
                return result;
        }
        return null;
    }
    // parallel, ignores returns
    async hookParallel(hookName, parameters, replaceContext) {
        const parallelPromises = [];
        for (const plugin of this.getSortedPlugins(hookName)) {
            if (plugin[hookName].sequential) {
                await Promise.all(parallelPromises);
                parallelPromises.length = 0;
                await this.runHook(hookName, parameters, plugin, replaceContext);
            }
            else {
                parallelPromises.push(this.runHook(hookName, parameters, plugin, replaceContext));
            }
        }
        await Promise.all(parallelPromises);
    }
    // chains, reduces returned value, handling the reduced value as the first hook argument
    hookReduceArg0(hookName, [argument0, ...rest], reduce, replaceContext) {
        let promise = Promise.resolve(argument0);
        for (const plugin of this.getSortedPlugins(hookName)) {
            promise = promise.then(argument0 => this.runHook(hookName, [argument0, ...rest], plugin, replaceContext).then(result => reduce.call(this.pluginContexts.get(plugin), argument0, result, plugin)));
        }
        return promise;
    }
    // chains synchronously, reduces returned value, handling the reduced value as the first hook argument
    hookReduceArg0Sync(hookName, [argument0, ...rest], reduce, replaceContext) {
        for (const plugin of this.getSortedPlugins(hookName)) {
            const parameters = [argument0, ...rest];
            const result = this.runHookSync(hookName, parameters, plugin, replaceContext);
            argument0 = reduce.call(this.pluginContexts.get(plugin), argument0, result, plugin);
        }
        return argument0;
    }
    // chains, reduces returned value to type string, handling the reduced value separately. permits hooks as values.
    async hookReduceValue(hookName, initialValue, parameters, reducer) {
        const results = [];
        const parallelResults = [];
        for (const plugin of this.getSortedPlugins(hookName, validateAddonPluginHandler)) {
            if (plugin[hookName].sequential) {
                results.push(...(await Promise.all(parallelResults)));
                parallelResults.length = 0;
                results.push(await this.runHook(hookName, parameters, plugin));
            }
            else {
                parallelResults.push(this.runHook(hookName, parameters, plugin));
            }
        }
        results.push(...(await Promise.all(parallelResults)));
        return results.reduce(reducer, await initialValue);
    }
    // chains synchronously, reduces returned value to type T, handling the reduced value separately. permits hooks as values.
    hookReduceValueSync(hookName, initialValue, parameters, reduce, replaceContext) {
        let accumulator = initialValue;
        for (const plugin of this.getSortedPlugins(hookName)) {
            const result = this.runHookSync(hookName, parameters, plugin, replaceContext);
            accumulator = reduce.call(this.pluginContexts.get(plugin), accumulator, result, plugin);
        }
        return accumulator;
    }
    // chains, ignores returns
    hookSeq(hookName, parameters, replaceContext) {
        let promise = Promise.resolve();
        for (const plugin of this.getSortedPlugins(hookName)) {
            promise = promise.then(() => this.runHook(hookName, parameters, plugin, replaceContext));
        }
        return promise.then(noReturn);
    }
    getSortedPlugins(hookName, validateHandler) {
        return getOrCreate(this.sortedPlugins, hookName, () => getSortedValidatedPlugins(hookName, this.plugins, validateHandler));
    }
    // Implementation signature
    runHook(hookName, parameters, plugin, replaceContext) {
        // We always filter for plugins that support the hook before running it
        const hook = plugin[hookName];
        const handler = typeof hook === 'object' ? hook.handler : hook;
        if (typeof hook === 'object' && 'filter' in hook && hook.filter) {
            if (hookName === 'transform') {
                const filter = hook.filter;
                const hookParameters = parameters;
                const compiledFilter = getOrCreate(this.compiledPluginFilters.transformFilter, filter, () => createFilterForTransform(filter.id, filter.code));
                if (compiledFilter && !compiledFilter(hookParameters[1], hookParameters[0])) {
                    return Promise.resolve();
                }
            }
            else if (hookName === 'resolveId' || hookName === 'load') {
                const filter = hook.filter;
                const hookParameters = parameters;
                const compiledFilter = getOrCreate(this.compiledPluginFilters.idOnlyFilter, filter, () => createFilterForId(filter.id));
                if (compiledFilter && !compiledFilter(hookParameters[0])) {
                    return Promise.resolve();
                }
            }
        }
        let context = this.pluginContexts.get(plugin);
        if (replaceContext) {
            context = replaceContext(context, plugin);
        }
        let action = null;
        return Promise.resolve()
            .then(() => {
            if (typeof handler !== 'function') {
                return handler;
            }
            // eslint-disable-next-line @typescript-eslint/no-unsafe-function-type
            const hookResult = handler.apply(context, parameters);
            if (!hookResult?.then) {
                // short circuit for non-thenables and non-Promises
                return hookResult;
            }
            // Track pending hook actions to properly error out when
            // unfulfilled promises cause rollup to abruptly and confusingly
            // exit with a successful 0 return code but without producing any
            // output, errors or warnings.
            action = [plugin.name, hookName, parameters];
            this.unfulfilledActions.add(action);
            // Although it would be more elegant to just return hookResult here
            // and put the .then() handler just above the .catch() handler below,
            // doing so would subtly change the defacto async event dispatch order
            // which at least one test and some plugins in the wild may depend on.
            return Promise.resolve(hookResult).then(result => {
                // action was fulfilled
                this.unfulfilledActions.delete(action);
                return result;
            });
        })
            .catch(error_ => {
            if (action !== null) {
                // action considered to be fulfilled since error being handled
                this.unfulfilledActions.delete(action);
            }
            return error(logPluginError(error_, plugin.name, { hook: hookName }));
        });
    }
    /**
     * Run a sync plugin hook and return the result.
     * @param hookName Name of the plugin hook. Must be in `PluginHooks`.
     * @param args Arguments passed to the plugin hook.
     * @param plugin The acutal plugin
     * @param replaceContext When passed, the plugin context can be overridden.
     */
    runHookSync(hookName, parameters, plugin, replaceContext) {
        const hook = plugin[hookName];
        const handler = typeof hook === 'object' ? hook.handler : hook;
        let context = this.pluginContexts.get(plugin);
        if (replaceContext) {
            context = replaceContext(context, plugin);
        }
        try {
            // eslint-disable-next-line @typescript-eslint/no-unsafe-function-type
            return handler.apply(context, parameters);
        }
        catch (error_) {
            return error(logPluginError(error_, plugin.name, { hook: hookName }));
        }
    }
}
function getSortedValidatedPlugins(hookName, plugins, validateHandler = validateFunctionPluginHandler) {
    const pre = [];
    const normal = [];
    const post = [];
    for (const plugin of plugins) {
        const hook = plugin[hookName];
        if (hook) {
            if (typeof hook === 'object') {
                validateHandler(hook.handler, hookName, plugin);
                if (hook.order === 'pre') {
                    pre.push(plugin);
                    continue;
                }
                if (hook.order === 'post') {
                    post.push(plugin);
                    continue;
                }
            }
            else {
                validateHandler(hook, hookName, plugin);
            }
            normal.push(plugin);
        }
    }
    return [...pre, ...normal, ...post];
}
function validateFunctionPluginHandler(handler, hookName, plugin) {
    if (typeof handler !== 'function') {
        error(logInvalidFunctionPluginHook(hookName, plugin.name));
    }
}
function validateAddonPluginHandler(handler, hookName, plugin) {
    if (typeof handler !== 'string' && typeof handler !== 'function') {
        return error(logInvalidAddonPluginHook(hookName, plugin.name));
    }
}
function noReturn() { }

class Queue {
    constructor(maxParallel) {
        this.maxParallel = maxParallel;
        this.queue = [];
        this.workerCount = 0;
    }
    run(task) {
        return new Promise((resolve, reject) => {
            this.queue.push({ reject, resolve, task });
            this.work();
        });
    }
    async work() {
        if (this.workerCount >= this.maxParallel)
            return;
        this.workerCount++;
        let entry;
        while ((entry = this.queue.shift())) {
            const { reject, resolve, task } = entry;
            try {
                const result = await task();
                resolve(result);
            }
            catch (error) {
                reject(error);
            }
        }
        this.workerCount--;
    }
}

async function initWasm() { }

async function normalizeInputOptions(config, watchMode) {
    // These are options that may trigger special warnings or behaviour later
    // if the user did not select an explicit value
    const unsetOptions = new Set();
    const context = config.context ?? 'undefined';
    const plugins = await normalizePluginOption(config.plugins);
    const logLevel = config.logLevel || LOGLEVEL_INFO;
    const onLog = getLogger(plugins, getOnLog(config, logLevel), watchMode, logLevel);
    const strictDeprecations = config.strictDeprecations || false;
    const maxParallelFileOps = getMaxParallelFileOps(config);
    const options = {
        cache: getCache(config),
        context,
        experimentalCacheExpiry: config.experimentalCacheExpiry ?? 10,
        experimentalLogSideEffects: config.experimentalLogSideEffects || false,
        external: getIdMatcher(config.external),
        input: getInput(config),
        jsx: getJsx(config),
        logLevel,
        makeAbsoluteExternalsRelative: config.makeAbsoluteExternalsRelative ?? 'ifRelativeSource',
        maxParallelFileOps,
        moduleContext: getModuleContext(config, context),
        onLog,
        perf: config.perf || false,
        plugins,
        preserveEntrySignatures: config.preserveEntrySignatures ?? 'exports-only',
        preserveSymlinks: config.preserveSymlinks || false,
        shimMissingExports: config.shimMissingExports || false,
        strictDeprecations,
        treeshake: getTreeshake(config)
    };
    warnUnknownOptions(config, [...Object.keys(options), 'onwarn', 'watch'], 'input options', onLog, /^(output)$/);
    return { options, unsetOptions };
}
const getCache = (config) => config.cache === true // `true` is the default
    ? undefined
    : config.cache?.cache || config.cache;
const getIdMatcher = (option) => {
    if (option === true) {
        return () => true;
    }
    if (typeof option === 'function') {
        return (id, ...parameters) => (!id.startsWith('\0') && option(id, ...parameters)) || false;
    }
    if (option) {
        const ids = new Set();
        const matchers = [];
        for (const value of ensureArray(option)) {
            if (value instanceof RegExp) {
                matchers.push(value);
            }
            else {
                ids.add(value);
            }
        }
        return (id, ..._arguments) => ids.has(id) || matchers.some(matcher => matcher.test(id));
    }
    return () => false;
};
const getInput = (config) => {
    const configInput = config.input;
    return configInput == null ? [] : typeof configInput === 'string' ? [configInput] : configInput;
};
const getJsx = (config) => {
    const configJsx = config.jsx;
    if (!configJsx)
        return false;
    const configWithPreset = getOptionWithPreset(configJsx, jsxPresets, 'jsx', URL_JSX, 'false, ');
    const { factory, importSource, mode } = configWithPreset;
    switch (mode) {
        case 'automatic': {
            return {
                factory: factory || 'React.createElement',
                importSource: importSource || 'react',
                jsxImportSource: configWithPreset.jsxImportSource || 'react/jsx-runtime',
                mode: 'automatic'
            };
        }
        case 'preserve': {
            if (importSource && !(factory || configWithPreset.fragment)) {
                error(logInvalidOption('jsx', URL_JSX, 'when preserving JSX and specifying an importSource, you also need to specify a factory or fragment'));
            }
            return {
                factory: factory || null,
                fragment: configWithPreset.fragment || null,
                importSource: importSource || null,
                mode: 'preserve'
            };
        }
        // case 'classic':
        default: {
            if (mode && mode !== 'classic') {
                error(logInvalidOption('jsx.mode', URL_JSX, 'mode must be "automatic", "classic" or "preserve"', mode));
            }
            return {
                factory: factory || 'React.createElement',
                fragment: configWithPreset.fragment || 'React.Fragment',
                importSource: importSource || null,
                mode: 'classic'
            };
        }
    }
};
const getMaxParallelFileOps = (config) => {
    const maxParallelFileOps = config.maxParallelFileOps;
    if (typeof maxParallelFileOps === 'number') {
        if (maxParallelFileOps <= 0)
            return Infinity;
        return maxParallelFileOps;
    }
    return 20;
};
const getModuleContext = (config, context) => {
    const configModuleContext = config.moduleContext;
    if (typeof configModuleContext === 'function') {
        return id => configModuleContext(id) ?? context;
    }
    if (configModuleContext) {
        const contextByModuleId = Object.create(null);
        for (const [key, moduleContext] of Object.entries(configModuleContext)) {
            contextByModuleId[resolve$1(key)] = moduleContext;
        }
        return id => contextByModuleId[id] ?? context;
    }
    return () => context;
};
const getTreeshake = (config) => {
    const configTreeshake = config.treeshake;
    if (configTreeshake === false) {
        return false;
    }
    const configWithPreset = getOptionWithPreset(config.treeshake, treeshakePresets, 'treeshake', URL_TREESHAKE, 'false, true, ');
    return {
        annotations: configWithPreset.annotations !== false,
        correctVarValueBeforeDeclaration: configWithPreset.correctVarValueBeforeDeclaration === true,
        manualPureFunctions: configWithPreset.manualPureFunctions ?? EMPTY_ARRAY,
        moduleSideEffects: getHasModuleSideEffects(configWithPreset.moduleSideEffects),
        propertyReadSideEffects: configWithPreset.propertyReadSideEffects === 'always'
            ? 'always'
            : configWithPreset.propertyReadSideEffects !== false,
        tryCatchDeoptimization: configWithPreset.tryCatchDeoptimization !== false,
        unknownGlobalSideEffects: configWithPreset.unknownGlobalSideEffects !== false
    };
};
const getHasModuleSideEffects = (moduleSideEffectsOption) => {
    if (typeof moduleSideEffectsOption === 'boolean') {
        return () => moduleSideEffectsOption;
    }
    if (moduleSideEffectsOption === 'no-external') {
        return (_id, external) => !external;
    }
    if (typeof moduleSideEffectsOption === 'function') {
        return (id, external) => id.startsWith('\0') ? true : moduleSideEffectsOption(id, external) !== false;
    }
    if (Array.isArray(moduleSideEffectsOption)) {
        const ids = new Set(moduleSideEffectsOption);
        return id => ids.has(id);
    }
    if (moduleSideEffectsOption) {
        error(logInvalidOption('treeshake.moduleSideEffects', URL_TREESHAKE_MODULESIDEEFFECTS, 'please use one of false, "no-external", a function or an array'));
    }
    return () => true;
};

// https://datatracker.ietf.org/doc/html/rfc2396
// eslint-disable-next-line no-control-regex
const INVALID_CHAR_REGEX = /[\u0000-\u001F"#$%&*+,:;<=>?[\]^`{|}\u007F]/g;
const DRIVE_LETTER_REGEX = /^[a-z]:/i;
function sanitizeFileName(name) {
    const match = DRIVE_LETTER_REGEX.exec(name);
    const driveLetter = match ? match[0] : '';
    // A `:` is only allowed as part of a windows drive letter (ex: C:\foo)
    // Otherwise, avoid them because they can refer to NTFS alternate data streams.
    return driveLetter + name.slice(driveLetter.length).replace(INVALID_CHAR_REGEX, '_');
}

async function normalizeOutputOptions(config, inputOptions, unsetInputOptions) {
    // These are options that may trigger special warnings or behaviour later
    // if the user did not select an explicit value
    const unsetOptions = new Set(unsetInputOptions);
    const compact = config.compact || false;
    const format = getFormat(config);
    const inlineDynamicImports = getInlineDynamicImports(config, inputOptions);
    const preserveModules = getPreserveModules(config, inlineDynamicImports, inputOptions);
    const file = getFile(config, preserveModules, inputOptions);
    const generatedCode = getGeneratedCode(config);
    const externalImportAttributes = getExternalImportAttributes(config, inputOptions);
    const outputOptions = {
        amd: getAmd(config),
        assetFileNames: config.assetFileNames ?? 'assets/[name]-[hash][extname]',
        banner: getAddon(config, 'banner'),
        chunkFileNames: config.chunkFileNames ?? '[name]-[hash].js',
        compact,
        dir: getDir(config, file),
        dynamicImportInCjs: config.dynamicImportInCjs ?? true,
        entryFileNames: getEntryFileNames(config, unsetOptions),
        esModule: config.esModule ?? 'if-default-prop',
        experimentalMinChunkSize: config.experimentalMinChunkSize ?? 1,
        exports: getExports(config, unsetOptions),
        extend: config.extend || false,
        externalImportAssertions: externalImportAttributes,
        externalImportAttributes,
        externalLiveBindings: config.externalLiveBindings ?? true,
        file,
        footer: getAddon(config, 'footer'),
        format,
        freeze: config.freeze ?? true,
        generatedCode,
        globals: config.globals || {},
        hashCharacters: config.hashCharacters ?? 'base64',
        hoistTransitiveImports: config.hoistTransitiveImports ?? true,
        importAttributesKey: config.importAttributesKey ?? 'assert',
        indent: getIndent(config, compact),
        inlineDynamicImports,
        interop: getInterop(config),
        intro: getAddon(config, 'intro'),
        manualChunks: getManualChunks(config, inlineDynamicImports, preserveModules),
        minifyInternalExports: getMinifyInternalExports(config, format, compact),
        name: config.name,
        noConflict: config.noConflict || false,
        outro: getAddon(config, 'outro'),
        paths: config.paths || {},
        plugins: await normalizePluginOption(config.plugins),
        preserveModules,
        preserveModulesRoot: getPreserveModulesRoot(config),
        reexportProtoFromExternal: config.reexportProtoFromExternal ?? true,
        sanitizeFileName: typeof config.sanitizeFileName === 'function'
            ? config.sanitizeFileName
            : config.sanitizeFileName === false
                ? id => id
                : sanitizeFileName,
        sourcemap: config.sourcemap || false,
        sourcemapBaseUrl: getSourcemapBaseUrl(config),
        sourcemapDebugIds: config.sourcemapDebugIds || false,
        sourcemapExcludeSources: config.sourcemapExcludeSources || false,
        sourcemapFile: config.sourcemapFile,
        sourcemapFileNames: getSourcemapFileNames(config, unsetOptions),
        sourcemapIgnoreList: typeof config.sourcemapIgnoreList === 'function'
            ? config.sourcemapIgnoreList
            : config.sourcemapIgnoreList === false
                ? () => false
                : relativeSourcePath => relativeSourcePath.includes('node_modules'),
        sourcemapPathTransform: config.sourcemapPathTransform,
        strict: config.strict ?? true,
        systemNullSetters: config.systemNullSetters ?? true,
        validate: config.validate || false,
        virtualDirname: config.virtualDirname || '_virtual'
    };
    warnUnknownOptions(config, Object.keys(outputOptions), 'output options', inputOptions.onLog);
    return { options: outputOptions, unsetOptions };
}
const getFile = (config, preserveModules, inputOptions) => {
    const { file } = config;
    if (typeof file === 'string') {
        if (preserveModules) {
            return error(logInvalidOption('output.file', URL_OUTPUT_DIR, 'you must set "output.dir" instead of "output.file" when using the "output.preserveModules" option'));
        }
        if (!Array.isArray(inputOptions.input))
            return error(logInvalidOption('output.file', URL_OUTPUT_DIR, 'you must set "output.dir" instead of "output.file" when providing named inputs'));
    }
    return file;
};
const getFormat = (config) => {
    const configFormat = config.format;
    switch (configFormat) {
        case undefined:
        case 'es':
        case 'esm':
        case 'module': {
            return 'es';
        }
        case 'cjs':
        case 'commonjs': {
            return 'cjs';
        }
        case 'system':
        case 'systemjs': {
            return 'system';
        }
        case 'amd':
        case 'iife':
        case 'umd': {
            return configFormat;
        }
        default: {
            return error(logInvalidOption('output.format', URL_OUTPUT_FORMAT, `Valid values are "amd", "cjs", "system", "es", "iife" or "umd"`, configFormat));
        }
    }
};
const getInlineDynamicImports = (config, inputOptions) => {
    const inlineDynamicImports = config.inlineDynamicImports || false;
    const { input } = inputOptions;
    if (inlineDynamicImports && (Array.isArray(input) ? input : Object.keys(input)).length > 1) {
        return error(logInvalidOption('output.inlineDynamicImports', URL_OUTPUT_INLINEDYNAMICIMPORTS, 'multiple inputs are not supported when "output.inlineDynamicImports" is true'));
    }
    return inlineDynamicImports;
};
const getPreserveModules = (config, inlineDynamicImports, inputOptions) => {
    const preserveModules = config.preserveModules || false;
    if (preserveModules) {
        if (inlineDynamicImports) {
            return error(logInvalidOption('output.inlineDynamicImports', URL_OUTPUT_INLINEDYNAMICIMPORTS, `this option is not supported for "output.preserveModules"`));
        }
        if (inputOptions.preserveEntrySignatures === false) {
            return error(logInvalidOption('preserveEntrySignatures', URL_PRESERVEENTRYSIGNATURES, 'setting this option to false is not supported for "output.preserveModules"'));
        }
    }
    return preserveModules;
};
const getPreserveModulesRoot = (config) => {
    const { preserveModulesRoot } = config;
    if (preserveModulesRoot === null || preserveModulesRoot === undefined) {
        return undefined;
    }
    return resolve$1(preserveModulesRoot);
};
const getAmd = (config) => {
    const mergedOption = {
        autoId: false,
        basePath: '',
        define: 'define',
        forceJsExtensionForImports: false,
        ...config.amd
    };
    if ((mergedOption.autoId || mergedOption.basePath) && mergedOption.id) {
        return error(logInvalidOption('output.amd.id', URL_OUTPUT_AMD_ID, 'this option cannot be used together with "output.amd.autoId"/"output.amd.basePath"'));
    }
    if (mergedOption.basePath && !mergedOption.autoId) {
        return error(logInvalidOption('output.amd.basePath', URL_OUTPUT_AMD_BASEPATH, 'this option only works with "output.amd.autoId"'));
    }
    return mergedOption.autoId
        ? {
            autoId: true,
            basePath: mergedOption.basePath,
            define: mergedOption.define,
            forceJsExtensionForImports: mergedOption.forceJsExtensionForImports
        }
        : {
            autoId: false,
            define: mergedOption.define,
            forceJsExtensionForImports: mergedOption.forceJsExtensionForImports,
            id: mergedOption.id
        };
};
const getAddon = (config, name) => {
    const configAddon = config[name];
    if (typeof configAddon === 'function') {
        return configAddon;
    }
    return () => configAddon || '';
};
const getDir = (config, file) => {
    const { dir } = config;
    if (typeof dir === 'string' && typeof file === 'string') {
        return error(logInvalidOption('output.dir', URL_OUTPUT_DIR, 'you must set either "output.file" for a single-file build or "output.dir" when generating multiple chunks'));
    }
    return dir;
};
const getEntryFileNames = (config, unsetOptions) => {
    const configEntryFileNames = config.entryFileNames;
    if (configEntryFileNames == null) {
        unsetOptions.add('entryFileNames');
    }
    return configEntryFileNames ?? '[name].js';
};
function getExports(config, unsetOptions) {
    const configExports = config.exports;
    if (configExports == null) {
        unsetOptions.add('exports');
    }
    else if (!['default', 'named', 'none', 'auto'].includes(configExports)) {
        return error(logInvalidExportOptionValue(configExports));
    }
    return configExports || 'auto';
}
const getExternalImportAttributes = (config, inputOptions) => {
    if (config.externalImportAssertions != undefined) {
        warnDeprecation(`The "output.externalImportAssertions" option is deprecated. Use the "output.externalImportAttributes" option instead.`, URL_OUTPUT_EXTERNALIMPORTATTRIBUTES, true, inputOptions);
    }
    return config.externalImportAttributes ?? config.externalImportAssertions ?? true;
};
const getGeneratedCode = (config) => {
    const configWithPreset = getOptionWithPreset(config.generatedCode, generatedCodePresets, 'output.generatedCode', URL_OUTPUT_GENERATEDCODE, '');
    return {
        arrowFunctions: configWithPreset.arrowFunctions === true,
        constBindings: configWithPreset.constBindings === true,
        objectShorthand: configWithPreset.objectShorthand === true,
        reservedNamesAsProps: configWithPreset.reservedNamesAsProps !== false,
        symbols: configWithPreset.symbols === true
    };
};
const getIndent = (config, compact) => {
    if (compact) {
        return '';
    }
    const configIndent = config.indent;
    return configIndent === false ? '' : (configIndent ?? true);
};
const ALLOWED_INTEROP_TYPES = new Set([
    'compat',
    'auto',
    'esModule',
    'default',
    'defaultOnly'
]);
const getInterop = (config) => {
    const configInterop = config.interop;
    if (typeof configInterop === 'function') {
        const interopPerId = Object.create(null);
        let defaultInterop = null;
        return id => id === null
            ? defaultInterop || validateInterop((defaultInterop = configInterop(id)))
            : id in interopPerId
                ? interopPerId[id]
                : validateInterop((interopPerId[id] = configInterop(id)));
    }
    return configInterop === undefined ? () => 'default' : () => validateInterop(configInterop);
};
const validateInterop = (interop) => {
    if (!ALLOWED_INTEROP_TYPES.has(interop)) {
        return error(logInvalidOption('output.interop', URL_OUTPUT_INTEROP, `use one of ${Array.from(ALLOWED_INTEROP_TYPES, value => JSON.stringify(value)).join(', ')}`, interop));
    }
    return interop;
};
const getManualChunks = (config, inlineDynamicImports, preserveModules) => {
    const configManualChunks = config.manualChunks;
    if (configManualChunks) {
        if (inlineDynamicImports) {
            return error(logInvalidOption('output.manualChunks', URL_OUTPUT_MANUALCHUNKS, 'this option is not supported for "output.inlineDynamicImports"'));
        }
        if (preserveModules) {
            return error(logInvalidOption('output.manualChunks', URL_OUTPUT_MANUALCHUNKS, 'this option is not supported for "output.preserveModules"'));
        }
    }
    return configManualChunks || {};
};
const getMinifyInternalExports = (config, format, compact) => config.minifyInternalExports ?? (compact || format === 'es' || format === 'system');
const getSourcemapFileNames = (config, unsetOptions) => {
    const configSourcemapFileNames = config.sourcemapFileNames;
    if (configSourcemapFileNames == null) {
        unsetOptions.add('sourcemapFileNames');
    }
    return configSourcemapFileNames;
};
const getSourcemapBaseUrl = (config) => {
    const { sourcemapBaseUrl } = config;
    if (sourcemapBaseUrl) {
        if (isValidUrl(sourcemapBaseUrl)) {
            return addTrailingSlashIfMissed(sourcemapBaseUrl);
        }
        return error(logInvalidOption('output.sourcemapBaseUrl', URL_OUTPUT_SOURCEMAPBASEURL, `must be a valid URL, received ${JSON.stringify(sourcemapBaseUrl)}`));
    }
};

// @ts-expect-error TS2540: the polyfill of `asyncDispose`.
Symbol.asyncDispose ??= Symbol('Symbol.asyncDispose');
function rollup(rawInputOptions) {
    return rollupInternal(rawInputOptions, null);
}
async function rollupInternal(rawInputOptions, watcher) {
    const { options: inputOptions, unsetOptions: unsetInputOptions } = await getInputOptions(rawInputOptions, watcher !== null);
    initialiseTimers(inputOptions);
    await initWasm();
    const graph = new Graph(inputOptions, watcher);
    // remove the cache object from the memory after graph creation (cache is not used anymore)
    const useCache = rawInputOptions.cache !== false;
    if (rawInputOptions.cache) {
        inputOptions.cache = undefined;
        rawInputOptions.cache = undefined;
    }
    timeStart('BUILD', 1);
    await catchUnfinishedHookActions(graph.pluginDriver, async () => {
        try {
            timeStart('initialize', 2);
            await graph.pluginDriver.hookParallel('buildStart', [inputOptions]);
            timeEnd('initialize', 2);
            await graph.build();
        }
        catch (error_) {
            const watchFiles = Object.keys(graph.watchFiles);
            if (watchFiles.length > 0) {
                error_.watchFiles = watchFiles;
            }
            try {
                await graph.pluginDriver.hookParallel('buildEnd', [error_]);
            }
            catch (buildEndError) {
                // Create a compound error object to include both errors, based on the original error
                const compoundError = getRollupError({
                    ...error_,
                    message: `There was an error during the build:\n  ${error_.message}\nAdditionally, handling the error in the 'buildEnd' hook caused the following error:\n  ${buildEndError.message}`
                });
                await graph.pluginDriver.hookParallel('closeBundle', [compoundError]);
                throw compoundError;
            }
            await graph.pluginDriver.hookParallel('closeBundle', [error_]);
            throw error_;
        }
        try {
            await graph.pluginDriver.hookParallel('buildEnd', []);
        }
        catch (buildEndError) {
            await graph.pluginDriver.hookParallel('closeBundle', [buildEndError]);
            throw buildEndError;
        }
    });
    timeEnd('BUILD', 1);
    const result = {
        cache: useCache ? graph.getCache() : undefined,
        async close() {
            if (result.closed)
                return;
            result.closed = true;
            await graph.pluginDriver.hookParallel('closeBundle', []);
        },
        closed: false,
        async [Symbol.asyncDispose]() {
            await this.close();
        },
        async generate(rawOutputOptions) {
            if (result.closed)
                return error(logAlreadyClosed());
            return handleGenerateWrite(false, inputOptions, unsetInputOptions, rawOutputOptions, graph);
        },
        get watchFiles() {
            return Object.keys(graph.watchFiles);
        },
        async write(rawOutputOptions) {
            if (result.closed)
                return error(logAlreadyClosed());
            return handleGenerateWrite(true, inputOptions, unsetInputOptions, rawOutputOptions, graph);
        }
    };
    if (inputOptions.perf)
        result.getTimings = getTimings;
    return result;
}
async function getInputOptions(initialInputOptions, watchMode) {
    if (!initialInputOptions) {
        throw new Error('You must supply an options object to rollup');
    }
    const processedInputOptions = await getProcessedInputOptions(initialInputOptions, watchMode);
    const { options, unsetOptions } = await normalizeInputOptions(processedInputOptions, watchMode);
    normalizePlugins(options.plugins, ANONYMOUS_PLUGIN_PREFIX);
    return { options, unsetOptions };
}
async function getProcessedInputOptions(inputOptions, watchMode) {
    const plugins = getSortedValidatedPlugins('options', await normalizePluginOption(inputOptions.plugins));
    const logLevel = inputOptions.logLevel || LOGLEVEL_INFO;
    const logger = getLogger(plugins, getOnLog(inputOptions, logLevel), watchMode, logLevel);
    for (const plugin of plugins) {
        const { name, options } = plugin;
        const handler = 'handler' in options ? options.handler : options;
        const processedOptions = await handler.call({
            debug: getLogHandler(LOGLEVEL_DEBUG, 'PLUGIN_LOG', logger, name, logLevel),
            error: (error_) => error(logPluginError(normalizeLog(error_), name, { hook: 'onLog' })),
            info: getLogHandler(LOGLEVEL_INFO, 'PLUGIN_LOG', logger, name, logLevel),
            meta: { rollupVersion: version, watchMode },
            warn: getLogHandler(LOGLEVEL_WARN, 'PLUGIN_WARNING', logger, name, logLevel)
        }, inputOptions);
        if (processedOptions) {
            inputOptions = processedOptions;
        }
    }
    return inputOptions;
}
function normalizePlugins(plugins, anonymousPrefix) {
    for (const [index, plugin] of plugins.entries()) {
        if (!plugin.name) {
            plugin.name = `${anonymousPrefix}${index + 1}`;
        }
    }
}
async function handleGenerateWrite(isWrite, inputOptions, unsetInputOptions, rawOutputOptions, graph) {
    const { options: outputOptions, outputPluginDriver, unsetOptions } = await getOutputOptionsAndPluginDriver(rawOutputOptions, graph.pluginDriver, inputOptions, unsetInputOptions);
    return catchUnfinishedHookActions(outputPluginDriver, async () => {
        const bundle = new Bundle(outputOptions, unsetOptions, inputOptions, outputPluginDriver, graph);
        const generated = await bundle.generate(isWrite);
        if (isWrite) {
            timeStart('WRITE', 1);
            if (!outputOptions.dir && !outputOptions.file) {
                return error(logMissingFileOrDirOption());
            }
            await Promise.all(Object.values(generated).map(chunk => graph.fileOperationQueue.run(() => writeOutputFile(chunk, outputOptions))));
            await outputPluginDriver.hookParallel('writeBundle', [outputOptions, generated]);
            timeEnd('WRITE', 1);
        }
        return createOutput(generated);
    });
}
async function getOutputOptionsAndPluginDriver(rawOutputOptions, inputPluginDriver, inputOptions, unsetInputOptions) {
    if (!rawOutputOptions) {
        throw new Error('You must supply an options object');
    }
    const rawPlugins = await normalizePluginOption(rawOutputOptions.plugins);
    normalizePlugins(rawPlugins, ANONYMOUS_OUTPUT_PLUGIN_PREFIX);
    const outputPluginDriver = inputPluginDriver.createOutputPluginDriver(rawPlugins);
    return {
        ...(await getOutputOptions(inputOptions, unsetInputOptions, rawOutputOptions, outputPluginDriver)),
        outputPluginDriver
    };
}
function getOutputOptions(inputOptions, unsetInputOptions, rawOutputOptions, outputPluginDriver) {
    return normalizeOutputOptions(outputPluginDriver.hookReduceArg0Sync('outputOptions', [rawOutputOptions], (outputOptions, result) => result || outputOptions, pluginContext => {
        const emitError = () => pluginContext.error(logCannotEmitFromOptionsHook());
        return {
            ...pluginContext,
            emitFile: emitError,
            setAssetSource: emitError
        };
    }), inputOptions, unsetInputOptions);
}
function createOutput(outputBundle) {
    return {
        output: Object.values(outputBundle).filter(outputFile => Object.keys(outputFile).length > 0).sort((outputFileA, outputFileB) => getSortingFileType(outputFileA) - getSortingFileType(outputFileB))
    };
}
var SortingFileType;
(function (SortingFileType) {
    SortingFileType[SortingFileType["ENTRY_CHUNK"] = 0] = "ENTRY_CHUNK";
    SortingFileType[SortingFileType["SECONDARY_CHUNK"] = 1] = "SECONDARY_CHUNK";
    SortingFileType[SortingFileType["ASSET"] = 2] = "ASSET";
})(SortingFileType || (SortingFileType = {}));
function getSortingFileType(file) {
    if (file.type === 'asset') {
        return SortingFileType.ASSET;
    }
    if (file.isEntry) {
        return SortingFileType.ENTRY_CHUNK;
    }
    return SortingFileType.SECONDARY_CHUNK;
}
async function writeOutputFile(outputFile, outputOptions) {
    const fileName = resolve$1(outputOptions.dir || dirname(outputOptions.file), outputFile.fileName);
    // 'recursive: true' does not throw if the folder structure, or parts of it, already exist
    await mkdir(dirname(fileName), { recursive: true });
    return writeFile(fileName, outputFile.type === 'asset' ? outputFile.source : outputFile.code);
}
/**
 * Auxiliary function for defining rollup configuration
 * Mainly to facilitate IDE code prompts, after all, export default does not
 * prompt, even if you add @type annotations, it is not accurate
 * @param options
 */
function defineConfig(options) {
    return options;
}

var picocolors = {exports: {}};

var hasRequiredPicocolors;

let formatter = (open, close, replace = open) =>
		input => {
			let string = "" + input, index = string.indexOf(close, open.length);
			return ~index ? open + replaceClose(string, close, replace, index) + close : open + string + close
		};

let replaceClose = (string, close, replace, index) => {
		let result = "", cursor = 0;
		do {
			result += string.substring(cursor, index) + replace;
			cursor = index + close.length;
			index = string.indexOf(close, cursor);
		} while (~index)
		return result + string.substring(cursor)
	};

let createColors = (enabled = isColorSupported) => {
		let f = enabled ? formatter : () => String;
		return {
			isColorSupported: enabled,
			reset: f("\x1b[0m", "\x1b[0m"),
			bold: f("\x1b[1m", "\x1b[22m", "\x1b[22m\x1b[1m"),
			dim: f("\x1b[2m", "\x1b[22m", "\x1b[22m\x1b[2m"),
			italic: f("\x1b[3m", "\x1b[23m"),
			underline: f("\x1b[4m", "\x1b[24m"),
			inverse: f("\x1b[7m", "\x1b[27m"),
			hidden: f("\x1b[8m", "\x1b[28m"),
			strikethrough: f("\x1b[9m", "\x1b[29m"),

black: f("\x1b[30m", "\x1b[39m"),
			red: f("\x1b[31m", "\x1b[39m"),
			green: f("\x1b[32m", "\x1b[39m"),
			yellow: f("\x1b[33m", "\x1b[39m"),
			blue: f("\x1b[34m", "\x1b[39m"),
			magenta: f("\x1b[35m", "\x1b[39m"),
			cyan: f("\x1b[36m", "\x1b[39m"),
			white: f("\x1b[37m", "\x1b[39m"),
			gray: f("\x1b[90m", "\x1b[39m"),

bgBlack: f("\x1b[40m", "\x1b[49m"),
			bgRed: f("\x1b[41m", "\x1b[49m"),
			bgGreen: f("\x1b[42m", "\x1b[49m"),
			bgYellow: f("\x1b[43m", "\x1b[49m"),
			bgBlue: f("\x1b[44m", "\x1b[49m"),
			bgMagenta: f("\x1b[45m", "\x1b[49m"),
			bgCyan: f("\x1b[46m", "\x1b[49m"),
			bgWhite: f("\x1b[47m", "\x1b[49m"),

blackBright: f("\x1b[90m", "\x1b[39m"),
			redBright: f("\x1b[91m", "\x1b[39m"),
			greenBright: f("\x1b[92m", "\x1b[39m"),
			yellowBright: f("\x1b[93m", "\x1b[39m"),
			blueBright: f("\x1b[94m", "\x1b[39m"),
			magentaBright: f("\x1b[95m", "\x1b[39m"),
			cyanBright: f("\x1b[96m", "\x1b[39m"),
			whiteBright: f("\x1b[97m", "\x1b[39m"),

bgBlackBright: f("\x1b[100m", "\x1b[49m"),
			bgRedBright: f("\x1b[101m", "\x1b[49m"),
			bgGreenBright: f("\x1b[102m", "\x1b[49m"),
			bgYellowBright: f("\x1b[103m", "\x1b[49m"),
			bgBlueBright: f("\x1b[104m", "\x1b[49m"),
			bgMagentaBright: f("\x1b[105m", "\x1b[49m"),
			bgCyanBright: f("\x1b[106m", "\x1b[49m"),
			bgWhiteBright: f("\x1b[107m", "\x1b[49m"),
		}
	};

picocolors.exports = createColors();
	picocolors.exports.createColors = createColors;
	return picocolors.exports;
}

var picocolorsExports = /*@__PURE__*/ requirePicocolors();
const pc = /*@__PURE__*/getDefaultExportFromCjs(picocolorsExports);

// @see https://no-color.org
// @see https://www.npmjs.com/package/chalk
const { bold, cyan, dim, red} = pc.createColors(env.FORCE_COLOR !== '0' && !env.NO_COLOR);

// log to stderr to keep `rollup main.js > bundle.js` from breaking
const stderr = (...parameters) => process$1.stderr.write(`${parameters.join('')}\n`);
function handleError(error, recover = false) {
    const name = error.name || error.cause?.name;
    const nameSection = name ? `${name}: ` : '';
    const pluginSection = error.plugin ? `(plugin ${error.plugin}) ` : '';
    const message = `${pluginSection}${nameSection}${error.message}`;
    const outputLines = [bold(red(`[!] ${bold(message.toString())}`))];
    if (error.url) {
        outputLines.push(cyan(error.url));
    }
    if (error.loc) {
        outputLines.push(`${relativeId((error.loc.file || error.id))} (${error.loc.line}:${error.loc.column})`);
    }
    else if (error.id) {
        outputLines.push(relativeId(error.id));
    }
    if (error.frame) {
        outputLines.push(dim(error.frame));
    }
    if (error.stack) {
        outputLines.push(dim(error.stack?.replace(`${nameSection}${error.message}\n`, '')));
    }
    // ES2022: Error.prototype.cause is optional
    if (error.cause) {
        let cause = error.cause;
        const causeErrorLines = [];
        let indent = '';
        while (cause) {
            indent += '  ';
            const message = cause.stack || cause;
            causeErrorLines.push(...`[cause] ${message}`.split('\n').map(line => indent + line));
            cause = cause.cause;
        }
        outputLines.push(dim(causeErrorLines.join('\n')));
    }
    outputLines.push('', '');
    stderr(outputLines.join('\n'));
    if (!recover)
        process$1.exit(1);
}

class WatchEmitter {
    constructor() {
        this.currentHandlers = Object.create(null);
        this.persistentHandlers = Object.create(null);
    }
    // Will be overwritten by Rollup
    async close() { }
    emit(event, ...parameters) {
        return Promise.all([...this.getCurrentHandlers(event), ...this.getPersistentHandlers(event)].map(handler => handler(...parameters)));
    }
    off(event, listener) {
        const listeners = this.persistentHandlers[event];
        if (listeners) {
            // A hack stolen from "mitt": ">>> 0" does not change numbers >= 0, but -1
            // (which would remove the last array element if used unchanged) is turned
            // into max_int, which is outside the array and does not change anything.
            listeners.splice(listeners.indexOf(listener) >>> 0, 1);
        }
        return this;
    }
    on(event, listener) {
        this.getPersistentHandlers(event).push(listener);
        return this;
    }
    onCurrentRun(event, listener) {
        this.getCurrentHandlers(event).push(listener);
        return this;
    }
    once(event, listener) {
        const selfRemovingListener = (...parameters) => {
            this.off(event, selfRemovingListener);
            return listener(...parameters);
        };
        this.on(event, selfRemovingListener);
        return this;
    }
    removeAllListeners() {
        this.removeListenersForCurrentRun();
        this.persistentHandlers = Object.create(null);
        return this;
    }
    removeListenersForCurrentRun() {
        this.currentHandlers = Object.create(null);
        return this;
    }
    getCurrentHandlers(event) {
        return this.currentHandlers[event] || (this.currentHandlers[event] = []);
    }
    getPersistentHandlers(event) {
        return this.persistentHandlers[event] || (this.persistentHandlers[event] = []);
    }
}

let fsEvents;
let fsEventsImportError;
async function loadFsEvents() {
    try {
        ({ default: fsEvents } = await import('fsevents'));
    }
    catch (error) {
        fsEventsImportError = error;
    }
}
// A call to this function will be injected into the chokidar code
function getFsEvents() {
    if (fsEventsImportError)
        throw fsEventsImportError;
    return fsEvents;
}

const fseventsImporter = /*#__PURE__*/Object.defineProperty({
  __proto__: null,
  getFsEvents,
  loadFsEvents
}, Symbol.toStringTag, { value: 'Module' });

export { createFilter$1 as createFilter, defineConfig, fseventsImporter, getAugmentedNamespace, getDefaultExportFromCjs, rollup, rollupInternal, version, watch };