webpack/types.d.ts

Packs CommonJs/AMD modules for the browser. Allows to split your codebase into multiple bundles, which can be loaded on demand. Support loaders to preprocess files, i.e. json, jsx, es7, css, less, ... and your custom stuff.

/*
 * This file was automatically generated.
 * DO NOT MODIFY BY HAND.
 * Run `yarn special-lint-fix` to update
 */

import {
	ArrayExpression,
	ArrayPattern,
	ArrowFunctionExpression,
	AssignmentExpression,
	AssignmentPattern,
	AssignmentProperty,
	AwaitExpression,
	BigIntLiteral,
	BinaryExpression,
	BlockStatement,
	BreakStatement,
	CatchClause,
	ChainExpression,
	ClassBody,
	ClassDeclaration,
	ClassExpression,
	Comment,
	ConditionalExpression,
	ContinueStatement,
	DebuggerStatement,
	DoWhileStatement,
	EmptyStatement,
	ExportAllDeclaration,
	ExportDefaultDeclaration,
	ExportNamedDeclaration,
	ExportSpecifier,
	ExpressionStatement,
	ForInStatement,
	ForOfStatement,
	ForStatement,
	FunctionDeclaration,
	FunctionExpression,
	Identifier,
	IfStatement,
	ImportDeclaration,
	ImportDefaultSpecifier,
	ImportExpression,
	ImportNamespaceSpecifier,
	ImportSpecifier,
	LabeledStatement,
	LogicalExpression,
	MemberExpression,
	MetaProperty,
	MethodDefinition,
	NewExpression,
	ObjectExpression,
	ObjectPattern,
	PrivateIdentifier,
	Program,
	Property,
	PropertyDefinition,
	RegExpLiteral,
	RestElement,
	ReturnStatement,
	SequenceExpression,
	SimpleCallExpression,
	SimpleLiteral,
	SpreadElement,
	Super,
	SwitchCase,
	SwitchStatement,
	TaggedTemplateExpression,
	TemplateElement,
	TemplateLiteral,
	ThisExpression,
	ThrowStatement,
	TryStatement,
	UnaryExpression,
	UpdateExpression,
	VariableDeclaration,
	VariableDeclarator,
	WhileStatement,
	WithStatement,
	YieldExpression
} from "estree";
import { ServerOptions as ServerOptionsImport } from "http";
import { ListenOptions, Server } from "net";
import { validate as validateFunction } from "schema-utils";
import { default as ValidationError } from "schema-utils/declarations/ValidationError";
import { ValidationErrorConfiguration } from "schema-utils/declarations/validate";
import {
	AsArray,
	AsyncParallelHook,
	AsyncSeriesBailHook,
	AsyncSeriesHook,
	AsyncSeriesWaterfallHook,
	HookMap,
	MultiHook,
	SyncBailHook,
	SyncHook,
	SyncWaterfallHook
} from "tapable";
import { SecureContextOptions, TlsOptions } from "tls";

declare class AbstractLibraryPlugin<T> {
	constructor(__0: {
		/**
		 * name of the plugin
		 */
		pluginName: string;
		/**
		 * used library type
		 */
		type: string;
	});

	/**
	 * Apply the plugin
	 */
	apply(compiler: Compiler): void;
	parseOptions(library: LibraryOptions): false | T;
	finishEntryModule(
		module: Module,
		entryName: string,
		libraryContext: LibraryContext<T>
	): void;
	embedInRuntimeBailout(
		module: Module,
		renderContext: RenderContext,
		libraryContext: LibraryContext<T>
	): undefined | string;
	strictRuntimeBailout(
		renderContext: RenderContext,
		libraryContext: LibraryContext<T>
	): undefined | string;
	runtimeRequirements(
		chunk: Chunk,
		set: Set<string>,
		libraryContext: LibraryContext<T>
	): void;
	render(
		source: Source,
		renderContext: RenderContext,
		libraryContext: LibraryContext<T>
	): Source;
	renderStartup(
		source: Source,
		module: Module,
		renderContext: StartupRenderContext,
		libraryContext: LibraryContext<T>
	): Source;
	chunkHash(
		chunk: Chunk,
		hash: Hash,
		chunkHashContext: ChunkHashContext,
		libraryContext: LibraryContext<T>
	): void;
	static COMMON_LIBRARY_NAME_MESSAGE: string;
}
declare interface AdditionalData {
	[index: string]: any;
	webpackAST: object;
}
declare class AggressiveMergingPlugin {
	constructor(options?: any);
	options: any;

	/**
	 * Apply the plugin
	 */
	apply(compiler: Compiler): void;
}
declare class AggressiveSplittingPlugin {
	constructor(options?: AggressiveSplittingPluginOptions);
	options: AggressiveSplittingPluginOptions;

	/**
	 * Apply the plugin
	 */
	apply(compiler: Compiler): void;
	static wasChunkRecorded(chunk: Chunk): boolean;
}
declare interface AggressiveSplittingPluginOptions {
	/**
	 * Extra cost for each chunk (Default: 9.8kiB).
	 */
	chunkOverhead?: number;

	/**
	 * Extra cost multiplicator for entry chunks (Default: 10).
	 */
	entryChunkMultiplicator?: number;

	/**
	 * Byte, max size of per file (Default: 50kiB).
	 */
	maxSize?: number;

	/**
	 * Byte, split point. (Default: 30kiB).
	 */
	minSize?: number;
}
declare interface AliasOption {
	alias: string | false | string[];
	name: string;
	onlyModule?: boolean;
}
type AliasOptionNewRequest = string | false | string[];
declare interface AliasOptions {
	[index: string]: AliasOptionNewRequest;
}
declare interface Argument {
	description: string;
	simpleType: "string" | "number" | "boolean";
	multiple: boolean;
	configs: ArgumentConfig[];
}
declare interface ArgumentConfig {
	description: string;
	path: string;
	multiple: boolean;
	type: "string" | "number" | "boolean" | "path" | "enum" | "RegExp" | "reset";
	values?: any[];
}
declare interface Asset {
	/**
	 * the filename of the asset
	 */
	name: string;

	/**
	 * source of the asset
	 */
	source: Source;

	/**
	 * info about the asset
	 */
	info: AssetInfo;
}
declare interface AssetEmittedInfo {
	content: Buffer;
	source: Source;
	compilation: Compilation;
	outputPath: string;
	targetPath: string;
}
type AssetFilterItemTypes =
	| string
	| RegExp
	| ((name: string, asset: StatsAsset) => boolean);

/**
 * Options object for data url generation.
 */
declare interface AssetGeneratorDataUrlOptions {
	/**
	 * Asset encoding (defaults to base64).
	 */
	encoding?: false | "base64";

	/**
	 * Asset mimetype (getting from file extension by default).
	 */
	mimetype?: string;
}
type AssetGeneratorOptions = AssetInlineGeneratorOptions &
	AssetResourceGeneratorOptions;
type AssetInfo = KnownAssetInfo & Record<string, any>;

/**
 * Generator options for asset/inline modules.
 */
declare interface AssetInlineGeneratorOptions {
	/**
	 * The options for data url generator.
	 */
	dataUrl?:
		| AssetGeneratorDataUrlOptions
		| ((
				source: string | Buffer,
				context: { filename: string; module: Module }
		  ) => string);
}

/**
 * Options object for DataUrl condition.
 */
declare interface AssetParserDataUrlOptions {
	/**
	 * Maximum size of asset that should be inline as modules. Default: 8kb.
	 */
	maxSize?: number;
}

/**
 * Parser options for asset modules.
 */
declare interface AssetParserOptions {
	/**
	 * The condition for inlining the asset as DataUrl.
	 */
	dataUrlCondition?:
		| AssetParserDataUrlOptions
		| ((
				source: string | Buffer,
				context: { filename: string; module: Module }
		  ) => boolean);
}

/**
 * Generator options for asset/resource modules.
 */
declare interface AssetResourceGeneratorOptions {
	/**
	 * Emit an output asset from this asset module. This can be set to 'false' to omit emitting e. g. for SSR.
	 */
	emit?: boolean;

	/**
	 * Specifies the filename template of output files on disk. You must **not** specify an absolute path here, but the path may contain folders separated by '/'! The specified path is joined with the value of the 'output.path' option to determine the location on disk.
	 */
	filename?: string | ((pathData: PathData, assetInfo?: AssetInfo) => string);

	/**
	 * The 'publicPath' specifies the public URL address of the output files when referenced in a browser.
	 */
	publicPath?: string | ((pathData: PathData, assetInfo?: AssetInfo) => string);
}
declare class AsyncDependenciesBlock extends DependenciesBlock {
	constructor(
		groupOptions: RawChunkGroupOptions & { name?: string } & {
			entryOptions?: EntryOptions;
		},
		loc?: SyntheticDependencyLocation | RealDependencyLocation,
		request?: string
	);
	groupOptions: RawChunkGroupOptions & { name?: string } & {
		entryOptions?: EntryOptions;
	};
	loc?: SyntheticDependencyLocation | RealDependencyLocation;
	request?: string;
	chunkName: string;
	module: any;
}
declare abstract class AsyncQueue<T, K, R> {
	hooks: {
		beforeAdd: AsyncSeriesHook<[T]>;
		added: SyncHook<[T]>;
		beforeStart: AsyncSeriesHook<[T]>;
		started: SyncHook<[T]>;
		result: SyncHook<[T, Error, R]>;
	};
	add(item: T, callback: CallbackAsyncQueue<R>): void;
	invalidate(item: T): void;

	/**
	 * Waits for an already started item
	 */
	waitFor(item: T, callback: CallbackAsyncQueue<R>): void;
	stop(): void;
	increaseParallelism(): void;
	decreaseParallelism(): void;
	isProcessing(item: T): boolean;
	isQueued(item: T): boolean;
	isDone(item: T): boolean;
	clear(): void;
}
declare class AsyncWebAssemblyModulesPlugin {
	constructor(options?: any);
	options: any;

	/**
	 * Apply the plugin
	 */
	apply(compiler: Compiler): void;
	renderModule(module?: any, renderContext?: any, hooks?: any): any;
	static getCompilationHooks(
		compilation: Compilation
	): CompilationHooksAsyncWebAssemblyModulesPlugin;
}
declare class AutomaticPrefetchPlugin {
	constructor();

	/**
	 * Apply the plugin
	 */
	apply(compiler: Compiler): void;
}
type AuxiliaryComment = string | LibraryCustomUmdCommentObject;
declare interface BackendApi {
	dispose: (arg0?: Error) => void;
	module: (arg0: Module) => { client: string; data: string; active: boolean };
}
declare class BannerPlugin {
	constructor(options: BannerPluginArgument);
	options: BannerPluginOptions;
	banner: (data: { hash: string; chunk: Chunk; filename: string }) => string;

	/**
	 * Apply the plugin
	 */
	apply(compiler: Compiler): void;
}
type BannerPluginArgument =
	| string
	| BannerPluginOptions
	| ((data: { hash: string; chunk: Chunk; filename: string }) => string);
declare interface BannerPluginOptions {
	/**
	 * Specifies the banner.
	 */
	banner:
		| string
		| ((data: { hash: string; chunk: Chunk; filename: string }) => string);

	/**
	 * If true, the banner will only be added to the entry chunks.
	 */
	entryOnly?: boolean;

	/**
	 * Exclude all modules matching any of these conditions.
	 */
	exclude?: string | RegExp | Rule[];

	/**
	 * Include all modules matching any of these conditions.
	 */
	include?: string | RegExp | Rule[];

	/**
	 * If true, banner will not be wrapped in a comment.
	 */
	raw?: boolean;

	/**
	 * Include all modules that pass test assertion.
	 */
	test?: string | RegExp | Rule[];
}
declare interface BaseResolveRequest {
	path: string | false;
	descriptionFilePath?: string;
	descriptionFileRoot?: string;
	descriptionFileData?: object;
	relativePath?: string;
	ignoreSymlinks?: boolean;
	fullySpecified?: boolean;
}
declare abstract class BasicEvaluatedExpression {
	type: number;
	range: [number, number];
	falsy: boolean;
	truthy: boolean;
	nullish?: boolean;
	sideEffects: boolean;
	bool?: boolean;
	number?: number;
	bigint?: bigint;
	regExp?: RegExp;
	string?: string;
	quasis?: BasicEvaluatedExpression[];
	parts?: BasicEvaluatedExpression[];
	array?: any[];
	items?: BasicEvaluatedExpression[];
	options?: BasicEvaluatedExpression[];
	prefix?: BasicEvaluatedExpression;
	postfix?: BasicEvaluatedExpression;
	wrappedInnerExpressions: any;
	identifier?: string;
	rootInfo: VariableInfoInterface;
	getMembers: () => string[];
	expression: NodeEstreeIndex;
	isUnknown(): boolean;
	isNull(): boolean;
	isUndefined(): boolean;
	isString(): boolean;
	isNumber(): boolean;
	isBigInt(): boolean;
	isBoolean(): boolean;
	isRegExp(): boolean;
	isConditional(): boolean;
	isArray(): boolean;
	isConstArray(): boolean;
	isIdentifier(): boolean;
	isWrapped(): boolean;
	isTemplateString(): boolean;

	/**
	 * Is expression a primitive or an object type value?
	 */
	isPrimitiveType(): undefined | boolean;

	/**
	 * Is expression a runtime or compile-time value?
	 */
	isCompileTimeValue(): boolean;

	/**
	 * Gets the compile-time value of the expression
	 */
	asCompileTimeValue(): any;
	isTruthy(): boolean;
	isFalsy(): boolean;
	isNullish(): undefined | boolean;

	/**
	 * Can this expression have side effects?
	 */
	couldHaveSideEffects(): boolean;
	asBool(): any;
	asNullish(): undefined | boolean;
	asString(): any;
	setString(string?: any): BasicEvaluatedExpression;
	setUndefined(): BasicEvaluatedExpression;
	setNull(): BasicEvaluatedExpression;
	setNumber(number?: any): BasicEvaluatedExpression;
	setBigInt(bigint?: any): BasicEvaluatedExpression;
	setBoolean(bool?: any): BasicEvaluatedExpression;
	setRegExp(regExp?: any): BasicEvaluatedExpression;
	setIdentifier(
		identifier?: any,
		rootInfo?: any,
		getMembers?: any
	): BasicEvaluatedExpression;
	setWrapped(
		prefix?: any,
		postfix?: any,
		innerExpressions?: any
	): BasicEvaluatedExpression;
	setOptions(options?: any): BasicEvaluatedExpression;
	addOptions(options?: any): BasicEvaluatedExpression;
	setItems(items?: any): BasicEvaluatedExpression;
	setArray(array?: any): BasicEvaluatedExpression;
	setTemplateString(
		quasis?: any,
		parts?: any,
		kind?: any
	): BasicEvaluatedExpression;
	templateStringKind: any;
	setTruthy(): BasicEvaluatedExpression;
	setFalsy(): BasicEvaluatedExpression;
	setNullish(value?: any): BasicEvaluatedExpression;
	setRange(range?: any): BasicEvaluatedExpression;
	setSideEffects(sideEffects?: boolean): BasicEvaluatedExpression;
	setExpression(expression?: any): BasicEvaluatedExpression;
}
type BuildMeta = KnownBuildMeta & Record<string, any>;
declare abstract class ByTypeGenerator extends Generator {
	map: any;
}
declare const CIRCULAR_CONNECTION: unique symbol;
declare class Cache {
	constructor();
	hooks: {
		get: AsyncSeriesBailHook<
			[
				string,
				null | Etag,
				((result: any, callback: (arg0?: Error) => void) => void)[]
			],
			any
		>;
		store: AsyncParallelHook<[string, null | Etag, any]>;
		storeBuildDependencies: AsyncParallelHook<[Iterable<string>]>;
		beginIdle: SyncHook<[]>;
		endIdle: AsyncParallelHook<[]>;
		shutdown: AsyncParallelHook<[]>;
	};
	get<T>(
		identifier: string,
		etag: null | Etag,
		callback: CallbackCache<T>
	): void;
	store<T>(
		identifier: string,
		etag: null | Etag,
		data: T,
		callback: CallbackCache<void>
	): void;

	/**
	 * After this method has succeeded the cache can only be restored when build dependencies are
	 */
	storeBuildDependencies(
		dependencies: Iterable<string>,
		callback: CallbackCache<void>
	): void;
	beginIdle(): void;
	endIdle(callback: CallbackCache<void>): void;
	shutdown(callback: CallbackCache<void>): void;
	static STAGE_MEMORY: number;
	static STAGE_DEFAULT: number;
	static STAGE_DISK: number;
	static STAGE_NETWORK: number;
}
declare abstract class CacheFacade {
	getChildCache(name: string): CacheFacade;
	getItemCache(identifier: string, etag: null | Etag): ItemCacheFacade;
	getLazyHashedEtag(obj: HashableObject): Etag;
	mergeEtags(a: Etag, b: Etag): Etag;
	get<T>(
		identifier: string,
		etag: null | Etag,
		callback: CallbackCache<T>
	): void;
	getPromise<T>(identifier: string, etag: null | Etag): Promise<T>;
	store<T>(
		identifier: string,
		etag: null | Etag,
		data: T,
		callback: CallbackCache<void>
	): void;
	storePromise<T>(
		identifier: string,
		etag: null | Etag,
		data: T
	): Promise<void>;
	provide<T>(
		identifier: string,
		etag: null | Etag,
		computer: (arg0: CallbackNormalErrorCache<T>) => void,
		callback: CallbackNormalErrorCache<T>
	): void;
	providePromise<T>(
		identifier: string,
		etag: null | Etag,
		computer: () => T | Promise<T>
	): Promise<T>;
}
declare interface CacheGroupSource {
	key?: string;
	priority?: number;
	getName?: (
		module?: Module,
		chunks?: Chunk[],
		key?: string
	) => undefined | string;
	chunksFilter?: (chunk: Chunk) => boolean;
	enforce?: boolean;
	minSize: SplitChunksSizes;
	minSizeReduction: SplitChunksSizes;
	minRemainingSize: SplitChunksSizes;
	enforceSizeThreshold: SplitChunksSizes;
	maxAsyncSize: SplitChunksSizes;
	maxInitialSize: SplitChunksSizes;
	minChunks?: number;
	maxAsyncRequests?: number;
	maxInitialRequests?: number;
	filename?: string | ((arg0: PathData, arg1?: AssetInfo) => string);
	idHint?: string;
	automaticNameDelimiter: string;
	reuseExistingChunk?: boolean;
	usedExports?: boolean;
}
declare interface CacheGroupsContext {
	moduleGraph: ModuleGraph;
	chunkGraph: ChunkGraph;
}
type CacheOptionsNormalized = false | MemoryCacheOptions | FileCacheOptions;
declare class CachedSource extends Source {
	constructor(source: Source);
	constructor(source: Source | (() => Source), cachedData?: any);
	original(): Source;
	originalLazy(): Source | (() => Source);
	getCachedData(): any;
}
type CallExpression = SimpleCallExpression | NewExpression;
declare interface CallExpressionInfo {
	type: "call";
	call: CallExpression;
	calleeName: string;
	rootInfo: string | VariableInfo;
	getCalleeMembers: () => string[];
	name: string;
	getMembers: () => string[];
}
declare interface CallbackAsyncQueue<T> {
	(err?: WebpackError, result?: T): any;
}
declare interface CallbackCache<T> {
	(err?: WebpackError, result?: T): void;
}
declare interface CallbackFunction<T> {
	(err?: Error, result?: T): any;
}
declare interface CallbackNormalErrorCache<T> {
	(err?: Error, result?: T): void;
}
declare interface CallbackWebpack<T> {
	(err?: Error, stats?: T): void;
}
type Cell<T> = undefined | T;
declare class Chunk {
	constructor(name?: string, backCompat?: boolean);
	id: null | string | number;
	ids: null | (string | number)[];
	debugId: number;
	name: string;
	idNameHints: SortableSet<string>;
	preventIntegration: boolean;
	filenameTemplate:
		| null
		| string
		| ((arg0: PathData, arg1?: AssetInfo) => string);
	runtime: RuntimeSpec;
	files: Set<string>;
	auxiliaryFiles: Set<string>;
	rendered: boolean;
	hash?: string;
	contentHash: Record<string, string>;
	renderedHash?: string;
	chunkReason?: string;
	extraAsync: boolean;
	readonly entryModule?: Module;
	hasEntryModule(): boolean;
	addModule(module: Module): boolean;
	removeModule(module: Module): void;
	getNumberOfModules(): number;
	readonly modulesIterable: Iterable<Module>;
	compareTo(otherChunk: Chunk): 0 | 1 | -1;
	containsModule(module: Module): boolean;
	getModules(): Module[];
	remove(): void;
	moveModule(module: Module, otherChunk: Chunk): void;
	integrate(otherChunk: Chunk): boolean;
	canBeIntegrated(otherChunk: Chunk): boolean;
	isEmpty(): boolean;
	modulesSize(): number;
	size(options?: ChunkSizeOptions): number;
	integratedSize(otherChunk: Chunk, options: ChunkSizeOptions): number;
	getChunkModuleMaps(filterFn: (m: Module) => boolean): ChunkModuleMaps;
	hasModuleInGraph(
		filterFn: (m: Module) => boolean,
		filterChunkFn?: (c: Chunk, chunkGraph: ChunkGraph) => boolean
	): boolean;
	getChunkMaps(realHash: boolean): ChunkMaps;
	hasRuntime(): boolean;
	canBeInitial(): boolean;
	isOnlyInitial(): boolean;
	getEntryOptions(): undefined | EntryOptions;
	addGroup(chunkGroup: ChunkGroup): void;
	removeGroup(chunkGroup: ChunkGroup): void;
	isInGroup(chunkGroup: ChunkGroup): boolean;
	getNumberOfGroups(): number;
	readonly groupsIterable: Iterable<ChunkGroup>;
	disconnectFromGroups(): void;
	split(newChunk: Chunk): void;
	updateHash(hash: Hash, chunkGraph: ChunkGraph): void;
	getAllAsyncChunks(): Set<Chunk>;
	getAllInitialChunks(): Set<Chunk>;
	getAllReferencedChunks(): Set<Chunk>;
	getAllReferencedAsyncEntrypoints(): Set<Entrypoint>;
	hasAsyncChunks(): boolean;
	getChildIdsByOrders(
		chunkGraph: ChunkGraph,
		filterFn?: (c: Chunk, chunkGraph: ChunkGraph) => boolean
	): Record<string, (string | number)[]>;
	getChildrenOfTypeInOrder(
		chunkGraph: ChunkGraph,
		type: string
	): { onChunks: Chunk[]; chunks: Set<Chunk> }[];
	getChildIdsByOrdersMap(
		chunkGraph: ChunkGraph,
		includeDirectChildren?: boolean,
		filterFn?: (c: Chunk, chunkGraph: ChunkGraph) => boolean
	): Record<string | number, Record<string, (string | number)[]>>;
}
declare class ChunkGraph {
	constructor(moduleGraph: ModuleGraph, hashFunction?: string | typeof Hash);
	moduleGraph: ModuleGraph;
	connectChunkAndModule(chunk: Chunk, module: Module): void;
	disconnectChunkAndModule(chunk: Chunk, module: Module): void;
	disconnectChunk(chunk: Chunk): void;
	attachModules(chunk: Chunk, modules: Iterable<Module>): void;
	attachRuntimeModules(chunk: Chunk, modules: Iterable<RuntimeModule>): void;
	attachFullHashModules(chunk: Chunk, modules: Iterable<RuntimeModule>): void;
	attachDependentHashModules(
		chunk: Chunk,
		modules: Iterable<RuntimeModule>
	): void;
	replaceModule(oldModule: Module, newModule: Module): void;
	isModuleInChunk(module: Module, chunk: Chunk): boolean;
	isModuleInChunkGroup(module: Module, chunkGroup: ChunkGroup): boolean;
	isEntryModule(module: Module): boolean;
	getModuleChunksIterable(module: Module): Iterable<Chunk>;
	getOrderedModuleChunksIterable(
		module: Module,
		sortFn: (arg0: Chunk, arg1: Chunk) => 0 | 1 | -1
	): Iterable<Chunk>;
	getModuleChunks(module: Module): Chunk[];
	getNumberOfModuleChunks(module: Module): number;
	getModuleRuntimes(module: Module): RuntimeSpecSet;
	getNumberOfChunkModules(chunk: Chunk): number;
	getNumberOfChunkFullHashModules(chunk: Chunk): number;
	getChunkModulesIterable(chunk: Chunk): Iterable<Module>;
	getChunkModulesIterableBySourceType(
		chunk: Chunk,
		sourceType: string
	): undefined | Iterable<Module>;
	getOrderedChunkModulesIterable(
		chunk: Chunk,
		comparator: (arg0: Module, arg1: Module) => 0 | 1 | -1
	): Iterable<Module>;
	getOrderedChunkModulesIterableBySourceType(
		chunk: Chunk,
		sourceType: string,
		comparator: (arg0: Module, arg1: Module) => 0 | 1 | -1
	): undefined | Iterable<Module>;
	getChunkModules(chunk: Chunk): Module[];
	getOrderedChunkModules(
		chunk: Chunk,
		comparator: (arg0: Module, arg1: Module) => 0 | 1 | -1
	): Module[];
	getChunkModuleIdMap(
		chunk: Chunk,
		filterFn: (m: Module) => boolean,
		includeAllChunks?: boolean
	): Record<string | number, (string | number)[]>;
	getChunkModuleRenderedHashMap(
		chunk: Chunk,
		filterFn: (m: Module) => boolean,
		hashLength?: number,
		includeAllChunks?: boolean
	): Record<string | number, Record<string | number, string>>;
	getChunkConditionMap(
		chunk: Chunk,
		filterFn: (c: Chunk, chunkGraph: ChunkGraph) => boolean
	): Record<string | number, boolean>;
	hasModuleInGraph(
		chunk: Chunk,
		filterFn: (m: Module) => boolean,
		filterChunkFn?: (c: Chunk, chunkGraph: ChunkGraph) => boolean
	): boolean;
	compareChunks(chunkA: Chunk, chunkB: Chunk): 0 | 1 | -1;
	getChunkModulesSize(chunk: Chunk): number;
	getChunkModulesSizes(chunk: Chunk): Record<string, number>;
	getChunkRootModules(chunk: Chunk): Module[];
	getChunkSize(chunk: Chunk, options?: ChunkSizeOptions): number;
	getIntegratedChunksSize(
		chunkA: Chunk,
		chunkB: Chunk,
		options?: ChunkSizeOptions
	): number;
	canChunksBeIntegrated(chunkA: Chunk, chunkB: Chunk): boolean;
	integrateChunks(chunkA: Chunk, chunkB: Chunk): void;
	upgradeDependentToFullHashModules(chunk: Chunk): void;
	isEntryModuleInChunk(module: Module, chunk: Chunk): boolean;
	connectChunkAndEntryModule(
		chunk: Chunk,
		module: Module,
		entrypoint?: Entrypoint
	): void;
	connectChunkAndRuntimeModule(chunk: Chunk, module: RuntimeModule): void;
	addFullHashModuleToChunk(chunk: Chunk, module: RuntimeModule): void;
	addDependentHashModuleToChunk(chunk: Chunk, module: RuntimeModule): void;
	disconnectChunkAndEntryModule(chunk: Chunk, module: Module): void;
	disconnectChunkAndRuntimeModule(chunk: Chunk, module: RuntimeModule): void;
	disconnectEntryModule(module: Module): void;
	disconnectEntries(chunk: Chunk): void;
	getNumberOfEntryModules(chunk: Chunk): number;
	getNumberOfRuntimeModules(chunk: Chunk): number;
	getChunkEntryModulesIterable(chunk: Chunk): Iterable<Module>;
	getChunkEntryDependentChunksIterable(chunk: Chunk): Iterable<Chunk>;
	hasChunkEntryDependentChunks(chunk: Chunk): boolean;
	getChunkRuntimeModulesIterable(chunk: Chunk): Iterable<RuntimeModule>;
	getChunkRuntimeModulesInOrder(chunk: Chunk): RuntimeModule[];
	getChunkFullHashModulesIterable(
		chunk: Chunk
	): undefined | Iterable<RuntimeModule>;
	getChunkFullHashModulesSet(
		chunk: Chunk
	): undefined | ReadonlySet<RuntimeModule>;
	getChunkDependentHashModulesIterable(
		chunk: Chunk
	): undefined | Iterable<RuntimeModule>;
	getChunkEntryModulesWithChunkGroupIterable(
		chunk: Chunk
	): Iterable<[Module, undefined | Entrypoint]>;
	getBlockChunkGroup(depBlock: AsyncDependenciesBlock): ChunkGroup;
	connectBlockAndChunkGroup(
		depBlock: AsyncDependenciesBlock,
		chunkGroup: ChunkGroup
	): void;
	disconnectChunkGroup(chunkGroup: ChunkGroup): void;
	getModuleId(module: Module): string | number;
	setModuleId(module: Module, id: string | number): void;
	getRuntimeId(runtime: string): string | number;
	setRuntimeId(runtime: string, id: string | number): void;
	hasModuleHashes(module: Module, runtime: RuntimeSpec): boolean;
	getModuleHash(module: Module, runtime: RuntimeSpec): string;
	getRenderedModuleHash(module: Module, runtime: RuntimeSpec): string;
	setModuleHashes(
		module: Module,
		runtime: RuntimeSpec,
		hash: string,
		renderedHash: string
	): void;
	addModuleRuntimeRequirements(
		module: Module,
		runtime: RuntimeSpec,
		items: Set<string>,
		transferOwnership?: boolean
	): void;
	addChunkRuntimeRequirements(chunk: Chunk, items: Set<string>): void;
	addTreeRuntimeRequirements(chunk: Chunk, items: Iterable<string>): void;
	getModuleRuntimeRequirements(
		module: Module,
		runtime: RuntimeSpec
	): ReadonlySet<string>;
	getChunkRuntimeRequirements(chunk: Chunk): ReadonlySet<string>;
	getModuleGraphHash(
		module: Module,
		runtime: RuntimeSpec,
		withConnections?: boolean
	): string;
	getModuleGraphHashBigInt(
		module: Module,
		runtime: RuntimeSpec,
		withConnections?: boolean
	): bigint;
	getTreeRuntimeRequirements(chunk: Chunk): ReadonlySet<string>;
	static getChunkGraphForModule(
		module: Module,
		deprecateMessage: string,
		deprecationCode: string
	): ChunkGraph;
	static setChunkGraphForModule(module: Module, chunkGraph: ChunkGraph): void;
	static clearChunkGraphForModule(module: Module): void;
	static getChunkGraphForChunk(
		chunk: Chunk,
		deprecateMessage: string,
		deprecationCode: string
	): ChunkGraph;
	static setChunkGraphForChunk(chunk: Chunk, chunkGraph: ChunkGraph): void;
	static clearChunkGraphForChunk(chunk: Chunk): void;
}
declare abstract class ChunkGroup {
	groupDebugId: number;
	options: ChunkGroupOptions;
	chunks: Chunk[];
	origins: OriginRecord[];
	index: number;

	/**
	 * when a new chunk is added to a chunkGroup, addingOptions will occur.
	 */
	addOptions(options: ChunkGroupOptions): void;

	/**
	 * returns the name of current ChunkGroup
	 * sets a new name for current ChunkGroup
	 */
	name?: string;

	/**
	 * get a uniqueId for ChunkGroup, made up of its member Chunk debugId's
	 */
	readonly debugId: string;

	/**
	 * get a unique id for ChunkGroup, made up of its member Chunk id's
	 */
	readonly id: string;

	/**
	 * Performs an unshift of a specific chunk
	 */
	unshiftChunk(chunk: Chunk): boolean;

	/**
	 * inserts a chunk before another existing chunk in group
	 */
	insertChunk(chunk: Chunk, before: Chunk): boolean;

	/**
	 * add a chunk into ChunkGroup. Is pushed on or prepended
	 */
	pushChunk(chunk: Chunk): boolean;
	replaceChunk(oldChunk: Chunk, newChunk: Chunk): boolean;
	removeChunk(chunk: Chunk): boolean;
	isInitial(): boolean;
	addChild(group: ChunkGroup): boolean;
	getChildren(): ChunkGroup[];
	getNumberOfChildren(): number;
	readonly childrenIterable: SortableSet<ChunkGroup>;
	removeChild(group: ChunkGroup): boolean;
	addParent(parentChunk: ChunkGroup): boolean;
	getParents(): ChunkGroup[];
	getNumberOfParents(): number;
	hasParent(parent: ChunkGroup): boolean;
	readonly parentsIterable: SortableSet<ChunkGroup>;
	removeParent(chunkGroup: ChunkGroup): boolean;
	addAsyncEntrypoint(entrypoint: Entrypoint): boolean;
	readonly asyncEntrypointsIterable: SortableSet<ChunkGroup>;
	getBlocks(): any[];
	getNumberOfBlocks(): number;
	hasBlock(block?: any): boolean;
	readonly blocksIterable: Iterable<AsyncDependenciesBlock>;
	addBlock(block: AsyncDependenciesBlock): boolean;
	addOrigin(module: Module, loc: DependencyLocation, request: string): void;
	getFiles(): string[];
	remove(): void;
	sortItems(): void;

	/**
	 * Sorting predicate which allows current ChunkGroup to be compared against another.
	 * Sorting values are based off of number of chunks in ChunkGroup.
	 */
	compareTo(chunkGraph: ChunkGraph, otherGroup: ChunkGroup): 0 | 1 | -1;
	getChildrenByOrders(
		moduleGraph: ModuleGraph,
		chunkGraph: ChunkGraph
	): Record<string, ChunkGroup[]>;

	/**
	 * Sets the top-down index of a module in this ChunkGroup
	 */
	setModulePreOrderIndex(module: Module, index: number): void;

	/**
	 * Gets the top-down index of a module in this ChunkGroup
	 */
	getModulePreOrderIndex(module: Module): number;

	/**
	 * Sets the bottom-up index of a module in this ChunkGroup
	 */
	setModulePostOrderIndex(module: Module, index: number): void;

	/**
	 * Gets the bottom-up index of a module in this ChunkGroup
	 */
	getModulePostOrderIndex(module: Module): number;
	checkConstraints(): void;
	getModuleIndex: (module: Module) => number;
	getModuleIndex2: (module: Module) => number;
}
type ChunkGroupOptions = RawChunkGroupOptions & { name?: string };
declare interface ChunkHashContext {
	/**
	 * the runtime template
	 */
	runtimeTemplate: RuntimeTemplate;

	/**
	 * the module graph
	 */
	moduleGraph: ModuleGraph;

	/**
	 * the chunk graph
	 */
	chunkGraph: ChunkGraph;
}
declare interface ChunkMaps {
	hash: Record<string | number, string>;
	contentHash: Record<string | number, Record<string, string>>;
	name: Record<string | number, string>;
}
declare class ChunkModuleIdRangePlugin {
	constructor(options?: any);
	options: any;

	/**
	 * Apply the plugin
	 */
	apply(compiler: Compiler): void;
}
declare interface ChunkModuleMaps {
	id: Record<string | number, (string | number)[]>;
	hash: Record<string | number, string>;
}
declare interface ChunkPathData {
	id: string | number;
	name?: string;
	hash: string;
	hashWithLength?: (arg0: number) => string;
	contentHash?: Record<string, string>;
	contentHashWithLength?: Record<string, (length: number) => string>;
}
declare class ChunkPrefetchPreloadPlugin {
	constructor();
	apply(compiler: Compiler): void;
}
declare interface ChunkRenderContext {
	/**
	 * the chunk
	 */
	chunk: Chunk;

	/**
	 * the dependency templates
	 */
	dependencyTemplates: DependencyTemplates;

	/**
	 * the runtime template
	 */
	runtimeTemplate: RuntimeTemplate;

	/**
	 * the module graph
	 */
	moduleGraph: ModuleGraph;

	/**
	 * the chunk graph
	 */
	chunkGraph: ChunkGraph;

	/**
	 * results of code generation
	 */
	codeGenerationResults: CodeGenerationResults;

	/**
	 * init fragments for the chunk
	 */
	chunkInitFragments: InitFragment<ChunkRenderContext>[];

	/**
	 * rendering in strict context
	 */
	strictMode: boolean;
}
declare interface ChunkSizeOptions {
	/**
	 * constant overhead for a chunk
	 */
	chunkOverhead?: number;

	/**
	 * multiplicator for initial chunks
	 */
	entryChunkMultiplicator?: number;
}
declare abstract class ChunkTemplate {
	hooks: Readonly<{
		renderManifest: { tap: (options?: any, fn?: any) => void };
		modules: { tap: (options?: any, fn?: any) => void };
		render: { tap: (options?: any, fn?: any) => void };
		renderWithEntry: { tap: (options?: any, fn?: any) => void };
		hash: { tap: (options?: any, fn?: any) => void };
		hashForChunk: { tap: (options?: any, fn?: any) => void };
	}>;
	readonly outputOptions: Output;
}

/**
 * Advanced options for cleaning assets.
 */
declare interface CleanOptions {
	/**
	 * Log the assets that should be removed instead of deleting them.
	 */
	dry?: boolean;

	/**
	 * Keep these assets.
	 */
	keep?: string | RegExp | ((filename: string) => boolean);
}
declare class CleanPlugin {
	constructor(options?: CleanOptions);
	options: {
		/**
		 * Log the assets that should be removed instead of deleting them.
		 */
		dry: boolean;
		/**
		 * Keep these assets.
		 */
		keep?: string | RegExp | ((filename: string) => boolean);
	};

	/**
	 * Apply the plugin
	 */
	apply(compiler: Compiler): void;
	static getCompilationHooks(
		compilation: Compilation
	): CleanPluginCompilationHooks;
}
declare interface CleanPluginCompilationHooks {
	/**
	 * when returning true the file/directory will be kept during cleaning, returning false will clean it and ignore the following plugins and config
	 */
	keep: SyncBailHook<[string], boolean>;
}
declare interface CodeGenerationContext {
	/**
	 * the dependency templates
	 */
	dependencyTemplates: DependencyTemplates;

	/**
	 * the runtime template
	 */
	runtimeTemplate: RuntimeTemplate;

	/**
	 * the module graph
	 */
	moduleGraph: ModuleGraph;

	/**
	 * the chunk graph
	 */
	chunkGraph: ChunkGraph;

	/**
	 * the runtimes code should be generated for
	 */
	runtime: RuntimeSpec;

	/**
	 * when in concatenated module, information about other concatenated modules
	 */
	concatenationScope?: ConcatenationScope;
}
declare interface CodeGenerationResult {
	/**
	 * the resulting sources for all source types
	 */
	sources: Map<string, Source>;

	/**
	 * the resulting data for all source types
	 */
	data?: Map<string, any>;

	/**
	 * the runtime requirements
	 */
	runtimeRequirements: ReadonlySet<string>;

	/**
	 * a hash of the code generation result (will be automatically calculated from sources and runtimeRequirements if not provided)
	 */
	hash?: string;
}
declare abstract class CodeGenerationResults {
	map: Map<Module, RuntimeSpecMap<CodeGenerationResult>>;
	get(module: Module, runtime: RuntimeSpec): CodeGenerationResult;
	has(module: Module, runtime: RuntimeSpec): boolean;
	getSource(module: Module, runtime: RuntimeSpec, sourceType: string): Source;
	getRuntimeRequirements(
		module: Module,
		runtime: RuntimeSpec
	): ReadonlySet<string>;
	getData(module: Module, runtime: RuntimeSpec, key: string): any;
	getHash(module: Module, runtime: RuntimeSpec): any;
	add(module: Module, runtime: RuntimeSpec, result: CodeGenerationResult): void;
}
type CodeValue =
	| undefined
	| null
	| string
	| number
	| bigint
	| boolean
	| Function
	| RegExp
	| RuntimeValue
	| {
			[index: string]: RecursiveArrayOrRecord<
				| undefined
				| null
				| string
				| number
				| bigint
				| boolean
				| Function
				| RegExp
				| RuntimeValue
			>;
	  }
	| RecursiveArrayOrRecord<
			| undefined
			| null
			| string
			| number
			| bigint
			| boolean
			| Function
			| RegExp
			| RuntimeValue
	  >[];
type CodeValuePrimitive =
	| undefined
	| null
	| string
	| number
	| bigint
	| boolean
	| Function
	| RegExp;
declare interface Comparator<T> {
	(arg0: T, arg1: T): 0 | 1 | -1;
}
declare class CompatSource extends Source {
	constructor(sourceLike: SourceLike);
	static from(sourceLike: SourceLike): Source;
}
declare class Compilation {
	/**
	 * Creates an instance of Compilation.
	 */
	constructor(compiler: Compiler, params: CompilationParams);
	hooks: Readonly<{
		buildModule: SyncHook<[Module]>;
		rebuildModule: SyncHook<[Module]>;
		failedModule: SyncHook<[Module, WebpackError]>;
		succeedModule: SyncHook<[Module]>;
		stillValidModule: SyncHook<[Module]>;
		addEntry: SyncHook<[Dependency, EntryOptions]>;
		failedEntry: SyncHook<[Dependency, EntryOptions, Error]>;
		succeedEntry: SyncHook<[Dependency, EntryOptions, Module]>;
		dependencyReferencedExports: SyncWaterfallHook<
			[(string[] | ReferencedExport)[], Dependency, RuntimeSpec]
		>;
		executeModule: SyncHook<[ExecuteModuleArgument, ExecuteModuleContext]>;
		prepareModuleExecution: AsyncParallelHook<
			[ExecuteModuleArgument, ExecuteModuleContext]
		>;
		finishModules: AsyncSeriesHook<[Iterable<Module>]>;
		finishRebuildingModule: AsyncSeriesHook<[Module]>;
		unseal: SyncHook<[]>;
		seal: SyncHook<[]>;
		beforeChunks: SyncHook<[]>;
		afterChunks: SyncHook<[Iterable<Chunk>]>;
		optimizeDependencies: SyncBailHook<[Iterable<Module>], any>;
		afterOptimizeDependencies: SyncHook<[Iterable<Module>]>;
		optimize: SyncHook<[]>;
		optimizeModules: SyncBailHook<[Iterable<Module>], any>;
		afterOptimizeModules: SyncHook<[Iterable<Module>]>;
		optimizeChunks: SyncBailHook<[Iterable<Chunk>, ChunkGroup[]], any>;
		afterOptimizeChunks: SyncHook<[Iterable<Chunk>, ChunkGroup[]]>;
		optimizeTree: AsyncSeriesHook<[Iterable<Chunk>, Iterable<Module>]>;
		afterOptimizeTree: SyncHook<[Iterable<Chunk>, Iterable<Module>]>;
		optimizeChunkModules: AsyncSeriesBailHook<
			[Iterable<Chunk>, Iterable<Module>],
			any
		>;
		afterOptimizeChunkModules: SyncHook<[Iterable<Chunk>, Iterable<Module>]>;
		shouldRecord: SyncBailHook<[], boolean>;
		additionalChunkRuntimeRequirements: SyncHook<
			[Chunk, Set<string>, RuntimeRequirementsContext]
		>;
		runtimeRequirementInChunk: HookMap<
			SyncBailHook<[Chunk, Set<string>, RuntimeRequirementsContext], any>
		>;
		additionalModuleRuntimeRequirements: SyncHook<
			[Module, Set<string>, RuntimeRequirementsContext]
		>;
		runtimeRequirementInModule: HookMap<
			SyncBailHook<[Module, Set<string>, RuntimeRequirementsContext], any>
		>;
		additionalTreeRuntimeRequirements: SyncHook<
			[Chunk, Set<string>, RuntimeRequirementsContext]
		>;
		runtimeRequirementInTree: HookMap<
			SyncBailHook<[Chunk, Set<string>, RuntimeRequirementsContext], any>
		>;
		runtimeModule: SyncHook<[RuntimeModule, Chunk]>;
		reviveModules: SyncHook<[Iterable<Module>, any]>;
		beforeModuleIds: SyncHook<[Iterable<Module>]>;
		moduleIds: SyncHook<[Iterable<Module>]>;
		optimizeModuleIds: SyncHook<[Iterable<Module>]>;
		afterOptimizeModuleIds: SyncHook<[Iterable<Module>]>;
		reviveChunks: SyncHook<[Iterable<Chunk>, any]>;
		beforeChunkIds: SyncHook<[Iterable<Chunk>]>;
		chunkIds: SyncHook<[Iterable<Chunk>]>;
		optimizeChunkIds: SyncHook<[Iterable<Chunk>]>;
		afterOptimizeChunkIds: SyncHook<[Iterable<Chunk>]>;
		recordModules: SyncHook<[Iterable<Module>, any]>;
		recordChunks: SyncHook<[Iterable<Chunk>, any]>;
		optimizeCodeGeneration: SyncHook<[Iterable<Module>]>;
		beforeModuleHash: SyncHook<[]>;
		afterModuleHash: SyncHook<[]>;
		beforeCodeGeneration: SyncHook<[]>;
		afterCodeGeneration: SyncHook<[]>;
		beforeRuntimeRequirements: SyncHook<[]>;
		afterRuntimeRequirements: SyncHook<[]>;
		beforeHash: SyncHook<[]>;
		contentHash: SyncHook<[Chunk]>;
		afterHash: SyncHook<[]>;
		recordHash: SyncHook<[any]>;
		record: SyncHook<[Compilation, any]>;
		beforeModuleAssets: SyncHook<[]>;
		shouldGenerateChunkAssets: SyncBailHook<[], boolean>;
		beforeChunkAssets: SyncHook<[]>;
		additionalChunkAssets: FakeHook<
			Pick<
				AsyncSeriesHook<[Set<Chunk>]>,
				"name" | "tap" | "tapAsync" | "tapPromise"
			>
		>;
		additionalAssets: FakeHook<
			Pick<AsyncSeriesHook<[]>, "name" | "tap" | "tapAsync" | "tapPromise">
		>;
		optimizeChunkAssets: FakeHook<
			Pick<
				AsyncSeriesHook<[Set<Chunk>]>,
				"name" | "tap" | "tapAsync" | "tapPromise"
			>
		>;
		afterOptimizeChunkAssets: FakeHook<
			Pick<
				AsyncSeriesHook<[Set<Chunk>]>,
				"name" | "tap" | "tapAsync" | "tapPromise"
			>
		>;
		optimizeAssets: AsyncSeriesHook<
			[CompilationAssets],
			ProcessAssetsAdditionalOptions
		>;
		afterOptimizeAssets: SyncHook<[CompilationAssets]>;
		processAssets: AsyncSeriesHook<
			[CompilationAssets],
			ProcessAssetsAdditionalOptions
		>;
		afterProcessAssets: SyncHook<[CompilationAssets]>;
		processAdditionalAssets: AsyncSeriesHook<[CompilationAssets]>;
		needAdditionalSeal: SyncBailHook<[], boolean>;
		afterSeal: AsyncSeriesHook<[]>;
		renderManifest: SyncWaterfallHook<
			[RenderManifestEntry[], RenderManifestOptions]
		>;
		fullHash: SyncHook<[Hash]>;
		chunkHash: SyncHook<[Chunk, Hash, ChunkHashContext]>;
		moduleAsset: SyncHook<[Module, string]>;
		chunkAsset: SyncHook<[Chunk, string]>;
		assetPath: SyncWaterfallHook<[string, object, AssetInfo]>;
		needAdditionalPass: SyncBailHook<[], boolean>;
		childCompiler: SyncHook<[Compiler, string, number]>;
		log: SyncBailHook<[string, LogEntry], true>;
		processWarnings: SyncWaterfallHook<[WebpackError[]]>;
		processErrors: SyncWaterfallHook<[WebpackError[]]>;
		statsPreset: HookMap<
			SyncHook<[Partial<NormalizedStatsOptions>, CreateStatsOptionsContext]>
		>;
		statsNormalize: SyncHook<
			[Partial<NormalizedStatsOptions>, CreateStatsOptionsContext]
		>;
		statsFactory: SyncHook<[StatsFactory, NormalizedStatsOptions]>;
		statsPrinter: SyncHook<[StatsPrinter, NormalizedStatsOptions]>;
		readonly normalModuleLoader: SyncHook<[object, NormalModule]>;
	}>;
	name?: string;
	startTime: any;
	endTime: any;
	compiler: Compiler;
	resolverFactory: ResolverFactory;
	inputFileSystem: InputFileSystem;
	fileSystemInfo: FileSystemInfo;
	valueCacheVersions: Map<string, string | Set<string>>;
	requestShortener: RequestShortener;
	compilerPath: string;
	logger: WebpackLogger;
	options: WebpackOptionsNormalized;
	outputOptions: OutputNormalized;
	bail: boolean;
	profile: boolean;
	params: CompilationParams;
	mainTemplate: MainTemplate;
	chunkTemplate: ChunkTemplate;
	runtimeTemplate: RuntimeTemplate;
	moduleTemplates: { javascript: ModuleTemplate };
	moduleMemCaches?: Map<Module, WeakTupleMap<any, any>>;
	moduleMemCaches2?: Map<Module, WeakTupleMap<any, any>>;
	moduleGraph: ModuleGraph;
	chunkGraph: ChunkGraph;
	codeGenerationResults: CodeGenerationResults;
	processDependenciesQueue: AsyncQueue<Module, Module, Module>;
	addModuleQueue: AsyncQueue<Module, string, Module>;
	factorizeQueue: AsyncQueue<
		FactorizeModuleOptions,
		string,
		Module | ModuleFactoryResult
	>;
	buildQueue: AsyncQueue<Module, Module, Module>;
	rebuildQueue: AsyncQueue<Module, Module, Module>;

	/**
	 * Modules in value are building during the build of Module in key.
	 * Means value blocking key from finishing.
	 * Needed to detect build cycles.
	 */
	creatingModuleDuringBuild: WeakMap<Module, Set<Module>>;
	entries: Map<string, EntryData>;
	globalEntry: EntryData;
	entrypoints: Map<string, Entrypoint>;
	asyncEntrypoints: Entrypoint[];
	chunks: Set<Chunk>;
	chunkGroups: ChunkGroup[];
	namedChunkGroups: Map<string, ChunkGroup>;
	namedChunks: Map<string, Chunk>;
	modules: Set<Module>;
	records: any;
	additionalChunkAssets: string[];
	assets: CompilationAssets;
	assetsInfo: Map<string, AssetInfo>;
	errors: WebpackError[];
	warnings: WebpackError[];
	children: Compilation[];
	logging: Map<string, LogEntry[]>;
	dependencyFactories: Map<DepConstructor, ModuleFactory>;
	dependencyTemplates: DependencyTemplates;
	childrenCounters: object;
	usedChunkIds: Set<string | number>;
	usedModuleIds: Set<number>;
	needAdditionalPass: boolean;
	builtModules: WeakSet<Module>;
	codeGeneratedModules: WeakSet<Module>;
	buildTimeExecutedModules: WeakSet<Module>;
	emittedAssets: Set<string>;
	comparedForEmitAssets: Set<string>;
	fileDependencies: LazySet<string>;
	contextDependencies: LazySet<string>;
	missingDependencies: LazySet<string>;
	buildDependencies: LazySet<string>;
	compilationDependencies: { add: (item?: any) => LazySet<string> };
	getStats(): Stats;
	createStatsOptions(
		optionsOrPreset: string | StatsOptions,
		context?: CreateStatsOptionsContext
	): NormalizedStatsOptions;
	createStatsFactory(options?: any): StatsFactory;
	createStatsPrinter(options?: any): StatsPrinter;
	getCache(name: string): CacheFacade;
	getLogger(name: string | (() => string)): WebpackLogger;
	addModule(
		module: Module,
		callback: (err?: WebpackError, result?: Module) => void
	): void;

	/**
	 * Fetches a module from a compilation by its identifier
	 */
	getModule(module: Module): Module;

	/**
	 * Attempts to search for a module by its identifier
	 */
	findModule(identifier: string): undefined | Module;

	/**
	 * Schedules a build of the module object
	 */
	buildModule(
		module: Module,
		callback: (err?: WebpackError, result?: Module) => void
	): void;
	processModuleDependencies(
		module: Module,
		callback: (err?: WebpackError, result?: Module) => void
	): void;
	processModuleDependenciesNonRecursive(module: Module): void;
	handleModuleCreation(
		__0: HandleModuleCreationOptions,
		callback: (err?: WebpackError, result?: Module) => void
	): void;
	addModuleChain(
		context: string,
		dependency: Dependency,
		callback: (err?: WebpackError, result?: Module) => void
	): void;
	addModuleTree(
		__0: {
			/**
			 * context string path
			 */
			context: string;
			/**
			 * dependency used to create Module chain
			 */
			dependency: Dependency;
			/**
			 * additional context info for the root module
			 */
			contextInfo?: Partial<ModuleFactoryCreateDataContextInfo>;
		},
		callback: (err?: WebpackError, result?: Module) => void
	): void;
	addEntry(
		context: string,
		entry: Dependency,
		optionsOrName: string | EntryOptions,
		callback: (err?: WebpackError, result?: Module) => void
	): void;
	addInclude(
		context: string,
		dependency: Dependency,
		options: EntryOptions,
		callback: (err?: WebpackError, result?: Module) => void
	): void;
	rebuildModule(
		module: Module,
		callback: (err?: WebpackError, result?: Module) => void
	): void;
	finish(callback?: any): void;
	unseal(): void;
	seal(callback: (err?: WebpackError) => void): void;
	reportDependencyErrorsAndWarnings(
		module: Module,
		blocks: DependenciesBlock[]
	): boolean;
	codeGeneration(callback?: any): void;
	processRuntimeRequirements(__0?: {
		/**
		 * the chunk graph
		 */
		chunkGraph?: ChunkGraph;
		/**
		 * modules
		 */
		modules?: Iterable<Module>;
		/**
		 * chunks
		 */
		chunks?: Iterable<Chunk>;
		/**
		 * codeGenerationResults
		 */
		codeGenerationResults?: CodeGenerationResults;
		/**
		 * chunkGraphEntries
		 */
		chunkGraphEntries?: Iterable<Chunk>;
	}): void;
	addRuntimeModule(
		chunk: Chunk,
		module: RuntimeModule,
		chunkGraph?: ChunkGraph
	): void;
	addChunkInGroup(
		groupOptions: string | ChunkGroupOptions,
		module: Module,
		loc: DependencyLocation,
		request: string
	): ChunkGroup;
	addAsyncEntrypoint(
		options: EntryOptions,
		module: Module,
		loc: DependencyLocation,
		request: string
	): Entrypoint;

	/**
	 * This method first looks to see if a name is provided for a new chunk,
	 * and first looks to see if any named chunks already exist and reuse that chunk instead.
	 */
	addChunk(name?: string): Chunk;
	assignDepth(module: Module): void;
	assignDepths(modules: Set<Module>): void;
	getDependencyReferencedExports(
		dependency: Dependency,
		runtime: RuntimeSpec
	): (string[] | ReferencedExport)[];
	removeReasonsOfDependencyBlock(
		module: Module,
		block: DependenciesBlockLike
	): void;
	patchChunksAfterReasonRemoval(module: Module, chunk: Chunk): void;
	removeChunkFromDependencies(block: DependenciesBlock, chunk: Chunk): void;
	assignRuntimeIds(): void;
	sortItemsWithChunkIds(): void;
	summarizeDependencies(): void;
	createModuleHashes(): void;
	createHash(): {
		module: Module;
		hash: string;
		runtime: RuntimeSpec;
		runtimes: RuntimeSpec[];
	}[];
	fullHash?: string;
	hash?: string;
	emitAsset(file: string, source: Source, assetInfo?: AssetInfo): void;
	updateAsset(
		file: string,
		newSourceOrFunction: Source | ((arg0: Source) => Source),
		assetInfoUpdateOrFunction?: AssetInfo | ((arg0?: AssetInfo) => AssetInfo)
	): void;
	renameAsset(file?: any, newFile?: any): void;
	deleteAsset(file: string): void;
	getAssets(): Readonly<Asset>[];
	getAsset(name: string): undefined | Readonly<Asset>;
	clearAssets(): void;
	createModuleAssets(): void;
	getRenderManifest(options: RenderManifestOptions): RenderManifestEntry[];
	createChunkAssets(callback: (err?: WebpackError) => void): void;
	getPath(
		filename: string | ((arg0: PathData, arg1?: AssetInfo) => string),
		data?: PathData
	): string;
	getPathWithInfo(
		filename: string | ((arg0: PathData, arg1?: AssetInfo) => string),
		data?: PathData
	): { path: string; info: AssetInfo };
	getAssetPath(
		filename: string | ((arg0: PathData, arg1?: AssetInfo) => string),
		data: PathData
	): string;
	getAssetPathWithInfo(
		filename: string | ((arg0: PathData, arg1?: AssetInfo) => string),
		data: PathData
	): { path: string; info: AssetInfo };
	getWarnings(): WebpackError[];
	getErrors(): WebpackError[];

	/**
	 * This function allows you to run another instance of webpack inside of webpack however as
	 * a child with different settings and configurations (if desired) applied. It copies all hooks, plugins
	 * from parent (or top level compiler) and creates a child Compilation
	 */
	createChildCompiler(
		name: string,
		outputOptions?: OutputNormalized,
		plugins?: (
			| ((this: Compiler, compiler: Compiler) => void)
			| WebpackPluginInstance
		)[]
	): Compiler;
	executeModule(
		module: Module,
		options: ExecuteModuleOptions,
		callback: (err?: WebpackError, result?: ExecuteModuleResult) => void
	): void;
	checkConstraints(): void;
	factorizeModule: {
		(
			options: FactorizeModuleOptions & { factoryResult?: false },
			callback: (err?: WebpackError, result?: Module) => void
		): void;
		(
			options: FactorizeModuleOptions & { factoryResult: true },
			callback: (err?: WebpackError, result?: ModuleFactoryResult) => void
		): void;
	};

	/**
	 * Add additional assets to the compilation.
	 */
	static PROCESS_ASSETS_STAGE_ADDITIONAL: number;

	/**
	 * Basic preprocessing of assets.
	 */
	static PROCESS_ASSETS_STAGE_PRE_PROCESS: number;

	/**
	 * Derive new assets from existing assets.
	 * Existing assets should not be treated as complete.
	 */
	static PROCESS_ASSETS_STAGE_DERIVED: number;

	/**
	 * Add additional sections to existing assets, like a banner or initialization code.
	 */
	static PROCESS_ASSETS_STAGE_ADDITIONS: number;

	/**
	 * Optimize existing assets in a general way.
	 */
	static PROCESS_ASSETS_STAGE_OPTIMIZE: number;

	/**
	 * Optimize the count of existing assets, e. g. by merging them.
	 * Only assets of the same type should be merged.
	 * For assets of different types see PROCESS_ASSETS_STAGE_OPTIMIZE_INLINE.
	 */
	static PROCESS_ASSETS_STAGE_OPTIMIZE_COUNT: number;

	/**
	 * Optimize the compatibility of existing assets, e. g. add polyfills or vendor-prefixes.
	 */
	static PROCESS_ASSETS_STAGE_OPTIMIZE_COMPATIBILITY: number;

	/**
	 * Optimize the size of existing assets, e. g. by minimizing or omitting whitespace.
	 */
	static PROCESS_ASSETS_STAGE_OPTIMIZE_SIZE: number;

	/**
	 * Add development tooling to assets, e. g. by extracting a SourceMap.
	 */
	static PROCESS_ASSETS_STAGE_DEV_TOOLING: number;

	/**
	 * Optimize the count of existing assets, e. g. by inlining assets of into other assets.
	 * Only assets of different types should be inlined.
	 * For assets of the same type see PROCESS_ASSETS_STAGE_OPTIMIZE_COUNT.
	 */
	static PROCESS_ASSETS_STAGE_OPTIMIZE_INLINE: number;

	/**
	 * Summarize