jointjs/demo/elk/node_modules/webpack/lib/stats/DefaultStatsFactoryPlugin.js

JavaScript diagramming library

/*
	MIT License http://www.opensource.org/licenses/mit-license.php
	Author Tobias Koppers @sokra
*/

"use strict";

const util = require("util");
const ModuleDependency = require("../dependencies/ModuleDependency");
const formatLocation = require("../formatLocation");
const { LogType } = require("../logging/Logger");
const AggressiveSplittingPlugin = require("../optimize/AggressiveSplittingPlugin");
const ConcatenatedModule = require("../optimize/ConcatenatedModule");
const SizeLimitsPlugin = require("../performance/SizeLimitsPlugin");
const {
	compareLocations,
	compareChunksById,
	compareNumbers,
	compareIds,
	concatComparators,
	compareSelect,
	compareModulesByIdentifier
} = require("../util/comparators");
const { makePathsRelative, parseResource } = require("../util/identifier");

/** @typedef {import("webpack-sources").Source} Source */
/** @typedef {import("../Chunk")} Chunk */
/** @typedef {import("../ChunkGroup")} ChunkGroup */
/** @typedef {import("../ChunkGroup").OriginRecord} OriginRecord */
/** @typedef {import("../Compilation")} Compilation */
/** @typedef {import("../Compilation").Asset} Asset */
/** @typedef {import("../Compilation").NormalizedStatsOptions} NormalizedStatsOptions */
/** @typedef {import("../Compiler")} Compiler */
/** @typedef {import("../Dependency")} Dependency */
/** @typedef {import("../Dependency").DependencyLocation} DependencyLocation */
/** @typedef {import("../Module")} Module */
/** @typedef {import("../ModuleGraphConnection")} ModuleGraphConnection */
/** @typedef {import("../ModuleProfile")} ModuleProfile */
/** @typedef {import("../RequestShortener")} RequestShortener */
/** @typedef {import("../WebpackError")} WebpackError */
/** @template T @typedef {import("../util/comparators").Comparator<T>} Comparator<T> */
/** @typedef {import("../util/runtime").RuntimeSpec} RuntimeSpec */
/** @typedef {import("../util/smartGrouping").GroupConfig<any, object>} GroupConfig */
/** @typedef {import("./StatsFactory")} StatsFactory */
/** @typedef {import("./StatsFactory").StatsFactoryContext} StatsFactoryContext */

/** @typedef {Asset & { type: string, related: ExtendedAsset[] }} ExtendedAsset */

/** @template T @typedef {Record<string, (object: Object, data: T, context: StatsFactoryContext, options: NormalizedStatsOptions, factory: StatsFactory) => void>} ExtractorsByOption */

/**
 * @typedef {Object} SimpleExtractors
 * @property {ExtractorsByOption<Compilation>} compilation
 * @property {ExtractorsByOption<ExtendedAsset>} asset
 * @property {ExtractorsByOption<ExtendedAsset>} asset$visible
 * @property {ExtractorsByOption<{ name: string, chunkGroup: ChunkGroup }>} chunkGroup
 * @property {ExtractorsByOption<Module>} module
 * @property {ExtractorsByOption<Module>} module$visible
 * @property {ExtractorsByOption<Module>} moduleIssuer
 * @property {ExtractorsByOption<ModuleProfile>} profile
 * @property {ExtractorsByOption<ModuleGraphConnection>} moduleReason
 * @property {ExtractorsByOption<Chunk>} chunk
 * @property {ExtractorsByOption<OriginRecord>} chunkOrigin
 * @property {ExtractorsByOption<WebpackError>} error
 * @property {ExtractorsByOption<WebpackError>} warning
 * @property {ExtractorsByOption<{ origin: Module, module: Module }>} moduleTraceItem
 * @property {ExtractorsByOption<Dependency>} moduleTraceDependency
 */

/**
 * @template T
 * @template I
 * @param {Iterable<T>} items items to select from
 * @param {function(T): Iterable<I>} selector selector function to select values from item
 * @returns {I[]} array of values
 */
const uniqueArray = (items, selector) => {
	/** @type {Set<I>} */
	const set = new Set();
	for (const item of items) {
		for (const i of selector(item)) {
			set.add(i);
		}
	}
	return Array.from(set);
};

/**
 * @template T
 * @template I
 * @param {Iterable<T>} items items to select from
 * @param {function(T): Iterable<I>} selector selector function to select values from item
 * @param {Comparator<I>} comparator comparator function
 * @returns {I[]} array of values
 */
const uniqueOrderedArray = (items, selector, comparator) => {
	return uniqueArray(items, selector).sort(comparator);
};

/** @template T @template R @typedef {{ [P in keyof T]: R }} MappedValues<T, R> */

/**
 * @template T
 * @template R
 * @param {T} obj object to be mapped
 * @param {function(T[keyof T], keyof T): R} fn mapping function
 * @returns {MappedValues<T, R>} mapped object
 */
const mapObject = (obj, fn) => {
	const newObj = Object.create(null);
	for (const key of Object.keys(obj)) {
		newObj[key] = fn(obj[key], /** @type {keyof T} */ (key));
	}
	return newObj;
};

/**
 * @template T
 * @param {Iterable<T>} iterable an iterable
 * @returns {number} count of items
 */
const countIterable = iterable => {
	let i = 0;
	// eslint-disable-next-line no-unused-vars
	for (const _ of iterable) i++;
	return i;
};

/**
 * @param {Compilation} compilation the compilation
 * @param {function(Compilation, string): any[]} getItems get items
 * @returns {number} total number
 */
const countWithChildren = (compilation, getItems) => {
	let count = getItems(compilation, "").length;
	for (const child of compilation.children) {
		count += countWithChildren(child, (c, type) =>
			getItems(c, `.children[].compilation${type}`)
		);
	}
	return count;
};

/** @type {ExtractorsByOption<WebpackError | string>} */
const EXTRACT_ERROR = {
	_: (object, error, context, { requestShortener }) => {
		// TODO webpack 6 disallow strings in the errors/warnings list
		if (typeof error === "string") {
			object.message = error;
		} else {
			if (error.chunk) {
				object.chunkName = error.chunk.name;
				object.chunkEntry = error.chunk.hasRuntime();
				object.chunkInitial = error.chunk.canBeInitial();
			}
			if (error.file) {
				object.file = error.file;
			}
			if (error.module) {
				object.moduleIdentifier = error.module.identifier();
				object.moduleName = error.module.readableIdentifier(requestShortener);
			}
			if (error.loc) {
				object.loc = formatLocation(error.loc);
			}
			object.message = error.message;
		}
	},
	ids: (object, error, { compilation: { chunkGraph } }) => {
		if (typeof error !== "string") {
			if (error.chunk) {
				object.chunkId = error.chunk.id;
			}
			if (error.module) {
				object.moduleId = chunkGraph.getModuleId(error.module);
			}
		}
	},
	moduleTrace: (object, error, context, options, factory) => {
		if (typeof error !== "string" && error.module) {
			const {
				type,
				compilation: { moduleGraph }
			} = context;
			/** @type {Set<Module>} */
			const visitedModules = new Set();
			const moduleTrace = [];
			let current = error.module;
			while (current) {
				if (visitedModules.has(current)) break; // circular (technically impossible, but how knows)
				visitedModules.add(current);
				const origin = moduleGraph.getIssuer(current);
				if (!origin) break;
				moduleTrace.push({ origin, module: current });
				current = origin;
			}
			object.moduleTrace = factory.create(
				`${type}.moduleTrace`,
				moduleTrace,
				context
			);
		}
	},
	errorDetails: (object, error) => {
		if (typeof error !== "string") {
			object.details = error.details;
		}
	},
	errorStack: (object, error) => {
		if (typeof error !== "string") {
			object.stack = error.stack;
		}
	}
};

/** @type {SimpleExtractors} */
const SIMPLE_EXTRACTORS = {
	compilation: {
		_: (object, compilation, context) => {
			if (!context.makePathsRelative) {
				context.makePathsRelative = makePathsRelative.bindContextCache(
					compilation.compiler.context,
					compilation.compiler.root
				);
			}
			if (!context.cachedGetErrors) {
				const map = new WeakMap();
				context.cachedGetErrors = compilation => {
					return (
						map.get(compilation) ||
						(errors => (map.set(compilation, errors), errors))(
							compilation.getErrors()
						)
					);
				};
			}
			if (!context.cachedGetWarnings) {
				const map = new WeakMap();
				context.cachedGetWarnings = compilation => {
					return (
						map.get(compilation) ||
						(warnings => (map.set(compilation, warnings), warnings))(
							compilation.getWarnings()
						)
					);
				};
			}
			if (compilation.name) {
				object.name = compilation.name;
			}
			if (compilation.needAdditionalPass) {
				object.needAdditionalPass = true;
			}
		},
		hash: (object, compilation) => {
			object.hash = compilation.hash;
		},
		version: object => {
			object.version = require("../../package.json").version;
		},
		env: (object, compilation, context, { _env }) => {
			object.env = _env;
		},
		timings: (object, compilation) => {
			object.time = compilation.endTime - compilation.startTime;
		},
		builtAt: (object, compilation) => {
			object.builtAt = compilation.endTime;
		},
		publicPath: (object, compilation) => {
			object.publicPath = compilation.getPath(
				compilation.outputOptions.publicPath
			);
		},
		outputPath: (object, compilation) => {
			object.outputPath = compilation.outputOptions.path;
		},
		assets: (object, compilation, context, options, factory) => {
			const { type } = context;
			/** @type {Map<string, Chunk[]>} */
			const compilationFileToChunks = new Map();
			/** @type {Map<string, Chunk[]>} */
			const compilationAuxiliaryFileToChunks = new Map();
			for (const chunk of compilation.chunks) {
				for (const file of chunk.files) {
					let array = compilationFileToChunks.get(file);
					if (array === undefined) {
						array = [];
						compilationFileToChunks.set(file, array);
					}
					array.push(chunk);
				}
				for (const file of chunk.auxiliaryFiles) {
					let array = compilationAuxiliaryFileToChunks.get(file);
					if (array === undefined) {
						array = [];
						compilationAuxiliaryFileToChunks.set(file, array);
					}
					array.push(chunk);
				}
			}
			/** @type {Map<string, ExtendedAsset>} */
			const assetMap = new Map();
			const assets = new Set();
			for (const asset of compilation.getAssets()) {
				const item = {
					...asset,
					type: "asset",
					related: undefined
				};
				assets.add(item);
				assetMap.set(asset.name, item);
			}
			for (const item of assetMap.values()) {
				const related = item.info.related;
				if (!related) continue;
				for (const type of Object.keys(related)) {
					const relatedEntry = related[type];
					const deps = Array.isArray(relatedEntry)
						? relatedEntry
						: [relatedEntry];
					for (const dep of deps) {
						const depItem = assetMap.get(dep);
						if (!depItem) continue;
						assets.delete(depItem);
						depItem.type = type;
						item.related = item.related || [];
						item.related.push(depItem);
					}
				}
			}

			object.assetsByChunkName = {};
			for (const [file, chunks] of compilationFileToChunks) {
				for (const chunk of chunks) {
					const name = chunk.name;
					if (!name) continue;
					if (
						!Object.prototype.hasOwnProperty.call(
							object.assetsByChunkName,
							name
						)
					) {
						object.assetsByChunkName[name] = [];
					}
					object.assetsByChunkName[name].push(file);
				}
			}

			const groupedAssets = factory.create(
				`${type}.assets`,
				Array.from(assets),
				{
					...context,
					compilationFileToChunks,
					compilationAuxiliaryFileToChunks
				}
			);
			const limited = spaceLimited(groupedAssets, options.assetsSpace);
			object.assets = limited.children;
			object.filteredAssets = limited.filteredChildren;
		},
		chunks: (object, compilation, context, options, factory) => {
			const { type } = context;
			object.chunks = factory.create(
				`${type}.chunks`,
				Array.from(compilation.chunks),
				context
			);
		},
		modules: (object, compilation, context, options, factory) => {
			const { type } = context;
			const array = Array.from(compilation.modules);
			const groupedModules = factory.create(`${type}.modules`, array, context);
			const limited = spaceLimited(groupedModules, options.modulesSpace);
			object.modules = limited.children;
			object.filteredModules = limited.filteredChildren;
		},
		entrypoints: (
			object,
			compilation,
			context,
			{ entrypoints, chunkGroups, chunkGroupAuxiliary, chunkGroupChildren },
			factory
		) => {
			const { type } = context;
			const array = Array.from(compilation.entrypoints, ([key, value]) => ({
				name: key,
				chunkGroup: value
			}));
			if (entrypoints === "auto" && !chunkGroups) {
				if (array.length > 5) return;
				if (
					!chunkGroupChildren &&
					array.every(({ chunkGroup }) => {
						if (chunkGroup.chunks.length !== 1) return false;
						const chunk = chunkGroup.chunks[0];
						return (
							chunk.files.size === 1 &&
							(!chunkGroupAuxiliary || chunk.auxiliaryFiles.size === 0)
						);
					})
				) {
					return;
				}
			}
			object.entrypoints = factory.create(
				`${type}.entrypoints`,
				array,
				context
			);
		},
		chunkGroups: (object, compilation, context, options, factory) => {
			const { type } = context;
			const array = Array.from(
				compilation.namedChunkGroups,
				([key, value]) => ({
					name: key,
					chunkGroup: value
				})
			);
			object.namedChunkGroups = factory.create(
				`${type}.namedChunkGroups`,
				array,
				context
			);
		},
		errors: (object, compilation, context, options, factory) => {
			const { type, cachedGetErrors } = context;
			object.errors = factory.create(
				`${type}.errors`,
				cachedGetErrors(compilation),
				context
			);
		},
		errorsCount: (object, compilation, { cachedGetErrors }) => {
			object.errorsCount = countWithChildren(compilation, c =>
				cachedGetErrors(c)
			);
		},
		warnings: (object, compilation, context, options, factory) => {
			const { type, cachedGetWarnings } = context;
			object.warnings = factory.create(
				`${type}.warnings`,
				cachedGetWarnings(compilation),
				context
			);
		},
		warningsCount: (
			object,
			compilation,
			context,
			{ warningsFilter },
			factory
		) => {
			const { type, cachedGetWarnings } = context;
			object.warningsCount = countWithChildren(compilation, (c, childType) => {
				if (!warningsFilter && warningsFilter.length === 0)
					return cachedGetWarnings(c);
				return factory
					.create(`${type}${childType}.warnings`, cachedGetWarnings(c), context)
					.filter(warning => {
						const warningString = Object.keys(warning)
							.map(key => `${warning[key]}`)
							.join("\n");
						return !warningsFilter.some(filter =>
							filter(warning, warningString)
						);
					});
			});
		},
		logging: (object, compilation, _context, options, factory) => {
			const util = require("util");
			const { loggingDebug, loggingTrace, context } = options;
			object.logging = {};
			let acceptedTypes;
			let collapsedGroups = false;
			switch (options.logging) {
				case "none":
					acceptedTypes = new Set([]);
					break;
				case "error":
					acceptedTypes = new Set([LogType.error]);
					break;
				case "warn":
					acceptedTypes = new Set([LogType.error, LogType.warn]);
					break;
				case "info":
					acceptedTypes = new Set([LogType.error, LogType.warn, LogType.info]);
					break;
				case "log":
					acceptedTypes = new Set([
						LogType.error,
						LogType.warn,
						LogType.info,
						LogType.log,
						LogType.group,
						LogType.groupEnd,
						LogType.groupCollapsed,
						LogType.clear
					]);
					break;
				case "verbose":
					acceptedTypes = new Set([
						LogType.error,
						LogType.warn,
						LogType.info,
						LogType.log,
						LogType.group,
						LogType.groupEnd,
						LogType.groupCollapsed,
						LogType.profile,
						LogType.profileEnd,
						LogType.time,
						LogType.status,
						LogType.clear
					]);
					collapsedGroups = true;
					break;
			}
			const cachedMakePathsRelative = makePathsRelative.bindContextCache(
				context,
				compilation.compiler.root
			);
			let depthInCollapsedGroup = 0;
			for (const [origin, logEntries] of compilation.logging) {
				const debugMode = loggingDebug.some(fn => fn(origin));
				const groupStack = [];
				const rootList = [];
				let currentList = rootList;
				let processedLogEntries = 0;
				for (const entry of logEntries) {
					let type = entry.type;
					if (!debugMode && !acceptedTypes.has(type)) continue;

					// Expand groups in verbose and debug modes
					if (type === LogType.groupCollapsed && (debugMode || collapsedGroups))
						type = LogType.group;

					if (depthInCollapsedGroup === 0) {
						processedLogEntries++;
					}

					if (type === LogType.groupEnd) {
						groupStack.pop();
						if (groupStack.length > 0) {
							currentList = groupStack[groupStack.length - 1].children;
						} else {
							currentList = rootList;
						}
						if (depthInCollapsedGroup > 0) depthInCollapsedGroup--;
						continue;
					}
					let message = undefined;
					if (entry.type === LogType.time) {
						message = `${entry.args[0]}: ${
							entry.args[1] * 1000 + entry.args[2] / 1000000
						} ms`;
					} else if (entry.args && entry.args.length > 0) {
						message = util.format(entry.args[0], ...entry.args.slice(1));
					}
					const newEntry = {
						...entry,
						type,
						message,
						trace: loggingTrace ? entry.trace : undefined,
						children:
							type === LogType.group || type === LogType.groupCollapsed
								? []
								: undefined
					};
					currentList.push(newEntry);
					if (newEntry.children) {
						groupStack.push(newEntry);
						currentList = newEntry.children;
						if (depthInCollapsedGroup > 0) {
							depthInCollapsedGroup++;
						} else if (type === LogType.groupCollapsed) {
							depthInCollapsedGroup = 1;
						}
					}
				}
				let name = cachedMakePathsRelative(origin).replace(/\|/g, " ");
				if (name in object.logging) {
					let i = 1;
					while (`${name}#${i}` in object.logging) {
						i++;
					}
					name = `${name}#${i}`;
				}
				object.logging[name] = {
					entries: rootList,
					filteredEntries: logEntries.length - processedLogEntries,
					debug: debugMode
				};
			}
		},
		children: (object, compilation, context, options, factory) => {
			const { type } = context;
			object.children = factory.create(
				`${type}.children`,
				compilation.children,
				context
			);
		}
	},
	asset: {
		_: (object, asset, context, options, factory) => {
			const { compilation } = context;
			object.type = asset.type;
			object.name = asset.name;
			object.size = asset.source.size();
			object.emitted = compilation.emittedAssets.has(asset.name);
			object.comparedForEmit = compilation.comparedForEmitAssets.has(
				asset.name
			);
			const cached = !object.emitted && !object.comparedForEmit;
			object.cached = cached;
			object.info = asset.info;
			if (!cached || options.cachedAssets) {
				Object.assign(
					object,
					factory.create(`${context.type}$visible`, asset, context)
				);
			}
		}
	},
	asset$visible: {
		_: (
			object,
			asset,
			{ compilation, compilationFileToChunks, compilationAuxiliaryFileToChunks }
		) => {
			const chunks = compilationFileToChunks.get(asset.name) || [];
			const auxiliaryChunks =
				compilationAuxiliaryFileToChunks.get(asset.name) || [];
			object.chunkNames = uniqueOrderedArray(
				chunks,
				c => (c.name ? [c.name] : []),
				compareIds
			);
			object.chunkIdHints = uniqueOrderedArray(
				chunks,
				c => Array.from(c.idNameHints),
				compareIds
			);
			object.auxiliaryChunkNames = uniqueOrderedArray(
				auxiliaryChunks,
				c => (c.name ? [c.name] : []),
				compareIds
			);
			object.auxiliaryChunkIdHints = uniqueOrderedArray(
				auxiliaryChunks,
				c => Array.from(c.idNameHints),
				compareIds
			);
			object.filteredRelated = asset.related ? asset.related.length : undefined;
		},
		relatedAssets: (object, asset, context, options, factory) => {
			const { type } = context;
			object.related = factory.create(
				`${type.slice(0, -8)}.related`,
				asset.related,
				context
			);
			object.filteredRelated = asset.related
				? asset.related.length - object.related.length
				: undefined;
		},
		ids: (
			object,
			asset,
			{ compilationFileToChunks, compilationAuxiliaryFileToChunks }
		) => {
			const chunks = compilationFileToChunks.get(asset.name) || [];
			const auxiliaryChunks =
				compilationAuxiliaryFileToChunks.get(asset.name) || [];
			object.chunks = uniqueOrderedArray(chunks, c => c.ids, compareIds);
			object.auxiliaryChunks = uniqueOrderedArray(
				auxiliaryChunks,
				c => c.ids,
				compareIds
			);
		},
		performance: (object, asset) => {
			object.isOverSizeLimit = SizeLimitsPlugin.isOverSizeLimit(asset.source);
		}
	},
	chunkGroup: {
		_: (
			object,
			{ name, chunkGroup },
			{ compilation, compilation: { moduleGraph, chunkGraph } },
			{ ids, chunkGroupAuxiliary, chunkGroupChildren, chunkGroupMaxAssets }
		) => {
			const children =
				chunkGroupChildren &&
				chunkGroup.getChildrenByOrders(moduleGraph, chunkGraph);
			const toAsset = name => {
				const asset = compilation.getAsset(name);
				return {
					name,
					size: asset ? asset.info.size : -1
				};
			};
			const sizeReducer = (total, { size }) => total + size;
			const assets = uniqueArray(chunkGroup.chunks, c => c.files).map(toAsset);
			const auxiliaryAssets = uniqueOrderedArray(
				chunkGroup.chunks,
				c => c.auxiliaryFiles,
				compareIds
			).map(toAsset);
			const assetsSize = assets.reduce(sizeReducer, 0);
			const auxiliaryAssetsSize = auxiliaryAssets.reduce(sizeReducer, 0);
			Object.assign(object, {
				name,
				chunks: ids ? chunkGroup.chunks.map(c => c.id) : undefined,
				assets: assets.length <= chunkGroupMaxAssets ? assets : undefined,
				filteredAssets:
					assets.length <= chunkGroupMaxAssets ? 0 : assets.length,
				assetsSize,
				auxiliaryAssets:
					chunkGroupAuxiliary && auxiliaryAssets.length <= chunkGroupMaxAssets
						? auxiliaryAssets
						: undefined,
				filteredAuxiliaryAssets:
					chunkGroupAuxiliary && auxiliaryAssets.length <= chunkGroupMaxAssets
						? 0
						: auxiliaryAssets.length,
				auxiliaryAssetsSize,
				children: children
					? mapObject(children, groups =>
							groups.map(group => {
								const assets = uniqueArray(group.chunks, c => c.files).map(
									toAsset
								);
								const auxiliaryAssets = uniqueOrderedArray(
									group.chunks,
									c => c.auxiliaryFiles,
									compareIds
								).map(toAsset);
								return {
									name: group.name,
									chunks: ids ? group.chunks.map(c => c.id) : undefined,
									assets:
										assets.length <= chunkGroupMaxAssets ? assets : undefined,
									filteredAssets:
										assets.length <= chunkGroupMaxAssets ? 0 : assets.length,
									auxiliaryAssets:
										chunkGroupAuxiliary &&
										auxiliaryAssets.length <= chunkGroupMaxAssets
											? auxiliaryAssets
											: undefined,
									filteredAuxiliaryAssets:
										chunkGroupAuxiliary &&
										auxiliaryAssets.length <= chunkGroupMaxAssets
											? 0
											: auxiliaryAssets.length
								};
							})
					  )
					: undefined,
				childAssets: children
					? mapObject(children, groups => {
							/** @type {Set<string>} */
							const set = new Set();
							for (const group of groups) {
								for (const chunk of group.chunks) {
									for (const asset of chunk.files) {
										set.add(asset);
									}
								}
							}
							return Array.from(set);
					  })
					: undefined
			});
		},
		performance: (object, { chunkGroup }) => {
			object.isOverSizeLimit = SizeLimitsPlugin.isOverSizeLimit(chunkGroup);
		}
	},
	module: {
		_: (object, module, context, options, factory) => {
			const { compilation, type } = context;
			const built = compilation.builtModules.has(module);
			const codeGenerated = compilation.codeGeneratedModules.has(module);
			const sizes = {};
			for (const sourceType of module.getSourceTypes()) {
				sizes[sourceType] = module.size(sourceType);
			}
			Object.assign(object, {
				type: "module",
				moduleType: module.type,
				layer: module.layer,
				size: module.size(),
				sizes,
				built,
				codeGenerated,
				cached: !built && !codeGenerated
			});
			if (built || codeGenerated || options.cachedModules) {
				Object.assign(
					object,
					factory.create(`${type}$visible`, module, context)
				);
			}
		}
	},
	module$visible: {
		_: (object, module, context, { requestShortener }, factory) => {
			const { compilation, type, rootModules } = context;
			const { moduleGraph } = compilation;
			/** @type {Module[]} */
			const path = [];
			const issuer = moduleGraph.getIssuer(module);
			let current = issuer;
			while (current) {
				path.push(current);
				current = moduleGraph.getIssuer(current);
			}
			path.reverse();
			const profile = moduleGraph.getProfile(module);
			const errors = module.getErrors();
			const errorsCount = errors !== undefined ? countIterable(errors) : 0;
			const warnings = module.getWarnings();
			const warningsCount =
				warnings !== undefined ? countIterable(warnings) : 0;
			const sizes = {};
			for (const sourceType of module.getSourceTypes()) {
				sizes[sourceType] = module.size(sourceType);
			}
			Object.assign(object, {
				identifier: module.identifier(),
				name: module.readableIdentifier(requestShortener),
				nameForCondition: module.nameForCondition(),
				index: moduleGraph.getPreOrderIndex(module),
				preOrderIndex: moduleGraph.getPreOrderIndex(module),
				index2: moduleGraph.getPostOrderIndex(module),
				postOrderIndex: moduleGraph.getPostOrderIndex(module),
				cacheable: module.buildInfo.cacheable,
				optional: module.isOptional(moduleGraph),
				orphan:
					!type.endsWith("module.modules[].module$visible") &&
					compilation.chunkGraph.getNumberOfModuleChunks(module) === 0,
				dependent: rootModules ? !rootModules.has(module) : undefined,
				issuer: issuer && issuer.identifier(),
				issuerName: issuer && issuer.readableIdentifier(requestShortener),
				issuerPath:
					issuer &&
					factory.create(`${type.slice(0, -8)}.issuerPath`, path, context),
				failed: errorsCount > 0,
				errors: errorsCount,
				warnings: warningsCount
			});
			if (profile) {
				object.profile = factory.create(
					`${type.slice(0, -8)}.profile`,
					profile,
					context
				);
			}
		},
		ids: (object, module, { compilation: { chunkGraph, moduleGraph } }) => {
			object.id = chunkGraph.getModuleId(module);
			const issuer = moduleGraph.getIssuer(module);
			object.issuerId = issuer && chunkGraph.getModuleId(issuer);
			object.chunks = Array.from(
				chunkGraph.getOrderedModuleChunksIterable(module, compareChunksById),
				chunk => chunk.id
			);
		},
		moduleAssets: (object, module) => {
			object.assets = module.buildInfo.assets
				? Object.keys(module.buildInfo.assets)
				: [];
		},
		reasons: (object, module, context, options, factory) => {
			const {
				type,
				compilation: { moduleGraph }
			} = context;
			object.reasons = factory.create(
				`${type.slice(0, -8)}.reasons`,
				Array.from(moduleGraph.getIncomingConnections(module)),
				context
			);
		},
		usedExports: (
			object,
			module,
			{ runtime, compilation: { moduleGraph } }
		) => {
			const usedExports = moduleGraph.getUsedExports(module, runtime);
			if (usedExports === null) {
				object.usedExports = null;
			} else if (typeof usedExports === "boolean") {
				object.usedExports = usedExports;
			} else {
				object.usedExports = Array.from(usedExports);
			}
		},
		providedExports: (object, module, { compilation: { moduleGraph } }) => {
			const providedExports = moduleGraph.getProvidedExports(module);
			object.providedExports = Array.isArray(providedExports)
				? providedExports
				: null;
		},
		optimizationBailout: (
			object,
			module,
			{ compilation: { moduleGraph } },
			{ requestShortener }
		) => {
			object.optimizationBailout = moduleGraph
				.getOptimizationBailout(module)
				.map(item => {
					if (typeof item === "function") return item(requestShortener);
					return item;
				});
		},
		depth: (object, module, { compilation: { moduleGraph } }) => {
			object.depth = moduleGraph.getDepth(module);
		},
		nestedModules: (object, module, context, options, factory) => {
			const { type } = context;
			if (module instanceof ConcatenatedModule) {
				const modules = module.modules;
				const groupedModules = factory.create(
					`${type.slice(0, -8)}.modules`,
					modules,
					context
				);
				const limited = spaceLimited(
					groupedModules,
					options.nestedModulesSpace
				);
				object.modules = limited.children;
				object.filteredModules = limited.filteredChildren;
			}
		},
		source: (object, module) => {
			const originalSource = module.originalSource();
			if (originalSource) {
				object.source = originalSource.source();
			}
		}
	},
	profile: {
		_: (object, profile) => {
			Object.assign(object, {
				total:
					profile.factory +
					profile.restoring +
					profile.integration +
					profile.building +
					profile.storing,
				resolving: profile.factory,
				restoring: profile.restoring,
				building: profile.building,
				integration: profile.integration,
				storing: profile.storing,
				additionalResolving: profile.additionalFactories,
				additionalIntegration: profile.additionalIntegration,
				// TODO remove this in webpack 6
				factory: profile.factory,
				// TODO remove this in webpack 6
				dependencies: profile.additionalFactories
			});
		}
	},
	moduleIssuer: {
		_: (object, module, context, { requestShortener }, factory) => {
			const { compilation, type } = context;
			const { moduleGraph } = compilation;
			const profile = moduleGraph.getProfile(module);
			Object.assign(object, {
				identifier: module.identifier(),
				name: module.readableIdentifier(requestShortener)
			});
			if (profile) {
				object.profile = factory.create(`${type}.profile`, profile, context);
			}
		},
		ids: (object, module, { compilation: { chunkGraph } }) => {
			object.id = chunkGraph.getModuleId(module);
		}
	},
	moduleReason: {
		_: (object, reason, { runtime }, { requestShortener }) => {
			const dep = reason.dependency;
			const moduleDep =
				dep && dep instanceof ModuleDependency ? dep : undefined;
			Object.assign(object, {
				moduleIdentifier: reason.originModule
					? reason.originModule.identifier()
					: null,
				module: reason.originModule
					? reason.originModule.readableIdentifier(requestShortener)
					: null,
				moduleName: reason.originModule
					? reason.originModule.readableIdentifier(requestShortener)
					: null,
				resolvedModuleIdentifier: reason.resolvedOriginModule
					? reason.resolvedOriginModule.identifier()
					: null,
				resolvedModule: reason.resolvedOriginModule
					? reason.resolvedOriginModule.readableIdentifier(requestShortener)
					: null,
				type: reason.dependency ? reason.dependency.type : null,
				active: reason.isActive(runtime),
				explanation: reason.explanation,
				userRequest: (moduleDep && moduleDep.userRequest) || null
			});
			if (reason.dependency) {
				const locInfo = formatLocation(reason.dependency.loc);
				if (locInfo) {
					object.loc = locInfo;
				}
			}
		},
		ids: (object, reason, { compilation: { chunkGraph } }) => {
			object.moduleId = reason.originModule
				? chunkGraph.getModuleId(reason.originModule)
				: null;
			object.resolvedModuleId = reason.resolvedOriginModule
				? chunkGraph.getModuleId(reason.resolvedOriginModule)
				: null;
		}
	},
	chunk: {
		_: (object, chunk, { makePathsRelative, compilation: { chunkGraph } }) => {
			const childIdByOrder = chunk.getChildIdsByOrders(chunkGraph);

			Object.assign(object, {
				rendered: chunk.rendered,
				initial: chunk.canBeInitial(),
				entry: chunk.hasRuntime(),
				recorded: AggressiveSplittingPlugin.wasChunkRecorded(chunk),
				reason: chunk.chunkReason,
				size: chunkGraph.getChunkModulesSize(chunk),
				sizes: chunkGraph.getChunkModulesSizes(chunk),
				names: chunk.name ? [chunk.name] : [],
				idHints: Array.from(chunk.idNameHints),
				runtime:
					chunk.runtime === undefined
						? undefined
						: typeof chunk.runtime === "string"
						? [makePathsRelative(chunk.runtime)]
						: Array.from(chunk.runtime.sort(), makePathsRelative),
				files: Array.from(chunk.files),
				auxiliaryFiles: Array.from(chunk.auxiliaryFiles).sort(compareIds),
				hash: chunk.renderedHash,
				childrenByOrder: childIdByOrder
			});
		},
		ids: (object, chunk) => {
			object.id = chunk.id;
		},
		chunkRelations: (object, chunk, { compilation: { chunkGraph } }) => {
			/** @type {Set<string|number>} */
			const parents = new Set();
			/** @type {Set<string|number>} */
			const children = new Set();
			/** @type {Set<string|number>} */
			const siblings = new Set();

			for (const chunkGroup of chunk.groupsIterable) {
				for (const parentGroup of chunkGroup.parentsIterable) {
					for (const chunk of parentGroup.chunks) {
						parents.add(chunk.id);
					}
				}
				for (const childGroup of chunkGroup.childrenIterable) {
					for (const chunk of childGroup.chunks) {
						children.add(chunk.id);
					}
				}
				for (const sibling of chunkGroup.chunks) {
					if (sibling !== chunk) siblings.add(sibling.id);
				}
			}
			object.siblings = Array.from(siblings).sort(compareIds);
			object.parents = Array.from(parents).sort(compareIds);
			object.children = Array.from(children).sort(compareIds);
		},
		chunkModules: (object, chunk, context, options, factory) => {
			const {
				type,
				compilation: { chunkGraph }
			} = context;
			const array = chunkGraph.getChunkModules(chunk);
			const groupedModules = factory.create(`${type}.modules`, array, {
				...context,
				runtime: chunk.runtime,
				rootModules: new Set(chunkGraph.getChunkRootModules(chunk))
			});
			const limited = spaceLimited(groupedModules, options.chunkModulesSpace);
			object.modules = limited.children;
			object.filteredModules = limited.filteredChildren;
		},
		chunkOrigins: (object, chunk, context, options, factory) => {
			const {
				type,
				compilation: { chunkGraph }
			} = context;
			/** @type {Set<string>} */
			const originsKeySet = new Set();
			const origins = [];
			for (const g of chunk.groupsIterable) {
				origins.push(...g.origins);
			}
			const array = origins.filter(origin => {
				const key = [
					origin.module ? chunkGraph.getModuleId(origin.module) : undefined,
					formatLocation(origin.loc),
					origin.request
				].join();
				if (originsKeySet.has(key)) return false;
				originsKeySet.add(key);
				return true;
			});
			object.origins = factory.create(`${type}.origins`, array, context);
		}
	},
	chunkOrigin: {
		_: (object, origin, context, { requestShortener }) => {
			Object.assign(object, {
				module: origin.module ? origin.module.identifier() : "",
				moduleIdentifier: origin.module ? origin.module.identifier() : "",
				moduleName: origin.module
					? origin.module.readableIdentifier(requestShortener)
					: "",
				loc: formatLocation(origin.loc),
				request: origin.request
			});
		},
		ids: (object, origin, { compilation: { chunkGraph } }) => {
			object.moduleId = origin.module
				? chunkGraph.getModuleId(origin.module)
				: undefined;
		}
	},
	error: EXTRACT_ERROR,
	warning: EXTRACT_ERROR,
	moduleTraceItem: {
		_: (object, { origin, module }, context, { requestShortener }, factory) => {
			const {
				type,
				compilation: { moduleGraph }
			} = context;
			object.originIdentifier = origin.identifier();
			object.originName = origin.readableIdentifier(requestShortener);
			object.moduleIdentifier = module.identifier();
			object.moduleName = module.readableIdentifier(requestShortener);
			const dependencies = Array.from(
				moduleGraph.getIncomingConnections(module)
			)
				.filter(c => c.resolvedOriginModule === origin && c.dependency)
				.map(c => c.dependency);
			object.dependencies = factory.create(
				`${type}.dependencies`,
				Array.from(new Set(dependencies)),
				context
			);
		},
		ids: (object, { origin, module }, { compilation: { chunkGraph } }) => {
			object.originId = chunkGraph.getModuleId(origin);
			object.moduleId = chunkGraph.getModuleId(module);
		}
	},
	moduleTraceDependency: {
		_: (object, dependency) => {
			object.loc = formatLocation(dependency.loc);
		}
	}
};

/** @type {Record<string, Record<string, (thing: any, context: StatsFactoryContext, options: NormalizedStatsOptions) => boolean | undefined>>} */
const FILTER = {
	"module.reasons": {
		"!orphanModules": (reason, { compilation: { chunkGraph } }) => {
			if (
				reason.originModule &&
				chunkGraph.getNumberOfModuleChunks(reason.originModule) === 0
			) {
				return false;
			}
		}
	}
};

/** @type {Record<string, Record<string, (thing: Object, context: StatsFactoryContext, options: NormalizedStatsOptions) => boolean | undefined>>} */
const FILTER_RESULTS = {
	"compilation.warnings": {
		warningsFilter: util.deprecate(
			(warning, context, { warningsFilter }) => {
				const warningString = Object.keys(warning)
					.map(key => `${warning[key]}`)
					.join("\n");
				return !warningsFilter.some(filter => filter(warning, warningString));
			},
			"config.stats.warningsFilter is deprecated in favor of config.ignoreWarnings",
			"DEP_WEBPACK_STATS_WARNINGS_FILTER"
		)
	}
};

/** @type {Record<string, (comparators: Function[], context: StatsFactoryContext) => void>} */
const MODULES_SORTER = {
	_: (comparators, { compilation: { moduleGraph } }) => {
		comparators.push(
			compareSelect(
				/**
				 * @param {Module} m module
				 * @returns {number} depth
				 */
				m => moduleGraph.getDepth(m),
				compareNumbers
			),
			compareSelect(
				/**
				 * @param {Module} m module
				 * @returns {number} index
				 */
				m => moduleGraph.getPreOrderIndex(m),
				compareNumbers
			),
			compareSelect(
				/**
				 * @param {Module} m module
				 * @returns {string} identifier
				 */
				m => m.identifier(),
				compareIds
			)
		);
	}
};

/** @type {Record<string, Record<string, (comparators: Function[], context: StatsFactoryContext) => void>>} */
const SORTERS = {
	"compilation.chunks": {
		_: comparators => {
			comparators.push(compareSelect(c => c.id, compareIds));
		}
	},
	"compilation.modules": MODULES_SORTER,
	"chunk.rootModules": MODULES_SORTER,
	"chunk.modules": MODULES_SORTER,
	"module.modules": MODULES_SORTER,
	"module.reasons": {
		_: (comparators, { compilation: { chunkGraph } }) => {
			comparators.push(
				compareSelect(x => x.originModule, compareModulesByIdentifier)
			);
			comparators.push(
				compareSelect(x => x.resolvedOriginModule, compareModulesByIdentifier)
			);
			comparators.push(
				compareSelect(
					x => x.dependency,
					concatComparators(
						compareSelect(
							/**
							 * @param {Dependency} x dependency
							 * @returns {DependencyLocation} location
							 */
							x => x.loc,
							compareLocations
						),
						compareSelect(x => x.type, compareIds)
					)
				)
			);
		}
	},
	"chunk.origins": {
		_: (comparators, { compilation: { chunkGraph } }) => {
			comparators.push(
				compareSelect(
					origin =>
						origin.module ? chunkGraph.getModuleId(origin.module) : undefined,
					compareIds
				),
				compareSelect(origin => formatLocation(origin.loc), compareIds),
				compareSelect(origin => origin.request, compareIds)
			);
		}
	}
};

const getItemSize = item => {
	// Each item takes 1 line
	// + the size of the children
	// + 1 extra line when it has children and filteredChildren
	return !item.children
		? 1
		: item.filteredChildren
		? 2 + getTotalSize(item.children)
		: 1 + getTotalSize(item.children);
};

const getTotalSize = children => {
	let size = 0;
	for (const child of children) {
		size += getItemSize(child);
	}
	return size;
};

const getTotalItems = children => {
	let count = 0;
	for (const child of children) {
		if (!child.children && !child.filteredChildren) {
			count++;
		} else {
			if (child.children) count += getTotalItems(child.children);
			if (child.filteredChildren) count += child.filteredChildren;
		}
	}
	return count;
};

const collapse = children => {
	// After collapse each child must take exactly one line
	const newChildren = [];
	for (const child of children) {
		if (child.children) {
			let filteredChildren = child.filteredChildren || 0;
			filteredChildren += getTotalItems(child.children);
			newChildren.push({
				...child,
				children: undefined,
				filteredChildren
			});
		} else {
			newChildren.push(child);
		}
	}
	return newChildren;
};

const spaceLimited = (itemsAndGroups, max) => {
	/** @type {any[] | undefined} */
	let children = undefined;
	/** @type {number | undefined} */
	let filteredChildren = undefined;
	// This are the groups, which take 1+ lines each
	const groups = itemsAndGroups.filter(c => c.children || c.filteredChildren);
	// The sizes of the groups are stored in groupSizes
	const groupSizes = groups.map(g => getItemSize(g));
	// This are the items, which take 1 line each
	const items = itemsAndGroups.filter(c => !c.children && !c.filteredChildren);
	// The total of group sizes
	let groupsSize = groupSizes.reduce((a, b) => a + b, 0);
	if (groupsSize + items.length <= max) {
		// The total size in the current state fits into the max
		// keep all
		children = groups.concat(items);
	} else if (
		groups.length > 0 &&
		groups.length + Math.min(1, items.length) < max
	) {
		// If each group would take 1 line the total would be below the maximum
		// collapse some groups, keep items
		while (groupsSize + items.length + (filteredChildren ? 1 : 0) > max) {
			// calculate how much we are over the size limit
			// this allows to approach the limit faster
			// it's always > 1
			const oversize =
				items.length + groupsSize + (filteredChildren ? 1 : 0) - max;
			// Find the maximum group and process only this one
			const maxGroupSize = Math.max(...groupSizes);
			if (maxGroupSize < items.length) {
				filteredChildren = items.length;
				items.length = 0;
				continue;
			}
			for (let i = 0; i < groups.length; i++) {
				if (groupSizes[i] === maxGroupSize) {
					const group = groups[i];
					// run this algorithm recursively and limit the size of the children to
					// current size - oversize / number of groups
					// So it should always end up being smaller
					const headerSize = !group.children
						? 0
						: group.filteredChildren
						? 2
						: 1;
					const limited = spaceLimited(
						group.children,
						groupSizes[i] - headerSize - oversize / groups.length
					);
					groups[i] = {
						...group,
						children: limited.children,
						filteredChildren:
							(group.filteredChildren || 0) + limited.filteredChildren
					};
					const newSize = getItemSize(groups[i]);
					groupsSize -= groupSizes[i] - newSize;
					groupSizes[i] = newSize;
					break;
				}
			}
		}
		children = groups.concat(items);
	} else if (
		groups.length > 0 &&
		groups.length + Math.min(1, items.length) <= max
	) {
		// If we have only enough space to show one line per group and one line for the filtered items
		// collapse all groups and items
		children = groups.length ? collapse(groups) : undefined;
		filteredChildren = items.length;
	} else {
		// If we have no space
		// collapse complete group
		filteredChildren = getTotalItems(itemsAndGroups);
	}
	return {
		children,
		filteredChildren
	};
};

const assetGroup = (children, assets) => {
	let size = 0;
	for (const asset of children) {
		size += asset.size;
	}
	return {
		size
	};
};

const moduleGroup = (children, modules) => {
	let size = 0;
	const sizes = {};
	for (const module of children) {
		size += module.size;
		for (const key of Object.keys(module.sizes)) {
			sizes[key] = (sizes[key] || 0) + module.sizes[key];
		}
	}
	return {
		size,
		sizes
	};
};

/** @type {Record<string, (groupConfigs: GroupConfig[], context: StatsFactoryContext, options: NormalizedStatsOptions) => void>} */
const ASSETS_GROUPERS = {
	_: (groupConfigs, context, options) => {
		const groupByFlag = (name, exclude) => {
			groupConfigs.push({
				getKeys: asset => {
					return asset[name] ? ["1"] : undefined;
				},
				getOptions: () => {
					return {
						groupChildren: !exclude,
						force: exclude
					};
				},
				createGroup: (key, children, assets) => {
					return exclude
						? {
								type: "assets by status",
								[name]: !!key,
								filteredChildren: assets.length,
								...assetGroup(children, assets)
						  }
						: {
								type: "assets by status",
								[name]: !!key,
								children,
								...assetGroup(children, assets)
						  };
				}
			});
		};
		const {
			groupAssetsByEmitStatus,
			groupAssetsByPath,
			groupAssetsByExtension
		} = options;
		if (groupAssetsByEmitStatus) {
			groupByFlag("emitted");
			groupByFlag("comparedForEmit");
			groupByFlag("isOverSizeLimit");
		}
		if (groupAssetsByEmitStatus || !options.cachedAssets) {
			groupByFlag("cached", !options.cachedAssets);
		}
		if (groupAssetsByPath || groupAssetsByExtension) {
			groupConfigs.push({
				getKeys: asset => {
					const extensionMatch =
						groupAssetsByExtension && /(\.[^.]+)(?:\?.*|$)/.exec(asset.name);
					const extension = extensionMatch ? extensionMatch[1] : "";
					const pathMatch =
						groupAssetsByPath && /(.+)[/\\][^/\\]+(?:\?.*|$)/.exec(asset.name);
					const path = pathMatch ? pathMatch[1].split(/[/\\]/) : [];
					const keys = [];
					if (groupAssetsByPath) {
						keys.push(".");
						if (extension)
							keys.push(
								path.length
									? `${path.join("/")}/*${extension}`
									: `*${extension}`
							);
						while (path.length > 0) {
							keys.push(path.join("/") + "/");
							path.pop();
						}
					} else {
						if (extension) keys.push(`*${extension}`);
					}
					return keys;
				},
				createGroup: (key, children, assets) => {
					return {
						type: groupAssetsByPath ? "assets by path" : "assets by extension",
						name: key,
						children,
						...assetGroup(children, assets)
					};
				}
			});
		}
	},
	groupAssetsByInfo: (groupConfigs, context, options) => {
		const groupByAssetInfoFlag = name => {
			groupConfigs.push({
				getKeys: asset => {
					return asset.info && asset.info[name] ? ["1"] : undefined;
				},
				createGroup: (key, children, assets) => {
					return {
						type: "assets by info",
						info: {
							[name]: !!key
						},
						children,
						...assetGroup(children, assets)
					};
				}
			});
		};
		groupByAssetInfoFlag("immutable");
		groupByAssetInfoFlag("development");
		groupByAssetInfoFlag("hotModuleReplacement");
	},
	groupAssetsByChunk: (groupConfigs, context, options) => {
		const groupByNames = name => {
			groupConfigs.push({
				getKeys: asset => {
					return asset[name];
				},
				createGroup: (key, children, assets) => {
					return {
						type: "assets by chunk",
						[name]: [key],
						children,
						...assetGroup(children, assets)
					};
				}
			});
		};
		groupByNames("chunkNames");
		groupByNames("auxiliaryChunkNames");
		groupByNames("chunkIdHints");
		groupByNames("auxiliaryChunkIdHints");
	},
	excludeAssets: (groupConfigs, context, { excludeAssets }) => {
		groupConfigs.push({
			getKeys: asset => {
				const ident = asset.name;
				const excluded = excludeAssets.some(fn => fn(ident, asset));
				if (excluded) return ["excluded"];
			},
			getOptions: () => ({
				groupChildren: false,
				force: true
			}),
			createGroup: (key, children, assets) => ({
				type: "hidden assets",
				filteredChildren: assets.length,
				...assetGroup(children, assets)
			})
		});
	}
};

/** @type {function(string): Record<string, (groupConfigs: GroupConfig[], context: StatsFactoryContext, options: NormalizedStatsOptions) => void>} */
const MODULES_GROUPERS = type => ({
	_: (groupConfigs, context, options) => {
		const groupByFlag = (name, type, exclude) => {
			groupConfigs.push({
				getKeys: module => {
					return module[name] ? ["1"] : undefined;
				},
				getOptions: () => {
					return {
						groupChildren: !exclude,
						force: exclude
					};
				},
				createGroup: (key, children, modules) => {
					return {
						type,
						[name]: !!key,
						...(exclude ? { filteredChildren: modules.length } : { children }),
						...moduleGroup(children, modules)
					};
				}
			});
		};
		const {
			groupModulesByCacheStatus,
			groupModulesByLayer,
			groupModulesByAttributes,
			groupModulesByType,
			groupModulesByPath,
			groupModulesByExtension
		} = options;
		if (groupModulesByAttributes) {
			groupByFlag("errors", "modules with errors");
			groupByFlag("warnings", "modules with warnings");
			groupByFlag("assets", "modules with assets");
			groupByFlag("optional", "optional modules");
		}
		if (groupModulesByCacheStatus) {
			groupByFlag("cacheable", "cacheable modules");
			groupByFlag("built", "built modules");
			groupByFlag("codeGenerated", "code generated modules");
		}
		if (groupModulesByCacheStatus || !options.cachedModules) {
			groupByFlag("cached", "cached modules", !options.cachedModules);
		}
		if (groupModulesByAttributes || !options.orphanModules) {
			groupByFlag("orphan", "orphan modules", !options.orphanModules);
		}
		if (groupModulesByAttributes || !options.dependentModules) {
			groupByFlag("dependent", "dependent modules", !options.dependentModules);
		}
		if (groupModulesByType || !options.runtimeModules) {
			groupConfigs.push({
				getKeys: module => {
					if (!module.moduleType) return;
					if (groupModulesByType) {
						return [module.moduleType.split("/", 1)[0]];
					} else if (module.moduleType === "runtime") {
						return ["runtime"];
					}
				},
				getOptions: key => {
					const exclude = key === "runtime" && !options.runtimeModules;
					return {
						groupChildren: !exclude,
						force: exclude
					};
				},
				createGroup: (key, children, modules) => {
					const exclude = key === "runtime" && !options.runtimeModules;
					return {
						type: `${key} modules`,
						moduleType: key,
						...(exclude ? { filteredChildren: modules.length } : { children }),
						...moduleGroup(children, modules)
					};
				}
			});
		}
		if (groupModulesByLayer) {
			groupConfigs.push({
				getKeys: module => {
					return [module.layer];
				},
				createGroup: (key, children, modules) => {