node: updatemain

1 files changed, 0 insertions, 1327 deletions

diff --git a/node_modules/webpack/lib/buildChunkGraph.js b/node_modules/webpack/lib/buildChunkGraph.js
deleted file mode 100644
index 8b4916bd..00000000
--- a/node_modules/webpack/lib/buildChunkGraph.js
+++ /dev/null
@@ -1,1327 +0,0 @@
-/*
-	MIT License http://www.opensource.org/licenses/mit-license.php
-	Author Tobias Koppers @sokra
-*/
-
-"use strict";
-
-const AsyncDependencyToInitialChunkError = require("./AsyncDependencyToInitialChunkError");
-const { connectChunkGroupParentAndChild } = require("./GraphHelpers");
-const ModuleGraphConnection = require("./ModuleGraphConnection");
-const { getEntryRuntime, mergeRuntime } = require("./util/runtime");
-
-/** @typedef {import("./AsyncDependenciesBlock")} AsyncDependenciesBlock */
-/** @typedef {import("./Chunk")} Chunk */
-/** @typedef {import("./ChunkGroup")} ChunkGroup */
-/** @typedef {import("./Compilation")} Compilation */
-/** @typedef {import("./DependenciesBlock")} DependenciesBlock */
-/** @typedef {import("./Dependency")} Dependency */
-/** @typedef {import("./Dependency").DependencyLocation} DependencyLocation */
-/** @typedef {import("./Entrypoint")} Entrypoint */
-/** @typedef {import("./Module")} Module */
-/** @typedef {import("./ModuleGraph")} ModuleGraph */
-/** @typedef {import("./ModuleGraphConnection").ConnectionState} ConnectionState */
-/** @typedef {import("./logging/Logger").Logger} Logger */
-/** @typedef {import("./util/runtime").RuntimeSpec} RuntimeSpec */
-
-/**
- * @typedef {object} QueueItem
- * @property {number} action
- * @property {DependenciesBlock} block
- * @property {Module} module
- * @property {Chunk} chunk
- * @property {ChunkGroup} chunkGroup
- * @property {ChunkGroupInfo} chunkGroupInfo
- */
-
-/**
- * @typedef {object} ChunkGroupInfo
- * @property {ChunkGroup} chunkGroup the chunk group
- * @property {RuntimeSpec} runtime the runtimes
- * @property {bigint | undefined} minAvailableModules current minimal set of modules available at this point
- * @property {bigint[]} availableModulesToBeMerged enqueued updates to the minimal set of available modules
- * @property {Set<Module>=} skippedItems modules that were skipped because module is already available in parent chunks (need to reconsider when minAvailableModules is shrinking)
- * @property {Set<[Module, ModuleGraphConnection[]]>=} skippedModuleConnections referenced modules that where skipped because they were not active in this runtime
- * @property {bigint | undefined} resultingAvailableModules set of modules available including modules from this chunk group
- * @property {Set<ChunkGroupInfo> | undefined} children set of children chunk groups, that will be revisited when availableModules shrink
- * @property {Set<ChunkGroupInfo> | undefined} availableSources set of chunk groups that are the source for minAvailableModules
- * @property {Set<ChunkGroupInfo> | undefined} availableChildren set of chunk groups which depend on the this chunk group as availableSource
- * @property {number} preOrderIndex next pre order index
- * @property {number} postOrderIndex next post order index
- * @property {boolean} chunkLoading has a chunk loading mechanism
- * @property {boolean} asyncChunks create async chunks
- */
-
-/**
- * @typedef {object} BlockChunkGroupConnection
- * @property {ChunkGroupInfo} originChunkGroupInfo origin chunk group
- * @property {ChunkGroup} chunkGroup referenced chunk group
- */
-
-/** @typedef {(Module | ConnectionState | ModuleGraphConnection)[]} BlockModulesInTuples */
-/** @typedef {(Module | ConnectionState | ModuleGraphConnection[])[]} BlockModulesInFlattenTuples */
-/** @typedef {Map<DependenciesBlock, BlockModulesInFlattenTuples>} BlockModulesMap */
-/** @typedef {Map<Chunk, bigint>} MaskByChunk */
-/** @typedef {Set<DependenciesBlock>} BlocksWithNestedBlocks */
-/** @typedef {Map<AsyncDependenciesBlock, BlockChunkGroupConnection[]>} BlockConnections */
-/** @typedef {Map<ChunkGroup, ChunkGroupInfo>} ChunkGroupInfoMap */
-/** @typedef {Set<ChunkGroup>} AllCreatedChunkGroups */
-/** @typedef {Map<Entrypoint, Module[]>} InputEntrypointsAndModules */
-
-const ZERO_BIGINT = BigInt(0);
-const ONE_BIGINT = BigInt(1);
-
-/**
- * @param {bigint} mask The mask to test
- * @param {number} ordinal The ordinal of the bit to test
- * @returns {boolean} If the ordinal-th bit is set in the mask
- */
-const isOrdinalSetInMask = (mask, ordinal) =>
-	BigInt.asUintN(1, mask >> BigInt(ordinal)) !== ZERO_BIGINT;
-
-/**
- * @param {ModuleGraphConnection[]} connections list of connections
- * @param {RuntimeSpec} runtime for which runtime
- * @returns {ConnectionState} connection state
- */
-const getActiveStateOfConnections = (connections, runtime) => {
-	let merged = connections[0].getActiveState(runtime);
-	if (merged === true) return true;
-	for (let i = 1; i < connections.length; i++) {
-		const c = connections[i];
-		merged = ModuleGraphConnection.addConnectionStates(
-			merged,
-			c.getActiveState(runtime)
-		);
-		if (merged === true) return true;
-	}
-	return merged;
-};
-
-/**
- * @param {Module} module module
- * @param {ModuleGraph} moduleGraph module graph
- * @param {RuntimeSpec} runtime runtime
- * @param {BlockModulesMap} blockModulesMap block modules map
- */
-const extractBlockModules = (module, moduleGraph, runtime, blockModulesMap) => {
-	/** @type {DependenciesBlock | undefined} */
-	let blockCache;
-	/** @type {BlockModulesInTuples | undefined} */
-	let modules;
-
-	/** @type {BlockModulesInTuples[]} */
-	const arrays = [];
-
-	/** @type {DependenciesBlock[]} */
-	const queue = [module];
-	while (queue.length > 0) {
-		const block = /** @type {DependenciesBlock} */ (queue.pop());
-		/** @type {Module[]} */
-		const arr = [];
-		arrays.push(arr);
-		blockModulesMap.set(block, arr);
-		for (const b of block.blocks) {
-			queue.push(b);
-		}
-	}
-
-	for (const connection of moduleGraph.getOutgoingConnections(module)) {
-		const d = connection.dependency;
-		// We skip connections without dependency
-		if (!d) continue;
-		const m = connection.module;
-		// We skip connections without Module pointer
-		if (!m) continue;
-		// We skip weak connections
-		if (connection.weak) continue;
-
-		const block = moduleGraph.getParentBlock(d);
-		let index = moduleGraph.getParentBlockIndex(d);
-
-		// deprecated fallback
-		if (index < 0) {
-			index = /** @type {DependenciesBlock} */ (block).dependencies.indexOf(d);
-		}
-
-		if (blockCache !== block) {
-			modules =
-				/** @type {BlockModulesInTuples} */
-				(
-					blockModulesMap.get(
-						(blockCache = /** @type {DependenciesBlock} */ (block))
-					)
-				);
-		}
-
-		const i = index * 3;
-		/** @type {BlockModulesInTuples} */
-		(modules)[i] = m;
-		/** @type {BlockModulesInTuples} */
-		(modules)[i + 1] = connection.getActiveState(runtime);
-		/** @type {BlockModulesInTuples} */
-		(modules)[i + 2] = connection;
-	}
-
-	for (const modules of arrays) {
-		if (modules.length === 0) continue;
-		let indexMap;
-		let length = 0;
-		outer: for (let j = 0; j < modules.length; j += 3) {
-			const m = modules[j];
-			if (m === undefined) continue;
-			const state = /** @type {ConnectionState} */ (modules[j + 1]);
-			const connection = /** @type {ModuleGraphConnection} */ (modules[j + 2]);
-			if (indexMap === undefined) {
-				let i = 0;
-				for (; i < length; i += 3) {
-					if (modules[i] === m) {
-						const merged = /** @type {ConnectionState} */ (modules[i + 1]);
-						/** @type {ModuleGraphConnection[]} */
-						(/** @type {unknown} */ (modules[i + 2])).push(connection);
-						if (merged === true) continue outer;
-						modules[i + 1] = ModuleGraphConnection.addConnectionStates(
-							merged,
-							state
-						);
-						continue outer;
-					}
-				}
-				modules[length] = m;
-				length++;
-				modules[length] = state;
-				length++;
-				/** @type {ModuleGraphConnection[]} */
-				(/** @type {unknown} */ (modules[length])) = [connection];
-				length++;
-				if (length > 30) {
-					// To avoid worse case performance, we will use an index map for
-					// linear cost access, which allows to maintain O(n) complexity
-					// while keeping allocations down to a minimum
-					indexMap = new Map();
-					for (let i = 0; i < length; i += 3) {
-						indexMap.set(modules[i], i + 1);
-					}
-				}
-			} else {
-				const idx = indexMap.get(m);
-				if (idx !== undefined) {
-					const merged = /** @type {ConnectionState} */ (modules[idx]);
-					/** @type {ModuleGraphConnection[]} */
-					(/** @type {unknown} */ (modules[idx + 1])).push(connection);
-					if (merged === true) continue;
-					modules[idx] = ModuleGraphConnection.addConnectionStates(
-						merged,
-						state
-					);
-				} else {
-					modules[length] = m;
-					length++;
-					modules[length] = state;
-					indexMap.set(m, length);
-					length++;
-					/** @type {ModuleGraphConnection[]} */
-					(
-						/** @type {unknown} */
-						(modules[length])
-					) = [connection];
-					length++;
-				}
-			}
-		}
-		modules.length = length;
-	}
-};
-
-/**
- * @param {Logger} logger a logger
- * @param {Compilation} compilation the compilation
- * @param {InputEntrypointsAndModules} inputEntrypointsAndModules chunk groups which are processed with the modules
- * @param {ChunkGroupInfoMap} chunkGroupInfoMap mapping from chunk group to available modules
- * @param {BlockConnections} blockConnections connection for blocks
- * @param {BlocksWithNestedBlocks} blocksWithNestedBlocks flag for blocks that have nested blocks
- * @param {AllCreatedChunkGroups} allCreatedChunkGroups filled with all chunk groups that are created here
- * @param {MaskByChunk} maskByChunk module content mask by chunk
- */
-const visitModules = (
-	logger,
-	compilation,
-	inputEntrypointsAndModules,
-	chunkGroupInfoMap,
-	blockConnections,
-	blocksWithNestedBlocks,
-	allCreatedChunkGroups,
-	maskByChunk
-) => {
-	const { moduleGraph, chunkGraph, moduleMemCaches } = compilation;
-
-	const blockModulesRuntimeMap = new Map();
-
-	/** @type {BlockModulesMap | undefined} */
-	let blockModulesMap;
-
-	/** @type {Map<Module, number>} */
-	const ordinalByModule = new Map();
-
-	/**
-	 * @param {Module} module The module to look up
-	 * @returns {number} The ordinal of the module in masks
-	 */
-	const getModuleOrdinal = module => {
-		let ordinal = ordinalByModule.get(module);
-		if (ordinal === undefined) {
-			ordinal = ordinalByModule.size;
-			ordinalByModule.set(module, ordinal);
-		}
-		return ordinal;
-	};
-
-	for (const chunk of compilation.chunks) {
-		let mask = ZERO_BIGINT;
-		for (const m of chunkGraph.getChunkModulesIterable(chunk)) {
-			mask |= ONE_BIGINT << BigInt(getModuleOrdinal(m));
-		}
-		maskByChunk.set(chunk, mask);
-	}
-
-	/**
-	 * @param {DependenciesBlock} block block
-	 * @param {RuntimeSpec} runtime runtime
-	 * @returns {BlockModulesInFlattenTuples} block modules in flatten tuples
-	 */
-	const getBlockModules = (block, runtime) => {
-		blockModulesMap = blockModulesRuntimeMap.get(runtime);
-		if (blockModulesMap === undefined) {
-			blockModulesMap = new Map();
-			blockModulesRuntimeMap.set(runtime, blockModulesMap);
-		}
-		let blockModules = blockModulesMap.get(block);
-		if (blockModules !== undefined) return blockModules;
-		const module = /** @type {Module} */ (block.getRootBlock());
-		const memCache = moduleMemCaches && moduleMemCaches.get(module);
-		if (memCache !== undefined) {
-			const map = memCache.provide(
-				"bundleChunkGraph.blockModules",
-				runtime,
-				() => {
-					logger.time("visitModules: prepare");
-					const map = new Map();
-					extractBlockModules(module, moduleGraph, runtime, map);
-					logger.timeAggregate("visitModules: prepare");
-					return map;
-				}
-			);
-			for (const [block, blockModules] of map)
-				blockModulesMap.set(block, blockModules);
-			return map.get(block);
-		}
-		logger.time("visitModules: prepare");
-		extractBlockModules(module, moduleGraph, runtime, blockModulesMap);
-		blockModules =
-			/** @type {BlockModulesInFlattenTuples} */
-			(blockModulesMap.get(block));
-		logger.timeAggregate("visitModules: prepare");
-		return blockModules;
-	};
-
-	let statProcessedQueueItems = 0;
-	let statProcessedBlocks = 0;
-	let statConnectedChunkGroups = 0;
-	let statProcessedChunkGroupsForMerging = 0;
-	let statMergedAvailableModuleSets = 0;
-	const statForkedAvailableModules = 0;
-	const statForkedAvailableModulesCount = 0;
-	const statForkedAvailableModulesCountPlus = 0;
-	const statForkedMergedModulesCount = 0;
-	const statForkedMergedModulesCountPlus = 0;
-	const statForkedResultModulesCount = 0;
-	let statChunkGroupInfoUpdated = 0;
-	let statChildChunkGroupsReconnected = 0;
-
-	let nextChunkGroupIndex = 0;
-	let nextFreeModulePreOrderIndex = 0;
-	let nextFreeModulePostOrderIndex = 0;
-
-	/** @type {Map<DependenciesBlock, ChunkGroupInfo>} */
-	const blockChunkGroups = new Map();
-
-	/** @type {Map<ChunkGroupInfo, DependenciesBlock>} */
-	const blockByChunkGroups = new Map();
-
-	/** @type {Map<string, ChunkGroupInfo>} */
-	const namedChunkGroups = new Map();
-
-	/** @type {Map<string, ChunkGroupInfo>} */
-	const namedAsyncEntrypoints = new Map();
-
-	/** @type {Set<ChunkGroupInfo>} */
-	const outdatedOrderIndexChunkGroups = new Set();
-
-	const ADD_AND_ENTER_ENTRY_MODULE = 0;
-	const ADD_AND_ENTER_MODULE = 1;
-	const ENTER_MODULE = 2;
-	const PROCESS_BLOCK = 3;
-	const PROCESS_ENTRY_BLOCK = 4;
-	const LEAVE_MODULE = 5;
-
-	/** @type {QueueItem[]} */
-	let queue = [];
-
-	/** @type {Map<ChunkGroupInfo, Set<ChunkGroupInfo>>} */
-	const queueConnect = new Map();
-	/** @type {Set<ChunkGroupInfo>} */
-	const chunkGroupsForCombining = new Set();
-
-	// Fill queue with entrypoint modules
-	// Create ChunkGroupInfo for entrypoints
-	for (const [chunkGroup, modules] of inputEntrypointsAndModules) {
-		const runtime = getEntryRuntime(
-			compilation,
-			/** @type {string} */ (chunkGroup.name),
-			chunkGroup.options
-		);
-		/** @type {ChunkGroupInfo} */
-		const chunkGroupInfo = {
-			chunkGroup,
-			runtime,
-			minAvailableModules: undefined,
-			availableModulesToBeMerged: [],
-			skippedItems: undefined,
-			resultingAvailableModules: undefined,
-			children: undefined,
-			availableSources: undefined,
-			availableChildren: undefined,
-			preOrderIndex: 0,
-			postOrderIndex: 0,
-			chunkLoading:
-				chunkGroup.options.chunkLoading !== undefined
-					? chunkGroup.options.chunkLoading !== false
-					: compilation.outputOptions.chunkLoading !== false,
-			asyncChunks:
-				chunkGroup.options.asyncChunks !== undefined
-					? chunkGroup.options.asyncChunks
-					: compilation.outputOptions.asyncChunks !== false
-		};
-		chunkGroup.index = nextChunkGroupIndex++;
-		if (chunkGroup.getNumberOfParents() > 0) {
-			// minAvailableModules for child entrypoints are unknown yet, set to undefined.
-			// This means no module is added until other sets are merged into
-			// this minAvailableModules (by the parent entrypoints)
-			const skippedItems = new Set(modules);
-			chunkGroupInfo.skippedItems = skippedItems;
-			chunkGroupsForCombining.add(chunkGroupInfo);
-		} else {
-			// The application may start here: We start with an empty list of available modules
-			chunkGroupInfo.minAvailableModules = ZERO_BIGINT;
-			const chunk = chunkGroup.getEntrypointChunk();
-			for (const module of modules) {
-				queue.push({
-					action: ADD_AND_ENTER_MODULE,
-					block: module,
-					module,
-					chunk,
-					chunkGroup,
-					chunkGroupInfo
-				});
-			}
-		}
-		chunkGroupInfoMap.set(chunkGroup, chunkGroupInfo);
-		if (chunkGroup.name) {
-			namedChunkGroups.set(chunkGroup.name, chunkGroupInfo);
-		}
-	}
-	// Fill availableSources with parent-child dependencies between entrypoints
-	for (const chunkGroupInfo of chunkGroupsForCombining) {
-		const { chunkGroup } = chunkGroupInfo;
-		chunkGroupInfo.availableSources = new Set();
-		for (const parent of chunkGroup.parentsIterable) {
-			const parentChunkGroupInfo =
-				/** @type {ChunkGroupInfo} */
-				(chunkGroupInfoMap.get(parent));
-			chunkGroupInfo.availableSources.add(parentChunkGroupInfo);
-			if (parentChunkGroupInfo.availableChildren === undefined) {
-				parentChunkGroupInfo.availableChildren = new Set();
-			}
-			parentChunkGroupInfo.availableChildren.add(chunkGroupInfo);
-		}
-	}
-	// pop() is used to read from the queue
-	// so it need to be reversed to be iterated in
-	// correct order
-	queue.reverse();
-
-	/** @type {Set<ChunkGroupInfo>} */
-	const outdatedChunkGroupInfo = new Set();
-	/** @type {Set<ChunkGroupInfo>} */
-	const chunkGroupsForMerging = new Set();
-	/** @type {QueueItem[]} */
-	let queueDelayed = [];
-
-	/** @type {[Module, ModuleGraphConnection[]][]} */
-	const skipConnectionBuffer = [];
-	/** @type {Module[]} */
-	const skipBuffer = [];
-	/** @type {QueueItem[]} */
-	const queueBuffer = [];
-
-	/** @type {Module} */
-	let module;
-	/** @type {Chunk} */
-	let chunk;
-	/** @type {ChunkGroup} */
-	let chunkGroup;
-	/** @type {DependenciesBlock} */
-	let block;
-	/** @type {ChunkGroupInfo} */
-	let chunkGroupInfo;
-
-	// For each async Block in graph
-	/**
-	 * @param {AsyncDependenciesBlock} b iterating over each Async DepBlock
-	 * @returns {void}
-	 */
-	const iteratorBlock = b => {
-		// 1. We create a chunk group with single chunk in it for this Block
-		// but only once (blockChunkGroups map)
-		/** @type {ChunkGroupInfo | undefined} */
-		let cgi = blockChunkGroups.get(b);
-		/** @type {ChunkGroup | undefined} */
-		let c;
-		/** @type {Entrypoint | undefined} */
-		let entrypoint;
-		const entryOptions = b.groupOptions && b.groupOptions.entryOptions;
-		if (cgi === undefined) {
-			const chunkName = (b.groupOptions && b.groupOptions.name) || b.chunkName;
-			if (entryOptions) {
-				cgi = namedAsyncEntrypoints.get(/** @type {string} */ (chunkName));
-				if (!cgi) {
-					entrypoint = compilation.addAsyncEntrypoint(
-						entryOptions,
-						module,
-						/** @type {DependencyLocation} */ (b.loc),
-						/** @type {string} */ (b.request)
-					);
-					maskByChunk.set(entrypoint.chunks[0], ZERO_BIGINT);
-					entrypoint.index = nextChunkGroupIndex++;
-					cgi = {
-						chunkGroup: entrypoint,
-						runtime: entrypoint.options.runtime || entrypoint.name,
-						minAvailableModules: ZERO_BIGINT,
-						availableModulesToBeMerged: [],
-						skippedItems: undefined,
-						resultingAvailableModules: undefined,
-						children: undefined,
-						availableSources: undefined,
-						availableChildren: undefined,
-						preOrderIndex: 0,
-						postOrderIndex: 0,
-						chunkLoading:
-							entryOptions.chunkLoading !== undefined
-								? entryOptions.chunkLoading !== false
-								: chunkGroupInfo.chunkLoading,
-						asyncChunks:
-							entryOptions.asyncChunks !== undefined
-								? entryOptions.asyncChunks
-								: chunkGroupInfo.asyncChunks
-					};
-					chunkGroupInfoMap.set(entrypoint, cgi);
-
-					chunkGraph.connectBlockAndChunkGroup(b, entrypoint);
-					if (chunkName) {
-						namedAsyncEntrypoints.set(chunkName, cgi);
-					}
-				} else {
-					entrypoint = /** @type {Entrypoint} */ (cgi.chunkGroup);
-					// TODO merge entryOptions
-					entrypoint.addOrigin(
-						module,
-						/** @type {DependencyLocation} */ (b.loc),
-						/** @type {string} */ (b.request)
-					);
-					chunkGraph.connectBlockAndChunkGroup(b, entrypoint);
-				}
-
-				// 2. We enqueue the DependenciesBlock for traversal
-				queueDelayed.push({
-					action: PROCESS_ENTRY_BLOCK,
-					block: b,
-					module,
-					chunk: entrypoint.chunks[0],
-					chunkGroup: entrypoint,
-					chunkGroupInfo: cgi
-				});
-			} else if (!chunkGroupInfo.asyncChunks || !chunkGroupInfo.chunkLoading) {
-				// Just queue the block into the current chunk group
-				queue.push({
-					action: PROCESS_BLOCK,
-					block: b,
-					module,
-					chunk,
-					chunkGroup,
-					chunkGroupInfo
-				});
-			} else {
-				cgi = chunkName ? namedChunkGroups.get(chunkName) : undefined;
-				if (!cgi) {
-					c = compilation.addChunkInGroup(
-						b.groupOptions || b.chunkName,
-						module,
-						/** @type {DependencyLocation} */ (b.loc),
-						/** @type {string} */ (b.request)
-					);
-					maskByChunk.set(c.chunks[0], ZERO_BIGINT);
-					c.index = nextChunkGroupIndex++;
-					cgi = {
-						chunkGroup: c,
-						runtime: chunkGroupInfo.runtime,
-						minAvailableModules: undefined,
-						availableModulesToBeMerged: [],
-						skippedItems: undefined,
-						resultingAvailableModules: undefined,
-						children: undefined,
-						availableSources: undefined,
-						availableChildren: undefined,
-						preOrderIndex: 0,
-						postOrderIndex: 0,
-						chunkLoading: chunkGroupInfo.chunkLoading,
-						asyncChunks: chunkGroupInfo.asyncChunks
-					};
-					allCreatedChunkGroups.add(c);
-					chunkGroupInfoMap.set(c, cgi);
-					if (chunkName) {
-						namedChunkGroups.set(chunkName, cgi);
-					}
-				} else {
-					c = cgi.chunkGroup;
-					if (c.isInitial()) {
-						compilation.errors.push(
-							new AsyncDependencyToInitialChunkError(
-								/** @type {string} */ (chunkName),
-								module,
-								/** @type {DependencyLocation} */ (b.loc)
-							)
-						);
-						c = chunkGroup;
-					} else {
-						c.addOptions(b.groupOptions);
-					}
-					c.addOrigin(
-						module,
-						/** @type {DependencyLocation} */ (b.loc),
-						/** @type {string} */ (b.request)
-					);
-				}
-				blockConnections.set(b, []);
-			}
-			blockChunkGroups.set(b, /** @type {ChunkGroupInfo} */ (cgi));
-			blockByChunkGroups.set(/** @type {ChunkGroupInfo} */ (cgi), b);
-		} else if (entryOptions) {
-			entrypoint = /** @type {Entrypoint} */ (cgi.chunkGroup);
-		} else {
-			c = cgi.chunkGroup;
-		}
-
-		if (c !== undefined) {
-			// 2. We store the connection for the block
-			// to connect it later if needed
-			/** @type {BlockChunkGroupConnection[]} */
-			(blockConnections.get(b)).push({
-				originChunkGroupInfo: chunkGroupInfo,
-				chunkGroup: c
-			});
-
-			// 3. We enqueue the chunk group info creation/updating
-			let connectList = queueConnect.get(chunkGroupInfo);
-			if (connectList === undefined) {
-				connectList = new Set();
-				queueConnect.set(chunkGroupInfo, connectList);
-			}
-			connectList.add(/** @type {ChunkGroupInfo} */ (cgi));
-
-			// TODO check if this really need to be done for each traversal
-			// or if it is enough when it's queued when created
-			// 4. We enqueue the DependenciesBlock for traversal
-			queueDelayed.push({
-				action: PROCESS_BLOCK,
-				block: b,
-				module,
-				chunk: c.chunks[0],
-				chunkGroup: c,
-				chunkGroupInfo: /** @type {ChunkGroupInfo} */ (cgi)
-			});
-		} else if (entrypoint !== undefined) {
-			chunkGroupInfo.chunkGroup.addAsyncEntrypoint(entrypoint);
-		}
-	};
-
-	/**
-	 * @param {DependenciesBlock} block the block
-	 * @returns {void}
-	 */
-	const processBlock = block => {
-		statProcessedBlocks++;
-		// get prepared block info
-		const blockModules = getBlockModules(block, chunkGroupInfo.runtime);
-
-		if (blockModules !== undefined) {
-			const minAvailableModules =
-				/** @type {bigint} */
-				(chunkGroupInfo.minAvailableModules);
-			// Buffer items because order need to be reversed to get indices correct
-			// Traverse all referenced modules
-			for (let i = 0, len = blockModules.length; i < len; i += 3) {
-				const refModule = /** @type {Module} */ (blockModules[i]);
-				// For single comparisons this might be cheaper
-				const isModuleInChunk = chunkGraph.isModuleInChunk(refModule, chunk);
-
-				if (isModuleInChunk) {
-					// skip early if already connected
-					continue;
-				}
-
-				const refOrdinal = /** @type {number} */ getModuleOrdinal(refModule);
-				const activeState = /** @type {ConnectionState} */ (
-					blockModules[i + 1]
-				);
-				if (activeState !== true) {
-					const connections = /** @type {ModuleGraphConnection[]} */ (
-						blockModules[i + 2]
-					);
-					skipConnectionBuffer.push([refModule, connections]);
-					// We skip inactive connections
-					if (activeState === false) continue;
-				} else if (isOrdinalSetInMask(minAvailableModules, refOrdinal)) {
-					// already in parent chunks, skip it for now
-					skipBuffer.push(refModule);
-					continue;
-				}
-				// enqueue, then add and enter to be in the correct order
-				// this is relevant with circular dependencies
-				queueBuffer.push({
-					action: activeState === true ? ADD_AND_ENTER_MODULE : PROCESS_BLOCK,
-					block: refModule,
-					module: refModule,
-					chunk,
-					chunkGroup,
-					chunkGroupInfo
-				});
-			}
-			// Add buffered items in reverse order
-			if (skipConnectionBuffer.length > 0) {
-				let { skippedModuleConnections } = chunkGroupInfo;
-				if (skippedModuleConnections === undefined) {
-					chunkGroupInfo.skippedModuleConnections = skippedModuleConnections =
-						new Set();
-				}
-				for (let i = skipConnectionBuffer.length - 1; i >= 0; i--) {
-					skippedModuleConnections.add(skipConnectionBuffer[i]);
-				}
-				skipConnectionBuffer.length = 0;
-			}
-			if (skipBuffer.length > 0) {
-				let { skippedItems } = chunkGroupInfo;
-				if (skippedItems === undefined) {
-					chunkGroupInfo.skippedItems = skippedItems = new Set();
-				}
-				for (let i = skipBuffer.length - 1; i >= 0; i--) {
-					skippedItems.add(skipBuffer[i]);
-				}
-				skipBuffer.length = 0;
-			}
-			if (queueBuffer.length > 0) {
-				for (let i = queueBuffer.length - 1; i >= 0; i--) {
-					queue.push(queueBuffer[i]);
-				}
-				queueBuffer.length = 0;
-			}
-		}
-
-		// Traverse all Blocks
-		for (const b of block.blocks) {
-			iteratorBlock(b);
-		}
-
-		if (block.blocks.length > 0 && module !== block) {
-			blocksWithNestedBlocks.add(block);
-		}
-	};
-
-	/**
-	 * @param {DependenciesBlock} block the block
-	 * @returns {void}
-	 */
-	const processEntryBlock = block => {
-		statProcessedBlocks++;
-		// get prepared block info
-		const blockModules = getBlockModules(block, chunkGroupInfo.runtime);
-
-		if (blockModules !== undefined) {
-			// Traverse all referenced modules in reverse order
-			for (let i = blockModules.length - 3; i >= 0; i -= 3) {
-				const refModule = /** @type {Module} */ (blockModules[i]);
-				const activeState = /** @type {ConnectionState} */ (
-					blockModules[i + 1]
-				);
-				// enqueue, then add and enter to be in the correct order
-				// this is relevant with circular dependencies
-				queue.push({
-					action:
-						activeState === true ? ADD_AND_ENTER_ENTRY_MODULE : PROCESS_BLOCK,
-					block: refModule,
-					module: refModule,
-					chunk,
-					chunkGroup,
-					chunkGroupInfo
-				});
-			}
-		}
-
-		// Traverse all Blocks
-		for (const b of block.blocks) {
-			iteratorBlock(b);
-		}
-
-		if (block.blocks.length > 0 && module !== block) {
-			blocksWithNestedBlocks.add(block);
-		}
-	};
-
-	const processQueue = () => {
-		while (queue.length) {
-			statProcessedQueueItems++;
-			const queueItem = /** @type {QueueItem} */ (queue.pop());
-			module = queueItem.module;
-			block = queueItem.block;
-			chunk = queueItem.chunk;
-			chunkGroup = queueItem.chunkGroup;
-			chunkGroupInfo = queueItem.chunkGroupInfo;
-
-			switch (queueItem.action) {
-				case ADD_AND_ENTER_ENTRY_MODULE:
-					chunkGraph.connectChunkAndEntryModule(
-						chunk,
-						module,
-						/** @type {Entrypoint} */ (chunkGroup)
-					);
-				// fallthrough
-				case ADD_AND_ENTER_MODULE: {
-					const isModuleInChunk = chunkGraph.isModuleInChunk(module, chunk);
-
-					if (isModuleInChunk) {
-						// already connected, skip it
-						break;
-					}
-					// We connect Module and Chunk
-					chunkGraph.connectChunkAndModule(chunk, module);
-					const moduleOrdinal = getModuleOrdinal(module);
-					let chunkMask = /** @type {bigint} */ (maskByChunk.get(chunk));
-					chunkMask |= ONE_BIGINT << BigInt(moduleOrdinal);
-					maskByChunk.set(chunk, chunkMask);
-				}
-				// fallthrough
-				case ENTER_MODULE: {
-					const index = chunkGroup.getModulePreOrderIndex(module);
-					if (index === undefined) {
-						chunkGroup.setModulePreOrderIndex(
-							module,
-							chunkGroupInfo.preOrderIndex++
-						);
-					}
-
-					if (
-						moduleGraph.setPreOrderIndexIfUnset(
-							module,
-							nextFreeModulePreOrderIndex
-						)
-					) {
-						nextFreeModulePreOrderIndex++;
-					}
-
-					// reuse queueItem
-					queueItem.action = LEAVE_MODULE;
-					queue.push(queueItem);
-				}
-				// fallthrough
-				case PROCESS_BLOCK: {
-					processBlock(block);
-					break;
-				}
-				case PROCESS_ENTRY_BLOCK: {
-					processEntryBlock(block);
-					break;
-				}
-				case LEAVE_MODULE: {
-					const index = chunkGroup.getModulePostOrderIndex(module);
-					if (index === undefined) {
-						chunkGroup.setModulePostOrderIndex(
-							module,
-							chunkGroupInfo.postOrderIndex++
-						);
-					}
-
-					if (
-						moduleGraph.setPostOrderIndexIfUnset(
-							module,
-							nextFreeModulePostOrderIndex
-						)
-					) {
-						nextFreeModulePostOrderIndex++;
-					}
-					break;
-				}
-			}
-		}
-	};
-
-	/**
-	 * @param {ChunkGroupInfo} chunkGroupInfo The info object for the chunk group
-	 * @returns {bigint} The mask of available modules after the chunk group
-	 */
-	const calculateResultingAvailableModules = chunkGroupInfo => {
-		if (chunkGroupInfo.resultingAvailableModules !== undefined)
-			return chunkGroupInfo.resultingAvailableModules;
-
-		let resultingAvailableModules = /** @type {bigint} */ (
-			chunkGroupInfo.minAvailableModules
-		);
-
-		// add the modules from the chunk group to the set
-		for (const chunk of chunkGroupInfo.chunkGroup.chunks) {
-			const mask = /** @type {bigint} */ (maskByChunk.get(chunk));
-			resultingAvailableModules |= mask;
-		}
-
-		return (chunkGroupInfo.resultingAvailableModules =
-			resultingAvailableModules);
-	};
-
-	const processConnectQueue = () => {
-		// Figure out new parents for chunk groups
-		// to get new available modules for these children
-		for (const [chunkGroupInfo, targets] of queueConnect) {
-			// 1. Add new targets to the list of children
-			if (chunkGroupInfo.children === undefined) {
-				chunkGroupInfo.children = targets;
-			} else {
-				for (const target of targets) {
-					chunkGroupInfo.children.add(target);
-				}
-			}
-
-			// 2. Calculate resulting available modules
-			const resultingAvailableModules =
-				calculateResultingAvailableModules(chunkGroupInfo);
-
-			const runtime = chunkGroupInfo.runtime;
-
-			// 3. Update chunk group info
-			for (const target of targets) {
-				target.availableModulesToBeMerged.push(resultingAvailableModules);
-				chunkGroupsForMerging.add(target);
-				const oldRuntime = target.runtime;
-				const newRuntime = mergeRuntime(oldRuntime, runtime);
-				if (oldRuntime !== newRuntime) {
-					target.runtime = newRuntime;
-					outdatedChunkGroupInfo.add(target);
-				}
-			}
-
-			statConnectedChunkGroups += targets.size;
-		}
-		queueConnect.clear();
-	};
-
-	const processChunkGroupsForMerging = () => {
-		statProcessedChunkGroupsForMerging += chunkGroupsForMerging.size;
-
-		// Execute the merge
-		for (const info of chunkGroupsForMerging) {
-			const availableModulesToBeMerged = info.availableModulesToBeMerged;
-			const cachedMinAvailableModules = info.minAvailableModules;
-			let minAvailableModules = cachedMinAvailableModules;
-
-			statMergedAvailableModuleSets += availableModulesToBeMerged.length;
-
-			for (const availableModules of availableModulesToBeMerged) {
-				if (minAvailableModules === undefined) {
-					minAvailableModules = availableModules;
-				} else {
-					minAvailableModules &= availableModules;
-				}
-			}
-
-			const changed = minAvailableModules !== cachedMinAvailableModules;
-
-			availableModulesToBeMerged.length = 0;
-			if (changed) {
-				info.minAvailableModules = minAvailableModules;
-				info.resultingAvailableModules = undefined;
-				outdatedChunkGroupInfo.add(info);
-			}
-		}
-		chunkGroupsForMerging.clear();
-	};
-
-	const processChunkGroupsForCombining = () => {
-		for (const info of chunkGroupsForCombining) {
-			for (const source of /** @type {Set<ChunkGroupInfo>} */ (
-				info.availableSources
-			)) {
-				if (source.minAvailableModules === undefined) {
-					chunkGroupsForCombining.delete(info);
-					break;
-				}
-			}
-		}
-
-		for (const info of chunkGroupsForCombining) {
-			let availableModules = ZERO_BIGINT;
-			// combine minAvailableModules from all resultingAvailableModules
-			for (const source of /** @type {Set<ChunkGroupInfo>} */ (
-				info.availableSources
-			)) {
-				const resultingAvailableModules =
-					calculateResultingAvailableModules(source);
-				availableModules |= resultingAvailableModules;
-			}
-			info.minAvailableModules = availableModules;
-			info.resultingAvailableModules = undefined;
-			outdatedChunkGroupInfo.add(info);
-		}
-		chunkGroupsForCombining.clear();
-	};
-
-	const processOutdatedChunkGroupInfo = () => {
-		statChunkGroupInfoUpdated += outdatedChunkGroupInfo.size;
-		// Revisit skipped elements
-		for (const info of outdatedChunkGroupInfo) {
-			// 1. Reconsider skipped items
-			if (info.skippedItems !== undefined) {
-				const minAvailableModules =
-					/** @type {bigint} */
-					(info.minAvailableModules);
-				for (const module of info.skippedItems) {
-					const ordinal = getModuleOrdinal(module);
-					if (!isOrdinalSetInMask(minAvailableModules, ordinal)) {
-						queue.push({
-							action: ADD_AND_ENTER_MODULE,
-							block: module,
-							module,
-							chunk: info.chunkGroup.chunks[0],
-							chunkGroup: info.chunkGroup,
-							chunkGroupInfo: info
-						});
-						info.skippedItems.delete(module);
-					}
-				}
-			}
-
-			// 2. Reconsider skipped connections
-			if (info.skippedModuleConnections !== undefined) {
-				const minAvailableModules =
-					/** @type {bigint} */
-					(info.minAvailableModules);
-				for (const entry of info.skippedModuleConnections) {
-					const [module, connections] = entry;
-					const activeState = getActiveStateOfConnections(
-						connections,
-						info.runtime
-					);
-					if (activeState === false) continue;
-					if (activeState === true) {
-						const ordinal = getModuleOrdinal(module);
-						info.skippedModuleConnections.delete(entry);
-						if (isOrdinalSetInMask(minAvailableModules, ordinal)) {
-							/** @type {NonNullable<ChunkGroupInfo["skippedItems"]>} */
-							(info.skippedItems).add(module);
-							continue;
-						}
-					}
-					queue.push({
-						action: activeState === true ? ADD_AND_ENTER_MODULE : PROCESS_BLOCK,
-						block: module,
-						module,
-						chunk: info.chunkGroup.chunks[0],
-						chunkGroup: info.chunkGroup,
-						chunkGroupInfo: info
-					});
-				}
-			}
-
-			// 2. Reconsider children chunk groups
-			if (info.children !== undefined) {
-				statChildChunkGroupsReconnected += info.children.size;
-				for (const cgi of info.children) {
-					let connectList = queueConnect.get(info);
-					if (connectList === undefined) {
-						connectList = new Set();
-						queueConnect.set(info, connectList);
-					}
-					connectList.add(cgi);
-				}
-			}
-
-			// 3. Reconsider chunk groups for combining
-			if (info.availableChildren !== undefined) {
-				for (const cgi of info.availableChildren) {
-					chunkGroupsForCombining.add(cgi);
-				}
-			}
-			outdatedOrderIndexChunkGroups.add(info);
-		}
-		outdatedChunkGroupInfo.clear();
-	};
-
-	// Iterative traversal of the Module graph
-	// Recursive would be simpler to write but could result in Stack Overflows
-	while (queue.length || queueConnect.size) {
-		logger.time("visitModules: visiting");
-		processQueue();
-		logger.timeAggregateEnd("visitModules: prepare");
-		logger.timeEnd("visitModules: visiting");
-
-		if (chunkGroupsForCombining.size > 0) {
-			logger.time("visitModules: combine available modules");
-			processChunkGroupsForCombining();
-			logger.timeEnd("visitModules: combine available modules");
-		}
-
-		if (queueConnect.size > 0) {
-			logger.time("visitModules: calculating available modules");
-			processConnectQueue();
-			logger.timeEnd("visitModules: calculating available modules");
-
-			if (chunkGroupsForMerging.size > 0) {
-				logger.time("visitModules: merging available modules");
-				processChunkGroupsForMerging();
-				logger.timeEnd("visitModules: merging available modules");
-			}
-		}
-
-		if (outdatedChunkGroupInfo.size > 0) {
-			logger.time("visitModules: check modules for revisit");
-			processOutdatedChunkGroupInfo();
-			logger.timeEnd("visitModules: check modules for revisit");
-		}
-
-		// Run queueDelayed when all items of the queue are processed
-		// This is important to get the global indexing correct
-		// Async blocks should be processed after all sync blocks are processed
-		if (queue.length === 0) {
-			const tempQueue = queue;
-			queue = queueDelayed.reverse();
-			queueDelayed = tempQueue;
-		}
-	}
-
-	for (const info of outdatedOrderIndexChunkGroups) {
-		const { chunkGroup, runtime } = info;
-
-		const block = blockByChunkGroups.get(info);
-
-		if (!block) {
-			continue;
-		}
-
-		let preOrderIndex = 0;
-		let postOrderIndex = 0;
-
-		/**
-		 * @param {DependenciesBlock} current current
-		 * @param {BlocksWithNestedBlocks} visited visited dependencies blocks
-		 */
-		const process = (current, visited) => {
-			const blockModules = getBlockModules(current, runtime);
-			if (blockModules === undefined) {
-				return;
-			}
-
-			for (let i = 0, len = blockModules.length; i < len; i += 3) {
-				const activeState = /** @type {ConnectionState} */ (
-					blockModules[i + 1]
-				);
-				if (activeState === false) {
-					continue;
-				}
-				const refModule = /** @type {Module} */ (blockModules[i]);
-				if (visited.has(refModule)) {
-					continue;
-				}
-
-				visited.add(refModule);
-
-				if (refModule) {
-					chunkGroup.setModulePreOrderIndex(refModule, preOrderIndex++);
-					process(refModule, visited);
-					chunkGroup.setModulePostOrderIndex(refModule, postOrderIndex++);
-				}
-			}
-		};
-
-		process(block, new Set());
-	}
-	outdatedOrderIndexChunkGroups.clear();
-	ordinalByModule.clear();
-
-	logger.log(
-		`${statProcessedQueueItems} queue items processed (${statProcessedBlocks} blocks)`
-	);
-	logger.log(`${statConnectedChunkGroups} chunk groups connected`);
-	logger.log(
-		`${statProcessedChunkGroupsForMerging} chunk groups processed for merging (${statMergedAvailableModuleSets} module sets, ${statForkedAvailableModules} forked, ${statForkedAvailableModulesCount} + ${statForkedAvailableModulesCountPlus} modules forked, ${statForkedMergedModulesCount} + ${statForkedMergedModulesCountPlus} modules merged into fork, ${statForkedResultModulesCount} resulting modules)`
-	);
-	logger.log(
-		`${statChunkGroupInfoUpdated} chunk group info updated (${statChildChunkGroupsReconnected} already connected chunk groups reconnected)`
-	);
-};
-
-/**
- * @param {Compilation} compilation the compilation
- * @param {BlocksWithNestedBlocks} blocksWithNestedBlocks flag for blocks that have nested blocks
- * @param {BlockConnections} blockConnections connection for blocks
- * @param {MaskByChunk} maskByChunk mapping from chunk to module mask
- */
-const connectChunkGroups = (
-	compilation,
-	blocksWithNestedBlocks,
-	blockConnections,
-	maskByChunk
-) => {
-	const { chunkGraph } = compilation;
-
-	/**
-	 * Helper function to check if all modules of a chunk are available
-	 * @param {ChunkGroup} chunkGroup the chunkGroup to scan
-	 * @param {bigint} availableModules the comparator set
-	 * @returns {boolean} return true if all modules of a chunk are available
-	 */
-	const areModulesAvailable = (chunkGroup, availableModules) => {
-		for (const chunk of chunkGroup.chunks) {
-			const chunkMask = /** @type {bigint} */ (maskByChunk.get(chunk));
-			if ((chunkMask & availableModules) !== chunkMask) return false;
-		}
-		return true;
-	};
-
-	// For each edge in the basic chunk graph
-	for (const [block, connections] of blockConnections) {
-		// 1. Check if connection is needed
-		// When none of the dependencies need to be connected
-		// we can skip all of them
-		// It's not possible to filter each item so it doesn't create inconsistent
-		// connections and modules can only create one version
-		// TODO maybe decide this per runtime
-		if (
-			// TODO is this needed?
-			!blocksWithNestedBlocks.has(block) &&
-			connections.every(({ chunkGroup, originChunkGroupInfo }) =>
-				areModulesAvailable(
-					chunkGroup,
-					/** @type {bigint} */ (originChunkGroupInfo.resultingAvailableModules)
-				)
-			)
-		) {
-			continue;
-		}
-
-		// 2. Foreach edge
-		for (let i = 0; i < connections.length; i++) {
-			const { chunkGroup, originChunkGroupInfo } = connections[i];
-
-			// 3. Connect block with chunk
-			chunkGraph.connectBlockAndChunkGroup(block, chunkGroup);
-
-			// 4. Connect chunk with parent
-			connectChunkGroupParentAndChild(
-				originChunkGroupInfo.chunkGroup,
-				chunkGroup
-			);
-		}
-	}
-};
-
-/**
- * Remove all unconnected chunk groups
- * @param {Compilation} compilation the compilation
- * @param {Iterable<ChunkGroup>} allCreatedChunkGroups all chunk groups that where created before
- */
-const cleanupUnconnectedGroups = (compilation, allCreatedChunkGroups) => {
-	const { chunkGraph } = compilation;
-
-	for (const chunkGroup of allCreatedChunkGroups) {
-		if (chunkGroup.getNumberOfParents() === 0) {
-			for (const chunk of chunkGroup.chunks) {
-				compilation.chunks.delete(chunk);
-				chunkGraph.disconnectChunk(chunk);
-			}
-			chunkGraph.disconnectChunkGroup(chunkGroup);
-			chunkGroup.remove();
-		}
-	}
-};
-
-/**
- * This method creates the Chunk graph from the Module graph
- * @param {Compilation} compilation the compilation
- * @param {InputEntrypointsAndModules} inputEntrypointsAndModules chunk groups which are processed with the modules
- * @returns {void}
- */
-const buildChunkGraph = (compilation, inputEntrypointsAndModules) => {
-	const logger = compilation.getLogger("webpack.buildChunkGraph");
-
-	// SHARED STATE
-
-	/** @type {BlockConnections} */
-	const blockConnections = new Map();
-
-	/** @type {AllCreatedChunkGroups} */
-	const allCreatedChunkGroups = new Set();
-
-	/** @type {ChunkGroupInfoMap} */
-	const chunkGroupInfoMap = new Map();
-
-	/** @type {BlocksWithNestedBlocks} */
-	const blocksWithNestedBlocks = new Set();
-
-	/** @type {MaskByChunk} */
-	const maskByChunk = new Map();
-
-	// PART ONE
-
-	logger.time("visitModules");
-	visitModules(
-		logger,
-		compilation,
-		inputEntrypointsAndModules,
-		chunkGroupInfoMap,
-		blockConnections,
-		blocksWithNestedBlocks,
-		allCreatedChunkGroups,
-		maskByChunk
-	);
-	logger.timeEnd("visitModules");
-
-	// PART TWO
-
-	logger.time("connectChunkGroups");
-	connectChunkGroups(
-		compilation,
-		blocksWithNestedBlocks,
-		blockConnections,
-		maskByChunk
-	);
-	logger.timeEnd("connectChunkGroups");
-
-	for (const [chunkGroup, chunkGroupInfo] of chunkGroupInfoMap) {
-		for (const chunk of chunkGroup.chunks)
-			chunk.runtime = mergeRuntime(chunk.runtime, chunkGroupInfo.runtime);
-	}
-
-	// Cleanup work
-
-	logger.time("cleanup");
-	cleanupUnconnectedGroups(compilation, allCreatedChunkGroups);
-	logger.timeEnd("cleanup");
-};
-
-module.exports = buildChunkGraph;