Method finish

lib/Compilation.js:3193–3471

* Processes the provided callback. * @param {Callback} callback callback

(callback)

	 * @param {Callback} callback callback
	 */
	finish(callback) {
		this.factorizeQueue.clear();
		if (this.profile) {
			this.logger.time("finish module profiles");

			const ParallelismFactorCalculator = require("./util/ParallelismFactorCalculator");

			const p = new ParallelismFactorCalculator();
			const moduleGraph = this.moduleGraph;
			/** @type {Map<Module, ModuleProfile>} */
			const modulesWithProfiles = new Map();
			for (const module of this.modules) {
				const profile = moduleGraph.getProfile(module);
				if (!profile) continue;
				modulesWithProfiles.set(module, profile);
				p.range(
					profile.buildingStartTime,
					profile.buildingEndTime,
					(f) => (profile.buildingParallelismFactor = f)
				);
				p.range(
					profile.factoryStartTime,
					profile.factoryEndTime,
					(f) => (profile.factoryParallelismFactor = f)
				);
				p.range(
					profile.integrationStartTime,
					profile.integrationEndTime,
					(f) => (profile.integrationParallelismFactor = f)
				);
				p.range(
					profile.storingStartTime,
					profile.storingEndTime,
					(f) => (profile.storingParallelismFactor = f)
				);
				p.range(
					profile.restoringStartTime,
					profile.restoringEndTime,
					(f) => (profile.restoringParallelismFactor = f)
				);
				if (profile.additionalFactoryTimes) {
					for (const { start, end } of profile.additionalFactoryTimes) {
						const influence = (end - start) / profile.additionalFactories;
						p.range(
							start,
							end,
							(f) =>
								(profile.additionalFactoriesParallelismFactor += f * influence)
						);
					}
				}
			}
			p.calculate();

			const logger = this.getLogger("webpack.Compilation.ModuleProfile");
			// Avoid coverage problems due indirect changes
			/**
			 * Processes the provided value.