diff --git a/.yarn/versions/266d3a2c.yml b/.yarn/versions/266d3a2c.yml new file mode 100644 index 000000000000..1494bd471424 --- /dev/null +++ b/.yarn/versions/266d3a2c.yml @@ -0,0 +1,23 @@ +releases: + "@yarnpkg/cli": patch + "@yarnpkg/plugin-compat": patch + +declined: + - "@yarnpkg/plugin-constraints" + - "@yarnpkg/plugin-dlx" + - "@yarnpkg/plugin-essentials" + - "@yarnpkg/plugin-init" + - "@yarnpkg/plugin-interactive-tools" + - "@yarnpkg/plugin-nm" + - "@yarnpkg/plugin-npm-cli" + - "@yarnpkg/plugin-pack" + - "@yarnpkg/plugin-patch" + - "@yarnpkg/plugin-pnp" + - "@yarnpkg/plugin-pnpm" + - "@yarnpkg/plugin-stage" + - "@yarnpkg/plugin-typescript" + - "@yarnpkg/plugin-version" + - "@yarnpkg/plugin-workspace-tools" + - "@yarnpkg/builder" + - "@yarnpkg/core" + - "@yarnpkg/doctor" diff --git a/packages/plugin-compat/extra/typescript/gen-typescript-patch.js b/packages/plugin-compat/extra/typescript/gen-typescript-patch.js index 233a204753fe..142fccc36487 100644 --- a/packages/plugin-compat/extra/typescript/gen-typescript-patch.js +++ b/packages/plugin-compat/extra/typescript/gen-typescript-patch.js @@ -209,7 +209,14 @@ const SLICES = [ from: `9420c380b6f1f072ff66372cbf776fafd6eeed1c`, to: `9420c380b6f1f072ff66372cbf776fafd6eeed1c`, onto: `e80675868dff622d0870939e7c9930c68904e7e7`, - range: `>=5.4.0-beta`, + range: `>=5.4.0-beta <5.4.1-rc`, + }, + // https://github.com/merceyz/TypeScript/tree/merceyz/pnp-5.4-rc + { + from: `786e26825dad9dcc0eff79610bffd8bb121e7e8a`, + to: `786e26825dad9dcc0eff79610bffd8bb121e7e8a`, + onto: `db6b2a980280a9c87799b9c1edd6d71e92bb255b`, + range: `>=5.4.1-rc`, }, ]; diff --git a/packages/plugin-compat/extra/typescript/patch-14d8ce3d823cd5772f690ee6089998f1.diff b/packages/plugin-compat/extra/typescript/patch-14d8ce3d823cd5772f690ee6089998f1.diff new file mode 100644 index 000000000000..a076eec20c79 --- /dev/null +++ b/packages/plugin-compat/extra/typescript/patch-14d8ce3d823cd5772f690ee6089998f1.diff @@ -0,0 +1,1830 @@ +diff --git a/lib/tsc.js b/lib/tsc.js +index 49a42a27b..0625b052d 100644 +semver exclusivity >=5.4.1-rc +--- a/lib/tsc.js ++++ b/lib/tsc.js +@@ -5063,6 +5063,9 @@ var sys = (() => { + return Buffer.from && Buffer.from !== Int8Array.from ? Buffer.from(input, encoding) : new Buffer(input, encoding); + } + function isFileSystemCaseSensitive() { ++ if (typeof process.versions.pnp !== `undefined`) { ++ return true; ++ } + if (platform === "win32" || platform === "win64") { + return false; + } +@@ -37160,6 +37163,46 @@ function getDefaultValueForOption(option) { + } + } + ++// src/compiler/pnp.ts ++function getPnpApi(path) { ++ if (typeof process.versions.pnp === "undefined") { ++ return; ++ } ++ const { findPnpApi } = require("module"); ++ if (findPnpApi) { ++ return findPnpApi(`${path}/`); ++ } ++} ++function getPnpApiPath(path) { ++ var _a; ++ return (_a = getPnpApi(path)) == null ? void 0 : _a.resolveRequest( ++ "pnpapi", ++ /*issuer*/ ++ null ++ ); ++} ++function getPnpTypeRoots(currentDirectory) { ++ const pnpApi = getPnpApi(currentDirectory); ++ if (!pnpApi) { ++ return []; ++ } ++ currentDirectory = resolvePath(currentDirectory); ++ const currentPackage = pnpApi.findPackageLocator(`${currentDirectory}/`); ++ if (!currentPackage) { ++ return []; ++ } ++ const { packageDependencies } = pnpApi.getPackageInformation(currentPackage); ++ const typeRoots = []; ++ for (const [name, referencish] of Array.from(packageDependencies.entries())) { ++ if (name.startsWith(`@types/`) && referencish !== null) { ++ const dependencyLocator = pnpApi.getLocator(name, referencish); ++ const { packageLocation } = pnpApi.getPackageInformation(dependencyLocator); ++ typeRoots.push(getDirectoryPath(packageLocation)); ++ } ++ } ++ return typeRoots; ++} ++ + // src/compiler/moduleNameResolver.ts + function trace(host, message, ...args) { + host.trace(formatMessage(message, ...args)); +@@ -37387,7 +37430,7 @@ function getEffectiveTypeRoots(options, host) { + return getDefaultTypeRoots(currentDirectory); + } + } +-function getDefaultTypeRoots(currentDirectory) { ++function getNodeModulesTypeRoots(currentDirectory) { + let typeRoots; + forEachAncestorDirectory(normalizePath(currentDirectory), (directory) => { + const atTypes = combinePaths(directory, nodeModulesAtTypes); +@@ -37400,6 +37443,15 @@ function arePathsEqual(path1, path2, host) { + const useCaseSensitiveFileNames2 = typeof host.useCaseSensitiveFileNames === "function" ? host.useCaseSensitiveFileNames() : host.useCaseSensitiveFileNames; + return comparePaths(path1, path2, !useCaseSensitiveFileNames2) === 0 /* EqualTo */; + } ++function getDefaultTypeRoots(currentDirectory) { ++ const nmTypes = getNodeModulesTypeRoots(currentDirectory); ++ const pnpTypes = getPnpTypeRoots(currentDirectory); ++ if (nmTypes == null ? void 0 : nmTypes.length) { ++ return [...nmTypes, ...pnpTypes]; ++ } else if (pnpTypes.length) { ++ return pnpTypes; ++ } ++} + function getOriginalAndResolvedFileName(fileName, host, traceEnabled) { + const resolvedFileName = realPath(fileName, host, traceEnabled); + const pathsAreEqual = arePathsEqual(fileName, resolvedFileName, host); +@@ -39288,7 +39340,15 @@ function loadModuleFromNearestNodeModulesDirectoryWorker(extensions, moduleName, + return lookup(secondaryExtensions); + } + function lookup(extensions2) { +- return forEachAncestorDirectory(normalizeSlashes(directory), (ancestorDirectory) => { ++ const issuer = normalizeSlashes(directory); ++ if (getPnpApi(issuer)) { ++ const resolutionFromCache = tryFindNonRelativeModuleNameInCache(cache, moduleName, mode, issuer, redirectedReference, state); ++ if (resolutionFromCache) { ++ return resolutionFromCache; ++ } ++ return toSearchResult(loadModuleFromImmediateNodeModulesDirectoryPnP(extensions2, moduleName, issuer, state, typesScopeOnly, cache, redirectedReference)); ++ } ++ return forEachAncestorDirectory(issuer, (ancestorDirectory) => { + if (getBaseFileName(ancestorDirectory) !== "node_modules") { + const resolutionFromCache = tryFindNonRelativeModuleNameInCache(cache, moduleName, mode, ancestorDirectory, redirectedReference, state); + if (resolutionFromCache) { +@@ -39323,11 +39383,40 @@ function loadModuleFromImmediateNodeModulesDirectory(extensions, moduleName, dir + return loadModuleFromSpecificNodeModulesDirectory(4 /* Declaration */, mangleScopedPackageNameWithTrace(moduleName, state), nodeModulesAtTypes2, nodeModulesAtTypesExists, state, cache, redirectedReference); + } + } ++function loadModuleFromImmediateNodeModulesDirectoryPnP(extensions, moduleName, directory, state, typesScopeOnly, cache, redirectedReference) { ++ const issuer = normalizeSlashes(directory); ++ if (!typesScopeOnly) { ++ const packageResult = tryLoadModuleUsingPnpResolution(extensions, moduleName, issuer, state, cache, redirectedReference); ++ if (packageResult) { ++ return packageResult; ++ } ++ } ++ if (extensions & 4 /* Declaration */) { ++ return tryLoadModuleUsingPnpResolution(4 /* Declaration */, `@types/${mangleScopedPackageNameWithTrace(moduleName, state)}`, issuer, state, cache, redirectedReference); ++ } ++} + function loadModuleFromSpecificNodeModulesDirectory(extensions, moduleName, nodeModulesDirectory, nodeModulesDirectoryExists, state, cache, redirectedReference) { +- var _a, _b; + const candidate = normalizePath(combinePaths(nodeModulesDirectory, moduleName)); + const { packageName, rest } = parsePackageName(moduleName); + const packageDirectory = combinePaths(nodeModulesDirectory, packageName); ++ return loadModuleFromSpecificNodeModulesDirectoryImpl(extensions, nodeModulesDirectoryExists, state, cache, redirectedReference, candidate, rest, packageDirectory); ++} ++function loadModuleFromPnpResolution(extensions, packageDirectory, rest, state, cache, redirectedReference) { ++ const candidate = normalizePath(combinePaths(packageDirectory, rest)); ++ return loadModuleFromSpecificNodeModulesDirectoryImpl( ++ extensions, ++ /*nodeModulesDirectoryExists*/ ++ true, ++ state, ++ cache, ++ redirectedReference, ++ candidate, ++ rest, ++ packageDirectory ++ ); ++} ++function loadModuleFromSpecificNodeModulesDirectoryImpl(extensions, nodeModulesDirectoryExists, state, cache, redirectedReference, candidate, rest, packageDirectory) { ++ var _a, _b; + let rootPackageInfo; + let packageInfo = getPackageJsonInfo(candidate, !nodeModulesDirectoryExists, state); + if (rest !== "" && packageInfo && (!(state.features & 8 /* Exports */) || !hasProperty(((_a = rootPackageInfo = getPackageJsonInfo(packageDirectory, !nodeModulesDirectoryExists, state)) == null ? void 0 : _a.contents.packageJsonContent) ?? emptyArray, "exports"))) { +@@ -39632,6 +39721,18 @@ function traceIfEnabled(state, diagnostic, ...args) { + function useCaseSensitiveFileNames(state) { + return !state.host.useCaseSensitiveFileNames ? true : typeof state.host.useCaseSensitiveFileNames === "boolean" ? state.host.useCaseSensitiveFileNames : state.host.useCaseSensitiveFileNames(); + } ++function loadPnpPackageResolution(packageName, containingDirectory) { ++ try { ++ const resolution = getPnpApi(containingDirectory).resolveToUnqualified(packageName, `${containingDirectory}/`, { considerBuiltins: false }); ++ return normalizeSlashes(resolution).replace(/\/$/, ""); ++ } catch { ++ } ++} ++function tryLoadModuleUsingPnpResolution(extensions, moduleName, containingDirectory, state, cache, redirectedReference) { ++ const { packageName, rest } = parsePackageName(moduleName); ++ const packageResolution = loadPnpPackageResolution(packageName, containingDirectory); ++ return packageResolution ? loadModuleFromPnpResolution(extensions, packageResolution, rest, state, cache, redirectedReference) : void 0; ++} + + // src/compiler/binder.ts + function getModuleInstanceState(node, visited) { +@@ -42954,7 +43055,15 @@ function getAllModulePathsWorker(info, importedFileName, host) { + /*preferSymlinks*/ + true, + (path, isRedirect) => { +- const isInNodeModules = pathContainsNodeModules(path); ++ let isInNodeModules = pathContainsNodeModules(path); ++ const pnpapi = getPnpApi(path); ++ if (!isInNodeModules && pnpapi) { ++ const fromLocator = pnpapi.findPackageLocator(info.importingSourceFileName); ++ const toLocator = pnpapi.findPackageLocator(path); ++ if (fromLocator && toLocator && fromLocator !== toLocator) { ++ isInNodeModules = true; ++ } ++ } + allFileNames.set(path, { path: info.getCanonicalFileName(path), isRedirect, isInNodeModules }); + importedFileFromNodeModules = importedFileFromNodeModules || isInNodeModules; + } +@@ -43253,7 +43362,41 @@ function tryGetModuleNameAsNodeModule({ path, isRedirect }, { getCanonicalFileNa + if (!host.fileExists || !host.readFile) { + return void 0; + } +- const parts = getNodeModulePathParts(path); ++ let parts = getNodeModulePathParts(path); ++ let pnpPackageName; ++ const pnpApi = getPnpApi(path); ++ if (pnpApi) { ++ const fromLocator = pnpApi.findPackageLocator(importingSourceFile.fileName); ++ const toLocator = pnpApi.findPackageLocator(path); ++ if (fromLocator === toLocator) { ++ return void 0; ++ } ++ if (fromLocator && toLocator) { ++ const fromInfo = pnpApi.getPackageInformation(fromLocator); ++ if (toLocator.reference === fromInfo.packageDependencies.get(toLocator.name)) { ++ pnpPackageName = toLocator.name; ++ } else { ++ for (const [name, reference] of fromInfo.packageDependencies) { ++ if (Array.isArray(reference)) { ++ if (reference[0] === toLocator.name && reference[1] === toLocator.reference) { ++ pnpPackageName = name; ++ break; ++ } ++ } ++ } ++ } ++ if (!parts) { ++ const toInfo = pnpApi.getPackageInformation(toLocator); ++ parts = { ++ topLevelNodeModulesIndex: void 0, ++ topLevelPackageNameIndex: void 0, ++ // The last character from packageLocation is the trailing "/", we want to point to it ++ packageRootIndex: toInfo.packageLocation.length - 1, ++ fileNameIndex: path.lastIndexOf(`/`) ++ }; ++ } ++ } ++ } + if (!parts) { + return void 0; + } +@@ -43291,14 +43434,16 @@ function tryGetModuleNameAsNodeModule({ path, isRedirect }, { getCanonicalFileNa + if (isRedirect && !isPackageRootPath) { + return void 0; + } +- const globalTypingsCacheLocation = host.getGlobalTypingsCacheLocation && host.getGlobalTypingsCacheLocation(); +- const pathToTopLevelNodeModules = getCanonicalFileName(moduleSpecifier.substring(0, parts.topLevelNodeModulesIndex)); +- if (!(startsWith(canonicalSourceDirectory, pathToTopLevelNodeModules) || globalTypingsCacheLocation && startsWith(getCanonicalFileName(globalTypingsCacheLocation), pathToTopLevelNodeModules))) { +- return void 0; ++ if (typeof process.versions.pnp === "undefined") { ++ const globalTypingsCacheLocation = host.getGlobalTypingsCacheLocation && host.getGlobalTypingsCacheLocation(); ++ const pathToTopLevelNodeModules = getCanonicalFileName(moduleSpecifier.substring(0, parts.topLevelNodeModulesIndex)); ++ if (!(startsWith(canonicalSourceDirectory, pathToTopLevelNodeModules) || globalTypingsCacheLocation && startsWith(getCanonicalFileName(globalTypingsCacheLocation), pathToTopLevelNodeModules))) { ++ return void 0; ++ } + } +- const nodeModulesDirectoryName = moduleSpecifier.substring(parts.topLevelPackageNameIndex + 1); +- const packageName = getPackageNameFromTypesPackageName(nodeModulesDirectoryName); +- return getEmitModuleResolutionKind(options) === 1 /* Classic */ && packageName === nodeModulesDirectoryName ? void 0 : packageName; ++ const nodeModulesDirectoryName = typeof pnpPackageName !== "undefined" ? pnpPackageName + moduleSpecifier.substring(parts.packageRootIndex) : moduleSpecifier.substring(parts.topLevelPackageNameIndex + 1); ++ const packageNameFromPath = getPackageNameFromTypesPackageName(nodeModulesDirectoryName); ++ return getEmitModuleResolutionKind(options) === 1 /* Classic */ && packageNameFromPath === nodeModulesDirectoryName ? void 0 : packageNameFromPath; + function tryDirectoryWithPackageJson(packageRootIndex) { + var _a, _b; + const packageRootPath = path.substring(0, packageRootIndex); +@@ -43311,9 +43456,9 @@ function tryGetModuleNameAsNodeModule({ path, isRedirect }, { getCanonicalFileNa + const importMode = overrideMode || importingSourceFile.impliedNodeFormat; + if (getResolvePackageJsonExports(options)) { + const nodeModulesDirectoryName2 = packageRootPath.substring(parts.topLevelPackageNameIndex + 1); +- const packageName2 = getPackageNameFromTypesPackageName(nodeModulesDirectoryName2); ++ const packageName = getPackageNameFromTypesPackageName(pnpPackageName ? pnpPackageName : nodeModulesDirectoryName2); + const conditions = getConditions(options, importMode); +- const fromExports = (packageJsonContent == null ? void 0 : packageJsonContent.exports) ? tryGetModuleNameFromExports(options, host, path, packageRootPath, packageName2, packageJsonContent.exports, conditions) : void 0; ++ const fromExports = (packageJsonContent == null ? void 0 : packageJsonContent.exports) ? tryGetModuleNameFromExports(options, host, path, packageRootPath, packageName, packageJsonContent.exports, conditions) : void 0; + if (fromExports) { + return { ...fromExports, verbatimFromExports: true }; + } +@@ -124303,6 +124448,11 @@ function createWatchProgram(host) { + if (configFileName) { + configFileWatcher = watchFile2(configFileName, scheduleProgramReload, 2e3 /* High */, watchOptions, WatchType.ConfigFile); + } ++ let pnpFileWatcher; ++ const pnpApiPath = getPnpApiPath(__filename); ++ if (pnpApiPath) { ++ pnpFileWatcher = watchFile2(pnpApiPath, scheduleResolutionReload, 2e3 /* High */, watchOptions, WatchType.ConfigFile); ++ } + const compilerHost = createCompilerHostFromProgramHost(host, () => compilerOptions, directoryStructureHost); + setGetSourceFileAsHashVersioned(compilerHost); + const getNewSourceFile = compilerHost.getSourceFile; +@@ -124366,6 +124516,10 @@ function createWatchProgram(host) { + configFileWatcher.close(); + configFileWatcher = void 0; + } ++ if (pnpFileWatcher) { ++ pnpFileWatcher.close(); ++ pnpFileWatcher = void 0; ++ } + extendedConfigCache == null ? void 0 : extendedConfigCache.clear(); + extendedConfigCache = void 0; + if (sharedExtendedConfigFileWatchers) { +@@ -124401,7 +124555,7 @@ function createWatchProgram(host) { + function getCurrentProgram() { + return builderProgram && builderProgram.getProgramOrUndefined(); + } +- function synchronizeProgram() { ++ function synchronizeProgram(forceAllFilesAsInvalidated = false) { + writeLog(`Synchronizing program`); + Debug.assert(compilerOptions); + Debug.assert(rootFileNames); +@@ -124413,7 +124567,7 @@ function createWatchProgram(host) { + resolutionCache.onChangesAffectModuleResolution(); + } + } +- const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(customHasInvalidatedResolutions, customHasInvalidLibResolutions); ++ const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(forceAllFilesAsInvalidated ? returnTrue : customHasInvalidatedResolutions, customHasInvalidLibResolutions); + const { + originalReadFile, + originalFileExists, +@@ -124625,13 +124779,19 @@ function createWatchProgram(host) { + updateLevel = 2 /* Full */; + scheduleProgramUpdate(); + } ++ function scheduleResolutionReload() { ++ writeLog("Clearing resolutions"); ++ resolutionCache.clear(); ++ updateLevel = 3 /* Resolutions */; ++ scheduleProgramUpdate(); ++ } + function updateProgramWithWatchStatus() { + timerToUpdateProgram = void 0; + reportFileChangeDetectedOnCreateProgram = true; + updateProgram(); + } + function updateProgram() { +- var _a, _b, _c, _d; ++ var _a, _b, _c, _d, _e; + switch (updateLevel) { + case 1 /* RootNamesAndUpdate */: + (_a = perfLogger) == null ? void 0 : _a.logStartUpdateProgram("PartialConfigReload"); +@@ -124641,12 +124801,19 @@ function createWatchProgram(host) { + (_b = perfLogger) == null ? void 0 : _b.logStartUpdateProgram("FullConfigReload"); + reloadConfigFile(); + break; ++ case 3 /* Resolutions */: ++ (_c = perfLogger) == null ? void 0 : _c.logStartUpdateProgram("SynchronizeProgramWithResolutions"); ++ synchronizeProgram( ++ /*forceAllFilesAsInvalidated*/ ++ true ++ ); ++ break; + default: +- (_c = perfLogger) == null ? void 0 : _c.logStartUpdateProgram("SynchronizeProgram"); ++ (_d = perfLogger) == null ? void 0 : _d.logStartUpdateProgram("SynchronizeProgram"); + synchronizeProgram(); + break; + } +- (_d = perfLogger) == null ? void 0 : _d.logStopUpdateProgram("Done"); ++ (_e = perfLogger) == null ? void 0 : _e.logStopUpdateProgram("Done"); + return getCurrentBuilderProgram(); + } + function reloadFileNamesFromConfigFile() { +diff --git a/lib/tsserver.js b/lib/tsserver.js +index 707a6387a..491cb8fa7 100644 +semver exclusivity >=5.4.1-rc +--- a/lib/tsserver.js ++++ b/lib/tsserver.js +@@ -8611,6 +8611,9 @@ var sys = (() => { + return Buffer2.from && Buffer2.from !== Int8Array.from ? Buffer2.from(input, encoding) : new Buffer2(input, encoding); + } + function isFileSystemCaseSensitive() { ++ if (typeof process.versions.pnp !== `undefined`) { ++ return true; ++ } + if (platform === "win32" || platform === "win64") { + return false; + } +@@ -41668,6 +41671,67 @@ function getDefaultValueForOption(option) { + } + } + ++// src/compiler/pnp.ts ++function getPnpApi(path) { ++ if (typeof process.versions.pnp === "undefined") { ++ return; ++ } ++ const { findPnpApi } = require("module"); ++ if (findPnpApi) { ++ return findPnpApi(`${path}/`); ++ } ++} ++function getPnpApiPath(path) { ++ var _a; ++ return (_a = getPnpApi(path)) == null ? void 0 : _a.resolveRequest( ++ "pnpapi", ++ /*issuer*/ ++ null ++ ); ++} ++function getPnpTypeRoots(currentDirectory) { ++ const pnpApi = getPnpApi(currentDirectory); ++ if (!pnpApi) { ++ return []; ++ } ++ currentDirectory = resolvePath(currentDirectory); ++ const currentPackage = pnpApi.findPackageLocator(`${currentDirectory}/`); ++ if (!currentPackage) { ++ return []; ++ } ++ const { packageDependencies } = pnpApi.getPackageInformation(currentPackage); ++ const typeRoots = []; ++ for (const [name, referencish] of Array.from(packageDependencies.entries())) { ++ if (name.startsWith(`@types/`) && referencish !== null) { ++ const dependencyLocator = pnpApi.getLocator(name, referencish); ++ const { packageLocation } = pnpApi.getPackageInformation(dependencyLocator); ++ typeRoots.push(getDirectoryPath(packageLocation)); ++ } ++ } ++ return typeRoots; ++} ++function isImportablePathPnp(fromPath, toPath3) { ++ const pnpApi = getPnpApi(fromPath); ++ const fromLocator = pnpApi.findPackageLocator(fromPath); ++ const toLocator = pnpApi.findPackageLocator(toPath3); ++ if (toLocator === null) { ++ return false; ++ } ++ const fromInfo = pnpApi.getPackageInformation(fromLocator); ++ const toReference = fromInfo.packageDependencies.get(toLocator.name); ++ if (toReference) { ++ return toReference === toLocator.reference; ++ } ++ for (const reference of fromInfo.packageDependencies.values()) { ++ if (Array.isArray(reference)) { ++ if (reference[0] === toLocator.name && reference[1] === toLocator.reference) { ++ return true; ++ } ++ } ++ } ++ return false; ++} ++ + // src/compiler/moduleNameResolver.ts + function trace(host, message, ...args) { + host.trace(formatMessage(message, ...args)); +@@ -41907,7 +41971,7 @@ function getEffectiveTypeRoots(options, host) { + return getDefaultTypeRoots(currentDirectory); + } + } +-function getDefaultTypeRoots(currentDirectory) { ++function getNodeModulesTypeRoots(currentDirectory) { + let typeRoots; + forEachAncestorDirectory(normalizePath(currentDirectory), (directory) => { + const atTypes = combinePaths(directory, nodeModulesAtTypes); +@@ -41920,6 +41984,15 @@ function arePathsEqual(path1, path2, host) { + const useCaseSensitiveFileNames2 = typeof host.useCaseSensitiveFileNames === "function" ? host.useCaseSensitiveFileNames() : host.useCaseSensitiveFileNames; + return comparePaths(path1, path2, !useCaseSensitiveFileNames2) === 0 /* EqualTo */; + } ++function getDefaultTypeRoots(currentDirectory) { ++ const nmTypes = getNodeModulesTypeRoots(currentDirectory); ++ const pnpTypes = getPnpTypeRoots(currentDirectory); ++ if (nmTypes == null ? void 0 : nmTypes.length) { ++ return [...nmTypes, ...pnpTypes]; ++ } else if (pnpTypes.length) { ++ return pnpTypes; ++ } ++} + function getOriginalAndResolvedFileName(fileName, host, traceEnabled) { + const resolvedFileName = realPath(fileName, host, traceEnabled); + const pathsAreEqual = arePathsEqual(fileName, resolvedFileName, host); +@@ -42172,6 +42245,21 @@ function getConditions(options, resolutionMode) { + } + function resolvePackageNameToPackageJson(packageName, containingDirectory, options, host, cache) { + const moduleResolutionState = getTemporaryModuleResolutionState(cache == null ? void 0 : cache.getPackageJsonInfoCache(), host, options); ++ const pnpapi = getPnpApi(containingDirectory); ++ if (pnpapi) { ++ try { ++ const resolution = pnpapi.resolveToUnqualified(packageName, `${containingDirectory}/`, { considerBuiltins: false }); ++ const candidate = normalizeSlashes(resolution).replace(/\/$/, ""); ++ return getPackageJsonInfo( ++ candidate, ++ /*onlyRecordFailures*/ ++ false, ++ moduleResolutionState ++ ); ++ } catch { ++ return; ++ } ++ } + return forEachAncestorDirectory(containingDirectory, (ancestorDirectory) => { + if (getBaseFileName(ancestorDirectory) !== "node_modules") { + const nodeModulesFolder = combinePaths(ancestorDirectory, "node_modules"); +@@ -43960,7 +44048,15 @@ function loadModuleFromNearestNodeModulesDirectoryWorker(extensions, moduleName, + return lookup(secondaryExtensions); + } + function lookup(extensions2) { +- return forEachAncestorDirectory(normalizeSlashes(directory), (ancestorDirectory) => { ++ const issuer = normalizeSlashes(directory); ++ if (getPnpApi(issuer)) { ++ const resolutionFromCache = tryFindNonRelativeModuleNameInCache(cache, moduleName, mode, issuer, redirectedReference, state); ++ if (resolutionFromCache) { ++ return resolutionFromCache; ++ } ++ return toSearchResult(loadModuleFromImmediateNodeModulesDirectoryPnP(extensions2, moduleName, issuer, state, typesScopeOnly, cache, redirectedReference)); ++ } ++ return forEachAncestorDirectory(issuer, (ancestorDirectory) => { + if (getBaseFileName(ancestorDirectory) !== "node_modules") { + const resolutionFromCache = tryFindNonRelativeModuleNameInCache(cache, moduleName, mode, ancestorDirectory, redirectedReference, state); + if (resolutionFromCache) { +@@ -43995,11 +44091,40 @@ function loadModuleFromImmediateNodeModulesDirectory(extensions, moduleName, dir + return loadModuleFromSpecificNodeModulesDirectory(4 /* Declaration */, mangleScopedPackageNameWithTrace(moduleName, state), nodeModulesAtTypes2, nodeModulesAtTypesExists, state, cache, redirectedReference); + } + } ++function loadModuleFromImmediateNodeModulesDirectoryPnP(extensions, moduleName, directory, state, typesScopeOnly, cache, redirectedReference) { ++ const issuer = normalizeSlashes(directory); ++ if (!typesScopeOnly) { ++ const packageResult = tryLoadModuleUsingPnpResolution(extensions, moduleName, issuer, state, cache, redirectedReference); ++ if (packageResult) { ++ return packageResult; ++ } ++ } ++ if (extensions & 4 /* Declaration */) { ++ return tryLoadModuleUsingPnpResolution(4 /* Declaration */, `@types/${mangleScopedPackageNameWithTrace(moduleName, state)}`, issuer, state, cache, redirectedReference); ++ } ++} + function loadModuleFromSpecificNodeModulesDirectory(extensions, moduleName, nodeModulesDirectory, nodeModulesDirectoryExists, state, cache, redirectedReference) { +- var _a, _b; + const candidate = normalizePath(combinePaths(nodeModulesDirectory, moduleName)); + const { packageName, rest } = parsePackageName(moduleName); + const packageDirectory = combinePaths(nodeModulesDirectory, packageName); ++ return loadModuleFromSpecificNodeModulesDirectoryImpl(extensions, nodeModulesDirectoryExists, state, cache, redirectedReference, candidate, rest, packageDirectory); ++} ++function loadModuleFromPnpResolution(extensions, packageDirectory, rest, state, cache, redirectedReference) { ++ const candidate = normalizePath(combinePaths(packageDirectory, rest)); ++ return loadModuleFromSpecificNodeModulesDirectoryImpl( ++ extensions, ++ /*nodeModulesDirectoryExists*/ ++ true, ++ state, ++ cache, ++ redirectedReference, ++ candidate, ++ rest, ++ packageDirectory ++ ); ++} ++function loadModuleFromSpecificNodeModulesDirectoryImpl(extensions, nodeModulesDirectoryExists, state, cache, redirectedReference, candidate, rest, packageDirectory) { ++ var _a, _b; + let rootPackageInfo; + let packageInfo = getPackageJsonInfo(candidate, !nodeModulesDirectoryExists, state); + if (rest !== "" && packageInfo && (!(state.features & 8 /* Exports */) || !hasProperty(((_a = rootPackageInfo = getPackageJsonInfo(packageDirectory, !nodeModulesDirectoryExists, state)) == null ? void 0 : _a.contents.packageJsonContent) ?? emptyArray, "exports"))) { +@@ -44304,6 +44429,18 @@ function traceIfEnabled(state, diagnostic, ...args) { + function useCaseSensitiveFileNames(state) { + return !state.host.useCaseSensitiveFileNames ? true : typeof state.host.useCaseSensitiveFileNames === "boolean" ? state.host.useCaseSensitiveFileNames : state.host.useCaseSensitiveFileNames(); + } ++function loadPnpPackageResolution(packageName, containingDirectory) { ++ try { ++ const resolution = getPnpApi(containingDirectory).resolveToUnqualified(packageName, `${containingDirectory}/`, { considerBuiltins: false }); ++ return normalizeSlashes(resolution).replace(/\/$/, ""); ++ } catch { ++ } ++} ++function tryLoadModuleUsingPnpResolution(extensions, moduleName, containingDirectory, state, cache, redirectedReference) { ++ const { packageName, rest } = parsePackageName(moduleName); ++ const packageResolution = loadPnpPackageResolution(packageName, containingDirectory); ++ return packageResolution ? loadModuleFromPnpResolution(extensions, packageResolution, rest, state, cache, redirectedReference) : void 0; ++} + + // src/compiler/binder.ts + var ModuleInstanceState = /* @__PURE__ */ ((ModuleInstanceState2) => { +@@ -47698,7 +47835,15 @@ function getAllModulePathsWorker(info, importedFileName, host) { + /*preferSymlinks*/ + true, + (path, isRedirect) => { +- const isInNodeModules = pathContainsNodeModules(path); ++ let isInNodeModules = pathContainsNodeModules(path); ++ const pnpapi = getPnpApi(path); ++ if (!isInNodeModules && pnpapi) { ++ const fromLocator = pnpapi.findPackageLocator(info.importingSourceFileName); ++ const toLocator = pnpapi.findPackageLocator(path); ++ if (fromLocator && toLocator && fromLocator !== toLocator) { ++ isInNodeModules = true; ++ } ++ } + allFileNames.set(path, { path: info.getCanonicalFileName(path), isRedirect, isInNodeModules }); + importedFileFromNodeModules = importedFileFromNodeModules || isInNodeModules; + } +@@ -47997,7 +48142,41 @@ function tryGetModuleNameAsNodeModule({ path, isRedirect }, { getCanonicalFileNa + if (!host.fileExists || !host.readFile) { + return void 0; + } +- const parts = getNodeModulePathParts(path); ++ let parts = getNodeModulePathParts(path); ++ let pnpPackageName; ++ const pnpApi = getPnpApi(path); ++ if (pnpApi) { ++ const fromLocator = pnpApi.findPackageLocator(importingSourceFile.fileName); ++ const toLocator = pnpApi.findPackageLocator(path); ++ if (fromLocator === toLocator) { ++ return void 0; ++ } ++ if (fromLocator && toLocator) { ++ const fromInfo = pnpApi.getPackageInformation(fromLocator); ++ if (toLocator.reference === fromInfo.packageDependencies.get(toLocator.name)) { ++ pnpPackageName = toLocator.name; ++ } else { ++ for (const [name, reference] of fromInfo.packageDependencies) { ++ if (Array.isArray(reference)) { ++ if (reference[0] === toLocator.name && reference[1] === toLocator.reference) { ++ pnpPackageName = name; ++ break; ++ } ++ } ++ } ++ } ++ if (!parts) { ++ const toInfo = pnpApi.getPackageInformation(toLocator); ++ parts = { ++ topLevelNodeModulesIndex: void 0, ++ topLevelPackageNameIndex: void 0, ++ // The last character from packageLocation is the trailing "/", we want to point to it ++ packageRootIndex: toInfo.packageLocation.length - 1, ++ fileNameIndex: path.lastIndexOf(`/`) ++ }; ++ } ++ } ++ } + if (!parts) { + return void 0; + } +@@ -48035,14 +48214,16 @@ function tryGetModuleNameAsNodeModule({ path, isRedirect }, { getCanonicalFileNa + if (isRedirect && !isPackageRootPath) { + return void 0; + } +- const globalTypingsCacheLocation = host.getGlobalTypingsCacheLocation && host.getGlobalTypingsCacheLocation(); +- const pathToTopLevelNodeModules = getCanonicalFileName(moduleSpecifier.substring(0, parts.topLevelNodeModulesIndex)); +- if (!(startsWith(canonicalSourceDirectory, pathToTopLevelNodeModules) || globalTypingsCacheLocation && startsWith(getCanonicalFileName(globalTypingsCacheLocation), pathToTopLevelNodeModules))) { +- return void 0; ++ if (typeof process.versions.pnp === "undefined") { ++ const globalTypingsCacheLocation = host.getGlobalTypingsCacheLocation && host.getGlobalTypingsCacheLocation(); ++ const pathToTopLevelNodeModules = getCanonicalFileName(moduleSpecifier.substring(0, parts.topLevelNodeModulesIndex)); ++ if (!(startsWith(canonicalSourceDirectory, pathToTopLevelNodeModules) || globalTypingsCacheLocation && startsWith(getCanonicalFileName(globalTypingsCacheLocation), pathToTopLevelNodeModules))) { ++ return void 0; ++ } + } +- const nodeModulesDirectoryName = moduleSpecifier.substring(parts.topLevelPackageNameIndex + 1); +- const packageName = getPackageNameFromTypesPackageName(nodeModulesDirectoryName); +- return getEmitModuleResolutionKind(options) === 1 /* Classic */ && packageName === nodeModulesDirectoryName ? void 0 : packageName; ++ const nodeModulesDirectoryName = typeof pnpPackageName !== "undefined" ? pnpPackageName + moduleSpecifier.substring(parts.packageRootIndex) : moduleSpecifier.substring(parts.topLevelPackageNameIndex + 1); ++ const packageNameFromPath = getPackageNameFromTypesPackageName(nodeModulesDirectoryName); ++ return getEmitModuleResolutionKind(options) === 1 /* Classic */ && packageNameFromPath === nodeModulesDirectoryName ? void 0 : packageNameFromPath; + function tryDirectoryWithPackageJson(packageRootIndex) { + var _a, _b; + const packageRootPath = path.substring(0, packageRootIndex); +@@ -48055,9 +48236,9 @@ function tryGetModuleNameAsNodeModule({ path, isRedirect }, { getCanonicalFileNa + const importMode = overrideMode || importingSourceFile.impliedNodeFormat; + if (getResolvePackageJsonExports(options)) { + const nodeModulesDirectoryName2 = packageRootPath.substring(parts.topLevelPackageNameIndex + 1); +- const packageName2 = getPackageNameFromTypesPackageName(nodeModulesDirectoryName2); ++ const packageName = getPackageNameFromTypesPackageName(pnpPackageName ? pnpPackageName : nodeModulesDirectoryName2); + const conditions = getConditions(options, importMode); +- const fromExports = (packageJsonContent == null ? void 0 : packageJsonContent.exports) ? tryGetModuleNameFromExports(options, host, path, packageRootPath, packageName2, packageJsonContent.exports, conditions) : void 0; ++ const fromExports = (packageJsonContent == null ? void 0 : packageJsonContent.exports) ? tryGetModuleNameFromExports(options, host, path, packageRootPath, packageName, packageJsonContent.exports, conditions) : void 0; + if (fromExports) { + return { ...fromExports, verbatimFromExports: true }; + } +@@ -121374,6 +121555,7 @@ var ProgramUpdateLevel = /* @__PURE__ */ ((ProgramUpdateLevel2) => { + ProgramUpdateLevel2[ProgramUpdateLevel2["Update"] = 0] = "Update"; + ProgramUpdateLevel2[ProgramUpdateLevel2["RootNamesAndUpdate"] = 1] = "RootNamesAndUpdate"; + ProgramUpdateLevel2[ProgramUpdateLevel2["Full"] = 2] = "Full"; ++ ProgramUpdateLevel2[ProgramUpdateLevel2["Resolutions"] = 3] = "Resolutions"; + return ProgramUpdateLevel2; + })(ProgramUpdateLevel || {}); + function updateSharedExtendedConfigFileWatcher(projectPath, options, extendedConfigFilesMap, createExtendedConfigFileWatch, toPath3) { +@@ -129332,6 +129514,11 @@ function createWatchProgram(host) { + if (configFileName) { + configFileWatcher = watchFile2(configFileName, scheduleProgramReload, 2e3 /* High */, watchOptions, WatchType.ConfigFile); + } ++ let pnpFileWatcher; ++ const pnpApiPath = getPnpApiPath(__filename); ++ if (pnpApiPath) { ++ pnpFileWatcher = watchFile2(pnpApiPath, scheduleResolutionReload, 2e3 /* High */, watchOptions, WatchType.ConfigFile); ++ } + const compilerHost = createCompilerHostFromProgramHost(host, () => compilerOptions, directoryStructureHost); + setGetSourceFileAsHashVersioned(compilerHost); + const getNewSourceFile = compilerHost.getSourceFile; +@@ -129395,6 +129582,10 @@ function createWatchProgram(host) { + configFileWatcher.close(); + configFileWatcher = void 0; + } ++ if (pnpFileWatcher) { ++ pnpFileWatcher.close(); ++ pnpFileWatcher = void 0; ++ } + extendedConfigCache == null ? void 0 : extendedConfigCache.clear(); + extendedConfigCache = void 0; + if (sharedExtendedConfigFileWatchers) { +@@ -129430,7 +129621,7 @@ function createWatchProgram(host) { + function getCurrentProgram() { + return builderProgram && builderProgram.getProgramOrUndefined(); + } +- function synchronizeProgram() { ++ function synchronizeProgram(forceAllFilesAsInvalidated = false) { + writeLog(`Synchronizing program`); + Debug.assert(compilerOptions); + Debug.assert(rootFileNames); +@@ -129442,7 +129633,7 @@ function createWatchProgram(host) { + resolutionCache.onChangesAffectModuleResolution(); + } + } +- const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(customHasInvalidatedResolutions, customHasInvalidLibResolutions); ++ const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(forceAllFilesAsInvalidated ? returnTrue : customHasInvalidatedResolutions, customHasInvalidLibResolutions); + const { + originalReadFile, + originalFileExists, +@@ -129654,13 +129845,19 @@ function createWatchProgram(host) { + updateLevel = 2 /* Full */; + scheduleProgramUpdate(); + } ++ function scheduleResolutionReload() { ++ writeLog("Clearing resolutions"); ++ resolutionCache.clear(); ++ updateLevel = 3 /* Resolutions */; ++ scheduleProgramUpdate(); ++ } + function updateProgramWithWatchStatus() { + timerToUpdateProgram = void 0; + reportFileChangeDetectedOnCreateProgram = true; + updateProgram(); + } + function updateProgram() { +- var _a, _b, _c, _d; ++ var _a, _b, _c, _d, _e; + switch (updateLevel) { + case 1 /* RootNamesAndUpdate */: + (_a = perfLogger) == null ? void 0 : _a.logStartUpdateProgram("PartialConfigReload"); +@@ -129670,12 +129867,19 @@ function createWatchProgram(host) { + (_b = perfLogger) == null ? void 0 : _b.logStartUpdateProgram("FullConfigReload"); + reloadConfigFile(); + break; ++ case 3 /* Resolutions */: ++ (_c = perfLogger) == null ? void 0 : _c.logStartUpdateProgram("SynchronizeProgramWithResolutions"); ++ synchronizeProgram( ++ /*forceAllFilesAsInvalidated*/ ++ true ++ ); ++ break; + default: +- (_c = perfLogger) == null ? void 0 : _c.logStartUpdateProgram("SynchronizeProgram"); ++ (_d = perfLogger) == null ? void 0 : _d.logStartUpdateProgram("SynchronizeProgram"); + synchronizeProgram(); + break; + } +- (_d = perfLogger) == null ? void 0 : _d.logStopUpdateProgram("Done"); ++ (_e = perfLogger) == null ? void 0 : _e.logStopUpdateProgram("Done"); + return getCurrentBuilderProgram(); + } + function reloadFileNamesFromConfigFile() { +@@ -135185,7 +135389,14 @@ function createPackageJsonImportFilter(fromFile, preferences, host) { + return false; + } + function getNodeModulesPackageNameFromFileName(importedFileName, moduleSpecifierResolutionHost) { +- if (!importedFileName.includes("node_modules")) { ++ const pnpapi = getPnpApi(importedFileName); ++ if (pnpapi) { ++ const fromLocator = pnpapi.findPackageLocator(fromFile.fileName); ++ const toLocator = pnpapi.findPackageLocator(importedFileName); ++ if (!(fromLocator && toLocator)) { ++ return void 0; ++ } ++ } else if (!importedFileName.includes("node_modules")) { + return void 0; + } + const specifier = ts_moduleSpecifiers_exports.getNodeModulesPackageName( +@@ -135709,6 +135920,9 @@ function isImportableFile(program, from, to, preferences, packageJsonFilter, mod + return hasImportablePath; + } + function isImportablePath(fromPath, toPath3, getCanonicalFileName, globalCachePath) { ++ if (getPnpApi(fromPath)) { ++ return isImportablePathPnp(fromPath, toPath3); ++ } + const toNodeModules = forEachAncestorDirectory(toPath3, (ancestor) => getBaseFileName(ancestor) === "node_modules" ? ancestor : void 0); + const toNodeModulesParent = toNodeModules && getDirectoryPath(getCanonicalFileName(toNodeModules)); + return toNodeModulesParent === void 0 || startsWith(getCanonicalFileName(fromPath), toNodeModulesParent) || !!globalCachePath && startsWith(getCanonicalFileName(globalCachePath), toNodeModulesParent); +@@ -163300,7 +163514,33 @@ function getCompletionEntriesForNonRelativeModules(fragment, scriptPath, mode, c + ); + } + }; +- if (fragmentDirectory && getResolvePackageJsonExports(compilerOptions)) { ++ const checkExports = (packageFile, packageDirectory, fragmentSubpath) => { ++ const packageJson = readJson(packageFile, host); ++ const exports2 = packageJson.exports; ++ if (exports2) { ++ if (typeof exports2 !== "object" || exports2 === null) { ++ return true; ++ } ++ const keys = getOwnKeys(exports2); ++ const conditions = getConditions(compilerOptions, mode); ++ addCompletionEntriesFromPathsOrExports( ++ result, ++ /*isExports*/ ++ true, ++ fragmentSubpath, ++ packageDirectory, ++ extensionOptions, ++ host, ++ keys, ++ (key) => singleElementArray(getPatternFromFirstMatchingCondition(exports2[key], conditions)), ++ comparePatternKeys ++ ); ++ return true; ++ } ++ return false; ++ }; ++ const shouldCheckExports = fragmentDirectory && getResolvePackageJsonExports(compilerOptions); ++ if (shouldCheckExports) { + const nodeModulesDirectoryLookup = ancestorLookup; + ancestorLookup = (ancestor) => { + const components = getPathComponents(fragment); +@@ -163319,34 +163559,52 @@ function getCompletionEntriesForNonRelativeModules(fragment, scriptPath, mode, c + const packageDirectory = combinePaths(ancestor, "node_modules", packagePath); + const packageFile = combinePaths(packageDirectory, "package.json"); + if (tryFileExists(host, packageFile)) { +- const packageJson = readJson(packageFile, host); +- const exports2 = packageJson.exports; +- if (exports2) { +- if (typeof exports2 !== "object" || exports2 === null) { +- return; ++ const fragmentSubpath = components.join("/") + (components.length && hasTrailingDirectorySeparator(fragment) ? "/" : ""); ++ if (checkExports(packageFile, packageDirectory, fragmentSubpath)) { ++ return; ++ } ++ } ++ return nodeModulesDirectoryLookup(ancestor); ++ }; ++ } ++ const pnpApi = getPnpApi(scriptPath); ++ if (pnpApi) { ++ const pathRegExp = /^(?![a-zA-Z]:[\\/]|\\\\|\.{0,2}(?:\/|$))((?:@[^/]+\/)?[^/]+)\/*(.*|)$/; ++ const dependencyNameMatch = fragment.match(pathRegExp); ++ if (dependencyNameMatch) { ++ const [, dependencyName, subPath] = dependencyNameMatch; ++ let unqualified; ++ try { ++ unqualified = pnpApi.resolveToUnqualified(dependencyName, scriptPath, { considerBuiltins: false }); ++ } catch { ++ } ++ if (unqualified) { ++ const packageDirectory = normalizePath(unqualified); ++ let shouldGetCompletions = true; ++ if (shouldCheckExports) { ++ const packageFile = combinePaths(packageDirectory, "package.json"); ++ if (tryFileExists(host, packageFile) && checkExports(packageFile, packageDirectory, subPath)) { ++ shouldGetCompletions = false; + } +- const keys = getOwnKeys(exports2); +- const fragmentSubpath = components.join("/") + (components.length && hasTrailingDirectorySeparator(fragment) ? "/" : ""); +- const conditions = getConditions(compilerOptions, mode); +- addCompletionEntriesFromPathsOrExports( +- result, +- /*isExports*/ +- true, +- fragmentSubpath, ++ } ++ if (shouldGetCompletions) { ++ getCompletionEntriesForDirectoryFragment( ++ subPath, + packageDirectory, + extensionOptions, + host, +- keys, +- (key) => singleElementArray(getPatternFromFirstMatchingCondition(exports2[key], conditions)), +- comparePatternKeys ++ /*moduleSpecifierIsRelative*/ ++ false, ++ /*exclude*/ ++ void 0, ++ result + ); +- return; + } + } +- return nodeModulesDirectoryLookup(ancestor); +- }; ++ } ++ } else { ++ forEachAncestorDirectory(scriptPath, ancestorLookup); + } +- forEachAncestorDirectory(scriptPath, ancestorLookup); + } + } + return arrayFrom(result.values()); +@@ -163477,9 +163735,15 @@ function getCompletionEntriesFromTypings(host, options, scriptPath, fragmentDire + for (const root of typeRoots) { + getCompletionEntriesFromDirectories(root); + } +- for (const packageJson of findPackageJsons(scriptPath, host)) { +- const typesDir = combinePaths(getDirectoryPath(packageJson), "node_modules/@types"); +- getCompletionEntriesFromDirectories(typesDir); ++ if (getPnpApi(scriptPath)) { ++ for (const root of getPnpTypeRoots(scriptPath)) { ++ getCompletionEntriesFromDirectories(root); ++ } ++ } else { ++ for (const packageJson of findPackageJsons(scriptPath, host)) { ++ const typesDir = combinePaths(getDirectoryPath(packageJson), "node_modules/@types"); ++ getCompletionEntriesFromDirectories(typesDir); ++ } + } + return result; + function getCompletionEntriesFromDirectories(directory) { +@@ -180609,6 +180873,29 @@ var ConfiguredProject2 = class extends Project3 { + return this.projectReferences; + } + updateReferences(refs) { ++ if (typeof process.versions.pnp !== `undefined`) { ++ const basePath = this.getCurrentDirectory(); ++ const getPnpPath = (path) => { ++ try { ++ const pnpApi = getPnpApi(`${path}/`); ++ if (!pnpApi) { ++ return path; ++ } ++ const targetLocator = pnpApi.findPackageLocator(`${path}/`); ++ const { packageLocation } = pnpApi.getPackageInformation(targetLocator); ++ const request = combinePaths(targetLocator.name, getRelativePathFromDirectory( ++ packageLocation, ++ path, ++ /*ignoreCase*/ ++ false ++ )); ++ return pnpApi.resolveToUnqualified(request, `${basePath}/`); ++ } catch { ++ return path; ++ } ++ }; ++ refs = refs == null ? void 0 : refs.map((r) => ({ ...r, path: getPnpPath(r.path) })); ++ } + this.projectReferences = refs; + this.potentialProjectReferences = void 0; + } +@@ -181281,6 +181568,7 @@ var _ProjectService = class _ProjectService { + log, + getDetailWatchInfo + ); ++ this.pnpWatcher = this.watchPnpFile(); + (_a = opts.incrementalVerifier) == null ? void 0 : _a.call(opts, this); + } + toPath(fileName) { +@@ -183115,7 +183403,7 @@ Dynamic files must always be opened with service's current directory or service + this.performanceEventHandler = performanceEventHandler; + } + setHostConfiguration(args) { +- var _a; ++ var _a, _b; + if (args.file) { + const info = this.getScriptInfoForNormalizedPath(toNormalizedPath(args.file)); + if (info) { +@@ -183160,6 +183448,8 @@ Dynamic files must always be opened with service's current directory or service + if (args.watchOptions) { + this.hostConfiguration.watchOptions = (_a = convertWatchOptions(args.watchOptions)) == null ? void 0 : _a.watchOptions; + this.logger.info(`Host watch options changed to ${JSON.stringify(this.hostConfiguration.watchOptions)}, it will be take effect for next watches.`); ++ (_b = this.pnpWatcher) == null ? void 0 : _b.close(); ++ this.watchPnpFile(); + } + } + } +@@ -184100,6 +184390,29 @@ Dynamic files must always be opened with service's current directory or service + }); + } + /** @internal */ ++ watchPnpFile() { ++ const pnpApiPath = getPnpApiPath(__filename); ++ if (!pnpApiPath) { ++ return; ++ } ++ return this.watchFactory.watchFile( ++ pnpApiPath, ++ () => { ++ this.forEachProject((project) => { ++ for (const info of project.getScriptInfos()) { ++ project.resolutionCache.invalidateResolutionOfFile(info.path); ++ } ++ project.markAsDirty(); ++ updateProjectIfDirty(project); ++ }); ++ this.delayEnsureProjectForOpenFiles(); ++ }, ++ 250 /* Low */, ++ this.hostConfiguration.watchOptions, ++ WatchType.ConfigFile ++ ); ++ } ++ /** @internal */ + watchPackageJsonFile(file, path, project) { + Debug.assert(project !== void 0); + let result = (this.packageJsonFilesMap ?? (this.packageJsonFilesMap = /* @__PURE__ */ new Map())).get(path); +@@ -188887,6 +189200,10 @@ function initializeNodeSystem() { + } + try { + const args = [combinePaths(libDirectory, "watchGuard.js"), path]; ++ const pnpApiPath = getPnpApiPath(__filename); ++ if (pnpApiPath) { ++ args.unshift("-r", pnpApiPath); ++ } + if (logger.hasLevel(3 /* verbose */)) { + logger.info(`Starting ${process.execPath} with args:${stringifyIndented(args)}`); + } +@@ -189069,6 +189386,10 @@ function startNodeSession(options, logger, cancellationToken) { + break; + } + } ++ const pnpApiPath = getPnpApiPath(__filename); ++ if (pnpApiPath) { ++ execArgv.unshift("-r", pnpApiPath); ++ } + const typingsInstaller = combinePaths(getDirectoryPath(sys.getExecutingFilePath()), "typingsInstaller.js"); + this.installer = childProcess.fork(typingsInstaller, args, { execArgv }); + this.installer.on("message", (m) => this.handleMessage(m)); +diff --git a/lib/typescript.d.ts b/lib/typescript.d.ts +index a13173346..b0e8856e1 100644 +semver exclusivity >=5.4.1-rc +--- a/lib/typescript.d.ts ++++ b/lib/typescript.d.ts +@@ -9903,6 +9903,8 @@ declare namespace ts { + * - Updating the program + */ + Full = 2, ++ /** Reload the resolutions */ ++ Resolutions = 3, + } + function findConfigFile(searchPath: string, fileExists: (fileName: string) => boolean, configName?: string): string | undefined; + function resolveTripleslashReference(moduleName: string, containingFile: string): string; +diff --git a/lib/typescript.js b/lib/typescript.js +index a75d7ba4b..fd5189269 100644 +semver exclusivity >=5.4.1-rc +--- a/lib/typescript.js ++++ b/lib/typescript.js +@@ -6370,6 +6370,9 @@ ${lanes.join("\n")} + return Buffer2.from && Buffer2.from !== Int8Array.from ? Buffer2.from(input, encoding) : new Buffer2(input, encoding); + } + function isFileSystemCaseSensitive() { ++ if (typeof process.versions.pnp !== `undefined`) { ++ return true; ++ } + if (platform === "win32" || platform === "win64") { + return false; + } +@@ -39516,6 +39519,73 @@ ${lanes.join("\n")} + } + }); + ++ // src/compiler/pnp.ts ++ function getPnpApi(path) { ++ if (typeof process.versions.pnp === "undefined") { ++ return; ++ } ++ const { findPnpApi } = require("module"); ++ if (findPnpApi) { ++ return findPnpApi(`${path}/`); ++ } ++ } ++ function getPnpApiPath(path) { ++ var _a; ++ return (_a = getPnpApi(path)) == null ? void 0 : _a.resolveRequest( ++ "pnpapi", ++ /*issuer*/ ++ null ++ ); ++ } ++ function getPnpTypeRoots(currentDirectory) { ++ const pnpApi = getPnpApi(currentDirectory); ++ if (!pnpApi) { ++ return []; ++ } ++ currentDirectory = resolvePath(currentDirectory); ++ const currentPackage = pnpApi.findPackageLocator(`${currentDirectory}/`); ++ if (!currentPackage) { ++ return []; ++ } ++ const { packageDependencies } = pnpApi.getPackageInformation(currentPackage); ++ const typeRoots = []; ++ for (const [name, referencish] of Array.from(packageDependencies.entries())) { ++ if (name.startsWith(`@types/`) && referencish !== null) { ++ const dependencyLocator = pnpApi.getLocator(name, referencish); ++ const { packageLocation } = pnpApi.getPackageInformation(dependencyLocator); ++ typeRoots.push(getDirectoryPath(packageLocation)); ++ } ++ } ++ return typeRoots; ++ } ++ function isImportablePathPnp(fromPath, toPath3) { ++ const pnpApi = getPnpApi(fromPath); ++ const fromLocator = pnpApi.findPackageLocator(fromPath); ++ const toLocator = pnpApi.findPackageLocator(toPath3); ++ if (toLocator === null) { ++ return false; ++ } ++ const fromInfo = pnpApi.getPackageInformation(fromLocator); ++ const toReference = fromInfo.packageDependencies.get(toLocator.name); ++ if (toReference) { ++ return toReference === toLocator.reference; ++ } ++ for (const reference of fromInfo.packageDependencies.values()) { ++ if (Array.isArray(reference)) { ++ if (reference[0] === toLocator.name && reference[1] === toLocator.reference) { ++ return true; ++ } ++ } ++ } ++ return false; ++ } ++ var init_pnp = __esm({ ++ "src/compiler/pnp.ts"() { ++ "use strict"; ++ init_path(); ++ } ++ }); ++ + // src/compiler/moduleNameResolver.ts + function trace(host, message, ...args) { + host.trace(formatMessage(message, ...args)); +@@ -39754,7 +39824,7 @@ ${lanes.join("\n")} + return getDefaultTypeRoots(currentDirectory); + } + } +- function getDefaultTypeRoots(currentDirectory) { ++ function getNodeModulesTypeRoots(currentDirectory) { + let typeRoots; + forEachAncestorDirectory(normalizePath(currentDirectory), (directory) => { + const atTypes = combinePaths(directory, nodeModulesAtTypes); +@@ -39766,6 +39836,15 @@ ${lanes.join("\n")} + const useCaseSensitiveFileNames2 = typeof host.useCaseSensitiveFileNames === "function" ? host.useCaseSensitiveFileNames() : host.useCaseSensitiveFileNames; + return comparePaths(path1, path2, !useCaseSensitiveFileNames2) === 0 /* EqualTo */; + } ++ function getDefaultTypeRoots(currentDirectory) { ++ const nmTypes = getNodeModulesTypeRoots(currentDirectory); ++ const pnpTypes = getPnpTypeRoots(currentDirectory); ++ if (nmTypes == null ? void 0 : nmTypes.length) { ++ return [...nmTypes, ...pnpTypes]; ++ } else if (pnpTypes.length) { ++ return pnpTypes; ++ } ++ } + function getOriginalAndResolvedFileName(fileName, host, traceEnabled) { + const resolvedFileName = realPath(fileName, host, traceEnabled); + const pathsAreEqual = arePathsEqual(fileName, resolvedFileName, host); +@@ -40018,6 +40097,21 @@ ${lanes.join("\n")} + } + function resolvePackageNameToPackageJson(packageName, containingDirectory, options, host, cache) { + const moduleResolutionState = getTemporaryModuleResolutionState(cache == null ? void 0 : cache.getPackageJsonInfoCache(), host, options); ++ const pnpapi = getPnpApi(containingDirectory); ++ if (pnpapi) { ++ try { ++ const resolution = pnpapi.resolveToUnqualified(packageName, `${containingDirectory}/`, { considerBuiltins: false }); ++ const candidate = normalizeSlashes(resolution).replace(/\/$/, ""); ++ return getPackageJsonInfo( ++ candidate, ++ /*onlyRecordFailures*/ ++ false, ++ moduleResolutionState ++ ); ++ } catch { ++ return; ++ } ++ } + return forEachAncestorDirectory(containingDirectory, (ancestorDirectory) => { + if (getBaseFileName(ancestorDirectory) !== "node_modules") { + const nodeModulesFolder = combinePaths(ancestorDirectory, "node_modules"); +@@ -41792,7 +41886,15 @@ ${lanes.join("\n")} + return lookup(secondaryExtensions); + } + function lookup(extensions2) { +- return forEachAncestorDirectory(normalizeSlashes(directory), (ancestorDirectory) => { ++ const issuer = normalizeSlashes(directory); ++ if (getPnpApi(issuer)) { ++ const resolutionFromCache = tryFindNonRelativeModuleNameInCache(cache, moduleName, mode, issuer, redirectedReference, state); ++ if (resolutionFromCache) { ++ return resolutionFromCache; ++ } ++ return toSearchResult(loadModuleFromImmediateNodeModulesDirectoryPnP(extensions2, moduleName, issuer, state, typesScopeOnly, cache, redirectedReference)); ++ } ++ return forEachAncestorDirectory(issuer, (ancestorDirectory) => { + if (getBaseFileName(ancestorDirectory) !== "node_modules") { + const resolutionFromCache = tryFindNonRelativeModuleNameInCache(cache, moduleName, mode, ancestorDirectory, redirectedReference, state); + if (resolutionFromCache) { +@@ -41827,11 +41929,40 @@ ${lanes.join("\n")} + return loadModuleFromSpecificNodeModulesDirectory(4 /* Declaration */, mangleScopedPackageNameWithTrace(moduleName, state), nodeModulesAtTypes2, nodeModulesAtTypesExists, state, cache, redirectedReference); + } + } ++ function loadModuleFromImmediateNodeModulesDirectoryPnP(extensions, moduleName, directory, state, typesScopeOnly, cache, redirectedReference) { ++ const issuer = normalizeSlashes(directory); ++ if (!typesScopeOnly) { ++ const packageResult = tryLoadModuleUsingPnpResolution(extensions, moduleName, issuer, state, cache, redirectedReference); ++ if (packageResult) { ++ return packageResult; ++ } ++ } ++ if (extensions & 4 /* Declaration */) { ++ return tryLoadModuleUsingPnpResolution(4 /* Declaration */, `@types/${mangleScopedPackageNameWithTrace(moduleName, state)}`, issuer, state, cache, redirectedReference); ++ } ++ } + function loadModuleFromSpecificNodeModulesDirectory(extensions, moduleName, nodeModulesDirectory, nodeModulesDirectoryExists, state, cache, redirectedReference) { +- var _a, _b; + const candidate = normalizePath(combinePaths(nodeModulesDirectory, moduleName)); + const { packageName, rest } = parsePackageName(moduleName); + const packageDirectory = combinePaths(nodeModulesDirectory, packageName); ++ return loadModuleFromSpecificNodeModulesDirectoryImpl(extensions, nodeModulesDirectoryExists, state, cache, redirectedReference, candidate, rest, packageDirectory); ++ } ++ function loadModuleFromPnpResolution(extensions, packageDirectory, rest, state, cache, redirectedReference) { ++ const candidate = normalizePath(combinePaths(packageDirectory, rest)); ++ return loadModuleFromSpecificNodeModulesDirectoryImpl( ++ extensions, ++ /*nodeModulesDirectoryExists*/ ++ true, ++ state, ++ cache, ++ redirectedReference, ++ candidate, ++ rest, ++ packageDirectory ++ ); ++ } ++ function loadModuleFromSpecificNodeModulesDirectoryImpl(extensions, nodeModulesDirectoryExists, state, cache, redirectedReference, candidate, rest, packageDirectory) { ++ var _a, _b; + let rootPackageInfo; + let packageInfo = getPackageJsonInfo(candidate, !nodeModulesDirectoryExists, state); + if (rest !== "" && packageInfo && (!(state.features & 8 /* Exports */) || !hasProperty(((_a = rootPackageInfo = getPackageJsonInfo(packageDirectory, !nodeModulesDirectoryExists, state)) == null ? void 0 : _a.contents.packageJsonContent) ?? emptyArray, "exports"))) { +@@ -42135,11 +42266,24 @@ ${lanes.join("\n")} + function useCaseSensitiveFileNames(state) { + return !state.host.useCaseSensitiveFileNames ? true : typeof state.host.useCaseSensitiveFileNames === "boolean" ? state.host.useCaseSensitiveFileNames : state.host.useCaseSensitiveFileNames(); + } ++ function loadPnpPackageResolution(packageName, containingDirectory) { ++ try { ++ const resolution = getPnpApi(containingDirectory).resolveToUnqualified(packageName, `${containingDirectory}/`, { considerBuiltins: false }); ++ return normalizeSlashes(resolution).replace(/\/$/, ""); ++ } catch { ++ } ++ } ++ function tryLoadModuleUsingPnpResolution(extensions, moduleName, containingDirectory, state, cache, redirectedReference) { ++ const { packageName, rest } = parsePackageName(moduleName); ++ const packageResolution = loadPnpPackageResolution(packageName, containingDirectory); ++ return packageResolution ? loadModuleFromPnpResolution(extensions, packageResolution, rest, state, cache, redirectedReference) : void 0; ++ } + var typeScriptVersion, nodeModulesAtTypes, NodeResolutionFeatures, nodeModulesPathPart, mangledScopedPackageSeparator; + var init_moduleNameResolver = __esm({ + "src/compiler/moduleNameResolver.ts"() { + "use strict"; + init_ts2(); ++ init_pnp(); + nodeModulesAtTypes = combinePaths("node_modules", "@types"); + NodeResolutionFeatures = /* @__PURE__ */ ((NodeResolutionFeatures2) => { + NodeResolutionFeatures2[NodeResolutionFeatures2["None"] = 0] = "None"; +@@ -45542,7 +45686,15 @@ ${lanes.join("\n")} + /*preferSymlinks*/ + true, + (path, isRedirect) => { +- const isInNodeModules = pathContainsNodeModules(path); ++ let isInNodeModules = pathContainsNodeModules(path); ++ const pnpapi = getPnpApi(path); ++ if (!isInNodeModules && pnpapi) { ++ const fromLocator = pnpapi.findPackageLocator(info.importingSourceFileName); ++ const toLocator = pnpapi.findPackageLocator(path); ++ if (fromLocator && toLocator && fromLocator !== toLocator) { ++ isInNodeModules = true; ++ } ++ } + allFileNames.set(path, { path: info.getCanonicalFileName(path), isRedirect, isInNodeModules }); + importedFileFromNodeModules = importedFileFromNodeModules || isInNodeModules; + } +@@ -45841,7 +45993,41 @@ ${lanes.join("\n")} + if (!host.fileExists || !host.readFile) { + return void 0; + } +- const parts = getNodeModulePathParts(path); ++ let parts = getNodeModulePathParts(path); ++ let pnpPackageName; ++ const pnpApi = getPnpApi(path); ++ if (pnpApi) { ++ const fromLocator = pnpApi.findPackageLocator(importingSourceFile.fileName); ++ const toLocator = pnpApi.findPackageLocator(path); ++ if (fromLocator === toLocator) { ++ return void 0; ++ } ++ if (fromLocator && toLocator) { ++ const fromInfo = pnpApi.getPackageInformation(fromLocator); ++ if (toLocator.reference === fromInfo.packageDependencies.get(toLocator.name)) { ++ pnpPackageName = toLocator.name; ++ } else { ++ for (const [name, reference] of fromInfo.packageDependencies) { ++ if (Array.isArray(reference)) { ++ if (reference[0] === toLocator.name && reference[1] === toLocator.reference) { ++ pnpPackageName = name; ++ break; ++ } ++ } ++ } ++ } ++ if (!parts) { ++ const toInfo = pnpApi.getPackageInformation(toLocator); ++ parts = { ++ topLevelNodeModulesIndex: void 0, ++ topLevelPackageNameIndex: void 0, ++ // The last character from packageLocation is the trailing "/", we want to point to it ++ packageRootIndex: toInfo.packageLocation.length - 1, ++ fileNameIndex: path.lastIndexOf(`/`) ++ }; ++ } ++ } ++ } + if (!parts) { + return void 0; + } +@@ -45879,14 +46065,16 @@ ${lanes.join("\n")} + if (isRedirect && !isPackageRootPath) { + return void 0; + } +- const globalTypingsCacheLocation = host.getGlobalTypingsCacheLocation && host.getGlobalTypingsCacheLocation(); +- const pathToTopLevelNodeModules = getCanonicalFileName(moduleSpecifier.substring(0, parts.topLevelNodeModulesIndex)); +- if (!(startsWith(canonicalSourceDirectory, pathToTopLevelNodeModules) || globalTypingsCacheLocation && startsWith(getCanonicalFileName(globalTypingsCacheLocation), pathToTopLevelNodeModules))) { +- return void 0; ++ if (typeof process.versions.pnp === "undefined") { ++ const globalTypingsCacheLocation = host.getGlobalTypingsCacheLocation && host.getGlobalTypingsCacheLocation(); ++ const pathToTopLevelNodeModules = getCanonicalFileName(moduleSpecifier.substring(0, parts.topLevelNodeModulesIndex)); ++ if (!(startsWith(canonicalSourceDirectory, pathToTopLevelNodeModules) || globalTypingsCacheLocation && startsWith(getCanonicalFileName(globalTypingsCacheLocation), pathToTopLevelNodeModules))) { ++ return void 0; ++ } + } +- const nodeModulesDirectoryName = moduleSpecifier.substring(parts.topLevelPackageNameIndex + 1); +- const packageName = getPackageNameFromTypesPackageName(nodeModulesDirectoryName); +- return getEmitModuleResolutionKind(options) === 1 /* Classic */ && packageName === nodeModulesDirectoryName ? void 0 : packageName; ++ const nodeModulesDirectoryName = typeof pnpPackageName !== "undefined" ? pnpPackageName + moduleSpecifier.substring(parts.packageRootIndex) : moduleSpecifier.substring(parts.topLevelPackageNameIndex + 1); ++ const packageNameFromPath = getPackageNameFromTypesPackageName(nodeModulesDirectoryName); ++ return getEmitModuleResolutionKind(options) === 1 /* Classic */ && packageNameFromPath === nodeModulesDirectoryName ? void 0 : packageNameFromPath; + function tryDirectoryWithPackageJson(packageRootIndex) { + var _a, _b; + const packageRootPath = path.substring(0, packageRootIndex); +@@ -45899,9 +46087,9 @@ ${lanes.join("\n")} + const importMode = overrideMode || importingSourceFile.impliedNodeFormat; + if (getResolvePackageJsonExports(options)) { + const nodeModulesDirectoryName2 = packageRootPath.substring(parts.topLevelPackageNameIndex + 1); +- const packageName2 = getPackageNameFromTypesPackageName(nodeModulesDirectoryName2); ++ const packageName = getPackageNameFromTypesPackageName(pnpPackageName ? pnpPackageName : nodeModulesDirectoryName2); + const conditions = getConditions(options, importMode); +- const fromExports = (packageJsonContent == null ? void 0 : packageJsonContent.exports) ? tryGetModuleNameFromExports(options, host, path, packageRootPath, packageName2, packageJsonContent.exports, conditions) : void 0; ++ const fromExports = (packageJsonContent == null ? void 0 : packageJsonContent.exports) ? tryGetModuleNameFromExports(options, host, path, packageRootPath, packageName, packageJsonContent.exports, conditions) : void 0; + if (fromExports) { + return { ...fromExports, verbatimFromExports: true }; + } +@@ -46053,6 +46241,7 @@ ${lanes.join("\n")} + "src/compiler/moduleSpecifiers.ts"() { + "use strict"; + init_ts2(); ++ init_pnp(); + RelativePreference = /* @__PURE__ */ ((RelativePreference2) => { + RelativePreference2[RelativePreference2["Relative"] = 0] = "Relative"; + RelativePreference2[RelativePreference2["NonRelative"] = 1] = "NonRelative"; +@@ -119745,6 +119934,7 @@ ${lanes.join("\n")} + ProgramUpdateLevel2[ProgramUpdateLevel2["Update"] = 0] = "Update"; + ProgramUpdateLevel2[ProgramUpdateLevel2["RootNamesAndUpdate"] = 1] = "RootNamesAndUpdate"; + ProgramUpdateLevel2[ProgramUpdateLevel2["Full"] = 2] = "Full"; ++ ProgramUpdateLevel2[ProgramUpdateLevel2["Resolutions"] = 3] = "Resolutions"; + return ProgramUpdateLevel2; + })(ProgramUpdateLevel || {}); + WatchLogLevel = /* @__PURE__ */ ((WatchLogLevel2) => { +@@ -127477,6 +127667,11 @@ ${lanes.join("\n")} + if (configFileName) { + configFileWatcher = watchFile2(configFileName, scheduleProgramReload, 2e3 /* High */, watchOptions, WatchType.ConfigFile); + } ++ let pnpFileWatcher; ++ const pnpApiPath = getPnpApiPath(__filename); ++ if (pnpApiPath) { ++ pnpFileWatcher = watchFile2(pnpApiPath, scheduleResolutionReload, 2e3 /* High */, watchOptions, WatchType.ConfigFile); ++ } + const compilerHost = createCompilerHostFromProgramHost(host, () => compilerOptions, directoryStructureHost); + setGetSourceFileAsHashVersioned(compilerHost); + const getNewSourceFile = compilerHost.getSourceFile; +@@ -127540,6 +127735,10 @@ ${lanes.join("\n")} + configFileWatcher.close(); + configFileWatcher = void 0; + } ++ if (pnpFileWatcher) { ++ pnpFileWatcher.close(); ++ pnpFileWatcher = void 0; ++ } + extendedConfigCache == null ? void 0 : extendedConfigCache.clear(); + extendedConfigCache = void 0; + if (sharedExtendedConfigFileWatchers) { +@@ -127575,7 +127774,7 @@ ${lanes.join("\n")} + function getCurrentProgram() { + return builderProgram && builderProgram.getProgramOrUndefined(); + } +- function synchronizeProgram() { ++ function synchronizeProgram(forceAllFilesAsInvalidated = false) { + writeLog(`Synchronizing program`); + Debug.assert(compilerOptions); + Debug.assert(rootFileNames); +@@ -127587,7 +127786,7 @@ ${lanes.join("\n")} + resolutionCache.onChangesAffectModuleResolution(); + } + } +- const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(customHasInvalidatedResolutions, customHasInvalidLibResolutions); ++ const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(forceAllFilesAsInvalidated ? returnTrue : customHasInvalidatedResolutions, customHasInvalidLibResolutions); + const { + originalReadFile, + originalFileExists, +@@ -127799,13 +127998,19 @@ ${lanes.join("\n")} + updateLevel = 2 /* Full */; + scheduleProgramUpdate(); + } ++ function scheduleResolutionReload() { ++ writeLog("Clearing resolutions"); ++ resolutionCache.clear(); ++ updateLevel = 3 /* Resolutions */; ++ scheduleProgramUpdate(); ++ } + function updateProgramWithWatchStatus() { + timerToUpdateProgram = void 0; + reportFileChangeDetectedOnCreateProgram = true; + updateProgram(); + } + function updateProgram() { +- var _a, _b, _c, _d; ++ var _a, _b, _c, _d, _e; + switch (updateLevel) { + case 1 /* RootNamesAndUpdate */: + (_a = perfLogger) == null ? void 0 : _a.logStartUpdateProgram("PartialConfigReload"); +@@ -127815,12 +128020,19 @@ ${lanes.join("\n")} + (_b = perfLogger) == null ? void 0 : _b.logStartUpdateProgram("FullConfigReload"); + reloadConfigFile(); + break; ++ case 3 /* Resolutions */: ++ (_c = perfLogger) == null ? void 0 : _c.logStartUpdateProgram("SynchronizeProgramWithResolutions"); ++ synchronizeProgram( ++ /*forceAllFilesAsInvalidated*/ ++ true ++ ); ++ break; + default: +- (_c = perfLogger) == null ? void 0 : _c.logStartUpdateProgram("SynchronizeProgram"); ++ (_d = perfLogger) == null ? void 0 : _d.logStartUpdateProgram("SynchronizeProgram"); + synchronizeProgram(); + break; + } +- (_d = perfLogger) == null ? void 0 : _d.logStopUpdateProgram("Done"); ++ (_e = perfLogger) == null ? void 0 : _e.logStopUpdateProgram("Done"); + return getCurrentBuilderProgram(); + } + function reloadFileNamesFromConfigFile() { +@@ -128106,6 +128318,7 @@ ${lanes.join("\n")} + "src/compiler/watchPublic.ts"() { + "use strict"; + init_ts2(); ++ init_pnp(); + } + }); + +@@ -133432,7 +133645,14 @@ ${lanes.join("\n")} + return false; + } + function getNodeModulesPackageNameFromFileName(importedFileName, moduleSpecifierResolutionHost) { +- if (!importedFileName.includes("node_modules")) { ++ const pnpapi = getPnpApi(importedFileName); ++ if (pnpapi) { ++ const fromLocator = pnpapi.findPackageLocator(fromFile.fileName); ++ const toLocator = pnpapi.findPackageLocator(importedFileName); ++ if (!(fromLocator && toLocator)) { ++ return void 0; ++ } ++ } else if (!importedFileName.includes("node_modules")) { + return void 0; + } + const specifier = ts_moduleSpecifiers_exports.getNodeModulesPackageName( +@@ -133721,6 +133941,7 @@ ${lanes.join("\n")} + var init_utilities4 = __esm({ + "src/services/utilities.ts"() { + "use strict"; ++ init_pnp(); + init_ts4(); + scanner = createScanner( + 99 /* Latest */, +@@ -133999,6 +134220,9 @@ ${lanes.join("\n")} + return hasImportablePath; + } + function isImportablePath(fromPath, toPath3, getCanonicalFileName, globalCachePath) { ++ if (getPnpApi(fromPath)) { ++ return isImportablePathPnp(fromPath, toPath3); ++ } + const toNodeModules = forEachAncestorDirectory(toPath3, (ancestor) => getBaseFileName(ancestor) === "node_modules" ? ancestor : void 0); + const toNodeModulesParent = toNodeModules && getDirectoryPath(getCanonicalFileName(toNodeModules)); + return toNodeModulesParent === void 0 || startsWith(getCanonicalFileName(fromPath), toNodeModulesParent) || !!globalCachePath && startsWith(getCanonicalFileName(globalCachePath), toNodeModulesParent); +@@ -134197,6 +134421,7 @@ ${lanes.join("\n")} + var init_exportInfoMap = __esm({ + "src/services/exportInfoMap.ts"() { + "use strict"; ++ init_pnp(); + init_ts4(); + ImportKind = /* @__PURE__ */ ((ImportKind2) => { + ImportKind2[ImportKind2["Named"] = 0] = "Named"; +@@ -162567,7 +162792,33 @@ ${newComment.split("\n").map((c) => ` * ${c}`).join("\n")} + ); + } + }; +- if (fragmentDirectory && getResolvePackageJsonExports(compilerOptions)) { ++ const checkExports = (packageFile, packageDirectory, fragmentSubpath) => { ++ const packageJson = readJson(packageFile, host); ++ const exports = packageJson.exports; ++ if (exports) { ++ if (typeof exports !== "object" || exports === null) { ++ return true; ++ } ++ const keys = getOwnKeys(exports); ++ const conditions = getConditions(compilerOptions, mode); ++ addCompletionEntriesFromPathsOrExports( ++ result, ++ /*isExports*/ ++ true, ++ fragmentSubpath, ++ packageDirectory, ++ extensionOptions, ++ host, ++ keys, ++ (key) => singleElementArray(getPatternFromFirstMatchingCondition(exports[key], conditions)), ++ comparePatternKeys ++ ); ++ return true; ++ } ++ return false; ++ }; ++ const shouldCheckExports = fragmentDirectory && getResolvePackageJsonExports(compilerOptions); ++ if (shouldCheckExports) { + const nodeModulesDirectoryLookup = ancestorLookup; + ancestorLookup = (ancestor) => { + const components = getPathComponents(fragment); +@@ -162586,34 +162837,52 @@ ${newComment.split("\n").map((c) => ` * ${c}`).join("\n")} + const packageDirectory = combinePaths(ancestor, "node_modules", packagePath); + const packageFile = combinePaths(packageDirectory, "package.json"); + if (tryFileExists(host, packageFile)) { +- const packageJson = readJson(packageFile, host); +- const exports = packageJson.exports; +- if (exports) { +- if (typeof exports !== "object" || exports === null) { +- return; ++ const fragmentSubpath = components.join("/") + (components.length && hasTrailingDirectorySeparator(fragment) ? "/" : ""); ++ if (checkExports(packageFile, packageDirectory, fragmentSubpath)) { ++ return; ++ } ++ } ++ return nodeModulesDirectoryLookup(ancestor); ++ }; ++ } ++ const pnpApi = getPnpApi(scriptPath); ++ if (pnpApi) { ++ const pathRegExp = /^(?![a-zA-Z]:[\\/]|\\\\|\.{0,2}(?:\/|$))((?:@[^/]+\/)?[^/]+)\/*(.*|)$/; ++ const dependencyNameMatch = fragment.match(pathRegExp); ++ if (dependencyNameMatch) { ++ const [, dependencyName, subPath] = dependencyNameMatch; ++ let unqualified; ++ try { ++ unqualified = pnpApi.resolveToUnqualified(dependencyName, scriptPath, { considerBuiltins: false }); ++ } catch { ++ } ++ if (unqualified) { ++ const packageDirectory = normalizePath(unqualified); ++ let shouldGetCompletions = true; ++ if (shouldCheckExports) { ++ const packageFile = combinePaths(packageDirectory, "package.json"); ++ if (tryFileExists(host, packageFile) && checkExports(packageFile, packageDirectory, subPath)) { ++ shouldGetCompletions = false; + } +- const keys = getOwnKeys(exports); +- const fragmentSubpath = components.join("/") + (components.length && hasTrailingDirectorySeparator(fragment) ? "/" : ""); +- const conditions = getConditions(compilerOptions, mode); +- addCompletionEntriesFromPathsOrExports( +- result, +- /*isExports*/ +- true, +- fragmentSubpath, ++ } ++ if (shouldGetCompletions) { ++ getCompletionEntriesForDirectoryFragment( ++ subPath, + packageDirectory, + extensionOptions, + host, +- keys, +- (key) => singleElementArray(getPatternFromFirstMatchingCondition(exports[key], conditions)), +- comparePatternKeys ++ /*moduleSpecifierIsRelative*/ ++ false, ++ /*exclude*/ ++ void 0, ++ result + ); +- return; + } + } +- return nodeModulesDirectoryLookup(ancestor); +- }; ++ } ++ } else { ++ forEachAncestorDirectory(scriptPath, ancestorLookup); + } +- forEachAncestorDirectory(scriptPath, ancestorLookup); + } + } + return arrayFrom(result.values()); +@@ -162744,9 +163013,15 @@ ${newComment.split("\n").map((c) => ` * ${c}`).join("\n")} + for (const root of typeRoots) { + getCompletionEntriesFromDirectories(root); + } +- for (const packageJson of findPackageJsons(scriptPath, host)) { +- const typesDir = combinePaths(getDirectoryPath(packageJson), "node_modules/@types"); +- getCompletionEntriesFromDirectories(typesDir); ++ if (getPnpApi(scriptPath)) { ++ for (const root of getPnpTypeRoots(scriptPath)) { ++ getCompletionEntriesFromDirectories(root); ++ } ++ } else { ++ for (const packageJson of findPackageJsons(scriptPath, host)) { ++ const typesDir = combinePaths(getDirectoryPath(packageJson), "node_modules/@types"); ++ getCompletionEntriesFromDirectories(typesDir); ++ } + } + return result; + function getCompletionEntriesFromDirectories(directory) { +@@ -162830,6 +163105,7 @@ ${newComment.split("\n").map((c) => ` * ${c}`).join("\n")} + "src/services/stringCompletions.ts"() { + "use strict"; + init_moduleSpecifiers(); ++ init_pnp(); + init_ts4(); + init_ts_Completions(); + kindPrecedence = { +@@ -175824,6 +176100,7 @@ ${options.prefix}` : "\n" : options.prefix + var init_project = __esm({ + "src/server/project.ts"() { + "use strict"; ++ init_pnp(); + init_ts7(); + init_ts7(); + init_ts_server3(); +@@ -177906,6 +178183,29 @@ ${options.prefix}` : "\n" : options.prefix + return this.projectReferences; + } + updateReferences(refs) { ++ if (typeof process.versions.pnp !== `undefined`) { ++ const basePath = this.getCurrentDirectory(); ++ const getPnpPath = (path) => { ++ try { ++ const pnpApi = getPnpApi(`${path}/`); ++ if (!pnpApi) { ++ return path; ++ } ++ const targetLocator = pnpApi.findPackageLocator(`${path}/`); ++ const { packageLocation } = pnpApi.getPackageInformation(targetLocator); ++ const request = combinePaths(targetLocator.name, getRelativePathFromDirectory( ++ packageLocation, ++ path, ++ /*ignoreCase*/ ++ false ++ )); ++ return pnpApi.resolveToUnqualified(request, `${basePath}/`); ++ } catch { ++ return path; ++ } ++ }; ++ refs = refs == null ? void 0 : refs.map((r) => ({ ...r, path: getPnpPath(r.path) })); ++ } + this.projectReferences = refs; + this.potentialProjectReferences = void 0; + } +@@ -178371,6 +178671,7 @@ ${options.prefix}` : "\n" : options.prefix + var init_editorServices = __esm({ + "src/server/editorServices.ts"() { + "use strict"; ++ init_pnp(); + init_ts7(); + init_ts_server3(); + init_protocol(); +@@ -178602,6 +178903,7 @@ ${options.prefix}` : "\n" : options.prefix + log, + getDetailWatchInfo + ); ++ this.pnpWatcher = this.watchPnpFile(); + (_a = opts.incrementalVerifier) == null ? void 0 : _a.call(opts, this); + } + toPath(fileName) { +@@ -180436,7 +180738,7 @@ Dynamic files must always be opened with service's current directory or service + this.performanceEventHandler = performanceEventHandler; + } + setHostConfiguration(args) { +- var _a; ++ var _a, _b; + if (args.file) { + const info = this.getScriptInfoForNormalizedPath(toNormalizedPath(args.file)); + if (info) { +@@ -180481,6 +180783,8 @@ Dynamic files must always be opened with service's current directory or service + if (args.watchOptions) { + this.hostConfiguration.watchOptions = (_a = convertWatchOptions(args.watchOptions)) == null ? void 0 : _a.watchOptions; + this.logger.info(`Host watch options changed to ${JSON.stringify(this.hostConfiguration.watchOptions)}, it will be take effect for next watches.`); ++ (_b = this.pnpWatcher) == null ? void 0 : _b.close(); ++ this.watchPnpFile(); + } + } + } +@@ -181421,6 +181725,29 @@ Dynamic files must always be opened with service's current directory or service + }); + } + /** @internal */ ++ watchPnpFile() { ++ const pnpApiPath = getPnpApiPath(__filename); ++ if (!pnpApiPath) { ++ return; ++ } ++ return this.watchFactory.watchFile( ++ pnpApiPath, ++ () => { ++ this.forEachProject((project) => { ++ for (const info of project.getScriptInfos()) { ++ project.resolutionCache.invalidateResolutionOfFile(info.path); ++ } ++ project.markAsDirty(); ++ updateProjectIfDirty(project); ++ }); ++ this.delayEnsureProjectForOpenFiles(); ++ }, ++ 250 /* Low */, ++ this.hostConfiguration.watchOptions, ++ WatchType.ConfigFile ++ ); ++ } ++ /** @internal */ + watchPackageJsonFile(file, path, project) { + Debug.assert(project !== void 0); + let result = (this.packageJsonFilesMap ?? (this.packageJsonFilesMap = /* @__PURE__ */ new Map())).get(path); +diff --git a/lib/typingsInstaller.js b/lib/typingsInstaller.js +index 7d305c002..0162dd8ae 100644 +semver exclusivity >=5.4.1-rc +--- a/lib/typingsInstaller.js ++++ b/lib/typingsInstaller.js +@@ -4475,6 +4475,9 @@ var sys = (() => { + return Buffer2.from && Buffer2.from !== Int8Array.from ? Buffer2.from(input, encoding) : new Buffer2(input, encoding); + } + function isFileSystemCaseSensitive() { ++ if (typeof process.versions.pnp !== `undefined`) { ++ return true; ++ } + if (platform === "win32" || platform === "win64") { + return false; + } +@@ -27622,6 +27625,17 @@ function specToDiagnostic(spec, disallowTrailingRecursion) { + } + } + ++// src/compiler/pnp.ts ++function getPnpApi(path2) { ++ if (typeof process.versions.pnp === "undefined") { ++ return; ++ } ++ const { findPnpApi } = require("module"); ++ if (findPnpApi) { ++ return findPnpApi(`${path2}/`); ++ } ++} ++ + // src/compiler/moduleNameResolver.ts + function trace(host, message, ...args) { + host.trace(formatMessage(message, ...args)); +@@ -29130,7 +29144,15 @@ function loadModuleFromNearestNodeModulesDirectoryWorker(extensions, moduleName, + return lookup(secondaryExtensions); + } + function lookup(extensions2) { +- return forEachAncestorDirectory(normalizeSlashes(directory), (ancestorDirectory) => { ++ const issuer = normalizeSlashes(directory); ++ if (getPnpApi(issuer)) { ++ const resolutionFromCache = tryFindNonRelativeModuleNameInCache(cache, moduleName, mode, issuer, redirectedReference, state); ++ if (resolutionFromCache) { ++ return resolutionFromCache; ++ } ++ return toSearchResult(loadModuleFromImmediateNodeModulesDirectoryPnP(extensions2, moduleName, issuer, state, typesScopeOnly, cache, redirectedReference)); ++ } ++ return forEachAncestorDirectory(issuer, (ancestorDirectory) => { + if (getBaseFileName(ancestorDirectory) !== "node_modules") { + const resolutionFromCache = tryFindNonRelativeModuleNameInCache(cache, moduleName, mode, ancestorDirectory, redirectedReference, state); + if (resolutionFromCache) { +@@ -29165,11 +29187,40 @@ function loadModuleFromImmediateNodeModulesDirectory(extensions, moduleName, dir + return loadModuleFromSpecificNodeModulesDirectory(4 /* Declaration */, mangleScopedPackageNameWithTrace(moduleName, state), nodeModulesAtTypes2, nodeModulesAtTypesExists, state, cache, redirectedReference); + } + } ++function loadModuleFromImmediateNodeModulesDirectoryPnP(extensions, moduleName, directory, state, typesScopeOnly, cache, redirectedReference) { ++ const issuer = normalizeSlashes(directory); ++ if (!typesScopeOnly) { ++ const packageResult = tryLoadModuleUsingPnpResolution(extensions, moduleName, issuer, state, cache, redirectedReference); ++ if (packageResult) { ++ return packageResult; ++ } ++ } ++ if (extensions & 4 /* Declaration */) { ++ return tryLoadModuleUsingPnpResolution(4 /* Declaration */, `@types/${mangleScopedPackageNameWithTrace(moduleName, state)}`, issuer, state, cache, redirectedReference); ++ } ++} + function loadModuleFromSpecificNodeModulesDirectory(extensions, moduleName, nodeModulesDirectory, nodeModulesDirectoryExists, state, cache, redirectedReference) { +- var _a, _b; + const candidate = normalizePath(combinePaths(nodeModulesDirectory, moduleName)); + const { packageName, rest } = parsePackageName(moduleName); + const packageDirectory = combinePaths(nodeModulesDirectory, packageName); ++ return loadModuleFromSpecificNodeModulesDirectoryImpl(extensions, nodeModulesDirectoryExists, state, cache, redirectedReference, candidate, rest, packageDirectory); ++} ++function loadModuleFromPnpResolution(extensions, packageDirectory, rest, state, cache, redirectedReference) { ++ const candidate = normalizePath(combinePaths(packageDirectory, rest)); ++ return loadModuleFromSpecificNodeModulesDirectoryImpl( ++ extensions, ++ /*nodeModulesDirectoryExists*/ ++ true, ++ state, ++ cache, ++ redirectedReference, ++ candidate, ++ rest, ++ packageDirectory ++ ); ++} ++function loadModuleFromSpecificNodeModulesDirectoryImpl(extensions, nodeModulesDirectoryExists, state, cache, redirectedReference, candidate, rest, packageDirectory) { ++ var _a, _b; + let rootPackageInfo; + let packageInfo = getPackageJsonInfo(candidate, !nodeModulesDirectoryExists, state); + if (rest !== "" && packageInfo && (!(state.features & 8 /* Exports */) || !hasProperty(((_a = rootPackageInfo = getPackageJsonInfo(packageDirectory, !nodeModulesDirectoryExists, state)) == null ? void 0 : _a.contents.packageJsonContent) ?? emptyArray, "exports"))) { +@@ -29411,6 +29462,18 @@ function traceIfEnabled(state, diagnostic, ...args) { + function useCaseSensitiveFileNames(state) { + return !state.host.useCaseSensitiveFileNames ? true : typeof state.host.useCaseSensitiveFileNames === "boolean" ? state.host.useCaseSensitiveFileNames : state.host.useCaseSensitiveFileNames(); + } ++function loadPnpPackageResolution(packageName, containingDirectory) { ++ try { ++ const resolution = getPnpApi(containingDirectory).resolveToUnqualified(packageName, `${containingDirectory}/`, { considerBuiltins: false }); ++ return normalizeSlashes(resolution).replace(/\/$/, ""); ++ } catch { ++ } ++} ++function tryLoadModuleUsingPnpResolution(extensions, moduleName, containingDirectory, state, cache, redirectedReference) { ++ const { packageName, rest } = parsePackageName(moduleName); ++ const packageResolution = loadPnpPackageResolution(packageName, containingDirectory); ++ return packageResolution ? loadModuleFromPnpResolution(extensions, packageResolution, rest, state, cache, redirectedReference) : void 0; ++} + + // src/compiler/checker.ts + var nextNodeId = 1; diff --git a/packages/plugin-compat/extra/typescript/patch-ff931f179c594dcc9a5b599c91314dee.diff b/packages/plugin-compat/extra/typescript/patch-ff931f179c594dcc9a5b599c91314dee.diff index 757ec3c8bc1f..3c6dc9cce1ba 100644 --- a/packages/plugin-compat/extra/typescript/patch-ff931f179c594dcc9a5b599c91314dee.diff +++ b/packages/plugin-compat/extra/typescript/patch-ff931f179c594dcc9a5b599c91314dee.diff @@ -1,6 +1,6 @@ diff --git a/lib/tsc.js b/lib/tsc.js index 4a425cf3d..5bb8e25e1 100644 -semver exclusivity >=5.4.0-beta +semver exclusivity >=5.4.0-beta <5.4.1-rc --- a/lib/tsc.js +++ b/lib/tsc.js @@ -5063,6 +5063,9 @@ var sys = (() => { @@ -345,7 +345,7 @@ semver exclusivity >=5.4.0-beta function reloadFileNamesFromConfigFile() { diff --git a/lib/tsserver.js b/lib/tsserver.js index 7254b1aff..8a3ea0c8f 100644 -semver exclusivity >=5.4.0-beta +semver exclusivity >=5.4.0-beta <5.4.1-rc --- a/lib/tsserver.js +++ b/lib/tsserver.js @@ -8611,6 +8611,9 @@ var sys = (() => { @@ -998,7 +998,7 @@ semver exclusivity >=5.4.0-beta this.installer.on("message", (m) => this.handleMessage(m)); diff --git a/lib/typescript.d.ts b/lib/typescript.d.ts index 100081fb8..d63bc238e 100644 -semver exclusivity >=5.4.0-beta +semver exclusivity >=5.4.0-beta <5.4.1-rc --- a/lib/typescript.d.ts +++ b/lib/typescript.d.ts @@ -9914,6 +9914,8 @@ declare namespace ts { @@ -1012,7 +1012,7 @@ semver exclusivity >=5.4.0-beta function resolveTripleslashReference(moduleName: string, containingFile: string): string; diff --git a/lib/typescript.js b/lib/typescript.js index 6cd6c983a..c20a7353f 100644 -semver exclusivity >=5.4.0-beta +semver exclusivity >=5.4.0-beta <5.4.1-rc --- a/lib/typescript.js +++ b/lib/typescript.js @@ -6370,6 +6370,9 @@ ${lanes.join("\n")} @@ -1711,7 +1711,7 @@ semver exclusivity >=5.4.0-beta let result = (this.packageJsonFilesMap ?? (this.packageJsonFilesMap = /* @__PURE__ */ new Map())).get(path); diff --git a/lib/typingsInstaller.js b/lib/typingsInstaller.js index 691d2a967..395ce7e14 100644 -semver exclusivity >=5.4.0-beta +semver exclusivity >=5.4.0-beta <5.4.1-rc --- a/lib/typingsInstaller.js +++ b/lib/typingsInstaller.js @@ -4475,6 +4475,9 @@ var sys = (() => { diff --git a/packages/plugin-compat/sources/patches/typescript.patch.ts b/packages/plugin-compat/sources/patches/typescript.patch.ts index a6a99c154e4f..b01f1c785491 100644 --- a/packages/plugin-compat/sources/patches/typescript.patch.ts +++ b/packages/plugin-compat/sources/patches/typescript.patch.ts @@ -2,7 +2,7 @@ let patch: string; export function getPatch() { if (typeof patch === `undefined`) - patch = require(`zlib`).brotliDecompressSync(Buffer.from(`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`, `base64`)).toString(); + patch = require(`zlib`).brotliDecompressSync(Buffer.from(`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`, `base64`)).toString(); return patch; }