From b6f79e59f3aa938303afe3cdd0ffac055fdfb5d5 Mon Sep 17 00:00:00 2001 From: Kristoffer K Date: Mon, 13 Nov 2023 14:36:31 +0100 Subject: [PATCH] fix(compat): update patch for `typescript@5.3.1-rc` (#5916) **What's the problem this PR addresses?** The PnP compatibility patch for TypeScript doesn't apply to `typescript@5.3.1-rc`. Ref https://github.com/microsoft/TypeScript/pull/35206 **How did you fix it?** Rebased it. **Checklist** - [x] I have read the [Contributing Guide](https://yarnpkg.com/advanced/contributing). - [x] I have set the packages that need to be released for my changes to be effective. - [x] I will check that all automated PR checks pass before the PR gets reviewed. (cherry picked from commit e6f50ad18e467d5fb374a81fb8428e379d6053fc) --- .yarn/versions/3527e830.yml | 23 + .../extra/typescript/gen-typescript-patch.js | 11 +- ...atch-787b808f0e4ee81872d9ddabdcb024e1.diff | 1822 +++++++++++++++++ ...atch-80c3415be21bbb0c86342ff5521cba2d.diff | 8 +- .../sources/patches/typescript.patch.ts | 2 +- 5 files changed, 1859 insertions(+), 7 deletions(-) create mode 100644 .yarn/versions/3527e830.yml create mode 100644 packages/plugin-compat/extra/typescript/patch-787b808f0e4ee81872d9ddabdcb024e1.diff diff --git a/.yarn/versions/3527e830.yml b/.yarn/versions/3527e830.yml new file mode 100644 index 000000000000..1494bd471424 --- /dev/null +++ b/.yarn/versions/3527e830.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 d34108c96b72..09801363970a 100644 --- a/packages/plugin-compat/extra/typescript/gen-typescript-patch.js +++ b/packages/plugin-compat/extra/typescript/gen-typescript-patch.js @@ -190,12 +190,19 @@ const SLICES = [ onto: `6074b9d12b70757fe68ab2b4da059ea363c4df04`, range: `>=5.2.1-rc <5.3.0-beta`, }, - // https://github.com/merceyz/TypeScript/tree/merceyz/pnp-5.3 + // https://github.com/merceyz/TypeScript/tree/merceyz/pnp-5.3-beta { from: `2b564c684dc5338c59c31f4658b737912ad46336`, to: `2b564c684dc5338c59c31f4658b737912ad46336`, onto: `c5de6b57b7f09a6d17eb4a5dab91ecf8f5b25f29`, - range: `>=5.3.0-beta`, + range: `>=5.3.0-beta <5.3.1-rc`, + }, + // https://github.com/merceyz/TypeScript/tree/merceyz/pnp-5.3 + { + from: `9fb5c1cac14376fe615dfd48ddbe4e97c2e6ac90`, + to: `9fb5c1cac14376fe615dfd48ddbe4e97c2e6ac90`, + onto: `88f80c75e1a4ab6aaec605aa4ec6281b87871ff0`, + range: `>=5.3.1-rc`, }, ]; diff --git a/packages/plugin-compat/extra/typescript/patch-787b808f0e4ee81872d9ddabdcb024e1.diff b/packages/plugin-compat/extra/typescript/patch-787b808f0e4ee81872d9ddabdcb024e1.diff new file mode 100644 index 000000000000..d36ca7aaae15 --- /dev/null +++ b/packages/plugin-compat/extra/typescript/patch-787b808f0e4ee81872d9ddabdcb024e1.diff @@ -0,0 +1,1822 @@ +diff --git a/lib/tsc.js b/lib/tsc.js +index f82b0a23b..8d4a85e8b 100644 +semver exclusivity >=5.3.1-rc +--- a/lib/tsc.js ++++ b/lib/tsc.js +@@ -5059,6 +5059,9 @@ 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; + } +@@ -36892,6 +36895,46 @@ 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)); +@@ -37119,7 +37162,7 @@ function getEffectiveTypeRoots(options, host) { + return getDefaultTypeRoots(currentDirectory); + } + } +-function getDefaultTypeRoots(currentDirectory) { ++function getNodeModulesTypeRoots(currentDirectory) { + let typeRoots; + forEachAncestorDirectory(normalizePath(currentDirectory), (directory) => { + const atTypes = combinePaths(directory, nodeModulesAtTypes); +@@ -37132,6 +37175,15 @@ 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); +@@ -39021,7 +39073,15 @@ 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) { +@@ -39056,11 +39116,40 @@ 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"))) { +@@ -39360,6 +39449,18 @@ 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) { +@@ -42664,7 +42765,15 @@ function getAllModulePathsWorker(importingFileName, 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(importingFileName); ++ const toLocator = pnpapi.findPackageLocator(path); ++ if (fromLocator && toLocator && fromLocator !== toLocator) { ++ isInNodeModules = true; ++ } ++ } + allFileNames.set(path, { path: getCanonicalFileName(path), isRedirect, isInNodeModules }); + importedFileFromNodeModules = importedFileFromNodeModules || isInNodeModules; + } +@@ -42855,7 +42964,41 @@ 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; + } +@@ -42893,14 +43036,16 @@ 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(sourceDirectory, 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(sourceDirectory, 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); +@@ -42913,9 +43058,9 @@ 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.exports ? tryGetModuleNameFromExports(options, path, packageRootPath, packageName2, packageJsonContent.exports, conditions) : void 0; ++ const fromExports = packageJsonContent.exports ? tryGetModuleNameFromExports(options, path, packageRootPath, packageName, packageJsonContent.exports, conditions) : void 0; + if (fromExports) { + const withJsExtension = !hasTSFileExtension(fromExports.moduleFileToTry) ? fromExports : { moduleFileToTry: removeFileExtension(fromExports.moduleFileToTry) + tryGetJSExtensionForFile(fromExports.moduleFileToTry, options) }; + return { ...withJsExtension, verbatimFromExports: true }; +@@ -122963,6 +123108,11 @@ 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; +@@ -123026,6 +123176,10 @@ 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) { +@@ -123061,7 +123215,7 @@ function createWatchProgram(host) { + function getCurrentProgram() { + return builderProgram && builderProgram.getProgramOrUndefined(); + } +- function synchronizeProgram() { ++ function synchronizeProgram(forceAllFilesAsInvalidated = false) { + writeLog(`Synchronizing program`); + Debug.assert(compilerOptions); + Debug.assert(rootFileNames); +@@ -123073,7 +123227,7 @@ function createWatchProgram(host) { + resolutionCache.onChangesAffectModuleResolution(); + } + } +- const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(customHasInvalidatedResolutions, customHasInvalidLibResolutions); ++ const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(forceAllFilesAsInvalidated ? returnTrue : customHasInvalidatedResolutions, customHasInvalidLibResolutions); + const { + originalReadFile, + originalFileExists, +@@ -123281,13 +123435,19 @@ 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"); +@@ -123297,12 +123457,19 @@ 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 c4e9b0b40..f48e9267f 100644 +semver exclusivity >=5.3.1-rc +--- a/lib/tsserver.js ++++ b/lib/tsserver.js +@@ -8575,6 +8575,9 @@ 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; + } +@@ -41369,6 +41372,67 @@ 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)); +@@ -41608,7 +41672,7 @@ function getEffectiveTypeRoots(options, host) { + return getDefaultTypeRoots(currentDirectory); + } + } +-function getDefaultTypeRoots(currentDirectory) { ++function getNodeModulesTypeRoots(currentDirectory) { + let typeRoots; + forEachAncestorDirectory(normalizePath(currentDirectory), (directory) => { + const atTypes = combinePaths(directory, nodeModulesAtTypes); +@@ -41621,6 +41685,15 @@ 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); +@@ -41872,6 +41945,21 @@ 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"); +@@ -43662,7 +43750,15 @@ 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) { +@@ -43697,11 +43793,40 @@ 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"))) { +@@ -44001,6 +44126,18 @@ 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) => { +@@ -47368,7 +47505,15 @@ function getAllModulePathsWorker(importingFileName, 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(importingFileName); ++ const toLocator = pnpapi.findPackageLocator(path); ++ if (fromLocator && toLocator && fromLocator !== toLocator) { ++ isInNodeModules = true; ++ } ++ } + allFileNames.set(path, { path: getCanonicalFileName(path), isRedirect, isInNodeModules }); + importedFileFromNodeModules = importedFileFromNodeModules || isInNodeModules; + } +@@ -47559,7 +47704,41 @@ 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; + } +@@ -47597,14 +47776,16 @@ 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(sourceDirectory, 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(sourceDirectory, 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); +@@ -47617,9 +47798,9 @@ 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.exports ? tryGetModuleNameFromExports(options, path, packageRootPath, packageName2, packageJsonContent.exports, conditions) : void 0; ++ const fromExports = packageJsonContent.exports ? tryGetModuleNameFromExports(options, path, packageRootPath, packageName, packageJsonContent.exports, conditions) : void 0; + if (fromExports) { + const withJsExtension = !hasTSFileExtension(fromExports.moduleFileToTry) ? fromExports : { moduleFileToTry: removeFileExtension(fromExports.moduleFileToTry) + tryGetJSExtensionForFile(fromExports.moduleFileToTry, options) }; + return { ...withJsExtension, verbatimFromExports: true }; +@@ -120072,6 +120253,7 @@ 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) { +@@ -127963,6 +128145,11 @@ 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; +@@ -128026,6 +128213,10 @@ 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) { +@@ -128061,7 +128252,7 @@ function createWatchProgram(host) { + function getCurrentProgram() { + return builderProgram && builderProgram.getProgramOrUndefined(); + } +- function synchronizeProgram() { ++ function synchronizeProgram(forceAllFilesAsInvalidated = false) { + writeLog(`Synchronizing program`); + Debug.assert(compilerOptions); + Debug.assert(rootFileNames); +@@ -128073,7 +128264,7 @@ function createWatchProgram(host) { + resolutionCache.onChangesAffectModuleResolution(); + } + } +- const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(customHasInvalidatedResolutions, customHasInvalidLibResolutions); ++ const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(forceAllFilesAsInvalidated ? returnTrue : customHasInvalidatedResolutions, customHasInvalidLibResolutions); + const { + originalReadFile, + originalFileExists, +@@ -128281,13 +128472,19 @@ 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"); +@@ -128297,12 +128494,19 @@ 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() { +@@ -133798,7 +134002,14 @@ 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( +@@ -134329,6 +134540,9 @@ 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); +@@ -161538,7 +161752,31 @@ function getCompletionEntriesForNonRelativeModules(fragment, scriptPath, mode, c + ); + } + }; +- 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, ++ 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); +@@ -161557,32 +161795,52 @@ 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 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, +- 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()); +@@ -161713,9 +161971,15 @@ 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) { +@@ -178505,6 +178769,29 @@ 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; + } +@@ -179175,6 +179462,7 @@ var _ProjectService = class _ProjectService { + log, + getDetailWatchInfo + ); ++ this.pnpWatcher = this.watchPnpFile(); + (_a = opts.incrementalVerifier) == null ? void 0 : _a.call(opts, this); + } + toPath(fileName) { +@@ -180987,7 +181275,7 @@ 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) { +@@ -181031,6 +181319,8 @@ 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(); + } + } + } +@@ -181977,6 +182267,29 @@ 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(path) { + const watchers = this.packageJsonFilesMap || (this.packageJsonFilesMap = /* @__PURE__ */ new Map()); + if (!watchers.has(path)) { +@@ -186566,6 +186879,10 @@ 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)}`); + } +@@ -186771,6 +187088,10 @@ 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 5ee1d5258..0fbd109c0 100644 +semver exclusivity >=5.3.1-rc +--- a/lib/typescript.d.ts ++++ b/lib/typescript.d.ts +@@ -9853,6 +9853,8 @@ 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 780582944..9865ec301 100644 +semver exclusivity >=5.3.1-rc +--- a/lib/typescript.js ++++ b/lib/typescript.js +@@ -6346,6 +6346,9 @@ ${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; + } +@@ -39229,6 +39232,73 @@ ${lanes.join("\n")} + } + }); + ++ // src/compiler/pnp.ts ++ function getPnpApi(path) { ++ if (typeof process.versions.pnp === "undefined") { ++ return; ++ } ++ const { findPnpApi } = require("module"); ++ if (findPnpApi) { ++ return findPnpApi(`${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)); +@@ -39467,7 +39537,7 @@ ${lanes.join("\n")} + return getDefaultTypeRoots(currentDirectory); + } + } +- function getDefaultTypeRoots(currentDirectory) { ++ function getNodeModulesTypeRoots(currentDirectory) { + let typeRoots; + forEachAncestorDirectory(normalizePath(currentDirectory), (directory) => { + const atTypes = combinePaths(directory, nodeModulesAtTypes); +@@ -39479,6 +39549,15 @@ ${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); +@@ -39730,6 +39809,21 @@ ${lanes.join("\n")} + } + function resolvePackageNameToPackageJson(packageName, containingDirectory, options, host, cache) { + const moduleResolutionState = getTemporaryModuleResolutionState(cache == null ? void 0 : cache.getPackageJsonInfoCache(), host, options); ++ const pnpapi = getPnpApi(containingDirectory); ++ if (pnpapi) { ++ try { ++ const resolution = pnpapi.resolveToUnqualified(packageName, `${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"); +@@ -41506,7 +41600,15 @@ ${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) { +@@ -41541,11 +41643,40 @@ ${lanes.join("\n")} + return loadModuleFromSpecificNodeModulesDirectory(4 /* Declaration */, mangleScopedPackageNameWithTrace(moduleName, state), nodeModulesAtTypes2, nodeModulesAtTypesExists, state, cache, redirectedReference); + } + } ++ function loadModuleFromImmediateNodeModulesDirectoryPnP(extensions, moduleName, directory, state, typesScopeOnly, cache, redirectedReference) { ++ const issuer = normalizeSlashes(directory); ++ if (!typesScopeOnly) { ++ const packageResult = tryLoadModuleUsingPnpResolution(extensions, moduleName, issuer, state, cache, redirectedReference); ++ if (packageResult) { ++ return packageResult; ++ } ++ } ++ if (extensions & 4 /* Declaration */) { ++ return tryLoadModuleUsingPnpResolution(4 /* Declaration */, `@types/${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"))) { +@@ -41844,11 +41975,24 @@ ${lanes.join("\n")} + function useCaseSensitiveFileNames(state) { + return !state.host.useCaseSensitiveFileNames ? true : typeof state.host.useCaseSensitiveFileNames === "boolean" ? state.host.useCaseSensitiveFileNames : state.host.useCaseSensitiveFileNames(); + } ++ function loadPnpPackageResolution(packageName, containingDirectory) { ++ try { ++ const resolution = getPnpApi(containingDirectory).resolveToUnqualified(packageName, `${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"; +@@ -45233,7 +45377,15 @@ ${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(importingFileName); ++ const toLocator = pnpapi.findPackageLocator(path); ++ if (fromLocator && toLocator && fromLocator !== toLocator) { ++ isInNodeModules = true; ++ } ++ } + allFileNames.set(path, { path: getCanonicalFileName(path), isRedirect, isInNodeModules }); + importedFileFromNodeModules = importedFileFromNodeModules || isInNodeModules; + } +@@ -45424,7 +45576,41 @@ ${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; + } +@@ -45462,14 +45648,16 @@ ${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(sourceDirectory, 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(sourceDirectory, 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); +@@ -45482,9 +45670,9 @@ ${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.exports ? tryGetModuleNameFromExports(options, path, packageRootPath, packageName2, packageJsonContent.exports, conditions) : void 0; ++ const fromExports = packageJsonContent.exports ? tryGetModuleNameFromExports(options, path, packageRootPath, packageName, packageJsonContent.exports, conditions) : void 0; + if (fromExports) { + const withJsExtension = !hasTSFileExtension(fromExports.moduleFileToTry) ? fromExports : { moduleFileToTry: removeFileExtension(fromExports.moduleFileToTry) + tryGetJSExtensionForFile(fromExports.moduleFileToTry, options) }; + return { ...withJsExtension, verbatimFromExports: true }; +@@ -45636,6 +45824,7 @@ ${lanes.join("\n")} + "src/compiler/moduleSpecifiers.ts"() { + "use strict"; + init_ts2(); ++ init_pnp(); + } + }); + +@@ -118463,6 +118652,7 @@ ${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) => { +@@ -126119,6 +126309,11 @@ ${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; +@@ -126182,6 +126377,10 @@ ${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) { +@@ -126217,7 +126416,7 @@ ${lanes.join("\n")} + function getCurrentProgram() { + return builderProgram && builderProgram.getProgramOrUndefined(); + } +- function synchronizeProgram() { ++ function synchronizeProgram(forceAllFilesAsInvalidated = false) { + writeLog(`Synchronizing program`); + Debug.assert(compilerOptions); + Debug.assert(rootFileNames); +@@ -126229,7 +126428,7 @@ ${lanes.join("\n")} + resolutionCache.onChangesAffectModuleResolution(); + } + } +- const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(customHasInvalidatedResolutions, customHasInvalidLibResolutions); ++ const { hasInvalidatedResolutions, hasInvalidatedLibResolutions } = resolutionCache.createHasInvalidatedResolutions(forceAllFilesAsInvalidated ? returnTrue : customHasInvalidatedResolutions, customHasInvalidLibResolutions); + const { + originalReadFile, + originalFileExists, +@@ -126437,13 +126636,19 @@ ${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"); +@@ -126453,12 +126658,19 @@ ${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() { +@@ -126746,6 +126958,7 @@ ${lanes.join("\n")} + "src/compiler/watchPublic.ts"() { + "use strict"; + init_ts2(); ++ init_pnp(); + } + }); + +@@ -132056,7 +132269,14 @@ ${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( +@@ -132352,6 +132572,7 @@ ${lanes.join("\n")} + var init_utilities4 = __esm({ + "src/services/utilities.ts"() { + "use strict"; ++ init_pnp(); + init_ts4(); + scanner = createScanner( + 99 /* Latest */, +@@ -132630,6 +132851,9 @@ ${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); +@@ -132813,6 +133037,7 @@ ${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"; +@@ -160807,7 +161032,31 @@ ${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, ++ 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); +@@ -160826,32 +161075,52 @@ ${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, +- 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()); +@@ -160982,9 +161251,15 @@ ${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) { +@@ -161067,6 +161342,7 @@ ${newComment.split("\n").map((c) => ` * ${c}`).join("\n")} + var init_stringCompletions = __esm({ + "src/services/stringCompletions.ts"() { + "use strict"; ++ init_pnp(); + init_ts4(); + init_ts_Completions(); + kindPrecedence = { +@@ -173754,6 +174030,7 @@ ${options.prefix}` : "\n" : options.prefix + var init_project = __esm({ + "src/server/project.ts"() { + "use strict"; ++ init_pnp(); + init_ts7(); + init_ts7(); + init_ts_server3(); +@@ -175815,6 +176092,29 @@ ${options.prefix}` : "\n" : options.prefix + return this.projectReferences; + } + updateReferences(refs) { ++ if (typeof process.versions.pnp !== `undefined`) { ++ const basePath = this.getCurrentDirectory(); ++ const getPnpPath = (path) => { ++ try { ++ const pnpApi = getPnpApi(`${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; + } +@@ -176280,6 +176580,7 @@ ${options.prefix}` : "\n" : options.prefix + var init_editorServices = __esm({ + "src/server/editorServices.ts"() { + "use strict"; ++ init_pnp(); + init_ts7(); + init_ts_server3(); + init_protocol(); +@@ -176509,6 +176810,7 @@ ${options.prefix}` : "\n" : options.prefix + log, + getDetailWatchInfo + ); ++ this.pnpWatcher = this.watchPnpFile(); + (_a = opts.incrementalVerifier) == null ? void 0 : _a.call(opts, this); + } + toPath(fileName) { +@@ -178321,7 +178623,7 @@ 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) { +@@ -178365,6 +178667,8 @@ 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 ${JSON.stringify(this.hostConfiguration.watchOptions)}, it will be take effect for next watches.`); ++ (_b = this.pnpWatcher) == null ? void 0 : _b.close(); ++ this.watchPnpFile(); + } + } + } +@@ -179311,6 +179615,29 @@ Dynamic files must always be opened with service's current directory or service + }); + } + /** @internal */ ++ watchPnpFile() { ++ const pnpApiPath = getPnpApiPath(__filename); ++ if (!pnpApiPath) { ++ return; ++ } ++ return this.watchFactory.watchFile( ++ pnpApiPath, ++ () => { ++ this.forEachProject((project) => { ++ for (const info of project.getScriptInfos()) { ++ project.resolutionCache.invalidateResolutionOfFile(info.path); ++ } ++ project.markAsDirty(); ++ updateProjectIfDirty(project); ++ }); ++ this.delayEnsureProjectForOpenFiles(); ++ }, ++ 250 /* Low */, ++ this.hostConfiguration.watchOptions, ++ WatchType.ConfigFile ++ ); ++ } ++ /** @internal */ + watchPackageJsonFile(path) { + const watchers = this.packageJsonFilesMap || (this.packageJsonFilesMap = /* @__PURE__ */ new Map()); + if (!watchers.has(path)) { +diff --git a/lib/typingsInstaller.js b/lib/typingsInstaller.js +index 6dd57dedd..08a78a158 100644 +semver exclusivity >=5.3.1-rc +--- a/lib/typingsInstaller.js ++++ b/lib/typingsInstaller.js +@@ -4472,6 +4472,9 @@ var sys = (() => { + return Buffer2.from && Buffer2.from !== Int8Array.from ? Buffer2.from(input, encoding) : new Buffer2(input, encoding); + } + function isFileSystemCaseSensitive() { ++ if (typeof process.versions.pnp !== `undefined`) { ++ return true; ++ } + if (platform === "win32" || platform === "win64") { + return false; + } +@@ -27361,6 +27364,17 @@ function specToDiagnostic(spec, disallowTrailingRecursion) { + } + } + ++// src/compiler/pnp.ts ++function getPnpApi(path2) { ++ if (typeof process.versions.pnp === "undefined") { ++ return; ++ } ++ const { findPnpApi } = require("module"); ++ if (findPnpApi) { ++ return findPnpApi(`${path2}/`); ++ } ++} ++ + // src/compiler/moduleNameResolver.ts + function trace(host, message, ...args) { + host.trace(formatMessage(message, ...args)); +@@ -28871,7 +28885,15 @@ 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) { +@@ -28906,11 +28928,40 @@ 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"))) { +@@ -29148,6 +29199,18 @@ 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-80c3415be21bbb0c86342ff5521cba2d.diff b/packages/plugin-compat/extra/typescript/patch-80c3415be21bbb0c86342ff5521cba2d.diff index 6ed3d4c48e8b..35a38edcd046 100644 --- a/packages/plugin-compat/extra/typescript/patch-80c3415be21bbb0c86342ff5521cba2d.diff +++ b/packages/plugin-compat/extra/typescript/patch-80c3415be21bbb0c86342ff5521cba2d.diff @@ -1,6 +1,6 @@ diff --git a/lib/tsc.js b/lib/tsc.js index de544cf91..5e370501b 100644 -semver exclusivity >=5.3.0-beta +semver exclusivity >=5.3.0-beta <5.3.1-rc --- a/lib/tsc.js +++ b/lib/tsc.js @@ -5048,6 +5048,9 @@ var sys = (() => { @@ -345,7 +345,7 @@ semver exclusivity >=5.3.0-beta function reloadFileNamesFromConfigFile() { diff --git a/lib/tsserver.js b/lib/tsserver.js index 01baa7314..d42e6678a 100644 -semver exclusivity >=5.3.0-beta +semver exclusivity >=5.3.0-beta <5.3.1-rc --- a/lib/tsserver.js +++ b/lib/tsserver.js @@ -8564,6 +8564,9 @@ var sys = (() => { @@ -998,7 +998,7 @@ semver exclusivity >=5.3.0-beta this.installer.on("message", (m) => this.handleMessage(m)); diff --git a/lib/typescript.js b/lib/typescript.js index b266047f4..150d0c65b 100644 -semver exclusivity >=5.3.0-beta +semver exclusivity >=5.3.0-beta <5.3.1-rc --- a/lib/typescript.js +++ b/lib/typescript.js @@ -6335,6 +6335,9 @@ ${lanes.join("\n")} @@ -1697,7 +1697,7 @@ semver exclusivity >=5.3.0-beta if (!watchers.has(path)) { diff --git a/lib/typingsInstaller.js b/lib/typingsInstaller.js index 6d41c54b5..3166fbd87 100644 -semver exclusivity >=5.3.0-beta +semver exclusivity >=5.3.0-beta <5.3.1-rc --- a/lib/typingsInstaller.js +++ b/lib/typingsInstaller.js @@ -4461,6 +4461,9 @@ var sys = (() => { diff --git a/packages/plugin-compat/sources/patches/typescript.patch.ts b/packages/plugin-compat/sources/patches/typescript.patch.ts index a4cd80c83378..7656285706ee 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; }