本文整理汇总了TypeScript中@bazel/typescript.FileCache.setMaxCacheSize方法的典型用法代码示例。如果您正苦于以下问题：TypeScript FileCache.setMaxCacheSize方法的具体用法？TypeScript FileCache.setMaxCacheSize怎么用？TypeScript FileCache.setMaxCacheSize使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类@bazel/typescript.FileCache的用法示例。
在下文中一共展示了FileCache.setMaxCacheSize方法的2个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的TypeScript代码示例。
示例1: compile
export function compile({allowNonHermeticReads, allDepsCompiledWithBazel = true, compilerOpts,
tsHost, bazelOpts, files, inputs, expectedOuts, gatherDiagnostics}: {
allowNonHermeticReads: boolean,
allDepsCompiledWithBazel?: boolean,
compilerOpts: ng.CompilerOptions,
tsHost: ts.CompilerHost, inputs?: {[path: string]: string},
bazelOpts: BazelOptions,
files: string[],
expectedOuts: string[], gatherDiagnostics?: (program: ng.Program) => ng.Diagnostics
}): {diagnostics: ng.Diagnostics, program: ng.Program} {
let fileLoader: FileLoader;
if (bazelOpts.maxCacheSizeMb !== undefined) {
const maxCacheSizeBytes = bazelOpts.maxCacheSizeMb * (1 << 20);
fileCache.setMaxCacheSize(maxCacheSizeBytes);
} else {
fileCache.resetMaxCacheSize();
}
if (inputs) {
fileLoader = new CachedFileLoader(fileCache, allowNonHermeticReads);
// Resolve the inputs to absolute paths to match TypeScript internals
const resolvedInputs: {[path: string]: string} = {};
const inputKeys = Object.keys(inputs);
for (let i = 0; i < inputKeys.length; i++) {
const key = inputKeys[i];
resolvedInputs[resolveNormalizedPath(key)] = inputs[key];
}
fileCache.updateCache(resolvedInputs);
} else {
fileLoader = new UncachedFileLoader();
}
if (!bazelOpts.es5Mode) {
compilerOpts.annotateForClosureCompiler = true;
compilerOpts.annotationsAs = 'static fields';
}
// Detect from compilerOpts whether the entrypoint is being invoked in Ivy mode.
const isInIvyMode = compilerOpts.enableIvy === 'ngtsc' || compilerOpts.enableIvy === 'tsc';
// Disable downleveling and Closure annotation if in Ivy mode.
if (isInIvyMode) {
// In pass-through mode for TypeScript, we want to turn off decorator transpilation entirely.
// This causes ngc to be have exactly like tsc.
if (compilerOpts.enableIvy === 'tsc') {
compilerOpts.annotateForClosureCompiler = false;
}
compilerOpts.annotationsAs = 'decorators';
}
if (!compilerOpts.rootDirs) {
throw new Error('rootDirs is not set!');
}
const bazelBin = compilerOpts.rootDirs.find(rootDir => BAZEL_BIN.test(rootDir));
if (!bazelBin) {
throw new Error(`Couldn't find bazel bin in the rootDirs: ${compilerOpts.rootDirs}`);
}
const writtenExpectedOuts = [...expectedOuts];
const originalWriteFile = tsHost.writeFile.bind(tsHost);
tsHost.writeFile =
(fileName: string, content: string, writeByteOrderMark: boolean,
onError?: (message: string) => void, sourceFiles?: ts.SourceFile[]) => {
const relative = relativeToRootDirs(fileName.replace(/\\/g, '/'), [compilerOpts.rootDir]);
const expectedIdx = writtenExpectedOuts.findIndex(o => o === relative);
if (expectedIdx >= 0) {
writtenExpectedOuts.splice(expectedIdx, 1);
originalWriteFile(fileName, content, writeByteOrderMark, onError, sourceFiles);
}
};
// Patch fileExists when resolving modules, so that CompilerHost can ask TypeScript to
// resolve non-existing generated files that don't exist on disk, but are
// synthetic and added to the `programWithStubs` based on real inputs.
const generatedFileModuleResolverHost = Object.create(tsHost);
generatedFileModuleResolverHost.fileExists = (fileName: string) => {
const match = NGC_GEN_FILES.exec(fileName);
if (match) {
const [, file, suffix, ext] = match;
// Performance: skip looking for files other than .d.ts or .ts
if (ext !== '.ts' && ext !== '.d.ts') return false;
if (suffix.indexOf('ngstyle') >= 0) {
// Look for foo.css on disk
fileName = file;
} else {
// Look for foo.d.ts or foo.ts on disk
fileName = file + (ext || '');
}
}
return tsHost.fileExists(fileName);
};
function generatedFileModuleResolver(
moduleName: string, containingFile: string,
compilerOptions: ts.CompilerOptions): ts.ResolvedModuleWithFailedLookupLocations {
return ts.resolveModuleName(
moduleName, containingFile, compilerOptions, generatedFileModuleResolverHost);
}
//.........这里部分代码省略.........
示例2: compile
export function compile({allowNonHermeticReads, allDepsCompiledWithBazel = true, compilerOpts,
tsHost, bazelOpts, files, inputs, expectedOuts, gatherDiagnostics}: {
allowNonHermeticReads: boolean,
allDepsCompiledWithBazel?: boolean,
compilerOpts: ng.CompilerOptions,
tsHost: ts.CompilerHost, inputs?: {[path: string]: string},
bazelOpts: BazelOptions,
files: string[],
expectedOuts: string[], gatherDiagnostics?: (program: ng.Program) => ng.Diagnostics
}): {diagnostics: ng.Diagnostics, program: ng.Program} {
let fileLoader: FileLoader;
if (bazelOpts.maxCacheSizeMb !== undefined) {
const maxCacheSizeBytes = bazelOpts.maxCacheSizeMb * (1 << 20);
fileCache.setMaxCacheSize(maxCacheSizeBytes);
} else {
fileCache.resetMaxCacheSize();
}
if (inputs) {
fileLoader = new CachedFileLoader(fileCache, allowNonHermeticReads);
// Resolve the inputs to absolute paths to match TypeScript internals
const resolvedInputs: {[path: string]: string} = {};
for (const key of Object.keys(inputs)) {
resolvedInputs[resolveNormalizedPath(key)] = inputs[key];
}
fileCache.updateCache(resolvedInputs);
} else {
fileLoader = new UncachedFileLoader();
}
if (!bazelOpts.es5Mode) {
compilerOpts.annotateForClosureCompiler = true;
compilerOpts.annotationsAs = 'static fields';
}
if (!compilerOpts.rootDirs) {
throw new Error('rootDirs is not set!');
}
const bazelBin = compilerOpts.rootDirs.find(rootDir => BAZEL_BIN.test(rootDir));
if (!bazelBin) {
throw new Error(`Couldn't find bazel bin in the rootDirs: ${compilerOpts.rootDirs}`);
}
const writtenExpectedOuts = [...expectedOuts];
const originalWriteFile = tsHost.writeFile.bind(tsHost);
tsHost.writeFile =
(fileName: string, content: string, writeByteOrderMark: boolean,
onError?: (message: string) => void, sourceFiles?: ts.SourceFile[]) => {
const relative = relativeToRootDirs(fileName.replace(/\\/g, '/'), [compilerOpts.rootDir]);
const expectedIdx = writtenExpectedOuts.findIndex(o => o === relative);
if (expectedIdx >= 0) {
writtenExpectedOuts.splice(expectedIdx, 1);
originalWriteFile(fileName, content, writeByteOrderMark, onError, sourceFiles);
}
};
// Patch fileExists when resolving modules, so that CompilerHost can ask TypeScript to
// resolve non-existing generated files that don't exist on disk, but are
// synthetic and added to the `programWithStubs` based on real inputs.
const generatedFileModuleResolverHost = Object.create(tsHost);
generatedFileModuleResolverHost.fileExists = (fileName: string) => {
const match = NGC_GEN_FILES.exec(fileName);
if (match) {
const [, file, suffix, ext] = match;
// Performance: skip looking for files other than .d.ts or .ts
if (ext !== '.ts' && ext !== '.d.ts') return false;
if (suffix.indexOf('ngstyle') >= 0) {
// Look for foo.css on disk
fileName = file;
} else {
// Look for foo.d.ts or foo.ts on disk
fileName = file + (ext || '');
}
}
return tsHost.fileExists(fileName);
};
function generatedFileModuleResolver(
moduleName: string, containingFile: string,
compilerOptions: ts.CompilerOptions): ts.ResolvedModuleWithFailedLookupLocations {
return ts.resolveModuleName(
moduleName, containingFile, compilerOptions, generatedFileModuleResolverHost);
}
const bazelHost = new CompilerHost(
files, compilerOpts, bazelOpts, tsHost, fileLoader, allowNonHermeticReads,
generatedFileModuleResolver);
const origBazelHostFileExist = bazelHost.fileExists;
bazelHost.fileExists = (fileName: string) => {
if (NGC_ASSETS.test(fileName)) {
return tsHost.fileExists(fileName);
}
return origBazelHostFileExist.call(bazelHost, fileName);
};
const origBazelHostShouldNameModule = bazelHost.shouldNameModule.bind(bazelHost);
bazelHost.shouldNameModule = (fileName: string) =>
origBazelHostShouldNameModule(fileName) || NGC_GEN_FILES.test(fileName);
//.........这里部分代码省略.........