Top 10 Examples of "tsickle in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'tsickle' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
if (ngOptions_1.flatModuleOutFile && !ngOptions_1.skipMetadataEmit) {
var _b = createBundleIndexHost(ngOptions_1, rootFileNames_1, host_1), bundleHost = _b.host, indexName = _b.indexName, errors_1 = _b.errors;
if (errors_1)
tsc_1.check(errors_1);
if (indexName)
addGeneratedFileName_1(indexName);
host_1 = bundleHost;
}
var tsickleCompilerHostOptions = { googmodule: false, untyped: true, convertIndexImportShorthand: false };
var tsickleHost = {
shouldSkipTsickleProcessing: function (fileName) { return /\.d\.ts$/.test(fileName); },
pathToModuleName: function (context, importPath) { return ''; },
shouldIgnoreWarningsForPath: function (filePath) { return false; },
fileNameToModuleId: function (fileName) { return fileName; },
};
var tsickleCompilerHost_1 = new tsickle.TsickleCompilerHost(host_1, ngOptions_1, tsickleCompilerHostOptions, tsickleHost);
var program_1 = createProgram_1(tsickleCompilerHost_1);
var errors = program_1.getOptionsDiagnostics();
tsc_1.check(errors);
if (ngOptions_1.skipTemplateCodegen || !codegen) {
codegen = function () { return Promise.resolve([]); };
}
if (diagnostics_1)
console.time('NG codegen');
return codegen(ngOptions_1, cliOptions, program_1, host_1).then(function (genFiles) {
if (diagnostics_1)
console.timeEnd('NG codegen');
// Add the generated files to the configuration so they will become part of the program.
if (ngOptions_1.alwaysCompileGeneratedCode) {
genFiles.forEach(function (genFileName) { return addGeneratedFileName_1(genFileName); });
}
var definitionsHost = tsickleCompilerHost_1;if (ngOptions_1.flatModuleOutFile && !ngOptions_1.skipMetadataEmit) {
var _b = createBundleIndexHost(ngOptions_1, rootFileNames_1, host_1), bundleHost = _b.host, indexName = _b.indexName, errors_1 = _b.errors;
if (errors_1)
tsc_1.check(errors_1);
if (indexName)
addGeneratedFileName_1(indexName);
host_1 = bundleHost;
}
var tsickleCompilerHostOptions = { googmodule: false, untyped: true, convertIndexImportShorthand: true };
var tsickleHost = {
shouldSkipTsickleProcessing: function (fileName) { return /\.d\.ts$/.test(fileName); },
pathToModuleName: function (context, importPath) { return ''; },
shouldIgnoreWarningsForPath: function (filePath) { return false; },
fileNameToModuleId: function (fileName) { return fileName; },
};
var tsickleCompilerHost_1 = new tsickle.TsickleCompilerHost(host_1, ngOptions_1, tsickleCompilerHostOptions, tsickleHost);
var program_1 = createProgram_1(tsickleCompilerHost_1);
var errors = program_1.getOptionsDiagnostics();
tsc_1.check(errors);
if (ngOptions_1.skipTemplateCodegen || !codegen) {
codegen = function () { return Promise.resolve([]); };
}
if (diagnostics_1)
console.time('NG codegen');
return codegen(ngOptions_1, cliOptions, program_1, host_1).then(function (genFiles) {
if (diagnostics_1)
console.timeEnd('NG codegen');
// Add the generated files to the configuration so they will become part of the program.
if (ngOptions_1.alwaysCompileGeneratedCode) {
genFiles.forEach(function (genFileName) { return addGeneratedFileName_1(genFileName); });
}
var definitionsHost = tsickleCompilerHost_1;console.timeEnd('NG flat module index');
var metadata = JSON.stringify(metadataBundle.metadata);
var name_1 = path.join(path.dirname(indexModule), ngOptions_1.flatModuleOutFile.replace(JS_EXT, '.ts'));
var libraryIndex = "./" + path.basename(indexModule);
var content = index_writer_1.privateEntriesToIndex(libraryIndex, metadataBundle.privates);
host_1 = new compiler_host_1.SyntheticIndexHost(host_1, { name: name_1, content: content, metadata: metadata });
addGeneratedFileName_1(name_1);
}
var tsickleCompilerHostOptions = { googmodule: false, untyped: true, convertIndexImportShorthand: true };
var tsickleHost = {
shouldSkipTsickleProcessing: function (fileName) { return /\.d\.ts$/.test(fileName); },
pathToModuleName: function (context, importPath) { return ''; },
shouldIgnoreWarningsForPath: function (filePath) { return false; },
fileNameToModuleId: function (fileName) { return fileName; },
};
var tsickleCompilerHost_1 = new tsickle.TsickleCompilerHost(host_1, ngOptions_1, tsickleCompilerHostOptions, tsickleHost);
var program_1 = createProgram_1(tsickleCompilerHost_1);
var errors = program_1.getOptionsDiagnostics();
tsc_1.check(errors);
if (ngOptions_1.skipTemplateCodegen || !codegen) {
codegen = function () { return Promise.resolve([]); };
}
if (diagnostics_1)
console.time('NG codegen');
return codegen(ngOptions_1, cliOptions, program_1, host_1).then(function (genFiles) {
if (diagnostics_1)
console.timeEnd('NG codegen');
// Add the generated files to the configuration so they will become part of the program.
if (ngOptions_1.alwaysCompileGeneratedCode) {
genFiles.forEach(function (genFileName) { return addGeneratedFileName_1(genFileName); });
}
var definitionsHost = tsickleCompilerHost_1;var content = index_writer_1.privateEntriesToIndex(libraryIndex, metadataBundle.privates);
host_1 = new compiler_host_1.SyntheticIndexHost(host_1, { name: name_1, content: content, metadata: metadata });
parsed_1.fileNames.push(name_1);
}
var tsickleCompilerHostOptions = {
googmodule: false,
untyped: true,
convertIndexImportShorthand: ngOptions_1.target === ts.ScriptTarget.ES2015,
};
var tsickleHost = {
shouldSkipTsickleProcessing: function (fileName) { return /\.d\.ts$/.test(fileName); },
pathToModuleName: function (context, importPath) { return ''; },
shouldIgnoreWarningsForPath: function (filePath) { return false; },
fileNameToModuleId: function (fileName) { return fileName; },
};
var tsickleCompilerHost_1 = new tsickle.TsickleCompilerHost(host_1, ngOptions_1, tsickleCompilerHostOptions, tsickleHost);
var program_1 = createProgram_1(tsickleCompilerHost_1);
var errors = program_1.getOptionsDiagnostics();
tsc_1.check(errors);
if (ngOptions_1.skipTemplateCodegen || !codegen) {
codegen = function () { return Promise.resolve(null); };
}
if (diagnostics_1)
console.time('NG codegen');
return codegen(ngOptions_1, cliOptions, program_1, host_1).then(function () {
if (diagnostics_1)
console.timeEnd('NG codegen');
var definitionsHost = tsickleCompilerHost_1;
if (!ngOptions_1.skipMetadataEmit) {
// if tsickle is not not used for emitting, but we do use the MetadataWriterHost,
// it also needs to emit the js files.
var emitJsFiles = ngOptions_1.annotationsAs === 'decorators' && !ngOptions_1.annotateForClosureCompiler;var programForJsEmit = programWithCodegen;
if (ngOptions_1.annotationsAs !== 'decorators') {
if (diagnostics_1)
console.time('NG downlevel');
tsickleCompilerHost_1.reconfigureForRun(programForJsEmit, tsickle.Pass.DECORATOR_DOWNLEVEL);
// A program can be re-used only once; save the programWithCodegen to be reused by
// metadataWriter
programForJsEmit = createProgram_1(tsickleCompilerHost_1);
tsc_1.check(tsickleCompilerHost_1.diagnostics);
if (diagnostics_1)
console.timeEnd('NG downlevel');
}
if (ngOptions_1.annotateForClosureCompiler) {
if (diagnostics_1)
console.time('NG JSDoc');
tsickleCompilerHost_1.reconfigureForRun(programForJsEmit, tsickle.Pass.CLOSURIZE);
programForJsEmit = createProgram_1(tsickleCompilerHost_1);
tsc_1.check(tsickleCompilerHost_1.diagnostics);
if (diagnostics_1)
console.timeEnd('NG JSDoc');
}
// Emit *.js and *.js.map
tsc_1.tsc.emit(programForJsEmit);
// Emit *.d.ts and maybe *.metadata.json
// Not in the same emit pass with above, because tsickle erases
// decorators which we want to read or document.
// Do this emit second since TypeScript will create missing directories for us
// in the standard emit.
tsc_1.tsc.emit(programWithCodegen);
if (diagnostics_1) {
ts.performance.forEachMeasure(function (name, duration) { console.error("TS " + name + ": " + duration + "ms"); });
}var programForJsEmit = programWithCodegen;
if (ngOptions_1.annotationsAs !== 'decorators') {
if (diagnostics_1)
console.time('NG downlevel');
tsickleCompilerHost_1.reconfigureForRun(programForJsEmit, tsickle.Pass.DECORATOR_DOWNLEVEL);
// A program can be re-used only once; save the programWithCodegen to be reused by
// metadataWriter
programForJsEmit = createProgram_1(tsickleCompilerHost_1);
tsc_1.check(tsickleCompilerHost_1.diagnostics);
if (diagnostics_1)
console.timeEnd('NG downlevel');
}
if (ngOptions_1.annotateForClosureCompiler) {
if (diagnostics_1)
console.time('NG JSDoc');
tsickleCompilerHost_1.reconfigureForRun(programForJsEmit, tsickle.Pass.CLOSURIZE);
programForJsEmit = createProgram_1(tsickleCompilerHost_1);
tsc_1.check(tsickleCompilerHost_1.diagnostics);
if (diagnostics_1)
console.timeEnd('NG JSDoc');
}
// Emit *.js and *.js.map
tsc_1.tsc.emit(programForJsEmit);
// Emit *.d.ts and maybe *.metadata.json
// Not in the same emit pass with above, because tsickle erases
// decorators which we want to read or document.
// Do this emit second since TypeScript will create missing directories for us
// in the standard emit.
tsc_1.tsc.emit(programWithCodegen);
if (diagnostics_1) {
ts.performance.forEachMeasure(function (name, duration) { console.error("TS " + name + ": " + duration + "ms"); });
}// Add the generated files to the configuration so they will become part of the program.
if (ngOptions.alwaysCompileGeneratedCode) {
genFiles.forEach(genFileName => addGeneratedFileName(genFileName));
}
if (!ngOptions.skipMetadataEmit) {
host = new MetadataWriterHost(host, ngOptions, true);
}
// Create a new program since codegen files were created after making the old program
let programWithCodegen = createProgram(host, program);
tsc.typeCheck(host, programWithCodegen);
if (diagnostics) console.time('Emit');
const {diagnostics: emitDiags} =
tsickle.emitWithTsickle(programWithCodegen, tsickleHost, host, ngOptions);
if (diagnostics) console.timeEnd('Emit');
check(emitDiags);
if (diagnostics) {
(ts as any).performance.forEachMeasure(
(name: string, duration: number) => { console.error(`TS ${name}: ${duration}ms`); });
}
});
} catch (e) {// Run tsickle+TSC to convert inputs to Closure JS files.
const result = toClosureJS(
config.options, config.fileNames, settings, (filePath: string, contents: string) => {
fs.mkdirSync(path.dirname(filePath), {recursive: true});
fs.writeFileSync(filePath, contents, {encoding: 'utf-8'});
});
if (result.diagnostics.length) {
console.error(ts.formatDiagnostics(result.diagnostics, ts.createCompilerHost(config.options)));
return 1;
}
if (settings.externsPath) {
fs.mkdirSync(path.dirname(settings.externsPath), {recursive: true});
fs.writeFileSync(
settings.externsPath,
tsickle.getGeneratedExterns(result.externs, config.options.rootDir || ''));
}
return 0;
}console.timeEnd('NG codegen');
var definitionsHost = tsickleCompilerHost_1;
if (!ngOptions_1.skipMetadataEmit) {
// if tsickle is not not used for emitting, but we do use the MetadataWriterHost,
// it also needs to emit the js files.
var emitJsFiles = ngOptions_1.annotationsAs === 'decorators' && !ngOptions_1.annotateForClosureCompiler;
definitionsHost = new compiler_host_1.MetadataWriterHost(tsickleCompilerHost_1, ngOptions_1, emitJsFiles);
}
// Create a new program since codegen files were created after making the old program
var programWithCodegen = createProgram_1(definitionsHost, program_1);
tsc_1.tsc.typeCheck(host_1, programWithCodegen);
var programForJsEmit = programWithCodegen;
if (ngOptions_1.annotationsAs !== 'decorators') {
if (diagnostics_1)
console.time('NG downlevel');
tsickleCompilerHost_1.reconfigureForRun(programForJsEmit, tsickle.Pass.DECORATOR_DOWNLEVEL);
// A program can be re-used only once; save the programWithCodegen to be reused by
// metadataWriter
programForJsEmit = createProgram_1(tsickleCompilerHost_1);
tsc_1.check(tsickleCompilerHost_1.diagnostics);
if (diagnostics_1)
console.timeEnd('NG downlevel');
}
if (ngOptions_1.annotateForClosureCompiler) {
if (diagnostics_1)
console.time('NG JSDoc');
tsickleCompilerHost_1.reconfigureForRun(programForJsEmit, tsickle.Pass.CLOSURIZE);
programForJsEmit = createProgram_1(tsickleCompilerHost_1);
tsc_1.check(tsickleCompilerHost_1.diagnostics);
if (diagnostics_1)
console.timeEnd('NG JSDoc');
}}
var definitionsHost = tsickleCompilerHost_1;
if (!ngOptions_1.skipMetadataEmit) {
// if tsickle is not not used for emitting, but we do use the MetadataWriterHost,
// it also needs to emit the js files.
var emitJsFiles = ngOptions_1.annotationsAs === 'decorators' && !ngOptions_1.annotateForClosureCompiler;
definitionsHost = new compiler_host_1.MetadataWriterHost(tsickleCompilerHost_1, ngOptions_1, emitJsFiles);
}
// Create a new program since codegen files were created after making the old program
var programWithCodegen = createProgram_1(definitionsHost, program_1);
tsc_1.tsc.typeCheck(host_1, programWithCodegen);
var programForJsEmit = programWithCodegen;
if (ngOptions_1.annotationsAs !== 'decorators') {
if (diagnostics_1)
console.time('NG downlevel');
tsickleCompilerHost_1.reconfigureForRun(programForJsEmit, tsickle.Pass.DECORATOR_DOWNLEVEL);
// A program can be re-used only once; save the programWithCodegen to be reused by
// metadataWriter
programForJsEmit = createProgram_1(tsickleCompilerHost_1);
tsc_1.check(tsickleCompilerHost_1.diagnostics);
if (diagnostics_1)
console.timeEnd('NG downlevel');
}
if (ngOptions_1.annotateForClosureCompiler) {
if (diagnostics_1)
console.time('NG JSDoc');
tsickleCompilerHost_1.reconfigureForRun(programForJsEmit, tsickle.Pass.CLOSURIZE);
programForJsEmit = createProgram_1(tsickleCompilerHost_1);
tsc_1.check(tsickleCompilerHost_1.diagnostics);
if (diagnostics_1)
console.timeEnd('NG JSDoc');
}