Top 10 Examples of "memfs in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'memfs' 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.
it('should keep comments', () => {
vol.fromJSON({ '/test.json': '{\n// pizza\n"bar": 42\n/* pasta */ }' });
json(filename)
.set('bar', 43)
.save();
expect(vol.toJSON()[filename]).toMatchSnapshot();
});it('returns class file with path', () => __awaiter(this, void 0, void 0, function* () {
memfs_1.vol.mkdirpSync(localPluginDir); // local
memfs_1.vol.writeFileSync(localPluginPackageFile, JSON.stringify(pkg)); // local
const pkg2 = Object.assign({}, pkg); // copy properties
pkg2.name += '-global';
memfs_1.vol.mkdirpSync(globalPluginDir); // global
memfs_1.vol.writeFileSync(globalPluginPackageFile, JSON.stringify(pkg2)); // global
const finder = new PackageBasedPluginFinder_1.PackageBasedPluginFinder(currentDir, memfs_1.fs);
const pluginData = yield finder.find();
expect(pluginData).toHaveLength(2);
const first = pluginData[0];
expect(first.file).toContain(localPluginDir);
}));
it('ignores a package that is not a plugin', () => __awaiter(this, void 0, void 0, function* () {it( 'prefers local than global', async () => {
vol.mkdirpSync( localPluginDir ); // local
vol.writeFileSync( localPluginPackageFile, JSON.stringify( pkg ) ); // local
const pkg2 = { ... pkg }; // copy properties
vol.mkdirpSync( globalPluginDir ); // global
vol.writeFileSync( globalPluginPackageFile, JSON.stringify( pkg2 ) ); // global
const finder: PackageBasedPluginFinder = new PackageBasedPluginFinder( currentDir, fs );
const pluginData: PluginData[] = await finder.find();
expect( pluginData ).toHaveLength( 1 );
const first = pluginData[ 0 ];
expect( first.name ).toEqual( pkg.name );
} );it( 'ignores a package that is not a plugin', async () => {
vol.mkdirpSync( localPluginDir ); // local
vol.writeFileSync( localPluginPackageFile, JSON.stringify( pkg ) ); // local
const pkg2 = { ... pkg }; // copy properties
pkg2.name += '-non-plugin';
pkg2[ PLUGIN_PROPERTY ] = undefined; // removes the expected property
vol.mkdirpSync( join( localModulesDir, pkg2.name ) );
vol.writeFileSync( join( localModulesDir, pkg2.name, PKG_FILENAME ), JSON.stringify( pkg2 ) );
const finder: PackageBasedPluginFinder = new PackageBasedPluginFinder( currentDir, fs );
const pluginData: PluginData[] = await finder.find();
expect( pluginData ).toHaveLength( 1 );
} );it( 'returns class file with path', async () => {
vol.mkdirpSync( localPluginDir ); // local
vol.writeFileSync( localPluginPackageFile, JSON.stringify( pkg ) ); // local
const pkg2 = { ... pkg }; // copy properties
pkg2.name += '-global';
vol.mkdirpSync( globalPluginDir ); // global
vol.writeFileSync( globalPluginPackageFile, JSON.stringify( pkg2 ) ); // global
const finder: PackageBasedPluginFinder = new PackageBasedPluginFinder( currentDir, fs );
const pluginData: PluginData[] = await finder.find();
expect( pluginData ).toHaveLength( 2 );
const first = pluginData[ 0 ];
expect( first.file ).toContain( localPluginDir );
} );it( 'ignores a package that is not a plugin', async () => {
vol.mkdirpSync( localPluginDir ); // local
vol.writeFileSync( localPluginPackageFile, JSON.stringify( pkg ) ); // local
const pkg2 = { ... pkg }; // copy properties
pkg2.name += '-non-plugin';
pkg2[ PLUGIN_PROPERTY ] = undefined; // removes the expected property
vol.mkdirpSync( join( localModulesDir, pkg2.name ) );
vol.writeFileSync( join( localModulesDir, pkg2.name, PKG_FILENAME ), JSON.stringify( pkg2 ) );
const finder: PackageBasedPluginFinder = new PackageBasedPluginFinder( currentDir, fs );
const pluginData: PluginData[] = await finder.find();
expect( pluginData ).toHaveLength( 1 );
} );it( 'prefers local than global', async () => {
vol.mkdirpSync( localPluginDir ); // local
vol.writeFileSync( localPluginPackageFile, JSON.stringify( pkg ) ); // local
const pkg2 = { ... pkg }; // copy properties
vol.mkdirpSync( globalPluginDir ); // global
vol.writeFileSync( globalPluginPackageFile, JSON.stringify( pkg2 ) ); // global
const finder: PackageBasedPluginFinder = new PackageBasedPluginFinder( currentDir, fs );
const pluginData: PluginData[] = await finder.find();
expect( pluginData ).toHaveLength( 1 );
const first = pluginData[ 0 ];
expect( first.name ).toEqual( pkg.name );
} );it( 'ignores a package that is not a plugin', async () => {
vol.mkdirpSync( localPluginDir ); // local
vol.writeFileSync( localPluginPackageFile, JSON.stringify( pkg ) ); // local
const pkg2 = { ... pkg }; // copy properties
pkg2.name += '-non-plugin';
pkg2[ PLUGIN_PROPERTY ] = undefined; // removes the expected property
vol.mkdirpSync( join( localModulesDir, pkg2.name ) );
vol.writeFileSync( join( localModulesDir, pkg2.name, PKG_FILENAME ), JSON.stringify( pkg2 ) );
const finder: PackageBasedPluginFinder = new PackageBasedPluginFinder( currentDir, fs );
const pluginData: PluginData[] = await finder.find();
expect( pluginData ).toHaveLength( 1 );
} );afterEach(function() {
vol.reset();
// expect(nock.isDone()).toBe(true);
});afterEach( () => {
vol.reset(); // erase in-memory structure
} );