Top 10 Examples of "through2-filter in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'through2-filter' 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.
_colourfn(wrap(expected, 34)) + '\n'
}
callback(null, output)
}
function flush (_callback) {
outputStream.push('\n' + chalk.yellow(repeat('\u2500', 80)) + '\n\n')
this.emit(equal ? 'pass' : 'fail', this.__(equal ? 'compare.pass' : 'compare.fail'))
_callback(null)
callback(null, equal) // process() callback
}
outputStream = through2.obj(transform.bind(this), flush.bind(this))
tuple(this.submissionStdout.pipe(split()).pipe(filter.obj(checkSenecaLogs)),
this.solutionStdout.pipe(split()).pipe(filter.obj(checkSenecaLogs)))
.pipe(outputStream)
.pipe(process.stdout)
}function parseUploadPack(opts) {
var filter = throughFilter.obj(function(line) {
return line.type == parsePktLineMeta.TYPES.PACKFILE;
});
return combine.obj(
// Parse as lines
parsePktLines(),
// Parse metatdata of lines
parsePktLineMeta(),
// Filter packs
filter,
// Parse pack as objects
parsePack(opts),return combine.obj(
// Parse as lines
parsePktLines(),
// Parse metatdata of lines
parsePktLineMeta(),
// Filter packs
filter,
// Parse pack as objects
parsePack(opts),
// Not sure why... But without this filter, .on('data') doesn't work
throughFilter.obj(function() {
return true;
})
);
}// We map a hash to multiple fileObj's because the same file
// might live in two different locations
if (Array.isArray(shaMap[fileObj.hash])) {
shaMap[fileObj.hash].push(fileObj)
} else {
shaMap[fileObj.hash] = [fileObj]
}
cb(null)
})
}
// transform stream ctor that filters folder-walker results for only files
exports.fileFilterCtor = objFilterCtor(fileObj => {
return fileObj.type === 'file'
})
exports.fnFilterCtor = objFilterCtor(fileObj => {
// filter additional files out of our fn pipeline
return fileObj.type === 'file' && !!fileObj.runtime
})
// Zip a file into a temporary directory
function zipFunction(item, tmpDir, cb) {
const zipPath = path.join(tmpDir, item.normalizedPath + '.zip')
const output = fs.createWriteStream(zipPath)
const archive = archiver('zip')
archive.file(item.filepath, { name: item.basename })
archive.finalize()module.exports = makeTrackDict
function makeTrackDict (paths, cb) {
var newTrackDict = {}
var dest = concatTrackDict(newTrackDict)
pump(walker(paths), FileFilter(), dest, handleEos)
// Return dest so we can destroy it
return dest
function handleEos (err) {
if (err) return cb(err)
log.info('')
cb(null, newTrackDict)
}
}
var FileFilter = filter.objCtor(isValidFile)
function isValidFile (data, enc, cb) {
if (data.type !== 'file') return false
var ext = path.extname(data.basename).substring(1)
return validExtensions.includes(ext)
}
function concatTrackDict (obj) {
function writeTrackDict (data, enc, cb) {
log.info(`Scanning ${data.filepath}`)
parseMetadata(data, handleMeta)
function handleMeta (err, meta) {
if (err) throw err
obj[meta.filepath] = meta
cb(null)if (Array.isArray(shaMap[fileObj.hash])) {
shaMap[fileObj.hash].push(fileObj)
} else {
shaMap[fileObj.hash] = [fileObj]
}
cb(null)
})
}
// transform stream ctor that filters folder-walker results for only files
exports.fileFilterCtor = objFilterCtor(fileObj => {
return fileObj.type === 'file'
})
exports.fnFilterCtor = objFilterCtor(fileObj => {
// filter additional files out of our fn pipeline
return fileObj.type === 'file' && !!fileObj.runtime
})
// Zip a file into a temporary directory
function zipFunction(item, tmpDir, cb) {
const zipPath = path.join(tmpDir, item.normalizedPath + '.zip')
const output = fs.createWriteStream(zipPath)
const archive = archiver('zip')
archive.file(item.filepath, { name: item.basename })
archive.finalize()
pump(archive, output, err => {
if (err) return cb(err)if (Array.isArray(shaMap[fileObj.hash])) {
shaMap[fileObj.hash].push(fileObj)
} else {
shaMap[fileObj.hash] = [fileObj]
}
statusCb({
type: 'hashing',
msg: `Hashing ${fileObj.relname}`,
phase: 'progress'
})
cb(null)
})
}
// transform stream ctor that filters folder-walker results for only files
exports.fileFilterCtor = objFilterCtor(fileObj => {
return fileObj.type === 'file'
})var tcAnalysis = function(period) {
return helpers.codeMaat.temporalCouplingAnalysis(helpers.files.vcsNormalisedLog(period))
.pipe(filter.obj(_.partial(utils.pathMatchers.isCoupledWith, context.parameters.targetFile)));
};module.exports.create = function create() {
return filter.obj(_.negate(isNullIslandPostalCode));
};run: function(publisher) {
publisher.enableDiagram('sum-of-coupling');
var stream = helpers.codeMaat.sumCouplingAnalysis(helpers.files.vcsNormalisedLog(context.dateRange))
.pipe(filter.obj(function(obj) { return context.repository.fileExists(obj.path); }));
return utils.json.objectArrayToFileStream(publisher.addReportFile(), stream);
}
}, vcsFunctions.vcsLogDump);