Login

Cloud Defense Logo

Products

Solutions

Company

Book A Live Demo

Top 10 Examples of "tree-kit in functional component" in JavaScript

Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'tree-kit' 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.

this.root.gpmHandler.on( 'mouse' , ( name , data ) => {
		self.root.emit( 'mouse' , name , data ) ;
	} ) ;
	this.root.gpmHandler.on( 'error' , ( /* error */ ) => {
		//console.log( 'mouseDrag error:' , error ) ;
	} ) ;
}




/* Key Mapping */



var keymap = tree.extend( null , Object.create( xterm.keymap ) , {

	F1: '\x1b[[A' ,
	F2: '\x1b[[B' ,
	F3: '\x1b[[C' ,
	F4: '\x1b[[D' ,
	F5: '\x1b[[E' ,

	SHIFT_F1: '\x1b[25~' ,
	SHIFT_F2: '\x1b[26~' ,
	SHIFT_F3: '\x1b[28~' ,
	SHIFT_F4: '\x1b[29~' ,
	SHIFT_F5: '\x1b[31~' ,
	SHIFT_F6: '\x1b[32~' ,
	SHIFT_F7: '\x1b[33~' ,
	SHIFT_F8: '\x1b[34~' ,
	// SHIFT F9-F12 is not supported by the Linux console
this.jobsUsing.call( jobContext , job , jobContext.callback ) ;
		}
	}
	else if ( typeof job === 'function' )
	{
		if ( this.waterfallMode && indexOfKey > 0 )
		{
			// remove the first, error arg if waterfallTransmitError is false
			//console.log( index , key , execContext.results ) ;
			args = execContext.results[ execContext.jobsKeys[ indexOfKey - 1 ] ].slice( this.waterfallTransmitError ? 0 : 1 ) ;
			args.push( jobContext.callback ) ;
			job.apply( jobContext , args ) ;
		}
		else if ( Array.isArray( this.jobsUsing ) || this.execMappingMaxInputs )
		{
			if ( Array.isArray( this.jobsUsing ) ) { args = treeExtend( null , [] , this.jobsUsing , execContext.execInputs ) ; }
			else { args = treeExtend( null , [] , execContext.execInputs ) ; }
			
			args.push( jobContext.callback ) ;
			job.apply( jobContext , args ) ;
		}
		else
		{
			job.call( jobContext , jobContext.callback ) ;
		}
	}
	else if ( Array.isArray( job ) && typeof job[ 0 ] === 'function' )
	{
		args = job.slice( 1 ) ;
		args.push( jobContext.callback ) ;
		job[ 0 ].apply( jobContext , args ) ;
	}
this.jobsUsing.call( jobContext , job , jobContext.callback ) ;
		}
	}
	else if ( typeof job === 'function' )
	{
		if ( this.waterfallMode && indexOfKey > 0 )
		{
			// remove the first, error arg if waterfallTransmitError is false
			//console.log( index , key , execContext.results ) ;
			args = execContext.results[ execContext.jobsKeys[ indexOfKey - 1 ] ].slice( this.waterfallTransmitError ? 0 : 1 ) ;
			args.push( jobContext.callback ) ;
			job.apply( jobContext , args ) ;
		}
		else if ( Array.isArray( this.jobsUsing ) || this.execMappingMaxInputs )
		{
			if ( Array.isArray( this.jobsUsing ) ) { args = treeExtend( null , [] , this.jobsUsing , execContext.execInputs ) ; }
			else { args = treeExtend( null , [] , execContext.execInputs ) ; }
			
			args.push( jobContext.callback ) ;
			job.apply( jobContext , args ) ;
		}
		else
		{
			job.call( jobContext , jobContext.callback ) ;
		}
	}
	else if ( Array.isArray( job ) && typeof job[ 0 ] === 'function' )
	{
		args = job.slice( 1 ) ;
		args.push( jobContext.callback ) ;
		job[ 0 ].apply( jobContext , args ) ;
	}
}
	}
	else if ( typeof job === 'function' )
	{
		if ( this.waterfallMode && indexOfKey > 0 )
		{
			// remove the first, error arg if waterfallTransmitError is false
			//console.log( index , key , execContext.results ) ;
			args = execContext.results[ execContext.jobsKeys[ indexOfKey - 1 ] ].slice( this.waterfallTransmitError ? 0 : 1 ) ;
			args.push( jobContext.callback ) ;
			job.apply( jobContext , args ) ;
		}
		else if ( Array.isArray( this.jobsUsing ) || this.execMappingMaxInputs )
		{
			if ( Array.isArray( this.jobsUsing ) ) { args = treeExtend( null , [] , this.jobsUsing , execContext.execInputs ) ; }
			else { args = treeExtend( null , [] , execContext.execInputs ) ; }
			
			args.push( jobContext.callback ) ;
			job.apply( jobContext , args ) ;
		}
		else
		{
			job.call( jobContext , jobContext.callback ) ;
		}
	}
	else if ( Array.isArray( job ) && typeof job[ 0 ] === 'function' )
	{
		args = job.slice( 1 ) ;
		args.push( jobContext.callback ) ;
		job[ 0 ].apply( jobContext , args ) ;
	}
	else if ( typeof job === 'object' && job instanceof async.Plan )
}
	}
	else if ( typeof job === 'function' )
	{
		if ( this.waterfallMode && indexOfKey > 0 )
		{
			// remove the first, error arg if waterfallTransmitError is false
			//console.log( index , key , execContext.results ) ;
			args = execContext.results[ execContext.jobsKeys[ indexOfKey - 1 ] ].slice( this.waterfallTransmitError ? 0 : 1 ) ;
			args.push( jobContext.callback ) ;
			job.apply( jobContext , args ) ;
		}
		else if ( Array.isArray( this.jobsUsing ) || this.execMappingMaxInputs )
		{
			if ( Array.isArray( this.jobsUsing ) ) { args = treeExtend( null , [] , this.jobsUsing , execContext.execInputs ) ; }
			else { args = treeExtend( null , [] , execContext.execInputs ) ; }
			
			args.push( jobContext.callback ) ;
			job.apply( jobContext , args ) ;
		}
		else
		{
			job.call( jobContext , jobContext.callback ) ;
		}
	}
	else if ( Array.isArray( job ) && typeof job[ 0 ] === 'function' )
	{
		args = job.slice( 1 ) ;
		args.push( jobContext.callback ) ;
		job[ 0 ].apply( jobContext , args ) ;
	}
	else if ( typeof job === 'object' && job instanceof async.Plan )
configPath = paths.configDir + paths.configFile ;

		if ( options.baseDir && ! options.baseDir.some( e => configPath.startsWith( e ) ) ) {
			throw new Error( 'Cannot load config file, path denied by baseDir option: ' + configPath_ ) ;
		}
	}

	//console.log( '\n### Trying:' , configPath , "\n" ) ;

	// Search the cache
	if ( options.fileObjectMap.has( configPath ) ) {
		// Found in the cache, exit now!
		required = options.fileObjectMap.get( configPath ) ;
		config = required instanceof kungFig.kfgCommon.KFG ? required.data : required ;

		if ( innerPath ) { config = tree.path.get( config , innerPath ) ; }
		return config ;
	}

	try {
		config = required = await this.requireAsync( configPath , paths.configExt , options ) ;
	}
	catch ( error_ ) {
		if ( error_.metaTagsOnly ) { throw error_ ; }

		error = new Error( 'Cannot load config file: ' + configPath + ' (' + error_ + ')' ) ;
		error.from = error_ ;
		error.badContent = error_.code !== 'MODULE_NOT_FOUND' ;
		error.code = error_.code ;
		throw error ;
	}
if ( ! streams.output ) {
		this.displayBody( body , incomingMessage ) ;
		this.displayTrailer( incomingMessage ) ;
	}

	term.dim.magenta( '[Received ' + ( body ? utils.byteString( body.length ) + ' ' : '' ) + 'in ' + this.lastResponse.time + 'ms]\n' ) ;

	// Various stuff
	switch ( incomingMessage.status ) {
		case 200 :
		case 201 :
			// Add a new entry to pathCompletion
			pathArray = ( query.hostname + ':' + query.port + query.pathname ).split( '/' ) ;
			if ( pathArray[ pathArray.length - 1 ] === '' ) { pathArray.pop() ; }
			tree.path.define( this.pathCompletion , pathArray , true ) ;
			break ;
		case 404 :
			// Remove the entry from pathCompletion
			pathArray = ( query.hostname + ':' + query.port + query.pathname ).split( '/' ) ;
			if ( pathArray[ pathArray.length - 1 ] === '' ) { pathArray.pop() ; }
			tree.path.delete( this.pathCompletion , pathArray ) ;
			break ;
	}

	// Handle redirections
	if ( incomingMessage.headers && incomingMessage.headers.location ) {
		switch ( incomingMessage.status ) {
			case 301 :
			case 307 :
			case 308 :
				command = { outputFile: command.outputFile , inputFile: command.inputFile } ;
if ( ! streams.output ) {
		this.displayBody( query , body , incomingMessage ) ;
		this.displayTrailer( query , incomingMessage ) ;
	}

	term.dim.magenta( '[Received ' + ( body ? this.byteString( body.length ) + ' ' : '' ) + 'in ' + this.lastResponse.time + 'ms]\n' ) ;

	// Various stuff
	switch ( incomingMessage.status ) {
		case 200 :
		case 201 :
			// Add a new entry to pathCompletion
			pathArray = ( query.hostname + ':' + query.port + query.pathname ).split( '/' ) ;
			if ( pathArray[ pathArray.length - 1 ] === '' ) { pathArray.pop() ; }
			tree.path.define( pathCompletion , pathArray , true ) ;
			break ;
		case 404 :
			// Remove the entry from pathCompletion
			pathArray = ( query.hostname + ':' + query.port + query.pathname ).split( '/' ) ;
			if ( pathArray[ pathArray.length - 1 ] === '' ) { pathArray.pop() ; }
			tree.path.delete( pathCompletion , pathArray ) ;
			break ;
	}

	// Handle redirections
	if ( incomingMessage.headers && incomingMessage.headers.location ) {
		switch ( incomingMessage.status ) {
			case 301 :
			case 307 :
			case 308 :
				command = { shellConfig: query.shellConfig } ;
var eterm = require( './eterm.js' ) ;

var	esc = tree.extend( { own: true } , Object.create( xterm256.esc ) , eterm.esc , {

	color24bits: { on: '%D%D%D' , na: true } ,	// not capable
	bgColor24bits: { on: '%D%D%D' , na: true }	// not capable
} ) ;


// So far, we derivate from xterm-256color and then just add specific things (owned properties)
// of Eterm, thus we achieve a clean inheritance model without duplicated code.

module.exports = {
	esc: esc ,
	keymap: tree.extend( { own: true } , Object.create( xterm256.keymap ) , eterm.keymap ) ,
	handler: tree.extend( { own: true } , Object.create( xterm256.handler ) , eterm.handler ) ,
	support: {
		deltaEscapeSequence: true ,
		"256colors": true ,
		"24bitsColors": false ,  // DEPRECATED
		"trueColor": false
	} ,
	colorRegister: eterm.colorRegister
} ;
"use strict" ;



var tree = require( 'tree-kit' ) ;
var xterm256 = require( './xterm-256color.js' ) ;
var gnome = require( './gnome.js' ) ;



// Remove colors
var defaultColor = '\x1b[39m' ; // back to the default color, most of time it is the same than .white
var bgDefaultColor = '\x1b[49m' ;   // back to the default color, most of time it is the same than .bgBlack


var	esc = tree.extend( { own: true } , Object.create( xterm256.esc ) , gnome.esc , {

	color24bits: { on: '\x1b[38;2;%u;%u;%um' , off: defaultColor , optimized: ( r , g , b ) => '\x1b[38;2;' + r + ';' + g + ';' + b + 'm' } ,
	bgColor24bits: { on: '\x1b[48;2;%u;%u;%um' , off: bgDefaultColor , optimized: ( r , g , b ) => '\x1b[48;2;' + r + ';' + g + ';' + b + 'm' }
} ) ;


// So far, we derivate from xterm-256color and then just add specific things (owned properties)
// of gnome, thus we achieve a clean inheritance model without duplicated code.

module.exports = {
	esc: esc ,
	keymap: tree.extend( { own: true } , Object.create( xterm256.keymap ) , gnome.keymap ) ,
	handler: tree.extend( { own: true } , Object.create( xterm256.handler ) , gnome.handler ) ,
	support: {
		deltaEscapeSequence: true ,
		"256colors": true ,

Is your System Free of Underlying Vulnerabilities?
Find Out Now