Andrii Gubanov finom

## addeventlistener.js
( function( win, doc, s_add, s_rem ) {
	if( doc[s_add] ) return;
	Element.prototype[ s_add ] = win[ s_add ] = doc[ s_add ] = function( on, fn, self ) {
		return (self = this).attachEvent( 'on' + on, function(e){
			var e = e || win.event;
			e.target = e.target || e.srcElement;
			e.preventDefault  = e.preventDefault  || function(){e.returnValue = false};
			e.stopPropagation = e.stopPropagation || function(){e.cancelBubble = true};
			e.which = e.button ? ( e.button === 2 ? 3 : e.button === 4 ? 2 : e.button ) : e.keyCode;
			fn.call(self, e);

## Hello World.html
<!DOCTYPE html>
<html>
    <head>
        <title>My first application on the base of Matreshka</title>
    </head>
    <body>
        <input type="text" class="my-input">
        <div class="my-output"></div>
        <script src="http://cdn.jsdelivr.net/matreshka/latest/matreshka.min.js"></script>
        <script src="js/app.js"></script>

## Hello World.js
var Application = Class({
    'extends': Matreshka,
    constructor: function() {

        // bind x property to the text field
        this.bindNode( 'x', '.my-input' );

        // bind x property and block to my-output class
        this.bindNode( 'x', '.my-output', {
            setValue: function( v ) {

## data.js
var data = [{
		name: 'Ida T. Heath',
		email: 'ida@dayrep.com',
		phone: '507-879-9766'
	}, {
		name: 'Robert C. Burkhardt',
		email: 'rburkhardt@teleworm.us',
		phone: '321-252-5698'
	}, {
		name: 'Gerald S. Reaves',

## orderby.js
var orderBy = function(arr, keys, orders) {
	var defaultOrder = 'asc',
		newArr,
		length,
		i,
		commonOrder;


	if ('length' in arr && typeof arr == 'object') {
		if (!(orders instanceof Array)) {

## getUniqueNumber.js
// Some math based on https://en.wikipedia.org/wiki/Discrete_logarithm
// The function fastModularExponentiation allow to generate
// pseudo-random unique number from 0 to prime - 1.
// In other words every gotten number is converted to another number and returned numbers are unique
// Warning! When number arg is more than prime then returned numbers are going to be repeated
// thus for biggrer numbers we'll need to choose bigger prime number.

// The implementation if fastModularExponentiation is taken there https://gist.github.com/krzkaczor/0bdba0ee9555659ae5fe
// Primitive root calc: http://www.bluetulip.org/2014/programs/primitive.html

## r.js
r=(f,d=document)=>d.readyState[0]=='l'?d.addEventListener('DOMContentLoad',f):f()

## postCSSImportLoadJSHook.js
const readCache = require('read-cache');
const fs = require('fs');
const { NodeVM, VMScript } = require('vm2');
const optional = require('optional');

/*
  The function enhances postcss import plugin allowing CSS files to @import JS files
  which, in their turn, import a valid PostCSS string.

  Example code:

## NiceGradient.js
/*
  Usage:
  <NiceGradient index={9} style={StyleSheet.absoluteFill} />
  Where index is an index from gradients array (0...14) based on https://www.behance.net/gallery/62158409/Gradients-Color-Style
*/
import React from 'react';
import { LinearGradient } from 'expo-linear-gradient';

export const gradients = [
  ['#FF6CAB', '#7366FF'],

## Touchable.js
import { TouchableOpacity, TouchableNativeFeedback, Platform } from 'react-native';
import { createElement } from 'react';

// use TouchableNativeFeedback for android and TouchableOpacity for ios
// use TouchableOpacity with activeOpacity=1 for both platforms if disabled=true
const Touchable = ({
  disabled,
  onPress,
  ...props
}) => {
	( function( win, doc, s_add, s_rem ) {
	if( doc[s_add] ) return;
	Element.prototype[ s_add ] = win[ s_add ] = doc[ s_add ] = function( on, fn, self ) {
	return (self = this).attachEvent( 'on' + on, function(e){
	var e = e \|\| win.event;
	e.target = e.target \|\| e.srcElement;
	e.preventDefault = e.preventDefault \|\| function(){e.returnValue = false};
	e.stopPropagation = e.stopPropagation \|\| function(){e.cancelBubble = true};
	e.which = e.button ? ( e.button === 2 ? 3 : e.button === 4 ? 2 : e.button ) : e.keyCode;
	fn.call(self, e);
	<!DOCTYPE html>
	<html>
	<head>
	<title>My first application on the base of Matreshka</title>
	</head>
	<body>
	<input type="text" class="my-input">
	<div class="my-output"></div>
	<script src="http://cdn.jsdelivr.net/matreshka/latest/matreshka.min.js"></script>
	<script src="js/app.js"></script>
	var Application = Class({
	'extends': Matreshka,
	constructor: function() {

	// bind x property to the text field
	this.bindNode( 'x', '.my-input' );

	// bind x property and block to my-output class
	this.bindNode( 'x', '.my-output', {
	setValue: function( v ) {
	var data = [{
	name: 'Ida T. Heath',
	email: 'ida@dayrep.com',
	phone: '507-879-9766'
	}, {
	name: 'Robert C. Burkhardt',
	email: 'rburkhardt@teleworm.us',
	phone: '321-252-5698'
	}, {
	name: 'Gerald S. Reaves',
	var orderBy = function(arr, keys, orders) {
	var defaultOrder = 'asc',
	newArr,
	length,
	i,
	commonOrder;


	if ('length' in arr && typeof arr == 'object') {
	if (!(orders instanceof Array)) {
	// Some math based on https://en.wikipedia.org/wiki/Discrete_logarithm
	// The function fastModularExponentiation allow to generate
	// pseudo-random unique number from 0 to prime - 1.
	// In other words every gotten number is converted to another number and returned numbers are unique
	// Warning! When number arg is more than prime then returned numbers are going to be repeated
	// thus for biggrer numbers we'll need to choose bigger prime number.

	// The implementation if fastModularExponentiation is taken there https://gist.github.com/krzkaczor/0bdba0ee9555659ae5fe
	// Primitive root calc: http://www.bluetulip.org/2014/programs/primitive.html
	const readCache = require('read-cache');
	const fs = require('fs');
	const { NodeVM, VMScript } = require('vm2');
	const optional = require('optional');

	/*
	The function enhances postcss import plugin allowing CSS files to @import JS files
	which, in their turn, import a valid PostCSS string.

	Example code:
	/*
	Usage:
	<NiceGradient index={9} style={StyleSheet.absoluteFill} />
	Where index is an index from gradients array (0...14) based on https://www.behance.net/gallery/62158409/Gradients-Color-Style
	*/
	import React from 'react';
	import { LinearGradient } from 'expo-linear-gradient';

	export const gradients = [
	['#FF6CAB', '#7366FF'],
	import { TouchableOpacity, TouchableNativeFeedback, Platform } from 'react-native';
	import { createElement } from 'react';

	// use TouchableNativeFeedback for android and TouchableOpacity for ios
	// use TouchableOpacity with activeOpacity=1 for both platforms if disabled=true
	const Touchable = ({
	disabled,
	onPress,
	...props
	}) => {