YoneMoreno

## index.html
<!DOCTYPE html>
<html>
<head>
	<title></title>
</head>
<body>
	<header>
		<nav> //elementos de la abrra superior Mi Perfil, Evenetos</nav>
	</header>
	<main> //Contenido principal para el motor de búsqueda

## Repo.js
var repo = function(){
    var called = 0;

    var save = function (task){
        called++;
        console.log('Saving ' + task +
                    ' Called ' + called + ' times');
    }

    console.log('newing up task repo');

## main2.js
var Task = require('./task');
var repoFactory = require('./repoFactorywCache');

var task1 = new Task(repoFactory.getRepo('task').get(1));
var task2 = new Task(repoFactory.getRepo('task').get(2));

var user = repoFactory.getRepo('user').get(1);
var project = repoFactory.getRepo('project').get(1);

task1.user = user;

## main.js
var Task = require('./task');
var Repo = require('./taskRepository');

var task1 = new Task(Repo.get(1));

var task2 = new Task({name: 'create a demo for modules'});
var task3 = new Task({name: 'create a demo for singletons'});
var task4 = new Task({name: 'create a demo for prototypes'});

task1.complete();

## mainConstructorPattern.js
var Task = require('./taskConstructorPattern');

var task1 = new Task('create a demo for constructors');
var task2 = new Task('create a demo for modules');
var task3 = new Task('create a demo for singletons');
var task4 = new Task('create a demo for prototypes');

task1.complete();
task2.save();
task3.save();

## taskConstructorPattern.js
var Task = function(name){
	this.name=name;
	this.completed=false;

	this.complete = function(){
		console.log('completing task: ' + this.name);
		this.completed=true;
	}

	this.save = function(){

## exercise1KyleAdvancedJS.js
A();

function C() {
	console.log("C");
	d();
}

function E(f) {
	console.log("E");
	f();

## PracticeGoing&UpYDKJS.js
const taxRate = 0.07;
const phonePrice = Number(prompt("What is the price for the phone you are looking for?"));
const accessoryPrice = Number(prompt("How much bucks does the accesory cost?"));
const spendingThreshold = 200;

var accountBalance = Number(prompt("How much IS YOUR BANK ACCOUNT?"));

function calculateTax(purchasePrice){

	return purchasePrice + purchasePrice*taxRate;

## FinalMathGameWIthReact.js
//A function to check if n is reachable which whatever pair's sum in arr
//Esta función está creadar por Samer Buna, el resto del código es mío siguiendo su curso en
// https://app.pluralsight.com/library/courses/react-js-getting-started/table-of-contents
//Instructions execute it on https://jscomplete.com/repl/
var possibleCombinationSum = function(arr, n) {
  if (arr.indexOf(n) >= 0) { return true; }
  if (arr[0] > n) { return false; }
  if (arr[arr.length - 1] > n) {
    arr.pop();
    return possibleCombinationSum(arr, n);

## DoneStatus.js
const Stars = (props) => {

/*
let stars = [];
for(let i=0; i<numberOfStars; i++){
	stars.push(<i key={i} className="fa fa-star"></i>);
}
*/
	return (
  	<div className="col-5">
	<!DOCTYPE html>
	<html>
	<head>
	<title></title>
	</head>
	<body>
	<header>
	<nav> //elementos de la abrra superior Mi Perfil, Evenetos</nav>
	</header>
	<main> //Contenido principal para el motor de búsqueda
	var repo = function(){
	var called = 0;

	var save = function (task){
	called++;
	console.log('Saving ' + task +
	' Called ' + called + ' times');
	}

	console.log('newing up task repo');
	var Task = require('./task');
	var repoFactory = require('./repoFactorywCache');

	var task1 = new Task(repoFactory.getRepo('task').get(1));
	var task2 = new Task(repoFactory.getRepo('task').get(2));

	var user = repoFactory.getRepo('user').get(1);
	var project = repoFactory.getRepo('project').get(1);

	task1.user = user;
	var Task = require('./task');
	var Repo = require('./taskRepository');

	var task1 = new Task(Repo.get(1));

	var task2 = new Task({name: 'create a demo for modules'});
	var task3 = new Task({name: 'create a demo for singletons'});
	var task4 = new Task({name: 'create a demo for prototypes'});

	task1.complete();
	var Task = require('./taskConstructorPattern');

	var task1 = new Task('create a demo for constructors');
	var task2 = new Task('create a demo for modules');
	var task3 = new Task('create a demo for singletons');
	var task4 = new Task('create a demo for prototypes');

	task1.complete();
	task2.save();
	task3.save();
	var Task = function(name){
	this.name=name;
	this.completed=false;

	this.complete = function(){
	console.log('completing task: ' + this.name);
	this.completed=true;
	}

	this.save = function(){
	A();

	function C() {
	console.log("C");
	d();
	}

	function E(f) {
	console.log("E");
	f();
	const taxRate = 0.07;
	const phonePrice = Number(prompt("What is the price for the phone you are looking for?"));
	const accessoryPrice = Number(prompt("How much bucks does the accesory cost?"));
	const spendingThreshold = 200;

	var accountBalance = Number(prompt("How much IS YOUR BANK ACCOUNT?"));

	function calculateTax(purchasePrice){

	return purchasePrice + purchasePrice*taxRate;
	//A function to check if n is reachable which whatever pair's sum in arr
	//Esta función está creadar por Samer Buna, el resto del código es mío siguiendo su curso en
	// https://app.pluralsight.com/library/courses/react-js-getting-started/table-of-contents
	//Instructions execute it on https://jscomplete.com/repl/
	var possibleCombinationSum = function(arr, n) {
	if (arr.indexOf(n) >= 0) { return true; }
	if (arr[0] > n) { return false; }
	if (arr[arr.length - 1] > n) {
	arr.pop();
	return possibleCombinationSum(arr, n);
	const Stars = (props) => {

	/*
	let stars = [];
	for(let i=0; i<numberOfStars; i++){
	stars.push(<i key={i} className="fa fa-star"></i>);
	}
	*/
	return (
	<div className="col-5">