mathildathompson

$(document).ready(function (){
	//Declare all variables inside document.ready up here, avoid having them dispersed throughout the programme; 
	var words = ['beagle', 'pug', 'daschund', 'kelpie'];	
	var $guess = $('#guess');
	var $guesses = $('#guesses');
	var $solution = $('#solution h1');
	var $startAgain = $('#startAgain');
	var correctGuess = [];
	var incorrectGuess = [];
	var selectedWord = _.sample(words).split('');

mathildathompson

$(document).ready(function (){
	//Declare all variables inside document.ready up here, avoid having them dispersed throughout the programme; 
	var words = ['beagle', 'pug', 'daschund', 'kelpie'];	
	var $guess = $('#guess');
	var $guesses = $('#guesses');
	var $solution = $('#solution h1');
	var $startAgain = $('#startAgain');
	var correctGuess = [];
	var incorrectGuess = [];
	var selectedWord = _.sample(words).split('');

mathildathompson

$(document).ready(function (){
	//Set up global variables here; 
	var words = ['beagle', 'pug', 'daschund', 'kelpie'];
	var correctGuess = [];
	var incorrectGuess = [];
	var selectWord;
	var $guess = $('#guess');
	var $guesses = $('#guesses');
	var $hangmanWord = $('#hangman-word');
	var updatedHangmanWord = []

mathildathompson

SECOND PROJECT DESCRIPTION

For the second project you will use your knowledge of front and back-end web development to produce an awesome web application that can be used by friends, family or others online. The type of web application you create is your choice: utilities, social networks, games, mashups, etc. Ensure however that the scope of your project is not too large so that you can reasonably complete a MVP in this time.

The objective of this project is to:

• Get experience collaborating and working in a development team.
• To gain experience integrating topics covered during this course thus far.
• Showcase your abilities to potential employers, friends, family, and community members.

You will be working in groups of 2 for this project.

mathildathompson

$(document).ready(function () {
    //Change underscore template settings; 
    _.templateSettings = {
        interpolate: /\{\{\=(.+?)\}\}/g,
        evaluate: /\{\{(.+?)\}\}/g
    };

    jsTodoApp.showTasks();

  $('#tasks').on('click', '.task .task-status', function () {

mathildathompson

//If one page contains a script tag and the other page also has the script tag then it will be cached; 
//Ajax, Microsoft did this for the web;
//Asynchronous Javascript and XML; 
//XHR is how AJAX works behind the scenes;

//Lets us cut down on the amount of data that goes to and from the server; 
//Lets webpages become realtime, an example of this is gmail, you dont need to hit refresh for new emails to come through; 
//Javacript drives the interaction between the user and the server; 
//Chat on facebook is also dont via Ajax, the small window is talking to the server; 

mathildathompson

Largest product in a series

Write a program that, when given a string of digits, can calculate the largest product for a series of consecutive digits of length n.

For example, for the input '0123456789', the largest product for a series of 3 digits is 504 (7 * 8 * 9), and the largest product for a series of 5 digits is 15120 (5 * 6 * 7 * 8 * 9).

For the input '73167176531330624919225119674426574742355349194934', the

mathildathompson

$(document).ready(function (){

	var words = ['javascript', 'processing', 'programming', 'hypertext', 'responsive'];
	var correctGuess = [];
	var incorrectGuess = [];
	var indexes = [];
	var $secretWord = $('#secretWord');
	var $wrongGuess = $('#wrongGuesses');
	selectedWord = _.sample(words).split('');
	console.log(selectedWord);

mathildathompson

//Nice to keep the html out of the Javascript file; 
.parents //This goes all the way up through the parents, we do no necessarily want to do this; 
closest //Lets you search up through the parents and stops as soon as it finds one; 
find //Searched through children; 
$task.fadeOut(function(){ //This is a call back and it waits until it fadesOut until in fadeIns again; 
   $task.appendTo('#completed');  
})

//A form by default has a method get and submits to the same URL that you are on; 

mathildathompson

# The Sieve of Eratosthenes

Write a program that uses the Sieve of Eratosthenes to find all the primes from 2 up to a given number.

The Sieve of Eratosthenes is a simple, ancient algorithm for finding all prime numbers up to any given limit.

Create your range, starting at two and ending at the given limit.

The algorithm consists of repeating the following over and over: