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136-jquery-ajax-revised

ajaxified

An ajaxified task list

android_course

Introductory course taught at University of Minnesota for Android programming.

angularjs

Getting extraordinarily familiar with AngularJS by building an eCommerce Application

apple_tree

Aid apple in restructuring the executive team.

assessment

Output may be viewed in the JavaScript Console if using Chrome.

assignment

An exercise demonstrating the has_many :through association.

authfromscratch

Authentication in rails from scratch.

awesomeness

Create a Ruby class that is initialized with an array of objects. Instances of your newly created class should be able to identify the most awesome object, the average awesomeness of all the objects, and it should provide a method that will print out a list of the top 10 most awesome objects. Make sure to include tests.

best_quotes

"Best-quotes" application used for testing "rulers" gem.

blgr2

bottles

99 bottles in Ruby. All tests must pass.

cf-schwag-store

Code Fellows store, selling the inventory of branded swag.

claibornepatent

Claibornepatent React Web Application

claibornepatent-netlify

claibornepatenttwo

claibornepatenttwo-netlify

code-rails

comic-book-gallery

ctci

Selected problems from Cracking the Coding Interview in Ruby

deckofcards

Create a Ruby Class to model a deck of playing cards

deduplicate

A program written by me in Ruby to remove duplicates from a linked list.

development-project-csharp

C# Development Project - ITI

fibonacci

Fibonacci program. Create a method that accepts input n, and returns the nth fibonacci number.

fizzbuzz

fizzbuzz-1

FizzBuzz Challenge: For multiples of three return “Fizz”, and for the multiples of five return “Buzz”. For numbers which are multiples of both three and five return “FizzBuzz”, and in all other cases return the number.

foundation

gemstore

Gemstore E-commerce website built with AngularJS and Bootstrap.

handsontable

Handsontable is a minimalist Excel-like data grid editor for HTML & JavaScript

happynumber

Write an algorithm to determine if a number is "happy". A happy number is a number defined by the following process: Starting with any positive integer, replace the number by the sum of the squares of its digits, and repeat the process until the number equals 1 (where it will stay), or it loops endlessly in a cycle which does not include 1.