Repository of daily algorithm challenges with my solutions using JavaScript
I will update in individual files my solutions with the file name as the algorithm problem name
All code will be written in JavaScript unless otherwise noted in the filename

1/26/2017 - First Commit with pre-Coding Dojo bootcamp algorithms
1/28/2017 - Is string2 a rotation of string 1
1/30/2017 - Insert a node into a BST. Does a BST contain a certain value
1/31/2017 - Find the height of a BST
2/2/2017 - Remove a node or value from a BST while keeping it a BST
2/3/2017 - Check to see if a BST is valid
2/7/2017 - BubbleSort and SelectionSort
2/8/2017 - Helper functions for mergesort and quicksort
2/9/2017 - Quicksort
2/10/2017 - Mergesort
2/13/2017 - Union of Single-Sets and Intersection of Multi-Sets
2/15/2017 - Implement a Priority Queue using a SLL
2/20/2017 - Heap
2/27/2017 - Turn a BST into an Ordered Array
2/28/2017 - Return, if any, invalid nodes in a BST
3/2/2017 - Check to see if a BST if full and check to see if it is perfectly balanced
3/8/2017 - Given a string and open parenthesis, find the matching closing parenthesis
3/11/2017 - Stock Market, buy low - sell high!
3/14/2017 - Queues - Enqueue, Dequeue, Countqueue
3/16/2017 - C# Sorts
3/17/2017 - Given two mystery objects, do they contain the same values?
3/20/2017 - First iteration of solution to classic Knapsack problem (not complete)
3/20/2017 - Given a file, iterate through the file and print out the number of unique strings encountered (C#)
3/29/2017 - 'Zip' two SLL's into one
3/30/2017 - Solve Collatzer
4/3/2017 - Find the longest word in a string 2 ways
4/5/2017 - Given an array and an size(integer), return a new array broken down by size
4/7/2017 - Given an array and elements to remove, return an array without selected elements
5/10/2017 - Are all letters in a word in alphabetical order
5/19/2017 - Interview Coding Challenge -> given an input of employees and their availability, write an application to find out hours of availability for requested employee on specific dates.
6/6/2017 - Perform a search and replace on the sentence using the arguments provided and return the new sentence.
6/10/2017 - Given an unsorted array, return the greatest sum of any subarray
6/15/2017 - Given first node of a singly linked list, create a recursive function that returns number of nodes in that list.
8/24/2017 - Given a string such as “1,2,3,4 ; 4,5,6”, where the ; represents the split between the two sides, return in a string with no trailing whitespace or commas the intersecting numbers (numbers that happen on both sides)