* fix: corrected method return value following Dart's newest linter version
* feat: added Dart recursion examples for chapter 3
* feat: added quicksort example in Dart for chapter 4
* feat: added examples in Dart for the chapter 5
* feat: added Dart example for chapter 6 bfs
* feat: added djikstra example in Dart for chapter 7
* feat: added example of set covering in Dart for chapter 8
* feat: added examples for dynamic programming in dart for chapter 9
* add zig examples
* improved zig binary search
This commit improves the binary search code in zig. The function has
been made generic and the logic has been cleaned up a bit.
The code has been updated to work with zig versions >= 0.9
* simplify zig selection sort
This commit simplifies the logic of the zig selection sort. It now swaps
in place the elements of the array instead of creating another array.
This avoids allocating heap memory.
The code has also been upgraded to zig version 0.9.1
* make zig recursion examples generic
This commit modifies the zig examples for the recursion chapter to be
generic. It also updates the code to zig version 0.9.1
* update chapter 4 examples
This commit updates the zig examples in chapter 4. In particular
examples have been made generic where possible. The code has been
updated to zig version 0.9.1
* update zig hash table examples
This commit updates the examples for the chapter 5 about hash tables.
Some improvements have been done (using a set instead of a map). The
code has been updated to zig version 0.9.1
* update breadth first search zig example
This commit updates the zig example for the breadth first search
algorithm. It adds a unit test and updates the code to zig version 0.9.1
* revamp zig dijkstra example
* add comments in dijkstra zig
* fix zig greedy algorithm
* add test for zig dijkstra
* add test for zig greedy algorithm
* improve zig chapter 9 exercise
This commit improves the zig exercise to comput the longest common
subsequence.
A main function has been added and the allocator code has been extracted
from the `subsequence` function.
Original function does not work when input array is empty or contains a single value. In the revised code, base case has been augmented to support those. Works successfully for all these test cases: find_max([1, 12, 8, 5]), find_max([]), find_max([1])
The Definition of a Zero Factorial
Because zero has no lower numbers but is still in and of itself a number, there is still but one possible combination of how that data set can be arranged: it cannot. This still counts as one way of arranging it, so by definition, a zero factorial is equal to one, just as 1! is equal to one because there is only a single possible arrangement of this data set.
The original code does not return the value in the if-clause and the return statement in the else-clause, which led to the function returning None at the end of the countdown (5, 4, 3, 2, 1, 0, None).
* binary search c++
* selection sort c++11
* c++ recursive countdown
* c++ recursion
* c++ quicksort
* rename folder names to c++11
* add another version of binary_search function
* c++11 hash tables
* c++11 breadth-first search
* Create 01_countdown.pl
Recursion example #1 written in Perl 5
* Create 02_greet.pl
Recirsion example #2 written in Perl 5
* Create 03_factorial.pl
Recursion example #3 written in Perl 5
* Update 01_selection_sort.py
Updated last print statement for Python 3 print function.
* Update 01_countdown.py
Updated print statement to print function for Python 3.
* Update 05_quicksort.py
Updated print statement to print function for Python 3.
* Update 01_price_of_groceries.py
Condensed dictionary creation into one line, edited print statement to a print function for Python 3.
* Update 01_set_covering.py
Changed print statement to print function for Python 3.
* Update 01_binary_search.py
Changed print statements to print function for Python 3.
* add ES6 example for binary search
* add ES6 example for selection sort
* add ES6 example for countdown
* add ES6 example for greet
* add ES6 example for factorial
* edit ES6 example for quicksort
* add ES6 example for loop sum
* add ES6 example for recursive sum
* add ES6 example for recursive count
* add ES6 example for recursive max
* add ES6 example for price of groceries
* add ES6 example for check voter
* add ES6 example for breadth-first search
* add ES6 example for dijkstras algorithm
* edit ES6 example for dijkstras algorithm
* edit ES6 example for set covering
* add ES6 example for longest common subsequence
* Adding binary search example for Haskell
* Adding selection sort example in Haskell
* Adding Haskell examples for chapter 3
* Adding examples for chapter 4
* Adding examples for chapter 5
* Adding git ignore
* Add Haskell example for BFS
* code for chapters 3-9 in Java
* code for chapters 1 in Java
* code for chapter 2 in Java
* missing CheckVoter for chapter 5 in Java
* add missing sample output for SetCovering as a comment
* 01_binary_search Swift 3.0.2
* 01_binary_search Swift 3.0.2
* add Chapter 2 - 01_selection_sort Swift 3.0.2 example
* 01_binary_search cosmetic note updates Swift 3.0.2
* 03_recursion Swift 3.0.2 examples
* 04_quicksort Swift 3.0.2 examples
* fix typo on quicksort example. Swift 3.0.2
* add 05_hash_tables examples on Swift 3.0.2
* add 01_breadth-first_search Swift 3.0.2 example
* 01_breadth-first_search fixing typo Swift 3.0.2
* add 01_dijkstras_algorithm on Swift 3.0.2
* add 08_greedy_algorithms Swift 3.0.2 example
* 01_longest_common_subsequence Swift 3.0.2 example
