Hacktoberfest2020-Algorithms

You can add a new folder for your favourite programming (if not already present) language and start adding algorithms to the folder.

Star this repository.
Click on the fork button on the top right corner of this page.
Now go to http://github.com/{your_username}/hacktoberfest2020-algorithms where you can see your own fork of this repo.
Open the terminal and clone your fork using

git clone http://github.com/{your_username}/hacktoberfest2020-algorithms

Before you make any changes, keep your fork in sync to avoid merge conflicts:
```
git remote add upstream https://github.com/dscpvgcoet/hacktoberfest2020-algorithms.git
git pull upstream main
```
If you run into a merge conflict, you have to resolve the conflict. There are a lot of guides online, or you can try this one by opensource.com.
Now go inside the directory "hacktoberfest2020-algorithms" and checkout to a new branch with name of your choice

git checkout -b {branch_name}

git add {folder_name/file_name}

git commit -m '{Your commit message}'

git push origin {branch_name}

Go to http://github.com/{your_username}/hacktoberfest2020-algorithms , on the left there is a button to change your branch. Click on it and select {branch_name}.
Now you will be able see a button named "Pull request". Click on it.
Add appropriate message and click the "Create Pull Request" button.

If you get a message like "This branch is X commits ahead, Y commits behind" then visit this thread and follow the steps. Also don't forget to push and pull from proper branches (observe that we have a main branch instead of master).
In case of merge conflict visit this thread.

Name		Name	Last commit message	Last commit date
Latest commit History 265 Commits
.vs		.vs
C		C
Cpp		Cpp
Java		Java
JavaScript		JavaScript
Python		Python
.gitignore		.gitignore
Add 1 to number represented by the linked list.cpp		Add 1 to number represented by the linked list.cpp
Create Bottom view of the Binary tree.cpp		Create Bottom view of the Binary tree.cpp
Create Merge sort on doubly linked list.cpp		Create Merge sort on doubly linked list.cpp
Create Right view of a binary tree.cpp		Create Right view of a binary tree.cpp
Create Rotate doubly linked list.cpp		Create Rotate doubly linked list.cpp
Kadane's Algorithm		Kadane's Algorithm
Print Nodes in Top view of Binary tree.cpp		Print Nodes in Top view of Binary tree.cpp
README.md		README.md
Reverse Linked List by Recursive Method.cpp		Reverse Linked List by Recursive Method.cpp
fibonacci.cpp		fibonacci.cpp

Provide feedback