Git Cheat Sheet

Git Cheat Sheet is a comprehensive quick guide for learning Git concepts, from very basic to advanced levels. By this Git Cheat Sheet, our aim is to provide a handy reference tool for both beginners and experienced developers/DevOps engineers. This git cheat sheet not only makes it easier for newcomers to get started but also serves as a refresher for experienced professionals.

Git and GitHub are essential tools for developers to efficiently manage their code, collaborate with others, and to contribute in open-source projects.

In this Git Cheat Sheet, we’ve covered all the basics to advanced Git commands that the developers required during the development and deployment process. Moreover, it is well-structured and categorized according to different use cases. It includes Git and GitHub, Git download, Git Configuration & Setup, Git commands, Git bash, Creating and Getting Git Projects, Git Snapshots, Branching and Merging in Git, Sharing and Updating in Git, Git Comparison, Managing History in Git, and more.

Git Cheat Sheet

What is Git?

Git is the free and open-source distributed version control systems that’s responsible for everything GitHub related that happens locally on your computer.

Understanding Version Control

Version control, also known as source control, is the technique of tracking and managing changes to codes and these are the systems that are software tools that enable software teams to manage modifications to source code as time passes.

What is GitHub?

GitHub is a widely-used Free-to-use cloud Storage platform with version control and many other essential features that specifically helps developers to manage and deploy their projects on GitHub.

Benefits of Using Git

History Tracking: Git allows you to track every change made in your project, including: who made the change and when it was made.

Collaboration: Multiple developers can be able work on the same project at the same time, and Git efficiently manages the merging of changes in code.

Branching and Merging: Git enables developers to create branches to work on new features or bug fixes and later merge them back into the main codebase.

Offline Work: Git works offline, which means you can commit changes and work on your project even without an internet connection.

Learn Git Cheat Sheet (Basic to Advanced Concepts)

• Git Installation Commands
• Git Configuration & Setup
• Initializing a Repository
• Basic Git Commands
• Git Commit (Updated Commands)
• Branching and Merging
• Remote Repositories
• Git Comparison
• Git Managing History
• Why use Git?
• FAQs on Git Cheat Sheet

Learn Git Cheat Sheet (Basic to Advanced Concepts)

Git Installation Commands

Here are the Git installation commands for different operating systems:

Commands	Description
Git for Windows stand-alone installer.	For more Details Read Here
$ brew install git	Install Git with Homebrew on Mac OS
$ sudo port selfupdate	Install Git with MacPorts on Mac OS
$ sudo apt-get install git	Install Command for Linux
$ git –version	Shows the current version of your Git

Git Configuration & Setup

Here are Git configuration and setup commands:

Commands	Description
git config –global user.name “Your Name”	Set your username globally.
git config –global user.email “youremail@example.com”	Set your email globally.
git config –global color.ui auto –	Set to display colored output in the terminal
git help	Display the main help documentation, showing a list of commonly used Git commands.

Initializing a Repository  

Here are the Git initializing a repository commands:

Commands	Description
git init	Initializes a new Git repository in the current directory.
git init <directory>	Creates a new Git repository in the specified directory.
git clone <repository_url>	this Clones a repository from a remote server to your local machine.
git clone –branch <branch_name> <repository_url>	Clones a specific branch from a repository.

Basic Git Commands

Here are some basic Git commands:

Commands	Description
git add <file>	Adds a specific file to the staging area.
git add . or git add –all	Adds all modified and new files to the staging area.
git status	Shows the current state of your repository, including tracked and untracked files, modified files, and branch information.
git status –ignored	Displays ignored files in addition to the regular status output.
git diff	Shows the changes between the working directory and the staging area (index).
git diff <commit1> <commit2>	Displays the differences between two commits.
git diff –staged or git diff –cached	Displays the changes between the staging area (index) and the last commit.
git diff HEAD	Display the difference between the current directory and the last commit
git commit	Creates a new commit with the changes in the staging area and opens the default text editor for adding a commit message.
git commit -m “<message>” or git commit –message “<message>”	Creates a new commit with the changes in the staging area and specifies the commit message inline.
git commit -a or git commit –all	Commits all modified and deleted files in the repository without explicitly using git add to stage the changes.
git notes add	Creates a new note and associates it with an object (commit, tag, etc.).
git restore <file>	Restores the file in the working directory to its state in the last commit.
git reset <commit>	Moves the branch pointer to a specified commit, resetting the staging area and the working directory to match the specified commit.
git reset –soft <commit>	Moves the branch pointer to a specified commit, preserving the changes in the staging area and the working directory.
git reset –hard <commit>	Moves the branch pointer to a specified commit, discarding all changes in the staging area and the working directory, effectively resetting the repository to the specified commit.
git rm <file>	Removes a file from both the working directory and the repository, staging the deletion.
git mv	Moves or renames a file or directory in your Git repository.

Git Commit (Updated Commands)

Here are some of the updated commands for Git commit:

Commands	Description
git commit -m “feat: message”	Create a new commit in a Git repository with a specific message to indicate a new feature commit in the repository.
git commit -m “fix: message”	Create a new commit in a Git repository with a specific message to fix the bugs in codebases
git commit -m “chore: message”	Create a new commit in a Git repository with a specific message to show routine tasks or maintenance.
git commit -m “refactor: message”	Create a new commit in a Git repository with a specific message to change the code base and improve the structure.
git commit -m “docs: message”	Create a new commit in a Git repository with a specific message to change the documentation.
git commit -m “style: message”	Create a new commit in a Git repository with a specific message to change the styling and formatting of the codebase.
git commit -m “test: message”	Create a new commit in a Git repository with a specific message to indicate test-related changes.
git commit -m “perf: message”	Create a new commit in a Git repository with a specific message to indicate performance-related changes.
git commit -m “ci: message”	Create a new commit in a Git repository with a specific message to indicate the continuous integration (CI) system-related changes.
git commit -m “build: message”	Create a new commit in a Git repository with a specific message to indicate the changes related to the build process.
git commit -m “revert: message”	Create a new commit in a Git repository with a specific message to indicate the changes related to revert a previous commit.

Branching and Merging

Here are some Git branching and merging commands:

Commands	Description
git branch	Lists all branches in the repository.
git branch <branch-name>	Creates a new branch with the specified name.
git branch -d <branch-name>	Deletes the specified branch.
git branch -a	Lists all local and remote branches.
git branch -r	Lists all remote branches.
git checkout <branch-name>	Switches to the specified branch.
git checkout -b <new-branch-name>	Creates a new branch and switches to it.
git checkout — <file>	Discards changes made to the specified file and revert it to the version in the last commit.
git merge <branch>	Merges the specified branch into the current branch.
git log	Displays the commit history of the current branch.
git log <branch-d	Displays the commit history of the specified branch.
git log –follow <file>	Displays the commit history of a file, including its renames.
git log –all	Displays the commit history of all branches.
git stash	Stashes the changes in the working directory, allowing you to switch to a different branch or commit without committing the changes.
git stash list	Lists all stashes in the repository.
git stash pop	Applies and removes the most recent stash from the stash list.
git stash drop	Removes the most recent stash from the stash list.
git tag	Lists all tags in the repository.
git tag <tag-name>	Creates a lightweight tag at the current commit.
git tag <tag-name> <commit>	Creates a lightweight tag at the specified commit.
git tag -a <tag-name> -m “<message>”	Creates an annotated tag at the current commit with a custom message.

Remote Repositories

Here are some Git remote repositories commands:

Commands	Description
git fetch	Retrieves change from a remote repository, including new branches and commit.
git fetch <remote>	Retrieves change from the specified remote repository.
git fetch –prune	Removes any remote-tracking branches that no longer exist on the remote repository.
git pull	Fetches changes from the remote repository and merges them into the current branch.
git pull <remote>	Fetches changes from the specified remote repository and merges them into the current branch.
git pull –rebase	Fetches changes from the remote repository and rebases the current branch onto the updated branch.
git push	Pushes local commits to the remote repository.
git push <remote>	Pushes local commits to the specified remote repository.
git push <remote> <branch>	Pushes local commits to the specified branch of the remote repository.
git push –all	Pushes all branches to the remote repository.
git remote	Lists all remote repositories.
git remote add <name> <url>	Adds a new remote repository with the specified name and URL.

Git Comparison

Here are some Git comparison commands:

Commands	Description
git show	Shows the details of a specific commit, including its changes.
git show <commit>	Shows the details of the specified commit, including its changes.

Git Managing History

Here are some Git managing history commands:

Commands	Description
git revert <commit>	Creates a new commit that undoes the changes introduced by the specified commit.
git revert –no-commit <commit>	Undoes the changes introduced by the specified commit, but does not create a new commit.
git rebase <branch>	Reapplies commits on the current branch onto the tip of the specified branch.

Why use Git?

Here are some of the reasons why you might want to use Git:

• Track changes to your code
• Collaborate on projects with others
• Maintain an organized code history
• Easily revert to previous versions when needed
• Release your code efficiently and manage versions
• Enhance productivity and code integrity in software development.

Conclusion

In conclusion, This Git Cheat Sheet is thoughtfully organized and categorized, making it easy for developers to quickly find the commands they need for specific use cases. Whether it’s configuring and setting up Git, creating and managing projects, taking snapshots, branching and merging, sharing and updating, comparing changes, or managing version history, the Git Cheat Sheet covers it all.

By utilizing this resource, developers can enhance their productivity and efficiency in working with Git, ultimately leading to smoother and more successful software development projects.

Related Resource:

• Git vs GitHub
• Git Commands
• How Git Version Control Works?

FAQs on Git Cheat Sheet

Q.1 What is the difference between Git and GitHub?

Git is a version control system that allows developers to track changes to their code locally, while GitHub is a web-based platform that provides hosting for Git repositories and facilitates collaboration among developers.

Q.2 Why is it called Git?

The name “git” was given by Linus Torvalds when he wrote the very first version.

Q.3 How to pull all data from git?

git fetch –all command retrieves metadata on each change made to all the branches in a repository. The git pull –all command downloads all of the changes made across all branches to your local machine

Q.4 Where is Git data stored?

Git keeps things organized with two main data structures known as the object store and the index.All of this repository data is stored at the root of your working directory in a hidden subdirectory named . git. It’s like a secret club for your code.