Git and Git Flow Cheat Sheet

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Git cheat sheet saves you from learning all the commands by heart.

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Git Cheat Sheet English

Index

Set Up
Configuration Files
Create
Local Changes
Search
Commit History
Branches & Tags
Update & Publish
Merge & Rebase
Undo
Git Flow

Setup

Show current configuration:

$ git config --list

Show repository configuration:

$ git config --local --list

Show global configuration:

$ git config --global --list

Show system configuration:

$ git config --system --list

Set a name that is identifiable for credit when review version history:

$ git config --global user.name “[firstname lastname]”

Set an email address that will be associated with each history marker:

$ git config --global user.email “[valid-email]”

Set automatic command line coloring for Git for easy reviewing:

$ git config --global color.ui auto

Set global editor for commit

$ git config --global core.editor vi

Configuration Files

Repository specific configuration file [–local]:

<repo>/.git/config

User-specific configuration file [–global]:

~/.gitconfig

System-wide configuration file [–system]:

/etc/gitconfig

Create

Clone an existing repository:

There are two ways:

Via SSH

$ git clone ssh://user@domain.com/repo.git

Via HTTP

$ git clone http://domain.com/user/repo.git

Create a new local repository:

$ git init

Local Changes

Changes in working directory:

$ git status

Changes to tracked files:

$ git diff

Add all current changes to the next commit:

$ git add .

Add some changes in <file> to the next commit:

$ git add -p <file>

Commit all local changes in tracked files:

$ git commit -a

Commit previously staged changes:

$ git commit

Commit with message:

$ git commit -m 'message here'

Commit skipping the staging area and adding message:

$ git commit -am 'message here'

Commit to some previous date:

git commit --date="`date --date='n day ago'`" -am "Commit Message"

Change last commit:

_{Don’t amend published commits!}

$ git commit -a --amend

Change committer date of last commit:

GIT_COMMITTER_DATE="date" git commit --amend

Change Author date of last commit:

git commit --amend --date="date"

Move uncommitted changes from current branch to some other branch:

git stash
git checkout branch2
git stash pop

Restore stashed changes back to current branch:

git stash apply

Remove the last set of stashed changes:

git stash drop

Search

A text search on all files in the directory:

$ git grep "Hello"

In any version of a text search:

$ git grep "Hello" v2.5

Commit History

Show all commits, starting with newest (it’ll show the hash, author information, date of commit and title of the commit):

$ git log

Show all the commits(it’ll show just the commit hash and the commit message):

$ git log --oneline

Show all commits of a specific user:

$ git log --author="username"

Show changes over time for a specific file:

$ git log -p <file>

Display commits that are present only in remote/branch in right side

$ git log --oneline <origin/master>..<remote/master> --left-right

Who changed, what and when in <file>:

$ git blame <file>

Show Reference log:

$ git reflog show

Delete Reference log:

$ git reflog delete

Branches & Tags

List all local branches:

$ git branch

List all remote branches:

$ git branch -r

Switch HEAD branch:

$ git checkout <branch>

Create and switch new branch:

$ git checkout -b <branch>

Create a new branch based on your current HEAD:

$ git branch <new-branch>

Create a new tracking branch based on a remote branch:

$ git branch --track <new-branch> <remote-branch>

Delete a local branch:

$ git branch -d <branch>

Force delete a local branch:

_{You will lose unmerged changes!}

$ git branch -D <branch>

Mark the current commit with a tag:

$ git tag <tag-name>

Mark the current commit with a tag that includes a message:

$ git tag -a <tag-name>

Update & Publish

List all current configured remotes:

$ git remote -v

Show information about a remote:

$ git remote show <remote>

Add new remote repository, named <remote>:

$ git remote add <remote> <url>

Download all changes from <remote>, but don’t integrate into HEAD:

$ git fetch <remote>

Download changes and directly merge/integrate into HEAD:

$ git remote pull <remote> <url>

Get all changes from HEAD to local repository:

$ git pull origin master

Get all changes from HEAD to local repository without a merge:

git pull --rebase <remote> <branch>

Publish local changes on a remote:

$ git push remote <remote> <branch>

Delete a branch on the remote:

$ git push <remote> :<branch> (since Git v1.5.0)
or
git push <remote> --delete <branch> (since Git v1.7.0)

Publish your tags:

$ git push --tags

Merge & Rebase

Merge into your current HEAD:

$ git merge <branch>

Rebase your current HEAD onto <branch>:

_{Don’t rebase published commit!}

$ git rebase <branch>

Abort a rebase:

$ git rebase --abort

Continue a rebase after resolving conflicts:

$ git rebase --continue

Use your configured merge tool to solve conflicts:

$ git mergetool

Use your editor to manually solve conflicts and (after resolving) mark file as resolved:

$ git add <resolved-file>

$ git rm <resolved-file>

Squashing commits:

$ git rebase -i <commit-just-before-first>

Now replace this,

pick <commit_id>
pick <commit_id2>
pick <commit_id3>

to this,

pick <commit_id>
squash <commit_id2>
squash <commit_id3>

Undo

Discard all local changes in your working directory:

$ git reset --hard HEAD

Get all the files out of the staging area(i.e. undo the last `git add`):

$ git reset HEAD

Discard local changes in a specific file:

$ git checkout HEAD <file>

Revert a commit (by producing a new commit with contrary changes):

$ git revert <commit>

Reset your HEAD pointer to a previous commit and discard all changes since then:

$ git reset --hard <commit>

Reset your HEAD pointer to a remote branch current state.

git reset --hard <remote/branch> e.g., upstream/master, origin/my-feature

Reset your HEAD pointer to a previous commit and preserve all changes as unstaged changes:

$ git reset <commit>

Reset your HEAD pointer to a previous commit and preserve uncommitted local changes:

$ git reset --keep <commit>

Remove files that were accidentally committed before they were added to .gitignore

$ git rm -r --cached .
$ git add .
$ git commit -m "remove xyz file"

Git-Flow

Setup

You need a working git installation as prerequisite. Git flow works on OSX, Linux and Windows.

OSX Homebrew:

$ brew install git-flow

OSX Macports:

$ port install git-flow

Linux (Debian-based):

$ apt-get install git-flow

Windows (Cygwin):

You need wget and util-linux to install git-flow.

$ wget -q -O - --no-check-certificate https://github.com/nvie/gitflow/raw/develop/contrib/gitflow-installer.sh | bash

Getting Started

Git flow needs to be initialized in order to customize your project setup. Start using git-flow by initializing it inside an existing git repository:

Initialize:

You’ll have to answer a few questions regarding the naming conventions for your branches. It’s recommended to use the default values.

git flow init

Features

Develop new features for upcoming releases. Typically exist in developers repos only.

Start a new feature:

This action creates a new feature branch based on ‘develop’ and switches to it.

git flow feature start MYFEATURE

Finish up a feature:

Finish the development of a feature. This action performs the following:

1)Merged MYFEATURE into ‘develop’.

2)Removes the feature branch.

3)Switches back to ‘develop’ branch

git flow feature finish MYFEATURE

Publish a feature:

Are you developing a feature in collaboration? Publish a feature to the remote server so it can be used by other users.

git flow feature publish MYFEATURE

Getting a published feature:

Get a feature published by another user.

git flow feature pull origin MYFEATURE

Tracking a origin feature:

You can track a feature on origin by using

git flow feature track MYFEATURE

Make a Release

Support preparation of a new production release. Allow for minor bug fixes and preparing meta-data for a release

Start a release:

To start a release, use the git flow release command. It creates a release branch created from the ‘develop’ branch. You can optionally supply a [BASE] commit sha-1 hash to start the release from. The commit must be on the ‘develop’ branch.

git flow release start RELEASE [BASE]

It’s wise to publish the release branch after creating it to allow release commits by other developers. Do it similar to feature publishing with the command:

git flow release publish RELEASE

(You can track a remote release with the: `git flow release track RELEASE` command)

Finish up a release:

Finishing a release is one of the big steps in git branching. It performs several actions:

1)Merges the release branch back into ‘master’

2)Tags the release with its name

3)Back-merges the release into ‘develop’

4)Removes the release branch

git flow release finish RELEASE

Don’t forget to push your tags with `git push --tags`

Hotfixes

Hotfixes arise from the necessity to act immediately upon an undesired state of a live production version. May be branched off from the corresponding tag on the master branch that marks the production version.

Git flow hotfix start:

Like the other git flow commands, a hotfix is started with

$ git flow hotfix start VERSION [BASENAME]

The version argument hereby marks the new hotfix release name. Optionally you can specify a basename to start from.

Finish a hotfix:

By finishing a hotfix it gets merged back into develop and master. Additionally the master merge is tagged with the hotfix version

git flow hotfix finish VERSION

Commands

Git

Git flow schema

Git