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Generally speaking, if you use git daily, you only need to remember the 6 commands in the figure below.
But if you use it proficiently, you may have to remember 60 to 100 commands.
Below is a list of commonly used Git commands. The translations of several proper nouns are as follows:
Workspace: Workspace Index / Stage: temporary storage area Repository: warehouse area (or local warehouse) Remote: remote warehouse
1. Create a new code base
# Create a new Git repository in the current directory $ git init # Create a new directory and initialize it as a Git repository $ git init [project-name] # Download a project and its entire code history $ git clone [url]
Second, configuration
Git’s setting file is .gitconfig, which can be in the user’s home directory (global configuration) or in the project directory (project configuration).
# Display the current Git configuration $ git config --list # Edit the Git configuration file $ git config -e [--global] # Set user information when submitting code $ git config [--global] user.name "[name]" $ git config [--global] user.email "[email address]"
3. Add/delete files
# Add the specified file to the temporary storage area $ git add [file1] [file2] ?… # Add the specified directory to the temporary storage area, including subdirectories $ git add [dir] # Add all files in the current directory to the temporary storage area $ git add . # Confirmation will be asked before adding each change # For multiple changes in the same file, it can be submitted in batches $ git add -p # Delete the workspace file, and put this deletion into the temporary storage area $ git rm [file1] [file2] ?… # Stop tracking the specified file, but the file will remain in the workspace $ git rm --cached [file] # Rename the file and put this rename into the temporary storage area $ git mv [file-original] [file-renamed]
Fourth, code submission
# Submit the temporary storage area to the warehouse area $ git commit -m [message] # Submit the specified file in the temporary storage area to the warehouse area $ git commit [file1] [file2] ... -m [message] # Submit the changes in the workspace since the last commit, directly to the warehouse area $ git commit -a # Display all diff information when submitting $ git commit -v # Use a new commit to replace the previous commit # If there is no new change in the code, it is used to rewrite the submission information of the last commit $ git commit --amend -m [message] # Redo the last commit and include the new changes for the specified files $ git commit --amend [file1] [file2] ...
5. Branch
# list all local branches $ git branch # list all remote branches $ git branch -r # List all local and remote branches $ git branch -a # Create a new branch, but still stay in the current branch $ git branch [branch-name] # Create a new branch and switch to it $ git checkout -b [branch] # Create a new branch pointing to the specified commit $ git branch [branch] [commit] # Create a new branch and establish a tracking relationship with the specified remote branch $ git branch --track [branch] [remote-branch] # Switch to the specified branch and update the workspace $ git checkout [branch-name] # switch to previous branch $ git checkout - # Establish a tracking relationship between the existing branch and the specified remote branch $ git branch --set-upstream [branch] [remote-branch] # Merge the specified branch into the current branch $ git merge [branch] # Select a commit and merge it into the current branch $ git cherry-pick [commit] # delete branch $ git branch -d [branch-name] # delete remote branch $ git push origin --delete [branch-name] $ git branch -dr [remote/branch]
6. Label
# list all tags $ git tag # Create a new tag in the current commit $ git tag [tag] # Create a new tag in the specified commit $ git tag [tag] [commit] # delete local tag $ git tag -d [tag] # delete remote tag $ git push origin :refs/tags/[tagName] # View tag information $ git show [tag] # Submit the specified tag $ git push [remote] [tag] # Submit all tags $ git push [remote] --tags # Create a new branch pointing to a tag $ git checkout -b [branch] [tag]
7. View information
# show changed files
$ git status
# Display the version history of the current branch
$ git log
# Display the commit history, and the files changed by each commit
$ git log --stat
# Search commit history, according to keywords
$ git log -S [keyword]
# Display all changes after a commit, each commit occupies one line
$ git log [tag] HEAD --pretty=format:%s
# Display all changes after a commit, whose "commit description" must meet the search criteria
$ git log [tag] HEAD --grep feature
# Display the version history of a file, including file renaming
$ git log --follow [file]
$ git whatchanged [file]
# Display every diff related to the specified file
$ git log -p [file]
# show last 5 commits
$ git log -5 --pretty --oneline
# Display all submitted users, sorted by the number of submissions
$ git shortlog -sn
# Display who and when the specified file was modified
$ git blame [file]
# Display the difference between the staging area and the working area
$ git diff
# Display the difference between the staging area and the previous commit
$ git diff --cached [file]
# Display the difference between the workspace and the latest commit of the current branch
$ git diff HEAD
# show the diff between two commits
$ git diff [first-branch]...[second-branch]
# Show how many lines of code you wrote today
$ git diff --shortstat "@{0 day ago}"
# Display metadata and content changes for a commit
$ git show [commit]
# Display files that have changed in a commit
$ git show --name-only [commit]
# Display the content of a file when a commit is made
$ git show [commit]:[filename]
# Display the last few commits of the current branch
$ git reflog
VIII. Remote synchronization
# Download all changes from the remote repository $ git fetch [remote] # show all remote repositories $ git remote -v # Display information about a remote warehouse $ git remote show [remote] # Add a new remote warehouse and name it $ git remote add [shortname] [url] # Retrieve the changes from the remote repository and merge them with the local branch $ git pull [remote] [branch] # Upload the local specified branch to the remote warehouse $ git push [remote] [branch] # Forcibly push the current branch to the remote warehouse, even if there is a conflict $ git push [remote] --force # Push all branches to the remote repository $ git push [remote] --all
9. Cancellation
# Restore the specified file in the temporary storage area to the work area $ git checkout [file] # Restore the specified file of a commit to the temporary storage area and work area $ git checkout [commit] [file] # Restore all files in the temporary storage area to the work area $ git checkout . # Reset the specified file in the temporary storage area to be consistent with the last commit, but the work area remains unchanged $ git reset [file] # Reset the staging area and work area to be consistent with the last commit $ git reset --hard # Reset the pointer of the current branch to the specified commit, and reset the temporary storage area, but the work area remains unchanged $ git reset [commit] # Reset the HEAD of the current branch to the specified commit, and reset the temporary storage area and work area to be consistent with the specified commit $ git reset --hard [commit] # Reset the current HEAD to the specified commit, but keep the staging area and work area unchanged $ git reset --keep [commit] # Create a new commit to undo the specified commit # All changes in the latter will be offset by the former and applied to the current branch $ git revert [commit] # Temporarily remove uncommitted changes and move them in later $ git stash $ git stash pop
Ten, others
# Generate a compressed package ready for distribution $ git archive
Source: https://blog.csdn.net/zjhred/article/details/104951936
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