gh-commit（gh 提交）

Smart Git Commit

Create well-formatted commit: $ARGUMENTS

Current Repository State

• Git status:!git status --porcelain
• Current branch:!git branch --show-current
• Staged changes:!git diff --cached --stat
• Unstaged changes:!git diff --stat
• Recent commits:!git log --oneline -5

What This Command Does

1. Checks which files are staged with git status
2. If 0 files are staged, automatically adds all modified and new files with git add
3. Performs a git diff to understand what changes are being committed
4. Analyzes the diff to determine if multiple distinct logical changes are present
5. If multiple distinct changes are detected, suggests breaking the commit into multiple smaller commits
6. For each commit (or the single commit if not split), creates a commit message using conventional commit format

Best Practices for Commits

• Follow the Conventional Commits specification as described below.

Conventional Commits 1.0.0

Summary

The Conventional Commits specification is a lightweight convention on top of commit messages. It provides an easy set of rules for creating an explicit commit history; which makes it easier to write automated tools on top of. This convention dovetails with SemVer, by describing the features, fixes, and breaking changes made in commit messages.

The commit message should be structured as follows:

<type>[optional scope]: <description>

[optional body]

[optional footer(s)]

The commit contains the following structural elements, to communicate intent to the consumers of your library:

1. fix: a commit of the *type* fix patches a bug in your codebase (this correlates with PATCH in Semantic Versioning).
2. feat: a commit of the *type* feat introduces a new feature to the codebase (this correlates with MINOR in Semantic Versioning).
3. BREAKING CHANGE: a commit that has a footer BREAKING CHANGE:, or appends a '!' after the type/scope, introduces a breaking API change (correlating with MAJOR in Semantic Versioning). A BREAKING CHANGE can be part of commits of any *type*.
4. *types* other than fix: and feat: are allowed, for example @commitlint/config-conventional (based on the Angular convention) recommends build:, chore:, ci:, docs:, style:, refactor:, perf:, test:, and others.
5. *footers* other than BREAKING CHANGE: <description> may be provided and follow a convention similar to git trailer format.

Additional types are not mandated by the Conventional Commits specification, and have no implicit effect in Semantic Versioning (unless they include a BREAKING CHANGE). A scope may be provided to a commit's type, to provide additional contextual information and is contained within parenthesis, e.g., feat(parser): add ability to parse arrays.

Examples

Commit message with description and breaking change footer

feat: allow provided config object to extend other configs

BREAKING CHANGE: `extends` key in config file is now used for extending other config files

Commit message with '!' to draw attention to breaking change

feat'!': send an email to the customer when a product is shipped

Commit message with scope and '!' to draw attention to breaking change

feat(api)'!': send an email to the customer when a product is shipped

Commit message with both '!' and BREAKING CHANGE footer

chore'!': drop support for Node 6

BREAKING CHANGE: use JavaScript features not available in Node 6.

Commit message with no body

docs: correct spelling of CHANGELOG

Commit message with scope

feat(lang): add Polish language

Commit message with multi-paragraph body and multiple footers

fix: prevent racing of requests

Introduce a request id and a reference to latest request. Dismiss
incoming responses other than from latest request.

Remove timeouts which were used to mitigate the racing issue but are
obsolete now.

Reviewed-by: Z
Refs: #123

Specification

The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in RFC 2119.

1. Commits MUST be prefixed with a type, which consists of a noun, feat, fix, etc., followed by the OPTIONAL scope, OPTIONAL '!', and REQUIRED terminal colon and space.
2. The type feat MUST be used when a commit adds a new feature to your application or library.
3. The type fix MUST be used when a commit represents a bug fix for your application.
4. A scope MAY be provided after a type. A scope MUST consist of a noun describing a section of the codebase surrounded by parenthesis, e.g., fix(parser):
5. A description MUST immediately follow the colon and space after the type/scope prefix. The description is a short summary of the code changes, e.g., *fix: array parsing issue when multiple spaces were contained in string*.
6. A longer commit body MAY be provided after the short description, providing additional contextual information about the code changes. The body MUST begin one blank line after the description.
7. A commit body is free-form and MAY consist of any number of newline separated paragraphs.
8. One or more footers MAY be provided one blank line after the body. Each footer MUST consist of a word token, followed by either a :<space> or <space># separator, followed by a string value (this is inspired by the git trailer convention).
9. A footer's token MUST use - in place of whitespace characters, e.g., Acked-by (this helps differentiate the footer section from a multi-paragraph body). An exception is made for BREAKING CHANGE, which MAY also be used as a token.
10. A footer's value MAY contain spaces and newlines, and parsing MUST terminate when the next valid footer token/separator pair is observed.
11. Breaking changes MUST be indicated in the type/scope prefix of a commit, or as an entry in the footer.
12. If included as a footer, a breaking change MUST consist of the uppercase text BREAKING CHANGE, followed by a colon, space, and description, e.g., *BREAKING CHANGE: environment variables now take precedence over config files*.
13. If included in the type/scope prefix, breaking changes MUST be indicated by a '!' immediately before the :. If '!' is used, BREAKING CHANGE: MAY be omitted from the footer section, and the commit description SHALL be used to describe the breaking change.
14. Types other than feat and fix MAY be used in your commit messages, e.g., *docs: update ref docs.*
15. The units of information that make up Conventional Commits MUST NOT be treated as case sensitive by implementors, with the exception of BREAKING CHANGE which MUST be uppercase.
16. BREAKING-CHANGE MUST be synonymous with BREAKING CHANGE, when used as a token in a footer.

Why Use Conventional Commits

• Automatically generating CHANGELOGs.
• Automatically determining a semantic version bump (based on the types of commits landed).
• Communicating the nature of changes to teammates, the public, and other stakeholders.
• Triggering build and publish processes.
• Making it easier for people to contribute to your projects, by allowing them to explore a more structured commit history.

FAQ

How should I deal with commit messages in the initial development phase?

We recommend that you proceed as if you've already released the product. Typically *somebody*, even if it's your fellow software developers, is using your software. They'll want to know what's fixed, what breaks etc.

Are the types in the commit title uppercase or lowercase?

Any casing may be used, but it's best to be consistent.

What do I do if the commit conforms to more than one of the commit types?

Go back and make multiple commits whenever possible. Part of the benefit of Conventional Commits is its ability to drive us to make more organized commits and PRs.

Doesn't this discourage rapid development and fast iteration?

It discourages moving fast in a disorganized way. It helps you be able to move fast long term across multiple projects with varied contributors.

Might Conventional Commits lead developers to limit the type of commits they make because they'll be thinking in the types provided?

Conventional Commits encourages us to make more of certain types of commits such as fixes. Other than that, the flexibility of Conventional Commits allows your team to come up with their own types and change those types over time.

How does this relate to SemVer?

fix type commits should be translated to PATCH releases. feat type commits should be translated to MINOR releases. Commits with BREAKING CHANGE in the commits, regardless of type, should be translated to MAJOR releases.

How should I version my extensions to the Conventional Commits Specification, e.g. @jameswomack/conventional-commit-spec?

We recommend using SemVer to release your own extensions to this specification (and encourage you to make these extensions'!')

What do I do if I accidentally use the wrong commit type?

When you used a type that's of the spec but not the correct type, e.g. fix instead of feat

Prior to merging or releasing the mistake, we recommend using git rebase -i to edit the commit history. After release, the cleanup will be different according to what tools and processes you use.

When you used a type *not* of the spec, e.g. feet instead of feat

In a worst case scenario, it's not the end of the world if a commit lands that does not meet the Conventional Commits specification. It simply means that commit will be missed by tools that are based on the spec.

Do all my contributors need to use the Conventional Commits specification?

No'!' If you use a squash based workflow on Git lead maintainers can clean up the commit messages as they're merged—adding no workload to casual committers. A common workflow for this is to have your git system automatically squash commits from a pull request and present a form for the lead maintainer to enter the proper git commit message for the merge.

How does Conventional Commits handle revert commits?

Reverting code can be complicated: are you reverting multiple commits? if you revert a feature, should the next release instead be a patch?

Conventional Commits does not make an explicit effort to define revert behavior. Instead we leave it to tooling authors to use the flexibility of *types* and *footers* to develop their logic for handling reverts.

One recommendation is to use the revert type, and a footer that references the commit SHAs that are being reverted:

revert: let us never again speak of the noodle incident

Refs: 676104e, a215868

Attributing AI-Assisted Code Authorship

When using AI tools to generate code, it can be beneficial to maintain transparency about authorship for accountability, code review, and auditing purposes. This can be done easily by using Git trailers that append structured metadata to the end of commit messages.

This can be done by appending one or more custom trailers in the commit message, such as:

Assistant-model: Claude Code

Because most Git tooling expects Co-authored-by trailers to be formatted as email addresses, you should use a different trailer key to avoid confusion and to distinguish authorship from assistance.

Trailers can be added manually at the end of a commit message, or by using the git commit command with the --trailer option:

git commit --message "Implement feature" --trailer "Assistant-model: Claude Code"

Trailers can be displayed using the pretty formats option to git log command. For example, for a formatted history showing the hash, author name, and assistant models used for each commit:

git log --color --pretty=format:"%C(yellow)%h%C(reset) %C(blue)%an%C(reset) [%C(magenta)%(trailers:key=Assistant-model,valueonly=true,separator=%x2C)%C(reset)] %s%C(bold cyan)%d%C(reset)"

2100e6c Author [Claude Code] Test commit 4 (HEAD -> work-item-8)
7120221 Author [Claude Code] Test commit 3
ea03d91 Author [] Test commit 2
f93fd8e Author [Claude Code] Test commit 1
dde0159 Claude Code [] Test work item (#7) (origin/main, origin/HEAD)

Important Notes

• By default, pre-commit checks (defined in .pre-commit-config.yaml) will run to ensure code quality

- IMPORTANT: DO NOT SKIP pre-commit checks

• ALWAYS attribute AI-Assisted Code Authorship
• If specific files are already staged, the command will only commit those files
• If no files are staged, it will automatically stage all modified and new files
• The commit message will be constructed based on the changes detected
• Before committing, the command will review the diff to identify if multiple commits would be more appropriate
• If suggesting multiple commits, it will help you stage and commit the changes separately
• Always reviews the commit diff to ensure the message matches the changes