Setting Up Conventional Commits

We built this skill so you don't have to wrestle with commit tooling ever again. If you're tired of git log looking like a grocery list of "fix stuff", "update", and "wip", this is your fix. We configured the entire conventional commit workflow using commitlint, Husky, and Git templates, so you can enforce structure from day one. This isn't just a config file; it's a complete enforcement layer that kills ambiguity in your repository.

The Zoo of "fix stuff" and "update"

Open your terminal and run git log --oneline. What do you see? If you see a wall of text where every line looks identical—"fix", "update", "bugfix", "asdf"—you have a history problem. You can't grep for features. You can't distinguish a hotfix from a refactor. You can't generate a changelog. You're blind to your own codebase.

The Conventional Commits specification is a lightweight convention on top of commit messages ^[1]. It provides an easy set of rules for creating an explicit commit history ^[2]. But here's the reality: setting this up manually is a headache. You have to install commitlint, configure the parser presets, set up Husky hooks, write validation scripts, handle the BREAKING CHANGE footer, and debug why the hook isn't firing. Most teams skip it because the setup friction is too high. They accept the noise because "it's just git". But it's not just git; it's the single source of truth for your project's evolution.

We built this skill to remove that friction. We've already solved the edge cases: the parser presets, the type enums, the scope delimiters, and the emoji parser configuration. You get a production-grade setup that enforces structure without slowing you down. If you're also looking to automate release notes, this skill is the foundation that makes it possible.

What Bad Commits Cost Your Team (Time, Money, and Sanity)

Ignoring commit standards isn't free. The cost accumulates in hours, dollars, and customer trust. When your commit messages are unstructured, downstream automation breaks. You can't use tools like semantic-release because they can't parse your history. You spend hours manually writing release notes, copying and pasting commits into a doc, hoping you didn't miss anything.

The financial impact is real. A 2024 GitHub Engineering blog post ^[3] describes how teams that standardize their commit workflow reduce the time spent on release engineering by up to 40%. That's hours of senior engineer time wasted on manual tasks. Worse, you risk deploying the wrong version. If a developer commits feat: add API instead of feat: add API BREAKING CHANGE, you might ship a breaking change without updating your documentation. Your CI/CD pipeline passes, but your users break. You lose trust.

The Conventional Commits specification proposes introducing a standardized lightweight convention on top of commit messages ^[4]. It's not just about style; it's about safety. When you enforce structure, you catch errors before they hit production. You enable git bisect to work effectively. You make git blame readable. If you're also dealing with linting issues across files, this skill ensures your commit messages are just as clean as your code.

A Release Nightmare Without Standards

Imagine a fintech team with 200 endpoints that ships weekly. They rely on git log to generate release notes for their clients. One week, a junior developer commits fix: payment. Another commits feat: add login. A third commits wip: temp. The release engineer spends four hours manually categorizing commits, guessing which one is a breaking change, and formatting the notes. They miss a critical fix: payment that introduced a race condition. The client complains. The team loses credibility.

The Conventional Commits specification is inspired by, and based heavily on, the Angular Commit Guidelines ^[5]. The first draft of this specification has been designed to solve exactly this problem. It provides a clear structure: type(scope): description. feat(auth): add login is unambiguous. fix(payments): resolve race condition is traceable. BREAKING CHANGE: remove legacy API is flagged automatically.

With this skill installed, the team never sees wip or asdf again. commitlint blocks non-compliant messages before they're even pushed. The history becomes a structured report that anyone can read. If you're also setting up semantic release workflows, this skill ensures your commits are ready to be parsed. You get git log that tells a story, not a mystery.

What Changes Once the Hook Is Locked

Once you install this skill, the transformation is immediate. Your git log becomes readable. Your commits are structured. Your tooling works. Here's what you get:

• Enforced Structure: commitlint blocks messages that don't match the spec. fix stuff is rejected. feat(auth): add login is accepted.
• Automated Hooks: Husky is configured to run commitlint on every commit. The --edit flag ensures hooks work in editors like VS Code and JetBrains.
• Breaking Change Detection: The spec defines a BREAKING CHANGE footer. commitlint flags it. You never miss a breaking change again.
• Emoji Parser: We include an advanced commitlint-emoji.config.js that adds visual cues to your commits. ✨ feat: add login is easier to scan than feat: add login.
• Validation Scripts: scripts/validate-commit.sh accepts a commit message argument and programmatically validates it. validators/test-commitlint.sh runs a suite of valid and invalid messages to ensure your config is correct.
• Git Templates: Git templates are configured to prompt you for the correct structure. You never have to remember the format.

If you're also looking to optimize your dev workflow, this skill is the core that makes it all work. You get a repository where every commit is a structured data point, not a text blob.

What's in the Pack

This is a multi-file deliverable. Every file is included, tested, and ready to use. Here's exactly what you get:

• skill.md — Orchestrator skill file that defines the conventional commits workflow, references all templates, scripts, validators, and references, and guides the AI agent on how to configure the tooling.
• references/conventional-commits-canonical.md — Embedded canonical knowledge covering the Conventional Commits specification, commitlint rules, type enums, scope delimiters, body case, and emoji parser configuration details from authoritative docs.
• templates/commitlint.config.js — Production-grade commitlint configuration extending @commitlint/config-conventional, with parserPreset, rules for type-case and scope-delimiter-style, and prompt settings.
• templates/commitlint-emoji.config.js — Advanced commitlint configuration for emoji-enabled commits, including custom parser preset with regex generation, headerWithEmoji setting, and merged conventional-changelog preset.
• scripts/setup-hooks.sh — Executable shell script to initialize Husky, set the commit-msg hook to run commitlint with --edit flag, and verify the hook installation.
• scripts/validate-commit.sh — Executable shell script that accepts a commit message argument and programmatically validates it against commitlint rules, outputting errors or success.
• validators/test-commitlint.sh — Validator script that runs a suite of valid and invalid commit messages against commitlint, exits non-zero on any failure, and reports violations.
• examples/worked-example.md — Worked example demonstrating the end-to-end workflow: installing dependencies, configuring commitlint, setting up Husky, and making a compliant commit.
• examples/emoji-commit-example.txt — Example text file showing commit messages formatted with emojis, demonstrating the output of the emoji parser configuration.

Install and Ship

Stop guessing your git history. Standardize with Conventional Commits. Upgrade to Pro to install. This skill is the foundation for a clean, structured, and automated development workflow. Install it today, and never see fix stuff again.