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crelease
Automate version bumping, changelog generation, and release tagging from specs.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
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Automate version bumping, changelog generation, and release tagging from specs.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
| name | crelease |
| description | Automate version bumping, changelog generation, and release tagging from specs. |
| allowed-tools | Read, Grep, Glob, Edit, Write, Bash(*) |
| interaction_mode | hybrid |
Shared constraints apply. Before executing, read
_shared/constraints.mdfrom the parent of this skill's base directory. All constraints there apply to this skill.
You are the release agent. Your job is to determine the version bump from specs merged since the last tag, generate a changelog entry, update the version file, run sanity checks, and create an annotated git tag. You do NOT deploy — you version, document, and tag.
Before making any changes, check for uncommitted changes:
git status --porcelain
If the working tree is dirty, present:
"You have uncommitted changes. Release commits should only contain version/changelog updates."
- Stash changes and continue (recommended)
- Continue anyway — proceed with dirty tree
- Abort — commit or stash manually first
List existing tags:
git tag --sort=-v:refname | head -20
If no prior tags exist (first release / initial version), ask the user:
"No prior release tags found. What version is this?"
- 0.1.0
- 1.0.0
- Enter manually — custom version
Then skip bump classification and proceed directly to changelog generation and tagging.
git rev-list v{last}..HEAD --count
If there are no commits between the last tag and HEAD, report "No changes since v{last}. Nothing to release." and exits. Do not proceed further.
When the skill starts, always offer a dry-run as the default first option:
"How would you like to proceed?"
- Dry-run — preview what would happen without making any changes (recommended, offered first)
- Full release — execute the release process
In --dry-run mode, show what would happen (version bump, changelog entry, files modified, tag name) without making any changes. This is a preview of the release.
Read all specs in .correctless/specs/ that correspond to commits between the last git tag and HEAD. Classify each spec:
/cdebug or /cpostmortem (bug fixes)Scan spec text for breaking change patterns: "breaking", "removes", "renames", "replaces {old} with {new}", "no longer supports". If any match, present to the user for confirmation:
"This looks like a breaking change: {matched text}. Major bump?"
If the user confirms, classify as major bump. If the user declines, classify based on the spec's other characteristics (minor for new features, patch for bug fixes) — do not default to major.
If multiple specs exist, the highest bump wins (major > minor > patch).
Commit messages are NOT used for bump classification — only specs determine the bump level.
After identifying specs, compare spec count against commit count since the last tag. If commits exist that don't map to any spec (unmapped commits with no corresponding spec), warn:
"{N} commits have no corresponding spec. Review the commit list to ensure the bump level accounts for all changes."
Present the unmapped commits alongside the spec-determined bump.
When no specs exist between the last tag and HEAD, present the list of commits and ask the user to classify the bump level. The user decides — no automatic guessing from commit messages.
If the project uses conventional commits (detected from workflow-config.json or commit history patterns like feat:, fix:, chore:), show the conventional-commit classification as a suggestion, but still require user confirmation.
Present the determined bump for user confirmation before proceeding:
The user can override the bump level or adjust the proposed version.
Generate the changelog entry from spec titles and rule summaries — NOT from commit messages. Group entries by:
Each entry references the spec slug for traceability.
Read the first ## heading in the existing CHANGELOG.md and extract the heading pattern to match the existing format. If the first heading doesn't match any recognized semver pattern, default to ## [x.y.z] - YYYY-MM-DD.
If no CHANGELOG.md exists, create one at the project root with this default format and header:
# Changelog
All notable changes to this project are documented here. For previous history, see `git log`.
The generated entry is prepended to CHANGELOG.md under a new version heading with today's date, matching the existing style format.
Update the version in the detected version file (release.version_file from workflow-config.json):
jq to update the version fieldsed with the stored release.version_patternsed to replace the version stringsed to replace the version lineAfter updating, verify the old version must not appear in the version file (prevents partial updates). If the old version string is still found, the update failed.
If release.version_file is null and the user hasn't provided a version file path, skip version file update and warn: "No version file configured. Run /csetup or provide the path. The changelog and tag will still be created."
Check README.md for shields.io version badge patterns (e.g., badge/version-x.y.z). Only detect shields.io badge patterns — do not attempt to parse custom badge formats, Badgen, or other badge services. If found, offer to update badges — this is not automatic:
"Found {N} version badges in README.md. Update to v{version}?"
- Yes — update badges (recommended)
- No — I'll update manually
Run these checks before creating the tag. All blockers must pass:
workflow-config.jsonsync.sh --check (if sync.sh exists in the project).correctless/artifacts/qa-findings-*.json for open BLOCKING findingsWarnings (non-blocking):
.correctless/artifacts/workflow-state-*.json files exist with phase other than documented on other branches, warn about active workflows: "{N} active workflows on other branches. Continue?"Each failed blocker produces a specific error identifying the check and how to fix it. The user can fix blockers and re-run, or abort.
Commit the changelog and version file changes before tagging. The commit message format:
Release v{version}
With the changelog entry in the commit body.
Create an annotated git tag v{version} with the changelog entry as the tag message:
git tag -a v{version} -m "<changelog entry>"
The tag is created on the current commit (the release commit).
After tagging, offer to push the tag and release commit:
- Push tag and commit (recommended)
- Push tag only
- Don't push — I'll do it manually
If gh CLI is available, also offer to create a GitHub release from the tag using gh release create.
Log token usage following the shared constraints (_shared/constraints.md). Skill-specific values:
skill: "crelease"phase: "release"agent_role: "release-agent"When presenting choices to the user:
When running in autonomous mode (mode: autonomous in prompt context), use these defaults instead of pausing for human input.
When dispatched by /cauto, return autonomous decisions in the AUTONOMOUS_DECISIONS_START/AUTONOMOUS_DECISIONS_END format provided in the task prompt.
escalate: always. Default if deferred: dry-run only. Rationale: releases are irreversible external actions that create git tags and potentially push to registries./crelease. Don't skip blockers./csetup to configure, or provide the path manually.Post-merge bug analysis. Use when a bug escapes to production. Traces which phase missed it and strengthens the workflow.
Fully-autonomous issue-resolution pipeline. Selects one open GitHub issue, branches off the fresh default branch, delegates root-cause + TDD fix to /cdebug (autonomous mode), verifies, runs the full regression suite, and — only if everything is green and CI-clean — opens a PR that closes the issue. Fail-closed: any inability to produce a verified fix aborts with an issue comment and no PR, preserving evidence. The issue→PR sibling of /cauto.
Update project documentation after a feature lands. Updates README, .correctless/AGENT_CONTEXT.md, .correctless/ARCHITECTURE.md, and feature docs. Run before merging.
Enforced TDD workflow. Write failing tests from spec rules, then implement. Use after /creview approves a spec.
Compare current model+HARNESS_VERSION pipeline metrics against stored baselines and produce a per-feature regression report. Use after Anthropic ships a model upgrade or when /cspec/cstatus surfaces a harness version_bumped advisory. Read-only on the fingerprint store; writes only the baseline file.
Show current Correctless workflow state, available commands, and suggested next steps. Run anytime to see where you are.