Back to Skills

create-release-checklist

majiayu000
Updated Today
58
9
58
View on GitHub
Metageneral

About

This skill creates a release checklist and GitHub issue for R packages when developers request to start a release. It determines the current version, generates a customizable checklist, and can automatically create the GitHub issue if authenticated. The skill requires an R package with a DESCRIPTION file and works with the usethis package and gh CLI.

Quick Install

Claude Code

Recommended
Plugin CommandRecommended
/plugin add https://github.com/majiayu000/claude-skill-registry
Git CloneAlternative
git clone https://github.com/majiayu000/claude-skill-registry.git ~/.claude/skills/create-release-checklist

Copy and paste this command in Claude Code to install this skill

Documentation

Create an R Package Release Checklist

Generate a release checklist for an R package and create the corresponding GitHub issue.

Overview

This skill guides you through creating a R package release checklist issue on GitHub by:

  • Determining the current version and prompting for release type.
  • Generating an initial checklist.
  • Prompting the user for additional customization.
  • Creating a GitHub issue from the final checklist.

Prerequisites

  • The working directory must be an R package with a DESCRIPTION file at the root.
  • The usethis R package must be available.

And to enable automatic issue creation:

  • The gh CLI must be installed and authenticated.
  • The R package must be associated with a GitHub repository.

Workflow

Step 1: Validation

First, check that the prerequisites are available (in this order for efficiency):

  1. Check that the working directory contains a file called DESCRIPTION. If not, inform the user that this must be run from an R package root directory and stop.
  2. Use Rscript -e 'utils::packageVersion("usethis")' to check if the usethis package is installed. If not, instruct the user to install it with install.packages("usethis"), then stop.
  3. Determine the GitHub URL for the repository, if one exists. First try gh repo view --json url. If that fails, diagnose the error:
    • If gh is not installed, try running git remote -v to find a GitHub URL.
    • If the local repo does not have a GitHub remote, suggest the user connect the package to GitHub using usethis::use_github(). Offer to run this command for the user; if they decline, continue without a GitHub URL.
    • If gh is installed but not authenticated and the repo has a GitHub remote, suggest that the user run gh auth login.

If any check fails, inform the user of the specific issue with clear instructions on how to fix it, then stop the workflow. Do not proceed to the next step until all prerequisites are met.

Step 2: Initialization

Next, you need to determine the current package's name and version. Read the DESCRIPTION file and extract the Version: and Package: fields from it.

Then, check if a NEWS.md file exists. If it does, read the first section (typically the most recent unreleased changes) to understand what kind of changes have been made. Use this to suggest an appropriate release type:

  • If the NEWS mentions "breaking changes", "breaking", "BREAKING", or similar language, suggest a Major release.
  • If the NEWS mentions only "bug fixes", "fixes", "patch", or similar language with no new features, suggest a Patch release.
  • Otherwise (new features, improvements, enhancements), suggest a Minor release.

Display the current version to the user and ask them what type of release this should be using the AskUserQuestion tool. Make the suggested release type the first option with "(Recommended)" appended to the label:

Question: "What type of release is this?" Header: "Release type" Options (with recommended option first):

  • Major (X.0.0) - Breaking changes (add "(Recommended)" if suggested)
  • Minor (x.X.0) - New features but without breaking changes (add "(Recommended)" if suggested)
  • Patch (x.x.X) - Bug fixes only (add "(Recommended)" if suggested)

Calculate the new version by manipulating the current version according to the user's answer. For example:

  • Current version 1.2.3 + Major release → 2.0.0
  • Current version 1.2.3 + Minor release → 1.3.0
  • Current version 1.2.3 + Patch release → 1.2.4
  • Current version 0.2.1.9000 + Patch release → 0.2.2
  • Current version 0.2.1.9003 + Minor release → 0.3.0

Note: If the current version ends in .9xxx (R-style development versions), strip that suffix before calculating the new version.

Display: "Preparing release checklist for ${PACKAGE_NAME} ${CURRENT_VERSION} → ${NEW_VERSION}".

Step 3: Checklist Generation

Generate an initial checklist using the scripts/generate_checklist.R script included with this skill:

# If the GitHub URL is known:
Rscript "${SKILL_DIR}/scripts/generate_checklist.R" "${NEW_VERSION}" "${GITHUB_URL}"

# Otherwise:
Rscript "${SKILL_DIR}/scripts/generate_checklist.R" "${NEW_VERSION}"

(Where ${SKILL_DIR} represents the directory where this skill is installed.)

Ignore any "Setting active project..." lines in the output.

Read the generated checklist (which is Markdown) and display it to the user.

Step 4: User Customization

Use the AskUserQuestion tool to ask:

Question: "Would you like to customize the checklist before creating the issue?" Header: "Customize?" Options:

  • No, create the issue as-is
  • Yes, let me customize it

If the user wants to customize the checklist, enter an iterative refinement loop:

  1. Ask: "Suggest items that should be added or any items that can be safely removed, or confirm that there are no more changes requested."
  2. Based on the user's feedback, update the checklist (add items, remove items, reword items, etc.). Keep the checklist in Markdown format with proper checkbox syntax (- [ ] for tasks).
  3. Display the updated checklist to the user.
  4. Ask: "Does this look good or do you have more suggestions?"
  5. If the user has more suggestions, go back to step 2. If the user confirms it looks good, exit the loop and proceed to Step 5.

The checklist should be maintained as a Markdown string throughout this process so it can be easily passed to the GitHub issue creation command.

Step 5: GitHub Issue Creation

The final checklist should be formatted as Markdown with proper sections and checkboxes.

If gh is available and authenticated, use it to create the GitHub issue yourself, passing the checklist content directly via stdin:

gh issue create \
  --title "Release ${PACKAGE_NAME} ${NEW_VERSION}" \
  --body-file - <<'EOF'
[checklist content here]
EOF

Then show the user:

  • A success message with the issue URL.
  • The suggestion "You can now use the 'do-release-checklist' skill to walk through the checklist tasks." (Note: This is a companion skill that helps guide users through executing the checklist items. If this skill doesn't exist yet in your repository, you may omit this suggestion.)

If gh is not available, display the checklist to the user with instructions to manually create a GitHub issue:

  • Show the suggested issue title: "Release ${PACKAGE_NAME} ${NEW_VERSION}"
  • Show the full checklist content formatted as Markdown.
  • Instruct the user to copy the content and create the issue manually at their repository's issues page.

Error Handling

If the GitHub issue creation fails (when using gh), check for common issues:

  • Authentication errors: Ensure gh auth status shows the user is logged in. Suggest running gh auth login if needed.
  • Repository permissions: The user must have write access to create issues. Check with gh repo view to verify they have the correct permissions.
  • Network errors: If there are connectivity issues, suggest retrying the command or checking their internet connection.
  • Invalid Markdown: If the issue body has formatting errors, verify the checklist Markdown is properly formatted with valid syntax.

If the issue creation fails, preserve the checklist content and offer to:

  • Retry the command.
  • Display the checklist for manual issue creation instead.

GitHub Repository

majiayu000/claude-skill-registry
Path: skills/create-release-checklist

Related Skills

algorithmic-art

Meta

This Claude Skill creates original algorithmic art using p5.js with seeded randomness and interactive parameters. It generates .md files for algorithmic philosophies, plus .html and .js files for interactive generative art implementations. Use it when developers need to create flow fields, particle systems, or other computational art while avoiding copyright issues.

View skill

subagent-driven-development

Development

This skill executes implementation plans by dispatching a fresh subagent for each independent task, with code review between tasks. It enables fast iteration while maintaining quality gates through this review process. Use it when working on mostly independent tasks within the same session to ensure continuous progress with built-in quality checks.

View skill

executing-plans

Design

Use the executing-plans skill when you have a complete implementation plan to execute in controlled batches with review checkpoints. It loads and critically reviews the plan, then executes tasks in small batches (default 3 tasks) while reporting progress between each batch for architect review. This ensures systematic implementation with built-in quality control checkpoints.

View skill

cost-optimization

Other

This Claude Skill helps developers optimize cloud costs through resource rightsizing, tagging strategies, and spending analysis. It provides a framework for reducing cloud expenses and implementing cost governance across AWS, Azure, and GCP. Use it when you need to analyze infrastructure costs, right-size resources, or meet budget constraints.

View skill