iterate-pr
Iterate on a PR until CI passes. Use when you need to fix CI failures, address review feedback, or continuously push fixes until all checks are green. Automates the feedback-fix-push-wait cycle.
About this skill
The `iterate-pr` skill empowers AI agents to autonomously manage the lifecycle of a GitHub Pull Request (PR) from its active development phase to a merge-ready state. It effectively automates the often tedious "feedback-fix-push-wait" cycle by continuously monitoring CI check statuses, extracting failure snippets from logs, and facilitating the application of necessary code changes to address both CI failures and reviewer feedback. This skill is designed to ensure a PR reaches a 'green' state—where all automated tests pass and all review feedback is incorporated—without constant manual intervention. Leveraging the GitHub CLI (`gh`) for interaction with GitHub, the skill requires proper authentication to perform operations like fetching check statuses, pushing commits, and potentially interacting with PR comments. Given its ability to modify and push code directly to a repository, it is flagged with a 'critical' risk level, emphasizing the need for careful configuration, permissions management, and human oversight. Part of the "antigravity-awesome-skills" collection, this skill significantly enhances an AI agent's capability to contribute to software development workflows, particularly within the Claude platform context where it is designed to operate.
Best use case
Automatically resolve continuous integration (CI) failures on a pull request; iteratively address reviewer feedback by applying suggested changes or fixes; maintain a healthy CI pipeline by ensuring all PRs meet quality gates without manual intervention; accelerate software development by offloading repetitive PR maintenance tasks to an AI agent.
Iterate on a PR until CI passes. Use when you need to fix CI failures, address review feedback, or continuously push fixes until all checks are green. Automates the feedback-fix-push-wait cycle.
The target Pull Request will have all its CI checks passing ('green'); review feedback will be addressed, potentially through new commits pushed to the PR branch; a continuous stream of updates and fixes will be applied to the PR until it meets all defined quality gates; a clean, merge-ready pull request, reducing human effort in the iteration cycle.
Practical example
Example input
An AI agent, operating within a Git repository's working directory on a specific pull request branch, is tasked with getting the PR to a mergeable state. The agent identifies current CI failures and/or outstanding review comments.
Example output
```json
{
"status": "completed",
"message": "All CI checks passed and review feedback addressed. PR is now ready for merge.",
"pr_status": "green",
"final_commit_id": "a1b2c3d4e5f6g7h8i9j0"
}
```
_Intermediate output might include details on specific CI failures, proposed fixes, or newly pushed commits._
```json
{
"status": "in_progress",
"message": "CI check 'Build (Linux)' failed. Diagnosing error: 'Error: Module not found'. Applying fix and pushing...",
"fix_applied": "Added missing dependency to package.json",
"new_commit_id": "z9y8x7w6v5u4t3s2r1q0"
}
```When to use this skill
- When a pull request has failing CI checks that need to be debugged and fixed; when you have received review comments that require code modifications and subsequent pushes; in a continuous delivery pipeline where rapid iteration and automated quality checks are paramount; to free up developer time from monitoring CI status and making minor, iterative fixes.
When not to use this skill
- On critical production branches without thorough testing and human oversight, due to its 'critical' risk level and ability to push code; when complex architectural decisions or significant refactoring are required, as these typically necessitate human judgment and creative problem-solving; if the agent lacks the necessary context, permissions, or access to the codebase and GitHub CLI; if CI failures are consistently indicative of fundamental design flaws rather than simple bugs or configuration issues.
Installation
Claude Code / Cursor / Codex
Manual Installation
- Download SKILL.md from GitHub
- Place it in
.claude/skills/iterate-pr/SKILL.mdinside your project - Restart your AI agent — it will auto-discover the skill
How iterate-pr Compares
| Feature / Agent | iterate-pr | Standard Approach |
|---|---|---|
| Platform Support | Claude | Limited / Varies |
| Context Awareness | High | Baseline |
| Installation Complexity | medium | N/A |
Frequently Asked Questions
What does this skill do?
Iterate on a PR until CI passes. Use when you need to fix CI failures, address review feedback, or continuously push fixes until all checks are green. Automates the feedback-fix-push-wait cycle.
Which AI agents support this skill?
This skill is designed for Claude.
How difficult is it to install?
The installation complexity is rated as medium. You can find the installation instructions above.
Where can I find the source code?
You can find the source code on GitHub using the link provided at the top of the page.
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SKILL.md Source
# Iterate on PR Until CI Passes
Continuously iterate on the current branch until all CI checks pass and review feedback is addressed.
**Requires**: GitHub CLI (`gh`) authenticated.
**Important**: All scripts must be run from the repository root directory (where `.git` is located), not from the skill directory. Use the full path to the script via `${CLAUDE_SKILL_ROOT}`.
## Bundled Scripts
### `scripts/fetch_pr_checks.py`
Fetches CI check status and extracts failure snippets from logs.
```bash
uv run ${CLAUDE_SKILL_ROOT}/scripts/fetch_pr_checks.py [--pr NUMBER]
```
Returns JSON:
```json
{
"pr": {"number": 123, "branch": "feat/foo"},
"summary": {"total": 5, "passed": 3, "failed": 2, "pending": 0},
"checks": [
{"name": "tests", "status": "fail", "log_snippet": "...", "run_id": 123},
{"name": "lint", "status": "pass"}
]
}
```
### `scripts/fetch_pr_feedback.py`
Fetches and categorizes PR review feedback using the [LOGAF scale](https://develop.sentry.dev/engineering-practices/code-review/#logaf-scale).
```bash
uv run ${CLAUDE_SKILL_ROOT}/scripts/fetch_pr_feedback.py [--pr NUMBER]
```
Returns JSON with feedback categorized as:
- `high` - Must address before merge (`h:`, blocker, changes requested)
- `medium` - Should address (`m:`, standard feedback)
- `low` - Optional (`l:`, nit, style, suggestion)
- `bot` - Informational automated comments (Codecov, Dependabot, etc.)
- `resolved` - Already resolved threads
Review bot feedback (from Sentry, Warden, Cursor, Bugbot, CodeQL, etc.) appears in `high`/`medium`/`low` with `review_bot: true` — it is NOT placed in the `bot` bucket.
Each feedback item may also include:
- `thread_id` - GraphQL node ID for inline review comments (used for replies)
## Workflow
### 1. Identify PR
```bash
gh pr view --json number,url,headRefName
```
Stop if no PR exists for the current branch.
### 2. Gather Review Feedback
Run `${CLAUDE_SKILL_ROOT}/scripts/fetch_pr_feedback.py` to get categorized feedback already posted on the PR.
### 3. Handle Feedback by LOGAF Priority
**Auto-fix (no prompt):**
- `high` - must address (blockers, security, changes requested)
- `medium` - should address (standard feedback)
When fixing feedback:
- Understand the root cause, not just the surface symptom
- Check for similar issues in nearby code or related files
- Fix all instances, not just the one mentioned
This includes review bot feedback (items with `review_bot: true`). Treat it the same as human feedback:
- Real issue found → fix it
- False positive → skip, but explain why in a brief comment
- Never silently ignore review bot feedback — always verify the finding
**Prompt user for selection:**
- `low` - present numbered list and ask which to address:
```
Found 3 low-priority suggestions:
1. [l] "Consider renaming this variable" - @reviewer in api.py:42
2. [nit] "Could use a list comprehension" - @reviewer in utils.py:18
3. [style] "Add a docstring" - @reviewer in models.py:55
Which would you like to address? (e.g., "1,3" or "all" or "none")
```
**Skip silently:**
- `resolved` threads
- `bot` comments (informational only — Codecov, Dependabot, etc.)
#### Replying to Comments
After processing each inline review comment, reply on the PR thread to acknowledge the action taken. Only reply to items with a `thread_id` (inline review comments).
**When to reply:**
- `high` and `medium` items — whether fixed or determined to be false positives
- `low` items — whether fixed or declined by the user
**How to reply:** Use the `addPullRequestReviewThreadReply` GraphQL mutation with `pullRequestReviewThreadId` and `body` inputs.
**Reply format:**
- 1-2 sentences: what was changed, why it's not an issue, or acknowledgment of declined items
- End every reply with `\n\n*— Claude Code*`
- Before replying, check if the thread already has a reply ending with `*- Claude Code*` or `*— Claude Code*` to avoid duplicates on re-loops
- If the `gh api` call fails, log and continue — do not block the workflow
### 4. Check CI Status
Run `${CLAUDE_SKILL_ROOT}/scripts/fetch_pr_checks.py` to get structured failure data.
**Wait if pending:** If review bot checks (sentry, warden, cursor, bugbot, seer, codeql) are still running, wait before proceeding—they post actionable feedback that must be evaluated. Informational bots (codecov) are not worth waiting for.
### 5. Fix CI Failures
For each failure in the script output:
1. Read the `log_snippet` and trace backwards from the error to understand WHY it failed — not just what failed
2. Read the relevant code and check for related issues (e.g., if a type error in one call site, check other call sites)
3. Fix the root cause with minimal, targeted changes
4. Find existing tests for the affected code and run them. If the fix introduces behavior not covered by existing tests, extend them to cover it (add a test case, not a whole new test file)
Do NOT assume what failed based on check name alone—always read the logs. Do NOT "quick fix and hope" — understand the failure thoroughly before changing code.
### 6. Verify Locally, Then Commit and Push
Before committing, verify your fixes locally:
- If you fixed a test failure: re-run that specific test locally
- If you fixed a lint/type error: re-run the linter or type checker on affected files
- For any code fix: run existing tests covering the changed code
If local verification fails, fix before proceeding — do not push known-broken code.
```bash
git add <files>
git commit -m "fix: <descriptive message>"
git push
```
### 7. Monitor CI and Address Feedback
Poll CI status and review feedback in a loop instead of blocking:
1. Run `uv run ${CLAUDE_SKILL_ROOT}/scripts/fetch_pr_checks.py` to get current CI status
2. If all checks passed → proceed to exit conditions
3. If any checks failed (none pending) → return to step 5
4. If checks are still pending:
a. Run `uv run ${CLAUDE_SKILL_ROOT}/scripts/fetch_pr_feedback.py` for new review feedback
b. Address any new high/medium feedback immediately (same as step 3)
c. If changes were needed, commit and push (this restarts CI), then continue polling
d. Sleep 30 seconds, then repeat from sub-step 1
5. After all checks pass, do a final feedback check: `sleep 10`, then run `uv run ${CLAUDE_SKILL_ROOT}/scripts/fetch_pr_feedback.py`. Address any new high/medium feedback — if changes are needed, return to step 6.
### 8. Repeat
If step 7 required code changes (from new feedback after CI passed), return to step 2 for a fresh cycle. CI failures during monitoring are already handled within step 7's polling loop.
## Exit Conditions
**Success:** All checks pass, post-CI feedback re-check is clean (no new unaddressed high/medium feedback including review bot findings), user has decided on low-priority items.
**Ask for help:** Same failure after 2 attempts, feedback needs clarification, infrastructure issues.
**Stop:** No PR exists, branch needs rebase.
## Fallback
If scripts fail, use `gh` CLI directly:
- `gh pr checks name,state,bucket,link`
- `gh run view <run-id> --log-failed`
- `gh api repos/{owner}/{repo}/pulls/{number}/comments`
## When to Use
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