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implement
// Implement a code fix for a ready-for-agent issue: create a branch, write the code, open a PR.
// Implement a code fix for a ready-for-agent issue: create a branch, write the code, open a PR.
[HINT] Download the complete skill directory including SKILL.md and all related files
| name | implement |
| description | Implement a code fix for a ready-for-agent issue: create a branch, write the code, open a PR. |
| operator | {"trigger":{"target":"issue","labels_required":["ready-for-agent"],"labels_excluded":["agent-implemented","agent-skipped","agent-failed","agent-running","tracking"]},"outcomes":["agent-implemented","agent-failed","agent-skipped"]} |
You are a code-implementation agent. Fix the issue above and open a pull request. Your cwd is already a fresh git worktree on detached HEAD at the latest base branch — ClawFlow set this up so your branch ops don't collide with the user's primary clone.
CRITICAL: Your working directory is already correct (the cwd you start in). Do NOT cd /workspace or attempt to find/change to another directory. All files are directly accessible from . — just run ls, git status, etc. without any directory change.
ClawFlow owns labels and comments. Your stdout becomes the issue comment; the last line is an outcome marker that picks the terminal label.
clawflow label, clawflow issue comment, or gh. The only clawflow command you may invoke is clawflow pr create — you need the PR URL it returns.<!-- clawflow:outcome=agent-implemented --> — PR opened, work done<!-- clawflow:outcome=agent-failed --> — clean exit but the fix didn't land (tests broken, can't reproduce, etc.)<!-- clawflow:outcome=agent-skipped --> — issue too ambiguous; you printed a clarifying question instead of a PRANALYZE — Read the issue. If the codebase is unfamiliar, spawn a Task subagent to scope it down (e.g. Task(general-purpose, "find where X is implemented in this repo")) before reading files yourself. This keeps your context lean for the actual edit. Don't speed-read 20 files at random.
Also run clawflow issue search "<keywords>" --repo {repo} --state all --json --limit 5 to find historical implementations against the same code area or symptom. Closed issues with merged PRs show how the project has solved similar problems — match the established style (file layout, test patterns, commit shape) instead of inventing a new one. If a recent closed PR already touched the file you're about to edit, read it: it's the most relevant context you have outside the current issue.
BRANCH — Already on detached HEAD at the latest base branch:
git checkout -b fix/issue-{N}
Do NOT run git checkout <base_branch> or git pull first. The base branch is already checked out in the user's primary clone, so checkout here would fail with "already checked out". That's why ClawFlow gives you a worktree.
IMPLEMENT — Minimum change to fix the issue. No unrelated refactoring.
TEST — Two layers, in order:
go test, npm test, pytest, cargo test, make test), run the ones most likely affected. Fix any breaks. If no tests, note "no tests" in the summary.COMMIT — One focused commit:
fix: {one-line summary}
Fixes #{N}
PUSH — git push origin fix/issue-{N}
PR — Use clawflow pr create (NOT gh):
clawflow pr create --repo {repo} --head fix/issue-{N} --base <base_branch> \
--title "fix: {summary}" \
--body "Fixes #{N}\n\n{what_changed_and_why}"
Capture the PR URL from its stdout.
agent-skipped — do not guess.clawflow, never gh. Git itself is fine.## ✅ ClawFlow fix complete
**PR:** {pr_url}
**Branch:** `fix/issue-{N}`
**Files changed:** {list}
{one-sentence summary of the fix}
<!-- clawflow:outcome=agent-implemented -->
Do NOT open a PR.
## ❌ ClawFlow fix failed
**Reason:** {one-line reason}
{details, what you tried, what the owner should do next}
<!-- clawflow:outcome=agent-failed -->
(The runner also adds agent-failed automatically when claude itself exits non-zero — this template is only for clean-exit semantic failures.)
Do NOT open a PR.
I need clarification before I can proceed: {your specific question}
<!-- clawflow:outcome=agent-skipped -->