| description | Use when the user wants to drive a PR through the review/CI/merge loop — phrases like "address PR feedback", "respond to review comments", "request a Copilot code review", "watch CI", "wait for CI", "iterate on a PR until clean". |
| metadata | {"github-path":"skills/manage-pr","github-ref":"refs/heads/main","github-repo":"https://github.com/github/agent-config","github-tree-sha":"8b62146437a15f4b94783bd1fa430e44b231ea04"} |
| name | manage-pr |
Manage PR — drive a pull request through review and CI to clean
Use this skill any time you're shepherding a PR through to merge: addressing reviewer comments, requesting a fresh Copilot Code Review (CCR) pass, waiting for CI, and looping until the PR is clean.
The CLI primitives are simple but there are several surprising behaviors that this skill captures so you don't have to rediscover them:
- The right reviewer login to re-request CCR is
copilot-pull-request-reviewer[bot], not plain Copilot (see references/copilot-code-review.md).
- A successful re-request POST returns 201 even when GitHub silently no-ops it; you must verify by re-reading the PR.
- CCR runs are tied to a specific commit SHA; you can't trigger a fresh review without either a new push or a successful re-request.
⚡ Always run this skill as a background agent
This skill polls CI and CCR until the PR is clean. CI alone can take 30+ minutes; the full review/iterate loop can take hours across multiple CCR rounds. Blocking the user's main session for that long is wrong.
When invoking this skill, always launch it as a task background agent so the user keeps their session free for follow-ups:
task tool with:
agent_type: general-purpose
mode: background
name: manage-pr-<short>
prompt: "Run the manage-pr skill on <repo>#<number>. Address review feedback,
re-request CCR as needed, watch CI, loop until clean. Notify me
when done or when you hit a blocker that needs my judgment."
Exceptions where it's fine to run inline:
- The user explicitly says "stay foreground" / "wait with me" / "don't background this"
- The PR is already in a final state and you only need a one-shot snapshot (no looping) — in that case, the work is short and the snapshot output is the actual answer the user wants
In every other case: launch as a background agent, hand the agent_id back to the user with a one-line note, and end your turn. The user will get a system notification when the background agent completes.
When you (the background agent) finish, surface a final-state summary including: which threads were addressed, which (if any) were left for the user, the head SHA + final CCR verdict, the final CI rollup, and the merge-state status. If you hit a blocker that needs human judgment (ambiguous reviewer feedback, complex merge conflict, unexplained test failure that smells unrelated to the change), stop polling and surface the question — don't keep looping while waiting on a decision.
When to Use This Skill
- "Address all the open review comments on PR #123."
- "Re-request Copilot review on this PR."
- "Wait for CI to finish and tell me what's failing."
- "Loop on this PR — fix the review feedback and the CI failures until it's all green."
- "What's the state of PR #123? What's left to address?"
- "Make PR #123 mergeable" / "make it green" / "drive this to merge" — orchestrate everything (conflict resolution, review, CI) until the PR can land.
If the user just wants raw CI monitoring (no review-comment work), prefer the watch-ci skill. If they just want a single CCR review wait, prefer wait-for-copilot-code-review. Use this skill when they want orchestration across all of the above.
Process
Step 1: Snapshot the PR
Always start with one summary call so you know what you're working with:
OWNER=...; REPO=...; PR=...
gh api graphql -f query='
query($o:String!,$r:String!,$n:Int!){
repository(owner:$o,name:$r){
pullRequest(number:$n){
number title state isDraft mergeable mergeStateStatus
headRefOid baseRefName
mergeQueueEntry{state position estimatedTimeToMerge enqueuer{login}}
reviewThreads(first:50){
nodes{
id isResolved isOutdated
comments(last:1){nodes{databaseId path line body author{login}}}
}
}
commits(last:1){nodes{commit{statusCheckRollup{state contexts(first:50){nodes{
... on CheckRun{name conclusion status detailsUrl}
... on StatusContext{context state targetUrl}
}}}}}}
}
}
}' -f o="$OWNER" -f r="$REPO" -F n="$PR"
From this you can extract everything you need: head SHA, unresolved threads with full bodies, CI status, mergeability.
Always also check whether CCR has reviewed the head SHA, not just whether unresolved threads exist. The per-PR cooldown can cause CCR to silently skip a push, leaving you with a "clean" snapshot that hasn't actually been re-reviewed:
HEAD=$(gh api repos/$OWNER/$REPO/pulls/$PR --jq '.head.sha')
LATEST_CCR=$(gh api repos/$OWNER/$REPO/pulls/$PR/reviews --jq \
'[.[] | select(.user.login=="copilot-pull-request-reviewer[bot]")] | last | .commit_id // ""')
if [ "$HEAD" != "$LATEST_CCR" ] && [ -n "$LATEST_CCR" ]; then
echo "⚠️ CCR has not reviewed head ($HEAD); latest review was on $LATEST_CCR"
fi
If the head SHA isn't reviewed yet, treat the snapshot as "pending CCR" and re-request before declaring the PR clean. See references/copilot-code-review.md for the full pattern.
Step 1.5: If the PR is already in the merge queue, treat it as in-flight
If mergeQueueEntry is non-null, the PR has been enqueued and is now the merge queue's responsibility — not yours. Do not start the address-feedback / re-request / watch-CI loop on it; the queue will run its own validation against a freshly-built test merge commit and either land the PR or eject it.
When a PR is in the queue, surface a one-line status ("PR #X is in the merge queue at position N, ETA Ys, queue state Z") and stop. The user already enqueued it intentionally; re-requesting reviews or pushing new commits would either no-op (the queue commit is what matters now) or eject the PR back out of the queue.
⚠️ Read merge-queue states carefully. They can look alarming when they aren't:
mergeQueueEntry.state == UNMERGEABLE at a far-back position with all check suites still QUEUED is not a real conflict signal — it's the queue's "haven't validated this slot yet" placeholder. The state will flip to MERGEABLE once CI on the test merge commit (mergeQueueEntry.headCommit.oid, distinct from the PR's headRefOid) starts and passes. Don't sound the alarm; just report position + ETA.mergeQueueEntry.state == MERGEABLE with checks still running is normal — the queue is actively validating this slot.mergeQueueEntry.state == AWAITING_CHECKS means CI on the queue commit hasn't kicked off yet.mergeQueueEntry.state == LOCKED means the queue is actively trying to merge this slot.mergeQueueEntry.state == UNMERGEABLE after the queue has validated this slot (i.e., position 0/1, checks completed, state stuck on UNMERGEABLE) is a real signal — the test merge commit failed validation. Surface to the user; the PR has likely been ejected or will be.
Don't treat queue position as fixed — other PRs ahead of yours can succeed/fail/get re-prioritized, so if you're polling, re-snapshot every few minutes rather than relying on estimatedTimeToMerge.
Step 2: Resolve merge conflicts (if mergeStateStatus == DIRTY or mergeable == CONFLICTING)
Before doing any other work, check the snapshot's mergeable / mergeStateStatus. If either mergeStateStatus == DIRTY or mergeable == CONFLICTING (equivalently mergeable_state == "dirty" from the REST API), the PR has conflicts with its base branch and cannot merge no matter how green CI is or how many approvals it has. Resolve before continuing.
Check both fields, not just one. GitHub computes them asynchronously, so a fresh snapshot can briefly return mergeStateStatus == UNKNOWN while mergeable is already CONFLICTING — keying off only DIRTY would skip conflict resolution on exactly the kind of PR this step exists to catch. Same applies in reverse.
Don't skip this check just because checks are passing. A conflicting PR with all-green CI looks "ready" but isn't — that's the trap this step exists to prevent.
BASE=$(gh api repos/$OWNER/$REPO/pulls/$PR --jq '.base.ref')
HEAD_BRANCH=$(gh api repos/$OWNER/$REPO/pulls/$PR --jq '.head.ref')
ls -d ~/Repos/${REPO}* 2>/dev/null | grep -iF -- "${HEAD_BRANCH##*/}" || ls -d ~/Repos/${REPO}* 2>/dev/null
cd ~/Repos/<the-worktree>
git fetch origin "$BASE" --quiet
git merge "origin/$BASE" --no-edit
After resolving:
- Run the project's local validation — at minimum a build and the tests touching the conflict area. For Go repos:
go build ./... && go vet ./... && go test -race ./<affected packages>/.... For others, follow the repo's AGENTS.md / CONTRIBUTING.md.
git add -A && git commit --no-edit (the merge commit message is fine), then git push.- Re-snapshot (Step 1) and continue with the rest of the loop. The new merge commit will trigger fresh CI; re-request CCR on the new head SHA per Step 5.
If the conflict is non-trivial or the user's intent is ambiguous, stop and ask rather than guessing — picking the wrong side of a conflict can silently revert the PR's actual change.
Step 3: Address feedback
For each unresolved thread:
- Read the comment body (
comments(last:1).nodes[0].body) and the path/line.
- Apply the fix in the working copy.
- Decide: agree with the comment, push back with reasoning, or partially apply.
When you have one or more fixes ready, commit them with a meaningful message and push:
git add -A
git commit -m "$MESSAGE
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>"
git push
A single commit can address multiple threads — group related fixes.
Step 4: Reply to and resolve each addressed thread
For every thread you addressed, post a reply explaining the fix (referencing the commit SHA), then resolve the thread. Threads that you did not address (or where you disagreed) should get a reply explaining why; resolve only after you and the reviewer agree.
gh api repos/$OWNER/$REPO/pulls/$PR/comments -X POST \
-f body="Fixed in $SHA — <one-line explanation>" \
-F in_reply_to="$COMMENT_DATABASE_ID"
gh api graphql \
-f query='mutation($id:ID!){resolveReviewThread(input:{threadId:$id}){thread{isResolved}}}' \
-f id="$THREAD_NODE_ID"
You can do all of these in a single bash loop — see references/bulk-resolve.md for a ready-to-paste template.
Step 5: Request (or re-request) Copilot Code Review
CCR usually fires automatically on push events, but on long-running PRs it can be debounced. To explicitly request or re-request:
gh api repos/$OWNER/$REPO/pulls/$PR/requested_reviewers -X POST \
-f 'reviewers[]=copilot-pull-request-reviewer[bot]'
⚠️ Critical gotcha: use copilot-pull-request-reviewer[bot], not Copilot. The plain Copilot form works for the first review on a PR but is silently no-op'd on re-requests after the bot has already reviewed. The [bot]-suffixed login goes through the re-request path. See references/copilot-code-review.md for the full story.
Always verify the request landed by reading the PR back:
gh api repos/$OWNER/$REPO/pulls/$PR --jq '.requested_reviewers[].login'
If the array is empty after the POST, the request was dropped — do not assume it queued.
Step 6: Watch CI and wait for the new CCR review
After pushing, hand off the polling work to the dedicated skills — both support background mode so the user can keep working:
- CI checks: invoke the
watch-ci skill on the head SHA. It runs a zero-token shell poll and surfaces pass/fail when checks complete.
- CCR review: invoke the
wait-for-copilot-code-review skill. It polls for a new CCR review on the head SHA without burning LLM turns and wakes back up with the comments.
Run them in parallel. Don't inline a polling loop here — that re-implements what those skills already encode (and skips their background-mode benefit).
The CCR review usually appears 1–3 minutes after the Running Copilot Code Review workflow completes; wait-for-copilot-code-review already knows to look for that.
Step 7: Loop
Re-snapshot (Step 1). If mergeQueueEntry is now non-null, the user (or someone else) enqueued the PR while you were working — switch to Step 1.5 mode (report queue position and stop). If mergeStateStatus == DIRTY or mergeable == CONFLICTING (check both — see Step 2 for the async-computation rationale), go back to Step 2. If there are unresolved threads or failing checks, go back to Step 3. Repeat until all of these hold:
- 0 unresolved review threads
mergeStateStatus is CLEAN (or BLOCKED only on policy items the user is choosing to bypass) and mergeable is MERGEABLE (not CONFLICTING). Symmetric with the loop trigger above — if either field still says the PR is conflicting, treat it as still-conflicting and go back to Step 2. If either field is UNKNOWN, GitHub is still computing; re-snapshot in a few seconds rather than declaring victory.- All status checks
SUCCESS (on github/github, first rule out a known infra flake — github-gauntlet ThreepcError or an octofactory TLS handshake timeout — before treating a red check as a real failure to fix; see watch-ci's "Known github/github flakes" table. Retry the flake instead of looping on a code fix.)
- The latest CCR-bot review's
commit_id matches the current head.sha (i.e. CCR has actually reviewed the most recent push, not just an earlier one — see Step 1's CCR-coverage check)
If the first three are true but CCR hasn't reviewed the head SHA, re-request rather than declaring victory. The auto-approve verdict comment you may be reading might be from the previous SHA; only treat the PR as approved when CCR's review references the current head.
Then surface a one-line "ready to merge" summary to the user and stop.
Output Format
For each iteration, give the user a compact status snapshot before doing more work:
PR #289 — slack-search skill
head: 830f66a (1 commit ahead of last review)
reviews: 3 unresolved threads (all from copilot-pull-request-reviewer)
CI: 3 of 7 checks completed (all passing so far)
mergeable: blocked on review
Plan:
1. Address the unresolved threads in 830f66a (script + 1 doc fix)
2. Push; re-request Copilot review
3. Wait for CCR + remaining CI
Boundaries
Will:
- Run as a background agent by default so the user's main session stays free.
- Snapshot PR state (threads, CI, mergeability, merge-queue entry) in one read.
- Recognize when a PR is already in the merge queue and report position/ETA without trying to drive the review/CI loop on it (the queue owns it now).
- Apply fixes for review comments and group them into meaningful commits.
- Reply to and resolve threads (only resolves threads you actually addressed or that the reviewer agreed to drop).
- Request and re-request Copilot Code Review using the correct
[bot] login form.
- Verify each re-request landed (the API silently drops some).
- Poll CI and CCR workflow status; surface failures.
- Loop until clean, or hand back to the user when blocked.
- Surface a final-state summary on completion (or partial progress if blocked) so the user can act on it without re-querying the PR.
Will Not:
- Block the foreground session waiting for CI / CCR. Always run as a background agent unless the user explicitly opts out.
- Try to "fix" a PR that's already in the merge queue — the queue owns it; new commits or re-requests are at best no-ops and at worst eject the PR.
- Sound the alarm on
mergeQueueEntry.state == UNMERGEABLE when the PR is far back in the queue with checks still QUEUED — that's the queue's "not validated yet" placeholder, not a real conflict.
- Resolve a thread you didn't address (or that the reviewer hasn't agreed to drop).
- Push fixes that contradict reviewer feedback without explicit user approval.
- Force-merge or override branch protection.
- Keep polling silently for hours when blocked on a human decision — surface the question and stop.
References
Related Skills
watch-ci — focused CI-only monitoring with notifications on completion.wait-for-copilot-code-review — zero-token polling for a single CCR pass.slack-search — pull related Slack discussion when a review comment references chat context.
