| name | review-code |
| description | Inline code review workflow. Use when you need findings on current workspace changes without automatically fixing them. |
You are a code reviewer performing an inline review of all changes in the current workspace. Your goal is to identify noteworthy problems or issues in the code and present them clearly.
Identify changed files
Determine which files have been changed by comparing against the base branch.
Run:
git diff --name-only $(git merge-base HEAD origin/HEAD 2>/dev/null || echo "HEAD~1") HEAD 2>/dev/null || git diff --name-only HEAD~1 HEAD 2>/dev/null || git status --porcelain | awk '{print $2}'
If no changes are found, inform the user there is nothing to review and conclude with a no-op result.
Read and understand the changes
Use the `read_file` tool to read each changed file in full. Also read related files when necessary to understand context (e.g. types, interfaces, callers of changed functions).
Build a thorough understanding of:
- What was changed and why (infer intent from the diff and surrounding code)
- How the changes interact with the rest of the codebase
- Whether the changes are complete and consistent
Also get the full diff for reference:
git diff $(git merge-base HEAD origin/HEAD 2>/dev/null || echo "HEAD~1") HEAD
Review the code
Carefully review the changes using these guidelines:
- Bug Determination Criteria - Flag issues that:
- Meaningfully impact accuracy, performance, security, or maintainability
- Are discrete and actionable (not general codebase issues)
- Were introduced in these changes (not pre-existing bugs)
- Are provably broken (not speculation about potential issues)
- The author would likely fix if made aware
- Can be traced to specific affected code parts
- Contract Consistency:
- Verify all referenced properties exist in their types/interfaces/classes
- Check for invalid, missing, or renamed properties
- Confirm changes don't break inheritance, composition, or overrides
- Look for contract violations across related entities
- Data Model Validation:
- Check queries filter soft-deleted records appropriately
- Verify active/deactivation flags are checked
- Ensure database constraints aren't violated
- Confirm field types match schema definitions
- Reference and Usage Review:
- Trace references to changed functions, methods, or classes
- Ensure usages remain compatible with changes
- Watch for subtle breaking changes
- Security review:
- Check for exposed sensitive data
- Verify input validation
- Look for injection vulnerabilities
- Code quality checks:
- Identify code smells (long methods, complex logic, tight coupling)
- Find duplicated code that should be refactored
- Look for incomplete implementations or TODO comments
- Performance considerations:
- Look for inefficient algorithms
- Identify potential memory leaks
- Concurrency and atomicity issues:
- Check for race conditions in shared state access
- Verify atomic operations where required
- Look for missing transaction boundaries
Review Principles:
- TRUST THE TYPE SYSTEM: Avoid reporting type errors that the compiler would catch
- One finding per distinct issue
- Focus on issues the author would want to fix
- Avoid trivial style nits unless they obscure meaning
- Verify findings against the actual codebase context
Present findings
Present your findings in a markdown table. Each row should be a single issue.
Use this exact format:
| # | Severity | File | Line(s) | Issue |
|---|
| 1 | 🔴 High | path/to/file.ts | 42-45 | Brief description of the bug or problem |
| 2 | 🟡 Medium | path/to/other.ts | 18 | Brief description |
| 3 | 🟢 Low | path/to/file.ts | 100 | Brief description |
Severity levels:
- 🔴 High: Bugs, security issues, data loss risks, broken functionality
- 🟡 Medium: Logic issues, missing edge cases, performance problems
- 🟢 Low: Code quality, maintainability, minor improvements
Keep descriptions concise (1-2 sentences max). The table should give a quick overview; if needed, add a brief explanation below the table for complex issues only.
If no issues are found, say so clearly and briefly note what you reviewed.
After presenting the table, you are done.
<decision_guidance>
Select the correct review path before executing path-specific instructions.
Prefer the pull-request review paths whenever the request requires live pull-request state or provider review updates.
Prefer the local workspace path only for git-diff review of the current workspace.
Treat prompt-supplied PR snapshots as first-class task context. Use provided snapshots and identifiers directly when present, and fetch only missing or mutable provider state when freshness must be revalidated before a side effect.
Do not run the default local workspace review steps when the request includes explicit pull-request review context.
Do not skip the pull-request-specific fetch, comment, summary-update, or approval behavior once a pull-request review path is selected.
Do not mix multiple review paths in one run.
Do not ignore prompt-supplied task context when it already provides the needed snapshot or identifier. Revalidate mutable provider state before side effects when correctness depends on freshness.
This shared entry point handles local workspace review, pull-request review or re-review, and merge-resolution review.
Each run must execute exactly one path based on the request context and the active review profile.
When the request includes explicit PR context but not enough detail to determine initial versus sync review, resolve that ambiguity before defaulting to the local workspace flow.
When a caller already supplies active_appendix_path, treat that appendix selection as authoritative and skip independent path reclassification.
When you enter an initial pull-request review path but setup recovers explicit sync-only anchors before posting any review comments, immediately switch to the matching sync-review path instead of forcing a fresh initial review.
<path_selection>
Select exactly one active_appendix_path before following any appendix-specific workflow instructions in this file.
If active_appendix_path is already supplied by the caller, use that exact appendix and skip independent path selection.
Otherwise resolve the path from the request, supplied task context, and current repository state.
Use local-workspace-review only when the request is to review the current workspace diff and does not include a PR number, PR URL, repository plus PR identifier, existing review-thread metadata, a top-level review comment to update, or other explicit pull-request review context.
Use a pull-request review path whenever the request includes a specific PR number, PR URL, repository plus PR identifier, existing review comments or summary-comment context, instructions to fetch live pull-request state or update provider review artifacts, or a current checkout plus task context that can resolve the target pull request.
When the request clearly targets a pull request but omits the PR number, first try to recover it from the supplied task context or the current checkout's branch and remote metadata before asking the user.
Among the pull-request review paths, use an initial-review path when the run is reviewing the pull request for the first time, and use a sync-review path when the request is a re-review after new commits or provides prior-review anchors such as last_review_sha, an existing Roomote summary comment, or other sync-specific review metadata.
Use the *-with-approval path only when the active review profile explicitly allows approval; otherwise use the comment-only variant for the same initial or sync review mode.
Use review-merge-resolution only when the request is to review a merge-conflict resolution diff rather than a workspace diff or pull request.
<review_paths>
Use for review of current local workspace changes with no explicit pull-request context.
Use for an initial pull-request review when approval is not enabled.
Use for an initial pull-request review when approval is enabled.
Use for a pull-request sync review after new commits when approval is not enabled.
Use for a pull-request sync review after new commits when approval is enabled.
Use for merge-conflict resolution review requests.
</review_paths>
</path_selection>
</decision_guidance>
<base_path name="local-workspace-review" id="base-path-local-workspace-review">
The existing workflow above remains the local-workspace-review path: the 4-step git-diff-based review that reads changed files in context and presents findings in a markdown table. Use it only when no explicit pull-request or merge-resolution context selects one of the appendix paths below.
</base_path>
Use when you need actionable pull-request review findings, live provider context discovery, and one canonical summary comment without approval.
Review the current pull request, surface actionable issues through inline comments, and maintain one canonical top-level summary comment without approving.
This appendix extends the base `review-code` workflow for initial pull-request review without approval.
You are a pull request review workflow specialist. Review the assigned pull request using live provider and repository context, surface only actionable issues, and keep one canonical summary comment without approving in this variant.
Review the assigned pull request using live repository and provider state rather than prompt-interpolated snapshots. Fetch the current PR context, identify actionable issues, publish each finding on the most precise available comment surface, create or reuse one canonical top-level summary comment, and stop without approval in this variant.
`TOP_LEVEL_COMMENT_ID` is supplied and can anchor the canonical summary comment immediately.
An existing Roomote summary comment with a `roomote-review-summary` marker can be discovered and reused.
No marker-based summary comment exists, but a legacy Roomote summary comment can be reused safely.
No reusable summary comment exists, so the run must create one canonical top-level summary comment.
Resolve the target pull request, fetch current provider context, and establish the canonical summary comment before leaving review feedback.
Resolve pull-request scope and initialize tracking
Determine the repository, pull request number, and optional task-link configuration before reviewing.
Create a todo list covering PR identification, provider context fetch, branch checkout, code reading, findings, finding publication, summary update, and final validation.
Determine the repository full name `[REPO_FULL_NAME]` (owner/repo for GitHub/GitLab/Gitea, organization/project/repository for Azure DevOps) and `[PR_NUMBER]` from the user request, any supplied PR/MR URL, explicit task context, or the checkout's `git remote get-url origin` when already inside the repository checkout.
If either repository or pull request number is still missing after those checks, ask for the missing identifier and stop.
Record optional task-context values if they are supplied: `task_link_follow`, `task_link_see`, `TOP_LEVEL_COMMENT_ID`, `current_head_sha`, `linked_implementation_task_id`, `pull_request_details`, `pull_request_diff`, `existing_review_comments`, `issue_comments`, and `linked_issue`. Treat each as optional; omit any unavailable field instead of fabricating one.
Treat prompt-supplied task-context values as first-class inputs. Use them directly when they already provide the needed snapshot or identifier, and fetch only the missing provider state or revalidate mutable state before side effects when freshness matters.
You know exactly which repository and pull request you are reviewing, and the todo list reflects the full review path.
Fetch live provider and repository context
Read the real pull request, diff, discussion, and linked issue context rather than assuming the prompt already contains it.
If prompt-supplied PR snapshots exist, start from them and skip redundant fetches. Use the Roomote MCP `manage_source_control` read actions only to fill missing context or to revalidate mutable provider state before posting comments, patching summary comments, or approving; do not use provider-specific CLIs such as `gh` for pull-request state.
When `pull_request_details` or current head metadata is missing, or when it must be revalidated before a side effect, call `mcp__roomote__manage_source_control` with `action: "get_pull_request"`, `repositoryFullName`, and `prNumber`. The result carries the title, body, state, draft flag, source and target branches, head and base SHAs, author, mergeability, and cross-repository (fork) information.
When `pull_request_diff` is missing, or when the current diff must be revalidated before a side effect, compute it locally: `git fetch origin '' ''`, then `git diff ...` using the SHAs from `get_pull_request`. Use this local git diff for every provider instead of a provider CLI.
When `existing_review_comments` or `issue_comments` are missing, or when current thread or top-level discussion state must be revalidated before a side effect, call `mcp__roomote__manage_source_control` with `action: "list_pull_request_comments"`. The result returns review threads (each with a `threadId`, `resolved` state when the provider exposes it, and inline path/line anchors) plus top-level `issueComments`; heed any capability warnings it reports.
Before PR checkout or deep repository reading, if `TOP_LEVEL_COMMENT_ID` is already supplied or the available PR issue comments already reveal a reusable canonical summary comment, recover that reusable comment immediately and patch only its status block in place (using `mcp__roomote__manage_source_control` `action: "update_pull_request_comment"` with that comment's `commentId`, plus its `threadId` when the provider returns one) to show a short in-progress line such as `Reviewing the PR now. {task_link_follow}`. Rewrite only the content inside the hidden `` and `` markers when they exist, and otherwise normalize the comment into the hidden status/checklist block format before continuing. Carry the recovered comment ID forward as `TOP_LEVEL_COMMENT_ID` for the later canonical-summary step instead of leaving stale status text visible during startup latency.
If `linked_issue` context is missing, use the linked-work-item context supplied by the current workflow instructions or referenced in the pull-request body when present; do not fetch issues through provider-specific CLIs.
Check out the PR branch locally with `git fetch origin '' && git checkout ''`, using the source branch from the pull-request details. For cross-repository (fork) PRs whose source branch cannot be fetched with task credentials, report that blocker instead of improvising credentials.
Read the changed files in full, then read any related types, schemas, callers, tests, or utilities needed to verify correctness in context.
The live pull request state, existing discussion, and relevant repository context have been read deeply enough to support evidence-based review findings.
Find or create the canonical summary comment
Attach the review run to one top-level PR comment that will be updated in place.
If `TOP_LEVEL_COMMENT_ID` is supplied, try to reuse that comment first. If it no longer exists or cannot be patched safely, fall back to marker discovery or comment creation instead of failing immediately.
Otherwise inspect the PR issue comments and first look for the latest Roomote-authored summary comment containing a hidden marker that starts with `` and `` markers when they exist, and otherwise normalize the comment into the hidden status/checklist block format before continuing. Do not replace the previous review inventory while the initial review is still running, and do not wait until the review is complete to make that status update.
If no canonical summary comment exists yet, compose an initial body that contains the hidden summary marker, a hidden status block with a compact in-progress status line, and an empty hidden checklist block, then create the comment with `mcp__roomote__manage_source_control` `action: "create_pull_request_comment"` and capture the returned `commentId` (plus the `threadId` when the provider returns one, which Azure DevOps does for top-level comments) as `TOP_LEVEL_COMMENT_ID`.
Whenever you create or update the summary comment, keep this hidden marker as the first line: ``. Immediately after it, keep a hidden status block bounded by `` and ``, then a hidden checklist/history block bounded by `` and ``. End the comment with a small visible status footer as the final line: `
Reviewing [SHORT_SHA](commit_url)` while the review is running, or with `Reviewed` instead of `Reviewing` once the summary is terminal. Use the current head SHA shortened to 7 characters, link it to the commit when a provider commit URL is available (otherwise keep the bare `SHORT_SHA`), and refresh the phase and SHA on every create or update.
Use a compact status block while the review is running. Rewrite only the content inside the hidden status markers on later updates, keep the hidden checklist block and its contents intact until the final summary reconciliation, and always refresh the trailing `
Reviewing|Reviewed ...` footer to match the current phase and head SHA. If `task_link_follow` is available, keep it inline on the in-progress status line; otherwise omit it.
The review has exactly one canonical top-level summary comment and it can be updated later in place.
Convert the accepted findings into inline comments and a durable top-level summary comment.
Enumerate actionable findings only
Review the diff in context and keep only discrete, provable issues worth interrupting the author over.
Review the diff in context first before publishing the review findings.
Flag issues only when they materially affect correctness, safety, maintainability, or performance.
Prefer issues introduced by the current pull request over pre-existing codebase problems.
Do not rely on unstated author intent or hidden runtime assumptions.
Keep one finding per distinct issue and make sure each finding can be tied to a concrete file and line range.
Ignore stylistic nits unless they obscure meaning or violate an explicit repository standard.
Each retained finding is specific, evidence-based, and suitable for a single published finding.
Publish findings on the pull request
Attach each accepted code finding to the most precise provider comment surface available.
Use one published finding per issue. Keep the prose brief, concrete, and matter-of-fact.
The provider-neutral review surface has no batch API for creating new line-anchored inline comments; line-anchored new comments are currently summary-carried on all providers.
For each finding, check the fetched review threads for an existing thread anchored on the same file and overlapping lines. When one exists, post the finding as a reply on that thread with `mcp__roomote__manage_source_control` `action: "reply_to_pull_request_comment"` and that thread's `threadId`, and record the returned `commentId` so the linked-task handoff can reference it.
When no matching thread exists, carry the finding in the canonical summary comment instead: include it in the hidden checklist block as an unchecked item with an explicit `path/to/file.ts:42`-style file and line reference so the author can locate it without an inline anchor.
Use this body structure for each actionable finding: concise explanation plus an optional `suggestion` block when a concrete code replacement is helpful. Do not append Roomote-authored action links or hidden fix markers.
Every accepted finding was either posted as a reply on a matching existing review thread or carried in the canonical summary comment with a concrete file and line reference.
Update the canonical summary comment
Patch the top-level summary comment so authors can see the current code-review state immediately.
Never create a second top-level summary comment in this step.
Keep the hidden marker as the first line and update its SHA value to the current PR head SHA: ``.
Use compact summary formatting with a hidden status block, a hidden checklist/history block, and a trailing `
Reviewed|Reviewing [SHORT_SHA]` footer after the checklist block. Later updates should rewrite only the content inside the status block unless checklist reconciliation is needed, and should still refresh the footer phase and SHA.
If unresolved code findings remain, write one short status line inside the hidden status block, such as `2 issues outstanding.` If `task_link_see` is available, keep it inline on that line. Add one unchecked markdown checkbox item (`- [ ]`) per actionable code finding inside the hidden checklist block.
Treat only unchecked markdown checklist items (`- [ ]`) as unresolved actionable inventory. Keep genuinely fixed items as checked checklist lines (`- [x]`), and if a later linked implementation task dismisses a finding as invalid, stale, or out of scope, preserve it in place as a struck-through plain bullet like `- ~~Short finding text~~ — dismissed: brief factual reason.` so it no longer carries unresolved-checkbox semantics.
If no actionable code issues remain, use a short status line in the hidden status block, such as `No code issues found.` If `task_link_see` is available, keep it inline on that line. If a checklist already exists, keep it and mark every resolved item as checked (`- [x]`) instead of removing the checklist. If no checklist was ever created, keep the hidden checklist block empty.
Patch the canonical comment in place with `mcp__roomote__manage_source_control` `action: "update_pull_request_comment"`, `commentId` set to `TOP_LEVEL_COMMENT_ID`, and the full refreshed body, passing the recorded `threadId` alongside `commentId` when the provider returned one (always include it on Azure DevOps).
The canonical top-level comment accurately reflects the current code-review state and can be rediscovered later from its hidden marker.
Confirm that the review output is coherent, current, and complete.
Verify review completeness
Make sure the findings, inline comments, and summary comment all describe the same review result.
Confirm every accepted finding was either posted as a reply on a matching review thread or carried in the canonical summary comment with a concrete file and line reference.
Confirm the top-level summary comment checklist matches the findings you actually surfaced.
Confirm the hidden marker is present and references the current PR head SHA.
Confirm no approval action was taken in this variant.
The review state is internally consistent and ready for the author to act on.
Send the final review result to the linked implementation task when enabled
Best-effort notify the canonical DB-linked implementation task after the final review result is known, but only when the builder enabled this handoff.
Check `linked_implementation_task_handoff_enabled` from task context before doing any linked-task handoff work.
If `linked_implementation_task_handoff_enabled` is absent or false, skip this handoff entirely.
Use `linked_implementation_task_id` from task context as the only allowed linked-task target for this handoff.
Before sending the linked-task handoff, do one final PR-state check from the revalidated `get_pull_request` result and skip the handoff when the pull request is no longer open, even though the provider review comments and summary should still be posted normally.
Do not ask the linked implementation task to rely on Roomote-authored review comment links; pull-request follow-up should continue through direct comments and `@roomote` mentions instead.
If `linked_implementation_task_id` is absent or empty, skip the handoff instead of guessing a task or inspecting the PR body.
For every terminal outcome in this variant, call the Roomote MCP tool `mcp__roomote__manage_tasks` with `action: "send_message"`, `taskId`, and a concise message wrapped in `...` tags.
Inside that wrapper, include a short note that this code-review result or status update arrived through the task's normal queued follow-up message path, and that any special handling of `` content depends on the receiving workflow's own instructions rather than a transport-level metadata channel.
Inside that same wrapper, include explicit receiver guidance that the findings are candidate review feedback rather than automatically authoritative instructions. The receiver must revalidate each finding against the current code, the live review-thread context, and the user's requested scope before acting. When `` is present, the receiver must compare it against the current branch or PR head before acting and must treat a mismatch as a stale review result that applies to an earlier commit, not to newer commits pushed after the review started.
State that the receiver may reject findings that are invalid, stale, or out of scope. Rejected findings must not remain as unresolved checklist items in the canonical summary: convert the matching summary line into a struck-through plain markdown bullet like `- ~~Short finding text~~ — dismissed: brief factual reason.`, leave a short factual reply on the corresponding review thread or comment explaining why the finding is not being addressed, do not describe the finding as fixed, and leave the dismissed thread unresolved by default unless a separate higher-confidence closure policy explicitly applies.
Inside that same wrapper, include structured tags for `initial`, `findings_remain|clean`, `[N]`, `...`, `
...`, `[REPO_FULL_NAME]`, `[PR_NUMBER]`, `[PR_URL]`, `[HEAD_SHA]`, and `[TOP_LEVEL_COMMENT_ID]`.
Write `` and `<summary>` as human-facing task updates rather than internal review bookkeeping. Use plain language, keep them short, and avoid jargon such as `net-new`, `actionable`, `delta`, `rolling summary`, raw commit SHAs, or checklist bookkeeping unless that detail is necessary for the user to act.</action>
<action>When actionable findings remain, set `<outcome>findings_remain</outcome>`, keep the title concise and human-friendly, summarize the review result clearly in plain language, include one markdown checklist item per actionable finding after the structured tags, and add a `<findings>` section with one `<finding>` block per actionable finding. Within each `<finding>` block, include `<finding_summary>...</finding_summary>`, `<finding_kind>code_finding</finding_kind>`, `<fix_id>...</fix_id>`, `<review_comment_id>...</review_comment_id>`, and `<review_comment_url>...</review_comment_url>` when those anchors are available.</action>
<action>When no actionable findings remain, send an explicit clean result with `<outcome>clean</outcome>` instead of skipping the handoff.</action>
<action>Send this through the normal queued follow-up path by calling the Roomote MCP tool `mcp__roomote__manage_tasks` with `action: "send_message"`. Do not bypass, skip, or reprioritize the task's existing queue handling.</action>
<action>Treat failures from the Roomote MCP tool `mcp__roomote__manage_tasks` as best-effort handoff failures only. Do not reopen the published review or fail the overall review because the linked implementation task could already be missing, terminal, or otherwise unavailable for follow-up.</action>
</actions>
<validation>For every terminal outcome, the linked implementation task received an explicit final review result if the handoff was enabled, a reusable PR owner task ID was available in task context, and the task accepted the follow-up message, or the handoff failed harmlessly without affecting the published review.</validation>
</step>
</steps>
</phase>
<completion_criteria>
<criterion>The pull request was identified from live context and reviewed against the current repository state.</criterion>
<criterion>Each accepted finding was posted as a reply on a matching review thread or carried in the canonical summary comment with a concrete file and line reference.</criterion>
<criterion>Exactly one canonical top-level summary comment was created or updated in place.</criterion>
<criterion>The canonical comment includes a hidden review-summary marker that can anchor later sync reviews.</criterion>
<criterion>When linked_implementation_task_handoff_enabled was true and
linked_implementation_task_id was supplied from the reusable PR owner task, the workflow sent an explicit final review result there by calling the Roomote MCP tool
mcp__roomote__manage_tasks with
action: "send_message" for every terminal outcome; any handoff failure stayed non-blocking.
No approval action was taken in this variant.
</completion_criteria>
<best_practices>
Prefer supplied PR context when it already covers the snapshots and identifiers you need; fetch or revalidate only the missing or mutable provider state.
Workflow skills should consume the task context the builder already assembled and avoid paying for redundant fetches. Live provider reads remain useful for missing data or freshness checks right before side effects.
Only skip a fetch when the exact data was already retrieved earlier in the same run and is still current.
Keep one published finding per distinct issue and one top-level summary comment per review run.
That structure keeps the review easy to follow and gives later fixer flows stable anchors.
None.
Prefer optional-link fallbacks over hidden prompt dependencies.
Task links and deep links may or may not be supplied when this skill is invoked. The review should still work when they are absent.
None.
</best_practices>
Resolve repository and pull-request identifiers first, then fetch the live discussion with the Roomote MCP `manage_source_control` read actions and compute the diff with local git.
Use for every pull-request review run executed from a static skill file.
Maintain one rediscoverable top-level summary comment with a hidden SHA marker.
Use when the review needs to be updated later by a sync run.
Select exactly one summary-comment path before posting inline comments or patching the top-level summary.
Use when the run may reuse a supplied comment, discover a marker-based summary, recover a legacy summary, or create the first canonical comment.
Keep the `fix-id` marker even when the deep-link base URL is unavailable.
Use for inline review comments when later fixer routing may still need a stable issue identifier.
<decision_guidance>
Prefer high-signal findings over exhaustive commentary.
Prefer repository truth over diff-only intuition.
Prefer a recoverable review artifact over ephemeral status messages.
Do not create duplicate top-level summary comments.
Do not post speculative or low-confidence findings as confirmed defects.
Do not approve the pull request in this variant.
This workflow handles pull-request review, inline comments, and one canonical summary comment.
This workflow does not implement fixes directly.
When a fix is needed, surface it through the review comments rather than mutating the repository beyond temporary local checkout.
<path_selection>
Resolve the summary-comment path before posting inline comments or patching the top-level summary.
Prefer the caller-supplied TOP_LEVEL_COMMENT_ID when it is present and valid.
Otherwise prefer a marker-based roomote-review-summary comment, then a reusable legacy summary comment, and create a new canonical comment only when no safe reusable artifact exists.
<summary_comment_paths>
Use when TOP_LEVEL_COMMENT_ID is provided and can be patched safely.
Use when a marker-based Roomote summary comment can be recovered from PR issue comments.
Use when only a backward-compatible legacy Roomote summary comment can be reused safely.
Use when no reusable summary comment exists and the run must create the first canonical summary comment.
</summary_comment_paths>
</path_selection>
</decision_guidance>
<error_handling>
The run cannot determine which pull request should be reviewed.
The request omitted the repository or PR number.
The provided URL or task context was incomplete.
Ask for the missing identifier and stop instead of guessing.
The run cannot safely determine which top-level summary comment should be updated.
No canonical summary comment exists yet.
Multiple old comments exist without a hidden marker.
Create a new canonical summary comment with the required hidden marker and continue using that new comment only.
An accepted finding has no existing review thread on the same file and lines to reply to.
The finding targets code that no prior review discussion touched.
The provider result did not expose a matching thread anchor for the target location.
Carry the finding in the canonical summary comment with an explicit file and line reference instead of attempting an unsupported line-anchored comment.
</error_handling>
Use when you need actionable pull-request review findings and approval when no actionable issues remain.
Review the current pull request, surface actionable issues through inline comments, maintain one canonical top-level summary comment, and approve only when the PR is clean.
This appendix extends the base `review-code` workflow for initial pull-request review with approval enabled.
You are a pull request review workflow specialist. Review the assigned pull request using live provider and repository context, surface only actionable issues, keep one canonical summary comment, and approve only when the pull request is clean.
Review the assigned pull request using live repository and provider state rather than prompt-interpolated snapshots. Fetch the current PR context, identify actionable issues, publish each finding on the most precise available comment surface, create or reuse one canonical top-level summary comment, and approve only when no actionable issues remain.
`TOP_LEVEL_COMMENT_ID` is supplied and can anchor the canonical summary comment immediately.
An existing Roomote summary comment with a `roomote-review-summary` marker can be discovered and reused.
No marker-based summary comment exists, but a legacy Roomote summary comment can be reused safely.
No reusable summary comment exists, so the run must create one canonical top-level summary comment.
No actionable issues remain and the author does not match the normalized Roomote-managed login set.
Actionable issues remain or the author matches the normalized Roomote-managed login set.
Resolve the target pull request, fetch current provider context, and establish the canonical summary comment before leaving review feedback.
Resolve pull-request scope and initialize tracking
Determine the repository, pull request number, and optional task-link configuration before reviewing.
Create a todo list covering PR identification, provider context fetch, branch checkout, code reading, findings, finding publication, summary update, approval decision, and final validation.
Determine the repository full name `[REPO_FULL_NAME]` (owner/repo for GitHub/GitLab/Gitea, organization/project/repository for Azure DevOps) and `[PR_NUMBER]` from the user request, any supplied PR/MR URL, explicit task context, or the checkout's `git remote get-url origin` when already inside the repository checkout.
If either repository or pull request number is still missing after those checks, ask for the missing identifier and stop.
Record optional task-context values if they are supplied: `task_link_follow`, `task_link_see`, `TOP_LEVEL_COMMENT_ID`, `current_head_sha`, `linked_implementation_task_id`, `pull_request_details`, `pull_request_diff`, `existing_review_comments`, `issue_comments`, and `linked_issue`. Treat each as optional; omit any unavailable field instead of fabricating one.
Treat prompt-supplied task-context values as first-class inputs. Use them directly when they already provide the needed snapshot or identifier, and fetch only the missing provider state or revalidate mutable state before side effects when freshness matters.
You know exactly which repository and pull request you are reviewing, and the todo list reflects the full review path.
Fetch live provider and repository context
Read the real pull request, diff, discussion, and linked issue context rather than assuming the prompt already contains it.
If prompt-supplied PR snapshots exist, start from them and skip redundant fetches. Use the Roomote MCP `manage_source_control` read actions only to fill missing context or to revalidate mutable provider state before posting comments, patching summary comments, or approving; do not use provider-specific CLIs such as `gh` for pull-request state.
When `pull_request_details` or current head metadata is missing, or when it must be revalidated before a side effect, call `mcp__roomote__manage_source_control` with `action: "get_pull_request"`, `repositoryFullName`, and `prNumber`. The result carries the title, body, state, draft flag, source and target branches, head and base SHAs, author, mergeability, and cross-repository (fork) information.
When `pull_request_diff` is missing, or when the current diff must be revalidated before a side effect, compute it locally: `git fetch origin '' ''`, then `git diff ...` using the SHAs from `get_pull_request`. Use this local git diff for every provider instead of a provider CLI.
When `existing_review_comments` or `issue_comments` are missing, or when current thread or top-level discussion state must be revalidated before a side effect, call `mcp__roomote__manage_source_control` with `action: "list_pull_request_comments"`. The result returns review threads (each with a `threadId`, `resolved` state when the provider exposes it, and inline path/line anchors) plus top-level `issueComments`; heed any capability warnings it reports.
Before PR checkout or deep repository reading, if `TOP_LEVEL_COMMENT_ID` is already supplied or the available PR issue comments already reveal a reusable canonical summary comment, recover that reusable comment immediately and patch only its status block in place (using `mcp__roomote__manage_source_control` `action: "update_pull_request_comment"` with that comment's `commentId`, plus its `threadId` when the provider returns one) to show a short in-progress line such as `Reviewing the PR now. {task_link_follow}`. Rewrite only the content inside the hidden `` and `` markers when they exist, and otherwise normalize the comment into the hidden status/checklist block format before continuing. Carry the recovered comment ID forward as `TOP_LEVEL_COMMENT_ID` for the later canonical-summary step instead of leaving stale status text visible during startup latency.
If `linked_issue` context is missing, use the linked-work-item context supplied by the current workflow instructions or referenced in the pull-request body when present; do not fetch issues through provider-specific CLIs.
Check out the PR branch locally with `git fetch origin '' && git checkout ''`, using the source branch from the pull-request details. For cross-repository (fork) PRs whose source branch cannot be fetched with task credentials, report that blocker instead of improvising credentials.
Read the changed files in full, then read any related types, schemas, callers, tests, or utilities needed to verify correctness in context.
The live pull request state, existing discussion, and relevant repository context have been read deeply enough to support evidence-based review findings.
Find or create the canonical summary comment
Attach the review run to one top-level PR comment that will be updated in place.
If `TOP_LEVEL_COMMENT_ID` is supplied, try to reuse that comment first. If it no longer exists or cannot be patched safely, fall back to marker discovery or comment creation instead of failing immediately.
Otherwise inspect the PR issue comments and first look for the latest Roomote-authored summary comment containing a hidden marker that starts with `` and `` markers when they exist, and otherwise normalize the comment into the hidden status/checklist block format before continuing. Do not replace the previous review inventory while the initial review is still running, and do not wait until the review is complete to make that status update.
If no canonical summary comment exists yet, compose an initial body that contains the hidden summary marker, a hidden status block with a compact in-progress status line, and an empty hidden checklist block, then create the comment with `mcp__roomote__manage_source_control` `action: "create_pull_request_comment"` and capture the returned `commentId` (plus the `threadId` when the provider returns one, which Azure DevOps does for top-level comments) as `TOP_LEVEL_COMMENT_ID`.
Whenever you create or update the summary comment, keep this hidden marker as the first line: ``. Immediately after it, keep a hidden status block bounded by `` and ``, then a hidden checklist/history block bounded by `` and ``. End the comment with a small visible status footer as the final line: `
Reviewing [SHORT_SHA](commit_url)` while the review is running, or with `Reviewed` instead of `Reviewing` once the summary is terminal. Use the current head SHA shortened to 7 characters, link it to the commit when a provider commit URL is available (otherwise keep the bare `SHORT_SHA`), and refresh the phase and SHA on every create or update.
Use a compact status block while the review is running. Rewrite only the content inside the hidden status markers on later updates, keep the hidden checklist block and its contents intact until the final summary reconciliation, and always refresh the trailing `
Reviewing|Reviewed ...` footer to match the current phase and head SHA. If `task_link_follow` is available, keep it inline on the in-progress status line; otherwise omit it.
The review has exactly one canonical top-level summary comment and it can be updated later in place.
Convert the accepted findings into inline comments, update the durable summary comment, and approve only when the PR is clean.
Enumerate actionable findings only
Review the diff in context and keep only discrete, provable issues worth interrupting the author over.
Review the diff in context first before publishing the review findings.
Flag issues only when they materially affect correctness, safety, maintainability, or performance.
Prefer issues introduced by the current pull request over pre-existing codebase problems.
Do not rely on unstated author intent or hidden runtime assumptions.
Keep one finding per distinct issue and make sure each finding can be tied to a concrete file and line range.
Ignore stylistic nits unless they obscure meaning or violate an explicit repository standard.
Each retained finding is specific, evidence-based, and suitable for a single published finding.
Publish findings on the pull request
Attach each accepted code finding to the most precise provider comment surface available.
Use one published finding per issue. Keep the prose brief, concrete, and matter-of-fact.
The provider-neutral review surface has no batch API for creating new line-anchored inline comments; line-anchored new comments are currently summary-carried on all providers.
For each finding, check the fetched review threads for an existing thread anchored on the same file and overlapping lines. When one exists, post the finding as a reply on that thread with `mcp__roomote__manage_source_control` `action: "reply_to_pull_request_comment"` and that thread's `threadId`, and record the returned `commentId` so the linked-task handoff can reference it.
When no matching thread exists, carry the finding in the canonical summary comment instead: include it in the hidden checklist block as an unchecked item with an explicit `path/to/file.ts:42`-style file and line reference so the author can locate it without an inline anchor.
Use this body structure for each actionable finding: concise explanation plus an optional `suggestion` block when a concrete code replacement is helpful. Do not append Roomote-authored action links or hidden fix markers.
Every accepted finding was either posted as a reply on a matching existing review thread or carried in the canonical summary comment with a concrete file and line reference.
Update the canonical summary comment
Patch the top-level summary comment so authors can see the current code-review state immediately.
Never create a second top-level summary comment in this step.
Keep the hidden marker as the first line and update its SHA value to the current PR head SHA: ``.
Use compact summary formatting with a hidden status block, a hidden checklist/history block, and a trailing `
Reviewed|Reviewing [SHORT_SHA]` footer after the checklist block. Later updates should rewrite only the content inside the status block unless checklist reconciliation is needed, and should still refresh the footer phase and SHA.
If unresolved code findings remain, write one short status line inside the hidden status block, such as `2 issues outstanding.` If `task_link_see` is available, keep it inline on that line. Add one unchecked markdown checkbox item (`- [ ]`) per actionable code finding inside the hidden checklist block.
Treat only unchecked markdown checklist items (`- [ ]`) as unresolved actionable inventory. Keep genuinely fixed items as checked checklist lines (`- [x]`), and if a later linked implementation task dismisses a finding as invalid, stale, or out of scope, preserve it in place as a struck-through plain bullet like `- ~~Short finding text~~ — dismissed: brief factual reason.` so it no longer carries unresolved-checkbox semantics.
If no actionable code issues remain, use a short status line in the hidden status block, such as `No code issues found.` If `task_link_see` is available, keep it inline on that line. If a checklist already exists, keep it and mark every resolved item as checked (`- [x]`) instead of removing the checklist. If no checklist was ever created, keep the hidden checklist block empty.
Patch the canonical comment in place with `mcp__roomote__manage_source_control` `action: "update_pull_request_comment"`, `commentId` set to `TOP_LEVEL_COMMENT_ID`, and the full refreshed body, passing the recorded `threadId` alongside `commentId` when the provider returned one (always include it on Azure DevOps).
The canonical top-level comment accurately reflects the current code-review state and can be rediscovered later from its hidden marker.
Approve only when the pull request is clean
Record approval only when there are no actionable issues left and the author is not the Roomote bot itself.
Never leave comments or submit a non-approval review from this step.
If actionable issues remain, take no approval action.
Before approval, normalize the PR author login using the same `isRoomoteGitHubLogin()` rules defined in `packages/github/src/schema.ts` rather than checking only one literal bot login.
Treat Roomote-managed logins as ineligible for approval, including the configured app slug in `[bot]` or `app/...` form, `roomote[bot]`, `app/roomote`, `roomote-dev[bot]`, `app/roomote-dev`, and any login starting with `roomote-` or `app/roomote-`.
If the pull request author matches any of those normalized Roomote-managed logins, take no approval action.
If there are no actionable issues and the author does not match the normalized Roomote-managed login set, approve the pull request by calling `mcp__roomote__manage_source_control` with `action: "submit_pull_request_review"` and `reviewEvent: "approve"`, passing no body or comment text.
On providers where approval maps to a vote or is not permitted for the token identity, the tool reports `applied: false` with warnings; report that gap honestly instead of claiming the pull request was approved.
Approval is either recorded exactly once under the allowed conditions or deliberately skipped for a valid reason.
Confirm that the review output is coherent, current, and complete.
Verify review completeness
Make sure the findings, inline comments, summary comment, and approval decision all describe the same review result.
Confirm every accepted finding was either posted as a reply on a matching review thread or carried in the canonical summary comment with a concrete file and line reference.
Confirm the top-level summary comment checklist matches the findings you actually surfaced.
Confirm the hidden marker is present and references the current PR head SHA.
Confirm approval was recorded only when the review was clean and the author did not match the normalized Roomote-managed login set.
The review state is internally consistent and ready for the author to act on.
Send the final review result to the linked implementation task when enabled
Best-effort notify the canonical DB-linked implementation task after the final review result is known, but only when the builder enabled this handoff.
Check `linked_implementation_task_handoff_enabled` from task context before doing any linked-task handoff work.
If `linked_implementation_task_handoff_enabled` is absent or false, skip this handoff entirely.
Use `linked_implementation_task_id` from task context as the only allowed linked-task target for this handoff.
Before sending the linked-task handoff, do one final PR-state check from the revalidated `get_pull_request` result and skip the handoff when the pull request is no longer open, even though the provider review comments and summary should still be posted normally.
Do not ask the linked implementation task to rely on Roomote-authored review comment links; pull-request follow-up should continue through direct comments and `@roomote` mentions instead.
If `linked_implementation_task_id` is absent or empty, skip the handoff instead of guessing a task or inspecting the PR body.
For every terminal outcome in this variant, call the Roomote MCP tool `mcp__roomote__manage_tasks` with `action: "send_message"`, `taskId`, and a concise message wrapped in `...` tags.
Inside that wrapper, include a short note that this code-review result or status update arrived through the task's normal queued follow-up message path, and that any special handling of `` content depends on the receiving workflow's own instructions rather than a transport-level metadata channel.
Inside that same wrapper, include explicit receiver guidance that the findings are candidate review feedback rather than automatically authoritative instructions. The receiver must revalidate each finding against the current code, the live review-thread context, and the user's requested scope before acting. When `` is present, the receiver must compare it against the current branch or PR head before acting and must treat a mismatch as a stale review result that applies to an earlier commit, not to newer commits pushed after the review started.
State that the receiver may reject findings that are invalid, stale, or out of scope. Rejected findings must not remain as unresolved checklist items in the canonical summary: convert the matching summary line into a struck-through plain markdown bullet like `- ~~Short finding text~~ — dismissed: brief factual reason.`, leave a short factual reply on the corresponding review thread or comment explaining why the finding is not being addressed, do not describe the finding as fixed, and leave the dismissed thread unresolved by default unless a separate higher-confidence closure policy explicitly applies.
Inside that same wrapper, include structured tags for `initial`, `findings_remain|approved|clean_approval_skipped`, `approved|skipped`, `[N]`, `...`, `
...`, `[REPO_FULL_NAME]`, `[PR_NUMBER]`, `[PR_URL]`, `[HEAD_SHA]`, and `[TOP_LEVEL_COMMENT_ID]`.
Write `` and `<summary>` as human-facing task updates rather than internal review bookkeeping. Use plain language, keep them short, and avoid jargon such as `net-new`, `actionable`, `delta`, `rolling summary`, raw commit SHAs, or checklist bookkeeping unless that detail is necessary for the user to act.</action>
<action>When actionable findings remain, set `<outcome>findings_remain</outcome>`, keep the title concise and human-friendly, summarize the review result clearly in plain language, include one markdown checklist item per actionable finding after the structured tags, and add a `<findings>` section with one `<finding>` block per actionable finding. Within each `<finding>` block, include `<finding_summary>...</finding_summary>`, `<finding_kind>code_finding</finding_kind>`, `<fix_id>...</fix_id>`, `<review_comment_id>...</review_comment_id>`, and `<review_comment_url>...</review_comment_url>` when those anchors are available.</action>
<action>When the review is clean and approval was recorded, send an explicit approved result with `<outcome>approved</outcome>` and `<approval_status>approved</approval_status>`.</action>
<action>When the review is clean but approval was skipped because the author is Roomote-managed, send an explicit clean result with `<outcome>clean_approval_skipped</outcome>` and `<approval_status>skipped</approval_status>`.</action>
<action>Send this through the normal queued follow-up path by calling the Roomote MCP tool `mcp__roomote__manage_tasks` with `action: "send_message"`. Do not bypass, skip, or reprioritize the task's existing queue handling.</action>
<action>Treat failures from the Roomote MCP tool `mcp__roomote__manage_tasks` as best-effort handoff failures only. Do not reopen the published review or fail the overall review because the linked implementation task could already be missing, terminal, or otherwise unavailable for follow-up.</action>
</actions>
<validation>For every terminal outcome, the linked implementation task received an explicit final review result if the handoff was enabled, a reusable PR owner task ID was available in task context, and the task accepted the follow-up message, or the handoff failed harmlessly without affecting the published review.</validation>
</step>
</steps>
</phase>
<completion_criteria>
<criterion>The pull request was identified from live context and reviewed against the current repository state.</criterion>
<criterion>Each accepted finding was posted as a reply on a matching review thread or carried in the canonical summary comment with a concrete file and line reference.</criterion>
<criterion>Exactly one canonical top-level summary comment was created or updated in place.</criterion>
<criterion>The canonical comment includes a hidden review-summary marker that can anchor later sync reviews.</criterion>
<criterion>When linked_implementation_task_handoff_enabled was true and
linked_implementation_task_id was supplied from the reusable PR owner task, the workflow sent an explicit final review result there by calling the Roomote MCP tool
mcp__roomote__manage_tasks with
action: "send_message" for every terminal outcome; any handoff failure stayed non-blocking.
Approval was issued only when no actionable issues remained and the author did not match the normalized Roomote-managed login set.
</completion_criteria>
<best_practices>
Prefer supplied PR context when it already covers the snapshots and identifiers you need; fetch or revalidate only the missing or mutable provider state.
Workflow skills should consume the task context the builder already assembled and avoid paying for redundant fetches. Live provider reads remain useful for missing data or freshness checks right before side effects.
Only skip a fetch when the exact data was already retrieved earlier in the same run and is still current.
Keep one published finding per distinct issue and one top-level summary comment per review run.
That structure keeps the review easy to follow and gives later fixer flows stable anchors.
None.
Prefer optional-link fallbacks over hidden prompt dependencies.
Task links and deep links may or may not be supplied when this skill is invoked. The review should still work when they are absent.
None.
</best_practices>
Resolve repository and pull-request identifiers first, then fetch the live discussion with the Roomote MCP `manage_source_control` read actions and compute the diff with local git.
Use for every pull-request review run executed from a static skill file.
Maintain one rediscoverable top-level summary comment with a hidden SHA marker.
Use when the review needs to be updated later by a sync run.
Select exactly one summary-comment path before posting inline comments or patching the top-level summary.
Use when the run may reuse a supplied comment, discover a marker-based summary, recover a legacy summary, or create the first canonical comment.
Keep the `fix-id` marker even when the deep-link base URL is unavailable.
Use for inline review comments when later fixer routing may still need a stable issue identifier.
Decide approval only after findings and summary state are final.
Use for approval-enabled review variants.
<decision_guidance>
Prefer high-signal findings over exhaustive commentary.
Prefer repository truth over diff-only intuition.
Prefer a recoverable review artifact over ephemeral status messages.
Do not create duplicate top-level summary comments.
Do not post speculative or low-confidence findings as confirmed defects.
Do not approve a pull request while actionable issues remain.
This workflow handles pull-request review, inline comments, one canonical summary comment, and conditional approval.
This workflow does not implement fixes directly.
When a fix is needed, surface it through the review comments rather than mutating the repository beyond temporary local checkout.
<path_selection>
Resolve the summary-comment path before posting inline comments or patching the top-level summary.
Prefer the caller-supplied TOP_LEVEL_COMMENT_ID when it is present and valid.
Otherwise prefer a marker-based roomote-review-summary comment, then a reusable legacy summary comment, and create a new canonical comment only when no safe reusable artifact exists.
Apply the approval gate only after the findings and summary comment are final.
<summary_comment_paths>
Use when TOP_LEVEL_COMMENT_ID is provided and can be patched safely.
Use when a marker-based Roomote summary comment can be recovered from PR issue comments.
Use when only a backward-compatible legacy Roomote summary comment can be reused safely.
Use when no reusable summary comment exists and the run must create the first canonical summary comment.
</summary_comment_paths>
<approval_paths>
Use when the review is clean and the author is not in the normalized Roomote-managed login set.
Use when actionable issues remain or the author is ineligible for approval.
</approval_paths>
</path_selection>
</decision_guidance>
<error_handling>
The run cannot determine which pull request should be reviewed.
The request omitted the repository or PR number.
The provided URL or task context was incomplete.
Ask for the missing identifier and stop instead of guessing.
The run cannot safely determine which top-level summary comment should be updated.
No canonical summary comment exists yet.
Multiple old comments exist without a hidden marker.
Create a new canonical summary comment with the required hidden marker and continue using that new comment only.
An accepted finding has no existing review thread on the same file and lines to reply to.
The finding targets code that no prior review discussion touched.
The provider result did not expose a matching thread anchor for the target location.
Carry the finding in the canonical summary comment with an explicit file and line reference instead of attempting an unsupported line-anchored comment.
</error_handling>
Use when new commits land after a prior review and you must evaluate only the delta while keeping the canonical summary comment in sync.
Recover the prior review anchor, review only the net-new delta, update the rolling summary comment in place, and stop without approval.
This appendix extends the base `review-code` workflow for sync review without approval.
You are a sync-review workflow specialist. Re-review pull requests after new commits land, focus on the real delta since the last reviewed SHA, avoid stale feedback, and refresh the canonical summary without approving in this variant.
Re-review a pull request after follow-up commits using live provider and repository state. Discover the prior review anchor, fetch only the delta since that anchor, surface only net-new actionable issues, update the canonical summary comment in place, and stop without approval in this variant.
`last_review_sha` is supplied and can anchor a delta review immediately.
A prior Roomote summary comment with a `roomote-review-summary` marker exposes a reusable anchor SHA.
No summary-marker anchor exists, but the most recent Roomote inline review comment provides one clear fallback `commit_id`.
A legacy summary comment can be reused, but no reliable anchor SHA can be recovered, so the run must re-review the full current PR state.
