JetBrains
Registry indexed
reviewing-changes
Use when a review package asks you to review a plan step's change set (todo.startReview): you are the REVIEWER, not the author. How to judge an agent-written diff, file findings with add_review_comment, and settle with exactly one review_verdict.
Overview
Use when a review package asks you to review a plan step's change set (todo.startReview): you are the REVIEWER, not the author. How to judge an agent-written diff, file findings with add_review_comment, and settle with exactly one review_verdict.
Read full documentation
Source documentation, not instructions for this website. Review permissions before running any commands.
Reviewing a plan step's changes
You review code another agent wrote. Generated code fails differently from human code: it looks more correct than it is. Review the diff against the step's intent and evidence — never against "does it look plausible".
Order of review (where agent code actually fails)
- Intent match first. Re-read the step title/note. The signature failure is a correct solution to a slightly different problem. Does the diff do what the step asked — all of it, and only it?
- Scope drift. List the changed files before reading bodies. Anything beyond the step's ask (drive-by refactors, renames, new dependencies) that the summary did not disclose is a finding. Also scan every changed file for content that doesn't belong at all — a pasted URL/token/credential, leftover debug logging, commented-out code — it hides easily inside a file that's legitimately in scope, since nothing about the file itself looks wrong.
- Verify the verification claim. Never trust "tests pass" — run the named check yourself when
cheap (
bun test <dir>,typecheck). CI gaming is a top failure: weakened/skipped/deleted tests,|| true, broadened lint ignores,@ts-expect-error/as any— each is a finding even when the code is right. - Reality of every API. Hallucinated or wrong-signature imports/calls are common: check that each new import exists and matches the lockfile/docs, not the author's claim.
- Correctness at the edges. Error paths, empty/None cases, concurrency, resource cleanup — agents under-test edges they didn't hit.
- Hunt what is MISSING, not just what is wrong. The worst bugs in agent code are omissions — no
added line is wrong, a needed line is absent, so reading the diff top-to-bottom finds nothing. For
every piece of state the change introduces or touches (in-memory map/latch/registration/mark, temp
resource, persisted flag), trace its full lifecycle in the resulting code: where it is set → where
it is cleared → what clears it on EVERY exit path (success, error, abort, a later unrelated turn).
A set without a clear on some path is a finding. For every fire-and-forget or detached call, name
what rolls back when it rejects. Then check the OTHER side: for every READER of that same state, ask
what it does when the state is absent or stale. A permissive default at the read site (an optional
spread,
?? fallback, silently continuing instead of rejecting) is a finding exactly like a missing clear — a clean producer-side lifecycle still lets a consumer misbehave on the gap. - Invariant audit. Collect the explicit guarantees in the owning module's SPEC.md (and its parent) that touch the changed seams, then check each changed code path against each guarantee — mechanically, path × guarantee (spec_grep the area). A diff that contradicts a recorded decision or silently drops a stated guarantee is a finding even if it works. The reverse gap is a finding too: a diff that establishes or changes an invariant without updating the owning SPEC.md to state it — the next review reads a spec that no longer describes reality.
- Parallel surfaces and external defaults. When two paths produce the same artifact (primary + fallback, manual + automated, UI + wire), diff their inputs — one deriving from state the other ignores is a finding. For every external command/API call, name the defaults the code silently relies on (target branch, cwd, locale, config lookup) and verify each is the intended one. When a config documents a state ("unset ⇒ default"), verify the UI/wire can actually reach it — a documented state with no transition into it is a finding.
- Style is NOT your job unless it hides a bug.
Filing findings
- One concrete problem = one
add_review_comment(exact path + lines): what is wrong, why it matters, and what to do instead. Cite evidence (a failing command, the spec line) — never vibes. - Every finding states a concrete failure scenario — the sequence of events in which a user or the system actually hits the bug. A problem you can't put a scenario to isn't a finding yet (this also kills nitpicks).
- Severity in the first word:
BUG:,RISK:,DEBT:. Skip nitpicks a formatter would catch. - On a RE-review, start from the named delta but widen from there: when the fix touches shared state
(a map/latch/registration/lifecycle rule), check every OTHER reader/writer of that state too, not
just the line the original finding cited — a fix that patches only the named call site while a
sibling call site on the same invariant stays broken is not addressed.
resolve_commentonly the earlier findings the fix actually closes; unresolved ones stand. - A fix with no test reproducing the failure scenario it closes is itself a finding — nothing else stops the same regression next time an unrelated change touches the same lifecycle.
The verdict
Exactly one review_verdict per package, after the work above — never before:
approve— no findings that block; note may name accepted debt.request_changes— your comments must be addressed; the note is one line naming the biggest one. Approving without having read the diff, or requesting changes without a filed comment, are both failures.
File metadata
name: reviewing-changes description: "Use when a review package asks you to review a plan step's change set (todo.startReview): you are the REVIEWER, not the author. How to judge an agent-written diff, file findings with add_review_comment, and settle with exactly one review_verdict."
View original text
---
name: reviewing-changes
description: "Use when a review package asks you to review a plan step's change set (todo.startReview): you are the REVIEWER, not the author. How to judge an agent-written diff, file findings with add_review_comment, and settle with exactly one review_verdict."
---
# Reviewing a plan step's changes
You review code another agent wrote. Generated code fails differently from human code: it *looks* more
correct than it is. Review the diff against the step's intent and evidence — never against "does it look
plausible".
## Order of review (where agent code actually fails)
1. **Intent match first.** Re-read the step title/note. The signature failure is a correct solution to a
*slightly different* problem. Does the diff do what the step asked — all of it, and only it?
2. **Scope drift.** List the changed files before reading bodies. Anything beyond the step's ask
(drive-by refactors, renames, new dependencies) that the summary did not disclose is a finding. Also
scan every changed file for content that doesn't belong at all — a pasted URL/token/credential,
leftover debug logging, commented-out code — it hides easily inside a file that's legitimately in
scope, since nothing about the file itself looks wrong.
3. **Verify the verification claim.** Never trust "tests pass" — run the named check yourself when
cheap (`bun test <dir>`, `typecheck`). **CI gaming is a top failure**: weakened/skipped/deleted
tests, `|| true`, broadened lint ignores, `@ts-expect-error`/`as any` — each is a finding even when
the code is right.
4. **Reality of every API.** Hallucinated or wrong-signature imports/calls are common: check that each
new import exists and matches the lockfile/docs, not the author's claim.
5. **Correctness at the edges.** Error paths, empty/None cases, concurrency, resource cleanup — agents
under-test edges they didn't hit.
6. **Hunt what is MISSING, not just what is wrong.** The worst bugs in agent code are omissions — no
added line is wrong, a needed line is absent, so reading the diff top-to-bottom finds nothing. For
every piece of state the change introduces or touches (in-memory map/latch/registration/mark, temp
resource, persisted flag), trace its full lifecycle in the resulting code: where it is set → where
it is cleared → what clears it on EVERY exit path (success, error, abort, a later unrelated turn).
A set without a clear on some path is a finding. For every fire-and-forget or detached call, name
what rolls back when it rejects. Then check the OTHER side: for every READER of that same state, ask
what it does when the state is absent or stale. A permissive default at the read site (an optional
spread, `?? fallback`, silently continuing instead of rejecting) is a finding exactly like a missing
clear — a clean producer-side lifecycle still lets a consumer misbehave on the gap.
7. **Invariant audit.** Collect the explicit guarantees in the owning module's SPEC.md (and its
parent) that touch the changed seams, then check each changed code path against each guarantee —
mechanically, path × guarantee (spec_grep the area). A diff that contradicts a recorded decision
or silently drops a stated guarantee is a finding even if it works. The reverse gap is a finding
too: a diff that establishes or changes an invariant without updating the owning SPEC.md to state
it — the next review reads a spec that no longer describes reality.
8. **Parallel surfaces and external defaults.** When two paths produce the same artifact (primary +
fallback, manual + automated, UI + wire), diff their inputs — one deriving from state the other
ignores is a finding. For every external command/API call, name the defaults the code silently
relies on (target branch, cwd, locale, config lookup) and verify each is the intended one. When a
config documents a state ("unset ⇒ default"), verify the UI/wire can actually reach it — a
documented state with no transition into it is a finding.
9. Style is NOT your job unless it hides a bug.
## Filing findings
- One concrete problem = one `add_review_comment` (exact path + lines): what is wrong, why it matters,
and what to do instead. Cite evidence (a failing command, the spec line) — never vibes.
- Every finding states a concrete **failure scenario** — the sequence of events in which a user or the
system actually hits the bug. A problem you can't put a scenario to isn't a finding yet (this also
kills nitpicks).
- Severity in the first word: `BUG:`, `RISK:`, `DEBT:`. Skip nitpicks a formatter would catch.
- On a RE-review, start from the named delta but widen from there: when the fix touches shared state
(a map/latch/registration/lifecycle rule), check every OTHER reader/writer of that state too, not
just the line the original finding cited — a fix that patches only the named call site while a
sibling call site on the same invariant stays broken is not addressed. `resolve_comment` only the
earlier findings the fix actually closes; unresolved ones stand.
- A fix with no test reproducing the failure scenario it closes is itself a finding — nothing else
stops the same regression next time an unrelated change touches the same lifecycle.
## The verdict
Exactly one `review_verdict` per package, after the work above — never before:
- `approve` — no findings that block; note may name accepted debt.
- `request_changes` — your comments must be addressed; the note is one line naming the biggest one.
Approving without having read the diff, or requesting changes without a filed comment, are both failures.
Review the source
Price & running costs
- Get the skill
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- Run it
- Requirements have not been confirmed. Check the source for agent, API and service charges.
- License
- Apache-2.0
- Price unconfirmed
- We have not confirmed a price for this skill. Existing source and install links remain available.
Free to get does not mean free to run. Price labels are not safety ratings. Submit pricing information →
Skill source recorded
Skill instructions are recorded. This is not a runtime test, safety guarantee or compatibility certification.
Review before install: Avoid automatic install
License: Apache-2.0
- Permission surface may require sandboxing
- Quality score needs review
- Permission surface needs review: secrets or environment access, shell or command execution
- Stars/forks activity: 232 stars, 20 forks; issue activity unavailable in current metadata
- Permission surface: secrets or environment access, shell or command execution
Listed tools are metadata hints, not tested compatibility. Agent prompts are suggested handoffs.
Start with one small task
- 1Read the source. Confirm the input, expected output, dependencies and permissions.
- 2Ask your agent for a plan. Approve setup and any costs before running a small isolated test.
- 3Check the output and changed files. Report only what actually ran; keep the source revision for reproduction.
Check the source for dependencies, API keys and third-party costs. A public repository does not mean every service is free.
Source & usage notes
Indexed
Repository metadata and review signals are advisory. Popularity, source discovery and successful execution are different facts.
- Source repository
- JetBrains/thinkrail
- License
- Apache-2.0
- Version
- 1.0.0
- Last GitHub push
- Aug 28, 2026
- Registry updated
- Sep 1, 2026
- Instruction path
- packages/pi-todos/skills/reviewing-changes/SKILL.md
Version reported in registry metadata; check source releases before relying on it.
Quality
68/100
Promising
Trust
64/100
Sandbox only
Audit
76/100
Needs review
- Permission surface may require sandboxing
- Quality score needs review
- Permission surface needs review: secrets or environment access, shell or command execution
- Stars/forks activity: 232 stars, 20 forks; issue activity unavailable in current metadata
- Permission surface: secrets or environment access, shell or command execution
- Verified installs
- —
- Outcomes
- —
Copies are not installs. Installation counts require a reported successful installation; they are not a blanket quality guarantee.
Agent access
This page exposes the same decision, trust, audit, use-case, and install signals through the Registry API, so agents can rank this skill without scraping the UI.
More details
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}For the creator
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- JetBrains
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- JetBrains/thinkrail
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