review-perf
Internal performance review pass of the agentic-workflow review pack — composed in-turn by review-change and product-audit; not a menu entry. Checks the changed paths for algorithmic and resource regressions: N+1s, hot-path allocations, asset weight, and leaks. Findings only; nev
Install
npx skills add https://github.com/gtrabanco/agentic-workflow/tree/main/skills/review-perf
claude plugin marketplace add https://llmmart.ai/marketplace.json && claude plugin install gtrabanco-agentic-workflow@llmmart
git clone https://github.com/gtrabanco/agentic-workflow.git
The skills CLI installs just this skill, for any of its supported agents. Claude Code installs the whole gtrabanco/agentic-workflow collection as a plugin from our marketplace. Git is the plain clone.
Skill manifest
Review Performance (internal)
Composed by review-change / product-audit within their conversation — on any
agent, follow this file inline as the routed step. Findings only; never edits,
never refactors.
Scope
The diff or path/glob the caller passes; default the current change vs the default branch. State the scope at the top of the returned table.
Checklist (evaluate EVERY item — none is optional; n/a must be stated)
- ✓ No N+1 query/IO pattern on changed data-access paths (loop bodies issuing queries/requests — cite)
- ✓ Algorithmic complexity of new code paths stated where input can grow (an unbounded O(n²) on user data is a major finding)
- ✓ No blocking IO/sync work added on hot/request paths where the platform is async
- ✓ Resources opened by the change are closed/released on ALL paths including errors (files, connections, subscriptions, timers)
- ✓ No unbounded growth introduced (caches without eviction, arrays that only append, listeners never removed)
- ✓ Web only: bundle/asset impact of the change stated (new dep size, image weight, lazy-loading where the project uses it) — n/a otherwise
- ✓ Repeated computation hoisted where a loop recomputes an invariant (cite)
- ✓ Pagination/limits on any new listing that reads user-scaled data
- ✓ No premature optimization either: complexity added for speed without a cited measurement is a finding (the repo forbids overengineering)
- ✓ Measured evidence when declared — the project's agent guide declares a
Performance commandsblock with abenchcommand AND the diff touches paths its benchmarks cover: RUN the benchmark on the base branch and on the change, and cite both numbers in Evidence as<cmd> → base <x> / change <y> (<±z%>). A regression beyond the noise band (the project's declared band, else ±5%) is a major finding; a delta inside the band is no finding. The declared command failing (non-zero exit) is itself a finding (the gate can't measure) — never silently skipped. - ✓ No declared perf commands → state exactly
n/a — no declared perf commandsfor the item above (never skip it silently), and if the diff adds algorithmic code on input that can grow, add a minor finding recommending the project adopt the tooling viainit-workspace's Performance tooling round.
Materiality bar
Report a row only when a competent user's outcome changes or a rule the project
explicitly declares is violated — cite the rule it violates beside the evidence.
Not findings: comment/punctuation typos, formatting-only drift, style preference
with no cited rule, hypothetical robustness beyond the SPEC's named scenarios.
An empty table with Decision: PASS is the expected result for a well-formed
change — never pad the table.
Return exactly
REVIEW PERF — scope: <scope>
| # | Finding | Sev | Evidence | Suggested fix |
|---|---------|-----|----------|---------------|
| 1 | <what> | critical|major|minor | <file:line — or, for measured findings, `<cmd> → base <x> / change <y> (<±z%>)`> | <smallest action> |
Checklist: <n> evaluated, <n> pass, <n> findings, <n> n/a (<which + why>)
Summary: <1-2 sentences>
Decision: PASS | FAIL
FAIL if any critical or major finding is open; PASS otherwise. Minor findings never block — they route to the caller's triage step.
Done when
- Every checklist item was evaluated with evidence (file:line or command output) or explicitly marked n/a with the reason.
- The fixed-format block above is returned — nothing more, nothing less — and no code was changed.
Files (agentic-workflow)
-
SKILL.md 4 KB
--- name: review-perf user-invocable: false version: 1.2.0 author: "Gabriel Trabanco <gtrabanco@users.noreply.github.com>" license: MIT description: > Internal performance review pass of the agentic-workflow review pack — composed in-turn by review-change and product-audit; not a menu entry. Checks the changed paths for algorithmic and resource regressions: N+1s, hot-path allocations, asset weight, and leaks. Findings only; never edits code. --- # Review Performance (internal) Composed by `review-change` / `product-audit` within their conversation — on any agent, follow this file inline as the routed step. **Findings only; never edits, never refactors.** ## Scope The diff or path/glob the caller passes; default the current change vs the default branch. State the scope at the top of the returned table. ## Checklist (evaluate EVERY item — none is optional; n/a must be stated) - ✓ No N+1 query/IO pattern on changed data-access paths (loop bodies issuing queries/requests — cite) - ✓ Algorithmic complexity of new code paths stated where input can grow (an unbounded O(n²) on user data is a major finding) - ✓ No blocking IO/sync work added on hot/request paths where the platform is async - ✓ Resources opened by the change are closed/released on ALL paths including errors (files, connections, subscriptions, timers) - ✓ No unbounded growth introduced (caches without eviction, arrays that only append, listeners never removed) - ✓ Web only: bundle/asset impact of the change stated (new dep size, image weight, lazy-loading where the project uses it) — n/a otherwise - ✓ Repeated computation hoisted where a loop recomputes an invariant (cite) - ✓ Pagination/limits on any new listing that reads user-scaled data - ✓ No premature optimization either: complexity added for speed without a cited measurement is a finding (the repo forbids overengineering) - ✓ **Measured evidence when declared** — the project's agent guide declares a `Performance commands` block with a `bench` command AND the diff touches paths its benchmarks cover: RUN the benchmark on the base branch and on the change, and cite both numbers in Evidence as `<cmd> → base <x> / change <y> (<±z%>)`. A regression beyond the noise band (the project's declared band, else ±5%) is a **major** finding; a delta inside the band is no finding. The declared command failing (non-zero exit) is itself a finding (the gate can't measure) — never silently skipped. - ✓ **No declared perf commands** → state exactly `n/a — no declared perf commands` for the item above (never skip it silently), and if the diff adds algorithmic code on input that can grow, add a **minor** finding recommending the project adopt the tooling via `init-workspace`'s Performance tooling round. ## Materiality bar Report a row only when a competent user's outcome changes or a rule the project explicitly declares is violated — cite the rule it violates beside the evidence. Not findings: comment/punctuation typos, formatting-only drift, style preference with no cited rule, hypothetical robustness beyond the SPEC's named scenarios. An empty table with `Decision: PASS` is the expected result for a well-formed change — never pad the table. ## Return exactly ``` REVIEW PERF — scope: <scope> | # | Finding | Sev | Evidence | Suggested fix | |---|---------|-----|----------|---------------| | 1 | <what> | critical|major|minor | <file:line — or, for measured findings, `<cmd> → base <x> / change <y> (<±z%>)`> | <smallest action> | Checklist: <n> evaluated, <n> pass, <n> findings, <n> n/a (<which + why>) Summary: <1-2 sentences> Decision: PASS | FAIL ``` FAIL if any critical or major finding is open; PASS otherwise. Minor findings never block — they route to the caller's triage step. ## Done when - Every checklist item was evaluated with evidence (file:line or command output) or explicitly marked n/a with the reason. - The fixed-format block above is returned — nothing more, nothing less — and no code was changed.
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