Validates completed work against defined acceptance criteria. Use after completing a task that has specific success criteria defined in issues, specs, or task descriptions.
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Audits tests for concurrency safety — race conditions, shared mock state, cleanup ordering. Use when writing tests that involve goroutines, async operations, or shared mutable state.
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설치 방법 보기설치하기 전에 에이전트에게 전달되는 지시 내용을 확인할 수 있습니다.
Flaky tests are almost always concurrency bugs in the test, not the code.
-race flag and getting failures-race flag)// BAD: Race condition -- mock.Requests accessed while goroutine writes
go daemon.Run(ctx)
time.Sleep(100 * time.Millisecond)
assert.Equal(t, 3, len(mock.Requests)) // RACE!
// GOOD: Thread-safe accessor
go daemon.Run(ctx)
time.Sleep(100 * time.Millisecond)
assert.Equal(t, 3, mock.RequestCount()) // Safe
// BAD: Close bus while daemon goroutine still using it
go daemon.Run(ctx)
defer bus.Close() // daemon may still be writing!
// GOOD: Cancel context first, wait, then cleanup
go daemon.Run(ctx)
defer func() {
cancel() // Signal daemon to stop
<-daemon.Done() // Wait for it
bus.Close() // Now safe
}()
// BAD: Relies on timing
go startServer()
time.Sleep(50 * time.Millisecond) // May not be enough
resp := callServer()
// GOOD: Wait for readiness
go startServer()
waitForReady(server) // Poll or use channel
resp := callServer()
<-done or wg.Wait())time.Sleep for synchronization (use channels, waitgroups, or polling)Eventually or polling for async results-race flag-count=100)Issues Found: X
| # | Issue | Line | Fix |
|---|---|---|---|
| 1 | Direct mock access | :42 | Use mock.RequestCount() |
| 2 | Missing cancel before Close | :15 | Add cancel() before defer |
[Code snippets for each fix]
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Validates completed work against defined acceptance criteria. Use after completing a task that has specific success criteria defined in issues, specs, or task descriptions.
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Generates edge case, failure mode, and spec-driven test cases. Covers boundary values, nil inputs, concurrency, resource exhaustion, malformed data, and requirement-linked traceability tests. Use after happy-path tests exist and before claiming coverage is complete, when requirements lack tests, or before a security review.
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Catches shortcuts and reward hacking — weakening or deleting tests to make them pass, hard-coding expected outputs, silently dropping requirements, or claiming work is done without running it. Use before declaring a task complete and whenever a test or requirement feels like it's in the way.
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Safely integrates commits from parallel agent branches using sequential cherry-pick. Use after parallel work completes in isolated branches or worktrees.
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Enforces tiered test coverage standards with three dimensions — line coverage by tier, spec-to-test traceability, and spec-to-code implementation mapping. Use before claiming code is complete.
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Extracts and records architectural decisions from diffs, conversation context, and explicit choices. Supports automatic extraction from staged changes, deduplication against prior decisions, and persistent ADR-format logging with spec traceability. Use after a significant design or architecture choice, before committing a diff that embeds implicit decisions, or when the same question keeps resurfacing.
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