bug-report

!bash "${CLAUDE_SKILL_DIR}/../../hooks/yaml-helper.sh" resolve_config --keys automation

Automation mode: Resolve modes.automation (project.local.yaml → project.yaml → default collaborative). Every AskUserQuestion call and every file write follows .claude/docs/automation-modes.md (collaborative asks always · guided major-only · autonomous logs and proceeds; automation_always_ask categories always prompt).

Phase 1: Parse Arguments

Determine the mode from the argument:

No keyword → Description Mode: generate a structured bug report from the provided description
analyze [path] → Analyze Mode: read the target file(s) and identify potential bugs
verify [BUG-ID] → Verify Mode: confirm a reported fix actually resolved the bug
close [BUG-ID] → Close Mode: mark a verified bug as closed with resolution record

If no argument is provided, ask the user for a bug description before proceeding.

Phase 2A: Description Mode

Parse the description for key information: what broke, when, how to reproduce it, and what the expected behavior is.
Search the codebase for related files using Grep/Glob to add context (affected system, likely files).
Draft the bug report:

# Bug Report

## Summary
**Title**: [Concise, descriptive title]
**ID**: BUG-[NNNN]
**Severity**: [S1-Critical / S2-Major / S3-Minor / S4-Trivial]
**Priority**: [P1-Fix this sprint / P2-Fix soon / P3-Backlog / P4-Won't fix]

> **These labels must match `/bug-triage`'s priority table exactly** — it parses
> this field out of the file you are writing. P4 is the easiest to get wrong:
> `P4-Wishlist` ("would be nice someday") and `P4 — Won't fix / Deferred`
> ("accepted risk, not doing it") mean opposite things, and nothing at runtime
> surfaces a disagreement between the producer and consumer of the field. If you change this ladder, change
> `.claude/skills/bug-triage/SKILL.md` in the same commit.
**Status**: Open
**Reported**: [Date]
**Reporter**: [Name]

## Classification
- **Category**: [Gameplay / UI / Audio / Visual / Performance / Crash / Network]
- **System**: [Which game system is affected]
- **Frequency**: [Always / Often (>50%) / Sometimes (10-50%) / Rare (<10%)]
- **Regression**: [Yes/No/Unknown -- was this working before?]

## Environment
- **Build**: [Version or commit hash]
- **Platform**: [OS, hardware if relevant]
- **Scene/Level**: [Where in the game]
- **Game State**: [Relevant state -- inventory, quest progress, etc.]

## Reproduction Steps
**Preconditions**: [Required state before starting]

1. [Exact step 1]
2. [Exact step 2]
3. [Exact step 3]

**Expected Result**: [What should happen]
**Actual Result**: [What actually happens]

## Technical Context
- **Likely affected files**: [List of files based on codebase search]
- **Related systems**: [What other systems might be involved]
- **Possible root cause**: [If identifiable from the description]

## Evidence
- **Logs**: [Relevant log output if available]
- **Visual**: [Description of visual evidence]

## Related Issues
- [Links to related bugs or design documents]

## Notes
[Any additional context or observations]

Phase 2B: Analyze Mode

Read the target file(s) specified in the argument.
Identify potential bugs: null references, off-by-one errors, race conditions, unhandled edge cases, resource leaks, incorrect state transitions.
For each potential bug, generate a bug report using the template above, with the likely trigger scenario and recommended fix filled in.

Phase 2C: Verify Mode

Read production/qa/bugs/[BUG-ID].md. Extract the reproduction steps and expected result.

Re-run reproduction steps — use Grep/Glob to check whether the root cause code path still exists as described. If the fix removed or changed it, note the change.
Run the related test — if the bug's system has a test file in tests/, run it via Bash and report pass/fail.
Check for regression — grep the codebase for any new occurrence of the pattern that caused the bug.

Produce a verification verdict:

VERIFIED FIXED — reproduction steps no longer produce the bug; related tests pass
STILL PRESENT — bug reproduces as described; fix did not resolve the issue
CANNOT VERIFY — automated checks inconclusive; manual playtest required

Ask: "May I update production/qa/bugs/[BUG-ID].md to set Status: Verified Fixed / Still Present / Cannot Verify?"

If STILL PRESENT: reopen the bug, set Status back to Open, and suggest re-running /hotfix [BUG-ID].

Phase 2D: Close Mode

Read production/qa/bugs/[BUG-ID].md. Confirm Status is Verified Fixed before closing. If status is anything else, stop: "Bug [ID] must be Verified Fixed before it can be closed. Run /bug-report verify [BUG-ID] first."

Append a closure record to the bug file:

## Closure Record
**Closed**: [date]
**Resolution**: Fixed — [one-line description of what was changed]
**Fix commit / PR**: [if known]
**Verified by**: qa-tester
**Closed by**: [user]
**Regression test**: [test file path, or "Manual verification"]
**Status**: Closed

Update the top-level **Status**: Open field to **Status**: Closed.

Ask: "May I update production/qa/bugs/[BUG-ID].md to mark it Closed?"

After closing, check production/qa/bug-triage-*.md — if the bug appears in an open triage report, note: "Bug [ID] is referenced in the triage report. Run /bug-triage to refresh the open bug count."

Phase 3: Save Report

Present the completed bug report(s) to the user.

Ask: "May I write this to production/qa/bugs/BUG-[NNNN].md?"

If yes, write the file, creating the directory if needed. Verdict: COMPLETE — bug report filed.

If no, stop here. Verdict: BLOCKED — user declined write.

Phase 4: Next Steps

After saving, suggest based on mode:

After filing (Description/Analyze mode):

Run /bug-triage to prioritize alongside existing open bugs
If S1 or S2: run /hotfix [BUG-ID] for emergency fix workflow

After fixing the bug (developer confirms fix is in):

Run /bug-report verify [BUG-ID] — confirm the fix actually works before closing
Never mark a bug closed without verification — a fix that doesn't verify is still Open

After verify returns VERIFIED FIXED:

Run /bug-report close [BUG-ID] — write the closure record and update status
Run /bug-triage to refresh the open bug count and remove it from the active list

!bash "${CLAUDE_SKILL_DIR}/../../hooks/yaml-helper.sh" resolve_config --keys automation

Phase 1: Parse Arguments

Determine the mode from the argument:

No keyword → Description Mode: generate a structured bug report from the provided description
analyze [path] → Analyze Mode: read the target file(s) and identify potential bugs
verify [BUG-ID] → Verify Mode: confirm a reported fix actually resolved the bug
close [BUG-ID] → Close Mode: mark a verified bug as closed with resolution record

If no argument is provided, ask the user for a bug description before proceeding.

Phase 2A: Description Mode

Parse the description for key information: what broke, when, how to reproduce it, and what the expected behavior is.
Search the codebase for related files using Grep/Glob to add context (affected system, likely files).
Draft the bug report:

# Bug Report

## Summary
**Title**: [Concise, descriptive title]
**ID**: BUG-[NNNN]
**Severity**: [S1-Critical / S2-Major / S3-Minor / S4-Trivial]
**Priority**: [P1-Fix this sprint / P2-Fix soon / P3-Backlog / P4-Won't fix]

> **These labels must match `/bug-triage`'s priority table exactly** — it parses
> this field out of the file you are writing. P4 is the easiest to get wrong:
> `P4-Wishlist` ("would be nice someday") and `P4 — Won't fix / Deferred`
> ("accepted risk, not doing it") mean opposite things, and nothing at runtime
> surfaces a disagreement between the producer and consumer of the field. If you change this ladder, change
> `.claude/skills/bug-triage/SKILL.md` in the same commit.
**Status**: Open
**Reported**: [Date]
**Reporter**: [Name]

## Classification
- **Category**: [Gameplay / UI / Audio / Visual / Performance / Crash / Network]
- **System**: [Which game system is affected]
- **Frequency**: [Always / Often (>50%) / Sometimes (10-50%) / Rare (<10%)]
- **Regression**: [Yes/No/Unknown -- was this working before?]

## Environment
- **Build**: [Version or commit hash]
- **Platform**: [OS, hardware if relevant]
- **Scene/Level**: [Where in the game]
- **Game State**: [Relevant state -- inventory, quest progress, etc.]

## Reproduction Steps
**Preconditions**: [Required state before starting]

1. [Exact step 1]
2. [Exact step 2]
3. [Exact step 3]

**Expected Result**: [What should happen]
**Actual Result**: [What actually happens]

## Technical Context
- **Likely affected files**: [List of files based on codebase search]
- **Related systems**: [What other systems might be involved]
- **Possible root cause**: [If identifiable from the description]

## Evidence
- **Logs**: [Relevant log output if available]
- **Visual**: [Description of visual evidence]

## Related Issues
- [Links to related bugs or design documents]

## Notes
[Any additional context or observations]

Phase 2B: Analyze Mode

Read the target file(s) specified in the argument.
Identify potential bugs: null references, off-by-one errors, race conditions, unhandled edge cases, resource leaks, incorrect state transitions.
For each potential bug, generate a bug report using the template above, with the likely trigger scenario and recommended fix filled in.

Phase 2C: Verify Mode

Read production/qa/bugs/[BUG-ID].md. Extract the reproduction steps and expected result.

Re-run reproduction steps — use Grep/Glob to check whether the root cause code path still exists as described. If the fix removed or changed it, note the change.
Run the related test — if the bug's system has a test file in tests/, run it via Bash and report pass/fail.
Check for regression — grep the codebase for any new occurrence of the pattern that caused the bug.

Produce a verification verdict:

VERIFIED FIXED — reproduction steps no longer produce the bug; related tests pass
STILL PRESENT — bug reproduces as described; fix did not resolve the issue
CANNOT VERIFY — automated checks inconclusive; manual playtest required

Ask: "May I update production/qa/bugs/[BUG-ID].md to set Status: Verified Fixed / Still Present / Cannot Verify?"

If STILL PRESENT: reopen the bug, set Status back to Open, and suggest re-running /hotfix [BUG-ID].

Phase 2D: Close Mode

Append a closure record to the bug file:

## Closure Record
**Closed**: [date]
**Resolution**: Fixed — [one-line description of what was changed]
**Fix commit / PR**: [if known]
**Verified by**: qa-tester
**Closed by**: [user]
**Regression test**: [test file path, or "Manual verification"]
**Status**: Closed

Update the top-level **Status**: Open field to **Status**: Closed.

Ask: "May I update production/qa/bugs/[BUG-ID].md to mark it Closed?"

Phase 3: Save Report

Present the completed bug report(s) to the user.

Ask: "May I write this to production/qa/bugs/BUG-[NNNN].md?"

If yes, write the file, creating the directory if needed. Verdict: COMPLETE — bug report filed.

If no, stop here. Verdict: BLOCKED — user declined write.

Phase 4: Next Steps

After saving, suggest based on mode:

After filing (Description/Analyze mode):

Run /bug-triage to prioritize alongside existing open bugs
If S1 or S2: run /hotfix [BUG-ID] for emergency fix workflow

After fixing the bug (developer confirms fix is in):

Run /bug-report verify [BUG-ID] — confirm the fix actually works before closing
Never mark a bug closed without verification — a fix that doesn't verify is still Open

After verify returns VERIFIED FIXED:

Run /bug-report close [BUG-ID] — write the closure record and update status
Run /bug-triage to refresh the open bug count and remove it from the active list

让 AI 帮你安装

Phase 1: Parse Arguments

Phase 2A: Description Mode

Phase 2B: Analyze Mode

Phase 2C: Verify Mode

Phase 2D: Close Mode

Phase 3: Save Report

Phase 4: Next Steps

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Phase 1: Parse Arguments

Phase 2A: Description Mode

Phase 2B: Analyze Mode

Phase 2C: Verify Mode

Phase 2D: Close Mode

Phase 3: Save Report

Phase 4: Next Steps