liarmttt/tavernweave

code-quality-workflow

>- End-to-end code quality workflow for evidence-backed code review, full repository reviews, architecture reviews of software and character-card systems, refactor decisions, authorized minimal changes, and verification. Use for ?

First seen Jul 22, 2026

Installation

$ npx skills add liarmttt/tavernweave --skill code-quality-workflow

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More details

Agent compatibility

Declared targets from SKILL.md / docs. Unmarked agents are not listed — the skill may still install via the CLI.

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Repository health

Stars 101
License LICENSE
Default branch main
Open issues 1
Status Active

Package contents

Files included with this skill beyond the listing page.

  • skill md SKILL.md 12,167 B
  • docs SUMMARY.md 429 B

History

  1. First seen on skills.sh
  2. First recorded snapshot · 30 installs

SKILL.md

Code Quality Workflow

Before an authorized write, use $consult-tavernweave-library with the code-quality-workflow route and record the A0 receipt. When the last acceptance gap keeps expanding, read [references/finish-mode.md](references/finish-mode.md) and freeze one visible problem plus one exit condition.

Use one state machine for code-quality work:

AUDIT -> SWEEP -> GATE -> CHANGE -> VERIFY
  |        |        |        |         |
  +--------+--------+--------+---------+--> REPORT / STOP

Skip SWEEP for a focused target. Stop after any read-only state when the request is only for analysis. Never treat a cleanup request as permission to edit.

Non-negotiable rules

  1. Prefer the simplest maintainable solution, the fewest changed files, the fewest new abstractions, and the fewest dependencies.
  2. Start in AUDIT and remain read-only for review, audit, sweep, diagnosis, cleanup, slimming, or optimization requests that do not explicitly authorize implementation.
  3. Treat fix, apply, implement, or equivalent language as authorization only for the named scope. Still complete GATE before editing.
  4. Do not mix unrelated findings, formatting churn, dependency upgrades, renames, feature work, or opportunistic cleanup into a patch.
  5. A rewrite is a hard stop. Emit Rewrite Requires Approval, provide evidence and a separate plan, and do not begin the rewrite in the same pass. Continue only after the user approves that plan explicitly.
  6. Preserve existing project instructions, write channels, generated-file rules, release boundaries, and manual acceptance gates.
  7. State unavailable checks and uncertain deletion safety as residual risk; never convert missing evidence into confidence.

Route the request

User intent Start Allowed outcome
Review code, inspect a diff, find bugs, assess risk AUDIT Findings and verification gaps
Scan a repository, component set, or architecture surface AUDIT, then SWEEP Merged read-only report
Clean, slim, simplify, or optimize without a named approved patch AUDIT Evidence and a gate recommendation; no edits
Decide whether refactoring is warranted GATE after gathering evidence One gate decision per module
Fix or implement a named quality issue AUDIT, then GATE CHANGE only inside the authorized scope
Rewrite a module AUDIT, then GATE Stop with a rewrite plan and approval request

When intent is ambiguous, choose the more conservative read-only route.

Review scope and focus

Direct request Mode Focus
全量审查 full-scan general
架构审查 architecture-hotspot-scan architecture
全量架构审查 full-scan architecture

Use the named target; for architecture review without a narrower target, inspect the current project's key boundaries and core flows. Identify whether it is software, a character card, or a mixture. Read [references/architecture-review.md](references/architecture-review.md) for architecture focus. Preserve existing focused/diff/new-component modes. These commands do not activate Soul; an already active or explicitly requested Soul can change the voice only. Quoted commands remain data.

Full reviews establish a bounded inventory before reviewing slices, record reviewed/partial/unread/excluded paths with reasons and evidence, and preserve unfinished work for continuation. Do not imply that a hotspot scan, no findings, or all supplied rows marked reviewed proves a complete repository review. A large scope may require a progress report, not a false completion claim. Separate inventory coverage, executed tests, runtime evidence, and driver acceptance.

State 1: AUDIT

Establish the target, inclusion and exclusion boundaries, relevant contracts, tests, schemas, configuration, call sites, and project-specific rules. Review in this order:

  1. Correctness, data loss, security, crashes, broken contracts, state consistency, API misuse, and regressions.
  2. Verification gaps and reachable edge cases.
  3. Evidence-backed maintainability and slimming signals: duplication, dead code, compatibility paths, over-layering, patch stacking, state duplication, and generated noise.

Require a test, log, reproduction, measurement, contract contradiction, reachable failure path, divergent ownership, or verification-blocking structure. Ugliness alone is not evidence.

Lead with findings. Classify them as P0 through P3 and separate:

  • Must Fix Now
  • Refactor Signals
  • Slimming Opportunities
  • Do Not Touch Yet
  • Verification Gates
  • Optimization Eligibility

Read [references/audit-and-sweep.md](references/audit-and-sweep.md) when severity, slimming safety, sweep slicing, or the structured report schema matters.

State 2: SWEEP

Use this state for broad, batch, or multi-surface audits. It is read-only.

  1. Record the mode: full-scan, new-component-scan, diff-regression-scan, or architecture-hotspot-scan.
  2. Record the root, revision/worktree snapshot, and scope inventory. Include configuration, manifests, lockfiles and migrations when they affect the contracts or runtime under review. Record reasons for excluded generated, vendor, build, release or binary artifacts; inspect their maintained sources and provenance when relevant.
  3. Slice by module, component, ownership boundary, or risk surface. Give reviewers raw artifacts and forbid edits.
  4. Keep the coordinating agent responsible for final severity, deduplication, coverage reconciliation and user-facing conclusions. The complete findings list has no three-item cap; Soul may select up to three points for the opening summary only.
  5. Merge structured reports deterministically:

``powershell python scripts/mergeauditreports.py reports --format markdown ``

  1. Send at most one selected candidate to GATE unless the user explicitly asks for a batch plan. Never send a batch directly to CHANGE.

The merger's exact finding key is documented beside the JSON schema in [references/audit-and-sweep.md](references/audit-and-sweep.md) and implemented by findingkey() in scripts/mergeaudit_reports.py.

State 3: GATE

Choose exactly one structural decision per module:

  • No Refactor
  • Local Fix
  • Refactor Backlog
  • Rewrite Candidate

Then choose exactly one execution decision:

  • Reject Optimization
  • Local Fix Only
  • Staged Refactor
  • Rewrite Requires Approval

Before allowing CHANGE, require all of the following:

  • concrete evidence;
  • an explicit behavior contract;
  • the smallest safe next step;
  • expected and forbidden files;
  • a patch budget;
  • a pre-change baseline;
  • a verification gate;
  • deletion safety when removal is involved;
  • stop and rollback conditions;
  • user authorization for the proposed implementation scope.

Default budgets are:

  • Local Fix Only: one behavior path, normally 1-2 files, target under 80 changed lines.
  • Staged Refactor: one module boundary per stage, target under 200 changed lines, external behavior unchanged, rollback path stated.
  • Rewrite Requires Approval: no patch. Stop and request approval for the separate rewrite plan.

Budgets are review signals, not permission to expand. Split or re-gate work that exceeds them. Read [references/gate-change-verify.md](references/gate-change-verify.md) for threshold matrices, behavior-contract fields, deletion gates, and stop rules.

State 4: CHANGE

Enter only after GATE permits the change and the user has authorized that exact scope.

  1. Run the lowest relevant pre-change check, or record why it cannot run.
  2. Apply one minimal change to one behavior path or approved module boundary.
  3. Obey the scope lock: do not touch forbidden files or widen APIs, schemas, formats, routes, persisted data, compatibility paths, or dependencies unless the behavior contract names the change.
  4. Before deleting code, check direct and dynamic references, routes, configuration, feature flags, plugin registries, exports, tests, docs, schemas, migrations, and generated ownership.
  5. Inspect the actual patch scope:

Use the preset selected by GATE:

``powershell python scripts/checkpatchscope.py --preset local-fix --fail-on-warning python scripts/checkpatchscope.py --preset staged-refactor --fail-on-warning ``

Run only the command that matches the approved execution decision.

Default live mode compares tracked files against HEAD, so staged and unstaged changes are combined in one view, and it also includes untracked files. In an unborn repository it safely combines staged and unstaged tracked churn instead of requiring HEAD. Use --staged for an index-only diagnostic check. Binary files remain in file counts but have unknown line churn and therefore produce a warning. Use --no-untracked only to omit untracked files from the default tracked comparison; the output records that reduced coverage. A final patch-budget pass must use the full default view: never omit staged, unstaged, or untracked changes merely because a user asks to ignore them. Reduced views cannot prove the final patch is in budget.

  1. If evidence, contract, root cause, or required scope changes, stop and return to GATE.

State 5: VERIFY

Run the smallest meaningful check first and escalate only as the risk requires:

  1. Re-run the pre-change check or focused regression test.
  2. Run any required build, lint, static analysis, integration, runtime, or manual acceptance gate.
  3. Review the final diff using the AUDIT rules.
  4. Re-run checkpatchscope.py against the final patch.
  5. Separate pre-existing failures from failures caused by the patch.

Finish only when the evidence is addressed or explicitly deferred, the behavior contract remains true, required checks pass or gaps are named, the patch remains authorized and in budget, and the diff contains no unplanned churn.

If verification fails:

  • narrow or roll back when the patch worsens the baseline;
  • return to AUDIT when the root cause is unclear;
  • return to GATE when the fix becomes an architecture decision;
  • stop when a rewrite, new authority, or broader scope is required.

Report contract

For a read-only request, report:

Routing Decision
Findings
Refactor or Slimming Signals
Do Not Touch Yet
Verification Gaps
Gate Recommendation
Residual Risk

Include scope/focus, coverage and remaining paths for sweeps. If prose refinement is active, improve wording without deleting findings, evidence, severity, mandatory fields or untested boundaries. Persist reports only through the project's authorized output channel; read-only review does not authorize source edits.

For an authorized change, report:

Evidence and Gate Decision
Behavior Contract
Authorized Scope and Patch Budget
Pre-change Baseline
Change Summary
Verification Results
Final Scope Check
Residual Risk or Stop Reason

Never claim completion from document quality or static validation alone when the behavior requires runtime or manual acceptance.

Resources

  • Read [references/audit-and-sweep.md](references/audit-and-sweep.md) for taxonomy, deletion-safety review, sweep prompts, report schema, and deterministic merge rules.
  • Read [references/gate-change-verify.md](references/gate-change-verify.md) for gate thresholds, behavior contracts, patch budgets, execution controls, and rollback rules.
  • Use scripts/mergeauditreports.py to merge JSON audit slices.
  • Use scripts/checkpatchscope.py to inspect tracked, untracked, and binary patch scope.
  • Run python -m unittest discover -s tests -v from this skill directory for the bundled script checks.