Complete Everything

Complete Everything

Degree of freedom: MIXED. Relevance of parked items [HIGH freedom]; state-file ticks, verification ladder, and completion-judge [LOW freedom — run exactly].

How to reason

1. Observe — plan items, parked quotes, git diff, baseline failures
2. Interpret — connected to the approved goal vs explicit non-goal
3. Classify — plan / previously-parked / discovered / human-gate
4. Severity — an unchecked acceptance criterion blocks the report

Worked example

Observe: plan shipped the UI; "out of scope" noted the RLS migration file; live API 404s. Interpret: the parked migration is connected — the UI cannot work without it. Classify: previously-parked now in scope; deploy+verify the RPC. Done: state file ticked with evidence; completion-judge PASS.

Self-critique before reporting

• Evidence — every tick cites a fresh command/result
• No deferral language — connected parked work was closed, not restated
• Judge — completion-judge ran; CONTINUE loops back
• Right owner — one mechanical pattern → burndown-full; dirty-tree PR → workflow-release-prep

Mission (verbatim)

fix and test thoroughly on all the plan - do not defer anything. make sure proper full test is done after enhancement - also fix all out of scope.

Completion contract

Drive the approved outcome through implementation, repair, and verification in one continuous run. Do not stop at phase boundaries or ask whether to continue. Do not claim success from memory, compilation alone, or the original plan's checkboxes.

The closure set contains:

• every unfinished or partially finished plan item;
• every out of scope, follow-up, optional, nice-to-have, or future-work item parked by the plan or prior completion report that is materially connected to the approved goal;
• every defect, missing test, contract mismatch, or regression discovered in the affected blast radius;
• every failure introduced by the work or blocking proof of the outcome.

This is not permission for unrelated repository-wide cleanup. Do not silently reopen explicit user non-goals, rejected features, or unrelated pre-existing debt. Record those as baseline context, not closure items. If relevance is unclear, decide from the approved user outcome; ask only when the answer would materially change product behavior.

Only these may block execution:

• missing credentials, access, or a real endpoint/contract;
• destructive production-data operations or irreversible external actions;
• auth behavior, RLS semantics, secrets, payments, destructive data mutation, or an unconfirmed deployment target where project rules require approval;
• a genuine product decision with materially different valid outcomes.

Ask one precise question immediately when blocked. Effort, context length, an uncertain implementation approach, or a failing test are not blockers.

Phase 0 — Recover scope and establish a baseline

1. Read the full plan, including appendices, exclusions, acceptance criteria, and checked items. If no path is supplied, inspect .cursor/plans/, the conversation, and recent plan/report files.

2. Read the prior completion report or chat summary. Search plan and report text for parked work:

   rg -n -i \
     'out of scope|follow[- ]?up|nice to have|later|defer(red)?|skip(ped)?|not in this (pr|pass|phase)|left as|TODO|FIXME|won.t do|optional|future work|beyond scope' \
     <plan-and-report-paths>
   

3. Inspect git status, staged and unstaged diffs, and recent commits. Do not overwrite unrelated user work.

4. Discover exact verification commands from manifests, CI, AGENTS.md, CLAUDE.md, README files, Makefiles, or equivalent project tooling.

5. Run the cheapest representative baseline checks before editing when practical. Record pre-existing failures so later results distinguish regressions from baseline debt.

6. Convert every closure item into an observable acceptance statement: what a user can do, which contract holds, or which test/command proves it.

Announce: "Closing N items (P planned + D previously parked + G discovered). No plan-related deferrals this run."

Phase 1 — Externalize the work

Create .cursor/complete-everything-state.md as the durable source of truth:

# Complete Everything: <approved outcome>
Plan: <path or conversation>
Baseline: <commands and pre-existing failures>
Verify: typecheck=`...` lint=`...` test=`...` build=`...` e2e=`...|none`

## Plan items
- [ ] <item> — acceptance: <observable proof>

## Previously parked — now in scope
- [ ] <item> — parked as: "<short quote>" — acceptance: <proof>

## Discovered while closing
- [ ] <item> — source: <test/diff/runtime/review> — acceptance: <proof>

## Human gates
- [ ] <item> — blocked by: <real blocker> — question: <one precise ask>

## Verification ladder
- [ ] changed-file diagnostics
- [ ] typecheck
- [ ] lint
- [ ] focused unit/integration tests
- [ ] related/full tests
- [ ] API contract verification (if applicable)
- [ ] build (if configured)
- [ ] real user-flow smoke (if applicable)
- [ ] independent completion judge

## Evidence and decisions
- <timestamp or milestone>: <command/result or decision/rationale>

Mirror the milestones in the runtime's native task list when available. The state file wins after context compaction: re-read it before each milestone and before any completion claim.

Arm host-level continuation

Instruction text alone cannot reliably prevent premature stops. Use the host's continuation mechanism in addition to the state file:

• Cursor: the packaged stop hook reads .cursor/complete-everything-state.md and submits a follow-up only while actionable unchecked items remain. It ignores completed states, errored or aborted turns, and human-gate-only states. If hooks are disabled, continue manually from the state file; do not lower the completion contract.

• Claude Code 2.1.139+: start the run with:

  /goal All actionable items in .cursor/complete-everything-state.md are checked, every applicable verification gate has fresh passing evidence after the final edit, and completion-judge returns PASS at the claimed completion level.
  

  /goal supplies an independent per-turn evaluator. The state file remains the auditable source of truth. If /goal is unavailable or hooks are disabled, continue the same workflow without pretending the evaluator ran.

Phase 2 — Close every item

Work in small, independently verifiable milestones. For each item:

1. Mark it in progress in the native task list; keep it unchecked in the state file until its acceptance evidence exists.
2. Read the relevant implementation and tests. Preserve existing public behavior unless the approved plan explicitly changes it.
3. Implement the root-cause fix. Do not delete features, narrow behavior, weaken tests, blanket-update snapshots, or silence errors to get green.
4. Add or update tests whenever behavior, contracts, or error handling change.
5. Run the cheapest focused validation. Repair failures before moving on.
6. Append newly discovered connected work to Discovered while closing and close it in this run. Never hide it in the final report as a follow-up.
7. Tick the item only after recording its evidence.

If the approach is uncertain, use the research skill, record the decision and source, then implement. If a large task has separable read-only inventory or test work, use bounded subagents while the main agent retains the closure set and integrates the results.

Required routing by change signal

• Searchable migration or rename remains: use burndown-full for the mechanical sweep, then return here for behavioral verification.
• Behavior changed or coverage is missing: use test-unit; tests must be capable of failing for the regression.
• API clients, routes, RPCs, webhooks, request/response types changed: use audit-fe-api; fix every mismatch in the affected contract.
• 4xx/5xx, validation, serialization, CORS, or FE/BE drift appears: use debug-fe-be-integration and verify both sides.
• UI flow changed: use test-playwright with protocol-browser-anti-stall; drive the real touched flow and fix failures.
• Fetching, polling, realtime, lists, images, or heavy rendering changed: measure the affected path and use audit-performance when evidence shows a performance gap. Optimize the root cause; do not add speculative complexity.
• Schema, RPC, edge function, RLS, bucket, secret, or cron changed: obey full-stack-ship-discipline; keep local migration/config artifacts aligned with the verified target environment and honor protected-surface approvals.

Phase 3 — Full post-enhancement verification

Completion requires fresh evidence from this run. Execute every applicable step in this order:

1. Re-read the state file. Zero closure items may remain unchecked. A human gate means the run is blocked, not complete.
2. Review the full diff against the plan, parked-item inventory, acceptance statements, and repository conventions.
3. Run diagnostics on changed files and fix introduced issues.
4. Run the configured whole-project or affected-package typecheck.
5. Run lint/format checks using the repository's commands.
6. Run focused unit/integration tests, then the related or full suite required by the blast radius.
7. Run API/FE-BE/runtime truth checks when those surfaces changed. Verify remote backend objects and client roles when required.
8. Run the build when configured.
9. For user-facing changes, drive the real flow in a headed browser or the repository's platform-appropriate E2E harness. Confirm UI, console, network, persistence, and error states.
10. Re-run any gate invalidated by a later fix.
11. Invoke the completion-judge subagent with the approved outcome, state-file path, relevant diff range, baseline, and fresh command/runtime evidence.
    • PASS permits the closure report at the judge's claimable level.
    • CONTINUE adds every finding to the state file and returns to Phase 2.
    • BLOCKED records the precise human gate; it is not completion.

On failure: diagnose, add the repair to the state file, fix it, and restart from the failed gate. Never report "known failure, ship anyway." If a whole-project gate failed before the run, fix it when connected to the closure set or when it blocks proof; otherwise report the unchanged baseline failure separately without mislabeling the plan closure as a fully green repository.

Phase 4 — Evidence-only closure

Use this structure:

## Complete Everything — report

**Goal:** <approved outcome>
**Closed:** N planned + D previously parked + G discovered
**Blocked on you:** none | <real blocker and one precise question>

### Evidence
- diagnostics: `<tool/command>` → <result>
- typecheck: `<command>` → <result>
- lint: `<command>` → <result>
- tests: `<command>` → <result>
- API / FE-BE: ran / n/a — <result>
- performance: measured / n/a — <result>
- build: `<command>` → <result>
- user flow: `<flow>` → <result>
- completion judge: `PASS` — claimable level: <level>

### Baseline unrelated failures
- none | <failure that existed before and why it is outside the closure set>

### Intentionally unchanged
- none | <explicit user non-goal or protected human gate>

Forbidden success language: "left as follow-up", "out of scope for now", "can be done later", "should work", "probably fine", or any claim unsupported by fresh evidence.

Leave .cursor/complete-everything-state.md fully ticked as the audit trail unless the user asks to remove it.

Relationship to other workflows

• complete-everything closes plan intent, parked work, behavior, and evidence.
• housekeep-backlog inventories parked work across the repo into BACKLOG.md; this skill executes one approved plan from that register (or from a named plan file).
• burndown-full proves repo-wide mechanical pattern coverage.
• workflow-quality-gate assesses release readiness; it does not replace this implementation loop.
• verification-before-completion defines the evidence levels and mandatory final gate used by this workflow.
• completion-judge is the independent read-only verdict; the implementation agent cannot self-certify a wide closure run.
• workflow-git-commit may create the scoped commit only when requested; it never pushes. workflow-pr may push/open/manage only when requested. Whole dirty-tree preparation is workflow-release-prep, which stops before merge.