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name: task-management description: "Use when breaking work into discrete steps, tracking progress through multi-step implementations, or managing implementation task lists. Triggers when an approved plan needs to be converted into tracked tasks, when progress reporting is needed during execution, or when checkpoint reviews are required between task batches."

Task Management

Overview

Task management converts approved plans into bite-sized, trackable tasks and orchestrates their execution with progress reporting and checkpoint reviews. Each task is a single action that takes 2-5 minutes. The skill provides structured progress tracking, regular checkpoints, and integration with code review to maintain quality throughout execution.

Announce at start: "I'm using the task-management skill to break this plan into tracked tasks."

Trigger Conditions

• An approved plan document needs to be converted into executable tasks
• Multi-step implementation needs structured progress tracking
• Work needs checkpoint reviews at regular intervals
• /execute command used with a plan that needs task breakdown
• Transition from planning skill with an approved plan

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Phase 1: Plan Parsing

Goal: Extract all tasks from the approved plan with correct ordering and dependencies.

1. Read the approved plan document from start to finish
2. Extract every implementation step as a discrete task
3. Identify dependencies between tasks (what must complete first)
4. Order tasks by dependency — independent tasks first
5. Confirm task list with the user before beginning execution

Task Granularity Rules

Granularity	Example	Verdict
Single action, 2-5 min	"Write the failing test for UserService.create"	Correct
Single action, 2-5 min	"Run the test to verify it fails"	Correct
Single action, 2-5 min	"Implement the minimal code to pass the test"	Correct
Multiple actions, 30+ min	"Implement the authentication system"	Too large — decompose
Trivial, < 1 min	"Add a blank line"	Too small — merge with adjacent task

Task Specification Template

Task N: [Clear, specific description]
Files: [Exact paths to create/modify/test]
Depends on: [Task numbers that must complete first, or "none"]
Verification: [Exact command to confirm completion]

STOP — Do NOT proceed to Phase 2 until:

• Every plan step has been converted to 2-5 minute tasks
• Dependencies are mapped (no circular dependencies)
• Every task has a verification command
• Task list is confirmed with user

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Phase 2: Task Execution

Goal: Execute tasks one at a time with verification after each.

Per-Task Workflow

1. Announce — Report which task is starting: [N/Total] Starting: <description>
2. Set status — Mark task as in_progress
3. Execute — Perform the task (follow TDD if writing code)
4. Verify — Run the verification command
5. Read output — Confirm verification matches success criteria
6. Report — Show completion: [N/Total] Completed: <description>
7. Set status — Mark task as completed

Execution Rules

Rule	Rationale
One task at a time	Prevents context switching errors
Verify before marking complete	No false completions
Read verification output fully	Do not assume success from partial output
Follow TDD for code tasks	RED-GREEN-REFACTOR cycle
Do not skip ahead	Dependencies may not be satisfied

Task Status Flow

pending → in_progress → completed
                     → blocked (needs user input)
                     → failed (invoke resilient-execution)

Status Decision Table

Outcome	New Status	Action
Verification passes	completed	Proceed to next task
Verification fails, fixable	in_progress	Fix and re-verify
Verification fails, unclear cause	failed	Invoke resilient-execution skill
Needs user decision	blocked	Report blocker, pause task
Task depends on blocked task	pending	Skip to next non-blocked task

Do NOT proceed to next task until current task verification passes.

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Phase 3: Checkpoint Review

Goal: Pause every 3 tasks to assess progress and quality.

Checkpoint Trigger Table

Condition	Action
3 tasks completed since last checkpoint	Mandatory checkpoint
Logical batch complete (e.g., one component)	Checkpoint recommended
Test failure encountered	Immediate checkpoint
User requests status	Ad-hoc checkpoint

Checkpoint Steps

1. Show progress summary
2. Run full test suite (not just new tests)
3. Run lint, type-check, build as applicable
4. Dispatch code-review skill if significant code was written
5. Ask user if direction is still correct

Progress Report Format

After each task:

[3/15] Task completed: Write failing test for UserService.create
       Files: tests/services/user.test.ts
       Verification: npm test -- --grep "UserService.create" — PASS

After each checkpoint:

── Checkpoint [6/15] ──
Completed: 6 | Remaining: 9 | Blocked: 0
Tests: 12 passing, 0 failing
Lint: clean | Build: passing
Next batch: Tasks 7-9 (API endpoint implementation)
Continue? [yes / adjust plan / stop here]

STOP — Do NOT proceed to next batch until:

• Full test suite passes
• Checkpoint report presented to user
• User has confirmed to continue

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Phase 4: Batch Review

Goal: After completing a logical group of tasks, perform quality review.

1. Dispatch code-reviewer agent to review the batch
2. Fix any Critical or Important issues before proceeding
3. Commit the batch with a descriptive conventional commit message
4. Update the plan document with completed status

Review Issue Handling

Severity	Action	Continue?
Critical	Must fix immediately	No — fix first
Important	Should fix before next batch	Conditional — user decides
Suggestion	Note for future	Yes — proceed

STOP — Do NOT start next batch until:

• Review issues at Critical severity are resolved
• Batch is committed
• Plan document is updated

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Phase 5: Completion

Goal: Verify all tasks are done and report final status.

1. Confirm all tasks have completed status
2. Run final full test suite
3. Run all verification commands
4. Present final summary to user
5. Invoke verification-before-completion skill

Final Summary Format

── FINAL SUMMARY ──
Total tasks: 15 | Completed: 15 | Failed: 0
Tests: 42 passing, 0 failing
Build: passing | Lint: clean
Commits: 5 (conventional format)

All tasks from plan docs/plans/2026-03-15-feature.md are complete.
Verification-before-completion: PASS

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Anti-Patterns / Common Mistakes

Anti-Pattern	Why It Fails	Correct Approach
Marking complete without verification	False progress, bugs accumulate	Run verification command, read output
Tasks larger than 5 minutes	Hard to track, prone to scope creep	Break into 2-5 minute tasks
Skipping checkpoints	Quality degrades, direction drifts	Checkpoint every 3 tasks
Running only new tests	Regressions go undetected	Full test suite at checkpoints
Parallelizing dependent tasks	Race conditions, merge conflicts	One task at a time unless truly independent
Proceeding past blocked tasks silently	User unaware of skipped work	Report all blockers explicitly
Not committing at batch boundaries	Large, hard-to-review changesets	Commit after each logical batch
"It works, I'll verify later"	Later never comes	Verify NOW

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Anti-Rationalization Guards

If you catch yourself thinking:

• "The code looks right, I don't need to run it..." — Run it. Always.
• "I'll batch the verifications..." — No. Verify each task individually.
• "This task is trivial, it obviously works..." — Prove it with verification.

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Integration Points

Skill	Relationship	When
planning	Upstream — provides approved plan	Task list source
executing-plans	Complementary — handles plan execution flow	Can be used together
test-driven-development	Per-task — TDD cycle for code tasks	Every code task
verification-before-completion	Per-task — verification gate	Before marking any task complete
resilient-execution	On failure — retry with alternatives	When task verification fails
code-review	At checkpoints — batch quality review	Every 3 tasks or batch boundary
subagent-driven-development	Alternative — parallel execution path (via Agent tool)	For independent task batches
Agent tool	Dispatch mechanism for all subagent work	When parallelizing independent tasks
circuit-breaker	Safety net — detects stagnation	When tasks repeatedly fail

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Concrete Examples

Example: Task Extraction from Plan

Plan step: "Add user registration endpoint with validation"

Extracted tasks:

Task 1: Write failing test for POST /api/users input validation
  Files: tests/api/users.test.ts
  Depends on: none
  Verification: npm test -- --grep "POST /api/users validation" → FAIL (expected)

Task 2: Implement input validation schema
  Files: src/schemas/user.ts
  Depends on: Task 1
  Verification: npm test -- --grep "POST /api/users validation" → PASS

Task 3: Write failing test for POST /api/users success case
  Files: tests/api/users.test.ts
  Depends on: Task 2
  Verification: npm test -- --grep "POST /api/users creates user" → FAIL (expected)

Task 4: Implement registration endpoint handler
  Files: src/routes/users.ts
  Depends on: Task 3
  Verification: npm test -- --grep "POST /api/users" → ALL PASS

Task 5: Commit registration endpoint
  Files: none (git operation)
  Depends on: Task 4
  Verification: git log --oneline -1 → shows conventional commit

Example: Blocked Task Report

BLOCKED: Task 7 — Write integration test for payment webhook
Reason: Stripe test API key not configured in .env.test
Impact: Tasks 7-9 (payment flow) cannot proceed
Non-blocked tasks: Tasks 10-12 (profile page) can continue

Options:
A. User provides Stripe test key → unblocks Tasks 7-9
B. Skip payment tasks, continue with profile → revisit later
C. Mock Stripe entirely → reduces test fidelity

Awaiting direction.

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Key Principles

• One task at a time — Do not parallelize unless tasks are truly independent
• Verify after each task — Run the verification command before marking complete
• Checkpoint regularly — Every 3 tasks, pause and assess
• Track everything — No task without a status
• Small commits — Commit after each logical batch

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Skill Type

RIGID — Follow this process exactly. Every task gets verified. Every 3 tasks get a checkpoint. No exceptions.