manage-work — claude-code manage-work, VibeFlow, community, claude-code, ide skills, claude-skills, guardrails, vibe-coding, Claude Code, Cursor, Windsurf

v1.0.0
GitHub

About this Skill

Ideal for Development Agents requiring structured workflow management and docs-before-code discipline in AI-assisted development. Enforce docs-before-code discipline in AI-assisted development. VibeFlow provides Claude Code skills and hooks for a full workflow with checkpoint gates and branch-locked enforcement.

# Core Topics

hardness1020 hardness1020
[2]
[0]
Updated: 2/26/2026

Agent Capability Analysis

The manage-work skill by hardness1020 is an open-source community AI agent skill for Claude Code and other IDE workflows, helping agents execute tasks with better context, repeatability, and domain-specific guidance. Optimized for claude-code, claude-skills, guardrails.

Ideal Agent Persona

Ideal for Development Agents requiring structured workflow management and docs-before-code discipline in AI-assisted development.

Core Value

Empowers agents to enforce checkpoint gates and branch-locked enforcement, utilizing VibeFlow's docs-first development workflow with Claude Code skills and hooks, enabling efficient tracking and advancement of work items through stages.

Capabilities Granted for manage-work

Registering work items with workflow tracks and creating feature branches
Tracking and advancing work items through independent stages
Closing work items as DONE after checkpoint validation

! Prerequisites & Limits

  • Requires VibeFlow workflow integration
  • Claude Code skills and hooks necessary
  • Docs-before-code discipline enforcement
Labs Demo

Browser Sandbox Environment

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Boot Container Sandbox

manage-work

Install manage-work, an AI agent skill for AI agent workflows and automation. Works with Claude Code, Cursor, and Windsurf with one-command setup.

SKILL.md
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manage-work

Register work items, create feature branches, track and advance stages, close work items in the VibeFlow docs-first development workflow.

Purpose

This skill tracks multiple work items through the VibeFlow workflow by:

  • Registering work items with their workflow track and creating feat/<slug> branches
  • Tracking each work item's current stage independently
  • Advancing work items through stages and routing to the appropriate skill
  • Closing work items as DONE after Checkpoint #4 (release is optional)
  • Providing a dashboard view of all in-flight work items

Workflow

Register Work Item
    │
    ├── Assign ID, generate slug from description, and assign track
    ├── Create entry in docs/workflow-state.yaml (with branch field)
    ├── Create git branch: feat/<slug>
    └── Determine starting stage from track
    │
    ▼
Track Progress
    │
    ├── Show status dashboard (all work items)
    ├── Show detailed status (single work item)
    └── Cross-check manifest against artifacts
    │
    ▼
Advance & Route
    │
    ├── Mark work item as advancing to next stage
    ├── Recommend the appropriate skill command
    └── Update manifest with new stage
    │
    ▼
Close Work Item (after Checkpoint #4)
    │
    ├── Mark stage as DONE (terminal state)
    ├── Branch ready for merge to main
    └── Alternative: advance to Stage I for release track

Usage

Register a New Work Item

/manage-work register "<description>" <ID> <track>

Registers a work item in docs/workflow-state.yaml, determines the starting stage, and creates a git branch feat/<slug>.

Steps:

  1. Generate kebab-case slug from description
  2. Add entry to manifest with branch: feat/<slug>
  3. Create and checkout git branch: git checkout -b feat/<slug>

Example:

/manage-work register "Add anti-hallucination guardrails" 030 medium
# Creates branch: feat/add-anti-hallucination-guardrails

/manage-work register "Export data to CSV" 031 small
# Creates branch: feat/export-data-to-csv

Status Dashboard

/manage-work status

Shows all registered work items with their current stage, track, and last checkpoint.

Example output:

Work Item                          Track    Stage  Checkpoint  Started
add-anti-hallucination-guardrails  Medium   G      3           2025-02-20
export-data-to-csv                 Small    E      2           2025-02-22

Detailed Work Item Status

/manage-work status <ID>

Shows detailed status for one work item including:

  • Current stage and description
  • Completed and remaining stages for its track
  • Last checkpoint passed
  • Artifact verification (cross-check with detect_track.py --workitem <ID>)

Advance a Work Item

/manage-work advance <ID>

Marks a work item as advancing to the next stage in its track:

  • Validates checkpoint if at a checkpoint boundary (blocks if failed)
  • Updates stage in docs/workflow-state.yaml
  • Updates checkpoint if a checkpoint boundary was crossed
  • Updates docs paths with any documents produced at the completed stage
  • Shows what the next stage requires
  • After Checkpoint #4 (Stage H): Offers two paths:
    • advance → proceed to Stage I (release track)
    • close → mark as DONE (see Close command below)

Close a Work Item

/manage-work close <ID>

Marks a work item as DONE after passing Checkpoint #4 (Implementation Complete):

  • Validates Checkpoint #4 if not yet passed (runs validate_checkpoint.py 4 --json --project-root <root>)
  • Requires work item to be at stage H or later with checkpoint >= 4
  • Sets stage: DONE in docs/workflow-state.yaml
  • Branch feat/<slug> is ready for merge to main
  • Blocked if Checkpoint #4 validation fails

Example:

/manage-work close 030
# Sets stage: DONE, branch feat/add-anti-hallucination-guardrails ready for merge

Next Steps for a Work Item

/manage-work next <ID>

Shows the recommended next action for a work item:

  • What the current stage requires
  • Which skill command to run
  • Whether a checkpoint validation is needed first

Workflow Tracks

TrackScopeStagesReleaseExample
MicroBug fix, typo, small refactorF → G → DONENoFix typo, update config
SmallSingle feature, no contractsE → F → G → H → DONEOptional (I-L)Add form field, UI polish
MediumMulti-component, no new servicesB → C → D → E → F → G → H → DONEOptional (I-L)New API endpoint
LargeSystem change, new contracts/servicesA → B → C → D → E → F → G → H → DONEOptional (I-L)New LLM integration

Stage Overview

Planning Stages (A-D)

  • A — Initiate: Create/update PRD
  • B — Discovery: Analyze codebase (Medium/Large)
  • C — Specify: Create/update Tech Specs
  • D — Decide: Create ADRs for decisions

Checkpoint #1: Planning Complete

Design Stage (E)

  • E — Plan: Create Feature Spec with API Design

Checkpoint #2: Design Complete

Implementation Stages (F-H)

  • F — RED: Write failing unit tests + stubs
  • G — GREEN: Implement to pass tests
  • H — REFACTOR: Integration tests + quality validation

Checkpoint #3: Tests Complete (after F) Checkpoint #4: Implementation Complete (after H)

Release Stages (I-L)

  • I — Reconcile: Update specs if implementation deviated
  • J — Prepare: Write OP-NOTE
  • K — Deploy: Follow OP-NOTE, verify
  • L — Close: Update indices, tag release

Checkpoint #5: Release Ready (after J) Checkpoint #6: Deployed (after L)

Manifest Format

The manifest file docs/workflow-state.yaml is the single source of truth for work item lifecycle state:

yaml
1workitems: 2 add-anti-hallucination-guardrails: 3 id: 030 4 description: "Add anti-hallucination guardrails" 5 track: medium # micro | small | medium | large 6 stage: G # current stage letter (A-L) or DONE 7 branch: feat/add-anti-hallucination-guardrails # git branch 8 started: 2025-02-20 # date work item was registered 9 checkpoint: 3 # last checkpoint passed (1-6) 10 docs: 11 prd: docs/prds/prd.md 12 discovery: docs/discovery/disco-030.md 13 specs: 14 - docs/specs/spec-llm.md 15 adrs: 16 - docs/adrs/adr-030-prompt-strategy.md 17 feature: docs/features/ft-030-anti-hallucination.md 18 opnote: null 19 export-data-to-csv: 20 id: 031 21 description: "Export data to CSV" 22 track: small 23 stage: E 24 branch: feat/export-data-to-csv # git branch 25 started: 2025-02-22 26 checkpoint: 2 27 docs: 28 prd: null 29 discovery: null 30 specs: [] 31 adrs: [] 32 feature: docs/features/ft-031-export-csv.md 33 opnote: null

When registering a new work item:

  1. Create docs/workflow-state.yaml if it doesn't exist (use assets/workflow-state-template.yaml)
  2. Generate a kebab-case slug from the description (e.g., "Add anti-hallucination guardrails" → add-anti-hallucination-guardrails)
  3. Add the work item entry with id, description, track, stage (first stage for the track), branch (feat/<slug>), started (today), checkpoint: 0, and empty docs hierarchy
  4. Create and checkout git branch: git checkout -b feat/<slug>

When advancing a work item:

  1. Read docs/workflow-state.yaml
  2. Check if current stage is a checkpoint boundary (D→E=CP#1, E→F=CP#2, F→G=CP#3, H→I=CP#4, J→K=CP#5, L→done=CP#6)
  3. If checkpoint boundary: run python3 .claude/skills/validate-checkpoint/scripts/validate_checkpoint.py <N> --json --project-root <root>
    • If exit code 1 (failed): STOP. Report errors. Do NOT update manifest.
    • If exit code 0 or 2 (passed/warnings): proceed
  4. Update stage field to the next stage in the track
  5. Update checkpoint if a checkpoint boundary was crossed
  6. Update docs with any document paths produced at the completed stage

Skill Routing

Each stage maps to a specific skill. After determining the current stage for a work item, recommend the appropriate command:

StageSkillRecommended Command
Adefine-prd/define-prd
Banalyze-codebase/analyze-codebase <ID>
Cdefine-tech-spec/define-tech-spec <name>
Drecord-decision/record-decision <ID> <slug>
Ecreate-feature-spec/create-feature-spec <ID> <slug>
Frun-tdd/run-tdd red
Grun-tdd/run-tdd green
Hrun-tdd/run-tdd refactor
Iprepare-release/prepare-release reconcile <ID>
Jprepare-release/prepare-release opnote <slug>
Kprepare-release/prepare-release check
Lprepare-release/prepare-release check

Checkpoint boundaries — recommend /validate-checkpoint <N> before advancing past:

  • Stage D → E (Checkpoint #1)
  • Stage E → F (Checkpoint #2)
  • Stage F → G (Checkpoint #3)
  • Stage H → I (Checkpoint #4)
  • Stage J → K (Checkpoint #5)
  • Stage L → done (Checkpoint #6)

Artifact Verification

Use detect_track.py to cross-check the manifest against actual artifacts:

bash
1# Verify a specific work item's artifacts match its manifest stage 2python scripts/detect_track.py --workitem <ID> --verify 3 4# Detect artifacts for a specific work item 5python scripts/detect_track.py --workitem <ID> 6 7# Detect artifacts for all registered work items 8python scripts/detect_track.py --all-workitems

This catches drift between the manifest and actual project state.

References

See references/workflow-summary.md for a condensed workflow overview.

FAQ & Installation Steps

These questions and steps mirror the structured data on this page for better search understanding.

? Frequently Asked Questions

What is manage-work?

Ideal for Development Agents requiring structured workflow management and docs-before-code discipline in AI-assisted development. Enforce docs-before-code discipline in AI-assisted development. VibeFlow provides Claude Code skills and hooks for a full workflow with checkpoint gates and branch-locked enforcement.

How do I install manage-work?

Run the command: npx killer-skills add hardness1020/VibeFlow. It works with Cursor, Windsurf, VS Code, Claude Code, and 19+ other IDEs.

What are the use cases for manage-work?

Key use cases include: Registering work items with workflow tracks and creating feature branches, Tracking and advancing work items through independent stages, Closing work items as DONE after checkpoint validation.

Which IDEs are compatible with manage-work?

This skill is compatible with Cursor, Windsurf, VS Code, Trae, Claude Code, OpenClaw, Aider, Codex, OpenCode, Goose, Cline, Roo Code, Kiro, Augment Code, Continue, GitHub Copilot, Sourcegraph Cody, and Amazon Q Developer. Use the Killer-Skills CLI for universal one-command installation.

Are there any limitations for manage-work?

Requires VibeFlow workflow integration. Claude Code skills and hooks necessary. Docs-before-code discipline enforcement.

How To Install

  1. 1. Open your terminal

    Open the terminal or command line in your project directory.

  2. 2. Run the install command

    Run: npx killer-skills add hardness1020/VibeFlow. The CLI will automatically detect your IDE or AI agent and configure the skill.

  3. 3. Start using the skill

    The skill is now active. Your AI agent can use manage-work immediately in the current project.

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