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Slash Command

Execute

Execute implementation plan systematically with progress tracking and checkpoint validation

Type
Slash Command
GitHub stars
339
License
MIT
Repo last updated
Sep 24, 2026

What Execute is

Execute is a slash command published in the athola/claude-night-market repository on GitHub, which has about 339 stars. The repository describes itself as: “23 Claude Code plugins: TDD enforcement hooks, git/PR workflows, spec-driven development, code review, project lifecycle, fix-from-error, maintenance automation, context optimization, research, and multi-LLM delegation. 186 skills, 128 commands, 54 agents.”

A slash command is a reusable prompt saved as a markdown file and run by typing its name after a slash. In Claude Code, custom commands have been merged into skills: a file in .claude/commands/ and a skill folder in .claude/skills/ both create the same kind of command, and existing command files keep working.

Execute gives you a repeatable way to run the same instructions without retyping them, optionally with arguments.

How to install Execute

Claude Code

  1. Download execute.md from the repository.
  2. Save it to ~/.claude/commands/ (all projects) or .claude/commands/ (one project). As a skill, you can instead save it as ~/.claude/skills/<name>/SKILL.md.
  3. Run it by typing / followed by its name.

Claude Cowork

  1. Turn the command into a skill: create a folder with the file saved as SKILL.md and zip it.
  2. In Customize → Skills, click +, then upload the ZIP.
  3. Run it from any task with / and the skill name.

New to extending Cowork? Our plugins guide and Customize guide explain how skills, plugins, and connectors fit together.

Inside the source file

An excerpt from plugins/attune/commands/execute.md, shared under the repository's MIT license. Read the full file on GitHub.

Execute implementation plans systematically with task tracking, checkpoint validation, and continuous progress reporting.

When To Use

Use this command when you need to:

  • Execute implementation plan with task tracking
  • Implement tasks in dependency order
  • Validate checkpoints against acceptance criteria
  • Track progress and identify blockers
  • Monitor velocity and burndown metrics
  • Ensure systematic quality-gated execution

When NOT To Use

Avoid this command if:

  • No implementation plan exists (use /attune:blueprint first)
  • Still planning or designing (complete planning phase)
  • Single isolated task (execute directly without framework)
  • Exploratory coding or quick prototype (too much overhead)

Usage

# Start execution from plan
/attune:execute

# Execute specific task
/attune:execute --task TASK-003

# Resume from checkpoint
/attune:execute --resume

# Execute specific phase
/attune:execute --phase "Phase 1"

What This Command Does

  1. Loads implementation plan from planning phase
  2. Invokes execution agent with superpowers integration
  3. Executes tasks in dependency order with checkpoints
  4. Tracks progress and updates task status
  5. Validates completion against acceptance criteria
  6. Reports progress with metrics and blockers

Integration with Superpowers

When superpowers plugin is available:

  • Uses Skill(superpowers:executing-plans) for systematic execution
  • Uses Skill(superpowers:systematic-debugging) for issue resolution
  • Uses Skill(superpowers:verification-before-completion) for validation

Without superpowers:

  • Falls back to attune's native execution agent
  • Provides similar checkpoint-based approach
  • Validates task completion systematically

Workflow

# 1. Load implementation plan
# Read docs/implementation-plan.md

# 2. Invoke execution agent
Agent(attune:project-implementer)

# 3. Execute tasks in dependency order:
#    For each task:
#      - Check dependencies complete
#      - Execute implementation
#      - Run tests
#      - Validate acceptance criteria
#      - Update progress tracker

# 4. Report progress
#    - Tasks completed/total
#    - Blockers and risks
#    - Next actions
…

Execution Phases

Phase 1: Preparation

Actions:

  • Load implementation plan
  • Validate project initialized (run /attune:project-init if needed)
  • Check dependencies installed
  • Review task dependency graph

Output: Execution plan with ordered task list

Phase 2: Task Execution Loop

For each task in order:

1. **Pre-execution**:
   - Verify dependencies complete
   - Review acceptance criteria
   - Create feature branch (if needed)

2. **Implementation**:
   - Write code following spec
   - Run tests continuously (TDD)
   - Document as you go

3. **Validation**:
   - All acceptance criteria met?
   - Tests passing?
   - Code review ready?

4. **Checkpoint**:
   - Mark task complete
   - Update progress tracker
…

Phase 3: Progress Reporting

Metrics Tracked:

  • Tasks completed vs. total
  • Tasks in progress
  • Blocked tasks
  • Estimated completion percentage
  • Velocity (tasks/day)

Reports Generated:

  • Daily standup summary
  • Sprint progress report
  • Blocker identification
  • Risk assessment updates

Arguments

  • --task - Execute specific task (e.g., TASK-003)
  • --phase - Execute specific phase
  • --resume - Resume from last checkpoint
  • --dry-run - Preview execution without applying changes
  • --parallel - Execute nonconflicting tasks in parallel (DEFAULT for independent tasks)

Examples

Example 1: Full Execution

/attune:blueprint
/attune:project-init --lang python
/attune:execute

Session Output:

🚀 Executing Implementation Plan

Plan: docs/implementation-plan.md
Total tasks: 40
Current sprint: Sprint 1 (Foundation)

─────────────────────────────────────
Phase 1: Foundation (10 tasks)
─────────────────────────────────────

[✓] TASK-001: Initialize Project Structure
    ├─ Created project with /attune:project-init
    ├─ All tests passing
    └─ Duration: 45 minutes

[▶] TASK-002: Database Schema Design
    ├─ Creating migration: migrations/001_initial.sql
    ├─ Running: alembic revision --autogenerate
…

Example 2: Execute Specific Task

/attune:execute --task TASK-005

Detailed Task Execution:

📋 Executing TASK-005: Implement OAuth Flow

Dependencies: TASK-004 (Complete ✓)

Acceptance Criteria:
- [ ] GitHub OAuth app configured
- [ ] Login redirect to GitHub
- [ ] Callback handles tokens
- [ ] User session created
- [ ] Tests cover happy + error paths

Step 1/5: Configure GitHub OAuth App
→ Creating OAuth app in GitHub Settings...
→ Setting callback URL: http://localhost:8000/auth/callback
→ Storing client_id and client_secret in .env
✓ Complete

Step 2/5: Implement login endpoint
…

Before you install

  • Read the whole file first. Skills, commands, and subagents are instructions Claude will follow, so make sure they match what you want.
  • Check which tools, scripts, or MCP servers it uses. Local servers and scripts run with your permissions.
  • Try it in a test project or a copy of your files before pointing it at real work.
  • Pin the version you tested, and review changes before updating.
  • Watch for instructions that fetch web content or run shell commands; those are where prompt injection risks start. See our prompt injection guide.

FAQ

What is Execute?

Execute is a slash command for Claude Code and Claude Cowork from the athola/claude-night-market repository on GitHub. Execute implementation plan systematically with progress tracking and checkpoint validation

How do I install Execute in Claude Code?

Download execute.md from the repository. Save it to ~/.claude/commands/ (all projects) or .claude/commands/ (one project). As a skill, you can instead save it as ~/.claude/skills/<name>/SKILL.md. Run it by typing / followed by its name.

Can I use Execute in Claude Cowork?

Turn the command into a skill: create a folder with the file saved as SKILL.md and zip it. In Customize → Skills, click +, then upload the ZIP. Run it from any task with / and the skill name.

Is Execute safe to install?

It is a third-party community resource, not reviewed by Anthropic or this site. Read the source file first, check which tools and connectors it uses, and install only from sources you trust.

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Listing data comes from the public GitHub repository and was last checked in September 2026. Excerpts are © their authors and shared under MIT. This directory is independent and not affiliated with Anthropic or the resource's authors.