Creates clear, testable specifications from feature descriptions with user stories
编程
speckit-orchestrator
试用Orchestrates Spec Driven Development by coordinating spec, plan, and task skills
它能做什么
Orchestrates Spec Driven Development by coordinating spec, plan, and task skills
技能文档
Night Market Skill — ported from claude-night-market/spec-kit. For the full experience with agents, hooks, and commands, install the Claude Code plugin.
Table of Contents
- Overview
- Persistent Presence Lens
- When to Use
- Core Workflow
- Session Initialization
- Command-Skill Matrix
- Progress Tracking Items
- Exit Criteria
- Related Skills
Speckit Orchestrator
Overview
Coordinates the Spec Driven Development workflow, skill loading, and progress tracking throughout the command lifecycle.
Persistent Presence Lens
Treat SDD as a minimal, testable "self-modeling" loop:
- World model: repo + speckit artifacts (
spec.md,plan.md,tasks.md) - Agent model: loaded skills/plugins + constraints (especially
.specify/memory/constitution.md) + progress state
This mirrors patterns from open-ended embodied agents (e.g., Voyager/MineDojo) that compound capability via a curriculum (tasks.md) and a skill library (reusable plugin skills and superpowers methodology skills).
When To Use
- Starting any
/speckit-*command. - Coordinating multi-phase development workflows.
- Tracking progress across specification, planning, and implementation.
- Ensuring skill dependencies are loaded.
When NOT To Use
- Single-phase work (just specify, or just plan)
- Non-spec-driven projects
Core Workflow
Session Initialization
-
Verify Repository Context
- Confirm working directory is a speckit-enabled project.
- Check for
.specify/directory structure. - Validate required scripts exist.
-
Load Persistent State ("presence")
- Read
.specify/memory/constitution.mdfor constraints/principles. - Load current
spec.md/plan.md/tasks.mdcontext if present.
- Read
-
Load Command Dependencies
- Match current command to required skills.
- Load complementary superpowers skills.
-
Initialize Progress Tracking
- Create TodoWrite items for workflow phases.
- Track completion status.
Command-Skill Matrix
Quick reference for command-to-skill mappings:
| Command | Primary Skill | Complementary Skills |
|---|---|---|
/speckit-specify | spec-writing | brainstorming |
/speckit-clarify | spec-writing | brainstorming |
/speckit-plan | task-planning | writing-plans |
/speckit-tasks | task-planning | executing-plans |
/speckit-implement | - | executing-plans, systematic-debugging |
/speckit-analyze | - | systematic-debugging, verification |
/speckit-checklist | - | verification-before-completion |
For detailed patterns: See modules/command-skill-matrix.md for complete mappings and loading rules.
See modules/writing-plans-extensions.md for plan authoring patterns.
Progress Tracking Items
For each workflow session, track:
- Repository context verified.
- Prerequisites validated.
- Command-specific skills loaded.
- Artifacts created/updated.
- Verification completed.
For detailed patterns: See modules/progress-tracking.md for TodoWrite patterns and metrics.
Exit Criteria
- Active command completed successfully.
- All required artifacts exist and are valid.
- Progress tracking reflects current state.
- No unresolved blockers.
Related Skills
spec-writing: Specification creation and refinement.task-planning: Task generation and planning.superpowers:brainstorming: Idea refinement.superpowers:writing-plans: Implementation planning.superpowers:executing-plans: Task execution.
相关技能
Generates phased, dependency-ordered implementation tasks from specifications. Use after spec is complete and before starting implementation
Converts a specification into a phased, dependency-ordered implementation plan. Use after specification is complete and before execution begins
Transforms project briefs into testable specifications with user stories and acceptance criteria. Use after brainstorming, before planning
Autonomous orchestrator for manifest work items through the development lifecycle
Orchestrates full project lifecycle by auto-detecting state and routing to the correct phase