spec-task-management

# Spec Task Management

Transform specification documents (PRDs, Technical Specifications, Design Documents) into structured task lists that AI coding agents can execute independently or in parallel.

## Core Workflow

### 1. Document Analysis

Parse the specification document to extract:

- **Explicit requirements**: Stated features, functionality, acceptance criteria
- **Implicit requirements**: Technical considerations, infrastructure needs, error handling
- **Constraints**: Technology choices, performance requirements, compatibility needs
- **Scope boundaries**: What is and isn't included in the specification

Read the source document thoroughly. Identify section headings, numbered requirements, user stories, acceptance criteria, and technical specifications. Note any cross-references between sections.

### 2. Task Decomposition

Break requirements into atomic tasks with these characteristics:

| Characteristic | Description |
|----------------|-------------|
| Single responsibility | Each task addresses one specific piece of functionality |
| Independence | Tasks can be worked on by different agents without coordination |
| Clear boundaries | Well-defined start and end conditions |
| Testable | Verifiable completion criteria exist |

**Decomposition process:**
1. Identify each distinct requirement in the specification
2. Determine if the requirement is atomic or needs splitting
3. Create task entries with unique IDs (TASK-001, TASK-002, etc.)
4. Ensure each task maps to specific specification sections

### 3. Dependency Mapping

Identify three types of dependencies between tasks:

- **Hard dependencies**: Task B cannot start until Task A completes
- **Soft dependencies**: Task B benefits from Task A being complete but can proceed
- **Resource dependencies**: Tasks share files, modules, or services

Populate `dependencies.hard` and `dependencies.soft` arrays. Calculate `blocked_by` (incomplete hard dependencies) and `blocks` (tasks depending on this one).

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