plan-tasks

Automated task decomposition parses an architecture document to generate a structured list of actionable tasks with acceptance criteria. It ensures a consistent workflow by utilizing recipe logic to determine task dependencies and execution order.

Dependency ordering evaluates workflow recipes within your architecture document to sequence tasks logically. This mechanism ensures that foundational components are built before dependent features, preventing execution errors and streamlining the development pipeline.

Generating task lists requires a well-defined architecture document, typically named 'architecture.md' for Claude Code projects. The document must contain sufficient detail for workflow recipes to extract dependencies and define testable acceptance criteria accurately.

Breaking down complex software architecture is best handled by automating task decomposition to transform detailed design documents into dependency-ordered lists. This approach guarantees testable acceptance criteria and reduces manual planning errors.

Testable acceptance criteria are defined automatically during the task decomposition process. By analyzing the architecture document, the workflow recipes generate specific completion standards for each task, improving quality assurance and tracking.

Pipeline automation supports task management in Claude Code projects by structuring the development workflow. It processes architecture documents to output dependency-ordered tasks with clear acceptance criteria, speeding up implementation and reducing errors.