sdd-development

Specification-Driven Development (SDD) converts informal requirements into executable feature specifications by enforcing a test-first, library-first workflow, producing structured artifacts like specs, data models, and tests with traceability to original requirements.

Generating an implementation plan from a feature specification involves creating structured plans and executable tasks that enforce integration-focused workflows, ensuring development tasks maintain direct traceability to the original requirements and data models.

Test-first specification-driven development reduces drift between intent and code by turning ambiguous requirements into executable specifications that drive code generation, enforcing disciplined workflows and test visibility throughout the implementation process.

Task generation enforces constitution-driven architecture principles to ensure maintainable code by deriving executable tasks from feature specifications, supporting a library-first approach and integration-focused workflow throughout the development process.

Creating data models and contracts is part of the specification-driven workflow that outputs structured artifacts before generating executable tasks, ensuring traceability to requirements and supporting the test-first, library-first development approach.

Turning specs into executable software follows a sequence: create feature specifications, generate implementation plans with technical notes, and derive executable tasks, maintaining traceability and enforcing test-first, library-first workflows throughout.