sdd-apply

Automate code implementation by using a memory-driven task execution tool that reads design specs and tasks from memory, writes the required code in order, and runs tests to verify correctness. This ensures memory-guided design implementation across multiple files.

Yes, you can run tests automatically after each code implementation task. The test-first validation mechanism executes the project test suite after every memory-driven task completion to verify correctness and prevent regressions.

Memory-guided design implementation is an automated process that reads tasks, design, and specs from memory to write code. You need it for end-to-end task automation when your development workflow requires recalling design reasoning and validating implementation through test-driven execution.

Log deviations from the design during automated code implementation by using a deviation logging mechanism. This notes any changes from the original design during task execution and preserves evidence for audit purposes.

Yes, memory-driven task execution works for multi-file code implementation projects. It satisfies memory recall of tasks, design, and spec across multiple files while applying test-driven validation to ensure end-to-end SDD task correctness.

The best way to execute SDD tasks from memory without manual coding is to instruct an agent to apply the SDD plan from memory. This automates reading tasks and design, writing code, and running tests to ensure correctness.