execute

Automating task execution involves reading a plan file, performing pre-flight checks, and executing tasks in order with test-driven validation. This approach coordinates steps and tracks progress to deliver deterministic results from a plan.

Yes, test-driven execution applies TDD methodology to tasks, tracks progress, and validates outcomes. It ensures each step of an implementation plan is executed with iterative testing and verification.

Pre-flight checks in plan-driven execution verify dependencies and ensure a clean working state before changes are applied. They act as environment setup validations to prevent errors during task execution.

Progress tracking during step-by-step execution monitors completed tasks and generates post-execution validation outputs. It records the status of each task to provide deterministic reporting throughout the workflow.

Plan-driven execution requires providing the path to a plan file as an argument to start. The system reads this file to validate steps and execute tasks in order, relying on a structured plan for deterministic execution.

The best way to coordinate task execution and verification is using a repeatable system that reads a plan, performs pre-flight checks, executes tasks, and generates post-execution validation outputs for deterministic engineering workflows.