ce-work-beta

Automating code implementation with Codex delegation requires a plan document or prompt input. The system executes tasks through an automated loop, utilizing serial or parallel subagent strategies to write and validate code efficiently.

Parallel task execution for complex codebases prevents file collisions by using safety checks and worktree isolation. This ensures subagent isolation, allowing multiple implementation tasks to execute simultaneously without overwriting shared files.

Test-driven development is supported within the task execution loop. The system encourages a test-first and characterization-first approach, automatically discovering tests and checking completeness to validate code quality during implementation.

Incremental commits are supported during large feature development. The system evaluates tasks for commit readiness and guides commit messages, promoting clean commit practices throughout the software development workflow.

Quality checks during automated code writing ensure continuous testing and code simplification. The finishing work phase also includes Figma design sync when applicable, verifying that the implementation meets design and functional requirements.

Specific configuration settings are required to use Codex for token-conserving code generation. Users must configure the Codex model and effort level, with options for full-auto or yolo sandbox modes to control the execution environment.