execution-engine

Automating multi-file implementation tasks from a development plan is achieved by loading task plans to automatically generate or modify required files based on a 5-field format. This approach minimizes user intervention while turning plans into verifiable executions.

Hierarchical verification for autonomous workflow execution works by applying a 3-level validation process across code, functionality, and requirements. This ensures that every implemented task is systematically checked against its original specifications before completion.

ToT-based error recovery in automated execution workflows is a mechanism that analyzes occurring problems across multiple paths and automatically attempts optimal recovery scenarios. It enables documented auto-recovery options during continuous execution without requiring user intervention.

Yes, you can execute plans autonomously and track real-time progress simultaneously. The execution engine enables continuous execution with minimal user intervention while providing real-time progress tracking throughout the entire development project lifecycle.

Automated plan execution with knowledge base loading is needed when your development projects require referencing guidelines and design information during implementation. It follows a load priority strategy to fetch necessary 04_guideline.md data while processing 03_plan.md tasks.

Limitations of deterministic execution for multi-file development tasks include the dependency on structured input plans like 03_plan.md and the necessity of a 5-field format for file operations. Without these structured inputs, the autonomous execution and ToT-based error recovery cannot function properly.