How does the skill handle code review findings?

The skill requires immediate fixes for Critical, High, and Medium severity issues before proceeding. Low and Cosmetic issues are automatically converted into TODO and FIXME comments for later resolution.

Why is the AskUserQuestion step mandatory in this skill?

It serves as a structural gate to ensure the user explicitly chooses between autonomous or batch execution, preventing accidental major changes or long-running tasks without the intended level of human oversight.

What happens if a task fails during execution?

The skill is programmed to stop immediately if it encounters a blocker, a verification failure, or an unclear instruction, asking the user for clarification rather than guessing.

Can I use this skill if I don't have a plan file ready?

No, this skill requires a pre-existing plan file. If you haven't created one yet, it is recommended to use the 'writing-plans' or 'pre-dev-task-breakdown' skills first.

Structured Plan Execution

Name: Structured Plan Execution
Author: LerianStudio

byLerianStudio

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Productivity & Workflow

Implements complex development plans through controlled execution modes and mandatory human-in-the-loop quality gates.

About

Structured Plan Execution is a high-governance workflow skill designed for AI agents to implement multi-step software development plans with precision. It enforces a strict system where users must explicitly choose between autonomous execution or supervised batch modes, ensuring the agent never proceeds into high-risk tasks without the desired level of oversight. By automating task dispatching to specialized domain agents and integrating mandatory parallel code reviews after every batch, it provides a reliable framework for production-grade software engineering that prioritizes quality and architectural integrity.

Key Features

Mandatory Execution Mode Selection (Autonomous vs. Batch)
Integrated Parallel Code Review Quality Gates
Automated Dispatching to Specialized Domain Agents
Structured Progress Reporting and Feedback Loops
17 GitHub stars
Severity-Based Issue Handling (Critical/High/Medium/Low)

Use Cases

Executing complex feature implementations across multiple microservices
Managing high-stakes refactoring projects with mandatory review checkpoints
Coordinating specialized backend and frontend agents within a single workflow

About

Key Features

Mandatory Execution Mode Selection (Autonomous vs. Batch)
Integrated Parallel Code Review Quality Gates
Automated Dispatching to Specialized Domain Agents
Structured Progress Reporting and Feedback Loops
17 GitHub stars
Severity-Based Issue Handling (Critical/High/Medium/Low)

Use Cases

Executing complex feature implementations across multiple microservices
Managing high-stakes refactoring projects with mandatory review checkpoints
Coordinating specialized backend and frontend agents within a single workflow