How does this skill handle errors during execution?

The skill includes a strict 'Stop and Ask' protocol. If a test fails, a dependency is missing, or an instruction is unclear, Claude stops immediately to seek clarification rather than guessing or proceeding with errors.

Why does the skill execute tasks in batches of three?

Batching tasks allows for frequent checkpoints. This ensures that the human partner can review progress, verify the direction of the work, and provide feedback before the AI proceeds too far into the plan.

Does this skill help with finishing a development branch?

Yes, it includes a mandatory final step that triggers the 'finishing-a-development-branch' sub-skill to verify all tests and finalize the work after all plan tasks are completed.

Can I modify the plan once the execution has already started?

Yes. If the human partner updates the plan based on intermediate feedback, the skill is designed to return to the 'Review' phase to validate the new instructions before resuming execution.

Structured Plan Execution

Name: Structured Plan Execution
Author: zoosewu

byzoosewu

Productividad y Flujo de Trabajo

Executes complex implementation plans through a systematic, batch-based workflow with built-in review checkpoints and verification steps.

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This skill streamlines the transition from planning to implementation by providing a rigorous framework for executing multi-step technical plans. It ensures Claude follows a disciplined batching process—typically three tasks at a time—followed by mandatory verification and human feedback loops. By enforcing a critical review of the plan before starting and requiring explicit status updates between batches, it minimizes divergence from project requirements and prevents the compounding of errors during complex development tasks.

Características Principales

Systematic batch-based task processing to maintain project alignment
0 GitHub stars
Mandatory verification steps for every completed task in the plan
Critical plan review and validation before starting execution
Built-in feedback checkpoints for architect review between batches
Strict 'Stop and Ask' protocols for handling blockers and uncertainty

Casos de Uso

Executing complex refactoring tasks that require step-by-step verification
Managing high-stakes coding sessions where architectural alignment is critical
Implementing a multi-feature development roadmap across several source files

Acerca de

Características Principales

Systematic batch-based task processing to maintain project alignment
0 GitHub stars
Mandatory verification steps for every completed task in the plan
Critical plan review and validation before starting execution
Built-in feedback checkpoints for architect review between batches
Strict 'Stop and Ask' protocols for handling blockers and uncertainty

Casos de Uso

Executing complex refactoring tasks that require step-by-step verification
Managing high-stakes coding sessions where architectural alignment is critical
Implementing a multi-feature development roadmap across several source files