What is the 'YOLO' mode in the Execute Checklist skill?

YOLO mode allows the AI to process all checklist items simultaneously and generate a comprehensive summary report at the end, which is ideal for quick, high-speed validation of completed work.

Can I use this skill for legacy system migrations?

Yes, the skill includes a specific strangler-migration-checklist designed to validate progress, identify risks, and ensure architectural integrity during legacy-to-modern transitions.

How does this skill integrate with PRISM methodology?

It incorporates PSP/TSP (Personal/Team Software Process) principles such as estimation accuracy checks, size category validation, and quality metric tracking directly into the validation workflow.

Does it support custom checklists?

Yes, the skill is designed to fuzzy match and load any markdown checklist file stored within the designated checklists directory, allowing teams to create their own domain-specific validation rules.

What happens if a checklist validation fails?

The skill generates a FAIL or CONDITIONAL status, identifies critical blockers, creates a list of specific action items, and suggests a re-validation schedule to ensure quality is met before proceeding.

Execute Checklist

Name: Execute Checklist
Author: resolve-io

byresolve-io

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Productividad y Flujo de Trabajo

Systematically validates project artifacts, stories, and processes against predefined quality checklists to ensure complete and high-quality software delivery.

Acerca de

Execute Checklist is a specialized AI skill within the PRISM framework designed to eliminate guesswork in software development by enforcing rigorous quality standards. It allows developers and teams to verify stories against Definitions of Done (DoD), validate sprint planning completeness, and manage complex migrations using structured checklists. By offering both interactive step-by-step guidance and high-speed automated validation (YOLO mode), it provides detailed reports, compliance scores, and actionable recommendations to maintain high engineering standards across the entire development lifecycle.

Características Principales

Dual processing modes: Interactive step-by-step guidance or YOLO automated validation
Actionable recommendation engine that identifies critical blockers and improvement areas
Comprehensive reporting with pass/fail status, compliance metrics, and evidence links
Pre-configured checklists for Definition of Done, Sprint Planning, and Strangler Migrations
PSP/TSP methodology integration for tracking estimation accuracy and quality metrics
1 GitHub stars

Casos de Uso

Validating a user story against the Definition of Done (DoD) before marking it as complete
Tracking progress and safety compliance during complex legacy system migrations
Ensuring all technical prerequisites and velocity goals are met during sprint planning

Acerca de

Características Principales

Dual processing modes: Interactive step-by-step guidance or YOLO automated validation
Actionable recommendation engine that identifies critical blockers and improvement areas
Comprehensive reporting with pass/fail status, compliance metrics, and evidence links
Pre-configured checklists for Definition of Done, Sprint Planning, and Strangler Migrations
PSP/TSP methodology integration for tracking estimation accuracy and quality metrics
1 GitHub stars

Casos de Uso

Validating a user story against the Definition of Done (DoD) before marking it as complete
Tracking progress and safety compliance during complex legacy system migrations
Ensuring all technical prerequisites and velocity goals are met during sprint planning