What happens if a requirement is missing?

The skill generates a detailed compliance report, lists missing components, and issues a signal to block progression until the issues are resolved.

Can it detect unauthorized code substitutions?

Yes, the skill specifically checks for unauthorized substitutions or omissions to ensure the code matches the specific architectural plan provided in the PRD.

When does the Implementation Verifier skill trigger?

It triggers automatically after the implementation phase is complete but before a task is marked as finished to ensure all requirements are met.

Does it check for specific software packages?

Yes, it includes built-in verification for common packages such as FastAPI, Neo4j, Ollama, and Netmiko to ensure environment alignment.

Implementation Verifier

Name: Implementation Verifier
Author: turbobeest

byturbobeest

Seguridad y Pruebas

Verifies that code implementations strictly adhere to PRD requirements without unauthorized substitutions or omissions.

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The Implementation Verifier skill ensures high-fidelity code generation by cross-referencing completed implementations against original Product Requirement Documents (PRDs). It automatically scans for required packages, enforces architectural boundaries, and identifies any unauthorized shortcuts or missing components before a task is finalized. This skill is essential for maintaining software quality and ensuring that AI-generated code meets specific technical constraints and compliance standards during the post-implementation phase.

Características Principales

Comprehensive compliance report and substitution warning generation
Architectural boundary and security constraint validation
Package verification for critical dependencies like FastAPI and Neo4j
Automated PRD requirement extraction and alignment matching
Automatic blocking of task progression on verification failure
0 GitHub stars

Casos de Uso

Ensuring large-scale refactors don't omit critical business logic from the PRD
Maintaining architectural integrity by preventing unauthorized implementation shortcuts
Validating that specific library versions and imports are used as requested

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Características Principales

Comprehensive compliance report and substitution warning generation
Architectural boundary and security constraint validation
Package verification for critical dependencies like FastAPI and Neo4j
Automated PRD requirement extraction and alignment matching
Automatic blocking of task progression on verification failure
0 GitHub stars

Casos de Uso

Ensuring large-scale refactors don't omit critical business logic from the PRD
Maintaining architectural integrity by preventing unauthorized implementation shortcuts
Validating that specific library versions and imports are used as requested