What is the PRISM methodology?

PRISM is an AI-assisted engineering framework that combines PSP/TSP, TDD, and Clean Code to make development Predictable, Resilient, Intentional, Sustainable, and Maintainable.

How does this improve AI-assisted coding?

It provides Claude with a consistent set of rules and architectural examples, reducing errors and ensuring the AI adheres to specific, high-quality engineering standards.

Can I use these references to structure my codebase?

Yes, the skill includes documentation on dependencies and file structures that help organize complex projects in a way that is optimized for both humans and AI agents.

Is the 'shared' skill a standalone tool?

No, it is a foundational resource library that provides the core documentation and reference patterns used by all other skills in the PRISM ecosystem.

What industry standards are included in these references?

The references integrate proven methodologies including Personal/Team Software Process (PSP/TSP), Test-Driven Development (TDD), Extreme Programming (XP), and Domain-Driven Design (DDD).

PRISM Shared Framework References

Name: PRISM Shared Framework References
Author: resolve-io

byresolve-io

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Aprendizaje y Documentación

Provides foundational methodology guidelines, command patterns, and best practices for the PRISM software engineering framework.

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This skill serves as the central knowledge base for the PRISM development methodology within Claude Code, refracting complex development tasks into clear, actionable principles. It equips the AI with standardized guidelines derived from PSP/TSP, Clean Code, and Domain-Driven Design (DDD), ensuring development remains predictable, resilient, and maintainable. By centralizing common command patterns and cross-skill examples, it provides a consistent architectural foundation for complex AI-assisted software engineering workflows.

Características Principales

1 GitHub stars
Real-world usage examples for AI-assisted engineering tasks
Comprehensive mapping of skill dependencies and directory structures
Integration of PSP/TSP, TDD, and Clean Code best practices
Standardized command patterns for consistent cross-skill execution
PRISM methodology principles and core development guidelines

Casos de Uso

Standardizing team development workflows using the PRISM methodology
Referencing cross-skill patterns for complex system architecture
Onboarding AI agents to specific project structures and coding standards

Acerca de

Características Principales

1 GitHub stars
Real-world usage examples for AI-assisted engineering tasks
Comprehensive mapping of skill dependencies and directory structures
Integration of PSP/TSP, TDD, and Clean Code best practices
Standardized command patterns for consistent cross-skill execution
PRISM methodology principles and core development guidelines

Casos de Uso

Standardizing team development workflows using the PRISM methodology
Referencing cross-skill patterns for complex system architecture
Onboarding AI agents to specific project structures and coding standards