Generate and refactor project directory structures using Python.
npx skills add https://github.com/jairferrara/directory-layout-skill --skill directory-layout
Please help me install this Agent Skill. Skill: directory-layout Source: https://github.com/jairferrara/directory-layout-skill/tree/main Command: npx skills add https://github.com/jairferrara/directory-layout-skill --skill directory-layout
This Skill streamlines the creation of optimized directory structures for any type of project, using principled approaches like the Screaming Architecture method, while providing a migration plan for existing projects.
Analyze and refactor the current directory structure to optimize it for a web application.
High-intent search queries and answers about installing and using this skill.
To refactor an existing directory structure, this Skill analyzes folder contents and recommends a migration plan based on cohesion scores. It infers the project type from file content and applies structured design principles to optimize code organization.
Screaming Architecture is a software design approach where the directory structure reflects the project's intent. This Skill uses it to generate folder layouts that communicate business features, ensuring code organization prioritizes purpose over implementation details.
Yes, you can force a specific architecture pattern like feature-based or layered for your project layout. The Skill allows custom pattern selection, overriding its automatic inference logic, and can also output a minimal flat structure when necessary.
Yes, this directory layout generator requires Python for file processing and pattern matching. It also depends on the OpenCode environment for execution to operate within existing codebases and handle files at scale.
To generate a directory layout for a new web application, provide your project idea or individual files. The Skill automatically selects the most suitable architecture pattern, such as layered or feature-based, and creates an optimized folder structure from scratch.
Automated code organization refactoring at scale depends on inferring project types from file content. While it applies design principles and calculates cohesion scores, highly unconventional codebases may require manual review of the generated migration plan to ensure optimal structural results.
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