$ show statamic/cms
Statamic is a Laravel-based Content Management System that combines a traditional PHP backend with a modern Vue.js frontend powered by Inertia.js. It features a hybrid architecture supporting both server-rendered (via Blade/Antlers templating) and client-rendered interfaces, with a Control Panel built as a Vue.js SPA-like experience. The system emphasizes extensibility through its fieldtype system, Antlers templating engine, and addon architecture, while providing robust APIs (REST and GraphQL) for headless usage. Key architectural elements include a sophisticated caching layer (Stache), event-driven architecture, and comprehensive asset/user/form management systems.
The LLM identified 4 files worth highlighting for reuse:
A family of store implementations (GlobalsStore, NavTreeStore, AssetContainerStore, etc.) that provide a consistent interface for caching different data types. Demonstrates excellent abstraction of caching mechanisms with clear separation between storage logic and caching policy. Could be extracted as a standalone caching library for PHP applications requiring flexible, file-based caching with intelligent invalidation strategies.
Implements a fluent interface for data modification pipelines, allowing chained operations like Modify::value($x)->join()->fetch(). Shows strong functional programming principles with immutable transformations and clear separation of concerns. The modifier system is highly reusable across different data types and could be extracted as a utility library for data transformation pipelines in any PHP application.
A Vue 3 composable that manages progress bar state with start, increment, and completion controls. Demonstrates excellent use of the Composition API for encapsulating reusable UI state logic. The component is self-contained with clear inputs/outputs and follows Vue 3 best practices for reactivity and cleanup. Could be directly reused in any Vue 3 application needing progress indication functionality.
A collection of query scope classes (FilterScope, SearchScope, etc.) that implement a clean pattern for modifying database queries. Shows good separation of concerns with each scope responsible for a specific type of query modification. The scope pattern allows for composable, readable query building and could be extracted as a query building library for applications needing flexible, maintainable database querying capabilities.