TextureGroup/Texture
Texture
Texture is an iOS framework for building user interfaces that render on background threads using thread-safe node abstractions. It provides an asynchronous display node architecture that constructs and composites view hierarchies off the main thread, then synchronises the final bitmap for presentation, enabling smooth and responsive apps. The framework replaces UIKit's standard view system with node-based hierarchies that can be created, configured, and mutated on any queue without locking the main thread.
The framework distinguishes itself through a precomputed rendering pipeline that decodes images, sizes text, and rasterises layers ahead of display, caching results to eliminate per-frame work during scrolling. It includes a Flexbox-based layout spec engine that declares view geometry using a CSS FlexBox-inspired constraint system, computing positions and sizes in a single pass on a background thread. Texture also provides a cell-node reuse abstraction that replaces UIKit's reuse-identifier pattern with node-based cell management, avoiding common bugs by decoupling cell identity from view recycling.
The framework supports building interfaces with thread-safe nodes, preloading data for scroll interfaces, and integrating nodes into existing UIKit view hierarchies through container classes that manage state transitions and efficient rendering. It covers scroll performance optimization by loading content ahead of display for scrollable views, and manages cell reuse to eliminate visible loading delays during scrolling.
Features
- Async UI Rendering Frameworks - Provides an asynchronous display node architecture that constructs and composites view hierarchies off the main thread.
- UI Rendering - Implements a precomputed rendering pipeline that caches image decoding and text sizing ahead of display.
- UIKit Interoperability - Provides container classes that embed node-based views alongside standard UIKit components.
- Node-Based UIKit Integration Layers - Provides container classes that manage state transitions and efficient rendering of node-based views alongside UIKit views.
