reactjs/react-basic

Features

• Modular UI Components - Provides a modular architecture for building complex interfaces from independent, logic-encapsulating components.
• Conceptual Model Implementations - Demonstrates the core architectural principles of the React model through a simplified conceptual implementation.
• Function Result Memoization - Caches the output of pure components and functions based on their inputs to prevent redundant rendering.
• Pure Functional Cores - Uses pure functions as a core to transform raw input data into consistent structural interface representations.
• Interface Composition - Composes small, independent functional pieces into complex interfaces while keeping internal logic encapsulated.
• Component-Based Encapsulations - Implements a modular architecture that isolates state and logic within reusable component units.
• Declarative State Managers - Employs a declarative system to manage interface-specific data and projection states independently from business logic.
• Context-Based Data Propagation - Moves data between distant interface components without manual passing through every intermediate layer.
• Contextual Data Propagation - Provides a context provider mechanism to share data across deeply nested component layers without prop-drilling.
• Component-Based UI Frameworks - Implements a modular architectural paradigm based on reusable components that encapsulate internal logic.
• Component Communication Patterns - Implements architectural patterns for routing data and context between distant layers of the component tree.
• Component Tree Data Distribution - Implements a pattern for sharing data between deeply nested interface layers without manual prop drilling.
• Data-to-UI Mappings - Uses pure functions to map raw data objects into predictable visual interface representations.
• Reusable UI Components - Organizes complex interfaces into independent pieces that encapsulate internal logic and implementation details.
• UI State Management - Stores data for specific interface projections, such as input fields, independently from global business logic.
• React State Management - Handles data flow and synchronization across the component tree using a conceptual React-like state model.
• Interface Projection States - Isolates interface-specific projection data, such as scroll positions and input focus, from core business logic.
• List State Hooks - Associates unique state objects with individual list items to maintain a consistent data hierarchy.
• Item-Specific State Tracking - Provides a mechanism to assign and track unique state values for individual items within a list.
• Boilerplate-Reducing Execution Wrappers - Provides a mechanism for delaying logic execution by wrapping function calls to remove business path boilerplate.
• Logic Execution Wrappers - Ships a mechanism for wrapping function calls to defer logic execution and remove boilerplate from business paths.
• UI Projection State Isolation - Tracks interface-specific data like scroll positions and input focus separately from core business logic.
• UI Rendering Optimizations - Improves application speed by caching function results and component outputs to eliminate redundant rendering.
• Element Tree Caching - Implements a caching strategy that stores results based on an element's structural position within the UI tree.
• Structural Position Caching - Implements tree-based result caching that stores values according to the structural position of elements.
• GUI Frameworks - Core concepts and fundamentals of React.

Star-Verlauf