krasimir/react-in-patterns

Features

• UI Design Patterns - Serves as a comprehensive guide to architectural patterns and design techniques for building modular user interfaces.
• Pure State Transitions - Implements immutable state transitions using pure functions to ensure predictable rendering and debugging.
• Component Architectures - Details the separation of business logic from presentation layers using containers and higher-order components.
• Component Composition Patterns - Implements architectural approaches for building complex user interfaces from interchangeable and modular components.
• External Service Integrations - Provides detailed approaches for isolating external services and third-party libraries from the visual UI layer.
• Dependency Injection - Utilizes dependency injection to decouple core business logic from the visual presentation layer.
• Logic and Presentation Separation - Implements the use of containers to isolate data fetching and state management from stateless visual components.
• Unidirectional Data Flow Architectures - Implements an architectural pattern where state updates follow a strict, predictable cycle initiated by dispatching actions.
• State Management Patterns - Implements architectural strategies for managing and synchronizing application state across a component tree.
• Unidirectional State Management - Implements architectural patterns where state updates are managed through pure functions and predictable unidirectional data flow.
• Context Providers - Implements providers to pass global data through the component tree and avoid property drilling.
• Component Composition - Renders children passed as props to keep parent containers agnostic of their internal content.
• Container Component Patterns - Provides patterns for isolating business logic into wrapper components to keep presentational components stateless.
• UI Composition - Demonstrates how to build complex interfaces by nesting components and passing children as props.
• Component Composition - Provides techniques for nesting and wrapping components to separate business logic from the presentation layer.
• Centralized State Management - Implements architectures that maintain a single source of truth for application data in the browser.
• Design Pattern Guides - Offers a collection of architectural and implementation patterns for software design specifically applied to UI development.
• Component State Bindings - Connects functional components to a centralized data store to react to specific state updates and trigger re-renders.
• Stateful UI Component Wrappers - Uses higher-order components to wrap UI elements, isolating state management and data fetching from the visual layer.
• Module-Based Registries - Shows how to use module caching to create a singleton registry for storing and retrieving dependencies across files.
• Immutable State Patterns - Employs pure functions to update application state and ensure predictable rendering and debugging.
• Component Lifecycle Triggers - Implements processes and data fetches that trigger immediately after a component is inserted into the document.
• Component Props Management - Injects UI elements via props to let receiving components determine their display location and timing.
• Context-Based Dependency Injection - Implements patterns for sharing data across component trees using providers to avoid manual prop drilling.
• Render Props - Implements functions as props to allow children to manage logic while parents control the final output.
• Flexible Layout Nesting - Provides strategies for embedding nested elements within parent containers to create flexible and reusable layout structures.
• Higher-Order Components - Uses decorator functions to inject shared logic or external dependencies without modifying original components.
• Dependency Resolution Wrappers - Provides patterns for wrapping components in decorators that resolve external dependencies and map them to props.
• Component Styling - Guides the definition of visual appearances using CSS modules, inline styles, and specialized libraries.
• Visual-Structural Separations - Implements architectural patterns to prevent styling logic from mixing with structural markup.
• Native DOM Access - Provides techniques for initializing non-native libraries on mounted DOM nodes and preventing conflicting re-renders.
• Third Party Integrations - Demonstrates how to connect external software packages into the component lifecycle while maintaining a separation of concerns.
• GUI Frameworks - Design patterns for building React applications.
• Web Development - Collection of design patterns for React applications.

Istoric stele