graph LR
UI_Components["UI Components"]
State_Management["State Management"]
Rendering_Reconciliation["Rendering & Reconciliation"]
Data_Server_Layer["Data & Server Layer"]
Hooks["Hooks"]
Event_Handlers["Event Handlers"]
Routers["Routers"]
UI_Components -- "read state from" --> State_Management
UI_Components -- "trigger state updates in" --> State_Management
Rendering_Reconciliation -- "renders" --> UI_Components
UI_Components -- "provide the structure for" --> Rendering_Reconciliation
UI_Components -- "utilize" --> Hooks
Hooks -- "provide stateful logic and side effect management to" --> UI_Components
UI_Components -- "register" --> Event_Handlers
Event_Handlers -- "process events originating from" --> UI_Components
Hooks -- "are the primary interface for" --> State_Management
State_Management -- "provides the underlying state mechanisms used by" --> Hooks
Data_Server_Layer -- "fetches data and updates" --> State_Management
State_Management -- "holds data retrieved by" --> Data_Server_Layer
Routers -- "determine which" --> UI_Components
UI_Components -- "define the views that" --> Routers
click Data_Server_Layer href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/react/Data_Server_Layer.md" "Details"
This React application is structured around a component-based architecture, where UI Components form the visual building blocks. State Management provides the mechanisms for these components to handle and share data, often leveraging React's built-in hooks. The Rendering & Reconciliation process efficiently updates the user interface based on state changes. Interactions with external data sources are managed by the Data & Server Layer, which fetches and manipulates data. Hooks extend the capabilities of functional components, enabling stateful logic and side effects. User interactions are handled by Event Handlers, which respond to UI events. Finally, Routers manage navigation within the single-page application.
The fundamental building blocks of the user interface, encapsulating rendering logic and UI elements. These are reusable, self-contained units that form the visual structure of the application.
Related Classes/Methods: None
Manages the application's state, providing mechanisms for components to interact with and update shared data. This includes local component state, context, and potentially external state management solutions.
Related Classes/Methods: None
Responsible for efficiently rendering UI components into the Document Object Model (DOM) and updating it. It achieves this by comparing the virtual DOM with the actual DOM to minimize direct DOM manipulations.
Related Classes/Methods: None
Data & Server Layer [Expand]
Handles data fetching, mutations, and interactions with backend services. This layer abstracts data persistence and retrieval logic from the UI, ensuring a clean separation of concerns.
Related Classes/Methods:
Provides a mechanism for functional components to "hook into" React features like state and lifecycle methods. This enables stateful logic and side effects (e.g., data fetching, subscriptions) directly within functional components.
Related Classes/Methods: None
Manages user interactions with UI components. It processes events (e.g., clicks, input changes, form submissions) originating from the UI and dispatches actions or updates state in response.
Related Classes/Methods: None
Manages navigation within the application, mapping URLs to specific UI components and enabling single-page application (SPA) behavior without full page reloads.
Related Classes/Methods: None