@dinkarjallan/rezilient-ui
v0.2.1
Published
A frontend library designed to enhance user experience in offline-first, resilient applications. This package provides tools and components to seamlessly bridge UI interactions with resilient application logic, ensuring a consistent and robust user experi
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@dinkarjallan/rezilient-ui
A frontend library designed to enhance user experience in offline-first, resilient applications. This package provides tools and components to seamlessly bridge UI interactions with resilient application logic, ensuring a consistent and robust user experience even under challenging network conditions.
What is rezilient-ui
?
@dinkarjallan/rezilient-ui
is part of the Rezilient.js ecosystem, focusing on UI-specific utilities for building offline-ready, network-resilient web applications. It complements @dinkarjallan/rezilient-utils by offering components, decorators, hooks, and HOCs tailored for UI interaction in scenarios where network conditions are unpredictable.
What to Expect from This Package
- Decorators to transform UI components into service-worker managed components.
- Higher-Order Components (HOCs) to enable fallback behavior for offline scenarios.
- Hooks for managing UI state related to network conditions, offline/online mode, and sync processes.
- Prebuilt components like network status indicators, retry buttons, and sync progress bars.
- Enhanced error boundaries to gracefully handle offline-specific errors.
- Tools to simplify creating UI elements that respond dynamically to network changes.
Installation
Install the package using npm or yarn:
npm install @dinkarjallan/rezilient-ui
or
yarn add @dinkarjallan/rezilient-ui
Features and Examples
1. Decorators for Components
Easily make your components service-worker managed and offline-ready.
import { offlineReady } from '@dinkarjallan/rezilient-ui';
@offlineReady
const DataDisplay = ({ data }) => <div>{data}</div>;
2. Higher-Order Components (HOCs)
Wrap your components to provide fallback behavior during offline mode.
import { withOfflineFallback } from '@dinkarjallan/rezilient-ui';
const OfflineDisplay = withOfflineFallback(MyComponent, <FallbackUI />);
3. Network Status Indicators
Use prebuilt components to display real-time network status.
import { NetworkStatusBadge } from '@dinkarjallan/rezilient-ui';
<NetworkStatusBadge />;
4. Retry Buttons and Prompts
Allow users to retry failed actions through intuitive UI elements.
import { RetryButton } from '@dinkarjallan/rezilient-ui';
<RetryButton onRetry={retrySync} />;
5. Offline Fallback Components
Create components that adapt to offline scenarios seamlessly.
import { OfflineAwareImage } from '@dinkarjallan/rezilient-ui';
<OfflineAwareImage src="/images/profile.jpg" />;
6. Hooks for UI State Management
Leverage hooks to monitor and react to network conditions.
import { useOfflineStatus } from '@dinkarjallan/rezilient-ui';
const isOffline = useOfflineStatus();
if (isOffline) {
alert('You are offline!');
}
7. Background Sync Indicators
Provide visual feedback during background syncing operations.
import { SyncProgressBar } from '@dinkarjallan/rezilient-ui';
<SyncProgressBar />;
8. Enhanced Error Boundaries
Handle offline-related errors gracefully with enhanced error boundaries.
import { OfflineErrorBoundary } from '@dinkarjallan/rezilient-ui';
<OfflineErrorBoundary fallback={<OfflinePlaceholder />}>
<MyComponent />
</OfflineErrorBoundary>;
Why Use rezilient-ui
?
- Resilient Applications: Build robust applications that work seamlessly under poor or no network conditions.
- Developer-Friendly API: Leverage simple, intuitive tools to integrate offline behavior into your UI.
- Customizable: Extend and adapt components to suit your application's needs.
- Part of a Unified Ecosystem: Combine with @dinkarjallan/rezilient-utils to create full-stack resilient solutions.
Contributing
Contributions, issues, and feature requests are welcome! Feel free to open an issue or submit a pull request.
License
This project is licensed under the MIT License.