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# Vercel Speed Insights Implementation
## Summary
Successfully implemented Vercel Speed Insights for the Link2Pay frontend application following the official Vercel documentation.
## Changes Made
### 1. Installed Dependencies
- Added `@vercel/speed-insights` package to the project dependencies using npm
- Package version: Latest available version installed via `npm install @vercel/speed-insights`
### 2. Modified Files
#### `frontend/package.json`
- Added `@vercel/speed-insights` to dependencies
#### `frontend/package-lock.json`
- Updated lockfile with the new package and its dependencies
#### `frontend/src/App.tsx`
- Added import statement: `import { SpeedInsights } from '@vercel/speed-insights/react';`
- Added `<SpeedInsights />` component at the root level of the application, placed after the `<BrowserRouter>` component and within the `<QueryClientProvider>`
- This ensures Speed Insights will track performance metrics across all routes in the application
## Implementation Details
The implementation follows the Create React App pattern from the Vercel documentation, which is appropriate for this React + Vite + TypeScript project:
1. **Component Placement**: The `<SpeedInsights />` component is placed at the application root level within the QueryClientProvider, ensuring it has access to all route changes and can track performance metrics across the entire application.
2. **Integration Method**: Using the React wrapper component (`@vercel/speed-insights/react`) which provides seamless integration with React applications.
3. **Build Verification**:
- TypeScript type checking passed successfully
- Production build completed successfully
- No linting errors introduced
## Next Steps
After deployment to Vercel:
1. Enable Speed Insights in the Vercel dashboard under Project Settings > Speed Insights
2. The Speed Insights script will be available at `/_vercel/speed-insights/script.js` after deployment
3. Performance metrics will start being collected once users visit the deployed site
4. Data can be viewed in the Vercel dashboard under the Speed Insights tab
## Testing
- ✅ TypeScript type checking passed
- ✅ Production build successful
- ✅ No breaking changes to existing functionality
- ✅ Package properly integrated with React application structure
Co-authored-by: Vercel <vercel[bot]@users.noreply.github.com>
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Vercel Speed Insights Implementation
Summary
Successfully implemented Vercel Speed Insights for the Link2Pay frontend application following the official Vercel documentation.
Changes Made
1. Installed Dependencies
@vercel/speed-insightspackage to the project dependencies using npmnpm install @vercel/speed-insights2. Modified Files
frontend/package.json@vercel/speed-insightsto dependenciesfrontend/package-lock.jsonfrontend/src/App.tsximport { SpeedInsights } from '@vercel/speed-insights/react';<SpeedInsights />component at the root level of the application, placed after the<BrowserRouter>component and within the<QueryClientProvider>Implementation Details
The implementation follows the Create React App pattern from the Vercel documentation, which is appropriate for this React + Vite + TypeScript project:
Component Placement: The
<SpeedInsights />component is placed at the application root level within the QueryClientProvider, ensuring it has access to all route changes and can track performance metrics across the entire application.Integration Method: Using the React wrapper component (
@vercel/speed-insights/react) which provides seamless integration with React applications.Build Verification:
Next Steps
After deployment to Vercel:
/_vercel/speed-insights/script.jsafter deploymentTesting
View Project · Speed Insights
Created by r0bops with Vercel Agent