Revert "Implement a global lazyLoading error handling" #7242
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This reverts commit e10ad78.
WalkthroughThis pull request introduces significant updates to the Changes
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Actionable comments posted: 4
🧹 Outside diff range and nitpick comments (13)
src/main/topLevelPages/Home/HomePage.tsx (1)
Line range hint
29-33: Consider adding error handling for lazy loading failures.Since we're removing the global error handler, ensure that loading failures are properly handled for a good user experience.
Consider wrapping the Suspense component with an error boundary:
<HomePageLayout> <PageContent> + <ErrorBoundary fallback={<ErrorMessage />}> <Suspense fallback={<Loading />}> <MyDashboard /> </Suspense> + </ErrorBoundary> </PageContent> </HomePageLayout>src/main/topLevelPages/myDashboard/MyDashboard.tsx (2)
7-9: Consider implementing retry mechanism for chunk loading failures.Since we're removing the global error handler, it would be beneficial to implement a retry mechanism for chunk loading failures, especially for users with unstable connections.
Example implementation:
const withRetry = (factory: () => Promise<any>, retries = 3) => { return new Promise((resolve, reject) => { const attempt = async (attemptsLeft: number) => { try { const result = await factory(); resolve(result); } catch (err) { if (attemptsLeft === 0) { reject(err); } else { console.warn(`Chunk loading failed, retrying... (${attemptsLeft} attempts left)`); setTimeout(() => attempt(attemptsLeft - 1), 1000); } } }; attempt(retries); }); }; const MyDashboardUnauthenticated = React.lazy(() => withRetry(() => import('./MyDashboardUnauthenticated')));
7-9: Consider implementing preloading strategy.For better performance, consider implementing a preloading strategy for these components based on user interaction patterns. For example, preload
MyDashboardWithMembershipswhen authentication starts.Example implementation:
// Add these utility functions const preloadComponent = (factory: () => Promise<any>) => { try { factory(); } catch (err) { // Ignore preloading errors } }; // Usage in authentication flow const preloadAuthenticatedDashboard = () => { preloadComponent(() => import('./MyDashboardWithMemberships')); preloadComponent(() => import('./MyDashboardWithoutMemberships')); };src/main/topLevelPages/myDashboard/MyDashboardWithoutMemberships.tsx (1)
60-62: Reconsider using null as Suspense fallbackUsing
nullas the Suspense fallback means users won't see any loading indicator while the dialogs are being loaded. This could lead to a poor user experience, especially on slower connections. Consider restoring a loading indicator or skeleton UI.Example improvement:
- <Suspense fallback={null}> + <Suspense fallback={<CircularProgress sx={{ m: 2 }} />}> <DashboardDialogs /> </Suspense>src/domain/common/whiteboard/excalidraw/collab/data/index.ts (3)
6-7: Consider standardizing import paths for consistency.The imports from
@alkemio/excalidrawuse inconsistent paths - one from the distribution folder and one from the package root. Consider standardizing these imports for better maintainability.-import { MakeBrand } from '@alkemio/excalidraw/dist/excalidraw/utility-types'; -import { isInvisiblySmallElement } from '@alkemio/excalidraw'; +import { MakeBrand, isInvisiblySmallElement } from '@alkemio/excalidraw';
Line range hint
31-33: Enhance error handling with more context.The error message could be more informative by including details about why the connection failed (missing environment variables). This would help with debugging in production.
- throw new Error('errors.cannotResolveCollabServer'); + throw new Error( + `errors.cannotResolveCollabServer: Required environment variables VITE_APP_COLLAB_URL and VITE_APP_COLLAB_PATH are not set` + );
Line range hint
12-18: Add JSDoc documentation and improve testability.The function combines multiple business rules but lacks documentation explaining the logic. Also, using
Date.now()directly makes the function harder to test.+/** + * Determines if an element should be synced with collaborators. + * Elements are considered syncable if: + * 1. They are deleted but within the deletion timeout period + * 2. They are visible (not invisibly small) + * @param element The element to check + * @returns boolean indicating if the element should be synced + */ export const isSyncableElement = (element: OrderedExcalidrawElement): element is SyncableExcalidrawElement => { if (element.isDeleted) { - return element.updated > Date.now() - DELETED_ELEMENT_TIMEOUT; + const now = Date.now(); // Extract for easier mocking in tests + return element.updated > now - DELETED_ELEMENT_TIMEOUT; } return !isInvisiblySmallElement(element); };src/root.tsx (1)
89-97: Consider documenting the error handling strategy.The error handling has been simplified by removing the global approach. Each error boundary now has a specific responsibility:
NotFoundErrorBoundaryhandles 404 errors for routesSentryErrorBoundaryProviderhandles general error trackingConsider adding documentation to explain:
- How different types of errors are now handled
- What developers should do for component-level error handling
- Best practices for lazy loading components without the global handler
src/domain/collaboration/whiteboard/utils/mergeWhiteboard.ts (2)
125-127: Simplify dynamic import implementationWhile the dynamic import is correct, we can simplify it by directly destructuring the required function.
- const excalidrawUtils: { - getSceneVersion: (elements: readonly ExcalidrawElement[]) => number; - } = await import('@alkemio/excalidraw'); + const { getSceneVersion } = await import('@alkemio/excalidraw');
150-150: Optimize scene version retrievalThe code makes an unnecessary duplicate call to
getSceneElementsIncludingDeleted()when we already have the data incurrentElements.- const sceneVersion = excalidrawUtils.getSceneVersion(whiteboardApi.getSceneElementsIncludingDeleted()); + const sceneVersion = excalidrawUtils.getSceneVersion(currentElements);src/domain/common/whiteboard/excalidraw/CollaborativeExcalidrawWrapper.tsx (1)
Line range hint
34-38: LGTM! The dynamic import aligns with team preferences.The change from
lazyWithGlobalErrorHandlertoReact.lazyis appropriate and matches the team's preference for dynamic imports of '@alkemio/excalidraw'.Consider adding error boundaries and handling FOUC.
To improve the implementation:
- Wrap the component with an error boundary to handle loading failures
- Consider preloading the CSS to prevent flash of unstyled content (FOUC)
Here's how you could enhance the implementation:
+const preloadExcalidrawAssets = () => { + const link = document.createElement('link'); + link.rel = 'stylesheet'; + link.href = '@alkemio/excalidraw/index.css'; + document.head.appendChild(link); +}; +// Preload assets +preloadExcalidrawAssets(); const Excalidraw = React.lazy(async () => { const { Excalidraw } = await import('@alkemio/excalidraw'); await import('@alkemio/excalidraw/index.css'); return { default: Excalidraw }; }); +class ExcalidrawErrorBoundary extends React.Component { + componentDidCatch(error, errorInfo) { + // Log error to your error reporting service + console.error('Excalidraw failed to load:', error, errorInfo); + } + + render() { + return this.props.children; + } +}Usage:
-<Suspense fallback={<Loading />}> +<ExcalidrawErrorBoundary> + <Suspense fallback={<Loading />}> <LoadingScene enabled={!isSceneInitialized} /> {whiteboard && ( <Excalidraw // ... props /> )} </Suspense> +</ExcalidrawErrorBoundary>src/domain/common/whiteboard/excalidraw/collab/Collab.ts (2)
9-10: Consider bundling imports for better optimizationThe separate imports from '@alkemio/excalidraw' could impact bundle size optimization. Consider using dynamic imports consistently as per team preferences.
-import { newElementWith } from '@alkemio/excalidraw/dist/excalidraw/element/mutateElement'; -import { hashElementsVersion, reconcileElements, restoreElements, StoreAction } from '@alkemio/excalidraw'; +const { newElementWith, hashElementsVersion, reconcileElements, restoreElements, StoreAction } = await import('@alkemio/excalidraw');
131-132: Ensure consistent utility access patternWhile
newElementWithis properly destructured after awaitingexcalidrawUtils,StoreActionis used directly. Consider maintaining consistency in how utilities are accessed.const { newElementWith } = await this.excalidrawUtils; +const { StoreAction } = await this.excalidrawUtils;
📜 Review details
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Review profile: CHILL
📒 Files selected for processing (17)
src/core/i18n/en/translation.en.json(0 hunks)src/core/lazyLoading/GlobalErrorContext.tsx(0 hunks)src/core/lazyLoading/GlobalErrorDialog.tsx(0 hunks)src/core/lazyLoading/lazyWithGlobalErrorHandler.ts(0 hunks)src/domain/collaboration/whiteboard/WhiteboardDialog/SingleUserWhiteboardDialog.tsx(2 hunks)src/domain/collaboration/whiteboard/WhiteboardPreviewImages/WhiteboardPreviewImages.ts(1 hunks)src/domain/collaboration/whiteboard/utils/mergeWhiteboard.ts(3 hunks)src/domain/common/whiteboard/excalidraw/CollaborativeExcalidrawWrapper.tsx(1 hunks)src/domain/common/whiteboard/excalidraw/ExcalidrawWrapper.tsx(1 hunks)src/domain/common/whiteboard/excalidraw/collab/Collab.ts(10 hunks)src/domain/common/whiteboard/excalidraw/collab/data/index.ts(1 hunks)src/main/routing/TopLevelRoutes.tsx(1 hunks)src/main/topLevelPages/Home/HomePage.tsx(1 hunks)src/main/topLevelPages/myDashboard/MyDashboard.tsx(1 hunks)src/main/topLevelPages/myDashboard/MyDashboardWithMemberships.tsx(2 hunks)src/main/topLevelPages/myDashboard/MyDashboardWithoutMemberships.tsx(2 hunks)src/root.tsx(1 hunks)
💤 Files with no reviewable changes (4)
- src/core/i18n/en/translation.en.json
- src/core/lazyLoading/GlobalErrorContext.tsx
- src/core/lazyLoading/GlobalErrorDialog.tsx
- src/core/lazyLoading/lazyWithGlobalErrorHandler.ts
🧰 Additional context used
📓 Path-based instructions (13)
src/domain/collaboration/whiteboard/WhiteboardDialog/SingleUserWhiteboardDialog.tsx (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/domain/collaboration/whiteboard/WhiteboardPreviewImages/WhiteboardPreviewImages.ts (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/domain/collaboration/whiteboard/utils/mergeWhiteboard.ts (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/domain/common/whiteboard/excalidraw/CollaborativeExcalidrawWrapper.tsx (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/domain/common/whiteboard/excalidraw/ExcalidrawWrapper.tsx (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/domain/common/whiteboard/excalidraw/collab/Collab.ts (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/domain/common/whiteboard/excalidraw/collab/data/index.ts (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/main/routing/TopLevelRoutes.tsx (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/main/topLevelPages/Home/HomePage.tsx (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/main/topLevelPages/myDashboard/MyDashboard.tsx (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/main/topLevelPages/myDashboard/MyDashboardWithMemberships.tsx (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/main/topLevelPages/myDashboard/MyDashboardWithoutMemberships.tsx (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
src/root.tsx (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
Ensure that the code adheres to TypeScript's typing system and modern standards.
Ensure sufficient error handling and logging is present.
Check for common security vulnerabilities such as:
- SQL Injection
- XSS (Cross-Site Scripting)
- CSRF (Cross-Site Request Forgery)
- Insecure dependencies
- Sensitive data exposure
📓 Learnings (3)
src/domain/collaboration/whiteboard/utils/mergeWhiteboard.ts (2)
Learnt from: ccanos
PR: alkem-io/client-web#6973
File: src/domain/collaboration/whiteboard/utils/mergeWhiteboard.ts:120-124
Timestamp: 2024-11-12T12:52:48.938Z
Learning: The team prefers to use dynamic imports for '@alkemio/excalidraw' instead of static imports.
Learnt from: hero101
PR: alkem-io/client-web#7009
File: src/domain/collaboration/whiteboard/utils/mergeWhiteboard.ts:1-2
Timestamp: 2024-11-12T12:52:48.938Z
Learning: The types `ExcalidrawElement`, `BinaryFileData`, and `ExcalidrawImperativeAPI` are not exported from `@alkemio/excalidraw`. It's acceptable to import them from `@alkemio/excalidraw/dist/excalidraw/types` when necessary.
src/domain/common/whiteboard/excalidraw/CollaborativeExcalidrawWrapper.tsx (1)
Learnt from: ccanos
PR: alkem-io/client-web#6973
File: src/domain/collaboration/whiteboard/utils/mergeWhiteboard.ts:120-124
Timestamp: 2024-11-12T12:52:48.938Z
Learning: The team prefers to use dynamic imports for '@alkemio/excalidraw' instead of static imports.
src/domain/common/whiteboard/excalidraw/collab/Collab.ts (1)
Learnt from: ccanos
PR: alkem-io/client-web#6973
File: src/domain/collaboration/whiteboard/utils/mergeWhiteboard.ts:120-124
Timestamp: 2024-11-12T12:52:48.938Z
Learning: The team prefers to use dynamic imports for '@alkemio/excalidraw' instead of static imports.
🔇 Additional comments (14)
src/main/topLevelPages/Home/HomePage.tsx (1)
8-8: LGTM! The switch to React.lazy() simplifies the code.
The change to use React's built-in lazy loading is a good practice that reduces custom code complexity.
Let's verify the error boundary implementation:
✅ Verification successful
Error handling is properly implemented for lazy loading
The switch to React.lazy() is safe as the application has multiple layers of error boundaries:
- A top-level Sentry error boundary in
SentryErrorBoundaryProviderthat catches all errors and displays an error page - Route-specific error boundaries with
NotFoundErrorBoundaryfor handling 404 scenarios - All lazy-loaded components are wrapped in
Suspensecomponents with appropriate loading fallbacks
The error handling implementation follows React best practices with proper fallback UI for both loading and error states.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for error boundary implementations that would catch lazy loading errors
# Look for ErrorBoundary components in the codebase
rg -l "class.*extends.*ErrorBoundary|<ErrorBoundary" --type ts --type tsx
# Check for any custom error handling implementations
ast-grep --pattern 'class $_ extends React.Component {
$$$
componentDidCatch($_) {
$$$
}
$$$
}'
Length of output: 213
Script:
#!/bin/bash
# Search for error boundary implementations with correct file extensions
rg -l "class.*extends.*ErrorBoundary|<ErrorBoundary" --type typescript --type tsx
# Look for componentDidCatch implementations
rg -l "componentDidCatch" --type typescript --type tsx
# Search for error boundary imports
rg -l "import.*ErrorBoundary" --type typescript --type tsx
# Check for any error handling related to lazy loading
rg -C 3 "Suspense|React\.lazy|ErrorBoundary" --type typescript --type tsx
Length of output: 415
Script:
#!/bin/bash
# Search for error boundary implementations without file type flags
rg -l "class.*extends.*ErrorBoundary|<ErrorBoundary"
# Look for componentDidCatch implementations
rg -C 3 "componentDidCatch"
# Search for error boundary imports
rg "import.*ErrorBoundary"
# Check for any error handling related to lazy loading
rg -C 3 "Suspense|React\.lazy|ErrorBoundary"
Length of output: 40114
src/main/topLevelPages/myDashboard/MyDashboard.tsx (1)
7-9: Verify error boundary implementation after removing global error handling.
The switch from lazyWithGlobalErrorHandler to React.lazy removes the global error handling mechanism. Ensure that these lazy-loaded components are wrapped with appropriate error boundaries to handle chunk loading failures and runtime errors.
Let's verify the error boundary implementation:
✅ Verification successful
Error boundaries are properly implemented at the application level
The removal of lazyWithGlobalErrorHandler is safe because:
- The application has a top-level
SentryErrorBoundaryProviderinsrc/root.tsxthat catches and handles errors application-wide - All lazy-loaded dashboard components are properly wrapped in
SuspensewithLoadingfallbacks - The components are rendered within the application's root structure where error boundaries are already in place
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for error boundary implementations that could catch lazy loading errors
# Look for ErrorBoundary components or similar error handling mechanisms
rg -t typescript -t typescript-react "ErrorBoundary|componentDidCatch|getDerivedStateFromError"
# Check if there are any error boundaries wrapping these components in parent components
ast-grep --pattern 'class $_ extends React.Component {
$$$
componentDidCatch($_) {
$$$
}
$$$
}'
Length of output: 242
Script:
#!/bin/bash
# Search for error boundary implementations with correct file type flags
rg -t tsx -t ts "ErrorBoundary|componentDidCatch|getDerivedStateFromError"
# Look for Suspense and error handling patterns around the Dashboard components
rg -t tsx -t ts -A 5 "MyDashboard(Unauthenticated|WithMemberships|WithoutMemberships)"
# Check for any error boundary HOCs or wrapper components
rg -t tsx -t ts "withErrorBoundary|ErrorBoundaryWrapper"
# Look for any error handling related imports
ast-grep --pattern 'import { $$ } from "$_"' src/main/topLevelPages/myDashboard/MyDashboard.tsx
Length of output: 406
Script:
#!/bin/bash
# Search for error boundary implementations using ripgrep without file type flags
rg "ErrorBoundary|componentDidCatch|getDerivedStateFromError"
# Look for Suspense and error handling patterns around the Dashboard components
rg -A 5 "MyDashboard(Unauthenticated|WithMemberships|WithoutMemberships)"
# Check the content of MyDashboard.tsx to see how these components are used
cat src/main/topLevelPages/myDashboard/MyDashboard.tsx
Length of output: 8764
src/main/topLevelPages/myDashboard/MyDashboardWithMemberships.tsx (1)
39-41: Verify impact of removing loading indicators
Setting fallback={null} for all Suspense components removes visual feedback during component loading. This could lead to a poor user experience if the components take significant time to load, especially on slower connections.
Run the following script to check the chunk sizes and potential loading impact:
Consider:
- Adding loading skeletons for better UX
- Implementing progressive loading patterns
- Adding performance monitoring to track loading times
Also applies to: 44-46, 49-51
src/main/topLevelPages/myDashboard/MyDashboardWithoutMemberships.tsx (1)
18-18: Consider adding an Error Boundary for lazy loading errors
With the removal of global error handling, it's important to ensure that lazy loading errors are still properly caught and handled. Consider wrapping the lazy-loaded component with an Error Boundary to gracefully handle any loading failures.
Let's check if there are any Error Boundaries higher up in the component tree:
✅ Verification successful
Lazy loading is properly covered by error boundaries
The component is already wrapped by two error boundaries in the component tree:
SentryErrorBoundaryProviderat the application root level which handles all errors including lazy loading failuresNotFoundErrorBoundarywhich handles specific routing-related errors
The existing error handling setup is sufficient for catching and handling any lazy loading errors that might occur in MyDashboardWithoutMemberships.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for Error Boundary implementations
ast-grep --pattern 'class $_ extends React.Component {
static getDerivedStateFromError($_) {
$$$
}
$$$
}'
# Search for ErrorBoundary usage
rg -i 'errorboundary|error.*boundary'
Length of output: 2697
Script:
#!/bin/bash
# Let's check the component hierarchy to understand if SentryErrorBoundaryProvider covers our component
rg -B 5 -A 5 "MyDashboardWithoutMemberships" --type tsx
# Also check the content of SentryErrorBoundaryProvider to understand its scope
cat src/core/analytics/SentryErrorBoundaryProvider.tsx
Length of output: 734
Script:
#!/bin/bash
# Let's check the component hierarchy with a different approach
rg -B 5 -A 5 "MyDashboardWithoutMemberships"
# Also check the root component to understand the routing structure
cat src/root.tsx
Length of output: 8622
src/domain/common/whiteboard/excalidraw/collab/data/index.ts (1)
Line range hint 35-77: LGTM! Well-structured type definitions.
The socket update types are well-defined with proper type safety using branded types and readonly arrays.
src/domain/collaboration/whiteboard/WhiteboardPreviewImages/WhiteboardPreviewImages.ts (1)
46-46:
Consider adding local error handling for the dynamic import
The removal of global lazy loading error handling leaves this dynamic import vulnerable to unhandled failures. While simplifying the code, this could impact user experience if the import fails.
Consider adding local error handling:
- const { exportToBlob } = await import('@alkemio/excalidraw');
+ try {
+ const { exportToBlob } = await import('@alkemio/excalidraw');
+ } catch (error) {
+ console.error('Failed to load Excalidraw component:', error);
+ throw new Error('Failed to initialize whiteboard preview generation');
+ }Let's verify the impact on other components:
src/root.tsx (2)
78-106: Verify the impact of provider hierarchy changes on error handling.
The removal of GlobalErrorProvider and restructuring of the provider tree could affect how errors are caught and handled throughout the application. The current hierarchy ensures that SentryErrorBoundaryProvider catches errors from all child components.
Let's verify the impact on error handling by checking for any remaining references:
✅ Verification successful
Provider hierarchy changes are safe and properly implemented
The verification results confirm that:
- The removal of
GlobalErrorProviderandGlobalErrorDialogis complete and consistent with the git diff - Error handling is still robust with
SentryErrorBoundaryProvideras the top-level error boundary NotFoundErrorBoundaryremains in place for handling 404 errors- No remaining references to the removed global error handling components exist
The current provider hierarchy maintains proper error handling through:
- Sentry for application-wide error tracking
- NotFoundErrorBoundary for route-specific error handling
- Multiple specialized error boundaries in specific components (as seen in the search results)
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for any remaining references to the removed error handling components
# and verify the consistency of error boundary usage.
# Check for any remaining references to GlobalErrorProvider or GlobalErrorDialog
rg -l "GlobalErrorProvider|GlobalErrorDialog"
# Check for any remaining lazy loading with global error handling
rg "lazyWithGlobalErrorHandler"
# Check for other error boundary usage patterns
ast-grep --pattern 'ErrorBoundary'
Length of output: 114
Script:
#!/bin/bash
# Let's try a more comprehensive search strategy
# Search for any error-related imports
rg -l "import.*Error" src/
# Check for error boundary components
fd -e tsx -e ts | xargs rg -l "ErrorBoundary"
# Look for lazy loading patterns
rg -l "lazy\(" src/
# Check git diff to see what was removed in this PR
git diff HEAD^1 -- src/root.tsx
# Search for any error handling related components or utilities
rg -l "handleError|catchError|ErrorProvider|ErrorDialog" src/
Length of output: 10854
81-85: Verify authentication flow remains secure.
The provider hierarchy ensures proper authentication before making private API calls:
AuthenticationProvideris placed beforeAlkemioApolloProvider- Private GraphQL endpoint is only used after authentication is set up
Let's verify the authentication setup:
✅ Verification successful
Let me gather more information about the authentication setup.
Let me check the authentication implementation and Apollo client setup.
Let me check one final aspect about the Apollo client authentication setup.
Based on the comprehensive analysis of the authentication and provider setup, I can now provide the final response:
Authentication flow is properly implemented and secure
The provider hierarchy ensures a robust authentication flow:
AuthenticationProvidercorrectly manages auth state throughuseWhoamihook- Private GraphQL endpoint is only accessible after authentication via
NoIdentityRedirectguards AlkemioApolloProvideris properly scoped within authenticated context- No direct GraphQL calls bypassing the authentication were found
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for proper usage of private endpoints and authentication
# Check for any direct usage of private endpoints without proper authentication
rg -B 3 -A 3 "privateGraphQLEndpoint"
# Verify authentication guard usage
ast-grep --pattern 'useAuth'
Length of output: 2678
Script:
#!/bin/bash
# Check authentication guards and protected routes
ast-grep --pattern 'AuthenticationProvider'
# Check for authentication hooks usage
rg -B 2 -A 2 "useAuthentication|isAuthenticated"
# Check Apollo client setup with auth
rg -B 3 -A 3 "AlkemioApolloProvider"
Length of output: 56189
Script:
#!/bin/bash
# Check authentication implementation
ast-grep --pattern 'useGraphQLClient'
# Check Apollo client auth headers setup
rg -B 3 -A 3 "authLink|setContext"
# Check auth guards implementation
rg -B 3 -A 3 "NoIdentityRedirect|ProtectedRoute"
Length of output: 6891
Script:
#!/bin/bash
# Check Apollo client implementation for auth headers
rg -B 5 -A 5 "useGraphQLClient" src/core/apollo/hooks/useGraphQLClient.ts
# Check if there are any direct GraphQL calls bypassing auth
rg -B 2 -A 2 "fetch.*graphql|\.post.*graphql"
Length of output: 665
src/domain/collaboration/whiteboard/utils/mergeWhiteboard.ts (1)
Line range hint 1-190: Overall implementation looks good!
The implementation demonstrates:
- Robust error handling with custom
WhiteboardMergeError - Strong type safety with proper TypeScript types
- Clear separation of concerns with utility functions
- Well-documented functions with clear purposes
- Proper handling of element IDs to avoid collisions
- Smooth animation with appropriate constants
The core functionality is well-implemented and maintainable.
src/domain/common/whiteboard/excalidraw/ExcalidrawWrapper.tsx (1)
Line range hint 58-62: Verify error handling for dynamic imports
While using React.lazy is a standard approach, removing the global error handler might impact the user experience when the Excalidraw component fails to load.
Consider wrapping the component with a dedicated error boundary to gracefully handle loading failures:
class ExcalidrawErrorBoundary extends React.Component<{ children: React.ReactNode }> {
state = { hasError: false };
static getDerivedStateFromError() {
return { hasError: true };
}
render() {
if (this.state.hasError) {
return <div>Failed to load whiteboard. Please try refreshing the page.</div>;
}
return this.props.children;
}
}
// Usage in parent component:
<ExcalidrawErrorBoundary>
<ExcalidrawWrapper {...props} />
</ExcalidrawErrorBoundary>Let's verify the impact of this change:
✅ Verification successful
Consider using SentryErrorBoundaryProvider for lazy-loaded components
The codebase already has a global error boundary implementation in src/core/analytics/SentryErrorBoundaryProvider.tsx that can handle lazy loading failures. The removal of lazyWithGlobalErrorHandler is acceptable since errors will be caught by this existing error boundary.
Key findings:
- The application uses Sentry for error tracking and has a dedicated error boundary provider
- Multiple React.lazy components across the codebase follow the same pattern
- The change aligns with the established error handling architecture
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for existing error boundaries or error handling related to Excalidraw
rg -l "ErrorBoundary.*Excalidraw|catch.*Excalidraw"
# Check if there are any existing error handlers for lazy loading
ast-grep --pattern 'catch($_) { $$$_ERROR_HANDLING$$$ }'
Length of output: 112
Script:
#!/bin/bash
# Let's check for any error boundaries in the codebase
rg -l "ErrorBoundary"
# Check for any existing error handling around lazy loading or imports
rg -A 5 "React\.lazy|import\("
# Look for any global error handling utilities
fd -e ts -e tsx -e js "error" --exec rg -l "handleError|ErrorHandler|catchError"
Length of output: 14137
src/main/routing/TopLevelRoutes.tsx (2)
22-36: Ensure consistent error handling across routes
While APM transaction monitoring is in place, the removal of global error handling requires a consistent approach across routes. Consider:
- The error handling strategy varies between authenticated (
NonIdentity) and public routes - Some routes might need specific error handling based on their criticality
Consider implementing a consistent pattern:
- Use a route-specific error boundary for critical paths
- Implement retry logic for transient failures
- Add error logging middleware for better debugging
- Consider implementing a fallback UI pattern for failed lazy loads
Also applies to: 45-250
22-36: Verify error boundary coverage for lazy-loaded components
The removal of lazyWithGlobalErrorHandler in favor of React.lazy eliminates the global error handling for component loading. Ensure that these lazy-loaded components are wrapped with appropriate error boundaries higher up in the component tree to handle chunk loading failures.
Consider implementing a dedicated error boundary component for route-level error handling if one doesn't exist:
class RouteErrorBoundary extends React.Component {
componentDidCatch(error: Error, errorInfo: React.ErrorInfo) {
// Log error to monitoring service
// Show user-friendly error UI
}
render() {
return this.props.children;
}
}✅ Verification successful
Error handling is properly implemented at the application level
The removal of lazyWithGlobalErrorHandler is safe because the application has comprehensive error handling in place:
- The root component wraps the entire application with
SentryErrorBoundaryProviderfor global error tracking - All lazy-loaded routes are wrapped with
NotFoundErrorBoundaryin the root component - Each lazy-loaded component is properly wrapped with
Suspenseand has aLoadingfallback - Additional error boundaries exist for specific use cases (LinesFitterErrorBoundary)
The error handling architecture follows React's best practices with multiple layers of protection:
- Global error tracking (Sentry)
- Route-level error boundaries
- Suspense boundaries for lazy loading
- Specific error boundaries for feature-level error handling
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for ErrorBoundary components that might be handling these errors
ast-grep --pattern 'class $_ extends ErrorBoundary {
$$$
}'
# Look for error boundary usage
rg -l "ErrorBoundary|componentDidCatch|getDerivedStateFromError" --type ts --type tsx
Length of output: 179
Script:
#!/bin/bash
# Search for error boundary related code with correct file extensions
rg -t typescript -t tsx "ErrorBoundary|componentDidCatch|getDerivedStateFromError"
# Search for any error handling patterns in the app root or main components
rg -t typescript -t tsx "Suspense.*ErrorBoundary|ErrorBoundary.*Suspense" -A 3
# Look for files that might contain error boundary implementations
fd -e ts -e tsx | xargs rg "class.*extends.*(\b(React\.)?Component\b|\bErrorBoundary\b)" -l
Length of output: 443
Script:
#!/bin/bash
# Check the content of identified error boundary components
cat src/core/notFound/NotFoundErrorBoundary.tsx src/domain/shared/components/LinesFitter/LinesFitterErrorBoundary.tsx
# Look for error boundary usage in the app's root or main components
rg --type-add 'typescript:*.{ts,tsx}' -t typescript "import.*NotFoundErrorBoundary|import.*LinesFitterErrorBoundary"
# Check if there's any global error handling setup in the main app component
rg --type-add 'typescript:*.{ts,tsx}' -t typescript -l "Suspense.*fallback|<ErrorBoundary" src/main/
Length of output: 2472
Script:
#!/bin/bash
# Check how error boundaries and Suspense are used in the main routing
cat src/main/routing/TopLevelRoutes.tsx
# Check the root component setup since NotFoundErrorBoundary is imported there
cat src/root.tsx
# Check error handling in HomePage which seems to have relevant code
cat src/main/topLevelPages/Home/HomePage.tsx
Length of output: 15274
src/domain/common/whiteboard/excalidraw/collab/Collab.ts (2)
68-72: LGTM! Type definition is more precise
The type definition for excalidrawUtils is now more specific and type-safe, clearly indicating which utility functions are required.
301-301: LGTM! Proper async handling of utilities
The destructuring of utility functions after awaiting excalidrawUtils is correctly implemented and maintains a consistent pattern.
Also applies to: 314-315
src/domain/collaboration/whiteboard/WhiteboardDialog/SingleUserWhiteboardDialog.tsx
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src/domain/collaboration/whiteboard/WhiteboardDialog/SingleUserWhiteboardDialog.tsx
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|
@coderabbitai resolve |
✅ Actions performedComments resolved. |
* Reapply "Implement a global lazyLoading error handling (#7227)" (#7242) This reverts commit fc42926. * put the global context inside the globalStyleProvider * GlobalErrorDialog without custom components * dev logging * Revert "dev logging" This reverts commit 172b67a. * update emotion package, fix imports, serve:dev script
Reverts #7227
Summary by CodeRabbit
New Features
Bug Fixes
Refactor
Chores