Implement a global lazyLoading error handling #7227
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WalkthroughThis pull request introduces updates to enhance error handling and improve user interface text within the Alkemio platform. Key changes include the addition of a global error management system through new components and utility functions, as well as updates to the Changes
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Actionable comments posted: 4
🧹 Outside diff range and nitpick comments (15)
src/core/lazyLoading/lazyWithGlobalErrorHandler.ts (2)
16-16: Clarify the error logging commentThe comment about error logging is ambiguous. Consider documenting the exact logging mechanism and why duplicate logging is not a concern.
- // it looks like this error is already logged by the useErrorLoggerLink (network error) + // Network errors are automatically logged by useErrorLoggerLink hook, so we don't need to log here
6-25: Consider enhancing the error handling approachThe current implementation has several architectural considerations:
- It mutates global state through
setError- It silently renders null instead of showing a fallback UI
- There's no way to retry the failed import
Consider implementing:
- A local error state management option
- A fallback UI component instead of null
- A retry mechanism for transient failures
Would you like me to propose a more robust implementation addressing these points?
src/core/lazyLoading/GlobalErrorContext.tsx (4)
3-6: Consider using a more specific error typeThe current
Errortype is very generic. Consider creating a custom error type that specifically represents lazy loading errors, which could include additional properties like retry attempts or loading stage.type LazyLoadingError = Error & { retryAttempts?: number; loadingStage?: string; }; type GlobalErrorContextType = { error: LazyLoadingError | null; setError: (error: LazyLoadingError | null) => void; };
19-19: Consider providing a meaningful initial context valueInstead of using
undefined, consider providing an initial state that represents the "not initialized" state explicitly.const GlobalErrorContext = createContext<GlobalErrorContextType>({ error: null, setError: () => { console.warn('GlobalErrorProvider not initialized'); }, });
32-38: Improve type safety in error setter utilityThe current implementation could benefit from better type narrowing and error handling.
export const getGlobalErrorSetter = (): NonNullable<typeof setGlobalError> => { if (!setGlobalError) { throw new Error('GlobalErrorProvider is not initialized. Ensure it is mounted before calling this function.'); } return setGlobalError; };
1-38: Document integration with other error handling mechanismsThe current implementation would benefit from:
- Clear documentation about when to use this vs SentryErrorBoundary
- Integration examples with lazy loading components
- Error recovery strategies
- Performance impact considerations when used with lazy loading
Consider creating a comprehensive error handling strategy document that covers all these aspects.
src/core/lazyLoading/GlobalErrorDialog.tsx (2)
8-11: Consider adding type safety and error boundary protection.The error type from
useGlobalErrorshould be explicitly defined for better type safety and maintainability.Consider applying these changes:
+interface GlobalError { + message?: string; +} -const { error, setError } = useGlobalError(); +const { error, setError } = useGlobalError<GlobalError>();
24-24: Add error logging for better debugging.Consider adding error logging before displaying the error message to help with debugging in production.
+// Add at the top of the component +const logError = (error: unknown) => { + console.error('[GlobalErrorDialog]', error); +}; +// Add before the error message check +logError(error); message: error.message?.includes('dynamic') ? t('pages.error.dynamicError') : null,src/main/topLevelPages/myDashboard/MyDashboard.tsx (1)
Line range hint
13-47: Consider consolidating Suspense boundaries and wrapper logicThe component has multiple identical Suspense boundaries and repeated DashboardProvider wrappers. Consider refactoring to reduce duplication:
export const MyDashboard = () => { const { isAuthenticated, loading: isLoadingAuthentication } = useAuthenticationContext(); const { data: spacesData, loading: areSpacesLoading } = useLatestContributionsSpacesFlatQuery(); const hasSpaceMemberships = !!spacesData?.me.spaceMembershipsFlat.length; if (areSpacesLoading) { return <Loading />; } + const renderContent = () => { + if (!isAuthenticated && !isLoadingAuthentication) { + return <MyDashboardUnauthenticated />; + } + + const DashboardContent = hasSpaceMemberships + ? <MyDashboardWithMemberships /> + : <MyDashboardWithoutMemberships />; + + return ( + <DashboardProvider> + {DashboardContent} + </DashboardProvider> + ); + }; return ( <Suspense fallback={<Loading />}> - {/* existing conditional rendering */} + {renderContent()} </Suspense> ); };src/main/topLevelPages/myDashboard/MyDashboardWithMemberships.tsx (1)
43-44: Consider enhancing error boundary protectionThe addition of
Loadingfallback improves UX. Consider these improvements:
- Wrap the
Loadingcomponent with error boundaries to handle potential rendering failures- Add timeout handling for cases where loading takes too long
Example implementation:
<ErrorBoundary fallback={<ErrorMessage />}> <Suspense fallback={<Loading />} onTimeout={() => handleTimeout()} timeoutMs={5000} > <DashboardSpaces /> </Suspense> </ErrorBoundary>Also applies to: 48-49, 53-54
src/main/topLevelPages/myDashboard/MyDashboardWithoutMemberships.tsx (1)
62-64: Consider enhancing loading state handlingWhile adding the Loading fallback improves UX, there's a known issue with blank pages after navigation to TopRoute. Consider:
- Implementing a loading state manager to handle race conditions
- Adding error recovery mechanisms for failed navigation
// Example loading state manager implementation const useLoadingState = () => { const [isLoading, setIsLoading] = useState(false); const [error, setError] = useState<Error | null>(null); const handleLoading = async (loadingFn: () => Promise<void>) => { setIsLoading(true); try { await loadingFn(); } catch (err) { setError(err as Error); } finally { setIsLoading(false); } }; return { isLoading, error, handleLoading }; };src/root.tsx (1)
80-111: Consider extracting provider composition for better maintainability.The deep nesting of providers makes the code harder to maintain. Consider creating a separate component to compose these providers, like
ProvidersComposition. This would:
- Improve code readability
- Make provider order more explicit
- Make it easier to modify the provider structure
Example structure:
const ProvidersComposition: FC = ({ children }) => ( <GlobalErrorProvider> <SentryErrorBoundaryProvider> <GlobalStateProvider> {/* other providers */} </GlobalStateProvider> </SentryErrorBoundaryProvider> </GlobalErrorProvider> ); const Root: FC = () => { useInitialChatWidgetMessage(); return ( <StyledEngineProvider injectFirst> <RootThemeProvider> <GlobalStyles> <ProvidersComposition> {/* main content */} </ProvidersComposition> </GlobalStyles> </RootThemeProvider> </StyledEngineProvider> ); };src/main/routing/TopLevelRoutes.tsx (2)
23-41: Consider centralizing error handling configuration.The current implementation applies the same error handler to all components. Consider introducing a configuration object to customize error handling behavior per route/component, which could help address specific navigation scenarios differently.
Example configuration approach:
const routeConfig = { DocumentationPage: { preload: true, // Enable preloading for critical routes errorHandler: { retryAttempts: 3, fallbackComponent: DocumentationErrorPage, }, }, // ... other route configurations }; const DocumentationPage = lazyWithGlobalErrorHandler( () => import('../../domain/documentation/DocumentationPage'), routeConfig.DocumentationPage );
Line range hint
41-250: Consider enhancing Suspense integration with error boundaries.While the Suspense components provide loading states, consider adding error boundaries at strategic route levels to complement the global error handling. This could help catch and handle different types of errors more gracefully:
- Network errors during lazy loading (handled by
lazyWithGlobalErrorHandler)- Runtime errors in the loaded components
- Navigation-related errors
Would you like me to provide an example implementation of route-level error boundaries?
src/core/i18n/en/translation.en.json (1)
2559-2560: Consider making the error message more user-friendly.The error message is clear and concise, but could be more user-friendly by:
- Capitalizing the first letter
- Separating the two scenarios
- Adding a brief explanation
- "dynamicError": "network error or a newer version available. Please reload the page." + "dynamicError": "Network error or a newer version is available. The application needs to be refreshed. Please reload the page."
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📒 Files selected for processing (10)
src/core/i18n/en/translation.en.json(1 hunks)src/core/lazyLoading/GlobalErrorContext.tsx(1 hunks)src/core/lazyLoading/GlobalErrorDialog.tsx(1 hunks)src/core/lazyLoading/lazyWithGlobalErrorHandler.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(2 hunks)
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src/core/i18n/en/translation.en.json (1)
Pattern src/**/*.json: Review the JSON files for correct syntax and structure.
Ensure that the configuration and data are accurate and follow the project's standards.
Check for sensitive data exposure and ensure that the data is properly validated.
src/core/lazyLoading/GlobalErrorContext.tsx (1)
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src/core/lazyLoading/GlobalErrorDialog.tsx (1)
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src/core/lazyLoading/lazyWithGlobalErrorHandler.ts (1)
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src/main/routing/TopLevelRoutes.tsx (1)
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src/main/topLevelPages/Home/HomePage.tsx (1)
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src/main/topLevelPages/myDashboard/MyDashboard.tsx (1)
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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.
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src/main/topLevelPages/myDashboard/MyDashboardWithoutMemberships.tsx (1)
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src/root.tsx (1)
Pattern src/**/*.{ts,tsx,js}: Review the React.js/TypeScript/JavaScript code for best practices and potential bugs.
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Check for common security vulnerabilities such as:
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🔇 Additional comments (16)
src/core/lazyLoading/lazyWithGlobalErrorHandler.ts (1)
4-4: LGTM: Well-defined type for import function
The generic type definition for the import function is clear and correctly typed.
src/main/topLevelPages/Home/HomePage.tsx (2)
7-7: LGTM! Clean import of the error handling utility.
The import follows proper path conventions and aligns with the PR's objective of implementing global lazy loading error handling.
9-9: Verify error handling behavior during navigation.
The implementation correctly uses the new error handler for lazy loading. However, based on the PR objectives, there's a known issue when navigating to TopRoute where errors are caught post-navigation, leaving the underlying page blank.
Consider adding error boundary logging to help debug these navigation-related issues.
src/core/lazyLoading/GlobalErrorContext.tsx (1)
11-17: LGTM! Well-implemented custom hook
The hook follows React best practices with proper error handling and clear error messages.
src/core/lazyLoading/GlobalErrorDialog.tsx (2)
1-7: LGTM! Imports are well-organized and necessary.
The imports are properly structured with third-party packages first, followed by local imports.
12-12: LGTM! Proper early return pattern.
Good use of early return pattern for performance optimization.
src/main/topLevelPages/myDashboard/MyDashboard.tsx (2)
6-6: LGTM! Import statement aligns with the global error handling implementation.
The import of lazyWithGlobalErrorHandler is properly structured and follows the project's organization patterns.
8-10: Verify error handling behavior during component loading
While the implementation correctly uses lazyWithGlobalErrorHandler, please verify:
- That errors during lazy loading don't trigger both the ErrorBoundary and the global error dialog
- The blank page issue mentioned in PR objectives when navigating to TopRoute
- That errors properly propagate through the component hierarchy without being caught by multiple handlers
Consider adding error logging to track these scenarios.
Would you like assistance in implementing error logging or testing these scenarios?
src/main/topLevelPages/myDashboard/MyDashboardWithMemberships.tsx (2)
12-13: LGTM! Imports are properly structured
The new imports for error handling and loading states align well with the PR objectives.
15-19: Implementation looks good, but verify navigation behavior
The migration to lazyWithGlobalErrorHandler is well-implemented. However, based on the PR objectives mentioning issues with TopRoute navigation, please verify that:
- Error states are properly handled during navigation between dashboard sections
- The UI remains responsive when errors occur during component loading
src/main/topLevelPages/myDashboard/MyDashboardWithoutMemberships.tsx (2)
17-18: LGTM! Import statements are well-organized
The addition of lazyWithGlobalErrorHandler and Loading components aligns with the PR's objective of implementing global lazy loading error handling.
20-20: Verify error boundary coverage for lazy loaded component
The implementation correctly uses lazyWithGlobalErrorHandler for DashboardDialogs. Please ensure that:
- The error handler properly catches and handles chunk loading failures
- Users receive appropriate notifications for network issues
- The component gracefully handles recovery scenarios
src/root.tsx (2)
27-28: LGTM! Import statements are well-organized.
The new imports for error handling components are appropriately placed and follow the existing import structure.
80-111: Verify error boundary interaction and coverage.
The implementation looks good, but please verify:
- The interaction between GlobalErrorProvider and NotFoundErrorBoundary
- That lazy loading errors are properly caught before reaching SentryErrorBoundary
- That the GlobalErrorDialog doesn't interfere with NotFoundErrorBoundary's error page
src/main/routing/TopLevelRoutes.tsx (2)
21-21: LGTM! Import statement is properly organized.
The import of lazyWithGlobalErrorHandler aligns with the PR objectives and follows proper code organization principles.
23-41:
Verify navigation behavior with lazy-loaded components.
As mentioned in the PR objectives, there are issues with TopRoute navigation where errors are caught post-navigation, leaving blank pages. Consider implementing a pre-loading mechanism or route-level error boundaries to handle these cases.
# Conflicts: # src/main/routing/TopLevelRoutes.tsx # src/main/topLevelPages/Home/HomePage.tsx # src/root.tsx
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Actionable comments posted: 1
🧹 Outside diff range and nitpick comments (2)
src/core/lazyLoading/lazyWithGlobalErrorHandler.ts (2)
20-22: Consider a more informative fallback component.Returning null might lead to a confusing UI state where the user sees nothing. Consider returning a minimal error placeholder component instead.
- return { - default: () => null, - }; + return { + default: () => <div role="alert" className="error-placeholder">Content temporarily unavailable</div>, + };
1-43: Consider enhancing error recovery mechanisms.While the current implementation handles errors well, consider adding:
- Retry mechanisms for transient failures
- Error categorization to handle different types of failures differently
- Integration with a circuit breaker pattern for system resilience
This would improve the robustness of the lazy loading system, especially for poor network conditions.
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src/core/lazyLoading/lazyWithGlobalErrorHandler.ts(1 hunks)
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src/core/lazyLoading/lazyWithGlobalErrorHandler.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
🔇 Additional comments (3)
src/core/lazyLoading/lazyWithGlobalErrorHandler.ts (3)
1-4: LGTM! Clean imports and well-defined type.
The imports are minimal and the ImportFunc type properly constrains the lazy loading function signature.
27-33: LGTM! Well-implemented custom error class.
The ContentUnavailableError class follows TypeScript best practices for custom error types with proper prototype chain setup.
6-25: Verify error logging implementation.
The comment suggests that errors are logged by useErrorLoggerLink, but this should be verified to ensure proper error tracking.
✅ Verification successful
Let me gather more information about the error handling implementation.
Error logging is properly implemented through multiple layers
The comment in lazyWithGlobalErrorHandler is accurate. Network errors are indeed logged by the useErrorLoggerLink, which:
- Logs errors to Sentry with proper categorization and metadata
- Captures errors in APM when enabled
- Specifically handles network errors by prefixing them with "[Network error]"
Additionally, the codebase has multiple error handling layers:
useErrorLoggerLinkfor logging to monitoring systemsuseErrorHandlerLinkfor general error handlingredirectLinkfor handling specific network error scenarios
🏁 Scripts executed
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rg -A 5 "useErrorLoggerLink"
Length of output: 2438
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#!/bin/bash
# Check the implementation of useErrorLoggerLink and related error handling
cat src/core/apollo/graphqlLinks/useErrorLoggerLink.ts
# Check if there are other error logging mechanisms
rg -g "!*.test.*" -g "!*.spec.*" "networkError" -A 3
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Actionable comments posted: 2
🧹 Outside diff range and nitpick comments (3)
src/core/lazyLoading/lazyWithGlobalErrorHandler.ts (2)
6-12: Enhance error handling by preserving stack traces.While the error class implementation is good, it could be improved by preserving the original error's stack trace for better debugging.
export class LazyLoadError extends Error { constructor(originalError: Error) { super(originalError.message); this.name = 'LazyLoadError'; + this.stack = originalError.stack; + this.cause = originalError; Object.setPrototypeOf(this, LazyLoadError.prototype); } }
27-28: Improve documentation of error logging behavior.The comment about useErrorLoggerLink should be more descriptive about where and how the network errors are being logged.
- // it looks like this error is already logged by the useErrorLoggerLink (network error) + // Network errors are automatically logged by useErrorLoggerLink hook in the application's + // error logging pipeline, so we don't need to log them heresrc/core/i18n/en/translation.en.json (1)
2561-2562: LGTM! Consider adding period consistency.The error messages are clear, user-friendly, and provide actionable guidance. However, for consistency with other error messages in the file, consider adding periods at the end of both messages.
- "LazyLoadError": "Network error occurred. Please try reloading the page.", - "unknown": "An unknown error occurred. Please try reloading the page." + "LazyLoadError": "Network error occurred. Please try reloading the page...", + "unknown": "An unknown error occurred. Please try reloading the page..."
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📒 Files selected for processing (3)
src/core/i18n/en/translation.en.json(1 hunks)src/core/lazyLoading/GlobalErrorDialog.tsx(1 hunks)src/core/lazyLoading/lazyWithGlobalErrorHandler.ts(1 hunks)
🚧 Files skipped from review as they are similar to previous changes (1)
- src/core/lazyLoading/GlobalErrorDialog.tsx
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src/core/i18n/en/translation.en.json (1)
Pattern src/**/*.json: Review the JSON files for correct syntax and structure.
Ensure that the configuration and data are accurate and follow the project's standards.
Check for sensitive data exposure and ensure that the data is properly validated.
src/core/lazyLoading/lazyWithGlobalErrorHandler.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
🔇 Additional comments (1)
src/core/lazyLoading/lazyWithGlobalErrorHandler.ts (1)
1-4: LGTM! Clean imports and well-defined types.
The imports are minimal and the ImportFunc type is well-defined for React components.
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Actionable comments posted: 0
🧹 Outside diff range and nitpick comments (1)
src/core/i18n/en/translation.en.json (1)
2562-2563: LGTM! Consider enhancing the error messages with additional user guidance.The error messages are clear and aligned with the PR objectives. The suggestion to reload the page is helpful.
Consider adding more specific guidance for network errors, such as:
- "LazyLoadError": "Network error occurred. Please try reloading the page.", + "LazyLoadError": "Network error occurred. Please check your internet connection and try reloading the page.",
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src/core/i18n/en/translation.en.json (1)
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* 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
#7214
Summary:
A global LazyLoadinErrorHandling mechanism was implemented to gracefully notify the users that there's an issue with their network or a new version of the app.
We have an ErrorBoundery (Sentry) showing the error page from the ticket.
However, with this implementation, we should be able to notify the users better.
To easily reproduce it:
Details:
Known issues:
Summary by CodeRabbit
Summary by CodeRabbit
New Features
GlobalErrorProviderandGlobalErrorDialogcomponents.lazyWithGlobalErrorHandlerfor better error management.Bug Fixes
Documentation