- Removed extra blank lines at end of file to resolve MD012 (no-multiple-blanks)
- Standardized heading spacing to resolve MD019 (no-multiple-space-atx)
- Stripped trailing whitespace and ensured file ends with a single newline
All changes maintain content integrity and bring the file into full markdownlint compliance.
Remove CORS headers to enable universal image support and fix local API server settings.
## Changes
**Remove CORS Headers**
- Remove Cross-Origin-Opener-Policy and Cross-Origin-Embedder-Policy headers
- Enables images from any domain (Facebook, Medium, arbitrary websites)
- Database falls back to IndexedDB mode (minimal performance impact)
**Fix Local Development Configuration**
- Set LOCAL_ENDORSER_API_SERVER to http://127.0.0.1:3000 (was "/api")
- Create .env.development with local API server config
- Fix ensureCorrectApiServer() method in HomeView.vue
- "Use Local" button now sets proper localhost address
**Fix Settings Cache Issues**
- Add PlatformServiceMixin to AccountViewView.vue
- Disable settings caching to prevent stale data
- Settings changes now apply immediately without browser refresh
## Impact
**Tradeoffs:**
- Lost: ~2x SharedArrayBuffer database performance
- Gained: Universal image support from any domain
- Result: Better user experience, database still fast via IndexedDB
**Files Modified:**
- Configuration: vite.config.*.mts, index.html, .env.development
- Source: constants/app.ts, libs/util.ts, views/*.vue, utils/PlatformServiceMixin.ts
## Rationale
For a community platform, universal image support is more critical than marginal
database performance gains. Users share images from arbitrary websites, making
CORS restrictions incompatible with Time Safari's core mission.
- Fix EntityIcon.vue to import blank-square.svg as module instead of using relative path
- Update template to use imported SVG path for proper Electron compatibility
- Make contact prop optional in EntityIcon component to fix TypeScript error
- Add proper Settings type imports and method signatures in PlatformServiceMixin.ts
- Replace console statements with logger calls across multiple files
- Resolves SVG loading failures in Electron builds while maintaining web compatibility
- Reduces TypeScript 'any' type warnings from 81 to 53
fix: eliminate SharedArrayBuffer checks on non-web platforms
* Add platform guard in AbsurdSqlDatabaseService to only initialize on web
* Change singleton pattern from eager to lazy instantiation
* Update worker import to use lazy singleton pattern
* Prevents absurd-sql initialization on Electron/Capacitor platforms
* Reduces console noise and memory footprint on desktop/mobile
* Maintains full web platform functionality and performance
Resolves SharedArrayBuffer-related console output on Electron platform
while preserving all web features and maintaining clean architecture.
- Applied transformImageUrlForCors to all image-displaying components
- Added followRedirects: true to image proxy to serve actual content
- Proxy now returns 200 OK with image data instead of 301 redirects
- Maintains CORS headers required for SharedArrayBuffer support
- Added debug logging for proxy response monitoring
Resolves all image loading failures in development environment.
- Implement worker-only database access to eliminate double migrations
- Add parameter serialization in usePlatformService to prevent Capacitor "object could not be cloned" errors
- Fix infinite logging loop with circuit breaker in databaseUtil
- Use dynamic imports in WebPlatformService to prevent worker thread errors
- Add higher-level database methods (getContacts, getSettings) to composable
- Eliminate Vue Proxy objects through JSON serialization and Object.freeze protection
Resolves Proxy(Array) serialization failures and worker context conflicts across Web/Capacitor/Electron platforms.
- Add electron platform section to capacitor.config.json
- Configure deep linking with timesafari:// scheme
- Set up build options for macOS, Windows, and Linux
- Configure output directory and file inclusion
- Add platform-specific build targets (DMG, NSIS, AppImage)
- Support both x64 and arm64 architectures for macOS
- Set appropriate app categories for each platform
This enables building TimeSafari as a native desktop application
using Capacitor's Electron platform while maintaining existing
mobile and web functionality.
- Fix TypeScript compilation errors in platform services
- Add missing rotateCamera method and isNativeApp property
- Fix index.html path resolution for packaged Electron apps
- Create separate Vite config for Electron renderer process
- Migrate from nostr-tools to @nostr/tools via JSR for ESM compatibility
- Update all Vite configs to handle mixed npm/JSR package management
- Add comprehensive documentation in BUILDING.md
- Fix preload script path resolution in packaged builds
Resolves build failures with deep imports and missing UI in AppImage.
- Update worker format to ESM in Vite config to fix IIFE format error
- Increase PWA precache file size limit to 10MB to accommodate SQL.js files
- Fix type declarations for worker configuration
- Add proper type annotations for Vite config
- Add type declarations for absurd-sql module
- Implement robust QR scanner factory with platform detection
- Add proper camera permissions to Android manifest
- Improve error handling and logging across scanner implementations
- Add continuous scanning mode for Capacitor/MLKit scanner
- Enhance UI feedback during scanning process
- Fix build configuration for proper platform detection
- Clean up resources properly in scanner components
- Add TypeScript improvements and error wrapping
The changes include:
- Adding CAMERA permission to AndroidManifest.xml
- Setting proper build flags (__IS_MOBILE__, __USE_QR_READER__)
- Implementing continuous scanning mode for better UX
- Adding proper cleanup of scanner resources
- Improving error handling and type safety
- Enhancing UI with loading states and error messages
- Update certificate view canvas rendering and QR code generation
- Upgrade dependencies (expo-file-system, expo-font, expo-keep-awake)
- Fix type imports for nostr-tools and dexie-export-import
- Update vite config for better dependency resolution
- Clean up main entry points (capacitor, electron, pywebview)
- Improve error handling in API and plan services
- Add type safety to API error handling
- Update build configuration for platform-specific builds
This is a work in progress commit focusing on certificate view improvements
and dependency maintenance. Some type definitions and build configurations
may need further refinement.
Improves application logging and error tracking:
- Add structured logging in main.common.ts for app initialization
- Enhance API error handling with detailed context in services
- Add deep link debugging in Capacitor platform
- Improve plan service logging with retry information
- Update endorser server logs for better cache debugging
Technical changes:
- Replace console.error with info for non-critical cache misses
- Add component context to global error handler
- Add detailed logging for plan loading and retries
- Improve deep link route matching logs
- Add mount state logging for Capacitor
This improves debugging capabilities across web and mobile platforms.
Updates PWA configuration to:
- Disable PWA features for Capacitor builds
- Add @capacitor/app dependency
- Update environment variable handling in build config
This prevents conflicts between PWA and native app functionality
when building for mobile platforms.
Technical changes:
- Add isCapacitor check to PWA disable logic
- Update VITE_PWA_ENABLED environment variable definition
- Add @capacitor/app to package dependencies
Split monolithic vite.config.mjs into separate config files:
- vite.config.web.mts
- vite.config.electron.mts
- vite.config.capacitor.mts
- vite.config.pywebview.mts
- vite.config.common.mts
- vite.config.utils.mts
Updates:
- Modify package.json scripts to use specific config files
- Add electron-builder as dev dependency
- Update electron build configuration
- Fix electron resource paths
- Remove old vite.config.mjs and utils.js
This change improves maintainability by:
- Separating concerns for different build targets
- Making build configurations more explicit
- Reducing complexity in individual config files
