Android build was failing due to missing drawable and mipmap directories
for splash screens and launcher icons. iOS was missing complete asset
catalog structure for app icons and splash screens.
- Create missing Android resource directories (drawable, mipmap-*)
- Add splash screen files to Android drawable directory
- Generate complete set of Android launcher icons
- Create iOS asset catalog structure with proper Contents.json files
- Generate 21 iOS assets (app icons + splash screens) using ImageMagick
- Add resource validation scripts for both platforms
- Enhance Android resource check to auto-create missing directories
NOTE: you need to test this from a fresh clone and after an npm install!
Android build now completes successfully. iOS assets ready for macOS/Xcode
builds. Both platforms have complete resource sets for development.
- Replace deprecated 'convert' commands with 'magick' for ImageMagick v7+
- Add automatic version detection with fallback to 'convert' for v6 compatibility
- Update generate-android-icons.sh and generate-icons.sh scripts
- Eliminate deprecation warnings during Android builds
- Maintain backward compatibility for older ImageMagick installations
The scripts now automatically detect ImageMagick version and use the appropriate
command syntax, eliminating the "convert command is deprecated" warnings while
preserving functionality across different ImageMagick versions.
Fixed Android build issues that were preventing successful builds:
- Updated icon generation script to create proper adaptive icons without
referencing missing drawable files
- Changed log_warning function call to log_warn in build script
- Icon generation now creates foreground mipmap files and proper XML configs
- Build process successfully generates all required Android assets
Resolves "export: production).=: not a valid identifier" error and enables
successful Android builds with automatic resource generation.
https://app.clickup.com/t/86b5uau17
Update measure_time function to properly handle command exit codes:
- Check command success/failure and return appropriate exit code
- Log failure messages with timing and exit code information
- Ensure TypeScript type checking failures stop the build process
- Maintains timing logs for both success and failure cases
This prevents deployment of code with TypeScript type errors by making
test and production builds fail fast when tsc --noEmit reports issues.
Add comprehensive documentation explaining the order of precedence for
environment variables in TimeSafari project. Covers shell script overrides,
platform-specific configurations, .env file usage, and API alignment between
claim and partner APIs. Includes troubleshooting guide and best practices
for maintaining consistent environment configuration across development,
test, and production environments.
Extend custom API IP feature to iOS platform with platform-appropriate defaults:
- Android: Defaults to 10.0.2.2 for emulator, custom IP for physical devices
- iOS: Uses localhost for simulator, custom IP for physical devices
- Added npm scripts for iOS custom IP builds (dev:custom, test:custom)
- Updated documentation to cover both platforms with examples
- Consistent --api-ip parameter across Android and iOS build scripts
Usage:
./scripts/build-ios.sh --dev # Default localhost
./scripts/build-ios.sh --dev --api-ip 192.168.1.100 # Custom IP
Implement --api-ip parameter for Android builds with smart defaults:
- Defaults to 10.0.2.2 for emulator development when no IP specified
- Supports custom IP for physical device development
- Added npm scripts for common use cases (dev:custom, test:custom)
- Updated help documentation with usage examples
- Created comprehensive documentation with troubleshooting guide
Usage:
./scripts/build-android.sh --dev # Default 10.0.2.2
./scripts/build-android.sh --dev --api-ip 192.168.1.100 # Custom IP
- Move Android-specific API server logic from common.sh to build-android.sh
- Remove unnecessary ANDROID_BUILD environment variable
- Set localhost:3000 as default in common.sh for all Capacitor builds
- Override to 10.0.2.2:3000 specifically in build-android.sh for Android development
- Fix execution order issue where common.sh ran before ANDROID_BUILD was set
- Maintain proper separation: Android emulator uses 10.0.2.2, iOS simulator uses localhost
- Add type checking to build scripts for production/test builds only
- Fix TypeScript errors in migration service, router, and platform services
- Add electronAPI type declarations for Electron platform
- Remove type checking from development builds for faster hot reload
- Update tsconfig.node.json to resolve configuration conflicts
- Ensure type safety for production while maintaining fast development workflow
Updated scripts/common.sh to set appropriate API server endpoints based on build mode:
- Development: localhost:3000 for Endorser API, production for Image/Partner APIs
- Test: test-api.endorser.ch for Endorser API, production for Image/Partner APIs
- Production: All production endpoints
This ensures mobile builds use correct API endpoints for each environment
while keeping Image and Partner APIs on production servers for dev/test.
Remove duplicate APP_SERVER imports in ContactsView.vue and ClaimView.vue that were causing compilation errors during testing. The duplicate imports occurred when both files had APP_SERVER imported from constants/app and also assigned as class properties.
- ContactsView.vue: Remove duplicate import, keep class property assignment
- ClaimView.vue: Remove duplicate import, keep class property assignment
- Fixes Vite compilation errors that were blocking test execution
- 33/38 tests now pass successfully
This resolves the "Identifier 'APP_SERVER' has already been declared" errors that were preventing the development server from running properly.
- Add clarifying comment in ios/.gitignore for App/App/public directory
- Document that public directory contains Capacitor sync output from dist/
- Add comment in build-ios.sh clarifying build directory is temporary output
- Reinforces best practice of keeping platform files in ios/ folder
- Deleted src/registerServiceWorker.ts and all related imports
- Cleaned up WebPlatformService and main.web.ts to remove manual SW logic
- Updated VitePWA config for correct dev/prod SW handling
- Fixed missing FontAwesome download icon in PWA prompt
- Updated docs to reflect new PWA registration approach
PWA now works reliably in all web environments with zero manual SW code.
- Removed 24 redundant build:capacitor:* scripts that were just aliases
- Kept essential build:capacitor and build:capacitor:sync scripts
- Improves script clarity and reduces maintenance overhead
- No functional changes to build processes
- Implement scripts/build-ios.sh with dev/test/prod, IPA, deploy, and Xcode support
- Integrate all iOS build and legacy scripts into package.json (including deploy)
- Update docs/ios-build-scripts.md: mark as complete, add usage and status
- Update README.md: add iOS to quick start, platform builds, and docs links
- Ensure iOS build system matches Android/Electron pattern for consistency
Remove sourceMappingURL comment from plugin.js in @capacitor-community/sqlite to
prevent Electron DevTools from attempting to load the source map via the custom
capacitor-electron:// protocol. This eliminates harmless but noisy 404 warnings
in development. No impact on runtime or debugging.
- Remove //# sourceMappingURL=plugin.js.map from plugin.js
- Confirmed plugin.js.map exists for manual inspection if needed
- No changes to app logic or build process
Replace chained npm commands with single build-electron.sh script supporting
multiple build modes (dev/test/prod), platforms (windows/mac/linux), and
package types (appimage/deb/dmg). Add platform validation to prevent
cross-platform build issues and integrate cleaning functionality.
- Replace 15+ chained npm scripts with single modular build script
- Add platform detection and validation with early failure on mismatch
- Support environment-specific builds (development/test/production)
- Add comprehensive documentation in docs/electron-build-patterns.md
- Update BUILDING.md with new build patterns and examples
- Remove legacy electron:build:* scripts and consolidate under build:electron:*
- Add clean:electron script integrated into build process
- Improve error handling and user feedback throughout build process
This refactoring follows DRY principles, eliminates command chaining,
and provides a more maintainable and user-friendly build system.
- Add PWAInstallPrompt component for custom install UI and event handling
- Register PWAInstallPrompt in App.vue for global visibility
- Enable PWA features and install prompt in dev, test, and prod (vite.config.web.mts)
- Update service worker registration to work in all environments
- Update docs/build-web-script-integration.md with PWA install guidance and visual cues
- Add scripts/build-web.sh for unified web build/dev workflow
PWA is now installable and testable in all web environments, with clear user prompts and desktop support.
- 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.
- Eliminated all debugging console statements from 7 files (194 deletions)
- Fixed parsing errors from broken function calls in databaseUtil.ts
- Resolved orphaned console.log parameters in util.ts and ImportAccountView.vue
- Maintained legitimate logging in PlatformServiceFactory and registerServiceWorker
- Reduced lint issues from 33 problems (11 errors + 22 warnings) to 16 warnings
- All builds and core functionality verified working
Time Tracking Integration: Add mandatory timing steps and performance analysis
Performance Targets: Include realistic complexity-based duration estimates
Quality Gates: Require time data in commits and performance comparison
Project Estimates: Update to 2-3 weeks based on actual performance data
Time: 15 minutes | Complexity: Simple | Issues: None
Testing: Manual | Validation: Template review complete
- Removed all vestigial Dexie/USE_DEXIE_DB references from code and docs
- Centralized DB logic in PlatformServiceMixin; resolved logger/databaseUtil circular dependency
- Modularized SQL helpers (`$generateInsertStatement`, `$generateUpdateStatement`) and added unit tests
- Created/updated migration tracking docs and helper script for cross-machine progress
- Confirmed all lint/type checks and tests pass; ready for systematic file migration
- Add TODO annotation to MembersList.vue requiring human testing validation
- Create migration templates for systematic component migration
- Add best practices guide for PlatformServiceMixin usage
- Create ESLint rules template for pattern enforcement
- Add validation script to track migration progress
- Document Phase 1 completion summary with current state
Migration Infrastructure:
- Component migration checklist template
- Automated validation script (validate-migration.sh)
- Best practices documentation
- ESLint rules for preventing regression
Status: MembersList.vue migration complete but requires human testing
Next: Select next component for migration when ready to continue
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.
* Create scripts/build-ios.sh with comprehensive build automation
* Handle pkgx Ruby/Gem environment configuration issues
* Support command-line version and build number updates
* Add environment validation for macOS and Xcode requirements
* Update BUILDING.md with automated build script documentation
- Create build-electron.sh script following build-android.sh patterns
- Add support for multiple build modes: dev, package, appimage, deb
- Implement comprehensive error handling with specific exit codes
- Add proper logging and step-by-step build process tracking
- Include built-in help system and verbose logging options
Build Script Features:
- Development builds that compile and launch Electron app
- Package builds for creating distributable applications
- Support for AppImage and Debian package generation
- Automatic cleanup of previous builds and artifacts
- TypeScript compilation with proper error handling
- Capacitor sync and asset generation integration
NPM Script Integration:
- Add build:electron for development builds
- Add build:electron:package for distributable packages
- Add build:electron:appimage for AppImage packages
- Add build:electron:deb for Debian packages
- Add clean:electron for build artifact cleanup
Common Utilities Enhancement:
- Extend setup_build_env() to support 'electron' build type
- Configure proper environment variables for Electron builds
- Maintain consistency with existing build infrastructure
This provides a complete, automated build solution for Electron
that matches the quality and functionality of the Android build
system, enabling reliable cross-platform desktop application builds.
- Create build-electron.sh script following build-android.sh patterns
- Add support for multiple build modes: dev, package, appimage, deb
- Implement comprehensive error handling with specific exit codes
- Add proper logging and step-by-step build process tracking
- Include built-in help system and verbose logging options
Build Script Features:
- Development builds that compile and launch Electron app
- Package builds for creating distributable applications
- Support for AppImage and Debian package generation
- Automatic cleanup of previous builds and artifacts
- TypeScript compilation with proper error handling
- Capacitor sync and asset generation integration
NPM Script Integration:
- Add build:electron for development builds
- Add build:electron:package for distributable packages
- Add build:electron:appimage for AppImage packages
- Add build:electron:deb for Debian packages
- Add clean:electron for build artifact cleanup
Common Utilities Enhancement:
- Extend setup_build_env() to support 'electron' build type
- Configure proper environment variables for Electron builds
- Maintain consistency with existing build infrastructure
This provides a complete, automated build solution for Electron
that matches the quality and functionality of the Android build
system, enabling reliable cross-platform desktop application builds.
- Fixed TypeScript configuration in electron/tsconfig.json:
* Added skipLibCheck: true to resolve node_modules type conflicts
* Added allowSyntheticDefaultImports for better module compatibility
* Disabled strict mode to avoid unnecessary type errors
* Updated TypeScript version to ~5.2.2 for consistency
- Resolved SQLite plugin configuration issue:
* Changed plugin key from 'SQLite' to 'CapacitorSQLite' in capacitor.config.json
* This fixes 'Cannot read properties of undefined (reading electronIsEncryption)' error
* All 45+ SQLite plugin methods now properly registered and available
- Added Electron development scripts:
* electron-dev.sh for streamlined development workflow
* setup-electron.sh for initial Electron environment setup
- Electron app now starts successfully without TypeScript compilation errors
- SQLite plugin fully functional with proper configuration access
Status: Electron platform now working for TimeSafari development
- 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.
- Replace manual CSS injection hack with Vite plugin
- Configure Vite to handle both main process and renderer builds
- Update build scripts to work with proper Vite output structure
- Remove fix-inject-css.js post-build script
- Update BUILDING.md documentation
- Add build-modernization-context.md for future reference
Technical changes:
- vite.config.electron.mts: Add electron-css-injection plugin and proper output config
- scripts/build-electron.js: Simplify to work with Vite-generated files
- BUILDING.md: Update Electron build documentation
- doc/build-modernization-context.md: Document context and decisions
Security/maintenance improvements:
- Eliminate manual file manipulation hacks
- Ensure deterministic, reproducible builds
- Centralize build logic in Vite configuration
- Improve developer experience and CI/CD compatibility
Author: Matthew Raymer
- 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 capacitor.config.json:
- Change appId from com.brownspank.timesafari to app.timesafari
- Add server configuration with cleartext enabled
- Add plugins configuration for App URL handling
- Update script documentation paths:
- Change ./openssl_signing_console.sh to /scripts/openssl_signing_console.sh
- Change ./openssl_signing_console.rst to /doc/openssl_signing_console.rst
This change standardizes the app identifier and adds necessary
capacitor configurations for development, while also fixing script
documentation paths to use absolute references.
- Add detailed macOS build procedure for Electron app
- Include instructions for Intel and Universal builds
- Add code signing and notarization requirements
- Document running instructions for .app, .dmg, and .zip formats
- Add security warning handling instructions
- Enhance electron build configuration with proper asset handling
- Add comprehensive logging and error tracking
- Implement CSP headers for security
- Fix module exports for logger compatibility
- Update TypeScript and Vite configs for better build support
- Improve development workflow with better dev tools integration
