- Update template key pattern to use dots instead of colons
(e.g., 'scroll.position.${id}' not 'scroll.position:${id}')
- Template keys follow same naming convention as fixed keys
- Add example template keys to schema for testing
- Add comprehensive type tests for template key inference
- Update mock files to support template key types
- Update documentation with correct template key examples
🤖 Generated with [Claude Code](https://claude.com/claude-code)
Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
- Add type utilities for template key matching (IsTemplateKey, ExpandTemplateKey, ProcessKey)
- Add InferUseCacheValue<K> for automatic value type inference from template patterns
- Update useCache hook to support template keys with default value fallback
- Extend ESLint rule to validate template key syntax (e.g., 'scroll.position:${id}')
- Update CacheService.get() docs: clarify | undefined return is intentional
(developers need to know when value doesn't exist after deletion/TTL expiry)
- Update cache documentation with template key usage examples
BREAKING CHANGE: CacheService.get() now explicitly returns T | undefined
(was implicit before). Callers should use ?? defaultValue for fallback.
🤖 Generated with [Claude Code](https://claude.com/claude-code)
Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
- Introduced type-safe access methods for shared cache in the Main process, including `getShared`, `setShared`, `hasShared`, and `deleteShared`.
- Implemented `getAllShared` for initializing new Renderer windows with the complete shared cache state.
- Updated IPC communication to support bidirectional synchronization of shared cache between Main and Renderer processes.
- Enhanced cache management with absolute timestamps for TTL, ensuring precise expiration handling across windows.
- Added ready state tracking in Renderer for improved synchronization feedback during initialization.
- Refactored related documentation to reflect new features and usage patterns for shared cache.
- Added new cache schema keys for agent management and chat active view in `cacheSchemas.ts`.
- Replaced deprecated `useRuntime` hook with `useCache` in various components to streamline state management.
- Updated components such as `useActiveAgent`, `useActiveSession`, and `useAgentSessionInitializer` to utilize the new caching strategy.
- Removed the `useRuntime` hook entirely from the codebase, enhancing performance and reducing complexity.
- Ensured consistent access to cached data across the application.
- Introduced casual methods (`getCasual`, `setCasual`, `deleteCasual`, etc.) in `CacheService` for dynamic key handling.
- Updated various components to utilize the new casual methods for improved flexibility in cache management.
- Added new cache schema keys for file and resource paths in `cacheSchemas.ts`.
- Refactored `UserPopup`, `useAppInit`, and other components to align with the new caching strategy, ensuring consistent access to cached data.
- Introduced a new ESLint rule to enforce a specific naming convention for schema keys: `namespace.sub.key_name`.
- Updated cache and preference schema files to include documentation on the naming convention and examples of valid/invalid keys.
- Modified existing keys in cache schemas to comply with the new convention.
- Deleted the DataRefactorMigrateService and associated HTML files, as they are no longer needed.
- Removed test components and files related to data refactor migration, streamlining the codebase.
- Updated configuration files to reflect the removal of the data refactor migration functionality.
- Updated package.json to version 2.0.0-alpha, reflecting significant changes.
- Refactored cache management by integrating useCache hooks across various components, enhancing state management and performance.
- Replaced useRuntime references with useMinapps in multiple components to streamline minapp state handling.
- Improved type safety in cache schemas and updated related components to utilize new types.
- Removed deprecated runtime actions and streamlined the codebase for better maintainability.
