- Renamed Lossless class to Hyperview for clarity
- Renamed Lossy class to View for simplicity
- Updated all imports and references throughout the codebase
- Updated documentation to reflect new terminology
- Fixed test files to use new class names
- Added proper exports in index files
Core Changes:
- Completely rewrote CustomResolver reducer with dependency-ordered processing
- Enhanced plugin initialization with proper dependency injection
- Improved delta processing and property value tracking
- Added robust error handling for duplicate property IDs
Resolver Improvements:
- Updated to use new accumulator structure
- Implemented execution order processing for plugins
- Enhanced debug logging and error reporting
- Simplified TimestampResolver by removing unused initializer
Configuration Updates:
- Added TypeScript path aliases for test helpers
- Improved module resolution paths
Key Benefits:
- More robust plugin dependency management
- More efficient state updates
- Enhanced type safety
- Better error messages and debugging
- More consistent plugin initialization
This refactoring focuses on improving the robustness of the resolver,
especially around plugin lifecycle management and dependency handling.
The changes ensure better separation of concerns and more predictable
behavior when dealing with complex plugin dependencies.
- Update ResolverPlugin interface to include context in update and resolve methods
- Modify CustomResolver to pass entity state and resolved values to plugins
- Update built-in plugins to accept and use the new context parameter
- Add comprehensive test for inter-plugin communication
- Add documentation for the new view composition patterns
This change enables plugins to access each other's states during both update and resolve phases, allowing for more powerful and flexible resolver compositions.
- Removed unused dockerOptions from DockerOrchestrator and all manager classes
- Updated container-manager to use NanoCpus for CPU limits instead of CpuQuota/CpuPeriod
- Fixed resource limit enforcement in container configuration
- Improved test reliability and error handling
- Cleaned up test files and removed unused code
This commit includes a major refactoring of the Docker orchestrator implementation
along with improvements to the testing infrastructure:
- Refactored Docker orchestrator to handle dynamic port assignment
- Added comprehensive test utilities in docker-test-utils.ts
- Improved error handling and resource cleanup in test environments
- Enhanced NodeStatus interface with containerId and networkId
- Added support for different storage types in NodeConfig
- Fixed request port handling in TestOrchestrator
- Added proper cleanup method to NodeOrchestrator interface
The changes ensure more reliable container management and better test isolation
while maintaining backward compatibility with existing implementations.
BREAKING CHANGE: The NodeOrchestrator interface now requires a cleanup() method.
