- Extracted callback management logic into a new `CallbackDispatcher` class, promoting separation of concerns and enhancing modularity.
- Updated `BaseDataCollector` to utilize the `CallbackDispatcher` for adding, removing, and notifying data callbacks, improving code clarity and maintainability.
- Refactored related methods to ensure consistent error handling and logging practices.
- Added unit tests for the `CallbackDispatcher` to validate its functionality and ensure robust error handling.
These changes streamline the callback management architecture, aligning with project standards for maintainability and performance.
- Extracted connection management logic into a new `ConnectionManager` class, promoting separation of concerns and enhancing modularity.
- Updated `BaseDataCollector` to utilize the `ConnectionManager` for connection, disconnection, and reconnection processes, improving code clarity and maintainability.
- Refactored connection-related methods and attributes, ensuring consistent error handling and logging practices.
- Enhanced the `OKXCollector` to implement the new connection management approach, streamlining its connection logic.
- Added unit tests for the `ConnectionManager` to validate its functionality and ensure robust error handling.
These changes improve the architecture of the data collector, aligning with project standards for maintainability and performance.
- Introduced a new `CollectorStateAndTelemetry` class to encapsulate the status, health checks, and statistics of the data collector, promoting modularity and separation of concerns.
- Updated `BaseDataCollector` to replace direct status management with calls to the new telemetry class, enhancing maintainability and readability.
- Refactored logging methods to utilize the telemetry class, ensuring consistent logging practices.
- Modified the `OKXCollector` to integrate with the new telemetry system for improved status reporting and error handling.
- Added comprehensive tests for the `CollectorStateAndTelemetry` class to ensure functionality and reliability.
These changes streamline the data collector's architecture, aligning with project standards for maintainability and performance.
