- Introduced simulation timers in `FlyingStartStopTestOp`.
- Added `Simulate` methods in `WaterMetrologyData`, `WaterMetrologyDataC7`, and `WaterMetrologyDataC2`.
- Enhanced `SmartCommunicationForm` with textbox resizing logic and initialization code.
- Implemented flow rate and volume calculation from optohead telemetry in `SmartReader`.
- Added unit tests for Poseidon correction parsing.
- Introduced `ReadStableMassOpTest` to validate mass reading operations.
- Refactored `Scale` to support `ISerialPort` for improved testability.
- Added `SerialPortDevice` and `SerialPortDeviceFake` implementations, with `GetComponent` overload in `Factory`.
- Enhanced `StateMachine` with `InitializeBoardEtc_Fake` for custom setups.
- Updated project files to include new classes.
Refactor `ISmartReader` and related classes to support `SmartHeadsUni`. Remove redundant `IperlHeadsUni` references and introduce `SmartMeterFlyingStartMassCollection` functionality. Enhance regex-based head position extraction.
Add parallel execution tests and improve cancellation handling in `CliRunner`
- Introduced new tests (`RunMultipleTimesTestProgram_CheckParalelWork` and `RunMultipleTimesTestProgram_CheckParalelWorkCumulative`) to verify parallel execution behavior.
- Enhanced `SendAsync` and `RunAndCaptureJsonAsync` methods in `CliRunner` with `CancellationToken` support for better task cancellation.
- Refactored process output handling for improved clarity and robustness.
- Added error handling during CLI logger initialization.
This commit integrates the `IPERL` mode across multiple projects by updating the `DefineConstants` in project configurations. It also improves logging by adding a `LogCache` appender and modifying root logger settings in the `log4netConfig.xml` file.
This commit introduces the `IperlHeadTestCtrl` component and `NfcServices` class, including core functionality for communication with iPerl heads via NFC/RFID. It integrates configuration options, multithreaded commands processing, and logging through `log4net`.
- Extended CJMS11 camera handling with new functionalities, including image grabbing, resolution configuration, and improved ROI support.
- Added new `ToString` method implementations for enhanced debugging and logging in key classes like `JmsMessage`, `JmsPacket`, and `RoiCfg`.
- Introduced additional commands (`start_stream_images`, `stop_stream_images`) in `CommandM` and its enum.
- Implemented new resolution handling in `RoiCfg` with support for configurable image frames.
- Refactored resolution-related UI elements in `RoiCfgCtrl` to add a dropdown for selecting resolution.
- Made minor UX improvements by replacing inconsistent string formats with verbatim strings in console messages.
- Updated project dependencies with new resolution-related utilities (`Frame` and `ResolutionFrames`).
- Resolved camera-specific symbolic issues by transitioning to `CJMS11.Camera` over prior naming inconsistencies.
- Introduced `AdapterJMS` component and configurations, including its factory, control, and designer files.
- Enhanced CJMS11 camera initialization with improved connection handling via multiple retries.
- Updated TbfComponents to include the new JMS adapter factory.
- Refactored camera test methods and connection logic for better reliability and performance.
- Adjusted resource definitions in the project file to include new JMS adapter resources.
Enhanced camera initialization with parallel and async tests for two cameras. Removed unused Telnet references, adjusted camera indexing logic, and added `System.Drawing.Common` dependency.
Introduced the CJMS11 camera component and its factory in TbfComponents. Added implementation for the CJMS11 camera class, along with unit tests to validate its functionality and integration. This enhances existing camera support in the system.
