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`.
This commit introduces the `RegValveLowRegulTimeSaturation` module, including core components such as `RegValve`, `ChangeRegValvePositionOp`, `Factory`, `Handlers`, and configuration classes (`RegValveCfg`, `RegValveCfgCtrl`). It integrates `log4net` for logging and adheres to the established modular design architecture.
This commit introduces the AppDiagnostic project structure, including core components like `MainForm`, logging utilities (`LogAdapter`, `LogFilter`), and configuration files. It integrates with `log4net` for logging and uses `SharedComponents` for shared utilities.
- Introduced a new `GrabImageListener` method with asynchronous timeout support for improved response handling.
- Enhanced error logging and implemented retry logic for capturing images to address NACK scenarios.
- Added overlay rendering and event-based image delivery for better UI integration.
- Refined `SendImageListener` logic to include command handling improvements and listener termination checks.
- Minor parameter adjustments in `OnImageReceived` for default values support."
- Implemented functionality to handle multiple image captures with adjustable time gaps using the new `MultipleImageOpacity` class.
- Enhanced `RoiCfgCtrl` and `RoiCfg` to integrate multi-image configuration.
- Updated CJMS11 camera to support sequential image handling and delegate events for multiple images.
- Introduced UI elements for specifying image count and time gap in the configuration panel.
- Extended `GrabImagesOp` and event arguments to handle and store multiple grabbed images.
- Refactored project to include `MultipleImageOpacity` utility in TBF solution.
- 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.
Add support for `System.Net.Sockets`, enhance JMS camera detection, and refactor adapter connection handling
- Added `System.Net.Sockets` as a project dependency and updated the configuration file accordingly.
- Enhanced timeout logic for JMS camera detection, improving reliability in identifying cameras.
- Refactored `NetAdapter` to support async connection handling with better initialization in simulate mode.
- Fixed IP setup for debugging and added new task management for asynchronous operations.
- 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.
Replaced legacy UDP and RTP mechanisms with new live stream, grab, and save image functionality using TCP. Introduced event-based UI command handling and image overlay. Updated resource management for improved reliability and added support for saving captured images to disk.
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.
Revised the return statement to correctly handle nested string formatting by ensuring the format string is constructed properly. This resolves potential formatting issues with dynamic values.
Simplified flow meter logic by introducing a reusable variable for `LtrPerPulse` and handling potential null values. Added batch components correlation validation to ensure water meter counts align with configuration, preventing mismatches. Additionally, improved code formatting for consistency and readability.
Updated `PMaxTestSeq` to include logging of process data at key steps: process start and measurement. Added TODO comments to review logging positions for alignment with expected workflow.
