Release Notes for MAUI SDK - 10.x

10.4.2002 (11/04/2024)

Fixed

• Fixed a bug that could cause the build to fail when AOT compilation is enabled.

10.4.2000 (10/24/2024)

New

• Override the method Capture to support more image formats:
  • Capture(byte[] fileBytes)
  • Capture(ImageData imageData)
• Added a new method InitSettingsFromFileAsync for initializing settings from a file.
• Added a new class CoreModule to get the version of Dynamsoft.Core.Maui
• Added a new class ImageProcessingModule to get the version of Dynamsoft.ImageProcessing.Maui
• Added a new class LicenseModule to get the version of Dynamsoft.License.Maui
• Added to-the-latest overlapping feature. You can use enableLatestOverlapping method of MultiFrameResultCrossFilter class to enable this feature.
• Support more camera selections. Via the SelectCamera methods, you can specify the following camera positions:
  • CP_BACK_ULTRA_WIDE
  • CP_BACK_DUAL_WIDE_AUTO
• Added the following APIs to support adding interactable UI elements:
  • Class ImageEditorView
  • Class DrawingLayer
  • Class DrawingItem
  • Class QuadDrawingItem
  • Enumeration EnumDrawingLayerId
  • Enumeration EnumDrawingStyleId
• Added new methods TurnOnTorch & TurnOffTorch to the class CameraEnhancer.
• Added a new class CameraEnhancerModule to get the version of Dynamsoft.CameraEnhancer.Maui
• Added new APIs to the class CameraView to use the new UI APIs.

10.2.1101 (06/20/2024)

DynamsoftBarcodeReader SDK has been revamped to integrate with DynamsoftCaptureVision (DCV) architecture, which is newly established to aggregate the features of functional products powered by Dynamsoft. The features are designed to be pluggable, customizable and interactable. In addition, the functional products share the computation so that their processing speed is much higher than working individually.

• DynamsoftCaptureVision architecture consists of:
  • ImageSourceAdapter(ISA), the standard input interface for you to convert image data from different sources into the standard input image data. In addition, ISA incorporates an image buffer management system that allows instant access to the buffered image data.
  • CaptureVisionRouter (CVR), an engine for you to update templates, retrieve images from ISA, coordinate corresponding functional products and dispatch the results to the receivers.
  • Functional products that perform image processing, content understanding and semantic processing. The functional products are pluggable and passively called by CVR when they are required.
  • Result receiver interfaces. You can implement CapturedResultReceiver (CRR) to receive the CapturedResults that output when the processing on an image is finalized. You can also implement IntermediateResultReceiver (IRR) to get timely results from different stages of the workflow.
• The parameter template system has been comprehensively upgraded.
  • Multiple algorithm task settings are available. You can define barcode decoding, label recognizing, document scanning and semantic processing tasks in one template file.
  • Extended the feature of the ROI system. By configuring the target ROI parameters, you can not only specify an ROI on the original image but also define the dependencies of the algorithm tasks. This feature enables you to customize the workflow when processing complex scenarios.
  • The image processing parameters are separated from the task parameters so that the template settings become more clear and concise.
• The intermediate result system has been improved.
  • Achieved the intermediate result sharing between different functional products. The results that have the same image source and processing parameters are directly reused, which speeds up the image processing workflow. You don’t need to add any additional code to enable the intermediate result sharing. The library can recognize all the reusable results automatically based on the template file you uploaded.
  • The readability and interactivity of the intermediate results are enhanced. IntermediateResultReceiver allows you to receive up to 27 different types of Intermediate results. You can clearly read which stage of the algorithm each result is output from. In addition, IntermediateResultManager allows you to intervene in the workflows by modifying the intermediate results.