![]() ![]() It can be cast to an IDebugMIEngineProperty and used to get a context for evaluating expressions. Since I have registered the visualizer for the camera type, the debugProperty object that is passed into the visualizer will contain the results of evaluating a RaspiCam_Still_Cv object. raspicam::RaspiCam_Still_Cv Camera Ĭv::InputArray ia = cv::_InputArray(image) Ĭv::imencode(jpg, ia, jpgImage, jpgParams) I based the sequence on the sample C++ code below that retrieves an in-memory jpg image from a camera object. Now I needed to implement the right sequence of expression evaluations. If (prop.GetMemor圜ontext(out ppMemory) != VSConstants.S_OK) My CMakePresets.json file contains this configuration : "configurePresets": [ I then created a new CM ake project in Visual Studio, wrote a simple camera application and linked to these two libraries. I used the Raspberry Pi toolchain to build both these repositories. ![]() I downloaded the Raspiam cd camera library and OpenCV. I downloaded the Raspberry Pi SDK and a CM ake toolchain to my windows machine. I needed a sample Raspberry Pi camera application. The image below is the end result, showing Visual Studio debugging a program running on the Raspberry Pi and displaying the content of a Raspberry Pi camera object in a pop-up debugger visualizer. I decided to make one for the RaspiCam camera types that would display the current image from the camera. ![]() The Visual Studio debugger supports type-specific custom visualizers and end-user extensions that implement UI for these visualizers. While developing a sample application for a Raspberry Pi with a camera using the RaspiCam library, it occurred to me that it would be convenient and fun to be able to see the current camera input while debugging the application. ![]()
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