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You can still debug the code in SharedLibrary1 by loading the symbols manually. Visual Studio will also display a generic “library not loaded” message for the SIGSEGV exception raised on our code, instead of pointing to a specific source line. The code we added to SharedLibraryFunction1() will now trigger a SIGSEGV error: As we have disabled the symbol loading for SharedLibrary1, stepping into the code defined in that library, or setting breakpoints there will not work. Click OK to close the VisualGDB Project Properties window and press F5 to begin debugging again. Locate libSharedLibrary1.so in the list and uncheck it: VisualGDB will show the libraries loaded during the previous debug session, noting down how much time it took to process each one of them. Open VisualGDB Project Properties -> Debug Symbols (available in Custom edition or higher). This will trigger a SIGSEGV signal when the function gets executed. #Linux console caret symbol update#
Update the main source file to call the shared library functions:. Then open the source files for both SharedLibrary1 and SharedLibrary2 and rename the functions defined in them accordingly: Repeat the previous step to create another library called SharedLibrary2. Select “Shared Library” in the “Add New Project Item” dialog, enter “SharedLibrary1” in the Name field and press Add to proceed with creating it:. Right-click on the project node in Solution Explorer and select Add->New Item: VisualGDB will generate a CMake-based project consisting of the main executable. Press “Finish” to complete the wizard. However, the rest of the tutorial (except automatic symbol stripping) will also work for projects built directly on the target: In this tutorial we will use the Raspberry Pi cross-compiler to build the code on the Windows machine and deploy it to the target. On the first page of the VisualGDB Linux Project Wizard select “Create a new project -> Application -> CMake” and check the “Advanced CMake Project Subsystem” page: We will use the Advanced CMake Project Subsystem as it is the easiest way to create a single project containing multiple targets (main executable and several libraries), however the configuration steps shown below will also work for Make-based, MSBuild-based and Qt-based projects. Enter the name and location where you would like to create the project:. 
Start Visual Studio and select the VisualGDB Linux Project Wizard under File->New->Project:. In this tutorial we will target Raspberry Pi with a Windows-based cross-toolchain using a CMake-based project, however most of the steps shown below will also apply to other project types. #Linux console caret symbol install#
Before you begin, install VisualGDB 5.5 or later and ensure you are using the Custom edition or higher.
#Linux console caret symbol how to#
We will also show how to automatically strip debug symbols from the deployed binaries in order to reduce the space used on the target. This tutorial shows how to speed up debugging of Linux projects by controlling which of the shared library symbols will get loaded automatically.
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