![]() ![]() Now we will show how to define the custom property schema that will allow VisualGDB to automatically edit the calls to the custom CMake functions.This will allow stepping through the CMake files, viewing call stack and variable values just as if it was a regular program:. ![]() If your project structure is more complex than this tutorial shows, you can use the “Step into Target Definition” command to launch VisualGDB’s Cmake debugger:.Also editing target properties or adding sources to the targets defined with those functions will not work unless a schema is defined:.VisualGDB will detect that the targets are defined using custom functions or macros and will advise to define a custom target schema: You can disable this warning via Tools->Options->VisualGDB->CMake->Detect Ambiguous Target Definitions. Try opening any source file belonging to the project.While register_static_library() expects the target name followed by a list of sources, register_shared_library() uses CMake argument groups to separate name, source list and CFLAGS. Note that register_static_library() and register_shared_library() use different syntax. Register_shared_library ( NAME Library4 SOURCES Library4. Create a new text file and save it under \functions.cmake.Add 3 more libraries until the main CMakeLists.txt file declares 4 different libraries:.Pick “ Static Library” and click “ Add“:.Select “ Add->New Item” in Solution Explorer: Now we will add 4 library targets to the project and will later convert them to use the custom macros.VisualGDB will create a basic CMake project with one target. In this tutorial we will build the project on the Windows machine using the Raspberry Pi cross-toolchain, however the steps described here will also apply for projects built on the Linux side: Click “Finish” to finish generating the project. On the next page of the wizard select your target.On the first page of the Linux Project Wizard select “Application -> CMake -> Use the Advanced CMake Project Subsystem”:.Specify the name and location for your project:.Start Visual Studio and locate the VisualGDB Linux Project Wizard:.We will create a CMake-based project, add 2 CMake functions for defining custom targets using the semantics similar to the ESP-IDF framework and the MySQL codebase and show how to configure VisualGDB to recognize those statements.īefore you begin, install VisualGDB 5.5 or later. This tutorial shows how to configure VisualGDB to automatically recognize those custom statements and automatically edit them in response to adding/removing source files in Solution Explorer or changing properties via the Target Properties window. Large CMake-based codebases often use custom macros or functions for defining executables and libraries instead of the regular add_executable() and add_library() statements. ![]()
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