We’ll prepare two for this example, one for running a build, and one for running a clean build. Now that our steps are defined, we can go on and define the actual build tasks. It could be a simple make clean, or a more thorough removal of the whole content of the build folder. This can mean different things depending on how the build file is configured. Run make/nmake/jom, depending on the platform.On Unix based systems, you can use mkdir -p instead. Here, -Force is a powershell parameter that will prevent the command to fail if the directory already exists. "command": "mkdir -Force path/to/build/dir" ![]() Create the build directory (in a way that doesn’t fail if the directory already exists).Create build stepsĪs far as build steps are concerned, the following are, in a nutshell, the ones that will cover most cases: We’re going to do this in two stages: build steps definition and build steps combination, leveraging the fact that Visual Studio Code implements task dependencies and ordered sequential execution of dependencies. This means we’ll have to define our own build tasks. ![]() ![]() Qmake is not integrated with Visual Studio Code the way CMake is, so setting up a qmake project for build is slightly more convoluted than doing the same with CMake. Here I’ll show you how to get a complete setup for your qmake and CMake projects, all this while also wearing a Qt hat (on top of my C++ hat) and having a deeper look at the Qt side. That was enough to get going right away, but we can still definitely do more and better. In the last blog post we saw an essential, C++ oriented, Visual Studio Code setup.
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