The CXX compiler identification is GNU 7.5. The C compiler identification is GNU 7.5.0 Message(FATAL_ERROR "No QT5 framework found") Option(BUILD_SHARED_LIBS "Build shared libraries" OFF) I only want to use Qt's installer since it gives me the flexibility of having multiple versions targeting multiple frameworks. Place the install commands into your CMakeLists.txt files. CMake install invokes building targets, thus you dont need to call the Build action separately. Note that I do not want to install Qt using apt or any other package manager. If your workflow includes project installation, you may want to use the CMake install command that generates installation rules. This way I would always end with a huge command and it's a major source of annoyance. cmake files which I need to pass their paths one by one using _DIR variables. The only alternative I found to work was passing -DQt5_DIR for QtConfig.cmake to be found, but then it would keep on asking for at least 10 more. I tried pointing CMAKE_PREFIX_PATH to Qt's installation prefix (~/Qt/5.15.0/wasm_32/), but it keeps on complaining about QtConfig.cmake. It doesn't work neither on MacOS nor on Linux. CMake’s official website has two options to install CMake on Linux as of now: A shell script (. So far, I found that detection of Qt's components only works on Windows, regardless whether I'm using it to compile a Windows version or cross-compiling to Android. To install cmake, g++ and make using the dnf command, type: sudo dnf install cmake gcc-c++ make.
I'm compiling the same Qt/QML application on Windows, Linux, MacOS, WebAssembly, iOS, and Android.
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