pleasetrio.blogg.se - Cmake generate qt creator project

#Cmake generate qt creator project full
#Cmake generate qt creator project android

#Cmake generate qt creator project full

You will find some pre-defined variables here, most notably the C and C++ compilers to use ( CMAKE_C_COMPILER and CMAKE_CXX_COMPILER), the path to the Qt installation ( CMAKE_PREFIX_PATH) and the full path to the qmake executable ( QT_QMAKE_EXECUTABLE). This will bring up another dialog where you can provide variables that Qt Creator will pass down to cmake when configuring: There, you’ll find the cmake configuration: Expected: Restarting Qt Creator should not be necessary. Parsing succeeds now with the new generator. Restart Qt Creator and open the project again 5. Parsing fails with 'Parsing of CMake project failed: Connection to CMake server lost.' 4. The cloned one should appear in the list of manually defined kits. Open a CMake project that is not actually built yet 2. We need to do this, because Qt Creator does not let us change the auto-detected kits.

#Cmake generate qt creator project android

Start by selecting one of the Android kits, e.g the ARM one, and press the Clone button. Alternatively, you could provide the configurations needed in each app you build. These definitions work well when building apps using qmake, however, we have to fine-tune them to be really usable with cmake. If your environment is correctly set up, you should find Kit definitions for at least the installed Qt Android versions in the Kits section in the configuration dialog of Qt Creator:

This switch will probably be released with Qt 5.12 (see this issue in the Qt bug tracker) - which probably also will mean you can use a more recent NDK release afterwards. Currently, Qt is considering moving to clang as a compiler (which is by now the default one in the NDK). Newer ones tend to cause issues, so you better stick with that specific release at least for building Qt apps. However, Qt itself currently is still compiled using it. Some words on the Android NDK requirement: r10e is a bit dated, yes. it finds the Qt installation as well as cmake, and the Android SDK and NDK.

You have a recent version of cmake, at least v3.7.

You have a working Android NDK, ideally version r10e.

5.11.1, which is at the time of writing the most recent one).

You have a working and recent Qt installation (e.g.

Deploy your app to a connected Android device and start it from with Qt Creator.

Do the same from the command line, e.g.

Build your Qt based Android app with Qt Creator.

In this post, I show the steps you need to take to configure your Qt Creator IDE and your projects to be able to: However, if you target Android and you are using Qt Creator as your development vehicle, you have to tweak it a little bit. Now, cmake and Qt vastly play well together. What makes it interesting is, that there are a lot of projects (and in particular libraries) which use it, so if you go with cmake in your own app, you can easily pull in such libraries directly into your own build. However, there are other alternatives out there, most notably cmake. It comes bundles with Qt, is easy to use and usually gets the job done. You need to comment out the doxygen_add_docs command in in doc/CMakeLists.txt and save it.As a Qt developer, you most likely are using qmake as a build system for your apps.

Observe that all other cmake runs (either from "Run CMake" or triggered by saving one of the CMakeLists.txt files) let qtcreator get stuck in an infinite cmake loop where it is running cmake without end.

create a cmake project using doxygen and doxygen_add_docs or consider the attached example project.

When my cmake project uses doxygen, especially the doxygen_add_docs command, then qtcreator gets stuck in an endless cmake loop.