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Qt for Python/GettingStarted.Contents.Installation.You can install PySide2 via PyPi, using Qt-servers or by building the source package yourself.Platform Requirements.Python : Python 3.5+ and Python 2.7 (Please notice there is a known issue with Python 3.6.0, read more.) Qt : 5.12 is recommended, but there are Technical Preview wheels for 5.11 libclang : The libclang library (C-bindings), recommended: version 6 for PySide2 5.12. Prebuilt versions of it can be downloaded from download.qt.io. CMake (version >= 3.1 required) : The build system required by for building PyS >Install wheel from PyPi.Official release wheels of Qt For Python can be installed regularly via pip:Note: This process will automatically install shiboken2 (python module) as dependency, but the package shiboken2_generator will not since it's the standalone binary that can generate Python bindings from a Qt/C++ project. We highly recommend to build PySide2 from scratch if you want to generate your own Python bindings from a Qt/C++ project, because the linking information will not be present in the shiboken2_generator wheel.Install wheel from Qt servers.Official release wheels of Qt for Python can be installed via pip but from Qt servers:Pre-release (snapshot) wheels containing the latest code changes are available at http://download.qt.io/snapshots/ci/pyside/ For example you can install the latest 5.12 snapshot wheel using:Building PySide2 from scratch.The building processes are covered in the platform pages.Windows Linux/X11 macOS Mobile platforms are currently not supported (iOS, Android) Embedded Linux platforms are currently not supported (Raspberry Pi, iMX.6)After cloning the official repository you must follow the instructions for your specific system.setup.py build script.The script setup.py in the top level repository is used to build and install the PySide2 package. It takes a mode argument ( build or install ) and several options (more options are documented in setup.py itself).· The main options are:--qmake=/path/to/qmake : Path to qmake of the Qt library to be used --cmake=/path/to/cmake : Path to cmake binary --build-tests : Builds tests along with some helper packages --ignore-git : Prevents setup.py from cloning and checking out the git submodules. --debug : Build in Debug mode (some restrictions apply to Windows, see Build cons >A typical invocation looks like:A successful build can be tested by running an example:You can search for working examples by typing.Running Tests.To perform all the available tests, just execute:Note that to successfully run the tests on Windows you need to point the PATH environment variable to the Qt libdir:Run only one test(qpainter_test):Building the Documentation.This is currently possible on Linux and macOS hosts only PySide2 needs to be built using make, not ninja.Before you build pyside2, ensure that the following requirements are met, to be able to build the documentation:Install libXML2 and libXSLT before building PyS >The build first runs qdoc on the Qt sources in $QT_SRC_DIR to generate the webxml files, which are then parsed by shiboken to generate reStructuredText files. In the final step, sphinx is run on the rst files to generate HTMLs.You could also use the docrsts make target to generate only the reStructuredText files.Using Qt Creator as a project explorer.Qt Creator 4.0+ can be used to open the PySide and Shiboken CMakeLists.txt files as projects, and thus provide usual IDE features for developing PySide - project file navigation, code completion (C++ only), following symbols under cursor (C++ only), syntax highlighting, locator usage, debugging, etc.Currently there is a limitation that Shiboken has to be built first using the terminal, because the installed shiboken CMake packages will have to be specified for the PySide project in Qt Creator.The steps for opening the projects in Qt Creator are:Open pyside-setup/sources/shiboken2/CMakeLists.txt, and specify a 5.12 Qt Kit to be used Build the project as usual (by pressing the build icon for instance) Open pyside-setup/sources/pyside2/CMakeLists.txt, and specify the same 5.12 Qt Kit Go to projects tab, and under the Build / CMake section find the Shiboken2_DIR setting. You have to specify the path to the folder where the Shiboken CMake package was installed when you compiled Shiboken from the terminal· An example path under MacOS is /Users/user/Dev/pyside2-setup/pyside_install/py3.6-qt5.12.1-64bit-debug/lib/cmake/Shiboken2-2.0.0. The path has to be adjusted depending on the user folder name, the version of python and qt, etc (Optional) On MacOS you also have to set the ALTERNATIVE_QT_INCLUDE_DIR setting to the Qt kit include path (e.g. /Users/user/Dev/qt511_source/include) Apply the CMake configuration changes (by pressing the button), and you should be able to build PySide.Now you can use the project explorer to look through the source cpp files, python files, use the locator feature to open files and file classes / methods, and other features that Qt Creator provides.

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