PySide6, so that you can use Qt6 APIs in your Python applications, and Shiboken6, a binding generator tool, which can be used to expose C++ projects to Python, and a Python module …

Getting Started ¶ Here you can find the steps to install and create a simple application using the two technologies that Qt provides: Qt Widgets and Qt Quick.

A collection of tutorials with walkthrough guides are provided with Qt for Python to help new users get started. Some of these documents were ported from C++ to Python and cover a range of …

A collection of examples are provided with Qt for Python to help new users to understand different use cases of the module. You can find all these examples inside the pyside-setup repository …

The building process requires a Qt installation, and a Python interpreter on both the host, and the target. The used Qt versions on both platforms should have the same minor version.

Having Qt installed in your system will not interfere with your PySide6 installation if you do it via pip install, because the Python packages (wheels) include already Qt binaries.

Widgets and forms created with Qt Designer integrate seamlessly with programmed code, using Qt’s signals and slots mechanism, so that you can easily assign behavior to graphical …

See Building Qt Sources for instructions on obtaining the Qt source code , information about Qt’s prerequisites, and guidelines on configuring and building Qt.

By selecting the appropriate unified Qt online installer for your OS, you can install commercial or open source versions of Qt, development tools, and other components.

Since the Qt for Python project still uses setup.py and not pyproject.toml, currently uv can only be used as a replacement for pyenv for building Qt for Python.