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#INSTALL QT DESIGNER HOW TO#
#INSTALL QT DESIGNER INSTALL#
#INSTALL QT DESIGNER FULL#

ABI (should be detected automatically): arm-linux-generic-elf-32bit.Compiler path: /usr/local/oecore-x86_64/sysroots/x86_64-angstromsdk-linux/usr/bin/arm-angstrom-linux-gnueabi/arm-angstrom-linux-gnueabi-g++.

Choose /usr/local/oecore-x86_64/sysroots/x86_64-angstromsdk-linux/usr/bin/qt5/qmake.

In the left panel, click on Kits and configure in the following tabs:

Authentication on our modules by default: Password, User ''root'', empty password.

Press Add and choose Generic Linux Device.

In the left panel, click on Devices and add a new device representing the target Apalis Module: It is recommended to source the script that exports the environment variables in qtcreator.sh script.

#INSTALL QT DESIGNER INSTALL#

If you have other embedded target hardware, you can download a QBSP from your account on and then use the Maintenance Tool to install it, as explained in the Toradex Colibri iMX6, iMX6ULL and iMX7 Guide.

If you have a Boot to Qt reference target device, you just need to tick a box on the Qt Creator installation (or using the Maintenance Tool), as explained on the Toradex Apalis iMX6 Guide.

For setting-up the pre-compiled QBSP there are two options: Read the Qt for Device Creation Installation Guides. The QBSP makes it very easy to configure Qt Creator. The article Building Your Own Embedded Linux Image may be particularly useful, especially after the evaluation phase when you must build your own QBSP. With the commercial Qt For Device Creation, you can use the pre-compiled QBSP for evaluation.Įither if you are going to install the pre-compiled QBSP for evaluation, or if you already need to build your own custom QBSP with specific dependencies for your application, please refer to the Boot to Qt installation guides.

#INSTALL QT DESIGNER FULL#

We need to have a full Qt toolchain, which provides besides cross GCC and GDB also the Qt headers to include and libraries to link against. In case Toradex Easy Installer is not available for your module, get your image into an SD card in a couple of clicks going to the Qt Creator top bar option Tools → Flash Boot to Qt device. With the commercial license of Qt For Device Creation, you will also get access to the QBSP - the SDK ready-to-use with Qt Creator. Qt For Device Creation Build and Deploy the Target Image įor Qt 5, one can install a Boot to Qt pre-compiled evaluation image directly from Toradex Easy Installer. Our partner, the Qt Company, can help you find the right license, therefore if you have questions consult the Qt Licensing page for details. Licenses also depend on which Qt version is used. Qt is a large framework with different licenses. Qt Debian Container for Torizon - consider using Torizon for a simplified user-experience.Partner Demo Image - Qt for Device Creation - using a pre-built evaluation image provided by The Qt Company and available on the Toradex Easy Installer online feeds.

For a developer-friendly experience you can either follow: If you starting with Qt, this article may not provide the best user experience, though it is a comprehensive source of information. Qt Creator itself can be taken from your distributions repository, or its installer downloaded at Qt website under open-source or commercial licenses.

#INSTALL QT DESIGNER HOW TO#

This article describes how to build and configure a Qt Creator development environment on Linux to cross compile Qt applications for OpenEmbedded based root file systems.

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