![qt creator remote development qt creator remote development](https://doc-snapshots.qt.io/qtcreator-master/images/qtcreator-boot2qt-device-configurations.png)
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. 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.
![qt creator remote development qt creator remote development](https://doc.qt.io/QMLLive-5.12/images/creator_tool.png)
Qt For Device Creation: a commercial offering that provides the Qt development framework for multiple embedded platforms.In order to have a Qt enabled target device image and SDK, it is possible to go with one of the following options: At last, this SDK must be configured in Qt Creator in order to build and deploy applications in your target module. Once Qt Creator is installed in the host machine, it is necessary to have a Qt-enabled target device image as well as a built Software Development Kit (SDK). Visit the Qt Creator Manual for further information about the IDE and its features according to the given license. Sudo apt install qtcreator qt5-doc qt5-doc-html qtbase5-doc-html qtbase5-examples 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. 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. The debugger will stop immediately if an error occurs or if a breakpoint is reached.Is this page helpful? How to set up Qt Creator to cross compile for embedded Linux Introduction
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You can set breakpoints as you can see in the picture above. Working directory is the case file of your OpenFOAM test case. To start the debugging you will have to chose Menu → Debug → Start Debugging → Start and Debug External ApplicationĪs excecutable you can choose your own solver binary which should be stored in /home/'USER'/foam/'USER-XX'/applications/bin/linu圆4GccDPDebug/Ĭommand line Arguments could be something like > debugrun.log which will pipe the output to a textfile called 'debugrun.log' in your working directory Using only wmake will work for several OF installations after sourcing ( source /opt/openfoam2XX/etc/bashrc ) the terminal and starting qtcreator from the shell. You should see the OpenFOAM paths and variables as they are shown in the picture for extend-3.1.1.Ībove the build environment are the settings for the make and clean command. To ensure that gdb knows the environment variables, you could start qtcreator via the terminal, typing qtcreator. Qtcreator is a frontend for gdb as debugging software. For detailed instructions on how to install the debug version of OpenFOAM, please check out the page Installing OpenFOAM debug version. Preliminary requirements: Please note that this section assumes you already have a working build of OpenFOAM debug version installed on your computer.