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#Qt creator latest version how to
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For a commercial embedded product you might want to look at Yocto (3) or boot2qt (4), which may be more suitable for an embedded Linux. You will need to have Linux running on your embedded system, in this case a Raspberry Pi. There are several choices for operating systems on the Raspberry Pi. We'll assume you are running the Raspbian Linux distribution as it is the most popular and recommended Linux for the Raspberry Pi. Get a Linux Image Running on the Target System I won't go over configuring Qt Creator for native desktop development as it is covered in the documentation, and in many cases it will automatically detect your installed Qt version and compiler and be ready to go the first time you fire it up. Make sure your Qt Creator installation works for native development using a native Qt version running on your desktop, as this is a prerequisite to extending it to work for embedded development.

#Qt creator latest version Offline

There is also an offline Qt installer that includes all of the components and doesn't require any additional downloads. Of course, you can also build Qt Creator from source code.

#Qt creator latest version install

You can choose to either install Qt Creator on its own or use the online installer, which will allow you to install Qt and Qt Creator based on your selection of components. You can download precompiled versions of Qt Creator from or. A number of useful features were added in the version 4 series, so I highly recommend you use at least version 4.0.0. The latest version at the time of writing is 4.0.3, with a 4.1.0 version in beta. To begin, you need to have the Qt Creator IDE up and running on your desktop development system. Test the configuration and begin embedded development.

Get a Linux image running on the target system.

Development will be on an Ubuntu Linux desktop using Qt 5.7.0 and Qt Creator 4.0.3. For this exercise I'm using a Raspberry Pi 3 running the Raspbian Linux distribution. I'll outline the procedure to get an embedded development environment up and running, including the commands used and configuration screen shots. The steps would be similar for other boards, such as a BeagleBone Black. It is a popular and low-cost board that can be used for embedded applications. That was an excellent suggestion, so here they are.įor this example, I'll use the Raspberry Pi platform.

#Qt creator latest version how to

In our recent Qt For Beginners webinar series (2) it was suggested we present detailed instructions showing how to configure Qt Creator for a common embedded board. It's free, well documented (1), and actively developed.Ĭonfiguring Qt Creator for embedded development is sometimes a stumbling block for our Qt training students and consulting customers. It provides good support for developing for embedded systems, including cross-compiling, deploying to a target system, debugging and profiling. While it is not the only option, Qt Creator is the integrated development environment (IDE) of choice for Qt.