For creating devices with Qt, we offer a whole toolkit consisting of Qt libraries, pre-built but customizable software stack (Boot to Qt), value-add components and full embedded tooling around the Qt Creator IDE.
Now, It’s time to update our offering by updating the pre-built Boot to Qt software stack with the latest Qt 5.3.2 and upgrade some of the provided value-add components. Also Qt Creator IDE has been updated since our last update. To read more about the whole toolkit for creating devices with Qt see the documentation overview.
Qt 5.3.2 packs a bunch of bug fixes and improvements to functionality based on feedback and reports we have received. Qt 5.3.2 maintains backward and forward compatibility, both source and binary, with Qt 5.3.0 and the latest, 5.3.1, which was released this June. See more from the Qt 5.3.2 release blog post.
Many of our value-add components have been updated as well. The Qt Quick Compiler has gotten it’s first update, Qt Quick Enterprise Controls have been improved by adding the frequently requested Tumbler control and the Qt Virtual Keyboard is now updated to version 1.2 that provides new layouts and features.
Qt Creator IDE has also been updated with a patch release to version 3.2.2. The Qt Creator 3.2.2 patch release contains a few essential fixes for the embedded functionality on top of fixes provided by the Qt Creator 3.2.1 update from about a month ago.
Qt Enterprise Embedded provides pre-built system images for a range of popular devices, like the Nexus 7 tablets and the BeagleBone Black. With these, you can make your device “boot to Qt” and be up and running with embedded development literally within minutes. But what if you want to try a device that is not among these reference devices of Qt Enterprise Embedded? Until recently, as an evaluator, you were basically out of luck. And even with an Enterprise license, you would have to rebuild the image from scratch for your device, a process that can take some time. Now, with the recent update of Qt Enterprise Embedded, there is another option available. If your device runs a recent version of Android, it is now possible to install the Boot to Qt stack directly into the existing Android system image; in effect taking it over. We call this method Android injection. In this blog post we will show how this process works in practice. We will use a device called the ODROID-U3 as our example.
We released Qt 5.3.1 a week ago and now we’ve updated the Qt Enterprise Embedded offering as well. In addition to the Qt framework upgrade, we have developed a few new interesting features and also updated the tooling and some of the enterprise add-on features. We are especially proud about our new Android injection solution that lets you take the Boot to Qt software stack into a large variety of Android devices with little effort.
With this update we are also introducing the first Qt supported CoM, Computer-on-Module, for embedded Linux as we announce official support and pre-built binaries for Apalis i.MX6 CoM module from our Qt Technology Partner Toradex. Using the Apalis i.MX6 module from Toradex with our pre-built Qt stack, you can reduce the needed HW and SW effort enabling fast and cost-efficient creation of various embedded systems directly leveraging the state-of-the-art features of this powerful combination.
We are happy to release an update to Qt Enterprise Embedded with lots of new features based on the recently released Qt 5.3
What is Qt Enterprise Embedded?
Qt Enterprise Embedded is a full solution for creating embedded devices, with Qt Enterprise libraries, using a fully integrated development environment, along with a pre-built Qt-based software stack – called Boot to Qt.
It has been a while since our last blog post and we would like to provide a short summary of our work and our future plans.
In the meantime, we have added several interesting features such as support for WebRTC or the system clipboard. We added support for Tooltips and Find Text to the Widgets API. Also, we spent a significant amount of time expanding our APIs and verifying these by porting example applications from Qt WebKit to Qt WebEngine.
Qt WebEngine in Action
The following video shows Qt WebEngine in action on multiple platforms. Some very exciting features shown in the video include WebRTC being used for video conferencing and WebGL and CSS animations running on embedded linux. Further it also shows HTML5 Video running on an off-the-shelf embedded device.
Focusing on Embedded
Since last year, we have been working on getting Qt WebEngine running on Linux and Mac OS X. These are already running pretty well as shown in the video above. However, given the market requirements and the high number of requests received for web content on embedded platforms, we have had to slightly shift the team’s focus. Having a well performing, high-quality web engine is a key requirement for many embedded devices, and we want to cater to these with the upcoming release of Qt WebEngine. Therefore, in the past few months we have placed more emphasis on the embedded Android and embedded Linux operating systems that form part of Qt Enterprise Embedded.
It’s time for an update on Qt Enterprise Embedded – featuring Qt Creator 3.1.0, integrating new Qt Enterprise modules, connectivity improvements and a few other items we hope you will like. For Qt Enterprise Embedded, we are providing regular patch updates with bug fixes, enhancements and pre-built versions of our latest Qt Enterprise components.
Here is an overview of what we have done since last time:
Cloud-Connect Your Device
As cloud-connectivity is part of modern embedded device creation, we’ve made it even easier to integrate into Qt Cloud Services. Access to Enginio Data Storage is now provided built-in with the Qt Enterprise Embedded. Through Qt Cloud Services, you can immediately instantiate a whole cloud backend for you embedded, mobile and desktop Qt clients–all through a convenient Qt API. Together with the newly added Bluetooth support (using BlueZ) and the existing Wi-Fi and wired network support, you have everything you need for implementing Internet-of-Things, all within the reach of single technology.
For 3D visualization of data we’ve integrated the Qt Data Visualization library to the built-in offering. With the library you can create amazing and well-performing 3D visualizations using 3D bars, 3D scatters and 3D surfaces.
Embedded World 2014 was a great event and we had busy 3 days showing over 15 great Qt demos shown together with our customers and partners. So, a big thank you to everyone who joined us at Embedded World 2014! Below is just a small snippet from the three days packed full of demos, discussions, “LIVE Qt Coding” theatre sessions and a lot of networking!
We are in our second day at Embedded World 2014 (Nuremberg, Germany), the largest embedded systems show in Europe.
Together with some of our partners, KDAB, ICS, e-GITS and Adeneo Embedded, we are showcasing over 15 demos showing the power of Qt on various embedded platforms.
In the past couple of days, visitors to our booth have been looking for a quick and efficient way to develop application or devices in various embedded industries like automotive, medical, industrial automation and household appliances. Touch user interfaces are now the norm in industries where just a couple of years, fluid or graphics-intensified UIs were not hard requirements. Embedded-focused companies are looking to provide their end users with an easy-to-use, i-Phone-like and consistent user experience that also spans various form factors and operating systems. Judging the crazy traffic to our booth, Qt and the Qt Enterprise Embedded offering seems to be the hallelujah answer to the trials and tribulations many face in software development for embedded systems. Read more…
I am really excited to announce a major update to our embedded offering. The new version of Qt Enterprise Embedded brings many valuable and highly requested features available to all our embedded customers. Combined with the features of the first version, the new release sets ease and productivity of Qt development for embedded targets to a level it has never been before.
Qt Enterprise Embedded brings flexibility to embedded development for creation of beautiful, high-performing and modern UIs. With built-in, fully integrated, productivity-enhancing tools, embedded software development becomes a breeze. The pre-configured embedded development environment, pre-built Qt optimized software stack for immediate deployment to reference boards and a large set of value-add components and tools allows developers to get up and running immediately. With Qt Enterprise Embedded it is possible to have a working embedded project prototype from day one – and continue with unparalleled productivity and time-to-market throughout the project.
Highlights of the new features of today’s release include:
Qt-optimized Yocto recipes for building your own embedded Linux stack
Boot to Qt stack updated to use Qt 5.2.1
Emulator graphics performance and quality improved with GL-streaming
Qt Virtual Keyboard integrated
Qt Quick Enterprise Controls integrated
Qt Charts integrated
BeagleBone Black added as a reference device for both embedded Linux and embedded Android
WiFi networking and Ethernet connectivity support implemented for embedded Android
One of the items those who create embedded touchscreen devices with Qt often request is a good, extensible virtual keyboard. We have listened, and I am extremely happy to announce that a Technology Preview of the new Qt Virtual Keyboard is available as a value-add component for Qt Enterprise customers.
There is already a simple virtual keyboard available for Qt Enterprise Embedded, but now we are releasing a Technology Preview of a new and completely re-implemented virtual keyboard. It provides a solid base to be used in various different embedded devices, especially ones with a touchscreen user interface. Because the virtual keyboard is fully licensed under Qt Enterprise, it can easily be included into all kinds of embedded devices without concerns for 3rd party license compatibility, as well as extended with both commercial and open-source spell checkers and word prediction engines. The new virtual keyboard allows for a fully custom visual appearance. We provide two example styles with the Technology Preview: one modern and one retro style.
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