December 6, 2014 in C++, News, Programming, Qt by admin
As you might have heard, the upcoming Qt 5.4 release delivers a new Android style. This blog post explains what it means in practice for different types of Qt applications.
Earlier it has been possible to get native looks for Qt Widgets applications on Android with the help of Ministro, a system wide Qt libraries installer/provider for Android. In Qt 5.4, selected parts of Ministro source code have been incorporated into the Android platform plugin of Qt. This makes it possible for Qt applications to look native without Ministro, even though applications wishing to use services provided by Ministro will continue to do so. In other words, Qt Widgets applications will look native regardless of the deployment method; system wide or bundled Qt libraries. Read the rest of this entry →
July 25, 2013 in Android, Qt, Tutorial by admin
There is a nice article by Eskil Abrahamsen Blomfeldt on the digia qt blog explaining the anatomy of a Qt5 Android application.
Some of the areas discussed are a general overview of major parts composing a Qt5 Android application, a description of the Android application launcher and some insights about how QtCreator sets up the application and also some information about the Qt part of the entire puzzle.
Also, the entire startup of the application is described quite in detail and also the various deployment methods which can be used.
For more information and the entire article, please follow this link.
February 15, 2013 in News by admin
With Windows 8, Microsoft introduced a new platform, the Windows Runtime. On the desktop, the operating system provides 2 modes:
Classic mode: This mode shows the familiar Windows desktop known from Windows 7 (with the exception of the start menu), in which traditional applications using the Win32 API run. No modifications are required for Qt 4 or Qt 5-based applications to run in this mode.
Modern UI (formerly known as Metro mode): This is a new type of user interface intended for tablet and phone UIs on which Windows Store Apps run. These applications use a new API called Windows Runtime, which is based on the Component Object Model (COM). A similar API exists on Windows Phone 8.
Research work on how to port Qt 5 to use Windows Runtime was started by Andrew Knight from Digia and is visible in the winrt branch of the qtbase repository. Recently, further contributions by Kamil Trzciński were added to it (check out his blog). Now, with Qt 5.0 out of the door, we would like to kick off this platform port. This completes our cross-platform offering in addition to the ports for the widely used Android and iOS platforms.
For more information go here.