This tutorial explains the manner to deploy cross-platform projects made with the Qt framework to macOS Operating Systems using macdeployqt.
Set up the environment
- operating system information (macOS)
This tutorial explains the manner to deploy cross-platform applications made with the Qt framework (Qt Widgets or Qt Quick/QML) to mobile phones or tablets running Android. This article uses Qt Creator running on Windows Operating System as the tool for deployment.
Android is a mobile operating system based on a modified version of the Linux kernel and other open source software, designed primarily for touchscreen mobile devices such as smartphones and tablets.
Set up the necessary environment
On the Development machine (host)
- operating system (Windows OS)
This tutorial explains the manner to deploy cross-platform projects you made with the Qt framework ( Qt Core, Qt Widgets, and Qt Quick alike) to Windows Operating Systems using the Qt Installer Framework.
Set up the environment
- operating system information (Windows OS)
This tutorial explains the manner to deploy cross-platform projects you made with the Qt framework ( Qt Core, Qt Widgets, and Qt Quick alike) to Windows Operating Systems using windeployqt.
Set up the necessary environment
- operating system information (Windows OS)
This tutorial explains the manner to deploy cross-platform projects you made with the Qt framework ( Qt Core, Qt Widgets, and Qt Quick alike) to Windows Operating Systems by adding manually the required Qt library dependencies.
Set up the necessary environment
- operating system information (Windows OS)
This tutorial explains the manner to deploy cross-platform projects you made with the Qt framework ( Qt Core, Qt Widgets, and Qt Quick alike) to Linux Operating Systems using the Qt Installer Framework.
Set up the necessary environment
- Operating System information
In this article, I am going to walk you through the process of setting up the Yocto Project to fetch the necessary content and build an Embedded Linux distribution supporting the GStreamer framework. Furthermore, I shall provide you with command-line examples to test-run the ability of GStreamer to run various sorts of multimedia.
Introduction
Gstreamer is an open-source multimedia framework that can be used to build all kinds of media applications (e.g. media playback, streaming, editing). The framework is designed to simplify the handling of video and audio or both simultaneously.
GStreamer works on with all major operating systems like Linux, Windows, Android, OS X, iOS. It may run on all major hardware architectures including x86, ARM, MIPS, SPARC. …
This tutorial explains the manner to deploy cross-platform projects you made with the Qt framework ( Qt Core, Qt Widgets, and Qt Quick alike) to Linux Operating Systems using linuxdeployqt
I used this environment for these demonstrations
Operating System information
There will be times when you want to enable certain hardware peripherals early in the execution of your Embedded programs.
It takes an amount of time for your little embedded device to load the Root File System until you have the operating system running. Just before the root file system is set up, you can still “order” your embedded device to do stuff you want by modifying the U-Boot program.
My example uses Beaglebone Black as an embedded device of choice. …
What is needed to boot Linux on an embedded device such as Beaglebone Black?
- ROM Boot Loader (RBL)
It is a small memory that runs on the SOC. The very first piece of code to run on the SOC when you power the Board. This is written by the vendor (hence it can not be changed) and it is stored in the ROM section of the SOC. The job the ROM Boot Loader is to load and execute the 2nd stage boot loader which is the SPL/MLO.
2. Secondary Program Loader (Memory LOader)
Its job is to load and execute the 3rd stage boot loader such as U-boot.
3. U-boot
The job of the 3rd stage boot loader is to load and execute the Linux Kernel. …
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