Click "Download," select the open source license, and download the Qt installer. Worst case scenario, you can grab Qt off the Qt official website. Sudo dnf install qt5-qtbase-devel qt5-qtsvg-devel qt5-qtwebengine-devel qt5-linguist qt5-qtwebsockets-devel Installing Qt using the official installer On Debian-like systems, the following command installs the minimal recommended dependencies for compiling scsynth and supernova: BeagleBone Black: README_BEAGLEBONE_BLACK.md.There are dedicated READMEs in this repository for building on particular embedded Linux platforms: ncurses: Required for sclang's CLI interface.libreadline >= 5: Required for sclang's CLI interface.Linux kernel >= 2.6: Required for LID support.libudev: Device manager library, required for HID support.ALSA: Linux sound library, required for sclang MIDI support.git: Required for sclang's Quarks system.It's best to get the latest Qt 5.x version. Qt >= 5.7 with QtWebEngine and QtWebSockets: Cross-platform GUI library, required for the IDE and for sclang's Qt GUI kit. To build the servers without Avahi, use the NO_AVAHI=ON CMake flag. libavahi-client: For zero-configuration networking.To build the servers without X, use the NO_X11=ON CMake flag. libxt: X toolkit intrinsics, required for UGens such as MouseX.These packages are required by default for scsynth and supernova, but the components that require them can be disabled with flags: libjack: Development headers for the JACK Audio Connection Kit.cmake >= 3.12: Cross-platform build system.SuperCollider guarantees support for gcc >= 6.3 and clang >= 3.9. These are strict requirements for scsynth and supernova: $ sudo ln -s /usr/lib/aarch64-linux-gnu/tegra/libGL.so libGL.Building SuperCollider on Linux Build requirements Note: If you are running a version of L4T 24.X before 24.2.1, you may encounter errors associated with a soft link issue with the Mesa OpenGL drivers. Getting Qt Creator up and running on the Jetson TX1 requires a couple of tricks, but fortunately we were able to figure them out. $ sudo apt-get install qt5-doc qt5-doc-html qtbase5-doc-html qtbase5-examples -y In the video, the standard Qt examples were loaded for demonstration purposes. Qt Creator is now ready for development, make sure that the JetsonTX1 Kit is selected when creating a new project. In the video, a new Kit called ‘JetsonTX1’ is created and set to be the default. This means that you can find the Desktop kit configuration file and manually modify it, or you can create a new Kit all together. The ‘ Desktop‘ kit appears to have an issue with setting the compiler. The third and final step is to add a kit which supports the GCC compiler. Then save the modifications by clicking ‘Apply’ Change the setting to:Ĭustom – arm – linux – generic – elf – 64 bit As shown in the video, remedy this issue by modifying the ABI section of the GCC compiler dialog. When GCC is added to the compiler list, it does not set the processor architecture flag correctly. Here’s the where the first issue comes into play. On a standard installation the path is: /usr/bin/gcc. In the ‘Compiler path:’ text box, place the path to the gcc compiler. Open Qt Creator, and go to:Ĭlick the ‘Add’ button and select ‘GCC’. Sudo apt-get install qt5-default qtcreator -y Installationįirst, install Qt Creator from the repositories. Some folks have reported issues installing Qt 5.5 on the TX1, so I revisited the installation we had done for the Jetson TK1. There are a couple of tricks to installing Qt Creator on the Jetson TX1 from the Ubuntu repositories. The Jetson TX1 is flashed using JetPack 2.3.1 and is running L4T 24.2.1. Note: This article is about installing Qt Creator 3.3.1 for Qt 5.5.1 on a Jetson TX1. Here we have a short article on installing Qt Creator on the NVIDIA Jetson TX1.
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