In the next post we will see how to flash and debug code on these ARM based boards. We don’t need to do nothing for anything else, since Code Completion tab will be filled automatically.Īnd that’s it, we can now use Netbeans to develop for ARM based boards. Then add the correct path to the binaries for C/C++ and very important for the ARM debugger: Just go to Tools->Options->C++ and press the Add button: Then we need to add the ARM toolchain to the available C++ Tools Collection. The labs are still using NetBeans 8.2, so that is the one I recommend that you download to your. If it fails searching for it, just download it from the GDBServer Plugin home page and install it manually. Be sure to download a version of Netbeans that includes Tomcat. Open a Command Prompt running as administrator: Go to Start button > All Programs > Accessories Right click Command Prompt Select Run as administrator. If the installer is on a CD, Copy the EXE file for the Netbeans 6.5.1 installer onto your hard disk. Now we can logout and logon again to assume the new user group and path.Īfter starting up NetBeans, I’m using the latest version 8.2 (at the date of this post), we select Tools->Plugins and try to search and install the gdbserver plugin. Ensure that the JDK is already installed. Replace pcortex on the usermod command with your user name. On ARCH Linux it goes more or less like this:Ĭp /usr/share/openocd/contrib/les /etc/udev/rules.d So regarding OpenOCD we need to do the installation and some configurations first: Netbeans by itself won’t be able to flash code on the processor. OpenOCD is a tool that will allow to flash the ARM processors and also allow to debug code. We can now test the ARM toolchain installation by calling, for example the command: arm-none-eabi-gcc -v arm-none-eabi-gcc -vĬOLLECT_LTO_WRAPPER=/opt/ARM/gcc-arm-none-eabi-6_2-2016q4/bin/./lib/gcc/arm-none-eabi/6.2.1/lto-wrapperĬonfigured with: /tmp/jenkins-GCC-6-build. To the new path to be globally available we have to logout and login again, but we won’t do that right now. bashrc file at our home directory:Įxport PATH=$PATH:/opt/ARM/gcc-arm-none-eabi-6_2-2016q4/binĪnd then execute the following command for assuming the new setting, on the current terminal window: Tar xvf ~/Downloads/gcc-arm-none-eabi-6_2Īdd now the ARM toolchain to your path, by editing the. In my case I downloaded the latest available version for Linux 64 bit.Ĭreate a working directory, in my case I just created /opt/ARM and unzip the toolchain there. So I’ve bought some STM32F103 ARM Cortex based boards, and for starting building software for them these are the steps:ĭownload the ARM toolchain from ARM GNU Toolchain. The instructions, excluding the ARCH Linux specific pacman commands, should be the same for any Linux platform. My quick notes for setting up Netbeans, OpenOCD for ARM cortex processor development on Arch Linux.
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