Step 5: When Start_Quick_Connect is complete, a file called CLICK-ME.html will be created in the same directory. Step 4: Follow & complete all of the prompts in the command line interface. If so, see the troubleshooting section below. Note: You may receive warnings while trying to run the application. To access the location where you downloaded the binary within the WSL shell, run cd /mnt//, where is the drive where your binary is, and is the path of the binary within that drive, but with forward slashes ("\") replaced by back slashes ("/"). Windows: This must be done through the WSL shell as well. Start-Quick-Connect inside the created folder after decompressing the archive. Step 2: Download the Quick Connect setup package for the computer you will use to set up the QEMU emulated board.ĭownload Quick_Connect_QEMU-windows.圆4.zip for Windows Download Quick_Connect_QEMU-macos.圆4.zip for Mac Download Quick_Connect_QEMU-linux.圆4.zip for Linux Step 3: Unzip the Quick Connect archive, and run the file Start_Quick_Connect by directly invoking it through a terminal, i.e., running. Windows: In a WSL/Ubuntu shell, run sudo apt install qemu-system. Install Homebrew (or if you have it installed already), then do brew install qemu. Mac: You are able to get QEMU through Homebrew. If you are on Ubuntu, do sudo apt install qemu-system. Linux: depending on your Linux distro, you maybe able to get QEMU through your system's package manager. Step 1: Download QEMU and include the qemu-system-arm emulator in your shell's path (i.e., which qemu-system-arm produces a valid path). Opening up this application will automatically open a WSL/Ubuntu shell. The easiest way to open an WSL shell, if you followed the official Microsoft instructions, is to search for the "Ubuntu" application on your desktop. After you have installed WSL, make sure you are completing all steps below in a WSL shell. ![]() ![]() Follow the official Microsoft instructions to install WSL. Windows prerequisite: All steps here must be run in Windows Subsystem for Linux. STM32U5 Arm Cortex-M33 MCU w/ TrustZone & TF-M.i.MX RT1060 Arm Cortex-M7 MCU & EdgeLock SE050.
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