One friend recommended I determine the location in which the desired text file is located, type 'gcc filename.c', enter, type './a.out', and then the program should run. I am now familiar with the text editor, but do not know how to compile/run my code (apologies if I'm butchering the terminology, again, a newby). I have Windows 10 with the newest version of Visual Studio Code (VSC) with the Run Code Extension and git extension (not sure what git does, but VSC prompted me to install). I have some experience with MatLab, but I understand it is very different from C. To do so add those command as part of the setup commands array as follows.I am very new to coding (trying to teach myself C).

You can execute additional commands to get your board into a proper state for debugging, often you need to halt and then reset the board at the beginning of a session. 'text': '-file-exec-and-symbols Nucleo_blink_led.elf', In the “setupCommands”, you can remove the documentation link section (leaving it is not harmful).

'miDebuggerPath': 'C:\Program Files (x86)\Microsoft Visual Studio\Internal\Enterprise\Linux\gcc_arm\bin\arm-none-eabi-gdb.exe',

$\BUILD\Nucleo_blink_led.elf',Ĭhange the miDebuggerPath to point to the full path to arm-none-eabi-gdb.exe.

In this preview some of the environment variables emitted are not working yet, you will need to substitute these with the values needed.

We are providing as many defaults and hints as we can to help you. There are many ways to debug these kinds of devices so what you fill in here will be specific to your board, the hardware debugger and its associated software that provides a gdbserver interface. This will create a launch.vs.json that has many options expressed that are relevant for embedded debugging. In the dialog that pops up select C/C++ Debug microcontroller (gdbserver). Now after you have built your binary and flashed the device, right click on the binary output and select Debug and Launch Settings. To add them, edit the makefile under the tools and flags section and add the -g flag for the GCC and G++ commands like the below. In the case of the GCC projects exported from the ARM online compiler, they do not. This overview of debugging capabilities follows from the setup for getting started ARM cross compilation and will be integrated there as an addendum.įirst, it is important to ensure your output has debugging symbols. With 15.6 Preview 2, we are adding support for debugging. We introduced support for ARM GCC cross compilation in Visual Studio 2017 in the 15.5 release.

Visual studio code c++ gcc