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Open Help -> About Plugins. Find category Device Support and check BareMetal.
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Open Tools -> Options.
- Go to Devices -> Bare Metal. Then Click Add button and select OpenOCD. USe all settings on default.
When using Startup Mode as "No Startup" you will have to start OpenOCD server befor on-chip debugging.
If you don't like to start it every time you should set it to "Startup in Pipe Mode"
or "Startup in TCP/IP Mode"
In this window there is need to enter path to OpenOCD executable file and script directory.
Here we use settings for STM32F4DISCOVERY board from STMicroelectronics. If you use another board you should specify your custom configuration file. - Go to Devices -> Devices. Add new device by clicking in Add button.
Select Bare Metal Device and click Start Wizard
Select OpenOCD as GDB server provider and click finish
As result all of this you create new Device
- Go to Build & Run -> Debuggers. Click Add button and fiil in settings for new Debugger as shown on picture.
Do it if you going to use manually downloaded and compiled arm gdb with python support.
If you decide to use gdb from gcc toolchain set path to arm-none-eabi-gdb-py:
- Go to Build & Run -> Compilers. Create a new GCC compilers for C and C++. Call them as "ARM GCC" and "ARM G++" respectivly. For path use "/usr/bin/arm-none-eabi-gcc". Set "ABI" to arm-unknown-unknown-unknown-32bit.
If you decide to use dowloaded gcc toolchain from launchpad do as follows:
- Go to Build & Run -> Kits. Add a new kit. Call it ARM Bare Metal.
Device type: Bare Metal Device
Device: point to the Device you have created with it's OpenOCD/St link GDB server
Compiler: ARM GCC and ARM G++
Debugger: ARM GDB
Qt Version: None
Finally it should look like this
