- Atollic truestudio gdb debugger manual#
- Atollic truestudio gdb debugger full#
- Atollic truestudio gdb debugger code#
- Atollic truestudio gdb debugger free#
I suspect that the ST supplied HEX file might have been compiled with more debugging information. Interestingly enough, the converted HEX file is about 17 kB smaller than the pre-compiled project demonstration file in the binary folder. HEX file onto the STM32F4-Discovery board. Now we can use the ST-LINK utility to upload the. STM32F4-Discovery_FW_V1.0.1\Project\Demonstration\TrueSTUDIO\STM32F4-Discovery_Demo\Debug To convert the ELF file to HEX, use the command below:
Atollic truestudio gdb debugger full#
The full Ronetix tool chain can be downloaded from here. Object ExplorerĪfter some searching, I found that Ronetix ARM toolset contains arm-elf-objcopy which can be used for such conversion. Unfortunately, the lite version does not seem to provide such a conversion utility.
![atollic truestudio gdb debugger atollic truestudio gdb debugger](https://i.ytimg.com/vi/NTbYX4Pin_g/maxresdefault.jpg)
So we will need to first convert the target from ELF to Intel HEX.
Atollic truestudio gdb debugger code#
To upload the compiled code onto the STM32F4 board, we will need the STM32 ST-LINK utility.Ītollic TrueSTUDIO builds the project target into ELF format which cannot be uploaded to the development board directly. Atollic TrueSTUDIO also integrates with ST-Link GDB server, which makes debugging within the IDE very easy (see screenshot below) Debugging STM32F4 Using Atollic Having used it extensively with C++ and Java projects, setting up the demo project is pretty straight forward. The IDE is based on the popular open source Eclipse development environment. So the Atollic IDE is the pretty obvious choice for me.
Atollic truestudio gdb debugger free#
Atollic truestudio gdb debugger manual#
STM32F4 BoardĪccording to the user manual (UM1467), the following IDEs have native support for STM32F4-Discovery board: Since I have not used any ARM MCU before, I decided first to use the recommended tool chain to get myself started. The STM32F4 is an ARM Cortex-M4 processor with DSP and FPU instructions. So I setup the required development environments and did a quick test.
![atollic truestudio gdb debugger atollic truestudio gdb debugger](http://i.stack.imgur.com/Nhuwf.png)
i created a new project, compiled it successfully and tried to debug it. Uncheck "Disable C++ exception handling" i try to get the IDE running but fail to debug my application on the STM32 Value Line Disco Board.Select your target hardware (STM32F401RE in my case).
![atollic truestudio gdb debugger atollic truestudio gdb debugger](https://www.ti.com/diagrams/atollic_atollic_large.jpg)
File -> New -> C++ Project -> Static Library -> Embedded C++ Library.Git clone the latest CppUTest release ( ).