![atollic truestudio stm32f4 project atollic truestudio stm32f4 project](http://vedder.se/wp-content/uploads/2012/04/cropped-BLDC_brd_screencapture.jpg)
The only way to utilize its full features.
ATOLLIC TRUESTUDIO STM32F4 PROJECT SERIES
STM32F4xx Series of MCU are based on ARM Cortex M4 core, To work withĬores like this, you need to have some third party libraries, that is The system, this board has some interesting peripheral to work with. Along with Micro controller at the heart of He board comes mounted with STM32F407VG Microcontroller chip on it,
![atollic truestudio stm32f4 project atollic truestudio stm32f4 project](https://i1.wp.com/www.alexwhittemore.com/wp-content/uploads/2011/11/stm32f4_discovery.jpeg)
![atollic truestudio stm32f4 project atollic truestudio stm32f4 project](https://doc.embedded-wizard.de/images/stm32f429-discovery-1.png)
When everything is OK, after a short time, the debugging perspective should open. Select the correct Debug probe (ST-Link when using a Nucleo board) with SWD Interface.įrom the Atollic main window, start the debugger by clicking the Debug button. Then, review settings in the Debugger tab. Both C/C++ Application and Project fields should be populated with project binary file (.elf) and project name: Review the new configuration settings, starting with the Main tab. In the Debug Configurations dialog, select Embedded C/C++ Application category and click the New Launch Configutation button. With the project beeing selected, click the Configure Debug button.