Change Build action to Build, load and run to automatically download the generated hex file, stm32f746gdiscovery_gettingstarted.hex, on to the connected STM32 Discovery board. The green LED (LD1) is driven by GPIO Pin D13 on the STM32F746G Discovery.Ĥ. Go to Hardware Implementation > Hardware board and select STM32F746G Discoveryģ. After receiving the hex values i need to trnsmit these value through the CAN controller. the actual task was to to receive hex data from terminal like 0圆6, 0x55, 0x44, 0x23, 0x11, 0xaa, 0xbb, 0xcc via UART. Open the Modeling tab and press CTRL+E to open Configuration Parameters dialog box. So, finally i was able to find out the solutions. This model has been configured for the STM32F746G-Discovery board.Ģ. In this task, you will configure a simple model to run on the STMicroelectronics STM32F746G-Discovery board automatically.ġ. Task 2 - Configure the model for automatic load and run of the generated code on STM32F746G-Discovery Board You can also run the download utility command ('-f board/stm32f4discovery.cfg', 'stm32f4discovery_gettingstarted.hex') from the MATLAB command prompt to load and run the generated hex file. Observe that the green LED turns ON for 0.5 second and switches OFF for 0.5 second periodically.ġ0. # Successful completion of build procedure for model: stm32f4discovery_gettingstartedĩ. stm32f4discovery_gettingstarted.elf: Success # Open telnet port for communication with openOCD server. # Launching openOCD server "C:\MATLAB\SupportPackages\R2015aPrerelease\openocd-0.8.0\bin\openocd-0.8.0.exe" -f board/stm32f4discovery.cfg: Success C:\Users\rkandur\AppData\Local\Temp\tp4d4ce2b8_bgl-rkandur\stm32f4discovery_gettingstarted_ert_rtw>exit /B 0
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