suppliesfere.blogg.se - Atollic truestudio dark theme

#Atollic truestudio dark theme generator
#Atollic truestudio dark theme software
#Atollic truestudio dark theme download

This is all added to the project when created. Again this appears to be something most micro controller manufacturers are doing these days.

#Atollic truestudio dark theme software

The tool embeds a series specific software platform which includes an STM32 abstraction layer to provide an API for accessing the STM32 peripherals. Modifying the demo project to do something It should build successfully with no errors and no warnings.

Select “Rebuild all target files” from the Project menu to rebuild the entire project.

The only MCU shown appear is the “STM32F401RET”.

Type “STM32F401RET” into the search box.

Select “Select Device for Target…” from the Project menu.

Open Keil uVision and then load your newly generated project.

Select the “MDK-ARM” as the desired tool chain.

Enter a project name and choose a suitable location to save the generated files.

#Atollic truestudio dark theme generator

Start the code generator by clicking the gear icon in the tool bar.

Save the project settings by either clicking the disk icon in the tool bar.

You should have FREERTOS, RCC, SYS, and USART2 all enabled. AHB Prescaler should be divide by 1, APB1 should be set to divide by 2 and APB2 divide by 1. The System Clock Mux should be set to PLLCLK resulting in a SSYCLK of 84 Mhz. M divide by 16, *N multiply by 336, /P divide by 4.

The clock source should be the 16 MHz HSI RC resonator connected through the PLL Source Mux. The default configuration should be fine. Set both the High and Low Speed Clocks to “Crystal/Ceramic Resonator”.

Expand “USART2” by clicking on the “+” next to it.

Hovering over these peripherals should show more information. Some peripherals may have symbols next to them indicating there is currently a conflict or issue with them. These pins are are used by USART2 which by default has no mode configured. Other pins such as PA2 and PA3 are coloured orange. Also PC13 which is connected to the blue push button. Example PA5 the GPIO pin LED LD2 is connected. You will notice that some of the pins have already been assigned signals.

The main window will now show a diagram of your chosen MCU along with the supported peripherals.

Since we will be using the ST32NucleoF401RE board then it’s far simpler just to select it from the “Board Selector” tab.

You can use the drop down boxes to narrow your search or simply check the peripherals you require under the “Peripheral Selection” pane and only MCUs supporting those peripherals will be shown. You can select your processor you wish to use.

Launch STM32CubeMX and you will be greeted with something similar to that show above.

#Atollic truestudio dark theme download

Download and install STM32CubeMX from the link here.Since FreeRTOS is a middleware option we will use that as well. I’ll keep the project simple and in keeping with recent projects we will simply toggle the LED. I found few areas where I came slightly unstuck which was not necessarily any fault of the tool but with configuring the resulting project.Īs a quick guide I intend going through creating an example project with STM32CubeMX and running it on the STM32Nucleo development board. The tool is fairly intuitive but like any other tool there is always a learning curve. Texas Instruments have their Pinmux utility, Renesas have their Appilet tool and ST are no exception with their offering for the STM32 range STM32CubeMX. It seems most manufacturers these days offer some form of graphical code generation tool. With today’s microcontrollers becoming more and more advanced and offering multiple functionality it can often take a substantial amount of time just getting up and running. STM32CubeMX is a graphical software configuration tool that allows you to generate initialization code using a graphical wizard. So continuing my adventure with the new STM32Nucleo development board I began playing around with the STM32CubeMX code generator today.