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XAMARIN STUDIO TUTORIALS HOW TO
XAMARIN STUDIO TUTORIALS INSTALL

Note that the pc register now contains a value in the 0x20xxxxxx range that indicates running from SRAM: Making your program run from SRAM does not consume FLASH rewrite cycles when downloading the program or setting breakpoints. Start debugging and wait until the breakpoint is hit.The previous binary build for FLASH mode won’t run from SRAM.Click “Change settings” and select SRAM instead of FLASH:.Right-click on the project node in Solution Explorer and select “VisualGDB Project Properties”: A value in the 0x80xxxxxx range indicates that the program is running from FLASH memory. Right-click inside it and ensure that ‘All Registers’ is enabled: Open the Registers window by pressing Ctrl-Alt-G or selecting Debug->Windows->Registers.The breakpoint will be triggered immediately and the LED will be off:

Now put a breakpoint on the first GPIO_WriteBit() line. Once the project is created, press Ctrl-Shift-B to build it:

Press “Finish” in the wizard to complete it.

VisualGDB will try running OpenOCD and will connect to it to verify that the debugging is possible:.

XAMARIN STUDIO TUTORIALS INSTALL

Select it from the list and click “Test” to automatically install the needed drivers and verify that the debug connection works: Simply plug it into the USB port and VisualGDB will automatically detect it.

The STM32F4-Discovery board includes an on-board ST-Link programmer.

The STM32F4-Discovery board contains 4 LEDs connected to PD12-PD15 pins (see board schematics for more details): To make a project that will blink the green LED connected to PD12 select “GPIOD” and “12” as the port group and number:.

Once the toolchain is selected, you will see the list of supported devices.

If the ARM toolchain is not installed yet, select “(download toolchain for arm-eabi)” instead and VisualGDB will install it automatically:

As we are building firmware for the STM32F4-Discovery board that contains ARM-based STM32F407VG microcontroller, select “ARM” on the toolchain selection page.

We recommend choosing “MSBuild” as the build subsystem:

As we are creating a firmware file without any static libraries, continue with the “embedded binary” option.

Select VisualGDB -> Embedded Project Wizard.

We will create a simple ‘blinking LED’ project, build it and step through it in debugger. You will need the following hardware and software to follow this tutorial:

XAMARIN STUDIO TUTORIALS HOW TO

This tutorial shows how to create a simple project for the STM32F4-Discovery board with Visual Studio.