Then build it with Ctrl-Shift-B: The first build will fail due to an error in the ASSERT() statement. Press Finish to complete creating your project.Press “Test” to verify that the connection to the board works:.If you have connected your MSP432 LaunchPad via USB and are using the latest OpenOCD package, VisualGDB will automatically detect and select the corresponding programming interface: Ensure that the interface is recognized as XDS110, not the generic CMSIS-DAP, that would be much slower.If you want to use a different port, you can change it here: According to the MSP432 LaunchPad schematics, a red LED is connected to port PIO1.0 which is the default choice when creating a VisualGDB project. The MSP432 package provides only one sample – LEDBlink. The next page of the wizard allows selecting the sample project.Once the package is downloaded and installed, press “Next” to proceed with the default settings:. On the next page select the ARM toolchain and pick the MSP432P401R device from the list: If this is the first MSP432 project created on this machine, VisualGDB will suggest automatically installing the MSP432 package.Proceed with the default choice of creating a new binary:.Start Visual Studio and open the VisualGDB Embedded Project Wizard:.Before you begin, please install VisualGDB 5.0 or later and update your OpenOCD package to the latest version using the Embedded Tools Manager. This tutorial shows how to create a basic “Blinking LED” program for the MSP432 LaunchPad evaluation board.
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