On the Sparkfun ESP32 Thing board used in this tutorial the LED is connected to pin #5: On the Sample Selection page pick the LEDBlink sample and enter the pin number where your LED is connected.
#Visualgdb 5.4 install#
If it is not shown in the wizard, install it via Tools->VisualGDB Package Manager. If it is not installed, VisualGDB will download and install it automatically. On the next page select the ESP32 toolchain.On the first page proceed with the default MSBuild subsystem and click “next”:.Start Visual Studio and open the VisualGDB Embedded Project Wizard:.Once you get basic debugging to work, follow this tutorial to get started with the new advanced ESP-IDF project subsystem. Note: VisualGDB 5.4 supports the new advanced ESP-IDF project subsystem that delivers better development experience than MSBuild-projects shown in this tutorial. The assembled JTAG debugging setup for the ESP32 Thing board looks as follows:īefore you begin, install VisualGDB 5.2 or later. If you are using a different ESP32 board, consult your board schematics to find the pin numbers corresponding to the signals listed above. In order to use JTAG with ESP32 you will need to connect the following pins to your JTAG programmer: Pin name on ESP32 chip
#Visualgdb 5.4 how to#
We will show how to build, program and debug a basic ESP32 program over JTAG on the Sparkfun ESP32 Thing board.
The rest of the steps shown in this tutorial will still work.
Please use the Advanced ESP-IDF Project Subsystem instead. Warning: The MSBuild-based ESP32 projects are deprecated since VisualGDB 5.4. This tutorial shows how to develop projects for the Espressif ESP32 chip using Visual Studio, VisualGDB and the new ESP-IDF framework.
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