Developing firmware for EFM32 devices with Visual Studio
This tutorial shows how to develop firmware for the EFM32 devices with Visual Studio and VisualGDB. Before you begin, install
Developing Raspberry Pi Pico Projects with Visual Studio
This tutorial shows how to create, build and debug a basic project for the Raspberry Pi Pico device (RP2040) using
Creating Embedded CMake Projects with VisualGDB
This tutorial shows how to create, build, debug and edit Embedded CMake projects with VisualGDB. We will create a basic
Advanced
- Tracing Cheat Sheet: Measuring Precise Intervals
- CMake Presets
- Target/Item Templates in Advanced CMake Projects
- Live Tracing with VisualGDB
- Viewing large CSV files interactively with VisualGDB
- RefactorScript Language Description
- Troubleshooting long CMake object paths (CMAKE_OBJECT_PATH_MAX)
- Importing MSBuild Property Sheets
Embedded Projects
- Optimizing STM32 USB High-Speed Performance with Tracing
- FLASH Hotpatching Support
- Semihosting and Standard Output for Embedded Projects
- Profiling Raspberry Pi Pico Projects with VisualGDB
- Embedded/Live Code Coverage
- Preparing PicoSDK projects for PIO debugging
- Using OpenOCD with VisualGDB
- Debugging Raspberry Pi Pico via SWD
- Stack and Heap Layout of Embedded Projects
- Advanced Embedded CMake Project Structure
- Organizing BSPs and Other Shared Files for Embedded Projects
- Startup Code Debugging Workaround
- Memory Explorer Window
- Troubleshooting Common OpenOCD Problems
- Common problems with GPDSC files generated by STM32CubeMX
- Build Systems for Embedded Projects
- Live Variables / Live Watch
- Choosing a Debug Method
- Editing Hardware Register Definitions
- OpenOCD Transport Selection
- Typical STM32 Project Structure
General
- Using Static Code Analyzers with VisualGDB
- Managing Python Installations
- Customizing Tool Window Behavior
- Unresponsive GDB Commands
- Managing Syntax Highlighting Colors
- Configuring Proxy Server for VisualGDB
- GDB Session window
- Importing Projects into VisualGDB
- Building Embedded Firmware with Visual Studio
- VisualGDB Toolchains
- Libraries and Other Linker Inputs
- IntelliSense and Code Formatting Settings
- Specifying the relative path of debugged application
- VisualGDB Project Variables
- VisualGDB Environment Syntax
Linux
- Debugging Graphical Linux Applications (X11)
- Installing SSH server on Linux machines
- Linux Debugger Settings
- Synchronizing Sysroot
- Troubleshooting Windows Subsystem For Linux (WSL)
- Managing source cache
- Building Advanced CMake for Linux Targets
- VisualGDB Path Mapping
- Automatic Source File Downloading
- Linux Project Overview
- Supported Linux Boards
Troubleshooting
- Viewing Package Installation Log
- Troubleshooting Keil Toolchain Issues
- MPU Interfering with Tracing
- Resetting VisualGDB Settings
- Troubleshooting MEF Cache Issues
- Troubleshooting Missing Header File Issues
- Troubleshooting Configuration Issues in Renesas RA Projects
- Resolving Invalid Source Paths from GDB
- Troubleshooting Mbed Python Errors
- Troubleshooting XSCT issues
- Troubleshooting GDB Break-in Problems
- False Positives from Antivirus Software
- Troubleshooting Corrupt Toolchains
- Obtaining Diagnostic Output
- Installing VisualGDB Manually
- Troubleshooting Common Installation Errors