The Human Interface Device (HID) class specification allows designers to create USB-based devices and applications without the need for custom driver development. Their high levels of on-chip integration and robust USB interfaces make Silicon Laboratories microcontrollers ideal devices for HID designs. 1.1. About this Document

Installation and setup Eclipse, STM32CubeMX under Windows (v2). Manual was updated due to changes from previous version of CubeMX. How to setup IDE for STM32 MCU, with Eclipse, STM32CubeMX, GNU ARM Embedded, GNU ARM Eclipse Plugins. STM32CubeMX for make and gcc Using the STM32CubeMX code generator with gcc and make the quick and dirty way Project motivation The manufacturer of my favourite microcontrollers offers a new code generation tool: the STM32CubeMX.This is a nice tool to generate the initialization code for the STM32F microcontrollers. You can use stm32cubemx to generate projects for you. This will include linker script and drivers. In cubemx you pick the IDE you want it to generate a project for. Among those that can run on Linux is Truestudio and SWSTM, which is STMs IDE. They're both eclipse-based and are very similar though SWSTM is specific to STM. This tutorial uses the following equipment: - NUCLEO-F072RB Board - Keil uVision 5 with the necessary packages for Nucleo boards installed - STLink USB Driver - STM32CubeMX - 74HC595 shift register chip - (Oscilloscope to analyse the signal) STM32CubeMX Generating the config. files from STM32CubeMX. 1. Open STM32CubeMX and open a new project. Create a STM32CubeMX project, configure pins, peripherals and MiddleWare, then edit project settings as follows: (choose SW4STM32 instead of TrueStudio in the picture below) STM32CubeMX project settings. Make sure the Tool/IDE selection is TrueSTUDIO 4.3.1 (as of STM32CubeMX 4.6.0), and note down the "Toolchain Folder Location". RIP Tutorial. en English (en) Francais free IDE on Windows, Linux and OS X. It has been built by AC6 and ava