nerates C initialization code that matches the user’s choices. In addition, it can also automatically download the corresponding embedded software. This delivers a high-value service for developers by saving time normally spent configuring the microcontroller and overcoming resource conflicts. Unlike some competing tools, STM32CubeMX is not dedicated to a proprietary development environment and instead allows developers to create code for independent IDEs such as ARM/Keil MDK-ARM, IAR EWARM or GCC-based IDEs.
STM32Cube also provides embedded software packages for individual STM32 series. The latest package for STM32F1 devices has recently been added, and any future STM32 families, including the STM32 F7 series that goes into production later this year, will benefit from STM32Cube support upon introduction.
Each embedded software package comprises a hardware abstraction layer (HAL) with fully portable APIs, checked using Grammatech CodeSonar® for optimum code quality and reliability, as well as closely integrated middleware that eliminates the complex task of assessing dependencies between individual software components. In addition, a built-in automatic update mechanism relieves the burden of checking software status.
Items of middleware include the open-source TCP/IP stack (LwIP), FreeRTOS with CMSIS-RTOS wrapper, open-source FatFS file system, ST’s USB Host and Device library, ST’s touch-sensing library and ST’s STemWin professional graphics stack. These are provided on business-friendly terms such as BSD open-source licenses, or proprietary licenses for software developed and supported by ST.
The embedded software packages come with large numbers of examples and demonstrations targeted at ST development boards including Evaluation Boards, Discovery Kits, and the latest STM32 Nucleo-boards line.
STM32Cube comprising STM32CubeMX and series-specific embedded software is available immediately, free of charge, directly from www.st.com/stm32cube.
