基于F1系列用cubemx制作stm32f205rb BSP

发布于 2019-10-19 18:13:30 浏览：1906 订阅该版

* 本帖最后由 charlown.cai 于 2019-10-19 18:10 编辑 *

rt-thread上的STM32虽然没有F2系列的BSP，但芯片同样也是coretx-M3架构，正好手头上有微雪电子的stm32f205rb板子，就基于F1系列的BSP开始修改。

前期准备
STMCUFinder
cubemx
Rt-thread v3.13

cubemx里面f2固件更新到最新
下载安装好Keil.STM32F2xx_DFP.2.9.0.pack
 
![Core205R-3.jpg](/uploads/201910/19/175403r3boezolbbxsp4ow.jpg)![finder.jpg](/uploads/201910/19/175404zckvav3kcjp7qcvn.jpg)![cubemx.jpg](/uploads/201910/19/175404m61cnm56zrcxifrc.jpg)![fw.jpg](/uploads/201910/19/175404tzqjb3zcl4fow4ot.jpg)![stm32f2dfp.jpg](/uploads/201910/19/175404lp2pz50ax5oxsd1b.jpg)

step1:
从stm32\libraries\templates里面复制stm32f10x并改名为stm32f20x，清空board\CubeMX_Config里面的文件![step1.jpg](/uploads/201910/19/175656w6p13l7nvf1wuffg.jpg)step2:STMCUFinder里面选中stm32f205rb双击自动执行cubemx。选用uart1, usb device,开中断，配置好clock，起好项目名并生成代码，再把生成的代码项目文件剪切到上一层，重新打开cubemx的项目，这样以后重新生成的代码文件目录不会改变。

![step2_1.jpg](/uploads/201910/19/180138r2687y24zygybgee.jpg)![step2_2.jpg](/uploads/201910/19/180139eeeajc6w88cctbn8.jpg)![step2_3.jpg](/uploads/201910/19/180139xtrtpwaxututzwrh.jpg)![step2_4.jpg](/uploads/201910/19/180139lvtb4if2ooafosm9.jpg)![step2_5.jpg](/uploads/201910/19/180139vr0ebdzy0fhze6ce.jpg)![step2_6.jpg](/uploads/201910/19/180139k2nccxnsczwh1y21.jpg)step3:复制main中的SystemClock_Config覆盖board.c中的SystemClock_Config修改board.h的flash, sram，头文件修改同目录下的Kconfig(SOC_STM32F205RB, SOC_SERIES_STM32F2), SConscript(F1-->F2)
![step3_1.jpg](/uploads/201910/19/180426rsa55eem8maeseac.jpg)![step3_2.jpg](/uploads/201910/19/180426ag3nzwgnwcjjcq9f.jpg)![step3_3.jpg](/uploads/201910/19/180426r46u8efldcwr6fwi.jpg)![step3_4.jpg](/uploads/201910/19/180426qc6md3mgde9mj9ba.jpg)
step4:
在stm32\libraries下新建目录STM32F2xx_HAL，将上面cubemx生成的代码drivers下的驱动库复制到STM32F2xx_HAL里面，SConscript脚本就复制F1的好了，修改SConscript的内容，注意的是F2没有xx_cec.c和xx_gpio_ex.c。修改stm32\libraries下的Kconfig，添加SOC_SERIES_STM32F2。回到stm32\stm32f20x目录，修改目录下的SConstruct脚本中的stm32_library在此目录下开启env，menuconfig配置好保存， scons 重新生成项目，打开project会发现已经添加好F2库，options选stm32f205rb。编译发现drv_dma.h报错，UART1_CONFIG undefined报错drv_dma.h添加SOC_SERIES_STM32F2，在stm32\libraries\HAL_Drivers\config下新建f2目录，将f1的文件复制到f2；回到stm32\libraries\HAL_Drivers下修改drv_config.h；再编译drv_uart报错,修改drv_usart.h添加SOC_SERIES_STM32F2。编译无误，下载固件顺利运行。
![step4_1.jpg](/uploads/201910/19/180720dz9jcawerdjxcea1.jpg)![step4_2.jpg](/uploads/201910/19/180720qpphs8h1q99qbb1u.jpg)![step4_3.jpg](/uploads/201910/19/180720c5r767hnovooh33z.jpg)![step4_4.jpg](/uploads/201910/19/180720k9o116lqdlubpc9r.jpg)![step4_5.jpg](/uploads/201910/19/180720a1xcp99rzc81xz6n.jpg)![step4_6.jpg](/uploads/201910/19/180720sei4qyz4olpllwl1.jpg)![step4_7.jpg](/uploads/201910/19/180721z5odfrihzo9w33fl.jpg)![step4_8.jpg](/uploads/201910/19/180721aaz484rgz292ga8t.jpg)![step4_9.jpg](/uploads/201910/19/180721ws2sff8n7qsuy4qn.jpg)![step4_10.jpg](/uploads/201910/19/180721pkgohocittg3kbbj.jpg)step5:修改stm32f20x\board下的Kconfig，加入BSP_USING_USBD_FS；在stm32\libraries\HAL_Drivers\config，从f4复制usbd_fs_config.h到f2，并修改上一层的drv_config.h
menuconfig选好 USB device --> win usb，scons重新生成项目，可以看到已经有了rt_usbd库，编译无误，下载运行。插上USB显示rtt win usb，注意cubemx里面NVIC要开启USB 中断。
![step5_1.jpg](/uploads/201910/19/180945rl6nk8qnv698lhqv.jpg)![step5_2.jpg](/uploads/201910/19/180945ynse0zyffr884eux.jpg)![step5_3.jpg](/uploads/201910/19/180945yw0rg0qhhyy4g4d7.jpg)![step5_4.jpg](/uploads/201910/19/180945fmdrfj4y4j34z8zc.jpg)![step5_5.jpg](/uploads/201910/19/180945q7k7eldsoqpl7dop.jpg)![step5_6.jpg](/uploads/201910/19/180946atfmt7w9zqqw7vga.jpg)