Using ChibiStudio
This documentation will cover the installation of ChibiStudio, ugfx and st-linkV2 for mikromedia STM32F4 board. But, if you use another board/programmer it's should be working with some modifications. For the moment, ChibiStudio is only available for Windows. If you want to install it on Linux or OSX please refer to the official site of chibios.
Installation
ST-LinkV2
First of all, you need to install the Windows drivers for the programmer.
Download the official STM32 ST-LINK utility form ST web site.
ST use a two page download step. After you have click on the link bellow, a new page is open. Go on the down the page and click on download.
At the end of the installation, a wizard will as you to install the drivers (may be twice). Please install it or you won't be able to transfer a program on the board.
ChibiStudio
Please download the last version of ChibiStudio with the link here : ChibiStudio
For this documentation, we have use the version : ChibiStudio_Preview11.7z
The package is a self-extracted folder that will contain all you need in one folder. Be careful, you need absolutely to extract the file into the root of you C drive.
Then after the extraction you need to have a folder like :
c:\chibistudio
ugfx
For the installation of ugfx, please note that we strongly encourage you to use the git repository. If you have already git installed, download it like this :
- start a git command prompt
- c:
- cd chibistudio
- git clone https://bitbucket.org/Tectu/ugfx.git ugfx
But for this documentation, we will use this direct link.
Extract the content of the archive on the c:\chibbistudio.
You need to extract the contain of the archive in chibistudio folder.
Then after the extraction, you need to have a folder like :
c:\chibistudio\ugfx_release_23_150516
For best practice, and to be easier to remember, rename the folder ugfx. Then after the folder rename you should have :
Congratulation, you have finished the installation process. Now you need to do some customization because the board is not officially supported by chibios.