![]() The great thing is, you can add extra configurations such as the gcc and gcc-debug to your eclipse project configurations. You’re really done now, your eclipse setup can now handle the uVision dev toolchain. This time goto Add, select Archive and select the MDKEclipsePlugIn.zip In Eclipse goto Help->Install New Software ![]() You can get the MDKEclipsePlugIn.zip under the eclipse folder of the Keil MDK installation folder. In the update site, enter: update site: – Īlternatively click add and enter the address: In eclipse, goto Help->Install New Software UVision MDK plugin – which allows you to debug and flash the device using the uVision backend. RealView ARM Plugin – this installs the ARM Toolchain options Run eclipse, you’ll want to download two plugins for Eclipse: ![]() Unzip Eclipse into a directory of your choice and install Java Runtime. You’ll also need to download the Java version which too matches your OS architecture. If you’re running Win7 64bit, get the 64bit version. Make sure you get the right bit version for your computer. If I just comment out the defination for swi0 in the rtxconfig.c, and then compile the project using uvision 4, there are lots of compilation and linking errors. however, for uvision 4, I opened a sample project by ARM, there is NO defination for swi0. This tutorial assumes you’ve already installed uVision. for uvision 3, there is a defination for swi0 in this file for the project. It crashes randomly and it’s quite fussy on the Java versions. I also found Eclipse to be a bit flakey at times. ![]() You might want to use Keil’s uVision IDE, but I personally find the editor a bit lacking. There are quite a few reference resources out there already, but here is my take on it.ĪRM Dev board such as the STM32F4DISCOVERY which has a STM32F427
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