![]() ![]() edk: The sub-folder with my EDK project files.base-system-v13-1: The high-level folder that uses the name of my project.You can place the workspace anywhere on your machine, but I personally like to organize my projects in a folder structure as follows: Think of the SDK workspace as a folder where you will manage the software application(s) for one particular EDK hardware design. The first thing you will be asked by SDK is what workspace to open.Open SDK by selecting “Xilinx ISE Design Suite 13.1->EDK->Xilinx Software Development Kit”.After that, the project will have been exported to SDK and you can continue. If you didn’t build the EDK project earlier, it will begin to build the bitstream which may take some time (maybe half an hour depending on your machine).In the dialog box that appears, make sure that “Include Bitstream and BMM file” is ticked and click “Export Only”.From the EDK menu, select “Project->Export hardware design to SDK”.Open EDK by selecting “Xilinx ISE Design Suite 13.1->EDK->Xilinx Platform Studio”.Note, it doesn’t have to be in C-drive and it doesn’t have to be in the ML509/Projects folder, but above this, try to use the same folder structure as we do here. If it is not already the case, you will need to copy the EDK project files into the C:\ML509\Projects\base-system-v13-1\edk folder and build the bitstream as done in the tutorial.Find the project files at the end of the tutorial here. If you didn’t do the previous tutorial about creating an EDK hardware project, you will at least need to download the project files for your specific board and build the project in EDK. Specifically, we will read the DIP switch settings and display them on the terminal screen using printfs. To keep things simple, we’ll start off with a “hello world” application and then move onto one that will communicate with our peripherals. In version 13.1, this is done using the Software Development Kit (SDK) and it is no longer “doable” in the EDK. In this tutorial, we will complete the design by writing a software application to run on the Microblaze processor. In the previous tutorial titled Creating a project using Base System Builder, we used the Embedded Development Kit (EDK) to create a hardware design composed of IP cores and a Microblaze soft processor. ![]()
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December 2022
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