When Xilinx SDK openopens, you should:
1) Set the repositories for device driver of custom block used in SDK Microblaze project
2) Create an "Hardware Platform Specification
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3) Create a Board Support Package Project
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Project
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title | New Xilinx Board Support Packages |
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- select "standalone" for "Board Support Package OS" and "standalone_bsp_0" for the "Project name"
- a new pop-up will appear "Board Support Package Settings"
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- after this you should click "standalone" and set "stdin" and "stdout" to "rs232" or "debug_module"
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Demo program (running on MicroBlaze) will work even in case the UART port is left unconnected: it is not necessary to use a USB/Uart converter or Uart port on a PC, if you are using XMD UART HDL block. |
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title | BSP rs232 or debug_module |
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- after this you should click drivers to verify that all Microblaze components are supported by the driver in the repository C:\XilinxProject\TE-EDK-IP; click "OK" and the pop-up should dissapears;
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title | BSP drivers for Microblaze components |
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reference-TE0300_hw_platform"
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3) Create a "Board Support Package Project" "standalone_bsp_0"
4) Recreate the "Application Project" "demo"
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title | "standalone_bsp_0" Project References |
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- click "OK";
- after this, you should wait until the SDK compile the added files (C-Build [standalone_bsp_0]) and a message 'Finished building libraries' appears
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4) (Re)Create the "Application Project" demo
- You should click "File" >"New" > "Project"
- a pop up "New Project" will appears
- click "Xilinx" > "Application Project", then next
- a new pop up "New Project Application Project" will appear;
- you should set the value of parameters as in the image below
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title | ApplicationProject demo creation |
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- after this clik "Finish"
- a new pop-up will appears "New Project Templates"
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- in this case select "Empty Apllication" under "Available Templates"
- click "Finish"
- a new "Application Project" named "demo" will be created in the "Project Explorer"
- now you should click the "demo" folder in "Project Explorer" and select "Project References"; ?????????????????????????????????????????????
- now you should assure that "reference-TE0300_hw_platform" and "standalon_bsp_0" are both checked; if their box are not already checked, you should check them now;
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title | Project References checking |
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- now the contents of "Project Explorer" should be this one below
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title | Application Project "demo", BSP and reference hardware checked |
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- now you should copy the contents of the original demo (all .c and .h files from "TE0xxx-Reference-Designs\reference-TE0xxx\SDK\SDK_Workspace\demo\src" already moved in the temporary folder "C:\demo_src_TE") inside the folder "C:\XilinxProject\reference-TE0xxx\SDK\SDK_Workspace\demo\scr" as already do in the figure above;
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title | Application Project "demo" created and original .c and .h file are moved inside src subfolder |
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- now you should select "src" folder in "Project Explorer" > "demo", right click and select "Refresh"; in this way the .h and .c files will appears under the "src" folder of "Project Explorer"
- now you should select "demo" folder in "Project Explorer", right click and select "Refresh";
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title | Refresh the Application Project "demo" |
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- now you should select (left click) "demo" folder in "Project Explorer";
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title | Select "demo" project |
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- now you should click "Xilinx Tools" and then click "Generate linker script";
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title | Generate linker script for application project "demo" |
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- a pop-up "Generate a linker script" will appears; click "Generate";
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- the pop-up will close and "lscript.ld" file will be (re)written in "src" subfolder of "demo"
- after this, you should wait that building (compile and linking) procedure ends ("Finished Building: demo.elf.elfcheck" in Console C-build [demo])
5) Download the bitstream and the elf file.