Once the compilation is completed, you should see the compilation summary When you have specified all of your settings, select Compile.įigure 5: Compile Simulation Libraries: Compile. To do so, select the Overwrite the current pre-compiled libraries check box.įigure 4: Compile Simulation Libraries: Compile Xilinx IP and Overwrite the current Recompilation of libraries already present in the output directory. When cleared, only the basic simulation libraries are compiled. You can change that behavior by clearing the Compile Xilinx IP check box. The path to the C/C++ compiler required for building SystemC IP cores.įigure 3: Compile Simulation Libraries: paths to compiled libraries, simulatorīy default, all the IP modules available in the Vivado IP Catalog are selected for compilation. Provide the path to the directory containing the avhdl.exe file in theĪctive-HDL installation directory. Under the Compiled Library Location, select the directory where you want Select the desired language and libraries.įigure 2: Compile Simulation Libraries: Simulator, Language and Library selection. The Compile Simulation Libraries will open. Go to Tools | Compile Simulation Libraries.įigure 1: Accessing the Compile Simulation Libraries. Using the Compile Simulation Libraries Wizard You can find detailed description of these libraries in the following document: With these tools, you canĬompile all IP core libraries included in the Vivado IP Catalog and the following basic Wizard that simplifies compiling simulation libraries. You can either use the compile_simlib command or the Compile Simulation Libraries This application note assumes that you have Xilinx Vivado Design Suite 2023.1 or laterĪnd Active-HDL 14.0 or later properly installed and licensed. You can either use pre-compiled simulation libraries provided by Aldec (libraries can beĭownloaded from Aldec's website) or you can compile them yourself in the Xilinx Vivadoĭesign Suite and then attach the compiled libraries into Active-HDL. You should attach the proper simulation libraries. Thus,īefore performing simulation of the design that contains Xilinx components in Active-HDL, That describes the functionality of the component to ensure proper simulation. When you instantiate a component in your design, the simulator must reference a library Vivado Design Suite to be used in Active-HDL. This document describes how you can compile simulation libraries in Xilinx Despite the April date, the version I installed was built in mid December.Compiling Xilinx Vivado Simulation Libraries for Active-HDL Introduction I notice that after downloading 2017.4 on Tuesday I'm already getting notifications of software updates. The Vivado installation is littered with cruft from testing, duplicate files, etc. It takes a little over 100 lines of shell script to write a bullet proof installer and about the same amount to write a bullet proof uninstall. I instrumented the scripts to log when they ran and there were some that got run a ridiculous number of times. Some people write entire operating systems in fewer lines. It had 30,000 lines of installation scripts! I told MathWorks I didn't know whether to laugh or cry. I ran into problems installing it at work on Solaris about 20 years ago. The only thing I can think of to compare to Vivado is MATLAB. But there is a lot of electronics related software which only runs on Windows and is not coming to *nix any time soon. I only recently condescended to use Windows for anything other than corporate email.
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