Simulator Configuration Guide for Synopsys Models

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Chapter 10: Using SystemC with Synopsys ModelsSimulator Configuration GuideUsing DesignWare Memory Models withSystemCDesignWare Memory Models (DWMM) are SWIFT-compatible binary simulationmodels that have an _mx extension (model_mx.)To use DWMM models with SystemC, follow this procedure:1. Run the scsg utility to generate SystemC wrappers for the models you will use inyour design.To generate wrappers, enter the model names (separated by spaces) as arguments toscsg:% $LMC_HOME/bin/scsg model model2For each specified model, this creates the wrapper files model.h and model.cppwithin the working directory.The scsg command also includes two optional switches:❍ -a or --all: Generates wrappers for all installed models.❍ -r or --resolved: Generates wrappers using resolved logic vectors (typesc_signal_rv) for the model port interface. The default is togenerate a port interface using the sc_logic type for single bitports, and type sc_lv for bus ports.2. Instantiate the model in your design using the model wrapper model.h file as aguide:❍❍❍Include the header file for each DWMM model in your design.Example: #include “model.h”Assign values to the model’s DWMM SWIFT parameters (model configurationparameters).If needed, bind the model’s ports to system level signals.The model.h wrapper file includes an example of instantiating the model withdefault values for the required model configuration parameters. For details on therequired DWMM parameters and an example of instantiating an DWMM model inSystemC, see “Using DesignWare Memory Models with SWIFT Simulators” onpage 29 and “Instantiating DesignWare Memory Models in SystemC” on page 35.264 Synopsys, Inc. October 6, 2003
Simulator Configuration GuideChapter 10: Using SystemC with Synopsys Models3. Modify your SystemC build environment to compile and link the models in yourdesign, and to link in the runtime support library:a. Add the following to the list of include directories used by your compiler:• The location of the model.h wrappers generated in step 1.• $LMC_HOME/includeExample: $CC -I$LMC_HOME/include -Imodel_wrapper_dir...b. Modify the list of source files compiled for your design to include themodel.cpp file generated in step 1 for each model in the design.Example: $CC -c model.cpp...c. Add the following to the list of objects files linked into your design’sexecutable:• Each of the model interface objects compiled in step 3b.• The SWIFT SystemC interface library:– On Solaris: $(LMC_HOME)/lib/sun4Solaris.lib/libscswift.a– On Linux: $(LMC_HOME)/lib/x86_linux.lib/libscswift.aExample: $LD... $(LMC_HOME)/lib/sun4Solaris.lib/libscswift.a model.cpp...4. Compile your SystemC design.5. Link your SystemC executable.6. Run your SystemC executable.October 6, 2003 Synopsys, Inc. 265
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Simulator ConfigurationGuide for Sy
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PrefaceSimulator Configuration Guid
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Chapter 1: Using Synopsys Models wi
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Chapter 2: Using VCS with Synopsys
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Chapter 3: Using ModelSim Verilog w
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Chapter 4: Using ModelSim VHDL with
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Chapter 5: Using NC-Verilog with Sy
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Chapter 6: Using NC-VHDL with Synop
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Chapter 7: Using QuickSim II with S
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Chapter 8: Using Scirocco with Syno
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Chapter 9: Using VERA with Synopsys
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Page 268 and 269: Appendix A: Using LMTV with Synopsy
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