Link the generated library to your existing SystemC system.

Include the generated header file of the generated SystemC component into main.cpp:

#include "sc_sg_wrapper_MySystem.h"

Instantiate the generated SystemC component:

sc_sg_wrapper_MySystem mySystem("mySystem");

If your generated system contains components that can load application files, such as CPUs, load the application files into them:

mySystem.load_application_file("cpu0", "myApplication.elf");

where cpu0 is the instance name of a CPU in the Fast Models system.

If required, set parameters for the configurable components of the Fast Models system. For example, to set parameter PAR of component instance cpu0 to value true:

mySystem.set_parameter("cpu0.PAR", true);

Setup the simulation frequency of the Fast Models system, in Hz:

mySystem.set_frequency(1000000000);

The parameter value must be the same frequency as the master clock connected to the system.

Setup the execution quantum of the Fast Models system:

mySystem.set_global_quantum(0.001);

For this example, the Fast Models system runs for 100 ticks before SystemC wait() is called.

Bind the master port and slave ports (exports) of the generated SystemC component to the other components in the SystemC system. Because the generated ports are native SystemC ports, binding the ports works in the same way as between all other SystemC components.