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H scmodulemodnm channel instances submodule instances

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Unformatted text preview: ; //File: *.h SC_MODULE(mod_nm) { channel* instances submodule* instances SC_CTOR(); processes }; //File: *.cpp mod_nm::process() { …… } //File: *.cpp SC_HAS_PROCESS(mod_nm); Separation mod_nm::mod_nm() { constructor } mod_nm::process() { …… } ECEN 468 Lecture 20 More flexible 5 SystemC Time Resolution All objects of sc_time use a global time resolution Default 1 picosecond sc_time sc_get_time_resolution(); sc_set_time_resolution(double, sc_time_unit); //Change only once //before creating objects of sc_time and simulation ECEN 468 Lecture 20 6 Dynamic vs. Static Processes Static processes o SC_THREAD and SC_METHOD o Established in the elaboration phase Need for dynamic processes o Design verification Chapter 7, “SystemC: From the Ground Up” ECEN 468 Lecture 20 7 sc_spawn Use a pre-processor macro o #define SC_INCLUDE_DYNAMIC_PROCESSES Or, compile with option o -DSC_INCLUDE_DYNAMIC_PROCESSES Spawned process o Either a module member function or a global function o May have up to 8 arguments and a return value o Thread process by default Invoke spawned process using sc_spawn and sc_bind ECEN 468 Lecture 20 8 Example of sc_spawn class imodule: public sc_module { public: sc_signal clock_sig; SC_HAS_PROCESS(imodule); imodule(sc_module_name nm):sc_module(nm) { SC_THREAD(run); } void spawned_th(bool value) { cout << "spawned with value: " << value << endl; } void run() { sc_spawn( sc_bind(&imodule::spawned_...
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