这是一个简单的SystemC程序案例,它模拟了一个简单的加法器: ```c++ #include <systemc.h> SC_MODULE(Adder) { sc_in<int> a; sc_in<int> b; sc_out<int> sum; SC_CTOR(Adder) { SC_CTHREAD(sum_proc, a_changed); async_reset_signal_is(a_changed, false); } void sum_proc() { while...
write(count); } }; // main.cpp #include <systemc.h> #include "counter.h" int sc_main(int argc, char *argv[]) { sc_signal<bool> clk; sc_signal<bool> reset; sc_signal<int> count_out; Counter counter("counter"); counter.clk(clk); counter.reset(reset); counter.count_out(count...
start,stop,reset;sc_out<bool>carry;sc_out<sc_uint<5>>counter;sc_signal<bool>en;voidreset();voidcount();voidstartcount();voidstopcount();SC_CTOR(clk_counter){SC_METHOD(reset);// asynchronous reset port !
默认重置密码的方式是用户发送重置密码的请求后，发送重置密码的链接到用户的邮箱里面，如下图所示，用户...
In the constructor of the example is the following statement: watching(reset.delayed() == true); This statement specifies that signal reset will be watched for this process. If signal reset changes to true then the watching expression will be true and the SystemC scheduler will halt execution...
(monitor); 89 sensitive << data << reset << inv << out; 90 } 91 }; 92 93 int sc_main (int argc, char* argv[]) { 94 sc_clock clock ("my_clock",1,0.5); 95 96 signal_bind object("SIGNAL_BIND"); 97 object.clock (clock.signal()); 98 sc_trace_file *wf = sc_create_...
virtual void reset() = 0; }; class read_if : virtual public sc_interface { public: virtual void read(char &) = 0; virtual int num_available() = 0; }; class fifo : public sc_channel, public write_if, public read_if { public: fifo(sc_module_name name, int size_) : sc_channe...
sc_in<bool> reset; //active high, synchronous Reset input sc_in<bool> enable; //Active high enable signal for counter sc_out<sc_uint<4>> counter_out; //4bit vector output of the counter // other } Module Signals 用于模块内进行通信,可以是任何合法的数据类型。
sc_signalreset; sc_clock clock("CLOCK", 100, 0.5, 0.0); Test_Counter TestBench("TestBench"); TestBench << clock << reset; Counter DUT("ThreeBit"); DUT << reset << data << clock; sc_clock::start(-1); return 0; } #include "systemc.h" ...
sc_signal<bool>enable; 12 sc_signal<sc_uint<4>>counter_out; 13 inti=0; 14 // Connect the DUT 15 first_countercounter("COUNTER"); 16 counter.clock(clock); 17 counter.reset(reset); 18 counter.enable(enable); 19 counter.counter_out(counter_out); ...