int sc_main (int, char *[]) {
sc_clock clock;
sc_signal<bool> reset;
sc_signal<bool> input_valid;
sc_signal<int> sample;
sc_signal<bool> output_data_ready;
sc_signal<int> result;
stimulus stimulus1("stimulus_block");
stimulus1.reset(reset);
stimulus1.input_valid(input_valid);
stimulus1.sample(sample);
stimulus1.CLK(clock);
fir_top fir_top1 ( "process_body");
fir_top1.RESET(reset);
fir_top1.IN_VALID(input_valid);
fir_top1.SAMPLE(sample);
fir_top1.OUTPUT_DATA_READY(output_data_ready);
fir_top1.RESULT(result);
fir_top1.CLK(clock);
display display1 ( "display");
display1.output_data_ready(output_data_ready);
display1.result(result);
sc_start();
return 0;
}
int sc_main (int, char *[]) {
sc_clock clock;
sc_signal<bool> reset;
sc_signal<bool> input_valid;
sc_signal<int> sample;
sc_signal<bool> output_data_ready;
sc_signal<int> result;
stimulus stimulus1("stimulus_block");
stimulus1.reset(reset);
stimulus1.input_valid(input_valid);
stimulus1.sample(sample);
stimulus1.CLK(clock);
fir fir1( "process_body");
fir1.reset(reset);
fir1.input_valid(input_valid);
fir1.sample(sample);
fir1.output_data_ready(output_data_ready);
fir1.result(result);
fir1.CLK(clock);
display display1 ( "display");
display1.output_data_ready(output_data_ready);
display1.result(result);
sc_start();
return 0;
}
int sc_main (int argc , char *argv[]) {
sc_clock clock;
sc_signal<bool> reset;
sc_signal_bool_vector stim1;
sc_signal_bool_vector stim2;
sc_signal_bool_vector stim3;
sc_signal_bool_vector stim4;
sc_signal<int> stim5;
sc_signal<bool> input_valid;
sc_signal_bool_vector result1;
sc_signal_bool_vector result2;
sc_signal_bool_vector result3;
sc_signal_bool_vector result4;
sc_signal<int> result5;
sc_signal<bool> output_valid;
if_test if_test1 ( "process_body",
clock,
reset,
stim1,
stim2,
stim3,
stim4,
stim5,
input_valid,
result1,
result2,
result3,
result4,
result5,
output_valid
);
stimulus stimulus1 ("stimulus",
clock,
reset,
stim1,
stim2,
stim3,
stim4,
stim5,
input_valid);
display display1 ("display",
clock,
result1,
result2,
result3,
result4,
result5,
output_valid);
sc_start();
return 0;
}
int sc_main (int argc , char *argv[]) {
sc_clock clock;
sc_signal<bool> reset;
sc_signal<int> stimulus_line1;
sc_signal<unsigned int> stimulus_line2;
sc_signal_bool_vector stimulus_line3;
sc_signal_bool_vector stimulus_line4;
sc_signal_bool_vector stimulus_line5;
sc_signal<bool> input_valid;
sc_signal<bool> output_valid;
sc_signal<int> result_line1;
sc_signal<unsigned int> result_line2;
sc_signal_bool_vector result_line3;
sc_signal_bool_vector result_line4;
sc_signal_bool_vector result_line5;
output_valid = 0;
stimulus stimulus1("stimulus_block",
clock,
reset,
stimulus_line1,
stimulus_line2,
stimulus_line3,
stimulus_line4,
stimulus_line5,
input_valid);
not_1 not1 ( "process_body",
clock,
reset,
stimulus_line1,
stimulus_line2,
stimulus_line3,
stimulus_line4,
stimulus_line5,
input_valid,
result_line1,
result_line2,
result_line3,
result_line4,
result_line5,
output_valid);
display display1 ( "display",
clock,
result_line1,
result_line2,
result_line3,
result_line4,
result_line5,
output_valid);
sc_start();
return 0;
}
int sc_main (int argc , char *argv[]) {
sc_clock clock;
sc_signal<bool> reset;
sc_signal_bool_vector2 stimulus_line1;
sc_signal_bool_vector2 stimulus_line2;
sc_signal_bool_vector3 stimulus_line3;
sc_signal_bool_vector3 stimulus_line4;
sc_signal<bool> input_valid;
sc_signal<bool> ack;
sc_signal<bool> output_valid;
sc_signal_bool_vector2 result_line1;
sc_signal_bool_vector2 result_line2;
sc_signal_bool_vector3 result_line3;
sc_signal_bool_vector3 result_line4;
stimulus stimulus1("stimulus_block",
clock,
reset,
stimulus_line1,
stimulus_line2,
stimulus_line3,
stimulus_line4,
input_valid,
ack);
datatypes datatypes1( "process_body",
clock,
reset,
stimulus_line1,
stimulus_line2,
stimulus_line3,
stimulus_line4,
input_valid,
result_line1,
result_line2,
result_line3,
result_line4,
ack,
output_valid);
display display1( "display_block",
clock,
result_line1,
result_line2,
result_line3,
result_line4,
output_valid);
sc_start();
return 0;
}
int sc_main (int argc , char *argv[]) {
sc_clock clock;
sc_signal<bool> reset;
sc_signal_bool_vector stim1;
sc_signal_bool_vector stim2;
sc_signal_bool_vector stim3;
sc_signal<bool> input_valid;
sc_signal_bool_vector result1;
sc_signal_bool_vector result2;
sc_signal_bool_vector result3;
sc_signal<bool> output_valid1;
sc_signal<bool> output_valid2;
sc_signal<bool> output_valid3;
balancing balancing1 ( "process_body",
clock,
reset,
stim1,
stim2,
stim3,
input_valid,
result1,
result2,
result3,
output_valid1,
output_valid2,
output_valid3
);
stimulus stimulus1 ("stimulus",
clock,
reset,
stim1,
stim2,
stim3,
input_valid);
display display1 ("display",
clock,
result1,
result2,
result3,
output_valid1,
output_valid2,
output_valid3
);
sc_start();
return 0;
}
int sc_main(int argc , char *argv[]) {
sc_clock clock;
sc_signal<bool> reset;
sc_signal<int> stimulus_line1;
sc_signal_bool_vector stimulus_line2;
sc_signal<bool> input_valid;
sc_signal<bool> ack;
sc_signal<bool> output_valid;
sc_signal<int> result_line1;
sc_signal_bool_vector result_line2;
// initialization to fix regressions - ali
output_valid = false;
stimulus stimulus1("stimulus_block",
clock,
reset,
stimulus_line1,
stimulus_line2,
input_valid,
ack);
decrement decrement1( "process_body",
clock,
reset,
stimulus_line1,
stimulus_line2,
input_valid,
ack,
result_line1,
result_line2,
output_valid);
display display1( "display_block",
clock,
result_line1,
result_line2,
output_valid);
sc_start();
return 0;
}
int sc_main (int argc , char *argv[])
{
//Trace file
vcd_trace_file *output_debug;
//Signal AND3
sc_signal<bool> e1;
sc_signal<bool> e2;
sc_signal<bool> e3;
sc_signal<bool> s;
sc_clock clock;
//Trace file
output_debug = (vcd_trace_file*) (sc_create_vcd_trace_file("./wave/waveform"));
//Binding
stimulus stimulus1("stimulus1");
stimulus1.e1(e1);
stimulus1.e2(e2);
stimulus1.e3(e3);
stimulus1.clock(clock);
and3 and3_module("and3_module");
and3_module.e1(e1);
and3_module.e2(e2);
and3_module.e3(e3);
and3_module.s(s);
display display1("display1",output_debug);
display1.and3_e1(e1);
display1.and3_e2(e2);
display1.and3_e3(e3);
display1.and3_s(s);
display1.clock(clock);
//Simulation
sc_start(100, SC_NS);
sc_close_vcd_trace_file(output_debug);
return 0;
}
int sc_main (int argc , char *argv[]) {
sc_clock clock;
sc_signal<bool> reset;
sc_signal<bool> out_valid;
sc_signal<bool> in_valid;
sc_signal<int> result;
sc_signal<int> in_value;
while_datatypes while_datatypes1 (
"process_body",
clock,
reset,
in_valid,
in_value,
out_valid,
result
);
stimulus stimulus1 (
"stimulus",
clock,
reset,
in_value,
in_valid
);
display display1 (
"display",
clock,
result,
out_valid
);
sc_start();
return 0;
}
int sc_main (int argc , char *argv[]) {
sc_clock clock;
sc_signal<bool> reset;
sc_signal<int> stimulus_line1;
sc_signal_bool_vector stimulus_line2;
sc_signal<bool> input_valid;
sc_signal<bool> output_valid;
sc_signal<int> result_line1;
sc_signal_bool_vector result_line2;
stimulus stimulus1("stimulus_block",
clock,
reset,
stimulus_line1,
stimulus_line2,
input_valid);
increment increment1 ( "process_body",
clock,
reset,
stimulus_line1,
stimulus_line2,
input_valid,
result_line1,
result_line2,
output_valid);
display display1 ( "display",
clock,
result_line1,
result_line2,
output_valid);
sc_start();
return 0;
}
int sc_main (int argc , char *argv[]) {
sc_clock clock;
sc_signal<bool> reset;
sc_signal_bool_vector stimulus_line1;
sc_signal_bool_vector stimulus_line2;
sc_signal<long> stimulus_line3;
sc_signal<int> stimulus_line4;
sc_signal<short> stimulus_line5;
sc_signal<char> stimulus_line6;
sc_signal<char> stimulus_line7;
sc_signal<bool> input_valid;
sc_signal<bool> ack;
sc_signal<bool> output_valid;
sc_signal_bool_vector result_line1;
sc_signal_bool_vector result_line2;
sc_signal<long> result_line3;
sc_signal<int> result_line4;
sc_signal<short> result_line5;
sc_signal<char> result_line6;
input_valid = 0;
output_valid = 0;
stimulus stimulus1("stimulus_block",
clock,
reset,
stimulus_line1,
stimulus_line2,
stimulus_line3,
stimulus_line4,
stimulus_line5,
stimulus_line6,
stimulus_line7,
input_valid,
ack);
datatypes datatypes1( "process_body",
clock,
reset,
stimulus_line1,
stimulus_line2,
stimulus_line3,
stimulus_line4,
stimulus_line5,
stimulus_line6,
stimulus_line7,
input_valid,
ack,
result_line1,
result_line2,
result_line3,
result_line4,
result_line5,
result_line6,
output_valid);
display display1( "display_block",
clock,
result_line1,
result_line2,
result_line3,
result_line4,
result_line5,
result_line6,
output_valid);
sc_start();
return 0;
}