Datasets:

matthewdelorenzo

/

systemc-code-database-new

like 0

case 0b10101 :

case 0b10110 :

case 0b10111 :

out.write(a>>sh);

break;

default:

out.write(a<<sh);

break;

}

}

};

/*

* @ASCK

*/

#include <systemc.h>

SC_MODULE (Acc) {

sc_in <sc_int<8>> mem_data;

sc_in <bool> call;

sc_out <bool> read, write;

sc_out <sc_uint<13>> addr;

sc_out <sc_int<8>> data;

/*

** module global variables

*/

SC_CTOR (Acc){

SC_THREAD (process);

sensitive << call;

}

void process () {

while(true){

wait();

if(call.read()==1){

std::cout << "@@-_.|*^<!! STARTING ACCELERATOR !!>^*|._-@@" << endl;

operation();

}

}

}

void operation () {

// store value 10 to address 11

write_to_mem (11, 10);

// read from address 5 of memory : data=7 (this data has already stored by micro processor)

sc_int<8> a = read_from_mem(5);

// read from address 11 of memory : data=10

sc_int<8> b = read_from_mem(11);

// a + b

sc_int<8> c = a+b;

// store c to address 20 of memory

write_to_mem (20, c);

// end the acc task and begin the micro task

micro_notif();

}

/*

** notify micro processor that accelerator job is done and return back to the micro processor job

*/

void micro_notif (){

micro_acc_ev.notify();

now_is_call = false;

}

// read from memory

sc_int<8> read_from_mem (int ad) {

read.write(1);

write.write(0);

addr.write(ad);

wait(acc_mem_read_ev);

no_read_write();

wait(10, SC_NS);

return mem_data.read();

}

// write to memory

void write_to_mem (int ad, int dt) {

read.write(0);

write.write(1);

addr.write(ad);

data.write(dt);

wait(acc_mem_write_ev);