void simulator_main(int argc, char** argv)
{
init_knobs(argc, argv);
// trace driven simulation
read_trace_file();
init_structures();
run_a_cycle();
}
void simulator_main(int argc, char** argv)
{
init_knobs(argc, argv);
// trace driven simulation
read_trace_file();
/** NEW-LAB2 */ /* just note: passing main memory pointers is hack to mix up c++ objects and c-style code */ /* Not recommended at all */
memory_c *main_memory = new memory_c(); // /** NEW-LAB2 */
init_structures(main_memory); // please modify run_a_cycle function argument /** NEW-LAB2 */
run_a_cycle(main_memory); // please modify run_a_cycle function argument /** NEW-LAB2 */
}
void simulator_main(int argc, char** argv)
{
init_knobs(argc, argv);
// trace driven simulation
read_trace_file();
/** NEW-LAB2 */ /* just note: passing main memory pointers is hack to mix up c++ objects and c-style code */ /* Not recommended at all */
memory_c *main_memory = new memory_c(); // /** NEW-LAB2 */
init_structures(main_memory); // please modify run_a_cycle function argument /** NEW-LAB2 */
/*LAB 3*/
if(KNOB(KNOB_USE_BPRED)->getValue())
{
use_bpred=true;
bpred_type type=(bpred_type) KNOB(KNOB_BPRED_TYPE)->getValue();
unsigned int bhr_len;
if(type == BPRED_TAKEN || type == BPRED_NOTTAKEN || type == BPRED_BIMODAL)
bhr_len=0;
else if(type == BPRED_GSHARE)
bhr_len=KNOB(KNOB_BPRED_HIST_LEN)->getValue();
branchpred=bpred_new(type,bhr_len);
}
/*LAB 3*/
if(KNOB(KNOB_ENABLE_VMEM)->getValue())
{
vmem_enabled=true;
dtlb = tlb_new(KNOB(KNOB_TLB_ENTRIES)->getValue());
vmem_page_size=KNOB(KNOB_VMEM_PAGE_SIZE)->getValue();
}
run_a_cycle(main_memory); // please modify run_a_cycle function argument /** NEW-LAB2 */
}