int main() {
int cpu_model = detect_cpu();
if (cpu_model < 0) {
printf("Unsupported CPU type\n");
return -1;
}
int core0 = msr_open(0);
int core1 = msr_open(1);
PETU_t pet0 = msr_calculate_units(core0);
PETU_t pet1 = msr_calculate_units(core1);
PackagePowerInfo_t ppi0 = msr_get_package_power_info(core0, &pet0);
PackagePowerInfo_t ppi1 = msr_get_package_power_info(core1, &pet1);
printf("PP Core 0: %.3f %.3f\n", ppi0.minimum_power, ppi0.maximum_power);
printf("PP Core 1: %.3f %.3f\n", ppi1.minimum_power, ppi1.maximum_power);
printf("Computation begins\n");
double e0 = msr_get_package_energy(core0, &pet0);
double e1 = msr_get_package_energy(core1, &pet1);
computation();
e0 = msr_get_package_energy(core0, &pet0) - e0;
e1 = msr_get_package_energy(core1, &pet1) - e1;
printf("Computation ends\n");
printf("Energy consumed: Core 0: %.3fJ\n", e0);
printf("Energy consumed: Core 1: %.3fJ\n", e1);
return 0;
}
TestPlatformImp::TestPlatformImp()
: PlatformImp(2, 5, 8.0, &(test_msr_map()))
{
m_num_logical_cpu = NUM_CPU;
m_num_hw_cpu = NUM_CPU;
m_num_tile = NUM_TILE;
m_num_package = NUM_PACKAGE;
m_num_cpu_per_core = 1;
for (off_t i = 0; (int)i < m_num_hw_cpu; i++) {
msr_open(i);
}
//for negative tests
m_cpu_file_desc.push_back(675);
}
int main()
{
void *dev;
int cnt;
int i,j;
//Registrieren
msr_init(&rtp,NULL);
msr_reg_rtw_param("/daten/p1(ll=\"1\" ul=\"2\")","gain","int",&p1,1,1,SS_INT32,var_SCALAR,sizeof(int));
msr_reg_rtw_param("/daten/p2(init=\"0.5\" ll=\"1\" ul=\"2\")","gain","double",&p2,1,1,SS_DOUBLE,var_SCALAR,sizeof(double));
msr_reg_rtw_param("/daten/p3(unit=\"s\")","gain","double",&p3,1,10,SS_DOUBLE,var_VECTOR,sizeof(double));
msr_reg_rtw_signal("/kanal/k1","","int",(void *)&rtp.k1 - (void *)&rtp,1,1,SS_INT32,var_SCALAR,sizeof(int));
msr_reg_rtw_signal("/kanal/k2","","int",(void *)&rtp.k2 - (void *)&rtp,1,1,SS_DOUBLE,var_SCALAR,sizeof(double));
msr_reg_rtw_signal("/kanal/k3","","int",(void *)&rtp.k3[0] - (void *)&rtp,1,5,SS_DOUBLE,var_VECTOR,sizeof(double));
msr_reg_enum_list("/Aufzaehlung","",&en[0],MSR_R |MSR_W,5,1,"Eins,Zwei,Drei",NULL,NULL);
//Kanäle füllen
for(i=0;i<1000;i++) {
// printf("index %i\n",i);
rtp.k1 = i;
rtp.k2 = i*0.3;
for(j=0;j<5;j++)
rtp.k3[j] = j*i;
msr_update(&rtp);
}
//Lesen
dev = msr_open(STDIN_FILENO,STDOUT_FILENO);
msr_read(dev);
do {
cnt = msr_write(dev);
// printf("Write count: %i\n",cnt);
} while(cnt>0);
msr_close(dev);
msr_cleanup();
return 0;
}
