CStdString CSysInfoJob::GetCPUFreqInfo()
{
CStdString strCPUFreq;
double CPUFreq = GetCPUFrequency();
strCPUFreq.Format("%4.2fMHz", CPUFreq);
return strCPUFreq;
}
void cpu_info()
{
char idstr[64];
idstr[0] = 0;
fillCpuString(idstr);
trim(idstr);
unsigned cpuver = cpuid(1,0);
unsigned features = cpuid(1,1);
temp.mmx = (features >> 23) & 1;
temp.sse = (features >> 25) & 1;
temp.sse2 = (features >> 26) & 1;
temp.cpufq = GetCPUFrequency();
color(CONSCLR_HARDITEM); printf("cpu: ");
color(CONSCLR_HARDINFO);
printf("%s ", idstr);
color(CONSCLR_HARDITEM);
printf("%d.%d.%d [MMX:%s,SSE:%s,SSE2:%s] ",
(cpuver>>8) & 0x0F, (cpuver>>4) & 0x0F, cpuver & 0x0F,
temp.mmx ? "YES" : "NO",
temp.sse ? "YES" : "NO",
temp.sse2 ? "YES" : "NO");
color(CONSCLR_HARDINFO);
printf("at %d MHz\n", (unsigned)(temp.cpufq/1000000));
#ifdef MOD_SSE2
if (!temp.sse2) {
color(CONSCLR_WARNING);
printf("warning: this is an SSE2 build, recompile or download non-P4 version\n");
}
#else //MOD_SSE2
if (temp.sse2) {
color(CONSCLR_WARNING);
printf("warning: SSE2 disabled in compile-time, recompile or download P4 version\n");
}
#endif
}
std::string CSysInfoJob::GetCPUFreqInfo()
{
double CPUFreq = GetCPUFrequency();
return StringUtils::Format("%4.0f MHz", CPUFreq);
}
