public MonitoringUpdateResults Update()
{
MonitoringUpdateResults results = new MonitoringUpdateResults();
results.unitMetrics = new string[cpu.GetThreadCount()][];
cpu.InitializeCoreTotals();
for (int threadIdx = 0; threadIdx < cpu.GetThreadCount(); threadIdx++)
{
cpu.UpdateThreadCoreCounterData(threadIdx);
results.unitMetrics[threadIdx] = computeMetrics("Thread " + threadIdx, cpu.NormalizedThreadCounts[threadIdx]);
}
results.overallMetrics = computeMetrics("Overall", cpu.NormalizedTotalCounts);
results.overallCounterValues = cpu.GetOverallCounterValues("L2 TLB Hit", "L2 TLB Miss", "ITLB Reloads", "(DC Miss)", "Instructions", "DC Access");
return(results);
}
public MonitoringUpdateResults Update()
{
MonitoringUpdateResults results = new MonitoringUpdateResults();
results.unitMetrics = new string[cpu.GetThreadCount()][];
cpu.InitializeCoreTotals();
for (int threadIdx = 0; threadIdx < cpu.GetThreadCount(); threadIdx++)
{
cpu.UpdateThreadCoreCounterData(threadIdx);
results.unitMetrics[threadIdx] = computeMetrics("Thread " + threadIdx, cpu.NormalizedThreadCounts[threadIdx]);
}
results.overallMetrics = computeMetrics("Overall", cpu.NormalizedTotalCounts);
results.overallCounterValues = cpu.GetOverallCounterValues("FP Scheduler Full", "FP PRF Full", "Decoder Empty", "FLOPs", "Instructions", "Serializing FP Ops");
return(results);
}
public MonitoringUpdateResults Update()
{
MonitoringUpdateResults results = new MonitoringUpdateResults();
results.unitMetrics = new string[cpu.GetThreadCount()][];
cpu.InitializeCoreTotals();
for (int threadIdx = 0; threadIdx < cpu.GetThreadCount(); threadIdx++)
{
cpu.UpdateThreadCoreCounterData(threadIdx);
results.unitMetrics[threadIdx] = computeMetrics("Thread " + threadIdx, cpu.NormalizedThreadCounts[threadIdx]);
}
results.overallMetrics = computeMetrics("Overall", cpu.NormalizedTotalCounts);
results.overallCounterValues = cpu.GetOverallCounterValues("LDQ Full Stall", "STQ Full Stall", "INT PRF Full Stall", "FP Exceptions", "Instructions", "FP/MMX Instructions Retired");
return(results);
}
public MonitoringUpdateResults Update()
{
MonitoringUpdateResults results = new MonitoringUpdateResults();
results.unitMetrics = new string[cpu.GetThreadCount()][];
cpu.InitializeCoreTotals();
for (int threadIdx = 0; threadIdx < cpu.GetThreadCount(); threadIdx++)
{
cpu.UpdateThreadCoreCounterData(threadIdx);
results.unitMetrics[threadIdx] = computeMetrics("Thread " + threadIdx, cpu.NormalizedThreadCounts[threadIdx]);
}
results.overallMetrics = computeMetrics("Overall", cpu.NormalizedTotalCounts);
results.overallCounterValues = cpu.GetOverallCounterValues("Return stack hits", "Return stack overflows", "instructions", "taken branches", "retired branches", "retired mispredicted branches");
return(results);
}
public MonitoringUpdateResults Update()
{
MonitoringUpdateResults results = new MonitoringUpdateResults();
results.unitMetrics = new string[cpu.GetThreadCount()][];
cpu.InitializeCoreTotals();
for (int threadIdx = 0; threadIdx < cpu.GetThreadCount(); threadIdx++)
{
cpu.UpdateThreadCoreCounterData(threadIdx);
results.unitMetrics[threadIdx] = computeMetrics("Thread " + threadIdx, cpu.NormalizedThreadCounts[threadIdx]);
}
results.overallMetrics = computeMetrics("Overall", cpu.NormalizedTotalCounts);
results.overallCounterValues = cpu.GetOverallCounterValues("Dispatch stall", "ROB Full Stall", "Integer Scheduler Full Stall", "STQ Full Stall", "Instructions", "DC Refill Read Data Error");
return(results);
}
public MonitoringUpdateResults Update()
{
MonitoringUpdateResults results = new MonitoringUpdateResults();
results.unitMetrics = new string[cpu.GetThreadCount()][];
cpu.InitializeCoreTotals();
for (int threadIdx = 0; threadIdx < cpu.GetThreadCount(); threadIdx++)
{
cpu.UpdateThreadCoreCounterData(threadIdx);
results.unitMetrics[threadIdx] = computeMetrics("Thread " + threadIdx, cpu.NormalizedThreadCounts[threadIdx]);
}
results.overallMetrics = computeMetrics("Overall", cpu.NormalizedTotalCounts);
results.overallCounterValues = cpu.GetOverallCounterValues("L2 Request", "L2 Miss", "L2 Fill from System", "Instructions", "Misaligned DC Access", "Cancelled Store Forward");
return(results);
}
public MonitoringUpdateResults Update()
{
MonitoringUpdateResults results = new MonitoringUpdateResults();
results.unitMetrics = new string[cpu.GetThreadCount()][];
cpu.InitializeCoreTotals();
for (int threadIdx = 0; threadIdx < cpu.GetThreadCount(); threadIdx++)
{
cpu.UpdateThreadCoreCounterData(threadIdx);
results.unitMetrics[threadIdx] = computeMetrics("Thread " + threadIdx, cpu.NormalizedThreadCounts[threadIdx]);
}
results.overallMetrics = computeMetrics("Overall", cpu.NormalizedTotalCounts);
results.overallCounterValues = cpu.GetOverallCounterValues("Misaligned Store", "DC Miss", "LS Dispatch", "Instr", "DC Access Cmask 1", "DC Access Cmask 2");
return(results);
}
public MonitoringUpdateResults Update()
{
MonitoringUpdateResults results = new MonitoringUpdateResults();
results.unitMetrics = new string[cpu.GetThreadCount()][];
cpu.InitializeCoreTotals();
for (int threadIdx = 0; threadIdx < cpu.GetThreadCount(); threadIdx++)
{
cpu.UpdateThreadCoreCounterData(threadIdx);
results.unitMetrics[threadIdx] = computeMetrics("Thread " + threadIdx, cpu.NormalizedThreadCounts[threadIdx]);
}
results.overallMetrics = computeMetrics("Overall", cpu.NormalizedTotalCounts);
results.overallCounterValues = cpu.GetOverallCounterValues("LDQ full", "STQ full", "DC fill from sys", "Instructions", "DC Fill from L2 or Sys", "DC access");
return(results);
}
public MonitoringUpdateResults Update()
{
MonitoringUpdateResults results = new MonitoringUpdateResults();
results.unitMetrics = new string[cpu.GetThreadCount()][];
cpu.InitializeCoreTotals();
for (int threadIdx = 0; threadIdx < cpu.GetThreadCount(); threadIdx++)
{
cpu.UpdateThreadCoreCounterData(threadIdx);
results.unitMetrics[threadIdx] = computeMetrics("Thread " + threadIdx, cpu.NormalizedThreadCounts[threadIdx]);
}
results.overallMetrics = computeMetrics("Overall", cpu.NormalizedTotalCounts);
results.overallCounterValues = cpu.GetOverallCounterValues("IC Access", "IC Miss", "Decoder Empty", "Instructions", "Uops", "Pipeline Restart for SMC");
return(results);
}
public MonitoringUpdateResults Update()
{
MonitoringUpdateResults results = new MonitoringUpdateResults();
results.unitMetrics = new string[cpu.GetThreadCount()][];
cpu.InitializeCoreTotals();
byte nextPipeUmask = 0;
if (pipeNumber == 0)
{
nextPipeUmask = 0x2; // pipe 1
}
else if (pipeNumber == 1)
{
nextPipeUmask = 0x4; // pipe 2
}
else if (pipeNumber == 2)
{
nextPipeUmask = 0x8; // pipe 3
}
else if (pipeNumber == 3)
{
nextPipeUmask = 0x1; // pipe 0
}
else
{
throw new Exception("Bad Pipe");
}
for (int threadIdx = 0; threadIdx < cpu.GetThreadCount(); threadIdx++)
{
cpu.UpdateThreadCoreCounterData(threadIdx);
Ring0.WriteMsr(MSR_PERF_CTL_3, GetPerfCtlValue(0, nextPipeUmask, false, 0, 0));
lastPipeCounts[threadIdx * 4 + pipeNumber] = cpu.NormalizedThreadCounts[threadIdx].ctr3;
results.unitMetrics[threadIdx] = computeMetrics("Thread " + threadIdx, cpu.NormalizedThreadCounts[threadIdx], threadIdx);
}
results.overallMetrics = computeMetrics("Overall", cpu.NormalizedTotalCounts, -1);
//results.overallCounterValues = cpu.GetOverallCounterValues("Instructions", "SSE/AVX Instructions", "MMX/x87 Instructions", "FPU Pipe Assignment (MUX)");
pipeNumber = (pipeNumber + 1) % 4;
return(results);
}
public MonitoringUpdateResults Update()
{
MonitoringUpdateResults results = new MonitoringUpdateResults();
results.unitMetrics = new string[cpu.GetThreadCount()][];
cpu.InitializeCoreTotals();
for (int threadIdx = 0; threadIdx < cpu.GetThreadCount(); threadIdx++)
{
cpu.UpdateThreadCoreCounterData(threadIdx);
results.unitMetrics[threadIdx] = computeMetrics("Thread " + threadIdx, cpu.NormalizedThreadCounts[threadIdx]);
}
results.overallMetrics = computeMetrics("Overall", cpu.NormalizedTotalCounts);
results.overallCounterValues = cpu.GetOverallCounterValues("Dispatch Stall Waiting for All Quiet",
"Dispatch Stall for Serialization",
"Instruction fetch stall",
"SSE Moves Eliminated",
"Instructions",
"FP+Load Buffer Stall");
return(results);
}
public FPU(Piledriver amdCpu)
{
cpu = amdCpu;
pipeNumber = 1;
lastPipeCounts = new float[4 * cpu.GetThreadCount()];
}