public ProcessorUnitTime(string ip, string username, string password)
{
pc = new WmiPerfRawDataPerfOSProcessor(ip, username, password);
Win32PerfRawDataPerfOSProcessor wprdp = pc.Win32PerfRawDataPerfOSProcessors[pc.Win32PerfRawDataPerfOSProcessorsLength - 1];
frequency_PerfTime = wprdp.Frequency_PerfTime;
dPCRate = wprdp.DPCRate;
oldtimestamp_PerfTime = wprdp.Timestamp_PerfTime;
olddPCsQueuedPersec = wprdp.DPCsQueuedPerSec;
oldinterruptsPerSec = wprdp.InterruptsPerSec;
oldpercentDPCTime = wprdp.PercentDPCTime;
oldtimestamp_Sys100NS = wprdp.Timestamp_Sys100NS;
oldpercentInterruptTime = wprdp.PercentInterruptTime;
oldpercentPrivilegedTime = wprdp.PercentPrivilegedTime;
oldpercentProcessorTime = wprdp.PercentProcessorTime;
oldpercentUserTime = wprdp.PercentUserTime;
Thread.Sleep(500);
pc = new WmiPerfRawDataPerfOSProcessor(ip, username, password);
Win32PerfRawDataPerfOSProcessor wprdp1 = pc.Win32PerfRawDataPerfOSProcessors[pc.Win32PerfRawDataPerfOSProcessorsLength - 1];
newtimestamp_PerfTime = wprdp1.Timestamp_PerfTime;
newdPCsQueuedPersec = wprdp1.DPCsQueuedPerSec;
newinterruptsPerSec = wprdp1.InterruptsPerSec;
newpercentDPCTime = wprdp1.PercentDPCTime;
newtimestamp_Sys100NS = wprdp1.Timestamp_Sys100NS;
newpercentInterruptTime = wprdp1.PercentInterruptTime;
newpercentPrivilegedTime = wprdp1.PercentPrivilegedTime;
newpercentProcessorTime = wprdp1.PercentProcessorTime;
newpercentUserTime = wprdp1.PercentUserTime;
}
protected override void FillFloppyDriveInfo()
{
ManagementObjectCollection moc = this.GetAllInfo(this.WSql);
foreach (ManagementObject mo in moc)
{
Win32PerfRawDataPerfOSProcessor csp = new Win32PerfRawDataPerfOSProcessor();
if (mo != null)
{
csp.C1TransitionsPerSec = GetManagementObject <ulong>(mo, "C1TransitionsPerSec");
csp.C2TransitionsPerSec = GetManagementObject <ulong>(mo, "C2TransitionsPerSec");
csp.C3TransitionsPerSec = GetManagementObject <ulong>(mo, "C3TransitionsPerSec");
csp.Caption = GetManagementObject <string>(mo, "Caption");
csp.Description = GetManagementObject <string>(mo, "Description");
csp.DPCRate = GetManagementObject <uint>(mo, "DPCRate");
csp.DPCsQueuedPerSec = GetManagementObject <uint>(mo, "DPCsQueuedPerSec");
csp.Frequency_Object = GetManagementObject <ulong>(mo, "Frequency_Object");
csp.Frequency_PerfTime = GetManagementObject <ulong>(mo, "Frequency_PerfTime");
csp.Frequency_Sys100NS = GetManagementObject <ulong>(mo, "Frequency_Sys100NS");
csp.InterruptsPerSec = GetManagementObject <uint>(mo, "InterruptsPerSec");
csp.Name = GetManagementObject <string>(mo, "Name");
csp.PercentC1Time = GetManagementObject <ulong>(mo, "PercentC1Time");
csp.PercentC2Time = GetManagementObject <ulong>(mo, "PercentC2Time");
csp.PercentC3Time = GetManagementObject <ulong>(mo, "PercentC3Time");
csp.PercentDPCTime = GetManagementObject <ulong>(mo, "PercentDPCTime");
csp.PercentIdleTime = GetManagementObject <ulong>(mo, "PercentIdleTime");
csp.PercentInterruptTime = GetManagementObject <ulong>(mo, "PercentInterruptTime");
csp.PercentPrivilegedTime = GetManagementObject <ulong>(mo, "PercentPrivilegedTime");
csp.PercentProcessorTime = GetManagementObject <ulong>(mo, "PercentProcessorTime");
csp.PercentUserTime = GetManagementObject <ulong>(mo, "PercentUserTime");
csp.Timestamp_Object = GetManagementObject <ulong>(mo, "Timestamp_Object");
csp.Timestamp_PerfTime = GetManagementObject <ulong>(mo, "Timestamp_PerfTime");
csp.Timestamp_Sys100NS = GetManagementObject <ulong>(mo, "Timestamp_Sys100NS");
ps.Add(csp);
}
}
moc.Dispose();
}
