public static ReplyData executeQuery(QueryData receivedQueryData)
{
ReplyData returnedReplyData = new ReplyData();
returnedReplyData.Type = Consts.SectionType.SysInfo;
DataContainer SysDynmicInfoDataContainer = new DataContainer("OSDynmicInfo");
String AAA;
if (PerformanceBL.CPUUsage.Length != 0)
{
AAA = PerformanceBL.CPUUsage;
PerformanceBL.CPUUsage = "";
}
else
{
Thread.Sleep(150);
AAA = ((PerformanceCounter)PerformanceBL.perfCountres["Processor;% Processor Time;_Total"]).NextValue().ToString();
}
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("CPUUsagePercentage", AAA));
DataContainer SysStaticInfoDataContainer = new DataContainer("OSStaticInfo");
SysStaticInfoDataContainer.ArrCounters.Add(new Counter("Version", m_StaticSysInfo.Version));
SysStaticInfoDataContainer.ArrCounters.Add(new Counter("ProductType", m_StaticSysInfo.ProductType));
SysStaticInfoDataContainer.ArrCounters.Add(new Counter("ServicePackVersion", m_StaticSysInfo.ServicePackVersion));
SysStaticInfoDataContainer.ArrCounters.Add(new Counter("RegToUser", m_StaticSysInfo.RegToUser));
SysStaticInfoDataContainer.ArrCounters.Add(new Counter("ComputerName", m_StaticSysInfo.ComputerName));
SysStaticInfoDataContainer.ArrCounters.Add(new Counter("PMTotal", m_StaticSysInfo.PMTotal));
SysStaticInfoDataContainer.ArrCounters.Add(new Counter("LoggedOnUser", m_StaticSysInfo.LoggedOnUser));
SysStaticInfoDataContainer.ArrCounters.Add(new Counter("CommitLimit", m_StaticSysInfo.CommitLimit));
returnedReplyData.ArrDataContainers.Add(SysStaticInfoDataContainer);
MemoryStatus stat = new MemoryStatus();
GlobalMemoryStatus(out stat);
int AvaliablePM = (int)stat.AvailablePhysical / 1024;
int AvaliableVirtual = (int)stat.AvailableVirtual / 1024;
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("AvailableVirtual", AvaliableVirtual.ToString("#,#", CultureInfo.InvariantCulture)));
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("AvailablePM", AvaliablePM.ToString("#,#", CultureInfo.InvariantCulture)));
Double UsedPMMB = (Convert.ToInt32(m_StaticSysInfo.PMTotal) - AvaliablePM) / 1024;
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("UsedPMMB", UsedPMMB.ToString()));
_PERFORMANCE_INFORMATION perfSysStat = new _PERFORMANCE_INFORMATION();
GetPerformanceInfo(out perfSysStat);
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("SystemCache", ((int)(perfSysStat.SystemCache * 4)).ToString("#,#", CultureInfo.InvariantCulture)));
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("CommitPeak", ((int)(perfSysStat.CommitPeak * 4)).ToString()));
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("KernelTotal", ((int)(perfSysStat.KernelTotal * 4)).ToString("#,#", CultureInfo.InvariantCulture)));
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("KernelPaged", ((int)(perfSysStat.KernelPaged * 4)).ToString("#,#", CultureInfo.InvariantCulture)));
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("KernelNonpaged", ((int)(perfSysStat.KernelNonpaged * 4)).ToString("#,#", CultureInfo.InvariantCulture)));
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("ProcessesCount",
((PerformanceCounter)PerformanceBL.perfCountres["System;Processes;"]).NextValue().ToString("#,#", CultureInfo.InvariantCulture)));
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("ThreadsCount",
((PerformanceCounter)PerformanceBL.perfCountres["System;Threads;"]).NextValue().ToString("#,#", CultureInfo.InvariantCulture)));
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("HandlesCount", perfSysStat.HandleCount.ToString("#,#", CultureInfo.InvariantCulture)));
int tempCommitCurrent = (int)Convert.ToDouble(((PerformanceCounter)PerformanceBL.perfCountres["Memory;Committed Bytes;"]).NextValue().ToString()) / 1024;
SysDynmicInfoDataContainer.ArrCounters.Add(new Counter("CommitCurrent", tempCommitCurrent.ToString()));
returnedReplyData.ArrDataContainers.Add(SysDynmicInfoDataContainer);
DataContainer SysLogicalDrivesDataContainer = new DataContainer("OSLogicalDrives");
DriveInfo[] AllDriveInfo = DriveInfo.GetDrives();
foreach (DriveInfo CurrLogicalDrive in DriveInfo.GetDrives())
{
try
{
if (CurrLogicalDrive.Name == "A:\\") //Added by rm
{
// if (!CurrLogicalDrive.IsReady)
SysLogicalDrivesDataContainer.ArrCounters.Add(new Counter("DiskName", CurrLogicalDrive.Name + '-' + "Not accessable" + '-' + "Not accessable"));
continue;
}
if (CurrLogicalDrive.IsReady)
{
decimal FreeSpacePercent = decimal.Divide(CurrLogicalDrive.TotalFreeSpace, CurrLogicalDrive.TotalSize) * 10000;
int tempNum = Convert.ToInt32(FreeSpacePercent);
long TotalSizeMB = CurrLogicalDrive.TotalSize / 1000000;
FreeSpacePercent = decimal.Divide(tempNum, 100);
SysLogicalDrivesDataContainer.ArrCounters.Add(new Counter("DiskName", CurrLogicalDrive.Name + '-' + FreeSpacePercent.ToString() + "%" + '-' + TotalSizeMB.ToString("#,#", CultureInfo.InvariantCulture)));
}
else
{
SysLogicalDrivesDataContainer.ArrCounters.Add(new Counter("DiskName", CurrLogicalDrive.Name + '-' + "Not accessable" + '-' + "Not accessable"));
}
}
catch (Exception)
{
SysLogicalDrivesDataContainer.ArrCounters.Add(new Counter("DiskName", CurrLogicalDrive.Name + '-' + "Not accessable" + '-' + "Not accessable"));
}
}
returnedReplyData.ArrDataContainers.Add(SysLogicalDrivesDataContainer);
return(returnedReplyData);
}
public static extern void GetPerformanceInfo(out _PERFORMANCE_INFORMATION stat);
