public MonitorState GetCurrentState()
{
List <ProcessInfo> processes = null;
//CollectorState agentState = CollectorState.NotAvailable;
StringBuilder sbRawDetails = new StringBuilder();
object reportedValue = "";
MonitorState currentState = new MonitorState()
{
ForAgent = Description,
State = CollectorState.NotAvailable
};
try
{
processes = GetValue();
currentState.State = GetStateFromValue(processes);
if (processes == null || processes.Count == 0)
{
currentState.CurrentValue = "No processes!";
currentState.CurrentValueUnit = "";
sbRawDetails.Append("No process found!");
}
else if (ProcessCollectorTestType == ProcessCollectorTestType.ProcessInstanceCount ||
ProcessCollectorTestType == ProcessCollectorTestType.ProcessInstanceNotRunning ||
ProcessCollectorTestType == ProcessCollectorTestType.ProcessInstanceRunning)
{
currentState.CurrentValue = processes.Count;
currentState.CurrentValueUnit = "process(es)";
sbRawDetails.Append($"{processes.Count} process(es)");
}
else if (ProcessCollectorTestType == ProcessCollectorTestType.ThreadCount)
{
currentState.CurrentValue = (from ProcessInfo p in processes
select p.ThreadCount).Max();
currentState.CurrentValueUnit = "Thread(s)";
sbRawDetails.Append($"{processes.Count} process(es), Threads(Max): {currentState.CurrentValue}");
}
else if (ProcessCollectorTestType == ProcessCollectorTestType.ProcessorUsage)
{
var maxCPU = (from ProcessInfo p in processes
select p.CPUPerc).Max();
currentState.CurrentValue = maxCPU.ToString("0.0");
currentState.CurrentValueUnit = "%";
}
else if (ProcessCollectorTestType == ProcessCollectorTestType.MemoryUsage)
{
var maxMem = (from ProcessInfo p in processes
select p.WorkingSetSize).Max();
currentState.CurrentValue = FormatUtils.FormatFileSize(maxMem, false);
currentState.CurrentValueUnit = FormatUtils.FormatFileSizeUnitOnly(maxMem);
}
}
catch (Exception ex)
{
currentState.State = CollectorState.Error;
sbRawDetails.AppendLine(ex.Message);
}
foreach (ProcessInfo p in processes)
{
MonitorState processState = new MonitorState()
{
ForAgent = p.ToString(),
State = CollectorState.NotAvailable,
CurrentValue = $"Threads:{p.ThreadCount}, Id:{p.ProcessId}",
CurrentValueUnit = ""
};
if (ProcessCollectorTestType == ProcessCollectorTestType.ProcessInstanceCount ||
ProcessCollectorTestType == ProcessCollectorTestType.ProcessInstanceRunning ||
ProcessCollectorTestType == ProcessCollectorTestType.ProcessInstanceNotRunning)
{
processState.CurrentValue = $"Id:{p.ProcessId}";
}
else if (ProcessCollectorTestType == ProcessCollectorTestType.ThreadCount)
{
processState.CurrentValue = p.ThreadCount;
processState.CurrentValueUnit = "Thread(s)";
}
else if (ProcessCollectorTestType == ProcessCollectorTestType.ProcessorUsage)
{
processState.CurrentValue = p.CPUPerc.ToString("0.0");
processState.CurrentValueUnit = "%";
}
else if (ProcessCollectorTestType == ProcessCollectorTestType.MemoryUsage)
{
processState.CurrentValue = FormatUtils.FormatFileSize(p.WorkingSetSize, false);
processState.CurrentValueUnit = FormatUtils.FormatFileSizeUnitOnly(p.WorkingSetSize);
}
processState.RawDetails = $"ProcessId:{p.ProcessId}\r\n" +
$"Path:{p.Path}\r\n" +
$"CMD:{p.CommandLine}\r\n" +
$"Threads:{p.ThreadCount}\r\n" +
$"CPU:{p.CPUPerc.ToString("0.00")}%\r\n" +
$"Mem:{FormatUtils.FormatFileSize(p.WorkingSetSize)}";
currentState.ChildStates.Add(processState);
}
return(currentState);
}