public void PerfCounterList_SimulateCheck_StatusWarning()
{
var perfCounterList = new PerfCounterList();
perfCounterList.AddPerformanceCounter(new PerfCounter("Memory", "Available MBytes", "none", "AvailableMBytes", "MB", "15%", "10%", "0", "automemory")); //OK
perfCounterList.AddPerformanceCounter(new PerfCounter("Processor", "% Processor Time", "_Total", "ProcessorTime", "%", "1", "95", "0", "100")); //Warning
perfCounterList.AddPerformanceCounter(new PerfCounter("Network Adapter", "Bytes Total/Sec", "autonetwork", "BytesTotalSec", "B", "80%", "90%", "0", "autonetwork")); //OK
perfCounterList.AddPerformanceCounter(new PerfCounter("PhysicalDisk", "Current Disk Queue Length", "autodisk", "CurrentDiskQueueLength", "", "none", "gt40", "none", "none")); //OK
perfCounterList.Calculate(3, 1000);
Assert.AreEqual(perfCounterList.GetGlobalExitCode(), 1);
perfCounterList.Dispose();
}
public void PerfCounterList_SimulateCheck_StatusCritical()
{
var perfCounterList = new PerfCounterList();
perfCounterList.AddPerformanceCounter(new PerfCounter("Memory", "Available MBytes", "none", "AvailableMBytes", "MB", "99%", "98%", "0", "automemory")); //Critical
perfCounterList.AddPerformanceCounter(new PerfCounter("Processor", "% Processor Time", "_Total", "ProcessorTime", "%", "1", "90", "0", "100")); //Warning
perfCounterList.AddPerformanceCounter(new PerfCounter("Network Adapter", "Bytes Total/Sec", "autonetwork", "BytesTotalSec", "B", "80%", "90%", "0", "autonetwork")); //OK
perfCounterList.AddPerformanceCounter(new PerfCounter("PhysicalDisk", "% Idle Time", "autodisk", "IdleTime", "%", "lt100", "none", "0", "100")); // Warning
perfCounterList.Calculate(3, 1000);
Assert.AreEqual(perfCounterList.GetGlobalExitCode(), 2);
perfCounterList.Dispose();
}
/// <summary>
/// Обновить список счётчиков производительности
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void buttonRefrsh_Click(object sender, EventArgs e)
{
PerfCounterList.Rows.Clear();
foreach (PerformanceCounterCategory category in PerformanceCounterCategory.GetCategories())
{
var param = new object[] { category.CategoryName, category.CategoryHelp };
PerfCounterList.Rows.Add(param);
}
PerfCounterList.Sort(PerfCounterList.Columns[0], ListSortDirection.Ascending);
}
public void PerfCounterList_SimulateXMLLoadWithBadParams_Exception()
{
var path = System.IO.Path.GetTempPath() + "\\foo.xml";
string[] arguments = { "_Total", "gt90", "IdleTime", "15", "Available", "MBytes", "Physical", "Disk", "e", "0" };
new XDocument(
new XElement("perfcounters",
new XElement("perfcounter",
new XElement("category", "Processor"),
new XElement("name", "% Processor Time"),
new XElement("instance", "{0}"),
new XElement("friendlyname", "ProcessorTime"),
new XElement("units", "%"),
new XElement("warning", "{1}"),
new XElement("critical", "none"),
new XElement("min", "{9}"),
new XElement("max", "100")
),
new XElement("perfcounter",
new XElement("category", "{6}{7}"),
new XElement("name", "% Idl{8} Tim{8}"),
new XElement("instance", "autodisk"),
new XElement("friendlyname", "{2}"),
new XElement("units", "%"),
new XElement("warning", "20"),
new XElement("critical", "{3}"),
new XElement("min", "0"),
new XElement("max", "1{9}0")
),
new XElement("perfcounter",
new XElement("category", "Memory"),
new XElement("name", "{4} {5}"),
new XElement("instance", "none"),
new XElement("friendlyname", "{14}{5}"),
new XElement("units", "MB"),
new XElement("warning", "10%"),
new XElement("critical", "5%"),
new XElement("min", "0"),
new XElement("max", "1{9}{9}")
)
)
)
.Save(path);
using (var perfCounterList = new PerfCounterList(path, arguments))
{
perfCounterList.Calculate(3, 1000);
perfCounterList.Dispose();
}
}
public void PerfCounterList_SimulateXMLLoad_StatusOK()
{
var path = System.IO.Path.GetTempPath() + "\\foo.xml";
new XDocument(
new XElement("perfcounters",
new XElement("perfcounter",
new XElement("category", "Processor"),
new XElement("name", "% Processor Time"),
new XElement("instance", "_Total"),
new XElement("friendlyname", "ProcessorTime"),
new XElement("units", "%"),
new XElement("warning", "gt90"),
new XElement("critical", "none"),
new XElement("min", "0"),
new XElement("max", "100")
),
new XElement("perfcounter",
new XElement("category", "PhysicalDisk"),
new XElement("name", "% Idle Time"),
new XElement("instance", "autodisk"),
new XElement("friendlyname", "IdleTime"),
new XElement("units", "%"),
new XElement("warning", "20"),
new XElement("critical", "15"),
new XElement("min", "0"),
new XElement("max", "100")
),
new XElement("perfcounter",
new XElement("category", "Memory"),
new XElement("name", "Available MBytes"),
new XElement("instance", "none"),
new XElement("friendlyname", "AvailableMBytes"),
new XElement("units", "MB"),
new XElement("warning", "10%"),
new XElement("critical", "5%"),
new XElement("min", "0"),
new XElement("max", "100")
)
)
)
.Save(path);
var perfCounterList = new PerfCounterList(path);
perfCounterList.Calculate(3, 1000);
Assert.AreEqual(perfCounterList.GetGlobalExitCode(), 0);
perfCounterList.Dispose();
}
public void PerfCounterList_SimulateBadXMLLoad_Exception()
{
var path = System.IO.Path.GetTempPath() + "\\foo.xml";
new XDocument(
new XElement("perfcounters",
new XElement("perfcounter",
new XElement("category", "Processor"),
new XElement("name", "% Processor Time"),
new XElement("instance", "_Total"),
new XElement("friendlyname", "ProcessorTime"),
new XElement("units", "%"),
//new XElement("warning", "gt1"),
new XElement("critical", "none"),
new XElement("min", "0"),
new XElement("max", "100")
),
new XElement("perfcounter",
new XElement("category", "PhysicalDisk"),
new XElement("name", "% Idle Time"),
new XElement("instance", "autodisk"),
new XElement("friendlyname", "IdleTime"),
new XElement("units", "%"),
new XElement("warning", "101"),
new XElement("critical", "100"),
new XElement("min", "0"),
new XElement("max", "100")
),
new XElement("perfcounter",
new XElement("category", "Memory"),
new XElement("name", "Available MBytes"),
new XElement("instance", "none"),
new XElement("friendlyname", "AvailableMBytes"),
new XElement("units", "MB"),
new XElement("warning", "10%"),
new XElement("critical", "5%"),
new XElement("min", "0"),
new XElement("max", "100")
)
)
)
.Save(path);
using (var perfCounterList = new PerfCounterList(path))
{
perfCounterList.Calculate(3, 1000);
perfCounterList.Dispose();
}
}
public void PerfCounterList_PerfCounterXMLPathIsInvalid_ThrowsAnException()
{
var unused = new PerfCounterList("C:\\temp\\fake.xml");
}
public void PerfCounterList_PerfCounterListIsEmpty_ThrowsAnException()
{
var unused = new PerfCounterList(new List <PerfCounter>());
}
