// common method to generate the header that gets written to the tsv file for perfmon
public string GetHeader(OutHeader outHeader)
{
string splitPattern = "\\s+";
Regex rgx = new Regex(splitPattern);
string[] outHeaderSplit = rgx.Split(outHeader.FileContents[outHeader.StartingRow]);
StringBuilder header = new StringBuilder();
header.Append('"' + "(PDH-TSV 4.0) (Pacific Daylight Time)(420)" + '"' + "\t");
// for the out files that have devices, we need to include the devices as part of the header
if (outHeader.Devices != null)
{
foreach (string device in outHeader.Devices)
{
for (int i = outHeader.StartingColumn; i < outHeaderSplit.Length - outHeader.TrimColumn; i++)
{
header.Append('"' + "\\\\" + ConfigValues.MachineName + "\\" + outHeader.ObjectName + "(" + device + ")\\" + outHeaderSplit[i] + '"' + "\t");
}
}
}
// some out files do not have devices, like mem free or mem swap. we look for devices count and if there are none, create header w/o devices
if (outHeader.Devices == null)
{
for (int i = outHeader.StartingColumn; i < outHeaderSplit.Length - outHeader.TrimColumn; i++)
{
header.Append('"' + "\\\\" + ConfigValues.MachineName + "\\" + outHeader.ObjectName + "\\" + outHeaderSplit[i] + '"' + "\t");
}
}
return(header.ToString());
}
// class methods
private string GetMemSwapHeader()
{
// creating the outheader object and passing in variables on where to start parsing specific strings
OutHeader outHeader = new OutHeader()
{
StartingColumn = 2,
StartingRow = 2,
FileContents = FileContents,
ObjectName = "Memory Swap"
};
return(new LinuxOutFileHelper().GetHeader(outHeader));
}
private string GetNetHeader()
{
OutHeader outHeader = new OutHeader()
{
StartingColumn = 3,
StartingRow = 2,
FileContents = FileContents,
Devices = Devices,
ObjectName = "Network Interface"
};
return(new LinuxOutFileHelper().GetHeader(outHeader));
}
// get the header that will be written to the tsv file
private string GetMpStatHeader()
{
OutHeader outHeader = new OutHeader()
{
StartingColumn = 3,
StartingRow = 2,
FileContents = FileContents,
Devices = Devices,
ObjectName = "Processor"
};
return(new LinuxOutFileHelper().GetHeader(outHeader));
}
// generates the header that gets written to the TSV file
private string GetIoStatHeader()
{
// creating the outheader object and passing in variables on where to start parsing specific strings
OutHeader outHeader = new OutHeader()
{
StartingColumn = 1,
StartingRow = FileContents.FindIndex(l => l.StartsWith("Device")), //3
FileContents = FileContents,
Devices = Devices,
ObjectName = "Logicaldisk"
};
return(new LinuxOutFileHelper().GetHeader(outHeader));
}
// now that we have the unique pids, we can create the header
private string GetPidStatHeader()
{
// creating the outheader object and passing in variables on where to start parsing specific strings
OutHeader outHeader = new OutHeader()
{
StartingColumn = 4,
TrimColumn = 1,
StartingRow = 2,
FileContents = FileContents,
Devices = UniquePids.Select(x => x.Value + "#" + x.Key).ToList(),
ObjectName = "Process"
};
return(new LinuxOutFileHelper().GetHeader(outHeader));
}