/// <summary>
/// Sets time for <paramref name="perfType" /> since the last call to <see cref="SetTimeForFinishedActivity" />.
/// </summary>
/// <param name="perfType"> </param>
internal void SetTimeForFinishedActivity(PerfType perfType)
{
var timeElapsed = m_watch.Elapsed;
var index = (int)perfType;
BreakdownTimes[index] = BreakdownTimes[index].Add(timeElapsed);
m_watch.Reset();
m_watch.Start();
}
internal void SetTimeForFinishedActivity(PerfType perfType)
{
TimeSpan elapsed = this.m_watch.Elapsed;
int index = (int)perfType;
this.BreakdownTimes[index] = this.BreakdownTimes[index].Add(elapsed);
this.m_watch.Reset();
this.m_watch.Start();
}
internal void StopSingleWatch(PerfType perfType)
{
TimeSpan elapsed = this.m_singleWatch.Elapsed;
int index = (int)perfType;
this.m_singleWatch.Stop();
this.m_singleWatch.Reset();
this.BreakdownTimes[index] = this.BreakdownTimes[index].Add(elapsed);
}
/// <summary>
/// Sets time for <paramref name="perfType" /> for the individual timer.
/// </summary>
internal void StopSingleWatch(PerfType perfType)
{
Debug.Assert(m_singlePerfOp == perfType, "Started op for different activity " + m_singlePerfOp + " -- not " + perfType);
var timeElapsed = m_singleWatch.Elapsed;
var index = (int)perfType;
m_singleWatch.Stop();
m_singleWatch.Reset();
BreakdownTimes[index] = BreakdownTimes[index].Add(timeElapsed);
}
internal void StartSingleWatch(PerfType perfType)
{
m_singleWatch.Start();
m_singlePerfOp = perfType;
}
// <summary>
// Sets time for <paramref name="perfType" /> since the last call to <see cref="SetTimeForFinishedActivity" />.
// </summary>
internal void SetTimeForFinishedActivity(PerfType perfType)
{
var timeElapsed = m_watch.Elapsed;
var index = (int)perfType;
BreakdownTimes[index] = BreakdownTimes[index].Add(timeElapsed);
m_watch.Reset();
m_watch.Start();
}
// <summary>
// Sets time for <paramref name="perfType" /> for the individual timer.
// </summary>
internal void StopSingleWatch(PerfType perfType)
{
Debug.Assert(m_singlePerfOp == perfType, "Started op for different activity " + m_singlePerfOp + " -- not " + perfType);
var timeElapsed = m_singleWatch.Elapsed;
var index = (int)perfType;
m_singleWatch.Stop();
m_singleWatch.Reset();
BreakdownTimes[index] = BreakdownTimes[index].Add(timeElapsed);
}
internal void StartSingleWatch(PerfType perfType)
{
m_singleWatch.Start();
m_singlePerfOp = perfType;
}
public bool Process()
{
if (_args.Count != 8 && _args.Count != 9)
{
Usage();
return(false);
}
try
{
for (int i = 0; i < _args.Count; i++)
{
string arg = _args[i];
switch (arg)
{
case "-b":
case "-B":
BaseFile = _args[i + 1];
i++;
break;
case "-t":
case "-T":
TestFile = _args[i + 1];
i++;
break;
case "-v":
case "-V":
BaseVersion = _args[i + 1];
i++;
break;
case "-a":
case "-A":
Threshold = Int32.Parse(_args[i + 1]);
i++;
break;
case "-w":
case "-W":
Width = Int32.Parse(_args[i + 1]);
i++;
break;
case "-h":
case "-H":
Width = Int32.Parse(_args[i + 1]);
i++;
break;
case "-reg":
case "-REG":
if (PerfType != PerfType.None)
{
Usage();
return(false);
}
PerfType = PerfType.Regression;
break;
case "-all":
case "-ALL":
if (PerfType != PerfType.None)
{
Usage();
return(false);
}
PerfType = PerfType.All;
break;
case "-mean":
case "-Mean":
if (PerfType != PerfType.None)
{
Usage();
return(false);
}
PerfType = PerfType.OnlyMean;
break;
case "-pillar":
case "-PILLAR":
if (PerfType != PerfType.None)
{
Usage();
return(false);
}
PerfType = PerfType.OnlyMeanWithPillar;
break;
default:
Usage();
return(false);
}
}
}
catch
{
Usage();
return(false);
}
if (PerfType == PerfType.None)
{
PerfType = PerfType.Regression; // can be options
}
return(ValidateArguments());
}
