private void PostProcessFrequency(PatternTestResult pattern, PatternTestSummary patternSummary)
{
foreach (var e in pattern.Events.Where(n => n.Options.Frequency || n.Options.FrequencyPerFile))
{
if (e.Options.Frequency && e.Options.FrequencyParameters.ToMinAndMax(out int _min, out int _max))
{
Frequency _freq;
if (patternSummary.Frequencies.Any(n => n.EventName == e.Name &&
n.FrequencyType == FrequencyType.PerPattern &&
n.PatternIdentifier == pattern.Identifier))
{
patternSummary.Frequencies.FirstOrDefault(n => n.EventName == e.Name &&
n.FrequencyType == FrequencyType.PerPattern &&
n.PatternIdentifier == pattern.Identifier).Events.Add(e);
}
else
{
_freq = new Frequency()
{
EventName = e.Name,
FrequencyType = FrequencyType.PerPattern,
iline = pattern.StartiLine,
Path = pattern.Path,
Min = _min,
Max = _max,
PatternIdentifier = pattern.Identifier
};
_freq.Events.Add(e);
patternSummary.Frequencies.Add(_freq);
}
}
if (e.Options.FrequencyPerFile && e.Options.FrequencyPerFileParameters.ToMinAndMax(out _min, out _max))
{
if (patternSummary.Frequencies.Any(n => n.FrequencyType == FrequencyType.PerFile &&
n.EventName == e.Name &&
n.Path == e.Path))
{
patternSummary.Frequencies.FirstOrDefault(n => n.FrequencyType == FrequencyType.PerFile &&
n.EventName == e.Name &&
n.Path == e.Path).Events.Add(e);
}
else
{
Frequency _freq;
_freq = new Frequency()
{
EventName = e.Name,
FrequencyType = FrequencyType.PerFile,
Min = _min,
Max = _max,
Path = pattern.Path
};
_freq.Events.Add(e);
patternSummary.Frequencies.Add(_freq);
}
}
}
for (int i = patternSummary.Frequencies.Count - 1; i >= 0; i--)
{
var freq = patternSummary.Frequencies[i];
if (freq.Count >= freq.Min && freq.Count <= freq.Max && freq.Count > 0)
{
patternSummary.Frequencies.RemoveAt(i);
}
}
patternSummary.Frequencies = patternSummary.Frequencies.OrderByDescending(n => n.Count).ToList();
}
private void PostProcessUnexpected(List <PatternTestResultEventPattern> events, PatternTestSummary summary)
{
foreach (var @event in events.Where(n => n.Options.Unexpected))
{
summary.Unexpected.FirstOrDefault(n => n.EventName == (@event.EventName ?? @event.Name)).Events.Add(@event);
}
}
private void PostProcessKnownIdle(List <PatternTestResultEventPattern> events, PatternTestSummary summary)
{
foreach (var @event in events.Where(n => n.OutsideBaseline && n.EventType == EventType.IdleDuration))
{
var _temp = summary.KnownIdle.FirstOrDefault(n => n.EventName == @event.EventName);
if (_temp == null)
{
_temp = new Duration()
{
EventName = @event.EventName,
Min = @event.BaselineMin,
Max = @event.BaselineMax
};
summary.KnownIdle.Add(_temp);
}
_temp.Events.Add(@event);
}
}
private void PostProcessDuration(List <PatternTestResultEventPattern> events, PatternTestSummary summary)
{
foreach (var @event in events.Where(n => n.OutsideBaseline && n.EventType == EventType.Duration))
{
summary.Durations.FirstOrDefault(n => n.EventName == @event.EventName).Events.Add(@event);
}
}
private void AddResult(PatternComplex r)
{
var p = new PatternTestResult
{
Name = r.Name,
PatternName = r.Name,
Path = _path,
StartiLine = r.Events.Any() ? r.Events.First(n => n.Found).iLine : 0,
EndiLine = r.Events.Any() ? r.Events.Last(n => n.Found).iLine : 0,
Warnings = r.Warnings,
TotalDuration = r.TotalDuration,
Options = r.Options.Clone()
};
r.Events = r.Events.OrderBy(n => n.iLine).ToList();
foreach (var e in r.Events.Where(n => n.Found))
{
e.Path = _path;
#region Process Search
if (e.EventType == EventType.Search)
{
_result.Log.Add($@"{DateTime.Now.ToShortTimeString()} Pattern Search EventPattern ""{e.EventTag}"" found {e.iLineSearchMatches.Count} matches.");
foreach (var i in e.iLineSearchMatches)
{
var res = new PatternTestResultEventPattern(e, i.iLine);
e.iLine = i.iLine;
e.Line = i.Line;
ProcessValues(e, res);
p.Events.Add(res);
}
continue;
}
#endregion Process Search
var re = new PatternTestResultEventPattern(e, e.iLine);
ProcessDuration(r.Events, p.Events, e, re);
ProcessValues(e, re);
p.Events.Add(re);
// TODO: What is this for, should it be moved to a Summary of Totals section? - Sara
#region Process Stop
if (e.BodyStopFound &&
e.DateTime.HasValue &&
e.DateTimeBodyStop.HasValue)
{
var _duration = e.DateTimeBodyStop.Value - e.DateTime;
var b = new PatternTestResultEventPattern($"{_duration.Value.ToFixedTimeString()}",
EventType.Duration,
e.Path,
e.iLineBodyStop,
0,
null,
e.DateTimeBodyStop,
_duration.Value);
p.Events.Add(b);
}
#endregion Process Stop
}
#region Add Processed Pattern to List
p.Events = p.Events.OrderBy(n => n.StartiLine).ToList();
var _summary = _result.PatternSummaries.Where(n => n.PatternName == p.PatternName).FirstOrDefault();
if (_summary == null)
{
_summary = new PatternTestSummary(p.PatternName);
_result.PatternSummaries.Add(_summary);
}
_summary.Patterns.Add(p);
#endregion
}
/// <summary>
/// Look for all the attributes that determine 'Clean', meaning that we meet a set of critera
/// Per each Clean attriute on an eventPattern, create a PatternTestCleanEvent record
/// These Clean events will be used to compare against the pattern results and for rendering.
/// </summary>
private static void PreProcessPatterns(TestArgs args)
{
foreach (var p in args.Patterns)
{
var summary = new PatternTestSummary(p.Name)
{
Options = p.Options.Clone()
};
// Collect all of the validation attributes for the given pattern
foreach (var e in p.Events.Where(n => (n.Options.Unexpected ||
n.Options.Frequency ||
n.Options.FrequencyPerFile ||
// Known Idle
n.Options.TimeToNextKnownIdle ||
// Duration
n.Options.TimeFrom ||
n.Options.TimeTo ||
n.Options.TimeToNext ||
n.Options.TimeToOr)))
{
if (e.Options.Unexpected)
{
summary.Unexpected.Add(new CleanAttribute()
{
EventName = e.Name
});
}
if (e.Options.Frequency && e.Options.FrequencyParameters.ToMinAndMax(out int _min, out int _max))
{
summary.Frequencies.Add(new Frequency()
{
EventName = e.Name, FrequencyType = FrequencyType.PerPattern, Min = _min, Max = _max
});
}
if (e.Options.FrequencyPerFile && e.Options.FrequencyPerFileParameters.ToMinAndMax(out _min, out _max))
{
summary.Frequencies.Add(new Frequency()
{
EventName = e.Name, FrequencyType = FrequencyType.PerFile, Min = _min, Max = _max
});
}
if (e.Options.TimeToNextKnownIdle)
{
var _baseLine = e.Options.TimeToNextKnownIdleParameters.ToBaseLineList().First();
summary.KnownIdle.Add(new Duration()
{
EventName = e.Name, Min = _baseLine.Min, Max = _baseLine.Max
});
}
if (e.Options.TimeFrom)
{
var parameters = e.Options.TimeFromParameters.ToBaseLineList();
foreach (var param in parameters)
{
summary.Durations.Add(new Duration()
{
EventName = e.Name, Min = param.Min, Max = param.Max
});
}
}
if (e.Options.TimeTo)
{
var parameters = e.Options.TimeToParameters.ToBaseLineList();
foreach (var param in parameters)
{
summary.Durations.Add(new Duration()
{
EventName = e.Name, Min = param.Min, Max = param.Max
});
}
}
if (e.Options.TimeToNext)
{
var _baseLine = e.Options.TimeToNextParameters.ToBaseLineList().First();
summary.Durations.Add(new Duration()
{
EventName = e.Name, Min = _baseLine.Min, Max = _baseLine.Max
});
}
if (e.Options.TimeToOr)
{
var parameters = e.Options.TimeToOrParameters.ToBaseLineList();
foreach (var param in parameters)
{
summary.Durations.Add(new Duration()
{
EventName = e.Name, Min = param.Min, Max = param.Max
});
}
}
}
args.Result.CleanPatternSummaries.Add(summary);
}
}