/// <summary>
/// Assist in aggregating reporting properties of matches as they are added
/// Keeps helpers isolated from MetaData class which is used as a result object to keep pure
/// </summary>
/// <param name="matchRecord"></param>
public void AddTagsFromMatchRecord(MatchRecord matchRecord)
{
//special handling for standard characteristics in report
foreach (var tag in matchRecord.Tags ?? Array.Empty <string>())
{
switch (tag)
{
case "Metadata.Application.Author":
case "Metadata.Application.Publisher":
Metadata.Authors = ExtractValue(matchRecord.Sample);
break;
case "Metadata.Application.Description":
Metadata.Description = ExtractValue(matchRecord.Sample);
break;
case "Metadata.Application.Name":
Metadata.ApplicationName = ExtractValue(matchRecord.Sample);
break;
case "Metadata.Application.Version":
Metadata.SourceVersion = ExtractValue(matchRecord.Sample);
break;
case "Metadata.Application.Target.Processor":
CPUTargets.TryAdd(ExtractValue(matchRecord.Sample).ToLower(), 0);
break;
case "Metadata.Application.Output.Type":
Outputs.TryAdd(ExtractValue(matchRecord.Sample).ToLower(), 0);
break;
case "Dependency.SourceInclude":
return; //design to keep noise out of detailed match list
default:
if (tag.Split('.').Contains("Metric"))
{
_ = TagCounters.TryAdd(tag, new MetricTagCounter()
{
Tag = tag
});
}
else if (tag.Contains(".Platform.OS"))
{
OSTargets.TryAdd(tag[(tag.LastIndexOf('.', tag.Length - 1) + 1)..], 0);
/// <summary>
/// Assist in aggregating reporting properties of matches as they are added
/// Keeps helpers isolated from MetaData class which is used as a result object to keep pure
/// </summary>
/// <param name="matchRecord"></param>
public void AddMatchRecord(MatchRecord matchRecord)
{
bool allowAdd = true;
//special handling for standard characteristics in report
foreach (var tag in matchRecord.Tags ?? new string[] { })
{
switch (tag)
{
case "Metadata.Application.Author":
case "Metadata.Application.Publisher":
Metadata.Authors = ExtractValue(matchRecord.Sample);
break;
case "Metadata.Application.Description":
Metadata.Description = ExtractValue(matchRecord.Sample);
break;
case "Metadata.Application.Name":
Metadata.ApplicationName = ExtractValue(matchRecord.Sample);
break;
case "Metadata.Application.Version":
Metadata.SourceVersion = ExtractValue(matchRecord.Sample);
break;
case "Metadata.Application.Target.Processor":
_ = CPUTargets.TryAdd(ExtractValue(matchRecord.Sample).ToLower(), 0);
break;
case "Metadata.Application.Output.Type":
_ = Outputs.TryAdd(ExtractValue(matchRecord.Sample).ToLower(), 0);
break;
case "Dependency.SourceInclude":
allowAdd = false; //design to keep noise out of detailed match list
break;
default:
if (tag.Contains("Metric."))
{
_ = TagCounters.TryAdd(tag, new MetricTagCounter()
{
Tag = tag
});
}
else if (tag.Contains(".Platform.OS"))
{
_ = OSTargets.TryAdd(tag.Substring(tag.LastIndexOf('.', tag.Length - 1) + 1), 0);
}
else if (tag.Contains("CloudServices.Hosting"))
{
_ = CloudTargets.TryAdd(tag.Substring(tag.LastIndexOf('.', tag.Length - 1) + 1), 0);
}
break;
}
}
//Special handling; attempt to detect app types...review for multiple pattern rule limitation
string solutionType = DetectSolutionType(matchRecord);
if (!string.IsNullOrEmpty(solutionType))
{
_ = AppTypes.TryAdd(solutionType, 0);
}
bool CounterOnlyTagSet = false;
var selected = TagCounters.Where(x => matchRecord.Tags.Any(y => y.Contains(x.Value.Tag ?? "")));
foreach (var select in selected)
{
CounterOnlyTagSet = true;
select.Value.IncrementCount();
}
//omit adding if ther a counter metric tag
if (!CounterOnlyTagSet)
{
//update list of unique tags as we go
foreach (string tag in matchRecord.Tags ?? new string[] { })
{
_ = UniqueTags.TryAdd(tag, 0);
}
if (allowAdd)
{
Metadata?.Matches?.Add(matchRecord);
}
}
else
{
Metadata.IncrementTotalMatchesCount(-1);//reduce e.g. tag counters not included as detailed match
}
}
