protected void OutputAnalysisMetrics(string heading, MetricsReport metrics)
{
var prepared = new PreparedMetricsFactory().Prepare(metrics);
Console.WriteLine(string.Format("{0} ({1} RLOC):\tACD: {2};\tCS: {3};\tCC: {4};\tML: {5};\tPF: {6};\tCN: {7};",
heading,
prepared.CommonKnowledge.RelevantLinesOfCode,
prepared.Rated.AverageComponentDependency,
prepared.Rated.AverageRatedClassSize,
prepared.Rated.AverageRatedCyclomaticComplexity,
prepared.Rated.AverageRatedMethodLength,
prepared.Rated.AverageRatedNumberOfNonStaticPublicFields,
prepared.Rated.NamespacesWithCyclicDependencies));
Console.WriteLine(string.Format("Hotspots:\tACD: {0};\tCS: {1};\tCC: {2};\tML: {3};\tPF: {4};\tCN: {5};",
prepared.CumulativeComponentDependencyHotspots.Count(),
prepared.ClassSizeHotspots.Count(),
prepared.CyclomaticComplexityHotspots.Count(),
prepared.MethodLengthHotspots.Count(),
prepared.NumberOfNonStaticPublicFieldsHotspots.Count(),
prepared.NumberOfNamespacesInCycleHotspots.Count()));
Console.WriteLine(string.Format("Distributions:\tACD: {0};\tCS: {1};\tCC: {2};\tML: {3};\tPF: {4};\tCN: {5};",
prepared.CumulativeComponentDependencyHistogram.GeometricalFit.Parameter,
prepared.ClassSizeHistogram.GeometricalFit.Parameter,
prepared.CyclomaticComplexityHistogram.GeometricalFit.Parameter,
prepared.MethodLengthHistogram.GeometricalFit.Parameter,
prepared.NumberOfNonStaticPublicFieldsHistogram.GeometricalFit.Parameter,
prepared.NumberOfNamespacesInCycleHistogram.GeometricalFit.Parameter));
}
private ViewHub()
{
metricsFactory = new PreparedMetricsFactory();
AnalysisStarted += () => analysisReady = false;
MetricsReady += m => analysisReady = true;
MetricsReady += m => MostRecentMetrics = m;
ShouldUseParallelism = () => false;
}
public void AnalyzeRichardsCode()
{
var report = AnalyzeAssembliesIn(@"Z:\temp\4manuel");
var crmWrapper = new PreparedMetricsFactory().Prepare(report);
Assert.IsNotNull(crmWrapper);
}
