public static IEnumerable <MethodMetricsReport> MethodLength(params int[] mls)
{
return(CreateMany.Metrics(m => new MethodMetricsReport {
NumberOfLogicalLines = m
}, mls)
.Hotspots().OfMethodLength());
}
public static double RatedCyclomaticComplexity(params int[] ccs)
{
return(CreateMany.RatedMetrics(m => new MethodMetricsReport {
CyclomaticComplexity = m
}, ccs)
.AverageRatedCyclomaticComplexity);
}
public static IEnumerable <MethodMetricsReport> CyclomaticComplexityUnderLimit(int limit, params int[] ccs)
{
return(CreateMany.Metrics(m => new MethodMetricsReport {
CyclomaticComplexity = m
}, ccs)
.Hotspots().OfCyclomaticComplexityOver(limit));
}
public static double RatedNumberOfNamespacesInCycle(params int[] nonics)
{
return(CreateMany.RatedMetrics(m => new NamespaceMetricsReport {
Name = Create.RandomName(), CyclicDependencies = Create.Default <string>(m)
}, nonics)
.NamespacesWithCyclicDependencies);
}
public static double CumulativeComponentDependency(params int[] ccds)
{
return(CreateMany.RatedMetrics(m => new TypeMetricsReport {
FullName = Create.RandomName(), CumulativeComponentDependency = m
}, ccds)
.AverageComponentDependency);
}
public static double RatedNumberOfNonStaticPublicFields(params int[] nspfs)
{
return(CreateMany.RatedMetrics(m => new TypeMetricsReport {
FullName = Create.RandomName(), NumberOfNonStaticPublicFields = m
}, nspfs)
.AverageRatedNumberOfNonStaticPublicFields);
}
public static double RatedClassSize(params int[] css)
{
return(CreateMany.RatedMetrics(m => new TypeMetricsReport {
FullName = Create.RandomName(), NumberOfMethods = m
}, css)
.AverageRatedClassSize);
}
public static double RatedMethodLength(params int[] mls)
{
return(CreateMany.RatedMetrics(m => new MethodMetricsReport {
NumberOfLogicalLines = m
}, mls)
.AverageRatedMethodLength);
}
