private void CheckNameSpaceRules(INamespaceMetric itmClass, CodeMetricSetting setting, string nameClss)
{
//Cheking namespaces CyclomaticComplexity is seems ridiculous
//if (IsMaxExceed(itmClass.CyclomaticComplexity, setting.MaxCyclomaticComplexity))
// WrtLog("Cyclomatic Complexity", nameClss, itmClass.CyclomaticComplexity, setting.MaxCyclomaticComplexity);
//if (IsMaxExceed(itmClass.DepthOfInheritance, setting.MaxDepthofInheritenceforClass))
// WrtLog("Depth of Inheritance", nameClss, itmClass.DepthOfInheritance, setting.MaxDepthofInheritenceforClass);
int mainIndx = (int)itmClass.MaintainabilityIndex;
if (IsMinExceed(itmClass.MaintainabilityIndex, setting.MinMaintainabilityIndexforClass))
{
WrtLog(MetricSource.Namespace, "Maintainability Index", nameClss, mainIndx, setting.MinMaintainabilityIndexforClass);
}
}
public List <FileMetricOverTime> GetFileMetricOverTime(IEnumerable <GitCommit> gitCommits, IEnumerable <string> filePaths)
{
List <FileMetricOverTime> fileMetricsOverTime = new List <FileMetricOverTime>();
foreach (string filePath in filePaths)
{
FileMetricOverTime fileMetricOverTime = new FileMetricOverTime(filePath);
foreach (GitCommit gitCommit in gitCommits)
{
if (gitCommit.ContainsFileNames(new List <string>()
{
filePath
}))
{
SyntaxTree syntaxTree = GetSyntaxTree(GetFileContentForFilePath(filePath, gitCommit));
if (syntaxTree.Length == 0)
{
continue;
}
IEnumerable <INamespaceMetric> metrics = GetFileMetric(syntaxTree);
if (metrics.Count() != 1)
{
continue;
}
INamespaceMetric metric = metrics.SingleOrDefault();
fileMetricOverTime.FileMetricForCommits.Add(
new FileMetricForCommit(gitCommit.SHA,
gitCommit.Time,
metric.MaintainabilityIndex,
metric.CyclomaticComplexity,
metric.LinesOfCode));
}
}
fileMetricsOverTime.Add(fileMetricOverTime);
}
return(fileMetricsOverTime);
}
private static IModelNode CreateNamespaceNode(INamespaceMetric namespaceMetric, IProjectMetric[] projectMetrics, IEnumerable <EvaluationResult> reviews)
{
var references =
namespaceMetric.ClassCouplings.Select(definition => CreateNamespaceReferenceNode(definition, projectMetrics)).AsArray();
var children =
namespaceMetric.TypeMetrics.Select(
typeMetric => CreateTypeNodes(typeMetric, projectMetrics, reviews.Where(x => x.TypeName == typeMetric.Name)))
.Concat(references)
.Merge()
.ToList();
return(new ModelNode(
namespaceMetric.Name,
NodeKind.Namespace,
reviews.Where(x => x.Namespace == namespaceMetric.Name).GetQuality(),
namespaceMetric.LinesOfCode,
namespaceMetric.MaintainabilityIndex,
namespaceMetric.CyclomaticComplexity,
children));
}
private static IModelNode CreateNamespaceNode(INamespaceMetric namespaceMetric, IProjectMetric[] projectMetrics, IEnumerable<EvaluationResult> reviews)
{
var references =
namespaceMetric.ClassCouplings.Select(definition => CreateNamespaceReferenceNode(definition, projectMetrics)).AsArray();
var children =
namespaceMetric.TypeMetrics.Select(
typeMetric => CreateTypeNodes(typeMetric, projectMetrics, reviews.Where(x => x.TypeName == typeMetric.Name)))
.Concat(references)
.Merge()
.ToList();
return new ModelNode(
namespaceMetric.Name,
NodeKind.Namespace,
reviews.Where(x => x.Namespace == namespaceMetric.Name).GetQuality(),
namespaceMetric.LinesOfCode,
namespaceMetric.MaintainabilityIndex,
namespaceMetric.CyclomaticComplexity,
children);
}