public void FinalizeSelf(MetricsAccumulationNode node)
{
int assignmentCount;
int branchCount;
int callCount;
node.TryGetDataItem <int>(AssignmentCount, out assignmentCount);
node.TryGetDataItem <int>(BranchingCount, out branchCount);
node.TryGetDataItem <int>(CallCount, out callCount);
var ABCScore = Math.Sqrt(Math.Pow(assignmentCount, 2) + Math.Pow(branchCount, 2) + Math.Pow(callCount, 2));
node.SetDataItem <double>(ABCScoreAccumulator, ABCScore);
if (node.children.Count > 0)
{
var ABCWithChildren = ABCScore;
foreach (MetricsAccumulationNode child in node.children)
{
double ABCScoreForChildren = 0;
if (child.TryGetDataItem <double>(ABCScoreWithChildrenAccumulator, out ABCScoreForChildren) ||
child.TryGetDataItem <double>(ABCScoreAccumulator, out ABCScoreForChildren))
{
ABCWithChildren += ABCScoreForChildren;
}
}
node.SetDataItem <double>(ABCScoreWithChildrenAccumulator, ABCWithChildren);
}
}
public override void Visit(MetricsAccumulationNode node)
{
depth++;
SyntaxKind nodeKind = node.nodeReference.Kind();
double abcCount, totalAbcCount;
int assignments, branches, calls;
node.TryGetDataItem(ABCStrategy.ABCScoreAccumulator, out abcCount);
node.TryGetDataItem(ABCStrategy.AssignmentCount, out assignments);
node.TryGetDataItem(ABCStrategy.BranchingCount, out branches);
node.TryGetDataItem(ABCStrategy.CallCount, out calls);
node.TryGetDataItem <double>(ABCStrategy.ABCScoreWithChildrenAccumulator, out totalAbcCount);
formatter.AddItem(depth, node.Name, abcCount, totalAbcCount, assignments, branches, calls);
base.Visit(node);
depth--;
}
public override void Visit(MetricsAccumulationNode node)
{
depth++;
SyntaxKind nodeKind = node.nodeReference.Kind();
int loc, tLoc, complexity, tComplexity;
node.TryGetDataItem <int>(LinesOfCodeStrategy.LinesOfCodeData, out loc);
node.TryGetDataItem <int>(LinesOfCodeStrategy.TotalLinesOfCodeData, out tLoc);
node.TryGetDataItem <int>(CyclomaticComplexityStrategy.CyclomaticComplexityeData, out complexity);
node.TryGetDataItem <int>(CyclomaticComplexityStrategy.TotalCyclomaticComplexityData, out tComplexity);
formatter.AddItem(depth, node.Name, loc, tLoc, complexity, tComplexity);
base.Visit(node);
depth--;
}
public void FinalizeSelf(MetricsAccumulationNode node)
{
int totalComplexity;
node.TryGetDataItem <int>(CyclomaticComplexityeData, out totalComplexity);
foreach (MetricsAccumulationNode child in node.children)
{
int childComplexity = 0;
if (child.TryGetDataItem <int>(TotalCyclomaticComplexityData, out childComplexity) ||
child.TryGetDataItem <int>(CyclomaticComplexityeData, out childComplexity))
{
totalComplexity += childComplexity;
}
}
node.SetDataItem <int>(TotalCyclomaticComplexityData, totalComplexity);
}
public void FinalizeSelf(MetricsAccumulationNode node)
{
int totalLinesOfCode = 0;
node.TryGetDataItem <int>(LinesOfCodeData, out totalLinesOfCode);
foreach (MetricsAccumulationNode child in node.children)
{
int childLinesOfCode = 0;
if (child.TryGetDataItem <int>(TotalLinesOfCodeData, out childLinesOfCode) ||
child.TryGetDataItem <int>(LinesOfCodeData, out childLinesOfCode))
{
totalLinesOfCode += childLinesOfCode;
}
continue;
}
node.SetDataItem <int>(TotalLinesOfCodeData, totalLinesOfCode);
}