private static CoverageNodeModel ReadClass(ClassCoverageInfo cls)
{
var model = new CoverageNodeModel(CoverageNodeType.Type);
if (!string.IsNullOrEmpty(cls.ClassName))
{
model.Name = cls.ClassName;
}
else
{
model.Name = "Global Functions";
}
model.LinesCovered = cls.LinesCovered;
model.LinesPartiallyCovered = cls.LinesPartiallyCovered;
model.LinesNotCovered = cls.LinesNotCovered;
model.BlocksCovered = cls.BlocksCovered;
model.BlocksNotCovered = cls.BlocksNotCovered;
model.AdditionalData[nameof(cls.ClassKeyName)] = cls.ClassKeyName;
model.AdditionalData[nameof(cls.NamespaceKeyName)] = cls.NamespaceKeyName;
foreach (var meth in cls.Methods)
{
model.Children.Add(ReadFunction(meth));
}
return(model);
}
internal ClassExport(ClassCoverageInfo dat)
{
Name = dat.ClassName;
Methods = dat.Methods.Select(c => new MethodExport(c)).ToArray();
LinesCovered = dat.LinesCovered;
LinesPartiallyCovered = dat.LinesPartiallyCovered;
LinesNotCovered = dat.LinesNotCovered;
BlocksCovered = dat.BlocksCovered;
BlocksNotCovered = dat.BlocksNotCovered;
}
private static ClassCoverageInfo CreateSerializableClass(CoverageNodeModel model)
{
var cls = new ClassCoverageInfo();
cls.ClassKeyName = (string)model.AdditionalData[nameof(cls.ClassKeyName)];
cls.ClassName = model.Name;
cls.LinesCovered = model.LinesCovered;
cls.LinesNotCovered = model.LinesNotCovered;
cls.LinesPartiallyCovered = model.LinesPartiallyCovered;
cls.BlocksCovered = model.BlocksCovered;
cls.BlocksNotCovered = model.BlocksNotCovered;
cls.NamespaceKeyName = (string)model.AdditionalData[nameof(cls.NamespaceKeyName)];
cls.Methods = model.Children.Select(CreateSerializableFunction).ToArray();
return(cls);
}
