private void ProcessGenericType(ITypeDefinition cl, StreamWriter classesSW,
IModule mod, ISet <ITypeDefinition> processedTypes)
{
IGenericTypeInstance gcl = cl as IGenericTypeInstance;
if (gcl != null && !processedTypes.Contains(gcl))
{
INamedTypeDefinition templateType = gcl.GenericType.ResolvedType;
IEnumerable <ITypeReference> genArgs = gcl.GenericArguments;
string argStr = "";
foreach (ITypeReference ty in genArgs)
{
ITypeDefinition tyDefn = ty.ResolvedType;
if (tyDefn is IGenericTypeInstance)
{
IModule mod1 = TypeHelper.GetDefiningUnit(tyDefn) as IModule;
ProcessGenericType(tyDefn, classesSW, mod1, processedTypes);
}
else
{
if (!processedTypes.Contains(tyDefn))
{
IModule mod1 = TypeHelper.GetDefiningUnit(tyDefn) as IModule;
classesSW.WriteLine("CLASS:" + tyDefn.FullName() + " ARGS:" + " MODULE:" + mod1.Name.Value);
processedTypes.Add(tyDefn);
}
}
argStr += tyDefn.FullName() + ";";
}
if (!argStr.Equals(""))
{
argStr = argStr.TrimEnd(';');
}
IDictionary <string, ITypeDefinition> nestedTypeMap = new Dictionary <string, ITypeDefinition>();
FillNestedTypeMap(gcl, nestedTypeMap, "", false);
int nestedCnt = nestedTypeMap.Count;
if (nestedCnt > 0)
{
classesSW.WriteLine("CLASS:" + templateType.FullName() + " ARGS:" + argStr + " MODULE:" + mod.Name.Value +
" NESTED_CNT:" + nestedCnt);
}
else
{
classesSW.WriteLine("CLASS:" + templateType.FullName() + " ARGS:" + argStr + " MODULE:" + mod.Name.Value);
}
processedTypes.Add(gcl);
foreach (KeyValuePair <string, ITypeDefinition> entry in nestedTypeMap)
{
classesSW.WriteLine("CLASS:" + templateType.FullName() + " ARGS:" + argStr + " MODULE:" + mod.Name.Value +
" NESTED_CLASS:" + entry.Key);
processedTypes.Add(entry.Value);
}
}
}
protected override TypeMetricsReport AnalyzeType(INamedTypeDefinition type, PdbReader pdb, IEnumerable<MethodMetricsReport> methods)
{
return new TypeMetricsReport
{
Name = type.Name(),
FullName = type.FullName(),
Namespaces = type.Namespaces(),
CompilerGenerated = type.IsGeneratedCode(),
NumberOfNonStaticPublicFields = NumberOfNonStaticPublicFields.Of(type),
NumberOfMethods = NumberOfMethods.Of(type),
DirectDependencies = DirectDependencies.Of(type, methods)
};
}
public static IEnumerable <string> Of(INamedTypeDefinition type, IEnumerable <MethodMetricsReport> methods)
{
var typesOfMethods = GetMethodTypes(methods).ToList();
var typesOfFields = GetFieldTypes(type.Fields).ToList();
var typesOfAncestors = GetAncestorTypes(type).ToList();
var typesOfGenerics = GetGenericConstraints(type).ToList();
return(Enumerable.Empty <string>()
.Union(type.FullName().Return())
.Union(typesOfMethods)
.Union(typesOfFields)
.Union(typesOfAncestors)
.Union(typesOfGenerics)
.ToList());
}
protected override TypeMetricsReport AnalyzeType(INamedTypeDefinition type, PdbReader pdb, IEnumerable <MethodMetricsReport> methods)
{
return(new TypeMetricsReport
{
Name = type.Name(),
FullName = type.FullName(),
SourceLocation = SourceCodeLocating.OfType(type, pdb),
Namespaces = type.Namespaces(),
CompilerGenerated = type.IsGeneratedCode(),
NumberOfFields = NumberOfFields.Of(type),
NumberOfNonStaticPublicFields = NumberOfFields.NotStaticAndPublic(type),
NumberOfMethods = NumberOfMethods.Of(type),
DirectDependencies = DirectDependencies.Of(type, methods)
});
}
public static IEnumerable<string> Of(INamedTypeDefinition type, IEnumerable<MethodMetricsReport> methods)
{
var typesOfMethods = GetMethodTypes(methods).ToList();
var typesOfFields = GetFieldTypes(type.Fields).ToList();
var typesOfAncestors = GetAncestorTypes(type).ToList();
var typesOfGenerics = GetGenericConstraints(type).ToList();
return Enumerable.Empty<string>()
.Union(type.FullName().Return())
.Union(typesOfMethods)
.Union(typesOfFields)
.Union(typesOfAncestors)
.Union(typesOfGenerics)
.ToList();
}
private void AddTypeForward(Assembly assembly, INamedTypeDefinition seedType)
{
var alias = new NamespaceAliasForType();
alias.AliasedType = ConvertDefinitionToReferenceIfTypeIsNested(seedType, _seedHost);
alias.IsPublic = true;
if (assembly.ExportedTypes == null)
{
assembly.ExportedTypes = new List <IAliasForType>();
}
// Make sure that the typeforward doesn't already exist in the ExportedTypes
if (!assembly.ExportedTypes.Any(t => t.AliasedType.RefDocId() == alias.AliasedType.RefDocId()))
{
assembly.ExportedTypes.Add(alias);
}
else
{
throw new FacadeGenerationException($"{seedType.FullName()} typeforward already exists");
}
}
private void AddTypeForward(Assembly assembly, INamedTypeDefinition seedType)
{
var alias = new NamespaceAliasForType();
alias.AliasedType = ConvertDefinitionToReferenceIfTypeIsNested(seedType, _seedHost);
alias.IsPublic = true;
if (assembly.ExportedTypes == null)
assembly.ExportedTypes = new List<IAliasForType>();
// Make sure that the typeforward doesn't already exist in the ExportedTypes
if (!assembly.ExportedTypes.Any(t => t.AliasedType.RefDocId() == alias.AliasedType.RefDocId()))
assembly.ExportedTypes.Add(alias);
else
throw new FacadeGenerationException($"{seedType.FullName()} typeforward already exists");
}
