public void TestContains()
{
TypeReference tref = dcd.TypeList.Find(
delegate(TypeDefinition decl) { return (decl.Name == "NestedClass2Deep"); });
List<UsedClass> list = new List<UsedClass>();
UsedClass uc1 = new UsedClass(tref, ClassUse.Calls);
UsedClass uc2 = new UsedClass(tref, ClassUse.Calls);
list.Add(uc1);
Assert.IsTrue(list.Contains(uc1));
Assert.IsTrue(list.Contains(uc2));
}
public override bool Equals(object obj)
{
UsedClass operand = obj as UsedClass;
if (operand == null)
{
return(false);
}
if (operand.Type == Type && operand.Use == Use)
{
return(true);
}
return(false);
}
private void AddTypeToList(TypeReference tref, ClassUse use, List <UsedClass> usedT, bool getAdditionTypeInfo)
{
if (tref != null)
{
UsedClass uc = new UsedClass(tref, use);
if (!SkipType(tref) && !usedT.Contains(uc))
{
usedT.Add(uc);
}
if (getAdditionTypeInfo)
{
AddUsedTypesFromAttributes(tref.CustomAttributes, usedT);
GenericInstanceType git = tref as GenericInstanceType;
AddUsedTypesFromGenericArgs(git, usedT);
}
}
}
private void AddTypeToList(TypeReference tref, ClassUse use, List<UsedClass> usedT, bool getAdditionTypeInfo)
{
if (tref != null)
{
UsedClass uc = new UsedClass(tref, use);
if (!SkipType(tref) && !usedT.Contains(uc))
{
usedT.Add(uc);
}
if (getAdditionTypeInfo)
{
AddUsedTypesFromAttributes(tref.CustomAttributes, usedT);
GenericInstanceType git = tref as GenericInstanceType;
AddUsedTypesFromGenericArgs(git, usedT);
}
}
}