public override void OutANamedType(ANamedType node)
{
//If using a generic type, you must us it as a generic
if (data.StructTypeLinks.ContainsKey(node))
{
AStructDecl str = data.StructTypeLinks[node];
if (str.GetGenericVars().Count > 0)
{
if (!(node.Parent() is AGenericType))
{
errors.Add(new ErrorCollection.Error(node.GetToken(),
LocRM.GetString("ErrorText46"),
false,
new ErrorCollection.Error(str.GetName(),
LocRM.GetString("ErrorText48") +
Util.GetTypeName(str))));
}
}
}
base.OutANamedType(node);
}
public override void OutANamedType(ANamedType node)
{
//If using a generic type, you must us it as a generic
if (data.StructTypeLinks.ContainsKey(node))
{
AStructDecl str = data.StructTypeLinks[node];
if (str.GetGenericVars().Count > 0)
{
if (!(node.Parent() is AGenericType))
{
errors.Add(new ErrorCollection.Error(node.GetToken(),
"Target struct is a generic type. You must specify types for the generics.",
false,
new ErrorCollection.Error(str.GetName(),
"Matching " +
Util.GetTypeName(str))));
}
}
}
base.OutANamedType(node);
}
public override void OutANamedType(ANamedType node)
{
if (node.Parent() is ATypedefDecl && ((ATypedefDecl)node.Parent()).GetName() == node)
{
return;
}
//Link named type to their definition (structs)
List <ATypedefDecl> typeDefs = new List <ATypedefDecl>();
List <AStructDecl> structs = new List <AStructDecl>();
List <AMethodDecl> delegates = new List <AMethodDecl>();
List <TIdentifier> generics = new List <TIdentifier>();
bool matchPrimitive;
GetMatchingTypes(node, typeDefs, structs, delegates, generics, out matchPrimitive);
int matches = typeDefs.Count + structs.Count + delegates.Count + (matchPrimitive ? 1 : 0) + generics.Count;
if (matches == 0)
{
errors.Add(new ErrorCollection.Error(node.GetToken(), "Could not find any types matching " + ((AAName)node.GetName()).AsString()), true);
}
else if (generics.Count != 1 && matches > 1)
{
List <ErrorCollection.Error> subError = new List <ErrorCollection.Error>();
if (matchPrimitive)
{
subError.Add(new ErrorCollection.Error(node.GetToken(), "Matches primitive " + ((AAName)node.GetName()).AsString()));
}
foreach (ATypedefDecl typeDef in typeDefs)
{
subError.Add(new ErrorCollection.Error(typeDef.GetToken(), "Matching typedef"));
}
foreach (AStructDecl structDecl in structs)
{
subError.Add(new ErrorCollection.Error(structDecl.GetName(), "Matching " + Util.GetTypeName(structDecl)));
}
foreach (AMethodDecl methodDecl in delegates)
{
subError.Add(new ErrorCollection.Error(methodDecl.GetName(), "Matching delegate"));
}
foreach (TIdentifier identifier in generics)
{
subError.Add(new ErrorCollection.Error(identifier, "Matching generic"));
}
errors.Add(
new ErrorCollection.Error(node.GetToken(),
"Found multiple types matching " + ((AAName)node.GetName()).AsString(),
false, subError.ToArray()), true);
}
else
{
if (generics.Count == 1)
{
data.GenericLinks[node] = generics[0];
return;
}
if (typeDefs.Count == 1)
{
ATypedefDecl typeDef = typeDefs[0];
//data.TypeDefLinks[node] = typeDef;
PType type = (PType)typeDef.GetType().Clone();
node.ReplaceBy(type);
type.Apply(this);
return;
}
if (structs.Count == 1)
{
data.StructTypeLinks[node] = structs[0];
}
else if (delegates.Count == 1)
{
data.DelegateTypeLinks[node] = delegates[0];
}
if (!matchPrimitive && !(structs.Count == 1 && data.Enums.ContainsKey(structs[0])) && node.Parent() is AEnrichmentDecl) //Not allowed to enrich a struct, class or delegate
{
errors.Add(new ErrorCollection.Error(node.GetToken(), "You can not enrich this type."));
}
}
}