//
// WriteClassSetup
//
public void WriteClassSetup(CodeFacet facet)
{
WritePragmaMark("Setup");
WriteLine("");
WriteLine($"+ (const char *)monoClassName{LT}");
if (OutputFileType == OutputType.Implementation)
{
string name = CodeFacet.NormalizeGenericTypesInManagedIdentifier(facet.NameFromType);
WriteLine("{");
PushTabIndent();
WriteLine($"return \"{facet.TypeNamespace}.{name}\";");
PopIndent();
WriteLine("}");
WriteLine("");
}
WriteLine($"+ (const char *)monoAssemblyName{LT}");
if (OutputFileType == OutputType.Implementation)
{
WriteLine("{");
PushTabIndent();
WriteLine($"return \"{AssemblyFacet.Name}\";");
PopIndent();
WriteLine("}");
}
}
//
// ManagedTypeForAssociation
//
// Processes the managed type so that it can act as a type
// suitable for Obj-C type association
//
string ManagedTypeForAssociation(CodeFacet managedFacet)
{
string managedType = null;
// if the type represents a generic type parameter then the actual
// type argument will remain unknown until runtime.
if (managedFacet.IsGenericParameter)
{
managedType = GenericTypePlaceholder;
}
else if (managedFacet.IsArray)
{
// We want System.Byte[] to associate with NSData
if (managedFacet.Type != "System.Byte[]")
{
managedType = "System.Array";
}
}
else if (managedFacet.IsGenericType)
{
managedType = CodeFacet.NormalizeGenericTypesInManagedIdentifier(managedFacet.Type);
}
if (managedType == null)
{
if (managedFacet.IsByRef || managedFacet.IsPointer)
{
managedType = managedFacet.ElementType;
}
else
{
managedType = managedFacet.Type;
}
}
return(managedType);
}