private static void BuildEnumDeclaration(EnumDecl decl, CodeWriter writer)
{
var settings = GeneratorSettingsProvider.Get(decl.Module.ModuleName);
var type = decl.Name.Underscore();
writer.AppendNewLineWithoutIndent();
writer.AppendLines(CommentHelper.FormatComment(decl.Comment));
writer.AppendLine($"class {settings.DeclSpec} {type} : public dot::enum_base");
writer.AppendLine("{");
writer.PushIndent();
writer.AppendLine($"typedef {type} self;");
writer.PopIndent();
writer.AppendNewLineWithoutIndent();
var elements = decl.Items;
writer.AppendLine("public:");
writer.AppendNewLineWithoutIndent();
writer.PushIndent();
writer.AppendLine("enum enum_type {");
writer.PushIndent();
foreach (EnumItem item in elements)
{
writer.AppendLines(CommentHelper.FormatComment(item.Comment));
writer.AppendLine($"{item.Name.Underscore()},");
// Do not add new line after last item
if (elements.IndexOf(item) != elements.Count - 1)
{
writer.AppendNewLineWithoutIndent();
}
}
writer.PopIndent();
writer.AppendLine("};");
writer.AppendNewLineWithoutIndent();
writer.PopIndent();
writer.AppendLines(@"private:
static dot::object make_self() { return self(); }
public:
typedef self element_type;
typedef dot::struct_wrapper_impl<self>* pointer_type;
using dot::enum_base::enum_base;
operator dot::object();
operator int() const;
self& operator=(int rhs);
self& operator=(const self& other);
virtual dot::type_t type();
static dot::type_t typeof();
protected:
virtual dot::dictionary<dot::string, int> get_enum_map() override;");
writer.AppendLine("};");
}
