void ApiRegistrar::RegisterProperty( const asITypeInfo& type, const Property& property ) {
const size_t nameLength( StringLength( property.name ) + 5u );
char* const accessorName( static_cast<char*>(_alloca( nameLength )) );
if( property.getterFunction ) {
const Argument arguments[] = { TypeDescriptor() };
PrintFormatted( accessorName, nameLength, "get_%s", property.name );
RegisterMethod( type, { property.type, Utf8Literal( accessorName ), arguments, true, property.getterFunction } );
}
if( property.setterFunction ) {
const Argument arguments[] = { Argument( property.type ), TypeDescriptor() };
PrintFormatted( accessorName, nameLength, "set_%s", property.name );
RegisterMethod( type, { property.type, Utf8Literal( accessorName ), arguments, false, property.setterFunction } );
}
}
TypeDescriptor TypeParser::parse_types(bool is_reversed) {
CassValueType value_type = parse_one_type();
std::list<TypeDescriptor> type_args;
bool list_open = false;
size_t i;
while (index_ < type_buffer_.size() &&
(i = type_buffer_.find_first_of(",() ", index_)) != std::string::npos) {
switch (type_buffer_[i]) {
case ' ':
++index_;
break;
case ',':
if (list_open) {
CassValueType inner_type = parse_one_type(i);
type_args.push_back(TypeDescriptor(inner_type));
}
++index_;
break;
case '(':
list_open = true;
++index_;
type_args.push_back(parse_types(false));
break;
case ')':
{
CassValueType inner_type = parse_one_type(i);
type_args.push_back(TypeDescriptor(inner_type));
}
list_open = false;
++index_;
break;
default: // unexpected state
index_ = type_buffer_.size();
break;
}
if (!list_open) {
break;
}
}
return TypeDescriptor(value_type, is_reversed, type_args);
}
