protected void finish(ScientificNotationQuantityJSON result)
{
if (fieldGeneratorValue.have_value)
{
result.setValueText(fieldGeneratorValue.value);
fieldGeneratorValue.have_value = false;
}
else if ((!(result.hasValue())) && !allow_incomplete)
{
error("When parsing the object for %what%, the \"Value\" field was missing.");
}
base.finish(result);
}
protected override void finish()
{
if (!(getQuantityJSONKey().Equals("ScientificNotation")))
{
throw new Exception("The key field has a value other than `ScientificNotation'.");
}
ScientificNotationQuantityJSON result = new ScientificNotationQuantityJSON();
Debug.Assert(result != null);
finish(result);
int extra_count = unknownFieldGenerator.field_names.Count;
Debug.Assert(extra_count == unknownFieldGenerator.field_values.Count);
for (int extra_num = 0; extra_num < extra_count; ++extra_num)
{
result.extraScientificNotationQuantityAppendPair(unknownFieldGenerator.field_names[extra_num], unknownFieldGenerator.field_values[extra_num]);
}
unknownFieldGenerator.field_names.Clear();
unknownFieldGenerator.field_values.Clear();
unknownFieldGenerator.index = new Dictionary <string, JSONValue>();
handle_result(result);
}
protected override void handle_result(ScientificNotationQuantityJSON result)
{
top.value.Add(result);
}
protected override void handle_result(ScientificNotationQuantityJSON result)
{
//@@@ Debug.Assert(!have_value);
have_value = true;
value = result;
}
protected abstract void handle_result(ScientificNotationQuantityJSON new_result);