private void  fromJSONDeviceAmbiguityFlags(JSONValue json_value, bool ignore_extras)
    {
        Debug.Assert(json_value != null);
        JSONArrayValue json_array1 = json_value.array_value();

        if (json_array1 == null)
        {
            throw new Exception("The value for field DeviceAmbiguityFlags of HomeAutomationAmbiguityJSON is not an array.");
        }
        int count1 = json_array1.componentCount();

        if (count1 < 1)
        {
            throw new Exception("The value for field DeviceAmbiguityFlags of HomeAutomationAmbiguityJSON has too few elements.");
        }
        List <HomeAutomationAmbiguityFlagsJSON> vector_DeviceAmbiguityFlags1 = new List <HomeAutomationAmbiguityFlagsJSON>(count1);

        for (int num1 = 0; num1 < count1; ++num1)
        {
            HomeAutomationAmbiguityFlagsJSON convert_classy = HomeAutomationAmbiguityFlagsJSON.from_json(json_array1.component(num1), ignore_extras, true);
            vector_DeviceAmbiguityFlags1.Add(convert_classy);
        }
        Debug.Assert(vector_DeviceAmbiguityFlags1.Count >= 1);
        initDeviceAmbiguityFlags();
        for (int num2 = 0; num2 < vector_DeviceAmbiguityFlags1.Count; ++num2)
        {
            appendDeviceAmbiguityFlags(vector_DeviceAmbiguityFlags1[num2]);
        }
        for (int num1 = 0; num1 < vector_DeviceAmbiguityFlags1.Count; ++num1)
        {
        }
    }
 public void appendDeviceAmbiguityFlags(HomeAutomationAmbiguityFlagsJSON to_append)
 {
     if (!flagHasDeviceAmbiguityFlags)
     {
         flagHasDeviceAmbiguityFlags = true;
         storeDeviceAmbiguityFlags.Clear();
     }
     Debug.Assert(flagHasDeviceAmbiguityFlags);
     storeDeviceAmbiguityFlags.Add(to_append);
 }
        protected override void finish()
        {
            HomeAutomationAmbiguityFlagsJSON result = new HomeAutomationAmbiguityFlagsJSON();

            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.extraHomeAutomationAmbiguityFlagsAppendPair(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 void finish(HomeAutomationAmbiguityFlagsJSON result)
 {
     if (fieldGeneratorHomeAutomationSolution.have_value)
     {
         result.setHomeAutomationSolution(fieldGeneratorHomeAutomationSolution.value);
         fieldGeneratorHomeAutomationSolution.have_value = false;
     }
     if (fieldGeneratorName.have_value)
     {
         result.setName(fieldGeneratorName.value);
         fieldGeneratorName.have_value = false;
     }
     if (fieldGeneratorID.have_value)
     {
         result.setID(fieldGeneratorID.value);
         fieldGeneratorID.have_value = false;
     }
     if (fieldGeneratorType.have_value)
     {
         result.setType(fieldGeneratorType.value);
         fieldGeneratorType.have_value = false;
     }
 }
 protected override void handle_result(HomeAutomationAmbiguityFlagsJSON result)
 {
     top.value.Add(result);
 }
        protected override void handle_result(HomeAutomationAmbiguityFlagsJSON result)
        {
//@@@            Debug.Assert(!have_value);
            have_value = true;
            value      = result;
        }
 protected abstract void handle_result(HomeAutomationAmbiguityFlagsJSON new_result);