private void fromJSONUnit(JSONValue json_value, bool ignore_extras)
{
Debug.Assert(json_value != null);
UnitOfMeasureJSON convert_classy = UnitOfMeasureJSON.from_json(json_value, ignore_extras, true);
setUnit(convert_classy);
}
private void fromJSONOutputUnit(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 OutputUnit of UnitConversionErrorJSON is not an array.");
}
int count1 = json_array1.componentCount();
if (count1 < 1)
{
throw new Exception("The value for field OutputUnit of UnitConversionErrorJSON has too few elements.");
}
List <UnitOfMeasureJSON> vector_OutputUnit1 = new List <UnitOfMeasureJSON>(count1);
for (int num1 = 0; num1 < count1; ++num1)
{
UnitOfMeasureJSON convert_classy = UnitOfMeasureJSON.from_json(json_array1.component(num1), ignore_extras, true);
vector_OutputUnit1.Add(convert_classy);
}
Debug.Assert(vector_OutputUnit1.Count >= 1);
initOutputUnit();
for (int num2 = 0; num2 < vector_OutputUnit1.Count; ++num2)
{
appendOutputUnit(vector_OutputUnit1[num2]);
}
for (int num1 = 0; num1 < vector_OutputUnit1.Count; ++num1)
{
}
}
public void setUnit(UnitOfMeasureJSON new_value)
{
if (flagHasUnit)
{
}
flagHasUnit = true;
storeUnit = new_value;
}
public void appendOutputUnit(UnitOfMeasureJSON to_append)
{
if (!flagHasOutputUnit)
{
flagHasOutputUnit = true;
storeOutputUnit.Clear();
}
Debug.Assert(flagHasOutputUnit);
storeOutputUnit.Add(to_append);
}
public void setUnit(string chars)
{
UnitOfMeasureJSON.TypeValueKnownValues known = UnitOfMeasureJSON.stringToValue(chars);
UnitOfMeasureJSON.TypeValue new_value = new UnitOfMeasureJSON.TypeValue();
if (known == UnitOfMeasureJSON.TypeValueKnownValues.Value__none)
{
new_value.in_known_list = false;
new_value.string_value = chars;
}
else
{
new_value.in_known_list = true;
new_value.list_value = known;
}
setUnit(new_value);
}
