public ApplicationOptionParameter(ApplicationParameterModel pModel, OptionModel model, String optionName, String optionValue, Object optionValueTyped)
: base(pModel)
{
this._model = model;
this._optionName = optionName ?? "";
this._optionValue = optionValue ?? "";
this._optionValueTyped = optionValueTyped;
}
private static AbstractApplicationParameter ProcessParameterModel(ApplicationParameterModel p, ApplicationParametersModel paramsModel, IList <String> args, IList <String> argsListReadOnly, IList <ValidationError> errors, ref Int32 idx)
{
var arg = args[idx];
if (p.Expandable)
{
var eArgs = TryExpandArgumentsRecursively(paramsModel.ParameterParser, arg);
if (eArgs != null)
{
// Expanded successfully
args.RemoveAt(idx);
for (var i = eArgs.Count - 1; i >= 0; --i)
{
args.Insert(idx, eArgs[i]);
}
// Read-only list should reflect the changed list
}
}
AbstractApplicationParameter pInstance = null;
if (idx < args.Count)
{
arg = args[idx];
foreach (var optionModel in p.PossibleOptions)
{
String on, ov, errorMsg;
Object ovt;
var oldIdx = idx;
idx += paramsModel.ParameterParser.TryParseOption(argsListReadOnly, idx, optionModel, out on, out ov, out ovt, out errorMsg);
if (idx > oldIdx)
{
pInstance = new ApplicationOptionParameter(p, optionModel, on, ov, ovt);
if (errorMsg != null)
{
errors.Add(new ValidationError(on, errorMsg));
}
break;
}
}
if (pInstance == null && p.CanBeNonOption)
{
pInstance = new ApplicationValueParameter(p, arg);
idx += 1;
}
}
return(pInstance);
}
internal ApplicationValueParameter(ApplicationParameterModel parameterModel, String value)
: base(parameterModel)
{
this._value = value;
}
public AbstractApplicationParameter(ApplicationParameterModel parameterModel)
{
this._parameterModel = parameterModel;
}