public JobNotificationSettings ParseJobNotificationSettings(ParInput pars)
{
JobNotificationSettings _settings = new JobNotificationSettings();
string[] _temp = pars.GetPar(NOTI_SMTP_ENDPOINT).argValues[0].ToString().Split(new string[] { ":" }, StringSplitOptions.RemoveEmptyEntries);
if (_temp.Length == 2)
{
_settings.login.smtpAddr = _temp[0];
try
{
_settings.login.port = Int32.Parse(_temp[1]);
}
catch (Exception)
{
throw new Exception(CLIError.Error(CLIError.ErrorType.ArgumentTypeError, "Could not parse SMTP-Port!", true));
}
}
else
{
throw new Exception(CLIError.Error(CLIError.ErrorType.SyntaxError, "SMTP-Endpoint could not be parsed correctly!", true));
}
string[] _temp2 = pars.GetPar(NOTI_SMTP_LOGIN).argValues[0].ToString().Split(new string[] { ":" }, StringSplitOptions.RemoveEmptyEntries);
if (_temp2.Length == 2)
{
try
{
_settings.login.mail = new MailAddress(_temp2[0]);
}
catch (Exception)
{
throw new Exception(CLIError.Error(CLIError.ErrorType.ArgumentTypeError, "Could not parse MailAddress!", true));
}
_settings.login.password = _temp2[1];
}
else
{
throw new Exception(CLIError.Error(CLIError.ErrorType.SyntaxError, "SMTP-Login could not be parsed correctly!", true));
}
_settings.mailAddr = new MailAddress[1] {
(MailAddress)pars.GetPar(NOTI_SMTP_MAILS).argValues[0]
};
return(_settings);
}
/*
* This method checks the pars and args of their validity.
* If everything is alright, the command object will be set.
* It returns the string 'VALID_PARAMETERS' when the pars and args are valid.
* If the par are not valid it returns the error text, which get displayed onto
* the CLI. When the parsing was successful, the Command-Object will be set and be ready
* for execution. */
protected string CLIInterpreter(ref Command command, string cliInput)
{
string _commandInput = GetCommandName(cliInput);
CommandOptions _commandOptions = GetCommandOptions(_commandInput);
if (_commandOptions == null)
{
return(CLIError.Error(CLIError.ErrorType.CommandError, "Command '" + _commandInput + "' not known!", true));
}
ParInput _parInput = GetParamtersFromInput(cliInput);
Type _commandType = _commandOptions.commandType;
ConstructorInfo _cInfo;
// Check if the command need any objects.
if (_commandOptions.commandObjects == null)
{
// Command does not need any objects for its constructor.
_cInfo = _commandType.GetConstructor(new Type[0]);
// Invoke the constructor.
command = (Command)_cInfo.Invoke(null);
}
else
{
// Command need some objects for its constructor.
_cInfo = _commandType.GetConstructor(new Type[1] {
typeof(object[])
});
// Invoke the constructor.
command = (Command)_cInfo.Invoke(new object[] { _commandOptions.commandObjects });
}
command.pars = _parInput;
return(CLIFramework.ValidPar(command));
}
public static string ValidPar(Command command)
{
List <ParOption> _rPar = command.rPar;
List <ParOption> _oPar = command.oPar;
Parameter _temp;
ParOption _tempOptions;
int _requiredArgsFound = 0;
// Check every parameter.
for (int i = 0; i < command.pars.pars.Count; i++)
{
_temp = command.pars.pars[i];
_tempOptions = CLIFramework.GetParOptions(_rPar, _oPar, _temp.par);
// Check if the parameter is known.
if (_tempOptions == null)
{
return(CLIError.Error(CLIError.ErrorType.ParameterError, "Parameter '" + _temp.par + "' does not exist for this command!", true));
}
// Check if parameter has been used befor.
if (_tempOptions.IsUsed)
{
return(CLIError.Error(CLIError.ErrorType.ParameterError, "Parameter '" + _temp.par + "' cannot be used multiple times!", true));
}
// Mark the parameter as 'used'.
_tempOptions.SetUsedFlag();
// If it is a required parameter, increase _requiredArgsFound.
// If _requiredArgsFound is equal to the lengh of the _requiredParamters,
// all required parameter has been found in the input of the cli.
if (IsRequiredPar(_rPar, _temp))
{
_requiredArgsFound++;
}
// Check if the given parameter can have a value or not.
if (_tempOptions.argEmpty)
{
// Check if the arg is not null.
if (_temp.argValues.Length != 0)
{
return(CLIError.Error(CLIError.ErrorType.SyntaxError, "The parameter '" + _temp.par + "' does not need any args!", true));
}
}
else
{
if (_temp.argValues.Length == 0)
{
return(CLIError.Error(CLIError.ErrorType.SyntaxError, "The par '" + _temp.par + "' needs one or more args!", true));
}
if (!_tempOptions.multiargs)
{
// Check if more than one arg is given.
if (_temp.argValues.Length > 1)
{
return(CLIError.Error(CLIError.ErrorType.SyntaxError, "The par '" + _temp.par + "' can't have multiple args!", true));
}
}
/* Try to convert the given args into the specific types.
* If it cannot convert all args into ONE type, it will fail. */
object[] _args = new object[_temp.argValues.Length];
bool _allArgsConverted = false;
foreach (Type _type in _tempOptions.argTypes)
{
int _argsConverted = 0;
for (int i2 = 0; i2 < _temp.argValues.Length; i2++)
{
_args[i2] = CLIFramework.Convert((string)_temp.argValues[i2], _type);
if (_args[i2] != null)
{
_argsConverted++;
}
else
{
break;
}
}
if (_argsConverted == _args.Length)
{
_allArgsConverted = true;
break;
}
}
if (!_allArgsConverted)
{
return(CLIError.Error(CLIError.ErrorType.ArgumentTypeError,
"The argument of the parameter '" + _temp.par + "' could not be parsed correctly!", true));
}
_temp.argValues = _args;
}
}
// Check if all required pars has been found.
if (_rPar.Count != _requiredArgsFound)
{
return(CLIError.Error(CLIError.ErrorType.SyntaxError, "Some required parameters are missing!", true));
}
return("VALID_PARAMETERS");
}
