public Models.ResultPrimeNumbers generatePrimeNumbers(int number1, int token)
{
string status;
Models.ResultPrimeNumbers result = new Models.ResultPrimeNumbers();
List <string> values;
//create channel with channelFactory
authenticateInterface = Models.AuthenticatorAccessInterface.remoteConnection();
status = authenticateInterface.validate(token);
//token validated
if (status.Equals("validated"))
{
//assign generated primes for a given value
values = Models.PrimeNumbers.GeneratePrimeNumbers(number1);
result.Values = values;
result.Reason = "Validated";
result.Status = "Returned";
}
else if (status.Equals("not validated"))//invalid token
{
//assign null as will not be providing the service as the user was not authenticated
result.Values = null;
result.Reason = "Authentication Error";
result.Status = "Denied";
}
return(result);
}
public Models.ResultPrimeNumbers GeneratePrimeNumbersInRange(int number1, int number2, int token)
{
string status;
Models.ResultPrimeNumbers result = new Models.ResultPrimeNumbers();
List <string> values;
//create connection with the authenticator
authenticateInterface = Models.AuthenticatorAccessInterface.remoteConnection();
status = authenticateInterface.validate(token);
//token validated
if (status.Equals("validated"))
{
//assigns the list of generated prime numbers in range(number1, number2)
values = Models.PrimeNumbers.GeneratePrimeNumbers(number1, number2);
result.Values = values;
result.Reason = "Validated";
result.Status = "Returned";
}
else if (status.Equals("not validated"))//invalid token
{
//not validated hence null Values
result.Values = null;
result.Reason = "Authentication Error";
result.Status = "Denied";
}
return(result);
}
