// Test a correct SHIFT value. numberOfQueries should increment and
// average guess value should update to guess value
public static string testCorrectGuessValue()
{
encryption.encryptWord correctGuess = new encryptWord();
correctGuess.GuessShiftValue(3);
return(correctGuess.DisplayGuessStatistics());
}
// Test a high guess value. numberOfHighGuesses should increment and
// average guess value should update to guess value
public static string testHighGuessValue()
{
encryption.encryptWord highGuess = new encryptWord();
highGuess.GuessShiftValue(4);
return(highGuess.DisplayGuessStatistics());
}
// Test a low guess value. numberOfLowGuesses should increment and
// average guess value should update to guess value
public static string testLowGuessValue()
{
encryption.encryptWord lowGuess = new encryptWord();
lowGuess.GuessShiftValue(0);
return(lowGuess.DisplayGuessStatistics());
}
// Test to ensure EncryptWord initialize properly
public static string testObjectInitialState()
{
encryption.encryptWord initialState = new encryptWord();
// Initial state will have all guess statistics as 0's
return(initialState.DisplayGuessStatistics());
}
// Test average guess value is working correctly. The two guesses
// should be summed, divided by 2, then rounded down to the nearest
// whole number
public static string testAverageGuessValue()
{
encryption.encryptWord averageGuess = new encryptWord();
averageGuess.GuessShiftValue(2);
averageGuess.GuessShiftValue(5);
return(averageGuess.DisplayGuessStatistics());
}
// Test resetting the EncryptWord object. Input a low guess, high guess
// and a correct guess. Then call ResetObject function.
// DisplayGuessStatistics function then should have all statistics set
// to 0's.
public static string testResetObject()
{
encryption.encryptWord resetTest = new encryptWord();
resetTest.GuessShiftValue(0);
resetTest.GuessShiftValue(3);
resetTest.GuessShiftValue(5);
resetTest.ResetObject();
return(resetTest.DisplayGuessStatistics());
}
