public int CreateJumbledNumber(JumbledNumber NumJumObj, int difficulty)
{
IJumbledNumberSvc jumnumSvc =
(IJumbledNumberSvc)GetService(typeof(IJumbledNumberSvc).Name);
return jumnumSvc.GetJumbledNumber(NumJumObj, difficulty);
}
public void GMCheckWinTest()
{
int testNumDigits = 4,
testNumCorrect1 = 4,
testNumCorrect2 = 3;
long testCurrNumJum = 1234;
long testCurrGuess = 1111;
bool testStatus = false;
JumbledNumber testNumJum = new JumbledNumber(testNumDigits, testCurrNumJum, testCurrGuess, 0, 0, true);
Player testPlayer = new Player("Link");
GameManager testGameManager = new GameManager();
// Set win condition and test
testNumJum.NumCorrect = testNumCorrect1;
testStatus = testGameManager.CheckWin(testNumJum, testPlayer);
Assert.IsTrue(testStatus);
// Set win condition and test
testNumJum.NumCorrect = testNumCorrect2;
testStatus = testGameManager.CheckWin(testNumJum, testPlayer);
Assert.IsFalse(testStatus);
}
public void StopGame(JumbledNumber NumJum)
{
IGameSvc gameSvc =
(IGameSvc)GetService(typeof(IGameSvc).Name);
gameSvc.ChangeGameStatus(NumJum, false);
}
public bool CheckGameStatus(JumbledNumber NumJumObj)
{
IJumbledNumberSvc jumnumSvc =
(IJumbledNumberSvc)GetService(typeof(IJumbledNumberSvc).Name);
return jumnumSvc.GetGameStatus(NumJumObj);
}
// Add Guess
public void AddGuess(JumbledNumber NumJumObj, long guess)
{
// Store guess in object
NumJumObj.CurGuess = guess;
// Incremnt Count
NumJumObj.IncNumberGuesses();
}
public void CompareGuessandNumJumTest()
{
long testGuess1 = 1234,
testGuess2 = 5612,
testGuess3 = 5278,
testnumJum = 5678;
int testNumCorrect = 0;
JumbledNumber testJumbledNumObj = new JumbledNumber(4, testnumJum);
Factory testFactory = Factory.GetInstance();
IGameSvc testSVC = (IGameSvc)
testFactory.GetService(typeof(IGameSvc).Name);
// Update guess with test 1
testSVC.AddGuess(testJumbledNumObj, testGuess1);
// Compare values and store number correct
testNumCorrect = testSVC.CompareGuessandNumJum(testJumbledNumObj);
// Update number correct
testSVC.UpdateNumberCorrect(testJumbledNumObj, testNumCorrect);
// Perform Test
Assert.AreEqual(0, testNumCorrect);
Assert.AreEqual(0, testJumbledNumObj.NumCorrect);
// Update guess with test 2
testSVC.AddGuess(testJumbledNumObj, testGuess2);
// Compare values and store number correct
testNumCorrect = testSVC.CompareGuessandNumJum(testJumbledNumObj);
// Update number correct
testSVC.UpdateNumberCorrect(testJumbledNumObj, testNumCorrect);
// Perform Test
Assert.AreEqual(2, testNumCorrect);
Assert.AreEqual(2, testJumbledNumObj.NumCorrect);
// Update guess with test 3
testSVC.AddGuess(testJumbledNumObj, testGuess3);
// Compare values and store number correct
testNumCorrect = testSVC.CompareGuessandNumJum(testJumbledNumObj);
// Update number correct
testSVC.UpdateNumberCorrect(testJumbledNumObj, testNumCorrect);
// Perform Test
Assert.AreEqual(3, testNumCorrect);
Assert.AreEqual(3, testJumbledNumObj.NumCorrect);
// Final Test
Assert.AreEqual(3, testJumbledNumObj.NumGuesses);
}
public void TestIncNumberCorrect()
{
int TestNumDigits = 4;
long TestJNumberValue = 1234;
int TestExpIncVal = 2;
JumbledNumber TestNumJum = new JumbledNumber(TestNumDigits, TestJNumberValue);
TestNumJum.IncNumberCorrect(); // Increment to 1
TestNumJum.IncNumberCorrect(); // Increment to 2
Assert.AreEqual(TestExpIncVal, TestNumJum.NumCorrect);
}
public void TestIncNumberGuesses()
{
int TestNumDigits = 4;
long TestJNumberValue = 5678;
int TestGuessNum = 3;
JumbledNumber TestNumJum = new JumbledNumber(TestNumDigits, TestJNumberValue);
// Add 3 guesses
TestNumJum.IncNumberGuesses();
TestNumJum.IncNumberGuesses();
TestNumJum.IncNumberGuesses();
Assert.AreEqual(TestGuessNum, TestNumJum.NumGuesses);
}
// Compare guess and Jumbled Number
// Returns number of correct digits
public int CompareGuessandNumJum(JumbledNumber NumJumObj)
{
long currGuess,
currNumJum;
int numDigits,
numCorrect = 0,
gint,
njint;
// Get values form NumJum Object
currGuess = NumJumObj.CurGuess;
currNumJum = NumJumObj.JNumberValue;
numDigits = NumJumObj.NumDigits;
ArrayList guessArray = new ArrayList(),
numJumArray = new ArrayList();
// Build array for both the guess and the NumJum for comparison
for (int i = 0; i < numDigits; i++)
{
guessArray.Add((int)(currGuess % 10));
numJumArray.Add((int)(currNumJum % 10));
currGuess = (currGuess / 10);
currNumJum = (currNumJum / 10);
}
// Reverse arrays to get in correct order
guessArray.Reverse();
numJumArray.Reverse();
// Use for loops and if statements to compare values
for (int i = 0; i < numDigits; i++)
{
// Use CompareTo method to determine if values are the same
gint = (int)guessArray[i];
njint = (int)numJumArray[i];
if ((gint.CompareTo(njint) == 0))
{
numCorrect++;
}
}
return numCorrect;
}
public bool CheckWin(JumbledNumber NumJum, Player player)
{
if (NumJum.NumCorrect == NumJum.NumDigits)
{
// Set player win value to true
player.GameStatus = true;
return true;
}
else
{
// Set player win to false
player.GameStatus = false;
return false;
}
}
public void ChangeGameStatusTest()
{
JumbledNumber testJumbledNumber = new JumbledNumber();
Factory testFactory = Factory.GetInstance();
IGameSvc testGameSvc =
(IGameSvc)testFactory.GetService(typeof(IGameSvc).Name);
testGameSvc.ChangeGameStatus(testJumbledNumber, true);
Assert.IsTrue(testJumbledNumber.GameInProgress);
testGameSvc.ChangeGameStatus(testJumbledNumber, false);
Assert.IsFalse(testJumbledNumber.GameInProgress);
}
public void CheckGuess(JumbledNumber NumJum, long guess)
{
int NumCorrect = 0;
IGameSvc gameSvc =
(IGameSvc)GetService(typeof(IGameSvc).Name);
// Add guess and increment number of guesses in object
gameSvc.AddGuess(NumJum, guess);
// Compare guess with Jumbled Number
NumCorrect = gameSvc.CompareGuessandNumJum(NumJum);
// Store number of correct digits in object
gameSvc.UpdateNumberCorrect(NumJum, NumCorrect);
//return NumCorrect;
}
public int StartGame(JumbledNumber NumJum, int difficulty)
{
int numDigits;
IGameSvc gameSvc =
(IGameSvc)GetService(typeof(IGameSvc).Name);
IJumbledNumberSvc numjumSvc =
(IJumbledNumberSvc)GetService(typeof(IJumbledNumberSvc).Name);
// Create Jumbled Number
numDigits = numjumSvc.GetJumbledNumber(NumJum, difficulty);
// Toggle Game Status
gameSvc.ChangeGameStatus(NumJum, true);
return numDigits;
}
public void AddGuessTest()
{
long testGuess = 1234,
testnumJum = 5678;
Factory testFactory = Factory.GetInstance();
JumbledNumber testJumbledNumObj = new JumbledNumber(4, testnumJum);
IGameSvc testSVC = (IGameSvc)
testFactory.GetService(typeof(IGameSvc).Name);
// Create JumbledNumber Object using Factory
testSVC.AddGuess(testJumbledNumObj, testGuess);
Assert.AreEqual(testGuess, testJumbledNumObj.CurGuess);
Assert.AreEqual(1, testJumbledNumObj.NumGuesses);
}
public void GMCheckGameStatusTest()
{
bool test1 = false,
test2 = true;
JumbledNumber testJumbledNumber = new JumbledNumber();
JumbledNumberManager testJumNumManager = new JumbledNumberManager();
// Set game status and test
testJumbledNumber.GameInProgress = true;
test1 = testJumNumManager.CheckGameStatus(testJumbledNumber);
Assert.IsTrue(test1);
Assert.IsTrue(testJumbledNumber.GameInProgress);
testJumbledNumber.GameInProgress = false;
test2 = testJumNumManager.CheckGameStatus(testJumbledNumber);
Assert.IsFalse(test2);
Assert.IsFalse(testJumbledNumber.GameInProgress);
}
public void GMCheckGuessTest()
{
int testNumDigits = 4;
long testCurrNumJum = 1234;
long testCurrGuess = 1111;
JumbledNumber testNumJum = new JumbledNumber();
testNumJum.JNumberValue = testCurrNumJum;
testNumJum.CurGuess = testCurrGuess;
testNumJum.NumDigits = testNumDigits;
Console.WriteLine("Stored NumJum " + testNumJum.JNumberValue.ToString());
Console.WriteLine("Stored Guess " + testNumJum.CurGuess.ToString());
GameManager testGameManager = new GameManager();
testGameManager.CheckGuess(testNumJum, testCurrGuess);
Assert.AreEqual(1, testNumJum.NumCorrect);
}
public void GMStartGameTest()
{
string testName = "Link";
int testDiff = 1,
testNumdigts = 0;
Player testPlayer = new Player(testName);
JumbledNumber testNumJum = new JumbledNumber();
GameManager testGameManager = new GameManager();
testNumdigts = testGameManager.StartGame(testNumJum, testDiff);
Console.WriteLine("Generated Number is: " + testNumJum.JNumberValue.ToString());
Console.WriteLine("Player Name is: " + testPlayer.PlayerName);
Console.WriteLine("Game status is: " + testNumJum.GameInProgress.ToString());
Assert.IsTrue((testNumdigts > 0));
Assert.IsTrue(testNumJum.GameInProgress);
}
public void GetGameStatusTest()
{
bool test1 = false,
test2 = true;
JumbledNumber testJumbledNumber = new JumbledNumber();
Factory testFactory = Factory.GetInstance();
IJumbledNumberSvc testSVC = (IJumbledNumberSvc)
testFactory.GetService(typeof(IJumbledNumberSvc).Name);
// Set object to test
testJumbledNumber.GameInProgress = true;
test1 = testSVC.GetGameStatus(testJumbledNumber);
Assert.IsTrue(test1);
Assert.IsTrue(testJumbledNumber.GameInProgress);
testJumbledNumber.GameInProgress = false;
test2 = testSVC.GetGameStatus(testJumbledNumber);
Assert.IsFalse(test2);
Assert.IsFalse(testJumbledNumber.GameInProgress);
}
public void GenerateJumbledNumberTest()
{
JumbledNumber testJumbledNumber1 = new JumbledNumber();
JumbledNumber testJumbledNumber2 = new JumbledNumber();
JumbledNumber testJumbledNumber3 = new JumbledNumber();
Factory testFactory = Factory.GetInstance();
IJumbledNumberSvc testSVC = (IJumbledNumberSvc)
testFactory.GetService(typeof(IJumbledNumberSvc).Name);
// Create 1st Random Number
int testdigit1 = testSVC.GetJumbledNumber(testJumbledNumber1, 0);
Thread.Sleep(1000);
Console.WriteLine("Jumbled Number is: " + testJumbledNumber1.JNumberValue.ToString());
Console.WriteLine("Stored Number of Digits: " + testJumbledNumber1.NumDigits.ToString());
Console.WriteLine("Returned Number of Digits: " + testdigit1.ToString());
Console.WriteLine("");
// Create 2nd Random Number
int testdigits2 = testSVC.GetJumbledNumber(testJumbledNumber2, 1);
Thread.Sleep(1000);
Console.WriteLine("Jumbled Number is: " + testJumbledNumber2.JNumberValue.ToString());
Console.WriteLine("Stored Number of Digits: " + testJumbledNumber2.NumDigits.ToString());
Console.WriteLine("Returned Number of Digits: " + testdigits2.ToString());
Console.WriteLine("");
// Create 3rd Random Number
int testdigits3 = testSVC.GetJumbledNumber(testJumbledNumber3, 2);
Thread.Sleep(1000);
Console.WriteLine("Jumbled Number is: " + testJumbledNumber3.JNumberValue.ToString());
Console.WriteLine("Stored Number of Digits: " + testJumbledNumber3.NumDigits.ToString());
Console.WriteLine("Returned Number of Digits: " + testdigits3.ToString());
Console.WriteLine("");
Assert.AreEqual(testJumbledNumber1.NumDigits, testdigit1);
Assert.AreEqual(testJumbledNumber2.NumDigits, testdigits2);
Assert.AreEqual(testJumbledNumber3.NumDigits, testdigits3);
}
public void JNMGenerateJumbledNumberTest()
{
JumbledNumber testJumbledNumber1 = new JumbledNumber();
JumbledNumber testJumbledNumber2 = new JumbledNumber();
JumbledNumber testJumbledNumber3 = new JumbledNumber();
JumbledNumberManager testJumNumManager = new JumbledNumberManager();
// Create 1st Random Number
int catchDigits1 = testJumNumManager.CreateJumbledNumber(testJumbledNumber1, 0);
Thread.Sleep(1000);
Console.WriteLine("Jumbled Number is: " + testJumbledNumber1.JNumberValue.ToString());
Console.WriteLine("Stored Number of Digits: " + testJumbledNumber1.NumDigits.ToString());
Console.WriteLine("Returned Number of Digits: " + catchDigits1.ToString());
Console.WriteLine("");
// Create 2nd Random Number
int catchDigits2 = testJumNumManager.CreateJumbledNumber(testJumbledNumber2, 1);
Thread.Sleep(1000);
Console.WriteLine("Jumbled Number is: " + testJumbledNumber2.JNumberValue.ToString());
Console.WriteLine("Stored Number of Digits: " + testJumbledNumber2.NumDigits.ToString());
Console.WriteLine("Returned Number of Digits: " + catchDigits2.ToString());
Console.WriteLine("");
// Create 3rd Random Number
int catchDigits3 = testJumNumManager.CreateJumbledNumber(testJumbledNumber3, 2);
Thread.Sleep(1000);
Console.WriteLine("Jumbled Number is: " + testJumbledNumber3.JNumberValue.ToString());
Console.WriteLine("Stored Number of Digits: " + testJumbledNumber3.NumDigits.ToString());
Console.WriteLine("Returned Number of Digits: " + catchDigits3.ToString());
Console.WriteLine("");
Assert.AreEqual(testJumbledNumber1.NumDigits, catchDigits1);
Assert.AreEqual(testJumbledNumber2.NumDigits, catchDigits2);
Assert.AreEqual(testJumbledNumber3.NumDigits, catchDigits3);
}
public void UpdateNumberCorrectTest()
{
int testCorrect,
testNumDigits = 4;
long testNumJum = 5678,
testGuess = 1628;
Factory testFactory = Factory.GetInstance();
IGameSvc testSvc = (IGameSvc)
testFactory.GetService(typeof(IGameSvc).Name);
JumbledNumber testJumNum = new JumbledNumber(testNumDigits, testNumJum);
// Add guess to object
testSvc.AddGuess(testJumNum, testGuess);
// Use Factory to get number of correct digits
testCorrect = testSvc.CompareGuessandNumJum(testJumNum);
// Test
Assert.AreEqual(2, testCorrect);
}
public bool GetGameStatus(JumbledNumber NumJum)
{
return NumJum.GameInProgress;
}
public int GetJumbledNumber(JumbledNumber NumJumObj, int difficulty)
{
Random random = new Random();
int numDigits = 0,
curDigitCount = 0,
placeHolder = 1;
long buildNumber = 0,
jumbledNumber = 0;
// Generte a unique random number, with size determined by difficulty
// Must build number in pieces based on length
// Use switch to determine actual number of digits
switch (difficulty)
{
case 0:
numDigits = random.Next(3,5);
break;
case 1:
numDigits = random.Next(4,7);
break;
case 2:
numDigits = random.Next(6,9);
break;
}
// Use for loops and if statements to generate unique number
bool testDigit = true;
ArrayList holdDigits = new ArrayList();
for (int i = 0; i < numDigits; i++)
{
// Build number digit by digit
// Make sure each digit is unique
do
{
buildNumber = random.Next(0,9);
testDigit = true;
// If first run through, add initial entry to holdDigit
if (curDigitCount == 0)
holdDigits.Add(buildNumber);
for (int j = 0; j < curDigitCount; j++)
{
if (buildNumber == (long)holdDigits[j])
{
testDigit = false;
}
else
{
if (testDigit == true)
{
testDigit = true;
}
else
testDigit = false;
}
}
} while (testDigit == false);
// Store unique digit
if (curDigitCount > 0)
holdDigits.Add(buildNumber);
// Increment digit counter
curDigitCount++;
// If digit is not 0 update Jumbled Number
// Skipping over 0 allows for internal digits to have the
// value of 0
if (buildNumber != 0)
jumbledNumber = (buildNumber * placeHolder) + jumbledNumber;
// Increment place holder
placeHolder *= 10;
}
// Handle case of first digit being 0
// Valid numbers cannot start with 0, compensate
// by decreasing the appropriate counts
if ((numDigits == curDigitCount) && (buildNumber == 0))
{
numDigits--;
curDigitCount--;
}
// Store values in class
NumJumObj.JNumberValue = jumbledNumber;
NumJumObj.NumDigits = numDigits;
// Return number of digits stored......
return curDigitCount;
}
public void GMStopGameTest()
{
JumbledNumber testNumJum = new JumbledNumber();
GameManager testGameManager = new GameManager();
testGameManager.StopGame(testNumJum);
Assert.IsFalse(testNumJum.GameInProgress);
}
// Change value of game status property
public void ChangeGameStatus(JumbledNumber NumJumObj, bool status)
{
NumJumObj.GameInProgress = status;
}
// Update Number of Correct digits
public void UpdateNumberCorrect(JumbledNumber NumJumObj, int numCorrect)
{
// Update number of correct digits
NumJumObj.NumCorrect = numCorrect;
}
