public ActionResult Update(string letter)
{
// Use the word that was just created
MysteryWord playerWord = MysteryWord.FindRandom(MysteryWord.randomId);
bool duplicate = playerWord.AlreadyGuessed(letter);
if (duplicate)
{
Console.WriteLine("Already guessed this letter. Try a different letter.");
}
else
{
playerWord.AddLetter(letter);
bool isMatch = playerWord.CheckLetter();
if (isMatch)
{
bool win = playerWord.Win();
}
else
{
playerWord.Score++;
}
bool lose = playerWord.isGameOver();
if (lose)
{
Console.WriteLine("You lose");
}
}
return(View(playerWord));
}
public ActionResult Update(string letter)
{
// Use the word that was just created
MysteryWord playerWord = MysteryWord.Find(1);
bool duplicate = playerWord.AlreadyGuessed(letter);
if (duplicate)
{
ViewBag.Message = string.Format("Hello {0}.\\nCurrent Date and Time: {1}", letter, DateTime.Now.ToString());
Console.WriteLine("Already guessed this letter. Try a different letter.");
}
else
{
playerWord.AddLetter(letter);
bool isMatch = playerWord.CheckLetter();
if (isMatch)
{
bool win = playerWord.Win();
// For all blanks that are that letter, fill them in
}
else
{
playerWord.Score++;
}
bool lose = playerWord.isGameOver();
if (lose)
{
Console.WriteLine("You lose");
}
}
return(View(playerWord));
}
public void FillInBlanks_ReturnsInitial_CharArray()
{
MysteryWord newWord = new MysteryWord("This is");
char[] result = newWord.FillInBlanks();
char[] test = { '_', '_', '_', '_', ' ', '_', '_' };
Assert.AreEqual(test[4], result[4]);
}
public void MysteryWord_MakeObjId_Id()
{
string myWord = "VsCode";
MysteryWord newWord = new MysteryWord(myWord);
int result = newWord.Id;
Assert.AreEqual(result, 0);
}
public void MysteryWord_MakeObject_Obj()
{
string myWord = "Back to the future";
MysteryWord newWord = new MysteryWord(myWord);
string result = newWord.Word;
Assert.AreEqual(result, myWord);
}
public ActionResult Show()
{
MysteryWord newWord = MysteryWord.Generate();
Console.WriteLine(newWord.Word);
Console.WriteLine(MysteryWord.randomId);
MysteryWord.counter++;
return(View(newWord));
}
public void CheckLetter_ReturnFalse_Bool()
{
// Arrange a mysteryword instance and a letter instance
MysteryWord newWord = new MysteryWord("Dollar tree");
Letter newLetter = new Letter("z");
// Get the actual result
bool result = newWord.CheckLetter();
//Assert
Assert.AreEqual(false, result);
}
public void CheckLetter_ReturnTrue_Bool()
{
// Arrange a mysteryWord instance and a letter instance
MysteryWord newWord = new MysteryWord("Dollar Tree");
newWord.AddLetter("R");
// Get the result from the method
bool result = newWord.CheckLetter();
// Assert
Assert.AreEqual(true, result);
}
public void Find_ReturnWordListThis_MysteryWord()
{
// Setup
string myWord1 = "James Burke";
string myWord2 = "Carl Sagan";
MysteryWord newWord1 = new MysteryWord(myWord1);
MysteryWord newWord2 = new MysteryWord(myWord2);
// Test the function
MysteryWord result = MysteryWord.Find(2);
//Assert
Assert.AreEqual(result, newWord2);
}
public void GetAll_ReturnsList_List()
{
string word1 = "Meowing cat";
string word2 = "Barking dog";
MysteryWord newWord1 = new MysteryWord(word1);
MysteryWord newWord2 = new MysteryWord(word2);
List <MysteryWord> newList = new List <MysteryWord> {
newWord1, newWord2
};
List <MysteryWord> result = MysteryWord.GetAll();
CollectionAssert.AreEqual(result, newList);
}
public ActionResult Index()
{
Console.WriteLine(MysteryWord.counter);
// For 6 words in a row, don't repeat any words
if (MysteryWord.counter > 5)
{
MysteryWord.ClearAllIds();
Console.WriteLine("cleared al ids");
}
MysteryWord.ClearAllLetters();
MysteryWord.ClearAllWords();
MysteryWord.ClearAllHardWords();
return(View());
}
public void RandomId_ReturnsWithinRange_Int()
{
int number = MysteryWord.RandomId();
int testi;
if (number > 0 || number < 25)
{
testi = number;
}
else
{
testi = -1;
}
Assert.AreEqual(number, testi);
}
public void Generate_ReturnsRandomWord_MysteryWord()
{
MysteryWord newWord = MysteryWord.Generate();
string listWord = newWord.Word;
string result;
if (MysteryWord._hard.Contains(newWord))
{
result = listWord;
}
else
{
result = null;
}
Assert.AreEqual(result, listWord);
}
public void Dispose()
{
MysteryWord.ClearAllWords();
}
public ActionResult Show(string word)
{
MysteryWord newWord = new MysteryWord(word);
return(View(newWord));
}
public ActionResult Index()
{
MysteryWord.ClearAllWords();
MysteryWord.ClearAllLetters();
return(View());
}
