public void SaveLoadTest()
{
string errMsg;
bool equal, exists;
int boardSize = 3;
int numberRound = 5;
Player player1;
Player player2;
Board boardTEST;
BoardWinChecker boardWinCheckerTEST;
Game gameTest = new Game(numberRound);
Game gameLoad = new Game(numberRound);
GameRepositoryXML gameRepositoryTestXML = new GameRepositoryXML();
GameRepositoryJSON gameRepositoryTestJSON = new GameRepositoryJSON();
//On simule une partie en cours
player1 = new Player("Bob", "O");
player2 = new Player("Bill", "X");
player1.NumberWin = 0;
player2.NumberWin = 0;
boardTEST = new Board(boardSize);
boardWinCheckerTEST = new BoardWinChecker(boardTEST);
gameTest.Rounds[0] = new Round(boardTEST);
boardTEST.playTurn(1, gameTest.Player1);
boardTEST.playTurn(2, gameTest.Player2);
boardTEST.playTurn(3, gameTest.Player1);
boardTEST.playTurn(5, gameTest.Player2);
boardTEST.playTurn(4, gameTest.Player1);
//Etat de la grille
//O X O
//O X
gameTest.Current = gameTest.Rounds[0];
gameTest.Player1 = player1;
gameTest.Player2 = player2;
//Test Save-Load en XML
gameRepositoryTestXML.Save(gameTest);
gameLoad = gameRepositoryTestXML.Load();
errMsg = "Erreur : le chargement de la partie a renvoye null (XML)";
exists = gameLoad != null;
Assert.IsTrue(exists, errMsg);
errMsg = "Erreur : la partie chargee est differente de la partie en cours lors de la sauvegarde (XML)";
equal = Game.Equals(gameTest, gameLoad);
Assert.IsTrue(equal, errMsg);
//Test Save-Load JSON
gameRepositoryTestJSON.Save(gameTest);
gameLoad = gameRepositoryTestJSON.Load();
errMsg = "Erreur : le chargement de la partie a renvoye null (JSON)";
exists = gameLoad != null;
Assert.IsTrue(exists, errMsg);
errMsg = "Erreur : la partie chargee est differente de la partie en cours lors de la sauvegarde (JSON)";
equal = Game.Equals(gameTest, gameLoad);
Assert.IsTrue(equal, errMsg);
}
public void IsTiedTest()
{
string errMsg;
int boardSize = 3;
Player player1;
Player player2;
Board boardTEST;
BoardWinChecker boardWinCheckerTEST;
player1 = new Player("Bob", "O");
player2 = new Player("Bill", "X");
boardTEST = new Board(boardSize);
boardWinCheckerTEST = new BoardWinChecker(boardTEST);
boardTEST.playTurn(1, player1);
boardTEST.playTurn(2, player2);
boardTEST.playTurn(3, player1);
boardTEST.playTurn(5, player2);
boardTEST.playTurn(4, player1);
boardTEST.playTurn(7, player2);
boardTEST.playTurn(6, player1);
boardTEST.playTurn(9, player2);
//Etat de la grille
//O X O
//O X O
//X X
//Grille non remplie : IsTied() doit renvoyer false
errMsg = "Erreur : égalité détectée";
Assert.IsFalse(boardWinCheckerTEST.IsTied(), errMsg);
boardTEST.playTurn(8, player1);
//Etat de la grille
//O X O
//O X O
//X O X
//Grille remplie : IsTied() doit renvoyer true
errMsg = "Erreur : égalité non détectée";
Assert.IsTrue(boardWinCheckerTEST.IsTied(), errMsg);
}
public void haveWinnerTest()
{
string errMsg;
int boardSize = 3;
Player player1;
Board boardTEST;
BoardWinChecker boardWinCheckerTEST;
//on teste la victoire sur chaque ligne
for (int j = 0; j < boardSize - 1; j++)
{
player1 = new Player("Bob", "O");
boardTEST = new Board(boardSize);
boardWinCheckerTEST = new BoardWinChecker(boardTEST);
for (int i = 1; i <= boardSize; i++)
{
boardTEST.playTurn(boardSize * j + i, player1);
}
errMsg = "Erreur : victoire non detectée pour la ligne " + (j + 1);
Assert.IsTrue(boardWinCheckerTEST.HaveWinner(), errMsg);
}
//on teste la victoire sur chaque colonne
for (int j = 1; j <= boardSize - 1; j++)
{
player1 = new Player("Bob", "O");
boardTEST = new Board(boardSize);
boardWinCheckerTEST = new BoardWinChecker(boardTEST);
for (int i = 0; i < boardSize; i++)
{
boardTEST.playTurn(boardSize * i + j, player1);
}
errMsg = "Erreur : victoire non detectée pour la colonne " + j;
Assert.IsTrue(boardWinCheckerTEST.HaveWinner(), errMsg);
}
//on teste la non victoire sur chaque ligne
//(on ne remplie pas la dernière cellule de la ligne)
for (int j = 0; j < boardSize - 1; j++)
{
player1 = new Player("Bob", "O");
boardTEST = new Board(boardSize);
boardWinCheckerTEST = new BoardWinChecker(boardTEST);
for (int i = 1; i <= boardSize - 1; i++)
{
boardTEST.playTurn(boardSize * j + i, player1);
}
errMsg = "Erreur : victoire detectée pour la ligne " + (j + 1);
Assert.IsFalse(boardWinCheckerTEST.HaveWinner(), errMsg);
}
//on teste la non victoire sur chaque colonne
//(on ne remplie pas la dernière cellule de la colonne)
for (int j = 1; j <= boardSize - 1; j++)
{
player1 = new Player("Bob", "O");
boardTEST = new Board(boardSize);
boardWinCheckerTEST = new BoardWinChecker(boardTEST);
for (int i = 0; i < boardSize - 1; i++)
{
boardTEST.playTurn(boardSize * i + j, player1);
}
errMsg = "Erreur : victoire detectée pour la colonne " + j;
Assert.IsFalse(boardWinCheckerTEST.HaveWinner(), errMsg);
}
//on teste la victoire sur la premiere diagonale
player1 = new Player("Bob", "O");
boardTEST = new Board(boardSize);
boardWinCheckerTEST = new BoardWinChecker(boardTEST);
for (int i = 0; i <= boardSize - 1; i++)
{
boardTEST.playTurn(boardSize * i + (i + 1), player1);
}
//Etat de la grille
//O
// O
// O
errMsg = "Erreur : victoire non detectée pour la premiere diagonale";
Assert.IsTrue(boardWinCheckerTEST.HaveWinner(), errMsg);
//on teste la victoire sur la deuxieme diagonale
player1 = new Player("Bob", "O");
boardTEST = new Board(boardSize);
boardWinCheckerTEST = new BoardWinChecker(boardTEST);
for (int i = 0; i <= boardSize - 1; i++)
{
boardTEST.playTurn(i * boardSize + boardSize - i, player1);
}
//Etat de la grille
// O
// O
//O
errMsg = "Erreur : victoire non detectée pour la premiere diagonale";
Assert.IsTrue(boardWinCheckerTEST.HaveWinner(), errMsg);
} //haveWinnerTest()
