public void Test_PlacePenguin_isNearFalse()
{
// Mock 1;0 then 2;2
Mock <IRandom> mock = new Mock <IRandom>();
mock.SetupSequence(e => e.Next(0, 8))
.Returns(1)
.Returns(0)
.Returns(2)
.Returns(2);
//Init Game
CustomGame customGame = InitGame(null);
for (int i = 0; i < 8; i++)
{
for (int j = 0; j < 8; j++)
{
// Set all cells of the board with 2 points
Cell cell2 = (Cell)customGame.Board.Board[i, j];
cell2.FishCount = 2;
}
// Set 8 cells of the board with 1 points
Cell cell = (Cell)customGame.Board.Board[i, i];
cell.FishCount = 1;
}
// Launch function with mock
AIHard aiHard = new AIHard(customGame.Board, mock.Object, customGame.CurrentPlayer);
Coordinates coordinates = aiHard.PlacePenguin();
// Test
Assert.IsTrue(coordinates.X == 2 && coordinates.Y == 2);
}
public void Test_PlacePenguin_getFishNearEmpty()
{
// Init game
CustomGame customGame = InitGame(null);
// Init AI Hard
AIHard aiHard = new AIHard(customGame.Board, new AppRandom(), customGame.CurrentPlayer);
IList <Coordinates> fishThreePointsList = new List <Coordinates>();
// Set cell origin with three points
Cell cellThreePoints = (Cell)customGame.Board.Board[1, 1];
cellThreePoints.FishCount = 3;
Coordinates coordinates = new Coordinates(1, 1);
// Set others cells
SetFish(customGame);
// Add cell with 3 points to the list
fishThreePointsList.Add(coordinates);
// Launch function
IList <Coordinates> list = aiHard.GetFishNear(fishThreePointsList);
// Test
Assert.IsTrue(list.Count == 0);
}
public void Test_PlacePenguin_getFishNear()
{
// Init Game
CustomGame customGame = InitGame(null);
// Init AI Hard
AIHard aiHard = new AIHard(customGame.Board, new AppRandom(), customGame.CurrentPlayer);
IList <Coordinates> fishThreePointsList = new List <Coordinates>();
// Set origin cell with 3 points
Cell cellThreePoints = (Cell)customGame.Board.Board[1, 1];
cellThreePoints.FishCount = 3;
Coordinates coordinates = new Coordinates(1, 1);
// Set up right cell of the origin cell
Cell cellUpRight = (Cell)customGame.Board.Board[2, 0];
cellUpRight.FishCount = 1;
// Set right cell of the origin cell
Cell cellRight = (Cell)customGame.Board.Board[2, 1];
cellRight.FishCount = 1;
// Set down right cell of the origin cell
Cell cellDownRight = (Cell)customGame.Board.Board[2, 2];
cellDownRight.FishCount = 1;
// Set down left cell of the origin cell
Cell cellDownLeft = (Cell)customGame.Board.Board[1, 2];
cellDownLeft.FishCount = 1;
// Set left cell of the origin cell
Cell cellLeft = (Cell)customGame.Board.Board[0, 1];
cellLeft.FishCount = 1;
//Set up left cell of the origin cell
Cell cellUpLeft = (Cell)customGame.Board.Board[1, 0];
cellUpLeft.FishCount = 1;
// Add cell with 3 points to the list
fishThreePointsList.Add(coordinates);
// Launch function
IList <Coordinates> list = aiHard.GetFishNear(fishThreePointsList);
// Test
Assert.IsTrue(list[0].X == 0 && list[0].Y == 1);
Assert.IsTrue(list[1].X == 2 && list[1].Y == 1);
Assert.IsTrue(list[2].X == 1 && list[2].Y == 0);
Assert.IsTrue(list[3].X == 2 && list[3].Y == 0);
Assert.IsTrue(list[4].X == 1 && list[4].Y == 2);
Assert.IsTrue(list[5].X == 2 && list[5].Y == 2);
}
public void Test_PlacePenguin_getThreePoints()
{
// Init game
CustomGame customGame = InitGame(null);
// Init AI Hard
AIHard aiHard = new AIHard(customGame.Board, new AppRandom(), customGame.CurrentPlayer);
// Test
Assert.IsTrue(aiHard.GetThreePoints().Count == 10);
}
/// <summary>
/// Place penguin for AI
/// </summary>
public void PlacePenguin()
{
// If AI is easy
if (CurrentPlayer.PlayerType == PlayerType.AIEasy)
{
// Call AIEasy
AIEasy aiEasy = new AIEasy(Board, random, CurrentPlayer);
// Get coordinates
Coordinates coordinates = aiEasy.PlacePenguin();
// Apply changes
ChangeStatePlace(coordinates.X, coordinates.Y);
// Log penguin placement
ILog log = LogManager.GetLogger(GetType().ToString());
log.Info($"{CurrentPlayer.Name} placed a penguin on cell ({coordinates.X}, {coordinates.Y})");
}
// If AI is medium
else if (CurrentPlayer.PlayerType == PlayerType.AIMedium)
{
// Call AIMedium
AIMedium aiMedium = new AIMedium(Board, random, CurrentPlayer);
// Get coordinates
Coordinates coordinates = aiMedium.PlacePenguin();
// Apply changes
ChangeStatePlace(coordinates.X, coordinates.Y);
// Log penguin placement
ILog log = LogManager.GetLogger(GetType().ToString());
log.Info($"{CurrentPlayer.Name} placed a penguin on cell ({coordinates.X}, {coordinates.Y})");
}
// If AI is hard
else if (CurrentPlayer.PlayerType == PlayerType.AIHard)
{
// Call AIHard
AIHard aiHard = new AIHard(Board, random, CurrentPlayer);
// Get coordinates
Coordinates coordinates = aiHard.PlacePenguin();
// Apply changes
ChangeStatePlace(coordinates.X, coordinates.Y);
// Log penguin placement
ILog log = LogManager.GetLogger(GetType().ToString());
log.Info($"{CurrentPlayer.Name} placed a penguin on cell ({coordinates.X}, {coordinates.Y})");
}
}
public void Test_FindOrigin_ApplyChange()
{
//Init Game
CustomGame customGame = InitGame(null);
// Penguin in 0;0
int x = 0;
int y = 0;
// Set cell with penguin
Cell cell = (Cell)customGame.Board.Board[x, y];
cell.FishCount = 1;
cell.CellType = CellType.FishWithPenguin;
cell.CurrentPenguin = new Penguin(customGame.CurrentPlayer);
// Cell water in 1;0
x = 1;
y = 0;
// Set cell water
cell = (Cell)customGame.Board.Board[x, y];
cell.CellType = CellType.Water;
// Cell water in 0;1
x = 0;
y = 1;
// Set cell water
cell = (Cell)customGame.Board.Board[x, y];
cell.CellType = CellType.Water;
// Launch function
AIHard aiHard = new AIHard(customGame.Board, new AppRandom(), customGame.CurrentPlayer);
Dictionary <string, Coordinates> coordinates = aiHard.FindOriginDestination();
// Tests
Assert.IsTrue(coordinates.Count == 1);
}
/// <summary>
/// Move penguin for AI
/// </summary>
public void Move()
{
// If AI is easy
if (CurrentPlayer.PlayerType == PlayerType.AIEasy)
{
// Call an AIEasy
AIEasy aiEasy = new AIEasy(Board, random, CurrentPlayer);
// Get positions of penguins of the current player
PossibilitiesOfOrigin();
// Get the penguin to move
Coordinates origin = aiEasy.FindOrigin(PossibilitiesOrigin);
// Get the destination of the penguin
Coordinates test = new Coordinates(-1, -1);
if (origin.X != test.X)
{
Coordinates destination = aiEasy.FindDestination(origin);
// Log penguin movement
ILog log = LogManager.GetLogger(GetType().ToString());
log.Info($"{CurrentPlayer.Name} moved a penguin to cell ({destination.X}, {destination.Y}) and gained {Board.Board[origin.X, origin.Y].FishCount}.");
// Apply changes
ChangeStateMove(Board.Board[origin.X, origin.Y], Board.Board[destination.X, destination.Y]);
// Remove Penguins if they can't move
RemovePenguin();
// Close the game if the board contain 0 penguin
EndGame();
AffectedCurrentPlayer(ChangeType.Move);
}
else
{
RemovePenguin();
EndGame();
AffectedCurrentPlayer(ChangeType.Move);
}
}
// If AI is medium
else if (CurrentPlayer.PlayerType == PlayerType.AIMedium)
{
// Call an AIMedium
AIMedium aiMedium = new AIMedium(Board, random, CurrentPlayer);
// Get positions of penguins of the current player
PossibilitiesOfOrigin();
var coordinates = aiMedium.FindOriginDestination();
// Get the penguin to move
Coordinates origin = coordinates["origin"];
try
{
Coordinates destination = coordinates["destination"];
// Log penguin movement
ILog log = LogManager.GetLogger(GetType().ToString());
log.Info($"{CurrentPlayer.Name} moved a penguin to cell ({destination.X}, {destination.Y}) and gained {Board.Board[origin.X, origin.Y].FishCount}.");
// Apply changes
ChangeStateMove(Board.Board[origin.X, origin.Y], Board.Board[destination.X, destination.Y]);
RemovePenguin();
EndGame();
AffectedCurrentPlayer(ChangeType.Move);
}
catch (Exception e)
{
// Log penguin movement
ILog log = LogManager.GetLogger(GetType().ToString());
log.Warn($"Your penguins can't move : '{e}'");
RemovePenguin();
EndGame();
AffectedCurrentPlayer(ChangeType.Move);
}
}
// If AI is hard
else if (CurrentPlayer.PlayerType == PlayerType.AIHard)
{
// Call an AIHard
AIHard aiHard = new AIHard(Board, random, CurrentPlayer);
// Get positions of penguins of the current player
PossibilitiesOfOrigin();
var coordinates = aiHard.FindOriginDestination();
// Get the penguin to move
Coordinates origin = coordinates["origin"];
try
{
Coordinates destination = coordinates["destination"];
// Log penguin movement
ILog log = LogManager.GetLogger(GetType().ToString());
log.Info($"{CurrentPlayer.Name} moved a penguin to cell ({destination.X}, {destination.Y}) and gained {Board.Board[origin.X, origin.Y].FishCount}.");
// Apply changes
ChangeStateMove(Board.Board[origin.X, origin.Y], Board.Board[destination.X, destination.Y]);
RemovePenguin();
EndGame();
AffectedCurrentPlayer(ChangeType.Move);
}
catch (Exception e)
{
// Log penguin movement
ILog log = LogManager.GetLogger(GetType().ToString());
log.Warn($"Your penguins can't move : '{e}'");
RemovePenguin();
EndGame();
AffectedCurrentPlayer(ChangeType.Move);
}
}
}
public void Test_FindOriginDestination_CanMove()
{
//Init Game
CustomGame customGame = InitGame(null);
// Penguin in 0;0
int x = 0;
int y = 0;
// Set cell with penguin
Cell cell = (Cell)customGame.Board.Board[x, y];
cell.FishCount = 1;
cell.CellType = CellType.FishWithPenguin;
cell.CurrentPenguin = new Penguin(customGame.CurrentPlayer);
// Cell 1 fish in 1;0
x = 1;
y = 0;
// Set cell with 1 fish
cell = (Cell)customGame.Board.Board[x, y];
cell.FishCount = 1;
// Cell 3 fish in 2;0
x = 2;
y = 0;
// Set cell with 3 fish
cell = (Cell)customGame.Board.Board[x, y];
cell.FishCount = 3;
// Cell water in 3;0
x = 3;
y = 0;
// Set cell water
cell = (Cell)customGame.Board.Board[x, y];
cell.CellType = CellType.Water;
// Cell 1 fish in 0;1
x = 0;
y = 1;
// Set cell with 1 fish
cell = (Cell)customGame.Board.Board[x, y];
cell.FishCount = 1;
// Cell 2 fish in 1;2
x = 1;
y = 2;
// Set cell with 2 fish
cell = (Cell)customGame.Board.Board[x, y];
cell.FishCount = 2;
// Cell water in 1;3
x = 1;
y = 3;
// Set cell water
cell = (Cell)customGame.Board.Board[x, y];
cell.CellType = CellType.Water;
// Launch function
AIHard aiHard = new AIHard(customGame.Board, new AppRandom(), customGame.CurrentPlayer);
Dictionary <string, Coordinates> coordinates = aiHard.FindOriginDestination();
// Test
Assert.IsTrue(coordinates["destination"].X == 2 && coordinates["destination"].Y == 0);
}
