public void ShouldFailToPlaceAShip_WhenIncorrectCorrectPositionsProvided(
int boardRows, int boardColumns,
int placementRow, int placementColumn,
ShipType shipType)
{
//arrange
//first create a board
var boardCreator = new BoardCreator();
var board = boardCreator.CreateBoard(boardRows, boardColumns);
//then create a ship
var shipCreator = new ShipCreator();
var ship = shipCreator.CreateShip(shipType);
//act
//now place the ship on the board
var shipPlacer = new ShipPlacer();
IndexOutOfRangeException ex = Assert.Throws <IndexOutOfRangeException>(() =>
shipPlacer.AddShipToBoard(ship, board, placementRow, placementColumn));
//assert
Assert.Equal("Ship's placement position is out of bounds", ex.Message);
}
public static Board PlayerBoard()
{
Board board = new Board();
for (int i = 0; i < 5; i++)
{
board.Ships[i] = ShipCreator.CreateShip((ShipType)i);
}
string[,] boardGrid = new string[11, 11];
boardGrid[0, 0] = " ";
//grid that the user can see: columns
boardGrid[0, 1] = "|_1_|"; boardGrid[0, 2] = "_2_|"; boardGrid[0, 3] = "_3_|"; boardGrid[0, 4] = "_4_|"; boardGrid[0, 5] = "_5_|";
boardGrid[0, 6] = "_6_|"; boardGrid[0, 7] = "_7_|"; boardGrid[0, 8] = "_8_|"; boardGrid[0, 9] = "_9_|"; boardGrid[0, 10] = "_10_|";
//grid that the user can see: rows
boardGrid[1, 0] = " A |"; boardGrid[2, 0] = " B |"; boardGrid[3, 0] = " C |"; boardGrid[4, 0] = " D |"; boardGrid[5, 0] = " E |"; boardGrid[6, 0] = " F |"; boardGrid[7, 0] = " G |"; boardGrid[8, 0] = " H |"; boardGrid[9, 0] = " I |"; boardGrid[10, 0] = " J |";
boardGrid[1, 1] = " "; boardGrid[2, 1] = " "; boardGrid[3, 1] = " "; boardGrid[4, 1] = " "; boardGrid[5, 1] = " "; boardGrid[6, 1] = " "; boardGrid[7, 1] = " "; boardGrid[8, 1] = " "; boardGrid[9, 1] = " "; boardGrid[10, 1] = " ";
boardGrid[1, 2] = " "; boardGrid[2, 2] = " "; boardGrid[3, 2] = " "; boardGrid[4, 2] = " "; boardGrid[5, 2] = " "; boardGrid[6, 2] = " "; boardGrid[7, 2] = " "; boardGrid[8, 2] = " "; boardGrid[9, 2] = " "; boardGrid[10, 2] = " ";
boardGrid[1, 3] = " "; boardGrid[2, 3] = " "; boardGrid[3, 3] = " "; boardGrid[4, 3] = " "; boardGrid[5, 3] = " "; boardGrid[6, 3] = " "; boardGrid[7, 3] = " "; boardGrid[8, 3] = " "; boardGrid[9, 3] = " "; boardGrid[10, 3] = " ";
boardGrid[1, 4] = " "; boardGrid[2, 4] = " "; boardGrid[3, 4] = " "; boardGrid[4, 4] = " "; boardGrid[5, 4] = " "; boardGrid[6, 4] = " "; boardGrid[7, 4] = " "; boardGrid[8, 4] = " "; boardGrid[9, 4] = " "; boardGrid[10, 4] = " ";
boardGrid[1, 5] = " "; boardGrid[2, 5] = " "; boardGrid[3, 5] = " "; boardGrid[4, 5] = " "; boardGrid[5, 5] = " "; boardGrid[6, 5] = " "; boardGrid[7, 5] = " "; boardGrid[8, 5] = " "; boardGrid[9, 5] = " "; boardGrid[10, 5] = " ";
boardGrid[1, 6] = " "; boardGrid[2, 6] = " "; boardGrid[3, 6] = " "; boardGrid[4, 6] = " "; boardGrid[5, 6] = " "; boardGrid[6, 6] = " "; boardGrid[7, 6] = " "; boardGrid[8, 6] = " "; boardGrid[9, 6] = " "; boardGrid[10, 6] = " ";
boardGrid[1, 7] = " "; boardGrid[2, 7] = " "; boardGrid[3, 7] = " "; boardGrid[4, 7] = " "; boardGrid[5, 7] = " "; boardGrid[6, 7] = " "; boardGrid[7, 7] = " "; boardGrid[8, 7] = " "; boardGrid[9, 7] = " "; boardGrid[10, 7] = " ";
boardGrid[1, 8] = " "; boardGrid[2, 8] = " "; boardGrid[3, 8] = " "; boardGrid[4, 8] = " "; boardGrid[5, 8] = " "; boardGrid[6, 8] = " "; boardGrid[7, 8] = " "; boardGrid[8, 8] = " "; boardGrid[9, 8] = " "; boardGrid[10, 8] = " ";
boardGrid[1, 9] = " "; boardGrid[2, 9] = " "; boardGrid[3, 9] = " "; boardGrid[4, 9] = " "; boardGrid[5, 9] = " "; boardGrid[6, 9] = " "; boardGrid[7, 9] = " "; boardGrid[8, 9] = " "; boardGrid[9, 9] = " "; boardGrid[10, 9] = " ";
boardGrid[1, 10] = " "; boardGrid[2, 10] = " "; boardGrid[3, 10] = " "; boardGrid[4, 10] = " "; boardGrid[5, 10] = " "; boardGrid[6, 10] = " "; boardGrid[7, 10] = " "; boardGrid[8, 10] = " "; boardGrid[9, 10] = " "; boardGrid[10, 10] = " ";
board.DisplayBoard = boardGrid;
return(board);
}
public void ShouldNotReturnLostGameStatusTrue_WhenShipsNotSunk()
{
//arrange
//first create a board
var boardCreator = new BoardCreator();
var board = boardCreator.CreateBoard(10, 10);
//then create a ship
var shipCreator = new ShipCreator();
var ship = shipCreator.CreateShip(ShipType.Destroyer);
//place the ship on the board
var shipPlacer = new ShipPlacer();
shipPlacer.AddShipToBoard(ship, board, 0, 0);
//act
//now attack the ship at all given positions for the ship
var attacker = new Attacker();
attacker.Attack(board, 0, 1);
//assert that the status is not lost
Assert.False(board.HasLost);
}
public void ShouldPlaceAShip_WhenCorrectPositionsProvided(
int boardRows, int boardColumns,
int placementRow, int placementColumn,
ShipType shipType)
{
//arrange
//first create a board
var boardCreator = new BoardCreator();
var board = boardCreator.CreateBoard(boardRows, boardColumns);
//then create a ship
var shipCreator = new ShipCreator();
var ship = shipCreator.CreateShip(shipType);
//act
//now place the ship on the board
var shipPlacer = new ShipPlacer();
shipPlacer.AddShipToBoard(ship, board, placementRow, placementColumn);
//assert
/*check that the ship has been placed on the board and that the board's
* status is occupied for the ship*/
Assert.True(
board.BoardCellStatuses[placementRow, placementColumn] == BoardCellStatus.Occupied &&
board.BoardCellStatuses[placementRow, placementColumn + ship.Size - 1] == BoardCellStatus.Occupied
);
}
static void Main(string[] args)
{
ConsoleHelper.ShowWelcomeScreen();
//restart game on ENTER, end game on any other key
while (Console.ReadKey().Key == ConsoleKey.Enter)
{
//new game
var game = new Game {
Ships = ShipCreator.CreateShips(2, 1)
};
//game loop
bool allDestroyed = false;
while (!allDestroyed)
{
var shot = Console.ReadLine();
game.MakeShot(shot);
if (game.Ships.All(s => s.IsDestroyed()))
{
allDestroyed = true;
}
}
//user won
ConsoleHelper.ShowYouWinScreen();
}
}
public void ShouldReturnException_WhenIncorrectAttackCoordinatesProvided(
int boardRows, int boardColumns,
int placementRow, int placementColumn,
int attackRow, int attackColumn,
ShipType shipType)
{
//arrange
//first create a board
var boardCreator = new BoardCreator();
var board = boardCreator.CreateBoard(boardRows, boardColumns);
//then create a ship
var shipCreator = new ShipCreator();
var ship = shipCreator.CreateShip(shipType);
//place the ship on the board
var shipPlacer = new ShipPlacer();
shipPlacer.AddShipToBoard(ship, board, placementRow, placementColumn);
//act
//now attack the ship at the given position
var attacker = new Attacker();
IndexOutOfRangeException ex = Assert.Throws <IndexOutOfRangeException>(() =>
attacker.Attack(board, attackRow, attackColumn));
//assert
Assert.Equal("Attack position is out of bounds", ex.Message);
}
public void ShouldReturnCorrectAttackStatus_WhenAttackLaunched(
int boardRows, int boardColumns,
int placementRow, int placementColumn,
int attackRow, int attackColumn,
ShipType shipType, BoardCellStatus boardCellStatus)
{
//arrange
//first create a board
var boardCreator = new BoardCreator();
var board = boardCreator.CreateBoard(boardRows, boardColumns);
//then create a ship
var shipCreator = new ShipCreator();
var ship = shipCreator.CreateShip(shipType);
//place the ship on the board
var shipPlacer = new ShipPlacer();
shipPlacer.AddShipToBoard(ship, board, placementRow, placementColumn);
//act
//now attack the ship at the given position
var attacker = new Attacker();
attacker.Attack(board, attackRow, attackColumn);
//assert
/*check that the status on the board is hit*/
Assert.True(
board.BoardCellStatuses[attackRow, attackColumn] == boardCellStatus
);
}
// Client
public static void Start()
{
Transport transport = new CarCreator();
transport.Deliver();
transport = new ShipCreator();
transport.Deliver();
}
static void Main(string[] args)
{
Creator creator = new TruckCreator();
Console.WriteLine(creator.PrepareTransport());
Creator creator2 = new ShipCreator();
Console.WriteLine(creator2.PrepareTransport());
}
public void ShouldReturnShip_WhenShipCreated(ShipType shipType)
{
//arrange
var shipCreator = new ShipCreator();
//act
var ship = shipCreator.CreateShip(shipType);
//assert
Assert.NotNull(ship);
}
public void TestImproperAreShipsIntersecting()
{
var ships = new List <IShip>()
{
new Ship()
{
Positions = { new Position(1, 1) }
},
new Ship()
{
Positions = { new Position(1, 1) }
}
};
Assert.IsTrue(ShipCreator.AreShipsIntersecting(ships));
}
public ShipType GetShipType()
{
List <string> shipsAlreadyPlaced = new List <string>();
// Gets and preps ship type from user
valid = false;
bool valid2 = false;
while (valid == false)
{
while (valid2 == false)
{
Console.WriteLine("\nEnter ship type. Choices are: ");
Console.WriteLine("\nDestroyer\nCruiser\nSubmarine\nBattleship\nCarrier\n");
c1p1ShipType = Console.ReadLine();
c1p1ShipType = myTI.ToTitleCase(c1p1ShipType);
if (!(c1p1ShipType == "Destroyer" ||
c1p1ShipType == "Cruiser" ||
c1p1ShipType == "Submarine" ||
c1p1ShipType == "Battleship" ||
c1p1ShipType == "Carrier"))
{
Console.WriteLine("Not a valid ship type. Try again.");
valid2 = false;
}
else
{
valid2 = true;
}
}
shipsAlreadyPlaced.Add(c1p1ShipType);
valid = true;
}
// Use the ShipType enum here to prep the entry into proper PlaceShipRequest Class format
ShipType shipType = (ShipType)Enum.Parse(typeof(ShipType), c1p1ShipType);
c1p1ShipTypeFinal = ShipCreator.CreateShip(shipType); //NOT SURE I NEED THIS HERE!! So far I haven't used it.
return(shipType);
}
public void SetUp()
{
_ships = ShipCreator.CreateShips(2, 1);
}
private PlaceShipRequest GetShipRequest(ShipType myShipType, Player myPlayer)
{
Coordinate shipXY = null;
Nullable <ShipDirection> shipDirection = null;
Nullable <CoordinateInput> evalCoordinate = null;
ConsoleKeyInfo consoleInput;
string strX = "", strY = "", strDirection = "";
DisplayGrid myGrid = new DisplayGrid(_gridSize); //Used to display Ship locations.
Ship myShip = ShipCreator.CreateShip(myShipType); //Used to display ShipName & BoardPositions.Length properties.
PlaceShipRequest retVal = new PlaceShipRequest();
//Set the ShipType for the return
retVal.ShipType = myShipType;
//Get X Coordinate
do
{
Console.Clear();
if ((evalCoordinate == CoordinateInput.InvalidXCoordinate || evalCoordinate == CoordinateInput.NoValidCoordinates) && evalCoordinate != null)
{
Console.WriteLine("Invalid X Coordinate, try again!!!");
Console.WriteLine();
}
Console.WriteLine($"{myPlayer.Name}, your current board setup:");
myGrid.Grid(myPlayer, BoardViewType.ShipPositions);
Console.WriteLine($"Please enter the X coordinate for your {myShip.ShipName}. \nA {myShip.ShipName} takes up {myShip.BoardPositions.Length} spots on the board. \n(Examples:A <A>, b <B>) \n\nQuit anytime by pressing (Q/q)...");
consoleInput = Console.ReadKey();
if (consoleInput.Key.Equals(ConsoleKey.Q))
{
return(null); //User entered Q
}
else
{
strX = consoleInput.KeyChar.ToString().ToUpper();
EvaluateCoordinates(strX, null, out CoordinateInput response);
evalCoordinate = response;
}
} while (evalCoordinate != CoordinateInput.ValidCoordinate && !consoleInput.Key.Equals(ConsoleKey.Q));
//Get Y Coordinate
do
{
Console.Clear();
if ((evalCoordinate == CoordinateInput.InvalidYCoordinate || evalCoordinate == CoordinateInput.NoValidCoordinates) && evalCoordinate != null)
{
Console.WriteLine("Invalid Y Coordinate, try again!!!");
Console.WriteLine();
}
Console.WriteLine($"{myPlayer.Name}, your current board setup:");
myGrid.Grid(myPlayer, BoardViewType.ShipPositions);
Console.WriteLine($"Please enter the Y coordinate for your {myShip.ShipName}. \nA {myShip.ShipName} takes up {myShip.BoardPositions.Length} spots on the board. \n(Examples:1 <1>, 0 <10>) \n\nQuit anytime by pressing (Q/q)...");
consoleInput = Console.ReadKey();
if (consoleInput.Key.Equals(ConsoleKey.Q))
{
return(null); //User entered Q
}
else
{
strY = consoleInput.KeyChar.ToString().ToUpper();
shipXY = EvaluateCoordinates(strX, strY, out CoordinateInput response);
evalCoordinate = response;
}
} while (evalCoordinate != CoordinateInput.ValidCoordinate && !consoleInput.Key.Equals(ConsoleKey.Q));
//Now have a valid coordinate: shipXY
retVal.Coordinate = shipXY;
//Get the direction:
do
{
Console.Clear();
if (strDirection.Length > 0 && shipDirection == null)
{
Console.WriteLine("Invalid direction, try again!!!");
Console.WriteLine();
}
Console.WriteLine($"{myPlayer.Name}, your current board setup:");
myGrid.Grid(myPlayer, BoardViewType.ShipPositions);
Console.WriteLine($"Please enter a direction to use in placing your {myShip.ShipName}. \nDirection is the direction from ({strX},{strY}) the ship will extend. \nA {myShip.ShipName} takes up {myShip.BoardPositions.Length} spots on the board. \nValid directions are: {ShipDirection.Up}, {ShipDirection.Right}, {ShipDirection.Down} & {ShipDirection.Left} (type and press ENTER) \n\nQuit anytime by pressing (Q/q)...");
strDirection = Console.ReadLine();
shipDirection = EvaluateDirection(strDirection);
if (shipDirection != null)
{
//Valid shipDirection
retVal.Direction = shipDirection.Value;
}
} while (shipXY == null || shipDirection == null);
return(retVal);
}
/// <summary>
/// Runs commands on ships when called
/// </summary>
/// <param name="shipIndex">index of ship in the ship data to call</param>
private void ShipControl(int shipIndex)
{
ShipModel model = data.ships[shipIndex];
double deltaTime = data.date.time - model.age.time - model.dateCreated.time;
model.age.AddTime(deltaTime);
if (model.timeUpdate < model.age.time)
{
model.timeUpdate += Dated.Hour;
//Money Evaluation
model.money -= model.runningCost;
model.money -= model.workers * 15;
if (model.captain.Model != model.owner.Model)
{
model.captain.Model.money += 35;
model.money -= 35;
}
double moneyEarned = model.money - model.moneyStats.data["Money"][model.moneyStats.data["Money"].Count - 1].y;
if (moneyEarned > 0)
{
model.captain.Model.money += moneyEarned * .1f;
model.money -= moneyEarned * .1f;
}
moneyEarned = model.money - model.moneyStats.data["Money"][model.moneyStats.data["Money"].Count - 1].y;
model.moneyChange = moneyEarned;
model.moneyStats.data["Money Change"].Add(new Stat(model.age.time, model.moneyChange));
model.moneyStats.data["Money"].Add(new Stat(model.age.time, model.money));
model.owner.Model.money += model.money;
model.money = 0;
//if (model.money < 0)
//{
// if (model.mode == ShipMode.Sell && model.target != null && model.target.Model != null)
// {
// ((StationModel) model.target.Model).SellIncomplete(model.item);
// }
// print(model.name + " Died");
// model.Delete();
// return;
//}
}
if ((float)model.fuel.amount / model.fuelCapacity < .25f && model.target.Model == null)
{
model.target = new ModelRef <StructureModel>(FindClosestStation(ItemTypes.Fuel.ToString(), model));
if (model.target.Model != null)
{
StationModel station = (StationModel)model.target.Model;
Items buyItem = new Items(ItemTypes.Fuel, model.fuelCapacity);
model.items.Add(station.Buy(buyItem, model));
model.spriteColor = Color.yellow;
model.mode = ShipMode.Buy;
station.incomingShips.Add(model);
model.NotifyChange();
return;
}
else if (model.fuel.amount < 0)
{
}
}
foreach (Items item in model.items)
{
if (item.name == ItemTypes.Ship.ToString() && item.amount > 0)
{
for (int i = 0; i < item.amount; i++)
{
CreatureModel captain = new CreatureModel(model.owner.Model.name + " Ship Captain " + model.owner.Model.itemsBought, 1000);
ShipModel ship = ShipCreator.CreateShip(model.owner.Model.name + "." + model.owner.Model.itemsBought, model.solarIndex, model.parentIndex, model.orbit, model.owner.Model, captain);
data.ships.Add(ship);
data.creatures.Add(captain);
model.owner.Model.itemsBought++;
}
item.amount = 0;
}
if (item.amount == 0 && item.pendingAmount == 0)
{
model.items.Remove(item);
}
}
//if (model.money > 10000 && model.target.Model == null)
//{
// model.target.Model = FindClosestStation("Ship", model);
// if (model.target.Model != null)
// {
// StationModel station = (StationModel) model.target.Model;
// foreach (Items outputItem in station.factory.outputItems)
// {
// if (outputItem.name == "Ship")
// {
// if (outputItem.price + 2000 < model.money)
// {
// model.item = new Items("Ship", 1);
// model.spriteColor = Color.cyan;
// model.mode = ShipMode.Buy;
// station.incomingShips.Add(model);
// model.NotifyChange();
// return;
// }
// else
// {
// model.target.Model = null;
// }
// }
// }
// }
//}
if (model.mode == ShipMode.Idle)
{
model.mode = ShipMode.SearchingTradeRoute;
TradeRouteRequestManager.RequestTradeRoute(model, OnFindRouteFinished);
}
ShipTravel(model, deltaTime);
}
