public void player_doesnt_own_property_with_house()
{
Board.Access().ResetBoard();
var property = new Residential("Test");
property.SetOwner(ref _player1);
Board.Access().AddProperty(property);
_gameOfMonopoly.SellHouse(_player1);
Assert.Pass();
}
public void property_is_mortgaged()
{
var property = new Residential();
property.SetOwner(ref _player1);
property.MortgageProperty();
Board.Access().AddProperty(property);
_gameOfMonopoly.BuyHouse(_player1, property, true);
Assert.AreEqual(0, property.GetHouseCount());
}
public void adding_house()
{
Board.Access().ResetBoard();
var property = new Residential("Test");
property.SetOwner(ref _player1);
Board.Access().AddProperty(property);
_gameOfMonopoly.BuyHouse(_player1, property, true);
Assert.AreEqual(1, property.GetHouseCount());
}
public void player_doesnt_own_all_properties_of_colour()
{
var property = new Residential("Test");
var property2 = new Residential("Test2");
property.SetOwner(ref _player1);
Board.Access().AddProperty(property);
Board.Access().AddProperty(property2);
_gameOfMonopoly.BuyHouse(_player1, property, true);
Assert.AreEqual(0, property.GetHouseCount());
}
public void rent_is_doubled_for_undeveloped_prop_single_owner_colour()
{
Board.Access().ResetBoard();
var player = new Player("Josh");
_residentialProperty = NewResidential();
_residentialProperty.SetOwner(ref player);
Board.Access().AddProperty(_residentialProperty);
const decimal orginalRent = 14;
const decimal expectedRent = orginalRent*2;
var actualRent = _residentialProperty.GetRent();
Assert.AreEqual(expectedRent, actualRent);
}
public void rent_is_not_doubled_for_undeveloped_prop_single_owner_colour_banker()
{
Board.Access().ResetBoard();
var banker = Banker.Access();
_residentialProperty = NewResidential();
_residentialProperty.SetOwner(ref banker);
Board.Access().AddProperty(_residentialProperty);
const decimal orginalRent = 14;
var actualRent = _residentialProperty.GetRent();
Assert.AreEqual(orginalRent, actualRent);
}
public void rent_is_doubled_for_undeveloped_prop_single_owner_colour()
{
Board.Access().ResetBoard();
var player = new Player("Josh");
_residentialProperty = NewResidential();
_residentialProperty.SetOwner(ref player);
Board.Access().AddProperty(_residentialProperty);
const decimal orginalRent = 14;
const decimal expectedRent = orginalRent * 2;
var actualRent = _residentialProperty.GetRent();
Assert.AreEqual(expectedRent, actualRent);
}
public void property_cant_be_developed_further()
{
Board.Access().ResetBoard();
var property = new Residential("Test");
var property2 = new Residential("Test2");
property.SetOwner(ref _player1);
property2.SetOwner(ref _player1);
Board.Access().AddProperty(property);
Board.Access().AddProperty(property2);
property.AddHouse();
_gameOfMonopoly.BuyHouse(_player1, property, true);
Assert.AreEqual(1, property.GetHouseCount());
}
public void unmortgaging_property_results_in_correct_balance_alterations()
{
_residentialProperty = NewResidential();
var testPlayer = GetMeANewPlayer();
var paybackValue = _residentialProperty.GetMortgageValue() + (_residentialProperty.GetMortgageValue() * 10 / 100);// mortgage plus 10%
_residentialProperty.SetOwner(ref testPlayer);
_residentialProperty.MortgageProperty();
var ownerBalaceBeforeUnmortgage = testPlayer.GetBalance();
var bankerBalanceBeforeUnmortgage = Banker.Access().GetBalance();
_residentialProperty.UnmortgageProperty();
// The property's owner should have paid the mortgage payback value
Assert.AreEqual(ownerBalaceBeforeUnmortgage - paybackValue, testPlayer.GetBalance());
// The banker should have received the mortgage payback value
Assert.AreEqual(bankerBalanceBeforeUnmortgage + paybackValue, Banker.Access().GetBalance());
}
public void mortgaging_property_results_in_correct_balance_alterations()
{
_residentialProperty = NewResidential();
var testPlayer = GetMeANewPlayer();
var mortgageValue = _residentialProperty.GetMortgageValue();
var ownerBalanceBefore = testPlayer.GetBalance();
var bankerBalanceBefore = Banker.Access().GetBalance();
_residentialProperty.SetOwner(ref testPlayer);
_residentialProperty.MortgageProperty();
// Property should now be mortgaged
Assert.IsTrue(_residentialProperty.IsMortgaged);
// The property's owner should have received the mortgage money
Assert.AreEqual(ownerBalanceBefore + mortgageValue, testPlayer.GetBalance());
// The banker should have paid the mortgage money
Assert.AreEqual(bankerBalanceBefore - mortgageValue, Banker.Access().GetBalance());
}
public void no_hotels_left()
{
Board.Access().ResetBoard();
Board.Access().Hotels = 0;
var property = new Residential("Test");
property.SetOwner(ref _player1);
for (var i = 0; i <= 3; i++)
{
property.AddHouse();
}
Board.Access().AddProperty(property);
_gameOfMonopoly.BuyHouse(_player1, property, true);
Assert.AreEqual(4, property.GetHouseCount());
Assert.IsFalse(property.HasHotel);
}
public void selling_house()
{
Board.Access().ResetBoard();
var property = new Residential("Test");
property.SetOwner(ref _player1);
property.AddHouse();
var playersBalanceBefore = _player1.GetBalance();
var expectedIncreaseAmount = property.GetHouseCost() / 2;
Board.Access().AddProperty(property);
_gameOfMonopoly.SellHouse(_player1, property);
// Players balance should go up by half house cost
Assert.AreEqual(playersBalanceBefore + expectedIncreaseAmount, _player1.GetBalance());
// Property shouldn't have house anymore
Assert.AreEqual(0, property.GetHouseCount());
// Board's houses should be back to full
Assert.AreEqual(32, Board.Access().Houses);
}
public void selling_house()
{
Board.Access().ResetBoard();
var property = new Residential("Test");
property.SetOwner(ref _player1);
property.AddHouse();
var playersBalanceBefore = _player1.GetBalance();
var expectedIncreaseAmount = property.GetHouseCost()/2;
Board.Access().AddProperty(property);
_gameOfMonopoly.SellHouse(_player1, property);
// Players balance should go up by half house cost
Assert.AreEqual(playersBalanceBefore + expectedIncreaseAmount, _player1.GetBalance());
// Property shouldn't have house anymore
Assert.AreEqual(0, property.GetHouseCount());
// Board's houses should be back to full
Assert.AreEqual(32, Board.Access().Houses);
}
public void player_doesnt_own_property_with_house()
{
Board.Access().ResetBoard();
var property = new Residential("Test");
property.SetOwner(ref _player1);
Board.Access().AddProperty(property);
_gameOfMonopoly.SellHouse(_player1);
Assert.Pass();
}
public void adding_house()
{
Board.Access().ResetBoard();
var property = new Residential("Test");
property.SetOwner(ref _player1);
Board.Access().AddProperty(property);
_gameOfMonopoly.BuyHouse(_player1, property, true);
Assert.AreEqual(1, property.GetHouseCount());
}
public void no_hotels_left()
{
Board.Access().ResetBoard();
Board.Access().Hotels = 0;
var property = new Residential("Test");
property.SetOwner(ref _player1);
for (var i = 0; i <= 3; i++)
{
property.AddHouse();
}
Board.Access().AddProperty(property);
_gameOfMonopoly.BuyHouse(_player1, property, true);
Assert.AreEqual(4, property.GetHouseCount());
Assert.IsFalse(property.HasHotel);
}
public void property_cant_be_developed_further()
{
Board.Access().ResetBoard();
var property = new Residential("Test");
var property2 = new Residential("Test2");
property.SetOwner(ref _player1);
property2.SetOwner(ref _player1);
Board.Access().AddProperty(property);
Board.Access().AddProperty(property2);
property.AddHouse();
_gameOfMonopoly.BuyHouse(_player1, property, true);
Assert.AreEqual(1, property.GetHouseCount());
}
public void player_doesnt_own_all_properties_of_colour()
{
var property = new Residential("Test");
var property2 = new Residential("Test2");
property.SetOwner(ref _player1);
Board.Access().AddProperty(property);
Board.Access().AddProperty(property2);
_gameOfMonopoly.BuyHouse(_player1, property, true);
Assert.AreEqual(0, property.GetHouseCount());
}
public void unmortgaging_property_results_in_correct_balance_alterations()
{
_residentialProperty = NewResidential();
var testPlayer = GetMeANewPlayer();
var paybackValue = _residentialProperty.GetMortgageValue() + (_residentialProperty.GetMortgageValue() * 10 / 100);// mortgage plus 10%
_residentialProperty.SetOwner(ref testPlayer);
_residentialProperty.MortgageProperty();
var ownerBalaceBeforeUnmortgage = testPlayer.GetBalance();
var bankerBalanceBeforeUnmortgage = Banker.Access().GetBalance();
_residentialProperty.UnmortgageProperty();
// The property's owner should have paid the mortgage payback value
Assert.AreEqual(ownerBalaceBeforeUnmortgage - paybackValue, testPlayer.GetBalance());
// The banker should have received the mortgage payback value
Assert.AreEqual(bankerBalanceBeforeUnmortgage + paybackValue, Banker.Access().GetBalance());
}
public void rent_is_not_doubled_for_undeveloped_prop_single_owner_colour_banker()
{
Board.Access().ResetBoard();
var banker = Banker.Access();
_residentialProperty = NewResidential();
_residentialProperty.SetOwner(ref banker);
Board.Access().AddProperty(_residentialProperty);
const decimal orginalRent = 14;
var actualRent = _residentialProperty.GetRent();
Assert.AreEqual(orginalRent, actualRent);
}
public void property_is_mortgaged()
{
var property = new Residential();
property.SetOwner(ref _player1);
property.MortgageProperty();
Board.Access().AddProperty(property);
_gameOfMonopoly.BuyHouse(_player1, property, true);
Assert.AreEqual(0, property.GetHouseCount());
}
public void mortgaging_property_results_in_correct_balance_alterations()
{
_residentialProperty = NewResidential();
var testPlayer = GetMeANewPlayer();
var mortgageValue = _residentialProperty.GetMortgageValue();
var ownerBalanceBefore = testPlayer.GetBalance();
var bankerBalanceBefore = Banker.Access().GetBalance();
_residentialProperty.SetOwner(ref testPlayer);
_residentialProperty.MortgageProperty();
// Property should now be mortgaged
Assert.IsTrue(_residentialProperty.IsMortgaged);
// The property's owner should have received the mortgage money
Assert.AreEqual(ownerBalanceBefore + mortgageValue, testPlayer.GetBalance());
// The banker should have paid the mortgage money
Assert.AreEqual(bankerBalanceBefore - mortgageValue, Banker.Access().GetBalance());
}
