public void should_store_bag_in_sequence_given_all_kinds_of_robots_and_lockers()
{
var locker = new Locker(1);
var lockers = new List <Locker> {
locker
};
var smartRobot = new SmartRobot(new List <Locker> {
new Locker(1)
});
var superRobot = new SuperRobot(new List <Locker> {
new Locker(1)
});
var robots = new List <SmartRobot> {
smartRobot,
superRobot
};
var manager = new Manager(lockers, robots);
var bag1 = new Bag();
var bag2 = new Bag();
var bag3 = new Bag();
var ticket1 = manager.Store(bag1);
var ticket2 = manager.Store(bag2);
var ticket3 = manager.Store(bag3);
Assert.Equal(bag1, locker.Pick(ticket1));
Assert.Equal(bag2, smartRobot.Pick(ticket2));
Assert.Equal(bag3, superRobot.Pick(ticket3));
}
public void should_return_bag_when_pick_if_bag_is_stored_into_super_robot()
{
var superRobot = new SuperRobot();
superRobot.Manage(new List <Locker> {
new Locker(1)
});
var smartRobot = new SmartRobot();
smartRobot.Manage(new List <Locker> {
new Locker(1)
});
var robot = new Robot();
robot.Manage(new List <Locker> {
new Locker(1)
});
var locker = new Locker(1);
var manager = new Manager(locker, robot, smartRobot, superRobot);
manager.Store(new Bag());
manager.Store(new Bag());
manager.Store(new Bag());
var storedBag = new Bag();
var ticket = manager.Store(storedBag);
var pickedBag = manager.Pick(ticket);
Assert.AreEqual(pickedBag, storedBag);
}
public void should_store_into_super_robot_when_locker_and_robot_and_smart_robot_are_all_full()
{
var superRobot = new SuperRobot();
superRobot.Manage(new List <Locker> {
new Locker(1)
});
var smartRobot = new SmartRobot();
smartRobot.Manage(new List <Locker> {
new Locker(1)
});
var robot = new Robot();
robot.Manage(new List <Locker> {
new Locker(1)
});
var locker = new Locker(1);
var manager = new Manager(locker, robot, smartRobot, superRobot);
manager.Store(new Bag());
manager.Store(new Bag());
manager.Store(new Bag());
var ticket = manager.Store(new Bag());
Assert.NotNull(ticket);
Assert.NotNull(superRobot.Pick(ticket));
}
public Manager(Locker locker, Robot robot = null, SmartRobot smartRobot = null, SuperRobot superRobot = null)
{
this.locker = locker;
this.robot = robot;
this.smartRobot = smartRobot;
this.superRobot = superRobot;
}
public void should_store_bags_in_order_when_manager_manage_lockers_and_robots()
{
var locker = new Locker(1);
var lockers = new List <Locker> {
locker
};
var robot = new Robot(new List <Locker> {
new Locker(1)
});
var smartRobot = new SmartRobot(new List <Locker> {
new Locker(1)
});
var superRobot = new SuperRobot(new List <Locker> {
new Locker(1)
});
var baseRobots = new List <BaseRobot> {
robot, smartRobot, superRobot
};
var manager = new Manager(lockers, baseRobots);
var bag1 = new Bag();
var bag2 = new Bag();
var bag3 = new Bag();
var bag4 = new Bag();
var ticket1 = manager.Store(bag1);
var ticket2 = manager.Store(bag2);
var ticket3 = manager.Store(bag3);
var ticket4 = manager.Store(bag4);
Assert.Equal(bag1, locker.Pick(ticket1));
Assert.Equal(bag2, robot.Pick(ticket2));
Assert.Equal(bag3, smartRobot.Pick(ticket3));
Assert.Equal(bag4, superRobot.Pick(ticket4));
}
public void should_get_error_message_when_manager_is_full()
{
//Given
var bagKeepers = new List <IBagKeeper>();
IBagKeeper lockerForManager = new Locker(1);
lockerListForRobot = new List <IBagKeeper>();
lockerListForRobot.Add(new Locker(1));
var lockerListForSmartRobot = new List <IBagKeeper>();
lockerListForSmartRobot.Add(new Locker(1));
var lockerListForSuperRobot = new List <IBagKeeper>();
lockerListForSuperRobot.Add(new Locker(1));
robot = new Robot(lockerListForRobot);
var smartRobot = new SmartRobot(lockerListForSmartRobot);
var superRobot = new SuperRobot(lockerListForSuperRobot);
bagKeepers.Add(smartRobot);
bagKeepers.Add(superRobot);
bagKeepers.Add(lockerForManager);
bagKeepers.Add(robot);
manager = new Manager(bagKeepers);
//When
for (int i = 0; i < 4; i++)
{
manager.Store(new Bag());
}
//Then
var ex = Assert.Throws <ArgumentException>(() => manager.Store(new Bag()));
Assert.That(ex.Message, Is.EqualTo("The manager is full!"));
}
public void Store_One_Bag_When_Not_All_Cabinets_Full_Return_Ticket()
{
var smartRobot = new SmartRobot(new List<Cabinet> { new Cabinet(0), new Cabinet(1), new Cabinet(0) });
var bag = new Bag();
var ticket = smartRobot.Store(bag);
Assert.IsNotNull(ticket);
}
public void should_store_failed_when_robot_manange_no_locker()
{
var lockers = Enumerable.Range(0, 0).Select(i => new Locker(1)).ToList();
var robot = new SmartRobot(lockers);
var ticket = robot.Store(new Bag());
Assert.Null(ticket);
}
public void Pick_One_Bag_When_Cabinet_Has_My_Bag_And_Give_Valid_Ticket()
{
var smartRobot = new SmartRobot(new List<Cabinet> { new Cabinet(0), new Cabinet(1), new Cabinet(0) });
var bag = new Bag();
var ticket = smartRobot.Store(bag);
Bag pickBag = smartRobot.Pick(ticket);
Assert.AreEqual(bag,pickBag);
}
public void should_pick_failed_when_given_no_existing_ticket_to_robot()
{
var lockers = Enumerable.Range(0, 5).Select(i => new Locker(1)).ToList();
var robot = new SmartRobot(lockers);
var bag = robot.Pick(new Ticket());
Assert.Null(bag);
}
public void Store_One_Bag_When_All_Cabinets_Full_Return_Null_Ticket()
{
List<Cabinet> emptyCabinetList = new List<Cabinet> { new Cabinet(0) };
var robot = new SmartRobot(emptyCabinetList);
var ticket = robot.Store(new Bag());
Assert.IsNull(ticket);
}
public void Should_Give_Correct_Information_When_Invalid_Ticket_Passed_To_Robot()
{
List<Cabinet> notEmptyCabinetList = new List<Cabinet> { new Cabinet(1) };
var robot = new SmartRobot(notEmptyCabinetList);
var invalidTicket = new Ticket();
robot.Pick(invalidTicket);
}
public void should_get_a_ticket_when_store_a_bag()
{
SmartRobot smartRobot = new SmartRobot(oneLocker);
Bag bag = new Bag();
Ticket ticket = smartRobot.Store(bag);
Assert.NotNull(ticket);
}
public void Pick_One_Bag_When_Cabinet_Has_My_Bag_And_Give_InValid_Ticket()
{
var smartRobot = new SmartRobot(new List<Cabinet> { new Cabinet(0), new Cabinet(1), new Cabinet(0) });
var bag = new Bag();
var ticket = smartRobot.Store(bag);
smartRobot.Pick(ticket);
Bag returnBag = smartRobot.Pick(ticket);
Assert.IsNull(returnBag);
}
public void StoreBag_In_MostEmpty_Cabinet()
{
var smartRobot = new SmartRobot(new List<Cabinet> { new Cabinet(2), new Cabinet(2), new Cabinet(2) });
var bag = new Bag();
smartRobot.Store(new Bag());
smartRobot.Store(new Bag());
Assert.AreEqual(1, smartRobot.GetCabinet(0).RemainingEmptyBoxCount);
Assert.AreEqual(1, smartRobot.GetCabinet(1).RemainingEmptyBoxCount);
}
public void SetUp()
{
locker1 = new Locker(1);
locker2 = new Locker(2);
lockers = new List <Locker> {
locker1, locker2
};
smartRobot = new SmartRobot();
}
public void should_return_ticket_after_store_a_bag_by_robot()
{
var bag = new Bag();
var lockers = Enumerable.Range(0, 1).Select(i => new Locker(1)).ToList();
var robot = new SmartRobot(lockers);
Ticket ticket = robot.Store(bag);
Assert.NotNull(ticket);
}
public void should_get_a_ticket_when_smartrobot_store_a_bag_in_locker()
{
smartRobot = new SmartRobot(new List <Locker>()
{
new Locker(1)
});
var bag = new Bag();
Ticket ticket = smartRobot.Store(bag);
Assert.NotNull(ticket);
}
public void should_return_error_message_when_robot_without_lockers()
{
List <IBagKeeper> emptyLockers = new List <IBagKeeper>();
var bag1 = new Bag();
var smartRobot = new SmartRobot(emptyLockers);
var ex = Assert.Throws <ArgumentException>(() => smartRobot.Store(bag1));
Assert.That(ex.Message, Is.EqualTo("No locker is available"));
}
public void should_store_bag_in_locker_which_has_more_capacity()
{
var locker1 = new Locker(1);
var locker2 = new Locker(2);
smartRobot = new SmartRobot(new List <Locker>()
{
locker1, locker2
});
smartRobot.Store(new Bag());
Assert.Equal(1, locker2.AvailableCount);
}
public void Return_Ticket_When_Seats_Available()
{
var oneseatcabinet = new Cabinet(1);
var twoseatscabinet = new Cabinet(2);
List<Cabinet> cabinets = new List<Cabinet> { oneseatcabinet, twoseatscabinet };
var robot = new SmartRobot(cabinets);
var ticket = robot.Store(new Bag());
Assert.IsNotNull(ticket);
Assert.IsFalse(oneseatcabinet.IsFull());
}
public void should_return_bag_when_pick_bag_from_robot_with_ticket()
{
var expectedBag = new Bag();
var lockers = Enumerable.Range(0, 1).Select(i => new Locker(1)).ToList();
var robot = new SmartRobot(lockers);
var ticket = robot.Store(expectedBag);
var bag = robot.Pick(ticket);
Assert.Equal(expectedBag, bag);
}
public void should_pick_failed_when_given_used_ticket_to_robot()
{
var lockers = Enumerable.Range(0, 5).Select(i => new Locker(1)).ToList();
var robot = new SmartRobot(lockers);
var usedTicket = robot.Store(new Bag());
robot.Store(new Bag());
robot.Pick(usedTicket);
var bagNoExisting = robot.Pick(usedTicket);
Assert.Null(bagNoExisting);
}
public void should_return_the_bag_stored_in_smartrobot_by_the_ticket()
{
var lockers = new List <Locker>();
var locker = new Locker(1);
lockers.Add(locker);
var robot = new SmartRobot(lockers);
var bag = new Bag();
var ticket = robot.Store(bag);
Assert.AreSame(robot.Pick(ticket), bag);
}
public void should_throw_exception_when_store_a_bag_if_all_lockers_are_full()
{
smartRobot = new SmartRobot(new List <Locker>()
{
new Locker(1), new Locker(2)
});
for (var i = 0; i < 3; i++)
{
smartRobot.Store(new Bag());
}
Assert.Throws <InvalidOperationException>(() => smartRobot.Store(new Bag()));
}
public void CreateSmartRobotTest()
{
//Arrange
var expected = new SmartRobot(null)
{
DecodingProbability = 100, Carrying = 10
};
var robotCreator = new SmartRobotCreator();
//Act
var result = robotCreator.CreateRobot(null);
//Assert
expected.Should().BeEquivalentTo(result);
}
public void should_select_the_locker_with_most_boxes_when_store_a_bag()
{
var locker1 = new Locker(2);
var locker2 = new Locker(2);
var lockers = new List <Locker> {
locker1, locker2
};
var robot = new SmartRobot(lockers);
robot.Store(new Bag());
var ticket = robot.Store(new Bag());
Assert.NotNull(locker2.Pick(ticket));
}
public void should_return_specific_bag_when_store_bag_to_robot_for_multiple_times()
{
var expectedBag1 = new Bag();
var expectedBag2 = new Bag();
var lockers = Enumerable.Range(0, 3).Select(i => new Locker(2)).ToList();
var robot = new SmartRobot(lockers);
var ticket1 = robot.Store(expectedBag1);
robot.Store(expectedBag2);
var bag1 = robot.Pick(ticket1);
Assert.Equal(expectedBag1, bag1);
}
public void shoud_store_bag_in_the_locker_which_has_lagest_capacity()
{
var lockers = new List <Locker>();
var locker = new Locker(2);
locker.Store(new Bag());
lockers.Add(locker);
var secondLocker = new Locker(2);
lockers.Add(secondLocker);
var robot = new SmartRobot(lockers);
var bag = new Bag();
var ticket = robot.Store(bag);
Assert.AreSame(bag, secondLocker.Pick(ticket));
}
public void should_pick_bag_given_existing_ticket()
{
var locker = new Locker(1);
var lockers = new List<Locker> { locker };
var smartRobot = new SmartRobot(new List<Locker> {new Locker(1)});
var superRobot = new SuperRobot(new List<Locker> {new Locker(1)});
var robots = new List<SmartRobot> {
smartRobot,
superRobot
};
var manager = new Manager(lockers, robots);
var expectedBag = new Bag();
var ticket = manager.Store(expectedBag);
var actualBag = manager.Pick(ticket);
Assert.Equal(expectedBag, actualBag);
}
public void should_store_bag_in_the_locker_which_has_largest_number_of_empty_boxes()
{
var bag1 = new Bag();
var bag2 = new Bag();
var bag3 = new Bag();
var bag4 = new Bag();
lockers[0].Store(bag1);
lockers[1].Store(bag2);
lockers[3].Store(bag3);
var smartRobot = new SmartRobot(lockers);
var ticket4 = smartRobot.Store(bag4);
Assert.Null(lockers[0].Pick(ticket4));
Assert.Null(lockers[1].Pick(ticket4));
Assert.Null(lockers[3].Pick(ticket4));
Assert.AreSame(bag4, lockers[2].Pick(ticket4));
}
public void should_store_failed_when_lockers_robot_managed_has_been_all_full()
{
var bag1 = new Bag();
var bag2 = new Bag();
var bag3 = new Bag();
var bag4 = new Bag();
var bag5 = new Bag();
var lockers = Enumerable.Range(0, 2).Select(i => new Locker(2)).ToList();
var robot = new SmartRobot(lockers);
robot.Store(bag1);
robot.Store(bag2);
robot.Store(bag3);
robot.Store(bag4);
var ticket = robot.Store(bag5);
Assert.Null(ticket);
}
static void Main(string[] args)
{
var n = int.Parse(Console.ReadLine());
var originRaw = Console.ReadLine().Split(' ').Select(x => int.Parse(x)).ToList();
var origin = new Point(originRaw.First(), originRaw.Last());
var robot = new SmartRobot(origin);
for (var i = 0; i < n; i++)
{
var moveRaw = Console.ReadLine().Split(' ').ToList();
var direction = Enum.Parse <RobotMoveDirection>(moveRaw.First());
var steps = int.Parse(moveRaw.Last());
robot.Move(new RobotMove(direction, steps));
}
Console.WriteLine($"=> Cleaned: {robot.CleanedSpaces}");
}
public void should_pick_bag_given_existing_ticket()
{
var lockers = new List <Locker> {
new Locker(1)
};
var robot = new Robot(new List <Locker> {
new Locker(1)
});
var smartRobot = new SmartRobot(new List <Locker> {
new Locker(1)
});
var superRobot = new SuperRobot(new List <Locker> {
new Locker(1)
});
var baseRobots = new List <BaseRobot> {
robot, smartRobot, superRobot
};
var manager = new Manager(lockers, baseRobots);
var expectedBag = new Bag();
var ticket = manager.Store(expectedBag);
var actualBag = manager.Pick(ticket);
Assert.Equal(expectedBag, actualBag);
}
public void should_store_bag_in_sequence_given_all_kinds_of_robots_and_lockers()
{
var locker = new Locker(1);
var lockers = new List<Locker> { locker };
var smartRobot = new SmartRobot(new List<Locker> {new Locker(1)});
var superRobot = new SuperRobot(new List<Locker> {new Locker(1)});
var robots = new List<SmartRobot> {
smartRobot,
superRobot
};
var manager = new Manager(lockers, robots);
var bag1 = new Bag();
var bag2 = new Bag();
var bag3 = new Bag();
var ticket1 = manager.Store(bag1);
var ticket2 = manager.Store(bag2);
var ticket3 = manager.Store(bag3);
Assert.Equal(bag1, locker.Pick(ticket1));
Assert.Equal(bag2, smartRobot.Pick(ticket2));
Assert.Equal(bag3, superRobot.Pick(ticket3));
}
public void CrossTest()
{
var runs = 100;
var moves = 1000;
for (var t = 0; t < runs; t++)
{
var randomizer = new Random();
var origin = new Point(randomizer.Next(-1000, 1000), randomizer.Next(-1000, 1000));
var naiveRobot = new NaiveRobot(origin);
var smartRobot = new SmartRobot(origin);
for (var i = 0; i < moves; i++)
{
var move = GetRandomMove(randomizer);
naiveRobot.Move(move);
smartRobot.Move(move);
Assert.Equal(naiveRobot.CleanedSpaces, smartRobot.CleanedSpaces);
}
}
}