public void CannotHireIfGameIsNotStarted()
{
BoardState game = DataTest.SampleGame;
game.State = GameState.GameNotStarted;
HireWorkerAction hire = new HireWorkerAction { PlayerId = 0 };
int workersBefore = GameWorkersTest.UnhiredWorkersCount(game);
game = Tick.Apply(game, new List<GameAction> { hire });
Assert.AreEqual(workersBefore, GameWorkersTest.UnhiredWorkersCount(game));
}
public void CannotHireWorkerJustFied()
{
BoardState game = DataTest.SampleGame;
HireWorkerAction hire = new HireWorkerAction() { PlayerId = 1 };
game = Tick.Apply(game, new List<GameAction> { hire, hire });
Assert.AreEqual(0, GameWorkersTest.UnhiredWorkersCount(game), "This test relies on the fact that there are exactly two unhired workers");
FireWorkerAction fire = new FireWorkerAction() { PlayerId = 1 };
game = Tick.Apply(game, new List<GameAction> { fire });
Assert.That(game.Players[1].RecentWorkers.Count > 0);
Assert.AreEqual(1, GameWorkersTest.UnhiredWorkersCount(game));
game = Tick.Apply(game, new List<GameAction> { hire });
Assert.AreEqual(1, GameWorkersTest.UnhiredWorkersCount(game));
}
public void SerializeItAll()
{
JoinAction join = new JoinAction { PlayerId = 1, PlayerName = "Test Player" };
HireWorkerAction hire = new HireWorkerAction { PlayerId = 2 };
FireWorkerAction fire = new FireWorkerAction { PlayerId = 3 };
ProposeLoanAction propose = new ProposeLoanAction { PlayerId = 4, Period = TimeSpan.FromMinutes(1.0), PayBack = 20m, LoanAmount = 15m };
WithdrawProposalAction withdraw = new WithdrawProposalAction { PlayerId = 5, ProposalId = 2 };
GiveGiftAction gift = new GiveGiftAction { PlayerId = 6, ToPlayerId = 2, GiftAmount = 10.2m };
AssignWorkerAction research = new AssignWorkerAction { PlayerId = 7, Work = Job.Research, WorkerId = 1 };
AssignWorkerAction factory = new AssignWorkerAction { PlayerId = 8, Work = Job.Factory, WorkerId = 2 };
TakeLoanAction loan = new TakeLoanAction { PlayerId = 9, LoanProposalId = 1 };
StringBuilder sb = new StringBuilder();
sb.Append("{\"gameJson\": ");
sb.Append(DataTest.SampleGame.ToJson());
sb.Append("\n, \"NoOp\": ");
sb.Append(new NoOpAction().ToJson());
sb.Append("\n \"JoinGame\": ");
sb.Append(join.ToJson());
sb.Append("\n \"HireWorker\": ");
sb.Append(hire.ToJson());
sb.Append("\n \"FireWorker\": ");
sb.Append(fire.ToJson());
sb.Append("\n \"ProposeLoan\": ");
sb.Append(propose.ToJson());
sb.Append("\n \"WithdrawProposal\": ");
sb.Append(withdraw.ToJson());
sb.Append("\n \"GiveGift\": ");
sb.Append(gift.ToJson());
sb.Append("\n \"AssignWorkerResearch\": ");
sb.Append(research.ToJson());
sb.Append("\n \"AssignWorkerFactory\": ");
sb.Append(factory.ToJson());
sb.Append("\n \"TakeLoan\": ");
sb.Append(loan.ToJson());
List<GameAction> actions = new List<GameAction> { hire, fire, loan };
string json = GameAction.SerializeList(actions);
List<GameAction> fromJson = GameAction.DeserializeList(json);
List<GameAction> empty = new List<GameAction>();
json = GameAction.SerializeList(empty);
fromJson = GameAction.DeserializeList(json);
}
public void HiringAFiredWorkerRemovesRecentWorkerIndicator()
{
BoardState game = DataTest.SampleGame;
HireWorkerAction player1Hire = new HireWorkerAction() { PlayerId = 1 };
game = Tick.Apply(game, new List<GameAction> { player1Hire, player1Hire });
Assert.AreEqual(0, GameWorkersTest.UnhiredWorkersCount(game), "This test relies on the fact that there are exactly two unhired workers");
FireWorkerAction fire = new FireWorkerAction() { PlayerId = 1 };
game = Tick.Apply(game, new List<GameAction> { fire });
HireWorkerAction player0Hire = new HireWorkerAction() { PlayerId = 0 };
game = Tick.Apply(game, new List<GameAction> { player0Hire });
Assert.AreEqual(0, game.Players[1].RecentWorkers.Count);
}
public void WorkersFromPoolHiredAtSetWage()
{
BoardState game = DataTest.SampleGame;
List<int> unhiredWokerIds = new List<int>();
for (int i=0; i<game.Workers.Length; i++)
{
if (game.Workers[i].Job == Job.Unemployed)
{
unhiredWokerIds.Add(i);
}
}
Assert.AreEqual(2, unhiredWokerIds.Count, "The test is written based on the assumption that there are exactly 2 workers free in the pool.");
HireWorkerAction hire = new HireWorkerAction() { PlayerId = 0 };
game = Tick.Apply(game, new List<GameAction> { hire, hire });
Worker hiredWorker = game.Workers[unhiredWokerIds[0]];
Assert.AreEqual(Job.Factory, hiredWorker.Job);
Assert.AreEqual(game.Settings.WorkerInitialWage, hiredWorker.Wage);
}
public void WorkersAreHiredFromPoolFirst()
{
BoardState game = DataTest.SampleGame;
HireWorkerAction hire = new HireWorkerAction() { PlayerId = 0 };
int workersBefore = GameWorkersTest.UnhiredWorkersCount(game);
Assert.AreEqual(2, workersBefore, "The test is written based on the assumption that there are exactly 2 workers free in the pool.");
game = Tick.Apply(game, new List<GameAction> { hire });
game = Tick.Apply(game, new List<GameAction> { hire });
Assert.AreEqual(0, GameWorkersTest.UnhiredWorkersCount(game));
Worker[] player2WorkersBefore = GameWorkersTest.GetPlayerWorkers(game, 1);
game = Tick.Apply(game, new List<GameAction> { hire });
Worker[] player2WorkersAfter = GameWorkersTest.GetPlayerWorkers(game, 1);
Assert.AreEqual(player2WorkersBefore.Length - 1, player2WorkersAfter.Length);
}
public void HiringFromAnotherPlayerHonorsSettings()
{
BoardState game = DataTest.SampleGame;
HireWorkerAction hire = new HireWorkerAction() { PlayerId = 1 };
game = Tick.Apply(game, new List<GameAction> { hire, hire });
int wId = game.Players[0].WorkerIds[0];
decimal wageBefore = game.Workers[wId].Wage;
game = Tick.Apply(game, new List<GameAction> { hire });
decimal wageAfter = game.Workers[wId].Wage;
Assert.AreEqual(wageBefore * game.Settings.WorkerLureWageMultiplier, wageAfter);
}
public void HiringAllWorkers()
{
BoardState game = DataTest.SampleGame;
HireWorkerAction hire = new HireWorkerAction() { PlayerId = 0 };
List<GameAction> hireList = game.Workers.Select(w => hire).Cast<GameAction>().ToList();
game = Tick.Apply(game, hireList);
List<decimal> currentWagesBefore = game.Workers.Select(w => w.Wage).ToList();
Tick.Apply(game, hireList);
List<decimal> currentWagesAfter = game.Workers.Select(w => w.Wage).ToList();
for (int i = 0; i < currentWagesAfter.Count; i++)
{
Assert.AreEqual(currentWagesBefore[i], currentWagesAfter[i]);
}
}
