public void OnAttack()
{
// This test allows us to check that Chain Mines destroyed the attacking monster
// However it doesn't absolutely confirm that this activation was legal (we know it is but the game doesn't know for sure)
// We likely need to create a dedicated error handler system with err_codes, signals etc.
var deckList = new List<SetCodes>();
deckList.Add(SetCodes.Debug500500);
deckList.Add(SetCodes.Debug500500);
deckList.Add(SetCodes.Debug500500);
deckList.Add(SetCodes.DebugDestroyAttackingUnit);
deckList.Add(SetCodes.DebugDestroyAttackingUnit);
deckList.Add(SetCodes.DebugDestroyAttackingUnit);
deckList.Add(SetCodes.Debug15001000);
deckList.Add(SetCodes.Debug15001000);
deckList.Add(SetCodes.Debug15001000);
StartGame(deckList);
var attacker = Player.Hand[6];
var chainMine = Opponent.Hand[3];
Play.Deploy(Player.Id, attacker.Id);
Play.PassPlay(Opponent.Id);
Play.PassPlay(Player.Id);
Play.EndTurn(Player.Id);
Play.SetFaceDown(Opponent.Id, chainMine.Id);
Play.EndTurn(Opponent.Id);
Play.AttackDirectly(Player.Id, attacker.Id);
Play.Activate(Opponent.Id, chainMine.Id);
Play.PassPlay(Player.Id);
Play.PassPlay(Opponent.Id);
// Link Should Resolve Here
Assert.Contains(attacker, Player.Graveyard, attacker + "is in Player 1's Discard");
Assert.Contains(chainMine, Opponent.Graveyard, chainMine + " is in Player 0's Discard");
}
public void When_They_Declare_An_Attack_With_A_Unit_Not_On_Their_Field()
{
StartGame(DeckList);
var unit = Player.Hand[0].Id;
Play.AttackDirectly(Player.Id, unit);
Assert.IsTrue(Player.IsDisqualified);
}
public void When_They_Declare_An_Attack_With_An_Unready_Unit()
{
StartGame(DeckList);
var unit = Player.Hand[0].Id;
Play.Deploy(Player.Id, unit);
Play.AttackDirectly(Player.Id, unit);
Assert.IsTrue(Player.IsDisqualified);
}
public void When_A_Player_Declares_An_Attack_During_Their_Opponents_Turn()
{
StartGame(DeckList);
var unit = Player.Hand[0].Id;
Play.Deploy(Player.Id, unit);
// Ending twice so the unit is ready
Play.EndTurn(Player.Id);
Play.EndTurn(Opponent.Id);
Play.EndTurn(Player.Id);
Play.AttackDirectly(Player.Id, unit);
Assert.IsTrue(Player.IsDisqualified);
}
public void When_It_Attacks_Directly()
{
StartGame(DeckList);
var debug15001000 = (Unit)Player.Hand[Player.Hand.Count - 1];
Play.Deploy(Player.Id, debug15001000.Id);
Play.PassPlay(Opponent.Id);
Play.PassPlay(Player.Id);
Play.EndTurn(Player.Id);
Play.EndTurn(Opponent.Id);
var expectedLife = Opponent.Health - debug15001000.Power;
Play.AttackDirectly(Player.Id, debug15001000.Id);
Play.PassPlay(Opponent.Id);
Play.PassPlay(Player.Id);
Assert.IsEqual(expectedLife, Opponent.Health, "Then the defending Player loses life equal to its attack");
}
public void OnAttack()
{
var deckList = new List <SetCodes>();
deckList.Add(SetCodes.Debug500500);
deckList.Add(SetCodes.Debug500500);
deckList.Add(SetCodes.Debug500500);
deckList.Add(SetCodes.DebugDestroyAttackingUnit);
deckList.Add(SetCodes.DebugDestroyAttackingUnit);
deckList.Add(SetCodes.DebugDestroyAttackingUnit);
deckList.Add(SetCodes.Debug15001000);
deckList.Add(SetCodes.Debug15001000);
deckList.Add(SetCodes.Debug15001000);
StartGame(deckList);
// LINK SUMMARY
// ACTION TAKEN (NON CHAIN)
// PLAYER WHO TOOK ACTION MAY CHAIN
// OPPONENT MAY CHAIN
// RESOLVE
// UPDATE
// Player A May Take Action From IDLE
// Player A May Respond To Own Action (Repeat This Until Pass) From ACTIVE
// Player B May Respond (From ACTIVE)
// Player A May Respond (From ACTIVE)
var attacker = Player.Hand[6];
var chainMines = (Support)Opponent.Hand[3];
// Whitebox Checking
Assert.IsTrue(Player.State == States.Idle, "Player 1 is IDLE");
Assert.IsTrue(Opponent.State == States.Passive, "Player 0 is PASSIVE");
Play.Deploy(Player.Id, attacker.Id);
// Whitebox Checking
// Player 1 took an action from IDLE that doesn't start a chain so they should
// be active (rather than acting?) Maybe acting != activating?
Assert.Contains(attacker, Player.Field, "Attacker Has been Deployed");
Assert.IsTrue(Player.State == States.Acting, "Player 1 is ACTING");
Assert.IsTrue(Opponent.State == States.Active, "Player 0 is ACTIVE");
Play.PassPlay(Opponent.Id);
// Whitebox Check
Assert.IsTrue(Opponent.State == States.Passing, "Player 0 is PASSING");
Assert.IsTrue(Player.State == States.Active, "Player 1 is ACTIVE");
Play.PassPlay(Player.Id);
Assert.IsTrue(Player.State == States.Idle, "Player 1 is IDLE");
Assert.IsTrue(Opponent.State == States.Passive, "Player 0 is PASSIVE");
Play.EndTurn(Player.Id);
Assert.IsTrue(Player.State == States.Passive, "Player 1 is PASSIVE");
Assert.IsTrue(Opponent.State == States.Idle, "Player 0 is IDLE");
Play.SetFaceDown(Opponent.Id, chainMines.Id);
Assert.Contains(chainMines, Opponent.Support, "Chain Mines Has been set");
Play.EndTurn(Opponent.Id);
Assert.IsTrue(Player.State == States.Idle, "Player 1 is IDLE");
Assert.IsTrue(Opponent.State == States.Passive, "Player 0 is PASSIVE");
Play.AttackDirectly(Player.Id, attacker.Id);
Assert.IsTrue(Player.State == States.Acting, "Player 1 is ACTING");
Assert.IsTrue(Opponent.State == States.Active, "Player 0 is ACTIVE");
Assert.IsTrue(chainMines.IsReady, "ChainMines Is Ready");
Assert.IsTrue(chainMines.State == Card.States.CanBeActivated, "ChainMine can be activated");
Play.Activate(Opponent.Id, chainMines.Id);
Assert.IsTrue(Opponent.State == States.Acting, "Player 0 is ACTING");
Assert.IsTrue(Player.State == States.Active, "Player 1 is ACTIVE");
Play.PassPlay(Player.Id);
Assert.IsTrue(Player.State == States.Passing, "Player 1 is PASSING");
Assert.IsTrue(Opponent.State == States.Active, "Player 0 is ACTIVE");
Play.PassPlay(Opponent.Id);
Assert.IsTrue(Player.State == States.Idle, "Player 1 is IDLE");
Assert.IsTrue(Opponent.State == States.Passive, "Player 0 is PASSIVE");
Assert.Contains(attacker, Player.Graveyard, attacker + "Unit %s is in Player 1's discard");
Assert.Contains(chainMines, Opponent.Graveyard, chainMines + "Support %s is in Player 0's Discard");
}
