public void Loop()
{
int numLoops = 3;
List <byte> loopCode = new List <byte>();
loopCode.Insert(0, (byte)Instruction.EFFECT_DELIMITER);
loopCode.InsertRange(0, LiteralFactory.CreateIntLiteral(4));
loopCode.Insert(0, (byte)Instruction.EFFECT_DELIMITER);
loopCode.InsertRange(0, LiteralFactory.CreateStringLiteral("Hello world"));
loopCode.Insert(0, (byte)Instruction.EFFECT_DELIMITER);
loopCode.InsertRange(0, LiteralFactory.CreateBoolLiteral(true));
bytes.push(InstructionFactory.Make_Loop(
LiteralFactory.CreateIntLiteral(numLoops),
loopCode
));
game.ExecuteNext();
for (int i = 0; i < numLoops; i++)
{
Assert.AreEqual(Instruction.EFFECT_DELIMITER, (Instruction)bytes.pop());
Assert.AreEqual(4, bytes.ReadIntLiteral(game.queryCheck));
Assert.AreEqual(Instruction.EFFECT_DELIMITER, (Instruction)bytes.pop());
Assert.AreEqual("Hello world", bytes.ReadStringLiteral(game.queryCheck));
Assert.AreEqual(Instruction.EFFECT_DELIMITER, (Instruction)bytes.pop());
Assert.AreEqual(true, bytes.ReadBoolLiteral(game.queryCheck));
}
}
public void ForLoop()
{
game.Players = new PlayerManager(2);
GamePlayer P1 = game.Players.GetPlayer(0);
GamePlayer P2 = game.Players.GetPlayer(1);
List <byte> items = new List <byte> {
(byte)Instruction.GET_ALL_PLAYERS
};
List <byte> code = InstructionFactory.Make_SetPlayerPoints(
LiteralFactory.CreatePlaceholderLiteral(0),
LiteralFactory.CreateIntLiteral(50)
);
bytes.push(InstructionFactory.Make_ForLoop(items, code, 0));
Assert.AreNotEqual(50, P1.Points);
Assert.AreNotEqual(50, P2.Points);
game.ExecuteNext();
while (bytes.HasBytes())
{
Debug.Log((Instruction)bytes.peek());
game.ExecuteNext();
}
Assert.AreEqual(50, P1.Points);
Assert.AreEqual(50, P2.Points);
}
public void PopInstruction()
{
bytes.push(LiteralFactory.CreateStringLiteral("Hello world"));
bytes.push(LiteralFactory.CreateIntLiteral(5));
bytes.push(LiteralFactory.CreateBoolLiteral(true));
bytes.push((byte)Instruction.EFFECT_DELIMITER);
List <byte> instructionArr = bytes.popInstruction(dummyCallback);
Assert.AreEqual(1, instructionArr.Count);
Assert.AreEqual(Instruction.EFFECT_DELIMITER, (Instruction)instructionArr[0]);
List <byte> boolArr = bytes.popInstruction(dummyCallback);
Assert.AreEqual(2, boolArr.Count);
bytes.push(boolArr);
Assert.AreEqual(true, bytes.ReadBoolLiteral(dummyCallback));
List <byte> intArr = bytes.popInstruction(dummyCallback);
Assert.AreEqual(5, intArr.Count);
bytes.push(intArr);
Assert.AreEqual(5, bytes.ReadIntLiteral(dummyCallback));
List <byte> stringArr = bytes.popInstruction(dummyCallback);
bytes.push(stringArr);
Assert.AreEqual("Hello world", bytes.ReadStringLiteral(dummyCallback));
}
public void NestedLoop()
{
int innerLoops = 3;
int outerLoops = 2;
List <byte> loopCode = new List <byte>();
loopCode.Insert(0, (byte)Instruction.EFFECT_DELIMITER);
loopCode.InsertRange(0, LiteralFactory.CreateIntLiteral(4));
loopCode.InsertRange(0, LiteralFactory.CreateStringLiteral("Hello world"));
List <byte> innerLoop = InstructionFactory.Make_Loop(
LiteralFactory.CreateIntLiteral(innerLoops),
loopCode
);
List <byte> outerLoop = InstructionFactory.Make_Loop(
LiteralFactory.CreateIntLiteral(outerLoops),
innerLoop
);
bytes.push(outerLoop);
game.ExecuteNext();
for (int i = 0; i < outerLoops; i++)
{
game.ExecuteNext();
for (int j = 0; j < innerLoops; j++)
{
Assert.AreEqual(Instruction.EFFECT_DELIMITER, (Instruction)bytes.pop());
Assert.AreEqual(4, bytes.ReadIntLiteral(game.queryCheck));
Assert.AreEqual("Hello world", bytes.ReadStringLiteral(game.queryCheck));
}
}
}
public void Int()
{
bytes.push(LiteralFactory.CreateIntLiteral(4));
Assert.AreEqual(
bytes.ReportStackContent(),
"INT(4) "
);
}
public void SetCounter()
{
bytes.push(InstructionFactory.Make_SetCounter(
LiteralFactory.CreateStringLiteral("my-key"),
LiteralFactory.CreateIntLiteral(44)
));
game.ExecuteNext();
Assert.AreEqual(game.Variables.GetCounter("my-key"), 44);
}
public void IntBytecode([NUnit.Framework.Range(0, 100, 25)] int num)
{
List <byte> arr = LiteralFactory.CreateIntLiteral(num);
bytes.push(arr);
int n = bytes.ReadIntLiteral(dummyCallback);
Assert.AreEqual(num, n);
}
public void NegativeIntBytecode()
{
List <byte> arr = LiteralFactory.CreateIntLiteral(-5);
bytes.push(arr);
int n = bytes.ReadIntLiteral(dummyCallback);
Assert.AreEqual(-5, n);
}
public void Multiply()
{
bytes.push(InstructionFactory.Make_Multiply(
LiteralFactory.CreateIntLiteral(4),
LiteralFactory.CreateIntLiteral(13)
));
game.ExecuteNext();
Assert.AreEqual(bytes.ReadIntLiteral(game.queryCheck), 52);
}
public void SetStenchTo10()
{
List <byte> bytes = InstructionFactory.Make_SetCounter(
LiteralFactory.CreateStringLiteral("stench"),
LiteralFactory.CreateIntLiteral(10)
);
string text = getText(bytes);
Assert.AreEqual("Set STENCH to 10.", text);
}
public void TargetPlayerDraws()
{
List <byte> bytes = InstructionFactory.Make_PlayerDrawCards(
new List <byte> {
(byte)Instruction.TARGET_PLAYER
},
LiteralFactory.CreateIntLiteral(1)
);
string text = getText(bytes);
Assert.AreEqual("A player of your choice draws 1 card.", text);
}
public void AddToRegister()
{
bytes.push(LiteralFactory.CreatePlaceholderLiteral(100));
bytes.push(InstructionFactory.Make_AddToRegister(
LiteralFactory.CreateIntLiteral(100),
LiteralFactory.CreateIntLiteral(4)
));
game.ExecuteNext();
Assert.AreEqual(4, bytes.ReadIntLiteral(game.queryCheck));
Assert.IsFalse(bytes.HasBytes());
}
public void YouSet10Points()
{
List <byte> bytes = InstructionFactory.Make_SetPlayerPoints(
new List <byte> {
(byte)Instruction.GET_ACTIVE_PLAYER
},
LiteralFactory.CreateIntLiteral(10)
);
string text = getText(bytes);
Assert.AreEqual("Set your score to 10.", text);
}
public void YouGainRandomPoints()
{
List <byte> bytes = InstructionFactory.Make_IncrementPlayerPoints(
new List <byte> {
(byte)Instruction.GET_ACTIVE_PLAYER
},
InstructionFactory.Make_RandomNumber(LiteralFactory.CreateIntLiteral(10))
);
string text = getText(bytes);
Assert.AreEqual("You gain points equal to a random number between 1 and 10.", text);
}
public void IncrementPlayerPoints()
{
game.Players = new PlayerManager(1);
GamePlayer target = game.Players.GetPlayer(0);
target.Points = 5;
bytes.push(InstructionFactory.Make_IncrementPlayerPoints(
LiteralFactory.CreatePlayerLiteral(target),
LiteralFactory.CreateIntLiteral(20)
));
game.ExecuteNext();
Assert.AreEqual(target.Points, 25);
}
public void SetPlayerMaxHand()
{
game.Players = new PlayerManager(1);
GamePlayer target = game.Players.GetPlayer(0);
target.Hand.SetMax(0);
bytes.push(InstructionFactory.Make_SetPlayerMaxHand(
LiteralFactory.CreatePlayerLiteral(target),
LiteralFactory.CreateIntLiteral(5)
));
game.ExecuteNext();
Assert.AreEqual(target.Hand.MaxHandSize, 5);
}
public void SetPlayerDraw()
{
game.Players = new PlayerManager(1);
GamePlayer target = game.Players.GetPlayer(0);
target.SetDrawPerTurn(0);
bytes.push(InstructionFactory.Make_SetPlayerDraw(
LiteralFactory.CreatePlayerLiteral(target),
LiteralFactory.CreateIntLiteral(5)
));
game.ExecuteNext();
Assert.AreEqual(target.DrawPerTurn, 5);
}
public void IntQuery()
{
List <byte> addInstruction = InstructionFactory.Make_Add(
LiteralFactory.CreateIntLiteral(4),
LiteralFactory.CreateIntLiteral(13)
);
bytes.push(InstructionFactory.Make_Add(
addInstruction,
LiteralFactory.CreateIntLiteral(100)
));
game.ExecuteNext();
Assert.AreEqual(bytes.ReadIntLiteral(game.queryCheck), 117);
}
public void EachPlayerDrawsACard()
{
List <byte> items = new List <byte> {
(byte)Instruction.GET_ALL_PLAYERS
};
List <byte> code = InstructionFactory.Make_SetPlayerPoints(
LiteralFactory.CreatePlaceholderLiteral(0),
LiteralFactory.CreateIntLiteral(50)
);
List <byte> bytes = InstructionFactory.Make_ForLoop(items, code, 0);
string text = getText(bytes);
Assert.AreEqual("For each of the players: that player has their score set to 50", text);
}
public GamePlayer(string name, int index)
{
Name = name;
Hand = new Hand(index);
Index = index;
Points = 0;
DrawPerTurn = 1;
Colour = Random.ColorHSV();
// set default win condition
List <byte> indexBytes = LiteralFactory.CreateIntLiteral(index);
List <byte> getPlayerPoints = InstructionFactory.Make_GetPlayerPoints(indexBytes);
List <byte> numberToCompare = LiteralFactory.CreateIntLiteral(100);
WinCondition = LiteralFactory.CreateConditionLiteral(getPlayerPoints, numberToCompare, ConditionType.NUM, ConditionOperator.AT_LEAST);
}
public List <byte> popInstruction(ReadCallback cb)
{
// bytes returned in reverse order, so they can be pushed straight back on
List <byte> bytes = new List <byte>();
byte b = peek();
switch ((Instruction)b)
{
case Instruction.INT:
for (int i = 0; i < 5; i++)
{
bytes.Insert(0, pop());
}
break;
case Instruction.STRING:
byte headInstruction = pop();
int size = ReadIntLiteral(cb);
List <byte> sizeBytes = LiteralFactory.CreateIntLiteral(size);
List <byte> charBytes = pop(size);
bytes.Insert(0, headInstruction);
for (int i = sizeBytes.Count - 1; i >= 0; i--)
{
bytes.Insert(0, sizeBytes[i]);
}
for (int i = 0; i < charBytes.Count; i++)
{
bytes.Insert(0, charBytes[i]);
}
break;
case Instruction.BOOL:
case Instruction.ENUM_CONDITION_OPERATOR:
case Instruction.ENUM_CONDITION_TYPE:
case Instruction.ENUM_DECK_POSITION:
case Instruction.ENUM_LIST_TYPE:
bytes.Insert(0, pop());
bytes.Insert(0, pop());
break;
default:
bytes.Add(pop());
break;
}
return(bytes);
}
public void IfStenchOver50ResetStench()
{
List <byte> bytes = InstructionFactory.Make_If(
InstructionFactory.Make_SetCounter(
LiteralFactory.CreateStringLiteral("stench"),
LiteralFactory.CreateIntLiteral(0)
),
InstructionFactory.Make_NumComparison(
InstructionFactory.Make_ReadCounter(
LiteralFactory.CreateStringLiteral("stench")
),
LiteralFactory.CreateIntLiteral(50),
(byte)ConditionOperator.MORE_THAN
)
);
string text = getText(bytes);
Assert.AreEqual("If STENCH is more than 50, then set STENCH to 0.", text);
}
public void SubmitTextInput()
{
string selection = InputFieldText.text;
if (String.IsNullOrEmpty(selection))
{
return;
}
switch (currentFieldData.enterValue)
{
case EnterValueType.NUMBER: {
if (Int32.TryParse(selection, out int numValue))
{
List <byte> arr = LiteralFactory.CreateIntLiteral(numValue);
currentCompilerNode.Add(
new EffectBuilderItem(arr)
);
}
else
{
Debug.Log($"Couldn't parse {selection}");
}
break;
}
case EnterValueType.TEXT: {
List <byte> arr = LiteralFactory.CreateStringLiteral(selection);
currentCompilerNode.Add(
new EffectBuilderItem(arr)
);
break;
}
default:
Debug.LogWarning("Unsupported text input type: " + currentFieldData.enterValue);
break;
}
Next();
}
public void PlayerDrawCards()
{
game.Cards = new CardManager();
Card c1 = new TestCard();
Card c2 = new TestCard();
Card c3 = new TestCard();
Card c4 = new TestCard();
game.Cards.Deck.AddCard(c1);
game.Cards.Deck.AddCard(c2);
game.Cards.Deck.AddCard(c3);
game.Cards.Deck.AddCard(c4);
game.Players = new PlayerManager(1);
GamePlayer target = game.Players.GetPlayer(0);
Assert.AreEqual(target.Hand.GetSize(), 0);
bytes.push(InstructionFactory.Make_PlayerDrawCards(
LiteralFactory.CreatePlayerLiteral(target),
LiteralFactory.CreateIntLiteral(2)
));
game.ExecuteNext();
Assert.AreEqual(target.Hand.GetSize(), 2);
}
public string PrintNext()
{
Instruction instruction = (Instruction)peek();
try {
if (Array.IndexOf(enumInstructions, instruction) != -1)
{
byte b = ReadEnumLiteral();
return($"enum:{b}");
}
switch (instruction)
{
case Instruction.INT: {
int n = ReadIntLiteral(readAccessorFirst);
return($"{instruction.ToString()}({n})");
}
case Instruction.STRING: {
string s = ReadStringLiteral(readAccessorFirst);
return($"{instruction.ToString()}({s})");
}
case Instruction.BOOL: {
bool b = ReadBoolLiteral(readAccessorFirst);
return($"{instruction.ToString()}({b})");
}
case Instruction.PLAYER: {
int player = ReadPlayerLiteral(readAccessorFirst);
return($"{instruction.ToString()}({player})");
}
case Instruction.CARD: {
string card = ReadCardLiteral(readAccessorFirst);
return($"{instruction.ToString()}({card})");
}
case Instruction.LIST: {
// pop head and ENUM_LIST_TYPE head
pop();
byte type = ReadEnumLiteral();
int size = ReadIntLiteral(readAccessorFirst);
push(LiteralFactory.CreateIntLiteral(size));
push(LiteralFactory.CreateEnumLiteral(type, Instruction.ENUM_LIST_TYPE));
push((byte)Instruction.LIST);
ReadList(readAccessorFirst);
string typeName = EnumRepesentation.EnumLookup("ENUM_LIST_TYPE").getName((int)type);
return($"{instruction.ToString()}(size:{size},type:{typeName})");
}
case Instruction.IF:
case Instruction.UNLESS:
case Instruction.LOOP:
case Instruction.FOR_LOOP:
case Instruction.ENDIF:
case Instruction.ENDLOOP: {
pop();
int id = ReadIntLiteral(readAccessorFirst);
return($"{instruction.ToString()}(id:{id})");
}
case Instruction.PLACEHOLDER: {
pop();
int id = ReadIntLiteral(readAccessorFirst);
return($"{instruction.ToString()}(id:{id})");
}
case Instruction.ADD_TO_REGISTER: {
pop();
int id = ReadIntLiteral(readAccessorFirst);
int size = ReadIntLiteral(readAccessorFirst);
return($"{instruction.ToString()}(at:{id}, size:{size})");
}
default: {
pop();
return(instruction.ToString());
}
}
} catch (UnexpectedByteException e) {
Debug.LogError($"Printer jam! ({instruction}) --- {e}");
return("#" + ((byte)instruction).ToString());
} catch (StackFullException e) {
Debug.LogError($"Printer jam! ({instruction}) --- {e}");
return("#" + ((byte)instruction).ToString());
} catch (StackEmptyException e) {
Debug.LogError($"Printer jam! ({instruction}) --- {e}");
return("#" + ((byte)instruction).ToString());
}
}
public void executeNext()
{
Instruction next = this.next();
try {
switch (next)
{
// FUNCTIONS
case Instruction.RANDOM_NUMBER: {
int upperBound = ReadIntLiteral(skipToNext);
push(LiteralFactory.CreateIntLiteral(UnityEngine.Random.Range(1, upperBound)));
break;
}
case Instruction.ADD: {
int a = ReadIntLiteral(skipToNext);
int b = ReadIntLiteral(skipToNext);
push(LiteralFactory.CreateIntLiteral(a + b));
break;
}
case Instruction.IF: {
int controlID = ReadIntLiteral(skipToNext);
Condition condition = ReadConditionLiteral(skipToNext);
List <byte> blockBytes = new List <byte>();
while (HasBytes())
{
byte b = pop();
if (b == (byte)Instruction.ENDIF)
{
int id = ReadIntLiteral(skipToNext);
if (id == controlID)
{
break;
}
else
{
blockBytes.Insert(0, (byte)Instruction.ENDIF);
blockBytes.InsertRange(0, LiteralFactory.CreateIntLiteral(id));
}
}
else
{
blockBytes.Insert(0, b);
}
}
if (condition.Evaluate())
{
push(blockBytes);
}
break;
}
case Instruction.UNLESS: {
int controlID = ReadIntLiteral(skipToNext);
Condition condition = ReadConditionLiteral(skipToNext);
List <byte> blockBytes = new List <byte>();
while (HasBytes())
{
byte b = pop();
if (b == (byte)Instruction.ENDIF)
{
int id = ReadIntLiteral(skipToNext);
if (id == controlID)
{
break;
}
else
{
blockBytes.Insert(0, (byte)Instruction.ENDIF);
blockBytes.InsertRange(0, LiteralFactory.CreateIntLiteral(id));
}
}
else
{
blockBytes.Insert(0, b);
}
}
if (!condition.Evaluate())
{
push(blockBytes);
}
break;
}
case Instruction.LIST_LENGTH: {
List <byte[]> list = ReadList(skipToNext);
push(LiteralFactory.CreateIntLiteral(list.Count));
break;
}
case Instruction.CARD_HAS_TAG: {
Card card = GM.ReadCardFromStack();
string tagName = ReadStringLiteral(skipToNext);
push(LiteralFactory.CreateConditionLiteral(
LiteralFactory.CreateBoolLiteral(card.HasTag(tagName)),
LiteralFactory.CreateBoolLiteral(true),
ConditionType.BOOL,
ConditionOperator.EQUAL
));
break;
}
case Instruction.PLAYER_IS_WINNING: {
GamePlayer player = GM.ReadPlayerFromStack();
bool winning = true;
foreach (GamePlayer otherPlayer in GM.Players.GetPlayers())
{
if (otherPlayer.Points > player.Points)
{
winning = false;
break;
}
}
push(LiteralFactory.CreateConditionLiteral(
LiteralFactory.CreateBoolLiteral(winning),
LiteralFactory.CreateBoolLiteral(true),
ConditionType.BOOL,
ConditionOperator.EQUAL
));
break;
}
case Instruction.PLAYER_IS_LOSING: {
GamePlayer player = GM.ReadPlayerFromStack();
bool losing = true;
foreach (GamePlayer otherPlayer in GM.Players.GetPlayers())
{
if (otherPlayer.Points < player.Points)
{
losing = false;
break;
}
}
push(LiteralFactory.CreateBoolLiteral(losing));
break;
}
case Instruction.MULTIPLY: {
int a = ReadIntLiteral(skipToNext);
int b = ReadIntLiteral(skipToNext);
push(LiteralFactory.CreateIntLiteral(a * b));
break;
}
case Instruction.LOOP: {
int id = ReadIntLiteral(skipToNext);
int num = ReadIntLiteral(skipToNext);
List <List <byte> > instructionArrays = new List <List <byte> >();
while (HasBytes())
{
if (peek() == (byte)Instruction.ENDLOOP)
{
pop();
int endloopID = ReadIntLiteral(skipToNext);
if (endloopID == id)
{
break;
}
else
{
List <byte> endloopBytes = new List <byte>(LiteralFactory.CreateIntLiteral(endloopID));
endloopBytes.Add((byte)Instruction.ENDLOOP);
instructionArrays.Insert(0, endloopBytes);
}
}
else
{
List <byte> arr = popInstruction(skipToNext);
instructionArrays.Insert(0, arr);
}
}
for (int n = 0; n < num; n++)
{
for (int m = 0; m < instructionArrays.Count; m++)
{
push(instructionArrays[m]);
}
}
break;
}
case Instruction.FOR_LOOP: {
int ID = ReadIntLiteral(skipToNext);
List <byte[]> items = ReadList(skipToNext);
List <List <byte> > instructionArrays = new List <List <byte> >();
while (HasBytes())
{
if (peek() == (byte)Instruction.ENDLOOP)
{
pop();
int endloopID = ReadIntLiteral(skipToNext);
if (endloopID == ID)
{
break;
}
else
{
List <byte> endloopBytes = new List <byte>(LiteralFactory.CreateIntLiteral(endloopID));
endloopBytes.Add((byte)Instruction.ENDLOOP);
instructionArrays.Insert(0, endloopBytes);
}
}
List <byte> arr = popInstruction(skipToNext);
instructionArrays.Insert(0, arr);
}
List <byte> idBytes = LiteralFactory.CreateIntLiteral(ID);
for (int i = 0; i < items.Count; i++)
{
List <byte> currentItem = new List <byte>(items[i]);
currentItem.Reverse();
List <byte> addToRegister = InstructionFactory.Make_AddToRegister(idBytes, currentItem);
for (int m = 0; m < instructionArrays.Count; m++)
{
push(instructionArrays[m]);
}
push(addToRegister);
}
break;
}
case Instruction.ADD_TO_REGISTER: {
int ID = ReadIntLiteral(skipToNext);
int size = ReadIntLiteral(skipToNext);
List <byte> bytes = pop(size);
register[ID] = bytes;
break;
}
case Instruction.PLACEHOLDER: {
int ID = ReadIntLiteral(skipToNext);
List <byte> fetch = new List <byte>(register[ID]);
fetch.Reverse();
push(fetch);
break;
}
// QUERIES
case Instruction.GET_ACTIVE_PLAYER: {
push(LiteralFactory.CreatePlayerLiteral(GM.Players.GetActivePlayer()));
break;
}
case Instruction.GET_ALL_OPPONENTS: {
push(LiteralFactory.CreateListLiteral(
new List <GamePlayer>(GM.Players.GetOpponents())
));
break;
}
case Instruction.GET_ALL_PLAYERS: {
push(LiteralFactory.CreateListLiteral(
new List <GamePlayer>(GM.Players.GetPlayers())
));
break;
}
case Instruction.GET_CARDS_IN_DECK: {
push(LiteralFactory.CreateListLiteral(
new List <Card>(GM.Cards.Deck.GetCards())
));
break;
}
case Instruction.GET_CARDS_IN_DISCARD: {
push(LiteralFactory.CreateListLiteral(
new List <Card>(GM.Cards.Discard.GetCards())
));
break;
}
case Instruction.GET_CARDS_IN_HAND: {
GamePlayer player = GM.ReadPlayerFromStack();
push(LiteralFactory.CreateListLiteral(
new List <Card>(player.Hand.GetCards())
));
break;
}
case Instruction.GET_PLAYER_POINTS: {
GamePlayer player = GM.ReadPlayerFromStack();
int points = player.Points;
push(LiteralFactory.CreateIntLiteral(points));
break;
}
case Instruction.READ_COUNTER: {
string key = ReadStringLiteral(skipToNext);
int count = GM.Variables.GetCounter(key);
push(LiteralFactory.CreateIntLiteral(count));
break;
}
case Instruction.BOOL_COMPARISON: {
bool operandA = ReadBoolLiteral(skipToNext);
byte operatorEnum = ReadEnumLiteral();
bool operandB = ReadBoolLiteral(skipToNext);
push(LiteralFactory.CreateConditionLiteral(
new CompareBool(operandA, operandB, (ConditionOperator)operatorEnum)
));
break;
}
case Instruction.NUM_COMPARISON: {
int operandA = ReadIntLiteral(skipToNext);
int operandB = ReadIntLiteral(skipToNext);
byte operatorEnum = ReadEnumLiteral();
push(LiteralFactory.CreateConditionLiteral(
new CompareNum(operandA, operandB, (ConditionOperator)operatorEnum)
));
break;
}
case Instruction.TARGET_PLAYER: {
GM.UI.PresentChoiceOfPlayers(new List <GamePlayer>(GM.Players.GetPlayers()), this);
break;
}
case Instruction.TARGET_OPPONENT: {
GM.UI.PresentChoiceOfPlayers(new List <GamePlayer>(GM.Players.GetOpponents()), this);
break;
}
case Instruction.TARGET_CARD_IN_DECK: {
GM.UI.PresentChoiceOfCards(new List <Card>(GM.Cards.Deck.GetCards()), this);
break;
}
case Instruction.TARGET_CARD_IN_DISCARD: {
GM.UI.PresentChoiceOfCards(new List <Card>(GM.Cards.Discard.GetCards()), this);
break;
}
case Instruction.TARGET_CARD_IN_HAND: {
GamePlayer player = GM.ReadPlayerFromStack();
GM.UI.PresentChoiceOfCards(new List <Card>(player.Hand.GetCards()), this);
break;
}
case Instruction.RANDOM_PLAYER: {
GamePlayer[] players = GM.Players.GetPlayers();
GamePlayer randomPlayer = players[UnityEngine.Random.Range(0, players.Length)];
push(LiteralFactory.CreatePlayerLiteral(randomPlayer));
break;
}
case Instruction.RANDOM_OPPONENT: {
GamePlayer[] opponents = GM.Players.GetOpponents();
GamePlayer randomOpponent = opponents[UnityEngine.Random.Range(0, opponents.Length)];
push(LiteralFactory.CreatePlayerLiteral(randomOpponent));
break;
}
case Instruction.RANDOM_CARD_IN_DECK: {
Card[] deckCards = GM.Cards.Deck.GetCards();
Card randomCard = deckCards[UnityEngine.Random.Range(0, deckCards.Length)];
push(LiteralFactory.CreateCardLiteral(randomCard));
break;
}
case Instruction.RANDOM_CARD_IN_DISCARD: {
Card[] discardCards = GM.Cards.Discard.GetCards();
Card randomCard = discardCards[UnityEngine.Random.Range(0, discardCards.Length)];
push(LiteralFactory.CreateCardLiteral(randomCard));
break;
}
case Instruction.RANDOM_CARD_IN_HAND: {
GamePlayer player = GM.ReadPlayerFromStack();
Card[] handCards = player.Hand.GetCards();
Card randomCard = handCards[UnityEngine.Random.Range(0, handCards.Length)];
push(LiteralFactory.CreateCardLiteral(randomCard));
break;
}
// EFFECTS
case Instruction.INCREMENT_PLAYER_POINTS: {
GamePlayer player = GM.ReadPlayerFromStack();
int pointsNum = ReadIntLiteral(skipToNext);
GM.SetPlayerPoints(player, player.Points + pointsNum);
break;
}
case Instruction.PLAYER_DRAW_CARD: {
GamePlayer player = GM.ReadPlayerFromStack();
int numCards = ReadIntLiteral(skipToNext);
for (int n = 0; n < numCards; n++)
{
GM.PlayerDrawCard(player);
}
break;
}
case Instruction.SET_COUNTER: {
string key = ReadStringLiteral(skipToNext);
int count = ReadIntLiteral(skipToNext);
GM.Variables.SetCounter(key, count);
break;
}
case Instruction.SET_PLAYER_DRAW: {
GamePlayer player = GM.ReadPlayerFromStack();
int num = ReadIntLiteral(skipToNext);
player.SetDrawPerTurn(num);
break;
}
case Instruction.SET_PLAYER_MAX_HAND: {
GamePlayer player = GM.ReadPlayerFromStack();
int num = ReadIntLiteral(skipToNext);
player.Hand.SetMax(num);
break;
}
case Instruction.SET_PLAYER_POINTS: {
GamePlayer player = GM.ReadPlayerFromStack();
int pointsNum = ReadIntLiteral(skipToNext);
GM.SetPlayerPoints(player, pointsNum);
break;
}
case Instruction.MOVE_TO_DECK: {
Card card = GM.ReadCardFromStack();
DeckLocation posEnum = (DeckLocation)ReadEnumLiteral();
card.Zone.MoveCard(GM.Cards.Deck, card.GetID());
GM.Cards.Deck.MoveLastAddedCard(posEnum);
break;
}
case Instruction.MOVE_TO_DISCARD: {
Card card = GM.ReadCardFromStack();
card.Zone.MoveCard(GM.Cards.Discard, card.GetID());
break;
}
}
} catch (UnexpectedByteException e) {
Debug.LogError(e);
} catch (StackFullException e) {
Debug.LogError(e);
} catch (StackEmptyException e) {
Debug.LogError(e);
}
}