/// <summary>
/// This method is used by host to invoke locally event connected with match message which is sent to other players.
/// Should be always runned on host client after sending any message, otherwise some of the game logic would not be runned on host game instance.
/// Don't use this method when client is not a host!
/// </summary>
/// <typeparam name="T"></typeparam>
/// <param name="opCode"></param>
/// <param name="message"></param>
public void SendMatchStateMessageSelf <T>(MatchMessageType opCode, T message)
where T : MatchMessage <T>
{
//Choosing which event should be invoked basing on opCode and firing event
switch (opCode)
{
//GAME
case MatchMessageType.MatchEnded:
OnGameEnded?.Invoke(message as MatchMessageGameEnded);
break;
//UNITS
case MatchMessageType.UnitSpawned:
OnUnitSpawned?.Invoke(message as MatchMessageUnitSpawned);
break;
case MatchMessageType.UnitMoved:
OnUnitMoved?.Invoke(message as MatchMessageUnitMoved);
break;
case MatchMessageType.UnitAttacked:
OnUnitAttacked?.Invoke(message as MatchMessageUnitAttacked);
break;
//SPELLS
case MatchMessageType.SpellActivated:
OnSpellActivated?.Invoke(message as MatchMessageSpellActivated);
break;
//CARDS
case MatchMessageType.CardPlayRequest:
OnCardRequested?.Invoke(message as MatchMessageCardPlayRequest);
break;
case MatchMessageType.CardPlayed:
OnCardPlayed?.Invoke(message as MatchMessageCardPlayed);
break;
case MatchMessageType.CardCanceled:
OnCardCancelled?.Invoke(message as MatchMessageCardCanceled);
break;
case MatchMessageType.StartingHand:
OnStartingHandReceived?.Invoke(message as MatchMessageStartingHand);
break;
default:
break;
}
}
public IEnumerator FollowPath(List <Node> path, Unit unit, GameObject unitView, bool isEnemySelected)
{
Cursor.visible = false;
Node startNode = path[0];
foreach (Node node in path)
{
yield return(new WaitForSeconds(moveDelay));
if (node != startNode)
{
Graph graph = FindObjectOfType <Graph>();
m_graph = graph;
float distanceBetweenNodes = m_graph.GetNodeDistance(node.previous, node);
unit.actionPoints -= distanceBetweenNodes;
}
if (isEnemySelected)
{
UpdateUnitPosData(unit, unitView, node);
}
if (!isEnemySelected)
{
UpdateUnitPosData(unit, unitView, node);
}
}
Unit currentUnit = unit;
Node currentNode = unit.currentNode;
unit.hasMoved = true;
if (unit.actionPoints < 1)
{
unit.isWaiting = true;
}
OnUnitMoved?.Invoke(this, new OnUnitMovedEventArgs {
startNode = startNode, currentUnit = currentUnit, endNode = currentNode
});
m_playerManager.DeselectUnit(unit);
Cursor.visible = true;
}
private void PerformAction(Action action, Unit unit, bool alreadyPerfomedType)
{
switch (action.Type)
{
case ActionType.Move:
if (CanMove(unit, action.Direction))
{
unit.Move(action.Direction, alreadyPerfomedType);
OnUnitMoved?.Invoke(this, new MoveEventArgs {
Unit = unit
});
}
break;
case ActionType.Attack:
Unit target = GetTarget(unit, action);
if (target != null)
{
unit.Attack(target);
if (target.Health <= 0)
{
OnUnitDied?.Invoke(this, new DeathEventArgs {
Unit = target
});
if (GameConfig.BloodLust)
{
unit.Power += 2;
}
}
}
OnUnitAttacked?.Invoke(this, new AttackEventArgs {
Unit = unit, Target = target
});
break;
}
}
/// <summary>
/// Reads match messages sent by other players, and fires locally events basing on opCode.
/// </summary>
/// <param name="opCode"></param>
/// <param name="messageJson"></param>
public void ReceiveMatchStateHandle(long opCode, string messageJson)
{
if (GameStarted == false)
{
_incommingMessages.Enqueue(new IncommingMessageState(opCode, messageJson));
return;
}
//Choosing which event should be invoked basing on opCode, then parsing json to MatchMessage class and firing event
switch ((MatchMessageType)opCode)
{
//GAME
case MatchMessageType.MatchEnded:
MatchMessageGameEnded matchMessageGameEnded = MatchMessageGameEnded.Parse(messageJson);
OnGameEnded?.Invoke(matchMessageGameEnded);
break;
//UNITS
case MatchMessageType.UnitSpawned:
MatchMessageUnitSpawned matchMessageUnitSpawned = MatchMessageUnitSpawned.Parse(messageJson);
OnUnitSpawned?.Invoke(matchMessageUnitSpawned);
break;
case MatchMessageType.UnitMoved:
MatchMessageUnitMoved matchMessageUnitMoved = MatchMessageUnitMoved.Parse(messageJson);
OnUnitMoved?.Invoke(matchMessageUnitMoved);
break;
case MatchMessageType.UnitAttacked:
MatchMessageUnitAttacked matchMessageUnitAttacked = MatchMessageUnitAttacked.Parse(messageJson);
OnUnitAttacked?.Invoke(matchMessageUnitAttacked);
break;
//SPELLS
case MatchMessageType.SpellActivated:
MatchMessageSpellActivated matchMessageSpellActivated = MatchMessageSpellActivated.Parse(messageJson);
OnSpellActivated?.Invoke(matchMessageSpellActivated);
break;
//CARDS
case MatchMessageType.CardPlayRequest:
if (IsHost == true)
{
MatchMessageCardPlayRequest matchMessageCardPlayRequest = MatchMessageCardPlayRequest.Parse(messageJson);
OnCardRequested?.Invoke(matchMessageCardPlayRequest);
}
break;
case MatchMessageType.CardPlayed:
MatchMessageCardPlayed matchMessageCardPlayed = MatchMessageCardPlayed.Parse(messageJson);
OnCardPlayed?.Invoke(matchMessageCardPlayed);
break;
case MatchMessageType.CardCanceled:
MatchMessageCardCanceled matchMessageCardCancelled = MatchMessageCardCanceled.Parse(messageJson);
OnCardCancelled?.Invoke(matchMessageCardCancelled);
break;
case MatchMessageType.StartingHand:
MatchMessageStartingHand matchMessageStartingHand = MatchMessageStartingHand.Parse(messageJson);
OnStartingHandReceived?.Invoke(matchMessageStartingHand);
break;
}
}
