public IRemoteObject Handle(AsyncUserToken token, IRemoteObject request)
{
EndTurnResponse response = new EndTurnResponse
{
Successfulness = true,
Message = null
};
try
{
GAME_MANAGER.EndTurn(token);
}
catch (LogicExecutionException ex)
{
response.Successfulness = false;
response.Message = ex.Message;
}
return(response);
}
override public void Request(StateManager from, Request request)
{
// Ignore requests that do not come from
// the currently active player
if (from != activePlayer)
{
return;
}
// redirect the request to the opponent
StateManager opponent = GetOpponent(from);
// here is where the logic happens 2
switch (request.headerName)
{
case HeaderName.ApplySpell:
{
var req = (ApplySpellRequest)request;
Cell cell = opponent.publicGrid.GetCellAt(req.coord);
if (cell != null)
{
SpellBase spell = opponent.FindSpell(req.name);
if (spell is TwinSpell)
{
((TwinSpell)spell).spell.Apply(cell, opponent);
}
else
{
((Spell)spell).Apply(cell, opponent);
}
}
break;
}
case HeaderName.ApplyBuff:
{
var req = (ApplyBuffRequest)request;
BuffSpell buffSpell;
SpellBase spell = opponent.FindSpell(req.name);
if (spell is TwinSpell)
{
buffSpell = ((TwinSpell)spell).buffSpell;
}
else
{
buffSpell = (BuffSpell)spell;
}
var response = buffSpell.GenerateResponse(req, from, opponent);
if (response != null)
{
from.ReceiveResponse(response);
}
var packet = buffSpell.GeneratePacket(req, from, opponent);
if (packet != null)
{
opponent.ReceivePacket(packet);
}
break;
}
case HeaderName.ConstructBuilding:
{
// check enemy's vision
// if they have it, send a packet
// otherwise, don't do anything
// NOTE: for the server-ful multiplayer implementation
// this should include error checking (validation) at server
var req = (ConstructBuildingRequest)request;
Cell cell = opponent.privateGrid.GetCellAt(req.coord);
var res = new ConstructBuildingResponse
{
coord = req.coord,
type = req.type,
illuminate = new ApplyIlluminateBuffResponse
{
// respond with the list of bonuses that the tile has
bonuses = Bonus.ConvertToStructs(cell.bonuses),
coord = req.coord,
}
};
from.ReceiveResponse(res);
break;
}
case HeaderName.EndTurn:
{
NextTurn();
var res = new EndTurnResponse
{
turnCount = turnCount,
};
from.ReceiveResponse(res);
var pack = new StartTurnPacket
{
turnCount = turnCount,
};
opponent.ReceivePacket(pack);
break;
}
}
// the opponent will call the Respond() method
// afterwards to send the response
}
private void HandleEndTurnResponse(EndTurnResponse response)
{
Debug.Log("Odgovor na zahtev za kraj poteza: \n" +
$"Uspesnost: {response.Successfulness}, poruka: {response.Message}");
}