// getVehicleLocked(vehicleid)
int CVehicleModuleNatives::GetLocked(EntityId vehicleId)
{
CVehicle * pVehicle = g_pVehicleManager->GetAt(vehicleId);
if(pVehicle)
{
return pVehicle->GetLocked();
}
return -1;
}
void CServerRPCHandler::VehicleEnterExit(CBitStream * pBitStream, CPlayerSocket * pSenderSocket)
{
// Ensure we have a valid bit stream
if(!pBitStream)
return;
EntityId playerId;
if(!pBitStream->ReadCompressed(playerId))
return;
// Check the host
if(playerId != pSenderSocket->GetPlayerId())
return;
// Get the player pointer
CPlayer * pPlayer = g_pPlayerManager->GetAt(playerId);
// Is the player pointer valid?
if(pPlayer)
{
// Read the vehicle entry/exit type
BYTE byteVehicleEntryExitType;
if(!pBitStream->Read(byteVehicleEntryExitType))
return;
// Read the vehicle id
EntityId vehicleId;
if(!pBitStream->ReadCompressed(vehicleId))
return;
// Get the vehicle
CVehicle * pVehicle = g_pVehicleManager->GetAt(vehicleId);
// Does the vehicle not exist?
if(!pVehicle)
return;
// Is this an entry request?
if(byteVehicleEntryExitType == VEHICLE_ENTRY_REQUEST)
{
// Read the seat id
BYTE byteSeatId;
if(!pBitStream->Read(byteSeatId))
return;
bool bReply = true;
// Is the vehicle fully locked?
if(pVehicle->GetLocked() == 1)
bReply = false;
else
{
// Get the reply
CSquirrelArguments arguments;
arguments.push(playerId);
arguments.push(vehicleId);
arguments.push(byteSeatId);
bReply = (g_pEvents->Call("vehicleEntryRequest", &arguments).GetInteger() == 1);
}
// Reply to the vehicle entry request
CBitStream bitStream;
bitStream.WriteCompressed(playerId);
bitStream.WriteBit(bReply);
//-Was the reply ok?
if(bReply)
{
bitStream.Write((BYTE)VEHICLE_ENTRY_RETURN);
bitStream.Write(vehicleId);
bitStream.Write(byteSeatId);
// Set the player state
pPlayer->SetState(STATE_TYPE_ENTERVEHICLE);
}
g_pNetworkManager->RPC(RPC_VehicleEnterExit, &bitStream, PRIORITY_HIGH, RELIABILITY_RELIABLE, INVALID_ENTITY_ID, true);
}
// Is this an entry cancellation?
if(byteVehicleEntryExitType == VEHICLE_ENTRY_CANCELLED)
{
// Read the seat id
BYTE byteSeatId;
if(!pBitStream->Read(byteSeatId))
return;
// Call the event
CSquirrelArguments arguments;
arguments.push(playerId);
arguments.push(vehicleId);
arguments.push(byteSeatId);
g_pEvents->Call("vehicleEntryCancelled", &arguments);
CBitStream bitStream;
bitStream.WriteCompressed(playerId);
bitStream.WriteBit(true);
bitStream.Write((BYTE)VEHICLE_ENTRY_CANCELLED);
bitStream.Write(vehicleId);
g_pNetworkManager->RPC(RPC_VehicleEnterExit, &bitStream, PRIORITY_HIGH, RELIABILITY_RELIABLE, pSenderSocket->playerId, true);
// Set the player state
pPlayer->SetState(STATE_TYPE_ONFOOT);
}
// Is this an entry completion?
else if(byteVehicleEntryExitType == VEHICLE_ENTRY_COMPLETE)
{
// Read the seat id
BYTE byteSeatId;
if(!pBitStream->Read(byteSeatId))
return;
// Call the event
CSquirrelArguments arguments;
arguments.push(playerId);
arguments.push(vehicleId);
arguments.push(byteSeatId);
g_pEvents->Call("vehicleEntryComplete", &arguments);
// Set the player vehicle and seat id
pPlayer->SetVehicle(pVehicle);
pPlayer->SetVehicleSeatId(byteSeatId);
// Set the vehicle occupant
pVehicle->SetOccupant(byteSeatId, pPlayer);
// Set the player state
pPlayer->SetState(STATE_TYPE_INVEHICLE);
}
// Is this an exit request?
else if(byteVehicleEntryExitType == VEHICLE_EXIT_REQUEST)
{
// Get the reply
CSquirrelArguments arguments;
arguments.push(playerId);
arguments.push(vehicleId);
arguments.push(pPlayer->GetVehicleSeatId());
bool bReply = (g_pEvents->Call("vehicleExitRequest", &arguments).GetInteger() == 1);
// Reply to the vehicle exit request
CBitStream bitStream;
bitStream.WriteCompressed(playerId);
bitStream.WriteBit(bReply);
// Was the reply ok?
if(bReply)
{
bitStream.Write((BYTE)VEHICLE_EXIT_RETURN);
bitStream.Write(vehicleId);
// Set the player state
pPlayer->SetState(STATE_TYPE_EXITVEHICLE);
}
g_pNetworkManager->RPC(RPC_VehicleEnterExit, &bitStream, PRIORITY_HIGH, RELIABILITY_RELIABLE, INVALID_ENTITY_ID, true);
}
// Is this an exit completion?
else if(byteVehicleEntryExitType == VEHICLE_EXIT_COMPLETE)
{
// Call the event
CSquirrelArguments arguments;
arguments.push(playerId);
arguments.push(vehicleId);
arguments.push(pPlayer->GetVehicleSeatId());
g_pEvents->Call("vehicleExitComplete", &arguments);
// Reset the vehicle occupant
pVehicle->SetOccupant(pPlayer->GetVehicleSeatId(), NULL);
// Reset the player vehicle and seat id
pPlayer->SetVehicle(NULL);
pPlayer->SetVehicleSeatId(0);
// Set the player state
pPlayer->SetState(STATE_TYPE_ONFOOT);
}
// Is this a forceful exit?
else if(byteVehicleEntryExitType == VEHICLE_EXIT_FORCEFUL)
{
// Call the event
CSquirrelArguments arguments;
arguments.push(playerId);
arguments.push(vehicleId);
arguments.push(pPlayer->GetVehicleSeatId());
g_pEvents->Call("vehicleForcefulExit", &arguments);
// Reset the vehicle occupant
pVehicle->SetOccupant(pPlayer->GetVehicleSeatId(), NULL);
// Reset the player vehicle and seat id
pPlayer->SetVehicle(NULL);
pPlayer->SetVehicleSeatId(0);
// Set the player state
pPlayer->SetState(STATE_TYPE_ONFOOT);
}
}
}
