void NetworkLogic::opCreateRoom(void)
{
// if last digits are always nearly the same, this is because of the timer calling this function being triggered every x ms with x being a factor of 10
ExitGames::Common::JString tmp;
mLoadBalancingClient.opCreateRoom(tmp=(int)GETTIMEMS());
mStateAccessor.setState(STATE_JOINING);
mOutputListener->writeLine(ExitGames::Common::JString(L"creating game \"") + tmp + L"\"");
}
void NetworkLogic::opCreateRoom(void)
{
// if last digits are always nearly the same, this is because of the timer calling this function being triggered every x ms with x being a factor of 10
ExitGames::Common::JString tmp;
mLoadBalancingClient.opCreateRoom(tmp=(int)GETTIMEMS());
//mLoadBalancingClient.getCurrentlyJoinedRoom().setMaxPlayers(2);
mStateAccessor.setState(STATE_JOINING);
mOutputListener->writeLine(ExitGames::Common::JString(L"creating game \"") + tmp + L"\"");
int lobbySize = mLoadBalancingClient.getRoomList().getSize();
CCLOG("Player size: %d",lobbySize);
}
// GETUTCSECONDS returns the number of seconds since 1980/01/06 00:00:00 UTC,
// and GETTIMEMS returns the number of milliseconds that have elapsed since the last
// occurrence of 00:00:00 local time.
// We can combine GETUTCSECONDS and GETTIMEMS to calculate the number of milliseconds
// since 1970/01/01 00:00:00 UTC.
double currentTime()
{
// diffSeconds is the number of seconds from 1970/01/01 to 1980/01/06
const unsigned diffSeconds = 315964800;
return static_cast<double>(diffSeconds + GETUTCSECONDS() + ((GETTIMEMS() % 1000) / msPerSecond));
}
