void Start()
{
if (peerType == EasyWiFiConstants.PEER_TYPE.Client)
{
lastSendTime = Time.realtimeSinceStartup;
//set the rate
switch (clientMaxSendRate)
{
case EasyWiFiConstants.CONTROLLERDATA_MAX_SEND_RATE.CapAt30Hz:
maxRate = .033333333f;
break;
case EasyWiFiConstants.CONTROLLERDATA_MAX_SEND_RATE.CapAt60Hz:
maxRate = .016666666f;
break;
case EasyWiFiConstants.CONTROLLERDATA_MAX_SEND_RATE.CapAt90Hz:
maxRate = .011111111f;
break;
case EasyWiFiConstants.CONTROLLERDATA_MAX_SEND_RATE.SendAsFastAsPossible:
maxRate = 0f;
break;
case EasyWiFiConstants.CONTROLLERDATA_MAX_SEND_RATE.SendInfrequentlyOncePerSecond:
maxRate = 1f;
break;
default:
maxRate = 0f;
break;
}
//There can be a timing issue between when the server has been discovered but we might not be ready yet
//to transmit our inventory. Becuase this script executes in start and registrations in awake all the local registrations have now take place
EasyWiFiController.readyToTransmitInventory = true;
if (!transmittedInventory && (EasyWiFiController.clientState != EasyWiFiConstants.CURRENT_CLIENT_STATE.Broadcasting && EasyWiFiController.clientState != EasyWiFiConstants.CURRENT_CLIENT_STATE.NotConnected))
{
//depending on the order in which client and server are started check our state and send inventory immediately
EasyWiFiController.sendControllerInventory(EasyWiFiController.createInventoryMessage());
EasyWiFiController.clientState = EasyWiFiConstants.CURRENT_CLIENT_STATE.SendingInventory;
}
if (heartbeatTimeout > 0f)
{
InvokeRepeating("checkHeartbeatForTimeout", heartbeatTimeout, heartbeatTimeout);
}
}
else
{
if (serverSendBackchannel)
{
EasyWiFiController.readyToTransmitBackchannel = true;
}
if (serverSendHeartbeatRate > 0f)
{
InvokeRepeating("sendServerHeartbeat", serverSendHeartbeatRate, serverSendHeartbeatRate);
}
if (clientTimeout > 0f)
{
InvokeRepeating("checkForClientTimeout", clientTimeout, clientTimeout);
}
}
}