void FixedUpdate()
{
// Wait for the previous frames ping to complete before starting a new one, the Complete in LateUpdate is not
// enough since we can get multiple FixedUpdate per frame on slow clients
// Schedule a chain with the driver update followed by the other jobs
jobHandler.ScheduleDriverUpdate(m_ClientDriver);
ConnectionUpdateJob conUpdate = new ConnectionUpdateJob
{
driver = m_ClientDriver,
connection = m_clientToServerConnection,
serverEP = endpoint
};
jobHandler.QueueJob(conUpdate);
jobHandler.ScheduleJobsInQueue();
jobHandler.Complete();
if (IsConnected)
{
pcc.StartProcessCoroutine(m_clientToServerConnection[0]);
m_clientToServerConnection[0] = pcc.connection;
}
}
void FixedUpdate()
{
// Wait for the previous frames ping to complete before starting a new one, the Complete in LateUpdate is not
// enough since we can get multiple FixedUpdate per frame on slow clients
DriverUpdateJob updateJob = new DriverUpdateJob {
driver = m_ServerDriver,
connections = m_connections,
serverState = serverController.CurrentState
};
// Update the driver should be the first job in the chain
jobHandler.ScheduleDriverUpdate(m_ServerDriver);
// The DriverUpdateJob which accepts new connections should be the second job in the chain, it needs to depend
// on the driver update job
jobHandler.QueueJob(updateJob);
// PongJob uses IJobParallelForDeferExtensions, we *must* schedule with a list as first parameter rather than
// an int since the job needs to pick up new connections from DriverUpdateJob
// The PongJob is the last job in the chain and it must depends on the DriverUpdateJob
jobHandler.ScheduleJobsInQueue();
jobHandler.Complete();
for (int i = 0; i < m_connections.Length; i++)
{
pcc.StartProcessCoroutine(m_connections[i]);
m_connections[i] = pcc.connection;
}
}