protected bool StartServerTest(IngestServer server)
{
// reset the test
m_ServerTestSucceeded = true;
m_TotalSent = 0;
m_RTMPState = RTMPState.Idle;
m_CurrentServer = server;
// start the stream asynchronously
SetTestState(TestState.ConnectingToServer);
m_WaitingForStartStopCallback = true;
ErrorCode ret = m_Stream.Start(m_IngestTestVideoParams, m_IngestTestAudioParams, server, StartFlags.TTV_Start_BandwidthTest, k_AsyncStartStop);
if (Error.Failed(ret))
{
m_ServerTestSucceeded = false;
SetTestState(TestState.DoneTestingServer);
return(false);
}
// the amount of data sent before the test of this server starts
m_LastTotalSent = m_TotalSent;
server.BitrateKbps = 0;
m_BufferIndex = 0;
return(true);
}
void IStatCallbacks.StatCallback(StatType type, ulong data)
{
switch (type)
{
case StatType.TTV_ST_RTMPSTATE:
m_RTMPState = (RTMPState)data;
break;
case StatType.TTV_ST_RTMPDATASENT:
m_TotalSent = data;
break;
}
}
protected bool StartServerTest(IngestServer server)
{
// reset the test
m_ServerTestSucceeded = true;
m_TotalSent = 0;
m_RTMPState = RTMPState.Idle;
m_CurrentServer = server;
// start the stream asynchronously
SetTestState(TestState.ConnectingToServer);
m_WaitingForStartStopCallback = true;
ErrorCode ret = m_Stream.Start(m_IngestTestVideoParams, m_IngestTestAudioParams, server, StartFlags.TTV_Start_BandwidthTest, k_AsyncStartStop);
if (Error.Failed(ret))
{
m_ServerTestSucceeded = false;
SetTestState(TestState.DoneTestingServer);
return false;
}
// the amount of data sent before the test of this server starts
m_LastTotalSent = m_TotalSent;
server.BitrateKbps = 0;
m_BufferIndex = 0;
return true;
}
void IStatCallbacks.StatCallback(StatType type, ulong data)
{
switch (type)
{
case StatType.TTV_ST_RTMPSTATE:
m_RTMPState = (RTMPState)data;
break;
case StatType.TTV_ST_RTMPDATASENT:
m_TotalSent = data;
break;
}
}
