/// <summary>
/// Override to perform custom transport preparation and launch
/// </summary>
protected virtual void ConfigureAndStartNewClientTransport(ClientTransport transport)
{
var cfg = ConfigNode.NavigateSection(CONFIG_CLIENT_TRANSPORT_SECTION);
if (!cfg.Exists)
{
cfg = ConfigNode;
}
transport.Configure(cfg);
transport.Start(); //this will fail if runtime is shutting down
}
/// <summary>
/// INTERNAL METHOD. Developers do not call!
/// This constructor is used by an Async binding that delivers response after call slot was created
/// </summary>
public CallSlot(ClientEndPoint client, ClientTransport clientTransport, RequestMsg request, CallStatus status, int timeoutMs = 0)
{
m_Client = client;
m_ClientTransport = clientTransport;
m_RequestID = request.RequestID;
m_CallStatus = status;
m_OneWay = request.OneWay;
m_StartTime = DateTime.UtcNow;
m_TimeoutMs = timeoutMs > 0 ? timeoutMs : DEFAULT_TIMEOUT_MS;
if (!m_OneWay && client.Binding.MeasureStatTimes)
{
m_StatStartTimeTicks = client.Binding.StatTimeTicks;
m_StatRoundtripTimeKey = client.Binding.GetClientCallStatTimeKey(client, request);
}
}
/// <summary>
/// INTERNAL METHOD. Developers do not call!
/// This constructor is used by a synchronous binding that delivers response right after sending it.
/// ONLY for OneWayCall = false
/// </summary>
public CallSlot(ClientEndPoint client,
ClientTransport clientTransport,
long actualStartTimeTicks,
DateTime actualStartTimeUtc,
RequestMsg request,
ResponseMsg response,
int timeoutMs)
{
m_Client = client;
m_ClientTransport = clientTransport;
m_RequestID = request.RequestID;
m_OneWay = false;
m_StartTime = actualStartTimeUtc;
m_TimeoutMs = timeoutMs > 0 ? timeoutMs : DEFAULT_TIMEOUT_MS;
if (client.Binding.MeasureStatTimes)
{
m_StatStartTimeTicks = actualStartTimeTicks;
m_StatRoundtripTimeKey = client.Binding.GetClientCallStatTimeKey(client, request);
}
m_ResponseMsg = response;
m_CallStatus = m_ResponseMsg.OK ? CallStatus.ResponseOK : CallStatus.ResponseError;
var remoteInstance = response.RemoteInstance;
if (remoteInstance.HasValue)
{
m_Client.__setRemoteInstance(remoteInstance.Value);
}
if (m_StatRoundtripTimeKey != null && m_Client.Binding.MeasureStatTimes)
{
m_StatRoundtripEndTimeTicks = m_Client.Binding.StatTimeTicks;
m_ClientTransport.stat_Time(m_StatRoundtripTimeKey, m_StatRoundtripEndTimeTicks - m_StatStartTimeTicks);
}
}
/// <summary>
/// Releases a transport instance that was acquired for call.
/// The implementation may return this instance back to the pool of available transports or deallocate it.
/// The default implementation releases the instance back to the pool
/// </summary>
protected internal virtual void ReleaseClientTransportAfterCall(ClientTransport transport)
{
transport.Release();
}
