public UdpOutputChannel(
ChannelManagerBase factory,
MessageEncoder encoder,
BufferManager bufferManager,
UdpSocket[] sendSockets,
UdpRetransmissionSettings retransmissionSettings,
Uri via,
bool isMulticast)
: base(factory)
{
Fx.Assert(encoder != null, "encoder shouldn't be null");
Fx.Assert(bufferManager != null, "buffer manager shouldn't be null");
Fx.Assert(sendSockets != null, "sendSockets can't be null");
Fx.Assert(sendSockets.Length > 0, "sendSockets can't be empty");
Fx.Assert(retransmissionSettings != null, "retransmissionSettings can't be null");
Fx.Assert(via != null, "via can't be null");
this.BufferManager = bufferManager;
this.IsMulticast = isMulticast;
this.Encoder = encoder;
this.retransmitSettings = retransmissionSettings;
this.SendSockets = sendSockets;
this.via = via;
if (this.retransmitSettings.Enabled)
{
this.retransmitList = new Dictionary <UniqueId, IUdpRetransmitter>();
this.randomNumberGenerator = new SynchronizedRandom(AppDomain.CurrentDomain.GetHashCode() | Environment.TickCount);
}
}
internal bool IsMatch(UdpRetransmissionSettings udpRetransmissionSettings)
{
if (this.DelayLowerBound != udpRetransmissionSettings.DelayLowerBound)
{
return(false);
}
if (this.DelayUpperBound != udpRetransmissionSettings.DelayUpperBound)
{
return(false);
}
if (this.MaxDelayPerRetransmission != udpRetransmissionSettings.MaxDelayPerRetransmission)
{
return(false);
}
if (this.MaxMulticastRetransmitCount != udpRetransmissionSettings.MaxMulticastRetransmitCount)
{
return(false);
}
if (this.MaxUnicastRetransmitCount != udpRetransmissionSettings.MaxUnicastRetransmitCount)
{
return(false);
}
return(true);
}
internal void ApplyConfiguration(UdpRetransmissionSettings udpRetransmissionSettings)
{
udpRetransmissionSettings.DelayLowerBound = this.DelayLowerBound;
udpRetransmissionSettings.DelayUpperBound = this.DelayUpperBound;
udpRetransmissionSettings.MaxDelayPerRetransmission = this.MaxDelayPerRetransmission;
udpRetransmissionSettings.MaxMulticastRetransmitCount = this.MaxMulticastRetransmitCount;
udpRetransmissionSettings.MaxUnicastRetransmitCount = this.MaxUnicastRetransmitCount;
}
internal UdpTransportBindingElement(UdpTransportBindingElement other)
: base(other)
{
this.duplicateMessageHistoryLength = other.duplicateMessageHistoryLength;
this.maxPendingMessagesTotalSize = other.maxPendingMessagesTotalSize;
this.retransmissionSettings = other.retransmissionSettings.Clone();
this.socketReceiveBufferSize = other.socketReceiveBufferSize;
this.timeToLive = other.timeToLive;
this.MulticastInterfaceId = other.MulticastInterfaceId;
}
public UdpTransportBindingElement()
: base()
{
this.duplicateMessageHistoryLength = UdpConstants.Defaults.DuplicateMessageHistoryLength;
this.maxPendingMessagesTotalSize = UdpConstants.Defaults.DefaultMaxPendingMessagesTotalSize;
this.retransmissionSettings = new UdpRetransmissionSettings();
this.socketReceiveBufferSize = UdpConstants.Defaults.SocketReceiveBufferSize;
this.timeToLive = UdpConstants.Defaults.TimeToLive;
}
internal void InitializeFrom(UdpRetransmissionSettings udpRetransmissionSettings)
{
if (udpRetransmissionSettings == null)
{
throw FxTrace.Exception.ArgumentNull("udpRetransmissionSettings");
}
this.SetPropertyValueIfNotDefaultValue(UdpTransportConfigurationStrings.DelayLowerBound, udpRetransmissionSettings.DelayLowerBound);
this.SetPropertyValueIfNotDefaultValue(UdpTransportConfigurationStrings.DelayUpperBound, udpRetransmissionSettings.DelayUpperBound);
this.SetPropertyValueIfNotDefaultValue(UdpTransportConfigurationStrings.MaxDelayPerRetransmission, udpRetransmissionSettings.MaxDelayPerRetransmission);
this.SetPropertyValueIfNotDefaultValue(UdpTransportConfigurationStrings.MaxMulticastRetransmitCount, udpRetransmissionSettings.MaxMulticastRetransmitCount);
this.SetPropertyValueIfNotDefaultValue(UdpTransportConfigurationStrings.MaxUnicastRetransmitCount, udpRetransmissionSettings.MaxUnicastRetransmitCount);
}
protected UdpDuplexChannel(
ChannelManagerBase channelMananger,
MessageEncoder encoder,
BufferManager bufferManager,
UdpSocket[] sendSockets,
UdpRetransmissionSettings retransmissionSettings,
long maxPendingMessagesTotalSize,
EndpointAddress localAddress,
Uri via,
bool isMulticast,
int maxReceivedMessageSize)
: base(channelMananger, encoder, bufferManager, sendSockets, retransmissionSettings, maxPendingMessagesTotalSize, localAddress, via, isMulticast, maxReceivedMessageSize)
{
}
protected UdpChannelBase(
ChannelManagerBase channelManager,
MessageEncoder encoder,
BufferManager bufferManager,
UdpSocket[] sockets,
UdpRetransmissionSettings retransmissionSettings,
long maxPendingMessagesTotalSize,
EndpointAddress localAddress,
Uri via,
bool isMulticast,
int maxReceivedMessageSize)
: base(channelManager)
{
Fx.Assert(encoder != null, "encoder shouldn't be null");
Fx.Assert(bufferManager != null, "buffer manager shouldn't be null");
Fx.Assert(sockets != null, "sendSockets can't be null");
Fx.Assert(sockets.Length > 0, "sendSockets can't be empty");
Fx.Assert(retransmissionSettings != null, "retransmissionSettings can't be null");
Fx.Assert(maxPendingMessagesTotalSize >= 0, "maxPendingMessagesTotalSize must be >= 0");
Fx.Assert(maxReceivedMessageSize > 0, "maxReceivedMessageSize must be > 0");
Fx.Assert(localAddress != null, "localAddress can't be null");
Fx.Assert(via != null, "via can't be null");
this.maxPendingMessagesTotalSize = maxPendingMessagesTotalSize == UdpConstants.Defaults.DefaultMaxPendingMessagesTotalSize ? UdpConstants.Defaults.MaxPendingMessagesTotalSize : maxPendingMessagesTotalSize;
this.Encoder = encoder;
this.Sockets = sockets;
this.BufferManager = bufferManager;
this.retransmitSettings = retransmissionSettings;
this.IsMulticast = isMulticast;
this.DuplicateDetector = null;
this.ReceiveManager = null;
this.OwnsBufferManager = false;
this.maxReceivedMessageSize = maxReceivedMessageSize;
this.LocalAddress = localAddress;
this.via = via;
}
public ServerUdpOutputChannel(ChannelManagerBase factory, MessageEncoder encoder, BufferManager bufferManager, UdpSocket[] sendSockets, UdpRetransmissionSettings retransmissionSettings, Uri via, bool isMulticast)
: base(factory, encoder, bufferManager, sendSockets, retransmissionSettings, via, isMulticast)
{
}
public ClientUdpOutputChannel(ChannelManagerBase factory, IPEndPoint remoteEndPoint, MessageEncoder encoder, BufferManager bufferManager, UdpSocket[] sendSockets, UdpRetransmissionSettings retransmissionSettings, EndpointAddress to, Uri via, bool isMulticast)
: base(factory, encoder, bufferManager, sendSockets, retransmissionSettings, via, isMulticast)
{
Fx.Assert(to != null, "to address can't be null for this constructor...");
Fx.Assert(remoteEndPoint != null, "remoteEndPoint can't be null");
this.RemoteEndPoint = remoteEndPoint;
this.to = to;
}
UdpRetransmissionSettings(UdpRetransmissionSettings other)
: this(other.maxUnicastRetransmitCount, other.maxMulticastRetransmitCount, other.delayLowerBound, other.delayUpperBound, other.maxDelayPerRetransmission)
{
}
UdpRetransmissionSettings(UdpRetransmissionSettings other)
: this(other.maxUnicastRetransmitCount, other.maxMulticastRetransmitCount, other.delayLowerBound, other.delayUpperBound, other.maxDelayPerRetransmission)
{
}
internal bool IsMatch(UdpRetransmissionSettings udpRetransmissionSettings)
{
if (this.DelayLowerBound != udpRetransmissionSettings.DelayLowerBound)
{
return false;
}
if (this.DelayUpperBound != udpRetransmissionSettings.DelayUpperBound)
{
return false;
}
if (this.MaxDelayPerRetransmission != udpRetransmissionSettings.MaxDelayPerRetransmission)
{
return false;
}
if (this.MaxMulticastRetransmitCount != udpRetransmissionSettings.MaxMulticastRetransmitCount)
{
return false;
}
if (this.MaxUnicastRetransmitCount != udpRetransmissionSettings.MaxUnicastRetransmitCount)
{
return false;
}
return true;
}
public ServerUdpOutputChannel(ChannelManagerBase factory, MessageEncoder encoder, BufferManager bufferManager, UdpSocket[] sendSockets, UdpRetransmissionSettings retransmissionSettings, Uri via, bool isMulticast)
: base(factory, encoder, bufferManager, sendSockets, retransmissionSettings, via, isMulticast)
{
}
