Namespace Unity.Networking.Transport

Classes

The network pipeline stage collection class

Structs

BaselibNetworkInterface

Default NetworkInterface implementation based on Unity's internal Baselib UDP sockets this is ensure to work on all platforms except for Unity's WebGL.

BaselibNetworkParameter

Network Parameters used to set queue and payload sizes for BaselibNetworkInterface

DataStreamReader

The DataStreamReader class is the counterpart of the DataStreamWriter class and can be be used to deserialize data which was prepared with it.

DataStreamWriter

Data streams can be used to serialize data over the network. The DataStreamWriter and DataStreamReader classes work together to serialize data for sending and then to deserialize when receiving.

FragmentationPipelineStage

The fragmentation pipeline stage allows for packets to be broken up into smaller packets.

FragmentationPipelineStage.FragContext

The fragmentation stage's internal context.

NetworkCompressionModel

Used to provide Huffman compression when using packed DataStream functions

NetworkConfigParameter

The NetworkConfigParameter is used to set specific parameters that the driver uses.

NetworkConnection

Public representation of a connection. Holds all information needed by the NetworkDriver to link it to an internal virtual connection.

NetworkDataStreamParameter

The NetworkDataStreamParameter is used to set a fixed data stream size.

NetworkDriver

The NetworkDriver is an implementation of Virtual Connections over any transport.

Basic usage:

var driver = NetworkDriver.Create();

NetworkDriver.Concurrent

The Concurrent struct is used to create an Concurrent instance of the NetworkDriver.

NetworkEndPoint

Describes a raw network endpoint (typically IP and port number).

NetworkInterfaceEndPoint

Representation of an endpoint, to be used internally by INetworkInterface.

NetworkInterfaceSendHandle

A handle to data that's going to be sent on an interface.

NetworkPacketReceiver

The NetworkPacketReceiver is an interface for handling received packets, needed by the INetworkInterface It either can be used in two main scenarios:

Your API requires a pointer to memory that you own. Then you should use AllocateMemory(ref Int32), write to the memory and then AppendPacket(IntPtr, ref NetworkInterfaceEndPoint, Int32, NetworkPacketReceiver.AppendPacketMode) with NoCopyNeeded. You don't need to deallocate the memory
Your API gives you a pointer that you don't own. In this case you should use AppendPacket(IntPtr, ref NetworkInterfaceEndPoint, Int32, NetworkPacketReceiver.AppendPacketMode) with None (default)

NetworkSendInterface

The network send interface used to pass around function pointers to the actual INetworkInterface

NetworkSettings

A list of the parameters that describe the network configuration.

NullPipelineStage

The NullPipelineStage is the default pipeline stage and used to send packets unreliably

QueuedSendMessage

Structure used to store a message waiting to be sent on a INetworkInterface.

ReliableSequencedPipelineStage

The ReliableSequencedPipelineStage is used to send packets reliably and retain the order in which they are sent. This PipelineStage has a hardcoded WindowSize of 32 inflight packets and will drop packets if its unable to track them.

SimulatorPipelineStage

The SimulatorPipelineStage could be added on either the client or server to simulate bad network conditions. It's best to add it as the last stage in the pipeline, then it will either drop the packet or add a delay right before it would go on the wire.

Namespace Unity.Networking.Transport

Classes

Structs

Interfaces

Enums

Delegates