protected override void OnCreate()
{
var reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
#if UNITY_EDITOR
m_ClientPacketDelay = UnityEditor.EditorPrefs.GetInt("MultiplayerPlayMode_" + UnityEngine.Application.productName + "_ClientDelay");
m_ClientPacketDrop = UnityEditor.EditorPrefs.GetInt("MultiplayerPlayMode_" + UnityEngine.Application.productName + "_ClientDropRate");
int networkRate = 60; // TODO: read from some better place
// All 3 packet types every frame stored for maximum delay, doubled for safety margin
int maxPackets = 2 * (networkRate * 3 * m_ClientPacketDelay + 999) / 1000;
var simulatorParams = new SimulatorUtility.Parameters
{
MaxPacketSize = NetworkParameterConstants.MTU, MaxPacketCount = maxPackets, PacketDelayMs = m_ClientPacketDelay, PacketDropPercentage = m_ClientPacketDrop
};
m_Driver = new UdpNetworkDriver(simulatorParams, reliabilityParams);
#else
m_Driver = new UdpNetworkDriver(reliabilityParams);
#endif
m_ConcurrentDriver = m_Driver.ToConcurrent();
m_UnreliablePipeline = NetworkPipeline.Null;
m_ReliablePipeline = NetworkPipeline.Null;
m_DriverListening = false;
m_Barrier = World.GetOrCreateSystem <BeginSimulationEntityCommandBufferSystem>();
numNetworkIds = new NativeArray <int>(1, Allocator.Persistent);
freeNetworkIds = new NativeQueue <int>(Allocator.Persistent);
rpcQueue = InternalRpcCollection.GetRpcQueue <RpcSetNetworkId>();
}
public void CreateServerDriver(World world, out NetworkDriver driver, out NetworkPipeline unreliablePipeline, out NetworkPipeline reliablePipeline, out NetworkPipeline unreliableFragmentedPipeline)
{
var reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
var fragmentationParams = new FragmentationUtility.Parameters {
PayloadCapacity = 16 * 1024
};
#if UNITY_EDITOR || DEVELOPMENT_BUILD
var netParams = new NetworkConfigParameter
{
maxConnectAttempts = NetworkParameterConstants.MaxConnectAttempts,
connectTimeoutMS = NetworkParameterConstants.ConnectTimeoutMS,
disconnectTimeoutMS = NetworkParameterConstants.DisconnectTimeoutMS,
maxFrameTimeMS = 100
};
driver = NetworkDriver.Create(netParams, reliabilityParams, fragmentationParams);
#else
driver = NetworkDriver.Create(reliabilityParams);
#endif
unreliablePipeline = driver.CreatePipeline(typeof(NullPipelineStage));
reliablePipeline = driver.CreatePipeline(typeof(ReliableSequencedPipelineStage));
unreliableFragmentedPipeline = driver.CreatePipeline(typeof(FragmentationPipelineStage));
}
public void CreateClientDriver(World world, out NetworkDriver driver, out NetworkPipeline unreliablePipeline, out NetworkPipeline reliablePipeline, out NetworkPipeline unreliableFragmentedPipeline)
{
var reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
var netParams = new NetworkConfigParameter
{
maxConnectAttempts = NetworkParameterConstants.MaxConnectAttempts,
connectTimeoutMS = NetworkParameterConstants.ConnectTimeoutMS,
disconnectTimeoutMS = NetworkParameterConstants.DisconnectTimeoutMS,
maxFrameTimeMS = 100,
fixedFrameTimeMS = DriverFixedTime
};
var packetDelay = DriverSimulatedDelay;
int networkRate = 60;
// All 3 packet types every frame stored for maximum delay, doubled for safety margin
int maxPackets = 2 * (networkRate * 3 * packetDelay + 999) / 1000;
var fuzzFactor = 0;
const int kStringLength = 10; // we name it ClientTest e.g. 10 bytes long.
var worldId = int.Parse(world.Name.Substring(kStringLength, world.Name.Length - kStringLength));
if (DriverFuzzFactor?.Length >= worldId + 1)
{
fuzzFactor = DriverFuzzFactor[worldId];
}
var simParams = new SimulatorUtility.Parameters
{
MaxPacketSize = NetworkParameterConstants.MTU, MaxPacketCount = maxPackets,
PacketDelayMs = packetDelay,
FuzzFactor = fuzzFactor,
FuzzOffset = DriverFuzzOffset,
RandomSeed = DriverRandomSeed
};
driver = new NetworkDriver(new IPCNetworkInterface(), netParams, reliabilityParams, simParams);
if (DriverSimulatedDelay + fuzzFactor > 0)
{
unreliablePipeline = driver.CreatePipeline(
typeof(SimulatorPipelineStage),
typeof(SimulatorPipelineStageInSend));
reliablePipeline = driver.CreatePipeline(
typeof(SimulatorPipelineStage),
typeof(ReliableSequencedPipelineStage),
typeof(SimulatorPipelineStageInSend));
unreliableFragmentedPipeline = driver.CreatePipeline(
typeof(SimulatorPipelineStage),
typeof(FragmentationPipelineStage),
typeof(SimulatorPipelineStageInSend));
}
else
{
unreliablePipeline = driver.CreatePipeline(typeof(NullPipelineStage));
reliablePipeline = driver.CreatePipeline(typeof(ReliableSequencedPipelineStage));
unreliableFragmentedPipeline = driver.CreatePipeline(typeof(FragmentationPipelineStage));
}
}
public NetworkPipelineStage StaticInitialize(byte *staticInstanceBuffer, int staticInstanceBufferLength, INetworkParameter[] netParams)
{
ReliableUtility.Parameters param = default;
foreach (var netParam in netParams)
{
if (netParam.GetType() == typeof(ReliableUtility.Parameters))
{
param = (ReliableUtility.Parameters)netParam;
}
}
if (param.WindowSize == 0)
{
param = new ReliableUtility.Parameters {
WindowSize = ReliableUtility.ParameterConstants.WindowSize
}
}
;
if (param.WindowSize <= 0 || param.WindowSize > 32)
{
throw new System.ArgumentOutOfRangeException("The reliability pipeline does not support negative WindowSize nor WindowSizes larger than 32");
}
UnsafeUtility.MemCpy(staticInstanceBuffer, ¶m, UnsafeUtility.SizeOf <ReliableUtility.Parameters>());
return(new NetworkPipelineStage(
Receive: ReceiveFunctionPointer,
Send: SendFunctionPointer,
InitializeConnection: InitializeConnectionFunctionPointer,
ReceiveCapacity: ReliableUtility.ProcessCapacityNeeded(param),
SendCapacity: ReliableUtility.ProcessCapacityNeeded(param),
HeaderCapacity: UnsafeUtility.SizeOf <ReliableUtility.PacketHeader>(),
SharedStateCapacity: ReliableUtility.SharedCapacityNeeded(param),
NetworkParameterConstants.MTU
));
}
public NetworkPipelineStage StaticInitialize(byte *staticInstanceBuffer, int staticInstanceBufferLength, INetworkParameter[] netParams)
{
ReliableUtility.Parameters param = default;
foreach (var netParam in netParams)
{
if (netParam.GetType() == typeof(ReliableUtility.Parameters))
{
param = (ReliableUtility.Parameters)netParam;
}
}
if (param.WindowSize == 0)
{
param = new ReliableUtility.Parameters {
WindowSize = ReliableUtility.ParameterConstants.WindowSize
}
}
;
UnsafeUtility.MemCpy(staticInstanceBuffer, ¶m, UnsafeUtility.SizeOf <ReliableUtility.Parameters>());
return(new NetworkPipelineStage(
Receive: ReceiveFunctionPointer,
Send: SendFunctionPointer,
InitializeConnection: InitializeConnectionFunctionPointer,
ReceiveCapacity: ReliableUtility.ProcessCapacityNeeded(param),
SendCapacity: ReliableUtility.ProcessCapacityNeeded(param),
HeaderCapacity: UnsafeUtility.SizeOf <ReliableUtility.PacketHeader>(),
SharedStateCapacity: ReliableUtility.SharedCapacityNeeded(param)
));
}
#pragma warning disable CS0809 // Obsolete member overrides non-obsolete member
protected override void OnCreateManager()
#pragma warning restore CS0809 // Obsolete member overrides non-obsolete member
{
var reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
if (UnityEngine.Debug.isDebugBuild)
{
m_ClientPacketDelay = UnityEngine.PlayerPrefs.GetInt("MultiplayerPlayMode_" + UnityEngine.Application.productName + "_ClientDelay");
m_ClientPacketDrop = UnityEngine.PlayerPrefs.GetInt("MultiplayerPlayMode_" + UnityEngine.Application.productName + "_ClientDropRate");
int networkRate = 60; // TODO: read from some better place
// All 3 packet types every frame stored for maximum delay, doubled for safety margin
int maxPackets = 2 * (networkRate * 3 * m_ClientPacketDelay + 999) / 1000;
var simulatorParams = new SimulatorUtility.Parameters
{
MaxPacketSize = NetworkParameterConstants.MTU, MaxPacketCount = maxPackets, PacketDelayMs = m_ClientPacketDelay, PacketDropPercentage = m_ClientPacketDrop
};
m_Driver = new UdpNetworkDriver(simulatorParams, reliabilityParams);
UnityEngine.Debug.Log("Using simulator with latency=" + m_ClientPacketDelay + " packet drop=" + m_ClientPacketDrop);
}
else
{
m_Driver = new UdpNetworkDriver(reliabilityParams);
}
m_ConcurrentDriver = m_Driver.ToConcurrent();
m_UnreliablePipeline = NetworkPipeline.Null;
m_ReliablePipeline = NetworkPipeline.Null;
m_DriverListening = false;
m_Barrier = World.GetOrCreateSystem <BeginSimulationEntityCommandBufferSystem>();
numNetworkIds = new NativeArray <int>(1, Allocator.Persistent);
freeNetworkIds = new NativeQueue <int>(Allocator.Persistent);
rpcQueue = InternalRpcCollection.GetRpcQueue <RpcSetNetworkId>();
}
protected void init()
{
//
var reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
var configParameter = new NetworkConfigParameter
{
maxConnectAttempts = maxConnectAttempts,
connectTimeoutMS = NetworkParameterConstants.ConnectTimeoutMS,
disconnectTimeoutMS = disconnectTimeoutMS
};
#if UNITY_EDITOR
int networkRate = (int)(1f / Time.fixedDeltaTime); // TODO: read from some better place
// All 3 packet types every frame stored for maximum delay, doubled for safety margin
int maxPackets = 2 * (networkRate * 3 * clientPacketDelay + 999) / 1000;
var simulatorParams = new SimulatorUtility.Parameters
{
MaxPacketSize = NetworkParameterConstants.MTU, MaxPacketCount = maxPackets, PacketDelayMs = clientPacketDelay, PacketDropPercentage = clientPacketDrop
};
_driver = new UdpNetworkDriver(simulatorParams, reliabilityParams, configParameter);
#else
_driver = new UdpNetworkDriver(reliabilityParams, configParameter);
#endif
_concurrentDriver = _driver.ToConcurrent();
_unreliablePipeline = NetworkPipeline.Null;
_reliablePipeline = NetworkPipeline.Null;
_listening = false;
}
void Start()
{
ReliableUtility.Parameters reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
SimulatorUtility.Parameters simulatorParams = new SimulatorUtility.Parameters {
MaxPacketSize = k_PacketSize, MaxPacketCount = 30, PacketDelayMs = 100
};
m_Driver = new UdpNetworkDriver(simulatorParams, reliabilityParams);
m_Connections = new NativeList <NetworkConnection>(connectionCapacity, Allocator.Persistent); // first parameter is number of connections to accept
m_Unreliable_Pipeline = m_Driver.CreatePipeline(typeof(UnreliableSequencedPipelineStage), typeof(SimulatorPipelineStage));
m_Reliable_Pipeline = m_Driver.CreatePipeline(typeof(UnreliableSequencedPipelineStage), typeof(SimulatorPipelineStage));
NetworkEndPoint endpoint = NetworkEndPoint.AnyIpv4;
endpoint.Port = 9000;
if (m_Driver.Bind(endpoint) != 0)
{
Debug.Log("Failed to bind to port 9000");
}
else
{
m_Driver.Listen();
}
}
protected override JobHandle OnUpdate(JobHandle inputDeps)
{
inputDeps.Complete();
JobHandle serverJobHandle;
//Debug.Log("server system on update");
if (!m_Driver.IsCreated)
{
ReliableUtility.Parameters reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
SimulatorUtility.Parameters simulatorParams = new SimulatorUtility.Parameters {
MaxPacketSize = k_PacketSize, MaxPacketCount = 30, PacketDelayMs = 100
};
m_Driver = new UdpNetworkDriver(simulatorParams, reliabilityParams);
NetworkEndPoint endpoint = NetworkEndPoint.AnyIpv4;
endpoint.Port = 9000;
if (m_Driver.Bind(endpoint) != 0)
{
Debug.Log("Failed to bind to port 9000");
}
else
{
m_Driver.Listen();
Debug.Log("driver listening on port 9000");
}
currentId = new NativeList <int>(1, Allocator.Persistent);
currentId.Add(0);
}
else
{
serverJobHandle = m_Driver.ScheduleUpdate(inputDeps);
serverJobHandle = new ListenForConnectionsJob
{
commandBuffer = m_Barrier.CreateCommandBuffer(),
driver = m_Driver,
}.Schedule(serverJobHandle);
serverJobHandle.Complete();
serverJobHandle = new UpdateServerJob
{
commandBuffer = m_Barrier.CreateCommandBuffer().ToConcurrent(),
driver = m_Driver.ToConcurrent(),
id = currentId.AsDeferredJobArray()
}.Schedule(this, serverJobHandle);
m_Barrier.AddJobHandleForProducer(serverJobHandle);
//Debug.Log("about to listen for connections");
return(serverJobHandle);
}
return(inputDeps);
}
protected override void OnCreate()
{
if (!Library.Initialized)
{
if (!Library.Initialize())
{
throw new InvalidOperationException("Library not initialized");
}
Application.quitting += Library.Deinitialize;
}
var reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
#if UNITY_EDITOR || DEVELOPMENT_BUILD
var netParams = new NetworkConfigParameter
{
maxConnectAttempts = NetworkParameterConstants.MaxConnectAttempts,
connectTimeoutMS = NetworkParameterConstants.ConnectTimeoutMS,
disconnectTimeoutMS = NetworkParameterConstants.DisconnectTimeoutMS,
maxFrameTimeMS = 100
};
m_ClientPacketDelay = ClientPacketDelayMs;
var jitter = ClientPacketJitterMs;
if (jitter > m_ClientPacketDelay)
{
jitter = m_ClientPacketDelay;
}
m_ClientPacketDrop = ClientPacketDropRate;
int networkRate = 60; // TODO: read from some better place
// All 3 packet types every frame stored for maximum delay, doubled for safety margin
int maxPackets = 2 * (networkRate * 3 * m_ClientPacketDelay + 999) / 1000;
var simulatorParams = new SimulatorUtility.Parameters
{
MaxPacketSize = NetworkParameterConstants.MTU, MaxPacketCount = maxPackets,
PacketDelayMs = m_ClientPacketDelay, PacketJitterMs = jitter,
PacketDropPercentage = m_ClientPacketDrop
};
m_Driver = new ENetDriver(16);
UnityEngine.Debug.Log($"Using simulator with latency={m_ClientPacketDelay} packet drop={m_ClientPacketDrop}");
#else
m_Driver = new ENetDriver(16);
#endif
m_UnreliablePipeline = NetworkPipeline.Null;
m_ReliablePipeline = NetworkPipeline.Null;
m_DriverListening = false;
m_Barrier = World.GetOrCreateSystem <BeginSimulationEntityCommandBufferSystem>();
numNetworkIds = new NativeArray <int>(1, Allocator.Persistent);
freeNetworkIds = new NativeQueue <int>(Allocator.Persistent);
rpcQueue = World.GetOrCreateSystem <RpcSystem>().GetRpcQueue <RpcSetNetworkId>();
m_NetworkStreamConnectionQuery = EntityManager.CreateEntityQuery(typeof(NetworkStreamConnection));
}
protected override JobHandle OnUpdate(JobHandle inputDeps)
{
inputDeps.Complete();
JobHandle clientJobHandle;
if (!m_Driver.IsCreated)
{
ReliableUtility.Parameters reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
SimulatorUtility.Parameters simulatorParams = new SimulatorUtility.Parameters {
MaxPacketSize = k_PacketSize, MaxPacketCount = 30, PacketDelayMs = 100
};
m_Driver = new UdpNetworkDriver(simulatorParams, reliabilityParams);
m_Server_EndPoint = NetworkEndPoint.LoopbackIpv4;
m_Server_EndPoint.Port = 9000;
}
else
{
clientJobHandle = m_Driver.ScheduleUpdate(inputDeps);
if (m_Server_EndPoint.IsValid && m_ConnectionGroup.IsEmptyIgnoreFilter)
{
//Debug.Log("client job handle about to be created");
clientJobHandle = new SendConnectionRequestJob
{
commandBuffer = m_Barrier.CreateCommandBuffer(),
driver = m_Driver,
serverEndPoint = m_Server_EndPoint,
}.Schedule(clientJobHandle);
}
clientJobHandle.Complete();
clientJobHandle = new UpdateClientJob
{
commandBuffer = m_Barrier.CreateCommandBuffer().ToConcurrent(),
driver = m_Driver.ToConcurrent(),
serverEndPoint = m_Server_EndPoint,
}.Schedule(this, clientJobHandle);
m_Barrier.AddJobHandleForProducer(clientJobHandle);
return(clientJobHandle);
}
return(inputDeps);
}
public void CreateClientDriver(World world, out NetworkDriver driver, out NetworkPipeline unreliablePipeline, out NetworkPipeline reliablePipeline, out NetworkPipeline unreliableFragmentedPipeline)
{
var reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
var fragmentationParams = new FragmentationUtility.Parameters {
PayloadCapacity = 16 * 1024
};
#if UNITY_EDITOR || DEVELOPMENT_BUILD
var netParams = new NetworkConfigParameter
{
maxConnectAttempts = NetworkParameterConstants.MaxConnectAttempts,
connectTimeoutMS = NetworkParameterConstants.ConnectTimeoutMS,
disconnectTimeoutMS = NetworkParameterConstants.DisconnectTimeoutMS,
maxFrameTimeMS = 100
};
var simulatorParams = ClientSimulatorParameters;
driver = NetworkDriver.Create(netParams, simulatorParams, reliabilityParams, fragmentationParams);
#else
driver = NetworkDriver.Create(reliabilityParams);
#endif
#if UNITY_EDITOR || DEVELOPMENT_BUILD
if (simulatorParams.PacketDelayMs > 0 || simulatorParams.PacketDropInterval > 0)
{
unreliablePipeline = driver.CreatePipeline(
typeof(SimulatorPipelineStage),
typeof(SimulatorPipelineStageInSend));
reliablePipeline = driver.CreatePipeline(
typeof(SimulatorPipelineStage),
typeof(ReliableSequencedPipelineStage),
typeof(SimulatorPipelineStageInSend));
unreliableFragmentedPipeline = driver.CreatePipeline(
typeof(SimulatorPipelineStage),
typeof(FragmentationPipelineStage),
typeof(SimulatorPipelineStageInSend));
}
else
#endif
{
unreliablePipeline = driver.CreatePipeline(typeof(NullPipelineStage));
reliablePipeline = driver.CreatePipeline(typeof(ReliableSequencedPipelineStage));
unreliableFragmentedPipeline = driver.CreatePipeline(typeof(FragmentationPipelineStage));
}
}
void Start()
{
ReliableUtility.Parameters reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
SimulatorUtility.Parameters simulatorParams = new SimulatorUtility.Parameters {
MaxPacketSize = k_PacketSize, MaxPacketCount = 30, PacketDelayMs = 100
};
m_Driver = new UdpNetworkDriver(simulatorParams, reliabilityParams);
m_Connection = new NativeArray <NetworkConnection>(1, Allocator.Persistent);
m_Done = new NativeArray <byte>(1, Allocator.Persistent);
NetworkEndPoint endpoint = NetworkEndPoint.LoopbackIpv4;
endpoint.Port = 9000;
m_Connection[0] = m_Driver.Connect(endpoint);
}
public void CreateServerDriver(World world, out NetworkDriver driver, out NetworkPipeline unreliablePipeline, out NetworkPipeline reliablePipeline)
{
var reliabilityParams = new ReliableUtility.Parameters {
WindowSize = 32
};
var netParams = new NetworkConfigParameter
{
maxConnectAttempts = NetworkParameterConstants.MaxConnectAttempts,
connectTimeoutMS = NetworkParameterConstants.ConnectTimeoutMS,
disconnectTimeoutMS = NetworkParameterConstants.DisconnectTimeoutMS,
maxFrameTimeMS = 100,
fixedFrameTimeMS = DriverFixedTime
};
driver = new NetworkDriver(new IPCNetworkInterface(), netParams, reliabilityParams);
unreliablePipeline = driver.CreatePipeline(typeof(NullPipelineStage));
reliablePipeline = driver.CreatePipeline(typeof(ReliableSequencedPipelineStage));
}
public void Initialize(ReliableUtility.Parameters param)
{
m_ReliableParams = param;
}