public ApplicationLayer(ApiTypes apiType, ISessionLayer sessionLayer, IFrameLayer frameLayer, ITransportLayer transportLayer)
{
ApiType = apiType;
SessionLayer = sessionLayer;
FrameLayer = frameLayer;
TransportLayer = transportLayer;
}
/// <summary>
/// Initializes a new instance of the <see cref="ClientInviteTransaction"/> class.
/// </summary>
/// <param name="transport">Transport layer used to send stuff.</param>
/// <param name="request">Request that will be sent immidiately by the transaction.</param>
public ClientInviteTransaction(ITransportLayer transport, IRequest request)
{
_transport = transport;
if (request.Method != "INVITE")
{
throw new SipSharpException("Can only be used with invite transactions.");
}
State = TransactionState.Calling;
_transport.Send(request);
_request = request;
// If an unreliable transport is being used, the client transaction MUST
// start timer A with a value of T1. If a reliable transport is being used,
// the client transaction SHOULD NOT start timer A
if (!request.IsReliableProtocol)
{
_timerAValue = TransactionManager.T1;
_timerA = new Timer(OnRetransmission, null, _timerAValue, Timeout.Infinite);
}
else
{
_timerDValue = 0;
}
// For any transport, the client transaction MUST start timer B with a value of 64*T1 seconds
_timerB = new Timer(OnTimeout, null, TransactionManager.T1 * 64, Timeout.Infinite);
_timerD = new Timer(OnTerminate, null, _timerDValue, Timeout.Infinite);
}
public ServerNonInviteTransaction(ITransportLayer transport, IRequest request)
{
_timerJ = new Timer(OnTerminate);
_transport = transport;
_request = request;
State = TransactionState.Trying;
}
public ServerNonInviteTransaction(ITransportLayer transport, IRequest request)
{
_timerJ = new Timer(OnTerminate);
_transport = transport;
_request = request;
State = TransactionState.Trying;
}
public MyService(
IEngine engine,
ITransportLayer transportLayer)
{
_engine = engine ?? throw new ArgumentNullException(nameof(engine));
_transportLayer = transportLayer ?? throw new ArgumentNullException(nameof(transportLayer));
_engine.OnRequestProcessed += EngineOnRequestProcessed;
_transportLayer.OnRequestReceived += TransportLayerOnRequestReceived;
}
static ServerServiceFactory()
{
ApplicationStack = (IServicesLayer)
(TransportLayer = new TransportLayer((IServicesLayer)
(LoggingLayer = new LoggingLayer(
new NotificationLayer(
new AuthorizationLayer(
new ValidationLayer(
new CachingLayer(
new DispatcherLayer(new ShopAdminService(), new BasketService(), new ShopService(), new UserService())))))))));
}
public NetworkRpcEndpoint(ITransportLayer transport, JsonRpcEndpoint.EndpointMode clientMode)
{
Transport = transport;
Mode = clientMode;
RpcLayer = new JsonRpcEndpoint(transport.GetStream(), Mode);
if (Mode.HasFlag(JsonRpcEndpoint.EndpointMode.Server))
{
RpcLayer.RequestPipeline.AddItemToStart(HandleRpcRequest);
}
if (Mode.HasFlag(JsonRpcEndpoint.EndpointMode.Client))
{
RpcLayer.ResponsePipeline.AddItemToStart(HandleRpcResponse);
}
}
public SessionLayer(ITransportLayer <string> transport)
{
transport.Received.Subscribe(datagram =>
{
log.Debug($"datagram recv: tranposrt_id={datagram.ID} size={datagram.Data.Length}");
int sessionID = 0;
var idFound = transportIDSessionIDTable.TryGetValue(datagram.ID, out sessionID);
Debug.Assert(idFound == true, "session must be registered");
Session session = null;
var sessionFound = TryGetSession(sessionID, out session);
Debug.Assert(sessionFound == true, "session must be registered");
OnNext(session, datagram.Data);
});
}
/// <summary>
/// save all message in the selected dump layer
/// </summary>
/// <param name="ServiceInstanceID"></param>
/// <param name="MessagesID"></param>
/// <param name="btArtifact"></param>
private static void SaveMessages(Guid ServiceInstanceID, IEnumerable <Guid> MessagesID, BTArtifactLogic btArtifact)
{
LogHelper.WriteInfo(ResourceLogic.GetString(ResourceKeyName.MessageSaving));
//retrieve the right layer
ITransportLayer accessLayer = ConfigParameter.GettingTheRightLayer();
foreach (Guid gu in MessagesID)
{
//retrieving the message
String sMessage = btArtifact.GetMessageBodyByMessageId(gu, ServiceInstanceID);
//save the message
accessLayer.SendMessage(sMessage, gu);
//updatecounter
PerfCounterAsync.UpdateStatistic();
}
LogHelper.WriteInfo(ResourceLogic.GetString(ResourceKeyName.MessageSaved));
}
public ServerInviteTransaction(ITransportLayer transport, IRequest request)
{
_transport = transport;
_request = request;
State = TransactionState.Proceeding;
_timerG = new Timer(OnRetransmit);
_timerH = new Timer(OnTimeout);
_timerI = new Timer(OnTerminated);
_timerGValue = TransactionManager.T1;
if (request.Method == "ACK")
throw new InvalidOperationException("Expected any other type than ACK and INVITE");
// The server transaction MUST generate a 100
// (Trying) response unless it knows that the TU will generate a
// provisional or final response within 200 ms, in which case it MAY
// generate a 100 (Trying) response
// Send(request.CreateResponse(StatusCode.Trying, "We are trying here..."));
}
/// <summary>
/// Initializes a new instance of the <see cref="ClientNonInviteTransaction"/> class.
/// </summary>
/// <param name="transport">Used to transport messages.</param>
/// <param name="message">Request to process.</param>
public ClientNonInviteTransaction(ITransportLayer transport, IMessage message)
{
_transport = transport;
if (!(message is IRequest))
{
throw new SipSharpException("Client transaction can only be created with requests");
}
IRequest request = (Request) message;
if (request.Method == "INVITE")
throw new SipSharpException("Use ClientInviteTransaction for invite requests.");
State = TransactionState.Trying;
_timerF = new Timer(OnTimeout, null, TransactionManager.T1*64, Timeout.Infinite);
if (!request.IsReliableProtocol)
{
_timerEValue = TransactionManager.T1;
_timerE = new Timer(OnRetransmission, null, _timerEValue, Timeout.Infinite);
}
_transport.Send(request);
}
public ServerInviteTransaction(ITransportLayer transport, IRequest request)
{
_transport = transport;
_request = request;
State = TransactionState.Proceeding;
_timerG = new Timer(OnRetransmit);
_timerH = new Timer(OnTimeout);
_timerI = new Timer(OnTerminated);
_timerGValue = TransactionManager.T1;
if (request.Method == "ACK")
{
throw new InvalidOperationException("Expected any other type than ACK and INVITE");
}
// The server transaction MUST generate a 100
// (Trying) response unless it knows that the TU will generate a
// provisional or final response within 200 ms, in which case it MAY
// generate a 100 (Trying) response
// Send(request.CreateResponse(StatusCode.Trying, "We are trying here..."));
}
public unsafe override void OnApplicationStart()
{
SteamClient.Init(823500);
Features.Guard.GetSteamFriends();
Features.Guard.GetLocalGuard();
#if DEBUG
MelonModLogger.LogWarning("Debug build!");
#endif
MelonModLogger.Log($"Multiplayer initialising with protocol version {PROTOCOL_VERSION}.");
// Set up prefs
ModPrefs.RegisterCategory("MPMod", "Multiplayer Settings");
ModPrefs.RegisterPrefBool("MPMod", "BaldFord", false, "90% effective hair removal solution");
// Initialise transport layer
TransportLayer = new SteamTransportLayer();
// Create the UI and cache the PlayerRep's model
ui = new MultiplayerUI();
client = new Client(ui, TransportLayer);
server = new Server(ui, TransportLayer);
PlayerRep.LoadFord();
// Configures if the PlayerRep's are showing or hiding certain parts
PlayerRep.showBody = true;
PlayerRep.showHair = ModPrefs.GetBool("MPMod", "BaldFord");
// Initialize Discord's RichPresence
RichPresence.Initialise(701895326600265879);
client.SetupRP();
#region Unused Code
//PlayerHooks.OnPlayerGrabObject += PlayerHooks_OnPlayerGrabObject;
//PlayerHooks.OnPlayerLetGoObject += PlayerHooks_OnPlayerLetGoObject;
//BWUtil.InitialiseGunPrefabs();
#endregion
}
public unsafe override void OnApplicationStart()
{
if (!SteamClient.IsValid)
{
SteamClient.Init(823500);
}
#if DEBUG
MelonModLogger.LogWarning("Debug build!");
#endif
MelonLogger.Log($"Multiplayer initialising with protocol version {PROTOCOL_VERSION}.");
// Set up prefs
MelonPrefs.RegisterCategory("MPMod", "Multiplayer Settings");
MelonPrefs.RegisterBool("MPMod", "BaldFord", false, "90% effective hair removal solution");
// Initialise transport layer
TransportLayer = new SteamTransportLayer();
// Create the UI and cache the PlayerRep's model
ui = new MultiplayerUI();
client = new Client(ui, TransportLayer);
server = new Server(ui, TransportLayer);
PlayerRep.LoadFord();
// Configures if the PlayerRep's are showing or hiding certain parts
PlayerRep.showBody = true;
PlayerRep.showHair = MelonPrefs.GetBool("MPMod", "BaldFord");
// Initialize Discord's RichPresence
RichPresence.Initialise(701895326600265879);
client.SetupRP();
BWUtil.Hook();
UnhollowerRuntimeLib.ClassInjector.RegisterTypeInIl2Cpp <SyncedObject>();
}
/// <summary>
/// Initializes a new instance of the <see cref="ClientNonInviteTransaction"/> class.
/// </summary>
/// <param name="transport">Used to transport messages.</param>
/// <param name="message">Request to process.</param>
public ClientNonInviteTransaction(ITransportLayer transport, IMessage message)
{
_transport = transport;
if (!(message is IRequest))
{
throw new SipSharpException("Client transaction can only be created with requests");
}
IRequest request = (Request)message;
if (request.Method == "INVITE")
{
throw new SipSharpException("Use ClientInviteTransaction for invite requests.");
}
State = TransactionState.Trying;
_timerF = new Timer(OnTimeout, null, TransactionManager.T1 * 64, Timeout.Infinite);
if (!request.IsReliableProtocol)
{
_timerEValue = TransactionManager.T1;
_timerE = new Timer(OnRetransmission, null, _timerEValue, Timeout.Infinite);
}
_transport.Send(request);
}
/// <summary>
/// Initializes a new instance of the <see cref="ClientInviteTransaction"/> class.
/// </summary>
/// <param name="transport">Transport layer used to send stuff.</param>
/// <param name="request">Request that will be sent immidiately by the transaction.</param>
public ClientInviteTransaction(ITransportLayer transport, IRequest request)
{
_transport = transport;
if (request.Method != "INVITE")
throw new SipSharpException("Can only be used with invite transactions.");
State = TransactionState.Calling;
_transport.Send(request);
_request = request;
// If an unreliable transport is being used, the client transaction MUST
// start timer A with a value of T1. If a reliable transport is being used,
// the client transaction SHOULD NOT start timer A
if (!request.IsReliableProtocol)
{
_timerAValue = TransactionManager.T1;
_timerA = new Timer(OnRetransmission, null, _timerAValue, Timeout.Infinite);
}
else _timerDValue = 0;
// For any transport, the client transaction MUST start timer B with a value of 64*T1 seconds
_timerB = new Timer(OnTimeout, null, TransactionManager.T1*64, Timeout.Infinite);
_timerD = new Timer(OnTerminate, null, _timerDValue, Timeout.Infinite);
}
/// <summary>
/// Initializes a new instance of the <see cref="TransactionManager"/> class.
/// </summary>
/// <param name="transport">Transport layer.</param>
public TransactionManager(ITransportLayer transport)
{
_transport = transport;
}
public TextApplicationLayer(ISessionLayer sessionLayer, IFrameLayer frameLayer, ITransportLayer transportLayer)
: base(ApiTypes.Text, sessionLayer, frameLayer, transportLayer)
{
}
public NetworkRpcClient(ITransportLayer transport) : base(transport, JsonRpcEndpoint.EndpointMode.Client)
{
}
public NetworkRpcService(ITransportLayer transport) : base(transport, JsonRpcEndpoint.EndpointMode.Server)
{
}
/// <summary>
/// Initializes a new instance of the <see cref="TransactionManager"/> class.
/// </summary>
/// <param name="transport">Transport layer.</param>
public TransactionManager(ITransportLayer transport)
{
_transport = transport;
}
public XModemApplicationLayer(ISessionLayer sessionLayer, IFrameLayer frameLayer, ITransportLayer transportLayer) :
base(ApiTypes.XModem, sessionLayer, frameLayer, transportLayer)
{
}
public Server(MultiplayerUI ui, ITransportLayer transportLayer)
{
this.ui = ui;
this.transportLayer = transportLayer;
}
public Client(MultiplayerUI ui, ITransportLayer transportLayer)
{
this.ui = ui;
this.transportLayer = transportLayer;
}
public BasicApplicationLayer(ISessionLayer sessionLayer, IFrameLayer frameLayer, ITransportLayer transportLayer)
: base(ApiTypes.Basic, sessionLayer, frameLayer, transportLayer)
{
}