BuildChannelListener <TChannel> ( Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode, BindingParameterCollection parameters) where TChannel : class, IChannel { if (listenUriBaseAddress == null) { throw new ArgumentNullException("listenUriBaseAddress"); } if (listenUriRelativeAddress == null) { throw new ArgumentNullException("listenUriRelativeAddress"); } if (parameters == null) { throw new ArgumentNullException("parameters"); } BindingContext ctx = CreateContext(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); return(ctx.BuildInnerChannelListener <TChannel> ()); }
public static bool IsDefined(ListenUriMode mode) { if (mode != ListenUriMode.Explicit) { return(mode == ListenUriMode.Unique); } return(true); }
public static bool IsDefined(ListenUriMode mode) { if (mode != ListenUriMode.Explicit) { return (mode == ListenUriMode.Unique); } return true; }
void Snippet6() { // <Snippet6> CustomBinding binding = new CustomBinding(); BindingParameterCollection bpCol = new BindingParameterCollection(); BindingContext context = new BindingContext(binding, bpCol); ListenUriMode mode = context.ListenUriMode; // </Snippet6> }
BindingContext(CustomBinding binding, BindingElementCollection remainingBindingElements, BindingParameterCollection parameters, Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode) { Initialize(binding, remainingBindingElements, parameters, listenUriBaseAddress, listenUriRelativeAddress, listenUriMode); }
public BindingContext(CustomBinding binding, BindingParameterCollection parameters, Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode) : this(binding, parameters) { listen_uri_base = listenUriBaseAddress; listen_uri_relative = listenUriRelativeAddress; listen_uri_mode = listenUriMode; }
private void Initialize(CustomBinding binding, BindingElementCollection remainingBindingElements, BindingParameterCollection parameters, Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode) { _binding = binding; _remainingBindingElements = new BindingElementCollection(remainingBindingElements); _bindingParameters = new BindingParameterCollection(parameters); _listenUriBaseAddress = listenUriBaseAddress; _listenUriRelativeAddress = listenUriRelativeAddress; _listenUriMode = listenUriMode; }
BindingContext CreateContext( Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode, BindingParameterCollection parameters) { // FIXME: it seems that binding elements are // "validated" so that the last item is a transport. return(new BindingContext( new CustomBinding(this), parameters, listenUriBaseAddress, listenUriRelativeAddress, listenUriMode)); }
void InitializeUri(Uri baseAddress, string relativeAddress, ListenUriMode mode) { switch (mode) { case ListenUriMode.Explicit: this.InitializeUri(baseAddress, relativeAddress); break; case ListenUriMode.Unique: { //This listener sets unique uris using the host name only. this.InitializeUniqueUri(baseAddress.Host); break; } } }
BuildChannelListener <TChannel> ( Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode, params object [] parameters) where TChannel : class, IChannel { BindingParameterCollection pl = new BindingParameterCollection(); foreach (object o in parameters) { pl.Add(o); } return(BuildChannelListener <TChannel> ( listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, pl)); }
// deep clone .ctor(). BindingContext(CustomBinding binding, BindingParameterCollection parms, BindingElementCollection elems, Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode) { this.binding = new CustomBinding(binding); parameters = new BindingParameterCollection(); foreach (var item in parms) { parameters.Add(item); } this.elements = new BindingElementCollection(); foreach (var item in elems) { this.elements.Add(item); } listen_uri_base = listenUriBaseAddress; listen_uri_relative = listenUriRelativeAddress; listen_uri_mode = listenUriMode; }
public ListenUriInfo(Uri listenUri, ListenUriMode listenUriMode) { _listenUri = listenUri; _listenUriMode = listenUriMode; }
public BindingContext(CustomBinding binding, BindingParameterCollection parameters, Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode) { if (binding == null) { throw DiagnosticUtility.ExceptionUtility.ThrowHelperArgumentNull(nameof(binding)); } if (listenUriRelativeAddress == null) { listenUriRelativeAddress = string.Empty; } if (!ListenUriModeHelper.IsDefined(listenUriMode)) { throw DiagnosticUtility.ExceptionUtility.ThrowHelperError(new ArgumentOutOfRangeException(nameof(listenUriMode))); } Initialize(binding, binding.Elements, parameters, listenUriBaseAddress, listenUriRelativeAddress, listenUriMode); }
public override IChannelListener <TChannel> BuildChannelListener <TChannel>(Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode, BindingParameterCollection parameters) { throw new PlatformNotSupportedException("BuildChannelListener not supported for HTTP"); }
public virtual IChannelListener <TChannel> BuildChannelListener <TChannel>(Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode, params object[] parameters) where TChannel : class, IChannel { return(this.BuildChannelListener <TChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, new BindingParameterCollection(parameters))); }
static public bool IsDefined(ListenUriMode mode) { return mode == ListenUriMode.Explicit || mode == ListenUriMode.Unique; }
public virtual IChannelListener <TChannel> BuildChannelListener <TChannel>(Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode, BindingParameterCollection parameters) where TChannel : class, IChannel { EnsureInvariants(); BindingContext context = new BindingContext(new CustomBinding(this), parameters, listenUriBaseAddress, listenUriRelativeAddress, listenUriMode); IChannelListener <TChannel> channelListener = context.BuildInnerChannelListener <TChannel>(); context.ValidateBindingElementsConsumed(); this.ValidateSecurityCapabilities(channelListener.GetProperty <ISecurityCapabilities>(), parameters); return(channelListener); }
static public bool IsDefined(ListenUriMode mode) { return(mode == ListenUriMode.Explicit || mode == ListenUriMode.Unique); }
Type BuildChannelListener(StuffPerListenUriInfo stuff, ServiceHostBase serviceHost, Uri listenUri, ListenUriMode listenUriMode, out IChannelListener result) { Binding originalBinding = stuff.Endpoints[0].Binding; CustomBinding binding = new CustomBinding(originalBinding); BindingParameterCollection parameters = stuff.Parameters; Uri listenUriBaseAddress; string listenUriRelativeAddress; GetBaseAndRelativeAddresses(serviceHost, listenUri, binding.Scheme, out listenUriBaseAddress, out listenUriRelativeAddress); // I don't believe InternalDuplexBindingElement is needed, at least not initially. // It looks like it's used when a channel factory is used to supply the outgoing channel // for duplex. I think it binds an incoming listener to an outgoing channel to acheive duplex. //InternalDuplexBindingElement internalDuplex = null; //InternalDuplexBindingElement.AddDuplexListenerSupport(binding, ref internalDuplex); // All types are supported to start bool reply = true; bool replySession = true; bool input = true; bool inputSession = true; bool duplex = true; bool duplexSession = true; string sessionContractName = null; string datagramContractName = null; // each endpoint adds constraints for (int i = 0; i < stuff.Endpoints.Count; ++i) { ContractDescription contract = stuff.Endpoints[i].Contract; if (contract.SessionMode == SessionMode.Required) { sessionContractName = contract.Name; } if (contract.SessionMode == SessionMode.NotAllowed) { datagramContractName = contract.Name; } System.Collections.IList endpointTypes = GetSupportedChannelTypes(contract); if (!endpointTypes.Contains(typeof(IReplyChannel))) { reply = false; } if (!endpointTypes.Contains(typeof(IReplySessionChannel))) { replySession = false; } if (!endpointTypes.Contains(typeof(IInputChannel))) { input = false; } if (!endpointTypes.Contains(typeof(IInputSessionChannel))) { inputSession = false; } if (!endpointTypes.Contains(typeof(IDuplexChannel))) { duplex = false; } if (!endpointTypes.Contains(typeof(IDuplexSessionChannel))) { duplexSession = false; } } if ((sessionContractName != null) && (datagramContractName != null)) { string text = SR.Format(SR.SFxCannotRequireBothSessionAndDatagram3, datagramContractName, sessionContractName, binding.Name); Exception error = new InvalidOperationException(text); throw DiagnosticUtility.ExceptionUtility.ThrowHelperError(error); } List <Type> supportedChannelTypes = new List <Type>(); if (input) { supportedChannelTypes.Add(typeof(IInputChannel)); } if (inputSession) { supportedChannelTypes.Add(typeof(IInputSessionChannel)); } if (reply) { supportedChannelTypes.Add(typeof(IReplyChannel)); } if (replySession) { supportedChannelTypes.Add(typeof(IReplySessionChannel)); } if (duplex) { supportedChannelTypes.Add(typeof(IDuplexChannel)); } if (duplexSession) { supportedChannelTypes.Add(typeof(IDuplexSessionChannel)); } // now we know what channel types we can use to support the contracts at this ListenUri Type returnValue = MaybeCreateListener(true, supportedChannelTypes.ToArray(), binding, parameters, listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, out result); if (result == null) { // we put a lot of work into creating a good error message, as this is a common case Dictionary <Type, byte> setOfChannelTypesSupportedByBinding = new Dictionary <Type, byte>(); if (binding.CanBuildChannelListener <IInputChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IInputChannel), 0); } if (binding.CanBuildChannelListener <IReplyChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IReplyChannel), 0); } if (binding.CanBuildChannelListener <IDuplexChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IDuplexChannel), 0); } if (binding.CanBuildChannelListener <IInputSessionChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IInputSessionChannel), 0); } if (binding.CanBuildChannelListener <IReplySessionChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IReplySessionChannel), 0); } if (binding.CanBuildChannelListener <IDuplexSessionChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IDuplexSessionChannel), 0); } throw DiagnosticUtility.ExceptionUtility.ThrowHelperError(ChannelRequirements.CantCreateListenerException( setOfChannelTypesSupportedByBinding.Keys, supportedChannelTypes, originalBinding.Name)); } return(returnValue); }
static Type MaybeCreateListener(bool actuallyCreate, Type[] supportedChannels, Binding binding, BindingParameterCollection parameters, Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode, ServiceThrottle throttle, out IChannelListener result, bool supportContextSession) { // if actuallyCreate is true, then this behaves like CreateListener() // else this behaves like CanCreateListener() // result is channel type that was (would be) created, null if can't create // // Ugly API helps refactor common code in these two similar-but-different methods result = null; for (int i = 0; i < supportedChannels.Length; i++) { Type channelType = supportedChannels[i]; if (channelType == typeof(IInputChannel)) { if (binding.CanBuildChannelListener<IInputChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IInputChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IInputChannel); } } if (channelType == typeof(IReplyChannel)) { if (binding.CanBuildChannelListener<IReplyChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IReplyChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IReplyChannel); } } if (channelType == typeof(IDuplexChannel)) { if (binding.CanBuildChannelListener<IDuplexChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IDuplexChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IDuplexChannel); } } if (channelType == typeof(IInputSessionChannel)) { if (binding.CanBuildChannelListener<IInputSessionChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IInputSessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IInputSessionChannel); } } if (channelType == typeof(IReplySessionChannel)) { if (binding.CanBuildChannelListener<IReplySessionChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IReplySessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IReplySessionChannel); } } if (channelType == typeof(IDuplexSessionChannel)) { if (binding.CanBuildChannelListener<IDuplexSessionChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IDuplexSessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IDuplexSessionChannel); } } } // If the binding does not support the type natively, try to adapt for (int i = 0; i < supportedChannels.Length; i++) { Type channelType = supportedChannels[i]; // For SessionMode.Allowed or SessionMode.NotAllowed we will accept session-ful variants as well and adapt them if (channelType == typeof(IInputChannel)) { if (binding.CanBuildChannelListener<IInputSessionChannel>(parameters)) { if (actuallyCreate) { IChannelListener<IInputSessionChannel> temp = binding.BuildChannelListener<IInputSessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); result = DatagramAdapter.GetInputListener(temp, throttle, binding); } return typeof(IInputSessionChannel); } } if (channelType == typeof(IReplyChannel)) { if (binding.CanBuildChannelListener<IReplySessionChannel>(parameters)) { if (actuallyCreate) { IChannelListener<IReplySessionChannel> temp = binding.BuildChannelListener<IReplySessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); result = DatagramAdapter.GetReplyListener(temp, throttle, binding); } return typeof(IReplySessionChannel); } } if (supportContextSession) { // and for SessionMode.Required, it is possible that the InstanceContextProvider is handling the session management, so // accept datagram variants if that is the case if (channelType == typeof(IReplySessionChannel)) { if (binding.CanBuildChannelListener<IReplyChannel>(parameters) && binding.GetProperty<IContextSessionProvider>(parameters) != null) { if (actuallyCreate) { result = binding.BuildChannelListener<IReplyChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IReplyChannel); } } } } return null; }
Type BuildChannelListener(StuffPerListenUriInfo stuff, ServiceHostBase serviceHost, Uri listenUri, ListenUriMode listenUriMode, bool supportContextSession, out IChannelListener result) { Binding originalBinding = stuff.Endpoints[0].Binding; CustomBinding binding = new CustomBinding(originalBinding); BindingParameterCollection parameters = stuff.Parameters; Uri listenUriBaseAddress; string listenUriRelativeAddress; GetBaseAndRelativeAddresses(serviceHost, listenUri, binding.Scheme, out listenUriBaseAddress, out listenUriRelativeAddress); InternalDuplexBindingElement internalDuplex = null; InternalDuplexBindingElement.AddDuplexListenerSupport(binding, ref internalDuplex); // All types are supported to start bool reply = true; bool replySession = true; bool input = true; bool inputSession = true; bool duplex = true; bool duplexSession = true; string sessionContractName = null; string datagramContractName = null; // each endpoint adds constraints for (int i = 0; i < stuff.Endpoints.Count; ++i) { ContractDescription contract = stuff.Endpoints[i].Contract; if (contract.SessionMode == SessionMode.Required) { sessionContractName = contract.Name; } if (contract.SessionMode == SessionMode.NotAllowed) { datagramContractName = contract.Name; } System.Collections.IList endpointTypes = GetSupportedChannelTypes(contract); if (!endpointTypes.Contains(typeof(IReplyChannel))) { reply = false; } if (!endpointTypes.Contains(typeof(IReplySessionChannel))) { replySession = false; } if (!endpointTypes.Contains(typeof(IInputChannel))) { input = false; } if (!endpointTypes.Contains(typeof(IInputSessionChannel))) { inputSession = false; } if (!endpointTypes.Contains(typeof(IDuplexChannel))) { duplex = false; } if (!endpointTypes.Contains(typeof(IDuplexSessionChannel))) { duplexSession = false; } } if ((sessionContractName != null) && (datagramContractName != null)) { string text = SR.GetString(SR.SFxCannotRequireBothSessionAndDatagram3, datagramContractName, sessionContractName, binding.Name); Exception error = new InvalidOperationException(text); throw DiagnosticUtility.ExceptionUtility.ThrowHelperError(error); } List<Type> supportedChannelTypes = new List<Type>(); if (input) { supportedChannelTypes.Add(typeof(IInputChannel)); } if (inputSession) { supportedChannelTypes.Add(typeof(IInputSessionChannel)); } if (reply) { supportedChannelTypes.Add(typeof(IReplyChannel)); } if (replySession) { supportedChannelTypes.Add(typeof(IReplySessionChannel)); } if (duplex) { supportedChannelTypes.Add(typeof(IDuplexChannel)); } if (duplexSession) { supportedChannelTypes.Add(typeof(IDuplexSessionChannel)); } // now we know what channel types we can use to support the contracts at this ListenUri Type returnValue = DispatcherBuilder.MaybeCreateListener(true, supportedChannelTypes.ToArray(), binding, parameters, listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, serviceHost.ServiceThrottle, out result, supportContextSession && sessionContractName != null); if (result == null) { // we put a lot of work into creating a good error message, as this is a common case Dictionary<Type, byte> setOfChannelTypesSupportedByBinding = new Dictionary<Type, byte>(); if (binding.CanBuildChannelListener<IInputChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IInputChannel), 0); } if (binding.CanBuildChannelListener<IReplyChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IReplyChannel), 0); } if (binding.CanBuildChannelListener<IDuplexChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IDuplexChannel), 0); } if (binding.CanBuildChannelListener<IInputSessionChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IInputSessionChannel), 0); } if (binding.CanBuildChannelListener<IReplySessionChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IReplySessionChannel), 0); } if (binding.CanBuildChannelListener<IDuplexSessionChannel>()) { setOfChannelTypesSupportedByBinding.Add(typeof(IDuplexSessionChannel), 0); } throw DiagnosticUtility.ExceptionUtility.ThrowHelperError(ChannelRequirements.CantCreateListenerException( setOfChannelTypesSupportedByBinding.Keys, supportedChannelTypes, originalBinding.Name)); } return returnValue; }
private System.Type BuildChannelListener(StuffPerListenUriInfo stuff, ServiceHostBase serviceHost, Uri listenUri, ListenUriMode listenUriMode, bool supportContextSession, out IChannelListener result) { Uri uri; string str; Binding binding = stuff.Endpoints[0].Binding; CustomBinding binding2 = new CustomBinding(binding); BindingParameterCollection parameters = stuff.Parameters; this.GetBaseAndRelativeAddresses(serviceHost, listenUri, binding2.Scheme, out uri, out str); InternalDuplexBindingElement internalDuplexBindingElement = null; InternalDuplexBindingElement.AddDuplexListenerSupport(binding2, ref internalDuplexBindingElement); bool flag = true; bool flag2 = true; bool flag3 = true; bool flag4 = true; bool flag5 = true; bool flag6 = true; string name = null; string str3 = null; for (int i = 0; i < stuff.Endpoints.Count; i++) { ContractDescription contract = stuff.Endpoints[i].Contract; if (contract.SessionMode == SessionMode.Required) { name = contract.Name; } if (contract.SessionMode == SessionMode.NotAllowed) { str3 = contract.Name; } IList supportedChannelTypes = GetSupportedChannelTypes(contract); if (!supportedChannelTypes.Contains(typeof(IReplyChannel))) { flag = false; } if (!supportedChannelTypes.Contains(typeof(IReplySessionChannel))) { flag2 = false; } if (!supportedChannelTypes.Contains(typeof(IInputChannel))) { flag3 = false; } if (!supportedChannelTypes.Contains(typeof(IInputSessionChannel))) { flag4 = false; } if (!supportedChannelTypes.Contains(typeof(IDuplexChannel))) { flag5 = false; } if (!supportedChannelTypes.Contains(typeof(IDuplexSessionChannel))) { flag6 = false; } } if ((name != null) && (str3 != null)) { Exception exception = new InvalidOperationException(System.ServiceModel.SR.GetString("SFxCannotRequireBothSessionAndDatagram3", new object[] { str3, name, binding2.Name })); throw DiagnosticUtility.ExceptionUtility.ThrowHelperError(exception); } List<System.Type> requiredChannels = new List<System.Type>(); if (flag3) { requiredChannels.Add(typeof(IInputChannel)); } if (flag4) { requiredChannels.Add(typeof(IInputSessionChannel)); } if (flag) { requiredChannels.Add(typeof(IReplyChannel)); } if (flag2) { requiredChannels.Add(typeof(IReplySessionChannel)); } if (flag5) { requiredChannels.Add(typeof(IDuplexChannel)); } if (flag6) { requiredChannels.Add(typeof(IDuplexSessionChannel)); } System.Type type = MaybeCreateListener(true, requiredChannels.ToArray(), binding2, parameters, uri, str, listenUriMode, serviceHost.ServiceThrottle, out result, supportContextSession && (name != null)); if (result != null) { return type; } Dictionary<System.Type, byte> dictionary = new Dictionary<System.Type, byte>(); if (binding2.CanBuildChannelListener<IInputChannel>(new object[0])) { dictionary.Add(typeof(IInputChannel), 0); } if (binding2.CanBuildChannelListener<IReplyChannel>(new object[0])) { dictionary.Add(typeof(IReplyChannel), 0); } if (binding2.CanBuildChannelListener<IDuplexChannel>(new object[0])) { dictionary.Add(typeof(IDuplexChannel), 0); } if (binding2.CanBuildChannelListener<IInputSessionChannel>(new object[0])) { dictionary.Add(typeof(IInputSessionChannel), 0); } if (binding2.CanBuildChannelListener<IReplySessionChannel>(new object[0])) { dictionary.Add(typeof(IReplySessionChannel), 0); } if (binding2.CanBuildChannelListener<IDuplexSessionChannel>(new object[0])) { dictionary.Add(typeof(IDuplexSessionChannel), 0); } throw DiagnosticUtility.ExceptionUtility.ThrowHelperError(ChannelRequirements.CantCreateListenerException(dictionary.Keys, requiredChannels, binding.Name)); }
private static System.Type MaybeCreateListener(bool actuallyCreate, System.Type[] supportedChannels, Binding binding, BindingParameterCollection parameters, Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode, ServiceThrottle throttle, out IChannelListener result, bool supportContextSession) { result = null; for (int i = 0; i < supportedChannels.Length; i++) { System.Type type = supportedChannels[i]; if ((type == typeof(IInputChannel)) && binding.CanBuildChannelListener<IInputChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IInputChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IInputChannel); } if ((type == typeof(IReplyChannel)) && binding.CanBuildChannelListener<IReplyChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IReplyChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IReplyChannel); } if ((type == typeof(IDuplexChannel)) && binding.CanBuildChannelListener<IDuplexChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IDuplexChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IDuplexChannel); } if ((type == typeof(IInputSessionChannel)) && binding.CanBuildChannelListener<IInputSessionChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IInputSessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IInputSessionChannel); } if ((type == typeof(IReplySessionChannel)) && binding.CanBuildChannelListener<IReplySessionChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IReplySessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IReplySessionChannel); } if ((type == typeof(IDuplexSessionChannel)) && binding.CanBuildChannelListener<IDuplexSessionChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener<IDuplexSessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IDuplexSessionChannel); } } for (int j = 0; j < supportedChannels.Length; j++) { System.Type type2 = supportedChannels[j]; if ((type2 == typeof(IInputChannel)) && binding.CanBuildChannelListener<IInputSessionChannel>(parameters)) { if (actuallyCreate) { IChannelListener<IInputSessionChannel> inner = binding.BuildChannelListener<IInputSessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); result = DatagramAdapter.GetInputListener(inner, throttle, binding); } return typeof(IInputSessionChannel); } if ((type2 == typeof(IReplyChannel)) && binding.CanBuildChannelListener<IReplySessionChannel>(parameters)) { if (actuallyCreate) { IChannelListener<IReplySessionChannel> listener2 = binding.BuildChannelListener<IReplySessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); result = DatagramAdapter.GetReplyListener(listener2, throttle, binding); } return typeof(IReplySessionChannel); } if ((supportContextSession && (type2 == typeof(IReplySessionChannel))) && (binding.CanBuildChannelListener<IReplyChannel>(parameters) && (binding.GetProperty<IContextSessionProvider>(parameters) != null))) { if (actuallyCreate) { result = binding.BuildChannelListener<IReplyChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return typeof(IReplyChannel); } } return null; }
public ListenUriInfo(Uri listenUri, ListenUriMode listenUriMode) { this.listenUri = listenUri; this.listenUriMode = listenUriMode; }
internal static void InitializeServiceHost(ServiceHostBase serviceHost) { var description = serviceHost.Description; if (serviceHost.ImplementedContracts != null && serviceHost.ImplementedContracts.Count > 0) { EnsureThereAreApplicationEndpoints(description); } ValidateDescription(serviceHost); var stuffPerListenUriInfo = new Dictionary <ListenUriInfo, StuffPerListenUriInfo>(); var endpointInfosPerEndpointAddress = new Dictionary <EndpointAddress, Collection <EndpointInfo> >(); // Ensure ListenUri and group endpoints per ListenUri for (int i = 0; i < description.Endpoints.Count; i++) { ServiceEndpoint endpoint = description.Endpoints[i]; ListenUriInfo listenUriInfo = GetListenUriInfoForEndpoint(serviceHost, endpoint); if (!stuffPerListenUriInfo.ContainsKey(listenUriInfo)) { stuffPerListenUriInfo.Add(listenUriInfo, new StuffPerListenUriInfo()); } stuffPerListenUriInfo[listenUriInfo].Endpoints.Add(endpoint); } foreach (KeyValuePair <ListenUriInfo, StuffPerListenUriInfo> stuff in stuffPerListenUriInfo) { Uri listenUri = stuff.Key.ListenUri; ListenUriMode listenUriMode = stuff.Key.ListenUriMode; BindingParameterCollection parameters = stuff.Value.Parameters; Binding binding = stuff.Value.Endpoints[0].Binding; EndpointIdentity identity = stuff.Value.Endpoints[0].Address.Identity; // same EndpointAddressTable instance must be shared between channelDispatcher and parameters //ThreadSafeMessageFilterTable<EndpointAddress> endpointAddressTable = new ThreadSafeMessageFilterTable<EndpointAddress>(); //parameters.Add(endpointAddressTable); // add service-level binding parameters foreach (IServiceBehavior behavior in description.Behaviors) { behavior.AddBindingParameters(description, serviceHost, stuff.Value.Endpoints, parameters); } for (int i = 0; i < stuff.Value.Endpoints.Count; i++) { ServiceEndpoint endpoint = stuff.Value.Endpoints[i]; string viaString = listenUri.AbsoluteUri; // ensure all endpoints with this ListenUriInfo have same binding if (endpoint.Binding != binding) { throw DiagnosticUtility.ExceptionUtility.ThrowHelperError(new InvalidOperationException(SR.Format(SR.ABindingInstanceHasAlreadyBeenAssociatedTo1, viaString))); } // ensure all endpoints with this ListenUriInfo have same identity if (!object.Equals(endpoint.Address.Identity, identity)) { throw DiagnosticUtility.ExceptionUtility.ThrowHelperError(new InvalidOperationException( SR.Format(SR.SFxWhenMultipleEndpointsShareAListenUriTheyMustHaveSameIdentity, viaString))); } // add binding parameters (endpoint scope and below) AddBindingParametersForSecurityContractInformation(endpoint, parameters); AddBindingParameters(endpoint, parameters); } List <Type> channelTypes = GetSupportedChannelTypes(stuff.Value); var bindingQname = new XmlQualifiedName(binding.Name, binding.Namespace); var channelDispatcher = new ChannelDispatcher(listenUri, binding, bindingQname.ToString(), binding, channelTypes); //channelDispatcher.SetEndpointAddressTable(endpointAddressTable); stuff.Value.ChannelDispatcher = channelDispatcher; for (int i = 0; i < stuff.Value.Endpoints.Count; i++) { ServiceEndpoint endpoint = stuff.Value.Endpoints[i]; string viaString = listenUri.AbsoluteUri; //EndpointFilterProvider provider = new EndpointFilterProvider(); EndpointDispatcher dispatcher = BuildEndpointDispatcher(description, endpoint); if (!endpointInfosPerEndpointAddress.ContainsKey(endpoint.Address)) { endpointInfosPerEndpointAddress.Add(endpoint.Address, new Collection <EndpointInfo>()); } endpointInfosPerEndpointAddress[endpoint.Address].Add(new EndpointInfo(endpoint, dispatcher, /*provider*/ null)); channelDispatcher.Endpoints.Add(dispatcher); } // end foreach "endpoint" serviceHost.ChannelDispatchers.Add(channelDispatcher); } // end foreach "ListenUri/ChannelDispatcher" group // run service behaviors for (int i = 0; i < description.Behaviors.Count; i++) { IServiceBehavior serviceBehavior = description.Behaviors[i]; serviceBehavior.ApplyDispatchBehavior(description, serviceHost); } foreach (KeyValuePair <ListenUriInfo, StuffPerListenUriInfo> stuff in stuffPerListenUriInfo) { for (int i = 0; i < stuff.Value.Endpoints.Count; i++) { ServiceEndpoint endpoint = stuff.Value.Endpoints[i]; // rediscover which dispatcher goes with this endpoint Collection <EndpointInfo> infos = endpointInfosPerEndpointAddress[endpoint.Address]; EndpointInfo info = null; foreach (EndpointInfo ei in infos) { if (ei.Endpoint == endpoint) { info = ei; break; } } EndpointDispatcher dispatcher = info.EndpointDispatcher; // run contract behaviors for (int k = 0; k < endpoint.Contract.Behaviors.Count; k++) { IContractBehavior behavior = endpoint.Contract.Behaviors[k]; behavior.ApplyDispatchBehavior(endpoint.Contract, endpoint, dispatcher.DispatchRuntime); } // run endpoint behaviors ApplyBindingInformationFromEndpointToDispatcher(endpoint, dispatcher); for (int j = 0; j < endpoint.Behaviors.Count; j++) { IEndpointBehavior eb = endpoint.Behaviors[j]; eb.ApplyDispatchBehavior(endpoint, dispatcher); } // run operation behaviors BindOperations(endpoint.Contract, null, dispatcher.DispatchRuntime); } } EnsureRequiredRuntimeProperties(endpointInfosPerEndpointAddress); // Warn about obvious demux conflicts foreach (Collection <EndpointInfo> endpointInfos in endpointInfosPerEndpointAddress.Values) { // all elements of endpointInfos share the same Address (and thus EndpointListener.AddressFilter) if (endpointInfos.Count > 1) { for (int i = 0; i < endpointInfos.Count; i++) { for (int j = i + 1; j < endpointInfos.Count; j++) { // if not same ListenUri, won't conflict // if not same ChannelType, may not conflict (some transports demux based on this) // if they share a ChannelDispatcher, this means same ListenUri and same ChannelType if (endpointInfos[i].EndpointDispatcher.ChannelDispatcher == endpointInfos[j].EndpointDispatcher.ChannelDispatcher) { EndpointFilterProvider iProvider = endpointInfos[i].FilterProvider; EndpointFilterProvider jProvider = endpointInfos[j].FilterProvider; // if not default EndpointFilterProvider, we won't try to throw, you're on your own string commonAction; if (iProvider != null && jProvider != null && HaveCommonInitiatingActions(iProvider, jProvider, out commonAction)) { // you will definitely get a MultipleFiltersMatchedException at runtime, // so let's go ahead and throw now throw DiagnosticUtility.ExceptionUtility.ThrowHelperError( new InvalidOperationException( SR.Format(SR.SFxDuplicateInitiatingActionAtSameVia, endpointInfos[i].Endpoint.ListenUri, commonAction))); } } } } } } }
static internal Type MaybeCreateListener(bool actuallyCreate, Type[] supportedChannels, Binding binding, BindingParameterCollection parameters, Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode, ServiceThrottle throttle, out IChannelListener result) { return MaybeCreateListener(actuallyCreate, supportedChannels, binding, parameters, listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, throttle, out result, false); }
public ListenUriInfo(Uri listenUri, ListenUriMode listenUriMode) { this.listenUri = listenUri; this.listenUriMode = listenUriMode; }
public ListenUriInfo(Uri listenUri, ListenUriMode listenUriMode) { _listenUri = listenUri; _listenUriMode = listenUriMode; }
static Type MaybeCreateListener(bool actuallyCreate, Type[] supportedChannels, Binding binding, BindingParameterCollection parameters, Uri listenUriBaseAddress, string listenUriRelativeAddress, ListenUriMode listenUriMode, out IChannelListener result) { // if actuallyCreate is true, then this behaves like CreateListener() // else this behaves like CanCreateListener() // result is channel type that was (would be) created, null if can't create // // Ugly API helps refactor common code in these two similar-but-different methods result = null; for (int i = 0; i < supportedChannels.Length; i++) { Type channelType = supportedChannels[i]; if (channelType == typeof(IInputChannel)) { if (binding.CanBuildChannelListener <IInputChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener <IInputChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return(typeof(IInputChannel)); } } if (channelType == typeof(IReplyChannel)) { if (binding.CanBuildChannelListener <IReplyChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener <IReplyChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return(typeof(IReplyChannel)); } } if (channelType == typeof(IDuplexChannel)) { if (binding.CanBuildChannelListener <IDuplexChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener <IDuplexChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return(typeof(IDuplexChannel)); } } if (channelType == typeof(IInputSessionChannel)) { if (binding.CanBuildChannelListener <IInputSessionChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener <IInputSessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return(typeof(IInputSessionChannel)); } } if (channelType == typeof(IReplySessionChannel)) { if (binding.CanBuildChannelListener <IReplySessionChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener <IReplySessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return(typeof(IReplySessionChannel)); } } if (channelType == typeof(IDuplexSessionChannel)) { if (binding.CanBuildChannelListener <IDuplexSessionChannel>(parameters)) { if (actuallyCreate) { result = binding.BuildChannelListener <IDuplexSessionChannel>(listenUriBaseAddress, listenUriRelativeAddress, listenUriMode, parameters); } return(typeof(IDuplexSessionChannel)); } } } return(null); }