#line 1 "C:\\WINDOWS\\Microsoft.NET\\Framework\\v3.0\\Windows Communication Foundation\\ServiceModel.mof"
#pragma autorecover
#pragma classflags("forceupdate")
#pragma namespace("\\\\.\\Root")

[Locale(1033) : ToInstance, 
NamespaceSecuritySDDL ("O:BAG:BAD:P(A;CI;CCDCLCSWRPWPRCWD;;;BA)(A;CI;CC;;;NS)(A;CI;CC;;;LS)")]
Instance of __Namespace
{
  Name = "ServiceModel";
};

#pragma namespace("\\\\.\\root\\ServiceModel")

[RequiresEncryption(TRUE)] 
instance of __systemSecurity 
{ 
};

instance of __Win32Provider as $P
{
    Name = "ServiceModel";
    HostingModel = "Decoupled:Com";  
};

instance of __InstanceProviderRegistration
{
    Provider = $P;
    SupportsGet = TRUE;
    SupportsPut = TRUE;
    SupportsDelete = TRUE;
    SupportsEnumeration = TRUE;
    QuerySupportLevels = {"WQL:UnarySelect"};
};

instance of __MethodProviderRegistration
{
    Provider = $P;
};

[
Description("Application domain information"): amended,
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{A598F86F-FC0D-4b6b-A591-661E0B49DB9E}"): ToInstance
]
class AppDomainInfo
{
    [Description("The Id of the appdomain."): Amended,
    DisplayName("AppDomainId"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         sint32 AppDomainId;

    [Description("The name of the appdomain."): Amended,
    DisplayName("Name"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         string Name;

    [Description("The process Id."): Amended,
    DisplayName("ProcessId"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         sint32 ProcessId;

    [Description("Indicates if the appdomain is the default appdomain."): Amended,
    DisplayName("IsDefault"), 
    read: ToInstance ToSubClass]
         boolean IsDefault;

    [Description("A value that specifies whether malformed messages are logged."): Amended,
    DisplayName("LogMalformedMessages")]
        boolean LogMalformedMessages;

    [Description("A value that specifies whether messages are traced at the service level (before encryption and transport-related transforms)."): Amended,
    DisplayName("LogMessagesAtServiceLevel")]
        boolean LogMessagesAtServiceLevel;

    [Description("A value that specifies whether messages are traced at the transport level."): Amended,
    DisplayName("LogMessagesAtTransportLevel")]
        boolean LogMessagesAtTransportLevel;

    [Description("The collection trace listeners that listen to the System.ServiceModel.MessageLogging trace source."): Amended,
    DisplayName("MessageLoggingTraceListeners"), 
    read: ToInstance ToSubClass]
         TraceListener MessageLoggingTraceListeners[];

    [Description("The scope of active performance counters in the appdomain."): Amended,
    DisplayName("PerformanceCounters"), 
    read: ToInstance ToSubClass]
         string PerformanceCounters;

    [Description("The path to the configuration of the service."): Amended,
    DisplayName("ServiceConfigPath"), 
    read: ToInstance ToSubClass]
         string ServiceConfigPath;

    [Description("The collection trace listeners that listen to the System.ServiceModel trace source."): Amended,
    DisplayName("ServiceModelTraceListeners"), 
    read: ToInstance ToSubClass]
         TraceListener ServiceModelTraceListeners[];

    [Description("The trace level of the System.ServiceModel trace source."): Amended,
    DisplayName("TraceLevel")]
        string TraceLevel;

};

[
Description("Trace Listener"): amended,
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{4556569B-4546-4C74-A0DB-8D889238137D}"): ToInstance
]
class TraceListener
{
    [Description("The name of the trace listener."): Amended,
    DisplayName("Name"),
    read: ToInstance ToSubClass]
        string Name;

    [Description("The arguments of the trace listener."): Amended,
    DisplayName("TraceListenerArguments"),
    read: ToInstance ToSubClass]
        TraceListenerArgument TraceListenerArguments[];

};

[
Description("Trace Listener Argument"): amended,
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{81A1FEF1-9A54-4B10-927C-877F1241F4E8}"): ToInstance
]
class TraceListenerArgument
{
    [Description("The name of the argument."): Amended,
    DisplayName("Name"),
    read: ToInstance ToSubClass]
        string Name;

    [Description("The value of the argument."): Amended,
    DisplayName("Value"),
    read: ToInstance ToSubClass]
        string Value;

};

[
Description("ServiceModel Service"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{94C1FEE8-EDFD-4db1-B07F-FB06622C882D}"): ToInstance
]
class Service
{
    [Description("Service name at the address."): Amended,
    DisplayName("DistinguishedName"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         string DistinguishedName;

    [Description("The process id of the process that hosts the service."): Amended,
    DisplayName("ProcessId"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         sint32 ProcessId;

    [Description("The base addresses used by the service."): Amended,
    DisplayName("BaseAddresses"), 
    read: ToInstance ToSubClass]
         string BaseAddresses[];

    [Description("The behaviors associated with this service."): Amended,
    DisplayName("Behaviors"), 
    read: ToInstance ToSubClass]
         Behavior Behaviors[];

    [Description("ServiceElement_BehaviorConfiguration"): Amended,
    DisplayName("ConfigurationName"), 
    read: ToInstance ToSubClass]
         string ConfigurationName;

    [Description("Instance name of the instance of the performance counters of the service. "): Amended,
    DisplayName("CounterInstanceName"), 
    read: ToInstance ToSubClass]
         string CounterInstanceName;

    [Description("The instance contexts for the extensions of the service instance."): Amended,
    DisplayName("Extensions"), 
    read: ToInstance ToSubClass]
         string Extensions[];

    [Description("The unique name of this service."): Amended,
    DisplayName("Name"), 
    read: ToInstance ToSubClass]
         string Name;

    [Description("The namespace of the service."): Amended,
    DisplayName("Namespace"), 
    read: ToInstance ToSubClass]
         string Namespace;

    [Description("The time the service was opened."): Amended,
    DisplayName("Opened"), 
    read: ToInstance ToSubClass]
         datetime Opened;

    [Description("The channels that are outgoing from the service instance."): Amended,
    DisplayName("OutgoingChannels"), 
    read: ToInstance ToSubClass]
         Channel OutgoingChannels[];

    [Description("The service metadata settings."): Amended,
    DisplayName("Metadata"), 
    read: ToInstance ToSubClass]
         string Metadata[];

};

[
Aggregation: ToSubClass, 
Association: DisableOverride ToInstance ToSubClass, 
Description("Map service to app domain"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{E989AF08-2217-4d67-8E20-282594606E80}"): ToInstance
]
class ServiceAppDomain
{
    [Description("The service of this appdomain."): Amended,
    DisplayName("Service"), 
    key,
    read: ToInstance ToSubClass]
         Service ref Service;

    [Description("Contains properties of the appdomain."): Amended,
    DisplayName("AppDomainInfo"), 
    key,
    read: ToInstance ToSubClass]
         AppDomainInfo ref AppDomainInfo;

};

[
Aggregation: ToSubClass, 
Association: DisableOverride ToInstance ToSubClass, 
Description("Map service to endpoint"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{B454051D-0A85-4346-A55B-7BDA5189A405}"): ToInstance
]
class ServiceToEndpointAssociation
{
    [Description("The service associated with the endpoint."): Amended,
    DisplayName("Service"), 
    key,
    read: ToInstance ToSubClass]
         Service ref Service;

    [Description("The endpoint associated with the service."): Amended,
    DisplayName("Endpoint"), 
    key,
    read: ToInstance ToSubClass]
         Endpoint ref Endpoint;

};

[
Description("ServiceModel Endpoint"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{712A0B9F-4AA8-418a-823E-6421E1A895AD}"): ToInstance
]
class Endpoint
{
    [Description("The appdomain id of the appdomain that hosts the endpoint."): Amended,
    DisplayName("AppDomainId"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         sint32 AppDomainId;

    [Description("A string that specifies which contract this endpoint is exposing."): Amended,
    DisplayName("ContractName"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         string ContractName;

    [Description("The Uri the endpoint listens on."): Amended,
    DisplayName("ListenUri"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         string ListenUri;

    [Description("The process Id of the process that hosts the endpoint."): Amended,
    DisplayName("ProcessId"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         sint32 ProcessId;

    [Description("A Uri that contains the address of the endpoint."): Amended,
    DisplayName("Address"), 
    read: ToInstance ToSubClass]
         string Address;

    [Description(" The collection of address headers attached to this endpoint."): Amended,
    DisplayName("AddressHeaders"), 
    read: ToInstance ToSubClass]
         string AddressHeaders[];

    [Description("The identity of the endpoint."): Amended,
    DisplayName("AddressIdentity"), 
    read: ToInstance ToSubClass]
         string AddressIdentity;

    [Description("The collection of behaviors implemented by this endpoint."): Amended,
    DisplayName("Behaviors"), 
    read: ToInstance ToSubClass]
         Behavior Behaviors[];

    [Description("The binding used by this endpoint."): Amended,
    DisplayName("Binding"), 
    read: ToInstance ToSubClass]
         Binding Binding;

    [Description("The contract this endpoint is exposing."): Amended,
    DisplayName("Contract"), 
    read: ToInstance ToSubClass]
         Contract ref Contract;

    [Description("The name of the instance of performance counters of the endpoint."): Amended,
    DisplayName("CounterInstanceName"), 
    read: ToInstance ToSubClass]
         string CounterInstanceName;

    [Description("The unique name of this endpoint."): Amended,
    DisplayName("Name"), 
    read: ToInstance ToSubClass]
         string Name;

    [DisplayName("GetOperationCounterInstanceName"), 
    Implemented: ToInstance ToSubClass,
    Description("Retrieves operation performance counter instance name"): ToInstance ToSubClass amended]
         string GetOperationCounterInstanceName([In] string Operation);

};

[
Description("ServiceModel Channel"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{3EC525AF-3189-4ea1-966E-B6F437F5D289}"): ToInstance
]
class Channel
{
    [Description("The local endpoint for the channel."): Amended,
    DisplayName("LocalAddress"), 
    read: ToInstance ToSubClass]
         string LocalAddress;

    [Description("The remote address associated with the channel."): Amended,
    DisplayName("RemoteAddress"), 
    read: ToInstance ToSubClass]
         string RemoteAddress;

    [Description("A reference to the endpoint the channel connects to."): Amended,
    DisplayName("RemoteEndpoint"), 
    read: ToInstance ToSubClass]
         Endpoint ref RemoteEndpoint;

    [Description("The current session Id, if any."): Amended,
    DisplayName("SessionId"), 
    read: ToInstance ToSubClass]
         string SessionId;

    [Description("The type of the channel."): Amended,
    DisplayName("Type"), 
    read: ToInstance ToSubClass]
         string Type;

};

[
Description("ServiceModel Contract"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{BFDB09BA-5A7A-47ad-86BD-ACF6E55AA864}"): ToInstance
]
class Contract
{
    [Description("The appdomain id of the appdomain that hosts the contract."): Amended,
    DisplayName("AppDomainId"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         sint32 AppDomainId;

    [Description("The name of the contract in WSDL."): Amended,
    DisplayName("Name"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         string Name;

    [Description("The process Id of the process that hosts the contract."): Amended,
    DisplayName("ProcessId"), 
    key: ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         sint32 ProcessId;

    [Description("The behaviors associated with this contract."): Amended,
    DisplayName("Behaviors"), 
    read: ToInstance ToSubClass]
         Behavior Behaviors[];

    [Description("The type of callback when the contract is a duplex contract."): Amended,
    DisplayName("CallbackContract"), 
    read: ToInstance ToSubClass]
         Contract ref CallbackContract;

    [Description("The namespace of the <portType> element in WSDL."): Amended,
    DisplayName("Namespace"), 
    read: ToInstance ToSubClass]
         string Namespace;

    [Description("The operations of this contract."): Amended,
    DisplayName("Operations"), 
    read: ToInstance ToSubClass]
         Operation Operations[];

    [Description("Indicates whether the contract requires the binding associated with this contract to use channel sessions."): Amended,
    DisplayName("SessionMode"), 
    read: ToInstance ToSubClass]
         string SessionMode;

    [Description("The type of the contract."): Amended,
    DisplayName("Type"), 
    read: ToInstance ToSubClass]
         string Type;

};

[
Description("ServiceModel Operation"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{45FBBDD4-0582-4c5f-9CED-787B1DE35BA9}"): ToInstance
]
class Operation
{
    [Description("The WS-Adressing action of the request message."): Amended,
    DisplayName("Action"), 
    read: ToInstance ToSubClass]
         string Action;

    [Description("Indicates that an operation is implemented asynchronously using a Begin<> and End<> method pair in a service contract."): Amended,
    DisplayName("AsyncPattern"), 
    read: ToInstance ToSubClass]
         boolean AsyncPattern;

    [Description("The bhaviors associated with this operation."): Amended,
    DisplayName("Behaviors"), 
    read: ToInstance ToSubClass]
         Behavior Behaviors[];

    [Description("True when the operation is a callback operation."): Amended,
    DisplayName("IsCallback"), 
    read: ToInstance ToSubClass]
         boolean IsCallback;

    [Description("Indicates whether an operation returns a reply message."): Amended,
    DisplayName("IsOneWay"), 
    read: ToInstance ToSubClass]
         boolean IsOneWay;

    [Description("Indicates whether the method implements an operation that can initiate a session on the server."): Amended,
    DisplayName("IsInitiating"), 
    read: ToInstance ToSubClass]
         boolean IsInitiating;

    [Description("Indicates whether an operation returns a reply message."): Amended,
    DisplayName("IsTerminating"), 
    read: ToInstance ToSubClass]
         boolean IsTerminating;

    [Description("The method signature of the operation."): Amended,
    DisplayName("MethodSignature"), 
    read: ToInstance ToSubClass]
         string MethodSignature;

    [Description("The name of the operation."): Amended,
    DisplayName("Name"), 
    read: ToInstance ToSubClass]
         string Name;

    [Description("The types of the parameters of the operation."): Amended,
    DisplayName("ParameterTypes"), 
    read: ToInstance ToSubClass]
         string ParameterTypes[];

    [Description("The value of the SOAP action for the reply message of the operation."): Amended,
    DisplayName("ReplyAction"), 
    read: ToInstance ToSubClass]
         string ReplyAction;

    [Description("The return type of the operation."): Amended,
    DisplayName("ReturnType"), 
    read: ToInstance ToSubClass]
         string ReturnType;

};

[
Description("ServiceModel Binding"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{25EFB242-17CB-4260-BE2B-38E70ACF8524}"): ToInstance
]
class Binding
{
    [Description("The name of the binding."): Amended,
    DisplayName("Name"), 
    read: ToInstance ToSubClass]
         string Name;

    [Description("The XML namespace of the binding."): Amended,
    DisplayName("Namespace"), 
    read: ToInstance ToSubClass]
         string Namespace;

    [Description("The URI transport scheme that is used by the channel and listener factories that are built by the binding."): Amended,
    DisplayName("Scheme"), 
    read: ToInstance ToSubClass]
         string Scheme;

    [Description("The interval of time provided for a close operation to complete. "): Amended,
    DisplayName("CloseTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime CloseTimeout;

    [Description("The interval of time provided for an open operation to complete."): Amended,
    DisplayName("OpenTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime OpenTimeout;

    [Description("The interval of time provided for a receive operation to complete."): Amended,
    DisplayName("ReceiveTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime ReceiveTimeout;

    [Description("The interval of time provided for a send operation to complete."): Amended,
    DisplayName("SendTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime SendTimeout;

    [Description("The collection of binding elements implemented by the binding."): Amended,
    DisplayName("BindingElements"), 
    read: ToInstance ToSubClass]
         BindingElement BindingElements[];

};

///////////                Binding elements

[abstract]
class BindingElement
{
};

[
Description("TransportBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{0ef94073-5b9d-4ec9-9c6d-a624d1c3be17}"): ToInstance
]
class TransportBindingElement : BindingElement
{
    [Description("A Boolean value that specifies if the user wants to take control of message addressing. "): Amended,
    DisplayName("ManualAddressing"), 
    read: ToInstance ToSubClass]
         boolean ManualAddressing;

    [Description("The maximum buffer pool size for the binding."): Amended,
    DisplayName("MaxBufferPoolSize"), 
    read: ToInstance ToSubClass]
         sint64 MaxBufferPoolSize;

    [Description("The maximum size for a message that is processed by this binding."): Amended,
    DisplayName("MaxReceivedMessageSize"), 
    read: ToInstance ToSubClass]
         sint64 MaxReceivedMessageSize;

    [Description("The URI scheme for the transport."): Amended,
    DisplayName("Scheme"), 
    read: ToInstance ToSubClass]
         string Scheme;

};

[
Description("ConnectionOrientedTransportBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{4cdec0d4-b0c4-4ea7-8d75-40236a87f3ed}"): ToInstance
]
class ConnectionOrientedTransportBindingElement : TransportBindingElement
{
    [Description("The size of the buffer used to transmit a chunk of the serialized message on the wire from the client or service. "): Amended,
    DisplayName("ConnectionBufferSize"), 
    read: ToInstance ToSubClass]
         sint32 ConnectionBufferSize;

    [Description("A value that indicates whether the hostname is used to reach the service when matching on the URI."): Amended,
    DisplayName("HostNameComparisonMode"), 
    read: ToInstance ToSubClass]
         string HostNameComparisonMode;

    [Description("The Timespan that specifies how long the channel initialization has to complete before timing out."): Amended,
    DisplayName("ChannelInitializationTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime ChannelInitializationTimeout;

    [Description("The maximum size of the buffer to use."): Amended,
    DisplayName("MaxBufferSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxBufferSize;

    [Description("The maximum number of pending connections."): Amended,
    DisplayName("MaxPendingConnections"), 
    read: ToInstance ToSubClass]
         sint32 MaxPendingConnections;

    [Description("The maximum interval of time that a chunk of a message or a full message can remain buffered in memory before being sent out."): Amended,
    DisplayName("MaxOutputDelay"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime MaxOutputDelay;

    [Description("The maximum number of pending asynchronous accept threads that are available for processing incoming connections on the service."): Amended,
    DisplayName("MaxPendingAccepts"), 
    read: ToInstance ToSubClass]
         sint32 MaxPendingAccepts;

    [Description("A value that specifies whether the messages are buffered or streamed with the connection-oriented transport."): Amended,
    DisplayName("TransferMode"), 
    read: ToInstance ToSubClass]
         string TransferMode;

};

[
Description("CompositeDuplexBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{11A902C8-E95E-4450-9B6F-6DDC9ACDF06E}"): ToInstance
]
class CompositeDuplexBindingElement : BindingElement
{
    [Description("The base address of the client."): Amended,
    DisplayName("ClientBaseAddress"), 
    read: ToInstance ToSubClass]
         string ClientBaseAddress;

};

[
Description("OneWayBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{346b65dd-bbb9-43c8-a254-779b2aff95f9}"): ToInstance
]
class OneWayBindingElement : BindingElement
{
    [Description("The channel pool settings."): Amended,
    DisplayName("ChannelPoolSettings"), 
    read: ToInstance ToSubClass]
         ChannelPoolSettings ChannelPoolSettings;

    [Description("The maximum number of accepted channels."): Amended,
    DisplayName("MaxAcceptedChannels"), 
    read: ToInstance ToSubClass]
         sint32 MaxAcceptedChannels;

    [Description("Whether the packet is routable."): Amended,
    DisplayName("PacketRoutable"), 
    read: ToInstance ToSubClass]
         boolean PacketRoutable;

};

[
Description("ChannelPoolSettings"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{73b1292c-60a2-405d-a008-a13632059431}"): ToInstance
]
class ChannelPoolSettings
{
    [Description("The maximum time the connection can be idle before being disconnected. "): Amended,
    DisplayName("IdleTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime IdleTimeout;

    [Description("The maximum time for a lease operation to complete before timing out."): Amended,
    DisplayName("LeaseTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime LeaseTimeout;

    [Description("The maximum number of outbound channels per endpoint."): Amended,
    DisplayName("MaxOutboundChannelsPerEndpoint"), 
    read: ToInstance ToSubClass]
         sint32 MaxOutboundChannelsPerEndpoint;

};

[
Description("HttpTransportBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{A605A67F-CE6E-44c7-AD55-E37332D888A6}"): ToInstance
]
class HttpTransportBindingElement : TransportBindingElement
{
    [Description("A value that indicates whether the client accepts cookies and propagates them on future requests."): Amended,
    DisplayName("AllowCookies"), 
    read: ToInstance ToSubClass]
         boolean AllowCookies;

    [Description("The authentication scheme used to authenticate client requests being processed by an HTTP listener. "): Amended,
    DisplayName("AuthenticationScheme"), 
    read: ToInstance ToSubClass]
         string AuthenticationScheme;

    [Description("A value that indicates whether proxies are ignored for local addresses."): Amended,
    DisplayName("BypassProxyOnLocal"), 
    read: ToInstance ToSubClass]
         boolean BypassProxyOnLocal;

    [Description("A value that indicates whether the hostname is used to reach the service when matching on the URI."): Amended,
    DisplayName("HostNameComparisonMode"), 
    read: ToInstance ToSubClass]
         string HostNameComparisonMode;

    [Description("When enabled http connections are kept alive regardless of activity level."): Amended,
    DisplayName("KeepAliveEnabled"), 
    read: ToInstance ToSubClass]
         boolean KeepAliveEnabled;

    [Description("The maximum size of the buffer pool"): Amended,
    DisplayName("MaxBufferSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxBufferSize;

    [Description("A URI that contains the address of the proxy to use for HTTP requests."): Amended,
    DisplayName("ProxyAddress"), 
    read: ToInstance ToSubClass]
         string ProxyAddress;

    [Description("The authentication scheme used to authenticate client requests being processed by an HTTP proxy."): Amended,
    DisplayName("ProxyAuthenticationScheme"), 
    read: ToInstance ToSubClass]
         string ProxyAuthenticationScheme;

    [Description("The authentication realm."): Amended,
    DisplayName("Realm"), 
    read: ToInstance ToSubClass]
         string Realm;

    [Description("A value that specifies whether messages are buffered or streamed or a request or response."): Amended,
    DisplayName("TransferMode"), 
    read: ToInstance ToSubClass]
         string TransferMode;

    [Description("A value that indicates whether Unsafe Connection Sharing is enabled on the server."): Amended,
    DisplayName("UnsafeConnectionNtlmAuthentication"), 
    read: ToInstance ToSubClass]
         boolean UnsafeConnectionNtlmAuthentication;

    [Description("A value that indicates whether the machine-wide proxy settings are used rather than the user specific settings."): Amended,
    DisplayName("UseDefaultWebProxy"), 
    read: ToInstance ToSubClass]
         boolean UseDefaultWebProxy;

};

[
Description("HttpsTransportBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{bf31b34a-fcdf-45f3-a777-badecf0ad4b2}"): ToInstance
]
class HttpsTransportBindingElement : HttpTransportBindingElement
{
    [Description("A value that indicates whether SSL client authentication is required."): Amended,
    DisplayName("RequireClientCertificate"), 
    read: ToInstance ToSubClass]
         boolean RequireClientCertificate;

};

[
Description("NamedPipeConnectionPoolSettings"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{68a6caf8-ea81-4ad2-a2a7-e96a9cce87df}"): ToInstance
]
class NamedPipeConnectionPoolSettings
{
    [Description("The group name of the connection pool used by the binding element."): Amended,
    DisplayName("GroupName"), 
    read: ToInstance ToSubClass]
         string GroupName;

    [Description("The maximum time the connection can be idle before being disconnected."): Amended,
    DisplayName("IdleTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime IdleTimeout;

    [Description("The maximum number of outbound connections per endpoint on the client."): Amended,
    DisplayName("MaxOutboundConnectionsPerEndpoint"), 
    read: ToInstance ToSubClass]
         sint32 MaxOutboundConnectionsPerEndpoint;

};

[
Description("NamedPipeTransportBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{A608750F-F8C9-4089-97E6-F8E32976A0D4}"): ToInstance
]
class NamedPipeTransportBindingElement : ConnectionOrientedTransportBindingElement
{
    [Description("The connection pool settings."): Amended,
    DisplayName("ConnectionPoolSettings"), 
    read: ToInstance ToSubClass]
         NamedPipeConnectionPoolSettings ConnectionPoolSettings;

};

[
Description("SslStreamSecurityBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{c7631639-a700-45ee-a603-a0aeac9a78e2}"): ToInstance
]
class SslStreamSecurityBindingElement : BindingElement
{
    [Description("Specifies if a client certificate is required for this binding."): Amended,
    DisplayName("RequireClientCertificate"), 
    read: ToInstance ToSubClass]
         boolean RequireClientCertificate;

};

[
Description("TcpConnectionPoolSettings"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{64f756ad-26ae-4ef7-b63c-204599916ad5}"): ToInstance
]
class TcpConnectionPoolSettings
{
    [Description("The group name of the connection pool used by the binding element."): Amended,
    DisplayName("GroupName"), 
    read: ToInstance ToSubClass]
         string GroupName;

    [Description("The maximum time the connection can be idle before being disconnected."): Amended,
    DisplayName("IdleTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime IdleTimeout;

    [Description("The maximum time for the lease operation to complete before timing out."): Amended,
    DisplayName("LeaseTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime LeaseTimeout;

    [Description("The maximum outbound connections per endpoint."): Amended,
    DisplayName("MaxOutboundConnectionsPerEndpoint"), 
    read: ToInstance ToSubClass]
         sint32 MaxOutboundConnectionsPerEndpoint;

};

[
Description("TcpTransportBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{600c8260-c838-4aa6-b818-553f6308ad8b}"): ToInstance
]
class TcpTransportBindingElement : ConnectionOrientedTransportBindingElement
{
    [Description("The maximum number of queued connection requests that can be pending."): Amended,
    DisplayName("ListenBacklog"), 
    read: ToInstance ToSubClass]
         sint32 ListenBacklog;

    [Description("A boolean value that specifies whether TCP port sharing is enabled for this connection."): Amended,
    DisplayName("PortSharingEnabled"), 
    read: ToInstance ToSubClass]
         boolean PortSharingEnabled;

    [Description("A Boolean value that specifies whether Teredo (a technology for addressing clients that are behind firewalls) is enabled. "): Amended,
    DisplayName("TeredoEnabled"), 
    read: ToInstance ToSubClass]
         boolean TeredoEnabled;

    [Description("The connection pool settings."): Amended,
    DisplayName("ConnectionPoolSettings"), 
    read: ToInstance ToSubClass]
         TcpConnectionPoolSettings ConnectionPoolSettings;

};

[
Description("WindowsStreamSecurityBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{2a3cf567-a736-4138-a085-0f8f99665572}"): ToInstance
]
class WindowsStreamSecurityBindingElement : BindingElement
{
    [Description("The ProtectionLevel for the TCP stream."): Amended,
    DisplayName("ProtectionLevel"), 
    read: ToInstance ToSubClass]
         string ProtectionLevel;

};

[
Description("MsmqBindingElementBase"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{d2b115a6-259b-4d9a-b14d-8ddea2739d3e}"): ToInstance
]
class MsmqBindingElementBase : TransportBindingElement
{
    [Description("A value that indicates whether the messages processed by this binding are durable or volatile."): Amended,
    DisplayName("Durable"), 
    read: ToInstance ToSubClass]
         boolean Durable;

    [Description("A URI that contains the location of the per-application dead letter queue, where messages that have expired or that have failed transfer or delivery are placed."): Amended,
    DisplayName("CustomDeadLetterQueue"), 
    read: ToInstance ToSubClass]
         string CustomDeadLetterQueue;

    [Description("An enumeration value that indicates the type of dead letter queue to use."): Amended,
    DisplayName("DeadLetterQueue"), 
    read: ToInstance ToSubClass]
         string DeadLetterQueue;

    [Description("A Boolean value that indicates whether messages processed by this binding will be received exactly once."): Amended,
    DisplayName("ExactlyOnce"), 
    read: ToInstance ToSubClass]
         boolean ExactlyOnce;

    [Description("The maximum number of retry cycles to attempt delivery of messages to the receiving application."): Amended,
    DisplayName("MaxRetryCycles"), 
    read: ToInstance ToSubClass]
         sint32 MaxRetryCycles;

    [Description("The settings for poison message handling."): Amended,
    DisplayName("ReceiveErrorHandling"), 
    read: ToInstance ToSubClass]
         string ReceiveErrorHandling;   

    [Description("The maximum number of immediate retry attempts on a message that is read from the application queue."): Amended,
    DisplayName("ReceiveRetryCount"), 
    read: ToInstance ToSubClass]
         sint32 ReceiveRetryCount;

    [Description("A value that indicates the time delay between retry cycles when attempting to deliver a message that could not be delivered immediately."): Amended,
    DisplayName("RetryCycleDelay"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime RetryCycleDelay;

    [Description("The interval of time that indicates how long the messages processed by this binding can be in the queue before they expire."): Amended,
    DisplayName("TimeToLive"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime TimeToLive;

    [Description("A Boolean value that indicates whether messages processed by this binding should be traced."): Amended,
    DisplayName("UseMsmqTracing"), 
    read: ToInstance ToSubClass]
         boolean UseMsmqTracing;

    [Description("A Boolean value that indicates whether copies of messages processed by this binding should be stored in the source journal queue."): Amended,
    DisplayName("UseSourceJournal"), 
    read: ToInstance ToSubClass]
         boolean UseSourceJournal;

};

[
Description("MsmqTransportBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{7cc9edb6-944b-45cd-95cb-00bf221a4ae9}"): ToInstance
]
class MsmqTransportBindingElement : MsmqBindingElementBase
{
    [Description("An integer that specifies the maximum size of the pool that contains internal MSMQ message objects."): Amended,
    DisplayName("MaxPoolSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxPoolSize;

    [Description("An enumeration value that indicates the queued communication channel transport that this binding uses."): Amended,
    DisplayName("QueueTransferProtocol"), 
    read: ToInstance ToSubClass]
         string QueueTransferProtocol;

    [Description("Returns a Boolean value that indicates whether queue addresses should be converted using Active Directory."): Amended,
    DisplayName("UseActiveDirectory"), 
    read: ToInstance ToSubClass]
         boolean UseActiveDirectory;

};

[
Description("MsmqIntegrationBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{64439f80-c739-41eb-a192-6dba528a0244}"): ToInstance
]
class MsmqIntegrationBindingElement : MsmqBindingElementBase
{
    [Description("The format the binding uses to serialize messages."): Amended,
    DisplayName("SerializationFormat"), 
    read: ToInstance ToSubClass]
         string SerializationFormat;

};

[
Description("ReliableSessionBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{B364997C-4D5F-418c-BDA2-DBAB3A4314CD}"): ToInstance
]
class ReliableSessionBindingElement : BindingElement
{
    [Description("The interval of time that a destination waits before sending an acknowledgement to the message source on reliable channels that are created by the factory."): Amended,
    DisplayName("AcknowledgementInterval"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime AcknowledgementInterval;

    [Description("A boolean value that specifies if flow control is enabled."): Amended,
    DisplayName("FlowControlEnabled"), 
    read: ToInstance ToSubClass]
         boolean FlowControlEnabled;

    [Description("Specifies the maximum duration the channel is going to allow the other communicating party not to send any messages before faulting the channel."): Amended,
    DisplayName("InactivityTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime InactivityTimeout;

    [Description("The maximum number of channels that can wait to be accepted on the listener."): Amended,
    DisplayName("MaxPendingChannels"), 
    read: ToInstance ToSubClass]
         sint32 MaxPendingChannels;

    [Description("The maximum number of times a reliable channel attempts to retransmit a message it has not received an acknowledgement for, by calling Send on its underlying channel."): Amended,
    DisplayName("MaxRetryCount"), 
    read: ToInstance ToSubClass]
         sint32 MaxRetryCount;

    [Description("The maximum transfer window size for the reliable session."): Amended,
    DisplayName("MaxTransferWindowSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxTransferWindowSize;

    [Description("A Boolean value that specifies whether messages are guaranteed to arrive in the order they were sent."): Amended,
    DisplayName("Ordered"), 
    read: ToInstance ToSubClass]
         boolean Ordered;

};

[
Description("LocalServiceSecuritySettings"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{f5905497-65ad-4f5a-997c-7fcc359c896f}"): ToInstance
]
class LocalServiceSecuritySettings
{
    [Description("A Boolean value that specifies whether replay attacks against the channel are detected and dealt with automatically."): Amended,
    DisplayName("DetectReplays"), 
    read: ToInstance ToSubClass]
         boolean DetectReplays;

    [Description("A value that specifies the maximum number of pending security sessions that the service supports."): Amended,
    DisplayName("InactivityTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime InactivityTimeout;

    [Description("A TimeSpan that specifies the lifetime issued to all new security cookies."): Amended,
    DisplayName("IssuedCookieLifetime"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime IssuedCookieLifetime;

    [Description("A value that specifies the maximum number of cookies that can be cached."): Amended,
    DisplayName("MaxCachedCookies"), 
    read: ToInstance ToSubClass]
         sint32 MaxCachedCookies;

    [Description("A TimeSpan that specifies the maximum time difference between the system clocks of the two communicating parties."): Amended,
    DisplayName("MaxClockSkew"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime MaxClockSkew;

    [Description("The maximum number of pending connections on the service."): Amended,
    DisplayName("MaxPendingSessions"), 
    read: ToInstance ToSubClass]
         sint32 MaxPendingSessions;

    [Description("A value that specifies the number of security negotiations that can be active concurrently."): Amended,
    DisplayName("MaxStatefulNegotiations"), 
    read: ToInstance ToSubClass]
         sint32 MaxStatefulNegotiations;

    [Description("A TimeSpan that specifies the maximum duration for the security negotiation phase between server and client."): Amended,
    DisplayName("NegotiationTimeout"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime NegotiationTimeout;

    [Description("A Boolean value that specifies whether connections using WS-Reliable messaging will attempt to reconnect after transport failures."): Amended,
    DisplayName("ReconnectTransportOnFailure"), 
    read: ToInstance ToSubClass]
         boolean ReconnectTransportOnFailure;

    [Description("A value that specifies the number of cached nonces used for replay detection."): Amended,
    DisplayName("ReplayCacheSize"), 
    read: ToInstance ToSubClass]
         sint32 ReplayCacheSize;

    [Description("A TimeSpan that specifies the duration in which individual message nonces are valid."): Amended,
    DisplayName("ReplayWindow"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime ReplayWindow;

    [Description("A TimeSpan that specifies the duration after which the initiator will renew the key for the security session."): Amended,
    DisplayName("SessionKeyRenewalInterval"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime SessionKeyRenewalInterval;

    [Description("A TimeSpan that specifies the time interval a previous session key is valid on incoming messages during a key renewal."): Amended,
    DisplayName("SessionKeyRolloverInterval"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime SessionKeyRolloverInterval;

    [Description("A TimeSpan that specifies the duration in which a time stamp is valid."): Amended,
    DisplayName("TimestampValidityDuration"), 
    subtype("interval"): ToInstance ToSubClass,
    read: ToInstance ToSubClass]
         datetime TimestampValidityDuration;

};

[
Description("SecurityBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{8a39d0c4-c412-4095-b882-7b16104516c6}"): ToInstance
]
class SecurityBindingElement : BindingElement
{
    [Description("Specifies the algorithms to use with the binding."): Amended,
    DisplayName("DefaultAlgorithmSuite"), 
    read: ToInstance ToSubClass]
         string DefaultAlgorithmSuite;

    [Description("A boolean value that specifies if each message contains a timestamp."): Amended,
    DisplayName("IncludeTimestamp"), 
    read: ToInstance ToSubClass]
         boolean IncludeTimestamp;

    [Description("The source of entropy used to create keys."): Amended,
    DisplayName("KeyEntropyMode"), 
    read: ToInstance ToSubClass]
         string KeyEntropyMode;

    [Description("The order of elements in the security header for this binding."): Amended,
    DisplayName("SecurityHeaderLayout"), 
    read: ToInstance ToSubClass]
         string SecurityHeaderLayout;

    [Description("The version used for message security."): Amended,
    DisplayName("MessageSecurityVersion"), 
    read: ToInstance ToSubClass]
         string MessageSecurityVersion;

    [Description("The binding specific security properties for the local service."): Amended,
    DisplayName("LocalServiceSecuritySettings"), 
    read: ToInstance ToSubClass]
         LocalServiceSecuritySettings LocalServiceSecuritySettings;

};

[
Description("AsymmetricSecurityBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{d0235521-1976-4480-a962-16aba137f34a}"): ToInstance
]
class AsymmetricSecurityBindingElement : SecurityBindingElement
{
    [Description("The order of message encryption and signing for this binding."): Amended,
    DisplayName("MessageProtectionOrder"), 
    read: ToInstance ToSubClass]
         string MessageProtectionOrder;

    [Description("Whether the binding requires signature confirmation."): Amended,
    DisplayName("RequireSignatureConfirmation"), 
    read: ToInstance ToSubClass]
         boolean RequireSignatureConfirmation;

};

[
Description("SymmetricSecurityBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{4660a5d3-197e-4d58-8643-f9853b1049c1}"): ToInstance
]
class SymmetricSecurityBindingElement : SecurityBindingElement
{
    [Description("The order of message encryption and signing for this binding."): Amended,
    DisplayName("MessageProtectionOrder"), 
    read: ToInstance ToSubClass]
         string MessageProtectionOrder;

    [Description("Whether the binding requires signature confirmation."): Amended,
    DisplayName("RequireSignatureConfirmation"), 
    read: ToInstance ToSubClass]
         boolean RequireSignatureConfirmation;

};

[
Description("TransportSecurityBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{213f2c06-42ba-4124-8f19-f4ba22ce8f25}"): ToInstance
]
class TransportSecurityBindingElement : SecurityBindingElement
{
};

[
Description("MessageEncodingBindingElement "): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{82da10e5-6500-4311-a686-2d55b58bcc24}"): ToInstance
]
class MessageEncodingBindingElement : BindingElement
{
    [Description("The SOAP version of the messages sent using the binding."): Amended,
    DisplayName("MessageVersion"), 
    read: ToInstance ToSubClass]
         string MessageVersion;

};

[
Description("XmlDictionaryReaderQuotas"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{e1d18625-d144-4121-99e7-72b7bfb0e4c1}"): ToInstance
]
class XmlDictionaryReaderQuotas
{
    [Description("The maximum allowed array length."): Amended,
    DisplayName("MaxArrayLength"), 
    read: ToInstance ToSubClass]
         sint32 MaxArrayLength;

    [Description("The maximum allowed bytes returned per read."): Amended,
    DisplayName("MaxBytesPerRead"), 
    read: ToInstance ToSubClass]
         sint32 MaxBytesPerRead;

    [Description("The maximum nested node depth per read."): Amended,
    DisplayName("MaxDepth"), 
    read: ToInstance ToSubClass]
         sint32 MaxDepth;

    [Description("The maximum characters allowed in a table name."): Amended,
    DisplayName("MaxNameTableCharCount"), 
    read: ToInstance ToSubClass]
         sint32 MaxNameTableCharCount;

    [Description("The maximum characters allowed in XML element content."): Amended,
    DisplayName("MaxStringContentLength"), 
    read: ToInstance ToSubClass]
         sint32 MaxStringContentLength;

};

[
Description("BinaryMessageEncodingBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{345d03af-4a1d-4ce7-ac3d-4d27b21b4a6e}"): ToInstance
]
class BinaryMessageEncodingBindingElement : MessageEncodingBindingElement
{
    [Description("An integer that defines how many messages can be read simultaneously without allocating new readers. "): Amended,
    DisplayName("MaxReadPoolSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxReadPoolSize;

    [Description("A value that specifies the size, in bytes, of the buffer used for encoding."): Amended,
    DisplayName("MaxSessionSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxSessionSize;

    [Description("An integer that defines how many messages can be sent simultaneously without allocating new writers."): Amended,
    DisplayName("MaxWritePoolSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxWritePoolSize;

    [Description("The quotas of the readers."): Amended,
    DisplayName("ReaderQuotas"), 
    read: ToInstance ToSubClass]
         XmlDictionaryReaderQuotas ReaderQuotas;

};

[
Description("MtomMessageEncodingBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{1d25b795-68df-41a1-8255-a18329bcdbcc}"): ToInstance
]
class MtomMessageEncodingBindingElement : MessageEncodingBindingElement
{
    [Description("The character set encoding to be used for emitting messages on the binding."): Amended,
    DisplayName("Encoding"), 
    read: ToInstance ToSubClass]
         string Encoding;

    [Description("An integer that defines how many messages can be read simultaneously without allocating new readers. "): Amended,
    DisplayName("MaxReadPoolSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxReadPoolSize;

    [Description("An integer that defines how many messages can be sent simultaneously without allocating new writers."): Amended,
    DisplayName("MaxWritePoolSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxWritePoolSize;

    [Description("The quotas of the readers."): Amended,
    DisplayName("ReaderQuotas"), 
    read: ToInstance ToSubClass]
         XmlDictionaryReaderQuotas ReaderQuotas;

};

[
Description("TextMessageEncodingBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{32354668-ef89-4ffd-951a-9d483291ea84}"): ToInstance
]
class TextMessageEncodingBindingElement : MessageEncodingBindingElement
{
    [Description("The character set encoding to be used for emitting messages on the binding."): Amended,
    DisplayName("Encoding"), 
    read: ToInstance ToSubClass]
         string Encoding;

    [Description("An integer that defines how many messages can be read simultaneously without allocating new readers. "): Amended,
    DisplayName("MaxReadPoolSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxReadPoolSize;

    [Description("An integer that defines how many messages can be sent simultaneously without allocating new writers."): Amended,
    DisplayName("MaxWritePoolSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxWritePoolSize;

    [Description("The quotas of the readers."): Amended,
    DisplayName("ReaderQuotas"), 
    read: ToInstance ToSubClass]
         XmlDictionaryReaderQuotas ReaderQuotas;

};

[
Description("PeerResolverBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{cfdd34c4-dfaf-4f80-be62-2897711ae964}"): ToInstance
]
class PeerResolverBindingElement : BindingElement
{
    [Description("Determines how referrals are shared among peers."): Amended,
    DisplayName("ReferralPolicy"), 
    read: ToInstance ToSubClass]
         string ReferralPolicy;

};


[
Description("PeerCustomResolverBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{cfdd34c4-dfaf-4f80-be62-2897711ae964}"): ToInstance
]
class PeerCustomResolverBindingElement: PeerResolverBindingElement
{
    [Description("The address of the peer custom resolver."): Amended,
    DisplayName("Address"), 
    read: ToInstance ToSubClass]
         string Address;

    [Description("The configuration name of the binding."): Amended,
    DisplayName("Binding"), 
    read: ToInstance ToSubClass]
         string Binding;

};


[
Description("PeerTransportSecuritySettings"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{8c8b30e4-b13f-469f-9854-f67feee02148}"): ToInstance
]
class PeerTransportSecuritySettings
{
    [Description("The transport credential type of the peer security element."): Amended,
    DisplayName("CredentialType"), 
    read: ToInstance ToSubClass]
         string CredentialType;

};

[
Description("PeerSecuritySettings"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{04a660e9-78d4-4da2-bea5-6442f1919f20}"): ToInstance
]
class PeerSecuritySettings
{
    [Description("Whether message-level and transport-level security are used by an endpoint configured with the binding."): Amended,
    DisplayName("Mode"), 
    read: ToInstance ToSubClass]
         string Mode;

    [Description("Transport security settings."): Amended,
    DisplayName("Transport"), 
    read: ToInstance ToSubClass]
         PeerTransportSecuritySettings Transport;

};

[
Description("PeerTransportBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{148fab8a-0c88-4bcc-b7b4-1879096544de}"): ToInstance
]
class PeerTransportBindingElement : TransportBindingElement
{
    [Description("The IP address on which the peer node will listen for messages."): Amended,
    DisplayName("ListenIPAddress"), 
    read: ToInstance ToSubClass]
         string ListenIPAddress;

    [Description("The network interface port on which this binding will process peer channel messages."): Amended,
    DisplayName("Port"), 
    read: ToInstance ToSubClass]
         sint32 Port;

    [Description("Peer transport security settings."): Amended,
    DisplayName("Security"), 
    read: ToInstance ToSubClass]
         PeerSecuritySettings Security;

};

[
Description("PnrpPeerResolverBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{9b81c0c8-401d-4f7f-a5c7-c104c68dbdc6}"): ToInstance
]
class PnrpPeerResolverBindingElement : PeerResolverBindingElement
{
};

[
Description("TransactionFlowBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{a7dbab52-999e-4362-be8c-fe6e5fa30c71}"): ToInstance
]
class TransactionFlowBindingElement : BindingElement
{
    [Description("The transaction protocol used in flowing a transaction."): Amended,
    DisplayName("TransactionProtocol"), 
    read: ToInstance ToSubClass]
         string TransactionProtocol;

    [Description("Indicates whether incoming transaction flow is enabled."): Amended,
    DisplayName("TransactionFlow"), 
    read: ToInstance ToSubClass]
         boolean TransactionFlow;

};

[
Description("CustomBindingElement"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{205B4E48-C367-4d42-8C56-DA657D00AD8F}"): ToInstance
]
class CustomBindingElement : BindingElement
{
    [Description("A string that contains the configuration name of the binding. This value is a user-defined string that acts as the identification string for the custom binding."): Amended,
    DisplayName("Name"), 
    read: ToInstance ToSubClass]
         string Name;

};

[
Description("UseManagedPresentationBindingElement"): amended,
dynamic: ToInstance ToSubClass,
provider("ServiceModel"): ToInstance ToSubClass,
UUID("{947148e5-c935-4162-bbeb-653e2456f6eb}"): ToInstance
]
class UseManagedPresentationBindingElement : BindingElement
{
};

[
Description("PrivacyNoticeBindingElement"): amended,
dynamic: ToInstance ToSubClass,
provider("ServiceModel"): ToInstance ToSubClass,
UUID("{9cfcc123-dfa0-49e1-880b-560bc8e55757}"): ToInstance
]
class PrivacyNoticeBindingElement : BindingElement
{
    [Description("The URI at which the privacy notice is located."): Amended,
    DisplayName("Url"), 
    read: ToInstance ToSubClass]
         string Url;

    [Description("The privacy notice version."): Amended,
    DisplayName("PrivacyNoticeVersion"), 
    read: ToInstance ToSubClass]
         sint32 PrivacyNoticeVersion;

};


////////// Behaviors
	
[abstract]
class Behavior
{
    [Description("The type of the behavior."): Amended,
    DisplayName("Type"), 
    read: ToInstance ToSubClass]
         string Type;

};

// Service behaviors

[
Description("AspNetCompatibilityRequirementsAttribute"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{e6c44c65-8d7d-4784-9fb0-d35703b3f351}"): ToInstance
]
class AspNetCompatibilityRequirementsAttribute : Behavior
{
    [Description("Indicates if Asp.Net compatibility mode is active."): Amended,
    DisplayName("RequirementsMode"), 
    read: ToInstance ToSubClass]
         string RequirementsMode;

};

[
Description("ServiceAuthorizationBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{E4B8FE8F-2ACB-4770-9123-68BA91DE248A}"): ToInstance
]
class ServiceAuthorizationBehavior : Behavior
{
    [Description("A value that controls whether the service attempts to impersonate using the credentials provided by the incoming message. "): Amended,
    DisplayName("ImpersonateCallerForAllOperations"), 
    read: ToInstance ToSubClass]
         boolean ImpersonateCallerForAllOperations;

    [Description("The principal used to carry out operations on the server. "): Amended,
    DisplayName("PrincipalPermissionMode"), 
    read: ToInstance ToSubClass]
         string PrincipalPermissionMode;

    [Description("The name of the ASP .Net role provider."): Amended,
    DisplayName("RoleProvider"), 
    read: ToInstance ToSubClass]
         string RoleProvider;

    [Description("The authorization manager used for custom authorization."): Amended,
    DisplayName("ServiceAuthorizationManager"), 
    read: ToInstance ToSubClass]
         string ServiceAuthorizationManager;

};

[
Description("ServiceCredentials"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{29364538-5887-4C0F-9816-6BF099D8C815}"): ToInstance
]
class ServiceCredentials : Behavior
{
    [Description("The client certificate authentication and provisioning settings for this service."): Amended,
    DisplayName("ClientCertificate"), 
    read: ToInstance ToSubClass]
         string ClientCertificate;

    [Description("The current issued token authentication settings for this service."): Amended,
    DisplayName("IssuedTokenAuthentication"), 
    read: ToInstance ToSubClass]
         string IssuedTokenAuthentication;

    [Description("The current credential authentication and provisioning settings to be used by peer transport endpoints."): Amended,
    DisplayName("Peer"), 
    read: ToInstance ToSubClass]
         string Peer;

    [Description("Specifies the current secure conversation settings."): Amended,
    DisplayName("SecureConversationAuthentication"), 
    read: ToInstance ToSubClass]
         string SecureConversationAuthentication;

    [Description("The certificate associated with this service."): Amended,
    DisplayName("ServiceCertificate"), 
    read: ToInstance ToSubClass]
         string ServiceCertificate;

    [Description("The username/password settings for this service."): Amended,
    DisplayName("UserNameAuthentication"), 
    read: ToInstance ToSubClass]
         string UserNameAuthentication;

    [Description("The Windows authentication settings for this service."): Amended,
    DisplayName("WindowsAuthentication"), 
    read: ToInstance ToSubClass]
         string WindowsAuthentication;

};

[
Description("ServiceDebugBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{41cf6a6e-cfb6-4b00-b6e7-39ccbd0c3f88}"): ToInstance
]
class ServiceDebugBehavior : Behavior
{
    [Description("Controls whether the service publishes its WSDL at the address controlled by the HttpGetUrl attribute."): Amended,
    DisplayName("HttpHelpPageEnabled"), 
    read: ToInstance ToSubClass]
         boolean HttpHelpPageEnabled;

    [Description("Sets the location at which the service WSDL is published for retrieval using HTTP."): Amended,
    DisplayName("HttpHelpPageUrl"), 
    read: ToInstance ToSubClass]
         string HttpHelpPageUrl;

    [Description("Controls whether the service publishes its WSDL over HTTPS at the address controlled by the HttpsGetUrl attribute."): Amended,
    DisplayName("HttpsHelpPageEnabled"), 
    read: ToInstance ToSubClass]
         boolean HttpsHelpPageEnabled;

    [Description("Sets the location at which the service WSDL is published for retrieval using HTTPS."): Amended,
    DisplayName("HttpsHelpPageUrl"), 
    read: ToInstance ToSubClass]
         string HttpsHelpPageUrl;

    [Description("Specifies whether to include managed exception information in the detail of SOAP faults returned to the clients for debugging purposes."): Amended,
    DisplayName("IncludeExceptionDetailInFaults"), 
    read: ToInstance ToSubClass]
         boolean IncludeExceptionDetailInFaults;

};

[
Description("ServiceSecurityAuditBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{42fbba45-4524-4316-82f1-e53a201b74e0}"): ToInstance
]
class ServiceSecurityAuditBehavior : Behavior
{
    [Description("The location of the audit log. "): Amended,
    DisplayName("AuditLogLocation"), 
    read: ToInstance ToSubClass]
         string AuditLogLocation;

    [Description("A boolean value that specifies the behavior for suppressing failures of writing to the audit log."): Amended,
    DisplayName("SuppressAuditFailure"), 
    read: ToInstance ToSubClass]
         boolean SuppressAuditFailure;

    [Description("The types of authorization events that are recorded in the audit log. "): Amended,
    DisplayName("ServiceAuthorizationAuditLevel"), 
    read: ToInstance ToSubClass]
         string ServiceAuthorizationAuditLevel;

    [Description("The type of message authentication level that is used to log audit events."): Amended,
    DisplayName("MessageAuthenticationAuditLevel"), 
    read: ToInstance ToSubClass]
         string MessageAuthenticationAuditLevel;

};

[
Description("ServiceBehaviorAttribute"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{F80CB85E-0EAE-4021-A873-0918F594145F}"): ToInstance
]
class ServiceBehaviorAttribute : Behavior
{
    [Description("Specifies how to use address to filter a message, whether to use Exact match, Prefix match or match Any."): Amended,
    DisplayName("AddressFilterMode"), 
    read : ToInstance ToSubclass]
         string AddressFilterMode;

    [Description("Indicates whether to automatically close a session when a client closes an output session."): Amended,
    DisplayName("AutomaticSessionShutdown"), 
    read : ToInstance ToSubclass]
         boolean AutomaticSessionShutdown;

    [Description("Indicates whether a service supports one thread, multiple threads, or reentrant calls."): Amended,
    DisplayName("ConcurrencyMode"), 
    read : ToInstance ToSubclass]
         string ConcurrencyMode;

    [Description("The name of the service configuration."): Amended,
    DisplayName("ConfigurationName"), 
    read : ToInstance ToSubclass]
         string ConfigurationName;

    [Description("Specifies whether to send unknown serlialization data onto the wire."): Amended,
    DisplayName("IgnoreExtensionDataObject"), 
    read : ToInstance ToSubclass]
         boolean IgnoreExtensionDataObject;

    [Description("Specifies when a new service object is created."): Amended,
    DisplayName("InstanceContextMode"), 
    read : ToInstance ToSubclass]
         string InstanceContextMode;

    [Description("The maximum number of items allowed in a serialized object."): Amended,
    DisplayName("MaxItemsInObjectGraph"), 
    read : ToInstance ToSubClass]
         sint32 MaxItemsInObjectGraph;

    [Description("The name attribute of the service in WSDL."): Amended,
    DisplayName("Name"), 
    read : ToInstance ToSubclass]
         string Name;

    [Description("The target namespace of the service in WSDL."): Amended,
    DisplayName("Namespace"), 
    read : ToInstance ToSubclass]
         string Namespace;

    [Description("Specifies whether the service object is recycled when the current transaction completes."): Amended,
    DisplayName("ReleaseServiceInstanceOnTransactionComplete"), 
    read : ToInstance ToSubclass]
         boolean ReleaseServiceInstanceOnTransactionComplete;

    [Description("Specifies whether to include managed exception information in the detail of SOAP faults returned to the clients for debugging purposes."): Amended,
    DisplayName("IncludeExceptionDetailInFaults"), 
    read : ToInstance ToSubclass]
         boolean IncludeExceptionDetailInFaults;

    [Description("Specifies whether pending transactions are completed when the current session closes."): Amended,
    DisplayName("TransactionAutoCompleteOnSessionClose"), 
    read : ToInstance ToSubclass]
         boolean TransactionAutoCompleteOnSessionClose;

    [Description("Specifies the transaction isolation level."): Amended,
    DisplayName("TransactionIsolationLevel"), 
    read : ToInstance ToSubclass]
         string TransactionIsolationLevel;

    [Description("The period within which a transaction must complete."): Amended,
    DisplayName("TransactionTimeout"), 
    subtype("interval") : ToInstance ToSubclass,
    read : ToInstance ToSubclass]
         datetime TransactionTimeout;

    [Description("Specifies whether to use the current synchronization context to choose the thread execution."): Amended,
    DisplayName("UseSynchronizationContext"), 
    read : ToInstance ToSubclass]
         boolean UseSynchronizationContext;

    [Description("Specifies whether the system or the application enforces SOAP MustUnderstand header processing."): Amended,
    DisplayName("ValidateMustUnderstand"), 
    read : ToInstance ToSubclass]
         boolean ValidateMustUnderstand;

};

[
Description("ServiceMetadataBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{47653BC1-623A-42f0-9E60-A5BD9E0587D9}"): ToInstance
]
class ServiceMetadataBehavior : Behavior
{
    [Description("Sets the location to which the service redirects metadata requests."): Amended,
    DisplayName("ExternalMetadataLocation"), 
    read: ToInstance ToSubClass]
         string ExternalMetadataLocation;

    [Description("Controls whether the service publishes its WSDL at the address controlled by the HttpGetUrl attribute."): Amended,
    DisplayName("HttpGetEnabled"), 
    read: ToInstance ToSubClass]
         boolean HttpGetEnabled;

    [Description("Sets the location at which the service WSDL is published for retrieval using HTTP."): Amended,
    DisplayName("HttpGetUrl"), 
    read: ToInstance ToSubClass]
         string HttpGetUrl;

    [Description("Controls whether the service publishes its WSDL over HTTPS at the address controlled by the HttpsGetUrl attribute."): Amended,
    DisplayName("HttpsGetEnabled"), 
    read: ToInstance ToSubClass]
         boolean HttpsGetEnabled;

    [Description("Sets the location at which the service WSDL is published for retrieval using HTTPS."): Amended,
    DisplayName("HttpsGetUrl"), 
    read: ToInstance ToSubClass]
         string HttpsGetUrl;

};

[
Description("ServiceThrottlingBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{F14383B5-8D69-42E8-939A-9ADB781A7FAD}"): ToInstance
]
class ServiceThrottlingBehavior : Behavior
{
    [Description("The maximum number of messages actively processing across all dispatcher objects in a ServiceHost. "): Amended,
    DisplayName("MaxConcurrentCalls"), 
    read: ToInstance ToSubClass]
         sint32 MaxConcurrentCalls;

    [Description("The maximum number of sessions a host can accept at one time."): Amended,
    DisplayName("MaxConcurrentSessions"), 
    read: ToInstance ToSubClass]
         sint32 MaxConcurrentSessions;

    [Description("The maximum number of service objects that can execute at one time."): Amended,
    DisplayName("MaxConcurrentInstances"), 
    read: ToInstance ToSubClass]
         sint32 MaxConcurrentInstances;

};

[
Description("ServiceTimeoutsBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{846FD708-3D8E-44DD-BF22-04813ED03586}"): ToInstance
]
class ServiceTimeoutsBehavior : Behavior
{
    [Description("The period within which a transaction must complete."): Amended,
    DisplayName("TransactionTimeout"), 
    subtype("interval") : ToInstance ToSubclass,
    read : ToInstance ToSubclass]
         datetime TransactionTimeout;

};

// Endpoint behaviors

[
Description("CallbackBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{5213e82c-ca20-44cc-b3fd-1edf027e5afc}"): ToInstance
]
class CallbackBehavior : Behavior
{
    [Description("When true the session is automatically closed when a service closes a duplex session."): Amended,
    DisplayName("AutomaticSessionShutdown"), 
    read: ToInstance ToSubClass]
         boolean AutomaticSessionShutdown;

    [Description("Specifies whether the service supports one thread, multiple threads, or reentrant calls."): Amended,
    DisplayName("ConcurrencyMode"), 
    read: ToInstance ToSubClass]
         string ConcurrencyMode;

    [Description("A value that specifies whether to send unknown serialization data onto the wire."): Amended,
    DisplayName("IgnoreExtensionDataObject"), 
    read: ToInstance ToSubClass]
         boolean IgnoreExtensionDataObject;

    [Description("The maximum number of items allowed in a serialized object."): Amended,
    DisplayName("MaxItemsInObjectGraph"), 
    read: ToInstance ToSubClass]
         boolean MaxItemsInObjectGraph;

    [Description("When enabled details about exceptions on the callback are attached to the faults returned to the service."): Amended,
    DisplayName("IncludeExceptionDetailInFaults"), 
    read: ToInstance ToSubClass]
         boolean IncludeExceptionDetailInFaults;

    [Description("Specifies whether to use the current synchronization context to choose the thread of execution."): Amended,
    DisplayName("UseSynchronizationContext"), 
    read: ToInstance ToSubClass]
         boolean UseSynchronizationContext;

    [Description("Specifies whether the system or the application enforces SOAP MustUnderstand header processing."): Amended,
    DisplayName("ValidateMustUnderstand"), 
    read: ToInstance ToSubClass]
         boolean ValidateMustUnderstand;

};

[
Description("ClientCredentials"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{05c79d97-2fee-44c3-b680-843bb8fc14b3}"): ToInstance
]
class ClientCredentials : Behavior
{
    [Description("The X.509 certificate the client uses to authenticate to the service."): Amended,
    DisplayName("ClientCertificate"), 
    read: ToInstance ToSubClass]
         string ClientCertificate;

    [Description("The current Http Digest credential."): Amended,
    DisplayName("HttpDigest"), 
    read: ToInstance ToSubClass]
         string HttpDigest;

    [Description("The endpoint address and binding used to contact the locat security token service."): Amended,
    DisplayName("IssuedToken"), 
    read: ToInstance ToSubClass]
         string IssuedToken;

    [Description("The credentials peer node uses to authenticate itself to other nodes in the mesh."): Amended,
    DisplayName("Peer"), 
    read: ToInstance ToSubClass]
         string Peer;

    [Description("The service's x.509 certificate."): Amended,
    DisplayName("ServiceCertificate"), 
    read: ToInstance ToSubClass]
         string ServiceCertificate;

    [Description("A Boolean value that specifies if the credential supports interactive negotiation."): Amended,
    DisplayName("SupportInteractive"), 
    read: ToInstance ToSubClass]
         boolean SupportInteractive;

    [Description("The username and password the client will use to authenticate itself to the service."): Amended,
    DisplayName("UserName"), 
    read: ToInstance ToSubClass]
         string UserName;

    [Description("The windows credentials the client will use to authenticate itself to the service."): Amended,
    DisplayName("Windows"), 
    read: ToInstance ToSubClass]
         string Windows;

};

[
Description("MustUnderstandBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{e027f259-b3f1-466f-8053-033842a34d48}"): ToInstance
]
class MustUnderstandBehavior : Behavior
{
    [Description("When true, all SOAP header with the MustUnderstand attribute that are not handled will cause the behavior to throw."): Amended,
    DisplayName("ValidateMustUnderstand"), 
    read: ToInstance ToSubClass]
         boolean ValidateMustUnderstand;

};

[
Description("SynchronousReceiveBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{e18641aa-009f-4e43-a076-72282381747b}"): ToInstance
]
class SynchronousReceiveBehavior : Behavior
{
};

[
Description("ClientViaBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{f6027ab3-a560-4222-a48c-3f572a6967a7}"): ToInstance
]
class ClientViaBehavior : Behavior
{
    [Description("The ViaUri."): Amended,
    DisplayName("Uri"), 
    read: ToInstance ToSubClass]
         string Uri;

};

[
Description("TransactedBatchingBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{e700e91e-8451-4a81-89ba-c5779050ea6b}"): ToInstance
]
class TransactedBatchingBehavior : Behavior
{
    [Description("The maximum batch size for the transacted batching."): Amended,
    DisplayName("MaxBatchSize"), 
    read: ToInstance ToSubClass]
         sint32 MaxBatchSize;

};

// Contract behaviors

[
Description("DeliveryRequirementsAttribute"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{b062d889-ea7c-4d18-86d7-c26c42f9b108}"): ToInstance
]
class DeliveryRequirementsAttribute : Behavior
{
    [Description("Specifies whether the binding for a service supports contracts."): Amended,
    DisplayName("QueuedDeliveryRequirements"), 
    read: ToInstance ToSubClass]
         string QueuedDeliveryRequirements;

    [Description("Specifies whether the binding supports ordered messages."): Amended,
    DisplayName("RequireOrderedDelivery"), 
    read: ToInstance ToSubClass]
         boolean RequireOrderedDelivery;

    [Description("The contract to which it applies."): Amended,
    DisplayName("TargetContract"), 
    read: ToInstance ToSubClass]
         string TargetContract;

};

// Operation behaviors

[
Description("DataContractSerializerOperationBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{91384181-aaf9-44d2-9c19-8b73f177dc0a}"): ToInstance
]
class DataContractSerializerOperationBehavior : Behavior
{
    [Description("When enabled the IExtensibleDataObject interface on data contract types will be ignored."): Amended,
    DisplayName("IgnoreExtensionDataObject"), 
    read: ToInstance ToSubClass]
         boolean IgnoreExtensionDataObject;

    [Description("Limits the maximum number of objects that may be deserialized by the data contract serializer in a single deserialization episode."): Amended,
    DisplayName("MaxItemsInObjectGraph"), 
    read: ToInstance ToSubClass]
         sint32 MaxItemsInObjectGraph;

    [Description("Defines the style of the SOAP message."): Amended,
    DisplayName("Style"), 
    read: ToInstance ToSubClass]
         string Style;

};

[
Description("OperationBehaviorAttribute"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{e6f51a1b-eb37-4377-9b0e-2cb3508be135}"): ToInstance
]
class OperationBehaviorAttribute : Behavior
{
    [Description("The state of the auto dispose feature for parameters. "): Amended,
    DisplayName("AutoDisposeParameters"), 
    read: ToInstance ToSubClass]
         boolean AutoDisposeParameters;

    [Description("Indicates the level of caller impersonation that the operation supports."): Amended,
    DisplayName("Impersonation"), 
    read: ToInstance ToSubClass]
         string Impersonation;

    [Description("Indicates when in the course of an operation invocation to recycle the object."): Amended,
    DisplayName("ReleaseInstanceMode"), 
    read: ToInstance ToSubClass]
         string ReleaseInstanceMode;

    [Description("Indicates whether to automatically commit the current transaction if no unhandled exceptions occur."): Amended,
    DisplayName("TransactionAutoComplete"), 
    read: ToInstance ToSubClass]
         boolean TransactionAutoComplete;

    [Description("Indicates whether the operation requires a transaction."): Amended,
    DisplayName("TransactionScopeRequired"), 
    read: ToInstance ToSubClass]
         boolean TransactionScopeRequired;

};

[
Description("TransactionFlowAttribute"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{379c7092-9b76-476a-a66b-1937939ed1d0}"): ToInstance
]
class TransactionFlowAttribute : Behavior
{
    [Description("Indicates whether transactions flow or not."): Amended,
    DisplayName("TransactionFlowOption"), 
    read: ToInstance ToSubClass]
         string TransactionFlowOption;

};

[
Description("XmlSerializerOperationBehavior"): amended, 
dynamic: ToInstance ToSubClass, 
provider("ServiceModel"): ToInstance ToSubClass, 
UUID("{307a1805-daa2-454b-93fa-97241bb1aed5}"): ToInstance
]
class XmlSerializerOperationBehavior : Behavior
{
    [Description("Defines the style of the SOAP message."): Amended,
    DisplayName("Style"), 
    read: ToInstance ToSubClass]
         string Style;

    [Description("Specifies the SOAP encoding style."): Amended,
    DisplayName("Use"), 
    read: ToInstance ToSubClass]
         string Use;

};

//* end WMI data


//* Begin Trace data

//*************************************************************
//***   Registers WSAT Etw Trace Provider                                           ***
//*************************************************************

#pragma namespace ("\\\\.\\Root\\WMI")
#pragma autorecover


[dynamic, 
 locale("MS\\0x409"),
 Description("WSAT Trace Provider"),
 DisplayName("WSAT_TraceProvider"),
 Guid("{7f3fe630-462b-47c5-ab07-67ca84934abd}")
]
class WSAT_TraceProvider : EventTrace
{
};

[dynamic, 
 locale("MS\\0x409"),
 Description("WSAT Trace Event"),
 DisplayName("WSAT_TraceEvent"),
 Guid("{eb6517d4-090c-48ab-825e-adad366406a2}")
]
class WSAT_TraceEvent : WSAT_TraceProvider
{
};

[dynamic, 
 Description("WSAT Trace Record") : amended,
 DisplayName("WSAT_TraceRecord"),
 EventTypeName{"Trace", "Start", "Stop", "Suspend", "Resume"},
 EventType{0,1,2,10,11}
]
class WSAT_TraceRecord : WSAT_TraceEvent 
{
    [WmiDataId(1),
     Description("Activity ID") : amended,
     extension("Guid"),
     ActivityID,
     read]
     object ActivityID; 

    [WmiDataId(2),
     Description("Trace Record") : amended,
     StringTermination("NullTerminated"),
     format("w"),
     XMLFragment,
     read]
     string  TraceRecord;
    
    [WmiDataId(3), 
     Description("EventID"): Amended, 
     read] 
     sint32 EventID;
};

[Dynamic,
  Description("Activity Transfer Event") : amended,
  EventType(5),
  EventTypeName("Transfer"): amended,
  locale("MS\\0x409")]
class ActivityTransfer : WSAT_TraceEvent 
{
    [WmiDataId(1),
     Description("Activity ID") : amended,
     extension("Guid"),
     ActivityID,
     read]
     object ActivityID; 

    [WmiDataId(2),
     Description("Related Activity ID") : amended,
     extension("Guid"),
     RelatedActivityID,
     read]
     object  RelatedActivityID; 
};

//* End Trace data