Code:
/ 4.0 / 4.0 / untmp / DEVDIV_TFS / Dev10 / Releases / RTMRel / ndp / cdf / src / NetFx40 / System.ServiceModel.Activities / System / ServiceModel / Activities / ContractInferenceHelper.cs / 1407647 / ContractInferenceHelper.cs
//------------------------------------------------------------------------------
// Copyright (c) Microsoft Corporation. All rights reserved.
//-----------------------------------------------------------------------------
namespace System.ServiceModel.Activities
{
using System.Activities;
using System.Collections.Generic;
using System.Collections.ObjectModel;
using System.Net.Security;
using System.Runtime;
using System.ServiceModel.Activities.Description;
using System.ServiceModel.Channels;
using System.ServiceModel.Description;
using System.Xml;
using System.Xml.Linq;
static class ContractInferenceHelper
{
static DataContractFormatAttribute dataContractFormatAttribute;
static XmlSerializerFormatAttribute xmlSerializerFormatAttribute;
static Type exceptionType;
static Type faultExceptionType;
public static DataContractFormatAttribute DataContractFormatAttribute
{
get
{
if (dataContractFormatAttribute == null)
{
dataContractFormatAttribute = new DataContractFormatAttribute();
}
return dataContractFormatAttribute;
}
}
public static XmlSerializerFormatAttribute XmlSerializerFormatAttribute
{
get
{
if (xmlSerializerFormatAttribute == null)
{
xmlSerializerFormatAttribute = new XmlSerializerFormatAttribute
{
SupportFaults = true
};
}
return xmlSerializerFormatAttribute;
}
}
public static Type ExceptionType
{
get
{
if (exceptionType == null)
{
exceptionType = typeof(Exception);
}
return exceptionType;
}
}
public static Type FaultExceptionType
{
get
{
if (faultExceptionType == null)
{
faultExceptionType = typeof(FaultException<>);
}
return faultExceptionType;
}
}
public static void ProvideDefaultNamespace(ref XName serviceContractName)
{
Fx.Assert(serviceContractName != null, "Argument cannot be null!");
if (string.IsNullOrEmpty(serviceContractName.NamespaceName))
{
// If no namespace is given by the user, we provide default namespace. This is consistent with WCF.
serviceContractName = XName.Get(serviceContractName.LocalName, NamingHelper.DefaultNamespace);
}
}
public static ContractDescription CreateContractFromOperation(XName serviceContractName, OperationDescription operation)
{
Fx.Assert(serviceContractName != null, "serviceContractName cannot be null");
ProvideDefaultNamespace(ref serviceContractName);
ContractDescription contract = new ContractDescription(serviceContractName.LocalName, serviceContractName.NamespaceName)
{
// For inferred client side contracts, we do not set ContractType
ConfigurationName = serviceContractName.LocalName,
SessionMode = SessionMode.Allowed
};
contract.Operations.Add(operation);
return contract;
}
public static ContractDescription CreateOutputChannelContractDescription(XName serviceContractName, ProtectionLevel? protectionLevel)
{
Fx.Assert(serviceContractName != null, "cannot be null");
Type channelType = typeof(IOutputChannel);
ProvideDefaultNamespace(ref serviceContractName);
ContractDescription contract = new ContractDescription(serviceContractName.LocalName, serviceContractName.NamespaceName)
{
ContractType = channelType,
ConfigurationName = serviceContractName.LocalName,
SessionMode = SessionMode.Allowed
};
OperationDescription operation = new OperationDescription("Send", contract);
MessageDescription message = new MessageDescription(MessageHeaders.WildcardAction, MessageDirection.Input);
operation.Messages.Add(message);
if (protectionLevel.HasValue)
{
operation.ProtectionLevel = protectionLevel.Value;
}
contract.Operations.Add(operation);
return contract;
}
public static ContractDescription CreateRequestChannelContractDescription(XName serviceContractName, ProtectionLevel? protectionLevel)
{
Fx.Assert(serviceContractName != null, "cannot be null");
Type channelType = typeof(IRequestChannel);
ProvideDefaultNamespace(ref serviceContractName);
ContractDescription contract = new ContractDescription(serviceContractName.LocalName, serviceContractName.NamespaceName)
{
ContractType = channelType,
ConfigurationName = serviceContractName.LocalName,
SessionMode = SessionMode.Allowed
};
OperationDescription operation = new OperationDescription("Request", contract);
MessageDescription request = new MessageDescription(MessageHeaders.WildcardAction, MessageDirection.Input);
MessageDescription reply = new MessageDescription(MessageHeaders.WildcardAction, MessageDirection.Output);
operation.Messages.Add(request);
operation.Messages.Add(reply);
if (protectionLevel.HasValue)
{
operation.ProtectionLevel = protectionLevel.Value;
}
contract.Operations.Add(operation);
return contract;
}
public static void EnsureTransactionFlowOnContract(
ref ServiceEndpoint serviceEndpoint,
XName serviceContractName,
string operationName,
string action,
ProtectionLevel? protectionLevel)
{
Fx.Assert(serviceEndpoint != null, "ServiceEndpoint cannot be null!");
// Client side fully inferred contract always has null ContractType
if (serviceEndpoint.Contract.ContractType == null)
{
// If we are using the real contract, we only need to add TrancactionFlowAttribute to the operation
Fx.Assert(serviceEndpoint.Contract.Operations.Count == 1, "Client side contract should have exactly one operation!");
serviceEndpoint.Contract.Operations[0].Behaviors.Add(new TransactionFlowAttribute(TransactionFlowOption.Allowed));
}
else
{
// Replace the original fake contract with a fake contract tailored for transaction
ContractDescription contract = null;
OperationDescription operation = null;
MessageDescription request = null;
MessageDescription reply = null;
Type channelType = typeof(IRequestChannel);
// We need to create a contract description with the real service contract name
// and operation name and actions and with the TransactionFlow operation behavior
// because the TransactionChannelFactory has a dictionary of "Directional Action" to
// transaction flow value that it uses to decide whether or not to include the
// transaction header in the message.
Fx.Assert(serviceContractName != null, "Argument serviceContractName cannot be null!");
Fx.Assert(operationName != null, "Argument operationName cannot be null!");
ProvideDefaultNamespace(ref serviceContractName);
contract = new ContractDescription(serviceContractName.LocalName, serviceContractName.NamespaceName)
{
ContractType = channelType,
SessionMode = SessionMode.Allowed
};
operation = new OperationDescription(operationName, contract);
operation.Behaviors.Add(new TransactionFlowAttribute(TransactionFlowOption.Allowed));
string requestAction = null;
string replyAction = null;
if (String.IsNullOrEmpty(action))
{
// Construct the action.
requestAction = NamingHelper.GetMessageAction(operation, false);
replyAction = NamingHelper.GetMessageAction(operation, true);
}
else
{
requestAction = action;
replyAction = action + TypeLoader.ResponseSuffix;
}
request = new MessageDescription(requestAction, MessageDirection.Input);
reply = new MessageDescription(replyAction, MessageDirection.Output);
operation.Messages.Add(request);
operation.Messages.Add(reply);
if (protectionLevel.HasValue)
{
operation.ProtectionLevel = protectionLevel.Value;
}
contract.Operations.Add(operation);
// We need to replace the ServiceEndpoint because ServiceEndpoint.Contract does not have a public setter
Uri listenUri = serviceEndpoint.ListenUri;
serviceEndpoint = new ServiceEndpoint(contract)
{
Binding = serviceEndpoint.Binding,
Address = serviceEndpoint.Address,
Name = serviceEndpoint.Name,
};
if (listenUri != null)
{
serviceEndpoint.ListenUri = listenUri;
}
}
}
public static OperationDescription CreateOneWayOperationDescription(Send send)
{
Fx.Assert(send != null, "Argument cannot be null!");
return CreateOperationDescriptionCore(send, null);
}
public static OperationDescription CreateTwoWayOperationDescription(Send send, ReceiveReply receiveReply)
{
Fx.Assert(send != null && receiveReply != null, "Arguments cannot be null!");
return CreateOperationDescriptionCore(send, receiveReply);
}
static OperationDescription CreateOperationDescriptionCore(Send send, ReceiveReply receiveReply)
{
XName contractXName = send.ServiceContractName;
ProvideDefaultNamespace(ref contractXName);
// Infer Name, Namespace, ConfigurationName
ContractDescription contract = new ContractDescription(contractXName.LocalName, contractXName.NamespaceName);
contract.ConfigurationName = send.EndpointConfigurationName;
OperationDescription operation = new OperationDescription(NamingHelper.XmlName(send.OperationName), contract);
if (send.ProtectionLevel.HasValue)
{
operation.ProtectionLevel = send.ProtectionLevel.Value;
}
AddKnownTypesToOperation(operation, send.KnownTypes);
// Infer In-Message
send.InternalContent.InferMessageDescription(operation, send, MessageDirection.Input);
// Infer Out-Message
if (receiveReply != null)
{
receiveReply.InternalContent.InferMessageDescription(operation, receiveReply, MessageDirection.Output);
}
PostProcessOperation(operation);
AddSerializerProvider(operation, send.SerializerOption);
contract.Operations.Add(operation);
return operation;
}
// Create server side OperationDescription
public static OperationDescription CreateOperationDescription(Receive receive, ContractDescription contract)
{
OperationDescription operation = new OperationDescription(NamingHelper.XmlName(receive.OperationName), contract);
if (receive.ProtectionLevel.HasValue)
{
operation.ProtectionLevel = receive.ProtectionLevel.Value;
}
// Infer In-Message
receive.InternalContent.InferMessageDescription(operation, receive, MessageDirection.Input);
// Infer Out-Message
if (receive.HasReply)
{
// At this point, we already know all the following SendReplies are equivalent
SendReply sendReply = receive.FollowingReplies[0];
sendReply.InternalContent.InferMessageDescription(operation, sendReply, MessageDirection.Output);
}
else if (receive.HasFault)
{
// We infer Receive-SendFault pair as a two-way operation with void return value
CheckForDisposableParameters(operation, Constants.EmptyTypeArray);
AddOutputMessage(operation, null, Constants.EmptyStringArray, Constants.EmptyTypeArray);
}
PostProcessOperation(operation);
// Behaviors
AddSerializerProvider(operation, receive.SerializerOption);
AddWorkflowOperationBehaviors(operation, receive.OperationBookmarkName, receive.CanCreateInstance);
if (receive.InternalReceive.AdditionalData.IsInsideTransactedReceiveScope)
{
operation.IsInsideTransactedReceiveScope = true;
EnableTransactionBehavior(operation);
if (receive.InternalReceive.AdditionalData.IsFirstReceiveOfTransactedReceiveScopeTree)
{
operation.IsFirstReceiveOfTransactedReceiveScopeTree = true;
}
}
return operation;
}
public static void AddInputMessage(OperationDescription operation, string overridingAction, Type type, SerializerOption serializerOption)
{
Fx.Assert(operation.Messages.Count == 0, "Operation already has input message");
bool isResponse = false;
MessageDescription message = MessageBuilder.CreateMessageDescription(
operation, isResponse, MessageDirection.Input, overridingAction, type, serializerOption);
operation.Messages.Add(message);
}
public static void AddInputMessage(OperationDescription operation, string overridingAction,
string[] argumentNames, Type[] argumentTypes)
{
Fx.Assert(operation.Messages.Count == 0, "Operation already has input message");
bool isResponse = false;
MessageDescription message = MessageBuilder.CreateMessageDescription(
operation, isResponse, MessageDirection.Input, overridingAction, argumentNames, argumentTypes);
operation.Messages.Add(message);
}
public static void AddOutputMessage(OperationDescription operation, string overridingAction, Type type, SerializerOption serializerOption)
{
Fx.Assert(operation.Messages.Count > 0, "Operation does not have input message");
Fx.Assert(operation.Messages.Count < 2, "Operation already has output message");
bool isResponse = true;
MessageDescription message = MessageBuilder.CreateMessageDescription(
operation, isResponse, MessageDirection.Output, overridingAction, type, serializerOption);
operation.Messages.Add(message);
}
public static void AddOutputMessage(OperationDescription operation, string overridingAction,
string[] argumentNames, Type[] argumentTypes)
{
Fx.Assert(operation.Messages.Count > 0, "Operation does not have input message");
Fx.Assert(operation.Messages.Count < 2, "Operation already has output message");
bool isResponse = true;
MessageDescription message = MessageBuilder.CreateMessageDescription(
operation, isResponse, MessageDirection.Output, overridingAction, argumentNames, argumentTypes);
operation.Messages.Add(message);
}
static void AddKnownTypesToOperation(OperationDescription operation, Collection knownTypes)
{
if (knownTypes != null)
{
foreach (Type knownType in knownTypes)
{
operation.KnownTypes.Add(knownType);
}
}
}
public static void CheckForDisposableParameters(OperationDescription operation, Type type)
{
if (type == null)
{
operation.HasNoDisposableParameters = true;
}
else
{
operation.HasNoDisposableParameters = !ServiceReflector.IsParameterDisposable(type);
}
}
public static void CheckForDisposableParameters(OperationDescription operation, Type[] types)
{
Fx.Assert(types != null, "Argument cannot be null!");
operation.HasNoDisposableParameters = true;
foreach (Type type in types)
{
if (ServiceReflector.IsParameterDisposable(type))
{
operation.HasNoDisposableParameters = false;
break;
}
}
}
static void EnableTransactionBehavior(OperationDescription operationDescription)
{
Fx.Assert(operationDescription != null, "OperationDescription is null");
OperationBehaviorAttribute attribute = operationDescription.Behaviors.Find();
if (attribute != null)
{
attribute.TransactionScopeRequired = true;
attribute.TransactionAutoComplete = false;
}
else
{
OperationBehaviorAttribute attr = new OperationBehaviorAttribute
{
TransactionAutoComplete = false,
TransactionScopeRequired = true
};
operationDescription.Behaviors.Add(attr);
}
TransactionFlowAttribute transactionFlowAttribute = operationDescription.Behaviors.Find();
if (transactionFlowAttribute != null)
{
if(transactionFlowAttribute.Transactions != TransactionFlowOption.Allowed)
{
throw FxTrace.Exception.AsError(new InvalidOperationException(SR.ContractInferenceValidationForTransactionFlowBehavior));
}
}
else
{
if (!operationDescription.IsOneWay)
{
operationDescription.Behaviors.Add(new TransactionFlowAttribute(TransactionFlowOption.Allowed));
}
}
}
static void PostProcessOperation(OperationDescription operation)
{
MessageBuilder.ClearWrapperNames(operation);
}
static void AddSerializerProvider(OperationDescription operation, SerializerOption serializerOption)
{
switch (serializerOption)
{
case SerializerOption.DataContractSerializer:
AddDataContractSerializerFormat(operation);
break;
case SerializerOption.XmlSerializer:
AddXmlSerializerFormat(operation);
break;
}
}
static void AddDataContractSerializerFormat(OperationDescription operation)
{
if (operation.Behaviors.Find() != null)
{
throw FxTrace.Exception.AsError(new InvalidOperationException(SR.OperationHasSerializerBehavior(
operation.Name, operation.DeclaringContract.Name, typeof(DataContractSerializerOperationBehavior))));
}
operation.Behaviors.Add(new DataContractSerializerOperationBehavior(operation, DataContractFormatAttribute));
if (!operation.Behaviors.Contains(typeof(DataContractSerializerOperationGenerator)))
{
operation.Behaviors.Add(new DataContractSerializerOperationGenerator());
}
}
static void AddXmlSerializerFormat(OperationDescription operation)
{
if (operation.Behaviors.Find() != null)
{
throw FxTrace.Exception.AsError(new InvalidOperationException(
SR.OperationHasSerializerBehavior(operation.Name, operation.DeclaringContract.Name, typeof(XmlSerializerOperationBehavior))));
}
operation.Behaviors.Add(new XmlSerializerOperationBehavior(operation, XmlSerializerFormatAttribute));
if (!operation.Behaviors.Contains(typeof(XmlSerializerOperationGenerator)))
{
operation.Behaviors.Add(new XmlSerializerOperationGenerator(new XmlSerializerImportOptions()));
}
}
static void AddWorkflowOperationBehaviors(OperationDescription operation, string bookmarkName, bool canCreateInstance)
{
KeyedByTypeCollection behaviors = operation.Behaviors;
WorkflowOperationBehavior workflowOperationBehavior = behaviors.Find();
if (workflowOperationBehavior == null)
{
behaviors.Add(new WorkflowOperationBehavior(new Bookmark(bookmarkName), canCreateInstance));
}
else
{
workflowOperationBehavior.CanCreateInstance = workflowOperationBehavior.CanCreateInstance || canCreateInstance;
}
}
public static void CorrectOutMessageForOperation(Receive receive, OperationDescription operation)
{
// Remove the original outMessage
Fx.Assert(operation.Messages.Count == 2, "OperationDescription must be two-way for CorrectOutMessageForOperation to be invoked!");
operation.Messages.RemoveAt(1);
SendReply sendReply = receive.FollowingReplies[0];
sendReply.InternalContent.InferMessageDescription(operation, sendReply, MessageDirection.Output);
ContractInferenceHelper.PostProcessOperation(operation);
}
public static void UpdateIsOneWayFlag(Receive receive, OperationDescription operation)
{
// Set InternalReceiveMessage.IsOneWay to false for two-way operations
if (!operation.IsOneWay)
{
receive.SetIsOneWay(false);
}
}
public static void AddFaultDescription(Receive activity, OperationDescription operation)
{
if (activity.HasFault)
{
foreach (SendReply sendFault in activity.FollowingFaults)
{
string action = null;
Type type = null;
action = sendFault.Action;
SendMessageContent sendReply = sendFault.InternalContent as SendMessageContent;
if (sendReply != null)
{
type = sendReply.InternalDeclaredMessageType;
}
else
{
SendParametersContent sendReplyParameters = sendFault.InternalContent as SendParametersContent;
if (sendReplyParameters != null)
{
type = sendReplyParameters.ArgumentTypes[0]; // Exception should be the only parameter in SendFault
}
}
Fx.Assert(type != null, "Exception type cannot be null!");
if (type.IsGenericType && type.GetGenericTypeDefinition() == FaultExceptionType)
{
Type faultType = type.GetGenericArguments()[0];
bool exists = false;
// We expect the number of fault types to be small, so we use iterative comparison
foreach (FaultDescription faultDescription in operation.Faults)
{
if (faultDescription.DetailType == faultType)
{
if (faultDescription.Action != action)
{
throw FxTrace.Exception.AsError(new ValidationException(SR.SendRepliesHaveSameFaultTypeDifferentAction));
}
else
{
exists = true;
break;
}
}
}
if (!exists)
{
FaultDescription faultDescription = MessageBuilder.CreateFaultDescription(operation, faultType, action);
operation.Faults.Add(faultDescription);
}
}
}
}
}
public static void AddKnownTypesToOperation(Receive receive, OperationDescription operation)
{
Collection knownTypes = receive.InternalKnownTypes;
if (knownTypes != null)
{
foreach (Type knownType in knownTypes)
{
// We expect the number of known types to be small, so we use iterative comparison
if (!operation.KnownTypes.Contains(knownType))
{
operation.KnownTypes.Add(knownType);
}
}
}
}
public static void AddReceiveToFormatterBehavior(Receive receive, OperationDescription operation)
{
Fx.Assert(receive != null && operation != null, "Argument cannot be null!");
KeyedByTypeCollection behaviors = operation.Behaviors;
WorkflowFormatterBehavior formatterBehavior = behaviors.Find();
if (formatterBehavior == null)
{
formatterBehavior = new WorkflowFormatterBehavior();
behaviors.Add(formatterBehavior);
}
formatterBehavior.Receives.Add(receive);
}
public static CorrelationQuery CreateServerCorrelationQuery(MessageQuerySet select, Collection correlationInitializers,
OperationDescription operation, bool isResponse)
{
Fx.Assert(operation != null, "Argument cannot be null!");
CorrelationQuery correlationQuery = CreateCorrelationQueryCore(select, correlationInitializers);
if (correlationQuery != null)
{
string action = !isResponse ? operation.Messages[0].Action : operation.Messages[1].Action;
correlationQuery.Where = new CorrelationActionMessageFilter { Action = action };
}
return correlationQuery;
}
// this method generates the correlationQuery for client side send and receiveReply
public static Collection CreateClientCorrelationQueries(MessageQuerySet select, Collection correlationInitializers,
string overridingAction, XName serviceContractName, string operationName, bool isResponse)
{
Fx.Assert(serviceContractName != null && operationName != null, "Argument cannot be null!");
Collection queryCollection = new Collection();
CorrelationQuery correlationQuery = CreateCorrelationQueryCore(select, correlationInitializers);
if (correlationQuery != null)
{
if (overridingAction != null)
{
correlationQuery.Where = new CorrelationActionMessageFilter { Action = overridingAction };
}
else
{
ProvideDefaultNamespace(ref serviceContractName);
string defaultAction = NamingHelper.GetMessageAction(new XmlQualifiedName(serviceContractName.LocalName, serviceContractName.NamespaceName),
operationName, null, isResponse);
correlationQuery.Where = new CorrelationActionMessageFilter { Action = defaultAction };
}
queryCollection.Add(correlationQuery);
if (isResponse)
{
// we need an additional query with empty action to support soap1.1 reply cases
CorrelationQuery noActionQuery = correlationQuery.Clone();
noActionQuery.Where = new CorrelationActionMessageFilter { Action = String.Empty };
queryCollection.Add(noActionQuery);
}
}
return queryCollection;
}
static CorrelationQuery CreateCorrelationQueryCore(MessageQuerySet select, Collection correlationInitializers)
{
CorrelationQuery correlationQuery = null;
if (select != null)
{
Fx.Assert(select.Count != 0, "Empty MessageQuerySet is not allowed!");
correlationQuery = new CorrelationQuery
{
Select = select
};
}
if (correlationInitializers != null && correlationInitializers.Count > 0)
{
foreach (CorrelationInitializer correlation in correlationInitializers)
{
QueryCorrelationInitializer queryCorrelation = correlation as QueryCorrelationInitializer;
if (queryCorrelation != null)
{
Fx.Assert(queryCorrelation.MessageQuerySet.Count != 0, "Empty MessageQuerySet is not allowed!");
correlationQuery = correlationQuery ?? new CorrelationQuery();
correlationQuery.SelectAdditional.Add(queryCorrelation.MessageQuerySet);
}
}
}
return correlationQuery;
}
}
}
// File provided for Reference Use Only by Microsoft Corporation (c) 2007.
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