public static IConstructionReturnMessage CreateConstructionReturnMessage(IConstructionCallMessage ctorMsg, MarshalByRefObject retObj)
{
IConstructionReturnMessage ctorRetMsg = null;
// Create the return message
ctorRetMsg = new ConstructorReturnMessage(retObj, null, 0, null, ctorMsg);
// NOTE: WE ALLOW ONLY DEFAULT CTORs on SERVICEDCOMPONENTS
return ctorRetMsg;
}
public IConstructionReturnMessage InitializeServerObject(IConstructionCallMessage ctorMsg)
{
IConstructionReturnMessage retMsg = null;
if (_serverObject == null)
{
Type svrType = GetProxiedType();
if((ctorMsg != null) && (ctorMsg.ActivationType != svrType))
{
throw new RemotingException(
String.Format(
CultureInfo.CurrentCulture, Environment.GetResourceString("Remoting_Proxy_BadTypeForActivation"),
svrType.FullName,
ctorMsg.ActivationType));
}
// Create a blank object
_serverObject = RemotingServices.AllocateUninitializedObject(svrType);
// If the stub is the default stub, then set the server context
// to be the current context.
SetContextForDefaultStub();
// OK... we are all set to run the constructor call on the uninitialized object
MarshalByRefObject proxy = (MarshalByRefObject)GetTransparentProxy();
IMethodReturnMessage msg = null;
Exception e = null;
if(null != ctorMsg)
{
msg = RemotingServices.ExecuteMessage(proxy, ctorMsg);
e = msg.Exception;
}
else
{
try
{
RemotingServices.CallDefaultCtor(proxy);
}
catch(Exception excep)
{
e = excep;
}
}
// Construct a return message
if(null == e)
{
Object[] outArgs = (msg == null ? null : msg.OutArgs);
int outLength = (null == outArgs ? 0 : outArgs.Length);
LogicalCallContext callCtx = (msg == null ? null : msg.LogicalCallContext);
retMsg = new ConstructorReturnMessage(proxy,
outArgs, outLength,
callCtx, ctorMsg);
// setup identity
SetupIdentity();
if (IsRemotingProxy())
{
((RemotingProxy) this).Initialized = true;
}
}
else
{
// Exception occurred
retMsg = new ConstructorReturnMessage(e, ctorMsg);
}
}
return retMsg;
}
[System.Security.SecurityCritical] // auto-generated
private void PrivateInvoke(ref MessageData msgData, int type)
{
IMessage reqMsg = null;
CallType callType = (CallType)type;
IMessage retMsg = null;
int msgFlags = -1;
// Used only for Construction case
RemotingProxy rp = null;
// Create a message object based on the type of call
if(CallType.MethodCall == callType)
{
Message msg = new Message();
msg.InitFields(msgData);
reqMsg = msg;
msgFlags = msg.GetCallType();
}
else if (CallType.ConstructorCall == (CallType)callType)
{
// We use msgFlags to handle CallContext around
// the virtual call to Invoke()
msgFlags = Message.Sync;
rp = this as RemotingProxy;
ConstructorCallMessage ctorMsg = null;
bool bIsWellKnown = false;
if(!IsRemotingProxy())
{
// Create a new constructor call message
// <
ctorMsg = new ConstructorCallMessage(null, null, null, (RuntimeType)GetProxiedType());
}
else
{
// Extract the constructor message set in the first step of activation.
ctorMsg = rp.ConstructorMessage;
// If the proxy is a wellknown client proxy, we don't
// need to run the c'tor.
Identity id = rp.IdentityObject;
if (id != null)
bIsWellKnown = id.IsWellKnown();
}
if ((null == ctorMsg) || bIsWellKnown)
{
// This is also used to short-circuit the activation path
// when we have a well known proxy that has already been
// initialized (there's a race condition if we don't do this).
//
// This is a special case, where we have a remoting proxy
// but the constructormessage hasn't been setup.
// so let us just bail out..
// this is currently used by ServicedComponent's for cross appdomain
// pooling: <EMAIL>Microsoft</EMAIL>
//
ctorMsg = new ConstructorCallMessage(null, null, null, (RuntimeType)GetProxiedType());
// Set the constructor frame info in the CCM
ctorMsg.SetFrame(msgData);
reqMsg = ctorMsg;
// If this was the default ctor, check that default .ctor was called.
if (bIsWellKnown)
{
Contract.Assert(rp!=null, "RemotingProxy expected here!");
// Clear any cached ctorMsg on the RemotingProxy
rp.ConstructorMessage = null;
// We did execute a Connect. Throw if the client
// code is also trying to use a non-default constructor at
// the same time.
if (ctorMsg.ArgCount != 0)
{
throw new RemotingException(
Environment.GetResourceString(
"Remoting_Activation_WellKnownCTOR"));
}
}
// Create a constructor return message
retMsg =
new ConstructorReturnMessage((MarshalByRefObject)GetTransparentProxy(),
null,
0,
null,
ctorMsg);
}
else
{
// Set the constructor frame info in the CCM
ctorMsg.SetFrame(msgData);
reqMsg = ctorMsg;
}
}
else
{
Contract.Assert(false, "Unknown call type");
}
// Make sure that outgoing remote calls are counted.
ChannelServices.IncrementRemoteCalls();
// For non-remoting proxies, EndAsync should not call Invoke()
// because the proxy cannot support Async and the call has already
// finished executing in BeginAsync
if (!IsRemotingProxy()
&& ((msgFlags&Message.EndAsync)==Message.EndAsync))
{
Message msg = reqMsg as Message;
retMsg = EndInvokeHelper(msg, true);
Contract.Assert(null != retMsg, "null != retMsg");
}
// Invoke
Contract.Assert(null != reqMsg, "null != reqMsg");
if (null == retMsg)
{
// NOTE: there are cases where we setup a return message
// and we don't want the activation call to go through
// refer to the note above for ServicedComponents and Cross Appdomain
// pooling
LogicalCallContext cctx = null;
Thread currentThread = Thread.CurrentThread;
// Pick up or clone the call context from the thread
// and install it in the reqMsg as appropriate
cctx = currentThread.GetMutableExecutionContext().LogicalCallContext;
SetCallContextInMessage(reqMsg, msgFlags, cctx);
// Add the outgoing "Header"'s to the message.
cctx.PropagateOutgoingHeadersToMessage(reqMsg);
retMsg = Invoke(reqMsg);
// Get the call context returned and set it on the thread
ReturnCallContextToThread(currentThread, retMsg, msgFlags, cctx);
// Pull response "Header"'s out of the message
Thread.CurrentThread.GetMutableExecutionContext().LogicalCallContext.PropagateIncomingHeadersToCallContext(retMsg);
}
if (!IsRemotingProxy()
&& ((msgFlags&Message.BeginAsync) == Message.BeginAsync))
{
// This was a begin-async on a non-Remoting Proxy. For V-1 they
// cannot support Async and end up doing a Sync call. We need
// to fill up here to make the call look like async to
// the caller.
// Create the async result to return
Message msg = reqMsg as Message;
AsyncResult ar = new AsyncResult(msg);
// Tell the async result that the call has actually completed
// so it can hold on to the return message.
ar.SyncProcessMessage(retMsg);
// create a returnMessage to propagate just the asyncResult back
// to the caller's stack.
retMsg = new ReturnMessage(ar, null, 0, null/*cctx*/, msg);
}
// Propagate out parameters
HandleReturnMessage(reqMsg, retMsg);
// For constructor calls do some extra bookkeeping
if(CallType.ConstructorCall == callType)
{
// NOTE: It is the responsiblity of the callee to propagate
// the out parameters
// Everything went well, we are ready to return
// a proxy to the caller
// Extract the return value
MarshalByRefObject retObj = null;
IConstructionReturnMessage ctorRetMsg = retMsg as IConstructionReturnMessage;
if(null == ctorRetMsg)
{
throw new RemotingException(
Environment.GetResourceString("Remoting_Proxy_BadReturnTypeForActivation"));
}
ConstructorReturnMessage crm = ctorRetMsg as ConstructorReturnMessage;
if (null != crm)
{
// If return message is of type ConstructorReturnMessage
// this is an in-appDomain activation. So no unmarshaling
// needed.
retObj = (MarshalByRefObject)crm.GetObject();
if (retObj == null)
{
throw new RemotingException(
Environment.GetResourceString("Remoting_Activation_NullReturnValue"));
}
}
else
{
// Fetch the objRef out of the returned message and unmarshal it
retObj = (MarshalByRefObject)RemotingServices.InternalUnmarshal(
(ObjRef)ctorRetMsg.ReturnValue,
GetTransparentProxy(),
true /*fRefine*/);
if (retObj == null)
{
throw new RemotingException(
Environment.GetResourceString("Remoting_Activation_NullFromInternalUnmarshal"));
}
}
if (retObj != (MarshalByRefObject)GetTransparentProxy())
{
throw new RemotingException(
Environment.GetResourceString(
"Remoting_Activation_InconsistentState"));
}
if (IsRemotingProxy())
{
// Clear any cached ctorMsg on the RemotingProxy
rp.ConstructorMessage = null;
}
}
}
[System.Security.SecurityCritical] // auto-generated
internal static IConstructionReturnMessage SetupConstructionReply(
Object serverObj,
IConstructionCallMessage ctorMsg,
Exception e)
{
IConstructionReturnMessage replyMsg = null;
if (e == null)
{
replyMsg =
new ConstructorReturnMessage(
(MarshalByRefObject)serverObj,
null, // <
// if ctor-s with ref/out are supported</
0,
(LogicalCallContext)
ctorMsg.Properties[Message.CallContextKey],
ctorMsg);
}
else
{
replyMsg = new ConstructorReturnMessage(e,null);
// We have created our own message ... transfer the callcontext
// from the request message.
((ConstructorReturnMessage)replyMsg).SetLogicalCallContext(
(LogicalCallContext)
ctorMsg.Properties[Message.CallContextKey]);
}
return replyMsg;
}
// This function is called by ActivationServices in case
// the activation needs to be within the same appdomain. These
// are only for ContextBound types.
// It is also called to do satisfy remote incoming requests from
// the activation services. These could be for both ContextBound
// and MarshalByRef types.
internal static IConstructionReturnMessage DoCrossContextActivation(
IConstructionCallMessage reqMsg)
{
bool bCtxBound = reqMsg.ActivationType.IsContextful;
ContextTransitionFrame frame = new ContextTransitionFrame();
if (bCtxBound)
{
// If the type is context bound, we need to create
// the appropriate context and activate the object inside
// it.
// Create a new Context
Context serverContext = new Context();
ArrayList list = (ArrayList) reqMsg.ContextProperties;
Assembly asm = null;
for (int i=0; i<list.Count; i++)
{
IContextProperty prop = list[i] as IContextProperty;
if (null == prop)
{
throw new RemotingException(
Environment.GetResourceString(
"Remoting_Activation_BadAttribute"));
}
asm = prop.GetType().Assembly;
// Make a security check to ensure that the context property
// is from a trusted assembly!
CheckForInfrastructurePermission(asm);
// This ensures that we don't try to add duplicate
// attributes (eg. type attributes common on both client
// and server end)
if (serverContext.GetProperty(prop.Name) == null)
{
serverContext.SetProperty(prop);
}
}
// No more property changes to the server context from here.
serverContext.Freeze();
// (This seems like an overkill but that is how it is spec-ed)
// Ask each of the properties in the context we formed from
// if it is happy with the current context.
for (int i=0; i<list.Count;i++)
{
if (!((IContextProperty)list[i]).IsNewContextOK(
serverContext))
{
throw new RemotingException(
Environment.GetResourceString(
"Remoting_Activation_PropertyUnhappy"));
}
}
// Change to server context
Thread.CurrentThread.EnterContext(serverContext, ref frame);
}
// call the first sink in the server context chain
IMethodReturnMessage retMsg = (IMethodReturnMessage)
Thread.CurrentContext.GetServerContextChain().SyncProcessMessage(reqMsg);
// The return message may not be of type
// IConstructionReturnMessage if an exception happens
// in the sink chains.
Exception e = null;
IConstructionReturnMessage replyMsg = retMsg as IConstructionReturnMessage;
if (null == replyMsg)
{
if (retMsg != null)
{
e = retMsg.Exception;
}
else
{
e = new RemotingException(
Environment.GetResourceString(
"Remoting_Activation_Failed"));
}
replyMsg = new ConstructorReturnMessage(e,null);
// We have created our own message ... transfer the callcontext
// from the request message.
((ConstructorReturnMessage)replyMsg).SetLogicalCallContext(
(LogicalCallContext)
reqMsg.Properties[Message.CallContextKey]);
}
if (bCtxBound)
{
Thread.CurrentThread.ReturnToContext(ref frame);
}
return replyMsg;
}
[System.Security.SecurityCritical] // auto-generated
internal static Object DoCrossContextActivationCallback(Object[] args)
{
IConstructionCallMessage reqMsg = (IConstructionCallMessage) args[0];
IConstructionReturnMessage replyMsg = null;
// call the first sink in the server context chain
// <
IMethodReturnMessage retMsg = (IMethodReturnMessage)
Thread.CurrentContext.GetServerContextChain().SyncProcessMessage(reqMsg);
// The return message may not be of type
// IConstructionReturnMessage if an exception happens
// in the sink chains.
Exception e = null;
replyMsg = retMsg as IConstructionReturnMessage;
if (null == replyMsg)
{
if (retMsg != null)
{
e = retMsg.Exception;
}
else
{
e = new RemotingException(
Environment.GetResourceString(
"Remoting_Activation_Failed"));
}
replyMsg = new ConstructorReturnMessage(e,null);
// We have created our own message ... transfer the callcontext
// from the request message.
((ConstructorReturnMessage)replyMsg).SetLogicalCallContext(
(LogicalCallContext)
reqMsg.Properties[Message.CallContextKey]);
}
return replyMsg;
}
private void PrivateInvoke(ref MessageData msgData, int type)
{
IMessage reqMsg = null;
CallType type2 = (CallType) type;
IMessage retMsg = null;
int msgFlags = -1;
RemotingProxy proxy = null;
if (CallType.MethodCall == type2)
{
Message message3 = new Message();
message3.InitFields(msgData);
reqMsg = message3;
msgFlags = message3.GetCallType();
}
else if (CallType.ConstructorCall == type2)
{
msgFlags = 0;
proxy = this as RemotingProxy;
ConstructorCallMessage ccm = null;
bool flag = false;
if (!this.IsRemotingProxy())
{
ccm = new ConstructorCallMessage(null, null, null, (RuntimeType) this.GetProxiedType());
}
else
{
ccm = proxy.ConstructorMessage;
Identity identityObject = proxy.IdentityObject;
if (identityObject != null)
{
flag = identityObject.IsWellKnown();
}
}
if ((ccm == null) || flag)
{
ccm = new ConstructorCallMessage(null, null, null, (RuntimeType) this.GetProxiedType());
ccm.SetFrame(msgData);
reqMsg = ccm;
if (flag)
{
proxy.ConstructorMessage = null;
if (ccm.ArgCount != 0)
{
throw new RemotingException(Environment.GetResourceString("Remoting_Activation_WellKnownCTOR"));
}
}
retMsg = new ConstructorReturnMessage((MarshalByRefObject) this.GetTransparentProxy(), null, 0, null, ccm);
}
else
{
ccm.SetFrame(msgData);
reqMsg = ccm;
}
}
ChannelServices.IncrementRemoteCalls();
if (!this.IsRemotingProxy() && ((msgFlags & 2) == 2))
{
Message message5 = reqMsg as Message;
retMsg = EndInvokeHelper(message5, true);
}
if (retMsg == null)
{
LogicalCallContext cctx = null;
Thread currentThread = Thread.CurrentThread;
cctx = currentThread.GetLogicalCallContext();
this.SetCallContextInMessage(reqMsg, msgFlags, cctx);
cctx.PropagateOutgoingHeadersToMessage(reqMsg);
retMsg = this.Invoke(reqMsg);
this.ReturnCallContextToThread(currentThread, retMsg, msgFlags, cctx);
CallContext.GetLogicalCallContext().PropagateIncomingHeadersToCallContext(retMsg);
}
if (!this.IsRemotingProxy() && ((msgFlags & 1) == 1))
{
Message m = reqMsg as Message;
AsyncResult ret = new AsyncResult(m);
ret.SyncProcessMessage(retMsg);
retMsg = new ReturnMessage(ret, null, 0, null, m);
}
HandleReturnMessage(reqMsg, retMsg);
if (CallType.ConstructorCall == type2)
{
MarshalByRefObject obj2 = null;
IConstructionReturnMessage message7 = retMsg as IConstructionReturnMessage;
if (message7 == null)
{
throw new RemotingException(Environment.GetResourceString("Remoting_Proxy_BadReturnTypeForActivation"));
}
ConstructorReturnMessage message8 = message7 as ConstructorReturnMessage;
if (message8 != null)
{
obj2 = (MarshalByRefObject) message8.GetObject();
if (obj2 == null)
{
throw new RemotingException(Environment.GetResourceString("Remoting_Activation_NullReturnValue"));
}
}
else
{
obj2 = (MarshalByRefObject) RemotingServices.InternalUnmarshal((ObjRef) message7.ReturnValue, this.GetTransparentProxy(), true);
if (obj2 == null)
{
throw new RemotingException(Environment.GetResourceString("Remoting_Activation_NullFromInternalUnmarshal"));
}
}
if (obj2 != ((MarshalByRefObject) this.GetTransparentProxy()))
{
throw new RemotingException(Environment.GetResourceString("Remoting_Activation_InconsistentState"));
}
if (this.IsRemotingProxy())
{
proxy.ConstructorMessage = null;
}
}
}
public IConstructionReturnMessage InitializeServerObject(IConstructionCallMessage ctorMsg)
{
IConstructionReturnMessage message = null;
if (this._serverObject != null)
{
return message;
}
Type proxiedType = this.GetProxiedType();
if ((ctorMsg != null) && (ctorMsg.ActivationType != proxiedType))
{
throw new RemotingException(string.Format(CultureInfo.CurrentCulture, Environment.GetResourceString("Remoting_Proxy_BadTypeForActivation"), new object[] { proxiedType.FullName, ctorMsg.ActivationType }));
}
this._serverObject = RemotingServices.AllocateUninitializedObject(proxiedType);
this.SetContextForDefaultStub();
MarshalByRefObject transparentProxy = (MarshalByRefObject) this.GetTransparentProxy();
IMethodReturnMessage message2 = null;
Exception e = null;
if (ctorMsg != null)
{
message2 = RemotingServices.ExecuteMessage(transparentProxy, ctorMsg);
e = message2.Exception;
}
else
{
try
{
RemotingServices.CallDefaultCtor(transparentProxy);
}
catch (Exception exception2)
{
e = exception2;
}
}
if (e == null)
{
object[] outArgs = (message2 == null) ? null : message2.OutArgs;
int outArgsCount = (outArgs == null) ? 0 : outArgs.Length;
LogicalCallContext callCtx = (message2 == null) ? null : message2.LogicalCallContext;
message = new ConstructorReturnMessage(transparentProxy, outArgs, outArgsCount, callCtx, ctorMsg);
this.SetupIdentity();
if (this.IsRemotingProxy())
{
((RemotingProxy) this).Initialized = true;
}
return message;
}
return new ConstructorReturnMessage(e, ctorMsg);
}
internal static IConstructionReturnMessage SetupConstructionReply(object serverObj, IConstructionCallMessage ctorMsg, Exception e)
{
IConstructionReturnMessage message = null;
if (e == null)
{
return new ConstructorReturnMessage((MarshalByRefObject) serverObj, null, 0, (LogicalCallContext) ctorMsg.Properties[Message.CallContextKey], ctorMsg);
}
message = new ConstructorReturnMessage(e, null);
((ConstructorReturnMessage) message).SetLogicalCallContext((LogicalCallContext) ctorMsg.Properties[Message.CallContextKey]);
return message;
}
internal static object DoCrossContextActivationCallback(object[] args)
{
IConstructionCallMessage msg = (IConstructionCallMessage) args[0];
IConstructionReturnMessage message2 = null;
IMethodReturnMessage message3 = (IMethodReturnMessage) Thread.CurrentContext.GetServerContextChain().SyncProcessMessage(msg);
Exception e = null;
message2 = message3 as IConstructionReturnMessage;
if (message2 == null)
{
if (message3 != null)
{
e = message3.Exception;
}
else
{
e = new RemotingException(Environment.GetResourceString("Remoting_Activation_Failed"));
}
message2 = new ConstructorReturnMessage(e, null);
((ConstructorReturnMessage) message2).SetLogicalCallContext((LogicalCallContext) msg.Properties[Message.CallContextKey]);
}
return message2;
}
// Private method invoked by the transparent proxy
private void PrivateInvoke(ref MessageData msgData, int type)
{
IMessage reqMsg = null;
CallType callType = (CallType)type;
IMessage retMsg = null;
int msgFlags = -1;
// Create a message object based on the type of call
if(CallType.MethodCall == callType)
{
Message msg = new Message();
msg.InitFields(msgData);
reqMsg = msg;
msgFlags = msg.GetCallType();
}
else if (CallType.ConstructorCall == (CallType)callType)
{
// We use msgFlags to handle CallContext around
// the virtual call to Invoke()
msgFlags = Message.Sync;
ConstructorCallMessage ctorMsg = null;
RemotingProxy rp = this as RemotingProxy;
if(null == rp)
{
// Create a new constructor call message
ctorMsg = new ConstructorCallMessage(null, null, null, GetProxiedType());
}
else
{
// Extract the constructor message set in the first step of activation.
ctorMsg = rp.ConstructorMessage;
}
// If the proxy is a wellknown client proxy, we don't need to run the c'tor.
bool bIsWellKnown = false;
if (rp != null)
{
Identity id = rp.IdentityObject;
if (id != null)
bIsWellKnown = id.IsWellKnown();
}
if ((null == ctorMsg) || bIsWellKnown)
{
// This is also used to short-circuit the activation path
// when we have a well known proxy that has already been
// initialized (there's a race condition if we don't do this).
//
// This is a special case, where we have a remoting proxy
// but the constructormessage hasn't been setup.
// so let us just bail out..
// this is currently used by ServicedComponent's for cross appdomain
// pooling:
//
/*
ProxyAttribute pa = null;
BCLDebug.Assert(((pa = ActivationServices.GetProxyAttribute(GetProxiedType()) is Object) || true);
BCLDebug.Assert(pa != null && pa.GetType() != typeof(ProxyAttribute));
*/
ctorMsg = new ConstructorCallMessage(null, null, null, GetProxiedType());
// Set the constructor frame info in the CCM
ctorMsg.SetFrame(msgData);
reqMsg = ctorMsg;
// If this was the default ctor, check that default .ctor was called.
if (bIsWellKnown)
{
// We did execute a Connect. Throw if the client
// code is also trying to use a non-default constructor at
// the same time.
if (ctorMsg.ArgCount != 0)
{
throw new RemotingException(
Environment.GetResourceString(
"Remoting_Activation_WellKnownCTOR"));
}
}
// Create a constructor return message
retMsg =
new ConstructorReturnMessage((MarshalByRefObject)GetTransparentProxy(),
null,
0,
null,
ctorMsg);
}
else
{
// Set the constructor frame info in the CCM
ctorMsg.SetFrame(msgData);
reqMsg = ctorMsg;
}
}
else
{
BCLDebug.Assert(false, "Unknown call type");
}
// Make sure that outgoing remote calls are counted.
ChannelServices.IncrementRemoteCalls();
// Invoke
BCLDebug.Assert(null != reqMsg, "null != reqMsg");
if (null == retMsg)
{
// NOTE: there are cases where we setup a return message
// and we don't want the activation call to go through
// refer to the note above for ServicedComponents and Cross Appdomain
// pooling
LogicalCallContext cctx = null;
Thread currentThread = Thread.CurrentThread;
// Pick up or clone the call context from the thread
// and install it in the reqMsg as appropriate
cctx = currentThread.GetLogicalCallContext();
SetCallContextInMessage(reqMsg, msgFlags, cctx);
// Add the outgoing "Header"'s to the message.
cctx.PropagateOutgoingHeadersToMessage(reqMsg);
retMsg = Invoke(reqMsg);
// Get the call context returned and set it on the thread
ReturnCallContextToThread(currentThread, retMsg, msgFlags);
// Pull response "Header"'s out of the message
CallContext.GetLogicalCallContext().PropagateIncomingHeadersToCallContext(retMsg);
}
// Propagate out parameters
HandleReturnMessage(reqMsg, retMsg);
// For constructor calls do some extra bookkeeping
if(CallType.ConstructorCall == callType)
{
// NOTE: It is the responsiblity of the callee to propagate
// the out parameters
// Everything went well, we are ready to return
// a proxy to the caller
// Extract the return value
MarshalByRefObject retObj = null;
IConstructionReturnMessage ctorRetMsg = retMsg as IConstructionReturnMessage;
if(null == ctorRetMsg)
{
throw new RemotingException(
Environment.GetResourceString("Remoting_Proxy_BadReturnTypeForActivation"));
}
ConstructorReturnMessage crm = ctorRetMsg as ConstructorReturnMessage;
if (null != crm)
{
retObj = (MarshalByRefObject)crm.GetObject();
if (retObj == null)
{
throw new RemotingException(
Environment.GetResourceString("Remoting_Activation_NullReturnValue"));
}
}
else
{
// Fetch the objRef out of the returned message and unmarshal it
retObj = (MarshalByRefObject)RemotingServices.InternalUnmarshal(
(ObjRef)ctorRetMsg.ReturnValue,
GetTransparentProxy(),
true /*fRefine*/);
if (retObj == null)
{
throw new RemotingException(
Environment.GetResourceString("Remoting_Activation_NullFromInternalUnmarshal"));
}
}
if (retObj != (MarshalByRefObject)GetTransparentProxy())
{
throw new RemotingException(
Environment.GetResourceString(
"Remoting_Activation_InconsistentState"));
}
}
}