247         CleanupStack::Pop(pRequest);

   247         CleanupStack::Pop(pRequest);

   248         CleanupStack::Pop(txnID);        

   248         CleanupStack::Pop(txnID);        

   249         if(!pRequest->IsActive())

   249         if(!pRequest->IsActive())

   250             {

   250             {

   251             TLSLOG_L(KSenLocalTransportLogChannelBase,KNormalLogLevel,"- Activating request / async call to the provider.");

   251             TLSLOG_L(KSenLocalTransportLogChannelBase,KNormalLogLevel,"- Activating request / async call to the provider.");

   253             }

   254             }

   254         pRequest->iStatus = KRequestPending;

   255         pRequest->iStatus = KRequestPending;

   255         TRequestStatus* status = &pRequest->iStatus;

   256         TRequestStatus* status = &pRequest->iStatus;

   256         User::RequestComplete( status, CSenLocalRequest::EInvokeService ); //iTransactionID );

   257         User::RequestComplete( status, CSenLocalRequest::EInvokeService ); //iTransactionID );

   257         TLSLOG_FORMAT((KSenLocalTransportLogChannelBase,KNormalLogLevel, _L8("- Request status: %d"), pRequest->iStatus.Int()));

   258         TLSLOG_FORMAT((KSenLocalTransportLogChannelBase,KNormalLogLevel, _L8("- Request status: %d"), pRequest->iStatus.Int()));

   424         // ServiceL (needed for sharable providers):

   425         // ServiceL (needed for sharable providers):

   425         ipProvider->iCriticalSection.Signal();

   426         ipProvider->iCriticalSection.Signal();

   426         }

   427         }

   427 

   428 

   428     iStatus = KRequestPending;

   429     iStatus = KRequestPending;

   430     }

   432     }

   431 

   433 

   432 const TThreadId CSenLocalRequest::OwnerThreadId() const

   434 const TThreadId CSenLocalRequest::OwnerThreadId() const

   433     {

   435     {

   434     return iOwnerThreadId;

   436     return iOwnerThreadId;