#include <DumTimeout.hxx>

Inheritance diagram for resip::DumTimeout:

Collaboration diagram for resip::DumTimeout:

Public Types
enum	Type { SessionExpiration, SessionRefresh, Registration, RegistrationRetry, Publication, Retransmit200, Retransmit1xx, WaitForAck, CanDiscardAck, StaleCall, Subscription, SubscriptionRetry, WaitForNotify, StaleReInvite, Glare, Cancelled, WaitingForForked2xx, SendNextNotify }
Public Member Functions
	DumTimeout (Type type, unsigned long duration, BaseUsageHandle target, unsigned int seq, unsigned int aseq=0, const Data &transactionId=Data::Empty)
	DumTimeout (const DumTimeout &)
	~DumTimeout ()
Message *	clone () const
Type	type () const
unsigned int	seq () const
unsigned int	secondarySeq () const
const Data &	transactionId () const
BaseUsageHandle	getBaseUsage () const
virtual bool	isClientTransaction () const
virtual EncodeStream &	encode (EncodeStream &strm) const
virtual EncodeStream &	encodeBrief (EncodeStream &strm) const
Static Public Attributes
static const unsigned long	StaleCallTimeout
Private Attributes
Type	mType
unsigned long	mDuration
BaseUsageHandle	mUsageHandle
unsigned int	mSeq
unsigned int	mSecondarySeq
Data	mTransactionId

Detailed Description

Definition at line 11 of file DumTimeout.hxx.

Member Enumeration Documentation

enum resip::DumTimeout::Type

Enumerator:

SessionExpiration
SessionRefresh
Registration
RegistrationRetry
Publication
Retransmit200
Retransmit1xx
WaitForAck
CanDiscardAck
StaleCall
Subscription
SubscriptionRetry
WaitForNotify
StaleReInvite
Glare
Cancelled
WaitingForForked2xx
SendNextNotify

Definition at line 14 of file DumTimeout.hxx.

      {
         SessionExpiration,
         SessionRefresh,
         Registration,
         RegistrationRetry,
         Publication,
         Retransmit200,
         Retransmit1xx,
         WaitForAck,    // UAS gets no ACK
         CanDiscardAck, 
         StaleCall,     // UAC gets no final response
         Subscription,
         SubscriptionRetry,
         WaitForNotify,
         StaleReInvite, 
         Glare,
         Cancelled,
         WaitingForForked2xx,
         SendNextNotify
      } Type;

Constructor & Destructor Documentation

DumTimeout::DumTimeout	(	Type	type,
		unsigned long	duration,
		BaseUsageHandle	target,
		unsigned int	seq,
		unsigned int	aseq = `0`,
		const Data &	transactionId = `Data::Empty`
	)

Definition at line 8 of file DumTimeout.cxx.

Referenced by clone().

    : mType(type),
      mDuration(duration),
      mUsageHandle(targetBu),
      mSeq(seq),
      mSecondarySeq(altSeq),
      mTransactionId(transactionId)
{}

DumTimeout::DumTimeout ( const DumTimeout & source )

Definition at line 22 of file DumTimeout.cxx.

    : mType(source.mType),
      mDuration(source.mDuration),
      mUsageHandle(source.mUsageHandle),
      mSeq(source.mSeq),
      mSecondarySeq(source.mSecondarySeq),
      mTransactionId(source.mTransactionId)
{}

DumTimeout::~DumTimeout ( )

Definition at line 31 of file DumTimeout.cxx.

{}

Member Function Documentation

Message * DumTimeout::clone ( ) const [virtual]

Implements resip::Message.

Definition at line 35 of file DumTimeout.cxx.

References DumTimeout().

{
   return new DumTimeout(*this);
}

Here is the call graph for this function:

EncodeStream & DumTimeout::encode ( EncodeStream & strm ) const [virtual]

Implements resip::Message.

Definition at line 77 of file DumTimeout.cxx.

References Cancelled, CanDiscardAck, Glare, mDuration, mSeq, mType, Publication, Registration, RegistrationRetry, Retransmit1xx, Retransmit200, SendNextNotify, SessionExpiration, SessionRefresh, StaleCall, StaleReInvite, Subscription, SubscriptionRetry, WaitForAck, WaitForNotify, and WaitingForForked2xx.

Referenced by encodeBrief().

{
   strm << "DumTimeout::";
   switch (mType)
   {
      case SessionExpiration:
         strm <<"SessionExpiration";
         break;
      case SessionRefresh:
         strm <<"SessionRefresh";
         break;
      case Registration:
         strm <<"Registration";
         break;
      case RegistrationRetry:
         strm <<"RegistrationRetry";
         break;
      case Publication:
         strm <<"Publication";
         break;
      case Retransmit200:
         strm <<"Retransmit200";
         break;
      case Retransmit1xx:
         strm <<"Retransmit1xx";
         break;
      case WaitForAck:
         strm <<"WaitForAck";
         break;
      case CanDiscardAck:
         strm <<"CanDiscardAck";
         break;
      case StaleCall:
         strm <<"StaleCall";
         break;
      case Subscription:
         strm <<"Subscription";
         break;
      case SubscriptionRetry:
         strm <<"SubscriptionRetry";
         break;
      case WaitForNotify:
         strm <<"WaitForNotify";
         break;
      case StaleReInvite:
         strm <<"StaleReInvite";
         break;
      case Glare:
         strm <<"Glare";
         break;
      case Cancelled:
         strm <<"Cancelled";
         break;
      case WaitingForForked2xx:
         strm <<"WaitingForForked2xx";
         break;
      case SendNextNotify:
         strm <<"SendNextNotify";
         break;
   }
   // Accessing mUsageHandle is not threadsafe, and this encode method is used outside
   // the dum thread, in the stack thread via the TuSelector::add method for logging.
   //if (mUsageHandle.isValid()) 
   //{
   //   strm << " " << *mUsageHandle;
   //}
   //else 
   //{
   //   strm << " defunct";
   //}
   
   strm << ": duration=" << mDuration << " seq=" << mSeq;
   return strm;
}