CSIPRegistrationBinding Class Reference

#include <mw/sipregistrationbinding.h>

Link against: sipclient.lib

class CSIPRegistrationBinding : public CSIPRegistrationBindingBase, public MTransactionOwner, public MExpirationHandler, public CBase, public MSIPRegistrationContext

Inherits from

CSIPRegistrationBinding
- CBase
- MSIPRegistrationContext

Public Member Functions
	~CSIPRegistrationBinding()
IMPORT_C const CSIPToHeader &	Aor()
void	ClearTransactionOwner(TBool)
IMPORT_C CSIPConnection *	Connection()
IMPORT_C const CSIPConnection *	Connection()
IMPORT_C const CSIPContactHeader &	ContactHeader()
IMPORT_C CSIPContactHeader &	ContactHeader()
virtual IMPORT_C TUint32	ContextId()
IMPORT_C CSIPClientTransaction *	DeregisterL(CSIPMessageElements *)
virtual void	DoRegisterL(TTransactionId &, CSIPRequest , CSIPRouteHeader )
virtual void	DoUnregisterL(TTransactionId &, CSIPRequest *)
virtual void	DoUpdateL(TTransactionId &, CSIPRequest *)
CRegBindingImplementation &	Implementation()
virtual IMPORT_C TBool	IsContextActive()
virtual TBool	IsRefresh()
IMPORT_C CSIPRegistrationBinding *	NewL(CSIPConnection &, CSIPToHeader , CSIPContactHeader , CSIPRefresh , CSIPRouteHeader , CUri8 , CSIPFromHeader )
CSIPRegistrationBinding *	NewLC(CSIPRequest , MSigComp &, CSIPSec &, MTimerManager &, MTransactionUser &, CSIPRegistrationBindingStore &, MRegistrationOwner , MSIPSecUser &, MSIPTransportMgr &, CURIContainer &, TBool, TBool)
IMPORT_C CSIPRegistrationBinding *	NewLC(CSIPConnection &, CSIPToHeader , CSIPContactHeader , CSIPRefresh , CSIPRouteHeader , CUri8 , CSIPFromHeader )
virtual TInt	NextCSeq(TUint &)
IMPORT_C const CSIPRouteHeader *	OutboundProxy()
virtual void	ReceiveL(TUint32, TTransactionId, CSIPRequest *)
virtual void	ReceiveL(TTransactionId, CSIPResponse *)
IMPORT_C CSIPClientTransaction *	RegisterL(CSIPMessageElements *)
IMPORT_C const CSIPContactHeader *	RegisteredContact()
IMPORT_C const CSIPRefresh *	SIPRefresh()
IMPORT_C CSIPRefresh *	SIPRefresh()
virtual const MSIPSecUser *	SIPSecUser()
virtual IMPORT_C void	SetOutboundProxyL(CSIPRouteHeader *)
IMPORT_C TInt	SetProperty(TUint32, TBool)
void	StartTimerL(TUint)
virtual void	TimerExpiredL(TTimerId, TAny *)
virtual TInt	TransactionEnded(TUint32, TTransactionId, TInt)
IMPORT_C CSIPClientTransaction *	UpdateL(CSIPMessageElements *)
IMPORT_C CSIPClientTransaction *	UpdateL(TUint, CSIPMessageElements *)
IMPORT_C TBool	operator==(const CSIPRegistrationBinding &)

Inherited Attributes
	CSIPRegistrationBindingBase::iContact
	CSIPRegistrationBindingBase::iCurrentState
	CSIPRegistrationBindingBase::iOwner
	CSIPRegistrationBindingBase::iRegistered
	CSIPRegistrationBindingBase::iRegistering
	CSIPRegistrationBindingBase::iRegistrar
	CSIPRegistrationBindingBase::iRegistrationId
	CSIPRegistrationBindingBase::iRemoteTarget
	CSIPRegistrationBindingBase::iResponse423Received
	CSIPRegistrationBindingBase::iRetryTransactionId
	CSIPRegistrationBindingBase::iRouteSet
	CSIPRegistrationBindingBase::iSIPSecUser
	CSIPRegistrationBindingBase::iSigCompCompartmentId
	CSIPRegistrationBindingBase::iTransactionId
	CSIPRegistrationBindingBase::iTransactionUser
	CSIPRegistrationBindingBase::iTransportId
	CSIPRegistrationBindingBase::iUnregistered
	CSIPRegistrationBindingBase::iUnregistering
	CSIPRegistrationBindingBase::iUpdating

Inherited Functions
	CBase::CBase()
	CBase::Delete(CBase *)
	CBase::Extension_(TUint,TAny &,TAny )
	CBase::operator new(TUint)
	CBase::operator new(TUint,TAny *)
	CBase::operator new(TUint,TLeave)
	CBase::operator new(TUint,TLeave,TUint)
	CBase::operator new(TUint,TUint)
	CBase::~CBase()
	CSIPRegistrationBindingBase::AOR()const
	CSIPRegistrationBindingBase::ByPassSIPSec()const
	CSIPRegistrationBindingBase::CSIPRegistrationBindingBase(MTransactionUser &,MSigComp &,CSIPSec &,CSIPRegistrationBindingStore &,MRegistrationOwner *,MSIPSecUser &,MSIPTransportMgr &,TBool,TBool)
	CSIPRegistrationBindingBase::ChangeState(CSIPRegistrationState *)
	CSIPRegistrationBindingBase::ClearRequest()
	CSIPRegistrationBindingBase::CompareWithRegisterRequest(const MRegistrationOwner &,CSIPRequest &)
	CSIPRegistrationBindingBase::ConstructL(CSIPRequest *,CURIContainer &)
	CSIPRegistrationBindingBase::Contact()
	CSIPRegistrationBindingBase::CreateProxyTransportResourcesL(CSIPRouteHeader &)
	CSIPRegistrationBindingBase::CurrentState()
	CSIPRegistrationBindingBase::DetachFromStore()
	CSIPRegistrationBindingBase::DetachOutboundProxy(TAny *)
	CSIPRegistrationBindingBase::FillToFromL(CSIPRequest &)
	CSIPRegistrationBindingBase::FillTransportParams()
	CSIPRegistrationBindingBase::FindContactByFromL(const CSIPFromToHeaderBase *,CSIPContactHeader &)
	CSIPRegistrationBindingBase::FlowFailure(TInt)
	CSIPRegistrationBindingBase::HasOutboundProxy()const
	CSIPRegistrationBindingBase::HasTransaction(const TTransactionId &)const
	CSIPRegistrationBindingBase::IAPId()const
	CSIPRegistrationBindingBase::IsCacheOutboundProxyIPEnabled()
	CSIPRegistrationBindingBase::OutboundProxy()
	CSIPRegistrationBindingBase::OutboundProxyFailed()
	CSIPRegistrationBindingBase::OutboundProxyIPL()
	CSIPRegistrationBindingBase::Owner()const
	CSIPRegistrationBindingBase::PAssociatedURIHeader()const
	CSIPRegistrationBindingBase::PassOnlyRealmsToUser()const
	CSIPRegistrationBindingBase::Received2XXResponseL(CSIPResponse &,TTransactionId)
	CSIPRegistrationBindingBase::Received423ResponseL(CSIPResponse &)
	CSIPRegistrationBindingBase::ReceivedErrorResponseL()
	CSIPRegistrationBindingBase::RefreshId()const
	CSIPRegistrationBindingBase::RegisterL(TTransactionId &,CSIPRequest ,CSIPRouteHeader )
	CSIPRegistrationBindingBase::RegisterPending()const
	CSIPRegistrationBindingBase::Registrar()
	CSIPRegistrationBindingBase::RegistrationId()const
	CSIPRegistrationBindingBase::RemoveBinding()
	CSIPRegistrationBindingBase::RemoveOutboundProxy()
	CSIPRegistrationBindingBase::Request()
	CSIPRegistrationBindingBase::RequestCredentialsL(CSIPResponse &,TTransactionId,TRefreshId)
	CSIPRegistrationBindingBase::RequestCredentialsL(const TDesC8 &)
	CSIPRegistrationBindingBase::RouteSet()
	CSIPRegistrationBindingBase::SelfDetach(TBool)
	CSIPRegistrationBindingBase::SelfDetach(TBool,TBool)
	CSIPRegistrationBindingBase::ServiceRouteOk(CSIPResponse &)const
	CSIPRegistrationBindingBase::SetExpiresValueL(CSIPRequest &)
	CSIPRegistrationBindingBase::SetOutboundProxy(CSIPRouteHeader *)
	CSIPRegistrationBindingBase::SetRequest(CSIPRequest *)
	CSIPRegistrationBindingBase::SetRouteHeaderFromResponseL(CSIPResponse &)
	CSIPRegistrationBindingBase::SigCompCompartmentId()const
	CSIPRegistrationBindingBase::TrustedUser(TRegistrationId)
	CSIPRegistrationBindingBase::UnregisterL(TTransactionId &,CSIPRequest *)
	CSIPRegistrationBindingBase::UpdateContactFromRequestL()
	CSIPRegistrationBindingBase::UpdateL(TTransactionId &,CSIPRequest *)
	CSIPRegistrationBindingBase::~CSIPRegistrationBindingBase()
	MExpirationHandler::~MExpirationHandler()
	MRegistrationContext::~MRegistrationContext()
	MSIPRegistrationContext::~MSIPRegistrationContext()
	MTransactionOwner::~MTransactionOwner()

Detailed Description

Class for managing SIP registration binding. Class provides functions for creating and updating SIP registration bindings.

Constructor & Destructor Documentation

~CSIPRegistrationBinding ( )

~CSIPRegistrationBinding

(

)

Member Function Documentation

Aor ( )

IMPORT_C const CSIPToHeader &

Aor

(

)

const

Gets the address-of-record (AOR) used for creating binding

Return Value: address-of-record (AOR)

ClearTransactionOwner ( TBool )

void

ClearTransactionOwner

(

TBool

aUseRetryId = EFalse

)

Connection ( )

IMPORT_C CSIPConnection *

Connection

(

)

Gets the SIP connection used for the registration.

Return Value: SIP connection used for the registration, or 0-pointer if the connection has been deleted. Ownership is not transferred.

Connection ( )

IMPORT_C const CSIPConnection *

Connection

(

)

const

Gets the SIP connection used for the registration.

Return Value: SIP connection used for the registration, or 0-pointer if the connection has been deleted. Ownership is not transferred.

ContactHeader ( )

IMPORT_C const CSIPContactHeader &

ContactHeader

(

)

const

Gets Contact header associated with the registration binding

Return Value: Contact header

ContactHeader ( )

IMPORT_C CSIPContactHeader &

ContactHeader

(

)

Gets Contact header associated with the registration binding

Return Value: Contact header

ContextId ( )

IMPORT_C TUint32

ContextId

(

)

const [virtual]

Reimplemented from MSIPRegistrationContext::ContextId()const

Gets the context id

Return Value: context id For internal use only

DeregisterL ( CSIPMessageElements * )

IMPORT_C CSIPClientTransaction *

DeregisterL

(

CSIPMessageElements *

aElements = 0

)

Creates SIP (de)REGISTER request, sends it to the given destination. This function will remove registration binding. Any SIP response (2xx - 6xx) to this request removes the binding. Note that deregistration can be done then the 2xx is received to the initial REGISTER transaction and there is no on-going registration updates.

Pre-condition: Connection().State()==EActive
IsContextActive()==ETrue

Parameters
aElements	contains user SIP headers and content; the ownership is transfered. If set, user SIP headers must not contain any Contact-header nor Expires-header

Return Value: SIP REGISTER transaction; the ownership is transfered

Leave Codes
KErrSIPInvalidRegistrationState	if

Capability
NetworkServices

DoRegisterL ( TTransactionId &, CSIPRequest , CSIPRouteHeader )

void	DoRegisterL	(	TTransactionId &	aTransactionId,
			CSIPRequest *	aSIPRequest,
			CSIPRouteHeader *	aOutboundProxy
		)	[virtual]

Reimplemented from CSIPRegistrationBindingBase::DoRegisterL(TTransactionId &,CSIPRequest *,CSIPRouteHeader *)

DoUnregisterL ( TTransactionId &, CSIPRequest * )

void	DoUnregisterL	(	TTransactionId &	aTransactionId,
			CSIPRequest *	aSIPRequest
		)	[virtual]

Reimplemented from CSIPRegistrationBindingBase::DoUnregisterL(TTransactionId &,CSIPRequest *)

DoUpdateL ( TTransactionId &, CSIPRequest * )

void	DoUpdateL	(	TTransactionId &	aTransactionId,
			CSIPRequest *	aSIPRequest
		)	[virtual]

Reimplemented from CSIPRegistrationBindingBase::DoUpdateL(TTransactionId &,CSIPRequest *)

Implementation ( )

CRegBindingImplementation &

Implementation

(

)

Returns the implementation instance.

Return Value: CRegBindingImplementation

IsContextActive ( )

IMPORT_C TBool

IsContextActive

(

)

const [virtual]

Reimplemented from MSIPRegistrationContext::IsContextActive()const

Checks if the registration context can be used for creating SIP messages/dialogs

Return Value: ETrue if the registration binding exists; EFalse otherwise

IsRefresh ( )

TBool

IsRefresh

(

)

const [virtual]

Reimplemented from CSIPRegistrationBindingBase::IsRefresh()const

NewL ( CSIPConnection &, CSIPToHeader , CSIPContactHeader , CSIPRefresh , CSIPRouteHeader , CUri8 , CSIPFromHeader )

IMPORT_C CSIPRegistrationBinding *	NewL	(	CSIPConnection &	aConnection,
			CSIPToHeader *	aAor,
			CSIPContactHeader *	aContact,
			CSIPRefresh *	aRefresh = 0,
			CSIPRouteHeader *	aOutboundProxy = 0,
			CUri8 *	aRemoteUri = 0,
			CSIPFromHeader *	aFrom = 0
		)	[static]

Two-phased constructor.

Pre-condition: aAor != 0 && aContact != 0
"Expires" parameter in aContact must be >= KSIPMinExpirationValue

Parameters
aConnection	a SIP connection to be used
aAor	contains user's address-of-record to register; the ownership is transfered
aContact	contact(s) to be registered. The "expires" parameter indicates how long the client would like the binding to be valid. "expires" parameter value must be >= KSIPMinExpirationValue; the ownership is transfered
aRefresh	if set, created binding will be refreshed; the ownership is transfered
aOutboundProxy	an outbound proxy address; the ownership is transfered
aRemoteUri	if set, will be used in request-uri construction; the ownership is transfered
aFrom	From header, the ownership is transferred

Return Value: New object, ownership is transferred.

Leave Codes
KErrArgument	if aAor == 0, aContact == 0 or if "Expires" parameter in aContact is less than KSIPMinExpirationValue

NewLC ( CSIPRequest , MSigComp &, CSIPSec &, MTimerManager &, MTransactionUser &, CSIPRegistrationBindingStore &, MRegistrationOwner , MSIPSecUser &, MSIPTransportMgr &, CURIContainer &, TBool, TBool )

CSIPRegistrationBinding *	NewLC	(	CSIPRequest *	aSIPRequest,
			MSigComp &	aSigComp,
			CSIPSec &	aSIPSec,
			MTimerManager &	aTimerMgr,
			MTransactionUser &	aTransactionUser,
			CSIPRegistrationBindingStore &	aBindingStore,
			MRegistrationOwner *	aRegistrationOwner,
			MSIPSecUser &	aSIPSecUser,
			MSIPTransportMgr &	aTransportMgr,
			CURIContainer &	aRemoteTarget,
			TBool	aSendWithExpires,
			TBool	aCacheOutboundProxyIP
		)	[static]

NewLC ( CSIPConnection &, CSIPToHeader , CSIPContactHeader , CSIPRefresh , CSIPRouteHeader , CUri8 , CSIPFromHeader )

IMPORT_C CSIPRegistrationBinding *	NewLC	(	CSIPConnection &	aConnection,
			CSIPToHeader *	aAor,
			CSIPContactHeader *	aContact,
			CSIPRefresh *	aRefresh = 0,
			CSIPRouteHeader *	aOutboundProxy = 0,
			CUri8 *	aRemoteUri = 0,
			CSIPFromHeader *	aFrom = 0
		)	[static]

Two-phased constructor.

Pre-condition: aAor != 0 && aContact != 0
"Expires" parameter in aContact must be >= KSIPMinExpirationValue

Parameters
aConnection	a SIP connection to be used
aAor	contains user's address-of-record to register; the ownership is transfered
aContact	contact to be registered; The "expires" parameter indicates how long the client would like the binding to be valid. "expires" parameter value must be >= KSIPMinExpirationValue; the ownership is transfered
aRefresh	if set, created binding will be refreshed; the ownership is transfered
aOutboundProxy	an outbound proxy address; the ownership is transfered
aRemoteUri	if set, will be used in request-uri construction; the ownership is transfered
aFrom	From header, the ownership is transferred

Return Value: New object, ownership is transferred.

Leave Codes
KErrArgument	if aAor == 0, aContact == 0 or if "Expires" parameter in aContact is less than KSIPMinExpirationValue

NextCSeq ( TUint & )

TInt

NextCSeq

(

TUint &

aCSeq

)

[virtual]

Reimplemented from MTransactionOwner::NextCSeq(TUint &)

TransactionUser is going to send the SIP request either after modifications to the request, or to another address, and asks the next CSeq sequence number to use for the request.

Pre-condition

Post-condition

Parameters
aCSeq	an in-out parameter. While entering the function contains the current CSeq of the caller. On return contains the incremented CSeq of the callee. If the subsystem implementing the interface does not keep track of the CSeqs it should simply increment aCSeq by one.

OutboundProxy ( )

IMPORT_C const CSIPRouteHeader *

OutboundProxy

(

)

const

Gets used outbound proxy

Return Value: outbound proxy or a 0-pointer if not set. Ownership is not transferred.

ReceiveL ( TUint32, TTransactionId, CSIPRequest * )

void	ReceiveL	(	TUint32	aIapId,
			TTransactionId	aTransactionId,
			CSIPRequest *	aRequest
		)	[virtual]

Reimplemented from MTransactionOwner::ReceiveL(TUint32,TTransactionId,CSIPRequest *)

Transaction has received a SIP request from a remote endpoint and passes it to the upper layer.

Pre-condition: aRequest != 0

Parameters
aIapId	The IAP using which the request was received.
aTransactionId	Identifies the transaction
aRequest	IN: SIP request message. The ownership is transferred. If the function leaves, the ownership of aRequest is NOT transferred.

ReceiveL ( TTransactionId, CSIPResponse * )

void	ReceiveL	(	TTransactionId	aTransactionId,
			CSIPResponse *	aResponse
		)	[virtual]

Reimplemented from MTransactionOwner::ReceiveL(TTransactionId,CSIPResponse *)

Transaction has received a SIP response message from remote endpoint and passes it to the upper layer.

Pre-condition: aResponse != 0

Parameters
aTransactionId	Identifies the transaction
aResponse	IN: SIP response message. The ownership is transferred. If the function leaves, the ownership of aResponse is NOT transferred.

RegisterL ( CSIPMessageElements * )

IMPORT_C CSIPClientTransaction *

RegisterL

(

CSIPMessageElements *

aElements = 0

)

Creates SIP REGISTER request, sends it to the given destination. Received 2xx response will create at least one registration binding.

Pre-condition: Connection().State()==EActive

Parameters
aElements	contains user SIP headers and content; the ownership is taken

Return Value: SIP REGISTER transaction; the ownership is transfered

Leave Codes
KErrSIPMalformedMessage	if aElements contains contact or expires headers
KErrSIPInvalidRegistrationState	if already registered or registering is in progress or deregistering is in progress.

Capability
NetworkServices

RegisteredContact ( )

IMPORT_C const CSIPContactHeader *

RegisteredContact

(

)

const

Gets the registered Contact-header received in the 200 OK response.

Return Value: Contact header, or NULL if IsContextActive() is EFalse. Ownership is not transferred.

SIPRefresh ( )

IMPORT_C const CSIPRefresh *

SIPRefresh

(

)

const

Gets associated refresh in case the user has requested the refresh of the registration. Note that client cannot use update or terminate functions defined in the CSIPRefresh class.

Return Value: Associated refresh or a 0-pointer if the user has not requested a refresh of registration binding. Ownership is not transferred.

SIPRefresh ( )

IMPORT_C CSIPRefresh *

SIPRefresh

(

)

Gets associated refresh in case the user has requested the refresh of the registration. Note that client cannot use update or terminate functions defined in the CSIPRefresh class.

Return Value: Associated refresh or a 0-pointer if the user has not requested a refresh of registration binding. Ownership is not transferred.

SIPSecUser ( )

const MSIPSecUser *

SIPSecUser

(

)

const [virtual]

Reimplemented from MTransactionOwner::SIPSecUser()const

Returns a pointer to the MSIPSecUser that is used to map the SIPSec cache entries to their users and can be used to query credentials from the user.

Return Value: A pointer to MSIPSecUser. The ownership is not transferred.

SetOutboundProxyL ( CSIPRouteHeader * )

IMPORT_C void

SetOutboundProxyL

(

CSIPRouteHeader *

aOutboundProxy

)

[virtual]

Reimplemented from CSIPRegistrationBindingBase::SetOutboundProxyL(CSIPRouteHeader *)

Sets/resets outbound proxy. If a 0-pointer is given the outbound proxy will be reset.

Parameters
aOutboundProxy	an outbound proxy. Ownership is transferred.

Leave Codes
KErrSIPResourceNotAvailable	if a required SIP Client API object has been deleted

SetProperty ( TUint32, TBool )

IMPORT_C TInt	SetProperty	(	TUint32	aProperty,
			TBool	aValue
		)

Sets/resets properties.

Return Value: KErrSIPInvalidRegistrationState if IsContextActive() is ETrue KErrNotFound if property is not found, KErrNone otherwise

StartTimerL ( TUint )

void

StartTimerL

(

TUint

aExpiresValue

)

TimerExpiredL ( TTimerId, TAny * )

void	TimerExpiredL	(	TTimerId	aTimerId,
			TAny *	aTimerParam
		)	[virtual]

Reimplemented from MExpirationHandler::TimerExpiredL(TTimerId,TAny *)

Indicates that a timer has expired.

Parameters
aTimerId	Identifies the expired timer
aTimerParam	User specified value which was given when the timer was set. It can be used to identify the timer in case multiple timers are running simultaneously. Value is NULL if the timer was set using CTimerManager::StartL without parameter aTimerParam. Ownership isn't transferred.

TransactionEnded ( TUint32, TTransactionId, TInt )

TInt	TransactionEnded	(	TUint32	aIapId,
			TTransactionId	aTransaction,
			TInt	aReason
		)	[virtual]

Reimplemented from MTransactionOwner::TransactionEnded(TUint32,TTransactionId,TInt)

The specified transaction has ended and no more events from that transaction will come through the MTransactionOwner interface.

Pre-condition

Post-condition

UpdateL ( CSIPMessageElements * )

IMPORT_C CSIPClientTransaction *

UpdateL

(

CSIPMessageElements *

aElements

)

Updates the registration binding. Note that update can be done then the 2xx is received to the REGISTER transaction that relates to the initial registration or to update.

Pre-condition: aElements!=0
Connection().State()==EActive IsContextActive()==ETrue

Parameters
aElements	contains user SIP header and content, must not contain any Contact-header nor Expires-header; the ownership is transferred.

Return Value: SIP REGISTER transaction; the ownership is transfered

Leave Codes
KErrArgument	if aElements == NULL
KErrSIPInvalidRegistrationState	if

Capability
NetworkServices

UpdateL ( TUint, CSIPMessageElements * )

IMPORT_C CSIPClientTransaction *	UpdateL	(	TUint	aExpirationValue,
			CSIPMessageElements *	aElements = 0
		)

Updates the regisration binding. Note that update can be done then the 2xx is received to the REGISTER transaction that relates to the initial registration or to update.

Pre-condition: aExpirationValue >= KSIPMinExpirationValue
Connection().State()==EActive IsContextActive()==ETrue

Parameters
aExpirationValue	a new expiration value in seconds
aElements	contains user SIP headers and content; must not contain any Contact-header nor Expires-header; the ownership is transferred.

Return Value: SIP REGISTER transaction; the ownership is transfered

Leave Codes
KErrSIPInvalidRegistrationState	if

Capability
NetworkServices

operator== ( const CSIPRegistrationBinding & )

IMPORT_C TBool

operator==

(

const CSIPRegistrationBinding &

aRegistration

)

const

Compares this object to another object

Parameters
aRegistration	CSIPRegistrationBinding object to compare

Return Value: ETrue if the objects are equal, otherwise EFalse

Parameters
aIapId	The IAP used.
aTransaction	Identifies the transaction that ended
aReason	Tells why the transaction ended. KErrNone means the transaction ended normally.

CSIPRegistrationBinding Class Reference

Inherits from

Detailed Description

Constructor & Destructor Documentation

~CSIPRegistrationBinding ( )

Member Function Documentation

Aor ( )

ClearTransactionOwner ( TBool )

Connection ( )

Connection ( )

ContactHeader ( )

ContactHeader ( )

ContextId ( )

DeregisterL ( CSIPMessageElements * )

DoRegisterL ( TTransactionId &, CSIPRequest *, CSIPRouteHeader * )

DoUnregisterL ( TTransactionId &, CSIPRequest * )

DoUpdateL ( TTransactionId &, CSIPRequest * )

Implementation ( )

IsContextActive ( )

IsRefresh ( )

NewL ( CSIPConnection &, CSIPToHeader *, CSIPContactHeader *, CSIPRefresh *, CSIPRouteHeader *, CUri8 *, CSIPFromHeader * )

NewLC ( CSIPRequest *, MSigComp &, CSIPSec &, MTimerManager &, MTransactionUser &, CSIPRegistrationBindingStore &, MRegistrationOwner *, MSIPSecUser &, MSIPTransportMgr &, CURIContainer &, TBool, TBool )

NewLC ( CSIPConnection &, CSIPToHeader *, CSIPContactHeader *, CSIPRefresh *, CSIPRouteHeader *, CUri8 *, CSIPFromHeader * )

NextCSeq ( TUint & )

OutboundProxy ( )

ReceiveL ( TUint32, TTransactionId, CSIPRequest * )

ReceiveL ( TTransactionId, CSIPResponse * )

RegisterL ( CSIPMessageElements * )

RegisteredContact ( )

SIPRefresh ( )

SIPRefresh ( )

SIPSecUser ( )

SetOutboundProxyL ( CSIPRouteHeader * )

SetProperty ( TUint32, TBool )

StartTimerL ( TUint )

TimerExpiredL ( TTimerId, TAny * )

TransactionEnded ( TUint32, TTransactionId, TInt )

UpdateL ( CSIPMessageElements * )

UpdateL ( TUint, CSIPMessageElements * )

operator== ( const CSIPRegistrationBinding & )

DoRegisterL ( TTransactionId &, CSIPRequest , CSIPRouteHeader )

NewL ( CSIPConnection &, CSIPToHeader , CSIPContactHeader , CSIPRefresh , CSIPRouteHeader , CUri8 , CSIPFromHeader )

NewLC ( CSIPRequest , MSigComp &, CSIPSec &, MTimerManager &, MTransactionUser &, CSIPRegistrationBindingStore &, MRegistrationOwner , MSIPSecUser &, MSIPTransportMgr &, CURIContainer &, TBool, TBool )

NewLC ( CSIPConnection &, CSIPToHeader , CSIPContactHeader , CSIPRefresh , CSIPRouteHeader , CUri8 , CSIPFromHeader )