SIP Profile API: Index

/** 
* SIP Profile ID which value is type of TUint32
*/
const TUint32 KSIPProfileId = 1;
/** 
* SIP Provider Name which value is type of TDesC8
*/
const TUint32 KSIPProviderName = 2;
/** 
* Access Point ID which value is type of TUint32
*/
const TUint32 KSIPAccessPointId = 3;
/** 
* Signaling compression (SigComp) which value is type of TBool. 
* ETrue indicates that SigComp is enabled
*/
const TUint32 KSIPSigComp = 4;
/** 
* Security Negotiation which value is type of TBool. ETrue indicates that
* Security Negotiation is enabled
*/
const TUint32 KSIPSecurityNegotiation = 5;
/** 
* Auto Registration which value is type of TBool. ETrue indicates that 
* profile is enabled for auto registration
*/
const TUint32 KSIPAutoRegistration = 6;
/** 
* Defined user's address-of-record which value is type of TDesC8 
*/
const TUint32 KSIPUserAor = 7;
/** 
* Registration which value is type of TBool. ETrue indicates that
* profile is registered 
*/
const TUint32 KSIPProfileRegistered = 8;
/** 
* Uers's registered address-of-records which value is of type MDesC8Array.
* Note that array will contain AORs only in case the profile is registered.
*/
const TUint32 KSIPRegisteredAors = 9;
/** 
* Negotiated security mechanism during registration procedure which value
* is of type TDesC8.
* Note that descriptor will contain value only in case the profile is 
* registered.
*/
const TUint32 KSIPNegotiatedSecurityMechanism = 10;
/** 
* Default profile which value is type of TBool. 
* ETrue indicates that profile is default  
*/
const TUint32 KSIPDefaultProfile = 11;
/** 
* "Contact" header parameters used during registration which value
*is of type MDesC8Array. Array element contains one "Contact" header
* parameter.
*/
const TUint32 KSIPContactHeaderParams = 12;
/** 
* SIP Registrar  
*/
const TUint32 KSIPRegistrar = 130;
/** 
* SIP Outbound Proxy
*/
const TUint32 KSIPOutboundProxy = 131;
/** 
* HTTP Digest user name which value is type of TDesC8 
*/
const TUint32 KSIPDigestUserName = 150;
/** 
* HTTP Digest realm which value is type of TDesC8
*/
const TUint32 KSIPDigestRealm = 151;
/** 
* SIP server's address which value is of type TDesC8
*/
const TUint32 KSIPServerAddress = 152;

/** Profile Registry events */
enum TEvent
{
	/**
* Profile created.
* Signals the creation of a SIP profile, indicating that a new profile
* is added into permanent store.
* This event is sent to all observers.
*/
	EProfileCreated = 0,
	/** 
* Profile updated.
* Signals the updating of a SIP profile, indicating that the data of 
* an existing profile is updated into permanent store. This event is 
* sent to those observers who have the corresponding profile 
* instantiated. 
* Newly updated values of the profile are available for clients after
* they receive this signal. If profile was registered while updated,
* reregistration of the profile may occur. Updated values of the 
* profile are uploaded into network when SIP registration process
* is completed. It is possible (but not recommended) that profile is
* updated even when it is being enabled by the client. If client 
* receives this event for enabled profile, client should react as if
* error was occurred in the exception that profile is disabled
* or deleted first.
*/
	EProfileUpdated,
	/** 
* Profile registered.
* Signals the registering of a SIP profile. 
* This event is sent to those observers who have the corresponding 
* profile instantiated.
*/
	EProfileRegistered,
	/** 
* Profile deregistered
* Signals the deregistering of a SIP profile. 
* This event is sent to those observers who have the corresponding 
* profile instantiated.
*/
	EProfileDeregistered,
	/** 
* Profile destroyed.
* Signals the destruction of a SIP profile, indicating that the 
* profile has been removed from the permanent store and cannot 
* be used anymore.This event is sent to those observers who have 
* the corresponding profile instantiated.
*/
	EProfileDestroyed
	};

typedef TBuf8<25> TSIPProfileName;
/** Profile classes */
enum TSIPProfileClass
	{
	/** Network compliant with IETF standards */
	EInternet,
	/** Network compliant with 3GPP standards */
	EIms,
	/** Other */
	EOther
	};

IMPORT_C ~CSIPProfile();
IMPORT_C TInt GetParameter(TUint32 aParam, TDesC8 const *& aVal) const; 
IMPORT_C TInt GetParameter(TUint32 aParam, TUint32& aVal) const;
IMPORT_C TInt GetParameter(TUint32 aParam, TBool& aVal) const;
IMPORT_C TInt GetParameter(TUint32 aParam, MDesC8Array const *& aVal) const;
IMPORT_C TInt GetParameter(TUint32 aServerType, TUint32 aParam, TDesC8 const *& aVal) const;
IMPORT_C const TSIPProfileTypeInfo& Type() const;

IMPORT_C ~CSIPProfileRegistry();
IMPORT_C CSIPConnection* ConnectionL(CSIPProfile& aProfile);
IMPORT_C TInt Disable(CSIPProfile& aProfile);
IMPORT_C void EnableL(CSIPProfile& aProfile, MSIPConnectionObserver &aObserver);
IMPORT_C TBool IsEnabled(const CSIPProfile& aProfile) const;	
IMPORT_C static CSIPProfileRegistry* NewL(CSIP& aSip,MSIPProfileRegistryObserver& aObserver);
IMPORT_C static CSIPProfileRegistry* NewLC(CSIP& aSip,    MSIPProfileRegistryObserver& aObserver);
IMPORT_C CSIP& SIP() const;

IMPORT_C ~CSIPProfileRegistryBase();
IMPORT_C CSIPProfile* DefaultProfileL();
IMPORT_C TInt LastRegistrationError(const CSIPProfile& aProfile) const;
IMPORT_C CSIPProfile* ProfileL(TUint32 aId);
IMPORT_C void ProfilesL(RPointerArray<CSIPProfile>& aProfiles);
IMPORT_C void ProfilesL(const TSIPProfileTypeInfo& aType, RPointerArray<CSIPProfile>& aProfiles);
IMPORT_C void ProfilesL(const TDesC8& aAOR, RPointerArray<CSIPProfile>& aProfiles);
IMPORT_C void SupportedProfileTypesL(RArray<TSIPProfileTypeInfo>& aSupportedProfileTypes);

virtual void ProfileRegistryEventOccurred(TUint32 aProfileId, TEvent aEvent)=0;
virtual void ProfileRegistryErrorOccurred(TUint32 aProfileId, TInt aError)=0;

class TSIPProfileTypeInfo
    {
    public:  // data members
        /** Profile class */
        TSIPProfileClass iSIPProfileClass;
        /** Profile type name */
        TSIPProfileName iSIPProfileName;
    };