FreeBSD Bugzilla – Attachment 105877 Details for
Bug 146420
net/opal3 fails to build
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[patch]
file.diff
file.diff (text/plain), 53.94 KB, created by
Richard Kolkovich
on 2010-05-09 03:50:01 UTC
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Description:
file.diff
Filename:
MIME Type:
Creator:
Richard Kolkovich
Created:
2010-05-09 03:50:01 UTC
Size:
53.94 KB
patch
obsolete
>--- h323ep.h.orig 2010-05-08 21:37:26.720385776 -0500 >+++ h323.h 2009-09-21 19:57:57.000000000 -0500 >@@ -1,11 +1,11 @@ > /* >- * h323ep.h >+ * h323.h > * > * H.323 protocol handler > * > * Open H323 Library > * >- * Copyright (c) 1998-2001 Equivalence Pty. Ltd. >+ * Copyright (c) 1998-2000 Equivalence Pty. Ltd. > * > * The contents of this file are subject to the Mozilla Public License > * Version 1.0 (the "License"); you may not use this file except in >@@ -26,1400 +26,27 @@ > * > * Contributor(s): ______________________________________. > * >- * $Revision: 23128 $ >+ * $Revision: 21293 $ > * $Author: rjongbloed $ >- * $Date: 2009-07-22 05:17:45 +0000 (Wed, 22 Jul 2009) $ >+ * $Date: 2008-10-12 23:24:41 +0000 (Sun, 12 Oct 2008) $ > */ > >-#ifndef OPAL_H323_H323EP_H >-#define OPAL_H323_H323EP_H >- >-#ifdef P_USE_PRAGMA >-#pragma interface >-#endif >+#ifndef OPAL_H323_H323_H >+#define OPAL_H323_H323_H > > #include <opal/buildopts.h> > >-#if OPAL_H323 >- >-#include <opal/rtpep.h> >-#include <opal/manager.h> >-#include <opal/call.h> >-#include <opal/transports.h> >+#include <h323/h323ep.h> > #include <h323/h323con.h> >-#include <h323/h323caps.h> >-#include <h323/h235auth.h> >- >-#if OPAL_H460 >-#include <h460/h4601.h> >-#endif >- >- >-class H225_EndpointType; >-class H225_VendorIdentifier; >-class H225_H221NonStandard; >-class H225_ServiceControlDescriptor; >-class H225_FeatureSet; >- >-class H235SecurityInfo; >- >-class H323Gatekeeper; >-class H323SignalPDU; >-class H323ServiceControlSession; >- >-/////////////////////////////////////////////////////////////////////////////// >- >-/**This class manages the H323 endpoint. >- An endpoint may have zero or more listeners to create incoming connections >- or zero or more outgoing connections initiated via the MakeCall() function. >- Once a conection exists it is managed by this class instance. >- >- The main thing this class embodies is the capabilities of the application, >- that is the codecs and protocols it is capable of. >- >- An application may create a descendent off this class and overide the >- CreateConnection() function, if they require a descendent of H323Connection >- to be created. This would be quite likely in most applications. >- */ >-class H323EndPoint : public OpalRTPEndPoint >-{ >- PCLASSINFO(H323EndPoint, OpalRTPEndPoint); >- >- public: >- enum { >- DefaultTcpSignalPort = 1720 >- }; >- >- /**@name Construction */ >- //@{ >- /**Create a new endpoint. >- */ >- H323EndPoint( >- OpalManager & manager >- ); >- >- /**Destroy endpoint. >- */ >- ~H323EndPoint(); >- //@} >- >- /**@name Overrides from OpalEndPoint */ >- //@{ >- /**Shut down the endpoint, this is called by the OpalManager just before >- destroying the object and can be handy to make sure some things are >- stopped before the vtable gets clobbered. >- */ >- virtual void ShutDown(); >- >- /**Set up a connection to a remote party. >- This is called from the OpalManager::SetUpConnection() function once >- it has determined that this is the endpoint for the protocol. >- >- The general form for this party parameter is: >- >- [proto:][alias@][transport$]address[:port] >- >- where the various fields will have meanings specific to the endpoint >- type. For example, with H.323 it could be "h323:Fred@site.com" which >- indicates a user Fred at gatekeeper size.com. Whereas for the PSTN >- endpoint it could be "pstn:5551234" which is to call 5551234 on the >- first available PSTN line. >- >- The proto field is optional when passed to a specific endpoint. If it >- is present, however, it must agree with the endpoints protocol name or >- PFalse is returned. >- >- This function usually returns almost immediately with the connection >- continuing to occur in a new background thread. >- >- If PFalse is returned then the connection could not be established. For >- example if a PSTN endpoint is used and the assiciated line is engaged >- then it may return immediately. Returning a non-NULL value does not >- mean that the connection will succeed, only that an attempt is being >- made. >- >- The default behaviour is pure. >- */ >- virtual PBoolean MakeConnection( >- OpalCall & call, ///< Owner of connection >- const PString & party, ///< Remote party to call >- void * userData = NULL, ///< Arbitrary data to pass to connection >- unsigned int options = NULL, ///< options to pass to conneciton >- OpalConnection::StringOptions * stringOptions = NULL >- ); >- //@} >- >- /**@name Set up functions */ >- //@{ >- /**Set the endpoint information in H225 PDU's. >- */ >- virtual void SetEndpointTypeInfo( >- H225_EndpointType & info >- ) const; >- >- /**Set the vendor information in H225 PDU's. >- */ >- virtual void SetVendorIdentifierInfo( >- H225_VendorIdentifier & info >- ) const; >- >- /**Set the H221NonStandard information in H225 PDU's. >- */ >- virtual void SetH221NonStandardInfo( >- H225_H221NonStandard & info >- ) const; >- >- /**Set the Gateway supported protocol default always H.323 >- */ >- virtual bool SetGatewaySupportedProtocol( >- H225_ArrayOf_SupportedProtocols & protocols >- ) const; >- >- /**Set the gateway prefixes >- Override this to set the acceptable prefixes to the gatekeeper >- */ >- virtual bool OnSetGatewayPrefixes( >- PStringList & prefixes >- ) const; >- //@} >- >- >- /**@name Capabilities */ >- //@{ >- /**Add a codec to the capabilities table. This will assure that the >- assignedCapabilityNumber field in the codec is unique for all codecs >- installed on this endpoint. >- >- If the specific instnace of the capability is already in the table, it >- is not added again. Ther can be multiple instances of the same >- capability class however. >- */ >- void AddCapability( >- H323Capability * capability ///< New codec specification >- ); >- >- /**Set the capability descriptor lists. This is three tier set of >- codecs. The top most level is a list of particular capabilities. Each >- of these consists of a list of alternatives that can operate >- simultaneously. The lowest level is a list of codecs that cannot >- operate together. See H323 section 6.2.8.1 and H245 section 7.2 for >- details. >- >- If descriptorNum is P_MAX_INDEX, the the next available index in the >- array of descriptors is used. Similarly if simultaneous is P_MAX_INDEX >- the the next available SimultaneousCapabilitySet is used. The return >- value is the index used for the new entry. Note if both are P_MAX_INDEX >- then the return value is the descriptor index as the simultaneous index >- must be zero. >- >- Note that the capability specified here is automatically added to the >- capability table using the AddCapability() function. A specific >- instance of a capability is only ever added once, so multiple >- SetCapability() calls with the same H323Capability pointer will only >- add that capability once. >- */ >- PINDEX SetCapability( >- PINDEX descriptorNum, ///< The member of the capabilityDescriptor to add >- PINDEX simultaneous, ///< The member of the SimultaneousCapabilitySet to add >- H323Capability * cap ///< New capability specification >- ); >- >- /**Add all matching capabilities in list. >- All capabilities that match the specified name are added. See the >- capabilities code for details on the matching algorithm. >- */ >- PINDEX AddAllCapabilities( >- PINDEX descriptorNum, ///< The member of the capabilityDescriptor to add >- PINDEX simultaneous, ///< The member of the SimultaneousCapabilitySet to add >- const PString & name ///< New capabilities name, if using "known" one. >- ); >- >- /**Add all user input capabilities to this endpoints capability table. >- */ >- void AddAllUserInputCapabilities( >- PINDEX descriptorNum, ///< The member of the capabilityDescriptor to add >- PINDEX simultaneous ///< The member of the SimultaneousCapabilitySet to add >- ); >- >- /**Remove capabilites in table. >- */ >- void RemoveCapabilities( >- const PStringArray & codecNames >- ); >- >- /**Reorder capabilites in table. >- */ >- void ReorderCapabilities( >- const PStringArray & preferenceOrder >- ); >- >- /**Find a capability that has been registered. >- */ >- H323Capability * FindCapability( >- const H245_Capability & cap ///< H245 capability table entry >- ) const; >- >- /**Find a capability that has been registered. >- */ >- H323Capability * FindCapability( >- const H245_DataType & dataType ///< H245 data type of codec >- ) const; >- >- /**Find a capability that has been registered. >- */ >- H323Capability * FindCapability( >- H323Capability::MainTypes mainType, ///< Main type of codec >- unsigned subType ///< Subtype of codec >- ) const; >- //@} >- >- /**@name Gatekeeper management */ >- //@{ >- /**Use and register with an explicit gatekeeper. >- This will call other functions according to the following table: >- >- address identifier function >- empty empty DiscoverGatekeeper() >- non-empty empty SetGatekeeper() >- empty non-empty LocateGatekeeper() >- non-empty non-empty SetGatekeeperZone() >- >- The localAddress field, if non-empty, indicates the interface on which >- to look for the gatekeeper. An empty string is equivalent to "ip$*:*" >- which is any interface or port. >- >- If the endpoint is already registered with a gatekeeper that meets >- the same criteria then the gatekeeper is not changed, otherwise it is >- deleted (with unregistration) and new one created and registered to. >- >- Note that a gatekeeper address of "*" is treated like an empty string >- resulting in gatekeeper discovery. >- */ >- PBoolean UseGatekeeper( >- const PString & address = PString::Empty(), ///< Address of gatekeeper to use. >- const PString & identifier = PString::Empty(), ///< Identifier of gatekeeper to use. >- const PString & localAddress = PString::Empty() ///< Local interface to use. >- ); >- >- /**Select and register with an explicit gatekeeper. >- This will use the specified transport and a string giving a transport >- dependent address to locate a specific gatekeeper. The endpoint will >- register with that gatekeeper and, if successful, set it as the current >- gatekeeper used by this endpoint. >- >- Note the transport being passed in will be deleted by this function or >- the H323Gatekeeper object it becomes associated with. Also if transport >- is NULL then a H323TransportUDP is created. >- */ >- PBoolean SetGatekeeper( >- const PString & address, ///< Address of gatekeeper to use. >- H323Transport * transport = NULL ///< Transport over which to talk to gatekeeper. >- ); >- >- /**Select and register with an explicit gatekeeper and zone. >- This will use the specified transport and a string giving a transport >- dependent address to locate a specific gatekeeper. The endpoint will >- register with that gatekeeper and, if successful, set it as the current >- gatekeeper used by this endpoint. >- >- The gatekeeper identifier is set to the spplied parameter to allow the >- gatekeeper to either allocate a zone or sub-zone, or refuse to register >- if the zones do not match. >- >- Note the transport being passed in will be deleted by this function or >- the H323Gatekeeper object it becomes associated with. Also if transport >- is NULL then a H323TransportUDP is created. >- */ >- PBoolean SetGatekeeperZone( >- const PString & address, ///< Address of gatekeeper to use. >- const PString & identifier, ///< Identifier of gatekeeper to use. >- H323Transport * transport = NULL ///< Transport over which to talk to gatekeeper. >- ); >- >- /**Locate and select gatekeeper. >- This function will use the automatic gatekeeper discovery methods to >- locate the gatekeeper on the particular transport that has the specified >- gatekeeper identifier name. This is often the "Zone" for the gatekeeper. >- >- Note the transport being passed in will be deleted becomes owned by the >- H323Gatekeeper created by this function and will be deleted by it. Also >- if transport is NULL then a H323TransportUDP is created. >- */ >- PBoolean LocateGatekeeper( >- const PString & identifier, ///< Identifier of gatekeeper to locate. >- H323Transport * transport = NULL ///< Transport over which to talk to gatekeeper. >- ); >- >- /**Discover and select gatekeeper. >- This function will use the automatic gatekeeper discovery methods to >- locate the first gatekeeper on a particular transport. >- >- Note the transport being passed in will be deleted becomes owned by the >- H323Gatekeeper created by this function and will be deleted by it. Also >- if transport is NULL then a H323TransportUDP is created. >- */ >- PBoolean DiscoverGatekeeper( >- H323Transport * transport = NULL ///< Transport over which to talk to gatekeeper. >- ); >- >- /**Create a gatekeeper. >- This allows the application writer to have the gatekeeper as a >- descendent of the H323Gatekeeper in order to add functionality to the >- base capabilities in the library. >- >- The default creates an instance of the H323Gatekeeper class. >- */ >- virtual H323Gatekeeper * CreateGatekeeper( >- H323Transport * transport ///< Transport over which gatekeepers communicates. >- ); >- >- /**Get the gatekeeper we are registered with. >- */ >- H323Gatekeeper * GetGatekeeper() const { return gatekeeper; } >- >- /**Return if endpoint is registered with gatekeeper. >- */ >- PBoolean IsRegisteredWithGatekeeper() const; >- >- /**Unregister and delete the gatekeeper we are registered with. >- The return value indicates PFalse if there was an error during the >- unregistration. However the gatekeeper is still removed and its >- instance deleted regardless of this error. >- */ >- PBoolean RemoveGatekeeper( >- int reason = -1 ///< Reason for gatekeeper removal >- ); >- >- /**Set the H.235 password for the gatekeeper. >- */ >- virtual void SetGatekeeperPassword( >- const PString & password, >- const PString & username = PString::Empty() >- ); >- >- /**Get the H.235 username for the gatekeeper. >- */ >- virtual const PString & GetGatekeeperUsername() const { return gatekeeperUsername; } >- >- /**Get the H.235 password for the gatekeeper. >- */ >- virtual const PString & GetGatekeeperPassword() const { return gatekeeperPassword; } >- >- /**Create a list of authenticators for gatekeeper. >- */ >- virtual H235Authenticators CreateAuthenticators(); >- >- /**Called when the gatekeeper sends a GatekeeperConfirm >- */ >- virtual void OnGatekeeperConfirm(); >- >- /**Called when the gatekeeper sends a GatekeeperReject >- */ >- virtual void OnGatekeeperReject(); >- >- /**Called when the gatekeeper sends a RegistrationConfirm >- */ >- virtual void OnRegistrationConfirm(); >- >- /**Called when the gatekeeper sends a RegistrationReject >- */ >- virtual void OnRegistrationReject(); >- //@} >- >- /**@name Connection management */ >- //@{ >- /**Handle new incoming connetion from listener. >- */ >- virtual PBoolean NewIncomingConnection( >- OpalTransport * transport ///< Transport connection came in on >- ); >- >- /**Create a connection that uses the specified call. >- */ >- virtual H323Connection * CreateConnection( >- OpalCall & call, ///< Call object to attach the connection to >- const PString & token, ///< Call token for new connection >- void * userData, ///< Arbitrary user data from MakeConnection >- OpalTransport & transport, ///< Transport for connection >- const PString & alias, ///< Alias for outgoing call >- const H323TransportAddress & address, ///< Address for outgoing call >- H323SignalPDU * setupPDU, ///< Setup PDU for incoming call >- unsigned options = 0, >- OpalConnection::StringOptions * stringOptions = NULL ///< complex string options >- ); >- >- /**Setup the transfer of an existing call (connection) to a new remote party >- using H.450.2. This sends a Call Transfer Setup Invoke message from the >- B-Party (transferred endpoint) to the C-Party (transferred-to endpoint). >- >- If the transport parameter is NULL the transport is determined from the >- remoteParty description. The general form for this parameter is >- [alias@][transport$]host[:port] where the default alias is the same as >- the host, the default transport is "ip" and the default port is 1720. >- >- This function returns almost immediately with the transfer occurring in a >- new background thread. >- >- This function is declared virtual to allow an application to override >- the function and get the new call token of the forwarded call. >- */ >- virtual PBoolean SetupTransfer( >- const PString & token, ///< Existing connection to be transferred >- const PString & callIdentity, ///< Call identity of the secondary call (if it exists) >- const PString & remoteParty, ///< Remote party to transfer the existing call to >- void * userData = NULL ///< user data to pass to CreateConnection >- ); >- >- /**Initiate the transfer of an existing call (connection) to a new remote >- party using H.450.2. This sends a Call Transfer Initiate Invoke >- message from the A-Party (transferring endpoint) to the B-Party >- (transferred endpoint). >- */ >- void TransferCall( >- const PString & token, ///< Existing connection to be transferred >- const PString & remoteParty, ///< Remote party to transfer the existing call to >- const PString & callIdentity = PString::Empty() >- ///< Call Identity of secondary call if present >- ); >- >- /**Transfer the call through consultation so the remote party in the >- primary call is connected to the called party in the second call >- using H.450.2. This sends a Call Transfer Identify Invoke message >- from the A-Party (transferring endpoint) to the C-Party >- (transferred-to endpoint). >- */ >- void ConsultationTransfer( >- const PString & primaryCallToken, ///< Token of primary call >- const PString & secondaryCallToken ///< Token of secondary call >- ); >- >- /**Place the call on hold, suspending all media channels (H.450.4) >- * NOTE: Only Local Hold is implemented so far. >- */ >- void HoldCall( >- const PString & token, ///< Existing connection to be transferred >- PBoolean localHold ///< true for Local Hold, false for Remote Hold >- ); >- >- /** Initiate Call intrusion >- Designed similar to MakeCall function >- */ >- PBoolean IntrudeCall( >- const PString & remoteParty, ///< Remote party to intrude call >- unsigned capabilityLevel, ///< Capability level >- void * userData = NULL ///< user data to pass to CreateConnection >- ); >- >- /**Parse a party address into alias and transport components. >- An appropriate transport is determined from the remoteParty parameter. >- The general form for this parameter is [alias@][transport$]host[:port] >- where the default alias is the same as the host, the default transport >- is "ip" and the default port is 1720. >- */ >- PBoolean ParsePartyName( >- const PString & party, ///< Party name string. >- PString & alias, ///< Parsed alias name >- H323TransportAddress & address ///< Parsed transport address >- ); >- >- /**Find a connection that uses the specified token. >- This searches the endpoint for the connection that contains the token >- as provided by functions such as MakeCall(). if not found it will then search for >- the string representation of the CallIdentifier for the connection, and >- finally try for the string representation of the ConferenceIdentifier. >- >- Note the caller of this function MUSt call the H323Connection::Unlock() >- function if this function returns a non-NULL pointer. If it does not >- then a deadlock can occur. >- */ >- PSafePtr<H323Connection> FindConnectionWithLock( >- const PString & token, ///< Token to identify connection >- PSafetyMode mode = PSafeReadWrite >- ); >- >- /** OnSendSignalSetup is a hook for the appliation to attach H450 info in setup, >- for instance, H450.7 Activate or Deactivate >- @param connection the connection associated to the setup >- @param pduSetup the setup message to modify >- @return if false, do no send the setup pdu >- */ >- >- virtual PBoolean OnSendSignalSetup(H323Connection & connection, >- H323SignalPDU & setupPDU); >- >- /**Adjust call proceeding PDU being sent. This function is called from >- the OnReceivedSignalSetup() function before it sends the Call >- Proceeding PDU. It gives an opportunity for an application to alter >- the request before transmission to the other endpoint. If this function >- returns PFalse then the Call Proceeding PDU is not sent at all. >- >- The default behaviour simply returns PTrue. >- @param connection the connection associated to the call proceeding >- @param callProceedingPDU the call processding to modify >- @return if false, do no send the connect pdu >- */ >- virtual PBoolean OnSendCallProceeding(H323Connection & connection, >- H323SignalPDU & callProceedingPDU >- ); >- >- /**Adjust call connect PDU being sent. This function is called from >- the H323Connection::SetConnected function before it sends the connect PDU. >- It gives an opportunity for an application to alter >- the request before transmission to the other endpoint. If this function >- returns PFalse then the connect PDU is not sent at all. >- >- The default behaviour simply returns PTrue. >- @param connection the connection associated to the connect >- @param connectPDU the connect to modify >- @return if false, do no send the connect pdu >- */ >- virtual PBoolean OnSendConnect(H323Connection & connection, >- H323SignalPDU & connectPDU >- ); >- >- /**Call back for incoming call. >- This function is called from the OnReceivedSignalSetup() function >- before it sends the Alerting PDU. It gives an opportunity for an >- application to alter the reply before transmission to the other >- endpoint. >- >- If PFalse is returned the connection is aborted and a Release Complete >- PDU is sent. >- >- The default behaviour simply returns PTrue. >- */ >- virtual PBoolean OnIncomingCall( >- H323Connection & connection, ///< Connection that was established >- const H323SignalPDU & setupPDU, ///< Received setup PDU >- H323SignalPDU & alertingPDU ///< Alerting PDU to send >- ); >- >- /**Called when an outgoing call connects >- If PFalse is returned the connection is aborted and a Release Complete >- PDU is sent. >- >- The default behaviour simply returns PTrue. >- */ >- virtual PBoolean OnOutgoingCall( >- H323Connection & conn, >- const H323SignalPDU & connectPDU >- ); >- >- /**Handle a connection transfer. >- This gives the application an opportunity to abort the transfer. >- The default behaviour just returns PTrue. >- */ >- virtual PBoolean OnCallTransferInitiate( >- H323Connection & connection, ///< Connection to transfer >- const PString & remoteParty ///< Party transferring to. >- ); >- >- /**Handle a transfer via consultation. >- This gives the transferred-to user an opportunity to abort the transfer. >- The default behaviour just returns PTrue. >- */ >- virtual PBoolean OnCallTransferIdentify( >- H323Connection & connection ///< Connection to transfer >- ); >- >- /** >- * Callback for ARQ send to a gatekeeper. This allows the endpoint >- * to change or check fields in the ARQ before it is sent. >- */ >- virtual void OnSendARQ( >- H323Connection & conn, >- H225_AdmissionRequest & arq >- ); >- >- /**Call back for answering an incoming call. >- This function is a H.323 specific version of OpalEndPoint::OnAnswerCall >- that contains additional information that applies only to H.323. >- >- By default this calls OpalEndPoint::OnAnswerCall, which returns >- */ >- virtual OpalConnection::AnswerCallResponse OnAnswerCall( >- H323Connection & connection, ///< Connection that was established >- const PString & callerName, ///< Name of caller >- const H323SignalPDU & setupPDU, ///< Received setup PDU >- H323SignalPDU & connectPDU, ///< Connect PDU to send. >- H323SignalPDU & progressPDU ///< Progress PDU to send. >- ); >- virtual OpalConnection::AnswerCallResponse OnAnswerCall( >- OpalConnection & connection, >- const PString & caller >- ); >- >- /**Call back for remote party being alerted. >- This function is called from the SendSignalSetup() function after it >- receives the optional Alerting PDU from the remote endpoint. That is >- when the remote "phone" is "ringing". >- >- If PFalse is returned the connection is aborted and a Release Complete >- PDU is sent. >- >- The default behaviour simply returns PTrue. >- */ >- virtual PBoolean OnAlerting( >- H323Connection & connection, ///< Connection that was established >- const H323SignalPDU & alertingPDU, ///< Received Alerting PDU >- const PString & user ///< Username of remote endpoint >- ); >- >- /** A call back function when the alerting is about to be sent, >- can be used by the application to alter the alerting Pdu >- @return if PFalse, then the alerting is not sent >- */ >- >- virtual PBoolean OnSendAlerting(H323Connection & connection, ///< onnection that was established >- H323SignalPDU & alerting, ///< Alerting PDU to modify >- const PString & calleeName, ///< Name of endpoint being alerted. >- PBoolean withMedia ///< Open media with alerting >- ); >- >- /** A call back function when the alerting has been sent, can be used by the application >- to send the connect as soon as the alerting has been sent. >- */ >- >- virtual PBoolean OnSentAlerting(H323Connection & connection); >- >- /**A call back function when a connection indicates it is to be forwarded. >- An H323 application may handle this call back so it can make >- complicated decisions on if the call forward ius to take place. If it >- decides to do so it must call MakeCall() and return PTrue. >- >- The default behaviour simply returns PFalse and that the automatic >- call forwarding should take place. See ForwardConnection() >- */ >- virtual PBoolean OnConnectionForwarded( >- H323Connection & connection, ///< Connection to be forwarded >- const PString & forwardParty, ///< Remote party to forward to >- const H323SignalPDU & pdu ///< Full PDU initiating forwarding >- ); >- >- /**Forward the call using the same token as the specified connection. >- Return PTrue if the call is being redirected. >- >- The default behaviour will replace the current call in the endpoints >- call list using the same token as the call being redirected. Not that >- even though the same token is being used the actual object is >- completely mad anew. >- */ >- virtual PBoolean ForwardConnection( >- H323Connection & connection, ///< Connection to be forwarded >- const PString & forwardParty, ///< Remote party to forward to >- const H323SignalPDU & pdu ///< Full PDU initiating forwarding >- ); >- >- /**A call back function whenever a connection is established. >- This indicates that a connection to a remote endpoint was established >- with a control channel and zero or more logical channels. >- >- The default behaviour does nothing. >- */ >- virtual void OnConnectionEstablished( >- H323Connection & connection, ///< Connection that was established >- const PString & token ///< Token for identifying connection >- ); >- >- /**Determine if a connection is established. >- */ >- virtual PBoolean IsConnectionEstablished( >- const PString & token ///< Token for identifying connection >- ); >- >- /**A call back function whenever a connection is broken. >- This indicates that a connection to a remote endpoint is no longer >- available. >- >- The default behaviour does nothing. >- */ >- virtual void OnConnectionCleared( >- H323Connection & connection, ///< Connection that was established >- const PString & token ///< Token for identifying connection >- ); >- //@} >- >- >- /**@name Logical Channels management */ >- //@{ >- /**Call back for opening a logical channel. >- >- The default behaviour simply returns PTrue. >- */ >- virtual PBoolean OnStartLogicalChannel( >- H323Connection & connection, ///< Connection for the channel >- H323Channel & channel ///< Channel being started >- ); >- >- /**Call back for closed a logical channel. >- >- The default behaviour does nothing. >- */ >- virtual void OnClosedLogicalChannel( >- H323Connection & connection, ///< Connection for the channel >- const H323Channel & channel ///< Channel being started >- ); >- >- /**Callback from the RTP session for statistics monitoring. >- This is called every so many packets on the transmitter and receiver >- threads of the RTP session indicating that the statistics have been >- updated. >- >- The default behaviour does nothing. >- */ >- virtual void OnRTPStatistics( >- const H323Connection & connection, ///< Connection for the channel >- const RTP_Session & session ///< Session with statistics >- ) const; >- >- /**Call back from GK admission confirm to notify the >- * Endpoint it is behind a NAT (GNUGK Gatekeeper). >- * The default does nothing. >- * Override this to notify the user they are behind a NAT. >- */ >- virtual void OnGatekeeperNATDetect( >- PIPSocket::Address publicAddr, ///> Public address as returned by the Gatekeeper >- PString & gkIdentifier, ///> Identifier at the gatekeeper >- H323TransportAddress & gkRouteAddress ///> Gatekeeper Route Address >- ); >- //@} >- >- /**@name Service Control */ >- //@{ >- /**Call back for HTTP based Service Control. >- An application may override this to use an HTTP based channel using a >- resource designated by the session ID. For example the session ID can >- correspond to a browser window and the >- >- The default behaviour does nothing. >- */ >- virtual void OnHTTPServiceControl( >- unsigned operation, ///< Control operation >- unsigned sessionId, ///< Session ID for HTTP page >- const PString & url ///< URL to use. >- ); >- >- /**Call back for call credit information. >- An application may override this to display call credit information >- on registration, or when a call is started. >- >- The canDisplayAmountString member variable must also be set to PTrue >- for this to operate. >- >- The default behaviour does nothing. >- */ >- virtual void OnCallCreditServiceControl( >- const PString & amount, ///< UTF-8 string for amount, including currency. >- PBoolean mode ///< Flag indicating that calls will debit the account. >- ); >- >- /**Handle incoming service control session information. >- Default behaviour calls session.OnChange() >- */ >- virtual void OnServiceControlSession( >- unsigned type, >- unsigned sessionid, >- const H323ServiceControlSession & session, >- H323Connection * connection >- ); >- >- /**Create the service control session object. >- */ >- virtual H323ServiceControlSession * CreateServiceControlSession( >- const H225_ServiceControlDescriptor & contents >- ); >- //@} >- >- /**@name Additional call services */ >- //@{ >- /** Called when an endpoint receives a SETUP PDU with a >- conference goal of "invite" >- >- The default behaviour is to return PFalse, which will close the connection >- */ >- virtual PBoolean OnConferenceInvite( >- const H323SignalPDU & setupPDU >- ); >- >- /** Called when an endpoint receives a SETUP PDU with a >- conference goal of "callIndependentSupplementaryService" >- >- The default behaviour is to return PFalse, which will close the connection >- */ >- virtual PBoolean OnCallIndependentSupplementaryService( >- const H323SignalPDU & setupPDU >- ); >- >- /** Called when an endpoint receives a SETUP PDU with a >- conference goal of "capability_negotiation" >- >- The default behaviour is to return PFalse, which will close the connection >- */ >- virtual PBoolean OnNegotiateConferenceCapabilities( >- const H323SignalPDU & setupPDU >- ); >- //@} >- >- /**@name Member variable access */ >- //@{ >- /**Set the default local party name for all connections on this endpoint. >- */ >- virtual void SetDefaultLocalPartyName( >- const PString & name /// Name for local party >- ); >- >- /**Set the user name to be used for the local end of any connections. This >- defaults to the logged in user as obtained from the >- PProcess::GetUserName() function. >- >- Note that this name is technically the first alias for the endpoint. >- Additional aliases may be added by the use of the AddAliasName() >- function, however that list will be cleared when this function is used. >- */ >- virtual void SetLocalUserName( >- const PString & name ///< Local name of endpoint (prime alias) >- ); >- >- /**Get the user name to be used for the local end of any connections. This >- defaults to the logged in user as obtained from the >- PProcess::GetUserName() function. >- */ >- virtual const PString & GetLocalUserName() const { return localAliasNames.front(); } >- >- /**Add an alias name to be used for the local end of any connections. If >- the alias name already exists in the list then is is not added again. >- >- The list defaults to the value set in the SetLocalUserName() function. >- Note that calling SetLocalUserName() will clear the alias list. >- */ >- PBoolean AddAliasName( >- const PString & name ///< New alias name to add >- ); >- >- /**Remove an alias name used for the local end of any connections. >- defaults to an empty list. >- */ >- PBoolean RemoveAliasName( >- const PString & name ///< New alias namer to add >- ); >- >- /**Get the user name to be used for the local end of any connections. This >- defaults to the logged in user as obtained from the >- PProcess::GetUserName() function. >- */ >- const PStringList & GetAliasNames() const { return localAliasNames; } >- >- /**Get the alias patterns, might be used in terminalAliasPattern. >- */ >- const PStringList & GetAliasNamePatterns() const { return localAliasPatterns; } >- >- /**Add an alias name pattern to localAliasPatterns. If >- the pattern already exists in the list then is is not added again. >- */ >- PBoolean AddAliasNamePattern( >- const PString & pattern >- ); >- >- /**Get the default ILS server to use for user lookup. >- */ >- const PString & GetDefaultILSServer() const { return manager.GetDefaultILSServer(); } >- >- /**Set the default ILS server to use for user lookup. >- */ >- void SetDefaultILSServer( >- const PString & server >- ) { manager.SetDefaultILSServer(server); } >- >- /**Get the default fast start mode. >- */ >- PBoolean IsFastStartDisabled() const >- { return disableFastStart; } >- >- /**Set the default fast start mode. >- */ >- void DisableFastStart( >- PBoolean mode ///< New default mode >- ) { disableFastStart = mode; } >- >- /**Get the default H.245 tunneling mode. >- */ >- PBoolean IsH245TunnelingDisabled() const >- { return disableH245Tunneling; } >- >- /**Set the default H.245 tunneling mode. >- */ >- void DisableH245Tunneling( >- PBoolean mode ///< New default mode >- ) { disableH245Tunneling = mode; } >- >- /**Get the default H.245 tunneling mode. >- */ >- PBoolean IsH245inSetupDisabled() const >- { return disableH245inSetup; } >- >- /**Set the default H.245 tunneling mode. >- */ >- void DisableH245inSetup( >- PBoolean mode ///< New default mode >- ) { disableH245inSetup = mode; } >- >- /** find out if h245 is disabled or enabled >- * @return PTrue if h245 is disabled >- */ >- PBoolean IsH245Disabled() const >- { return m_bH245Disabled; } >- >- /**Disable/Enable H.245, used at least for h450.7 calls >- * @param bH245Disabled PTrue if h245 has to be disabled >- */ >- void DisableH245(PBoolean bH245Disabled) { m_bH245Disabled = bH245Disabled; } >- >- /**Get the flag indicating the endpoint can display an amount string. >- */ >- PBoolean CanDisplayAmountString() const >- { return canDisplayAmountString; } >- >- /**Set the flag indicating the endpoint can display an amount string. >- */ >- void SetCanDisplayAmountString( >- PBoolean mode ///< New default mode >- ) { canDisplayAmountString = mode; } >- >- /**Get the flag indicating the call will automatically clear after a time. >- */ >- PBoolean CanEnforceDurationLimit() const >- { return canEnforceDurationLimit; } >- >- /**Set the flag indicating the call will automatically clear after a time. >- */ >- void SetCanEnforceDurationLimit( >- PBoolean mode ///< New default mode >- ) { canEnforceDurationLimit = mode; } >- >-#if OPAL_H450 >- /**Get Call Intrusion Protection Level of the end point. >- */ >- unsigned GetCallIntrusionProtectionLevel() const { return callIntrusionProtectionLevel; } >- >- /**Set Call Intrusion Protection Level of the end point. >- */ >- void SetCallIntrusionProtectionLevel( >- unsigned level ///< New level from 0 to 3 >- ) { PAssert(level<=3, PInvalidParameter); callIntrusionProtectionLevel = level; } >-#endif >- >- /**Called from H.450 OnReceivedInitiateReturnError >- */ >- virtual void OnReceivedInitiateReturnError(); >- >- /**See if should automatically do call forward of connection. >- */ >- PBoolean CanAutoCallForward() const { return autoCallForward; } >- >- /**Get the current capability table for this endpoint. >- */ >- const H323Capabilities & GetCapabilities() const; >- >- /**Endpoint types. >- */ >- enum TerminalTypes { >- e_TerminalOnly = 50, >- e_TerminalAndMC = 70, >- e_GatewayOnly = 60, >- e_GatewayAndMC = 80, >- e_GatewayAndMCWithDataMP = 90, >- e_GatewayAndMCWithAudioMP = 100, >- e_GatewayAndMCWithAVMP = 110, >- e_GatekeeperOnly = 120, >- e_GatekeeperWithDataMP = 130, >- e_GatekeeperWithAudioMP = 140, >- e_GatekeeperWithAVMP = 150, >- e_MCUOnly = 160, >- e_MCUWithDataMP = 170, >- e_MCUWithAudioMP = 180, >- e_MCUWithAVMP = 190 >- }; >- >- /**Get the endpoint terminal type. >- */ >- TerminalTypes GetTerminalType() const { return terminalType; } >- >- /**Determine if endpoint is terminal type. >- */ >- PBoolean IsTerminal() const; >- >- /**Determine if endpoint is gateway type. >- */ >- PBoolean IsGateway() const; >- >- /**Determine if endpoint is gatekeeper type. >- */ >- PBoolean IsGatekeeper() const; >- >- /**Determine if endpoint is gatekeeper type. >- */ >- PBoolean IsMCU() const; >- >- /**Get the default maximum audio jitter delay parameter. >- Defaults to 50ms >- */ >- unsigned GetMinAudioJitterDelay() const { return manager.GetMinAudioJitterDelay(); } >- >- /**Get the default maximum audio delay jitter parameter. >- Defaults to 250ms. >- */ >- unsigned GetMaxAudioJitterDelay() const { return manager.GetMaxAudioJitterDelay(); } >- >- /**Set the maximum audio delay jitter parameter. >- */ >- void SetAudioJitterDelay( >- unsigned minDelay, ///< New minimum jitter buffer delay in milliseconds >- unsigned maxDelay ///< New maximum jitter buffer delay in milliseconds >- ) { manager.SetAudioJitterDelay(minDelay, maxDelay); } >- >- /**Get the initial bandwidth parameter. >- */ >- unsigned GetInitialBandwidth() const { return initialBandwidth; } >- >- /**Get the initial bandwidth parameter. >- */ >- void SetInitialBandwidth(unsigned bandwidth) { initialBandwidth = bandwidth; } >- >- /**Called when an outgoing PDU requires a feature set >- */ >- virtual PBoolean OnSendFeatureSet(unsigned, H225_FeatureSet &); >- >- /**Called when an incoming PDU contains a feature set >- */ >- virtual void OnReceiveFeatureSet(unsigned, const H225_FeatureSet &); >- >- /**Load the Base FeatureSet usually called when you initialise the endpoint prior to >- registering with a gatekeeper. >- */ >- virtual void LoadBaseFeatureSet(); >- >- /**Callback when creating Feature Instance. This can be used to disable features on >- a case by case basis by returning FALSE >- Default returns TRUE >- */ >- virtual bool OnFeatureInstance( >- int instType, >- const PString & identifer >- ); >- >-#if OPAL_H460 >- /** Is the FeatureSet disabled >- */ >- bool FeatureSetDisabled() const { return disableH460; } >- >- /** Disable all FeatureSets. Use this for pre H323v4 interoperability >- */ >- void FeatureSetDisable() { disableH460 = true; } >- >- /** Get the Endpoint FeatureSet >- This creates a new instance of the featureSet >- */ >- H460_FeatureSet * GetFeatureSet() { return features.DeriveNewFeatureSet(); }; >-#endif >- >- /**Determine if the address is "local", ie does not need STUN >- */ >- virtual PBoolean IsLocalAddress( >- const PIPSocket::Address & remoteAddress >- ) const { return manager.IsLocalAddress(remoteAddress); } >- >- /**Provide TCP address translation hook >- */ >- virtual void TranslateTCPAddress( >- PIPSocket::Address & localAddr, >- const PIPSocket::Address & remoteAddr >- ); >- >- /**Get the TCP port number base for H.245 channels >- */ >- WORD GetTCPPortBase() const { return manager.GetTCPPortBase(); } >- >- /**Get the TCP port number base for H.245 channels. >- */ >- WORD GetTCPPortMax() const { return manager.GetTCPPortMax(); } >- >- /**Set the TCP port number base and max for H.245 channels. >- */ >- void SetTCPPorts(unsigned tcpBase, unsigned tcpMax) { manager.SetTCPPorts(tcpBase, tcpMax); } >- >- /**Get the next TCP port number for H.245 channels >- */ >- WORD GetNextTCPPort() { return manager.GetNextTCPPort(); } >- >- /**Get the UDP port number base for RAS channels >- */ >- WORD GetUDPPortBase() const { return manager.GetUDPPortBase(); } >- >- /**Get the UDP port number base for RAS channels. >- */ >- WORD GetUDPPortMax() const { return manager.GetUDPPortMax(); } >- >- /**Set the TCP port number base and max for H.245 channels. >- */ >- void SetUDPPorts(unsigned udpBase, unsigned udpMax) { manager.SetUDPPorts(udpBase, udpMax); } >- >- /**Get the next UDP port number for RAS channels >- */ >- WORD GetNextUDPPort() { return manager.GetNextUDPPort(); } >- >- /**Get the UDP port number base for RTP channels. >- */ >- WORD GetRtpIpPortBase() const { return manager.GetRtpIpPortBase(); } >- >- /**Get the max UDP port number for RTP channels. >- */ >- WORD GetRtpIpPortMax() const { return manager.GetRtpIpPortMax(); } >- >- /**Set the UDP port number base and max for RTP channels. >- */ >- void SetRtpIpPorts(unsigned udpBase, unsigned udpMax) { manager.SetRtpIpPorts(udpBase, udpMax); } >- >- /**Get the UDP port number pair for RTP channels. >- */ >- WORD GetRtpIpPortPair() { return manager.GetRtpIpPortPair(); } >- >- /**Get the IP Type Of Service byte for RTP channels. >- */ >- BYTE GetRtpIpTypeofService() const { return manager.GetRtpIpTypeofService(); } >- >- /**Set the IP Type Of Service byte for RTP channels. >- */ >- void SetRtpIpTypeofService(unsigned tos) { manager.SetRtpIpTypeofService(tos); } >- >- /**Get the default timeout for calling another endpoint. >- */ >- const PTimeInterval & GetSignallingChannelCallTimeout() const { return signallingChannelCallTimeout; } >- >- /**Get the default timeout for incoming H.245 connection. >- */ >- const PTimeInterval & GetControlChannelStartTimeout() const { return controlChannelStartTimeout; } >- >- /**Get the default timeout for waiting on an end session. >- */ >- const PTimeInterval & GetEndSessionTimeout() const { return endSessionTimeout; } >- >- /**Get the default timeout for master slave negotiations. >- */ >- const PTimeInterval & GetMasterSlaveDeterminationTimeout() const { return masterSlaveDeterminationTimeout; } >- >- /**Get the default retries for H245 master slave negotiations. >- */ >- unsigned GetMasterSlaveDeterminationRetries() const { return masterSlaveDeterminationRetries; } >- >- /**Get the default timeout for H245 capability exchange negotiations. >- */ >- const PTimeInterval & GetCapabilityExchangeTimeout() const { return capabilityExchangeTimeout; } >- >- /**Get the default timeout for H245 logical channel negotiations. >- */ >- const PTimeInterval & GetLogicalChannelTimeout() const { return logicalChannelTimeout; } >- >- /**Get the default timeout for H245 request mode negotiations. >- */ >- const PTimeInterval & GetRequestModeTimeout() const { return logicalChannelTimeout; } >- >- /**Get the default timeout for H245 round trip delay negotiations. >- */ >- const PTimeInterval & GetRoundTripDelayTimeout() const { return roundTripDelayTimeout; } >- >- /**Get the default rate H245 round trip delay is calculated by connection. >- */ >- const PTimeInterval & GetRoundTripDelayRate() const { return roundTripDelayRate; } >- >- /**Get the flag for clearing a call if the round trip delay calculation fails. >- */ >- PBoolean ShouldClearCallOnRoundTripFail() const { return clearCallOnRoundTripFail; } >- >- /**Get the amount of time with no media that should cause call to clear >- */ >- const PTimeInterval & GetNoMediaTimeout() const { return manager.GetNoMediaTimeout(); } >- >- /**Set the amount of time with no media that should cause call to clear >- */ >- PBoolean SetNoMediaTimeout( >- const PTimeInterval & newInterval ///< New timeout for media >- ) { return manager.SetNoMediaTimeout(newInterval); } >- >- /**Get the default timeout for GatekeeperRequest and Gatekeeper discovery. >- */ >- const PTimeInterval & GetGatekeeperRequestTimeout() const { return gatekeeperRequestTimeout; } >- >- /**Get the default retries for GatekeeperRequest and Gatekeeper discovery. >- */ >- unsigned GetGatekeeperRequestRetries() const { return gatekeeperRequestRetries; } >- >- /**Get the default timeout for RAS protocol transactions. >- */ >- const PTimeInterval & GetRasRequestTimeout() const { return rasRequestTimeout; } >- >- /**Get the default retries for RAS protocol transations. >- */ >- unsigned GetRasRequestRetries() const { return rasRequestRetries; } >- >- /**Get the default time for gatekeeper to reregister. >- A value of zero disables the keep alive facility. >- */ >- const PTimeInterval & GetGatekeeperTimeToLive() const { return registrationTimeToLive; } >- >- /**Set the default time for gatekeeper to reregister. >- A value of zero disables the keep alive facility. >- */ >- void SetGatekeeperTimeToLive(const PTimeInterval & ttl) { registrationTimeToLive = ttl; } >- >- /**Get the iNow Gatekeeper Access Token OID. >- */ >- const PString & GetGkAccessTokenOID() const { return gkAccessTokenOID; } >- >- /**Set the iNow Gatekeeper Access Token OID. >- */ >- void SetGkAccessTokenOID(const PString & token) { gkAccessTokenOID = token; } >- >- /**Get flag to indicate whether to send GRQ on gatekeeper registration >- */ >- PBoolean GetSendGRQ() const >- { return sendGRQ; } >- >- /**Sent flag to indicate whether to send GRQ on gatekeeper registration >- */ >- void SetSendGRQ(PBoolean v) >- { sendGRQ = v; } >- >- /**Get the default timeout for Call Transfer Timer CT-T1. >- */ >- const PTimeInterval & GetCallTransferT1() const { return callTransferT1; } >- >- /**Get the default timeout for Call Transfer Timer CT-T2. >- */ >- const PTimeInterval & GetCallTransferT2() const { return callTransferT2; } >- >- /**Get the default timeout for Call Transfer Timer CT-T3. >- */ >- const PTimeInterval & GetCallTransferT3() const { return callTransferT3; } >- >- /**Get the default timeout for Call Transfer Timer CT-T4. >- */ >- const PTimeInterval & GetCallTransferT4() const { return callTransferT4; } >- >- /** Get Call Intrusion timers timeout */ >- const PTimeInterval & GetCallIntrusionT1() const { return callIntrusionT1; } >- const PTimeInterval & GetCallIntrusionT2() const { return callIntrusionT2; } >- const PTimeInterval & GetCallIntrusionT3() const { return callIntrusionT3; } >- const PTimeInterval & GetCallIntrusionT4() const { return callIntrusionT4; } >- const PTimeInterval & GetCallIntrusionT5() const { return callIntrusionT5; } >- const PTimeInterval & GetCallIntrusionT6() const { return callIntrusionT6; } >- >- /**Get the dictionary of <callIdentities, connections> >- */ >- H323CallIdentityDict& GetCallIdentityDictionary() { return secondaryConnectionsActive; } >- >- /**Get the next available invoke Id for H450 operations >- */ >-#if OPAL_H450 >- unsigned GetNextH450CallIdentityValue() const { return ++nextH450CallIdentity; } >-#endif >- >- PString GetDefaultTransport() const; >- //@} >- >- protected: >- bool InternalCreateGatekeeper(H323Transport * transport); >- PBoolean InternalMakeCall( >- OpalCall & call, >- const PString & existingToken, ///< Existing connection to be transferred >- const PString & callIdentity, ///< Call identity of the secondary call (if it exists) >- unsigned capabilityLevel, ///< Intrusion capability level >- const PString & remoteParty, ///< Remote party to call >- void * userData, ///< user data to pass to CreateConnection >- unsigned int options = 0, ///< options to pass to connection >- OpalConnection::StringOptions * stringOptions = NULL ///< complex string options >- ); >- >- // Configuration variables, commonly changed >- PStringList localAliasNames; >- PStringList localAliasPatterns; >- PBoolean autoCallForward; >- PBoolean disableFastStart; >- PBoolean disableH245Tunneling; >- PBoolean disableH245inSetup; >- PBoolean m_bH245Disabled; /* enabled or disabled h245 */ >- PBoolean canDisplayAmountString; >- PBoolean canEnforceDurationLimit; >-#if OPAL_H450 >- unsigned callIntrusionProtectionLevel; >-#endif >- >- TerminalTypes terminalType; >- >- PBoolean clearCallOnRoundTripFail; >- >- // Some more configuration variables, rarely changed. >- PTimeInterval signallingChannelCallTimeout; >- PTimeInterval controlChannelStartTimeout; >- PTimeInterval endSessionTimeout; >- PTimeInterval masterSlaveDeterminationTimeout; >- unsigned masterSlaveDeterminationRetries; >- PTimeInterval capabilityExchangeTimeout; >- PTimeInterval logicalChannelTimeout; >- PTimeInterval requestModeTimeout; >- PTimeInterval roundTripDelayTimeout; >- PTimeInterval roundTripDelayRate; >- PTimeInterval gatekeeperRequestTimeout; >- unsigned gatekeeperRequestRetries; >- PTimeInterval rasRequestTimeout; >- unsigned rasRequestRetries; >- PTimeInterval registrationTimeToLive; >- >- PString gkAccessTokenOID; >- PBoolean sendGRQ; >- >- /* Protect against absence of a response to the ctIdentify reqest >- (Transferring Endpoint - Call Transfer with a secondary Call) */ >- PTimeInterval callTransferT1; >- /* Protect against failure of completion of the call transfer operation >- involving a secondary Call (Transferred-to Endpoint) */ >- PTimeInterval callTransferT2; >- /* Protect against failure of the Transferred Endpoint not responding >- within sufficient time to the ctInitiate APDU (Transferring Endpoint) */ >- PTimeInterval callTransferT3; >- /* May optionally operate - protects against absence of a response to the >- ctSetup request (Transferred Endpoint) */ >- PTimeInterval callTransferT4; >- >- /** Call Intrusion Timers */ >- PTimeInterval callIntrusionT1; >- PTimeInterval callIntrusionT2; >- PTimeInterval callIntrusionT3; >- PTimeInterval callIntrusionT4; >- PTimeInterval callIntrusionT5; >- PTimeInterval callIntrusionT6; >- >- // Dynamic variables >- mutable H323Capabilities capabilities; >- H323Gatekeeper * gatekeeper; >- PString gatekeeperUsername; >- PString gatekeeperPassword; >- H323CallIdentityDict secondaryConnectionsActive; >- >-#if OPAL_H450 >- mutable PAtomicInteger nextH450CallIdentity; >- /// Next available callIdentity for H450 Transfer operations via consultation. >-#endif >- >-#if OPAL_H460 >- bool disableH460; >- H460_FeatureSet features; >-#endif >- >-}; >+#include <h323/gkclient.h> >+#include <opal/buildopts.h> > >-#endif // OPAL_H323 >+PString OpalGetVersion(); >+unsigned OpalGetMajorVersion(); >+unsigned OpalGetMinorVersion(); >+unsigned OpalGetBuildNumber(); > >-#endif // OPAL_H323_H323EP_H > >+#endif // OPAL_H323_H323_H > > /////////////////////////////////////////////////////////////////////////////
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