void Negotiating::FailureResponse( DialogTracker& impl, SipMessage& response, const char* address, int port ) const
{
int seqNum;
UtlString seqMethod;
if( response.getCSeqField( &seqNum, &seqMethod ) )
{
if( seqMethod.compareTo( SIP_INVITE_METHOD ) == 0 )
{
// session negotiation failed. Deallocate all the tentative
// media relays tentatively allocated to handle the media
// sessions that just failed.
impl.deallocateAndClearAllMediaRelaySessions( true, true, false );
if( !impl.getDialogEstablishedFlag() )
{
// this is a final failure response to a dialog-forming INVITE. That
// event marks the end of the dialog hence, we do not need to continue
// to track it.
ChangeState( impl, impl.pMoribund );
}
else
{
// the renegotiation failed but the dialog is still active. Go back to state where
// we wait for an incoming INVITE.
ChangeState( impl, impl.pWaitingForInvite );
}
}
else
{
OsSysLog::add(FAC_NAT,PRI_DEBUG,"'%s:%s' - Received unexpected successful response for %s request",
impl.name(), impl.GetCurrentState()->name(), seqMethod.data() );
}
}
}
void HomerProxyPlugin::handleOutgoing(SipMessage& message, const char* address, int port)
{
struct timeval now;
gettimeofday(&now, NULL);
std::string data = message.getString();
//OS_LOG_ERROR(FAC_SIP, "LENGTH: " << data.size() << " - " << data);
StateQueueMessage msg;
msg.setType(StateQueueMessage::Data);
msg.set("Outgoing", 1);
msg.set("IpProtoId", (int)HEPMessage::TCP);
msg.set("Ip4SrcAddress", _localHost.c_str());
msg.set("Ip4DestAddress", address);
msg.set("SrcPort", _localPort);
msg.set("DestPort", port);
msg.set("TimeStamp", (double)now.tv_sec);
msg.set("TimeStampMicroOffset", (double)now.tv_usec);
msg.set("Data", data.c_str());
std::string msgData = msg.data();
bool noresponse = true;
_sqa.publish("CAP", msgData.c_str(), noresponse);
}
void MyInviteSessionHandler::onConnected(ClientInviteSessionHandle cis, const SipMessage& msg)
{
mDialInstance.onConnected(cis);
SdpContents *sdp = (SdpContents*)msg.getContents();
cis->provideAnswer(*sdp);
}
/// Add identity info to a message.
bool SipXauthIdentity::insert(SipMessage & message,
HeaderName headerName,
const OsDateTime * timestamp)
{
// Don't proceed if the encapsulated identity is invalid
if (!mIsValidIdentity)
{
Os::Logger::instance().log(FAC_SIP, PRI_CRIT,
"SipXauthIdentity::insert: "
"encapsulated SipXauthIdentity is invalid");
}
else
{
// make sure no existing identity in the message
remove(message, headerName);
// set Call-Id and from-tag for the signature calculation
UtlString callId;
UtlString fromTag;
Url fromUrl;
message.getCallIdField(&callId);
message.getFromUrl(fromUrl);
fromUrl.getFieldParameter("tag", fromTag);
OsDateTime now;
OsDateTime::getCurTime(now);
if (NULL==timestamp)
{
timestamp = &now;
}
UtlString value;
encode(value, callId, fromTag, *timestamp);
// Insert displayName if it is an P-Asserted-Identity header.
if (headerName == SipXauthIdentity::PAssertedIdentityHeaderName)
{
UtlString displayName;
fromUrl.getDisplayName(displayName);
value.prepend(displayName.data());
}
message.addHeaderField(headerName, value.data());
}
return mIsValidIdentity;
}
/// Remove identity info from a message.
void SipXauthIdentity::remove(SipMessage & message, HeaderName headerName)
{
int idHeaderCount = message.getCountHeaderFields(headerName);
if (idHeaderCount>0)
{
UtlString rUri;
message.getRequestUri(&rUri);
Os::Logger::instance().log(FAC_SIP, PRI_WARNING,
"SipXauthIdentity::remove"
": '%d' occurrances of %s in request to '%s'",
idHeaderCount, headerName, rUri.data());
for (int i = idHeaderCount - 1;i>=0;i--)
{
message.removeHeader(headerName, i);
}
}
}
UtlBoolean SipUserAgentStateless::send(SipMessage& message,
OsMsgQ* responseListener,
void* responseListenerData)
{
UtlString sendAddress;
UtlString sendProtocol;
int sendPort;
if(message.isResponse())
{
int receivedPort;
UtlBoolean receivedSet;
UtlBoolean maddrSet;
UtlBoolean receivedPortSet;
message.getLastVia(&sendAddress, &sendPort, &sendProtocol, &receivedPort,
&receivedSet, &maddrSet, &receivedPortSet);
if(receivedPortSet && portIsValid(receivedPort))
{
sendPort = receivedPort;
}
}
else
{
UtlString uriString;
message.getRequestUri(&uriString);
Url uri(uriString);
uri.getHostAddress(sendAddress);
// Check for maddr
UtlString maddr;
uri.getUrlParameter("maddr", maddr);
if(!maddr.isNull())
{
// Use maddr if present
sendAddress = maddr;
}
uri.getUrlParameter("transport", sendProtocol);
sendPort = uri.getHostPort();
}
UtlBoolean sendOk =
sendTo(message, sendAddress.data(), sendProtocol.data(), sendPort);
return(sendOk);
}
int SubscribeServerThread::removeErrorSubscription (const SipMessage& sipMessage )
{
int returnStatus = STATUS_SUCCESS;
UtlString callId;
UtlString to;
UtlString from;
sipMessage.getToField(&to);
sipMessage.getFromField(&from);
sipMessage.getCallIdField(&callId);
OsSysLog::add(FAC_SIP, PRI_WARNING,
"SubscribeServerThread::removeErrorSubscription %s",
callId.data());
removeErrorRow(from, to, callId);
return returnStatus;
}
// Process a MESSAGE request, which is used to trigger debugging actions.
void AppearanceAgentTask::handleMessageRequest(const SipMessage& msg)
{
// Extract the user-part of the request-URI, which should tell us what
// to do.
UtlString user;
msg.getUri(NULL, NULL, NULL, &user);
// Construct the response.
SipMessage response;
if (user.compareTo(dumpStateUri) == 0)
{
// dumpStateUri is used to request to dump the Appearance Agent state into the log.
debugDumpState(msg);
response.setOkResponseData(&msg, NULL);
}
else
{
response.setInterfaceIpPort(msg.getInterfaceIp(), msg.getInterfacePort());
response.setResponseData(&msg, SIP_NOT_FOUND_CODE, SIP_NOT_FOUND_TEXT);
}
// Send the response.
getAppearanceAgent()->getServerUserAgent().send(response);
}
// Queue a message to be sent to the specified address and port.
UtlBoolean SipClient::sendTo(SipMessage& message,
const char* address,
int port)
{
UtlBoolean sendOk;
if (mClientSocket)
{
// If port == PORT_NONE, get the correct default port for this
// transport method.
int portToSendTo = ( port == PORT_NONE ? defaultPort() : port );
// We are about to post a message that will cause the
// SIP message to be sent. Notify the user agent so
// that it can offer the message to all its registered
// output processors.
ssize_t msgLength = 0;
UtlString msgText;
message.getBytes(&msgText, &msgLength, true);
if (msgLength)
{
system_tap_sip_tx(
mLocalHostAddress.data(), portIsValid(mLocalHostPort) ? mLocalHostPort : defaultPort(),
address, portToSendTo,
msgText.data(), msgLength);
mpSipUserAgent->executeAllSipOutputProcessors( message, address, portToSendTo );
}
// Create message to queue.
SipClientSendMsg sendMsg(OsMsg::OS_EVENT,
SipClientSendMsg::SIP_CLIENT_SEND,
message, address,
portToSendTo );
// Post the message to the task's queue.
OsStatus status = postMessage(sendMsg, OsTime::NO_WAIT);
sendOk = status == OS_SUCCESS;
if (!sendOk)
{
Os::Logger::instance().log(FAC_SIP, PRI_ERR,
"SipClient[%s]::sendTo attempt to post message failed",
mName.data());
}
}
else
{
Os::Logger::instance().log(FAC_SIP, PRI_CRIT,
"SipClient[%s]::sendTo called for client without socket",
mName.data()
);
sendOk = FALSE;
}
return sendOk;
}
UtlString SessionContext::getDiscriminatingTagValue( const SipMessage& message, bool bFromCallerToCallee ) const
{
UtlString discriminatingTag;
Url tempUrl;
if( bFromCallerToCallee )
{
// caller-to-callee uses To-tag to distinguish between dialogs
message.getToUrl( tempUrl );
}
else
{
// callee-to-caller uses From-tag to distinguish between dialogs
message.getFromUrl( tempUrl );
}
tempUrl.getFieldParameter( "tag", discriminatingTag );
return discriminatingTag;
}
AuthPlugin::AuthResult
SubscriptionAuth::authorizeAndModify(const UtlString& id, /**< The authenticated identity of the
* request originator, if any (the null
* string if not).
* This is in the form of a SIP uri
* identity value as used in the
* credentials database (user@domain)
* without the scheme or any parameters.
*/
const Url& requestUri, ///< parsed target Uri
RouteState& routeState, ///< the state for this request.
const UtlString& method,///< the request method
AuthResult priorResult,///< results from earlier plugins.
SipMessage& request, ///< see AuthPlugin wrt modifying
bool bSpiralingRequest, ///< request spiraling indication
UtlString& reason ///< rejection reason
)
{
AuthResult result = CONTINUE;
UtlString eventField;
UtlString targetUser;
requestUri.getUserId(targetUser);
if (CONTINUE == priorResult &&
id.isNull() &&
method.compareTo(SIP_SUBSCRIBE_METHOD) == 0 &&
request.getEventField(eventField) &&
mEventPackagesRequiringAuthentication.contains( &eventField ) &&
!isTargetExemptedFromAuthentication(targetUser))
{
// we do not have an authenticated ID for the request - challenge it.
// get the call-id to use in logging
UtlString callId;
request.getCallIdField(&callId);
OsSysLog::add(FAC_AUTH, PRI_INFO, "SubscriptionAuth[%s]::authorizeAndModify "
"challenging subscription for dialog event package '%s' (call id = '%s')",
mInstanceName.data(), eventField.data(), callId.data()
);
result = DENY;
reason = "Authentication Required to Subscribe to " + eventField;
}
return result;
}
UtlBoolean SipDialogMgr::setNextLocalTransactionInfo(SipMessage& request,
const char* method,
const char* dialogHandle)
{
UtlBoolean requestSet = FALSE;
UtlString dialogHandleString(dialogHandle ? dialogHandle : "");
if(dialogHandleString.isNull())
{
request.getDialogHandle(dialogHandleString);
}
lock();
SipDialog* dialog = findDialog(dialogHandleString,
FALSE, // If established only want exact match dialogs
TRUE); // If message is from a prior transaction
// when the dialog was in an early state
// allow it to match an established
// dialog
if(dialog)
{
dialog->setRequestData(request, method);
requestSet = TRUE;
#ifdef TEST_PRINT
UtlString dialogDump;
dialog->toString(dialogDump);
OsSysLog::add(FAC_SIP, PRI_DEBUG, "SipDialogMgr::setNextLocalTransactionInfo dialog: '%s'",
dialogDump.data());
#endif
}
else
{
OsSysLog::add(FAC_SIP, PRI_ERR, "SipDialogMgr::setNextLocalTransactionInfo dialog not found for handle '%s'",
dialogHandle);
if (OsSysLog::willLog(FAC_SIP, PRI_DEBUG))
{
SipDialog* dialog;
UtlHashBagIterator iterator(mDialogs);
while ((dialog = (SipDialog*) iterator()))
{
UtlString callId, localTag, remoteTag;
dialog->getCallId(callId);
dialog->getLocalTag(localTag);
dialog->getRemoteTag(remoteTag);
OsSysLog::add(FAC_SIP, PRI_DEBUG, "SipDialogMgr::setNextLocalTransactionInfo dialog call-id = '%s', local tag = '%s', remote tag = '%s'",
callId.data(), localTag.data(), remoteTag.data());
}
}
}
unlock();
return(requestSet);
}
UtlBoolean RlsSubscribePolicy::isAuthorized(const SipMessage& subscribeRequest,
SipMessage& subscribeResponse)
{
// SUBSCRIBE is authorized if "eventlist" is supported.
UtlBoolean ret = subscribeRequest.isInSupportedField(SIP_EVENTLIST_EXTENSION);
// If we return false, we must construct a failure response.
if (!ret)
{
// 421 Extension Required
// Require: eventlist"
subscribeResponse.setResponseData(&subscribeRequest,
SIP_EXTENSION_REQUIRED_CODE,
SIP_EXTENSION_REQUIRED_TEXT);
subscribeResponse.addRequireExtension(SIP_EVENTLIST_EXTENSION);
}
return ret;
}
/// Normalize identity info in a message.
void SipXauthIdentity::normalize(SipMessage & message, HeaderName headerName)
{
int idHeaderCount = message.getCountHeaderFields(headerName);
if (idHeaderCount>1)
{
UtlString rUri;
message.getRequestUri(&rUri);
Os::Logger::instance().log(FAC_SIP, PRI_WARNING,
"SipXauthIdentity::remove"
": '%d' occurrances of SipXauthIdentity in request to '%s'",
idHeaderCount, rUri.data());
// Remove all BUT the last header
for (int i = idHeaderCount - 2;i>=0;i--)
{
//message.removeHeader(SipXauthIdentity::AuthIdentityHeaderName, i);
message.removeHeader(headerName, i);
}
}
}
enum SipDialogMgr::transactionSequence
SipDialogMgr::isNewRemoteTransaction(const SipMessage& message)
{
enum transactionSequence ordering;
UtlString handle;
message.getDialogHandle(handle);
UtlString callId;
UtlString fromTag;
UtlString toTag;
SipDialog::parseHandle(handle, callId, fromTag, toTag);
lock();
// Looking for any dialog that matches this handle
SipDialog* dialog = findDialog(handle,
TRUE, // if established, match early dialog
TRUE); // if early, match established dialog
if (dialog &&
dialog->isTransactionRemotelyInitiated(callId, fromTag, toTag))
{
int messageCSeq;
message.getCSeqField(&messageCSeq, NULL);
int lastRemoteCSeq = dialog->getLastRemoteCseq();
ordering =
messageCSeq < lastRemoteCSeq ? OUT_OF_ORDER :
/** If this message was an exact duplicate of a previous message
* (with the same CSeq and branch parameter), it would have been
* absorbed earlier in processing. So we know the branch parameter
* is different without having to remember the previous value.
*/
messageCSeq == lastRemoteCSeq ? LOOPED :
IN_ORDER;
}
else
{
ordering = NO_DIALOG;
}
unlock();
return ordering;
}
UtlBoolean SipSubscriptionMgr::getNotifyDialogInfo(const UtlString& subscribeDialogHandle,
SipMessage& notifyRequest)
{
UtlBoolean notifyInfoSet = FALSE;
lock();
SubscriptionServerState* state = (SubscriptionServerState*)
mSubscriptionStatesByDialogHandle.find(&subscribeDialogHandle);
if (state)
{
notifyInfoSet = mDialogMgr.setNextLocalTransactionInfo(notifyRequest,
SIP_NOTIFY_METHOD,
subscribeDialogHandle);
// Set the event header, if we know what it is.
if (state->mpLastSubscribeRequest)
{
UtlString eventHeader;
state->mpLastSubscribeRequest->getEventField(eventHeader);
notifyRequest.setEventField(eventHeader);
}
// Set the subscription-state header.
long expires =
state->mExpirationDate - OsDateTime::getSecsSinceEpoch();
char buffer[30];
sprintf(buffer,
(expires > 0 ? "active;expires=%ld" : "terminated;reason=timeout"),
expires);
notifyRequest.setHeaderValue(SIP_SUBSCRIPTION_STATE_FIELD, buffer, 0);
}
else
{
OsSysLog::add(FAC_SIP, PRI_ERR,
"SipSubscriptionMgr::getNotifyDialogInfo No subscription state found for handle '%s'",
subscribeDialogHandle.data());
}
unlock();
return(notifyInfoSet);
}
UtlBoolean SipSubscribeServerEventHandler::getKeys(const SipMessage& subscribeRequest,
UtlString& resourceId,
UtlString& eventTypeKey,
UtlString& eventType)
{
// default resourceId is the identity
UtlString uriString;
subscribeRequest.getRequestUri(&uriString);
Url uri(uriString);
uri.getIdentity(resourceId);
// Make the resourceId be a proper URI by prepending "sip:".
resourceId.prepend("sip:");
// Default event key is the event type with no parameters
subscribeRequest.getEventField(&eventTypeKey, NULL);
// Event type is the same.
eventType = eventTypeKey;
return(TRUE);
}
UtlString SessionContext::getDiscriminatingTagValue( const SipMessage& message ) const
{
UtlString discriminatingTag;
Url tempUrl;
// We do not know the directionality of the message. In this case
// we cannot tell if the discriminating tag will come from the From:
// or To: header. Return the one that does not match the dialog's
// original From-tag.
// Look at the To-Tag first
message.getToUrl( tempUrl );
tempUrl.getFieldParameter( "tag", discriminatingTag );
if( discriminatingTag == mDialogOriginalFromTag )
{
message.getFromUrl( tempUrl );
tempUrl.getFieldParameter( "tag", discriminatingTag );
}
return discriminatingTag;
}
void WaitingFor200OkWithMediaOffer::SuccessfulResponse( DialogTracker& impl, SipMessage& response, const char* address, int port ) const
{
// RFC requires that all SDP previews be identical. In ensure that this
// requirement is met, we apply the saved copy of the patched SDP preview
// to the response.
if( response.hasSdpBody() )
{
impl.applyPatchedSdpPreview( response );
}
ChangeState( impl, impl.pWaitingForAckWithAnswerForInvite );
}
UtlBoolean AppAgentSubscribePolicy::getKeys(const SipMessage& subscribeRequest,
UtlString& resourceId,
UtlString& eventTypeKey,
UtlString& eventType)
{
// default resourceId is the identity, but we want it from the From URI
UtlString uriString;
subscribeRequest.getFromUri(&uriString);
Url uri(uriString);
uri.getIdentity(resourceId);
// Make the resourceId be a proper URI by prepending "sip:".
resourceId.prepend("sip:");
// Default event key is the event type with no parameters, but we want the full thing (dialog;sla)
subscribeRequest.getEventField(eventTypeKey);
// Event type is the event type with no parameters.
subscribeRequest.getEventFieldParts(&eventType);
return(TRUE);
}
void SipDialog::setRequestData(SipMessage& request, const char* method)
{
UtlString methodString(method ? method : "");
if(methodString.isNull())
{
request.getRequestMethod(&methodString);
}
// The request URI should be the remote contact
UtlString remoteContact;
// Use getUri() to get the contact in addr-spec format.
// (mRemoteContact should have no field parameters, but if it has
// URI parameters, toString would add <...>, which are not allowed
// in URIs.)
mRemoteContact.getUri(remoteContact);
// If the remote contact is empty, use the remote request uri
if (remoteContact.compareTo("sip:") == 0)
{
Os::Logger::instance().log(FAC_ACD, PRI_DEBUG, "SipDialog::setRequestData - using remote request uri %s",
msRemoteRequestUri.data());
request.setSipRequestFirstHeaderLine(methodString, msRemoteRequestUri);
}
else
{
request.setSipRequestFirstHeaderLine(methodString, remoteContact);
}
// The local field is the From field
UtlString fromField;
mLocalField.toString(fromField);
request.setRawFromField(fromField);
// The remote field is the To field
UtlString toField;
mRemoteField.toString(toField);
request.setRawToField(toField);
// Get the next local Cseq, the method should already be set
getNextLocalCseq();
request.setCSeqField(mLastLocalCseq, methodString);
// Set the route header according to the route set
if(!mRouteSet.isNull())
{
request.setRouteField(mRouteSet);
}
// Set the call-id
request.setCallIdField(*this);
}
/// Encode identity info into a URL
bool SipXauthIdentity::encodeUri(Url & uri,
const SipMessage & request,
const OsDateTime * timestamp)
{
// Don't proceed if the encapsulated identity is invalid
if (!mIsValidIdentity)
{
Os::Logger::instance().log(FAC_SIP, PRI_CRIT,
"SipXauthIdentity::encodeUri[bound]: encapsulated SipXauthIdentity is invalid");
}
else
{
// make sure no existing identity in the URI
uri.removeHeaderParameter(SipXauthIdentity::AuthIdentityHeaderName);
// set Call-Id and from-tag for the signature calculation
UtlString callId;
UtlString fromTag;
Url fromUrl;
request.getCallIdField(&callId);
request.getFromUrl(fromUrl);
fromUrl.getFieldParameter("tag", fromTag);
OsDateTime now;
OsDateTime::getCurTime(now);
if (NULL==timestamp)
{
timestamp = &now;
}
UtlString value;
encode(value, callId, fromTag, *timestamp);
uri.setHeaderParameter(SipXauthIdentity::AuthIdentityHeaderName, value.data());
Os::Logger::instance().log(FAC_SIP, PRI_DEBUG,
"SipXauthIdentity::encodeUri[bound] encoded URI '%s'",
uri.toString().data()
);
}
return mIsValidIdentity;
}
// Callback routine for NOTIFY events.
// Called by AppearanceGroupTask.
// This callback MUST send a response, as we told the SipSubscribeClient not to.
void AppearanceGroupSet::notifyEventCallbackSync(const UtlString* dialogHandle,
const SipMessage* msg)
{
OsSysLog::add(FAC_SAA, PRI_DEBUG,
"AppearanceGroupSet::notifyEventCallbackSync dialogHandle = '%s'",
dialogHandle->data());
// Serialize access to the appearance group set.
OsLock lock(mSemaphore);
// Look up the ResourceNotifyReceiver to notify based on the dialogHandle.
/* To call the handler, we dynamic_cast the object to
* (ResourceNotifyReceiver*). Whether this is strictly
* conformant C++ I'm not sure, since UtlContainanble and
* ResourceNotifyReceiver are not base/derived classes of
* each other. But it seems to work in GCC as long as the dynamic
* type of the object is a subclass of both UtlContainable and
* ResourceNotifyReceiver.
*/
ResourceNotifyReceiver* receiver =
dynamic_cast <ResourceNotifyReceiver*>
(mNotifyMap.findValue(dialogHandle));
if (receiver)
{
// the callback MUST respond to the NOTIFY
receiver->notifyEventCallback(dialogHandle, msg);
}
else
{
OsSysLog::add(FAC_SAA, PRI_DEBUG,
"AppearanceGroupSet::notifyEventCallbackSync this = %p, no ResourceNotifyReceiver found for dialogHandle '%s'",
this, dialogHandle->data());
// Acknowledge the NOTIFY, even though we won't process it.
SipMessage response;
response.setOkResponseData(msg, NULL);
getAppearanceAgent()->getServerUserAgent().send(response);
}
delete msg;
}
UtlBoolean SipDialog::isEarlyDialogFor(const SipMessage& message) const
{
UtlString handle;
message.getDialogHandle(handle);
UtlString callId;
UtlString localTag;
UtlString remoteTag;
parseHandle(handle, callId, localTag, remoteTag);
return(isEarlyDialogFor(callId, localTag, remoteTag));
}
UtlBoolean SipDialogMgr::isLastLocalTransaction(const SipMessage& message,
const char* dialogHandle)
{
UtlBoolean matchesTransaction = FALSE;
UtlString handle(dialogHandle ? dialogHandle : "");
// If the dialog handle was not set, get it from the message
if(handle.isNull())
{
SipDialog::getDialogHandle(message, handle);
}
UtlString callId;
UtlString fromTag;
UtlString toTag;
Url fromField;
Url toField;
message.getFromUrl(fromField);
message.getToUrl(toField);
message.getCallIdField(callId);
fromField.getFieldParameter("tag", fromTag);
toField.getFieldParameter("tag", toTag);
lock();
// Looking for any dialog that matches this handle
SipDialog* dialog = findDialog(handle,
TRUE, // if established, match early dialog
TRUE); // if early, match established dialog
if(dialog &&
dialog->isTransactionLocallyInitiated(callId, fromTag, toTag) &&
dialog->isSameLocalCseq(message))
{
matchesTransaction = TRUE;
}
unlock();
return(matchesTransaction);
}
bool CallTracker::removeSessionHandleFromVias( SipMessage& message, const UtlString& sessionHandleToRemove ) const
{
bool bSessionHandleRemoved = false;
UtlString viaValue;
UtlString tempSessionHandle;
int viaIndex = 0;
while( message.getViaFieldSubField( &viaValue, viaIndex ) )
{
if( message.getViaTag( viaValue, VIA_SESSION_HANDLE_TAG, tempSessionHandle ) &&
tempSessionHandle.compareTo( sessionHandleToRemove ) == 0 )
{
bSessionHandleRemoved = message.setViaTag( "nil", VIA_SESSION_HANDLE_TAG, viaIndex );
break;
}
else
{
viaIndex++;
}
}
return bSessionHandleRemoved;
}
bool WaitingForPrack::PrackRequest( DialogTracker& impl, SipMessage& request, TransactionDirectionality direction, const char* address, int port ) const
{
if( request.hasSdpBody() )
{
impl.ProcessMediaOffer( request, NON_INITIAL_OFFER_ANSWER );
ChangeState( impl, impl.pWaitingFor200OkWithAnswerForPrack );
}
else
{
ChangeState( impl, impl.pWaitingFor200OkForPrack );
}
return true;
}
UtlBoolean SipDialog::isSameDialog(const SipMessage& message) const
{
UtlString messageCallId;
message.getCallIdField(&messageCallId);
UtlBoolean isSameDialog = FALSE;
if(messageCallId.compareTo(*this, UtlString::ignoreCase) == 0)
{
Url messageFromUrl;
message.getFromUrl(messageFromUrl);
UtlString messageFromTag;
messageFromUrl.getFieldParameter("tag", messageFromTag);
if(messageFromTag.compareTo(mLocalTag, UtlString::ignoreCase) == 0)
{
Url messageToUrl;
message.getToUrl(messageToUrl);
UtlString messageToTag;
messageToUrl.getFieldParameter("tag", messageToTag);
if(messageToTag.compareTo(mRemoteTag, UtlString::ignoreCase) == 0)
{
isSameDialog = TRUE;
}
}
else if(messageFromTag.compareTo(mRemoteTag, UtlString::ignoreCase) == 0)
{
Url messageToUrl;
message.getToUrl(messageToUrl);
UtlString messageToTag;
messageToUrl.getFieldParameter("tag", messageToTag);
if(messageToTag.compareTo(mLocalTag, UtlString::ignoreCase) == 0)
{
isSameDialog = TRUE;
}
}
}
return(isSameDialog);
}
// Update the IMDB with the NOTIFY CSeq now in notifyRequest and the
// specified 'version' for the given eventTypeKey.
void SipPersistentSubscriptionMgr::updateVersion(SipMessage& notifyRequest,
int version,
const UtlString& eventTypeKey)
{
// Call the superclass's updateVersion.
SipSubscriptionMgr::updateVersion(notifyRequest, version, eventTypeKey);
// Extract from the NOTIFY the information we need to find the right
// IMDB row.
int cseq;
UtlString method;
notifyRequest.getCSeqField(&cseq, &method);
UtlString to;
UtlString from;
UtlString callId;
UtlString eventType, eventId;
int now;
// Note that the "to" and "from" fields of the subscription table
// are as those URIs appear in the SUBSCRIBE message, which is
// reversed in the NOTIFY message.
notifyRequest.getToField(&from);
notifyRequest.getFromField(&to);
notifyRequest.getCallIdField(&callId);
notifyRequest.getEventField(&eventType, &eventId);
now = (int) OsDateTime::getSecsSinceEpoch();
OsSysLog::add(FAC_SIP, PRI_DEBUG,
"SipPersistentSubscriptionMgr::updateVersion "
"callId = '%s', to = '%s', from = '%s', eventType = '%s', eventTypeKey = '%s', eventId = '%s', cseq = %d, version = %d",
callId.data(), to.data(), from.data(), eventType.data(), eventTypeKey.data(), eventId.data(), cseq, version);
mSubscriptionDBInstance->updateNotifyUnexpiredSubscription(
mComponent, to, from, callId, eventTypeKey, eventId, now, cseq, version);
// Start the save timer.
mPersistenceTimer.oneshotAfter(sPersistInterval);
}
bool
TuPresSvr::process()
{
bool done = 0;
FdSet fdset;
mStack->buildFdSet(fdset);
// int err = fdset.selectMilliSeconds(0);
int err = fdset.selectMilliSeconds(100);
assert( err != -1 );
mStack->process(fdset);
SipMessage* msg = (mStack->receive());
if (msg)
{
if (msg->isRequest())
{
if (msg->header(h_RequestLine).getMethod() == SUBSCRIBE )
{
processSubscribe(msg);
}
else if (msg->header(h_RequestLine).getMethod() == REGISTER )
{
processPublish(msg);
}
else if (msg->header(h_RequestLine).getMethod() == OPTIONS )
{
auto_ptr<SipMessage> resp(
Helper::makeResponse(*msg,500,"You Shot Me!"));
mStack->send(*resp);
done = 1;
}
else if (msg->header(h_RequestLine).getMethod() == PUBLISH)
{
processPublish(msg);
}
else
{
auto_ptr<SipMessage> resp(Helper::makeResponse(*msg,501,""));
mStack->send(*resp);
}
}
else
{
/*
Nope - dialog key is currently overscoped to requests - bad.
assert(msg->isResponse());
if (msg->header(h_CSeq).method()==NOTIFY)
mDialogMgr.dispatchNotifyResponse(msg);
*/
}
delete msg;
} else {
mDialogMgr.processExpirations();
}
return done;
}