void initLoopback()
{
for (int i=0; i<LOOPBACK_LENGTH; i++)
{
g_loopback_samples[i] = new short[SAMPLES_PER_FRAME] ;
}
clearLoopback() ;
sipxConfigSetSpkrAudioHook(SpkrAudioHook) ;
sipxConfigSetMicAudioHook(MicAudioHook) ;
}
bool EventCallBack(SIPX_EVENT_CATEGORY category,
void* pInfo,
void* pUserData)
{
assert (pInfo != NULL);
// Dump event
char cBuf[1024] ;
// Print the timestamp if requested.
if (g_timestamp)
{
OsDateTime d;
OsDateTime::getCurTime(d);
UtlString s;
d.getIsoTimeStringZ(s);
printf("%s ", s.data());
}
printf("%s\n", sipxEventToString(category, pInfo, cBuf, sizeof(cBuf))) ;
if (category == EVENT_CATEGORY_CALLSTATE)
{
SIPX_CALLSTATE_INFO* pCallInfo = static_cast<SIPX_CALLSTATE_INFO*>(pInfo);
printf(" hCall=%d, hAssociatedCall=%d\n", pCallInfo->hCall, pCallInfo->hAssociatedCall) ;
switch (pCallInfo->event)
{
case CALLSTATE_OFFERING:
// Get and print the From: URI.
{
char remote[200];
sipxCallGetRemoteID(pCallInfo->hCall, remote, sizeof (remote));
printf(" From: %s\n", remote);
}
sipxCallAccept(pCallInfo->hCall) ;
break ;
case CALLSTATE_ALERTING:
clearLoopback() ;
{
// Determine the answering delay.
int delay;
if (g_callAnswerDelay == NULL || g_callAnswerDelay[0] == '\0')
{
// No answer string is active, so delay is 0.
delay = 0;
}
else
{
// Get the delay to be used from the delay string.
delay = atoi(g_callAnswerDelay);
// Remove the first number, if there is a comma.
char* p = strchr(g_callAnswerDelay, ',');
if (p != NULL)
{
g_callAnswerDelay = p + 1;
}
}
if (delay == 0)
{
// If the delay is 0, answer immediately.
sipxCallAnswer(pCallInfo->hCall);
}
else
{
// The delay is non-0, so set the timer to answer.
// Stop the timer in case it is running.
callAnswerTimer.stop();
// Record the call to be answered.
callAnswerNotification.setHCall(pCallInfo->hCall);
// Construct the delay to be used.
OsTime d(delay, 0);
// Start the timer.
callAnswerTimer.oneshotAfter(d);
}
}
break ;
case CALLSTATE_CONNECTED:
// Per conversation with Bob A., commented this sleep out
// to prevent trouble with processing re-INVITEs that come
// just after INVITEs. This should be replaced with a proper
// timer-wait event. But that leads to the open question
// of whether to use the sipX OsTimer system, or the underlying
// OS mechanisms (to avoid dependency on sipXportLib). Ugh.
//SLEEP(1000) ; // BAD: Do not block the callback thread
// Start the timer that limits the length of the call.
{
// Stop the timer in case it is running.
callHangupTimer.stop();
// Record the call to be answered.
callHangupNotification.setHCall(pCallInfo->hCall);
// Start the timer, scaled to seconds.
OsTime delay(iDuration, 0);
callHangupTimer.oneshotAfter(delay);
}
// Play file if provided
if (g_szFile)
{
if (!playFile(g_szFile, pCallInfo->hCall))
{
printf("Failed to play file: %s\n", g_szFile) ;
}
}
// Play tones if provided
if (g_szPlayTones)
{
if (!playTones(g_szPlayTones, pCallInfo->hCall))
{
printf("Failed to play tones: %s\n", g_szPlayTones) ;
}
}
break ;
case CALLSTATE_DISCONNECTED:
// Stop the timers in case they are running.
callAnswerTimer.stop();
callHangupTimer.stop();
// Destroy the call.
sipxCallDestroy(pCallInfo->hCall) ;
break ;
case CALLSTATE_AUDIO_EVENT:
if (pCallInfo->cause == CALLSTATE_AUDIO_START)
{
printf("* Negotiated codec: %s, payload type %d\n", pCallInfo->codecs.audioCodec.cName, pCallInfo->codecs.audioCodec.iPayloadType);
}
break;
case CALLSTATE_DESTROYED:
// Stop the timer in case it is running.
callAnswerTimer.stop();
break ;
default:
// There are many other events which we ignore.
break;
}
}
// Ensure the output is not delayed by buffering.
fflush(stdout);
return true;
}
bool EventCallBack(SIPX_EVENT_CATEGORY category,
void* pInfo,
void* pUserData)
{
assert (pInfo != NULL);
// Dump event
char cBuf[1024] ;
printf("%s\n", sipxEventToString(category, pInfo, cBuf, sizeof(cBuf))) ;
if (category == EVENT_CATEGORY_CALLSTATE)
{
SIPX_CALLSTATE_INFO* pCallInfo = static_cast<SIPX_CALLSTATE_INFO*>(pInfo);
printf(" hCall=%d, hAssociatedCall=%d\n", pCallInfo->hCall, pCallInfo->hAssociatedCall) ;
switch (pCallInfo->event)
{
case CALLSTATE_OFFERING:
#if defined(_WIN32) && defined(VIDEO)
gDisplay.type = SIPX_WINDOW_HANDLE_TYPE;
gDisplay.handle = ghVideo;
if (bVideo)
{
sipxCallAccept(pCallInfo->hCall, &gDisplay) ;
}
else
#endif
{
sipxCallAccept(pCallInfo->hCall);
}
break ;
case CALLSTATE_ALERTING:
clearLoopback() ;
sipxCallAnswer(pCallInfo->hCall) ;
break ;
case CALLSTATE_CONNECTED:
SLEEP(1000) ; // BAD: Do not block the callback thread
// Play file if provided
if (g_szFile)
{
if (!playFile(g_szFile, pCallInfo->hCall))
{
printf("Failed to play file: %s\n", g_szFile) ;
}
}
// Play tones if provided
if (g_szPlayTones)
{
if (!playTones(g_szPlayTones, pCallInfo->hCall))
{
printf("Failed to play tones: %s\n", g_szPlayTones) ;
}
}
break ;
case CALLSTATE_DISCONNECTED:
sipxCallDestroy(pCallInfo->hCall) ;
break ;
case CALLSTATE_DESTROYED:
if (gbOneCallMode)
{
gbShutdown = true;
}
break ;
}
}
else if (category == EVENT_CATEGORY_MEDIA)
{
SIPX_MEDIA_INFO* pMediaInfo = static_cast<SIPX_MEDIA_INFO*>(pInfo);
switch(pMediaInfo->event)
{
case MEDIA_LOCAL_START:
printf("* Negotiated codec: %s, payload type %d\n",
pMediaInfo->codec.audioCodec.cName, pMediaInfo->codec.audioCodec.iPayloadType);
break;
}
}
return true;
}
