public IActionResult Put([FromBody] Call call)
{
if (call != null)
{
using (var scope = new TransactionScope())
{
_callRepository.UpdateCall(call);
scope.Complete();
return(new OkResult());
}
}
return(new NoContentResult());
}
public SipEventHandlerResult RegisterCall(SipDialogMessage sipMessage)
{
log.Debug("Register call from {0} to {1}, call id \"{2}\", hash id:\"{3}\", hash entry:\"{4}\"",
sipMessage.FromSipUri.UserAtHost, sipMessage.ToSipUri.UserAtHost, sipMessage.CallId, sipMessage.HashId, sipMessage.HashEntry);
if (_callRepository.CallExists(sipMessage.CallId, sipMessage.HashId, sipMessage.HashEntry))
{
// TODO: Find out what HashId and HashEntry is and if they are both needed
log.Debug("Call with id {0}, hash id:{1}, hash entry:{2} already exists", sipMessage.CallId, sipMessage.HashId, sipMessage.HashEntry);
return(NothingChangedResult);
}
var call = new Call();
// If the user-part is numeric, we make the assumption
// that it is a phone number (even though sip-address
// can be of the numeric kind)
var fromSip = sipMessage.FromSipUri.User.IsNumeric() ? sipMessage.FromSipUri.User : sipMessage.FromSipUri.UserAtHost;
var from = _sipRepository.GetRegisteredUserAgents().SingleOrDefault(x => x.SipUri == fromSip);
call.FromSip = fromSip;
call.FromDisplayName = sipMessage.FromDisplayName;
call.FromId = from?.Id ?? Guid.Empty;
var toSip = sipMessage.ToSipUri.User.IsNumeric() ? sipMessage.ToSipUri.User : sipMessage.ToSipUri.UserAtHost;
var to = _sipRepository.GetRegisteredUserAgents().SingleOrDefault(x => x.SipUri == toSip);
call.ToSip = toSip;
call.ToDisplayName = sipMessage.ToDisplayName;
call.ToId = to?.Id ?? Guid.Empty;
call.Started = DateTime.UtcNow;
call.CallId = sipMessage.CallId;
call.DlgHashId = sipMessage.HashId;
call.DlgHashEnt = sipMessage.HashEntry;
call.Updated = DateTime.UtcNow;
call.ToTag = sipMessage.ToTag;
call.FromTag = sipMessage.FromTag;
call.IsPhoneCall = sipMessage.FromSipUri.User.IsNumeric() || sipMessage.ToSipUri.User.IsNumeric();
_callRepository.UpdateCall(call);
return(SipMessageResult(SipEventChangeStatus.CallStarted, call.Id));
}
public KamailioMessageHandlerResult RegisterCall(KamailioDialogMessage sipMessage)
{
log.Debug("Register call from {0} to {1}, call id \"{2}\", hash id:\"{3}\", hash entry:\"{4}\"",
sipMessage.FromSipUri.UserAtHost, sipMessage.ToSipUri.UserAtHost, sipMessage.CallId, sipMessage.HashId, sipMessage.HashEntry);
if (_callRepository.CallExists(sipMessage.CallId, sipMessage.HashId, sipMessage.HashEntry))
{
log.Debug("Call with id {0}, hash id:{1}, hash entry:{2} already exists", sipMessage.CallId, sipMessage.HashId, sipMessage.HashEntry);
return(NothingChangedResult);
}
var call = new Call();
// Om user-delen är numerisk antar vi att det är ett telefonnummer (trots att sip-adresser egentligen kan vara numeriska)
var fromSip = sipMessage.FromSipUri.User.IsNumeric() ? sipMessage.FromSipUri.User : sipMessage.FromSipUri.UserAtHost;
var from = _sipRepository.GetCachedRegisteredSips().SingleOrDefault(rs => rs.Sip == fromSip);
call.FromSip = fromSip;
call.FromDisplayName = sipMessage.FromDisplayName;
call.FromId = from != null ? from.Id : Guid.Empty;
var toSip = sipMessage.ToSipUri.User.IsNumeric() ? sipMessage.ToSipUri.User : sipMessage.ToSipUri.UserAtHost;
var to = _sipRepository.GetCachedRegisteredSips().SingleOrDefault(rs => rs.Sip == toSip);
call.ToSip = toSip;
call.ToDisplayName = sipMessage.ToDisplayName;
call.ToId = to != null ? to.Id : Guid.Empty;
call.Started = DateTime.UtcNow;
call.CallId = sipMessage.CallId;
call.DlgHashId = sipMessage.HashId;
call.DlgHashEnt = sipMessage.HashEntry;
call.Updated = DateTime.UtcNow;
call.ToTag = sipMessage.ToTag;
call.FromTag = sipMessage.FromTag;
call.IsPhoneCall = sipMessage.FromSipUri.User.IsNumeric() || sipMessage.ToSipUri.User.IsNumeric(); // Sätts till true om någon parts adress är numeriskt.
_callRepository.UpdateCall(call);
return(SipMessageResult(KamailioMessageChangeStatus.CallStarted, call.Id));
}
public void UpdateCall(Call call)
{
_internalRepository.UpdateCall(call);
// Some registered codecs may have changed state. Reload cache.
_lazyCache.ClearRegisteredSips();
}
public void UpdateCall(Call call)
{
_internalRepository.UpdateCall(call);
_lazyCache.ClearOngoingCalls();
}