bool
Opal::Sip::EndPoint::OnReceivedMESSAGE (OpalTransport & transport,
SIP_PDU & pdu)
{
if (pdu.GetMIME().GetContentType(false) != "text/plain")
return false; // Ignore what we do not handle.
PString from = pdu.GetMIME().GetFrom();
PINDEX j = from.Find (';');
if (j != P_MAX_INDEX)
from = from.Left(j); // Remove all parameters
j = from.Find ('<');
if (j != P_MAX_INDEX && from.Find ('>') == P_MAX_INDEX)
from += '>';
SIPURL uri = from;
uri.Sanitise (SIPURL::RequestURI);
std::string display_name = (const char *) uri.GetDisplayName ();
std::string message_uri = (const char *) uri.AsString ();
std::string _message = (const char *) pdu.GetEntityBody ();
Ekiga::Runtime::run_in_main (boost::bind (&Opal::Sip::EndPoint::push_message_in_main, this, message_uri, display_name, _message));
return SIPEndPoint::OnReceivedMESSAGE (transport, pdu);
}
void
Opal::Sip::EndPoint::OnMESSAGECompleted (const SIPMessage::Params & params,
SIP_PDU::StatusCodes reason)
{
PTRACE (4, "IM sending completed, reason: " << reason);
// after TemporarilyUnavailable, RequestTimeout appears too, hence do not process it too
if (reason == SIP_PDU::Successful_OK || reason == SIP_PDU::Failure_RequestTimeout)
return;
SIPURL to = params.m_remoteAddress;
to.Sanitise (SIPURL::ToURI);
std::string uri = (const char*) to.AsString ();
std::string display_name = (const char*) to.GetDisplayName ();
std::string reason_shown = _("Could not send message: ");
if (reason == SIP_PDU::Failure_TemporarilyUnavailable)
reason_shown += _("user offline");
else
reason_shown += SIP_PDU::GetStatusCodeDescription (reason); // too many to translate them with _()...
Ekiga::Message::payload_type payload;
// FIXME: we push as 'text/plain' without really knowing...
payload.insert (std::make_pair ("text/plain", reason_shown));
GTimeVal current;
g_get_current_time (¤t);
gchar* time = g_time_val_to_iso8601 (¤t);
Ekiga::Message msg = {time, "" /* it's a notice */, payload };
g_free (time);
Ekiga::Runtime::run_in_main (boost::bind (&Opal::Sip::EndPoint::push_message_in_main, this, uri, msg));
}
bool
Opal::Sip::EndPoint::OnReceivedMESSAGE (OpalTransport & transport,
SIP_PDU & pdu)
{
if (pdu.GetMIME().GetContentType(false) != "text/plain")
return false; // Ignore what we do not handle.
PString from = pdu.GetMIME().GetFrom();
PINDEX j = from.Find (';');
if (j != P_MAX_INDEX)
from = from.Left(j); // Remove all parameters
j = from.Find ('<');
if (j != P_MAX_INDEX && from.Find ('>') == P_MAX_INDEX)
from += '>';
SIPURL uri = from;
uri.Sanitise (SIPURL::RequestURI);
std::string display_name = (const char *) uri.GetDisplayName ();
std::string message_uri = (const char *) uri.AsString ();
std::string _message = (const char *) pdu.GetEntityBody ();
Ekiga::Message::payload_type payload;
// FIXME: we push as 'text/plain' without really knowing
payload.insert (std::make_pair ("text/plain", _message));
GTimeVal current;
g_get_current_time (¤t);
gchar* time = g_time_val_to_iso8601 (¤t);
Ekiga::Message msg = {time, display_name, payload };
g_free (time);
Ekiga::Runtime::run_in_main (boost::bind (&Opal::Sip::EndPoint::push_message_in_main, this, message_uri, msg));
return SIPEndPoint::OnReceivedMESSAGE (transport, pdu);
}
bool Opal::Sip::EndPoint::OnReceivedMESSAGE (OpalTransport & transport,
SIP_PDU & pdu)
{
PString *last = NULL;
PString *val = NULL;
PString from = pdu.GetMIME().GetFrom();
PINDEX j = from.Find (';');
if (j != P_MAX_INDEX)
from = from.Left(j); // Remove all parameters
j = from.Find ('<');
if (j != P_MAX_INDEX && from.Find ('>') == P_MAX_INDEX)
from += '>';
PWaitAndSignal m(msgDataMutex);
last = msgData.GetAt (SIPURL (from).AsString ());
if (!last || *last != pdu.GetMIME ().GetFrom ()) {
val = new PString (pdu.GetMIME ().GetFrom ());
msgData.SetAt (SIPURL (from).AsString (), val);
SIPURL uri = from;
uri.Sanitise (SIPURL::RequestURI);
std::string display_name = (const char *) uri.GetDisplayName ();
std::string message_uri = (const char *) uri.AsString ();
std::string _message = (const char *) pdu.GetEntityBody ();
runtime.run_in_main (sigc::bind (sigc::ptr_fun (push_message_in_main), dialect, message_uri, display_name, _message));
}
return SIPEndPoint::OnReceivedMESSAGE (transport, pdu);
}
void Opal::Sip::EndPoint::OnMessageFailed (const SIPURL & messageUrl,
SIP_PDU::StatusCodes /*reason*/)
{
SIPURL to = messageUrl;
to.Sanitise (SIPURL::ToURI);
std::string uri = (const char *) to.AsString ();
std::string display_name = (const char *) to.GetDisplayName ();
runtime.run_in_main (sigc::bind (sigc::ptr_fun (push_notice_in_main),
dialect, uri, display_name,
_("Could not send message")));
}
void
MySIPEndPoint::OnRegistrationStatus(const RegistrationStatus & status)
{
SIPEndPoint::OnRegistrationStatus(status);
if (status.m_reason < 200 || (status.m_reRegistering && status.m_reason < 300))
return;
SIPURL aor = status.m_addressofRecord;
aor.Sanitise(SIPURL::ExternalURI);
PString aor_str = aor.AsString ();
char *address_of_record = g_strdup (aor_str);
g_signal_emit_by_name (m_sipep, "registration-status",
address_of_record,
gboolean (status.m_wasRegistering),
GopalStatusCodes (status.m_reason));
}
void
Opal::Sip::EndPoint::OnMESSAGECompleted (const SIPMessage::Params & params,
SIP_PDU::StatusCodes reason)
{
PTRACE (4, "IM sending completed, reason: " << reason);
// after TemporarilyUnavailable, RequestTimeout appears too, hence do not process it too
if (reason == SIP_PDU::Successful_OK || reason == SIP_PDU::Failure_RequestTimeout)
return;
SIPURL to = params.m_remoteAddress;
to.Sanitise (SIPURL::ToURI);
std::string uri = (const char*) to.AsString ();
std::string display_name = (const char*) to.GetDisplayName ();
std::string reason_shown = _("Could not send message: ");
if (reason == SIP_PDU::Failure_TemporarilyUnavailable)
reason_shown += _("user offline");
else
reason_shown += SIP_PDU::GetStatusCodeDescription (reason); // too many to translate them with _()...
Ekiga::Runtime::run_in_main (boost::bind (&Opal::Sip::EndPoint::push_notice_in_main, this, uri, display_name, reason_shown));
}