void
Opal::Sip::EndPoint::setup (std::string setting)
{
if (setting.empty () || setting == "listen-port") {
set_listen_port (settings->get_int ("listen-port"));
}
if (setting.empty () || setting == "binding-timeout") {
set_nat_binding_delay (settings->get_int ("binding-timeout"));
}
if (setting.empty () || setting == "outbound-proxy-host") {
set_outbound_proxy (settings->get_string ("outbound-proxy-host"));
}
if (setting.empty () || setting == "dtmf-mode") {
set_dtmf_mode (settings->get_enum ("dtmf-mode"));
}
if (setting.empty () || setting == "forward-host") {
set_forward_uri (settings->get_string ("forward-host"));
}
}
void Opal::Sip::CallManager::setup (const std::string & setting)
{
if (!endpoint.IsReady ()) {
endpoint.ready.connect (boost::bind (&Opal::Sip::CallManager::setup, this, ""));
return;
}
if (setting.empty () || setting == "instance-id") {
std::string instance_id = sip_settings->get_string ("instance-id");
if (!instance_id.empty ())
sip_endpoint.SetInstanceID (instance_id);
}
if (setting.empty () || setting == "listen-port")
set_listen_port (sip_settings->get_int ("listen-port"));
if (setting.empty () || setting == "keepalive-interval") {
int delay = sip_settings->get_int ("keepalive-interval");
PTRACE (4, "Opal::Sip::CallManager\tKeepalive interval set to " << delay);
sip_endpoint.SetKeepAlive (PTimeInterval (0, delay), SIPEndPoint::KeepAliveByOPTION);
}
if (setting.empty () || setting == "dtmf-mode")
set_dtmf_mode (sip_settings->get_enum ("dtmf-mode"));
/* Setup the various forwarding targets.
* The no answer delay is defined in the opal-call-manager (our parent).
*/
if (setting.empty () || setting == "forward-on-no-anwer" || setting == "forward-host")
sip_endpoint.SetNoAnswerForwardTarget (call_forwarding_settings->get_bool ("forward-on-no-answer") ? sip_settings->get_string ("forward-host") : "");
if (setting.empty () || setting == "forward-on-busy" || setting == "forward-host")
sip_endpoint.SetBusyForwardTarget (call_forwarding_settings->get_bool ("forward-on-busy") ? sip_settings->get_string ("forward-host") : "");
if (setting.empty () || setting == "always-forward" || setting == "forward-host")
sip_endpoint.SetUnconditionalForwardTarget (call_forwarding_settings->get_bool ("always-forward") ? sip_settings->get_string ("forward-host") : "");
Opal::CallManager::setup (setting);
}
void Opal::H323::CallManager::setup (const std::string & setting)
{
if (!endpoint.IsReady ()) {
endpoint.ready.connect (boost::bind (&Opal::H323::CallManager::setup, this, ""));
return;
}
if (setting.empty () || setting == "listen-port")
set_listen_port (h323_settings->get_int ("listen-port"));
if (setting.empty () || setting == "maximum-video-tx-bitrate") {
// maximum_video_tx_bitrate is the max video bitrate specified by the user
// add to it 10% (approx.) accounting for audio,
// and multiply it by 10 as needed by SetInitialBandwidth
int maximum_video_tx_bitrate = video_codecs_settings->get_int ("maximum-video-tx-bitrate");
h323_endpoint.SetInitialBandwidth (OpalBandwidth::Tx, maximum_video_tx_bitrate > 0 ? maximum_video_tx_bitrate * 11 : 100000);
PTRACE (4, "Opal::H323::EndPoint\tSet maximum/initial tx bandwidth to " << maximum_video_tx_bitrate * 11);
}
if (setting.empty () || setting == "enable-h245-tunneling") {
h323_endpoint.DisableH245Tunneling (!h323_settings->get_bool ("enable-h245-tunneling"));
PTRACE (4, "Opal::H323::EndPoint\tH.245 Tunneling: " << h323_settings->get_bool ("enable-h245-tunneling"));
}
if (setting.empty () || setting == "enable-early-h245") {
h323_endpoint.DisableH245inSetup (!h323_settings->get_bool ("enable-early-h245"));
PTRACE (4, "Opal::H323::EndPoint\tEarly H.245: " << h323_settings->get_bool ("enable-early-h245"));
}
if (setting.empty () || setting == "enable-fast-connect") {
h323_endpoint.DisableFastStart (!h323_settings->get_bool ("enable-fast-connect"));
PTRACE (4, "Opal::H323::EndPoint\tFast Connect: " << h323_settings->get_bool ("enable-fast-connect"));
}
if (setting.empty () || setting == "dtmf-mode") {
set_dtmf_mode (h323_settings->get_enum ("dtmf-mode"));
}
/* Setup the various forwarding targets.
* The no answer delay is defined in the opal-call-manager (our parent).
*/
if (setting.empty () || setting == "forward-on-no-anwer" || setting == "forward-host")
h323_endpoint.SetNoAnswerForwardTarget (call_forwarding_settings->get_bool ("forward-on-no-answer") ? h323_settings->get_string ("forward-host") : "");
if (setting.empty () || setting == "forward-on-busy" || setting == "forward-host")
h323_endpoint.SetBusyForwardTarget (call_forwarding_settings->get_bool ("forward-on-busy") ? h323_settings->get_string ("forward-host") : "");
if (setting.empty () || setting == "always-forward" || setting == "forward-host")
h323_endpoint.SetUnconditionalForwardTarget (call_forwarding_settings->get_bool ("always-forward") ? h323_settings->get_string ("forward-host") : "");
if (setting.empty () || setting == "video-role") {
/*
CallManager::VideoOptions options;
endpoint.get_video_options (options);
options.extended_video_roles = h323_settings->get_enum ("video-role");
endpoint.set_video_options (options);
*/
std::cout << "FIXME" << std::endl;
}
if (setting.empty () || setting == "enable-h239") {
h323_endpoint.SetDefaultH239Control(h323_settings->get_bool ("enable-h239"));
PTRACE (4, "Opal::H323::EndPoint\tH.239 Control: " << h323_settings->get_bool ("enable-h239"));
}
// We do not call the parent setup () method as it is also handled
// by our Opal::Sip::CallManager
}
