void RegistrationTimeoutHandler::handle_response()
{
bool all_bindings_expired = false;
RegStore::AoR* aor_data = set_aor_data(_cfg->_store, _aor_id, NULL, _cfg->_remote_store, true, all_bindings_expired);
if (aor_data != NULL)
{
// If we have a remote store, try to store this there too. We don't worry
// about failures in this case.
if (_cfg->_remote_store != NULL)
{
bool ignored;
RegStore::AoR* remote_aor_data = set_aor_data(_cfg->_remote_store, _aor_id, aor_data, NULL, false, ignored);
delete remote_aor_data;
}
if (all_bindings_expired)
{
LOG_DEBUG("All bindings have expired based on a Chronos callback - triggering deregistration at the HSS");
_cfg->_hss->update_registration_state(_aor_id, "", HSSConnection::DEREG_TIMEOUT, 0);
}
}
delete aor_data;
}
HTTPCode DeregistrationHandler::handle_request()
{
for (std::map<std::string, std::string>::iterator it=_bindings.begin(); it!=_bindings.end(); ++it)
{
RegStore::AoR* aor_data = set_aor_data(_cfg->_store, it->first, it->second, NULL, _cfg->_remote_store, true);
if (aor_data != NULL)
{
// If we have a remote store, try to store this there too. We don't worry
// about failures in this case.
if (_cfg->_remote_store != NULL)
{
RegStore::AoR* remote_aor_data = set_aor_data(_cfg->_remote_store, it->first, it->second, aor_data, NULL, false);
delete remote_aor_data;
}
}
else
{
// Can't connect to memcached, return 500. If this isn't the first AoR being edited
// then this will lead to an inconsistency between the HSS and Sprout, as
// Sprout will have changed some of the AoRs, but HSS will believe they all failed.
// Sprout accepts changes to AoRs that don't exist though.
// LCOV_EXCL_START - local store (used in testing) never fails
LOG_WARNING("Unable to connect to memcached for AoR %s", it->first.c_str());
delete aor_data;
return HTTP_SERVER_ERROR;
// LCOV_EXCL_STOP
}
delete aor_data;
}
return HTTP_OK;
}
void RegistrationTimeoutTask::handle_response()
{
bool all_bindings_expired = false;
RegStore::AoR* aor_data = set_aor_data(_cfg->_store, _aor_id, NULL, _cfg->_remote_store, true, all_bindings_expired);
if (aor_data != NULL)
{
// If we have a remote store, try to store this there too. We don't worry
// about failures in this case.
if (_cfg->_remote_store != NULL)
{
bool ignored;
RegStore::AoR* remote_aor_data = set_aor_data(_cfg->_remote_store, _aor_id, aor_data, NULL, false, ignored);
delete remote_aor_data;
}
if (all_bindings_expired)
{
LOG_DEBUG("All bindings have expired based on a Chronos callback - triggering deregistration at the HSS");
_cfg->_hss->update_registration_state(_aor_id, "", HSSConnection::DEREG_TIMEOUT, 0);
}
}
else
{
// We couldn't update the RegStore but there is nothing else we can do to
// recover from this.
LOG_INFO("Could not update update RegStore on registration timeout for AoR: %s",
_aor_id.c_str());
}
delete aor_data;
report_sip_all_register_marker(trail(), _aor_id);
}
bool RegStore::set_aor_data(const std::string& aor_id,
AoR* aor_data,
bool set_chronos,
SAS::TrailId trail)
{
bool unused;
return set_aor_data(aor_id, aor_data, set_chronos, trail, unused);
}
