/// Loads the Memento plug-in, returning the supported Sproutlets.
bool MementoPlugin::load(struct options& opt, std::list<Sproutlet*>& sproutlets)
{
bool plugin_loaded = true;
if (opt.enabled_memento)
{
SNMP::SuccessFailCountByRequestTypeTable* incoming_sip_transactions_tbl = SNMP::SuccessFailCountByRequestTypeTable::create("memento_as_incoming_sip_transactions",
"1.2.826.0.1.1578918.9.8.1.4");
SNMP::SuccessFailCountByRequestTypeTable* outgoing_sip_transactions_tbl = SNMP::SuccessFailCountByRequestTypeTable::create("memento_as_outgoing_sip_transactions",
"1.2.826.0.1.1578918.9.8.1.5");
if (((opt.max_call_list_length == 0) &&
(opt.call_list_ttl == 0)))
{
TRC_ERROR("Can't have an unlimited maximum call length and a unlimited TTL for the call list store - disabling Memento");
}
else
{
_cass_comm_monitor = new CommunicationMonitor(new Alarm(alarm_manager,
"memento",
AlarmDef::MEMENTO_AS_CASSANDRA_COMM_ERROR,
AlarmDef::CRITICAL),
"Memento",
"Memcached");
_call_list_store = new CallListStore::Store();
_call_list_store->configure_connection("localhost", 9160, _cass_comm_monitor);
_memento = new MementoAppServer(opt.prefix_memento,
_call_list_store,
opt.home_domain,
opt.max_call_list_length,
opt.memento_threads,
opt.call_list_ttl,
stack_data.stats_aggregator,
opt.cass_target_latency_us,
opt.max_tokens,
opt.init_token_rate,
opt.min_token_rate,
exception_handler,
http_resolver,
opt.memento_notify_url);
_memento_sproutlet = new SproutletAppServerShim(_memento, opt.port_memento, incoming_sip_transactions_tbl, outgoing_sip_transactions_tbl);
sproutlets.push_back(_memento_sproutlet);
}
}
return plugin_loaded;
}
/// Loads the Memento plug-in, returning the supported Sproutlets.
std::list<Sproutlet*> MementoPlugin::load(struct options& opt)
{
std::list<Sproutlet*> sproutlets;
if (((opt.max_call_list_length == 0) &&
(opt.call_list_ttl == 0)))
{
LOG_ERROR("Can't have an unlimited maximum call length and a unlimited TTL for the call list store - disabling Memento");
}
else
{
_call_list_store = new CallListStore::Store();
_call_list_store->initialize();
_call_list_store->configure("localhost", 9160);
CassandraStore::ResultCode store_rc = _call_list_store->start();
if (store_rc != CassandraStore::OK)
{
LOG_ERROR("Unable to create call list store (RC = %d)", store_rc);
}
else
{
_memento = new MementoAppServer("memento",
_call_list_store,
opt.home_domain,
opt.max_call_list_length,
opt.memento_threads,
opt.call_list_ttl);
_memento_sproutlet = new SproutletAppServerShim(_memento);
sproutlets.push_back(_memento_sproutlet);
}
}
return sproutlets;
}
/// Loads the Memento plug-in, returning the supported Sproutlets.
bool MementoPlugin::load(struct options& opt, std::list<Sproutlet*>& sproutlets)
{
bool plugin_loaded = true;
if (((opt.max_call_list_length == 0) &&
(opt.call_list_ttl == 0)))
{
LOG_ERROR("Can't have an unlimited maximum call length and a unlimited TTL for the call list store - disabling Memento");
}
else
{
if (opt.alarms_enabled)
{
_cass_comm_alarm = new Alarm("memento",
AlarmDef::MEMENTO_AS_CASSANDRA_COMM_ERROR,
AlarmDef::CRITICAL);
_cass_comm_monitor = new CommunicationMonitor(_cass_comm_alarm);
}
_call_list_store = new CallListStore::Store();
_call_list_store->configure_connection("localhost", 9160, _cass_comm_monitor);
_memento = new MementoAppServer("memento",
_call_list_store,
opt.home_domain,
opt.max_call_list_length,
opt.memento_threads,
opt.call_list_ttl,
stack_data.stats_aggregator,
opt.cass_target_latency_us,
opt.max_tokens,
opt.init_token_rate,
opt.min_token_rate,
exception_handler);
_memento_sproutlet = new SproutletAppServerShim(_memento);
sproutlets.push_back(_memento_sproutlet);
}
return plugin_loaded;
}