static VALUE rwire_amq_client_session_bind_queue(VALUE self,
VALUE queuename,
VALUE exchange,
VALUE routing_key)
{
amq_client_session_t *session = NULL;
char *_queuename = NULL;
char *_exchange = StringValuePtr(exchange);
char *_routing_key = StringValuePtr(routing_key);
if (queuename != Qnil)
_queuename = StringValuePtr(queuename);
Data_Get_Struct(self, amq_client_session_t, session);
amq_client_session_queue_bind(session, 0, _queuename, _exchange, _routing_key, NULL);
//TODO check for a more useful value to return
return self;
}
inline openamq_t (const char *host_, const char *send_rk_,
const char *receive_rk_, bool direct)
{
// Store routing keys.
strncpy (send_rk, send_rk_, 256);
strncpy (receive_rk, receive_rk_, 256);
// Initialise iCL.
icl_system_initialise (0, NULL);
// Open a connection.
icl_longstr_t *auth_data =
amq_client_connection_auth_plain ("guest", "guest");
connection = amq_client_connection_new (
(char*) host_, "/", auth_data, "perf", 0, 30000);
assert (connection);
icl_longstr_destroy (&auth_data);
// Switch into direct mode if required.
if (direct)
connection->direct = TRUE;
// Open a channel.
session = amq_client_session_new (connection);
assert (session);
// Create a private queue.
amq_client_session_queue_declare (
session, 0, NULL, FALSE, FALSE, TRUE, TRUE, NULL);
// Bind the queue to the exchange.
amq_client_session_queue_bind (session, 0, NULL, "amq.direct",
(char*) receive_rk, NULL);
// Consume from the queue.
amq_client_session_basic_consume (
session, 0, NULL, NULL, TRUE, TRUE, TRUE, NULL);
}
