static void test_ttl_functions (void)
{
struct lwes_net_connection connection;
assert (lwes_net_open (&connection,
(char*)mcast_ip,
(char*)mcast_iface,
(int)mcast_port) == 0);
/* test success of get */
assert (lwes_net_get_ttl (&connection) == 1);
/* now test failure of getsockopt in get */
getsockopt_error_when = IP_MULTICAST_TTL;
assert (lwes_net_get_ttl (&connection) < 0);
getsockopt_error_when = GETSOCKOPT_NO_ERROR;
/* test success of set */
assert (lwes_net_set_ttl (&connection, 3) == 0);
/* check success of set */
assert (lwes_net_get_ttl (&connection) == 3);
/* now test failure of setsockopt in set */
setsockopt_error_when = IP_MULTICAST_TTL;
assert (lwes_net_set_ttl (&connection,5) < 0);
setsockopt_error_when = GETSOCKOPT_NO_ERROR;
assert (lwes_net_get_ttl (&connection) == 3);
}
static void test_null_args (void)
{
LWES_BYTE buffer[500];
unsigned int i;
struct lwes_net_connection connection;
/* initialize to nothing */
for (i = 0; i < 500; i++)
buffer[i]=(LWES_BYTE)0;
/* now set 45 bytes */
for (i = 0; i < 45; i++)
{
buffer[i]=(LWES_BYTE)i;
}
/* test NULL connection to all calls */
assert (lwes_net_open (NULL,
(char*)mcast_ip,
(char*)mcast_iface,
(int)mcast_port) == -1);
assert (lwes_net_close (NULL) == -1);
assert (lwes_net_get_ttl (NULL) == -1);
assert (lwes_net_set_ttl (NULL, 5) == -1);
assert (lwes_net_get_sock_fd (NULL) == -1);
assert (lwes_net_send_bytes (NULL, buffer, 45) == -1);
assert (lwes_net_send_bytes (&connection, NULL, 45) == -1);
assert (lwes_net_sendto_bytes (NULL,
(char*)mcast_ip,
(char*)mcast_iface,
(int)mcast_port,
buffer,
45) == -1);
assert (lwes_net_sendto_bytes (&connection,
(char*)mcast_ip,
(char*)mcast_iface,
(int)mcast_port,
NULL,
45) == -1);
assert (lwes_net_recv_bind (NULL) == -1);
assert (lwes_net_recv_bytes (NULL, buffer, 500) == -1);
assert (lwes_net_recv_bytes (&connection, NULL, 500) == -1);
assert (lwes_net_recv_bytes_by (NULL, buffer, 500, 10000) == -1);
assert (lwes_net_recv_bytes_by (&connection, NULL, 500, 10000) == -1);
}
static void emitter (const char *ip, const int port, const char *iface)
{
struct lwes_emitter *emitter;
struct lwes_event *event;
struct lwes_event_type_db *db = NULL;
/* db = lwes_event_type_db_create ( (char*)esffile );
* assert ( db != NULL );
*/
/* test null safety */
assert ( lwes_emitter_emit(NULL, NULL) == -1 );
/* emit without heartbeat */
emitter = lwes_emitter_create (ip, iface, port, 0, 60);
assert ( emitter != NULL );
assert (lwes_net_get_ttl (&(emitter->connection)) == 3);
event = lwes_event_create (db, eventname);
assert ( event != NULL );
assert ( lwes_event_set_STRING (event, key01, value01) == 1 );
assert ( lwes_event_set_BOOLEAN (event, key02, value02) == 2 );
assert ( lwes_event_set_IP_ADDR (event, key03, value03) == 3 );
assert ( lwes_event_set_U_INT_16 (event, key04, value04) == 4 );
assert ( lwes_event_set_INT_16 (event, key05, value05) == 5 );
assert ( lwes_event_set_U_INT_32 (event, key06, value06) == 6 );
assert ( lwes_event_set_INT_32 (event, key07, value07) == 7 );
assert ( lwes_event_set_U_INT_64 (event, key08, value08) == 8 );
assert ( lwes_event_set_INT_64 (event, key09, value09) == 9 );
assert ( lwes_emitter_emit(emitter,event) == 0 );
lwes_event_destroy(event);
lwes_emitter_destroy(emitter);
/* lwes_event_type_db_destroy(db); */
/* emit with heartbeat */
emitter = lwes_emitter_create (ip, iface, port, 1, 2);
assert ( emitter != NULL );
event = lwes_event_create (db, eventname);
assert ( event != NULL );
assert ( lwes_event_set_STRING (event, key01, value01) == 1 );
assert ( lwes_event_set_BOOLEAN (event, key02, value02) == 2 );
assert ( lwes_event_set_IP_ADDR (event, key03, value03) == 3 );
assert ( lwes_event_set_U_INT_16 (event, key04, value04) == 4 );
assert ( lwes_event_set_INT_16 (event, key05, value05) == 5 );
assert ( lwes_event_set_U_INT_32 (event, key06, value06) == 6 );
assert ( lwes_event_set_INT_32 (event, key07, value07) == 7 );
assert ( lwes_event_set_U_INT_64 (event, key08, value08) == 8 );
assert ( lwes_event_set_INT_64 (event, key09, value09) == 9 );
/* emit one */
assert ( lwes_emitter_emit(emitter,event) == 0 );
/* then pretend it's the future so we get a heartbeat */
time_future = 10;
assert ( lwes_emitter_emit(emitter,event) == 0 );
time_future = 0;
lwes_event_destroy(event);
/* pretend its really really far in the future to see that freq is
capped */
time_future = 100000;
lwes_emitter_destroy(emitter);
time_future = 0;
}
static void emitter_to (const char *ip,
const int port,
const char *iface,
const char *n_ip,
const int n_port,
const char *n_iface)
{
struct lwes_emitter *emitter;
struct lwes_event *event;
struct lwes_event_type_db *db = NULL;
/* db = lwes_event_type_db_create ( (char*)esffile );
* assert ( db != NULL );
*/
/* emit without heartbeat */
emitter = lwes_emitter_create (ip, iface, port, 0, 60);
assert (emitter != NULL);
assert (lwes_net_get_ttl (&(emitter->connection)) == 3);
event = lwes_event_create (db, eventname);
assert (event != NULL);
assert (lwes_event_set_STRING (event, key01, value01) == 1);
assert (lwes_event_set_BOOLEAN (event, key02, value02) == 2 );
assert (lwes_event_set_IP_ADDR (event, key03, value03) == 3);
assert (lwes_event_set_U_INT_16 (event, key04, value04) == 4);
assert (lwes_event_set_INT_16 (event, key05, value05) == 5);
assert (lwes_event_set_U_INT_32 (event, key06, value06) == 6);
assert (lwes_event_set_INT_32 (event, key07, value07) == 7);
assert (lwes_event_set_U_INT_64 (event, key08, value08) == 8);
assert (lwes_event_set_INT_64 (event, key09, value09) == 9);
assert (lwes_emitter_emitto ((char *) n_ip,
(char *) n_iface,
(int) n_port,
emitter,
event) == 0);
lwes_event_destroy(event);
lwes_emitter_destroy(emitter);
/* lwes_event_type_db_destroy(db); */
/* emit with heartbeat */
emitter = lwes_emitter_create (ip, iface, port, 1, 2);
assert (emitter != NULL);
event = lwes_event_create (db, eventname);
assert (event != NULL);
assert (lwes_event_set_STRING (event, key01, value01) == 1);
assert (lwes_event_set_BOOLEAN (event, key02, value02) == 2);
assert (lwes_event_set_IP_ADDR (event, key03, value03) == 3);
assert (lwes_event_set_U_INT_16 (event, key04, value04) == 4);
assert (lwes_event_set_INT_16 (event, key05, value05) == 5);
assert (lwes_event_set_U_INT_32 (event, key06, value06) == 6);
assert (lwes_event_set_INT_32 (event, key07, value07) == 7);
assert (lwes_event_set_U_INT_64 (event, key08, value08) == 8);
assert (lwes_event_set_INT_64 (event, key09, value09) == 9);
assert (lwes_emitter_emitto ((char *) n_ip,
(char *) n_iface,
(int) n_port,
emitter,
event) == 0);
/* pretend its the future */
time_future = 10;
assert (lwes_emitter_emitto ((char *) n_ip,
(char *) n_iface,
(int) n_port,
emitter,
event) == 0);
lwes_event_destroy (event);
/* pretend its the past to test the other edge case for freqency */
time_past = 2000;
lwes_emitter_destroy (emitter);
time_past = 0;
}