if( nng_push0_open( nn_sock ) != 0 ) { // and assign the mode
pthread_mutex_unlock( &ep->gate );
- fprintf( stderr, "[CRI] rmr: link2: unable to initialise nanomsg push socket to: %s\n", target );
+ rmr_vlog( RMR_VL_CRIT, "rmr: link2: unable to initialise nanomsg push socket to: %s\n", target );
return FALSE;
}
snprintf( conn_info, sizeof( conn_info ), "tcp://%s", target );
if( (state = nng_dialer_create( dialer, *nn_sock, conn_info )) != 0 ) {
pthread_mutex_unlock( &ep->gate );
- fprintf( stderr, "[WRN] rmr: link2: unable to create dialer for link to target: %s: %d\n", target, errno );
+ rmr_vlog( RMR_VL_WARN, "rmr: link2: unable to create dialer for link to target: %s: %d\n", target, errno );
nng_close( *nn_sock );
return FALSE;
}
if( (state = nng_dialer_start( *dialer, flags )) != 0 ) { // can fail immediatly (unlike nanomsg)
pthread_mutex_unlock( &ep->gate );
- fprintf( stderr, "[WRN] rmr: unable to create link to target: %s: %s\n", target, nng_strerror( state ) );
+ rmr_vlog( RMR_VL_WARN, "rmr: unable to create link to target: %s: %s\n", target, nng_strerror( state ) );
nng_close( *nn_sock );
return FALSE;
}
- if( DEBUG ) fprintf( stderr, "[INFO] rmr_link2l: dial was successful: %s\n", target );
+ if( DEBUG ) rmr_vlog( RMR_VL_INFO, "rmr_link2l: dial was successful: %s\n", target );
ep->open = TRUE; // must set before release
pthread_mutex_unlock( &ep->gate );
rrgroup_t* rrg; // pointer at group to update
if( ! rte || ! rt ) {
- fprintf( stderr, "[WRN] uda_add_ep didn't get a valid rt and/or rte pointer\n" );
+ rmr_vlog( RMR_VL_WARN, "uda_add_ep didn't get a valid rt and/or rte pointer\n" );
return NULL;
}
if( rte->nrrgroups <= group ) {
- fprintf( stderr, "[WRN] uda_add_ep group out of range: %d (max == %d)\n", group, rte->nrrgroups );
+ rmr_vlog( RMR_VL_WARN, "uda_add_ep group out of range: %d (max == %d)\n", group, rte->nrrgroups );
return NULL;
}
if( (rrg = rte->rrgroups[group]) == NULL ) {
if( (rrg = (rrgroup_t *) malloc( sizeof( *rrg ) )) == NULL ) {
- fprintf( stderr, "[WRN] rmr_add_ep: malloc failed for round robin group: group=%d\n", group );
+ rmr_vlog( RMR_VL_WARN, "rmr_add_ep: malloc failed for round robin group: group=%d\n", group );
return NULL;
}
memset( rrg, 0, sizeof( *rrg ) );
if( (rrg->epts = (endpoint_t **) malloc( sizeof( endpoint_t ) * MAX_EP_GROUP )) == NULL ) {
- fprintf( stderr, "[WRN] rmr_add_ep: malloc failed for group endpoint array: group=%d\n", group );
+ rmr_vlog( RMR_VL_WARN, "rmr_add_ep: malloc failed for group endpoint array: group=%d\n", group );
return NULL;
}
memset( rrg->epts, 0, sizeof( endpoint_t ) * MAX_EP_GROUP );
if( rrg != NULL ) {
if( rrg->nused >= rrg->nendpts ) {
// future: reallocate
- fprintf( stderr, "[WRN] endpoint array for mtype/group %d/%d is full!\n", rte->mtype, group );
+ rmr_vlog( RMR_VL_WARN, "endpoint array for mtype/group %d/%d is full!\n", rte->mtype, group );
return NULL;
}
rrg->nused++;
}
- if( DEBUG > 1 ) fprintf( stderr, "[DBUG] endpoint added to mtype/group: %d/%d %s\n", rte->mtype, group, ep_name );
+ if( DEBUG > 1 ) rmr_vlog( RMR_VL_DEBUG, "endpoint added to mtype/group: %d/%d %s\n", rte->mtype, group, ep_name );
return ep;
}
*uepp = ep;
}
if( ep == NULL ) {
- if( DEBUG ) fprintf( stderr, "[DBUG] get ep by name for %s not in hash!\n", ep_name );
+ if( DEBUG ) rmr_vlog( RMR_VL_DEBUG, "get ep by name for %s not in hash!\n", ep_name );
if( ! ep_name || (ep = rt_ensure_ep( rt, ep_name)) == NULL ) { // create one if not in rt (support rts without entry in our table)
return FALSE;
}
}
if( ! ep->open ) { // not open -- connect now
- if( DEBUG ) fprintf( stderr, "[DBUG] get ep by name for %s session not started... starting\n", ep_name );
+ if( DEBUG ) rmr_vlog( RMR_VL_DEBUG, "get ep by name for %s session not started... starting\n", ep_name );
if( ep->addr == NULL ) { // name didn't resolve before, try again
ep->addr = strdup( ep->name ); // use the name directly; if not IP then transport will do dns lookup
}
ep->open = TRUE;
*nn_sock = ep->nn_sock; // pass socket back to caller
}
- if( DEBUG ) fprintf( stderr, "[DBUG] epsock_bn: connection state: %s %s\n", state ? "[OK]" : "[FAIL]", ep->name );
+ if( DEBUG ) rmr_vlog( RMR_VL_DEBUG, "epsock_bn: connection state: %s %s\n", state ? "[OK]" : "[FAIL]", ep->name );
} else {
*nn_sock = ep->nn_sock;
state = TRUE;
} else {
state = FALSE;
}
- if( DEBUG ) fprintf( stderr, "[DBUG] epsock_rr: connection attempted with %s: %s\n", ep->name, state ? "[OK]" : "[FAIL]" );
+ if( DEBUG ) rmr_vlog( RMR_VL_DEBUG, "epsock_rr: connection attempted with %s: %s\n", ep->name, state ? "[OK]" : "[FAIL]" );
} else {
*nn_sock = ep->nn_sock;
}
*uepp = NULL;
}
- if( DEBUG ) fprintf( stderr, "[DBUG] epsock_meid: no ep in hash for (%s)\n", meid );
+ if( DEBUG ) rmr_vlog( RMR_VL_DEBUG, "epsock_meid: no ep in hash for (%s)\n", meid );
return FALSE;
}
} else {
state = FALSE;
}
- if( DEBUG ) fprintf( stderr, "[DBUG] epsock_meid: connection attempted with %s: %s\n", ep->name, state ? "[OK]" : "[FAIL]" );
+ if( DEBUG ) rmr_vlog( RMR_VL_DEBUG, "epsock_meid: connection attempted with %s: %s\n", ep->name, state ? "[OK]" : "[FAIL]" );
} else {
*nn_sock = ep->nn_sock;
}