Clean up a context.
*/
static void free_ctx( uta_ctx_t* ctx ) {
- if( ctx ) {
- if( ctx->rtg_addr ) {
- free( ctx->rtg_addr );
- }
+ if( ctx && ctx->rtg_addr ) {
+ free( ctx->rtg_addr );
}
}
Return the message to the available pool, or free it outright.
*/
extern void rmr_free_msg( rmr_mbuf_t* mbuf ) {
- //fprintf( stderr, "SKIPPING FREE: %p\n", mbuf );
- //return;
-
if( mbuf == NULL ) {
return;
}
- if( !mbuf->ring || ! uta_ring_insert( mbuf->ring, mbuf ) ) { // just queue, free if ring is full
+ if( mbuf->flags & MFL_HUGE || // don't cache oversized messages
+ ! mbuf->ring || // cant cache if no ring
+ ! uta_ring_insert( mbuf->ring, mbuf ) ) { // or ring is full
+
if( mbuf->tp_buf ) {
free( mbuf->tp_buf );
mbuf->tp_buf = NULL; // just in case user tries to reuse this mbuf; this will be an NPE
extern rmr_mbuf_t* rmr_rts_msg( void* vctx, rmr_mbuf_t* msg ) {
int nn_sock; // endpoint socket for send
uta_ctx_t* ctx;
- int state;
char* hold_src; // we need the original source if send fails
char* hold_ip; // also must hold original ip
int sock_ok = 0; // true if we found a valid endpoint socket
return msg;
}
- return rmr_mt_call( vctx, msg, 1, 1000 ); // use the reserved call-id of 1 and wait up to 1 sec
+ return mt_call( vctx, msg, 1, 1000, NULL ); // use the reserved call-id of 1 and wait up to 1 sec
}
/*
that we know about. The _user_ should ensure that the supplied length also
includes the trace data length maximum as they are in control of that.
*/
-static void* init( char* uproto_port, int max_msg_size, int flags ) {
+static void* init( char* uproto_port, int def_msg_size, int flags ) {
static int announced = 0;
uta_ctx_t* ctx = NULL;
char bind_info[256]; // bind info
ctx->send_retries = 1; // default is not to sleep at all; RMr will retry about 10K times before returning
ctx->d1_len = 4; // data1 space in header -- 4 bytes for now
- ctx->max_ibm = max_msg_size < 1024 ? 1024 : max_msg_size; // larger than their request doesn't hurt
+ ctx->max_ibm = def_msg_size < 1024 ? 1024 : def_msg_size; // larger than their request doesn't hurt
ctx->max_ibm += sizeof( uta_mhdr_t ) + ctx->d1_len + ctx->d2_len + TP_HDR_LEN + 64; // add in header size, transport hdr, and a bit of fudge
ctx->mring = uta_mk_ring( 4096 ); // message ring is always on for si
ctx->max_plen = RMR_MAX_RCV_BYTES; // max user payload lengh
- if( max_msg_size > 0 ) {
- ctx->max_plen = max_msg_size;
+ if( def_msg_size > 0 ) {
+ ctx->max_plen = def_msg_size;
}
// we're using a listener to get rtg updates, so we do NOT need this.
port = proto_port; // assume something like "1234" was passed
}
- if( (tok = getenv( "ENV_RTG_PORT" )) != NULL ) { // must check port here -- if < 1 then we just start static file 'listener'
- if( atoi( tok ) < 1 ) {
- static_rtc = 1;
- }
+ if( (tok = getenv( ENV_RTG_PORT )) != NULL && atoi( tok ) < 0 ) { // must check here -- if < 0 then we just start static file 'listener'
+ static_rtc = 1;
}
if( (tok = getenv( ENV_SRC_ID )) != NULL ) { // env var overrides what we dig from system
ctx->rtable = rt_clone_space( NULL, NULL, 0 ); // creates an empty route table so that wormholes still can be used
} else {
if( static_rtc ) {
+ rmr_vlog( RMR_VL_INFO, "rmr_init: file based route table only for context on port %s\n", uproto_port );
if( pthread_create( &ctx->rtc_th, NULL, rtc_file, (void *) ctx ) ) { // kick the rt collector thread as just file reader
rmr_vlog( RMR_VL_WARN, "rmr_init: unable to start static route table collector thread: %s", strerror( errno ) );
}
} else {
+ rmr_vlog( RMR_VL_INFO, "rmr_init: dynamic route table for context on port %s\n", uproto_port );
if( pthread_create( &ctx->rtc_th, NULL, rtc, (void *) ctx ) ) { // kick the real rt collector thread
rmr_vlog( RMR_VL_WARN, "rmr_init: unable to start dynamic route table collector thread: %s", strerror( errno ) );
}
without drastically changing anything. The user should invoke with RMRFL_NONE to
avoid any misbehavour as there are internal flags which are suported
*/
-extern void* rmr_init( char* uproto_port, int max_msg_size, int flags ) {
- return init( uproto_port, max_msg_size, flags & UFL_MASK ); // ensure any internal flags are off
+extern void* rmr_init( char* uproto_port, int def_msg_size, int flags ) {
+ return init( uproto_port, def_msg_size, flags & UFL_MASK ); // ensure any internal flags are off
}
/*
*/
extern rmr_mbuf_t* rmr_mt_rcv( void* vctx, rmr_mbuf_t* mbuf, int max_wait ) {
uta_ctx_t* ctx;
- uta_mhdr_t* hdr; // header in the transport buffer
chute_t* chute;
struct timespec ts; // time info if we have a timeout
long new_ms; // adjusted mu-sec
if( mbuf != NULL ) {
mbuf->flags |= MFL_ADDSRC; // turn on so if user app tries to send this buffer we reset src
}
+
return mbuf;
}
return mbuf;
}
- if( call_id > MAX_CALL_ID || call_id < 2 ) { // 0 and 1 are reserved; user app cannot supply them
- mbuf->state = RMR_ERR_BADARG;
- mbuf->tp_state = errno;
- return mbuf;
- }
-
ombuf = mbuf; // save to return timeout status with
chute = &ctx->chutes[call_id];
This is now just an outward facing wrapper so we can support wormhole calls.
*/
extern rmr_mbuf_t* rmr_mt_call( void* vctx, rmr_mbuf_t* mbuf, int call_id, int max_wait ) {
+
+ // must vet call_id here, all others vetted by workhorse mt_call() function
+ if( call_id > MAX_CALL_ID || call_id < 2 ) { // 0 and 1 are reserved; user app cannot supply them
+ mbuf->state = RMR_ERR_BADARG;
+ mbuf->tp_state = EINVAL;
+ return mbuf;
+ }
+
return mt_call( vctx, mbuf, call_id, max_wait, NULL );
}
Code Review / ric-plt / lib / rmr.git / blobdiff