//#define DEF_RTG_MSGID "" // default to pick up all messages from rtg
#define DEF_RTG_PORT "tcp:4561" // default port that we accept rtg connections on
#define DEF_COMM_PORT "tcp:4560" // default port we use for normal communications
+#define DEF_TR_LEN -1 // use default trace data len from context
-// -- header length/offset macros which ensure network conversion ----
-#define RMR_HDR_LEN(h) (ntohl(((uta_mhdr_t *)h)->len0)+htonl(((uta_mhdr_t *)h)->len1)+htonl(((uta_mhdr_t *)h)->len2)+htonl(((uta_mhdr_t *)h)->len3)) // convert from net byte order
-#define PAYLOAD_OFFSET(h) (ntohl(((uta_mhdr_t *)h)->len0)+htonl(((uta_mhdr_t *)h)->len1)+htonl(((uta_mhdr_t *)h)->len2)+htonl(((uta_mhdr_t *)h)->len3))
-#define TRACE_OFFSET(h) (ntohl(((uta_mhdr_t *)h)->len0))
-#define DATA1_OFFSET(h) (ntohl(((uta_mhdr_t *)h)->len0)+htonl(((uta_mhdr_t *)h)->len1))
-#define DATA2_OFFSET(h) (ntohl(((uta_mhdr_t *)h)->len0)+htonl(((uta_mhdr_t *)h)->len1)+htonl((uta_mhdr_t *)h)->len2)
+// -- header length/offset macros must ensure network conversion ----
+#define RMR_HDR_LEN(h) (ntohl(((uta_mhdr_t *)h)->len0)+htonl(((uta_mhdr_t *)h)->len1)+htonl(((uta_mhdr_t *)h)->len2)+htonl(((uta_mhdr_t *)h)->len3)) // ALL things, not just formal struct
#define RMR_TR_LEN(h) (ntohl(((uta_mhdr_t *)h)->len1))
#define RMR_D1_LEN(h) (ntohl(((uta_mhdr_t *)h)->len2))
#define RMR_D2_LEN(h) (ntohl(((uta_mhdr_t *)h)->len3))
+#define TRACE_OFFSET(h) ((ntohl(((uta_mhdr_t *)h)->len0)))
+#define DATA1_OFFSET(h) (ntohl(((uta_mhdr_t *)h)->len0)+htonl(((uta_mhdr_t *)h)->len1))
+#define DATA2_OFFSET(h) (ntohl(((uta_mhdr_t *)h)->len0)+htonl(((uta_mhdr_t *)h)->len1)+htonl(((uta_mhdr_t *)h)->len2))
+#define PAYLOAD_OFFSET(h) (ntohl(((uta_mhdr_t *)h)->len0)+htonl(((uta_mhdr_t *)h)->len1)+htonl(((uta_mhdr_t *)h)->len2)+htonl(((uta_mhdr_t *)h)->len3))
+
+#define TRACE_ADDR(h) (((void *)h)+ntohl(((uta_mhdr_t *)h)->len0))
+#define DATA1_ADDR(h) (((void *)h)+ntohl(((uta_mhdr_t *)h)->len0)+htonl(((uta_mhdr_t *)h)->len1))
+#define DATA2_ADDR(h) (((void *)h)+ntohl(((uta_mhdr_t *)h)->len0)+htonl(((uta_mhdr_t *)h)->len1)+htonl(((uta_mhdr_t *)h)->len2))
+#define PAYLOAD_ADDR(h) (((void *)h)+ntohl(((uta_mhdr_t *)h)->len0)+htonl(((uta_mhdr_t *)h)->len1)+htonl(((uta_mhdr_t *)h)->len2)+htonl(((uta_mhdr_t *)h)->len3))
+
#define SET_HDR_LEN(h) (((uta_mhdr_t *)h)->len0=htonl((int32_t)sizeof(uta_mhdr_t))) // convert to network byte order on insert
#define SET_HDR_TR_LEN(h,l) (((uta_mhdr_t *)h)->len1=htonl((int32_t)l))
#define SET_HDR_D1_LEN(h,l) (((uta_mhdr_t *)h)->len2=htonl((int32_t)l))
int naddrs; // num actually used
} if_addrs_t;
+
// --------------- ring things -------------------------------------------------
typedef struct ring {
uint16_t head; // index of the head of the ring (insert point)
static endpoint_t* uta_get_ep( route_table_t* rt, char const* ep_name );
static void read_static_rt( uta_ctx_t* ctx, int vlevel );
static void parse_rt_rec( uta_ctx_t* ctx, char* buf, int vlevel );
+static rmr_mbuf_t* realloc_msg( rmr_mbuf_t* msg, int size );
static void* rtc( void* vctx );
static endpoint_t* rt_ensure_ep( route_table_t* rt, char const* ep_name );