#define _uta_private_h
// if pmode is off we don't compile in some checks in hopes of speeding things up
-#ifndef PARINOID_CHECKS
-# define PARINOID_CHECKS 0
+#ifndef PARANOID_CHECKS
+# define PARANOID_CHECKS 0
#endif
#define RF_NOTIFIED 0x01 // notification made about river issue
#define RF_DROP 0x02 // this message is large and being dropped
+#define TP_SZFIELD_LEN ((sizeof(uint32_t)*2)+1) // number of bytes needed for msg size in transport header
+#define TP_SZ_MARKER '$' // marker indicating net byte order used
+
+
#define SI_MAX_ADDR_LEN 512
/*
int d1_len; // extra header data 1 length
int d2_len; // extra header data 2 length (future)
int nn_sock; // our general listen socket
+ int rtable_ready; // set to true when rt is received or loaded
route_table_t* rtable; // the active route table
route_table_t* old_rtable; // the previously used rt, sits here to allow for draining
route_table_t* new_rtable; // route table under construction
river_t* rivers; // inbound flows (index is the socket fd)
int max_ibm; // max size of an inbound message (river accum alloc size)
void* zcb_mring; // zero copy buffer mbuf ring
- void* fd2ep; // the symtab mapping file des to endpoints for cleanup on disconnect
+ void* fd2ep; // the symtab mapping file des to endpoints for cleanup on disconnect
+ pthread_mutex_t *fd2ep_gate; // we must gate add/deletes to the fd2 symtab
};
typedef uta_ctx_t uta_ctx;
// --- rt table things ---------------------------
static void uta_ep_failed( endpoint_t* ep );
-static int uta_link2( si_ctx_t* si_ctx, endpoint_t* ep );
+static int uta_link2( uta_ctx_t *ctx, endpoint_t* ep );
+
static int rt_link2_ep( void* vctx, endpoint_t* ep );
static rtable_ent_t* uta_get_rte( route_table_t *rt, int sid, int mtype, int try_alt );
static inline int xlate_si_state( int state, int def_state );