/**
* get the overhead # of bytes
*
* @param sbp server_stats ptr to return the memcap of
*
* @return nrows or -1
*/
int server_stats_overhead_bytes(SERVER_STATS *sbp)
{
if(sbp != NULL && sbp->ipv4_table != NULL)
return sfxhash_overhead_bytes(sbp->ipv4_table);
return -1;
}
int flowcache_overhead_bytes(FLOWCACHE *sbp)
{
if(sbp != NULL && sbp->ipv4_table != NULL)
return sfxhash_overhead_bytes(sbp->ipv4_table);
return -1;
}
int scoreboard_overhead_bytes(SCOREBOARD *sbp)
{
if(sbp != NULL && sbp->ipv4_table != NULL)
return sfxhash_overhead_bytes(sbp->ipv4_table);
return -1;
}
void scoreboard_stats(SCOREBOARD *sbp, int dumpall)
{
unsigned total = sfxhash_find_total(sbp->ipv4_table);
unsigned fail = sfxhash_find_fail(sbp->ipv4_table);
unsigned success = sfxhash_find_success(sbp->ipv4_table);
flow_printf("SCOREBOARD_STATS: %s\n", (char *) sbp->description);
flow_printf(" Memcap: %u Overhead Bytes: %u\n",
sbp->ipv4_table->mc.memcap,
sfxhash_overhead_bytes(sbp->ipv4_table));
flow_printf(" Finds: %u (Sucessful: %u(%%%f) Unsucessful: %u(%%%f))\n",
total,
success, calc_percent(success,total),
fail, calc_percent(fail,total));
flow_printf(" Nodes: %u\n", sfxhash_count(sbp->ipv4_table));
flow_printf(" Recovered Nodes: %u\n", sfxhash_anr_count(sbp->ipv4_table));
flow_printf(" Score Entry Size:: %u\n", sizeof(SCORE_ENTRY));
if(dumpall)
scoreboard_dump(sbp);
}
