/* * counters.c, SJ */ #include #include #include #include #include #include #include struct counters load_counters(struct session_data *sdata){ char buf[SMALLBUFSIZE]; struct counters counters; struct sql sql; bzero(&counters, sizeof(counters)); snprintf(buf, SMALLBUFSIZE-1, "SELECT `rcvd`, `virus`, `duplicate`, `ignore`, `size`, `stored_size` FROM `%s`", SQL_COUNTER_TABLE); if(prepare_sql_statement(sdata, &sql, buf) == ERR) return counters; p_bind_init(&sql); if(p_exec_stmt(sdata, &sql) == OK){ p_bind_init(&sql); sql.sql[sql.pos] = (char *)&counters.c_rcvd; sql.type[sql.pos] = TYPE_LONGLONG; sql.len[sql.pos] = sizeof(uint64); sql.pos++; sql.sql[sql.pos] = (char *)&counters.c_virus; sql.type[sql.pos] = TYPE_LONGLONG; sql.len[sql.pos] = sizeof(uint64); sql.pos++; sql.sql[sql.pos] = (char *)&counters.c_duplicate; sql.type[sql.pos] = TYPE_LONGLONG; sql.len[sql.pos] = sizeof(uint64); sql.pos++; sql.sql[sql.pos] = (char *)&counters.c_ignore; sql.type[sql.pos] = TYPE_LONGLONG; sql.len[sql.pos] = sizeof(uint64); sql.pos++; sql.sql[sql.pos] = (char *)&counters.c_size; sql.type[sql.pos] = TYPE_LONGLONG; sql.len[sql.pos] = sizeof(uint64); sql.pos++; sql.sql[sql.pos] = (char *)&counters.c_stored_size; sql.type[sql.pos] = TYPE_LONGLONG; sql.len[sql.pos] = sizeof(uint64); sql.pos++; p_store_results(&sql); p_fetch_results(&sql); p_free_results(&sql); } close_prepared_statement(&sql); return counters; } void update_counters(struct session_data *sdata, struct data *data, struct counters *counters, struct config *cfg){ char buf[MAXBUFSIZE]; #ifdef HAVE_MEMCACHED unsigned long long mc; struct counters c; unsigned int flags=0; #endif if(counters->c_virus + counters->c_duplicate + counters->c_ignore + counters->c_size + counters->c_stored_size == 0) return; #ifdef HAVE_MEMCACHED if(cfg->update_counters_to_memcached == 1){ /* increment counters to memcached */ if(memcached_increment(&(data->memc), MEMCACHED_MSGS_RCVD, counters->c_rcvd, &mc) == MEMCACHED_SUCCESS){ unsigned long long rcvd = mc; if(counters->c_virus > 0) memcached_increment(&(data->memc), MEMCACHED_MSGS_VIRUS, counters->c_virus, &mc); if(counters->c_duplicate > 0) memcached_increment(&(data->memc), MEMCACHED_MSGS_DUPLICATE, counters->c_duplicate, &mc); if(counters->c_ignore > 0) memcached_increment(&(data->memc), MEMCACHED_MSGS_IGNORE, counters->c_ignore, &mc); if(counters->c_size > 0) memcached_increment(&(data->memc), MEMCACHED_MSGS_SIZE, counters->c_size, &mc); if(counters->c_stored_size > 0) memcached_increment(&(data->memc), MEMCACHED_MSGS_STORED_SIZE, counters->c_stored_size, &mc); bzero(&c, sizeof(c)); snprintf(buf, MAXBUFSIZE-1, "%s %s %s %s %s %s %s", MEMCACHED_MSGS_RCVD, MEMCACHED_MSGS_VIRUS, MEMCACHED_MSGS_DUPLICATE, MEMCACHED_MSGS_IGNORE, MEMCACHED_MSGS_SIZE, MEMCACHED_MSGS_STORED_SIZE, MEMCACHED_COUNTERS_LAST_UPDATE); if(memcached_mget(&(data->memc), buf) == MEMCACHED_SUCCESS){ char key[MAX_MEMCACHED_KEY_LEN]; while((memcached_fetch_result(&(data->memc), &key[0], &buf[0], &flags))){ if(!strcmp(key, MEMCACHED_MSGS_RCVD)) c.c_rcvd = strtoull(buf, NULL, 10); else if(!strcmp(key, MEMCACHED_MSGS_VIRUS)) c.c_virus = strtoull(buf, NULL, 10); else if(!strcmp(key, MEMCACHED_MSGS_DUPLICATE)) c.c_duplicate = strtoull(buf, NULL, 10); else if(!strcmp(key, MEMCACHED_MSGS_IGNORE)) c.c_ignore = strtoull(buf, NULL, 10); else if(!strcmp(key, MEMCACHED_MSGS_SIZE)) c.c_size = strtoull(buf, NULL, 10); else if(!strcmp(key, MEMCACHED_MSGS_STORED_SIZE)) c.c_stored_size = strtoull(buf, NULL, 10); else if(!strcmp(key, MEMCACHED_COUNTERS_LAST_UPDATE)) mc = strtoull(buf, NULL, 10); } if(sdata->now - mc > (unsigned long long)cfg->memcached_to_db_interval && c.c_rcvd > 0 && c.c_rcvd >= rcvd){ snprintf(buf, SMALLBUFSIZE-1, "%ld", sdata->now); memcached_add(&(data->memc), "set", MEMCACHED_COUNTERS_LAST_UPDATE, buf, strlen(buf), 0, 0); snprintf(buf, SMALLBUFSIZE-1, "UPDATE `%s` SET `rcvd`=%llu, `virus`=%llu, `duplicate`=%llu, `ignore`=%llu, `size`=%llu, `stored_size`=%llu", SQL_COUNTER_TABLE, c.c_rcvd, c.c_virus, c.c_duplicate, c.c_ignore, c.c_size, c.c_stored_size); //if(cfg->verbosity >= _LOG_DEBUG) syslog(LOG_PRIORITY, "%s: update counters: %s", sdata->ttmpfile, buf); p_query(sdata, buf); } } } else { c = load_counters(sdata); snprintf(buf, SMALLBUFSIZE-1, "%ld", sdata->now); memcached_add(&(data->memc), "add", MEMCACHED_COUNTERS_LAST_UPDATE, buf, strlen(buf), 0, 0); snprintf(buf, SMALLBUFSIZE-1, "%llu", c.c_virus + counters->c_virus); memcached_add(&(data->memc), "add", MEMCACHED_MSGS_VIRUS, buf, strlen(buf), 0, 0); snprintf(buf, SMALLBUFSIZE-1, "%llu", c.c_rcvd + counters->c_rcvd); memcached_add(&(data->memc), "add", MEMCACHED_MSGS_RCVD, buf, strlen(buf), 0, 0); snprintf(buf, SMALLBUFSIZE-1, "%llu", c.c_duplicate + counters->c_duplicate); memcached_add(&(data->memc), "add", MEMCACHED_MSGS_DUPLICATE, buf, strlen(buf), 0, 0); snprintf(buf, SMALLBUFSIZE-1, "%llu", c.c_ignore + counters->c_ignore); memcached_add(&(data->memc), "add", MEMCACHED_MSGS_IGNORE, buf, strlen(buf), 0, 0); snprintf(buf, SMALLBUFSIZE-1, "%llu", c.c_size + counters->c_size); memcached_add(&(data->memc), "add", MEMCACHED_MSGS_SIZE, buf, strlen(buf), 0, 0); snprintf(buf, SMALLBUFSIZE-1, "%llu", c.c_stored_size + counters->c_stored_size); memcached_add(&(data->memc), "add", MEMCACHED_MSGS_STORED_SIZE, buf, strlen(buf), 0, 0); } } else { #endif snprintf(buf, SMALLBUFSIZE-1, "UPDATE `%s` SET `rcvd`=`rcvd`+%llu, `virus`=`virus`+%llu, `duplicate`=`duplicate`+%llu, `ignore`=`ignore`+%llu, `size`=`size`+%llu, `stored_size`=`stored_size`+%llu", SQL_COUNTER_TABLE, counters->c_rcvd, counters->c_virus, counters->c_duplicate, counters->c_ignore, counters->c_size, counters->c_stored_size); p_query(sdata, buf); #ifdef HAVE_MEMCACHED } #endif }