void
report_billing() {
const float seconds_per_day = (float)(86400.0);
int hours; /* 0..23 */
int minutes; /* 0..59 */
int seconds; /* 0..59 */
float elapsed_time;
float billing_seconds;
float billing_days;
billing_seconds = timer_seconds(&end_time)
- timer_seconds(&start_time);
billing_days = timer_days(&end_date)
- timer_days(&start_date);
if (billing_seconds >= 0.0) {
billing_time = (seconds_per_day * billing_days)
+ billing_seconds;
}
else {
billing_time = (seconds_per_day * (billing_days - (float)(1.0)))
+ billing_seconds;
}
elapsed_time = billing_time;
hours = (int)(elapsed_time / (float)(3600.0));
elapsed_time = elapsed_time - (((float)(hours)) * (float)(3600.0));
minutes = (int)(elapsed_time / 60.0);
elapsed_time = elapsed_time - (((float)(minutes)) * (float)(60.0));
seconds = (int)(elapsed_time);
printf("Elapsed Time = %2.2d:%2.2d:%2.2d\n",
hours, minutes, seconds);
} /* report_billing */
/*
* Send trap, SNMP v1 (RFC 1157).
* SEQUENCE {
* version: INTEGER [=0]
* community: STRING
* pdu: SEQUENCE [=TRAP] {
* enterprise: OBJECT IDENTIFIER
* agent-addr: NetworkAddress
* generic-trap: INTEGER
* specific-trap: INTEGER
* time-stamp: INTEGER
* varlist: SEQUENCE {
* var1: SEQUENCE {
* name: OID
* value: ...
* }
* ...
* } } }
*/
bool_t
snmp_trap_v1 (snmp_t *snmp, udp_socket_t *sock, unsigned char *local_ip,
unsigned trap_type, asn_t *oid, asn_t *value)
{
asn_t *pdu, *trap, *varlist, *var1;
buf_t *pkt;
unsigned char *output, status;
unsigned long santisec;
/*debug_printf ("snmp_trap(%#x)\n", traptype);*/
if (oid) {
var1 = asn_make_seq (snmp->pool, 2, ASN_SEQUENCE);
if (! var1) {
asn_free (oid);
asn_free (value);
return 0;
}
var1->seq.count = 2;
var1->seq.arr[0] = oid;
var1->seq.arr[1] = value;
} else
var1 = 0;
/*
* List of variables.
*/
varlist = asn_make_seq (snmp->pool, 1, ASN_SEQUENCE);
if (! varlist) {
asn_free (var1);
return 0;
}
varlist->seq.count = var1 ? 1 : 0;
varlist->seq.arr[0] = var1;
/*
* Protocol data unit.
*/
pdu = asn_make_seq (snmp->pool, 6, ASN_TRAP);
if (! pdu) {
asn_free (varlist);
return 0;
}
pdu->seq.count = 6;
pdu->seq.arr[5] = varlist;
/* Enterprise */
pdu->seq.arr[0] = asn_make_oid (snmp->pool, "1.3.6.1.4.1.20520");
pdu->seq.arr[0]->oid.id[6] = snmp->enterprise;
/* Agent IP address */
pdu->seq.arr[1] = asn_make_int (snmp->pool,
NTOHL (*(unsigned long*) local_ip), ASN_IP_ADDRESS);
/* Generic trap code */
pdu->seq.arr[2] = asn_make_int (snmp->pool, trap_type & 0xff,
ASN_INTEGER);
/* Specific trap code */
pdu->seq.arr[3] = asn_make_int (snmp->pool, trap_type >> 8,
ASN_INTEGER);
/* Timestamp */
santisec = 0;
if (snmp->ip && snmp->ip->timer) {
unsigned long msec;
unsigned days = timer_days (snmp->ip->timer, &msec);
santisec = msec / 10 + days * 24L * 60 * 60 * 100;
}
pdu->seq.arr[4] = asn_make_int (snmp->pool, santisec, ASN_TIME_TICKS);
/*
* Trap.
*/
trap = asn_make_seq (snmp->pool, 3, ASN_SEQUENCE);
if (! trap) {
asn_free (pdu);
return 0;
}
trap->seq.count = 3;
trap->seq.arr[2] = pdu;
/* Version */
trap->seq.arr[0] = asn_make_int (snmp->pool, 0, ASN_INTEGER);
/* Community */
trap->seq.arr[1] = asn_make_string (snmp->pool, snmp->trap_community);
/* Encode and send */
status = 0;
pkt = buf_alloc (snmp->pool, TRAP_PACKET_SIZE, 50);
if (pkt) {
output = asn_encode (trap, pkt->payload + pkt->len, pkt->len);
if (! output) {
buf_free (pkt);
} else {
/* Send */
assert (output >= pkt->payload);
buf_add_header (pkt, - (output - pkt->payload));
/* debug_dump ("trap-v1", pkt->payload, pkt->len); */
status = udp_sendto (sock, pkt, snmp->trap_addr, 162);
++snmp->out_traps;
++snmp->out_pkts;
}
}
asn_free (trap);
return status;
}
