void net_time_setup(void) {
//ledmatrix_setup();
//ethernet_setup();
//last_uptime = uptime;
my_ethernet_setup();
request_time();
}
uint8_t net_time_loop(uint8_t mode) {
/*time_tick = uptime - last_uptime;
last_uptime = uptime;
if(time_tick > 0) {
time += time_tick;
}*/
if(uptime % 180 == 0) {
request_time();
}
//if(mode > 0) {
time = time_boot_offset + uptime;
//Fr, 21.06.2013 - 23:42:00
struct tm format;
gmtime_r(time, &format);
correct_dst(&format);
sprintf(text, "%c%c, %02d.%02d.%d - %02d:%02d:%02d",
p_week[2*format.tm_wday],
p_week[2*format.tm_wday+1],
format.tm_mday,
format.tm_mon + 1,
format.tm_year + 1900,
format.tm_hour,
format.tm_min,
format.tm_sec);
writeText(text, 0);
//}
my_ethernet_loop();
if(mode != 0 && time % 1800 == 1) {
return 1;
} else {
return 0;
}
}
/*
* arc_poll - called by the transmit procedure
*/
static void
arc_poll(
int unit,
struct peer *peer
)
{
register struct arcunit *up;
struct refclockproc *pp;
int resync_needed; /* Should we start a resync? */
pp = peer->procptr;
up = (struct arcunit *)pp->unitptr;
#if 0
pp->lencode = 0;
memset(pp->a_lastcode, 0, sizeof(pp->a_lastcode));
#endif
#if 0
/* Flush input. */
tcflush(pp->io.fd, TCIFLUSH);
#endif
/* Resync if our next scheduled resync time is here or has passed. */
resync_needed = ( !(pp->sloppyclockflag & CLK_FLAG2) &&
(up->next_resync <= current_time) );
#ifdef ARCRON_LEAPSECOND_KEEN
/*
Try to catch a potential leap-second insertion or deletion quickly.
In addition to the normal NTP fun of clocks that don't report
leap-seconds spooking their hosts, this clock does not even
sample the radio sugnal the whole time, so may miss a
leap-second insertion or deletion for up to a whole sample
time.
To try to minimise this effect, if in the first few minutes of
the day immediately following a leap-second-insertion point
(ie in the first hour of the first day of the first and sixth
months), and if the last resync was in the previous day, and a
resync is not already in progress, resync the clock
immediately.
*/
if((possible_leap > 0) && /* Must be 00:XX 01/0{1,7}/XXXX. */
(!up->resyncing)) { /* No resync in progress yet. */
resync_needed = 1;
possible_leap = -1; /* Prevent multiple resyncs. */
msyslog(LOG_NOTICE,"ARCRON: unit %d: checking for leap second",unit);
}
#endif
/* Do a resync if required... */
if(resync_needed) {
/* First, reset quality value to `unknown' so we can detect */
/* when a quality message has been responded to by this */
/* being set to some other value. */
up->quality = QUALITY_UNKNOWN;
/* Note that we are resyncing... */
up->resyncing = 1;
/* Now actually send the resync command and an immediate poll. */
#ifdef DEBUG
if(debug) { printf("arc: sending resync command (h\\r).\n"); }
#endif
msyslog(LOG_NOTICE, "ARCRON: unit %d: sending resync command", unit);
send_slow(up, pp->io.fd, "h\r");
/* Schedule our next resync... */
up->next_resync = current_time + DEFAULT_RESYNC_TIME;
/* Drop through to request time if appropriate. */
}
/* If clock quality is too poor to trust, indicate a fault. */
/* If quality is QUALITY_UNKNOWN and ARCRON_KEEN is defined,*/
/* we'll cross our fingers and just hope that the thing */
/* synced so quickly we did not catch it---we'll */
/* double-check the clock is OK elsewhere. */
if(
#ifdef ARCRON_KEEN
(up->quality != QUALITY_UNKNOWN) &&
#else
(up->quality == QUALITY_UNKNOWN) ||
#endif
(up->quality < MIN_CLOCK_QUALITY_OK)) {
#ifdef DEBUG
if(debug) {
printf("arc: clock quality %d too poor.\n", up->quality);
}
#endif
pp->lencode = 0;
refclock_report(peer, CEVNT_FAULT);
return;
}
/* This is the normal case: request a timestamp. */
request_time(unit, peer);
}
