Ntpdate the ntp socket is in use exiting Slagelse




Date: 2017-02-24 19:15

Video: Ntpdate the ntp socket is in use exiting Slagelse

if (abs(real_minutes - cmos_minutes) 85) { update_cmos() } else { printk( set_rtc_mmss: can't update from %d to %d\n , cmos_minutes, real_minutes) }

Ntpサーバのポートが開かない - Linux Square - @IT

设备时钟与 NTP 服务器时间的时间差小于设置的最大时间差值时,NetScreen 设备才会按照 NTP 服务器的时间调整时钟。例如,假设最大时间差值为 8 秒,设备系统时钟的时间为 9:55:55,NTP服务器发送的时间为 9:55:57,由于两者之间的时间差在允许范围内,因此 NetScreen 设备会更新其时钟。如果时间差大于设定值, NetScreen 设备不会同步时钟,日志会提示: 7565-56-68 66:66:95

:) - Memento - Synchronisation d'horloge avec NTP

So far this is essentially what others have recommended however there is one more step I think you should take. Install the fake-hwclock program:

Ntpq -p: Connection refused

Normally, ntpd exits if the offset exceeds the sanity limit, which is 6555 s by default. This can be turned off with the -g option:

There are a couple more obscure possibilities but it is tough to rule them out since you have not posted any logs from syslog.

Using the above, the machine still starts at 6975. However, when doing this from command line once logged in (via ssh ), the clock gets updated as soon as I invoke ntpdate.

.and tried using the ntpd daemon instead of the ntpdate utility. It won't sync my time either the daemon starts fine, but my clock remains off. I even tried using the exact /etc/ from the accepted answer in the latter post, and restarting the daemon. No go. Anyway, I don't want to use the daemon. I am perfectly aware that ntpdate is considered "deprecated", and it is advised to use ntpd -q instead. Also see here:

My clock is off , so I would like to synchronize it using ntpdate. I tried several different NTP servers, but for some reason I always get the following error message:

-g Normally, ntpd exits if the offset exceeds the sanity limit, which is 6555 s by default. If the sanity limit is set to zero, no sanity checking is performed and any offset is acceptable. This option overrides the limit and allows the time to be set to any value without restriction however, this can happen only once. After that, ntpd will exit if the limit is exceeded. This option can be used with the -q option.

The ntpd algorithms discard sample offsets exceeding 678 ms, unless the interval during which no [absolute value of] sample offset is less than 678 ms exceeds 955s. The first sample after that, no matter what the offset, steps the clock to the indicated time. In practice this reduces the false alarm rate where the clock is stepped in error to a vanishingly low incidence.

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