NTP Statistics Menu
Page 12-30
bad offset on input
. The number of
NTP
timestamps received that the switch disallowed because
the added time offset parameter appeared to be incorrect. This can occur if an
NTP
entity
becomes unsynchronized and generates false timestamp information.
bad version packets
. The number of packets received where the version number of
NTP
was
undefinable. This is usually caused by packet corruption.
data in pkt too short
. The number of packets received that
NTP
rejected because the packet
information was incomplete.
unknown op codes
. The number of
NTP
packets received that contained an unreadable request
or information. This is usually caused by packet corruption.
Display the Current Leap Second State
If necessary,
NTP
adds or subtracts a second from the timestamps sent out on the network to
correct for errors in time information. These modifications are called leap seconds. To display
leap second information for the switch, enter the
ntpleap
command at the system prompt. A
screen similar to the following is displayed:
sys.leap:
11 (clock out of sync)
leap.indicator:
00 (leap controlled by lower stratum)
leap.warning:
00 (leap controlled by lower stratum)
leap.bits:
00 (no leap second scheduled)
time to next leap interrupt:
1 s
date of next leap interrupt:
Tue, Jul 6 1999 12:38:45
calls to leap process:
0
leap more than month away:
0
leap less than month away:
0
leap less than day away:
0
leap in less than 2 hours:
0
leap happened:
0
Field Descriptions
The following section describes the fields displayed using the
ntpleap
command.
sys.leap
. The current status of the leap second monitor. There are four possible codes:
00
No warning.
01
Last minute has 61 seconds.
10
Last minute has 59 seconds.
11
Alarm condition (clock not synchronized)
leap.indicator
. The number of leap seconds that occurred during the current day.
leap.warning
. The number of leap seconds that will occur in the current month.
leap.bits
. The number of leap bits set within the last hour.
time to next leap interrupt
. A leap interrupt occurs when the
NTP
algorithm examines the topol-
ogy of the network and determines if a leap second is needed (it may or may not be neces-
sary at the time of the interrupt). This counter displays seconds until the next interrupt.
date of next leap interrupt
. The time, in standard date notation, of the next leap interrupt after
the most current leap interrupt is finished.
calls to leap process
. The number of times a leap second has been added or subtracted.
leap more than month away
. A scheduled leap second insertion more than a month away.
Summary of Contents for Omni Switch/Router
Page 1: ...Part No 060166 10 Rev C March 2005 Omni Switch Router User Manual Release 4 5 www alcatel com ...
Page 4: ...page iv ...
Page 110: ...WAN Modules Page 3 40 ...
Page 156: ...UI Table Filtering Using Search and Filter Commands Page 4 46 ...
Page 164: ...Using ZMODEM Page 5 8 ...
Page 186: ...Displaying and Setting the Swap State Page 6 22 ...
Page 202: ...Creating a New File System Page 7 16 ...
Page 270: ...Displaying Secure Access Entries in the MPM Log Page 10 14 ...
Page 430: ...OmniChannel Page 15 16 ...
Page 496: ...Configuring Source Route to Transparent Bridging Page 17 48 ...
Page 542: ...Dissimilar LAN Switching Capabilities Page 18 46 ...
Page 646: ...Application Example DHCP Policies Page 20 30 ...
Page 660: ...GMAP Page 21 14 ...
Page 710: ...Viewing the Virtual Interface of Multicast VLANs Page 23 16 ...
Page 722: ...Application Example 5 Page 24 12 ...
Page 788: ...Viewing UDP Relay Statistics Page 26 24 ...
Page 872: ...The WAN Port Software Menu Page 28 46 ...
Page 960: ...Deleting a PPP Entity Page 30 22 ...
Page 978: ...Displaying Link Status Page 31 18 ...
Page 988: ...Displaying ISDN Configuration Entry Status Page 32 10 ...
Page 1024: ...Backup Services Commands Page 34 14 ...
Page 1062: ...Diagnostic Test Cable Schematics Page 36 24 ...
Page 1072: ...Configuring a Switch with an MPX Page A 10 ...
Page 1086: ...Page B 14 ...
Page 1100: ...Page I 14 Index ...