Description
Field
The virtual IP address of the GLBP group. All
secondary virtual IP addresses are listed on separate
lines. If one of the virtual IP addresses is a duplicate
of an address configured for another device, it will
be marked as
“
duplicate.
”
A duplicate address
indicates that the device has failed to defend its ARP
cache entry.
Virtual IP address is
The hello time is the time between hello packets (in
seconds or milliseconds). The hold time is the time
(in seconds or milliseconds) before other devices
declare the active device to be down. All devices in
a GLBP group use the hello- and hold-time values of
the current AVG. If the locally configured values are
different, the configured values appear in parentheses
after the hello- and hold-time values.
Hello time, hold time
The time until GLBP will send the next hello packet
(in seconds or milliseconds).
Next hello sent in
Whether GLBP gateway preemption is enabled. If
enabled, the minimum delay is the time (in seconds)
for which a higher-priority nonactive device will wait
before preempting the lower-priority active device.
This field is also displayed under the forwarder
section where it indicates GLBP forwarder
preemption.
Preemption
The active state of the virtual gateway. The value can
be
“
local,
” “
unknown,
”
or an IP address. The address
(and the expiration date of the address) is the address
of the current AVG.
This field is also displayed under the forwarder
section where it indicates the address of the current
AVF.
Active is
The standby state of the virtual gateway. The value
can be
“
local,
” “
unknown,
”
or an IP address. The
address (and the expiration date of the address) is the
address of the standby gateway (the gateway that is
next in line to be the AVG).
Standby is
The initial weighting value with lower and upper
threshold values.
Weighting
The list of objects that are being tracked and their
corresponding states.
Track object
Command Reference, Cisco IOS XE Everest 16.5.1a (Catalyst 3650 Switches)
189
show glbp
Summary of Contents for Catalyst 3650 Series
Page 2: ... 2017 Cisco Systems Inc All rights reserved ...
Page 37: ...P A R T I Campus Fabric Campus Fabric page 13 ...
Page 38: ......
Page 51: ...P A R T II Interface and Hardware Components Interface and Hardware Commands page 27 ...
Page 52: ......
Page 165: ...P A R T III IP IP page 141 ...
Page 166: ......
Page 235: ...P A R T IV IP Multicast Routing IP Multicast Routing page 211 ...
Page 236: ......
Page 303: ...P A R T V IPv6 IPv6 page 279 ...
Page 304: ......
Page 307: ...P A R T VI Layer 2 3 Layer 2 3 page 283 ...
Page 308: ......
Page 399: ...P A R T VII Multiprotocol Label Switching MPLS MPLS page 375 Multicast VPN page 385 ...
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Page 429: ...P A R T VIII Network Management Flexible NetFlow page 405 Network Management page 479 ...
Page 430: ......
Page 595: ...P A R T IX Programmability Programmability page 571 ...
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Page 624: ...Command Reference Cisco IOS XE Everest 16 5 1a Catalyst 3650 Switches 598 ping6 ...
Page 625: ...P A R T X QoS Auto QoS page 601 QoS page 641 ...
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Page 666: ...Command Reference Cisco IOS XE Everest 16 5 1a Catalyst 3650 Switches 640 show auto qos ...
Page 706: ...Command Reference Cisco IOS XE Everest 16 5 1a Catalyst 3650 Switches 680 trust device ...
Page 707: ...P A R T XI Routing Bidirectional Forwarding Detection page 683 ...
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Page 725: ...P A R T XII Security Security page 701 ...
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Page 875: ...P A R T XIII Stack Manager and High Availability Stack Manager and High Availability page 851 ...
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Page 1027: ...P A R T XV VLAN VLAN page 1003 ...
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Page 1100: ...Command Reference Cisco IOS XE Everest 16 5 1a Catalyst 3650 Switches 1074 vtp primary ...
Page 1102: ...Command Reference Cisco IOS XE Everest 16 5 1a Catalyst 3650 Switches 1076 Notices ...
Page 1108: ...Command Reference Cisco IOS XE Everest 16 5 1a Catalyst 3650 Switches IN 6 Index ...