ping ipv6
60-21
60
ping ipv6
This command sends ICMP echo request packets to an IPv6 node on the network.
ping ipv6 address
{
ipv6-address
|
host-name
} [
size
datagram-size
|
repeat
repeat-count
|
data
hex-data-pattern
|
source
source-address
|
timeout
seconds
|
verbose
]
•
ipv6-address
- The IPv6 address of the device to ping. The address must
be formatted according to RFC 2373 “IPv6 Addressing Architecture,” using
8 colon-separated 16-bit hexadecimal values. One double colon may be
used in the address to indicate the appropriate number of zeros required to
fill the undefined fields.
•
host-name
- The name the IPv6 device to ping. A host name can be
resolved into an IPv6 address using DNS.
•
datagram-size
- Specifies the size of the datagram to send in each ping.
(Range: 48 - 18024 bytes)
•
repeat-count
- The number of pings to send. (Range: 1 - 2147483647)
•
hex-data-pattern
- The data pattern to send. (Range: 0 - FFFF)
•
source-address
- The source address or name to include in the ping. This
is normally set to an address assigned to the interface sending the ping.
•
seconds
- The timeout interval. (Range: 0 to 3600 seconds)
•
verbose
- Displays detailed output.
Default Setting
repeat
- 5
timeout
- 2 seconds
Command Mode
Normal Exec - The only command options are
count
and
size
.
Privileged Exec - All command options are available.
Command Usage
• Ping sends an echo request to the specified address, and waits for a reply.
Ping output can help determine path reliability, path delays, and if the host is
reachable or functioning.
• If the system cannot map an address for a host name, it returns the message
“Can not get address information for host,” or “protocol not running.”
• To terminate a ping session, type the escape sequence Ctrl-X.
• Using a timeout of zero seconds generates a flood ping, resulting in replies
that are received only from immediately adjacent routers (depending on the
utilization on the both the target and intermediate devices), the distance to the
remote device, and other factors.
• Not all protocols require hosts to support pings. For some protocols, only
another switch or router of the same type may respond to ping requests.
• Use the IPv4
ping
command (page 59-5) for addresses that resolve to IPv4.
Содержание Direk Tronik 24/48-Port
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Страница 4: ...ES4524D ES4548D F0 0 0 4 E112006 CS R01 149100030400A...
Страница 22: ...xxii Tables...
Страница 26: ...xxvi Figures...
Страница 28: ...Getting Started...
Страница 50: ...Initial Configuration 2 14 2...
Страница 52: ...Switch Management Configuring Domain Name Service 29 1 Switch Clustering 30 1...
Страница 68: ...Basic System Settings 4 8 4...
Страница 118: ...Simple Network Management Protocol 11 18 11...
Страница 142: ...Configuring 802 1X Port Authentication 14 8 14...
Страница 154: ...Access Control Lists 15 12 15...
Страница 232: ...Configuring Protocol Based VLANs 25 4 25...
Страница 252: ...Quality of Service 27 8 27...
Страница 282: ...Using the Command Line Interface 31 10 31...
Страница 290: ...General Commands 33 6 33...
Страница 300: ...System Management Commands 34 10 34...
Страница 308: ...File Management Commands 35 8 35...
Страница 326: ...Event Logging Commands 37 8 37...
Страница 336: ...Time Commands 39 6 39...
Страница 406: ...Access Control List Commands 44 18 44...
Страница 418: ...Interface Commands 45 12 45...
Страница 432: ...Broadcast Storm Control Commands 47 2 47...
Страница 436: ...Rate Limit Commands 49 2 49...
Страница 478: ...VLAN Commands 52 18 52...
Страница 508: ...Quality of Service Commands 56 10 56...
Страница 518: ...Multicast Filtering Commands 57 10 57...
Страница 532: ...IPv4 Interface Commands 59 6 59...
Страница 560: ...IPv6 Interface Commands 60 28 60...
Страница 566: ...Switch Cluster Commands 61 6 61...
Страница 568: ...Appendices...
Страница 572: ...Software Specifications A 4 A TACACS Authentication Client MIB TCP MIB RFC 2012 Trap RFC 1215 UDP MIB RFC 2013...
Страница 582: ...Glossary Glossary 8...
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