port
Required Command-Line Mode = Configure
Use the port command to configure settings for ports on GigaVUE H Series line cards and modules, including aliases, port-filters, port parameters, and port types.
The port command has the following syntax:
port <port-id | port-alias | port-list>
alarm
buffer-threshold <0-100%> | [rx <0-100%> | tx <0-100%]>
high-utilization-threshold <0-100%>
low-utilization-threshold <0-100%>
alias <alias string>
assign role <user role> [level 1 | 2 | 3 | 4]
buffer-index <<0-7> | low | default | high>
comment <comment>
egress-vlan strip
filter rule
add <drop <criteria>| pass <criteria>>
delete <all | rule-id <rule ID>>
edit rule-id <rule-ID> [drop <criteria> | pass <criteria>]
ingress-vlan-tag <2-4000>
lock [description <description>]
lock-share <user <username>>
mode <none | 4x10G | 4x25G | 2x40G>
params
admin <disable | enable>
autoneg <disable | enable>
brief [port-list <port list>]
discovery <cdp | lldp | all | disable>
duplex <full>
fec <cl91|cl74|cl108 | off>
forcelinkup <disable | enable>
gdp <enable | disable>
speed <10 | 100 | 1000 | 10000 | 25000 | 40000 | 100000>
ude <enable | disable>
taptx <active | passive>
ptp <enable | disable>
vlan <value>
announce-interval <value>
delay-req-interval <value>
sync-interval <value>
timestamp <append-ingress | source-id <0-65535> | strip-egress>
threshold [rx | tx] [drop | error] [count | percent] [value <value>]
timestamp
ingress insert
ingress source-id <value>
egress insert
egress source-id <value>
ingress disable
egress disable
tool-share role <user role>
type <hybrid | inline-network | inline-tool | network | stack | tool | circuit>
l2gre-id <L2GRE identifier>
vxlan-id <VXLAN identifier>
header-strip <vxlan | mpls-l3>
The following table describes the arguments for the port command.
Argument |
Description |
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port-id | port-alias | port-list |
Specifies the ports on which to configure settings. Use one of the following:
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alarm buffer-threshold <0-100%> | [rx <0-100%> | tx <0-100%]> |
Specifies buffer alarm thresholds on a port, as a percentage from 1 to 100. You can specify the alarm buffer threshold in the rx and tx directions for network and stack type ports and in the tx direction on tool type ports. The default is 0, which disables the threshold. For example: (config) # port 2/1/x1 alarm buffer-threshold 50 (config) # port 2/1/x1 alarm buffer-threshold rx 60 |
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high-utilization-threshold <0-100%>low-utilization-threshold <0-100%> |
Specifies high and low utilization thresholds on a port, as a percentage from 1 to 100. The utilization thresholds specify the value at which a utilization alarm will be generated for a port, either rising or falling. Alarms are reported to all configured SNMP trap destinations and recorded in the log file. The default is 0, which disables the threshold. For example:
(config) # port 1/1/x1 alarm high-utilization-threshold 70 (config) # port 1/1/x1 alarm low-utilization-threshold 20
(config) # port 1/1/e1 alarm high-utilization-threshold 70 (config) # port 1/1/e1 alarm low-utilization-threshold 20 |
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alias <alias string> |
Specifies an alias for a particular port. Aliases can be used in place of the numerical bid/sid/pid identifier required in many packet distribution commands in the CLI. For example, instead of configuring a map from, say, 1/1/x1 to 1/2/x4, you could create a map from Gb_In to Stream-to-Disk. For example: (config) # port 24/1/x1 alias myPort Note that aliases can only be applied to single ports—they cannot be applied to groups of ports. To use an alias for a group of ports, use the tool-mirror feature. |
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assign role <user role> [level 1 | 2 | 3 | 4] |
Specifies a required role that a user must be assigned in order to access the specified port. The access is granted at the specified permission level, as follows:
For example: (config) # port 24/1/x1 assign role Default level 1 |
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buffer-index <<0-7> | low | default | high> |
Configures a buffer-index value that allocates shared buffer space (memory) on specified ports to reduce oversubscription or to handle bursty traffic as follows:
Use this parameter on tool and hybrid ports to reduce drops when the specified ports are oversubscribed or when traffic on the ports is bursty. This parameter is supported on GigaVUE-TA10. Note: It is recommended to configure the buffer-index value as low or default. Configuring a high buffer-index value causes packet drop in network ports (as there are no buffers for the incoming traffic). Use the show buffer-index command to display the configuration of the buffer index on ports. Examples: (config) # port 1/1/x1 buffer-index low (config) # port 1/1/x2..x5 buffer-index 2 |
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comment <comment> |
Specifies a unique text string that describes the port. Comments can be up to 128 characters. Comments longer than one word must be enclosed in double quotation marks. For example: (config) # port 24/1/x1 comment “My port” |
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egress-vlan strip |
Enables outer VLAN stripping on specified egress ports. The egress port type must be tool or hybrid. Use the show egress-vlantag command to display the configuration of outer VLAN stripping on egress ports. Examples: (config) # port 1/2/x1 egress-vlan strip (config) # port 1/2/x2..x3 egress-vlan strip If a port is configured for egress VLAN stripping, the port type cannot be changed until egress VLAN stripping is disabled. To disable outer VLAN stripping on specified egress ports: (config) # no port 1/2/x1 egress-vlan strip Note: Port level egress VLAN stripping is only supported if from/source ports are not on the same node as tool/hyrbid port with egress-vlan strip in double tag mode on GigaVUE‑TA25. Refer to “Configuring Egress Port VLAN Stripping” section in the GigaVUE Fabric Management Guide for details. |
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filter rule |
Manages filters on the specified egress port. Note that the filter argument is supported for tool, hybrid, circuit, and inline network ports. Network ports use maps to direct traffic.
Note: Port filters for inline network ports are not supported on GigaVUE TA Series devices. Note: In the case of inline network LAG, the port filters must be applied on each of the inline network ports that are part of the inline network LAG. The criteria available for egress port-filters is mostly the same as that used for filters—you can create pass or drop filters based on the same packet criteria available for maps. You can see the available criteria in the CLI by typing a command similar to the following: (config) # port <egress port number> filter rule add pass ? Refer to the “Port-Filters” section in the GigaVUE Fabric Management Guide for a description of the available filter criteria.
Note: You can configure egress port filters on a single port at a time. The filter argument is blocked when using the port command with multiple egress ports or port groups. Examples: The following tool port filter drops all packets with a VLAN ID between 100..200 from tool port 14/2/g40: (config) # port 14/2/g40 filter rule add drop vlan 100..200 The following command passes only IPv6 traffic on tool port 14/2/g44: (config) # port 14/2/g44 filter rule add pass ipver 6 Use the # show filter-resource command to view the maximum filter resources available and the filter resources used for a device. Note: Egress port filters are supported on GigaVUE-TA25 |
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ingress-vlan-tag <2-4000> |
Configures an ingress port VLAN tag, which is a number from 2 and 4000 that is added to a packet. The port must be a network or an inline network or hybrid type of port. For example: (config) # port 7/1/x1 ingress-vlan-tag 100 Note: On GigaVUE-TA25 |
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lock [description <description>] |
Restricts use of the specified port for only your user account as follows:
Refer to the “Setting Locks and Lock-Shares” section in the GigaVUE Administration Guide for details on how locks are used. For example: (config) # port 7/1/x1 lock |
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lock-share <user <username>> |
Shares a locked port with another user account. For example: (config) # port 7/1/x1 lock-share user operator |
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mode <none | 4x10G | 4x25G | 2x40G>
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Configures the port breakout mode as follows:
Note: Starting in software version 5.5, GigaVUE-TA40 supports 4x10G breakout at port level. Port breakout mode in GigaVUE-TA40 is configured as follows:
For the BPS-HC3-C25F2G module on GigaVUE‑HC3, refer to the GigaVUE-HC3 Hardware Installation Guide. Note: When there is a port breakout mode, the port command for the breakout port cannot be used with a “.. “ notation. For Example: To admin enable the port breakout mode: (config) # port 1/1/c4x1 params admin enable (config) # port 1/1/c4x2 params admin enable |
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The 100Gb ports that support 4x10G mode can operate at 40Gb speed with QSFP+ SR or PLR4 transceivers. When a parent port is configured in 4x10G, it can be broken out into four 10Gb ports, called subports. The subports will all have the same speed (10Gb). Subports have x1 to x4 appended to their port ID, for example, 1/1/c2x1. The 100Gb ports that support 4x25G mode can be broken out into four times 25Gb ports, called subports. The subports will all have the same speed (25Gb). Subports have x1 to x4 appended to their port ID, for example, 1/1/c2x1. The 100Gb ports that support 2x40G mode can operate at 40Gb speed with QSFP+ SR and LR transceivers. When a parent port is configured in 2x40G mode, it can be broken out into two 40Gb ports, called subports. The subports will all have the same speed (40Gb). Subports will have q1 to q2 appended to their port ID, for example, 1/1/c1q1 and 1/1/c1q2. The subports in the PRT-HC3-C08Q08 module on GigaVUE‑HC3 Control Card version 1 (CCv1) that function as stack ports must be of the same port type. |
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In general, subports created from port breakout modes can function as network, tool, or hybrid ports, as well as GigaStream port members, but they cannot function as stack ports. However, 10Gb stacking is supported only on GigaVUE‑TA25, GigaVUE-TA100 and PRT-HC3-C08Q08 on GigaVUE‑HC3 when ports are broken out into 4x10G mode. Use break-out cables or breakout panels (PNL-M341 or PNL-M343). Refer to the respective Hardware Installation Guide. The default mode is none. Note: On GigaVUE-TA25 all port types are supported with break-out subports. Only C1, C5 ports support 4x10G, 4x25G break-out modes. Note: Each port can only have one mode. Examples of configuring parent ports and subports are listed on the next page. |
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mode <none | 4x10G | 4x25G | 2x40G> (continued)
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The following is a 4x10G mode example: (config) # port 1/1/c2 mode 4x10G In this example, the subports will be: 1/1/c2x1, 1/1/c2x2, 1/1/c2x3, and 1/1/c2x4. Once the 1/1/c2 port (the parent port) is in the 4x10G mode, it is no longer available to be used in any configuration. For example if 1/1/c2 is used in a map, it will be rejected as an invalid port. Refer to the next page for rules for configuring parent ports and subports. When a parent port, for example, 1/1/c2, is broken out, you cannot specify, for example, 1/1/c1..c4 in a port list, since 1/1/c2 will be rejected as an invalid port. To specify all the ports from 1/1/c1 to 1/1/c4 in a port list, including the subports, use the syntax as follows: (config) # show port params port-list 1/1/c1,1/1/c2x1..c2x4,1/1/c3..c4 When 1/1/c2 is broken out, examples of valid port lists are as follows: 1/1/c2x1..c2x4 includes 1/1/c2x1,1/1/c2x2,1/1/c2x3,1/1/c2x41/1/c2x2..c4 includes 1/1/c2x2,1/1/c2x3,1/1/c2x4,1/1/c3,1/1/c41/1/c1..c2x3 includes 1/1/c1,1/1/c2x1,1/1/c2x2,1/1/c2x3 When 1/1/c2 is broken out, examples of invalid port lists are as follows: 1/1/c2..c2x3 1/1/c1..c3 The output of show commands will also display invalid ports. For example, when 1/1/c2 is broken out but 1/1/c1 and 1/1/c3 are not, the following is displayed: (config) # show port params port-list 1/1/c1..c3 brief Port Type Alias Admin ---------------------------------------------1/1/c2 network - disabled ! Invalid port 1/1/c31/1/c4 network - disabled
The following is a 2x40G mode example: (config) # port 1/1/c3 mode 2x40G In this example, the subports will be: 1/1/c3q1 and 1/1/c3q2. (config) # show port params port-list 1/1/c3q1..c3q2 brief Port Type Alias Admin ---------------------------------------------1/1/c3q1 network - disabled 1/1/c3q2 network - disabled To change the port mode back to none, either clear the mode or set it to none, as follows: (config) # no port 1/1/c2 mode or (config) # port 1/1/c2 mode none The mode can be changed from 2x40G to 4x10G or from 4x10G to 2x40G without changing to none. Rules for configuring parent ports and subports are listed on the next page. |
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mode <none | 4x10G | 4x25G | 2x40G> (continued)
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The following are rules for configuring parent ports and subports:
(config) # port 1/1/c1 type tool% Invalid port '1/1/c1'.
(config) # port 1/1/c2x1 type tool% Invalid port '1/1/c2x1'.
(config) # port 1/1/c1x4 type stack% Port 1/1/c1x4 is not parent port and does not support type stack or (config) # port 5/4/c3q1 type stack % Port 5/4/c3q1 is not parent port and does not support type stack
% Port 1/1/c3 does not support breakout mode
(config) # port 2/2/c1 mode none% Port '2/2/c1x1' is being used by:1) inline-network default_inline_net_2_2_1_1 (not default values) |
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params |
Configures port administration and physical parameters. |
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admin <disable | enable> |
Administratively enables or disables ports. Use the show port params command to see the administrative status of ports. For example: (config) # port 7/1/x1 params admin enable |
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autoneg <disable | enable> |
Enables or disables auto-negotiation for a port. When auto-negotiation is enabled, duplex and speed settings are ignored. Autonegotiation Limitations:
Examples: (config) # port 7/1/x1 params autoneg disable (config) # port 1/2/g7 params autoneg enable |
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discovery <cdp | lldp | all | disable> |
Configures port discovery options on network, tool, or circuit type ports, as follows:
For example: (config) # port 7/1/x1 params discovery cdp Discovery is disabled by default. To enable discovery, configure one or more protocols. Refer to the “Port Discovery with LLDP and CDP” section in the GigaVUE Fabric Management Guide. |
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duplex <full> |
Specifies the port's duplex configuration. Only full duplex is supported. Starting in software version 5.2, half duplex support is removed from all GigaVUE nodes. If half duplex was configured in a previous software version, it will remain intact following the upgrade to 5.2 or higher release. Update to full duplex, if required. For example: (config) # port 7/1/x1 params duplex full |
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fec <cl91|cl74|cl108| off> |
Configures forward error correction (FEC) on the port to ensure error-free traffic over long distance. The values are:
Note: This option is available only on 25Gb and 100Gb transceivers. For example: (config) # port 7/1/x1 params fec cl91 |
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forcelinkup <disable | enable> |
Forces connection on an optical port. Use this option when an optical tool port is connected to a legacy optical tool that does not transmit light. Forcelinkup is available as follows:
Use forcelinkup on a tool port and optical 100Gb network ports. The forcelinkup status will be on when:
For example: (config) # port 7/1/x1 params forcelinkup enable |
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gdp <enable | disable> |
Enables or disables the Gigamon discovery (GDP) on the port.
Gigamon discovery is disabled on the port by default. Gigamon discovery cannot be enabled on inline-tool and inline-network type ports. |
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speed <10 | 100 | 1000 | 10000 | 25000 | 40000 | 100000> |
Sets the line speed of a port as follows:
Sets the port speed in Mbps if autonegotiation is off. Examples: (config) # port 1/1/x1 params speed 10000 (config) # port 7/1/c1 params speed 40000 Use 40000 and 100000 to change the port speed of each inline network port pair (c1/c2 or c3/c4) on the BPS-HC3-C25F2G module on GigaVUE‑HC3. You only need to configure one port in each pair. Use 25000 to change the port speed on GigaVUE-TA25E, GigaVUE-HC1P ,GigaVUE-TA200 and on the following GigaVUE‑HC3 modules:
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ude <enable | disable> |
Indicates whether the port is enabled for unidirectional (Ude) or bidirectional traffic. Enabled means Ude; Disabled means bidirectional. For example, you can enable the port and disable unidirectional ethernet in a single line or separately: (config) # port 7/1/x1 params admin enable ude disable -or- (config) # port 7/1/x1 params admin enable (config) # port 7/1/x1 params ude disable |
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taptx <active | passive> |
Opens or closes the copper TAP port relay. Active closes the port relay. Passive opens the port relay. For example: (config) # port 7/1/x1 params taptx active |
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ptp |
<enable | disable> |
Enables or disables PTP configuration on a port. For example: (config) # port 1/1/c1 ptp enable (config) # port 1/1/c1 ptp disable |
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vlan <value> |
Configures the PTP Port VLAN wihin the range 2-4000. For example: (config) # port 1/1/x1 ptp vlan <35> Use the command show vlan-resource to identify available VLAN resources. Refer to show section for more information. |
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announce-interval <value> |
Configures the time interval, in seconds on a logarithmic scale, between PTP announce messages in the port. The valid range is between -3 and 4 log seconds. The default is -3. For example: (config) # port 1/1/c1 ptp announce-interval -3 |
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delay-req-interval <value> |
Configures the minimum interval allowed between PTP delay request messages. The valid range is between -7 and 0 log seconds. The default is -4. For example: (config) # port 1/1/c1 ptp delay-req-interval -4 |
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sync-interval <value> |
Configures the time interval between PTP synchronization messages on the port. The valid range is between -7 and 0 log seconds. The default is -4. For example: (config) # port 1/1/c1 ptp sync-interval -4 |
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threshold
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<rx> [drop | error] [count | percent ] value <value> |
Configures drop or error threshold parameters in rx direction. |
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<tx> [drop | error] [count | percent ] value <value> |
Configures drop or error threshold parameters in tx direction. . |
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timestamp <append-ingress | source-id <0-65535> | strip-egress> |
Configures timestamping options. For example: (config) # port 7/1/x1 timestamp append-ingress (config) # port 7/1/x1 timestamp source-id 500 |
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timestamp |
ingress insert |
Configures ingress timestamp on a port. Note: Use these arguments for GigaVUE-TA200 devices. Note: Use the show timestamp brief command to display the PTP based timestamp information. For example: (config) # port 1/1/c3 timestamp ingress insert |
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ingress source-id <value> |
Specifies a unique ID for the ingress timestamp. The packets that ingress the port will be timestamped with this unique source ID. The source ID enables you to identify the port on which the timestamp is applied. For example: (config) # port 1/1/c3 timestamp ingress source-id 113 |
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egress insert |
Configures egress timestamp on a port. For example: (config) # port 1/1/c2 timestamp egress insert |
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egress source-id <value> |
Specifies a unique ID for the egress timestamp. The packets that egress the port will be timestamped with this unique source ID. The source ID enables you to identify the port on which the timestamp is applied. For example: (config) # port 1/1/c2 timestamp ingress source-id 112 |
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ingress disable |
Disables the ingress timestamp on the port. For example: (config) # port 1/1/c3 timestamp ingress disable |
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egress disable |
Disables the egress timestamp on the port. For example: (config) # port 1/1/c2 timestamp egress disable |
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tool-share role <user role> |
Designates a tool port as available for tool-to-tool pass-alls (tool-mirrors) with the specified roles. For example: (config) # port 7/1/x1 tool-share role admin |
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type <hybrid | inline-network | inline-tool | network | stack | tool | circuit> |
Specifies a port as a hybrid, inline-network (input), inline-tool (output), network (input), tool (output), stack, or circuit port. For example, the following command configures port g2 in slot 2 on box 1 as a tool port: (config) # port 1/2/g2 type tool All ports on GigaVUE H Series line cards or modules are available as network and tool ports. Stack ports are supported at speeds of 10Gb, 40Gb, and 100Gb. However, stack ports are not supported on SFP-531 optics (10GBASE-T) and SFP+ 531T optics.. A hybrid port is a physical port that has a dual function as a network port and as a tool port. Refer to the “Working with Hybrid Ports” section in the GigaVUE Fabric Management Guide. The inline-network and inline-tool type of ports can only be configured on GigaVUE HC Series nodes. Refer to the “Configuring Inline Bypass Solutions” chapter in the GigaVUE Fabric Management Guide. Circuit ports are used to send or receive traffic that is tagged with a circuit ID. For more information, refer to the “Circuit Ports” section in the GigaVUE Fabric Management Guide. |
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l2gre-id <L2GRE identifier> |
Configures the L2GRE ID that is added in the L2GRE group created for a specific device . The ID configured for the network port overrides the ID configured at the chassis-level. For details about the CLI command used to configure the L2GRE group, refer to Configure L2GRE Group. For example: (config) # port 7/1/x1 l2gre-id 400 Note: You cannot specify both L2GRE ID and VXLAN ID for a network port. |
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vxlan-id <VXLAN identifier> |
Configures the VXLAN ID that is added in the VXLAN group created for a specific device . The ID configured for the network port overrides the ID configured at the chassis-level. For details about the CLI command used to configure the VXLAN group, refer to Configure VXLAN Group. For example: (config) # port 7/1/x1 vxlan-id 300 Note: You cannot specify both L2GRE ID and VXLAN ID for a network port. |
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header-strip <vxlan | mpls-l3>
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Enables the header stripping functionality on the specified network or hybrid port. For example: (config) # port 1/1/c1 header-strip vxlan (config) # port 1/1/c1 header-strip mpls-l3 Note: You cannot enable both VXLAN header stripping and MPLS header stripping on the same port. For more information, refer to the "VXLAN Header Stripping – Rules and Notes" and "MPLS Header Stripping – Rules and Notes" sections in the GigaVUE‑FM User's Guide. Note: The command mpls-l3 enables the L2 and L3 MPLS Header Stripping functionality on the GigaVUE-TA400 device. |
Related Commands
The following table summarizes other commands related to the port command:
Task |
Command |
Displays all port parameters in table format. |
# show port |
Displays all port access. |
# show port access all |
Displays port access for a specified box. |
# show port access box-id 2 |
Displays port access for a specified box in table format. |
# show port access box-id 2 brief |
Displays port access for a specified port list. |
# show port access port-list 2/1/x1..x2 |
Displays port access for a specified port list in table format. |
# show port access port-list 2/1/x1..x4 brief |
Displays port access for a specified slot. |
# show port access slot 1 |
Displays port access for a specified slot in table format. |
# show port access slot 1 brief |
Displays all port aliases. |
# show port alias |
Displays all port assignments. |
# show port assignment all |
Displays port assignments for a specified box. |
# show port assignment box-id 3 |
Displays port assignments for a specified box in table format. |
# show port assignment box-id 3 brief |
Displays port assignments for a specified port list. |
# show port assignment port-list 3/8x1 |
Displays port assignments for a specified port list in table format. |
# show port assignment port-list 3/8x1 brief |
Displays port assignments for a specified slot. |
# show port assignment slot 3/8 |
Displays port assignments for a specified slot in table format. |
# show port assignment slot 3/8 brief |
Displays all port comments. |
# show port comment |
Displays port discovery information. |
# show port discovery |
Displays port discovery information for a specified box. |
# show port discovery box-id 2 |
Displays port discovery information for a specified box in table format. |
# show port discovery box-id 2 brief |
Displays port discovery information in table format. |
# show port discovery brief |
Displays port discovery information in table format for a specified port list. |
# show port discovery brief port-list 2/1/x1 |
Displays port discovery information for specified port lists. |
# show port discovery port-list 2/1/x1..x4 |
Displays port discovery information for specified port lists in table format. |
# show port discovery port-list 2/1/x1..x4 brief |
Displays port discovery information for the specified slot. |
# show port discovery slot 4 |
Displays port discovery information for the specified slot in table format. |
# show port discovery slot 4 brief |
Displays faceplate port number mapping to GigaVUE‑OS port number. |
# show port faceplate-number-mapping |
Displays faceplate port number mapping to GigaVUE‑OS port number for a specified port list. |
# show port faceplate-number-mapping port-list 2/1/x1 |
Displays all port filters. |
# show port filter |
Displays port filters for a specified port list. |
# show port filter port-list 2/1/x1 |
Displays port filter statistics for all line cards |
# show port filter stats all |
Displays port filter statistics for a line card placed inside the specified box. |
# show port filter stats box-id 1 |
Displays port filter statistics for the specified list of ports. |
# show port filter stats port-list 1/1/x1..x6 |
Displays port filter statistics for a line card placed at the specified slot. |
# show port filter stats slot 1 |
Displays all ports that are in use by any maps (first level, second level maps), in table format. |
# show port in-use |
Displays all ports that are in use by any maps for the specified port type: network, tool, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port in-use type hybrid |
Displays the port mode on all ports of GigaVUE nodes that support port mode. |
# show port mode |
Displays the port mode for the specified box. |
# show port mode box-id 1 |
Displays the port mode for the specified slot. |
# show port mode slot 1 |
Displays all port parameters. |
# show port params |
Displays all port parameters. |
# show port params all |
Displays port parameters for a specified box. |
# show port params box-id 2 |
Displays port parameters for a specified box in table format. |
# show port params box-id 2 brief |
Displays brief port parameter information on the specified box ID for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params box-id 2 brief type stack |
Displays all port parameters that are in use by any maps for the specified box. |
# show port params box-id 2 in-use |
Displays all port parameters that are in use by any maps for the specified box, in table format. |
# show port params box-id 2 in-use brief |
Displays all port parameters that are in use by any maps for the specified box, in table format, and for the specified port type: network, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params box-id 2 in-use brief type tool |
Displays all port parameters that are in use by any maps for the specified box and for the specified port type: network, tool, hybrid, circuit, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params box-id 2 in-use type tool |
Displays port parameter information on the specified box ID for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params box-id 2 type stack |
Displays all port parameters that are not in use by any maps for the specified box. |
# show port params box-id 2 unused |
Displays all port parameters that are not in use by any maps for the specified box, in table format. |
# show port params box-id 2 unused brief |
Displays all port parameters that are not in use by any maps for the specified box, in table format, and for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params box-id 2 unused brief type hybrid |
Displays all port parameters that are not in use by any maps for the specified box and for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params box-id 2 unused type hybrid |
Displays all port parameters in table format. |
# show port params brief |
Displays port parameters in table format for a specified port list. |
# show port params brief port-list 2/1/x1..x2 |
Displays all port parameters that are in use by any maps. |
# show port params in-use |
Displays all port parameters that are in use by any maps for the specified port type: network, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params in-use type inline-network |
Displays all port parameters for a specified port list. |
# show port params port-list 2/1/x1..x4 |
Displays all port parameters for a specified port list in table format. |
# show port params port-list 2/1/x1..x4 brief |
Displays all port parameters for a specified slot. |
# show port params slot 3 |
Displays all port parameters for a specified slot in table format. |
# show port params slot 3 brief |
Displays brief port parameter information on the specified slot ID for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params slot 3 brief type gs |
Displays all port parameters that are in use by any maps for the specified slot. |
# show port params slot 3 in-use |
Displays all port parameters that are in use by any maps for the specified slot, in table format. |
# show port params slot 3 in-use brief |
Displays all port parameters that are in use by any maps for the specified slot, in table format, and for the specified port type: network, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params slot 3 in-use brief type network |
Displays all port parameters that are in use by any maps for the specified slot and for the specified port type: network, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params slot 3 in-use type network |
Displays port parameter information on the specified slot ID for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params slot 3 type gs |
Displays all port parameters that are not in use by any maps for the specified slot. |
# show port params slot 3 unused |
Displays all port parameters that are not in use by any maps for the specified slot, in table format. |
# show port params slot 3 unused brief |
Displays all port parameters that are not in use by any maps for the specified slot, in table format, and for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params slot 3 unused brief type network |
Displays all port parameters that are not in use by any maps for the specified slot and for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params slot 3 unused type stack |
Displays port parameter information for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params type tool |
Displays all port parameters that are not in use by any maps. |
# show port params unused |
Displays all port parameters that are not in use by any maps for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port params unused type inline-tool |
Displays GigaVUE‑OS port number mapping to faceplate port number. |
# show port port-number-mapping |
Displays GigaVUE‑OS port number mapping to faceplate port number for a specified port list. |
# show port port-number-mapping port-list 2/1/x1 |
Displays all port statistics. |
# show port stats all |
Displays port statistics for a specified box. |
# show port stats box-id 2 |
Displays port statistics for a specified port list. |
# show port stats port-list inNet1 |
Displays port statistics for a specified slot. |
# show port stats slot 1 |
Displays share-tool-mirror roles for all ports. |
# show port tool-share all |
Displays share-tool-mirror roles for a specified box. |
# show port tool-share box-id 2 |
Displays share-tool-mirror roles for a specified port list. |
# show port tool-share port-list 2/1/x1..x4 |
Displays share-tool-mirror roles for a specified slot. |
# show port tool-share slot 1 |
Displays port information for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port type network |
Displays all ports that are not in use by any maps (first level, second level maps), in table format. |
# show port unused |
Displays all ports that are not in use by any maps for the specified port type: network, stack, tool, circuit, hybrid, inline-network, inline-tool, or gs for GigaSMART engine port. |
# show port unused type tool |
Displays port utilization for all line cards or modules. |
# show port utilization all |
Displays port utilization for a specified box. |
# show port utilization box-id 2 |
Displays port utilization for a specified port list. |
# show port utilization port-list 2/1/x1..x4 |
Displays port utilization for a specified slot. |
# show port utilization slot 3 |
Displays the L2GRE ID configured for the network port. |
# show port l2gre |
Displays the VXLAN ID configured for the network port. |
# show port vxlan |
Displays buffer profile current information. |
# show profile current buffer all |
Displays a minute of buffer profile history information. |
# show profile history buffer 2/1/x1 min |
Displays ports with modified buffer index. |
# show buffer-index |
Displays buffer usage by box ID. |
# show buffer box-id 2 |
Displays buffer usage by port ID. |
# show buffer port 2/1/x1 |
Displays buffer usage by port ID and direction. |
# show buffer port 2/1/x1 rx |
Displays buffer usage by slot. |
# show buffer slot 1 |
Displays all ingress port VLAN tags. |
# show ingress-vlan-tag |
Displays the list of ports on which the header stripping protocol is enabled for a box ID. |
# show port header-strip box-id 1 |
Displays the details of the header stripping protocol that is enabled for the specified port. |
# show port header-strip port-list 1/1/c1 |
Displays the list of ports on which the header stripping protocol is enabled for all the box IDs. |
# show port header-strip box-id all |
Displays the list of ports on which the specified header stripping protocol is enabled for all the box IDs. |
# show port header-strip box-id all type <mpls-l3|vxlan> |
Displays the VLAN resource that are available. |
#show vlan-resource |
Deletes the utilization alarm threshold for a specified port. |
(config) # no port 1/1/x1 alarm buffer-threshold |
Deletes the utilization alarm threshold for a specified port in a specified direction. |
(config) # no port 1/1/x1 alarm buffer-threshold rx |
Deletes the port alias for a specified port. |
(config) # no port 1/1/x1 alias |
Deletes all assigned roles. |
(config) # no port 1/1/x1 assign all |
Deletes a specified assigned role for a specified port. |
(config) # no port 1/1/x1 assign role admin |
Deletes a comment for a specified port. |
(config) # no port 1/1/x1 comment |
Disables outer VLAN stripping on specified egress ports. |
(config) # no port 1/2/x1 egress-vlan strip |
Deletes VLAN tagging for a specified port. |
(config) # no port 1/1/x1 ingress-vlan-tag |
Unlocks a specified port. |
(config) # no port 1/1/x1 lock |
Does not allow any user to share lock privilege. |
(config) # no port 1/1/x1 lock-share all |
Does not allow a specified user to share lock privilege. |
(config) # no port 1/1/x1 lock-share user operator |
Clears the port breakout mode. |
(config) # no port 1/1/c1 mode or (config) # port 1/1/c1 mode none |
Deletes all timestamp bytes appended to a specified port in the ingress direction. |
(config) # no port 1/1/x1 timestamp append-ingress |
Deletes all timestamp bytes stripped from a specified port in the egress direction. |
(config) # no port 1/1/x1 timestamp strip-egress |
Deletes all roles from a specified port’s share-tool-mirror list. |
(config) # no port 1/1/x1 tool-share all |
Deletes a specified role from a specified port’s share-tool-mirror list. |
(config) # no port 1/1/x1 tool-share role monitor |
Disables the PTP configurations on a particular port. However, the PTP VLAN ID for the port will be displayed in the “show running config” output. |
(config) # no port 1/1/c1 ptp enable |
Removes the L2GRE ID configured for the specified network port. |
(config) # no port 1/1/x1 l2gre-id |
Removes the VXLAN ID configured for the specified network port. |
(config) # no port 1/1/x1 vxlan-id |
Displays the ingress or egress timestamp details in a table format. |
(config) #show timestamp brief |
Disables the header stripping protocol on the specified port. |
(config) # no port 1/3/x16 header-strip |
Disables the header stripping protocol on all the ports. |
(config) # no port all header-strip |
Clears the port filter statistics for all the line cards. |
(config) # clear port filter stats all |
Clears the port filter statistics for a line card placed inside the specified box. |
(config) # clear port filter stats box-id 2 |
Clears the port filter statistics for the specified list of ports. |
(config) # clear port filter stats port-list 2/1/x1..x4 |
Clears the port filter statistics for a line card placed at the specified slot. |
(config) # clear port filter stats slot 1 |