NSX CLI Guide

Associated Commands:

CLI Description	Command
Delete IPv4 or IPv6 network route Delete the specified network IPv4 or IPv6 route. Default value for the IPv6 route metric is 1024.	del route prefix <prefix> [gateway <gateway-ip>] [interface <interface-name>] [metric <ip-route-metric>]
Delete IPv4 network route Delete the specified network IPv4 network route.	del route prefix <prefix> [gateway <gateway-ip>] [interface <interface-name>] [metric <ip-route-metric>]
Exit the CLI Exit the VRF context mode if you are in it. Otherwise, exit the CLI.	exit
Show system ARP or neighbour address table Display the ARP or neighbour address table.	get arp-table
Display system clock Display the current date and time.	get clock
Show the system CPU status Display the system CPU information.	get cpu-stats
Show the system storage capacity Display the file system information.	get filesystem-stats
Get hugepage info of the system Display hugepage information, including total system memory, hugepage sizes supported and hugepage pools.	get hugepage
Show the system memory status Display the system memory information.	get memory-stats
Show the system network statistics Display the system network statistics.	get network-stats
Display system processes Display a snapshot of the system processes.	get processes
Display process monitor Display information about processes that are running. The display is updated every few seconds.	get processes monitor
Show the system uptime Display the system uptime information.	get uptime
nslookup Display nslookup information.	nslookup <hostname-arg>
nslookup Get DNS lookup information. Note that when run on an NSX Manager, the responding server is reported as 127.0.0.1 instead of the configured name server.	nslookup <hostname-or-ip-address>
Ping host Ping an IP address. Use Control-C to stop the ping command.	ping <hostname-or-ip-address>
Ping host Ping a host or IP address. Use Control-C to stop the command. Optionally use the repeat argument to specify how many packets to transmit.	ping <hostname-or-ip-address> [repeat <number>]
Ping host Ping an IP address. Use Control-C to stop the ping command. The repeat argument specifies how many ping packets to transmit. The size argument specifies the size of the ping packet. The dfbit argument specifies whether to set the "don't fragment" bit in the ping packet. If enabled, the packet will not be fragmented. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping <hostname-or-ip-address> [repeat <number>] [size <number>] [source <hostname-or-ip-address>] [dfbit enable]
Ping host Ping an IP address. Use Control-C to stop the ping command. The repeat argument specifies how many ping packets to transmit. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The size argument specifies the size of the ping packet. The dfbit argument specifies whether to set the "don't fragment" bit in the ping packet. If enabled, the packet will not be fragmented. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping <hostname-or-ip-address> [repeat <number>] [size <number>] [source <hostname-or-ip-address>] [dfbit enable] [vrfid <vrf-id>]
Ping IPv6 host Ping an IPv6 address. Use Control-C to stop the ping command.	ping6 <ip6-address>
Ping IPv6 host Issue a ping command for IPv6 host. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address	ping6 <ip6-address> [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The repeat argument specifies how many ping packets to transmit.	ping6 <ip6-address> [repeat <number>]
Ping IPv6 host Issue a ping command for IPv6 host. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address. The repeat argument specifies how many ping packets to transmit.	ping6 <ip6-address> [repeat <number>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Ping an IPv6 address. Use Control-C to stop the ping command. The size argument specifies the size of the ping packet.	ping6 <ip6-address> [size <number>]
Ping IPv6 host Issue a ping command for IPv6 host. The size argument specifies the size of the ping packet. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address.	ping6 <ip6-address> [size <number>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The repeat argument specifies how many ping packets to transmit. The size argument specifies the size of the ping packet.	ping6 <ip6-address> [size <number>] [repeat <number>]
Ping IPv6 host Issue a ping command for IPv6 host. The size argument specifies the size of the ping packet. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address. The repeat argument specifies how many ping packets to transmit.	ping6 <ip6-address> [size <number>] [repeat <number>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Ping an IPv6 address. Use Control-C to stop the ping command. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping6 <ip6-address> [source <ip6-address>]
Ping IPv6 host Issue a ping command for IPv6 host. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping6 <ip6-address> [source <ip6-address>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The repeat argument specifies how many ping packets to transmit. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping6 <ip6-address> [source <ip6-address>] [repeat <number>]
Ping IPv6 host Issue a ping command for IPv6 host. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines. The size argument specifies the size of the ping packet.	ping6 <ip6-address> [source <ip6-address>] [repeat <number>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The size argument specifies the size of the ping packet. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping6 <ip6-address> [source <ip6-address>] [size <number>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines. The size argument specifies the size of the ping packet. The repeat argument specifies how many ping packets to transmit.	ping6 <ip6-address> [source <ip6-address>] [size <number>] [repeat <number>]
Ping IPv6 host Issue a ping command for IPv6 host. The repeat argument specifies how many ping packets to transmit. The size argument specifies the size of the ping packet. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping6 <ip6-address> [source <ip6-address>] [size <number>] [repeat <number>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping6 <ip6-address> [source <ip6-address>] [vrfid <vrf-id>]
Ping IPv6 host Ping an IPv6 address. Use Control-C to stop the ping command. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command.	ping6 <ip6-address> [vrfid <vrf-id>]
Ping IPv6 host Issue a ping command for IPv6 host. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address	ping6 <ip6-address> [vrfid <vrf-id>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The repeat argument specifies how many ping packets to transmit.	ping6 <ip6-address> [vrfid <vrf-id>] [repeat <number>]
Ping IPv6 host Issue a ping command for IPv6 host. The repeat argument specifies how many ping packets to transmit. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The size argument specifies the size of the ping packet. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address.	ping6 <ip6-address> [vrfid <vrf-id>] [repeat <number>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The size argument specifies the size of the ping packet.	ping6 <ip6-address> [vrfid <vrf-id>] [size <number>]
Ping IPv6 host Issue a ping command for IPv6 host. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The size argument specifies the size of the ping packet. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address.	ping6 <ip6-address> [vrfid <vrf-id>] [size <number>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The repeat argument specifies how many ping packets to transmit. The size argument specifies the size of the ping packet. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command.	ping6 <ip6-address> [vrfid <vrf-id>] [size <number>] [repeat <number>]
Ping IPv6 host Issue a ping command for IPv6 host. The repeat argument specifies how many ping packets to transmit. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The size argument specifies the size of the ping packet. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address.	ping6 <ip6-address> [vrfid <vrf-id>] [size <number>] [repeat <number>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping6 <ip6-address> [vrfid <vrf-id>] [source <ip6-address>]
Ping IPv6 host Issue a ping command for IPv6 host. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command.	ping6 <ip6-address> [vrfid <vrf-id>] [source <ip6-address>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines. The repeat argument specifies how many ping packets to transmit. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The size argument specifies the size of the ping packet.	ping6 <ip6-address> [vrfid <vrf-id>] [source <ip6-address>] [repeat <number>]
Ping IPv6 host Issue a ping command for IPv6 host. The repeat argument specifies how many ping packets to transmit. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping6 <ip6-address> [vrfid <vrf-id>] [source <ip6-address>] [repeat <number>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The size argument specifies the size of the ping packet.	ping6 <ip6-address> [vrfid <vrf-id>] [source <ip6-address>] [size <number>]
Ping IPv6 host Issue a ping command for IPv6 host. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The size argument specifies the size of the ping packet. The egress argument specifies the egress interface to send the IPv6 ping packets. This is usually required when you ping to a link local IPv6 address. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping6 <ip6-address> [vrfid <vrf-id>] [source <ip6-address>] [size <number>] [egress <dpd-uuid-lrouter-port-arg>]
Ping IPv6 host Issue a ping command for IPv6 host. Ping an IPv6 address. Use Control-C to stop the ping command. The repeat argument specifies how many ping packets to transmit. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The size argument specifies the size of the ping packet. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping6 <ip6-address> [vrfid <vrf-id>] [source <ip6-address>] [size <number>] [repeat <number>]
Ping IPv6 host Issue a ping command for IPv6 host. The repeat argument specifies how many ping packets to transmit. The vrf argument specifies which VRF to send the pings from. You can get a list of available VRFs with the get logical-routers command. The size argument specifies the size of the ping packet. The source argument specifies which IP address to ping from. This may be required in some circumstances for ping to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, pings from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the pings will reach the virtual machines.	ping6 <ip6-address> [vrfid <vrf-id>] [source <ip6-address>] [size <number>] [repeat <number>] [egress <dpd-uuid-lrouter-port-arg>]
Reboot system Reboot the system. If you specify the force argument, the system will reboot immediately without prompting for confirmation.	reboot [force]
Reserve hugepage for dataplane using system default Set the hugepage reserve size for the data plane using system default.	set hugepage-reserve auto
Reserve hugepage for dataplane Set the hugepage reserve size for the data plane.	set hugepage-reserve size <hugepage-size-arg>
Configure the specified interface to use DHCP Configure the specified interface to use DHCP. You cannot configure DHCP for NSX Manager or a controller because both must have a static IP address.	set interface <configurable-interface-name> dhcp
Configure the specified interface to use DHCP Configure the specified interface to use DHCP.	set interface <configurable-interface-name> dhcp plane <interface-plane-arg> mode <bond-mode-arg> members <bond-slaves-arg> primary <bond-primary-arg>
Configure a bond interface and set the interface plane mode Create bond interface and set the plane property of the interface and config the IP address. If plane is set to mgmt, it is reported as such to the management plane (MP) via MPA, and the slave devices are not consumed by dataplane for dataplane operations. You can configure the bond interface with a DHCP or static IP address. If you configure a static IP address, make sure an appropriate network route is also configured.	set interface <configurable-interface-name> ip <cidr46-notation> gateway <gateway-ip46-address-arg> plane <interface-plane-arg> mode <bond-mode-arg> members <bond-slaves-arg> primary <bond-primary-arg>
Create VLAN network interface Create a VLAN network interface from the specified parent interface and VLAN id. The new vlan network interface name will be of format interface. and the interface's plane property will be set to mgmt. Any existing configuration on the parent interface will be deleted. Users must use the newly created VLAN network interface for configuration.	set interface <configurable-interface-name> vlan <vlan-id> plane mgmt
Set the IPv6 interface Set IPv6 static interface. If IPv6 interface already configured then user cannot configure it again.	set interface <interface-name> ipv6 <prefix-ipv6> [gateway <gateway-ipv6>]
Create an in-band VLAN network interface Create an in-band VLAN network interface from the physical interface identified by the mac. If the physical interface is not already owned by the edge dataplane, the dataplane service will be restarted in order to claim the physical interface. The new inband vlan network interface name will be of format ethX.vlan and the interface's plane property will be set to mgmt. Users must use the newly created in-band VLAN network interface for configuration.	set interface mac <configurable-mac-address> vlan <vlan-id> in-band plane mgmt
Shutdown system Shut down the system. If you specify the force argument, the system will shut down immediately without prompting for confirmation.	shutdown [force]
Move to the top of the path Move to the top of the path. The arrow moves to show which interface is current.	top
traceroute Trace the route to the specified IPv4 address or host.	traceroute <hostname-or-ip-address>
traceroute Trace the route to the specified IPv4 address or host.	traceroute <ip-address>
traceroute Trace the route to the specified IP address. The maxttl specifies the maximum time-to-live, or maximum number of routers the traceroute packet will traverse. The source argument specifies which source IP address to use for traceroute. This may be required in some circumstances for traceroute to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, traceroute packets from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the traceroute packets will reach the virtual machines.	traceroute <ip-address> [source <ip-address>] [maxttl <number>]
traceroute Trace the route to the specified IP address. The maxttl specifies the maximum time-to-live, or maximum number of routers the traceroute packet will traverse. The vrfid argument specifies which VRF to send the traceroute packets from. You can get a list of available VRFs with the get logical-routers command. The source argument specifies which source IP address to use for traceroute. This may be required in some circumstances for traceroute to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, traceroute packets from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the traceroute packets will reach the virtual machines.	traceroute <ip-address> [source <ip-address>] [maxttl <number>] [vrfid <vrf-id>]
traceroute6 Trace the route to target IPv6 address.	traceroute6 <ip6-address>
traceroute6 Trace the route to the specified IPv6 address. The maxttl specifies the maximum time-to-live, or maximum number of routers the traceroute packet will traverse.	traceroute6 <ip6-address> [maxttl <number>]
traceroute6 Trace the route to the specified IPv6 address. The source argument specifies which source IP address to use for traceroute. This may be required in some circumstances for traceroute to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, traceroute packets from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the traceroute packets will reach the virtual machines.	traceroute6 <ip6-address> [source <ip6-address>]
traceroute6 Trace the route to the specified IPv6 address. The maxttl specifies the maximum time-to-live, or maximum number of routers the traceroute packet will traverse. The source argument specifies which source IP address to use for traceroute. This may be required in some circumstances for traceroute to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, traceroute packets from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the traceroute packets will reach the virtual machines.	traceroute6 <ip6-address> [source <ip6-address>] [maxttl <number>]
traceroute6 Trace the route to the specified IPv6 address. The vrfid argument specifies which VRF to send the traceroute packets from. You can get a list of available VRFs with the get logical-routers command.	traceroute6 <ip6-address> [vrfid <vrf-id>]
traceroute6 Trace the route to the specified IPv6 address. The maxttl specifies the maximum time-to-live, or maximum number of routers the traceroute packet will traverse. The vrfid argument specifies which VRF to send the traceroute packets from. You can get a list of available VRFs with the get logical-routers command.	traceroute6 <ip6-address> [vrfid <vrf-id>] [maxttl <number>]
traceroute6 Trace the route to the specified IPv6 address. The vrfid argument specifies which VRF to send the traceroute packets from. You can get a list of available VRFs with the get logical-routers command. The source argument specifies which source IP address to use for traceroute. This may be required in some circumstances for traceroute to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, traceroute packets from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the traceroute packets will reach the virtual machines.	traceroute6 <ip6-address> [vrfid <vrf-id>] [source <ip6-address>]
traceroute6 Trace the route to the specified IPv6 address. The maxttl specifies the maximum time-to-live, or maximum number of routers the traceroute packet will traverse. The vrfid argument specifies which VRF to send the traceroute packets from. You can get a list of available VRFs with the get logical-routers command. The source argument specifies which source IP address to use for traceroute. This may be required in some circumstances for traceroute to work as expected. For example, if there is overlap in IP addresses used in the tier 0 and tier 1 router transit subnets, traceroute packets from the tier 0 VRF will not reach virtual machines on networks routed by the tier 1 router. If you use the source argument to specify a unique IP used by that VRF (in this case, the tier 0 uplink IP) the traceroute packets will reach the virtual machines.	traceroute6 <ip6-address> [vrfid <vrf-id>] [source <ip6-address>] [maxttl <number>]

Total commands: 74