Unable to access the VAMI page of the SRM/VR appliance.
The appliance VM shows an IPv6 address on the ESXi/vCenter after deployment.
During deployment, the network configuration used DHCP instead of a static IP address.
VMware vSphere Replication 9.0.4
VMware Live Site Recovery 9.0.4
VMware vSphere Replication 9.0.3
VMware Live Site Recovery 9.0.3
Encountering issues while configuring the network settings of the appliance VM using the command line.
The 9.0.4 and 9.0.3 appliances are built on Photon OS 5, which introduces enhancements in network configuration.
Photon OS 5 utilizes the network-config-manager (nmctl) utility for command-line-based network configuration.
You can manually configure the network settings using the Photon Network Configuration Manager Command-Line Interface (nmctl) utility.
To view the system status: nmctl
To check the network status: nmctl status eth0
To add an IP address: nmctl add-addr dev eth0 a <ipaddress/mask>
To add a default gateway: nmctl add-default-gw dev eth0 gw <gateway_IP> onlink yes
To add DNS servers: nmctl add-dns dev eth0 dns <dnsip1> <dnsip2>
To set the hostname: nmctl set-hostname <applianceFQDN>
To configure DNS domains: nmctl set-dns-domains dev eth0 domains <domain_name>
To set NTP servers: nmctl set-ntp dev eth0 ntp <ntp_server_IP>
Query and control the netmanager subsystem.
-h --help Show this help message and exit
-v --version Show package version
**Command Option Description**
show Show system status
status List links
status [LINK] Show link status
set-mtu [LINK] [MTU] Set Link MTU
set-mac [LINK] [MAC] Set Link MAC
set-link-mode [LINK] [MODE
{ yes | no | on | off | 1 | 0} ] Set Link managed by networkd
set-dhcp-mode [LINK] [DHCP-MODE
{ yes | no | ipv4 | ipv6 } ] Set Link DHCP setting
set-dhcp4-client-identifier [LINK] [IDENTIFIER
{ mac | duid | duid-only} ]
set-dhcp-iaid [LINK] [IAID] Sets the DHCP Identity Association Identifier
(IAID) for the interface, a 32-bit unsigned
integer.
set-dhcp-duid [LINK | system] [DUID
{ link-layer-time | vendor
| link-layer | uuid } ] [RAWDATA] Sets the DHCP Client
DUID type which specifies how the DUID
should be generated and [RAWDATA] to
overides the global DUIDRawData.
set-link-state [LINK] [STATE { up | down } ] Set Link State
add-link-address [LINK] [ADDRESS] [PEER] ] Add Link Address
delete-link-address [LINK] Removes Address from Link
add-default-gateway [LINK] [GW address] onlink
[ONLINK { yes | no | on | off | 1 | 0}] Add Link Default Gateway
delete-gateway [LINK] Removes Gateway from Link
add-route [LINK] [GW address] metric
[METRIC { number }] Set Link route
delete-route [LINK] Removes route from Link
add-additional-gw [LINK] [ADDRESS] [ROUTE address]
[GW address] [ROUTING POLICY TABLE number] configures additional gateway for
another NIC with routing policy rules
set-hostname [HOSTNAME] Sets hostname
show-dns Show DNS Servers
add-dns [LINK | system] [ADDRESS] Set Link DNS servers
add-domain [LINK | system] [DOMAIN] Set Link DOMAIN
show-domains Show DNS Server DOMAINS
revert-resolve-link [LINK] Flushes all DNS server and Domain settings
of the link
set-link-local-address [LINK] [LinkLocalAddressing
{ yes | no | on | off | 1 | 0}] Set Link link-local address autoconfiguration
set-ipv4ll-route [LINK] [IPv4LLRoute
{ yes | no | on | off | 1 | 0}] Set the route needed for non-IPv4LL hosts to
communicate with IPv4LL-only hosts
set-llmnr [LINK] [LLMNR
{ yes | no | on | off | 1 | 0}] Set Link Link-Local Multicast Name Resolution
set-multicast-dns [LINK] [MulticastDNS
{ yes | no | on | off | 1 | 0}] Set Link Multicast DNS
set-lldp [LINK] [LLDP
{ yes | no | on | off | 1 | 0}] Set Link Ethernet LLDP packet reception
set-emit-lldp [LINK] [EmitLLDP
{ yes | no | on | off | 1 | 0}] Set Link Ethernet LLDP packet emission
set-ipforward [LINK] [IPForward
{ yes | no | on | off | 1 | 0}] Set Link IP packet forwarding for the system
set-ipv6acceptra [LINK] [IPv6AcceptRA
{ yes | no | on | off | 1 | 0}] Set Link IPv6 Router Advertisement (RA)
reception support for the interface
set-ipmasquerade [LINK] [IPMasquerade
{ yes | no | on | off | 1 | 0}] Set IP masquerading for the network interface
set-dhcp4-use-dns [LINK] [UseDNS
{ yes | no | on | off | 1 | 0}] Set Link DHCP4 Use DNS
set-dhcp4-use-domains [LINK] [UseDomains
{ yes | no | on | off | 1 | 0}] Set Link DHCP4 Use DOMAINS
set-dhcp4-use-mtu [LINK] [UseMTU
{ yes | no | on | off | 1 | 0}] Set Link DHCP4 Use MTU
set-dhcp4-use-ntp [LINK] [UseNTP
{ yes | no | on | off | 1 | 0}] Set Link DHCP4 Use NTP
set-dhcp4-use-dns [LINK] [UseDNS
{ yes | no | on | off | 1 | 0}] Set Link DHCP4 Use DNS
set-dhcp6-use-dns [LINK] [UseDNS
{ yes | no | on | off | 1 | 0}] Set Link DHCP6 Use DNS
set-dhcp6-use-ntp [LINK] [UseNTP
{ yes | no | on | off | 1 | 0}] Set Link DHCP6 Use NTP
add-ntp [LINK] [NTP] Add Link NTP server address. This option
may be specified more than once.
This setting is read by
systemd-timesyncd.service(8)
set-ntp [LINK] [NTP] Set Link NTP server address. This option
may be specified more than once.
This setting is read by
systemd-timesyncd.service(8)
delete-ntp [LINK] Delete Link NTP server addresses.
This setting is read by
systemd-timesyncd.service(8)
disable-ipv6 [LINK] Disables IPv6 on the interface.
enable-ipv6 [LINK] Enables IPv6 on the interface.
create-vlan [VLAN name] dev [LINK master] id [ID INTEGER] Creates vlan netdev and sets master to
device
create-bridge [BRIDGE name] [LINK] [LINK] ... Creates bridge netdev and sets master
to device
create-bond [BOND name] mode [MODE {balance-rr |
active-backup | balance-xor | broadcast Creates bond netdev and sets master to
| 802.3ad | balance-tlb | balance-alb}] device
[LINK] [LINK] ...
create-vxlan [VXLAN name] [dev LINK] vni [INTEGER] Creates vxlan VXLAN (Virtual eXtensible
[local ADDRESS] [remote ADDRESS] Local Area Network) tunneling.
[port PORT] [independent
{ yes | no | on | off | 1 | 0}].
create-macvlan [MACVLAN name] dev [LINK] mode Creates macvlan virtualized bridged
[MODE {private | vepa | bridge | passthru networking.
| source}]
create-macvtap [MACVTAP name] dev [LINK] mode Creates macvtap virtualized bridged
[MODE {private | vepa | bridge networking.
| passthru | source}]
create-ipvlan [IPVLAN name] dev [LINK] Creates ipvlan, virtual LAN, separates broadcast
mode [MODE {l2 | l3 | l3s}] domains by adding tags to network packet.
create-ipvtap [IPVTAP name] dev [LINK]
mode [MODE {l2 | l3 | l3s}] Create ipvtap.
create-vrf [VRF name] table [INTEGER}] Creates Virtual routing and forwarding (VRF).
create-veth [VETH name] peer [PEER name}] Creates virtual Ethernet devices
create-ipip [IPIP name] [dev LINK]
local [ADDRESS] remote [ADDRESS]
[independent
{ yes | no | on | off | 1 | 0}] Creates ipip tunnel.
create-sit [SIT name] [dev LINK] local
[ADDRESS] remote [ADDRESS]
[independent
{ yes | no | on | off | 1 | 0}] Creates sit tunnel.
create-vti [VTI name] [dev LINK] local [ADDRESS]
remote [ADDRESS] [independent
{ yes | no | on | off | 1 | 0}] Creates vti tunnel.
create-gre [GRE name] [dev LINK] local [ADDRESS]
remote [ADDRESS] [independent
{ yes | no | on | off | 1 | 0}] Creates gre tunnel.
create-wg [WIREGUARD name] private-key [PRIVATEKEY]
listen-port [PORT INTEGER] public-key
[PUBLICKEY] preshared-key [PRESHAREDKEY]
allowed-ips [IP,IP ...] endpoint [IP:PORT] Creates a wireguard tunnel.
reload Reload .network and .netdev files.
reconfigure [LINK] Reconfigure Link.
generate-config-from-yaml [FILE] Generates network file configuration
from yaml file.
apply-yaml-config Generates network file configuration from
yaml files found in
/etc/network-config-manager/yaml.
generate-config-from-cmdline [FILE | COMMAND LINE] Generates network file configuration from
command kernel command line or command line.
add-nft-table [FAMILY {ipv4 | ipv6 | ip}] [TABLE] adds a new table.
show-nft-tables [FAMILY {ipv4 | ipv6 | ip}] shows nftable's tables.
delete-nft-table [FAMILY {ipv4 | ipv6 | ip}] [TABLE] deletes a existing nftable's table.
add-nft-chain [FAMILY {ipv4 | ip}] [TABLE] [CHAIN] adds a new nftable's chain.
show-nft-chains [FAMILY {ipv4 | ipv6 | ip}] [TABLE] shows nftable's chains.
delete-nft-chain [FAMILY {ipv4 | ipv6 | ip}] [TABLE] [CHAIN] deletes a nftable's chain from table
add-nft-rule [FAMILY {ipv4 | ipv6 | ip}]
[TABLE] [CHAIN] [PROTOCOL
{ tcp | udp}] [SOURCE PORT / DESTINATION PORT
{sport|dport}] PORT] [ACTION {accept | drop}] configures a nft rule for a port.
show-nft-rules [TABLE] shows nftable's rules.
delete-nft-rule [FAMILY {ipv4 | ipv6 | ip}] [TABLE]
[CHAIN] [HANDLE] deletes a nftable's rule from table
nft-run