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If we use rfc3768-compatibility with long interface names like
eth1.100.200 it converts the VRRP interface name name
to `<interface>v<VRID><IP version>`
For example `eth2.100.200v10v4`
The limit for interface name is 15 symbols and it causes that
interface name is ignoring by keepalived
VMAC interface name 'eth2.100.200v10v4' too long or invalid characters - ignoring
And it uses the default prefix `vrrp` for such cases.
It works fine, but such interfaces are not displayed in the op-mode
Allow prefix `vrrp` for the op-mode for `show interfaces`
(cherry picked from commit 29a20ce9f9792e23137be57358ca52ddee7ac54b)
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Sometimes we are only interested in the parent interfaces without any VLAN
subinterfaces. Extend the API with a vlan argument that defaults to True to
keep the current behavior in place.
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to avoid confusing 'v' in GENEVE interface prefix ('gnv')
with a "vXXX" part of a VRRP interface
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When the interface name was stripped down from "eth0.201" to "eth" to determine
the appropriate interface section, VRRP interfaces got left out on the call
to rstrip().
VRRP interfaces now show up in "show interfaces" as they did in VyOS 1.2.
vyos@vyos:~$ show interfaces
Codes: S - State, L - Link, u - Up, D - Down, A - Admin Down
Interface IP Address S/L Description
--------- ---------- --- -----------
dum0 172.18.254.201/32 u/u
eth0 - u/u
eth0.10 172.16.33.8/24 u/u
eth0.201 172.18.201.10/24 u/u
eth1 10.1.1.2/24 u/u
eth1v10 10.1.1.1/24 u/u
eth2 - u/u
lo 127.0.0.1/8 u/u
::1/128
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Add a function that converts an interface name to its config path.
For example: 'eth0.1.2' -> 'ethernet eth0 vif-s 1 vif-c 2'
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Previously the function returned the correct basename only for vif interfaces
as it stopped at the 2nd dot. If we had a vif-s vif-c interface 'eth0.1.2' it
would return 'eth0.'. It is now fixed to strip both vif-s and vif-c if
'vlan=True' (default).
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All operational command are moved within an Operational
class and an inherited on for wireguard.
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also add a function to Section which provides a list of reserved names
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Use the data in the default dict of the interface to generate
the output of list interface.
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update all code using the API. Interface.interfaces() could be
used but the code was change to use Section.interfaces() which
make more sense when reading it.
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While the class does indeed all the registration, it work is
really to map classes to interface section.
ie: interface ethernet -> EthernetIf
Therefore it can also list which interface are from which
type, therefore the name change. Other function name will
also be renamed as a consequence
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