Type of the VPN. The following types have been defined:
bgpIpVpn: RFC 4364 VPNs;
bgpL2Vpn: BGP-based Layer 2 VPNs (see
draft-kompella-ppvpn-l2vpn);
bgpVpls: BGP-based VPLS (see draft-kompella-ppvnp-vpls);
l2Circuit: LDP-based point-to-point Layer 2 circuits (see
RFC 4906);
ldpVpls: LDP-based VPLS (see
draft-lasserre-vkompella-ppvpn-vpls);
opticalVpn: BGP-based Optical (port based) VPNs (see
draft-ouldbrahim-bgpgmpls-ovpn);
vpOxc: Virtual Private Optical Cross-Connect (see
draft-ouldbrahim-ppvpn-vpoxc);
ccc: proprietary Layer 2 circuit;
bgpAtmVpn: ATM over MPLS (draft to be published).
Type of the VPN Identifier. This includes Route
Distinguishers, Route Targets, and VC IDs.
none(0) This value MUST be used if the value of the
corresponding JnxVpnIdentifier object is a
zero-length string.
other(1) A VPN identifier that does not match one of
the types defined in this MIB.
routeDistinguisher(2) A VPN identifier as defined by the
JnxVpnRouteDistinguisher textual convention.
routeDistinguisher0(3) A VPN identifier as defined by the
JnxVpnRouteDistinguisher0 textual convention.
routeDistinguisher1(4) A VPN identifier as defined by the
JnxVpnRouteDistinguisher1 textual convention.
routeDistinguisher2(5) A VPN identifier as defined by the
JnxVpnRouteDistinguisher2 textual convention.
routeTarget(6) A VPN identifier as defined by the
JnxVpnRouteTarget textual convention.
routeTarget0(7) A VPN identifier as defined by the
JnxVpnRouteTarget0 textual convention.
routeTarget1(8) A VPN identifier as defined by the
JnxVpnRouteTarget1 textual convention.
routeTarget2(9) A VPN identifier as defined by the
JnxVpnRouteTarget2 textual convention.
vcId(10) A VPN identifier as defined by the
JnxVpnVCIdentifier textual convention.
localSwitch(11) A VPN identifier as defined by the
JnxVpnLocalSwitchIdentifier textual convention.
Syntax for a VPN identifier. A VPN Identifier is always
interpreted within the context of an jnxVpnIdentifierType
value. The jnxVpnIdentifierType object which defines the
context must be registered immediately before the object
which uses the VpnIdentifier textual convention. In other
words, the object identifiers for the jnxVpnIdentifierType
object and the jnxVpnIdentifier object MUST have the same
length and the last sub-identifier of the jnxVpnIdentifierType
object MUST be 1 less than the last sub-identifier of the
jnxVpnIdentifier object.
In the case of BGP VPNs, this is the Route Distinguisher
for the VPN. In the case of LDP VPNs, this is the VC ID
for the circuit. A value of all zeros indicates that the
neither a Route Distinguisher nor a VC ID is configured
for the VPN.
The index of this interface in the VPN. Each interface
in the VPN is given a unique index. The RowStatus says
whether a given interface (i.e., a row in this table)
is valid or not. Note: this index MUST NOT be zero.
Protocol running over this VPN interface. The values up to
10 are taken from draft-martini-l2circuit-trans-mpls-08.txt;
the value for vpls is taken from
draft-lasserre-vkompella-ppvpn-vpls-01.txt. The values
from 20-23 are used when the VPN is a Layer 3 VPN.
Maximum bandwidth that the CE connected over this VPN i/f
can send to the PE, in Kilo (i.e., 1000) Bytes per second.
A value of zero means there is no configured maximum.
Maximum bandwidth that the PE can send to the CE over this
VPN interface, in Kilo (i.e., 1000) Bytes per second. A
value of zero means there is no configured maximum.
The index of this Pseudo-Wire in the VPN. Each Pseudo
Wire in the VPN is given a unique index. The RowStatus
says whether a given Pseudo Wire (i.e., a row in this
table) is valid or not. Note: this index MUST NOT be zero.
The VPN index of the interface associated with this Pseudo
Wire, if any. If there is no interface associated with
this Pseudo Wire, a value of zero is to be returned.
The remote site (i.e., the site at the other end of this
Pseudo-Wire) identifier. If there is no remote site
identifier, a value of zero is to be returned.
The type of the tunnel over which the Pseudo-Wire is
carried. If several Pseudo-Wires can be carried in one
tunnel, each Pseudo-Wire is identified by the multiplexor/
demultiplexor within this tunnel.
A jnxVpnIfUp notification is generated when the interface
with index jnxVpnIfIndex belonging to the VPN named jnxVpnIfVpnName
of type jnxVpnIfVpnType transitions out of the 'down' state.
A jnxVpnIfDown notification is generated when the interface
with index jnxVpnIfIndex belonging to the VPN named jnxVpnIfVpnName
of type jnxVpnIfVpnType transitions to the 'down' state.
A jnxVpnPwUp notification is generated when the Pseudo-Wire
with index jnxVpnPwIndex belonging to the VPN named jnxVpnPwVpnName
of type jnxVpnPwVpnType transitions out of the 'down' state.
A jnxVpnPwDown notification is generated when the Pseudo-Wire
with index jnxVpnPwIndex belonging to the VPN named jnxVpnPwVpnName
of type jnxVpnPwVpnType transitions to the 'down' state.
