ROUTES Module - Open NX-OS

Routes Class

class Routes(object)

Example:
>>> from cisco.routes import *
>>> rt = Routes()

add_route

add_route(self, srcIp="", prefix="", mask="", intf="", nexthop="",nhMask="", nhPrefix="", tag="", routePref="", vrf="default")

Examples:
>>> rt.add_route(srcIp="1.1.1.0", prefix="24", intf="eth3", nexthop="1.0.0.1"), vrf="default")

>>> rt.add_route(srcIp="1.1.2.0", mask="255.255.255.0", intf="eth4", nexthop="1.0.0.1"), vrf="default")

Arguments:

srcIp: Source IP address.
prefix: IP route prefix for the destination.
mask: Prefix mask for the destination.
intf: Network interface type and interface number.
nexthop: IP address of the next hop that can be used to reach the destination network.
nhMask: IP address mask of the next hop.
nhPrefix: IP route prefix for the next hop.
tag: Tag value that can be used as a match value for controlling redistribution via route maps.
routePref: Route preference.
vrf: Name of the VRF.

delete_route

delete_route(self, srcIp="", prefix="", mask="", intf="", nexthop="",nhMask="", nhPrefix="", tag="", routePref="",vrf="default")

Examples:
>>> rt.delete_route(srcIp="1.1.1.0", prefix="24", intf="eth3", nexthop="1.0.0.1"), vrf="default")

>>> rt.delete_route(srcIp="1.1.2.0", mask="255.255.255.0", intf="eth4", nexthop="1.0.0.1"), vrf="default")

srcIp: Source IP address.
prefix: IP route prefix for the destination.
mask: Prefix mask for the destination.
intf: Network interface type and interface number.
nexthop: IP address of the next hop that can be used to reach the destination network.
nhMask: IP address mask of the next hop.
nhPrefix: IP route prefix for the next hop.
tag: Tag value that can be used as a match value for controlling redistribution via route maps.
routePref: Route preference.
vrf: Name of the VRF.

show_arp_table

Returns the ARP table entries on the switch.

show_arp_table(self)

Example:
>>> rt.show_arp_table()
'\nFlags: * - Adjacencies learnt on non-active FHRP router\n       + - Adjacencies synced via CFSoE\n       # - Adjacencies Throttled for Glean\n       D - Static Adjacencies attached to down interface\n\nIP ARP Table for context default\nTotal number of entries: 0\nAddress         Age       MAC Address     Interface\n'

Arguments: None

Returns: ARP table

show_hw_routes

Computes the hardware routes and returns the output.

show_hw_routes(self)

Example:
>>> rt.show_hw_routes()
------------------+------------------+---------------------
Prefix            | Next-hop         | Interface
------------------+------------------+---------------------
0.0.0.0/0           0                   0                   
0.0.0.0/0           0                   0                   
0.0.0.0/0           0                   0                   
0.0.0.0/0           0                   0                   
4

Arguments: None

Returns: Hardware route entries.

show_vsh_routes

Returns the software route entries.

show_vsh_routes(self)

Example:
>>> rt.show_vsh_routes()
'\nslot  1\n=======\n\n\n\nslot  1\n=======\n...

Arguments: None

Returns: Software route entries.

verify_arp_table

Verifies the software and hardware ARP table entries.

verify_arp_table(self)

Example:
>>> rt.verify_arp_table()

Flags: * - Adjacencies learnt on non-active FHRP router
       + - Adjacencies synced via CFSoE
       # - Adjacencies Throttled for Glean
       D - Static Adjacencies attached to down interface

IP ARP Table for context default
Total number of entries: 0
Address         Age       MAC Address     Interface

Arguments: None

Returns: The number of ARP table entries matched and unmatched between hardware and software, and detail table.

verify_route

verify_route(self,route="")

Example:
>>> rt.verify_route()

slot  1
=======
...

Arguments:

route:

verify_routes

Verifies the software and hardware routes.

verify_routes(self)

Example:
>>> rt.verify_routes()

slot  1
=======
...

Arguments: None

Returns: The number of routes matched and unmatched between hardware and software.