In this blog article we’re going to look at using the Python
requests module to interface with REST APIs.
We’ll start off looking at a very simple example that’s available over
the Internet.
Friday, 29 April 2016
Python for Network Engineers - Part 1
In this blog article, we’re going to look at how to get
started learning Python as a Network Engineer.
We’ll look at some great resources to use to learn the basics, some links to source network focused resources and steer in the right direction for modules and packages which a network engineer will find useful.
This will also be the first blog in a series. In subsequent posts, we are going to walk through using Python and APIs to configure various devices such as Junos, Cisco Nexus, F5, Arista and Palo Alto.
Friday, 7 September 2012
BGP RT Constrained Route Distribution
BGP RT Constrained Route Distribution is described in RFC 4684
and provides a mechanism for MP-BGP peers to exchange RT (route target) information and
automatically filter outbound route updates based on this information.
Wednesday, 25 April 2012
MPLS spoke to spoke connectivity
So here’s a question for you. In an MPLS hub and spoke design, can the
spoke sites route to each other without adding any additional route-target (RT)
values? In a word yes, so let us see how.
Wednesday, 4 April 2012
BGP Route Refresh Capability
In this blog post, we're going to talk about BGP route
refresh capability and how this is affected by using the neighbor
soft-reconfiguration feature on Cisco platforms.
Sunday, 11 March 2012
Cisco IS-IS and OSPF prefix prioritisation
This post explains how prefix prioritisation can be configured in both IS-IS and OSPF to gain faster convergence. This is particularly useful for MPLS or financial SSM multicast environments where we can easily distinguish the routes that should receive priority.
Saturday, 3 March 2012
Cisco Carrier Delay
Here are some quick tips on fast convergence on Cisco using Carrier Delay.
The quickest way to converge a network is when the router notices an interface go down, this is controlled by the carrier delay setting. On WAN circuits, or where switches are between two routers, we may need to rely on our IGP/BGP/BFD timers, so this is not a replacement for tuning those parameters too.
The quickest way to converge a network is when the router notices an interface go down, this is controlled by the carrier delay setting. On WAN circuits, or where switches are between two routers, we may need to rely on our IGP/BGP/BFD timers, so this is not a replacement for tuning those parameters too.
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