The digitalization of human activities, from social interactions to industrial processes, has led to unprecedented levels of data collection. New data is constantly being produced, driven by the rise of user-generated content, the digitalization of industries and services, and the improvement of both machine to machine communication and data storage. As recognized in the Commission’s Communication “Towards a data-driven economy”, this trend “holds enormous potential in various fields, ranging from health, food security, energy efficiency to intelligent transport systems and smart cities”. Indeed, data has become an essential resource for societal improvement.
Have you ever tried to navigate complex data structures within Ansible playbooks using awkward looping constructs and convoluted map filters?
It might be easier to munge the data structure into a more appropriate format first and then use the munged data in subsequent tasks. Wondering how to do it?
Read more ...With a new generation of Xeon processors coming out later this year from Intel and AMD trying to get back in the game with its own X86 server chips – they probably will not be called Opterons – it is not a surprise to us that server makers are having a bit of trouble making their numbers in recent months. But we are beginning to wonder if something else might be going on here than the usual pause before a big set of processor announcements.
In many ways, server spending is a leading indicator because when companies are willing to …
Mixed Signals From Server Land was written by Timothy Prickett Morgan at The Next Platform.
Enterprise IT must transform itself if it wants to provide the business with the agility it needs to remain competitive.
energy = mass * gravity * height
mass = energy/(gravity * height)
HPE lends a hand to AT&T as it works to reach its goal of virtualizing its network.
Here is the Cisco FEX Cheat Sheet on Nexus platform, Fabric Extender (FEX for short) is a companion to a Nexus 5K to 9K switch. The FEX, unlike a traditional switch, has no capability to store a forwarding table or run any control plane protocols. It relies on its parent 5K/6K/7K/9K to perform those functions. As the name implies, the FEX “extends” the fabric (ie, the network) out towards the edge devices that require network connectivity.
If you found a bug or want new content to be added, please report it!
Here is the Cisco FEX Cheat Sheet on Nexus platform, Fabric Extender (FEX for short) is a companion to a Nexus 5K to 9K switch. The FEX, unlike a traditional switch, has no capability to store a forwarding table or run any control plane protocols. It relies on its parent 5K/6K/7K/9K to perform those functions. As the name implies, the FEX “extends” the fabric (ie, the network) out towards the edge devices that require network connectivity.
If you found a bug or want new content to be added, please report it!
It's funny, in my experience, OSPF is the most widely used interior gateway protocol because it “just works” and it's an IETF standard which means it inter-ops between different vendors and platforms. However, if you really start to look at how OSPF works, you realize it's actually a highly complex protocol. So on the one hand you get a protocol that likely works across your whole environment, regardless of vendor/platform, but on the other you're implementing a lot of complexity in your control plane which may not be intuitive to troubleshoot.
This post isn't a judgement about OSPF or link-state protocols in general. Instead it will detail five functional aspects of OSPF in order to reveal-at least in part-how this protocol works, and indirectly, some of the complexity lying under the hood.