Are you like me? Are you a network engineer, or other professional, transitioning their skill set to include programming and automation? Does your programming experience experience come from a few programming courses you attended in college a long time ago? Then please read on because I created this Python guide for people like you and me.
In this guide, I explain the absolute minimum amount you need to learn about Python required to create useful programs. Follow this guide to get a very short, but functional, overview of Python programming in less than one hour.
When you begin using Python, there are a lot of topics you do not need to know so I omit them from this guide. However, I don’t want you to have to unlearn misconceptions later, when you become more experienced, so I include some Python concepts that other beginner guides might skip, such as the Python object model. This guide is “simple” but it is also “correct”.
In this guide, I will explore the seven fundamental topics you need to know to create useful programs almost immediately. These topics are:
While MEC is set to address the data demand of 5G networks, adding network programmability to MEC ameliorates the overall MEC solution.
As I wrap up my tenure at the the helm of the Internet Society on September 1, I want to thank each and all of you for your engagement, support and friendship. The last five years have been exhilarating—getting to know you, learning so much from you and acting together — to make the Internet better.
You have made a critical difference in strengthening and growing the Internet Society. The organization is now over 100 staff strong, serving on every continent but Antarctica. We have grown to 126 Chapters in 108 countries, with 8 global Special Interest Groups (SIGs). The Online Trust Alliance (OTA) has joined our organizational membership and we have new and vibrant partnerships with civil society and human rights organizations. The IETF has adopted a new structure to better serve its administration. Our
youth outreach and our engagement with the Internet Hall of Fame honorees and ISOC alumni have allowed us to look to the future as we gain wisdom from those who shaped the Internet and the Internet Society. More policy makers and governmental organizations look to us for our reports, research and expertise allowing for increased dialogue and collaboration at a time when it is Continue reading
The company selling the software claims it will only sell it for legal uses. But the RAT gives buyers everything they need to build a botnet.
The Apache 2.0-licensed project brings openness to access networks, so they can interoperate.
C3 IoT also has partnerships with Amazon Web Services, Microsoft Azure, and Intel to deliver its AI-driven IoT platform-as-a-service.
The container orchestration platform lets users tap into existing workflows and use the same tools for an application management layer overseeing compute and storage.
“HPE has been on the outside looking in with respect to cloud and China, and this solves both problems,” said analyst Zeus Kerravala.
Software components like controllers and VNFs are growing almost twice as fast as hardware components.
The Datanauts explore Envoy (an application-level proxy) and Istio (management software or the control plane for service meshes), key open-source projects for microservices architectures. Our guest is Christian Posta, Chief Architect, Cloud Application Development at Red Hat.
The post Datanauts 145: Microservice Meshes With Istio And Envoy appeared first on Packet Pushers.
Automation is getting a lot of buzz right now but operators should only use automation if it helps reduce the complexity of the network or compensates for human limitations.
SDxCentral’s new Research Brief on Edge Computing aims to provide insights into the most common pitfalls in building out the edge and provides recommendations on how to maximize success at the Edge for operators.
SDxCentral’s new Research Brief on Edge Computing aims to provide insights into the most common pitfalls in building out the edge and provides recommendations on how to maximize success at the Edge for operators.
Conventional wisdom tells us that a network that never breaks is the most resilient, but practice tells us otherwise. In this episode we explore the value of chaos engineering and how breaking your network intentionally can make it stronger.
Outro Music:
Danger Storm Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 3.0 License
http://creativecommons.org/licenses/by/3.0/
The post Episode 33 – The Importance Of Breaking Things appeared first on Network Collective.
The firm says Kubernetes is still a "three-star wizard to figure out," but abstraction could help ease deployment pains.