Kubernetes Fundamentals: A Step-by-Step Development and Interview Guide - Tapa blanda

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Himanshu Agrawal is a distinguished IT professional with 13+ years of experience in designing and implementing solutions in JEE technologies. He is currently working as Associate Consultant with CGI, for 13+ years. Himanshu specializes in some niche technical areas like JVM, Multithreading, TLS, Apache, and Kubernetes to name a few, and is a Technical Reviewer of published books.  Himanshu has earned certifications from some of the top universities like Harvard and MIT. He is an Oracle Certified Java Dev, Oracle Certified Web Component Dev, and certified by Google Cloud in Architecting with Google Kubernetes Engine. Apart from technical areas, he is a Certified SAFe 5 Practitioner. Himanshu extends his technical expertise to teams primarily in BFSI and Telecom sectors.

De la contraportada

Explore the world of Kubernetes and learn the concepts needed to develop, deploy, and manage applications on this container orchestrator. This step-by-step development guide is designed for application developers and support members aiming to learn Kubernetes and/or prepare for interviews. All the concepts in the book are presented in Q&A format, with questions framed exactly the way they are asked in an interview, giving you a distinctive edge in interviews..

You’ll start by understanding how application development and deployment have evolved over the decades leading up to containerization. You’ll then dive deep into core Kubernetes concepts, learning Kubernetes architecture, Kubernetes objects and workload resources, and how to exploit them to their full potential. You’ll also learn Kubernetes deployment strategies and concepts related to rollout and rollback.

You will:

• Learn about basic and advanced Kubernetes objects and workload resources
• Master important concepts such as namespaces, selectors, annotations, and access control
• Understand the Kubernetes networking and storage system
• Manage a Kubernetes cluster with the help of probes, resource quotas, limits, and taints