Pluralsight – LPIC-3 304
English | Size: 435.66 MB (456,824,571 Bytes)
Category: CBTs
Linux server virtualization is often associated with hyper-scale deployments like Amazon’s AWS and their cloud clients like Netflix, NASA, and Airbnb, but it can also help effectively scale operations of all shapes and sizes. The problem is that virtualization comes with a very steep learning curve, and just figuring out which tools you should be using can sometimes be harder than figuring out how to use them. This course, Linux Server Virtualization (LPIC-3 304 Part 1/2), will introduce the key principles and technologies driving the virtualization movement on Linux, covering both hypervisor and container virtualization solutions like Xen, KVM, VirtualBox, LXC. (Note, however, that you won’t cover vSphere’s ESXi or Microsoft’s Hyper-V.) Using only freely available software that’s compatible with just about any PC you might be running, you will learn how to actually install hypervisors and container managers and launch your own virtual machines. When you’re done, you should be able to confidently select the best tool for your project and have a useful practical background on which to build.
https://www.pluralsight.com/courses/linux-high-availability-cluster-management-lpic-3
Running server operations using clusters of either physical or virtual computers is all about improving performance over and above what you could expect from a single, high-powered server. But “improving performance” can mean different things in different contexts. This course, Linux High Availability Cluster Management (LPIC-3 304 Part 2/2), will bring many aspects of performance improvement to light. You’ll be introduced to the principles of Linux-based HA and cluster management and the key tools currently in use in real-world environments – including Linux Virtual Server (LVS), HAProxy, Pacemaker, DRBD, OCFS2, and GFS2.You’ll learn how to intelligently spread workloads among diverse geographic and demand environments (load balancing). You’ll also discover how to provide backup servers that can be quickly brought into service in the event a working node fails (failover). Finally, you’ll also learn about optimizing the way your data tier is deployed, or allowing for fault tolerance through loosely coupled architectures. By the end of this course, you will be able to improve and manage many aspects of the performance of your local or cloud Linux deployments, and they’ll be more reliable for it.
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