HJ7F2SHPHPHP-HJ7F2S1.0<p>During this course, students will learn: </p> <ul> <li>Kubernetes architecture</li><li>Kubernetes core concepts (clusters, objects, etc.)</li><li>Fundamentals: <ul> <li>Images</li><li>Containers</li><li>Pods</li></ul></li><li>Installation</li><li>Application lifecycle management</li><li>Networking</li><li>Storage</li><li>Security</li><li>Scheduling</li><li>Jobs and CronJobs</li><li>Linux containers</li></ul><ul> <li>Proficiency with the Linux CLI (U8583S: Linux Fundamentals (GL120))</li><li>A broad understanding of Linux system administration (H7091S: Enterprise Linux Systems Administration (GL250))</li><li>Basic knowledge of Linux containers, e.g. Docker (H0DS3S: Docker (GL340))</li></ul><p>Systems administrators and DevOps professionals</p><p>Core Concepts Installation Application Lifecycle Management Networking Storage Security Scheduling Jobs and CronJobs Linux Containers</p><h5>Core Concepts </h5><ul> <li>CKA objectives covered</li><li>Kubernetes architecture</li><li>Cluster communication</li><li>Objects</li><li>Object properties</li><li>Labels and selectors</li><li>Annotations</li><li>Object management</li><li>Image fundamentals</li><li>Container fundamentals</li><li>Pod fundamentals</li><li>Working with pods</li><li>Writing YAML files</li></ul><h5>Installation </h5><ul> <li>CKA objectives covered</li><li>Installation prerequisites</li><li>Installation (single node)</li><li>Installation (production)</li><li>Client tool optimizations</li><li>Installing HA control plane (demo)</li></ul> <h5>Application Lifecycle Management </h5><ul> <li>CKA objectives covered</li><li>Pod lifecycle</li><li>Container lifecycle</li><li>Init containers</li><li>Container: command and args</li><li>Container: defining environment</li><li>ReplicaSet</li><li>Deployments</li><li>Working with deployments</li><li>Deployment rollouts</li><li>Networking &bull; CKA objectives covered</li><li>Network overview</li><li>Service discovery and CoreDNS</li><li>Container Network Interface (CNI)</li><li>Services</li><li>Ingress objects</li></ul> <h5>Storage</h5><ul> <li>CKA objectives covered</li><li>Storage</li><li>Volume types</li><li>Static volumes (demo)</li><li>ConfigMaps</li><li>Secrets</li></ul> <h5>Security</h5><ul> <li>Controlling access to the Kubernetes API</li><li>Kubectl configuration</li><li>Admission controllers</li><li>Pod security policies admission controller</li><li>Default admission controllers</li></ul><h5>Scheduling </h5><ul> <li>CKA objectives covered</li><li>Controlling and tracking resources</li><li>Scheduler operation</li><li>DaemonSet</li><li>Node affinity and anti-affinity</li><li>Pod affinity and anti-affinity</li><li>Taints and tolerations</li></ul> <h5>Jobs and CronJobs</h5><ul> <li>Jobs</li><li>CronJobs</li></ul><h5>Linux Containers </h5><ul> <li>Application management landscape</li><li>Application isolation</li><li>Resource measurement and control</li><li>Container security</li><li>OverlayFS overview</li><li>Container security</li><li>Open container initiative</li></ul>During this course, students will learn: - Kubernetes architecture - Kubernetes core concepts (clusters, objects, etc.) - Fundamentals: - Images - Containers - Pods - Installation - Application lifecycle management - Networking - Storage - Security - Scheduling - Jobs and CronJobs - Linux containers- Proficiency with the Linux CLI (U8583S: Linux Fundamentals (GL120)) - A broad understanding of Linux system administration (H7091S: Enterprise Linux Systems Administration (GL250)) - Basic knowledge of Linux containers, e.g. Docker (H0DS3S: Docker (GL340))Systems administrators and DevOps professionalsCore Concepts Installation Application Lifecycle Management Networking Storage Security Scheduling Jobs and CronJobs Linux ContainersCore Concepts - CKA objectives covered - Kubernetes architecture - Cluster communication - Objects - Object properties - Labels and selectors - Annotations - Object management - Image fundamentals - Container fundamentals - Pod fundamentals - Working with pods - Writing YAML files Installation - CKA objectives covered - Installation prerequisites - Installation (single node) - Installation (production) - Client tool optimizations - Installing HA control plane (demo) Application Lifecycle Management - CKA objectives covered - Pod lifecycle - Container lifecycle - Init containers - Container: command and args - Container: defining environment - ReplicaSet - Deployments - Working with deployments - Deployment rollouts - Networking • CKA objectives covered - Network overview - Service discovery and CoreDNS - Container Network Interface (CNI) - Services - Ingress objects Storage - CKA objectives covered - Storage - Volume types - Static volumes (demo) - ConfigMaps - Secrets Security - Controlling access to the Kubernetes API - Kubectl configuration - Admission controllers - Pod security policies admission controller - Default admission controllers Scheduling - CKA objectives covered - Controlling and tracking resources - Scheduler operation - DaemonSet - Node affinity and anti-affinity - Pod affinity and anti-affinity - Taints and tolerations Jobs and CronJobs - Jobs - CronJobs Linux Containers - Application management landscape - Application isolation - Resource measurement and control - Container security - OverlayFS overview - Container security - Open container initiative3 jours2250.002250.002250.00