AROSFLFast LaneFL-AROS1.0<p>In this course, you will learn to: </p> <ul> <li>Use and create containerized applications.</li><li>Understand the difference between OpenShift and Kubernetes.</li><li>Make architectural decisions based on OpenShift architectural principles and paradigms.</li><li>Leverage OpenShift features to make your applications scalable, reliable, and highly available.</li><li>Leverage the OpenShift infrastructure to enable greater flexibility and resiliency of your overall solution.</li><li>Adopt security best practices for their applications and clusters.</li><li>Deploy applications on clusters.</li></ul><p>This course is intended for: </p> <ul> <li>Solutions architects</li><li>Software developers</li><li>Technical managers</li></ul><h5>Day 1</h5><ul> <li>Container Fundamentals</li><li>Docker and Podman</li><li>Lab 1: Running Containers</li><li>Container Lifecycle</li><li>Building Container Images</li><li>Container Registries</li><li>Image Scanning</li><li>Lab 2: Building a Containerized Application</li></ul><h5>Day 2</h5><ul> <li>Introduction to Kubernetes</li><li>OpenShift vs. Kubernetes</li><li>OpenShift Big Picture</li><li>OpenShift Projects</li><li>Lab 3: Working with the OpenShift Web Console</li><li>Applications on OpenShift (Pods, Services, Deployments)</li><li>Interfacing with OpenShift with oc</li></ul><h5>Day 3</h5><ul> <li>Ingress &amp; Egress</li><li>Multi-Tier Apps and Microservices on OpenShift</li><li>Lab 4: Deploying a Microservices Application</li><li>Zero-Downtime Deployments</li><li>Canary &amp; A/B Testing</li><li>Application Elasticity &amp; Scaling</li><li>Application High Availability</li><li>Lab 5: Troubleshooting Apps</li></ul><h5>Day 4</h5><ul> <li>Configuration and Secrets</li><li>Using Helm &amp; Kustomize</li><li>Guide to OpenShift Cluster Infrastructure</li><li>Introduction to Cluster Operators</li><li>Networking Overview</li><li>Storage &amp; Persistence</li><li>Stateful Sets</li><li>DB Schema Evolution for CI/CD</li><li>Lab 6: Databases on OpenShift</li></ul>In this course, you will learn to: - Use and create containerized applications. - Understand the difference between OpenShift and Kubernetes. - Make architectural decisions based on OpenShift architectural principles and paradigms. - Leverage OpenShift features to make your applications scalable, reliable, and highly available. - Leverage the OpenShift infrastructure to enable greater flexibility and resiliency of your overall solution. - Adopt security best practices for their applications and clusters. - Deploy applications on clusters.This course is intended for: - Solutions architects - Software developers - Technical managersDay 1 - Container Fundamentals - Docker and Podman - Lab 1: Running Containers - Container Lifecycle - Building Container Images - Container Registries - Image Scanning - Lab 2: Building a Containerized Application Day 2 - Introduction to Kubernetes - OpenShift vs. Kubernetes - OpenShift Big Picture - OpenShift Projects - Lab 3: Working with the OpenShift Web Console - Applications on OpenShift (Pods, Services, Deployments) - Interfacing with OpenShift with oc Day 3 - Ingress & Egress - Multi-Tier Apps and Microservices on OpenShift - Lab 4: Deploying a Microservices Application - Zero-Downtime Deployments - Canary & A/B Testing - Application Elasticity & Scaling - Application High Availability - Lab 5: Troubleshooting Apps Day 4 - Configuration and Secrets - Using Helm & Kustomize - Guide to OpenShift Cluster Infrastructure - Introduction to Cluster Operators - Networking Overview - Storage & Persistence - Stateful Sets - DB Schema Evolution for CI/CD - Lab 6: Databases on OpenShift4 jours