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Duration 35 hours
Course Outline
Module 1 – Introduction to Containers
- The rationale behind containers
- Comparing containers with virtual machines
- Container architecture
- Container runtimes
- The container lifecycle
Module 2 – Building Container Images
- Creating container images
- Utilizing Dockerfiles or Containerfiles
- Optimizing images
- Container registries
- Image versioning strategies
Module 3 – Kubernetes Fundamentals
- Kubernetes architecture
- Pods
- Deployments
- ReplicaSets
- Namespaces
- Labels and selectors
Module 4 – Introduction to OpenShift
- OpenShift architecture
- Projects and namespaces
- Web Console
- OpenShift CLI
- Managing applications
Module 5 – Deploying Applications
- Rolling out containerized applications
- Scaling workloads
- Implementing rolling updates
- Configuration management
- Handling environment variables
Module 6 – Networking
- Kubernetes Services
- Exposing applications
- Routes
- Ingress concepts
- Essential networking troubleshooting
Module 7 – Storage and Configuration
- Persistent storage
- Persistent Volume Claims
- ConfigMaps
- Secrets
- Stateful applications
Module 8 – Security Fundamentals
- RBAC concepts
- Service accounts
- Configuring secure applications
- Basics of image security
- Security best practices
Module 9 – Monitoring and Troubleshooting
- Logging
- Events
- Metrics
- Health checks
- Common troubleshooting scenarios
Module 10 – Practical Workshop
- Constructing a container image
- Deploying an application
- Configuring networking
- Managing application data storage
- Securing and troubleshooting the application
Course Format
- Interactive lectures.
- Practical demonstrations.
- Extensive hands-on exercises.
- Real-world deployment scenarios.
Course Customization Options
The curriculum can be tailored to align with the technologies, development tools, and deployment environments specific to your organization.
Requirements
Participants are expected to have:
- Familiarity with basic Linux command-line operations.
- A general grasp of software development or system administration practices.
- Foundational networking knowledge.
- No previous experience with OpenShift is necessary.
Testimonials (1)
basic understanding of container/kubernetes and how they interact features of the openshift plattform
