OKD Administration
Admin btechYou will design an OKD HA cluster, then build and test it. You will use this cluster to examine more advanced topics in the administration and operation of a robust OKD cluster in the remainder of the course.
Content Summary
- Learn OKD cluster features, architecture, and sizing.
- Investigate OKD cluster installation methods.
- Configure storage providers and storage classes.
- Manage OKD certificates.
- Configure GlusterFS container-native storage.
- Diagnose cluster health.
- Scale OKD clusters.
- Manage OKD resources.
Daftar pratayang modul materi OKD Administration
Berikut ini adalah daftar judul modul dan bab dari OKD Administration, untuk memiliki akses materi secara penuh, silahkan ikuti kelas ini.
- 1. Available Platforms
- 2. Installation Overview
- 3. The Installation Process of Both Types of OKD Clusters
- 4. The Installation Process Details
- 5. Machines Requirements
- 6. Network Requirements
- 7. Minimum Resource Requirements
- 8. About FCOS
- 9. About Ignition
- 10. Firewall
- 11. Network Topology Requirements
- 12. DNS Requirements
- 13. Lab 2.1 - Install OKD Cluster - Setup DNS Server
- 14. Lab 2.2 - Install OKD Cluster - Setup DHCP Server
- 15. Lab 2.3 - Install OKD Cluster - Install TFTP Server
- 16. Lab 2.4 - Install OKD Cluster - Setup Matchbox
- 17. Lab 2.5 - Install OKD Cluster - Configure NTP Server
- 18. Lab 2.6 - Install OKD Cluster - Configure HAProxy and Rsyslog
- 19. Lab 2.7 - Install OKD Cluster - Provisioning OKD Cluster
- 1. Podman Overview
- 2. Podman Architecture
- 3. The Key Features of Podman
- 4. The OKD CLI
- 5. Verifying the Health of OKD Nodes
- 6. Reviewing the Cluster Version Resource
- 7. Reviewing Cluster Operators
- 8. Displaying the Logs of OKD Nodes
- 9. Lab 3.1 - Podman Overview
- 10. Lab 3.2 - Manage Images using Podman
- 11. Lab 3.3 - Manage Containers using Podman
- 12. Lab 3.4 - Review OKD Cluster using OC Command
- 13. Lab 3.5 - Project Management
- 1. Ephemeral Storage
- 2. Types of Ephemeral Storage
- 3. Persistent Storage Overview
- 4. Lifecycle of a Volume and Claim
- 5. Types of PVs
- 6. Access Modes
- 7. Volume Phase and Mount Options
- 8. Lab 4.1 - Setup NFS Server
- 9. Lab 4.2 - Setup Persistent Storage
- 10. Lab 4.3 - Setup Image Registry Persistent Storage
- 1. Users and Groups
- 2. Authenticating API Requests
- 3. The Authentication Operator
- 4. Identity Providers
- 5. Role-based Access Control (RBAC)
- 6. Default Roles
- 7. User Types
- 8. Secrets Overview
- 9. Features and Types of Secrets
- 10. Use Cases for Secrets
- 11. Security Context Constraints (SCCs)
- 12. Lab 5.1 - Configuring HTPasswd Identity Provider
- 13. Lab 5.2 - Create Users from the Secret
- 14. Lab 5.3 - Update User Password from the Secret
- 15. Lab 5.4 - Delete User from the Secret
- 16. Lab 5.5 - Defining and Applying Permissions using RBAC
- 17. Lab 5.6 - Managing Sensitive Information With Secrets
- 18. Lab 5.7 - Controlling Application Permissions with Security Context Constraints (SCC)
- 1. Introducing OpenShift Software-Defined Networking
- 2. Networking Model
- 3. Using Services for Accessing Pods
- 4. Defining Service Types
- 5. Discussing the DNS Operator and DNS Records for Services
- 6. The Cluster Network Operator
- 7. Network Modes
- 8. Comparing and Contrasting Network Modes
- 9. Multus Container Network Interface (CNI)
- 10. Accessing Application from External Networks
- 11. Methods for Managing Ingress Traffic
- 12. Route Options and Route Types
- 13. Insecure Routes
- 14. Securing Applications with Edge Routes
- 15. Securing Applications with Pass-through Routes
- 16. Lab 6.1 - Create a Route to Access the Frontend service
- 17. Lab 6.2 - Create a Secure Edge Route
- 1. Introducing the Machine API
- 2. Manually Scaling Worker Nodes
- 3. Automatically Scaling a Cluster
- 4. Implementing Automatic Scaling
- 5. Specifying Pod Replicas in Configuration Workloads
- 6. Manually Scaling the Number of Pod Replicas
- 7. Autoscaling Pods
- 8. Lab 7.1 - Manual Scaling the Loadtest Application
- 9. Lab 7.2 - Horizontal Pod Autoscaler
- 1. Introducing the Scheduler Algorithm
- 2. Scheduling and Topology
- 3. Labeling Nodes and MachineSets
- 4. Controlling Pod Placement
- 5. Configuring a Node Selector for a Project
- 6. Scaling the Number of Pod Replicas
- 7. Resource Requests and Limits for Pods
- 8. Applying Quotas
- 9. Applying Limit Ranges
- 10. Applying Quotas to Multiple Projects
- 11. Lab 8.1 - Labeling Nodes
- 12. Lab 8.2 - Limiting Resource Usage
- 1. Managing Image Overview
- 2. Image Tags
- 3. Image Tag Conventions
- 4. Using Image Streams
- 5. Adding Tags to Image Streams
- 6. Image Pull Policy
- 7. Using Image Pull Secrets
- 8. The Source-to-Image (S2I)
- 9. The Benefits of Source-to-Image (S2I)
- 10. How Source-to-Image Works
- 11. The Source-to-Image (S2I) Process
- 12. Lab 9.1 - Review the Images
- 13. Lab 9.2 - Managing Image Registry - Accessing to Image registry
- 14. Lab 9.3 - Managing Image Registry - Build an Image
- 15. Lab 9.4 - Managing Image Registry - Push Images to the Registry
- 16. Lab 9.5 - Create the Deployment using Image from the Registry
- 17. Lab 9.6 - Building an Application with The Source-to-Image (S2I)
- 18. Lab 9.7 - Manage images with The Source-to-Image (S2I)
- 1. Describing the Web Console
- 2. Accessing the OKD Web Console
- 3. Finding Resources
- 4. Creating Users and Groups
- 5. Creating a Project
- 6. Exploring Workload Resources
- 7. Managing Workloads
- 8. Deploying Applications
- 9. Installing and Using Operators
- 10. Viewing Cluster Metrics
- 11. Viewing Project Metrics
- 12. Viewing Resource Metrics
- 13. Performing Prometheus Queries in the Web Console
- 14. Lab 10.1 - Identify and Accessing Web Console
- 15. Lab 10.2 - Review the OKD-console-operator and OKD-console pod Logs
- 16. Lab 10.3 - Review the Console, Image, and OAuth Cluster Settings
- 17. Lab 10.4 - Review the admin, edit, and view Cluster Roles
- 18. Lab 10.5 - Add a Tester User Entry to the Localusers Secret via Web Console
- 19. Lab 10.6 - Create and Configure a New Project Named console-apps via Web Console
- 1. Applications Overview
- 2. Creating Sample Applications
- 3. Creating Applications using the CLI
- 4. Modifying Applications
- 5. Helm Charts
- 6. Deployment and DeploymentConfig
- 7. Replication Controllers
- 8. Replica Sets
- 9. DeploymentConfig Objects
- 10. DeploymentConfig Object-Specific Features
- 11. Deployment-Specific Features
- 12. Choosing a Deployment Strategy
- 13. Route-Based Deployment Strategies
- 14. Lab 11.1 - Install PostgreSQL using OperatorHub Resources
- 15. Lab 11.2 - Create and Configure Deployment using PostgreSQL Database
- 1. OKD Certificates
- 2. The Default Wildcard Certificate
- 3. Additional Trusted Certificate Authorities
- 4. Changing the Ingress Controller Operator Certificate
- 5. Changing the Master API Certificate
- 6. Verifying The New Certificate
- 7. Lab 12.1 - Generate TLS Certificates
- 8. Lab 12.2 - Configure OKD Certificates
- 1. The Monitoring Stack
- 2. Default Monitoring Components
- 3. Default Monitoring Targets
- 4. Understanding Metrics
- 5. Alerts and AlertManager
- 6. Prometheus
- 7. Describing Prometheus Query Language
- 8. Introducing Grafana
- 9. Lab 13.1 - Review Detail of the Monitoring Resources
- 10. Lab 13.2 - Monitoring Cluster Resouces
- 11. Lab 13.3 - Alerting and Metrics
- 12. Lab 13.4 - Grafana and Prometheus
Informasi Kursus
Kategori: Cloud, docker, devops, orchestration, PaaS, Openshift
Level: Menengah
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