Curso Red Hat OpenShift Administration Fundation

  • DevOps | CI | CD | Kubernetes | Web3

Curso Red Hat OpenShift Administration Fundation

24 horas
Visão Geral

NesteCurso Red Hat OpenShift Administration Fundation, prático baseado em laboratório, os participantes aprenderão como administrar clusters OpenShift. O OpenShift é uma distribuição certificada do Kubernetes que o torna uma plataforma baseada em Kubernetes corporativa, confiável e confiável. Recursos como orquestração de contêineres, dimensionamento automático, descoberta de serviço, balanceamento de carga, failover/autocorreção automáticos e gerenciamento de cotas já estão disponíveis no Kubernetes. OpenShift fornece vários outros serviços

Objetivo

Após realizar este Curso Red Hat OpenShift Administration Fundation, você será capaz de:

  • Compreendendo a arquitetura do OpenShift
  • Solução de problemas de um cluster
  • Configurando a segurança de usuários e aplicativos
  • Configurando componentes de rede
  • Compreendendo o agendador de pods
  • Configuração de escala manual e automática
  • Usando o Console da Web
Publico Alvo
  • Administradores de sistema familiarizados com conteinerização e os fundamentos do Kubernetes.
     
Pre-Requisitos
  • O conhecimento intermediário dos comandos shell do UNIX/Linux é útil, mas não obrigatório.
Materiais
Português/Inglês + Exercícios + Lab Pratico
Conteúdo Programatico

Introduction to Red Hat OpenShift

  1. What is Red Hat OpenShift?
  2. OpenShift Features
  3. OpenShift Architecture
  4. Difference Between Various OpenShift Editions
  5. Hosted vs Self-Managed OpenShift
  6. What is OpenShift Control Plane?
  7. Understanding Cluster Operators

Installing and Connecting to an OpenShift Cluster

  1. UPI vs IPI Installation Methods
  2. Understanding The Deployment Process
  3. Upgrading an OpenShift Cluster
  4. Connecting to a Cluster
  5. Troubleshooting a Cluster

Security Options in OpenShift

  1. Authentication And Authorization
  2. What is the Authentication Operator?
  3. Different Identity Providers
  4. Using HTPasswd Identity Provider
  5. Adding Users and Assigning Permissions

Configuring Security for Users and Applications

  1. Difference between Rule, Role, and Binding
  2. Default Roles in OpenShift
  3. User Types in OpenShift
  4. Managing Secrets in OpenShift
  5. Using Security Context Constraints (SCC)

Networking in OpenShift

  1. What is Software-defined Networking?
  2. Configuring and Managing Ingress and Route
  3. Difference between NodePort and Load Balancer

Pod Scheduling and Scaling in OpenShift

  1. How OpenShift Pod Scheduler Works?
  2. Labeling
  3. Pod Placement
  4. Scaling an Application
  5. Resource Quotas
  6. Scaling an OpenShift Cluster
  7. Manual vs Auto Scale

Working with Logs

  1. Configuring Fluentd
  2. Configuring Kibana
  3. Configuring Elasticsearch

OpenShift Web Console

  1. Cluster Administration with the Web Console
  2. Managing Workloads with the Web Console
  3. Monitoring OpenShift with the Web Console

Labs

Lab 1.Connecting to a Cluster and Executing Troubleshooting commands
Lab 2.Configuring Identity Providers
Lab 3.Assigning Permissions using RBAC and SCC
Lab 4.Managing Secrets in OpenShift
Lab 5.Working with OpenShift Networking Components
Lab 6.Working with Pod Scheduler and Resource Quotas
Lab 7.Using the Web Console for Cluster Administration, Managing Workloads, and Monitoring
Lab 8.Working with Logs in OpenShift

TENHO INTERESSE

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