Visão Geral

Este Curso CI/CD With Jenkins visa capacitar os participantes a utilizarem o Jenkins, uma das ferramentas mais populares para integração contínua (CI) e entrega contínua (CD). Os alunos aprenderão a configurar pipelines automatizados, integrando o Jenkins com repositórios de código, ferramentas de teste e ambientes de deploy. Além disso, o curso abordará práticas recomendadas para garantir a eficiência e a qualidade no ciclo de vida de desenvolvimento de software.

Objetivo

Após realizar o curso CI/CD with Jenkins, você será capaz de:

• Compreender os conceitos de CI/CD e sua importância no ciclo de vida do desenvolvimento de software
• Instalar e configurar o Jenkins em ambientes Linux ou Windows
• Criar pipelines de CI/CD automatizados com Jenkins
• Integrar o Jenkins com ferramentas de controle de versão (Git), build (Maven/Gradle), e testes automatizados
• Monitorar e gerenciar jobs no Jenkins
• Implementar notificações e relatórios de build
• Utilizar Jenkins em ambientes de containers (Docker)
• Automatizar o deploy de aplicações em diferentes ambientes (produção, desenvolvimento, etc.)

Publico Alvo

• Desenvolvedores de software
• Engenheiros DevOps
• Administradores de sistemas
• Profissionais interessados em automação de processos de entrega de software

Pre-Requisitos

• Não há pré-requisitos para fazer este curso de Jenkins.

Materiais

Conteúdo Programatico

Module 1: Introduction to CI/CD and Jenkins

1. Overview of Continuous Integration and Continuous Delivery
2. Importance of Automation in Software Development
3. Introduction to Jenkins: Features and Use Cases
4. Jenkins Installation and Setup (Linux/Windows)

Module 2: Jenkins Basics

1. Jenkins Interface and Key Components
2. Configuring Jenkins: Jobs, Nodes, and Plugins
3. Working with Jenkins Plugins: Installing and Managing Plugins
4. Creating and Running Your First Jenkins Job

Module 3: Version Control System Integration

1. Integrating Jenkins with Git for CI/CD
2. Configuring Jenkins to Monitor Repository Changes
3. Automating Code Fetching and Building from Git

Module 4: Pipeline as Code (Jenkinsfile)

1. Introduction to Jenkins Pipelines
2. Declarative vs. Scripted Pipelines
3. Writing Jenkinsfiles: Syntax and Structure
4. Building Simple and Complex Pipelines

Module 5: Build Automation and Testing

1. Integrating Build Tools: Maven and Gradle
2. Running Automated Unit Tests in Jenkins Pipelines
3. Working with Code Quality Tools (SonarQube, Checkstyle)
4. Generating Test Reports and Notifications

Module 6: Jenkins and Docker Integration

1. Introduction to Docker and Containers in CI/CD
2. Running Jenkins in a Docker Container
3. Automating Containerized Builds with Jenkins
4. Creating and Managing Docker Images in Jenkins Pipelines

Module 7: Continuous Delivery and Deployment

1. Automating Deployment with Jenkins
2. Integration with Application Servers (Tomcat, Kubernetes)
3. Environment-based Deployments (Staging, Production)
4. Rollbacks and Blue-Green Deployments

Module 8: Jenkins Security and Monitoring

1. Securing Jenkins: Users, Roles, and Permissions
2. Managing Credentials in Jenkins
3. Monitoring Jenkins Jobs and System Performance
4. Troubleshooting and Debugging Jenkins Pipelines

Module 9: Notifications and Reporting

1. Setting up Email Notifications for Build Status
2. Integrating Jenkins with Slack and Other Notification Systems
3. Generating and Sharing Build Reports
4. Real-time Monitoring of Builds and Pipelines

Module 10: Advanced Jenkins Features

1. Distributed Builds: Configuring Jenkins Master and Slave Nodes
2. Parallel and Sequential Builds
3. Pipeline as Code for Complex Deployments
4. Best Practices for Managing Jenkins at Scale

Module 11: CI/CD in Practice: Real-World Scenarios

1. Case Study: CI/CD Pipeline for a Web Application
2. Case Study: Deploying Microservices with Jenkins and Docker
3. Case Study: Jenkins Integration with Cloud Platforms (AWS, Azure)

Module 12: Course Review and Final Project

1. Review of Key Concepts and Techniques
2. Hands-on Final Project: Building a Full CI/CD Pipeline
3. Q&A and Best Practices Discussion