CJE Exam Information and Guideline
Certified Jenkins Engineer (CJE)
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Exam Specification: CJE Certified Jenkins Engineer (CJE)
Exam Name: CJE Certified Jenkins Engineer
Exam Code: CJE
Exam Duration: 90 minutes
Passing Score: 75%
Exam Format: Multiple-choice and hands-on exercises
Exam Delivery: Online proctored exam
Course Outline:
1. Introduction to Jenkins
- Overview of Jenkins and its importance in the software development lifecycle
- Understanding the key concepts and terminology of Jenkins
- Exploring the benefits of using Jenkins for continuous integration and continuous delivery
2. Jenkins Installation and Configuration
- Installing and setting up Jenkins on various platforms
- Configuring Jenkins and managing system requirements
- Understanding security considerations and user management in Jenkins
3. Building Jobs and Pipelines
- Creating and configuring Jenkins jobs
- Understanding the different types of Jenkins pipelines (Scripted Pipeline, Declarative Pipeline)
- Implementing advanced features in Jenkins pipelines (Parallel execution, stages, triggers, etc.)
4. Source Code Management and Integration
- Integrating Jenkins with various source code management systems (Git, SVN, etc.)
- Configuring and managing source code repositories and branches
- Implementing best practices for version control and code integration in Jenkins
5. Build Automation and Testing
- Implementing build automation using Jenkins
- Configuring and running automated tests in Jenkins
- Integrating Jenkins with testing frameworks and tools
6. Continuous Integration and Delivery
- Implementing continuous integration and delivery processes using Jenkins
- Setting up build triggers and scheduling jobs in Jenkins
- Automating deployment and release processes in Jenkins
Exam Objectives:
1. Understand the concepts and principles of Jenkins in the software development lifecycle.
2. Install and configure Jenkins and manage its system requirements.
3. Create and configure Jenkins jobs and pipelines.
4. Integrate Jenkins with source code management systems.
5. Implement build automation and testing in Jenkins.
6. Establish continuous integration and delivery processes using Jenkins.
Exam Syllabus:
Section 1: Introduction to Jenkins (10%)
- Overview of Jenkins and its role in the software development lifecycle
- Key concepts and terminology of Jenkins
- Benefits of using Jenkins for continuous integration and delivery
Section 2: Jenkins Installation and Configuration (20%)
- Installation and setup of Jenkins on various platforms
- Configuration of Jenkins and management of system requirements
- Security considerations and user management in Jenkins
Section 3: Building Jobs and Pipelines (25%)
- Creation and configuration of Jenkins jobs
- Types of Jenkins pipelines (Scripted Pipeline, Declarative Pipeline)
- Implementation of advanced features in Jenkins pipelines
Section 4: Source Code Management and Integration (15%)
- Integration of Jenkins with source code management systems (Git, SVN, etc.)
- Configuration and management of source code repositories and branches
- Best practices for version control and code integration in Jenkins
Section 5: Build Automation and Testing (15%)
- Implementation of build automation using Jenkins
- Configuration and execution of automated tests in Jenkins
- Integration of Jenkins with testing frameworks and tools
Section 6: Continuous Integration and Delivery (15%)
- Implementation of continuous integration and delivery processes using Jenkins
- Setup of build triggers and job scheduling in Jenkins
- Automation of deployment and release processes in Jenkins