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A propos de la formation Java OCA/OCP 8

The Java OCA/OCP 8 training program is designed to equip participants with both fundamental and advanced Java concepts. It aims to solidify their Java development skills and prepare them for the Oracle Certified Associate (OCA) and Oracle Certified Professional (OCP) Java SE 8 exams.

Détails
Objectifs pédagogiques de la formation Java OCA/OCP 8
  • Master fundamental and advanced Java concepts required for the OCA/OCP Java SE 8 certification
  • Develop a comprehensive understanding of Java programming principles and best practices
  • Gain proficiency in Java development to justify solid skills and expertise in the field
  • Prepare effectively for the Oracle Certified Associate and Oracle Certified Professional Java SE 8 exams.

Qui devrait suivre cette formation Java OCA/OCP 8 ?

Public visé par la formation Java OCA/OCP 8

This training program is tailored for Java developers looking to validate their skills and obtain the OCA/OCP Java SE 8 certification. It is suitable for both entry-level developers seeking to establish a strong foundation in Java and experienced developers aiming to enhance their proficiency and achieve certification.  

Prérequis de la formation Java OCA/OCP 8

To enroll in the Java OCA/OCP 8 training program, participants are recommended to have completed the "Oracle Certified Associate Java, Java development experience" course. Additionally, a solid understanding of Java programming concepts and experience in Java development are beneficial for successful completion of the training.

Formations Similaires

Déroulé de la formation Java OCA/OCP 8


Module 1: Java Fundamentals

Introduction to Java programming language.

Basic syntax and structure of Java code.

Data types, variables, and operators.

Control flow statements: if, else, switch, loops.

Understanding classes, objects, methods, and constructors.


Module 2: Advanced Java Concepts

Inheritance, polymorphism, and abstraction.

Interfaces, abstract classes, and nested classes.

Exception handling and error management.

Multithreading and synchronization.

Lambda expressions and functional interfaces.


Module 3: Java Collections Framework

Overview of the Java Collections Framework.

Core interfaces: List, Set, Map.

Common collection classes: ArrayList, LinkedList, HashSet, HashMap.

Performing operations like insertion, deletion, searching, and iteration.

Working with collections to manage and manipulate data.


Module 4: Database Connectivity with JDBC

Introduction to Java Database Connectivity (JDBC).

Establishing database connections.

Executing SQL queries and processing result sets.

Handling transactions and database operations.

Integrating Java applications with relational databases.


Module 5: Java Development Tools and Best Practices

Essential Java development tools: IDEs, build tools, version control systems.

Writing clean and maintainable code.

Debugging techniques and error resolution.

Using popular Java development tools like IntelliJ IDEA, Eclipse, Maven, and Git.

Applying coding standards and best practices for efficient development.


Module 6: Test-Driven Development (TDD) and Unit Testing

Principles of Test-Driven Development (TDD).

Writing test cases and executing unit tests.

Interpreting test results and debugging failures.

Implementing TDD with JUnit framework.

Ensuring code reliability and quality through unit testing.


Module 7: Java Enterprise Edition (Java EE) Overview

Introduction to Java Enterprise Edition (Java EE).

Overview of servlets, JavaServer Pages (JSP), JavaServer Faces (JSF), Enterprise JavaBeans (EJB), and Java Persistence API (JPA).

Developing web-based enterprise applications.

Deploying applications on application servers.

Managing enterprise resources and services.


Module 8: Java Microservices with Spring Boot

Introduction to microservices architecture.

Overview of Spring Boot framework.

Building RESTful APIs with Spring Boot.

Implementing microservices patterns.

Handling service discovery, fault tolerance, and distributed tracing.


Module 9: Advanced Topics in Java Programming

Functional programming paradigms in Java.

Reactive programming with Project Reactor.

Cloud-native development with Kubernetes and Docker.

Exploring emerging trends and technologies in Java.

Building and deploying cloud-native Java applications.

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