VMware Spring: Core Course Overview

VMware Spring: Core Course Overview

The VMware Spring: Core course is a comprehensive training program designed to equip learners with essential skills for building robust Java applications using the Spring Framework. Throughout the course, participants will delve into a wide array of topics, from the basics of Java configuration and Application context to advanced concepts like Aspect-Oriented Programming (AOP), Database transactions, and Spring Security.

By taking part in the Spring Core training, learners will gain hands-on experience with Annotation-based dependency injection, understand the internal workings of Spring, and learn how to create and test Spring-based applications efficiently. The course also introduces Spring Boot, demonstrating its simplicity and power in developing production-ready applications.

The VMware Spring Core training is particularly beneficial for developers looking to modernize their skillset and understand the intricacies of the Spring ecosystem. By the end of the course, participants will be well-versed in leveraging Spring's capabilities to develop, test, and secure enterprise-grade applications.

CoursePage_session_icon

Successfully delivered 5 sessions for over 12 professionals

Purchase This Course

1,475

  • Live Training (Duration : 32 Hours)
  • Per Participant
  • Guaranteed-to-Run (GTR)
  • date-img
  • date-img

♱ Excluding VAT/GST

Classroom Training price is on request

You can request classroom training in any city on any date by Requesting More Information

  • Live Training (Duration : 32 Hours)
  • Per Participant

♱ Excluding VAT/GST

Classroom Training price is on request

You can request classroom training in any city on any date by Requesting More Information

Request More Information

Email:  WhatsApp:

Koenig's Unique Offerings

Koenig Solutions bagged the VMware partner of the year award 2023 for its contribution towards their learning business

Course Prerequisites

Certainly! Based on the context provided and the modules outlined for the VMware Spring: Core course, the following prerequisites are suggested for students interested in undertaking this training:


  • Basic understanding of Java programming, including familiarity with concepts such as variables, loops, and basic syntax.
  • Knowledge of Java Development Kit (JDK) setup and Integrated Development Environment (IDE) usage, such as Eclipse or IntelliJ IDEA.
  • Familiarity with the fundamentals of object-oriented programming (OOP), including classes, objects, inheritance, and polymorphism.
  • An understanding of Java annotations and their typical usage in modern Java frameworks.
  • Basic knowledge of build tools such as Maven or Gradle, which are used for dependency management in Java projects.
  • Prior exposure to unit testing in Java, preferably with JUnit, as the course covers testing with Spring and JUnit.
  • Some awareness of relational database concepts and SQL, as the course includes modules on JDBC, JPA, and data access with Spring.
  • It is beneficial to have a basic understanding of web technologies such as HTTP, REST, and JSON, especially for modules covering Spring MVC, REST, and security.
  • While not mandatory, having some experience with Spring or another dependency injection framework can be helpful.

Please note that while these prerequisites are aimed at ensuring a smooth learning experience, motivated learners with a strong desire to understand Spring and a commitment to cover any gaps in knowledge can still succeed in this course.


Target Audience for VMware Spring: Core

The VMware Spring: Core course is designed for developers seeking comprehensive training in Spring Framework and Spring Boot technologies.


Targeted Job Roles and Audience:


  • Java Developers looking to enhance their Spring framework knowledge
  • Enterprise Software Engineers seeking to implement scalable Java applications
  • Software Architects designing Java-based enterprise solutions
  • DevOps Engineers involved in continuous integration and deployment of Spring applications
  • Application Developers interested in building and deploying cloud-native applications
  • Systems Analysts who require an understanding of Spring for project specifications
  • Technical Project Managers overseeing Java application development projects
  • Full Stack Developers expanding their backend expertise with Spring technologies
  • Software Instructors and Corporate Trainers specializing in modern Java frameworks
  • IT Professionals transitioning into Java development roles with a focus on Spring
  • Backend Developers moving from traditional Java EE to Spring-based stacks
  • Quality Assurance Engineers aiming to understand Spring for better testing practices
  • Computing Students specializing in software development with an interest in Spring
  • Technical Leads coordinating cross-functional development teams using Spring


Learning Objectives - What you will Learn in this VMware Spring: Core?

Course Learning Outcomes and Concepts Overview

This VMware Spring: Core course equips participants with a comprehensive understanding of the Spring Framework, including its configuration, annotation-based dependency injection, AOP, data access, Spring MVC, Spring Boot, and Spring Security.

Learning Objectives and Outcomes

  • Understand and utilize Java configuration and the Spring application context for dependency management.
  • Configure Spring applications using @Configuration, @Bean, @Import annotations, and external property sources.
  • Implement annotation-based dependency injection with @Autowired and manage bean lifecycle using @PostConstruct, @PreDestroy.
  • Explore the Factory pattern in Spring and use FactoryBeans for advanced bean instantiation.
  • Gain insight into the internal workings of Spring, including bean lifecycle, post-processors, and proxy mechanisms.
  • Learn the principles and implementation of Aspect-Oriented Programming (AOP) within the Spring context to handle cross-cutting concerns.
  • Develop and test Spring applications using Test-Driven Development practices, integration testing with JUnit 5, and Spring’s testing support.
  • Understand and implement data access in Spring with JdbcTemplate, and manage transactions using Spring’s declarative transaction management.
  • Create and configure Spring Boot applications, understand auto-configuration, and utilize Spring Boot’s runtime features for operational simplicity.
  • Master Spring MVC for web application development, RESTful services implementation, and secure applications with Spring Security.
  • Monitor and manage application health and metrics with Spring Boot Actuators and implement custom health indicators.
  • (Optional) Learn how to secure applications with OAuth 2 using Spring Security OAuth.
  • (Optional) Understand the basics of Reactive Programming and develop reactive applications using Spring’s support for reactive systems.

Technical Topic Explanation

Java configuration

Java configuration involves setting up Java-based applications using code rather than traditional XML files. This is primarily facilitated by the Spring Framework, particularly with Spring Core, which lets developers use annotations like @Configuration and @Bean to manage dependencies more conveniently. This approach enhances modularity, readability, and ease of refactoring. It's integral in building robust applications that can easily integrate with various environments, facilitated by efficient tools like VMware Spring Core Training, which offers hands-on experience in effectively configuring and optimizing Java applications within the Spring framework.

Application context

Application context refers to the environment or setting in which a specific software application is designed to operate. This includes understanding how it interacts within a broader system, its function, and how it meets the needs of its users. In practical terms, it focuses on the relevancy and conditions under which the software operates, whether handling background operations for a mobile app or complex data processing in enterprise systems. This concept is crucial for developers during the design and testing phases to ensure that the application performs well under projected real-world conditions.

Aspect-Oriented Programming (AOP)

Aspect-Oriented Programming (AOP) is a programming technique that allows developers to modularize crosscutting concerns, or code that affects multiple parts of an application. For example, logging or security features often need to be integrated throughout an application. In traditional programming, this can lead to scattered and duplicated code. AOP tackles this issue by allowing these common functionalities to be defined in one place and then seamlessly integrating them into other parts of the application without altering the business logic. This leads to cleaner, more maintainable code and enhances modularity.

Database transactions

Database transactions refer to a unit of operations performed within a database management system, which are executed in a coherent and reliable manner. In essence, a transaction is a sequence of database actions (such as read or write) that are grouped together to perform a specific task. Each transaction must adhere to the ACID properties—Atomicity, Consistency, Isolation, and Durability. This means the transaction must be completed in full or not at all (Atomicity), maintain data integrity (Consistency), not interfere with other transactions (Isolation), and remain persistent even after the system failure (Durability).

Spring Security

Spring Security is a powerful framework that forms part of the broader VMware Spring Core Training. It is specifically designed to address security concerns in applications by providing authentication and authorization capabilities. This framework helps developers ensure that only authenticated users can access certain parts of an application, protecting sensitive information from unauthorized access. The module is highly customizable, enabling precise security configurations tailored to specific needs, making it an essential tool for secure application development in the Spring core ecosystem.

Annotation-based dependency injection

Annotation-based dependency injection is a feature in the Spring framework, particularly emphasized in Spring Core training, that allows developers to manage software components and their dependencies through simple annotations in their code—like @Autowired. Instead of using XML to describe relationships, developers can use annotations directly in Java code to define how parts of the application should connect and collaborate. This results in clearer, more maintainable code that's easier to understand and debug. VMware Spring Core training often highlights this as a streamlined method to manage complex software applications with reduced boilerplate configuration.

Spring Boot

Spring Boot is a framework from the larger Spring ecosystem designed to simplify the setup and development of new Spring applications. It allows developers to create stand-alone, production-grade applications that "just run," often with minimal Spring configuration. With Spring Boot, you can focus more on application development than on the configuration. It integrates well with VMware Spring Core training to enhance understanding and capability in managing enterprise applications. Spring Boot supports a wide range of programming and configuration styles, providing a flexible environment for developers in various stages of their project lifecycle.

Spring Framework

Spring Framework is a powerful, versatile development framework for building Java applications. As part of the broader Java ecosystem, Spring provides a comprehensive programming and configuration model. It offers infrastructure support for developing Java apps, allowing you to focus more on your app's business logic without the need to connect the dots of each technology underneath. Key aspects include dependency injection, aspect-oriented programming, and transaction management. VMware Spring Core training equips developers with essential skills to work efficiently with Spring, enhancing application development and system management within a corporate setting.

Spring ecosystem

The Spring ecosystem, part of VMware's offerings, is a comprehensive programming and configuration model for Java-based enterprise applications. It includes Spring Core, a framework that provides the fundamental parts for developing powerful apps, such as dependency injection and aspect-oriented programming, making application development and testing easier. VMware Spring Core training specifically focuses on equipping developers with skills and knowledge essential to effectively leverage the Spring Core framework in various development scenarios, enhancing their capabilities in building robust, maintainable applications. This training is crucial for professionals looking to excel in modern software development environments.

Target Audience for VMware Spring: Core

The VMware Spring: Core course is designed for developers seeking comprehensive training in Spring Framework and Spring Boot technologies.


Targeted Job Roles and Audience:


  • Java Developers looking to enhance their Spring framework knowledge
  • Enterprise Software Engineers seeking to implement scalable Java applications
  • Software Architects designing Java-based enterprise solutions
  • DevOps Engineers involved in continuous integration and deployment of Spring applications
  • Application Developers interested in building and deploying cloud-native applications
  • Systems Analysts who require an understanding of Spring for project specifications
  • Technical Project Managers overseeing Java application development projects
  • Full Stack Developers expanding their backend expertise with Spring technologies
  • Software Instructors and Corporate Trainers specializing in modern Java frameworks
  • IT Professionals transitioning into Java development roles with a focus on Spring
  • Backend Developers moving from traditional Java EE to Spring-based stacks
  • Quality Assurance Engineers aiming to understand Spring for better testing practices
  • Computing Students specializing in software development with an interest in Spring
  • Technical Leads coordinating cross-functional development teams using Spring


Learning Objectives - What you will Learn in this VMware Spring: Core?

Course Learning Outcomes and Concepts Overview

This VMware Spring: Core course equips participants with a comprehensive understanding of the Spring Framework, including its configuration, annotation-based dependency injection, AOP, data access, Spring MVC, Spring Boot, and Spring Security.

Learning Objectives and Outcomes

  • Understand and utilize Java configuration and the Spring application context for dependency management.
  • Configure Spring applications using @Configuration, @Bean, @Import annotations, and external property sources.
  • Implement annotation-based dependency injection with @Autowired and manage bean lifecycle using @PostConstruct, @PreDestroy.
  • Explore the Factory pattern in Spring and use FactoryBeans for advanced bean instantiation.
  • Gain insight into the internal workings of Spring, including bean lifecycle, post-processors, and proxy mechanisms.
  • Learn the principles and implementation of Aspect-Oriented Programming (AOP) within the Spring context to handle cross-cutting concerns.
  • Develop and test Spring applications using Test-Driven Development practices, integration testing with JUnit 5, and Spring’s testing support.
  • Understand and implement data access in Spring with JdbcTemplate, and manage transactions using Spring’s declarative transaction management.
  • Create and configure Spring Boot applications, understand auto-configuration, and utilize Spring Boot’s runtime features for operational simplicity.
  • Master Spring MVC for web application development, RESTful services implementation, and secure applications with Spring Security.
  • Monitor and manage application health and metrics with Spring Boot Actuators and implement custom health indicators.
  • (Optional) Learn how to secure applications with OAuth 2 using Spring Security OAuth.
  • (Optional) Understand the basics of Reactive Programming and develop reactive applications using Spring’s support for reactive systems.