Spring Boot Tips, Tricks, and Techniques
Course
Online
Description
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Type
Course
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Methodology
Online
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Start date
Different dates available
Create testable, maintainable, state-of-the-art Spring applications.This course sets out to supply new possibilities. You will cover many aspects of Spring Boots: some you may know, and some you probably never knew existed. This course will boost your skills and will let you explore best practices and techniques to help you improve your application development.In this course, you'll learn to implement practical and proven techniques and adopt a quicker way to develop applications using Spring Boot. Each section covers techniques (with clear instructions) you can use to carry out different development tasks in a practical manner. We cover how to make your apps more maintainable, testable, fault-tolerant, and resilient.By the end of this course, you will have the knowledge and confidence to harness the Spring Boot tips, best practices, and techniques covered in the course to make your coding and app development projects achieve their maximum potential performance-wise.The code bundle for this course is available at About the AuthorTomasz Lelek is a software engineer, programming mostly in Java and Scala. He has been working with the Spark and ML APIs for the past 6 years, with production experience in processing petabytes of data. He is passionate about nearly everything associated with software development and believes that we should always try to consider different solutions and approaches before attempting to solve a problem. Recently he was a speaker at conferences in Poland-Confitura and JDD (Java Developers Day)-and at Krakow Scala User Group. He has also conducted a live coding session at the Geecon Conference.
Facilities
Location
Start date
Start date
About this course
How to avoid common Dependency Injection pitfalls
Use scopes of beans to control component lifecycles
Leverage Spring profiles to load environment-specific configurations
Use programmatic configuration over XML to define beans
Use Spring REST constructs to create a robust API
Make your tests more maintainable
Create fault-tolerant microservices by the proper configuration of REST templates
Make production applications more maintainable with robust monitoring
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Subjects
- Inheritance
- XML training
- Java
- XML
- Composition
- Internet
- Programming
- Programming Application
- IT
- IT Management
Course programme
- Use @Component annotation
- Use @Autowired annotation
- Inject component into field
- Understand the cons of field injection
- Figure out a better solution
- Use constructor injection
- Create an interface
- Create two components that implement the same interface
- Use @Qualifier to pick proper service
- Create Bean with prototype scope
- Create Bean with singleton scope
- Test the behavior of both scopes
- Create a Spring service that extends other services
- Understand the reasoning about inheritance of components and why it is hard
- Change the inheritance to composition
- Use @Component annotation
- Use @Autowired annotation
- Inject component into field
- Understand the cons of field injection
- Figure out a better solution
- Use constructor injection
- Create an interface
- Create two components that implement the same interface
- Use @Qualifier to pick proper service
- Create Bean with prototype scope
- Create Bean with singleton scope
- Test the behavior of both scopes
- Create a Spring service that extends other services
- Understand the reasoning about inheritance of components and why it is hard
- Change the inheritance to composition
- Use @Component annotation
- Use @Autowired annotation
- Inject component into field
- Use @Component annotation
- Use @Autowired annotation
- Inject component into field
- Use @Component annotation
- Use @Autowired annotation
- Inject component into field
- Use @Component annotation
- Use @Autowired annotation
- Inject component into field
- Use @Component annotation
- Use @Autowired annotation
- Inject component into field
- Use @Component annotation
- Use @Autowired annotation
- Inject component into field
- Understand the cons of field injection
- Figure out a better solution
- Use constructor injection
- Understand the cons of field injection
- Figure out a better solution
- Use constructor injection
- Understand the cons of field injection
- Figure out a better solution
- Use constructor injection
- Understand the cons of field injection
- Figure out a better solution
- Use constructor injection
- Understand the cons of field injection
- Figure out a better solution
- Use constructor injection
- Understand the cons of field injection
- Figure out a better solution
- Use constructor injection
- Create an interface
- Create two components that implement the same interface
- Use @Qualifier to pick proper service
- Create an interface
- Create two components that implement the same interface
- Use @Qualifier to pick proper service
- Create an interface
- Create two components that implement the same interface
- Use @Qualifier to pick proper service
- Create an interface
- Create two components that implement the same interface
- Use @Qualifier to pick proper service
- Create an interface
- Create two components that implement the same interface
- Use @Qualifier to pick proper service
- Create an interface
- Create two components that implement the same interface
- Use @Qualifier to pick proper service
- Create Bean with prototype scope
- Create Bean with singleton scope
- Test the behavior of both scopes
- Create Bean with prototype scope
- Create Bean with singleton scope
- Test the behavior of both scopes
- Create Bean with prototype scope
- Create Bean with singleton scope
- Test the behavior of both scopes
- Create Bean with prototype scope
- Create Bean with singleton scope
- Test the behavior of both scopes
- Create Bean with prototype scope
- Create Bean with singleton scope
- Test the behavior of both scopes
- Create Bean with prototype scope
- Create Bean with singleton scope
- Test the behavior of both scopes
- Create a Spring service that extends other services
- Understand the reasoning about inheritance of components and why it is hard
- Change the inheritance to composition
- Create a Spring service that extends other services
- Understand the reasoning about inheritance of components and why it is hard
- Change the inheritance to composition
- Create a Spring service that extends other services
- Understand the reasoning about inheritance of components and why it is hard
- Change the inheritance to composition
- Create a Spring service that extends other services
- Understand the reasoning about inheritance of components and why it is hard
- Change the inheritance to composition
- Create a Spring service that extends other services
- Understand the reasoning about inheritance of components and why it is hard
- Change the inheritance to composition
- Create a Spring service that extends other services
- Understand the reasoning about inheritance of components and why it is hard
- Change the inheritance to composition
- Use programmatic configuration for Beans
- Use @Configuration annotation for supplying components
- Add new settings to application.yml
- Create a settings object
- Test your application
- Create setting Bean
- Create implementation for dev and prod env
- Start your Spring application with different profiles
- Create application-dev.yml
- Start your application with dev profile and validate settings
- Start your application with prod profile and validate settings
- Use programmatic configuration for Beans
- Use @Configuration annotation for supplying components
- Add new settings to application rsions with @RequestBody annotation.
- Create post endpoint
- Save the DTO as an entity
- Leverage @RequestBody annotation
Additional information
Spring Boot Tips, Tricks, and Techniques
