With the introduction of Reactive Web Programming out of the box in Spring Boot 2.0, there needs to be a differentiation between properties for a servlet stack and properties for a reactive stack, so that previous properties such as server.*, which was related to the server ServletContext path, is not changed to server.servlet.* , avoiding verbosity in property naming.
Using the changed servlet-specific server properties
by Mohamed Shazin Sadakath
Spring Boot 2.0 Projects
- Title Page
- Copyright and Credits
- Dedication
- Packt Upsell
- Contributors
- Preface
- Introduction
- Technical requirements
- Generating Spring Boot Projects
- Getting started with Spring Boot
- Changes since Spring Boot 1.x
- The next milestone
- Migration
- Using the correct JDK and JVM
- Using the upgraded Spring Framework 5.0
- Using the updated configuration properties
- Using the changed servlet-specific server properties
- Using the modified template engine extension handling
- Using the changed actuator configuration properties
- Using the changed actuator base path
- Using the renamed actuator endpoints
- Using the changed Embedded Container Configuration 
- Using the changed default behavior for path mapping
- Using the changed default dispatcher types for the servlet filter 
- Using the modified transitive dependency to spring-boot-web-starter
- Using the changed default proxying strategy 
- Using the modified configuration location strategy
- Using the changed Jackson/JSON support
- Using the changed Spring Boot Actuator security
- Using the changed HikariCP default connection pool for JPA
- Using the changed default database initialization strategy
- Using the changed database schema creation strategy
- Using the changed testing support
- Using the revised Spring Security
- Understanding removed features
- Summary
- Questions
- Further reading
- Building a Basic Web Application
- Technical requirements
- Getting started
- Using Spring Data JPA for persistence
- Understanding the Java Persistence API (JPA)
- Understanding Spring Data JPA
- Class diagram for the domain model
- Implementation of the domain model using JPA annotations
- Implementation of Spring Data JPA repositories
- Testing Spring Data JPA repositories
- Using Services to encapsulate business logic
- Testing Services
- Using Spring Thymeleaf for the view
- Using Spring Web MVC with servlet 3.x for the controller
- Using Spring Security for authentication and authorization
- Demonstrating the Retro Board
- Summary
- Questions
- Further reading
- Building a Simple Blog Management System
- Technical requirements
- Getting started
- Using Spring Data Elasticsearch for persistence
- Using Apache FreeMarker for the view
- Using Spring WebFlux for controller
- Using Spring Security for authentication and authorization
- Demonstrating Bloggest
- Summary
- Questions
- Further reading
- Introduction to Kotlin
- Technical requirements
- Getting started with Kotlin
- Object-oriented programming with Kotlin
- Advanced programming with Kotlin
- Summary
- Questions
- Further reading
- Building a Reactive Movie Rating API Using Kotlin
- Technical requirements
- Getting started
- Using Spring Data MongoDB for persistence
- Using Spring WebFlux for controllers
- Using Spring Security for basic authorization
- Demonstrating Moviee
- Summary
- Questions
- Further reading
- Building an API with Reactive Microservices
- Technical requirements
- Getting started
- Using Spring Data Redis for persistence
- Using Spring WebFlux for a controller
- Using asynchronous data transfer for cross-microservice communication
- Using Docker to support microservices
- Demonstrating Saber
- Submitting to the Register Taxi endpoint
- Submitting location to update Taxi Location endpoint
- Submitting to Update Taxi Status endpoint
- Accessing the Get Taxi Status endpoint
- Accessing the GET available Taxis endpoint
- Submitting to Book Taxi endpoint
- Submitting to Accept Taxi Booking endpoint
- Submitting to cancel Taxi Booking endpoint
- Accessing Taxi Bookings endpoint
- Summary 
- Questions
- Further reading
- Building a Twitter Clone with Spring Boot
- Technical requirements
- Getting started
- Using Spring Data JPA for persistence
- Using Angular 5 for the frontend
- Using Spring Web Flux for the REST controller
- Using Spring Security for authentication and authorization
- Demonstrating Tweety
- Summary
- Questions
- Further reading
- Introducing Spring Boot 2.0 Asynchronous
- Building an Asynchronous Email Formatter
- Technical requirements
- Getting started
- Using Spring Data JPA for persistence
- Using Apache FreeMarker for templates
- Using Spring Kafka for communication
- Using Spring Web MVC for the REST controller
- Using Spring Security for authentication and authorization
- Demonstrating Email Formatter
- Summary
- Questions
- Further reading
- Assessments
- Chapter 1, Introduction
- Chapter 2, Building a Basic Web Application
- Chapter 3, Building a Simple Blog Management System
- Chapter 4, Introduction to Kotlin
- Chapter 5, Building a Reactive Movie Rating API Using Kotlin
- Chapter 6, Building an API with Reactive Microservices
- Chapter 7, Building a Twitter Clone with Spring Boot
- Chapter 8, Introducing Spring Boot 2.0 Asynchronous
- Chapter 9, Building an Asynchronous Email Formatter
- Other Books You May Enjoy
Using the changed servlet-specific server properties
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