RESTful java web services : a pragmatic guide to designing and building RESTful APIs using Java

RESTful java web services a pragmatic guide to designing and building RESTful APIs using Java

Master core REST concepts and create RESTful web services in Java About This Book Build efficient and secure RESTful web APIs in Java.. Design solutions to produce, consume and visualize RESTful web services using WADL, RAML, and Swagger Familiarize the role of RESTful APIs usage in emerging technol...

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Detalles Bibliográficos
Otros Autores: Balachandar, Bogunuva Mohanram, author (author)
Formato: Libro electrónico
Idioma:Inglés
Publicado: Birmingham, England : Packt Publishing 2017.
Edición:Third edition
Materias:
Web site development > Computer programs.
Ver en Biblioteca Universitat Ramon Llull:https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009630435606719
Tabla de Contenidos:
  • Intro
  • Title Page
  • Copyright
  • Credits
  • About the Author
  • Acknowledgments
  • About the Reviewer
  • www.PacktPub.com
  • Customer Feedback
  • Table of Contents
  • Preface
  • Chapter 1: Introducing the REST Architectural Style
  • The REST architectural style
  • Introducing HTTP
  • HTTP versions
  • Understanding the HTTP request-response model
  • Uniform resource identifier
  • Understating the HTTP request methods
  • Representing content types using HTTP header fields
  • HTTP status codes
  • The evolution of RESTful web services
  • The core architectural elements of a RESTful system
  • Data elements
  • Resources
  • URI
  • The representation of resources
  • Generic interaction semantics for REST resources
  • The HTTP GET method
  • The HTTP POST method
  • The HTTP PUT method
  • The HTTP DELETE method
  • Hypermedia as the Engine of Application State
  • Connectors
  • Components
  • The description and discovery of RESTful web services
  • Java tools and frameworks for building RESTful web services
  • Summary
  • Chapter 2: Java APIs for JSON Processing
  • A brief overview of JSON
  • Understanding the JSON data syntax
  • Basic data types available with JSON
  • Sample JSON file representing employee objects
  • Processing JSON data
  • Using JSR 353 - Java API for processing JSON
  • Processing JSON with JSR 353 object model APIs
  • Generating the object model from the JSON representation
  • JSON value types
  • Generating the JSON representation from the object model
  • Processing JSON with JSR 353 streaming APIs
  • Using streaming APIs to parse JSON data
  • Using streaming APIs to generate JSON
  • Using the Jackson API for processing JSON
  • Processing JSON with Jackson tree model APIs
  • Using Jackson tree model APIs to query and update data
  • Processing JSON with Jackson data binding APIs
  • Simple Jackson data binding with generalized objects.
  • Full Jackson data binding with specialized objects
  • Processing JSON with Jackson streaming APIs
  • Using Jackson streaming APIs to parse JSON data
  • Using Jackson streaming APIs to generate JSON
  • Using the Gson API for processing JSON
  • Processing JSON with object model APIs in Gson
  • Generating the object model from the JSON representation
  • Generating the parameterized Java collection from the JSON representation
  • Generating the JSON representation from the object model
  • Processing JSON with Gson streaming APIs
  • Reading JSON data with Gson streaming APIs
  • Writing JSON data with Gson streaming APIs
  • Java EE 8 enhancements for processing JSON
  • Using the JSR 374 - Java API for JSON Processing 1.1
  • Understanding the JSON Pointer
  • Processing JSON using JSON Pointer
  • Understanding the JSON Patch
  • Processing JSON using JSON Patch
  • Using the JSR 367 - Java API for JSON Binding
  • Processing JSON using JSON-B
  • Summary
  • Chapter 3: Introducing the JAX-RS API
  • An overview of JAX-RS
  • JAX-RS annotations
  • Specifying the dependency of the JAX-RS API
  • Using JAX-RS annotations to build RESTful web services
  • Annotations for defining a RESTful resource
  • @Path
  • Annotations for specifying request-response media types
  • @Produces
  • @Consumes
  • Annotations for processing HTTP request methods
  • @GET
  • @PUT
  • @POST
  • @DELETE
  • @HEAD
  • @OPTIONS
  • Annotations for accessing request parameters
  • @PathParam
  • @QueryParam
  • @MatrixParam
  • @HeaderParam
  • @CookieParam
  • @FormParam
  • @DefaultValue
  • @Context
  • @BeanParam
  • @Encoded
  • Annotation inheritance
  • Returning additional metadata with responses
  • Understanding data binding rules in JAX-RS
  • Mapping the path variable with Java types
  • Mapping the request and response entity body with Java types.
  • Using JAXB to manage the mapping of the request and response entity body to Java objects
  • Building your first RESTful web service with JAX-RS
  • Setting up the environment
  • Building a simple RESTful web service application using the NetBeans IDE
  • Adding CRUD operations on the REST resource class
  • Client APIs for accessing RESTful web services
  • Specifying a dependency of the JAX-RS client API
  • Calling REST APIs using the JAX-RS client
  • Simplified client APIs for accessing REST APIs
  • Summary
  • Chapter 4: Advanced Features in the JAX-RS APIs
  • Understanding subresources and subresource locators in JAX-RS
  • Subresources in JAX-RS
  • Subresource locators in JAX-RS
  • Dynamic dispatching
  • Request matching
  • JAX-RS response builder explained
  • Exception handling in JAX-RS
  • Reporting errors using ResponseBuilder
  • Reporting errors using WebApplicationException
  • Reporting errors using application exceptions
  • Mapping exceptions to a response message using ExceptionMapper
  • Introducing validations in JAX-RS applications
  • A brief introduction to Bean Validation
  • Building custom validation constraints
  • What happens when Bean Validation fails in a JAX-RS application?
  • Supporting custom request-response message formats
  • Building custom entity provider
  • Marshaling Java objects to the CSV representation with MessageBodyWriter
  • Marshaling CSV representation to Java objects with MessageBodyReader
  • Asynchronous RESTful web services
  • Asynchronous RESTful web service client
  • Server-sent events
  • Managing an HTTP cache in a RESTful web service
  • Using the Expires header to control the validity of the HTTP cache
  • Using Cache-Control directives to manage the HTTP cache
  • Conditional request processing with the Last-Modified HTTP response header
  • Conditional request processing with the ETag HTTP response header.
  • Conditional data update in RESTful web services
  • Understanding filters and interceptors in JAX-RS
  • Modifying request and response parameters with JAX-RS filters
  • Implementing server-side request message filters
  • Postmatching server-side request message filters
  • Prematching server-side request message filters
  • Implementing server-side response message filters
  • Implementing client-side request message filters
  • Implementing client-side response message filters
  • Modifying request and response message bodies with JAX-RS interceptors
  • Implementing request message body interceptors
  • Implementing response message body interceptors
  • Managing the order of execution for filters and interceptors
  • Selectively applying filters and interceptors on REST resources by using @NameBinding
  • Dynamically applying filters and interceptors on REST resources using DynamicFeature
  • Understanding the JAX-RS resource life cycle
  • Summary
  • Chapter 5: Introducing JAX-RS Implementation Framework Extensions
  • Jersey framework extensions
  • Dynamically configuring JAX-RS resources during deployment
  • A quick look at the static resource configurations
  • Modifying JAX-RS resources during deployment using ModelProcessor
  • What is the Jersey model processor and how it works?
  • A brief look at the ModelProcessor interface
  • Building Hypermedia As The Engine Of Application State (HATEOAS) APIs
  • Programmatically building entity body links using JAX-RS APIs
  • Programmatically building header links using JAX-RS APIs
  • Declaratively building links using Jersey annotations
  • Specifying the dependency to use Jersey declarative linking
  • Enabling the Jersey declarative linking feature for the application
  • Declaratively adding links to the resource representation
  • Grouping multiple links using @InjectLinks.
  • Declaratively building HTTP link headers using @InjectLinks
  • Reading and writing large binary objects using Jersey APIs
  • Building RESTful web services for storing images
  • Building RESTful web service for reading images
  • Generating a chunked output using Jersey APIs
  • Jersey client API for reading chunked input
  • Supporting server-sent events in RESTful web services
  • Understanding the Jersey server-side configuration properties
  • Monitoring RESTful web services using Jersey APIs
  • RESTEasy framework extensions
  • Caching using RESTEasy
  • Cache-control annotations
  • Client-side caching
  • GZIP compression/decompression
  • Multipart content handling
  • Summary
  • Chapter 6: Securing RESTful Web Services
  • Securing and authenticating web services
  • HTTP basic authentication
  • Building JAX-RS clients with basic authentication
  • Securing JAX-RS services with basic authentication
  • Configuring the basic authentication
  • Defining groups and users in the GlassFish server
  • HTTP digest authentication
  • JWT authentication
  • JSON Web Token (JWT) overview
  • Using JWT to secure RESTful services
  • Securing RESTful web services with OAuth
  • Understanding the OAuth 1.0 protocol
  • Building the OAuth 1.0 client using Jersey APIs
  • Understanding the OAuth 2.0 protocol
  • Understanding the grant types in OAuth 2.0
  • Building the OAuth 2.0 client using Jersey APIs
  • Authorizing the RESTful web service accesses via the security APIs
  • Using SecurityContext APIs to control access
  • Using the javax.annotation.security annotations to control access
  • Using Jersey's role-based entity data filtering
  • Input validation
  • Key considerations for securing RESTful services
  • Summary
  • Chapter 7: Description and Discovery of RESTful Web Services
  • The need for an interface contract
  • Web Application Description Language.
  • Overview of the WADL structure.

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