XML namespace to JSON mapping configuration for mapped notation 5.17. XML root tag equivalent kept in JSON using mapped notation 5.16. Keep XML root tag equivalent in JSON mapped JSON notation 5.15. XML attributes as XML elements in mapped JSON notation 5.14. Force non-string values in mapped JSON notation 5.13. Force arrays in mapped JSON notation 5.12. JSON expression produced using mapped notation 5.11. JAXB beans for JSON supported notations description, initialization 5.10. JAXB beans for JSON supported notations description, contact bean 5.9. JAXB beans for JSON supported notations description, simple address bean 5.8. An example of a JAXBContext resolver implementation 5.7. JAXB bean used to generate JSON representation 5.5. POJO JSON support client configuration 5.3. POJO JSON support web.xml configuration 5.2. Low level XML test - methods added to HelloWorldResource.java 4.2. Mapping generic exceptions to responses 2.31. Jersey specific exception implementation 2.30. Throwing Jersey specific exceptions to control response 2.29. Building URIs using query parameters 2.28. Adding an entity body to a custom response 2.24. Returning 201 status code and adding Location header in response to POST request 2.23. The most acceptable MIME type is used when multiple output MIME types allowed 2.22.
Using File with a specific MIME type to produce a response 2.21. Obtaining general map of form parameters 2.20. Obtaining general map of header parameters 2.19. Obtaining general map of URI path and/or query parameters 2.18. Custom Java type for consuming request parameters 2.16. Using Jersey specific servlet without an application model instance 2.14. Deployment of your application using Jersey specific servlet 2.13. Deployment of a JAX-RS application using web.xml with Servlet 3.0 2.12. Configuration of maven-war-plugin in pom.xml with Servlet 3.0 2.11. Deployment of a JAX-RS application using with Servlet 3.0 2.10. Reusing Jersey implementation in your custom application model 2.9. Deployment agnostic application model 2.8. Simple hello world root resource class 2.2. Continuous building and testing with Hudson 13.5. Security with Http(s)URLConnection 3.9.1. Adding support for new representations 3.7. Java instances and types for representations 3.6. Creating new WebResources from a WebResource 3.5.5. Configuring a Client and WebResource 3.5.2. Getting started with the Jersey client 3.5. Ease of use and reusing JAX-RS artifacts 3.4. Life-cycle of Root Resource Classes 2.11. Conditional GETs and Returning 304 (Not Modified) Responses 2.10.
WebApplicationException and Mapping Exceptions to Responses 2.9.
If you want extra features that are not provided by default, plugins are useful.įor example, Autosave options do not exist in Netbeans. Netbeans comes with default features such as Find and replace, code formatting, etc.