The passing of the JavaBean object is described earlier in this section, which we explain the delivery of the CXF framework complex object (LIST,MAP). &NBSP
First step: Create a class that stores complex objects (because WebServices's complex objects are passed, it must be implemented with Third-party objects (that is, custom objects) [java] View Plain copy package com.ws.model; import java.util.arraylist; Import java.util.hashmap ; public class users { private arraylist<userinfo> userlist; // Do not use list type private hashmap<integer, userinfo> usermap; // do not use map type private UserInfo[] userArray; // geter/seter Method }
Step Two: Create WebServices server-side interface and implementation class [java] view plain copy package com.ws.services; import javax.jws.webservice; import com.ws.model.userinfo; import com.ws.model.users; @WebService public interface iuserservices { public users getallusers (); public users getusersmap (); public users getusersarray (); } [java] View plain copy package com.ws.services.impl; import java.util.arraylist; import java.util.hashmap; import javax.jws.webservice; import com.ws.model.userinfo; import com.ws.model.Users; Import com.ws.services.iuserservices; @WebService public class UserServicesImpl implements IUserServices { public users getallusers () { Arraylist<userinfo> list = new arraylist<userinfo> (); list.add (New userinfo ("Vicky")); list.add (New userinfo ("Ivy"); list.add (New userinfo ("Simon")); list.add (New userinfo ("Carol")); users users = new users (); users.setuserlist (lIST); return users; } public users getusersmap () { hashmap<integer, userinfo> map = new HashMap<Integer, UserInfo> (); map.put (23, new userinfo ("Vicky")); map.put (22, new userinfo ("Caty"); map.put (24, new userinfo ("Leah"); map.put (25, new userinfo ("Kelly"); map.put (27, new userinfo ("Ivy")); map.put (26,&NBSp;new userinfo ("Simon")); map.put (29, new userinfo ("Carol"); users users = new users (); users.setusermap (map); return users; } public users getusersarray () { UserInfo[] userInfo = new UserInfo[5]; for (int i=0;i<5;i++) { userinfo info = new userinfo (); info.setuserage (23+i); info.setusername ("Array" + (i+1)); userInfo[i] = info; } users users = new users (); users.setuserarray (userInfo ); return users; } }
Step three: Create the webservices server [java] view plain copy package com.test; import javax.xml.ws.endpoint; import org.apache.cxf.jaxws.jaxwsserverfactorybean; Import com.ws.services.impl.UserServicesImpl; public class servertest { public servertest () { // Publishing User Service Interface endpoint.publish (" Http://localhost:8090/userInfoServices ", new userservicesimpl ()); } public static void main (String[] args) { // Startup Services new servertest (); System.out.println ("Server ready ..."); try { thread.sleep (1000* 300)//Hibernate five minutes, easy to test } catch ( Interruptedexception e) { e.printstacktrace (); } system.out.println ("Server exit ..."); system.exit (0); } }
Step Fourth: Create the WebServices client and test
1. Copy the class and interface of the complex object created by the server to the customer project, and the path should be consistent with the service end;
2, new test class for testing [java] view plain copy package com.ws.client; import java.util.list; import org.apache.cxf.jaxws.jaxwsproxyfactorybean; import com.ws.model.userinfo; import com.ws.model.users; import com.ws.server.iuserservices; public class usertest { public static void main (String[] args) { &NBSP;&NBSP;&NBSP;&NBSP;&NBSP;&NBSP;//Create WebService Client Agent factory jaxwsproxyfactorybean factory = new jaxwsproxyfactorybean (); //Registration WebService Interface factory.setserviceclass (Iuserservices.class) ; //Set WebService address factory.setaddress ("Http://localhost:8090/userInfoServices"); iuserservices userservices = (iuserservices) factory.create (); system.out.println ("Invoke userinfo webservice ..."); // Test map // testmap (userservices); // Test list // testlist (userservices); // Test array // testarray ( Userservices); system.exit (0); } public static void testarray (iuserservices userservices) { users users = userservices.getusersarray (); if (users!=null) { userinfo[] array = users.getuserarray (); for (Userinfo info:array) { system.out.println ("UserName: "+info.getusername ()); &nbsP System.out.println ("userage : " +info.getuserage ()); } } } public Static void testlist (iuserservices userservices) { users users = userservices.getallusers (); if (users!=null) { list<userinfo> list = users.getuserlist (); for (userinfo info:list) { system.out.println (" username: "+info.getusername ()); system.out.println ("userage : " +info.getuserage ()); } } } public static void testmap (iuserservices userservices) { users users = userservices.getusersmap (); if (users!=null) { userinfo info = users.getusermap (); system.out.println ("UserName: "+info.getusernamE ()); system.out.println (" userage : "+info.getuserage ()); } } }
Step Fifth: Run the service side to verify that the WebServices service is published successfully
Step Sixth: Run the client to verify that the WebServices service is successfully invoked
Note: The type of the return value does not use the interface type when making WebServices complex object delivery. For example (List should be replaced with ArrayList, map should be replaced with HashMap)