/** * $RCSfile$ * $Revision$ * $Date$ * * Copyright (C) 2002-2003 Jive Software. All rights reserved. * ==================================================================== * The Jive Software License (based on Apache Software License, Version 1.1) * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions * are met: * * 1. Redistributions of source code must retain the above copyright * notice, this list of conditions and the following disclaimer. * * 2. Redistributions in binary form must reproduce the above copyright * notice, this list of conditions and the following disclaimer in * the documentation and/or other materials provided with the * distribution. * * 3. The end-user documentation included with the redistribution, * if any, must include the following acknowledgment: * "This product includes software developed by * Jive Software (http://www.jivesoftware.com)." * Alternately, this acknowledgment may appear in the software itself, * if and wherever such third-party acknowledgments normally appear. * * 4. The names "Smack" and "Jive Software" must not be used to * endorse or promote products derived from this software without * prior written permission. For written permission, please * contact webmaster@jivesoftware.com. * * 5. Products derived from this software may not be called "Smack", * nor may "Smack" appear in their name, without prior written * permission of Jive Software. * * THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED * WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES * OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL JIVE SOFTWARE OR * ITS CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, * SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT * LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF * USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND * ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, * OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT * OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF * SUCH DAMAGE. * ==================================================================== */ package org.jivesoftware.smackx.muc; import org.jivesoftware.smack.*; import org.jivesoftware.smack.packet.*; import org.jivesoftware.smack.test.SmackTestCase; import org.jivesoftware.smackx.Form; import org.jivesoftware.smackx.ServiceDiscoveryManager; import org.jivesoftware.smackx.packet.DelayInformation; import org.jivesoftware.smackx.packet.DiscoverInfo; import org.jivesoftware.smackx.packet.XHTMLExtension; import java.text.SimpleDateFormat; import java.util.*; /** * Tests the new MUC functionalities. * * @author Gaston Dombiak */ public class MultiUserChatTest extends SmackTestCase { private String room; private MultiUserChat muc; public MultiUserChatTest(String arg0) { super(arg0); } /** * Test the compatibility of the MUC service with clients that still use the old groupchat * protocol. */ public void testGroupchatCompatibility() { // TODO: this test needs to be re-written so that it manually emulates the old-style // TODO: group chat protocol. Tne GroupChat class was deleted for Smack 3.0. /*try { Message message; GroupChat groupchat = new GroupChat(getConnection(1), room); groupchat.join("testbot2"); Thread.sleep(400); // User1 checks the presence of user2 in the room Presence presence = muc.getOccupantPresence(room + "/testbot2"); assertNotNull("Presence of user2 in room is missing", presence); assertEquals( "Presence mode of user2 is wrong", Presence.Mode.available, presence.getMode()); // User using old client send a message groupchat.sendMessage("Hello"); // Check that the rest of the occupants (that are support MUC) received the message message = muc.nextMessage(1000); assertNotNull("A MUC client didn't receive the message from an old client", message); // User that supports MUC send a message muc.sendMessage("Bye"); // Check that the client the doesn't support MUC received the message message = groupchat.nextMessage(1000); assertNotNull("An old client didn't receive the message from a MUC client", message); // User that doesn't support MUC leaves the room groupchat.leave(); Thread.sleep(300); // User1 checks the that user2 is not present in the room Occupant occupant = muc.getOccupant(room + "/testbot2"); assertNull("Occupant testbot2 still exists", occupant); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); }*/ } public void testDiscussionHistory() { try { // User1 sends some messages to the room muc.sendMessage("Message 1"); muc.sendMessage("Message 2"); // Wait 5 seconds before sending the last message Thread.sleep(5000); muc.sendMessage("Message 3"); // User2 joins the room requesting to receive the messages of the last 2 seconds. MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); DiscussionHistory history = new DiscussionHistory(); history.setSeconds(2); muc2.join("testbot2", null, history, SmackConfiguration.getPacketReplyTimeout()); Message msg; // Get first historic message msg = muc2.nextMessage(1000); assertNotNull("First message is null", msg); DelayInformation delay = (DelayInformation) msg.getExtension("x", "jabber:x:delay"); assertNotNull("Message contains no delay information", delay); SimpleDateFormat UTC_FORMAT = new SimpleDateFormat("yyyyMMdd'T'HH:mm:ss"); UTC_FORMAT.setTimeZone(TimeZone.getDefault()); System.out.println(UTC_FORMAT.format(delay.getStamp())); assertEquals("Body of first message is incorrect", "Message 3", msg.getBody()); // Try to get second historic message msg = muc2.nextMessage(1000); assertNull("Second message is not null", msg); // User3 joins the room requesting to receive the last 2 messages. MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); history = new DiscussionHistory(); history.setMaxStanzas(2); muc3.join("testbot3", null, history, SmackConfiguration.getPacketReplyTimeout()); // Get first historic message msg = muc3.nextMessage(1000); assertNotNull("First message is null", msg); assertEquals("Body of first message is incorrect", "Message 2", msg.getBody()); // Get second historic message msg = muc3.nextMessage(1000); assertNotNull("Second message is null", msg); assertEquals("Body of second message is incorrect", "Message 3", msg.getBody()); // Try to get third historic message msg = muc3.nextMessage(1000); assertNull("Third message is not null", msg); // User2 leaves the room muc2.leave(); // User3 leaves the room muc3.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testParticipantPresence() { try { // User2 joins the new room MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); Thread.sleep(400); // User1 checks the presence of user2 in the room Presence presence = muc.getOccupantPresence(room + "/testbot2"); assertNotNull("Presence of user2 in room is missing", presence); assertEquals( "Presence mode of user2 is wrong", Presence.Mode.available, presence.getMode()); // User2 changes his availability to AWAY muc2.changeAvailabilityStatus("Gone to have lunch", Presence.Mode.away); Thread.sleep(200); // User1 checks the presence of user2 in the room presence = muc.getOccupantPresence(room + "/testbot2"); assertNotNull("Presence of user2 in room is missing", presence); assertEquals("Presence mode of user2 is wrong", Presence.Mode.away, presence.getMode()); assertEquals( "Presence status of user2 is wrong", "Gone to have lunch", presence.getStatus()); // User2 changes his nickname muc2.changeNickname("testbotII"); Thread.sleep(200); // User1 checks the presence of user2 in the room presence = muc.getOccupantPresence(room + "/testbot2"); assertNull("Presence of participant testbot2 still exists", presence); presence = muc.getOccupantPresence(room + "/testbotII"); assertNotNull("Presence of participant testbotII does not exist", presence); assertEquals( "Presence of participant testbotII has a wrong from", room + "/testbotII", presence.getFrom()); // User2 leaves the room muc2.leave(); Thread.sleep(250); // User1 checks the presence of user2 in the room presence = muc.getOccupantPresence(room + "/testbotII"); assertNull("Presence of participant testbotII still exists", presence); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testAnonymousParticipant() { try { // Anonymous user joins the new room XMPPConnection anonConnection = new XMPPConnection(getHost(), getPort()); anonConnection.connect(); anonConnection.loginAnonymously(); MultiUserChat muc2 = new MultiUserChat(anonConnection, room); muc2.join("testbot2"); Thread.sleep(400); // User1 checks the presence of Anonymous user in the room Presence presence = muc.getOccupantPresence(room + "/testbot2"); assertNotNull("Presence of user2 in room is missing", presence); assertEquals( "Presence mode of user2 is wrong", Presence.Mode.available, presence.getMode()); // Anonymous user leaves the room muc2.leave(); anonConnection.disconnect(); Thread.sleep(250); // User1 checks the presence of Anonymous user in the room presence = muc.getOccupantPresence(room + "/testbot2"); assertNull("Presence of participant testbotII still exists", presence); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testInvitation() { final String[] answer = new String[2]; try { // User2 joins the new room MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User3 is listening to MUC invitations MultiUserChat.addInvitationListener(getConnection(2), new InvitationListener() { public void invitationReceived( XMPPConnection conn, String room, String inviter, String reason, String password, Message message) { // Indicate that the invitation was received answer[0] = reason; // Reject the invitation MultiUserChat.decline(conn, room, inviter, "I'm busy right now"); } }); // User2 is listening to invitation rejections muc2.addInvitationRejectionListener(new InvitationRejectionListener() { public void invitationDeclined(String invitee, String reason) { // Indicate that the rejection was received answer[1] = reason; } }); // User2 invites user3 to join to the room muc2.invite(getFullJID(2), "Meet me in this excellent room"); Thread.sleep(350); assertEquals( "Invitation was not received", "Meet me in this excellent room", answer[0]); assertEquals("Rejection was not received", "I'm busy right now", answer[1]); // User2 leaves the room muc2.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testInvitationWithMessage() { final String[] answer = new String[2]; try { // User2 joins the new room MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User3 is listening to MUC invitations MultiUserChat.addInvitationListener(getConnection(2), new InvitationListener() { public void invitationReceived( XMPPConnection conn, String room, String inviter, String reason, String password, Message message) { // Indicate that the invitation was received answer[0] = reason; XHTMLExtension extension = (XHTMLExtension) message.getExtension("html", "http://jabber.org/protocol/xhtml-im"); assertNotNull("An extension was not found in the invitation", extension); answer[1] = (String) extension.getBodies().next(); } }); // User2 invites user3 to join to the room Message msg = new Message(); XHTMLExtension xhtmlExtension = new XHTMLExtension(); xhtmlExtension.addBody("Meet me in this excellent room"); msg.addExtension(xhtmlExtension); muc2.invite(msg , getFullJID(2), "Meet me in this excellent room"); Thread.sleep(350); assertEquals( "Invitation was not received", "Meet me in this excellent room", answer[0]); assertEquals("Rejection was not received", "Meet me in this excellent room", answer[1]); // User2 leaves the room muc2.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testDiscoverJoinedRooms() { try { // Check that user1 has joined only to one room Iterator joinedRooms = MultiUserChat.getJoinedRooms(getConnection(1), getFullJID(0)); assertTrue("Joined rooms shouldn't be empty", joinedRooms.hasNext()); assertEquals("Joined room is incorrect", joinedRooms.next(), room); assertFalse("User has joined more than one room", joinedRooms.hasNext()); // Leave the new room muc.leave(); // Check that user1 is not currently join any room joinedRooms = MultiUserChat.getJoinedRooms(getConnection(1), getFullJID(0)); assertFalse("Joined rooms should be empty", joinedRooms.hasNext()); muc.join("testbot"); } catch (XMPPException e) { e.printStackTrace(); fail(e.getMessage()); } } public void testDiscoverMUCSupport() { // Discover user1 support of MUC boolean supports = MultiUserChat.isServiceEnabled(getConnection(1), getFullJID(0)); assertTrue("Couldn't detect that user1 supports MUC", supports); } public void testDiscoverRoomInfo() { try { makeRoomModerated(); RoomInfo info = MultiUserChat.getRoomInfo(getConnection(1), room); assertFalse("Room is members-only", info.isMembersOnly()); assertTrue("Room is moderated", info.isModerated()); assertFalse("Room is Nonanonymous", info.isNonanonymous()); assertFalse("Room is PasswordProtected", info.isPasswordProtected()); assertFalse("Room is Persistent", info.isPersistent()); assertEquals("Room's description is incorrect", "fruta124", info.getDescription()); assertEquals("Room's subject is incorrect", "", info.getSubject()); assertEquals("Number of occupants is incorrect", 1, info.getOccupantsCount()); } catch (XMPPException e) { e.printStackTrace(); fail(e.getMessage()); } } public void testDiscoverMUCService() { try { Collection services = MultiUserChat.getServiceNames(getConnection(1)); assertFalse("No MUC service was found", services.isEmpty()); // Discover the hosted rooms by the chat service. Collection rooms = MultiUserChat.getHostedRooms(getConnection(1), (String) services.toArray()[0]); // Check that we have discovered the room used by this test assertFalse("No room was found", rooms.isEmpty()); // Check that we have discovered the room used by this test boolean found = false; for (Object room1 : rooms) { HostedRoom hostedRoom = (HostedRoom) room1; if (room.equals(hostedRoom.getJid())) { found = true; break; } } assertTrue("JID of room was not found", found); } catch (XMPPException e) { e.printStackTrace(); fail(e.getMessage()); } } public void testPrivateChat() { try { // User2 joins the new room MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); getConnection(0).getChatManager().addChatListener(new ChatListener() { public void chatCreated(Chat chat2, boolean createdLocally) { assertEquals( "Sender of chat is incorrect", room + "/testbot2", chat2.getParticipant()); try { chat2.sendMessage("ACK"); } catch (XMPPException e) { fail(e.getMessage()); } } }); // Start a private chat with another participant Chat chat = muc2.createPrivateChat(room + "/testbot", null); PacketCollector collector = chat.createCollector(); chat.sendMessage("Hello there"); Message response = (Message) collector.nextResult(2000); assertNotNull("No response", response); assertEquals("Sender of response is incorrect", room + "/testbot", response.getFrom()); assertEquals("Body of response is incorrect", "ACK", response.getBody()); // User2 leaves the room muc2.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } /** * Tests that IQ packets can be sent to/from room occupants. This case will try to discover * information about other room occupants. */ public void testPrivateIQ() { try { // User2 joins the new room MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User2 discovers information about User1 DiscoverInfo info = ServiceDiscoveryManager.getInstanceFor(getConnection(1)) .discoverInfo(room + "/testbot", null); assertNotNull("No info was discovered from room occupant", info); assertEquals("Wrong IQ type", IQ.Type.RESULT, info.getType()); assertEquals("Wrong IQ sender", room + "/testbot", info.getFrom()); // User2 leaves the room muc2.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testReservedNickname() { try { MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); // Check that user2 doesn't have a reserved nickname yet String reservedNickname = muc2.getReservedNickname(); assertNull("Reserved nickname is not null", reservedNickname); // User2 registers with the room and reserves a nickname Form registrationForm = muc2.getRegistrationForm(); Form answerForm = registrationForm.createAnswerForm(); answerForm.setAnswer("muc#register_first", "MyFirstName"); answerForm.setAnswer("muc#register_last", "MyLastName"); answerForm.setAnswer("muc#register_roomnick", "MyNick"); muc2.sendRegistrationForm(answerForm); // Check that user2 has a reserved nickname reservedNickname = muc2.getReservedNickname(); assertEquals("Reserved nickname is wrong", "MyNick", reservedNickname); // Check that user2 can join the room using his reserved nickname muc2.join("MyNick"); muc2.leave(); // Check that other users cannot join the room with user2's reserved nickname MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); try { muc3.join("MyNick"); fail("Other user was able to join with other user's reserved nickname"); } catch (XMPPException e) { XMPPError xmppError = e.getXMPPError(); assertNotNull( "No XMPPError was received when joining with other user's reserved nickname", xmppError); assertEquals( "Different error code was received while joining with other user's reserved nickname", 409, xmppError.getCode()); } // Check that user3 can join the room using his own nickname (not reserved) muc3.join("MyNotReservedNick"); muc3.leave(); // Check that another user cannot reserve an already reserved nickname registrationForm = muc3.getRegistrationForm(); answerForm = registrationForm.createAnswerForm(); answerForm.setAnswer("muc#register_first", "MyFirstName 2"); answerForm.setAnswer("muc#register_last", "MyLastName 2"); answerForm.setAnswer("muc#register_roomnick", "MyNick"); try { muc3.sendRegistrationForm(answerForm); } catch (XMPPException e) { XMPPError xmppError = e.getXMPPError(); assertNotNull( "No XMPPError was received when reserving an already reserved nickname", xmppError); assertEquals( "Different error code was received while reserving an already reserved nickname", 409, xmppError.getCode()); } // Check that another user can reserve a new nickname registrationForm = muc3.getRegistrationForm(); answerForm = registrationForm.createAnswerForm(); answerForm.setAnswer("muc#register_first", "MyFirstName 2"); answerForm.setAnswer("muc#register_last", "MyLastName 2"); answerForm.setAnswer("muc#register_roomnick", "MyNick 2"); muc3.sendRegistrationForm(answerForm); } catch (XMPPException e) { e.printStackTrace(); fail(e.getMessage()); } } public void testChangeSubject() { final String[] answer = new String[2]; try { // User1 sets an initial subject muc.changeSubject("Initial Subject"); // User2 joins the new room MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User3 joins the new room MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); muc3.join("testbot3"); // User3 wants to be notified every time the room's subject is changed. muc3.addSubjectUpdatedListener(new SubjectUpdatedListener() { public void subjectUpdated(String subject, String from) { answer[0] = subject; answer[1] = from; } }); // Check that a 403 error is received when a not allowed user tries to change the // subject in a room try { muc2.changeSubject("New Subject2"); fail("User2 was allowed to change the room's subject"); } catch (XMPPException e) { XMPPError xmppError = e.getXMPPError(); assertNotNull( "No XMPPError was received when changing the room's subject", xmppError); assertEquals( "Different error code was received while changing the room's subject", 403, xmppError.getCode()); } // Check that every MUC updates its subject when an allowed user changes the subject // in a room muc.changeSubject("New Subject1"); Thread.sleep(300); // Check that User2's MUC has updated its subject assertEquals( "User2 didn't receive the subject notification", "New Subject1", muc2.getSubject()); // Check that SubjectUpdatedListener is working OK assertEquals( "User3 didn't receive the subject notification", "New Subject1", answer[0]); assertEquals( "User3 didn't receive the correct user that changed the subject", room + "/testbot", answer[1]); // User2 leaves the room muc2.leave(); // User3 leaves the room muc3.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testKickParticipant() { final String[] answer = new String[3]; try { // User2 joins the new room MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User2 will lister for his own "kicking" muc2.addUserStatusListener(new DefaultUserStatusListener() { public void kicked(String actor, String reason) { super.kicked(actor, reason); answer[0] = actor; answer[1] = reason; } }); // User3 joins the new room MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); muc3.join("testbot3"); // User3 will lister for user2's "kicking" muc3.addParticipantStatusListener(new DefaultParticipantStatusListener() { public void kicked(String participant, String actor, String reason) { super.kicked(participant, actor, reason); answer[2] = participant; } }); try { // Check whether a simple participant can kick a room owner or not muc2.kickParticipant("testbot", "Because I'm bad"); fail("User2 was able to kick a room owner"); } catch (XMPPException e) { XMPPError xmppError = e.getXMPPError(); assertNotNull("No XMPPError was received when kicking a room owner", xmppError); assertEquals( "A simple participant was able to kick another participant from the room", 403, xmppError.getCode()); } // Check that the room's owner can kick a simple participant muc.kickParticipant("testbot2", "Because I'm the owner"); Thread.sleep(300); assertNull( "User2 wasn't kicked from the room", muc.getOccupant(room + "/testbot2")); assertFalse("User2 thinks that he's still in the room", muc2.isJoined()); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the correct initiator of the kick", getBareJID(0), answer[0]); assertEquals( "User2 didn't receive the correct reason for the kick", "Because I'm the owner", answer[1]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive the correct kicked participant", room + "/testbot2", answer[2]); // User2 leaves the room muc2.leave(); // User3 leaves the room muc3.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testBanUser() { final String[] answer = new String[3]; try { // User2 joins the new room MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User2 will lister for his own "banning" muc2.addUserStatusListener(new DefaultUserStatusListener() { public void banned(String actor, String reason) { super.banned(actor, reason); answer[0] = actor; answer[1] = reason; } }); // User3 joins the new room MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); muc3.join("testbot3"); // User3 will lister for user2's "banning" muc3.addParticipantStatusListener(new DefaultParticipantStatusListener() { public void banned(String participant, String actor, String reason) { super.banned(participant, actor, reason); answer[2] = participant; } }); try { // Check whether a simple participant can ban a room owner or not muc2.banUser(getBareJID(0), "Because I'm bad"); fail("User2 was able to ban a room owner"); } catch (XMPPException e) { XMPPError xmppError = e.getXMPPError(); assertNotNull("No XMPPError was received when banning a room owner", xmppError); assertEquals( "A simple participant was able to ban another participant from the room", 403, xmppError.getCode()); } // Check that the room's owner can ban a simple participant muc.banUser(getBareJID(1), "Because I'm the owner"); Thread.sleep(300); assertNull( "User2 wasn't banned from the room", muc.getOccupant(room + "/testbot2")); assertFalse("User2 thinks that he's still in the room", muc2.isJoined()); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the correct initiator of the ban", getBareJID(0), answer[0]); assertEquals( "User2 didn't receive the correct reason for the banning", "Because I'm the owner", answer[1]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive the correct banned JID", room + "/testbot2", answer[2]); // User2 leaves the room muc2.leave(); // User3 leaves the room muc3.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testVoice() { final String[] answer = new String[4]; try { makeRoomModerated(); // User2 joins the new room (as a visitor) MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User2 will listen for his own "voice" muc2.addUserStatusListener(new DefaultUserStatusListener() { public void voiceGranted() { super.voiceGranted(); answer[0] = "canSpeak"; } public void voiceRevoked() { super.voiceRevoked(); answer[1] = "cannot speak"; } }); // User3 joins the new room (as a visitor) MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); muc3.join("testbot3"); // User3 will lister for user2's "voice" muc3.addParticipantStatusListener(new DefaultParticipantStatusListener() { public void voiceGranted(String participant) { super.voiceGranted(participant); answer[2] = participant; } public void voiceRevoked(String participant) { super.voiceRevoked(participant); answer[3] = participant; } }); try { // Check whether a visitor can grant voice to another visitor muc2.grantVoice("testbot3"); fail("User2 was able to grant voice"); } catch (XMPPException e) { XMPPError xmppError = e.getXMPPError(); assertNotNull("No XMPPError was received granting voice", xmppError); assertEquals( "A visitor was able to grant voice to another visitor", 403, xmppError.getCode()); } // Check that the room's owner can grant voice to a participant muc.grantVoice("testbot2"); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the grant voice notification", "canSpeak", answer[0]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's grant voice notification", room + "/testbot2", answer[2]); // Check that the room's owner can revoke voice from a participant muc.revokeVoice("testbot2"); Thread.sleep(300); assertEquals( "User2 didn't receive the revoke voice notification", "cannot speak", answer[1]); assertEquals( "User3 didn't receive user2's revoke voice notification", room + "/testbot2", answer[3]); // User2 leaves the room muc2.leave(); // User3 leaves the room muc3.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testModerator() { final String[] answer = new String[8]; try { makeRoomModerated(); // User2 joins the new room (as a visitor) MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User2 will listen for moderator privileges muc2.addUserStatusListener(new DefaultUserStatusListener() { public void voiceGranted() { super.voiceGranted(); answer[0] = "canSpeak"; } public void voiceRevoked() { super.voiceRevoked(); answer[1] = "cannot speak"; } public void moderatorGranted() { super.moderatorGranted(); answer[4] = "I'm a moderator"; } public void moderatorRevoked() { super.moderatorRevoked(); answer[5] = "I'm not a moderator"; } }); // User3 joins the new room (as a visitor) MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); muc3.join("testbot3"); // User3 will lister for user2's moderator privileges muc3.addParticipantStatusListener(new DefaultParticipantStatusListener() { public void voiceGranted(String participant) { super.voiceGranted(participant); answer[2] = participant; } public void voiceRevoked(String participant) { super.voiceRevoked(participant); answer[3] = participant; } public void moderatorGranted(String participant) { super.moderatorGranted(participant); answer[6] = participant; } public void moderatorRevoked(String participant) { super.moderatorRevoked(participant); answer[7] = participant; } }); try { // Check whether a visitor can grant moderator privileges to another visitor muc2.grantModerator("testbot3"); fail("User2 was able to grant moderator privileges"); } catch (XMPPException e) { XMPPError xmppError = e.getXMPPError(); assertNotNull("No XMPPError was received granting moderator privileges", xmppError); assertEquals( "A visitor was able to grant moderator privileges to another visitor", 403, xmppError.getCode()); } // Check that the room's owner can grant moderator privileges to a visitor muc.grantModerator("testbot2"); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the grant voice notification", "canSpeak", answer[0]); assertEquals( "User2 didn't receive the grant moderator privileges notification", "I'm a moderator", answer[4]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's grant voice notification", room + "/testbot2", answer[2]); assertEquals( "User3 didn't receive user2's grant moderator privileges notification", room + "/testbot2", answer[6]); // Check that the room's owner can revoke moderator privileges from a moderator muc.revokeModerator("testbot2"); Thread.sleep(300); assertNull("User2 received a false revoke voice notification", answer[1]); assertNull("User3 received a false user2's voice privileges notification", answer[3]); assertEquals( "User2 didn't receive the revoke moderator privileges notification", "I'm not a moderator", answer[5]); assertEquals( "User3 didn't receive user2's revoke moderator privileges notification", room + "/testbot2", answer[7]); // Check that the room's owner can grant moderator privileges to a participant clearAnswer(answer); muc.grantModerator("testbot2"); Thread.sleep(300); // Check that UserStatusListener is working OK assertNull("User2 received a false grant voice notification", answer[0]); assertEquals( "User2 didn't receive the grant moderator privileges notification", "I'm a moderator", answer[4]); // Check that ParticipantStatusListener is working OK assertNull("User3 received a false user2's grant voice notification", answer[2]); assertEquals( "User3 didn't receive user2's grant moderator privileges notification", room + "/testbot2", answer[6]); // Check that the room's owner can revoke voice from a moderator clearAnswer(answer); muc.revokeVoice("testbot2"); Thread.sleep(300); assertEquals( "User2 didn't receive the revoke voice notification", "cannot speak", answer[1]); assertEquals( "User3 didn't receive user2's revoke voice notification", room + "/testbot2", answer[3]); // User2 leaves the room muc2.leave(); // User3 leaves the room muc3.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testMembership() { final String[] answer = new String[4]; try { makeRoomModerated(); // User2 joins the new room (as a visitor) MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User2 will listen for membership privileges muc2.addUserStatusListener(new DefaultUserStatusListener() { public void membershipGranted() { super.membershipGranted(); answer[0] = "I'm a member"; } public void membershipRevoked() { super.membershipRevoked(); answer[1] = "I'm not a member"; } }); // User3 joins the new room (as a visitor) MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); muc3.join("testbot3"); // User3 will lister for user2's membership privileges muc3.addParticipantStatusListener(new DefaultParticipantStatusListener() { public void membershipGranted(String participant) { super.membershipGranted(participant); answer[2] = participant; } public void membershipRevoked(String participant) { super.membershipRevoked(participant); answer[3] = participant; } }); try { // Check whether a visitor can grant membership privileges to another visitor muc2.grantMembership(getBareJID(2)); fail("User2 was able to grant membership privileges"); } catch (XMPPException e) { XMPPError xmppError = e.getXMPPError(); assertNotNull( "No XMPPError was received granting membership privileges", xmppError); assertEquals( "A visitor was able to grant membership privileges to another visitor", 403, xmppError.getCode()); } // Check that the room's owner can grant membership privileges to a visitor muc.grantMembership(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the grant membership notification", "I'm a member", answer[0]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's grant membership notification", room + "/testbot2", answer[2]); // Check that the room's owner can revoke membership privileges from a member // and make the occupant a visitor muc.revokeMembership(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the revoke membership notification", "I'm not a member", answer[1]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's revoke membership notification", room + "/testbot2", answer[3]); // User2 leaves the room muc2.leave(); // User3 leaves the room muc3.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testAdmin() { final String[] answer = new String[8]; try { makeRoomModerated(); // User2 joins the new room (as a visitor) MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User2 will listen for admin privileges muc2.addUserStatusListener(new DefaultUserStatusListener() { public void membershipGranted() { super.membershipGranted(); answer[0] = "I'm a member"; } public void membershipRevoked() { super.membershipRevoked(); answer[1] = "I'm not a member"; } public void adminGranted() { super.adminGranted(); answer[2] = "I'm an admin"; } public void adminRevoked() { super.adminRevoked(); answer[3] = "I'm not an admin"; } }); // User3 joins the new room (as a visitor) MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); muc3.join("testbot3"); // User3 will lister for user2's admin privileges muc3.addParticipantStatusListener(new DefaultParticipantStatusListener() { public void membershipGranted(String participant) { super.membershipGranted(participant); answer[4] = participant; } public void membershipRevoked(String participant) { super.membershipRevoked(participant); answer[5] = participant; } public void adminGranted(String participant) { super.adminGranted(participant); answer[6] = participant; } public void adminRevoked(String participant) { super.adminRevoked(participant); answer[7] = participant; } }); try { // Check whether a visitor can grant admin privileges to another visitor muc2.grantAdmin(getBareJID(2)); fail("User2 was able to grant admin privileges"); } catch (XMPPException e) { XMPPError xmppError = e.getXMPPError(); assertNotNull("No XMPPError was received granting admin privileges", xmppError); assertEquals( "A visitor was able to grant admin privileges to another visitor", 403, xmppError.getCode()); } // Check that the room's owner can grant admin privileges to a visitor muc.grantAdmin(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the grant admin notification", "I'm an admin", answer[2]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's grant admin notification", room + "/testbot2", answer[6]); // Check that the room's owner can revoke admin privileges from an admin // and make the occupant a visitor muc.revokeMembership(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the revoke admin notification", "I'm not an admin", answer[3]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's revoke admin notification", room + "/testbot2", answer[7]); // Check that the room's owner can grant admin privileges to a member clearAnswer(answer); muc.grantMembership(getBareJID(1)); Thread.sleep(300); muc.grantAdmin(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the revoke membership notification", "I'm not a member", answer[1]); assertEquals( "User2 didn't receive the grant admin notification", "I'm an admin", answer[2]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's revoke membership notification", room + "/testbot2", answer[5]); assertEquals( "User3 didn't receive user2's grant admin notification", room + "/testbot2", answer[6]); // Check that the room's owner can revoke admin privileges from an admin // and make the occupant a member clearAnswer(answer); muc.revokeAdmin(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the revoke admin notification", "I'm not an admin", answer[3]); assertEquals( "User2 didn't receive the grant membership notification", "I'm a member", answer[0]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's revoke admin notification", room + "/testbot2", answer[7]); assertEquals( "User3 didn't receive user2's grant membership notification", room + "/testbot2", answer[4]); // User2 leaves the room muc2.leave(); // User3 leaves the room muc3.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testOwnership() { final String[] answer = new String[12]; try { makeRoomModerated(); // User2 joins the new room (as a visitor) MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User2 will listen for ownership privileges muc2.addUserStatusListener(new DefaultUserStatusListener() { public void membershipGranted() { super.membershipGranted(); answer[0] = "I'm a member"; } public void membershipRevoked() { super.membershipRevoked(); answer[1] = "I'm not a member"; } public void adminGranted() { super.adminGranted(); answer[2] = "I'm an admin"; } public void adminRevoked() { super.adminRevoked(); answer[3] = "I'm not an admin"; } public void ownershipGranted() { super.ownershipGranted(); answer[4] = "I'm an owner"; } public void ownershipRevoked() { super.ownershipRevoked(); answer[5] = "I'm not an owner"; } }); // User3 joins the new room (as a visitor) MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); muc3.join("testbot3"); // User3 will lister for user2's ownership privileges muc3.addParticipantStatusListener(new DefaultParticipantStatusListener() { public void membershipGranted(String participant) { super.membershipGranted(participant); answer[6] = participant; } public void membershipRevoked(String participant) { super.membershipRevoked(participant); answer[7] = participant; } public void adminGranted(String participant) { super.adminGranted(participant); answer[8] = participant; } public void adminRevoked(String participant) { super.adminRevoked(participant); answer[9] = participant; } public void ownershipGranted(String participant) { super.ownershipGranted(participant); answer[10] = participant; } public void ownershipRevoked(String participant) { super.ownershipRevoked(participant); answer[11] = participant; } }); try { // Check whether a visitor can grant ownership privileges to another visitor muc2.grantOwnership(getBareJID(2)); fail("User2 was able to grant ownership privileges"); } catch (XMPPException e) { XMPPError xmppError = e.getXMPPError(); assertNotNull("No XMPPError was received granting ownership privileges", xmppError); assertEquals( "A visitor was able to grant ownership privileges to another visitor", 403, xmppError.getCode()); } // Check that the room's owner can grant ownership privileges to a visitor muc.grantOwnership(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the grant ownership notification", "I'm an owner", answer[4]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's grant ownership notification", room + "/testbot2", answer[10]); // Check that the room's owner can revoke ownership privileges from an owner // and make the occupant a visitor muc.revokeMembership(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the revoke ownership notification", "I'm not an owner", answer[5]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's revoke ownership notification", room + "/testbot2", answer[11]); // Check that the room's owner can grant ownership privileges to a member clearAnswer(answer); muc.grantMembership(getBareJID(1)); Thread.sleep(300); muc.grantOwnership(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the revoke membership notification", "I'm not a member", answer[1]); assertEquals( "User2 didn't receive the grant ownership notification", "I'm an owner", answer[4]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's revoke membership notification", room + "/testbot2", answer[7]); assertEquals( "User3 didn't receive user2's grant ownership notification", room + "/testbot2", answer[10]); // Check that the room's owner can revoke ownership privileges from an owner // and make the occupant a member clearAnswer(answer); muc.revokeAdmin(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the revoke ownership notification", "I'm not an owner", answer[5]); assertEquals( "User2 didn't receive the grant membership notification", "I'm a member", answer[0]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's revoke ownership notification", room + "/testbot2", answer[11]); assertEquals( "User3 didn't receive user2's grant membership notification", room + "/testbot2", answer[6]); // Check that the room's owner can grant ownership privileges to an admin clearAnswer(answer); muc.grantAdmin(getBareJID(1)); Thread.sleep(300); muc.grantOwnership(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the revoke admin notification", "I'm not an admin", answer[3]); assertEquals( "User2 didn't receive the grant ownership notification", "I'm an owner", answer[4]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's revoke admin notification", room + "/testbot2", answer[9]); assertEquals( "User3 didn't receive user2's grant ownership notification", room + "/testbot2", answer[10]); // Check that the room's owner can revoke ownership privileges from an owner // and make the occupant an admin clearAnswer(answer); muc.revokeOwnership(getBareJID(1)); Thread.sleep(300); // Check that UserStatusListener is working OK assertEquals( "User2 didn't receive the revoke ownership notification", "I'm not an owner", answer[5]); assertEquals( "User2 didn't receive the grant admin notification", "I'm an admin", answer[2]); // Check that ParticipantStatusListener is working OK assertEquals( "User3 didn't receive user2's revoke ownership notification", room + "/testbot2", answer[11]); assertEquals( "User3 didn't receive user2's grant admin notification", room + "/testbot2", answer[8]); // User2 leaves the room muc2.leave(); // User3 leaves the room muc3.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testGetAffiliationList() { try { // User2 joins the new room MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User3 joins the new room MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); muc3.join("testbot3"); // Grant ownership privileges to user2 muc.grantOwnership(getBareJID(1)); // Grant moderator privileges to user3 muc.grantModerator("testbot3"); // Check that the owner list is correct Collection affiliates = muc.getOwners(); assertEquals("Room does not have 2 owners", 2, affiliates.size()); for (Object affiliate1 : affiliates) { Affiliate affiliate = (Affiliate) affiliate1; if (getBareJID(0).equals(affiliate.getJid())) { assertEquals("Wrong affiliation", "owner", affiliate.getAffiliation()); assertEquals("Wrong role", "moderator", affiliate.getRole()); assertEquals("Wrong nick", "testbot", affiliate.getNick()); } else if (getBareJID(1).equals(affiliate.getJid())) { assertEquals("Wrong affiliation", "owner", affiliate.getAffiliation()); assertEquals("Wrong role", "moderator", affiliate.getRole()); assertEquals("Wrong nick", "testbot2", affiliate.getNick()); } else { fail("Unknown owner " + affiliate.getJid()); } } // Check that the admin list is correct affiliates = muc.getAdmins(); assertEquals("Room has admins", 0, affiliates.size()); // Check that the members list is correct affiliates = muc.getMembers(); assertEquals("Room has admins", 0, affiliates.size()); // Grant membership privileges to user2 muc.grantMembership(getBareJID(1)); // Check that the members list is correct affiliates = muc.getMembers(); assertEquals("Room has admins", 1, affiliates.size()); Affiliate affiliate = (Affiliate) affiliates.iterator().next(); assertEquals("Wrong member jid", getBareJID(1), affiliate.getJid()); // Check that the members list is correct affiliates = muc.getOutcasts(); assertEquals("Room has outcasts", 0, affiliates.size()); // Check that the moderator list is correct Collection occupants = muc.getModerators(); assertEquals("Room does not have 2 moderators", 2, occupants.size()); for (Object occupant1 : occupants) { Occupant occupant = (Occupant) occupant1; if (getFullJID(0).equals(occupant.getJid())) { assertEquals("Wrong affiliation", "owner", occupant.getAffiliation()); assertEquals("Wrong role", "moderator", occupant.getRole()); assertEquals("Wrong nick", "testbot", occupant.getNick()); } else if (getFullJID(2).equals(occupant.getJid())) { assertEquals("Wrong affiliation", "none", occupant.getAffiliation()); assertEquals("Wrong role", "moderator", occupant.getRole()); assertEquals("Wrong nick", "testbot3", occupant.getNick()); } else { fail("Unknown moderator " + occupant.getJid()); } } // Check that the participants list is correct occupants = muc.getParticipants(); assertEquals("Room does not have 1 participant", 1, occupants.size()); Occupant occupant = (Occupant) occupants.iterator().next(); assertEquals("Wrong participant jid", getFullJID(1), occupant.getJid()); Thread.sleep(500); // Check that we can retrieve Occupant information of a given user occupant = muc.getOccupant(room + "/testbot2"); assertNotNull("Occupant was not found", occupant); assertEquals("Wrong occupant jid", getFullJID(1), occupant.getJid()); assertEquals("Wrong occupant affiliation", "member", occupant.getAffiliation()); assertEquals("Wrong occupant role", "participant", occupant.getRole()); assertEquals("Wrong occupant nick", "testbot2", occupant.getNick()); try { // Check whether a member can get the list of owners muc2.getOwners(); fail("User2 was able to get the list of owners"); } catch (XMPPException e) { XMPPError xmppError = e.getXMPPError(); assertNotNull("No XMPPError was received getting the list of owners", xmppError); assertEquals( "A member was able to get the list of owners", 403, xmppError.getCode()); } } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } /** * Check that ParticipantStatusListener is receiving joining and leaving events correctly. */ public void testJoinLeftEvents() { final String[] answer = new String[8]; try { // User1 will listen for occupants joining and leaving the room muc.addParticipantStatusListener(new DefaultParticipantStatusListener() { public void joined(String participant) { super.joined(participant); if ((room + "/testbot2").equals(participant)) { answer[0] = participant; } else { answer[1] = participant; } } public void left(String participant) { super.left(participant); if ((room + "/testbot2").equals(participant)) { answer[2] = participant; } // Skip unavailable presences of the same user else if (!(room + "/testbot").equals(participant)) { answer[3] = participant; } } }); // User2 joins the new room MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); // User2 will listen for User3 joining and leaving the room muc2.addParticipantStatusListener(new DefaultParticipantStatusListener() { public void joined(String participant) { super.joined(participant); if ((room + "/testbot").equals(participant)) { answer[4] = participant; } else { answer[5] = participant; } } public void left(String participant) { super.left(participant); if ((room + "/testbot").equals(participant)) { answer[6] = participant; } // Skip unavailable presences of the same user else if (!(room + "/testbot2").equals(participant)){ answer[7] = participant; } } }); muc2.join("testbot2"); // User3 joins the new room MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); muc3.join("testbot3"); Thread.sleep(150); // User3 leaves the room muc3.leave(); Thread.sleep(150); // User2 leaves the room muc2.leave(); Thread.sleep(250); // Check that ParticipantStatusListener is working OK assertEquals( "User1 didn't receive the event of User2 joining the room", room + "/testbot2", answer[0]); assertEquals( "User1 didn't receive the event of User3 joining the room", room + "/testbot3", answer[1]); assertEquals( "User1 didn't receive the event of User2 leaving the room", room + "/testbot2", answer[2]); assertEquals( "User1 didn't receive the event of User3 leaving the room", room + "/testbot3", answer[3]); assertEquals( "User2 didn't receive the event of User1 joining the room", room + "/testbot", answer[4]); assertEquals( "User2 didn't receive the event of User3 joining the room", room + "/testbot3", answer[5]); assertNull( "User2 received the event of User1 leaving the room", answer[6]); assertEquals( "User2 didn't receive the event of User3 leaving the room", room + "/testbot3", answer[7]); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } public void testManyResources() { try { // Create 20 more connections for user2 XMPPConnection[] conns = new XMPPConnection[20]; for (int i = 0; i < conns.length; i++) { conns[i] = new XMPPConnection(getServiceName()); conns[i].connect(); conns[i].login(getUsername(1), getUsername(1), "resource-" + i); } // Join the 20 connections to the same room MultiUserChat[] mucs = new MultiUserChat[20]; for (int i = 0; i < mucs.length; i++) { mucs[i] = new MultiUserChat(conns[i], room); mucs[i].join("resource-" + i); } Thread.sleep(200); // Each connection has something to say for (int i = 0; i < mucs.length; i++) { mucs[i].sendMessage("I'm resource-" + i); } Thread.sleep(200); // Each connection leaves the room and closes the connection for (int i = 0; i < mucs.length; i++) { mucs[i].leave(); conns[i].disconnect(); } } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } /** * Test that deaf occupants do not get broadcasted messages. Deaf occupants is a Jive * extension to MUC so it may not work with other servers. */ public void testDeafOccupants() { try { // User2 joins the room as a "normal" occupant MultiUserChat muc2 = new MultiUserChat(getConnection(1), room); muc2.join("testbot2"); // User3 joins the room as a "deaf" occupant MultiUserChat muc3 = new MultiUserChat(getConnection(2), room); muc3.addPresenceInterceptor(new DeafOccupantInterceptor()); muc3.join("testbot3"); // User1 sends some messages to the room muc.sendMessage("Message 1"); muc.sendMessage("Message 2"); Thread.sleep(500); Message msg; // Normal occupant gets first message msg = muc2.nextMessage(1000); assertNotNull("First message is null", msg); // Get second message msg = muc2.nextMessage(1000); assertNotNull("Second message is null", msg); // Try to get a third message msg = muc2.nextMessage(1000); assertNull("Third message is not null", msg); // Deaf occupant tries to get a third message msg = muc3.nextMessage(1000); assertNull("Deaf occupant got a broadcast message", msg); // User2 leaves the room muc2.leave(); // User3 leaves the room muc3.leave(); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } private void makeRoomModerated() throws XMPPException { // User1 (which is the room owner) converts the instant room into a moderated room Form form = muc.getConfigurationForm(); Form answerForm = form.createAnswerForm(); answerForm.setAnswer("muc#roomconfig_moderatedroom", true); // Keep the room owner try { List owners = new ArrayList(); owners.add(getBareJID(0)); answerForm.setAnswer("muc#roomconfig_roomowners", owners); } catch (IllegalArgumentException e) { // Do nothing } muc.sendConfigurationForm(answerForm); } private void clearAnswer(String[] answer) { for (int i = 0; i < answer.length; i++) { answer[i] = null; } } protected void setUp() throws Exception { //XMPPConnection.DEBUG_ENABLED = false; super.setUp(); room = "fruta124@" + getMUCDomain(); try { // User1 creates the room muc = new MultiUserChat(getConnection(0), room); muc.create("testbot"); // User1 sends an empty room configuration form which indicates that we want // an instant room muc.sendConfigurationForm(new Form(Form.TYPE_SUBMIT)); } catch (Exception e) { e.printStackTrace(); fail(e.getMessage()); } } protected void tearDown() throws Exception { // Destroy the new room muc.destroy("The room has almost no activity...", null); super.tearDown(); } protected int getMaxConnections() { return 3; } }