gloox开发

1、服务器环境

服务器是在xp系统下安装的（我是在虚拟机中的xp系统下安装的），服务器采用的是Openfire 3.9.3版本，安装服务器时采用的是服务器自带的数据库。

2、编程环境

编程环境是在win7 64位系统下进行的，采用的是Microsoft Visual Studio 2010 旗舰版进行编程。

3、客户端编程采用的技术

3.1采用基于C++实现的XMPP协议客户端开源库gloox

gloox简介：

gloox是一个开源的跨平台的C++实现的XMPP协议开发包，目前的版本为1.0.10测试版。

XMPP协议只是一个协议，一个约定，但本身并没有提供实现方式。也就是说，XMPP定义的那些关键字以及发送消息这些是需要实现的，只要按照XMPP协议来做的话，就可以互通消息了。而gloox就是实现这样一个协议的开发包，我们可以通过这个开发包，开发自己的应用来。

那么gloox如何实现了XMPP协议的呢，其实它的底层就是一个socket在收发数据，然后将数据进行XML解析，封装就可以了。

我采用的是gloox 0.9.9.12版本，可以在这里下载点击打开链接。

在Microsoft Visual Studio 2010 旗舰版下编译生成了相应的动态库。

 

3.2下面介绍下如何把gloox中的源代码加入到工程中去：

自己新建一个工程，然后在工程中新建一个文件夹，我这里叫src，然后将gloox0.9.9.12 文件夹下的src文件夹中的除tests、example等文件夹外所有的文件拷贝到这里新建的src文件夹下。然后将先前编译生成的gloox.lib和gloox.dll文件拷贝到工程下。

 

我这里新建的个是一个win32控制台应用程序,应用程序类型为DLL的工程，目的是为了将所有对XMPP通信的操作都在该动态库中完成，与对窗口的操作进行分开。

 

下面开始为该工程添加文件，完成即时通信中的用户注册、登录、修改密码、修改个人资料，显示好友列表、添加联系人、聊天信息的发送和接收、创建聊天室、传送文件、视频等功能。

用户注册

 

1. </pre><pre name="code" class="cpp">#include "./src/client.h"

2. #include "./src/connectionlistener.h"

3. #include "./src/registration.h"

4. #include "./src/logsink.h"

5. #include "./src/loghandler.h"

6.  

7. using namespace gloox;

8. #include <iostream>

9. #include "afxmt.h"

10.  

11. class RegTest : public RegistrationHandler, ConnectionListener, LogHandler

12. {

13. public:

14. RegTest(bool ischangePassword) ;

15. virtual ~RegTest();

16.  

17. void start(CString serverName,CString userName,CString pwd);

18. virtual void onConnect();

19. virtual void onDisconnect( ConnectionError e );

20. virtual bool onTLSConnect( const CertInfo& info );

21. virtual void handleRegistrationFields( const JID& /*from*/, int fields, std::string instructions );

22. virtual void handleRegistrationResult( const JID& /*from*/, RegistrationResult result );

23. virtual void handleAlreadyRegistered( const JID& /*from*/ );

24. virtual void handleDataForm( const JID& /*from*/, const DataForm& /*form*/ );

25. virtual void handleOOB( const JID& /*from*/, const OOB& oob );

26. virtual void handleLog( LogLevel level, LogArea area, const std::string& message );

27.  

28. private:

29. Registration *m_reg;

30. Client *j;

31. CString user_name;

32. CString pwd_name;

33. BOOL m_isChangePassword;

34. };

1. #include"RegisterImpl.h"

2.  

3. RegTest::RegTest(bool ischangePassword)

4. {

5. user_name.Empty();

6. pwd_name.Empty();

7. /*下面的变量用于修改密码时,判断密码是否修改，若修改了就得断开连接*/

8. m_isChangePassword = ischangePassword;

9. }

10.  

11. RegTest::~RegTest()

12. {

13. }

14.  

15. void RegTest::start(CString serverName,CString userName,CString pwd)

16. {

17. user_name = userName;

18. pwd_name = pwd;

19.  

20. const std::string server = serverName.operator LPCTSTR();

21. /*注意下面这行代码，当要注册用户时，Client中的变量需要用服务器名，与登录时不同，登录时用的是用户的JID*/

22. j = new Client( server);

23. j->disableRoster();

24. j->registerConnectionListener( this );

25.  

26. /*下面就是以服务器的指针来创建注册用户的指针，用得到的指针来注册Handler*/

27. <span style="white-space:pre"> </span>m_reg = new Registration( j );

28. m_reg->registerRegistrationHandler( this );

29.  

30. j->logInstance().registerLogHandler( LogLevelDebug, LogAreaAll, this );

31.  

32. j->connect();

33.  

34. delete( m_reg );

35. delete( j );

36. }

37.  
38.  

39. void RegTest::onConnect()

40. {

41. /*调用该函数能触发虚函数handleRegistrationFields*/

42. m_reg->fetchRegistrationFields();

43. }

44.  

45. void RegTest::onDisconnect( ConnectionError e )

46. { printf( "register_test: disconnected: %d\n", e ); }

47.  

48. bool RegTest::onTLSConnect( const CertInfo& info )

49. {

50. printf( "status: %d\nissuer: %s\npeer: %s\nprotocol: %s\nmac: %s\ncipher: %s\ncompression: %s\n",

51. info.status, info.issuer.c_str(), info.server.c_str(),

52. info.protocol.c_str(), info.mac.c_str(), info.cipher.c_str(),

53. info.compression.c_str() );

54. return true;

55. }

56. /*在该函数中完成注册用户*/

57. void RegTest::handleRegistrationFields( const JID& /*from*/, int fields, std::string instructions )

58. {

59. printf( "fields: %d\ninstructions: %s\n", fields, instructions.c_str() );

60. RegistrationFields vals;

61. vals.username = user_name;

62. vals.password = pwd_name;

63. m_reg->createAccount( fields, vals );

64. }

65.  

66. void RegTest::handleRegistrationResult( const JID& /*from*/, RegistrationResult result )

67. {

68. printf( "result: %d\n", result );

69. if(!m_isChangePassword)

70. {

71. j->disconnect();

72. }

73. }

74.  

75. void RegTest::handleAlreadyRegistered( const JID& /*from*/ )

76. {

77. printf( "the account already exists.\n" );

78. }

79.  

80. void RegTest::handleDataForm( const JID& /*from*/, const DataForm& /*form*/ )

81. {

82. printf( "datForm received\n" );

83. }

84.  

85. void RegTest::handleOOB( const JID& /*from*/, const OOB& oob )

86. {

87. printf( "OOB registration requested. %s: %s\n", oob.desc().c_str(), oob.url().c_str() );

88. }

89.  

90. void RegTest::handleLog( LogLevel level, LogArea area, const std::string& message )

91. {

92. printf("log: level: %d, area: %d, %s\n", level, area, message.c_str() );

93. }

 

登录服务器

要想连接服务器，通常需要下面几个信息：服务器地址(域名或者 IP 地址)，服务器端口号，用户帐号，用户密码。在 XMPP 协议中，服务器建议的端口号为5222， 如果没其它必要， 建议采用该端口号。 XMPP 的用户帐号别名叫 JID， JID 惟一确定进行即时消息和在线状态信息通信的独立对象或实体, 并可兼容其他即时通信系统( 如 MSN 等) 相应的实体标识及其在线状态信息。其语法规则为: [节点″@″] 域名[″/″资源], 其中各个域的长度不能超过 1 023字节, 总长度最大为 3 071 字节。从 JID 的定义可以看出来，其实要连接到服务器，JID 中就已经含有了服务器的地址，而如果默认采用 5222 端口号的话，则可以不用提供服务器地址和端口就可以了，而只通过 JID 就可以和服务器连接上。

1. class MessageTest : public ConnectionListener

2. {

3. public:

4. MessageTest() {}

5. virtual ~MessageTest() {}

6. void start()

7. {

8. //初始化一个 JID，即用户 ID

9. JID jid( "userTest@serverTest/test" );

10. <span style="white-space:pre"> </span>//创建一个连接客户端，后一个参数为密码

11. j = new Client( jid, "testPassword" );

12. <span style="white-space:pre"> </span>/*注册连接状态监听器，当调用该方法后， gloox 会在后台自动调用该接口实现中的相应方法。 */

13. j->registerConnectionListener( this ); /*这里用this参数是因为 this 中实现了ConnectionListener 接口，onConnect() 等虚函数函数 */

14. <span style="white-space:pre"> </span>//设置服务

15. j->disco()->setVersion( "messageTest", GLOOX_VERSION, "Linux" );

16. j->disco()->setIdentity( "client", "bot" );

17. //关于数字证书认证方面的东东，照抄就行了。

18. StringList ca;

19. ca.push_back( "/path/to/cacert.crt" );

20. j->setCACerts( ca );

21. /*调用 j->connect(false)时，即实现与服务器的连接，即登陆了，连接成功会返回为真。Connect 函数参数为 false 表示不阻塞方式连接，而如果为真，则为阻塞方式连接 */

22. if( j->connect( false ) )

23. {

24. }

25. }

26. //该该方法即为实现 ConnectionListener 监听器接口中的连接成功的方法实现。

27. virtual void onConnect()

28. {

29. printf( "连接服务器成功!!!\n" );

30. }

31. /*该该方法即为实现 ConnectionListener 监听器接口中的连接失败或者 断开网络的方法实现*/

32. virtual void onDisconnect( ConnectionError e )

33. { printf( "断开连接: %d\n", e );

34. delete( j );

35. }

36. /*该该方法即为实现 ConnectionListener 监听器接口中的安全连接成功的方法实现。 */

37. virtual bool onTLSConnect( const CertInfo& info )

38. {

39. return true;

40. }

41. private:

42. Client *j;//客户端实例对象

43. };

44. int main( int /*argc*/, char** /*argv*/ )//测试代码

45. {

46. MessageTest *r = new MessageTest();

47. r->start();

48. delete( r );

49. return 0;

50. }

 

考虑到修改密码、修改个人资料，显示好友列表、添加联系人、聊天信息的发送和接收、创建聊天室、传送文件、视频等功能的实现都是在连接登录后才能进行操作，我这里就将登录部分单独出来

1. #include "./src/connectionlistener.h"

2.  

3. class CQTalkClient; //这个类是一个负责与客户端窗口交流的类，后面会给出

4. using namespace gloox;

5. /

6. // CQTalkConnectionListener

7.  

8. class CQTalkConnectionListener : public gloox::ConnectionListener

9. {

10. // Construction

11. public:

12. CQTalkConnectionListener();

13. CQTalkConnectionListener( CQTalkClient* pClient );

14. virtual ~CQTalkConnectionListener();

15.  

16. // Override

17. public:

18. virtual void onConnect();

19. virtual void onDisconnect(ConnectionError e );

20. virtual bool onTLSConnect( const CertInfo& info );

21.  

22. private:

23. CIMClient* m_pClient;

24. };

 

1. CQTalkConnectionListener::CQTalkConnectionListener()

2. {

3. }

4.  

5. CQTalkConnectionListener::CQTalkConnectionListener( CQTalkClient* pClient )

6. {

7. m_pClient = NULL;

8. ASSERT( pClient );

9.  

10. m_pClient = pClient;

11. }

12.  

13. CQTalkConnectionListener::~CQTalkConnectionListener()

14. {

15. }

16.  

17. /

18. // CQTalkConnectionListener override implementation

19.  

20. void CQTalkConnectionListener::onConnect()

21. {

22. ASSERT( m_pClient != NULL );

23. if ( m_pClient != NULL )

24. {

25. m_pClient->OutputLogInfo( "Connecting QTalk server !", CQTalkLogConsole::TEXT_WHITE );

26. }

27.  

28. }

29.  

30. void CQTalkConnectionListener::onDisconnect( ConnectionError e )

31. {

32. ASSERT( m_pClient != NULL );

33.  

34. switch ( e )

35. {

36. case gloox::ConnNoError :

37. m_pClient->OutputLogInfo( "Not really an error. Everything went just fine.", CQTalkLogConsole::TEXT_WHITE );

38. break;

39.  

40. case gloox::ConnStreamError :

41. m_pClient->OutputLogInfo( "A stream error occured. The stream has been closed.", CQTalkLogConsole::TEXT_WHITE );

42. break;

43.  

44. case gloox::ConnStreamClosed :

45. m_pClient->OutputLogInfo( "The stream has been closed graciously.", CQTalkLogConsole::TEXT_WHITE );

46. break;

47.  

48. case gloox::ConnIoError :

49. m_pClient->OutputLogInfo( "An I/O error occured.", CQTalkLogConsole::TEXT_WHITE );

50. break;

51.  

52. case gloox::ConnOutOfMemory :

53. m_pClient->OutputLogInfo( "Out of memory. Uhoh.", CQTalkLogConsole::TEXT_WHITE );

54. break;

55.  

56. case gloox::ConnNoSupportedAuth :

57. m_pClient->OutputLogInfo( "The auth mechanisms the server offers are not supported" \

58. "or the server offered no auth mechanisms at all.", CQTalkLogConsole::TEXT_WHITE );

59. break;

60.  

61. case gloox::ConnTlsFailed :

62. m_pClient->OutputLogInfo( "The server's certificate could not be verified.", CQTalkLogConsole::TEXT_WHITE );

63. break;

64.  

65. case gloox::ConnAuthenticationFailed :

66. m_pClient->OutputLogInfo( "Authentication failed. Username/password wrong or account does not exist.", CQTalkLogConsole::TEXT_WHITE );

67. break;

68.  

69. case gloox::ConnUserDisconnected :

70. m_pClient->OutputLogInfo( "The user (or higher-level protocol) requested a disconnect.", CQTalkLogConsole::TEXT_WHITE );

71. break;

72.  

73. case gloox::ConnNotConnected :

74. m_pClient->OutputLogInfo( "There is no active connection.", CQTalkLogConsole::TEXT_WHITE );

75. break;

76. }

77. }

78.  

79. bool CQTalkConnectionListener::onTLSConnect( const CertInfo& info )

80. {

81. return true;

82. }

 

现在我建立一个类CQTalkClient，用来沟通窗口和gloox的内部：

在该类中定义了一个函数用于连接服务器，以及完成gloox所有的注册

1. BOOL CQTalkClient::Connect( CString strID, CString strJID, CString strPwd )

2. {

3. OutputLogInfo( "QTalk applictaion initailze successful !", CQTalkLogConsole::TEXT_WHITE );

4.  

5. ASSERT( ! strID.IsEmpty() );

6. ASSERT( ! strJID.IsEmpty() );

7. ASSERT( ! strPwd.IsEmpty() );

8. if ( strID.IsEmpty() || strJID.IsEmpty() || strPwd.IsEmpty() )

9. return FALSE;

10.  

11. setlocale( LC_ALL, "" );

12.  

13. const std::string jabberID = strJID.operator LPCTSTR();

14. const std::string password = strPwd.operator LPCTSTR();

15.  

16. gloox::JID jid( jabberID);

17.  

18. jid.setResource("QTalk");

19.  

20. <span style="white-space:pre"> </span> m_pJabberClient = new gloox::Client( jid, password );

21.  

22. ASSERT( m_pJabberClient != NULL );

23. if ( m_pJabberClient == NULL )

24. return FALSE;

25.  

26. m_pQTalkDiscoHandler = new CQTalkDiscoHandler ();

27. /*下面得到好友列表相关类指针*/

28. <span style="white-space:pre"> </span>m_pQTalkRosterListener = new CQTalkRosterListener ( this );

29. <span style="white-space:pre"> </span>/*下面得到Log相关类指针*/

30. <span style="white-space:pre"> </span>m_pQTalkLogHandler = new CQTalkLogHandler ( this );

31. <span style="white-space:pre"> </span>/*下面得到会话相关类指针*/

32. m_pQTalkSessionHandler = new CQTalkSessionHandler ( this );

33. /*下面得到连接相关类指针*/

34. m_pQTalkConnectListener = new CQTalkConnectionListener( this );

35. /*下面得到聊天室相关类指针*/

36. m_pQTalkRoom = new QtalkMucRoom (this);

37.  
38.  

39. /*下面得到文件传输相关类指针*/

40. m_pQTalkIBBHandler = new CQTalkIBBHandler ( this );

41.  
42.  

43. ASSERT( m_pQTalkDiscoHandler != NULL );

44. ASSERT( m_pQTalkRosterListener != NULL );

45. ASSERT( m_pQTalkLogHandler != NULL );

46. ASSERT( m_pQTalkSessionHandler != NULL );

47. ASSERT( m_pQTalkConnectListener != NULL );

48. ASSERT( m_pQTalkIBBHandler != NULL );

49.  

50. //m_pJabberClient->setPresence( PresenceAvailable );

51. <span style="white-space:pre"> </span>// m_pJabberClient->setInitialPriority( 4 );

52. /*注册连接状态监听器，当调用该方法后， gloox 会在后台自动调用该接口实现中的相应方法。 */

53. m_pJabberClient->registerConnectionListener( m_pQTalkConnectListener );

54. /*注册好友列表监听器*/

55. m_pJabberClient->rosterManager()->registerRosterListener( m_pQTalkRosterListener );

56. m_pJabberClient->disco()->setVersion( "QTalk", GLOOX_VERSION ,"Windows");

57. m_pJabberClient->disco()->setIdentity( "client", "Qtalk" );

58. /*注册log监听器*/

59. m_pJabberClient->logInstance().registerLogHandler( LogLevelDebug, LogAreaAll, m_pQTalkLogHandler );

60. /*注册聊天室监听器*/

61. m_pJabberClient->registerMUCInvitationHandler( m_pQTalkRoom );

62. /*注册会话消息监听器*/

63. m_pJabberClient->registerMessageSessionHandler(m_pQTalkSessionHandler);

64.  
65.  

66. if ( m_pJabberClient->connect( false ) == false )

67. {

68. ReleaseRes();

69. return FALSE;

70. }

71. <span style="white-space:pre"> </span>/*戏码得到名片相关类的指针*/

72. m_pQTalkVCard = new VCardTest(this);

73.  

74. /*下面得到文件管理相关类指针*/

75. m_pIBBManager = new gloox::InBandBytestreamManager( m_pJabberClient, m_pJabberClient->disco() );

76. /*注册文件传输的监听器*/

77. m_pIBBManager->registerInBandBytestreamHandler( m_pQTalkIBBHandler );

78.  

79. m_jid = jabberID;

80. AfxGetMainWnd()->SetWindowText( m_jid.c_str() );

81.  

82. /*下面是一个线程，该线程用于接收发过来的信息和数据*/

83. m_pQTalkThread = AfxBeginThread( QTalkMsgHandlerProc, this, THREAD_PRIORITY_NORMAL, 0, CREATE_SUSPENDED );

84. ASSERT_VALID( m_pQTalkThread );

85. if ( ! m_pQTalkThread )

86. return FALSE;

87.  

88. m_pQTalkThread->ResumeThread();

89.  

90. OutputLogInfo( "Connect server successful !", CQTalkLogConsole::TEXT_WHITE );

91.  

92. return TRUE;

93. }

94.  
95.  

96. 线程函数的实现：

97. UINT CQTalkClient::QTalkMsgHandlerProc( LPVOID lParam )

98. {

99. CQTalkClient* pQTalkClient = static_cast< CQTalkClient* >( lParam );

100. ASSERT( pQTalkClient != NULL );

101. if ( pQTalkClient == NULL )

102. return 1;

103.  

104. pQTalkClient->OutputLogInfo( "Start LISTENER thread !", CQTalkLogConsole::TEXT_RED );

105.  

106. ASSERT( pQTalkClient->m_pQTalkDiscoHandler != NULL );

107. ASSERT( pQTalkClient->m_pQTalkLogHandler != NULL );

108. ASSERT( pQTalkClient->m_pQTalkSessionHandler != NULL );

109. ASSERT( pQTalkClient->m_pQTalkConnectListener != NULL );

110. ASSERT( pQTalkClient->m_pJabberClient != NULL );

111.  

112. gloox::ConnectionError ce = gloox::ConnNoError;

113.  

114. while ( TRUE )

115. {

116. DWORD dwFlag = ::WaitForSingleObject( CQTalkClient::s_QTalkEvent.m_hObject, 0 );

117. if ( dwFlag == WAIT_OBJECT_0 )

118. {

119. pQTalkClient->OutputLogInfo( "End LISTENER thread !", CQTalkLogConsole::TEXT_RED );

120. break;

121. }

122. ce = pQTalkClient->m_pJabberClient->recv();

123. }

124.  

125. return 0;

126. }

 

修改用户登录密码

在CQTalkClient函数中添加一个函数用于修改密码

 

1. VOID CQTalkClient::SetPassword(CString password)

2. {

3. const std::string pwd = password.operator LPCTSTR();

4. rr = new RegTest(TRUE);

5. //rr->changepassword(serverName,useName,password);

6. Registration *m_reg = new Registration(m_pJabberClient);

7. m_reg->registerRegistrationHandler(rr);

8. m_reg->changePassword( m_pJabberClient->username(), password.operator LPCTSTR() );

9. ::MessageBox(NULL,"修改密码成功!",NULL,0);

10. delete (m_reg);

11. }

修改个人资料

 

1. #include "./src/client.h"

2. #include "./src/connectionlistener.h"

3. #include "./src/disco.h"

4. #include "./src/stanza.h"

5. #include "./src/gloox.h"

6. #include "./src/loghandler.h"

7. #include "./src/vcardhandler.h"

8. #include "./src/vcardmanager.h"

9. #include "./src/vcard.h"

10. using namespace gloox;

11.  

12. #include <stdio.h>

13. #include <locale.h>

14. #include <string>

15.  
16.  

17. class CQTalkClient;

18.  

19. struct vcard_info

20. {

21. std::string username;

22. std::string servername;

23. std::string nickname;

24. // std::list<VCard::Address> AddressList;

25. std::string street;

26. std::string family;

27. std::string given;

28. std::string middle;

29. };

30.  

31. class VCardTest: public VCardHandler/*,ConnectionListener*/

32. {

33. public:

34. VCardTest(void);

35. VCardTest(CQTalkClient* pClient);

36.  

37. ~VCardTest(void);

38.  

39. public:

40. void start(CString m_strjid);

41.  

42. void store(CString &,CString &,CString &);

43.  

44. //virtual void onConnect();

45. //virtual void onDisconnect( ConnectionError e ) ;

46. //virtual bool onTLSConnect( const CertInfo& info );

47. //virtual void handleDiscoInfoResult( Stanza */*stanza*/, int /*context*/ );

48. //virtual void handleDiscoItemsResult( Stanza */*stanza*/, int /*context*/ );

49. virtual void handleDiscoError( Stanza */*stanza*/, int /*context*/ );

50. //virtual void handleLog( LogLevel level, LogArea area, const std::string& message );

51. virtual void handleVCard( const JID& jid, VCard *vcard);

52. virtual void handleVCardResult(VCardContext context, const JID& jid,StanzaError se = StanzaErrorUndefined );

53.  

54. //Client *j;

55. VCardManager *m_vManager;

56. int m_count;

57. CString strJID;

58. public:

59. struct vcard_info *str;

60. // static CString m_strFetch;

61. CString m_strSet;

62. // AddressList& m_addressList;

63. BOOL m_choice;

64. private:

65. CQTalkClient* m_pClient;

66. };

 

1. VCardTest::VCardTest(void)

2. {

3.  

4. // m_pClient = NULL;

5. }

6.  

7. VCardTest::VCardTest(CQTalkClient* pClient)

8. {

9. // m_count = 0;

10. str = NULL;

11. strJID.Empty();

12. m_pClient = pClient;

13. m_choice = TRUE;

14. m_vManager = new VCardManager( m_pClient->GetClient());

15. }

16.  

17. VCardTest::~VCardTest(void)

18. {

19. delete(m_vManager);

20. }

21.  
22.  

23. void VCardTest::start(CString m_strjid)

24. {

25. strJID = m_strjid;

26. std::string strjid = m_strjid.operator LPCTSTR();

27. JID jid( strjid );

28. m_vManager->fetchVCard( strjid, this );

29. }

30.  

31. void VCardTest::store(CString &nickname,CString &servername,CString &street)

32. {

33. std::string m_strjid = strJID.operator LPCTSTR();

34. JID jid(m_strjid);

35.  

36. VCard *v = new VCard();

37. v->setFormattedname( "Hurk the Hurk" );

38. v->setNickname( nickname.operator LPCTSTR());

39. v->setName( "Simpson", "Bart", "", "Mr.", "jr." );

40. v->addAddress( "pobox", "app. 2", (street.operator LPCTSTR()), "Springfield", "region", "123", "USA", VCard::AddrTypeHome );

41. m_vManager->storeVCard( v, this );

42. m_vManager->fetchVCard( m_strjid, this );

43. }

44.  

45. void VCardTest::handleVCard( const JID& jid, VCard *vcard )

46. {

47.  
48.  

49. std::string m_strjid = strJID.operator LPCTSTR();

50. // ++m_count;

51. if( !vcard )

52. {

53. printf( "empty vcard!\n" );

54. return;

55. }

56. printf( "received vcard for %s: %s\n", jid.full().c_str(), vcard->tag()->xml().c_str());

57. // ::AfxMessageBox(jid.full().c_str());

58. // ::AfxMessageBox(vcard->tag()->xml().c_str());

59.  

60. // m_vManager->fetchVCard( jid, this );

61. str = new vcard_info;

62. str ->username = jid.username().c_str();

63. str ->servername = jid.server().c_str();

64. str ->nickname = vcard->nickname().c_str();

65.  

66. str->family = vcard->name().family;

67. str->given = vcard->name().given;

68. str->middle = vcard->name().middle;

69.  

70. VCard::AddressList::const_iterator it = vcard->addresses().begin();

71. for( ; it != vcard->addresses().end(); ++it )

72. {

73. // printf( "address: %s\n", (*it).street.c_str() );

74. str ->street = (*it).street.c_str();

75. }

76.  

77. AfxGetMainWnd()->SendMessage( \

78. QTalkGlobal::WM_QTALK_VCARD, \

79. NULL, \

80. (LPARAM)str );

81. delete(str);

82.  

83. }

84.  

85. void VCardTest::handleVCardResult( VCardContext context, const JID& jid,StanzaError se)

86. {

87. //se = StanzaErrorUndefined;

88. //printf( "vcard result: context: %d, jid: %s, error: %d\n", context, jid.full().c_str(), se );

89. // m_vManager->fetchVCard( jid, this );

90. }

 

然后只需在CQTalkClient中添加一个函数：

 

1. VOID CQTalkClient::VCard(CString m_strjid/*,CString m_strPwd*/)

2. {

3. m_pQTalkVCard->start(m_strjid);

4. }

 

 

添加联系人

在CQTalkClient中添加函数

 

1. VOID CQTalkClient::AddConnecter(CString m_jid,CString m_group)

2. {

3. m_cf = TRUE;

4. m_delete = FALSE;

5. const std::string m_strjid = m_jid.operator LPCTSTR();

6. m_strGroup = m_group;

7. JID jid(m_strjid);

8. m_pJabberClient->rosterManager()->subscribe(jid);

9. }

 

关于添加联系人的类：

 

1. #include "./src/rosterlistener.h"

2. #include "./src/rostermanager.h"

3.  

4. class CQTalkClient;

5.  

6. using namespace gloox;

7.  

8. class CQTalkRosterListener : public gloox::RosterListener

9. {

10. // Construction

11. public:

12. CQTalkRosterListener();

13.  

14. CQTalkRosterListener( CQTalkClient* pClient);

15.  

16. virtual ~CQTalkRosterListener();

17.  

18. // Implementation

19. private:

20. virtual void handleItemSubscribed ( const JID& jid );

21.  

22. virtual void handleItemUnsubscribed( const JID& jid);

23.  

24. virtual void handleItemAdded ( const JID& jid );

25.  

26. virtual void handleItemRemoved( const JID& jid );

27.  

28. virtual void handleItemUpdated( const JID& jid );

29.  

30. virtual void handleRoster( const Roster& roster );

31.  

32. virtual void handleRosterPresence( const RosterItem& item, const std::string& resource,Presence presence, const std::string& msg );

33.  

34. virtual bool handleSubscriptionRequest ( const JID& jid, const std::string& msg );

35.  

36. virtual bool handleUnsubscriptionRequest( const JID& jid, const std::string& msg );

37.  

38. virtual void handleRosterError( Stanza* stanza );

39.  

40. virtual void handleNonrosterPresence( Stanza* stanza );

41.  

42. virtual void handleSelfPresence( const RosterItem& item, const std::string& resource,Presence presence, const std::string& msg );

43.  
44.  
45.  

46. // Implementation

47. private:

48. CQTalkClient* m_pClient;

49. };

 

1. CQTalkRosterListener::CQTalkRosterListener()

2. {

3. m_pClient = NULL;

4. }

5.  

6. CQTalkRosterListener::CQTalkRosterListener(CQTalkClient* pClient )

7. {

8. m_pClient=pClient;

9. }

10.  

11. CQTalkRosterListener::~CQTalkRosterListener()

12. {

13. }

14.  

15. /

16. // CQTalkRosterListener method implementation

17.  

18. void CQTalkRosterListener::handleItemSubscribed( const JID& jid )

19. {

20. m_pClient->OutputLogInfo( "RosterListener::itemSubscribed", CQTalkLogConsole::TEXT_WHITE );

21. AfxGetMainWnd()->PostMessage( \

22. QTalkGlobal::WM_QTALK_MESSAGE, \

23. QTalkGlobal::WM_QTALK_ROSTER, \

24. QTalkGlobal::ROSTER_LIST_ALL );

25. // m_pClient->m_cf = FALSE;

26. }

27.  

28. void CQTalkRosterListener::handleItemUnsubscribed(const JID& jid)

29. {

30.  

31. }

32.  

33. void CQTalkRosterListener::handleItemAdded( const JID& jid )

34. {

35. m_pClient->OutputLogInfo( "RosterListener::itemAdded", CQTalkLogConsole::TEXT_WHITE );

36.  

37. RosterItem* rostitem = m_pClient->GetClient()->rosterManager()->getRosterItem(jid);

38. QTalkGlobal::ROSTER rosterItem;

39. rosterItem.jid = rostitem->jid();

40. rosterItem.name = rostitem->name();

41. rosterItem.subsciption = rostitem->subscription();

42. rosterItem.groups.push_back((m_pClient->m_strGroup).operator LPCTSTR());

43. m_pClient->m_rosterList.push_back( rosterItem );

44.  

45. StringList g;

46. g.push_back((m_pClient->m_strGroup).operator LPCTSTR());

47.  

48. m_pClient->GetClient()->rosterManager()->add(jid,rostitem->name(),g);

49. }

50.  

51. void CQTalkRosterListener::handleItemRemoved(const JID& jid )

52. {

53. m_pClient->OutputLogInfo( "RosterListener::itemRemoved", CQTalkLogConsole::TEXT_WHITE );

54. if(m_pClient->m_delete)

55. {

56. QTalkGlobal::CIT_ROSTER_LIST i;

57. i = m_pClient->m_rosterList.begin();

58. while(i != m_pClient->m_rosterList.end())

59. {

60. QTalkGlobal::ROSTER rosterItem = *i;

61. if(rosterItem.jid == jid.full())

62. {

63. m_pClient->m_rosterList.erase(i++);

64. }

65. else

66. {

67. i++;

68. }

69. }

70.  

71. AfxGetMainWnd()->SendMessage( \

72. QTalkGlobal::WM_QTALK_MESSAGE, \

73. QTalkGlobal::WM_QTALK_ROSTER, \

74. QTalkGlobal::ROSTER_DELETE_ITEM );

75. }

76. }

77.  

78. void CQTalkRosterListener::handleItemUpdated( const JID& jid)

79. {

80. m_pClient->OutputLogInfo( "RosterListener::itemUpdated", CQTalkLogConsole::TEXT_WHITE );

81.  

82. if(!m_pClient->m_cf)

83. {

84. AfxGetMainWnd()->PostMessage( \

85. QTalkGlobal::WM_QTALK_MESSAGE, \

86. QTalkGlobal::WM_QTALK_ROSTER, \

87. QTalkGlobal::ROSTER_LIST_ALL );

88. // m_pClient->m_cf = TRUE;

89. }

90. }

91.  
92.  
93.  

94. // By calling this method

95. // you can get all roster from the server

96.  

97. void CQTalkRosterListener::handleRoster( const Roster& roster )

98. {

99. m_pClient->OutputLogInfo( "Manager the roster !", CQTalkLogConsole::TEXT_WHITE );

100.  

101. Roster::const_iterator it = roster.begin();

102.  

103. m_pClient->m_rosterList.clear();

104. QTalkGlobal::ROSTER rosterItem;

105.  

106. for ( ; it != roster.end(); it++ )

107. {

108. m_pClient->OutputLogInfo((*it).second->jid().c_str(),CQTalkLogConsole::TEXT_PURPLE );

109. m_pClient->OutputLogInfo((*it).second->name().c_str(), CQTalkLogConsole::TEXT_PURPLE );

110. //m_pClient->OutputLogInfo((*it).second->subscription(), CQTalkLogConsole::TEXT_PURPLE );

111.  

112. StringList g = (*it).second->groups();

113. StringList::const_iterator it_g = g.begin();

114. for( ; it_g != g.end(); ++it_g )

115. {

116. std::string msg;

117. CCodeLib::UTF8ToGB2312( msg, ( *it_g ).c_str(), ( *it_g ).length() );

118. m_pClient->OutputLogInfo( msg.c_str(), CQTalkLogConsole::TEXT_YELLOW );

119. }

120.  

121. rosterItem.jid = ( *it ).second->jid();

122. rosterItem.name = ( *it ).second->name();

123. rosterItem.subsciption = ( *it ).second->subscription();

124. rosterItem.groups = ( *it ).second->groups();

125. rosterItem.presence = 6;

126. m_pClient->m_rosterList.push_back( rosterItem );

127.  

128. }

129.  

130. AfxGetMainWnd()->PostMessage( \

131. QTalkGlobal::WM_QTALK_MESSAGE, \

132. QTalkGlobal::WM_QTALK_ROSTER, \

133. QTalkGlobal::ROSTER_LIST_ALL );

134. }

135.  

136. // The rosters are not online or online

137. // calling these method to implement roster update...

138.  

139. void CQTalkRosterListener::handleRosterPresence( const RosterItem& item,const std::string& resource,Presence presence, const std::string& msg )

140. {

141. m_pClient->OutputLogInfo( "RosterListener::presenceUpdated", CQTalkLogConsole::TEXT_WHITE );

142. QTalkGlobal::CIT_ROSTER_LIST cit = m_pClient->m_rosterList.begin();

143. for(;cit != m_pClient->m_rosterList.end(); cit++)

144. {

145. if(cit->jid == item.jid())

146. {

147. cit->presence = presence;

148. }

149. }

150.  

151. AfxGetMainWnd()->SendMessage( \

152. QTalkGlobal::WM_QTALK_MESSAGE, \

153. QTalkGlobal::WM_QTALK_ROSTER, \

154. QTalkGlobal::ROSTER_PRESENCEUPDATE );

155. }

156.  

157. bool CQTalkRosterListener::handleSubscriptionRequest( const JID& jid, const std::string& msg )

158. {

159. m_pClient->OutputLogInfo( "RosterListener::subscriptionRequest", CQTalkLogConsole::TEXT_WHITE );

160. // m_pClient->m_cf = FALSE;

161. if(!m_pClient->m_cf)

162. {

163. AfxGetMainWnd()->SendMessage( \

164. QTalkGlobal::WM_QTALK_MESSAGE, \

165. QTalkGlobal::WM_QTALK_ROSTER, \

166. QTalkGlobal::ROSTER_SUBSCRIPTIONREQUEST);

167. }

168.  

169. if(!m_pClient->m_choice)

170. {

171. m_pClient->GetClient()->rosterManager()->unsubscribe(jid);

172. }

173.  

174. m_pClient->m_cf = FALSE;

175.  

176. return true;

177. }

178.  

179. bool CQTalkRosterListener::handleUnsubscriptionRequest( const JID& jid, const std::string& msg )

180. {

181. m_pClient->OutputLogInfo( "RosterListener::unsubscriptionRequest", CQTalkLogConsole::TEXT_WHITE );

182. return true;

183. }

184.  

185. void CQTalkRosterListener::handleRosterError( Stanza* stanza )

186. {

187.  

188. }

189.  

190. void CQTalkRosterListener::handleNonrosterPresence( Stanza* stanza )

191. {

192.  

193. }

194.  

195. void CQTalkRosterListener::handleSelfPresence( const RosterItem& item, const std::string& resource,Presence presence, const std::string& msg )

196. {

197.  

198. }

聊天室：

 

 

1. #include "./src/client.h"

2. #include "./src/connectionlistener.h"

3. #include "./src/mucroomhandler.h"

4. #include "./src/mucroom.h"

5. #include "./src/disco.h"

6. #include "./src/stanza.h"

7. #include "./src/dataform.h"

8. #include "./src/gloox.h"

9. #include "./src/lastactivity.h"

10. #include "./src/loghandler.h"

11. #include "./src/logsink.h"

12. #include "./src/mucinvitationhandler.h"

13.  

14. using namespace gloox;

15.  

16. #include <stdio.h>

17. #include <locale.h>

18. #include <string>

19.  

20. #ifdef WIN32

21. #include <windows.h>

22. #endif

23.  

24. class CQTalkClient;

25.  

26. class QTalkMucRoom : public MUCRoomHandler,public gloox::MUCInvitationHandler

27. {

28. public:

29. QTalkMucRoom();

30. QTalkMucRoom( CQTalkClient* pClient);

31. ~QTalkMucRoom();

32. public:

33. void start(CString roomName);

34. void ToRoom(CString str,CString msg);

35. void OnChatSession( std::string nick, std::string message );

36. void SendToRoom(CString message);

37. void ServerRoom();

38.  

39. private:

40. virtual void handleMUCParticipantPresence( MUCRoom * /*room*/, const MUCRoomParticipant participant,

41. Presence presence );

42. virtual void handleMUCMessage( MUCRoom* /*room*/, const std::string& nick, const std::string& message,

43. bool history, const std::string& /*when*/, bool priv );

44. virtual void handleMUCSubject( MUCRoom * /*room*/, const std::string& nick, const std::string& subject );

45. virtual void handleMUCError( MUCRoom * /*room*/, StanzaError error );

46. virtual void handleMUCInfo( MUCRoom * /*room*/, int features, const std::string& name,

47. const DataForm *infoForm );

48. virtual void handleMUCItems( MUCRoom * /*room*/, const StringMap& items );

49. virtual void handleMUCInviteDecline( MUCRoom * /*room*/, const JID& invitee, const std::string& reason );

50. virtual bool handleMUCRoomCreation( MUCRoom *room );

51. virtual void handleMUCInvitation( const JID& room, const JID& invitee, const std::string& reason,

52. const std::string& body, const std::string& password,

53. bool cont );

54. private:

55. MUCRoom *m_room;

56. MUCRoom *m_serverRoom;

57. CQTalkClient* m_pClient;

58. BOOL m_send;

59. BOOL m_server;

60. };

 

1. #include "StdAfx.h"

2. #include "QTalkMucRoom.h"

3. #include "QTalkClient.h"

4.  

5. QTalkMucRoom::QTalkMucRoom()

6. {

7.  

8. // m_pClient = NULL;

9. }

10.  

11. QTalkMucRoom::QTalkMucRoom(CQTalkClient* pClient)

12. {

13. m_room = NULL;

14. m_serverRoom = NULL;

15. m_pClient = pClient;

16. m_send = TRUE;

17. m_server = TRUE;

18. }

19.  

20. QTalkMucRoom::~QTalkMucRoom()

21. {

22. delete( m_room );

23. delete( m_serverRoom);

24. }

25.  

26. void QTalkMucRoom::start(CString roomName)

27. {

28. const std::string strjid = roomName.operator LPCTSTR();

29. m_server = TRUE;

30.  

31. JID nick(strjid);

32. m_room = new MUCRoom( m_pClient->GetClient(), nick, this, 0 );

33. m_room->join();

34. m_room->getRoomInfo();

35. m_room->getRoomItems();

36. // delete(m_room);

37. }

38.  

39. void QTalkMucRoom::ServerRoom()

40. {

41. m_server = FALSE;

42. JID nick("conference.upower-a448cf28");

43. m_serverRoom = new MUCRoom( m_pClient->GetClient(), nick, this, 0);

44. m_serverRoom->getRoomItems();

45. // delete( m_room );

46. }

47.  

48. void QTalkMucRoom::ToRoom(CString str,CString msg)

49. {

50. const std::string strjid = str.operator LPCTSTR();

51. JID jid(strjid);

52.  

53. m_room->invite(jid,msg.operator LPCTSTR());

54. }

55.  

56. void QTalkMucRoom::SendToRoom(CString message)

57. {

58. m_send = FALSE;

59. const std::string strMessage = message.operator LPCTSTR();

60. m_room->send(strMessage);

61. }

62.  

63. void QTalkMucRoom::handleMUCParticipantPresence( MUCRoom * /*room*/, const MUCRoomParticipant participant,

64. Presence presence )

65. {

66. std::string str = m_pClient->GetJID();

67. if( presence == PresenceAvailable )

68. {

69. // printf( "!!!!!!!!!!!!!!!! %s is in the room, too\n", participant.nick->resource().c_str() );

70. if(str.compare(participant.jid->bare()))

71. {

72. AfxGetMainWnd()->PostMessage( \

73. QTalkGlobal::WM_QTALK_CONNECT, \

74. QTalkGlobal::CONECT_PRESENCE_AVAILABLE, \

75. NULL);

76. }

77. }

78.  

79. else if( presence == PresenceUnavailable )

80. printf( "!!!!!!!!!!!!!!!! %s left the room\n", participant.nick->resource().c_str() );

81. else

82. printf( "Presence is %d of %s\n", presence, participant.nick->resource().c_str() );

83. }

84.  

85. void QTalkMucRoom::handleMUCMessage( MUCRoom* /*room*/, const std::string& nick, const std::string& message,

86. bool history, const std::string& /*when*/, bool priv )

87. {

88. //printf( "%s said: '%s' (history: %s, private: %s)\n", nick.c_str(), message.c_str(),

89. // history ? "yes" : "no", priv ? "yes" : "no" );

90. if(m_send)

91. {

92. OnChatSession(nick,message);

93. }

94. m_send = TRUE;

95. }

96.  

97. void QTalkMucRoom::handleMUCSubject( MUCRoom * /*room*/, const std::string& nick, const std::string& subject )

98. {

99. if( nick.empty() )

100. printf( "Subject: %s\n", subject.c_str() );

101. else

102. printf( "%s has set the subject to: '%s'\n", nick.c_str(), subject.c_str() );

103. }

104.  

105. void QTalkMucRoom::handleMUCError( MUCRoom * /*room*/, StanzaError error )

106. {

107. printf( "!!!!!!!!got an error: %d", error );

108. }

109.  

110. void QTalkMucRoom::handleMUCInfo( MUCRoom * /*room*/, int features, const std::string& name,

111. const DataForm *infoForm )

112. {

113. // printf( "features: %d, name: %s, form xml: %s\n", features, name.c_str(), infoForm->tag()->xml().c_str() );

114. }

115.  

116. void QTalkMucRoom::handleMUCItems( MUCRoom * /*room*/, const StringMap& items )

117. {

118. StringMap::const_iterator it = items.begin();

119. for( ; it != items.end(); ++it )

120. {

121. // printf( "%s -- %s is an item here\n", (*it).first.c_str(), (*it).second.c_str() );

122. m_pClient->m_serverRoomList.push_back((*it).first);

123. }

124. if(!m_server)

125. {

126. AfxGetMainWnd()->PostMessage( \

127. QTalkGlobal::WM_QTALK_CHATROOM, \

128. QTalkGlobal::WM_QTALK_SERVERCHATROOMLIST, \

129. QTalkGlobal::SERVERCHATROOM_LIST);

130. }

131. }

132.  

133. void QTalkMucRoom::handleMUCInviteDecline( MUCRoom * /*room*/, const JID& invitee, const std::string& reason )

134. {

135. printf( "Invitee %s declined invitation. reason given: %s\n", invitee.full().c_str(), reason.c_str() );

136. }

137.  

138. bool QTalkMucRoom::handleMUCRoomCreation( MUCRoom *room )

139. {

140. // printf( "room %s didn't exist, beeing created.\n", room->name().c_str() );

141. return true;

142. }

143.  
144.  

145. void QTalkMucRoom::handleMUCInvitation( const JID& room, const JID& invitee, const std::string& reason,

146. const std::string& body, const std::string& password,

147. bool cont )

148. {

149. // int i = 0;

150. const std::string strUsr = room.username();

151. const std::string strInvitee = room.username();

152. CString str = _T("");

153. str.Format("[e-mail]-a448cf28/%s",strUsr.c_str(),strInvitee.c_str());

154. JID nick(str.operator LPCTSTR());

155.  
156.  
157.  

158. MUCRoom* m_serverRoom1 = new MUCRoom( m_pClient->GetClient(), nick, this, 0);

159. m_room->join();

160. // m_room = new MUCRoom( m_pClient->GetClient(), room, this, 0);

161. //m_room->join();

162. //JID jid("test@upower-a448cf28");

163. //m_pClient->GetClient()->registerPresenceHandler(jid,this);

164. }

165.  

166. void QTalkMucRoom::OnChatSession( std::string nick, std::string message )

167. {

168. m_pClient->m_nick = nick;

169. m_pClient->m_rMessage = message;

170. AfxGetMainWnd()->SendMessage(\

171. QTalkGlobal::WM_QTALK_CHATROOM, \

172. QTalkGlobal::WM_QTALK_ROOMSESSION, \

173. QTalkGlobal::CHATROOM_MSG

174. );

175. }

176.