{

if( argc != 2 )

{

printf( "[Usage] %s {xml file}\n", argv[0] );

return 0;

}

char * pszFileName = argv[1];

if( gclsSetupFile.Read( pszFileName ) == false )

{

printf( "Setup file error\n" );

return 0;

}

#ifdef WIN32

#ifdef _DEBUG

_CrtSetDbgFlag( _CRTDBG_ALLOC_MEM_DF | _CRTDBG_LEAK_CHECK_DF | _CRTDBG_CHECK_ALWAYS_DF );

CLog::SetDirectory( "c:\\temp\\sipclient" );

CLog::SetLevel( LOG_NETWORK | LOG_DEBUG | LOG_INFO );

#endif

#endif

CSipUserAgent clsUserAgent;

CSipServerInfo clsServerInfo;

CSipStackSetup clsSetup;

CSipClient clsSipClient;

clsServerInfo.m_strIp = gclsSetupFile.m_strSipServerIp;

clsServerInfo.m_strDomain = gclsSetupFile.m_strSipDomain;

clsServerInfo.m_strUserId = gclsSetupFile.m_strSipUserId;

clsServerInfo.m_strPassWord = gclsSetupFile.m_strSipPassWord;

clsServerInfo.m_eTransport = gclsSetupFile.m_eSipTransport;

clsServerInfo.m_iPort = gclsSetupFile.m_iSipServerPort;

clsServerInfo.m_iLoginTimeout = 600;

//clsServerInfo.m_iNatTimeout = 10;

// 삼성 070 서비스 로그인시 User-Agent 헤더에 특수한 문자열이 포함되지 않으면 480 응답이 수신된다.

// 아래와 같이 Acrobits 으로 User-Agent 헤더가 시작하면 정상적으로 401 응답을 수신한다.

//clsSetup.m_strUserAgent = "Acrobits";

// Expires 헤더에 300 을 입력하고 싶으면 아래와 같이 설정하면 된다.

// clsServerInfo.m_iLoginTimeout = 300;

clsSetup.m_iLocalUdpPort = gclsSetupFile.m_iUdpPort;

clsSetup.m_strLocalIp = gclsSetupFile.m_strLocalIp;

if( gclsSetupFile.m_eSipTransport == E_SIP_TCP )

{

clsSetup.m_iLocalTcpPort = gclsSetupFile.m_iUdpPort;

clsSetup.m_iTcpCallBackThreadCount = 1;

}

else if( gclsSetupFile.m_eSipTransport == E_SIP_TLS )

{

clsSetup.m_iLocalTlsPort = gclsSetupFile.m_iUdpPort;

clsSetup.m_strCertFile = gclsSetupFile.m_strPemFile;

}

// Via 헤더 및 Contact 헤더에 로컬 수신 포트 번호를 설정하고 싶으면 아래와 같이 설정하면 된다.

// clsSetup.m_bUseContactListenPort = true;

// UDP 수신 쓰레드의 기본 개수는 1개이다. 이를 수정하려면 CSipStackSetup.m_iUdpThreadCount 를 수정하면 된다.

clsUserAgent.InsertRegisterInfo( clsServerInfo );

if( clsUserAgent.Start( clsSetup, &clsSipClient ) == false )

{

printf( "sip stack start error\n" );

return 0;

}

if( gclsRtpThread.Create() == false )

{

printf( "rtp thread create error\n" );

return 0;

}

char szCommand[1024];

int iLen;

memset( szCommand, 0, sizeof(szCommand) );

while( fgets( szCommand, sizeof(szCommand), stdin ) )

{

if( szCommand[0] == 'Q' || szCommand[0] == 'q' ) break;

iLen = (int)strlen(szCommand);

if( iLen >= 2 && szCommand[iLen-2] == '\r' )

{

szCommand[iLen-2] = '\0';

}

else if( iLen >= 1 && szCommand[iLen-1] == '\n' )

{

szCommand[iLen-1] = '\0';

}

if( szCommand[0] == 'C' || szCommand[0] == 'c' )

{

CSipCallRtp clsRtp;

CSipCallRoute clsRoute;

clsRtp.m_strIp = clsSetup.m_strLocalIp;

clsRtp.m_iPort = gclsRtpThread.m_iPort;

clsRtp.m_iCodec = 0;

clsRoute.m_strDestIp = gclsSetupFile.m_strSipServerIp;

clsRoute.m_iDestPort = gclsSetupFile.m_iSipServerPort;

clsRoute.m_eTransport = gclsSetupFile.m_eSipTransport;

clsUserAgent.StartCall( gclsSetupFile.m_strSipUserId.c_str(), szCommand + 2, &clsRtp, &clsRoute, gstrInviteId );

}

else if( szCommand[0] == 'e' || szCommand[0] == 's' )

{

clsUserAgent.StopCall( gstrInviteId.c_str() );

gclsRtpThread.Stop( );

gstrInviteId.clear();

}

else if( szCommand[0] == 'a' )

{

CSipCallRtp clsRtp;

clsRtp.m_strIp = clsSetup.m_strLocalIp;

clsRtp.m_iPort = gclsRtpThread.m_iPort;

clsRtp.m_iCodec = 0;

clsUserAgent.AcceptCall( gstrInviteId.c_str(), &clsRtp );

gclsRtpThread.Start( clsSipClient.m_clsDestRtp.m_strIp.c_str(), clsSipClient.m_clsDestRtp.m_iPort );

}

else if( szCommand[0] == 'm' )

{

CSipCallRoute clsRoute;

clsRoute.m_strDestIp = gclsSetupFile.m_strSipServerIp;

clsRoute.m_iDestPort = gclsSetupFile.m_iSipServerPort;

clsRoute.m_eTransport = gclsSetupFile.m_eSipTransport;

clsUserAgent.SendSms( gclsSetupFile.m_strSipUserId.c_str(), szCommand + 2, "hello", &clsRoute );

}

else if( szCommand[0] == 'i' )

{

CMonitorString strBuf;

clsUserAgent.m_clsSipStack.GetString( strBuf );

printf( "%s", strBuf.GetString() );

}

else if( szCommand[0] == 't' )

{

// OPTION 메시지 전송 예제

CSipMessage * pclsMessage = new CSipMessage();

if( pclsMessage )

{

char szTag[SIP_TAG_MAX_SIZE], szCallIdName[SIP_CALL_ID_NAME_MAX_SIZE];

SipMakeTag( szTag, sizeof(szTag) );

SipMakeCallIdName( szCallIdName, sizeof(szCallIdName) );

// Call-ID 를 저장한다.

pclsMessage->m_clsCallId.m_strName = szCallIdName;

pclsMessage->m_clsCallId.m_strHost = clsUserAgent.m_clsSipStack.m_clsSetup.m_strLocalIp;

pclsMessage->m_eTransport = E_SIP_UDP;

// SIP method 를 저장한다.

pclsMessage->m_strSipMethod = SIP_METHOD_OPTIONS;

// Request Uri 를 저장한다.

pclsMessage->m_clsReqUri.Set( SIP_PROTOCOL, "1000", "192.168.0.1", 5060 );

// CSeq 를 저장한다.

pclsMessage->m_clsCSeq.Set( 1, SIP_METHOD_OPTIONS );

// From 헤더를 저장한다.

pclsMessage->m_clsFrom.m_clsUri.Set( SIP_PROTOCOL, "2000", "192.168.0.200", 5060 );

pclsMessage->m_clsFrom.InsertParam( SIP_TAG, szTag );

// To 헤더를 저장한다.

pclsMessage->m_clsTo.m_clsUri.Set( SIP_PROTOCOL, "1000", "192.168.0.1", 5060 );

// SIP 메시지를 전송할 대상 IP 주소와 포트 번호 및 프로토콜을 저장한다.

pclsMessage->AddRoute( "192.168.0.1", 5060, E_SIP_UDP );

clsUserAgent.m_clsSipStack.SendSipMessage( pclsMessage );

}

}

memset( szCommand, 0, sizeof(szCommand) );

}

if( gstrInviteId.empty() == false )

{

clsUserAgent.StopCall( gstrInviteId.c_str() );

}

gclsRtpThread.Stop( );

sleep(2);

clsUserAgent.Stop();

clsUserAgent.Final();

return 0;