sipurltest.cxx

SIP（Session Initiation Protocol）是由IETF定义

/* ====================================================================
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static const char* const SipUrlTest_cxx_Version =
    "$Id: SipUrlTest.cxx,v 1.10.2.2 2003/01/22 22:33:53 bko Exp $";

#include "SipUrl.hxx"
#include "Verify.hxx"

using namespace Vocal;


void test()
{
    {
	// test a simple SipUrl


	SipUrl testa(string("sip:2000@192.168.5.111:5061"));

	SipUrl testb(testa);

	SipUrl testc;

	testc = testa;

	test_verify(testa == testb);
	test_verify(testa == testc);
	test_verify(testc == testb);

	test_verify(testa.encode() == testb.encode());
	test_verify(testa.encode() == testc.encode());
	test_verify(testb.encode() == testc.encode());

	cout << testa.encode() << endl;

	test_verify(testa.encode() == "sip:2000@192.168.5.111:5061");
    }

    {
	// test default values for port and transport

	SipUrl test_00(string("sip:2000@192.168.5.111"));
	SipUrl test_01(string("sip:2000@192.168.5.111:5060"));
	
	test_verify(test_00 == test_01);
	
	SipUrl test_02;
	
	test_verify(test_00 != test_02);
	
	SipUrl test_03(string("sip:2000@192.168.5.111;transport=udp"));
	SipUrl test_04(string("sip:2000@192.168.5.111"));
	
	test_verify(test_03 != test_02);
	test_verify(test_03 == test_04);
    }

    {
	// test minimal constructions for equality
	SipUrl test_00;
	SipUrl test_01;

	test_00.setUserValue("foo");
	test_01.setUserValue("foo");
	test_verify(test_00 == test_01); // this fails due to hostMatch failing

	test_00.setHost("test.com");
	test_01.setHost("test.com");
	test_verify(test_00 == test_01);

    }
    {
	// test phone-context
	//SipUrl test0(string("sip:2000@192.168.5.111:5060;transport=udp;user=phone;phone-context=unknown"));

	//test_verify(test0.encode() == "sip:2000@192.168.5.111:5060;transport=udp;user=phone;phone-context=unknown");
    }
    {
	// test phone-context
	SipUrl test0(string("sip:7311000@192.168.5.111:5060;transport=udp;user=phone;phone-context=unknown"));

//	test0.setGlobalPhoneNumber("7311000");

	test_verify(test0.encode() == "sip:7311000@192.168.5.111:5060;transport=udp;user=phone;phone-context=unknown");
	cout << test0.encode() << endl;
    }
    {
	SipUrl test0(string("sip:7321000@192.168.5.111:5060;user=phone"));

//	test0.setGlobalPhoneNumber("7311000");

	test_verify(test0.encode() == "sip:7321000@192.168.5.111:5060;user=phone");
	cout << test0.encode() << endl;
    }
    {
	Data url1("sip:[e-mail]:5060");
    
	SipUrl sipUrl(url1);

	test_verify(sipUrl.encode() == url1);
	test_verify(sipUrl.getHost() == "bell-telephone.com");
	test_verify(sipUrl.getPort() == "5060");
    }
    {
	Data url2("sip:[e-mail]:5560;transport=udp?veeru%3D23");
	SipUrl sipUrl2(url2);

	cout << sipUrl2.encode() << endl;
	test_verify(url2 == sipUrl2.encode());
	test_verify(sipUrl2.getHost() == "vovida.com");
	test_verify(sipUrl2.getPort() == "5560");
	test_verify(sipUrl2.getTransportParam() == "udp");
	cout << "transport param is:" << sipUrl2.getTransportParam().logData() << endl;

	cout << "other name is:" << sipUrl2.getOtherName().logData() << endl;
	cout << "other param is:" << sipUrl2.getOtherParam().logData() << endl;


	Data url3( "sip:12321321;isub=2142114;postd=2134*#[e-mail]:5060;user=phone?header%3Dwe");
	    
	SipUrl sipUrl3(url3);

	cerr << "ENCODE2:" << url3.logData() << endl;
	cerr << "ENCODE:" << sipUrl3.encode().logData() << endl;
	test_bug(sipUrl3.encode() == url3);
	cout << sipUrl3.encode() << endl;
	    
	    
	Data url4("sip:[e-mail];tag=2344");
	SipUrl sipUrl4(url4);
	test_verify(sipUrl4.encode() == url4);
	cout << sipUrl4.encode() << endl;

	Data fg = "sip:12321321;isub=2142114;postd=2134*#[e-mail]:5060;user=phone?header=we";
	//Data fg = "sip:[e-mail];ttl=25?subject=project%20x&prirty=urgent";
	//Data fg= "sip:[e-mail]:5060;transport=udp;user=ip;method=top?dg=flash";//;god";
	//	Data jk="sip:[e-mail]:5560;transport=udp?veeru=23";
	//Data hj = "Krishan Veer<sip:[e-mail]>;tag=111111";
	Data hj = " KRISHAN VEER<sip:[e-mail]>;tag=111111;mthod=777";
	//  Data hj = "Krishan Veer<sip:[e-mail] ";
	//    Data hj = "sip:[e-mail];tag=23444";
	//Data hj = "Krishan Veer sip:[e-mail]>";
	Data hj1 = "[e-mail]";
    }
    {
      try
	{
	  SipUrl url1(Data("user1@host"));
	  test_verify(false);
	}
      catch(...)
	{
	  test_verify(true);
	}
    }

    {
	SipUrl url1(Data("sip:user1@host"));
	SipUrl url2(Data("sip:user2@host"));
	SipUrl url3(Data("sip:user1@host"));

	test_verify(url1 == url3);
	test_verify(url1 != url2);

        SipUrl url4(Data("sip:user:password@128.107.105.124:5060;"));
        test_verify(url4.getHost() == Data("128.107.105.124"));
        test_verify(url4.getUserValue() == Data("user:password"));


        SipUrl url5(Data("sip:user%xyz:5061@host:5060"));
        test_verify(url5.getUserValue() == Data("user%xyz:5061"));
        test_verify(url5.getHost() == Data("host"));

        //IPV6 test cases, a convertion from IPV4 address 3e.e0.39.92 (HEX)
        SipUrl url6(Data("sip:user@[2002:3ee0:3972:0001::1]:5060;"));
        test_verify(url6.getUserValue() == Data("user"));
        test_verify(url6.getHost() == Data("[2002:3ee0:3972:0001::1]"));

        SipUrl url7(Data("sip:[2002:3ee0:3972:0001::1]:5060;"));
        test_verify(url7.getHost() == Data("[2002:3ee0:3972:0001::1]"));

        SipUrl url8(Data("sip:[2201:056D::112E:144A:1E24];"));
        test_verify(url8.getHost() == Data("[2201:056D::112E:144A:1E24]"));

        SipUrl url9(Data("sip:1001@[2201:056D::112E:144A:1E24];transport=tcp;"));
        test_verify(url9.getUserValue() == Data("1001"));
        test_verify(url9.getHost() == Data("[2201:056D::112E:144A:1E24]"));

        SipUrl url10(url8);
        SipUrl url11;
        url11 = url8;
        test_verify(url10.encode() == url8.encode());
        test_verify(url11.encode() == url8.encode());

    }

    {
	SipUrl myUrl;

	myUrl.setHost("bob-xyz.com");
	test_verify(myUrl.encode() == "sip:bob-xyz.com");

	SipUrl myUrl2;
	myUrl2.setHost("bob-xyz.com");
	myUrl2.setUserValue("   ");
	test_verify(myUrl2.encode() == "sip:bob-xyz.com");
    }
    {
      Sptr<BaseUrl> xUrl = new SipUrl("sip:1000@192.168.5.111");
      Sptr<BaseUrl> yUrl;

      yUrl = xUrl->duplicate();
      test_verify(yUrl->encode() == xUrl->encode());
    }

    {
        SipUrl url4(Data("sip:user:password@128.107.105.124:5060"));
        test_verify(url4.getHost() == Data("128.107.105.124"));
        test_verify(url4.getUserValue() == Data("user:password"));
    }

    {
        SipUrl url4(Data("sip:user@128.107.105.124:5060"));
        test_verify(url4.getHost() == Data("128.107.105.124"));
        test_verify(url4.getUserValue() == Data("user"));
    }

    {
        SipUrl url4(Data("sip:user@128.107.105.124"));
        test_verify(url4.getHost() == Data("128.107.105.124"));
        test_verify(url4.getUserValue() == Data("user"));
    }

    {
      SipUrl url(Data("sip:1000@192.168.5.111"));

      //      cout << url.getNameAddr() << endl;

      test_verify(url.getNameAddr() == "sip:1000@192.168.5.111");
    }
    {
      SipUrl url(Data("sip:[2002:ac17:fc4e::1]"));
      test_verify(url.getNameAddr() == "sip:[2002:ac17:fc4e::1]");
    }
}


int main()
{
    test();
    return test_return_code(50);
}