testparsercategories.cxx

这是国外的resip协议栈

   }

   {
      TR _tr( "URI parse, parameters, correct termination check");
      Data uriString = "sips:bob;param=gargle:[e-mail] notHost";
      ParseBuffer pb(uriString.data(), uriString.size());

      NameAddr to;
      to.parse(pb);
      Uri& uri = to.uri();

      assert(uri.scheme() == "sips");
      assert(uri.user() == "bob;param=gargle");
      assert(uri.password() == "password");
      cerr << "Uri:" << uri.host() << endl;
      assert(uri.host() == "foo.com");
   }

   {
      TR _tr( "URI parse, transport parameter");
      Data uriString = "sip:[e-mail];transport=udp";
      ParseBuffer pb(uriString.data(), uriString.size());

      NameAddr to;
      to.parse(pb);
      Uri& uri = to.uri();

      assert(uri.param(p_transport) == "udp");
   }
   
   cerr << "URI comparison tests" << endl;
   {
      Data uriStringA("sip:[e-mail]");
      Data uriStringB("sip:[e-mail];newparam=5");
      Data uriStringC("sip:[e-mail];security=on");
      ParseBuffer pa(uriStringA.data(), uriStringA.size());
      ParseBuffer pb(uriStringB.data(), uriStringB.size());
      ParseBuffer pc(uriStringC.data(), uriStringC.size());
      NameAddr nA, nB, nC;

      nA.parse(pa);
      nB.parse(pb);
      nC.parse(pc);
      
      Uri& uA = nA.uri();
      Uri& uB = nB.uri();
      Uri& uC = nC.uri();
      
      assert(uA == uB);
      assert(uB == uC);
      assert(uA == uC);
   }
   {
      Data uriStringA = "sip:biloxi.com;transport=tcp;method=REGISTER";
      Data uriStringB = "sip:biloxi.com;method=REGISTER;transport=tcp";

      ParseBuffer pa(uriStringA.data(), uriStringA.size());
      ParseBuffer pb(uriStringB.data(), uriStringB.size());

      NameAddr nA, nB;
      nA.parse(pa);
      nB.parse(pb);
      
      Uri& uA = nA.uri();
      Uri& uB = nB.uri();

      assert(uA == uB);
   }
   {
      Data uriStringA = "sip:[e-mail]";
      Data uriStringB = "sip:[e-mail]";

      ParseBuffer pa(uriStringA.data(), uriStringA.size());
      ParseBuffer pb(uriStringB.data(), uriStringB.size());

      NameAddr nA, nB;
      nA.parse(pa);
      nB.parse(pb);
      Uri& uA = nA.uri();
      Uri& uB = nB.uri();

      assert(uA == uB);
   }
   {
      Data uriStringA = "sip:[e-mail];Transport=UDP";
      Data uriStringB = "SIP:[e-mail];Transport=udp";

      ParseBuffer pa(uriStringA.data(), uriStringA.size());
      ParseBuffer pb(uriStringB.data(), uriStringB.size());

      NameAddr nA, nB;
      nA.parse(pa);
      nB.parse(pb);
      Uri& uA = nA.uri();
      Uri& uB = nB.uri();      

      assert(uA != uB);
   }
   {
      Data uriStringA = "sip:bob@192.0.2.4";
      Data uriStringB = "sip:[e-mail]";

      ParseBuffer pa(uriStringA.data(), uriStringA.size());
      ParseBuffer pb(uriStringB.data(), uriStringB.size());
      NameAddr nA, nB;
      nA.parse(pa);
      nB.parse(pb);
      Uri& uA = nA.uri();
      Uri& uB = nB.uri();
      assert(uA != uB);
   }
   {
      Data uriStringA = "sip:[e-mail]:6000;transport=tcp";
      Data uriStringB = "sip:[e-mail]";

      ParseBuffer pa(uriStringA.data(), uriStringA.size());
      ParseBuffer pb(uriStringB.data(), uriStringB.size());
      NameAddr nA, nB;
      nA.parse(pa);
      nB.parse(pb);
      Uri& uA = nA.uri();
      Uri& uB = nB.uri();
      assert(uA != uB);
   }
   {
      Data uriStringA = "sip:[e-mail];transport=udp";
      Data uriStringB = "sip:[e-mail]";

      ParseBuffer pa(uriStringA.data(), uriStringA.size());
      ParseBuffer pb(uriStringB.data(), uriStringB.size());
      NameAddr nA, nB;
      nA.parse(pa);
      nB.parse(pb);
      Uri& uA = nA.uri();
      Uri& uB = nB.uri();
      cerr << "A: " << uA << endl;
      cerr << "B: " << uB << endl;
      cerr << "A:exists(transport) " << uA.exists(p_transport) << endl;
      assert(uA != uB);
   }

   { //embedded header comparison, not supported yet
//      char *uriStringA = "sip:[e-mail]?Subject=next%20meeting";
//      char *uriStringB = "sip:[e-mail]";

//      ParseBuffer pa(uriStringA, strlen(uriStringA));
//      ParseBuffer pb(uriStringB, strlen(uriStringB));
//      Uri uA, uB;
//      uA.parse(uriStringA);
//      uB.parse(uriStringB);
//      assert(uA != uB);
   }

   {
      TR _tr( "Request Line parse");
      Data requestLineString("INVITE sips:[e-mail] SIP/2.0");
      HeaderFieldValue hfv(requestLineString.data(), requestLineString.size());

      RequestLine requestLine(&hfv, Headers::UNKNOWN);
      assert(requestLine.uri().scheme() == "sips");
      assert(requestLine.uri().user() == "bob");
      cerr << requestLine.uri().host() << endl;
      assert(requestLine.uri().host() == "foo.com");
      assert(requestLine.getMethod() == INVITE);
      assert(requestLine.getSipVersion() == "SIP/2.0");
   }
   {
      TR _tr( "Request Line parse tel");
      Data requestLineString("INVITE tel:[phone] SIP/2.0");
      HeaderFieldValue hfv(requestLineString.data(), requestLineString.size());

      RequestLine requestLine(&hfv, Headers::UNKNOWN);
      assert(requestLine.uri().scheme() == "tel");
      assert(requestLine.uri().user() == "4153331212");
      assert(requestLine.getMethod() == INVITE);
      assert(requestLine.getSipVersion() == "SIP/2.0");
   }
   {
      TR _tr( "Request Line parse, parameters");
      Data requestLineString("INVITE sips:[e-mail];maddr=1.2.3.4 SIP/2.0");
      HeaderFieldValue hfv(requestLineString.data(), requestLineString.size());

      RequestLine requestLine(&hfv, Headers::UNKNOWN);
      assert(requestLine.uri().scheme() == "sips");
      assert(requestLine.uri().user() == "bob");
      cerr << requestLine.uri().host() << endl;
      assert(requestLine.uri().host() == "foo.com");
      assert(requestLine.getMethod() == INVITE);
      assert(requestLine.uri().param(p_maddr) == "1.2.3.4");
      cerr << requestLine.getSipVersion() << endl;
      assert(requestLine.getSipVersion() == "SIP/2.0");
   }
   {
      TR _tr( "NameAddr parse");
      Data nameAddrString("sips:[e-mail]");
      HeaderFieldValue hfv(nameAddrString.data(), nameAddrString.size());

      NameAddr nameAddr(&hfv, Headers::UNKNOWN);
      assert(nameAddr.uri().scheme() == "sips");
      assert(nameAddr.uri().user() == "bob");
      assert(nameAddr.uri().host() == "foo.com");
   }
   {
      TR _tr( "NameAddr parse, displayName");
      Data nameAddrString("Bob<sips:[e-mail]>");
      HeaderFieldValue hfv(nameAddrString.data(), nameAddrString.size());

      NameAddr nameAddr(&hfv, Headers::UNKNOWN);
      assert(nameAddr.displayName() == "Bob");
      assert(nameAddr.uri().scheme() == "sips");
      assert(nameAddr.uri().user() == "bob");
      assert(nameAddr.uri().host() == "foo.com");
   }
   {
      TR _tr( "NameAddr parse, quoted displayname");
      Data nameAddrString = "\"Bob\"<sips:[e-mail]>";
      HeaderFieldValue hfv(nameAddrString.data(), nameAddrString.size());

      NameAddr nameAddr(&hfv, Headers::UNKNOWN);
      assert(nameAddr.displayName() == "Bob");
      assert(nameAddr.uri().scheme() == "sips");
      assert(nameAddr.uri().user() == "bob");
      assert(nameAddr.uri().host() == "foo.com");
   }
   {
      TR _tr( "NameAddr parse, quoted displayname, embedded quotes");
      Data nameAddrString("\"Bob   \\\" asd   \"<sips:[e-mail]>");
      HeaderFieldValue hfv(nameAddrString.data(), nameAddrString.size());

      NameAddr nameAddr(&hfv, Headers::UNKNOWN);
      assert(nameAddr.displayName() == "Bob   \\\" asd   ");
      assert(nameAddr.uri().scheme() == "sips");
      assert(nameAddr.uri().user() == "bob");
      assert(nameAddr.uri().host() == "foo.com");
   }
   {
      TR _tr( "NameAddr parse, unquoted displayname, paramterMove");
      Data nameAddrString("Bob<sips:[e-mail]>;tag=456248;mobility=\"hobble\"");
      HeaderFieldValue hfv(nameAddrString.data(), nameAddrString.size());

      NameAddr nameAddr(&hfv, Headers::UNKNOWN);
      assert(nameAddr.displayName() == "Bob");
      assert(nameAddr.uri().scheme() == "sips");
      assert(nameAddr.uri().user() == "bob");

      assert(nameAddr.uri().host() == "foo.com");
      
      cerr << "Uri params: ";
      nameAddr.uri().encodeParameters(cerr) << endl;
      cerr << "Header params: ";
      nameAddr.encodeParameters(cerr) << endl;
      assert(nameAddr.param(p_tag) == "456248");
      assert(nameAddr.param(p_mobility) == "hobble");

      assert(nameAddr.uri().exists(p_tag) == false);
      assert(nameAddr.uri().exists(p_mobility) == false);
   }
   {
      TR _tr( "NameAddr parse, quoted displayname, parameterMove");
      Data nameAddrString("\"Bob\"<sips:[e-mail]>;tag=456248;mobility=\"hobble\"");
      HeaderFieldValue hfv(nameAddrString.data(), nameAddrString.size());

      NameAddr nameAddr(&hfv, Headers::UNKNOWN);
      assert(nameAddr.displayName() == "Bob");
      assert(nameAddr.uri().scheme() == "sips");
      assert(nameAddr.uri().user() == "bob");

      assert(nameAddr.uri().host() == "foo.com");
      
      cerr << "Uri params: ";
      nameAddr.uri().encodeParameters(cerr) << endl;
      cerr << "Header params: ";
      nameAddr.encodeParameters(cerr) << endl;

      assert(nameAddr.param(p_tag) == "456248");
      assert(nameAddr.param(p_mobility) == "hobble");

      assert(nameAddr.uri().exists(p_tag) == false);
      assert(nameAddr.uri().exists(p_mobility) == false);
   }
   {
      TR _tr( "NameAddr parse, unquoted displayname, paramterMove");
      Data nameAddrString("Bob<sips:[e-mail];tag=456248;mobility=\"hobble\">");
      HeaderFieldValue hfv(nameAddrString.data(), nameAddrString.size());

      NameAddr nameAddr(&hfv, Headers::UNKNOWN);
      assert(nameAddr.displayName() == "Bob");
      assert(nameAddr.uri().scheme() == "sips");
      assert(nameAddr.uri().user() == "bob");

      assert(nameAddr.uri().host() == "foo.com");
      
      cerr << "Uri params: ";
      nameAddr.uri().encodeParameters(cerr) << endl;
      cerr << "Header params: ";
      nameAddr.encodeParameters(cerr) << endl;
      assert(nameAddr.uri().param(p_tag) == "456248");
      assert(nameAddr.uri().param(p_mobility) == "hobble");

      assert(nameAddr.exists(p_tag) == false);
      assert(nameAddr.exists(p_mobility) == false);
   }
   {
      TR _tr( "NameAddr parse, unquoted displayname, paramterMove");
      Data nameAddrString("Bob<sips:[e-mail];mobility=\"hobb;le\";tag=\"true;false\">");
      HeaderFieldValue hfv(nameAddrString.data(), nameAddrString.size());

      NameAddr nameAddr(&hfv, Headers::UNKNOWN);
      assert(nameAddr.displayName() == "Bob");
      assert(nameAddr.uri().scheme() == "sips");
      assert(nameAddr.uri().user() == "bob");

      assert(nameAddr.uri().host() == "foo.com");
      
      cerr << "Uri params: ";
      nameAddr.uri().encodeParameters(cerr) << endl;
      cerr << "Header params: ";
      nameAddr.encodeParameters(cerr) << endl;
      assert(nameAddr.uri().param(p_mobility) == "hobb;le");
      assert(nameAddr.uri().param(p_tag) == "true;false");
      //      assert("true;false" == nameAddr.uri().param(Data("useless")));

      assert(nameAddr.exists(p_mobility) == false);
   }
   {
      TR _tr( "NameAddr parse");
      Data nameAddrString("sip:101@localhost:5080;transport=UDP");
      HeaderFieldValue hfv(nameAddrString.data(), nameAddrString.size());
      
      NameAddr nameAddr(&hfv, Headers::UNKNOWN);
      assert(nameAddr.displayName() == "");
      assert(nameAddr.uri().scheme() == "sip");
      assert(nameAddr.uri().user() == "101");
   }
   {
      TR _tr( "NameAddr parse, no user in uri");
      Data nameAddrString("sip:localhost:5070");
      HeaderFieldValue hfv(nameAddrString.data(), nameAddrString.size());
      
      NameAddr nameAddr(&hfv, Headers::UNKNOWN);
      assert(nameAddr.displayName() == "");
      assert(nameAddr.uri().scheme() == "sip");
      assert(nameAddr.uri().host() == "localhost");
      assert(nameAddr.uri().user() == "");
      assert(nameAddr.uri().port() == 5070);
   }
   {
      TR _tr( "StatusLine, no reason code");
      Data statusLineString("SIP/2.0 100 ");
      HeaderFieldValue hfv(statusLineString.data(), statusLineString.size());
      
      StatusLine statusLine(&hfv, Headers::UNKNOWN);
      assert(statusLine.responseCode() == 100);
      assert(statusLine.reason() == "");
      assert(statusLine.getSipVersion() == "SIP/2.0");
   }
   {
      TR _tr( "StatusLine, no reason code");
      Data statusLineString("SIP/2.0 100");
      HeaderFieldValue hfv(statusLineString.data(), statusLineString.size());
      
      StatusLine statusLine(&hfv, Headers::UNKNOWN);
      assert(statusLine.responseCode() == 100);
      assert(statusLine.reason() == "");
      assert(statusLine.getSipVersion() == "SIP/2.0");
   }
   {
      TR _tr("Auth Schemes");
      char* authorizationString = "Digest realm=\"66.100.107.120\", username=\"1234\", nonce=\"1011235448\"   , uri=\"sip:66.100.107.120\"   , algorithm=MD5, response=\"8a5165b024fda362ed9c1e29a7af0ef2\"";
      HeaderFieldValue hfv(authorizationString, strlen(authorizationString));
      
      Auth auth(&hfv, Headers::UNKNOWN);

      cerr << "Auth scheme: " <<  auth.scheme() << endl;
      assert(auth.scheme() == "Digest");
      cerr << "   realm: " <<  auth.param(p_realm) << endl;
      assert(auth.param(p_realm) == "66.100.107.120"); 
      assert(auth.param(p_username) == "1234"); 
      assert(auth.param(p_nonce) == "1011235448"); 
      assert(auth.param(p_uri) == "sip:66.100.107.120"); 
      assert(auth.param(p_algorithm) == "MD5"); 
      assert(auth.param(p_response) == "8a5165b024fda362ed9c1e29a7af0ef2"); 

      stringstream s;
      auth.encode(s);

      cerr << s.str() << endl;
      
      assert(s.str() == "Digest realm=\"66.100.107.120\",username=\"1234\",nonce=\"1011235448\",uri=\"sip:66.100.107.120\",algorithm=MD5,response=\"8a5165b024fda362ed9c1e29a7af0ef2\"");
   }

   {
      TR _tr("More Auth");
      char* authorizationString = "realm=\"66.100.107.120\", username=\"1234\", nonce=\"1011235448\"   , uri=\"sip:66.100.107.120\"   , algorithm=MD5, response=\"8a5165b024fda362ed9c1e29a7af0ef2\"";
      HeaderFieldValue hfv(authorizationString, strlen(authorizationString));
      
      Auth auth(&hfv, Headers::UNKNOWN);

      cerr << "Auth scheme: " <<  auth.scheme() << endl;
      assert(auth.scheme() == "");
      cerr << "   realm: " <<  auth.param(p_realm) << endl;
      assert(auth.param(p_realm) == "66.100.107.120"); 
      assert(auth.param(p_username) == "1234"); 
      assert(auth.param(p_nonce) == "1011235448"); 
      assert(auth.param(p_uri) == "sip:66.100.107.120"); 
      assert(auth.param(p_algorithm) == "MD5"); 
      assert(auth.param(p_response) == "8a5165b024fda362ed9c1e29a7af0ef2"); 

      stringstream s;
      auth.encode(s);

      cerr << s.str() << endl;
      
      assert(s.str() == "realm=\"66.100.107.120\",username=\"1234\",nonce=\"1011235448\",uri=\"sip:66.100.107.120\",algorithm=MD5,response=\"8a5165b024fda362ed9c1e29a7af0ef2\"");
   }