source: source/ariba/communication/EndpointDescriptor.cpp@ 4987

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// Copyright (c) 2008-2009, Institute of Telematics, UniversitÀt Karlsruhe (TH)

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// UniversitÀt Karlsruhe (TH)

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// [License]



#include "EndpointDescriptor.h"

#include "ariba/utility/misc/StringFormat.h"

#include "ariba/utility/misc/Helper.h"



namespace ariba {

namespace communication {



vsznDefault(EndpointDescriptor);



const EndpointDescriptor EndpointDescriptor::UNSPECIFIED;



EndpointDescriptor::EndpointDescriptor() : locator( NULL ), isUnspec( true ){

}



EndpointDescriptor::EndpointDescriptor(const EndpointDescriptor& rh){

        locator = (rh.locator != NULL) ? new IPv4Locator(*rh.locator) : NULL;

        isUnspec = rh.isUnspec;

}



EndpointDescriptor::EndpointDescriptor(const Locator* _locator){

        if( _locator == NULL ) return;



        locator = new IPv4Locator(*dynamic_cast<IPv4Locator*>((Locator*)_locator));

        isUnspec = false;

}



EndpointDescriptor::EndpointDescriptor(const string str) {

        using namespace boost::xpressive;

        using namespace ariba::utility::string_format;

        using namespace ariba::utility::Helper;

        using namespace std;



        locator = NULL;

        isUnspec = true;



        smatch match;

        if (regex_search(str, match, robjects)) {

                regex_nav nav = match;

                for (int i=0; i<nav.size(); i++) {

                        string type = nav[i][robject_id].str();

                        if (type=="ip") {

                                string ip = nav[i][robject_data].str();

                                ip = ip.substr(1,ip.size()-2);

                                this->locator = new IPv4Locator();

                                this->locator->setIP(ip);

                                this->isUnspec = false;

                        } else

                        if (type=="tcp") {

                                string port = nav[i][robject_data][rfields][1].str();

                                port = port.substr(1,port.size()-2);

                                this->locator->setPort(stoi(port));

                        }

                }

        }

}



EndpointDescriptor::~EndpointDescriptor() {

}



bool EndpointDescriptor::isUnspecified() const {

        return isUnspec;

}



string EndpointDescriptor::toString() const {

        if( locator == NULL ) return "<undefined locator>";

        std::ostringstream o;

        o << "ip{" << locator->getIP() << "}";

        o << ",";

        o << "tcp(ip,{" << locator->getPort() << "})";

        return o.str();

}



EndpointDescriptor* EndpointDescriptor::fromString( string str ) {

        return new EndpointDescriptor( str );

}



bool EndpointDescriptor::operator!=( const EndpointDescriptor& rh ) const {

        return !operator==(rh);

}



bool EndpointDescriptor::operator==(const EndpointDescriptor& rh) const {



        if( isUnspecified() && rh.isUnspecified() ) {



                // both unspec bit set

                return true;



        } else if( (!isUnspecified()) && (!rh.isUnspecified()) ) {



                //

                // both are valid, check locators

                //



                if( locator == NULL && rh.locator == NULL ){



                        // both locators are invalid, ok true

                        return true;



                } else if( locator == NULL ^ rh.locator == NULL ) {



                        // one locator is invalid, the other not, false

                        return false;



                } else {



                        // both locators are valid, compare

                        assert( locator != NULL && rh.locator != NULL );

                        return ( locator->operator==(*rh.locator) );



                }



        } else {



                // one is unspec, the other not

                assert( isUnspecified() ^ rh.isUnspecified() );

                return false;



        }



}



}} // namespace ariba, communication