source: source/ariba/communication/modules/network/ip/IPv4Locator.cpp@ 4065

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// [License]

#include "IPv4Locator.h"

namespace ariba {
namespace communication {

vsznDefault(IPv4Locator);

IPv4Locator IPv4Locator::ANY        = IPv4Locator::fromString("0.0.0.0");
IPv4Locator IPv4Locator::LOCALHOST  = IPv4Locator::fromString("127.0.0.1");
IPv4Locator IPv4Locator::BROADCAST  = IPv4Locator::fromString("255.255.255.255");

IPv4Locator::IPv4Locator() {
        this->port = 0;
}

IPv4Locator::~IPv4Locator() {
}

bool IPv4Locator::operator==(const NetworkLocator& rh) const {

        IPv4Locator* ipv4Rh = dynamic_cast<IPv4Locator*>(const_cast<NetworkLocator*>(&rh));
        if( ipv4Rh == NULL ) return false;

        return (this->ipv4Address == ipv4Rh->ipv4Address) /*&& (this->port == ipv4Rh->port)*/;
}

bool IPv4Locator::operator!=(const NetworkLocator& rh) const {
        return (!operator==(rh));
}

IPv4Locator IPv4Locator::fromString(string addr){

        IPv4Locator locator;
        string::size_type p = addr.find(':');

        string port = "";
        if (p != string::npos) {
                port = addr.substr(p+1);
                addr = addr.substr(0,p);
                std::istringstream i(port);
                i >> locator.port;
        }
        locator.ipv4Address = boost::asio::ip::address_v4::from_string( addr );

        return locator;
}

string IPv4Locator::toString() const {
        std::ostringstream o;
        o << ipv4Address.to_string();
        if (port!=0) o << ":" << port;
        return o.str();
}

IPv4Locator::IPv4Locator(const IPv4Locator& rh) : ipv4Address(rh.ipv4Address), port(rh.port){
}

}} // namespace ariba, communication