UnicastForwardingPacketEntry.cpp

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#include "UnicastForwardingPacketEntry.h"

UnicastForwardingPacketEntry::UnicastForwardingPacketEntry()
{
    m_bh = BasicHeader();
    m_ch = CommonHeader();
}

UnicastForwardingPacketEntry::UnicastForwardingPacketEntry(BasicHeader bh, CommonHeader ch, GUCPacket packet, QByteArray payload, QByteArray sender)
{
    m_bh = bh;
    m_ch = ch;
    m_payload = payload;
    m_guc = packet;
    m_sender = sender;
}

 UnicastForwardingPacketEntry::UnicastForwardingPacketEntry(const UnicastForwardingPacketEntry& other)
{
    m_bh = other.m_bh;
    m_ch = other.m_ch;
    m_payload = other.m_payload;
    m_guc = other.m_guc;
    m_elapsed = other.m_elapsed;
    m_sender = other.m_sender;
}

bool UnicastForwardingPacketEntry::operator==(const UnicastForwardingPacketEntry &other)
{
    return isDuplicatePacketDetectionTimestampSN(m_guc.soPv().timestamp(), other.m_guc.soPv().timestamp(), m_guc.sequenceNumber(), other.m_guc.sequenceNumber());
}

UnicastForwardingPacketEntry& UnicastForwardingPacketEntry::operator=(const UnicastForwardingPacketEntry &other)
{
    m_bh = other.m_bh;
    m_ch = other.m_ch;
    m_payload = other.m_payload;
    m_guc = other.m_guc;
    m_elapsed = other.m_elapsed;
    m_sender = other.m_sender;

    return *this;
}

void UnicastForwardingPacketEntry::updateSourcePacketSoPv(LongPositionVector lpv)
{
    if(m_guc.soPv().gnAddr() == lpv.gnAddr())
        m_guc.setSoPv(lpv);
}