G2Packet* CQuery::ToG2Packet(CEndPoint* pAddr, quint32 nKey)
{
G2Packet* pPacket = G2Packet::New("Q2", true);
//bool bWantURL = true;
bool bWantDN = (!m_sDescriptiveName.isEmpty());
bool bWantMD = !m_sMetadata.isEmpty();
//bool bWantPFS = true;
if(pAddr)
{
G2Packet* pUDP = pPacket->WritePacket("UDP", 10);
pUDP->WriteHostAddress(pAddr);
pUDP->WriteIntLE(nKey);
}
if(bWantDN)
{
pPacket->WritePacket("DN", m_sDescriptiveName.toUtf8().size())->WriteString(m_sDescriptiveName, false);
}
if(bWantMD)
{
pPacket->WritePacket("MD", m_sMetadata.toUtf8().size())->WriteString(m_sMetadata, false);
}
foreach(CHash pHash, m_lHashes)
{
pPacket->WritePacket("URN", pHash.GetFamilyName().size() + CHash::ByteCount(pHash.getAlgorithm()) + 1);
pPacket->WriteString(pHash.GetFamilyName() + "\0" + pHash.RawValue(), false);
}
void CG2Node::SendStartups()
{
if( Network.IsListening() )
{
IPv4_ENDPOINT addr = Network.GetLocalAddress();
G2Packet* pPacket = G2Packet::New("PI", true);
pPacket->WritePacket("UDP", 6);
pPacket->WriteHostAddress(&addr);
pPacket->WritePacket("TFW", 0);
SendPacket(pPacket, false, true);
}
SendLNI();
}
