/** A peer has connected successfully
This is called after the peer handshake has been completed and during
peer activation. At this point, the peer address and the public key
are known.
*/
void onPeerActivated (Peer::ref peer)
{
// First assign this peer a new short ID
peer->setShortId(++m_nextShortId);
std::lock_guard <decltype(m_mutex)> lock (m_mutex);
// Now track this peer
std::pair<PeerByShortId::iterator, bool> idResult(
m_shortIdMap.emplace (
boost::unordered::piecewise_construct,
boost::make_tuple (peer->getShortId()),
boost::make_tuple (peer)));
check_postcondition(idResult.second);
std::pair<PeerByPublicKey::iterator, bool> keyResult(
m_publicKeyMap.emplace (
boost::unordered::piecewise_construct,
boost::make_tuple (peer->getNodePublic()),
boost::make_tuple (peer)));
check_postcondition(keyResult.second);
m_journal.debug <<
"activated " << peer->getRemoteAddress() <<
" (" << peer->getShortId() <<
":" << RipplePublicKey(peer->getNodePublic()) << ")";
// We just accepted this peer so we have non-zero active peers
check_postcondition(size() != 0);
}
/** A peer has connected successfully
This is called after the peer handshake has been completed and during
peer activation. At this point, the peer address and the public key
are known.
*/
void
OverlayImpl::onPeerActivated (Peer::ptr const& peer)
{
std::lock_guard <decltype(m_mutex)> lock (m_mutex);
// Now track this peer
{
auto const result (m_shortIdMap.emplace (
std::piecewise_construct,
std::make_tuple (peer->getShortId()),
std::make_tuple (peer)));
assert(result.second);
}
{
auto const result (m_publicKeyMap.emplace (
std::piecewise_construct,
std::make_tuple (peer->getNodePublic()),
std::make_tuple (peer)));
assert(result.second);
}
m_journal.debug <<
"activated " << peer->getRemoteAddress() <<
" (" << peer->getShortId() <<
":" << RipplePublicKey(peer->getNodePublic()) << ")";
// We just accepted this peer so we have non-zero active peers
assert(size() != 0);
}
