void OverlayImpl::onPrepare ()
{
m_peerFinder->setConfig();
auto bootstrapIps (getConfig ().IPS);
if (!bootstrapIps.empty ())
{
m_resolver.resolve (bootstrapIps,
[this](
std::string const& name,
std::vector <beast::IP::Endpoint> const& addresses)
{
std::vector <std::string> ips;
for (auto const& addr : addresses)
ips.push_back (to_string (addr));
std::string const base ("config: ");
if (!ips.empty ())
m_peerFinder->addFallbackStrings (base + name, ips);
});
}
// Add the ips_fixed from the stellard.cfg file
if (! getConfig ().RUN_STANDALONE && !getConfig ().IPS_FIXED.empty ())
{
m_resolver.resolve (getConfig ().IPS_FIXED,
[this](
std::string const& name,
std::vector <beast::IP::Endpoint> const& addresses)
{
if (!addresses.empty ())
m_peerFinder->addFixedPeer (name, addresses);
});
}
// Configure the peer doors, which allow the server to accept incoming
// peer connections:
if (! getConfig ().RUN_STANDALONE)
{
m_doorDirect = make_PeerDoor (
PeerDoor::sslRequired,
*this,
getConfig ().PEER_IP,
getConfig ().peerListeningPort,
m_io_service);
if (getConfig ().peerPROXYListeningPort != 0)
{
m_doorProxy = make_PeerDoor (
PeerDoor::sslAndPROXYRequired,
*this,
getConfig ().PEER_IP,
getConfig ().peerPROXYListeningPort,
m_io_service);
}
}
}
void
OverlayImpl::onPrepare ()
{
PeerFinder::Config config;
if (getConfig ().PEERS_MAX != 0)
config.maxPeers = getConfig ().PEERS_MAX;
config.outPeers = config.calcOutPeers();
config.wantIncoming =
(! getConfig ().PEER_PRIVATE) &&
(getConfig().peerListeningPort != 0);
// if it's a private peer or we are running as standalone
// automatic connections would defeat the purpose.
config.autoConnect =
!getConfig().RUN_STANDALONE &&
!getConfig().PEER_PRIVATE;
config.listeningPort = getConfig().peerListeningPort;
config.features = "";
// Enforce business rules
config.applyTuning ();
m_peerFinder->setConfig (config);
auto bootstrapIps (getConfig ().IPS);
// If no IPs are specified, use the Ripple Labs round robin
// pool to get some servers to insert into the boot cache.
if (bootstrapIps.empty ())
bootstrapIps.push_back ("r.ripple.com 51235");
if (!bootstrapIps.empty ())
{
m_resolver.resolve (bootstrapIps,
[this](
std::string const& name,
std::vector <beast::IP::Endpoint> const& addresses)
{
std::vector <std::string> ips;
for (auto const& addr : addresses)
ips.push_back (to_string (addr));
std::string const base ("config: ");
if (!ips.empty ())
m_peerFinder->addFallbackStrings (base + name, ips);
});
}
// Add the ips_fixed from the rippled.cfg file
if (! getConfig ().RUN_STANDALONE && !getConfig ().IPS_FIXED.empty ())
{
m_resolver.resolve (getConfig ().IPS_FIXED,
[this](
std::string const& name,
std::vector <beast::IP::Endpoint> const& addresses)
{
if (!addresses.empty ())
m_peerFinder->addFixedPeer (name, addresses);
});
}
// Configure the peer doors, which allow the server to accept incoming
// peer connections:
if (! getConfig ().RUN_STANDALONE)
{
m_doorDirect = make_PeerDoor (
PeerDoor::sslRequired,
*this,
getConfig ().PEER_IP,
getConfig ().peerListeningPort,
m_io_service);
if (getConfig ().peerPROXYListeningPort != 0)
{
m_doorProxy = make_PeerDoor (
PeerDoor::sslAndPROXYRequired,
*this,
getConfig ().PEER_IP,
getConfig ().peerPROXYListeningPort,
m_io_service);
}
}
}
