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Comment multi-peer connect while code is under dev.

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This commit is contained in:
Dave Collins 2013-09-17 10:58:16 -05:00
parent 92a8605b24
commit 7609ff396a
1 changed files with 59 additions and 59 deletions
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118
server.go
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@ -6,7 +6,7 @@ package main
import (
"container/list"
"fmt"
//"fmt"
"github.com/conformal/btcdb"
"github.com/conformal/btcwire"
"net"
@ -354,73 +354,73 @@ func (s *server) peerHandler() {
}
}
tries := 0
for outboundPeers < maxOutbound &&
peers.Len() < cfg.MaxPeers && !s.shutdown {
// We bias like bitcoind does, 10 for no outgoing
// up to 90 (8) for the selection of new vs tried
//addresses.
//tries := 0
//for outboundPeers < maxOutbound &&
// peers.Len() < cfg.MaxPeers && !s.shutdown {
// // We bias like bitcoind does, 10 for no outgoing
// // up to 90 (8) for the selection of new vs tried
// //addresses.
nPeers := outboundPeers
if nPeers > 8 {
nPeers = 8
}
addr := s.addrManager.GetAddress("any", 10+nPeers*10)
if addr == nil {
break
}
key := GroupKey(addr.na)
// Address will not be invalid, local or unroutable
// because addrmanager rejects those on addition.
// Just check that we don't already have an address
// in the same group so that we are not connecting
// to the same network segment at the expense of
// others. bitcoind breaks out of the loop here, but
// we continue to try other addresses.
if groups[key] != 0 {
continue
}
// nPeers := outboundPeers
// if nPeers > 8 {
// nPeers = 8
// }
// addr := s.addrManager.GetAddress("any", 10+nPeers*10)
// if addr == nil {
// break
// }
// key := GroupKey(addr.na)
// // Address will not be invalid, local or unroutable
// // because addrmanager rejects those on addition.
// // Just check that we don't already have an address
// // in the same group so that we are not connecting
// // to the same network segment at the expense of
// // others. bitcoind breaks out of the loop here, but
// // we continue to try other addresses.
// if groups[key] != 0 {
// continue
// }
tries++
// After 100 bad tries exit the loop and we'll try again
// later.
if tries > 100 {
break
}
// tries++
// // After 100 bad tries exit the loop and we'll try again
// // later.
// if tries > 100 {
// break
// }
// XXX if we have limited that address skip
// // XXX if we have limited that address skip
// only allow recent nodes (10mins) after we failed 30
// times
if time.Now().After(addr.lastattempt.Add(10*time.Minute)) &&
tries < 30 {
continue
}
// // only allow recent nodes (10mins) after we failed 30
// // times
// if time.Now().After(addr.lastattempt.Add(10*time.Minute)) &&
// tries < 30 {
// continue
// }
// allow nondefault ports after 50 failed tries.
if fmt.Sprintf("%d", addr.na.Port) !=
activeNetParams.peerPort && tries < 50 {
continue
}
// // allow nondefault ports after 50 failed tries.
// if fmt.Sprintf("%d", addr.na.Port) !=
// activeNetParams.peerPort && tries < 50 {
// continue
// }
addrStr := NetAddressKey(addr.na)
// addrStr := NetAddressKey(addr.na)
tries = 0
// any failure will be due to banned peers etc. we have
// already checked that we have room for more peers.
if s.handleAddPeerMsg(peers, bannedPeers,
newOutboundPeer(s, addrStr, false)) {
outboundPeers++
groups[key]++
}
}
// tries = 0
// // any failure will be due to banned peers etc. we have
// // already checked that we have room for more peers.
// if s.handleAddPeerMsg(peers, bannedPeers,
// newOutboundPeer(s, addrStr, false)) {
// outboundPeers++
// groups[key]++
// }
//}
// We we need more peers, wake up in ten seconds and try again.
if outboundPeers < maxOutbound && peers.Len() < cfg.MaxPeers {
time.AfterFunc(10*time.Second, func() {
s.wakeup <- true
})
}
//if outboundPeers < maxOutbound && peers.Len() < cfg.MaxPeers {
// time.AfterFunc(10*time.Second, func() {
// s.wakeup <- true
// })
//}
}
if wakeupTimer != nil {