"github.com/RoaringBitmap/roaring"
"github.com/anacrolix/log"
+
"github.com/anacrolix/torrent/metainfo"
pp "github.com/anacrolix/torrent/peer_protocol"
"github.com/anacrolix/torrent/webseed"
)
type webseedPeer struct {
+ // First field for stats alignment.
+ peer Peer
client webseed.Client
activeRequests map[Request]webseed.Request
requesterCond sync.Cond
- peer Peer
// Number of requester routines.
maxRequests int
}
start:
for !ws.peer.closed.IsSet() {
restart := false
- ws.peer.requestState.Requests.Iterate(func(x uint32) bool {
+ ws.peer.requestState.Requests.Iterate(func(x RequestIndex) bool {
r := ws.peer.t.requestIndexToRequest(x)
if _, ok := ws.activeRequests[r]; ok {
return true
return "WS"
}
-// TODO: This is called when banning peers. Perhaps we want to be able to ban webseeds too. We could
-// return bool if this is even possible, and if it isn't, skip to the next drop candidate.
+// Maybe this should drop all existing connections, or something like that.
func (ws *webseedPeer) drop() {}
+func (cn *webseedPeer) ban() {
+ cn.peer.close()
+}
+
func (ws *webseedPeer) handleUpdateRequests() {
// Because this is synchronous, webseed peers seem to get first dibs on newly prioritized
// pieces.
}
func (ws *webseedPeer) onClose() {
- ws.peer.logger.WithLevel(log.Debug).Print("closing")
- ws.peer.deleteAllRequests()
- for _, r := range ws.activeRequests {
- r.Cancel()
- }
+ ws.peer.logger.Levelf(log.Debug, "closing")
+ // Just deleting them means we would have to manually cancel active requests.
+ ws.peer.cancelAllRequests()
ws.peer.t.iterPeers(func(p *Peer) {
if p.isLowOnRequests() {
p.updateRequests("webseedPeer.onClose")
return err
}
-func (me *webseedPeer) isLowOnRequests() bool {
- return me.peer.requestState.Requests.GetCardinality() < uint64(me.maxRequests)
-}
-
func (me *webseedPeer) peerPieces() *roaring.Bitmap {
return &me.client.Pieces
}