}
// handleNewConnection takes a new net.Conn and performs the initial login sequence
-func (s *Server) handleNewConnection(ctx context.Context, conn net.Conn, remoteAddr string) error {
+func (s *Server) handleNewConnection(ctx context.Context, conn io.ReadWriteCloser, remoteAddr string) error {
defer dontPanic(s.Logger)
if err := Handshake(conn); err != nil {
s.outbox <- c.NewReply(clientLogin,
NewField(fieldVersion, []byte{0x00, 0xbe}),
- NewField(fieldCommunityBannerID, []byte{0x00, 0x01}),
+ NewField(fieldCommunityBannerID, []byte{0, 0}),
NewField(fieldServerName, []byte(s.Config.Name)),
)
// Used simplified hotline v1.2.3 login flow for clients that do not send login info in tranAgreed
if *c.Version == nil || bytes.Equal(*c.Version, nostalgiaVersion) {
c.Agreed = true
-
c.logger = c.logger.With("name", string(c.UserName))
- c.notifyOthers(
+ for _, t := range c.notifyOthers(
*NewTransaction(
tranNotifyChangeUser, nil,
NewField(fieldUserName, c.UserName),
NewField(fieldUserIconID, *c.Icon),
NewField(fieldUserFlags, *c.Flags),
),
- )
+ ) {
+ c.Server.outbox <- t
+ }
}
c.Server.Stats.LoginCount += 1
// iterate over all the transactions that were parsed from the byte slice and handle them
for _, t := range transactions {
if err := c.handleTransaction(&t); err != nil {
- c.Server.Logger.Errorw("Error handling transaction", "err", err)
+ c.logger.Errorw("Error handling transaction", "err", err)
}
}
}
)
switch fileTransfer.Type {
+ case bannerDownload:
+ if err := s.bannerDownload(rwc); err != nil {
+ return err
+ }
case FileDownload:
s.Stats.DownloadCounter += 1