public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(Type,"type"); a_.WriteBool(Done,"done"); a_.WriteInt(Err,"err"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteLong(RelativeZxid,"relativeZxid"); { a_.StartVector(DataWatches,"dataWatches"); if (DataWatches!= null) { foreach(var e1 in DataWatches) { a_.WriteString(e1,e1); } } a_.EndVector(DataWatches,"dataWatches"); } { a_.StartVector(ExistWatches,"existWatches"); if (ExistWatches!= null) { foreach(var e1 in ExistWatches) { a_.WriteString(e1,e1); } } a_.EndVector(ExistWatches,"existWatches"); } { a_.StartVector(ChildWatches,"childWatches"); if (ChildWatches!= null) { foreach(var e1 in ChildWatches) { a_.WriteString(e1,e1); } } a_.EndVector(ChildWatches,"childWatches"); } a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(Xid,"xid"); a_.WriteLong(Zxid,"zxid"); a_.WriteInt(Err,"err"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(Magic,"magic"); a_.WriteInt(Version,"version"); a_.WriteLong(Dbid,"dbid"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteString(Path,"path"); a_.WriteBuffer(Data,"data"); a_.WriteInt(Version,"version"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(Type,"type"); a_.WriteInt(State,"state"); a_.WriteString(Path,"path"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(Type,"type"); a_.WriteString(Scheme,"scheme"); a_.WriteBuffer(Auth,"auth"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(ProtocolVersion,"protocolVersion"); a_.WriteInt(TimeOut,"timeOut"); a_.WriteLong(SessionId,"sessionId"); a_.WriteBuffer(Passwd,"passwd"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteLong(ClientId,"clientId"); a_.WriteInt(Cxid,"cxid"); a_.WriteLong(Zxid,"zxid"); a_.WriteLong(Time,"time"); a_.WriteInt(Type,"type"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteLong(Czxid,"czxid"); a_.WriteLong(Mzxid,"mzxid"); a_.WriteLong(Ctime,"ctime"); a_.WriteLong(Mtime,"mtime"); a_.WriteInt(Version,"version"); a_.WriteInt(Cversion,"cversion"); a_.WriteInt(Aversion,"aversion"); a_.WriteLong(EphemeralOwner,"ephemeralOwner"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); { a_.StartVector(Txns,"txns"); if (Txns!= null) { foreach(var e1 in Txns) { a_.WriteRecord(e1,"e1"); } } a_.EndVector(Txns,"txns"); } a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); { a_.StartVector(Children,"children"); if (Children!= null) { foreach(var e1 in Children) { a_.WriteString(e1,e1); } } a_.EndVector(Children,"children"); } a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); { a_.StartVector(Acl,"acl"); if (Acl!= null) { foreach(var e1 in Acl) { a_.WriteRecord(e1,"e1"); } } a_.EndVector(Acl,"acl"); } a_.WriteRecord(Stat,"stat"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteString(Path,"path"); { a_.StartVector(Acl,"acl"); if (Acl!= null) { foreach(var e1 in Acl) { a_.WriteRecord(e1,"e1"); } } a_.EndVector(Acl,"acl"); } a_.WriteInt(Version,"version"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(Type,"type"); a_.WriteLong(Zxid,"zxid"); a_.WriteBuffer(Data,"data"); { a_.StartVector(Authinfo,"authinfo"); if (Authinfo!= null) { foreach(var e1 in Authinfo) { a_.WriteRecord(e1,"e1"); } } a_.EndVector(Authinfo,"authinfo"); } a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteString(Path,"path"); a_.WriteBuffer(Data,"data"); { a_.StartVector(Acl,"acl"); if (Acl!= null) { foreach(var e1 in Acl) { a_.WriteRecord(e1,"e1"); } } a_.EndVector(Acl,"acl"); } a_.WriteInt(Flags,"flags"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteBuffer(Data,"data"); a_.WriteRecord(Stat,"stat"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteLong(Serverid,"serverid"); a_.WriteInt(ProtocolVersion,"protocolVersion"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(Max,"max"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this, tag); a_.WriteInt(Err, "err"); a_.EndRecord(this, tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(TimeOut,"timeOut"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteString(Path,"path"); a_.WriteBool(Watch,"watch"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, string tag) { a_.StartRecord(this, tag); a_.WriteInt(this.TimeOut, "timeOut"); a_.EndRecord(this, tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this, tag); a_.WriteRecord(Stat, "stat"); a_.EndRecord(this, tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this, tag); a_.WriteString(Path, "path"); a_.EndRecord(this, tag); }
public void Serialize(IOutputArchive archive, string tag) { try { SpinWait.SpinUntil(() => Interlocked.CompareExchange(ref lockedInt, 1, 0) == 0); archive.StartRecord(this, "node"); archive.WriteBuffer(data, "data"); archive.WriteLong(acl, "acl"); stat.Serialize(archive, "statpersisted"); archive.EndRecord(this, "node"); } finally { Interlocked.Exchange(ref lockedInt, 0); } }
/// <summary> /// /// </summary> /// <param name="a_"></param> /// <param name="tag"></param> public void Serialize(IOutputArchive a_, string tag) { a_.StartRecord(this, tag); a_.WriteBuffer(Token, "token"); a_.EndRecord(this, tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(Type,"type"); a_.WriteBuffer(Data,"data"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive archive, string tag) { lock (locker) { archive.StartRecord(this, "node"); archive.WriteBuffer(data, "data"); archive.WriteLong(acl, "acl"); stat.Serialize(archive, "statpersisted"); archive.EndRecord(this, "node"); } }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteString(Scheme,"scheme"); a_.WriteString(Id,"id"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(Xid,"xid"); a_.WriteInt(Type,"type"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteBuffer(Token,"token"); a_.EndRecord(this,tag); }
public void Serialize(IOutputArchive a_, String tag) { a_.StartRecord(this,tag); a_.WriteInt(Perms,"perms"); a_.WriteRecord(Id,"id"); a_.EndRecord(this,tag); }