private int ProcessAcquireRequest(Zeze.Net.Protocol p)
{
Acquire rpc = (Acquire)p;
if (rpc.Sender.UserState == null)
{
rpc.SendResultCode(AcquireNotLogin);
return(0);
}
switch (rpc.Argument.State)
{
case StateInvalid: // realease
Release(rpc.Sender.UserState as CacheHolder, rpc.Argument.GlobalTableKey);
rpc.Result = rpc.Argument;
rpc.SendResult();
return(0);
case StateShare:
return(AcquireShare(rpc));
case StateModify:
return(AcquireModify(rpc));
default:
rpc.Result = rpc.Argument;
rpc.SendResultCode(AcquireErrorState);
return(0);
}
}
private int ProcessReLogin(Zeze.Net.Protocol p)
{
var rpc = p as ReLogin;
var session = Sessions.GetOrAdd(rpc.Argument.AutoKeyLocalId, (_) => new CacheHolder());
if (false == session.TryBindSocket(p.Sender, rpc.Argument.GlobalCacheManagerHashIndex))
{
rpc.SendResultCode(ReLoginBindSocketFail);
return(0);
}
rpc.SendResultCode(0);
return(0);
}
public int ProcessReduceRequest(Zeze.Net.Protocol p)
{
GlobalCacheManager.Reduce rpc = (GlobalCacheManager.Reduce)p;
switch (rpc.Argument.State)
{
case GlobalCacheManager.StateInvalid:
return(Zeze.GetTable(rpc.Argument.GlobalTableKey.TableName).ReduceInvalid(rpc));
case GlobalCacheManager.StateShare:
return(Zeze.GetTable(rpc.Argument.GlobalTableKey.TableName).ReduceShare(rpc));
default:
rpc.Result = rpc.Argument;
rpc.SendResultCode(GlobalCacheManager.ReduceErrorState);
return(0);
}
}
/// <summary>
/// 报告错误的时候带上相关信息（包括GlobalCacheManager和LogicServer等等）
/// 手动Cleanup时，连接正确的服务器执行。
/// </summary>
/// <param name="p"></param>
/// <returns></returns>
private int ProcessCleanup(Zeze.Net.Protocol p)
{
var rpc = p as Cleanup;
// 安全性以后加强。
if (false == rpc.Argument.SecureKey.Equals("Ok! verify secure."))
{
rpc.SendResultCode(CleanupErrorSecureKey);
return(0);
}
var session = Sessions.GetOrAdd(rpc.Argument.AutoKeyLocalId, (key) => new CacheHolder());
if (session.GlobalCacheManagerHashIndex != rpc.Argument.GlobalCacheManagerHashIndex)
{
// 多点验证
rpc.SendResultCode(CleanupErrorGlobalCacheManagerHashIndex);
return(0);
}
if (this.Server.GetSocket(session.SessionId) != null)
{
// 连接存在，禁止cleanup。
rpc.SendResultCode(CleanupErrorHasConnection);
return(0);
}
// 还有更多的防止出错的手段吗？
// XXX verify danger
Zeze.Util.Scheduler.Instance.Schedule(
(ThisTask) =>
{
foreach (var gkey in session.Acquired.Keys)
{
// ConcurrentDictionary 可以在循环中删除。这样虽然效率低些，但是能处理更多情况。
Release(session, gkey);
}
rpc.SendResultCode(0);
},
5 * 60 * 1000); // delay 5 mins
return(0);
}
private int ProcessLogin(Zeze.Net.Protocol p)
{
var rpc = p as Login;
var session = Sessions.GetOrAdd(rpc.Argument.AutoKeyLocalId, (_) => new CacheHolder());
if (false == session.TryBindSocket(p.Sender, rpc.Argument.GlobalCacheManagerHashIndex))
{
rpc.SendResultCode(LoginBindSocketFail);
return(0);
}
// new login, 比如逻辑服务器重启。release old acquired.
foreach (var gkey in session.Acquired.Keys)
{
// ConcurrentDictionary 可以在循环中删除。这样虽然效率低些，但是能处理更多情况。
Release(session, gkey);
}
rpc.SendResultCode(0);
return(0);
}
private int ProcessNormalClose(Zeze.Net.Protocol p)
{
var rpc = p as NormalClose;
var session = rpc.Sender.UserState as CacheHolder;
if (null == session)
{
rpc.SendResultCode(AcquireNotLogin);
return(0); // not login
}
if (false == session.TryUnBindSocket(p.Sender))
{
rpc.SendResultCode(NormalCloseUnbindFail);
return(0);
}
foreach (var gkey in session.Acquired.Keys)
{
// ConcurrentDictionary 可以在循环中删除。这样虽然效率低些，但是能处理更多情况。
Release(session, gkey);
}
rpc.SendResultCode(0);
logger.Debug("After NormalClose global.Count={0}", global.Count);
return(0);
}
