/// <summary>
/// Updates the A sync session.
/// </summary>
/// <param name="ASync">The A sync.</param>
private void UpdateASyncSession(eTerm443Async ASync)
{
try {
ConnectSetup TSession = ASyncSetup.AsynCollection.SingleOrDefault <ConnectSetup>(Fun => Fun.userPass == ASync.userPass && Fun.userName == ASync.userName);
SocketTraffic Traffic = TSession.Traffics[TSession.Traffics.IndexOf(new SocketTraffic(DateTime.Now.ToString(@"yyyyMM")))];
Traffic.Traffic++;
Traffic.UpdateDate = DateTime.Now;
}
catch { }
}
/// <summary>
/// 追加活动配置.
/// </summary>
/// <param name="Async">配置实体.</param>
public void AppendAsync(eTerm443Async Async)
{
#region 授权校验
if (__asyncList.Count >= LicenceManager.Instance.LicenceBody.MaxAsync)
{
return;
}
#endregion
Async.Instruction = AsyncStackNet.Instance.ASyncSetup.SequenceDirective;
Async.IgInterval = AsyncStackNet.Instance.ASyncSetup.SequenceRate ?? 5;
Async.ReconnectDelay = ASyncSetup.ReconnectDelay;
#region OnAsynConnect
Async.OnAsynConnect += new EventHandler <AsyncEventArgs <eTerm443Async> >(
delegate(object sender, AsyncEventArgs <eTerm443Async> e)
{
if (OnAsyncConnect != null)
{
OnAsyncConnect(sender, e);
}
}
);
#endregion
#region OnReadPacket
Async.OnReadPacket += new EventHandler <eTerm.AsyncSDK.AsyncEventArgs <eTerm443Packet, eTerm443Packet, eTerm443Async> >(
delegate(object sender, AsyncEventArgs <eTerm443Packet, eTerm443Packet, eTerm443Async> e)
{
if (e.Session.TSession != null)
{
byte[] PacketBytes = e.InPacket.OriginalBytes;
PacketBytes[8] = e.Session.TSession.SID;
PacketBytes[9] = e.Session.TSession.RID;
e.Session.TSession.IsCompleted = true;
e.Session.TSession.SendPacket(PacketBytes);
}
UpdateASyncSession(e.Session);
if (LicenceManager.Instance.LicenceBody.AllowAfterValidate)
{
try {
string Command = Encoding.GetEncoding("gb2312").GetString(e.Session.UnInPakcet(e.OutPacket)).Trim().ToLower();
foreach (var PlugIn in
from entry in AsyncStackNet.Instance.ASyncSetup.PlugInCollection
where Command.ToLower().StartsWith(entry.PlugInName.ToLower())
orderby entry.PlugInName ascending
select entry)
{
if (PlugIn.ASyncInstance == null)
{
continue;
}
PlugIn.ASyncInstance.BeginExecute(new AsyncCallback(delegate(IAsyncResult iar)
{
PlugIn.ASyncInstance.EndExecute(iar);
}), e.Session, e.InPacket, e.OutPacket, LicenceManager.Instance.LicenceBody);
}
}
catch { }
}
if (this.OnAsyncReadPacket != null)
{
this.OnAsyncReadPacket(sender, e);
}
}
);
#endregion
#region OnAsyncTimeout
Async.OnAsyncTimeout += new EventHandler <AsyncEventArgs <eTerm443Async> >(
delegate(object sender, AsyncEventArgs <eTerm443Async> e)
{
if (e.Session.TSession != null)
{
e.Session.TSession.SendPacket(__eTerm443Packet.AsyncSocketTimeoutInfo(e.Session.TSession.SID, e.Session.TSession.RID));
}
if (this.OnAsyncTimeout != null)
{
this.OnAsyncTimeout(sender, e);
}
}
);
#endregion
#region OnBeginConnect
Async.OnBeginConnect += new EventHandler <AsyncEventArgs <eTerm443Async> >(
delegate(object sender, AsyncEventArgs <eTerm443Async> e) {
if (this.OnBeginConnect != null)
{
this.OnBeginConnect(sender, e);
}
}
);
#endregion
#region OnAsyncPacketSent
Async.OnPacketSent += new EventHandler <AsyncEventArgs <eTerm443Packet, eTerm443Packet, eTerm443Async> >(
delegate(object sender, AsyncEventArgs <eTerm443Packet, eTerm443Packet, eTerm443Async> e)
{
if (this.OnAsyncPacketSent != null)
{
this.OnAsyncPacketSent(sender, e);
}
}
);
#endregion
#region OnValidated
Async.OnValidated += new EventHandler <AsyncEventArgs <eTerm443Packet, eTerm443Async> >(
delegate(object sender, AsyncEventArgs <eTerm443Packet, eTerm443Async> e)
{
if (this.OnAsyncValidated != null)
{
this.OnAsyncValidated(sender, e);
}
string CurrentMonth = DateTime.Now.ToString(@"yyyyMM");
ConnectSetup TSession = ASyncSetup.AsynCollection.SingleOrDefault <ConnectSetup>(Fun => Fun.userPass == e.Session.userPass && Fun.userName == e.Session.userName);
if (!TSession.Traffics.Contains(new SocketTraffic(CurrentMonth)))
{
TSession.Traffics.Add(new SocketTraffic()
{
MonthString = CurrentMonth, Traffic = 0.0, UpdateDate = DateTime.Now
});
}
SocketTraffic Traffic = TSession.Traffics[TSession.Traffics.IndexOf(new SocketTraffic(CurrentMonth))];
if (Traffic.Traffic >= TSession.FlowRate)
{
e.Session.ObligatoryReconnect = false;
e.Session.Close();
return;
}
this.__asyncList.Add(Async);
}
);
#endregion
#region CallBack
Async.TSessionReconnectValidate = new AsyncBase <eTerm443Async, eTerm443Packet> .ValidateTSessionCallback(delegate(eTerm443Packet Packet, eTerm443Async ASync)
{
return((ASyncSetup.AutoReconnect ?? false) && Async.ReconnectCount < (ASyncSetup.MaxReconnect ?? 10));
});
#endregion
#region OnAsyncDisconnect
Async.OnAsyncDisconnect += new EventHandler <AsyncEventArgs <eTerm443Async> >(
delegate(object sender, AsyncEventArgs <eTerm443Async> e)
{
UpdateASyncSession(e.Session);
this.__asyncList.Remove(sender as eTerm443Async);
if (this.OnAsyncDisconnect != null)
{
this.OnAsyncDisconnect(sender, e);
}
if (e.Session.TSession == null)
{
return;
}
if (!e.Session.TSession.IsCompleted)
{
e.Session.TSession.SendPacket(__eTerm443Packet.BuildSessionPacket(e.Session.TSession.SID, e.Session.TSession.RID, "指令错误!"));
}
e.Session.TSession.Async443 = null;
}
);
#endregion
#region 调用
Async.Connect(Async.Address, Async.Port, Async.IsSsl);
#endregion
}
