protected RPCExecuter.RPCWait WritePkgHeader_Hash <T>(ref NetCore.PkgWriter pkg, ref T arg, long timeOut, RPCExecuter.FRPCReturnCallBack cb,
NetCore.ERouteTarget route, NetCore.NetConnection conn, NetCore.RPCRouter router)
where T : IArgument
{
var hash = MethodHash;
pkg.SetHashIndex(true);
pkg.Write((byte)route);
if (router != null)
{
router.RouteInfo.Save(ref pkg, route);
}
RPCExecuter.RPCWait waiter = null;
if (cb != null)
{
pkg.SetHasReturn(true);
waiter = RPCExecuter.Instance.AddCalBack(cb);
pkg.Waiter = waiter;
if (timeOut < 0)
{
timeOut = long.MaxValue;
}
waiter.Timout = timeOut;
pkg.Write(hash);
pkg.Write(waiter.SerialId);
}
else
{
pkg.SetHasReturn(false);
pkg.Write(hash);
}
return(waiter);
}
//protected async Task<R> C2S_AwaitCall<R,T>(T arg, long timeOut, ERouteTarget route = ERouteTarget.Hall)
// where R : struct, IReturnValue
// where T : struct, IArgument
//{
// AssertReturnType(this.GetType(), typeof(R));
// if (route == ERouteTarget.Gate)
// route = ERouteTarget.Self;
// RPCExecuter.RPCWait waiter = null;
// if (timeOut == 0)
// waiter = WaitDoCallImpl<T>(ref arg, 0, null, route, RPCExecuter.Instance.C2SConnect);
// else
// waiter = WaitDoCallImpl<T>(ref arg, timeOut, RPCAwaiter.NullCB, route, RPCExecuter.Instance.C2SConnect);
// var result = await RPCAwaiter.RPCWaitReturn<R>(waiter);
// return result;
//}
//protected RPCExecuter.RPCWait C2S_Call<R, T>(ref T arg, long timeOut, ERouteTarget route = ERouteTarget.Hall, FRPCTypeReturnCallBack<R> cb = null)
// where R : struct, IReturnValue
// where T : struct, IArgument
//{
// AssertReturnType(this.GetType(), typeof(R));
// if (route == ERouteTarget.Gate)
// route = ERouteTarget.Self;
// if (cb == null)
// return WaitDoCallImpl<T>(ref arg, 0, null, route, RPCExecuter.Instance.C2SConnect);
// RPCExecuter.FRPCReturnCallBack fn = (PkgReader data, bool isTimeOut) =>
// {
// if (isTimeOut)
// {
// cb(default(R), true);
// return;
// }
// R retValue = new R();
// IO.Serializer.SerializerHelper.ReadObject(retValue, data);
// cb(retValue, false);
// };
// return WaitDoCallImpl<T>(ref arg, timeOut, fn, route, RPCExecuter.Instance.C2SConnect);
//}
//protected RPCExecuter.RPCWait S2C_Call<T>(ref T arg, RPCRouter router, ERouteTarget sender = ERouteTarget.Unknown)
// where T : struct, IArgument
//{
// if (sender == ERouteTarget.Unknown)
// {
// //sender = RPCExecuter.Instance.AppTarget;
// sender = ERouteTarget.Self;
// }
// switch (sender)
// {
// case ERouteTarget.Gate:
// return WaitDoCallImpl<T>(ref arg, 0, null, ERouteTarget.Self, router.C2GConnect);
// case ERouteTarget.Hall:
// return WaitDoCallImpl<T>(ref arg, 0, null, ERouteTarget.Client, router.ToGConnect, router);
// case ERouteTarget.Keep:
// return WaitDoCallImpl<T>(ref arg, 0, null, ERouteTarget.Client, router.ToGConnect, router);
// case ERouteTarget.Data:
// return WaitDoCallImpl<T>(ref arg, 0, null, ERouteTarget.Client, router.ToGConnect, router);
// case ERouteTarget.Reg:
// return WaitDoCallImpl<T>(ref arg, 0, null, ERouteTarget.Client, router.ToGConnect, router);
// default:
// return null;
// }
//}
//protected async Task<R> S2S_AwaitCall<R, T>(T arg, long timeOut, ERouteTarget target = ERouteTarget.Data)
// where R : struct, IReturnValue
// where T : struct, IArgument
//{
// AssertReturnType(this.GetType(), typeof(R));
// RPCExecuter.RPCWait writer = null;
// if (timeOut == 0)
// writer = WaitDoCallImpl<T>(ref arg, timeOut, null, ERouteTarget.Self, RPCExecuter.Instance.GetServerConnect(target));
// else
// writer = WaitDoCallImpl<T>(ref arg, timeOut, RPCAwaiter.NullCB, ERouteTarget.Self, RPCExecuter.Instance.GetServerConnect(target));
// var result = await RPCAwaiter.RPCWaitReturn<R>(writer);
// return result;
//}
//protected RPCExecuter.RPCWait S2S_Call<R,T>(ref T arg, long timeOut, ERouteTarget target = ERouteTarget.Data, FRPCTypeReturnCallBack<R> cb = null)
// where R : struct, IReturnValue
// where T : struct, IArgument
//{
// AssertReturnType(this.GetType(), typeof(R));
// if (cb == null)
// {
// return WaitDoCallImpl<T>(ref arg, timeOut, null, ERouteTarget.Self, RPCExecuter.Instance.GetServerConnect(target));
// }
// RPCExecuter.FRPCReturnCallBack fn = (PkgReader data, bool isTimeOut) =>
// {
// if (isTimeOut)
// {
// cb(default(R), true);
// return;
// }
// R retValue = new R();
// IO.Serializer.SerializerHelper.ReadObject(retValue, data);
// cb(retValue, false);
// };
// return WaitDoCallImpl<T>(ref arg, timeOut, fn, ERouteTarget.Self, RPCExecuter.Instance.GetServerConnect(target));
//}
#endregion
#region Pkg Implement
protected RPCExecuter.RPCWait WritePkgHeader <T>(ref NetCore.PkgWriter pkg, ref T arg, long timeOut, RPCExecuter.FRPCReturnCallBack cb,
NetCore.ERouteTarget route, NetCore.NetConnection conn, NetCore.RPCRouter router) where T : IArgument
{
var Index = RPCIndex;
if (Index >= RPCExecuter.MaxRPC)
{
System.Diagnostics.Debug.WriteLine($"RPC Index is invalid:{this.GetType().FullName}");
return(null);
}
pkg.Write((byte)route);
if (router != null)
{
router.RouteInfo.Save(ref pkg, route);
}
RPCExecuter.RPCWait waiter = null;
if (cb != null)
{
waiter = RPCExecuter.Instance.AddCalBack(cb);
pkg.Waiter = waiter;
if (timeOut < 0)
{
timeOut = long.MaxValue;
}
waiter.Timout = timeOut;
Index |= RPCExecuter.WaitFlag;
pkg.SetHasReturn(true);
pkg.Write(Index);
pkg.Write(waiter.SerialId);
}
else
{
pkg.SetHasReturn(false);
pkg.Write(Index);
}
return(waiter);
}