public void GlobalLockTest()
{
GlobalLock k = new GlobalLock("test_lock1");
Event startEvent = new Event(true);
Event event2 = new Event(true);
Event event3 = new Event(true);
RefBool fail = new RefBool();
var thread1 = ThreadObj.Start(x =>
{
try
{
startEvent.Wait();
using (k.Lock())
{
event2.Set();
if (event3.Wait(100))
{
fail.Set(true);
}
}
}
catch
{
fail.Set(true);
}
});
var thread2 = ThreadObj.Start(x =>
{
try
{
startEvent.Wait();
event2.Wait();
using (k.Lock())
{
event3.Set();
}
}
catch
{
fail.Set(true);
}
});
startEvent.Set();
Assert.True(thread1.WaitForEnd(5000));
Assert.True(thread2.WaitForEnd(5000));
Assert.False(fail.Value);
}
public static void jsonrpc_client_server_both_test()
{
//jsonrpc_server_invoke_test().Wait();return;
// start server
HttpServerOptions http_cfg = new HttpServerOptions()
{
DebugKestrelToConsole = false,
};
JsonRpcServerConfig rpc_cfg = new JsonRpcServerConfig()
{
};
using (RpcServerApiTest h = new RpcServerApiTest())
using (var s = JsonRpcHttpServerBuilder.StartServer(http_cfg, rpc_cfg, h))
{
Ref <bool> client_stop_flag = new Ref <bool>();
// start client
ThreadObj client_thread = ThreadObj.Start(param =>
{
//Kernel.SleepThread(-1);
//using ()
{
//c.AddHeader("X-1", "Hello");
rpctmp1 t = new rpctmp1();
t.a = new rpc_t()
{
Int1 = 2,
Str1 = "Neko",
};
//JsonRpcResponse<object> ret = c.CallOne<object>("Test1", t).Result;
//JsonRpcResponse<object> ret = c.CallOne<object>("Test2", t).Result;
Benchmark b = new Benchmark("rpccall");
JsonRpcHttpClient <rpc_server_api_interface_test> c = new JsonRpcHttpClient <rpc_server_api_interface_test>("http://127.0.0.1:88/rpc");
var threads = ThreadObj.StartMany(256, par =>
{
while (client_stop_flag.Value == false)
{
//c.Call.Divide(8, 2).Wait();
TMP1 a = new TMP1()
{
a = 4, b = 2
};
c.MT_Call <object>("Divide", a, true)._GetResult();
//c.ST_CallOne<object>("Divide", a, true).Wait();
b.IncrementMe++;
}
}
);
foreach (var thread in threads)
{
thread.WaitForEnd();
}
//c.Call.Divide(8, 2).Result.Print();
//c.Call.Divide(8, 2).Result.Print();
//c.Call.Test3(1, 2, 3).Result.Print();
//c.Call.Test5(1, "2").Result.ObjectToJson().Print();
//var fnlist = c.Call.Test6().Result;
////foreach (var fn in fnlist) fn.Print();
//c.Call.Test7(fnlist).Result.Print();
//Con.WriteLine(ret.ObjectToJson());
}
}, null);
Con.ReadLine("Enter to quit>");
client_stop_flag.Set(true);
client_thread.WaitForEnd();
}
}
public void SingleInstanceTest()
{
Event startEvent = new Event(true);
RefBool fail = new RefBool();
Event event2 = new Event(true);
Event event3 = new Event(true);
Event event4 = new Event(true);
Event event5 = new Event(true);
Event event6 = new Event(true);
var thread1 = ThreadObj.Start(x =>
{
try
{
startEvent.Wait();
using (var si2 = new SingleInstance("si_test"))
{
event2.Set();
event3.Wait();
}
event4.Set();
event5.Wait();
var si = SingleInstance.TryGet("si_test");
if (si != null)
{
fail.Set(true);
}
event6.Set();
}
catch
{
fail.Set(true);
}
});
var thread2 = ThreadObj.Start(x =>
{
try
{
startEvent.Wait();
event2.Wait();
var si = SingleInstance.TryGet("si_test");
if (si != null)
{
fail.Set(true);
}
event3.Set();
event4.Wait();
si = SingleInstance.TryGet("si_test");
if (si == null)
{
fail.Set(true);
}
event5.Set();
event6.Wait();
si._DisposeSafe();
}
catch
{
fail.Set(true);
}
});
startEvent.Set();
Assert.True(thread1.WaitForEnd(5000));
Assert.True(thread2.WaitForEnd(5000));
Assert.False(fail.Value);
}