static void Main(string[] args)
{
CClientSocket.QueueConfigure.MessageQueuePassword = "******";
SetWorkDirectory();
ReplicationSetting rs = new ReplicationSetting();
using (CReplication <HelloWorld> hw = new CReplication <HelloWorld>(rs))
{
Dictionary <string, CConnectionContext> ConnQueue = new Dictionary <string, CConnectionContext>();
CConnectionContext cc = new CConnectionContext("127.0.0.1", 20901, "replication", "p4localhost");
#if PocketPC
#else
ConnQueue["Tolocal"] = cc;
#endif
cc = new CConnectionContext("192.168.1.109", 20901, "remote_rep", "PassOne");
ConnQueue["ToLinux"] = cc;
bool ok = hw.Start(ConnQueue, "hw_root_queue_name");
hw.StartJob();
ok = hw.Send(hwConst.idSayHelloHelloWorld, "David", "Young");
ok = hw.Send(hwConst.idEchoHelloWorld, CMyStruct.MakeOne());
hw.EndJob();
Console.WriteLine("Press key ENTER to shut down the application ......");
Console.ReadLine();
}
}
static void Main(string[] args)
{
using (CScopeUQueue sb = new CScopeUQueue())
{
CMyStruct msOrig = CMyStruct.MakeOne();
sb.Save(msOrig);
CMyStruct ms = sb.Load <CMyStruct>();
System.Diagnostics.Debug.Assert(sb.UQueue.GetSize() == 0);
//check if both msOriginal and ms are equal in value.
}
}
static void Main(string[] args)
{
using (CScopeUQueue su = new CScopeUQueue())
{
CMyStruct msOriginal = CMyStruct.MakeOne();
msOriginal.SaveTo(su.UQueue);
CMyStruct ms = Load(su.UQueue);
System.Diagnostics.Debug.Assert(su.UQueue.GetSize() == 0);
//check if both msOriginal and ms are equal in value.
}
}
static void Main(string[] args)
{
CConnectionContext cc = new CConnectionContext("localhost", 20901, "hwClientUserId", "password4hwClient");
using (CSocketPool <HelloWorld> spHw = new CSocketPool <HelloWorld>(true)) //true -- automatic reconnecting
{
bool ok = spHw.StartSocketPool(cc, 1, 1);
HelloWorld hw = spHw.Seek(); //or HelloWorld hw = spHw.Lock();
//optionally start a persistent queue at client side to ensure auto failure recovery and once-only delivery
ok = hw.AttachedClientSocket.ClientQueue.StartQueue("helloworld", 24 * 3600, false); //time-to-live 1 day and true for encryption
//process requests one by one synchronously
Console.WriteLine(hw.SayHello("Jone", "Dole"));
hw.Sleep(5000);
CMyStruct msOriginal = CMyStruct.MakeOne();
CMyStruct ms = hw.Echo(msOriginal);
//asynchronously process multiple requests with inline batching for best network efficiency
ok = hw.SendRequest(hwConst.idSayHelloHelloWorld, "Jack", "Smith", (ar) =>
{
string ret;
ar.Load(out ret);
Console.WriteLine(ret);
});
CAsyncServiceHandler.DAsyncResultHandler arh = null;
ok = hw.SendRequest(hwConst.idSleepHelloWorld, (int)5000, arh);
ok = hw.SendRequest(hwConst.idEchoHelloWorld, msOriginal, (ar) =>
{
ar.Load(out ms);
});
ok = hw.WaitAll();
Console.WriteLine("Press ENTER key to shutdown the demo application ......");
Console.ReadLine();
}
}
static void Main(string[] args)
{
CConnectionContext cc = new CConnectionContext("localhost", 20901, "hwClientUserId", "password4hwClient");
using (CSocketPool <HelloWorld> spHw = new CSocketPool <HelloWorld>())
{
//optionally start a persistent queue at client side to
//ensure auto failure recovery and once-only delivery
//spHw.QueueName = "helloworld";
CMyStruct ms, msOrig = CMyStruct.MakeOne();
if (spHw.StartSocketPool(cc, 1))
{
HelloWorld hw = spHw.Seek();
try
{
//process requests one by one synchronously
Task t0 = hw.sendRequest(hwConst.idSayHelloHelloWorld, "John", "Dole");
Console.WriteLine(t0.Result.Load <string>());
Task t1 = hw.sendRequest(hwConst.idSleepHelloWorld, (int)4000);
Console.WriteLine("Returned buffer size should be " + t1.Result.UQueue.Size + " because server returns nothing");
Task t2 = hw.sendRequest(hwConst.idEchoHelloWorld, msOrig);
ms = t2.Result.Load <CMyStruct>();
//All requests are streamed with in-line batch for the best network efficiency
t0 = hw.sendRequest(hwConst.idSayHelloHelloWorld, "John", "Dole");
t1 = hw.sendRequest(hwConst.idSleepHelloWorld, (int)4000);
t2 = hw.sendRequest(hwConst.idEchoHelloWorld, msOrig);
Task t3 = hw.sendRequest(hwConst.idSayHelloHelloWorld, "Jack", "Smith");
Task t4 = hw.sendRequest(hwConst.idSayHelloHelloWorld, "Donald", "Trump");
Task t5 = hw.sendRequest(hwConst.idSleepHelloWorld, (int)15000);
Task t6 = hw.sendRequest(hwConst.idSayHelloHelloWorld, "Hillary", "Clinton");
Task t7 = hw.sendRequest(hwConst.idEchoHelloWorld, msOrig);
//hw.Socket.Cancel();
Console.WriteLine(t0.Result.Load <string>());
Console.WriteLine("Returned buffer size should be " + t1.Result.UQueue.Size + " because server returns nothing");
ms = t2.Result.Load <CMyStruct>();
Console.WriteLine(t3.Result.Load <string>());
Console.WriteLine(t4.Result.Load <string>());
Console.WriteLine("Returned buffer size should be " + t5.Result.UQueue.Size + " because server returns nothing");
Console.WriteLine(t6.Result.Load <string>());
ms = t7.Result.Load <CMyStruct>();
}
catch (AggregateException ex)
{
foreach (Exception e in ex.InnerExceptions)
{
//An exception from server (CServerError), Socket closed
//after sending a request (CSocketError) or canceled (CSocketError),
Console.WriteLine(e);
}
}
catch (CSocketError ex)
{
//Socket is already closed before sending a request
Console.WriteLine(ex);
}
catch (Exception ex)
{
//bad operations such as invalid arguments,
//bad operations and de-serialization errors, and so on
Console.WriteLine(ex);
}
}
else
{
Console.WriteLine("No connection to server with error message: " + spHw.Sockets[0].ErrorMsg);
}
Console.WriteLine("Press ENTER key to kill the demo ......");
Console.ReadLine();
}
}