static void Main(string[] args)
{
Util.verbose = false;
Server srvr = new Server();
srvr.ProcessCommandLine(args);
Console.Title = "Server: " + srvr.port.ToString();
Console.Write(String.Format("\n Starting CommService server listening on port {0}", srvr.port));
Console.Write("\n ====================================================\n");
Sender sndr = new Sender(Util.makeUrl(srvr.address, srvr.port));
//Sender sndr = new Sender();
Receiver rcvr = new Receiver(srvr.port, srvr.address);
// - serviceAction defines what the server does with received messages
// - This serviceAction just announces incoming messages and echos them
// back to the sender.
// - Note that demonstrates sender routing works if you run more than
// one client.
if (rcvr.StartService())
{
rcvr.doService(doserviceAction(sndr, rcvr, srvr)); // This serviceAction is asynchronous,
}
// so the call doesn't block.
Util.waitForUser();
}
static void Main(string[] args)
{
Util.verbose = false;
Server srvr = new Server();
srvr.ProcessCommandLine(args);
bool log_messages = true;
string srv_win = "Server - " + srvr.port;
Console.Title = srv_win;
Console.Write(String.Format("\n Starting CommService server listening on port {0}", srvr.port));
Console.Write("\n ====================================================\n");
//Console.WriteLine("Going to create a DB and add a single element to it:");
Sender sndr = new Sender(Util.makeUrl(srvr.address, srvr.port));
//Sender sndr = new Sender();
Receiver rcvr = new Receiver(srvr.port, srvr.address);
// - serviceAction defines what the server does with received messages
// - This serviceAction just announces incoming messages and echos them
// back to the sender.
// - Note that demonstrates sender routing works if you run more than
// one client.
Action serviceAction = srvr.define_server_receiveaction(rcvr, sndr, log_messages);
if (rcvr.StartService())
{
rcvr.doService(serviceAction); // This serviceAction is asynchronous,
} // so the call doesn't block.
Thread.Sleep(10000);
Util.waitForUser();
}
static void Main(string[] args)
{
Util.verbose = false;
Server srvr = new Server();
DBEngine <string, DBElement <string, List <string> > > testDict = new DBEngine <string, DBElement <string, List <string> > >();
srvr.ProcessCommandLine(args);
double timeTaken = 0, totalTime = 0, insCount = 0;
srvr.printMessage(srvr);
Sender sndr = new Sender(Util.makeUrl(srvr.address, srvr.port));
Receiver rcvr = new Receiver(srvr.port, srvr.address);
StringBuilder sb = new StringBuilder();
Action serviceAction = () =>
{
Message msg = null;
while (true)
{
HiResTimer hiResTimer = new HiResTimer();
hiResTimer.Start();
msg = rcvr.getMessage(); // note use of non-service method to deQ messages
srvr.printMessage(msg);
if (msg.content == "connection start message")
{
continue; // don't send back start message
}
if (msg.fromUrl == "http://localhost:8080/CommService")
{
continue;
}
if (msg.content == "done")
{
Console.Write("\n client has {0} finished\n", msg.fromUrl); continue;
}
if (msg.content == "closeServer")
{
Console.Write("received closeServer"); break;
}
msg.content = srvr.readOperations(testDict, msg);
Util.swapUrls(ref msg); // swap urls for outgoing message
#if (TEST_WPFCLIENT)
Message testMsg = new Message();
testMsg.toUrl = msg.toUrl;
testMsg.fromUrl = msg.fromUrl;
testMsg.content = msg.content;
sndr.sendMessage(testMsg);
hiResTimer.Stop();
double diffTime = hiResTimer.ElapsedTimeSpan.TotalSeconds;
totalTime = totalTime + diffTime;
timeTaken = totalTime / (++insCount);
Console.Title = "Server client handling " + (insCount) + " requests";
srvr.printServerThroughput(timeTaken);
sndr.sendServerThroughput((1 / timeTaken));
#else
sndr.sendMessage(msg);
#endif
}
};
if (rcvr.StartService())
{
rcvr.doService(serviceAction); // This serviceAction is asynchronous,
}
Util.waitForUser(); // so the call doesn't block.
}
/// <summary>
/// Mains the specified arguments.
/// </summary>
/// <param name="args">The arguments.</param>
static void Main(string[] args)
{
DatabaseController dbController = new DatabaseController();
Util.verbose = false;
Server srvr = new Server();
srvr.ProcessCommandLine(args);
double totalTime = 0;
int count = 0;
Console.Title = "Server";
Console.Write(String.Format("\n Starting CommService server listening on port {0}", srvr.port));
Console.Write("\n ====================================================\n");
Sender sndr = new Sender(Util.makeUrl(srvr.address, srvr.port));
Receiver rcvr = new Receiver(srvr.port, srvr.address);
Action serviceAction = () =>
{
Message msg = null;
while (true)
{
HiResTimer timer = new HiResTimer();
timer.Start();
msg = rcvr.getMessage(); // note use of non-service method to deQ messages
srvr.displayReceivedMsg(msg);
if (msg.content == "connection start message")
{
continue; // don't send back start message
}
if (msg.content == "done")
{
Console.Write("\n client {0} has finished\n", msg.fromUrl);
continue;
}
if (msg.content == "closeServer")
{
Console.Write("received closeServer");
break;
}
if (msg.fromUrl == "http://localhost:8080/CommService")
{
continue;
}
var result = dbController.QueryDatabase(msg.content);
msg.content = "received " + msg.content + " from " + msg.fromUrl;
Util.swapUrls(ref msg);
Message testMsg = new Message {
content = result, fromUrl = msg.fromUrl, toUrl = msg.toUrl
};
srvr.displaySentMsg(msg, result);
sndr.sendMessage(testMsg);
timer.Stop();
sndr.SendServerThroughput(srvr.calculateThroughput(timer, ref totalTime, ++count));
}
};
if (rcvr.StartService())
{
rcvr.doService(serviceAction); // so the call doesn't block.
}
Util.waitForUser();
}
static void Main(string[] args)
{
Util.verbose = false;
Server srvr = new Server();
DBEngine<string, DBElement<string, List<string>>> testDict = new DBEngine<string, DBElement<string, List<string>>>();
srvr.ProcessCommandLine(args);
double timeTaken = 0, totalTime = 0, insCount = 0;
srvr.printMessage(srvr);
Sender sndr = new Sender(Util.makeUrl(srvr.address, srvr.port));
Receiver rcvr = new Receiver(srvr.port, srvr.address);
StringBuilder sb = new StringBuilder();
Action serviceAction = () =>
{
Message msg = null;
while (true)
{
HiResTimer hiResTimer = new HiResTimer();
hiResTimer.Start();
msg = rcvr.getMessage(); // note use of non-service method to deQ messages
srvr.printMessage(msg);
if (msg.content == "connection start message") continue; // don't send back start message
if (msg.fromUrl == "http://localhost:8080/CommService") continue;
if (msg.content == "done")
{ Console.Write("\n client has {0} finished\n",msg.fromUrl); continue; }
if (msg.content == "closeServer")
{ Console.Write("received closeServer"); break; }
msg.content = srvr.readOperations(testDict, msg);
Util.swapUrls(ref msg); // swap urls for outgoing message
#if (TEST_WPFCLIENT)
Message testMsg = new Message();
testMsg.toUrl = msg.toUrl;
testMsg.fromUrl = msg.fromUrl;
testMsg.content = msg.content;
sndr.sendMessage(testMsg);
hiResTimer.Stop();
double diffTime = hiResTimer.ElapsedTimeSpan.TotalSeconds;
totalTime = totalTime + diffTime;
timeTaken = totalTime / (++insCount);
Console.Title = "Server client handling " + (insCount) + " requests";
srvr.printServerThroughput(timeTaken);
sndr.sendServerThroughput((1 / timeTaken));
#else
sndr.sendMessage(msg);
#endif
}
};
if (rcvr.StartService())
rcvr.doService(serviceAction); // This serviceAction is asynchronous,
Util.waitForUser(); // so the call doesn't block.
}
//----< Main method. >-----
static void Main(string[] args)
{
Util.verbose = false;
Util.verboseApp = true;
Server srvr = new Server();
srvr.ProcessCommandLine(args);
srvr.preLoadData();
Console.Title = "Server";
Console.Write(String.Format("\n Starting CommService server listening on port {0}", srvr.port));
Console.Write("\n ====================================================\n");
Sender sndr = new Sender(Util.makeUrl(srvr.address, srvr.port));
//Sender sndr = new Sender();
Receiver rcvr = new Receiver(srvr.port, srvr.address);
// - serviceAction defines what the server does with received messages
// - This serviceAction just announces incoming messages and echos them
// back to the sender.
// - Note that demonstrates sender routing works if you run more than
// one client.
Action serviceAction = () =>
{
Message msg = null;
HiResTimer hrt = new HiResTimer();
while (true)
{
msg = rcvr.getMessage(); // note use of non-service method to deQ messages
if (Util.verbose)
{
Console.Write("\n Received message:");
Console.Write("\n sender is {0}", msg.fromUrl);
Console.Write("\n content is {0}\n", msg.content);
}
if (msg.content == "connection start message")
{
continue; // don't send back start message
}
if (msg.content == "done")
{
continue;
}
if (msg.content == "closeServer")
{
Console.Write("received closeServer");
break;
}
try
{
XDocument xdoc = XDocument.Parse(msg.content);
string operationCalled = identifyOperation(xdoc);
// swap urls for outgoing message
if (operationCalled == "add")
{
if (Util.verboseApp)
{
Console.WriteLine("add Operation Called");
}
hrt.Start();
msg.content = srvr.processAddMessage(xdoc);
hrt.Stop();
Server.numMessages++;
Server.totalTime += hrt.ElapsedMicroseconds;
Server.avgTime = srvr.getAvgTime(Server.totalTime, Server.numMessages);
Util.swapUrls(ref msg);
sndr.sendMessage(msg);
}
else if (operationCalled == "delete")
{
if (Util.verboseApp)
{
Console.WriteLine("delete Operation Called");
}
hrt.Start();
msg.content = srvr.processDeleteMessage(xdoc);
hrt.Stop();
Server.numMessages++;
Server.totalTime += hrt.ElapsedMicroseconds;
Server.avgTime = srvr.getAvgTime(Server.totalTime, Server.numMessages);
Util.swapUrls(ref msg);
sndr.sendMessage(msg);
}
else if (operationCalled == "edit")
{
if (Util.verboseApp)
{
Console.WriteLine("Edit Operation Called");
}
hrt.Start();
msg.content = srvr.processEditMessage(xdoc);
hrt.Stop();
Server.numMessages++;
Server.totalTime += hrt.ElapsedMicroseconds;
Server.avgTime = srvr.getAvgTime(Server.totalTime, Server.numMessages);
Util.swapUrls(ref msg);
sndr.sendMessage(msg);
}
else if (operationCalled == "query1")
{
if (Util.verboseApp)
{
Console.WriteLine("query1 Operation Called");
}
hrt.Start();
msg.content = srvr.processQuery1Message(xdoc);
hrt.Stop();
Server.numMessages++;
Server.totalTime += hrt.ElapsedMicroseconds;
Server.avgTime = srvr.getAvgTime(Server.totalTime, Server.numMessages);
Util.swapUrls(ref msg);
sndr.sendMessage(msg);
}
else if (operationCalled == "query2")
{
if (Util.verboseApp)
{
Console.WriteLine("query2 Operation Called");
}
hrt.Start();
msg.content = srvr.processQuery2Message(xdoc);
hrt.Stop();
Server.numMessages++;
Server.totalTime += hrt.ElapsedMicroseconds;
Server.avgTime = srvr.getAvgTime(Server.totalTime, Server.numMessages);
Util.swapUrls(ref msg);
sndr.sendMessage(msg);
}
else if (operationCalled == "query3")
{
if (Util.verboseApp)
{
Console.WriteLine("query3 Operation Called");
}
hrt.Start();
msg.content = srvr.processQuery3Message(xdoc);
hrt.Stop();
Server.numMessages++;
Server.totalTime += hrt.ElapsedMicroseconds;
Server.avgTime = srvr.getAvgTime(Server.totalTime, Server.numMessages);
Util.swapUrls(ref msg);
sndr.sendMessage(msg);
}
else if (operationCalled == "query4")
{
if (Util.verboseApp)
{
Console.WriteLine("query4 Operation Called");
}
hrt.Start();
msg.content = srvr.processQuery4Message(xdoc);
hrt.Stop();
Server.numMessages++;
Server.totalTime += hrt.ElapsedMicroseconds;
Server.avgTime = srvr.getAvgTime(Server.totalTime, Server.numMessages);
Util.swapUrls(ref msg);
sndr.sendMessage(msg);
}
else if (operationCalled == "query5")
{
if (Util.verboseApp)
{
Console.WriteLine("query5 Operation Called");
}
hrt.Start();
msg.content = srvr.processQuery5Message(xdoc);
hrt.Stop();
Server.numMessages++;
Server.totalTime += hrt.ElapsedMicroseconds;
Server.avgTime = srvr.getAvgTime(Server.totalTime, Server.numMessages);
Util.swapUrls(ref msg);
sndr.sendMessage(msg);
}
else if (operationCalled == "persist")
{
if (Util.verboseApp)
{
Console.WriteLine("persist Operation Called");
}
hrt.Start();
srvr.persistDatatToFile();
hrt.Stop();
Server.numMessages++;
Server.totalTime += hrt.ElapsedMicroseconds;
Server.avgTime = srvr.getAvgTime(Server.totalTime, Server.numMessages);
Util.swapUrls(ref msg);
msg.content = "Persist operation performed.";
sndr.sendMessage(msg);
}
else if (operationCalled == "restore")
{
if (Util.verboseApp)
{
Console.WriteLine("Restore Operation Called");
}
hrt.Start();
msg.content = srvr.processDataRestoreMessageRequest();
hrt.Stop();
Server.numMessages++;
Server.totalTime += hrt.ElapsedMicroseconds;
Server.avgTime = srvr.getAvgTime(Server.totalTime, Server.numMessages);
Util.swapUrls(ref msg);
sndr.sendMessage(msg);
continue;
}
else if (operationCalled == "performance")
{
if (Util.verboseApp)
{
Console.WriteLine("performance Operation Called");
}
Message msgToWpf1 = new Message();
msgToWpf1.fromUrl = Util.makeUrl(srvr.address, srvr.port);
msgToWpf1.toUrl = "http://localhost:8089/CommService";
msgToWpf1.content = srvr.createPerformanceMessageForWPF(xdoc, avgTime.ToString());
sndr.sendMessage(msgToWpf1);
continue;
}
}
catch (Exception e)
{
Console.WriteLine("Catch " + e.StackTrace + "\n");
}
#if (TEST_WPFCLIENT)
/////////////////////////////////////////////////
// The statements below support testing the
// WpfClient as it receives a stream of messages
// - for each message received the Server
// sends back 1000 messages
//
int count = 0;
for (int i = 0; i < 2; ++i)
{
Message testMsg = new Message();
testMsg.toUrl = msg.toUrl;
testMsg.fromUrl = msg.fromUrl;
testMsg.content = String.Format("test message #{0}", ++count);
Console.Write("\n sending testMsg: {0}", testMsg.content);
sndr.sendMessage(testMsg);
}
#else
/////////////////////////////////////////////////
// Use the statement below for normal operation
// sndr.sendMessage(msg);
#endif
}
};
if (rcvr.StartService())
{
rcvr.doService(serviceAction); // This serviceAction is asynchronous,
} // so the call doesn't block.
Util.waitForUser();
}
static void Main(string[] args)
{
Util.verbose = false;
Server srvr = new Server();
srvr.ProcessCommandLine(args);
Console.Title = "Server";
Console.Write(String.Format("\n Starting CommService server listening on port {0}", srvr.port));
Console.Write("\n ====================================================\n");
Sender sndr = new Sender(Util.makeUrl(srvr.address, srvr.port));
//Sender sndr = new Sender();
Receiver rcvr = new Receiver(srvr.port, srvr.address);
// - serviceAction defines what the server does with received messages
// - This serviceAction just announces incoming messages and echos them
// back to the sender.
// - Note that demonstrates sender routing works if you run more than
// one client.
Action serviceAction = () =>
{
Message msg = null;
while (true)
{
msg = rcvr.getMessage(); // note use of non-service method to deQ messages
Console.Write("\n Received message:");
Console.Write("\n sender is {0}", msg.fromUrl);
Console.Write("\n content is {0}\n", msg.content);
if (msg.content == "connection start message")
{
continue; // don't send back start message
}
if (msg.content == "done")
{
Console.Write("\n client has finished\n");
continue;
}
if (msg.content == "closeServer")
{
Console.Write("received closeServer");
break;
}
msg.content = "received " + msg.content + " from " + msg.fromUrl;
// swap urls for outgoing message
Util.swapUrls(ref msg);
#if (TEST_WPFCLIENT)
/////////////////////////////////////////////////
// The statements below support testing the
// WpfClient as it receives a stream of messages
// - for each message received the Server
// sends back 1000 messages
//
int count = 0;
for (int i = 0; i < 1000; ++i)
{
Message testMsg = new Message();
testMsg.toUrl = msg.toUrl;
testMsg.fromUrl = msg.fromUrl;
testMsg.content = String.Format("test message #{0}", ++count);
Console.Write("\n sending testMsg: {0}", testMsg.content);
sndr.sendMessage(testMsg);
}
#else
/////////////////////////////////////////////////
// Use the statement below for normal operation
sndr.sendMessage(msg);
#endif
}
};
if (rcvr.StartService())
{
rcvr.doService(serviceAction); // This serviceAction is asynchronous,
} // so the call doesn't block.
Util.waitForUser();
}
static void Main(string[] args)
{
Util.verbose = false;
Server srvr = new Server();
srvr.ProcessCommandLine(args);
Console.Title = "Server";
Console.Write(String.Format("\n Starting CommService server listening on port {0}", srvr.port));
Console.Write("\n ====================================================\n");
Sender sndr = new Sender(Util.makeUrl(srvr.address, srvr.port));
Receiver rcvr = new Receiver(srvr.port, srvr.address);
// - serviceAction defines what the server does with received messages
// - This serviceAction just announces incoming messages and echos them
// back to the sender.
// - Note that demonstrates sender routing works if you run more than
// one client.
Action serviceAction = () =>
{
Message msg = null;
while (true)
{
msg = rcvr.getMessage(); // note use of non-service method to deQ messages
Console.Write("\n Received message:");
Console.Write("\n sender is {0}", msg.fromUrl);
//Console.Write("\n content is {0}\n", msg.content);
if (msg.content == "connection start message")
{
continue; // don't send back start message
}
if (msg.content == "done")
{
Console.Write("\n client has finished\n");
continue;
}
if (msg.content == "closeServer")
{
Console.Write("received closeServer");
break;
}
if (msg.content.Contains("Writer"))
{
int avg = srvr.Ttime.Sum() / srvr.Ttime.Count();
string lat = string.Join(null, System.Text.RegularExpressions.Regex.Split(msg.content, "[^\\d]"));
Message msgToWpf = new Message();
msgToWpf.fromUrl = Util.makeUrl(srvr.address, srvr.port);
msgToWpf.toUrl = Util.makeUrl("localhost", "8089");
msgToWpf.content = msg.content + " microseconds for Client: " + msg.fromUrl.ToString();
sndr.sendMessage(msgToWpf);
Message msgToWpf1 = new Message();
msgToWpf1.fromUrl = Util.makeUrl(srvr.address, srvr.port);
msgToWpf1.toUrl = Util.makeUrl("localhost", "8089");
msgToWpf1.content = "Server ThroughPut(Avg Time) for " + srvr.Ttime.Count().ToString() + " Write Operations = " + avg.ToString() + " microseconds";
sndr.sendMessage(msgToWpf1);
continue;
}
if (msg.content.Contains("Reader"))
{
int avg1 = srvr.Ttime1.Sum() / srvr.Ttime1.Count();
string lat = string.Join(null, System.Text.RegularExpressions.Regex.Split(msg.content, "[^\\d]"));
Message msgToWpf = new Message();
msgToWpf.fromUrl = Util.makeUrl(srvr.address, srvr.port);
msgToWpf.toUrl = Util.makeUrl("localhost", "8089");
msgToWpf.content = msg.content + " microseconds for Client: " + msg.fromUrl.ToString();
sndr.sendMessage(msgToWpf);
Message msgToWpf1 = new Message();
msgToWpf1.fromUrl = Util.makeUrl(srvr.address, srvr.port);
msgToWpf1.toUrl = Util.makeUrl("localhost", "8089");
msgToWpf1.content = "Server ThroughPut(Avg Time) for " + srvr.Ttime1.Count().ToString() + " Read Operations = " + avg1.ToString() + " microseconds";
sndr.sendMessage(msgToWpf1);
continue;
}
try
{
XDocument xdoc = XDocument.Parse(msg.content);
string operationCalled = getOperationType(xdoc);
if (operationCalled == "add")
{
Console.WriteLine("\nAdd Operation Called");
HiResTimer hrt = new HiResTimer();
hrt.Start();
srvr.processAddMsg(xdoc, sndr, msg);
hrt.Stop();
srvr.Ttime.Add(Convert.ToInt32(hrt.ElapsedMicroseconds));
}
else if (operationCalled == "delete")
{
Console.WriteLine("\nDelete Operation Called");
HiResTimer hrt = new HiResTimer();
hrt.Start();
srvr.processDelMsg(xdoc, sndr, msg);
hrt.Stop();
srvr.Ttime.Add(Convert.ToInt32(hrt.ElapsedMicroseconds));
}
else if (operationCalled == "edit")
{
Console.WriteLine("\nEdit Operation Called");
HiResTimer hrt = new HiResTimer();
hrt.Start();
srvr.processEditMsg(xdoc, sndr, msg);
hrt.Stop();
srvr.Ttime.Add(Convert.ToInt32(hrt.ElapsedMicroseconds));
}
else if (operationCalled == "query1")
{
Console.WriteLine("\nQuery1 Operation Called\n");
HiResTimer hrt = new HiResTimer();
hrt.Start();
srvr.processQuery1(xdoc, sndr, msg);
hrt.Stop();
srvr.Ttime1.Add(Convert.ToInt32(hrt.ElapsedMicroseconds));
}
else if (operationCalled == "query2")
{
Console.WriteLine("\nQuery2 Operation Called\n");
HiResTimer hrt = new HiResTimer();
hrt.Start();
srvr.processQuery2(xdoc, sndr, msg);
hrt.Stop();
srvr.Ttime1.Add(Convert.ToInt32(hrt.ElapsedMicroseconds));
Util.swapUrls(ref msg);
msg.content = "-----Query2 operation performed-----";
sndr.sendMessage(msg);
}
else if (operationCalled == "query3")
{
Console.WriteLine("\nQuery3 Operation Called\n");
HiResTimer hrt = new HiResTimer();
hrt.Start();
srvr.processQuery3(xdoc, sndr, msg);
hrt.Stop();
srvr.Ttime1.Add(Convert.ToInt32(hrt.ElapsedMicroseconds));
Util.swapUrls(ref msg);
msg.content = "-----Query3 operation performed-----";
sndr.sendMessage(msg);
}
else if (operationCalled == "query4")
{
Console.WriteLine("\nQuery4 Operation Called\n");
HiResTimer hrt = new HiResTimer();
hrt.Start();
srvr.processQuery4(xdoc, sndr, msg);
hrt.Stop();
srvr.Ttime1.Add(Convert.ToInt32(hrt.ElapsedMicroseconds));
}
else if (operationCalled == "query5")
{
Console.WriteLine("\nQuery5 Operation Called\n");
HiResTimer hrt = new HiResTimer();
hrt.Start();
srvr.processQuery5(xdoc, sndr, msg);
hrt.Stop();
srvr.Ttime1.Add(Convert.ToInt32(hrt.ElapsedMicroseconds));
Util.swapUrls(ref msg);
msg.content = "-----Query5 operation performed-----";
sndr.sendMessage(msg);
}
else if (operationCalled == "persist")
{
Console.WriteLine("\nPersist Operation Called");
HiResTimer hrt = new HiResTimer();
hrt.Start();
srvr.processPersistMsg(xdoc, sndr, msg);
hrt.Stop();
srvr.Ttime.Add(Convert.ToInt32(hrt.ElapsedMicroseconds));
}
else if (operationCalled == "augment")
{
Console.WriteLine("\nAugment Operation Called\n");
HiResTimer hrt = new HiResTimer();
hrt.Start();
srvr.processAugmentedMsg(xdoc, sndr, msg, srvr);
hrt.Stop();
srvr.Ttime.Add(Convert.ToInt32(hrt.ElapsedMicroseconds));
}
}
catch { }
#if (TEST_WPFCLIENT)
/////////////////////////////////////////////////
// The statements below support testing the
// WpfClient as it receives a stream of messages
// - for each message received the Server
// sends back 1000 messages
//
int count = 0;
for (int i = 0; i < 2; ++i)
{
Message testMsg = new Message();
testMsg.toUrl = msg.toUrl;
testMsg.fromUrl = msg.fromUrl;
testMsg.content = String.Format("test message #{0}", ++count);
Console.Write("\n sending testMsg: {0}", testMsg.content);
sndr.sendMessage(testMsg);
}
#else
/////////////////////////////////////////////////
// Use the statement below for normal operation
#endif
}
};
if (rcvr.StartService())
{
rcvr.doService(serviceAction); // This serviceAction is asynchronous,
} // so the call doesn't block.
Util.waitForUser();
}
static void Main(string[] args)
{
try
{
Util.verbose = false;
Server srvr = new Server();
srvr.ProcessCommandLine(args);
Console.Title = "Server";
Console.Write(String.Format("\nStarting CommService server listening on port {0}", srvr.port));
Console.WriteLine("\nServer Address is {0}", Util.makeUrl(srvr.address, srvr.port));
Console.Write("\n ====================================================\n");
Sender sndr = new Sender(Util.makeUrl(srvr.address, srvr.port));
Receiver rcvr = new Receiver(srvr.port, srvr.address);
Action serviceAction = DefineServiceAction(srvr, sndr, rcvr);
if (rcvr.StartService())
{
rcvr.doService(serviceAction); // This serviceAction is asynchronous, // so the call doesn't block.
}
Util.waitForUser();
}
catch (CustomException ex)
{
Console.WriteLine("Error occured in Server.cs{0}", ex);
}
}