//____________________________________________________________________________
//
private void PushMessageArray(OutgoingMessageHolder theOutgoingMessageHolder)
{
SocketAsyncEventArgs connectEventArgs;
//Get a SocketAsyncEventArgs object to connect with.
//Get it from the pool if there is more than one.
connectEventArgs = this.poolOfConnectEventArgs.Pop();
//or make a new one.
if (connectEventArgs == null)
{
connectEventArgs = CreateNewSaeaForConnect(poolOfConnectEventArgs);
}
ConnectOpUserToken theConnectingToken = (ConnectOpUserToken)connectEventArgs.UserToken;
if (Program.watchProgramFlow == true) //for testing
{
Program.testWriter.WriteLine("PushMessageArray, connect id = " + theConnectingToken.TokenId);
}
theConnectingToken.outgoingMessageHolder = theOutgoingMessageHolder;
StartConnect(connectEventArgs);
//Loop back to get message(s) for next connection.
CheckStack();
}
//____________________________________________________________________________
//
internal void GetMessages(Stack <OutgoingMessageHolder> theStackOfOutgoingMessages)
{
if (Program.watchProgramFlow == true) //for testing
{
Program.testWriter.WriteLine("GetMessages");
}
this.stackOfOutgoingMessages = new BlockingStack <OutgoingMessageHolder>(theStackOfOutgoingMessages);
//In this case the stack contains only one OutgoingMessageHolder which will be reused
//by the CheckStack method.
if (Program.runLongTest == true)
{
this.outgoingMessageHolderForLongTest = this.stackOfOutgoingMessages.Pop();
}
this.startTime = DateTime.Now.Ticks;
Thread t = new Thread(CheckStack);
t.Start();
}
//____________________________________________________________________________
//
private void PushMessageArray(OutgoingMessageHolder theOutgoingMessageHolder)
{
SocketAsyncEventArgs connectEventArgs;
//Get a SocketAsyncEventArgs object to connect with.
//Get it from the pool if there is more than one.
connectEventArgs = this.poolOfConnectEventArgs.Pop();
//or make a new one.
if (connectEventArgs == null)
{
connectEventArgs = CreateNewSaeaForConnect(poolOfConnectEventArgs);
}
ConnectOpUserToken theConnectingToken = (ConnectOpUserToken)connectEventArgs.UserToken;
if (Program.watchProgramFlow == true) //for testing
{
Program.testWriter.WriteLine("PushMessageArray, connect id = " + theConnectingToken.TokenId);
}
theConnectingToken.outgoingMessageHolder = theOutgoingMessageHolder;
StartConnect(connectEventArgs);
//Loop back to get message(s) for next connection.
CheckStack();
}
//____________________________________________________________________________
//
internal void GetMessages(Stack<OutgoingMessageHolder> theStackOfOutgoingMessages)
{
if (Program.watchProgramFlow == true) //for testing
{
Program.testWriter.WriteLine("GetMessages");
}
this.stackOfOutgoingMessages = new BlockingStack<OutgoingMessageHolder>(theStackOfOutgoingMessages);
//In this case the stack contains only one OutgoingMessageHolder which will be reused
//by the CheckStack method.
if (Program.runLongTest == true)
{
this.outgoingMessageHolderForLongTest = this.stackOfOutgoingMessages.Pop();
}
this.startTime = DateTime.Now.Ticks;
Thread t = new Thread(CheckStack);
t.Start();
}
internal Stack<OutgoingMessageHolder> CreateMessageStack()
{
//We start by building all the messages
//that we will send, and putting them in a jagged
//array. This is just something we'll do for testing.
//We don't want the message building to be a bottleneck
//in the testing of our network app.
//The top level size of the jagged array is equal
//to the number of clients that we'll connect to the
//server from this machine. The second level size
//is equal to the number of messages that we'll send
//from the client.
string messageToSend = "";
string tempMessageToSend = "";
StringBuilder theStringBuilder = new StringBuilder();
OutgoingMessageHolder outgoingMessageHolder;
Console.WriteLine();
Console.WriteLine("Creating arrays of messages to send to server from each client.");
Console.WriteLine();
string lastMessage = "";
string myTempMessageToSend = "";
//If you are running a test that is so long that it cannot be held
//in memory, then you can just send the same array of messages over
//and over, instead of having a separate array for each connection.
if (Program.runLongTest == true)
{
this.arrayOfMessages = new string[configHandler.numberOfSentMessagesPerConnection];
for (int i = 0; i < configHandler.numberOfSentMessagesPerConnection; i++)
{
myTempMessageToSend = "M" + (i + 1).ToString() + "-C0000";
this.arrayOfMessages[i] = myTempMessageToSend;
}
outgoingMessageHolder = new OutgoingMessageHolder(this.arrayOfMessages);
//When Program.runLongTest == true there will be only one item in the stack
this.stackOfOutgoingMessages.Push(outgoingMessageHolder);
}
else
{
Int64 count = Convert.ToInt64(configHandler.numberOfSentMessagesPerConnection * configHandler.totalNumberOfClientConnectionsToRun);
if (count > 1000000)
{
Console.WriteLine("runLongTest == false. So, all messages are put in memory first.\r\nIf you have a lot of messages to send, you'll use a lot of memory.");
Console.WriteLine("If you are running a test that is so long that it cannot\r\nbe held in memory, make Program.runLongTest = true.");
}
bool needToGetLastMessage = true;
for (Int32 counter = this.configHandler.totalNumberOfClientConnectionsToRun; counter > 0; counter--)
{
this.arrayOfMessages = new string[configHandler.numberOfSentMessagesPerConnection];
for (Int32 i = 0; i < configHandler.numberOfSentMessagesPerConnection; i++)
{
theStringBuilder.Length = 0; //clear the StringBuilder
theStringBuilder.Append("M");
theStringBuilder.Append((i + 1).ToString());
theStringBuilder.Append("-C");
theStringBuilder.Append(counter.ToString());
tempMessageToSend = theStringBuilder.ToString();
//You can change messageType to 1, if you want to generate
//just a few messages for each client, and where each message
//will be different.
Int32 messageType = 0;
if (messageType == 0)
{
messageToSend = tempMessageToSend;
}
else
{
//Let's change the messages up by just appending the same message
//once for each loop. So, notice that this will make them longer
//and longer. So, you might want to do something else, if you need
//to test sending a lot of messages from one client.
for (int j = 0; j < i + 1; j++)
{
theStringBuilder.Append(tempMessageToSend);
}
messageToSend = theStringBuilder.ToString();
}
this.arrayOfMessages[i] = messageToSend;
}
outgoingMessageHolder = new OutgoingMessageHolder(this.arrayOfMessages);
this.stackOfOutgoingMessages.Push(outgoingMessageHolder);
if (needToGetLastMessage == true)
{
lastMessage = messageToSend;
needToGetLastMessage = false;
}
}
}
Console.WriteLine();
Console.WriteLine("Arrays of messages built and put in stack.");
if (Program.runLongTest == true)
{
Console.WriteLine("runLongTest == true. So, the same array of messages will be sent over and over, to conserve memory.");
Console.WriteLine("First message starts on the next line:");
Console.WriteLine(this.stackOfOutgoingMessages.Peek().arrayOfMessages[0]);
Console.WriteLine("\r\nLast message starts on the next line:");
Console.WriteLine(myTempMessageToSend);
}
else
{
Console.WriteLine("First message of first client starts on the next line:");
Console.WriteLine(this.stackOfOutgoingMessages.Peek().arrayOfMessages[0]);
Console.WriteLine("\r\nLast message of last client starts on the next line:");
Console.WriteLine(lastMessage);
}
NumberFormatInfo numFormat = new CultureInfo(CultureInfo.CurrentCulture.ToString(), false).NumberFormat;
numFormat.NumberDecimalDigits = 0;
Console.WriteLine("\r\nNumber of connections to be started in this test = " + configHandler.totalNumberOfClientConnectionsToRun.ToString("n", numFormat));
Console.WriteLine("Number of messages per connection = " + configHandler.numberOfSentMessagesPerConnection.ToString("n", numFormat));
long totalMessages = Convert.ToInt64(configHandler.numberOfSentMessagesPerConnection) * Convert.ToInt64(configHandler.totalNumberOfClientConnectionsToRun);
Console.WriteLine("Total messages to be sent in this test = " + totalMessages.ToString("n", numFormat));
Console.WriteLine();
Console.WriteLine("Test is running ...");
Console.WriteLine();
return this.stackOfOutgoingMessages;
}
internal Stack <OutgoingMessageHolder> CreateMessageStack()
{
//We start by building all the messages
//that we will send, and putting them in a jagged
//array. This is just something we'll do for testing.
//We don't want the message building to be a bottleneck
//in the testing of our network app.
//The top level size of the jagged array is equal
//to the number of clients that we'll connect to the
//server from this machine. The second level size
//is equal to the number of messages that we'll send
//from the client.
string messageToSend = "";
string tempMessageToSend = "";
StringBuilder theStringBuilder = new StringBuilder();
OutgoingMessageHolder outgoingMessageHolder;
Console.WriteLine();
Console.WriteLine("Creating arrays of messages to send to server from each client.");
Console.WriteLine();
string lastMessage = "";
string myTempMessageToSend = "";
//If you are running a test that is so long that it cannot be held
//in memory, then you can just send the same array of messages over
//and over, instead of having a separate array for each connection.
if (Program.runLongTest == true)
{
this.arrayOfMessages = new string[configHandler.numberOfSentMessagesPerConnection];
for (int i = 0; i < configHandler.numberOfSentMessagesPerConnection; i++)
{
myTempMessageToSend = "M" + (i + 1).ToString() + "-C0000";
this.arrayOfMessages[i] = myTempMessageToSend;
}
outgoingMessageHolder = new OutgoingMessageHolder(this.arrayOfMessages);
//When Program.runLongTest == true there will be only one item in the stack
this.stackOfOutgoingMessages.Push(outgoingMessageHolder);
}
else
{
Int64 count = Convert.ToInt64(configHandler.numberOfSentMessagesPerConnection * configHandler.totalNumberOfClientConnectionsToRun);
if (count > 1000000)
{
Console.WriteLine("runLongTest == false. So, all messages are put in memory first.\r\nIf you have a lot of messages to send, you'll use a lot of memory.");
Console.WriteLine("If you are running a test that is so long that it cannot\r\nbe held in memory, make Program.runLongTest = true.");
}
bool needToGetLastMessage = true;
for (Int32 counter = this.configHandler.totalNumberOfClientConnectionsToRun; counter > 0; counter--)
{
this.arrayOfMessages = new string[configHandler.numberOfSentMessagesPerConnection];
for (Int32 i = 0; i < configHandler.numberOfSentMessagesPerConnection; i++)
{
theStringBuilder.Length = 0; //clear the StringBuilder
theStringBuilder.Append("M");
theStringBuilder.Append((i + 1).ToString());
theStringBuilder.Append("-C");
theStringBuilder.Append(counter.ToString());
tempMessageToSend = theStringBuilder.ToString();
//You can change messageType to 1, if you want to generate
//just a few messages for each client, and where each message
//will be different.
Int32 messageType = 0;
if (messageType == 0)
{
messageToSend = tempMessageToSend;
}
else
{
//Let's change the messages up by just appending the same message
//once for each loop. So, notice that this will make them longer
//and longer. So, you might want to do something else, if you need
//to test sending a lot of messages from one client.
for (int j = 0; j < i + 1; j++)
{
theStringBuilder.Append(tempMessageToSend);
}
messageToSend = theStringBuilder.ToString();
}
this.arrayOfMessages[i] = messageToSend;
}
outgoingMessageHolder = new OutgoingMessageHolder(this.arrayOfMessages);
this.stackOfOutgoingMessages.Push(outgoingMessageHolder);
if (needToGetLastMessage == true)
{
lastMessage = messageToSend;
needToGetLastMessage = false;
}
}
}
Console.WriteLine();
Console.WriteLine("Arrays of messages built and put in stack.");
if (Program.runLongTest == true)
{
Console.WriteLine("runLongTest == true. So, the same array of messages will be sent over and over, to conserve memory.");
Console.WriteLine("First message starts on the next line:");
Console.WriteLine(this.stackOfOutgoingMessages.Peek().arrayOfMessages[0]);
Console.WriteLine("\r\nLast message starts on the next line:");
Console.WriteLine(myTempMessageToSend);
}
else
{
Console.WriteLine("First message of first client starts on the next line:");
Console.WriteLine(this.stackOfOutgoingMessages.Peek().arrayOfMessages[0]);
Console.WriteLine("\r\nLast message of last client starts on the next line:");
Console.WriteLine(lastMessage);
}
NumberFormatInfo numFormat = new CultureInfo(CultureInfo.CurrentCulture.ToString(), false).NumberFormat;
numFormat.NumberDecimalDigits = 0;
Console.WriteLine("\r\nNumber of connections to be started in this test = " + configHandler.totalNumberOfClientConnectionsToRun.ToString("n", numFormat));
Console.WriteLine("Number of messages per connection = " + configHandler.numberOfSentMessagesPerConnection.ToString("n", numFormat));
long totalMessages = Convert.ToInt64(configHandler.numberOfSentMessagesPerConnection) * Convert.ToInt64(configHandler.totalNumberOfClientConnectionsToRun);
Console.WriteLine("Total messages to be sent in this test = " + totalMessages.ToString("n", numFormat));
Console.WriteLine();
Console.WriteLine("Test is running ...");
Console.WriteLine();
return(this.stackOfOutgoingMessages);
}
