// Constructor
public Receiver()
{
if (rcvQ == null)
{
rcvQ = new SWTools.BlockingQueue <CommMessage>();
}
}
public BRHandler()
{
if (BRQ == null)
{
BRQ = new SWTools.BlockingQueue <CommMessage>();
}
}
// Overloaded contructor to take one argument (Used by child builders)
public Sender(string baseAddress)
{
fromAddress = baseAddress + "/IMessagePassingComm";
sndQ = new SWTools.BlockingQueue <CommMessage>();
sndThread = new Thread(threadProc);
sndThread.Start();
}
public void loadTest(SWTools.BlockingQueue <TestData> p, TestLogger.TestLogger log)//dequeue test in the test queue, and write log to the txt file
{
bool show = true;
TestData testData;
while (p.size() != 0)
{
testData = p.deQ();
if (show == true)
{
Console.WriteLine("Processing Test Authoried by" + testData.author);
}
show = false; //this is just for demo use, which means it will be removed in test 4.
if (testData.testName != "END")
{
log.writeLine("Test Name = " + testData.testName);
log.writeLine("Test Author = " + testData.author);
log.writeLine("Test Time = " + testData.timeStamp);
bool summary = true;
exec(testData, log, summary);
}
else
{
string filename = testData.author + "_" + testData.datetime + ".txt";
filename = log.getFolder() + filename;
log.writeToFile(filename);
//Console.WriteLine("---------------this is demo for requirement 7-------------\r\n" + "the key is the log file name and the file name is" + filename);
//Console.WriteLine("---------------this is demo for requirement 6-------------\r\n writing to file:\r\n" + filename);
//Console.WriteLine("\r\n getting log from logger" + log.getLog());
}
}
}
public ChildBuilderHandler()
{
if (ChildQ == null)
{
ChildQ = new SWTools.BlockingQueue <CommMessage>();
}
}
//Constructor
public MotherBuilder()
{
if (readyQ == null)
{
readyQ = new SWTools.BlockingQueue <Message>();
}
if (testRequestQ == null)
{
testRequestQ = new SWTools.BlockingQueue <Message>();
}
comm.rcvr.CreateRecvChannel(endPoint);
//this thread constantly checks that are there any pending build requests and any ready
// child process to which mother builder can assign next pending build request
Thread t = new Thread(() =>
{
while (true)
{
if (readyQ.size() != 0 && testRequestQ.size() != 0)
{
Message ready = readyQ.deQ();
Message testr = testRequestQ.deQ();
testr.to = ready.from;
testr.from = endPoint;
comm.sndr.PostMessage(testr);
Console.Write("\n Sending message from {0} to {1}", comm.name, testr.to);
testr.showMsg();
}
}
});
t.Start();
rcvThread = comm.rcvr.start(rcvThreadProc);
}
/*----< constructor >------------------------------------------*/
public Receiver()
{
ClientEnvironment.verbose = true;
if (rcvQ == null)
{
rcvQ = new SWTools.BlockingQueue <CommMessage>();
}
}
void processMessages(SWTools.BlockingQueue <TestData> p, SWTools.BlockingQueue <System.IO.FileStream> q) //getMessage and decode message from Queue, return metadata of the test
//p includes test, q include xmlstream.
//we need to transfer p to TestLoader
{
System.IO.FileStream current = q.deQ();
XmlDecoder decoder = new XmlDecoder();
decoder.parse(current, p);
}
/*----< constructor >------------------------------------------*/
public Sender(string baseAddress, int listenPort)
{
ClientEnvironment.verbose = true;
port = listenPort;
fromAddress = baseAddress + listenPort.ToString() + "/IPluggableComm";
sndQ = new SWTools.BlockingQueue <CommMessage>();
TestUtilities.putLine(string.Format("starting Sender on thread {0}", Thread.CurrentThread.ManagedThreadId));
sndThread = new Thread(threadProc);
sndThread.Start();
}
public bool execuate(SWTools.BlockingQueue <System.IO.FileStream> q, string LogFolder)//execute the test
{
TestLogger.TestLogger log = new TestLogger.TestLogger();
try
{
SWTools.BlockingQueue <TestData> p = new SWTools.BlockingQueue <TestData>();
TestLoader.TestLoader loader = new TestLoader.TestLoader();
//every testrequest should have its own log
log.clear();
log.setFolder(LogFolder);
processMessages(p, q);
loader.loadTest(p, log);
return(true);
}
catch (Exception ex)
{
log = new TestLogger.TestLogger();
log.writeLine(ex.Message);
log.writeLine("error time" + DateTime.Now);
return(false);
}
}
