static void Main(string[] args)
{
//NetworkSimulator network;
NetworkListener listener = new NetworkListener("Race Host");
//TagPassing passDetector = new TagPassing();
//passDetector.AddReader(listener);
LoggerConsole log = new LoggerConsole();
LoggerSummary countLogger = new LoggerSummary();
LoggerBinary binaryLog = new LoggerBinary("tagReadings.bin");
//LoggerText textLog = new LoggerText("tagReadings.txt");
//LoggerXML log = new LoggerXML("test.xml");
//log.AddReader(listener);
int initialiCapacity = 10000;
PriorityCollectionBlocking<TagInfo> queue = new PriorityCollectionBlocking<TagInfo>("Queue", initialiCapacity);
BufferReadings buffer = new BufferReadings(queue);
ProcessBufferedReadings passDetector = new ProcessBufferedReadings("Pass Detector", queue);
binaryLog.AddPublisher(listener);
buffer.AddPublisher(listener);
countLogger.AddPublisher(listener);
log.AddPublisher(passDetector);
passDetector.Start();
listener.Start();
//System.Windows.Forms.OpenFileDialog fileDialog = new System.Windows.Forms.OpenFileDialog();
//if (fileDialog.ShowDialog() == System.Windows.Forms.DialogResult.OK)
//{
// string filename = fileDialog.FileName;
// if (System.IO.File.Exists(filename))
// {
// network = new NetworkSimulator(filename, new TestTagProcessor());
// network.AddListener(listener);
// network.Start(true);
// //log.Serialize();
// }
// else
// {
// Console.WriteLine("Error! The specified file does not exist. Rerun the applications.");
// }
//}
Console.WriteLine("Press any key stop the reading ...");
Console.Read();
listener.End();
passDetector.Exit();
countLogger.PrintStatsToConsole();
binaryLog.Dispose();
Console.WriteLine("Press any key to exit the demo ...");
Console.Read();
Environment.Exit(0);
}
private void startCollectingDataButton_Click(object sender, EventArgs e)
{
//MessageBox.Show("SleepTime is: " + Config.Instance.SleepTime + "; PortNumber is: " + Config.Instance.PortNumber);
startCollectingDataButton.Enabled = false;
stopCollectingDataButton.Enabled = true;
//so that user won't switch during the event:
this.selectedRaceComboBox.Enabled = false;
this.eventComboBox.Enabled = false;
ResetRaceStandingsGrid();
//passingsDataGrid.DataSource = new BindingList<PassingsInfo>();
readingsLogger = new TagSubscriber(LogReadings);
passingsLogger = new TagSubscriber(LogPassings);
readingsQueue = new PriorityCollectionNonBlocking<TagInfo>("Queue", 1024);
passingsQueue = new PriorityCollectionNonBlocking<TagInfo>("Queue", 1024);
#if V15
HardcardServer.NetworkPort = Properties.Settings.Default.PortNumber;
HardcardServer.PassingSleepTime = 1000;
server = new HardcardServer("Hardcard Race System");
//LoggerConsole log = new LoggerConsole();
//LoggerSummary countLogger = new LoggerSummary();
//LoggerBinary binaryLog = new LoggerBinary("tagReadings.bin");
//binaryLog.AddPublisher(server.IndividualReadingPublisher);
//countLogger.AddPublisher(server.IndividualReadingPublisher);
//countLogger.DesiredTagTypes = TagEventType.Read;
readingsLogger.AddPublisher(server.PassingsPublisher);
readingsLogger.DesiredTagTypes = TagEventType.PassDetermined;
passingsLogger.AddPublisher(server.PassingsPublisher);
passingsLogger.DesiredTagTypes = TagEventType.PassDetermined;
bool useXML = Properties.Settings.Default.useXML;
networkFeed = new NetworkPublisher(useXML);
networkFeed.Server = Properties.Settings.Default.serverIP;
networkFeed.Port = Properties.Settings.Default.serverPortNumber;
networkFeed.AddPublisher(server.PassingsPublisher);
networkFeed.DesiredTagTypes = TagEventType.PassDetermined;
networkFeed.Start();
server.Start();
#else
int portNumber = Properties.Settings.Default.PortNumber;
networkListener = new NetworkListener("Race Host",portNumber);
int initialCapacity = 10000;
PriorityCollectionBlocking<TagInfo> queue = new PriorityCollectionBlocking<TagInfo>("Queue", initialCapacity);
// The queue above is used to communicate between the buffer below and the passDetector.
BufferReadings buffer = new BufferReadings(queue);
passDetector = new ProcessBufferedReadings("Pass Detector", queue);
buffer.AddPublisher(networkListener);
// Subscribe the loggers to the publishers.
readingsLogger.AddPublisher(networkListener);
passingsLogger.AddPublisher(passDetector);
passDetector.Start();
networkListener.Start();
#endif
}
private void StartRaceThread()
{
listener = new NetworkListener("Race Host");
int initialiCapacity = 10000;
PriorityCollectionBlocking<TagInfo> queue = new PriorityCollectionBlocking<TagInfo>("Queue", initialiCapacity);
// The queue above is used to communicate between the buffer below and the passDetector.
BufferReadings buffer = new BufferReadings(queue);
passDetector = new ProcessBufferedReadings("Pass Detector", queue);
buffer.AddPublisher(listener);
// Subscribe the loggers to the publishers.
readingsLogger.AddPublisher(listener);
binaryLogger.AddPublisher(listener);
passingsLogger.AddPublisher(passDetector);
// Start the pass detection in its own thread.
passDetector.Start();
// Start the networkListener.
listener.Start();
}
private void StartRaceThread()
{
listener = new NetworkListener("Race Host");
int initialiCapacity = 10000;
PriorityCollectionBlocking<TagInfo> queue = new PriorityCollectionBlocking<TagInfo>("Queue", initialiCapacity);
BufferReadings buffer = new BufferReadings(queue);
passDetector = new ProcessBufferedReadings("Pass Detector", queue);
readingsLogger.AddPublisher(listener);
buffer.AddPublisher(listener);
passingsLogger.AddPublisher(passDetector);
passDetector.Start();
listener.Start();
}
