public TrackedDirectory(FileProcessor fileProcessor, string path)
{
m_fileProcessor = fileProcessor;
Path = path;
CreateFileWatcher();
}
/// <summary>
/// Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources.
/// </summary>
/// <filterpriority>2</filterpriority>
public void Dispose()
{
if (m_disposed)
return;
try
{
Stop();
// Stop file monitor timer
if ((object)m_fileProcessor != null)
{
m_fileProcessor.Processing -= FileProcessor_Processing;
m_fileProcessor.Error -= FileProcessor_Error;
m_fileProcessor.Dispose();
m_fileProcessor = null;
}
}
finally
{
m_disposed = true;
}
}
/// <summary>
/// Starts the fault location engine.
/// </summary>
public void Start()
{
IEnumerable<string> filterPatterns;
// Get system settings from the database
ReloadSystemSettings();
// Get the list of file extensions to be processed by openXDA
using (SystemInfoDataContext systemInfo = new SystemInfoDataContext(m_dbConnectionString))
{
filterPatterns = systemInfo.DataReaders
.Select(reader => reader.FilePattern)
.Select(extension => string.Format("*.{0}", extension))
.ToList();
}
// Reload configuration at startup
ReloadConfiguration();
// Make sure watch directories exist
foreach (string path in m_systemSettings.WatchDirectoryList)
TryCreateDirectory(path);
// Make sure results directory exists
TryCreateDirectory(m_systemSettings.ResultsPath);
if ((object)m_fileWrapperLookup == null)
m_fileWrapperLookup = new Dictionary<string, FileWrapper>();
// Create the lookup table used to track which files are being processed
if ((object)m_activeFiles == null)
m_activeFiles = new ConcurrentDictionary<string, string>();
// Create the scheduler used to schedule when to process meter data
if ((object)m_meterDataScheduler == null)
{
m_meterDataScheduler = new LogicalThreadScheduler();
m_meterDataThreadLookup = new Dictionary<string, LogicalThread>();
m_meterDataScheduler.UnhandledException += (sender, args) =>
{
string message = $"Unhandled exception occurred while processing meter data: {args.Argument.Message}";
Exception ex = new Exception(message, args.Argument);
OnProcessException(ex);
};
}
m_meterDataScheduler.MaxThreadCount = m_systemSettings.ProcessingThreadCount;
// Setup new file processor to monitor the watch directories
if ((object)m_fileProcessor == null)
{
m_fileProcessor = new FileProcessor(FileProcessorID);
m_fileProcessor.InternalBufferSize = m_systemSettings.FileWatcherBufferSize;
m_fileProcessor.EnumerationStrategy = m_systemSettings.FileWatcherEnumerationStrategy;
m_fileProcessor.MaxThreadCount = m_systemSettings.FileWatcherInternalThreadCount;
m_fileProcessor.MaxFragmentation = m_systemSettings.FileWatcherMaxFragmentation;
m_fileProcessor.FilterMethod = PrevalidateFile;
m_fileProcessor.Processing += FileProcessor_Processing;
m_fileProcessor.Error += FileProcessor_Error;
UpdateFileProcessorFilter(m_systemSettings);
}
foreach (string path in m_systemSettings.WatchDirectoryList)
m_fileProcessor.AddTrackedDirectory(path);
}
/// <summary>
/// Creates a new instance of the <see cref="FileEnumerator"/> class.
/// </summary>
/// <param name="fileProcessor">The file processor that created the file enumerator.</param>
public FileEnumerator(FileProcessor fileProcessor)
{
m_fileProcessor = fileProcessor;
m_cancellationTokens = new Dictionary<string, CancellationToken>();
m_sequentialEnumerationThread = m_fileProcessor.m_threadScheduler.CreateThread();
m_isActive = new LogicalThreadLocal<bool>();
m_wrapperStack = new LogicalThreadLocal<Stack<Action>>(() => new Stack<Action>());
m_directoryQueue = new LogicalThreadLocal<Queue<Action>>(() => new Queue<Action>());
m_cleanProcessedFilesThread = m_fileProcessor.m_threadScheduler.CreateThread();
m_cleanProcessedFilesOperation = new LogicalThreadOperation(m_cleanProcessedFilesThread, GetProcessedFiles, false);
}