public TimerAccuracyTest(String name)
{
Name = name;
eventHandler = new NSFEventHandler(name, new NSFEventThread(name));
testEvent = new NSFEvent(name, eventHandler);
eventHandler.startEventHandler();
}
/// <summary>
/// Creates a debug utility.
/// </summary>
public NSFDebugUtility()
: base("DebugUtility")
{
eventHandler = new NSFEventHandler(Name, new NSFEventThread(Name, NSFOSThread.LowestPriority));
writeToConsoleEvent = new NSFDataEvent <NSFString>("WriteToConsole", eventHandler);
writeLineToConsoleEvent = new NSFDataEvent <NSFString>("WriteLineToConsole", eventHandler);
eventHandler.LoggingEnabled = false;
eventHandler.addEventReaction(writeToConsoleEvent, performWriteToConsole);
eventHandler.addEventReaction(writeLineToConsoleEvent, performWriteLineToConsole);
eventHandler.startEventHandler();
}
/// <summary>
/// Creates a debug utility.
/// </summary>
public NSFDebugUtility()
: base("DebugUtility")
{
eventHandler = new NSFEventHandler(Name, new NSFEventThread(Name, NSFOSThread.LowestPriority));
writeToConsoleEvent = new NSFDataEvent<NSFString>("WriteToConsole", eventHandler);
writeLineToConsoleEvent = new NSFDataEvent<NSFString>("WriteLineToConsole", eventHandler);
eventHandler.LoggingEnabled = false;
eventHandler.addEventReaction(writeToConsoleEvent, performWriteToConsole);
eventHandler.addEventReaction(writeLineToConsoleEvent, performWriteLineToConsole);
eventHandler.startEventHandler();
}
/// <summary>
/// Creates a scheduled action.
/// </summary>
/// <param name="name">The name of the scheduled action.</param>
/// <param name="action">The action to execute.</param>
/// <param name="eventThread">The thread on which the action will execute.</param>
/// <remarks>
/// Use null or String.Empty for the name if no name is desired.
/// The action will be logged in the trace if the name is anything other than null or String.Empty.
/// </remarks>
public NSFScheduledAction(NSFString name, NSFVoidAction <NSFContext> action, NSFEventThread eventThread)
: base(name)
{
Actions += action;
Actions.setExceptionAction(handleActionException);
eventHandler = new NSFEventHandler(Name, eventThread);
executeActionsEvent = new NSFEvent(Name, this, eventHandler);
eventHandler.LoggingEnabled = false;
eventHandler.addEventReaction(executeActionsEvent, executeActions);
eventHandler.startEventHandler();
}
/// <summary>
/// Creates a trace log
/// </summary>
/// <param name="name">The name of the log.</param>
/// <remarks>
/// By default, thread priority is set to lowest.
/// </remarks>
public NSFTraceLog(NSFString name)
: base(name)
{
eventHandler = new NSFEventHandler(Name, new NSFEventThread(Name, NSFOSThread.LowestPriority));
eventHandler.LoggingEnabled = false;
traceAddEvent = new NSFDataEvent<NSFXMLElement>(TraceAddString, eventHandler);
traceSaveEvent = new NSFDataEvent<NSFString>(TraceSaveString, eventHandler);
eventHandler.addEventReaction(traceAddEvent, addTraceToLog);
eventHandler.addEventReaction(traceSaveEvent, saveTrace);
eventHandler.startEventHandler();
addTrace(NSFTraceTags.InformationalTag, NSFTraceTags.NameTag, "TraceStart");
}
/// <summary>
/// Creates a trace log
/// </summary>
/// <param name="name">The name of the log.</param>
/// <remarks>
/// By default, thread priority is set to lowest.
/// </remarks>
public NSFTraceLog(NSFString name)
: base(name)
{
eventHandler = new NSFEventHandler(Name, new NSFEventThread(Name, NSFOSThread.LowestPriority));
eventHandler.LoggingEnabled = false;
traceAddEvent = new NSFDataEvent <NSFXMLElement>(TraceAddString, eventHandler);
traceSaveEvent = new NSFDataEvent <NSFString>(TraceSaveString, eventHandler);
eventHandler.addEventReaction(traceAddEvent, addTraceToLog);
eventHandler.addEventReaction(traceSaveEvent, saveTrace);
eventHandler.startEventHandler();
addTrace(NSFTraceTags.InformationalTag, NSFTraceTags.NameTag, "TraceStart");
}