public UIElement UIElementConstruct(
Bib3.OrtogoonInt Region)
{
lock (Lock)
{
return new UIElement(new BotEngine.ObjectIdInt64(UIElementIdNext++), Region);
}
}
public MotionResult ActSequenceMotion(IEnumerable<Motion> seqMotion)
{
try
{
if (null == seqMotion)
return null;
var InputSimulator = new WindowsInput.InputSimulator();
foreach (var Motion in seqMotion.WhereNotDefault())
{
var MotionMousePosition = Motion?.MousePosition;
var MotionTextEntry = Motion?.TextEntry;
var mouseLocationOnScreen = MotionMousePosition.HasValue ? WindowHandle.ClientToScreen(MotionMousePosition.Value) + MouseOffsetStatic : null;
if (mouseLocationOnScreen.HasValue || (Motion.WindowToForeground ?? false))
EnsureWindowIsForeground();
if (mouseLocationOnScreen.HasValue)
{
User32.SetCursorPos((int)mouseLocationOnScreen.Value.A, (int)mouseLocationOnScreen.Value.B);
Thread.Sleep(MouseEventTimeDistanceMilli);
}
var mouseSetAction = new[]
{
Motion?.MouseButtonDown?.Select(button => new KeyValuePair<MouseButtonIdEnum, bool>(button, true)),
Motion?.MouseButtonUp?.Select(button => new KeyValuePair<MouseButtonIdEnum, bool>(button, false)),
}.ConcatNullable().ToArray();
if (0 < mouseSetAction?.Length)
{
foreach (var mouseAction in mouseSetAction)
mouseActionFromButtonIdAndState?.TryGetValueOrDefault(mouseAction)?.Invoke(InputSimulator.Mouse);
Thread.Sleep(MouseEventTimeDistanceMilli);
}
Motion?.KeyDown?.ForEach(keyDown =>
{
EnsureWindowIsForeground();
InputSimulator.Keyboard.KeyDown(keyDown);
Thread.Sleep(KeyboardEventTimeDistanceMilli);
});
Motion?.KeyUp?.ForEach(keyUp =>
{
EnsureWindowIsForeground();
InputSimulator.Keyboard.KeyUp(keyUp);
Thread.Sleep(KeyboardEventTimeDistanceMilli);
});
if (0 < MotionTextEntry?.Length)
{
EnsureWindowIsForeground();
InputSimulator.Keyboard.TextEntry(MotionTextEntry);
}
}
return new MotionResult(true);
}
catch (Exception Exception)
{
return new MotionResult(Exception);
}
}
public void Accumulate(FromProcessMeasurement<SensorRaw.MemoryMeasurement> FromProcessMemoryMeasurement)
{
if (null == FromProcessMemoryMeasurement)
{
return;
}
var Time = FromProcessMemoryMeasurement.Ende;
var TargetDistanceMax =
FromProcessMemoryMeasurement?.Wert?.Target?.Select(Target => Target.DistanceMin())
?.WhereNotNullSelectValue()
?.MaxNullable();
var OverviewEntryAndMenu = FromProcessMemoryMeasurement?.Wert?.OverviewEntryMenu();
var OverviewEntryMenuFirst = OverviewEntryAndMenu?.Value?.FirstOrDefault();
var OverviewEntryMenuContainsEntryLock = null != (OverviewEntryMenuFirst?.EntryLock() ?? OverviewEntryMenuFirst?.EntryUnlock());
Int64? UpperBoundFromOverviewEntry = null;
Int64? LowerBoundFromOverviewEntry = null;
if (OverviewEntryMenuContainsEntryLock)
{
LowerBoundFromOverviewEntry = OverviewEntryAndMenu?.Key?.DistanceMin();
}
else
{
UpperBoundFromOverviewEntry = OverviewEntryAndMenu?.Key?.DistanceMin();
}
if (UpperBoundFromOverviewEntry < TargetDistanceMax)
{
UpperBoundFromOverviewEntry = null;
}
var MeasurementLowerBound =
new[] { TargetDistanceMax, LowerBoundFromOverviewEntry }
?.WhereNotNullSelectValue()
.MaxNullable();
var MeasurementUpperBound = UpperBoundFromOverviewEntry;
if (MeasurementLowerBound.HasValue)
{
ListMeasurementRangeBound.Enqueue(new MeasurementBound1DIntAtTime(MeasurementLowerBound.Value, false, Time));
}
if (MeasurementUpperBound.HasValue)
{
ListMeasurementRangeBound.Enqueue(new MeasurementBound1DIntAtTime(MeasurementUpperBound.Value, true, Time));
}
// remove measurements older then 10 minutes.
Bib3.Extension.DequeueEnumerator(ListMeasurementRangeBound, element => element.Time < Time - 1000 * 60 * 10);
{
var DriftNano = ((DriftBeginPercent * (int)1e+7) / DriftTimeToCross);
var ListMeasurementRangeBoundDrifted =
MappedDrift(ListMeasurementRangeBound, Time - DriftTimeToCross, DriftNano)
?.ToArray();
WertZuZaitpunktStruct<Int64>? LowerBound;
WertZuZaitpunktStruct<Int64>? UpperBound;
BoundComputeFromSetMeasuredBound(
ListMeasurementRangeBoundDrifted,
out LowerBound,
out UpperBound,
2);
this.RangeMin = LowerBound?.Wert;
this.RangeMax = UpperBound?.Wert;
}
}