public void AddWishForOutsideAction(AnyUiLambdaActionBase action)
{
if (action != null && WishForOutsideAction != null)
{
WishForOutsideAction.Add(action);
}
}
public void PushEvent(AnyUiLambdaActionBase la)
{
lock (_eventQueue)
{
_eventQueue.Add(la);
}
}
/// <summary>
/// This function attaches the above lambdas accordingly to a given user control.
/// It is to be used, when an abstract AnyUi... is being created and the according WPF element
/// will be activated later.
/// Note: use of this is for legacy reasons; basically the class members can be used directly
/// </summary>
/// <param name="cntl">User control (passed thru)</param>
/// <param name="setValue">Lambda called, whenever the value is changed</param>
/// <param name="takeOverLambda">Lamnda called at the end of a modification</param>
/// <returns>Passes thru the user control</returns>
public static AnyUiUIElement RegisterControl(
AnyUiUIElement cntl, Func <object, AnyUiLambdaActionBase> setValue,
AnyUiLambdaActionBase takeOverLambda = null)
{
// access
if (cntl == null)
{
return(null);
}
// crude test
cntl.setValueLambda = setValue;
cntl.takeOverLambda = takeOverLambda;
return(cntl);
}
public static void htmlDotnetLoop()
{
AnyUiUIElement el;
while (true)
{
// ReSharper disable InconsistentlySynchronizedField
int i = 0;
while (i < sessions.Count)
{
var s = sessions[i];
if (s.htmlDotnetEventIn)
{
switch (s.htmlDotnetEventType)
{
case "setValueLambda":
el = (AnyUiUIElement)s.htmlDotnetEventInputs[0];
object o = s.htmlDotnetEventInputs[1];
s.htmlDotnetEventIn = false;
s.htmlDotnetEventInputs.Clear();
AnyUiLambdaActionBase ret = el.setValueLambda?.Invoke(o);
break;
case "contextMenu":
el = (AnyUiUIElement)s.htmlDotnetEventInputs[0];
AnyUiSpecialActionContextMenu cntlcm = (AnyUiSpecialActionContextMenu)
s.htmlDotnetEventInputs[1];
s.htmlEventType = "contextMenu";
s.htmlEventInputs.Add(el);
s.htmlEventInputs.Add(cntlcm);
s.htmlDotnetEventIn = false;
s.htmlDotnetEventInputs.Clear();
s.htmlEventIn = true;
Program.signalNewData(1, s.sessionNumber); // same tree, but structure may change
while (!s.htmlEventOut)
{
;
}
int bufferedI = 0;
if (s.htmlEventOutputs.Count == 1)
{
bufferedI = (int)s.htmlEventOutputs[0];
var action2 = cntlcm.MenuItemLambda?.Invoke(bufferedI);
}
s.htmlEventOutputs.Clear();
s.htmlEventType = "";
s.htmlEventOut = false;
//// AnyUiLambdaActionBase ret = el.setValueLambda?.Invoke(o);
break;
}
while (s.htmlDotnetEventOut)
{
;
}
Program.signalNewData(2, s.sessionNumber); // build new tree
}
i++;
}
// ReSharper enable InconsistentlySynchronizedField
Thread.Sleep(100);
}
}
private static void htmlDotnetLoop()
{
AnyUiUIElement el;
bool newData = false;
while (true)
{
lock (htmlDotnetLock)
{
if (htmlDotnetEventIn)
{
switch (htmlDotnetEventType)
{
case "setValueLambda":
el = (AnyUiUIElement)htmlDotnetEventInputs[0];
object o = htmlDotnetEventInputs[1];
htmlDotnetEventInputs.Clear();
AnyUiLambdaActionBase ret = el.setValueLambda?.Invoke(o);
break;
case "contextMenu":
el = (AnyUiUIElement)htmlDotnetEventInputs[0];
AnyUiSpecialActionContextMenu cntlcm = (AnyUiSpecialActionContextMenu)
htmlDotnetEventInputs[1];
htmlEventType = "contextMenu";
htmlEventInputs.Add(el);
htmlEventInputs.Add(cntlcm);
htmlEventIn = true;
Program.signalNewData(1); // same tree, but structure may change
while (!htmlEventOut)
{
;
}
int bufferedI = 0;
if (htmlEventOutputs.Count == 1)
{
bufferedI = (int)htmlEventOutputs[0];
var action2 = cntlcm.MenuItemLambda?.Invoke(bufferedI);
}
htmlEventOutputs.Clear();
htmlEventType = "";
htmlEventOut = false;
htmlDotnetEventIn = false;
htmlDotnetEventInputs.Clear();
//// AnyUiLambdaActionBase ret = el.setValueLambda?.Invoke(o);
break;
}
while (htmlDotnetEventOut)
{
;
}
htmlDotnetEventIn = false;
newData = true;
}
}
if (newData)
{
newData = false;
Program.signalNewData(2); // build new tree
}
Thread.Sleep(100);
}
}
/// <summary>
/// This function is called from multiple places inside this class to emit an labda action
/// to the superior logic of the application
/// </summary>
/// <param name="action"></param>
public virtual void EmitOutsideAction(AnyUiLambdaActionBase action)
{
}