int
SetUpChildIO (int to_prog[2], int from_prog[2])
{
char pty_name[MSG_SIZ];
if ((to_prog[1] = PseudoTTY(pty_name)) == -1) {
DisplayFatalError("Can't open pseudo-tty", errno, 1);
ExitEvent(1);
}
from_prog[0] = to_prog[1];
to_prog[0] = from_prog[1] = open(pty_name, O_RDWR, 0);
#if HAVE_STROPTS_H /* do we really need this?? pipe-like behavior is fine */
if (ioctl (to_prog[0], I_PUSH, "ptem") == -1 ||
ioctl (to_prog[0], I_PUSH, "ldterm") == -1 ||
ioctl (to_prog[0], I_PUSH, "ttcompat") == -1) {
# ifdef NOTDEF /* seems some systems don't have or need ptem and ttcompat */
DisplayFatalError("Can't ioctl pseudo-tty", errno, 1);
ExitEvent(1);
# endif /*NOTDEF*/
}
#endif /* HAVE_STROPTS_H */
}
TBool CT_ActiveRConsoleRead::VerifyDataAndKick(const TInt aAsyncErrorIndex, RConsole& aConsole)
{
TInt eventType=iKey.Type();
iDataWrapperBase.INFO_PRINTF2(KLogEvent, eventType);
// Do we ignore the event
TBool moreToDo=!ExitEvent();
TBool eventOk=EFalse;
TEventConfig config=iEvent[iEventIndex];
while ( iEventIndex<iEvent.Count() && !eventOk && moreToDo )
{
config=iEvent[iEventIndex];
if ( eventType==config.iEventType )
{
++iEventCount;
eventOk=ETrue;
iDataWrapperBase.INFO_PRINTF3(_L("Events type match Expected=%d, Actual=%d"), config.iEventType,eventType);
}
else
{
switch(config.iEventOccurance)
{
case EEventOccuranceOnce:
iDataWrapperBase.ERR_PRINTF4(KLogUnexpectedEvent, config.iEventType, eventType, iEventIndex);
iDataWrapperBase.SetBlockResult(EFail);
moreToDo=EFalse;
break;
case EEventOccuranceZeroOrMore:
// If the event may not occur then go to the next one
++iEventIndex;
iEventCount=0;
break;
case EEventOccuranceOneOrMore:
if(iEventCount==0)
{
iDataWrapperBase.ERR_PRINTF4(KLogUnexpectedEvent, config.iEventType, eventType, iEventIndex);
iDataWrapperBase.SetBlockResult(EFail);
moreToDo=EFalse;
}
else
{
++iEventIndex;
iEventCount=0;
}
break;
}
}
}
if ( eventOk )
{
if ( config.iDataDraw )
{
DrawData();
}
if ( config.iDataVerify )
{
if ( iHasExpectedRectangle )
{
TPoint point=iKey.MousePos();
if ( !iExpectedRectangle.Contains(point) )
{
iDataWrapperBase.ERR_PRINTF3(KLogUnexpectedPoint, point.iX, point.iY);
iDataWrapperBase.SetBlockResult(EFail);
}
}
if ( iHasExpectedKeyCode )
{
TKeyCode keyCode=iKey.Code();
if ( keyCode!=iExpectedKeyCode )
{
iDataWrapperBase.ERR_PRINTF2(KLogUnexpectedKeyCode, keyCode);
iDataWrapperBase.SetBlockResult(EFail);
}
else
{
iDataWrapperBase.INFO_PRINTF3(_L("keycodes match as expected:%d, actual:%d"), iExpectedKeyCode,keyCode);
}
}
}
if ( config.iEventOccurance==EEventOccuranceOnce )
{
++iEventIndex;
iEventCount=0;
}
if ( iEventIndex>=iEvent.Count() )
{
moreToDo=KickNext(aAsyncErrorIndex, aConsole);
}
else
{
// Event can occur multiple times
Kick(aAsyncErrorIndex, aConsole);
}
}
return moreToDo;
}
void
QuitProc ()
{
ExitEvent(0);
}
