/****************************************************************************
DESCRIPTION
function to detect level changes of buttons / multiple buttons.
*/
static void ButtonsLevelDetect ( const uint32 pState , ButtonsTaskData * pButtonsTask )
{
uint32 lNewState = 0;
/*we have an indication from the PIO subsytem that a PIO has changed value*/
lNewState = (uint32) (pState & (pButtonsTask->gPerformLevelCheck) ) ;
B_DEBUG(("But Lev Det|:[%lx][%lx]\n", pState , (pButtonsTask->gButtonLevelMask) )) ;
B_DEBUG(("But Lev Det|:[%lx][%lx]\n", pButtonsTask->gBOldState , lNewState )) ;
if ( ButtonsWasButtonPressed( pButtonsTask->gBOldState , lNewState ) )
{
/*cancel all previously timed messages*/
MessageCancelAll ( &pButtonsTask->task , B_INTERNAL_TIMER ) ;
MessageCancelAll ( &pButtonsTask->task , B_REPEAT_TIMER ) ;
MessageCancelAll ( &pButtonsTask->task , B_DOUBLE_TIMER ) ;
/* send new timed messages*/
MessageSendLater ( &pButtonsTask->task , B_INTERNAL_TIMER , 0 , pButtonsTask->button_config->long_press_time ) ;
MessageSendLater ( &pButtonsTask->task , B_REPEAT_TIMER , 0 , pButtonsTask->button_config->repeat_time ) ;
/*having restrted the timers, reset the time*/
pButtonsTask->gBTime = B_SHORT ;
}
/*button was released or was masked out, check to make sure there is a pio bit change as vreg enable
can generate an addition MSG without any pio's changing state */
else if(pButtonsTask->gBOldState != lNewState )
{ /*it was only a released if there was a button actually pressed last time around -
buttons we have masked out still end up here but no state changes are made */
if ( pButtonsTask->gBOldState != 0 )
{
/*if we have had a double press in the required time
and the button pressed was the same as this one*/
if ( (pButtonsTask->gBDoubleTap ) && (pButtonsTask->gBOldState == pButtonsTask->gBDoubleState ) )
{
pButtonsTask->gBTime = B_DOUBLE ;
/*reset the double state*/
pButtonsTask->gBDoubleState = 0x0000 ;
pButtonsTask->gBDoubleTap = FALSE ;
ButtonsButtonDetected ( pButtonsTask , pButtonsTask->gBOldState , B_DOUBLE );
}
/*only send a message if it was a short one - long / v long /double handled elsewhere*/
if ( (pButtonsTask->gBTime == B_SHORT ) )
{
ButtonsButtonDetected ( pButtonsTask , pButtonsTask->gBOldState , B_SHORT );
/*store the double state*/
pButtonsTask->gBDoubleState = pButtonsTask->gBOldState ;
pButtonsTask->gBDoubleTap = TRUE ;
/*start the double timer - only applicable to a short press*/
MessageSendLater ( &pButtonsTask->task , B_DOUBLE_TIMER , 0 ,pButtonsTask->button_config->double_press_time ) ;
}
else if ( (pButtonsTask->gBTime == B_LONG) )
{
ButtonsButtonDetected ( pButtonsTask , pButtonsTask->gBOldState , B_LONG_RELEASE );
}
else if ( (pButtonsTask->gBTime == B_VERY_LONG) )
{
ButtonsButtonDetected ( pButtonsTask , pButtonsTask->gBOldState , B_VERY_LONG_RELEASE );
}
else if ( (pButtonsTask->gBTime == B_VERY_VERY_LONG) )
{
ButtonsButtonDetected ( pButtonsTask , pButtonsTask->gBOldState , B_VERY_VERY_LONG_RELEASE );
}
if (pButtonsTask->gBTime != B_INVALID)
{
MessageCancelAll ( &pButtonsTask->task , B_INTERNAL_TIMER) ;
MessageCancelAll ( &pButtonsTask->task , B_REPEAT_TIMER ) ;
}
/*removing this allows all releases to generate combination presses is this right?*/
if ( !lNewState )
{
pButtonsTask->gBTime = B_INVALID ;
}
}
}
pButtonsTask->gBOldState = lNewState ;
}
/****************************************************************************
DESCRIPTION
function to detect level changes of buttons / multiple buttons, both
PIO and capsense
*/
static void ButtonsLevelDetect ( const uint32 pInput , ButtonsTaskData * pButtonsTask )
{
uint32 lNewInput = (uint32) (pInput & (pButtonsTask->gPerformInputLevelCheck)) ;
uint32 lOldInput = (uint32) (pButtonsTask->gBOldInputState & pButtonsTask->gPerformInputLevelCheck);
B_DEBUG(("But Lev Det|:NewInput[%lx] OldInput[%lx]\n", lNewInput, pButtonsTask->gBOldInputState )) ;
if ( ButtonsWasButtonPressed(lOldInput, lNewInput ) )
{
/* check whether device needs to be made connectable as a result of a button press
on a multipoint device */
if(theSink.features.GoConnectableButtonPress)
sinkEnableMultipointConnectable();
/*cancel all previously timed messages*/
MessageCancelAll ( &pButtonsTask->task , B_INTERNAL_TIMER ) ;
MessageCancelAll ( &pButtonsTask->task , B_REPEAT_TIMER ) ;
/* send new timed messages*/
MessageSendLater ( &pButtonsTask->task , B_INTERNAL_TIMER , 0 , pButtonsTask->button_config->long_press_time ) ;
MessageSendLater ( &pButtonsTask->task , B_REPEAT_TIMER , 0 , pButtonsTask->button_config->repeat_time ) ;
/*having restrted the timers, reset the time*/
pButtonsTask->gBTime = B_SHORT ;
if (stateManagerGetState() == deviceTestMode)
{
checkDUTKeyPress(lNewInput);
}
}
/*button was released or was masked out, check to make sure there is an input bit change as vreg enable
can generate an addition MSG without any input's changing state */
else if(lOldInput!= lNewInput )
{
/*it was only a released if there was a button actually pressed last time around -
buttons we have masked out still end up here but no state changes are made */
if ( lOldInput != 0 )
{
/*if we have had a double press in the required time
and the button pressed was the same as this one*/
if ( (pButtonsTask->gBTapCount ) && (lOldInput == pButtonsTask->gBMultipleState ) )
{
/* button has been released, increment multiple press counter */
pButtonsTask->gBTapCount++;
B_DEBUG(("TapCount: [%lx][%lx][%x]\n", lOldInput , pButtonsTask->gBMultipleState , pButtonsTask->gBTapCount )) ;
/* if the multiple press count is 2, set the time as a double, this will be used
if no further presses are detected before the multiple press timeout occurs */
if(pButtonsTask->gBTapCount == DOUBLE_PRESS)
pButtonsTask->gBTime = B_DOUBLE ;
/* if the multiple press count is 3, process immediately as a triple press and cancel the
multiple press timer */
else if(pButtonsTask->gBTapCount == TRIPLE_PRESS)
{
pButtonsTask->gBTime = B_TRIPLE ;
/* indicate a triple press has been detected */
ButtonsButtonDetected ( pButtonsTask , lOldInput , B_TRIPLE );
/* reset current state and multiple press counter */
pButtonsTask->gBMultipleState = 0x0000 ;
pButtonsTask->gBTapCount = 0;
MessageCancelAll ( &pButtonsTask->task , B_MULTIPLE_TIMER ) ;
}
}
/*only send a message if it was a short one - long / v long /double handled elsewhere*/
if ( (pButtonsTask->gBTime == B_SHORT ) )
{
ButtonsButtonDetected ( pButtonsTask , lOldInput , B_SHORT );
/*store the double state*/
pButtonsTask->gBMultipleState = lOldInput ;
pButtonsTask->gBTapCount++;
/*start the double timer - only applicable to a short press*/
MessageSendLater ( &pButtonsTask->task , B_MULTIPLE_TIMER , 0 ,pButtonsTask->button_config->double_press_time ) ;
}
else if ( (pButtonsTask->gBTime == B_LONG) )
{
ButtonsButtonDetected ( pButtonsTask , lOldInput , B_LONG_RELEASE );
}
else if ( (pButtonsTask->gBTime == B_VERY_LONG) )
{
ButtonsButtonDetected ( pButtonsTask , lOldInput , B_VERY_LONG_RELEASE );
}
else if ( (pButtonsTask->gBTime == B_VERY_VERY_LONG) )
{
ButtonsButtonDetected ( pButtonsTask , lOldInput , B_VERY_VERY_LONG_RELEASE );
}
if (pButtonsTask->gBTime != B_INVALID)
{
MessageCancelAll ( &pButtonsTask->task , B_INTERNAL_TIMER) ;
MessageCancelAll ( &pButtonsTask->task , B_REPEAT_TIMER ) ;
}
/*removing this allows all releases to generate combination presses is this right?*/
if ( !lNewInput )
{
pButtonsTask->gBTime = B_INVALID ;
}
}
}
}
