void IOKey(void *argv){
reg_type receiver_control = LoadWord(RECEIVER_CONTROL);
SetBit(&receiver_control, IO_INTERRUPT_ENABLE);
while(!prog_finished && (WaitForSingleObject(hRunMutex, 75L) == WAIT_TIMEOUT)){
if(kbhit()){
char ch = getch();
/* for(size_t i = 0 ; i < 1000; i++)
printf("Inside if kbhit() ch = %c\n", ch);*/
StoreByte(ch, RECEIVER_DATA);
//muxtex in StoreByte function
if(bitState(cpo_reg[STATUS], INTERRUPT_ENABLE) && bitState(cpo_reg[STATUS], EXCEPTION_LEVEL)
&& bitState(receiver_control, IO_INTERRUPT_ENABLE)){
SetCause(INTERRUPT);
SetBit(&cpo_reg[CAUSE], 0XD);//set pending bit
/*need to rectify perhaps*/
SetBit(&receiver_control, IO_READY);
StoreWord(receiver_control, RECEIVER_CONTROL);
/* for(size_t i = 0 ; i < 1000; i++)
printf("Inside inside of kbhit() set state cause: %X\n", cpo_reg[CAUSE]);*/
}//end of if
}//end of if kbhit
ReleaseMutex(hRunMutex);//unlock
}//end of while prog_finished
}
void caBitnames::setValue(int valueP)
{
tf.clear();
for (int i = thisStartBit; i <= thisEndBit; i++) {
if(bitState((int) valueP, i)) {
tf << 1;
} else {
tf << 0;
}
}
EFlag::setValue(tf);
}
void MSEntryFieldCombo::buttonState(ButtonFlag button_, MSBoolean flag_)
{
if(button_ == TextButton) return; // use comboButtonLabel instead
if(bitState(button_) != flag_)
{
if(flag_ == MSTrue) setBit(button_);
else unsetBit(button_);
switch(button_)
{
case UpDownArrows:
if(_upArrow == 0) _upArrow=new MSArrow(this,MSArrow::Up);
if(_downArrow == 0) _downArrow=new MSArrow(this,MSArrow::Down);
break;
case ComboButton:
if (_comboArrow == 0) _comboArrow = new MSArrow(this, MSArrow::Down);
default:
break;
}
}
placement();
}
