inline void clear() {
fileNames.clear();
clearFlags();
}
void UserActionElementSet::didDetach(Node* node)
{
ASSERT(node->isUserActionElement());
clearFlags(toElement(node), IsActiveFlag | InActiveChainFlag | IsHoveredFlag);
}
void UserActionElementSet::clearFlags(Node* node, unsigned flags)
{
if (!node->isElementNode())
return;
return clearFlags(toElement(node), flags);
}
void ButtonWidget::setPressedState() {
setFlags(WIDGET_PRESSED);
clearFlags(WIDGET_HILITED);
markAsDirty();
}
void ButtonWidget::setUnpressedState() {
clearFlags(WIDGET_PRESSED);
markAsDirty();
}
void Widget::setVisible(bool e) {
if (e)
clearFlags(WIDGET_INVISIBLE);
else
setFlags(WIDGET_INVISIBLE);
}
void ButtonWidget::setHighLighted(bool enable) {
(enable) ? setFlags(WIDGET_HILITED) : clearFlags(WIDGET_HILITED);
markAsDirty();
}
//-----------------------------------------------------------------------------------------------------------
void Gui::destroy()
{
nextElementId_ = 0;
elements_.clear();
clearFlags(GUI_UPDATED);
}
void ButtonWidget::stopAnimatePressedState() {
wantTickle(false);
_lastTime = 0;
clearFlags(WIDGET_PRESSED);
draw();
}
int TickFct_Controller(int state){
unsigned char key = GetKeypadKey();
unsigned char doorClosed = (~PIND & 0x10) >> 4;
switch(state){
case controllerinit:
clearFlags();
lockedFlag = 1;
showPin = 0;
state = controllerWait;
clearInputPin();
LCD_DisplayString(1, "A for Keypad B for Bluetooth");
break;
case controllerWait:
if(!doorClosed && lockedFlag ){
state = controllerIntrusionDetected;
PORTA = 0xFF;
LCD_DisplayString(1, "ALARM! Enter Pin: ");
}
else if(key == 'A'){
state = controllerKeypad;
keypadEnable = 1;
clearInputPin();
LCD_DisplayString(1, "Pin: ");
}
else if(key == 'B'){
state = controllerBluetooth;
bluetoothEnable = 1;
clearInputPin();
LCD_DisplayString(1, "Waiting to Rec C to Cancel");
}
break;
case controllerBluetooth:
if(!doorClosed && lockedFlag ){
state = controllerIntrusionDetected;
PORTA = 0xFF;
LCD_DisplayString(1, "ALARM! Enter Pin: ");
}
else if(key == 'C'){
state = controllerWait;
bluetoothEnable = 0;
LCD_DisplayString(1, "A for Keypad B for Bluetooth");
clearFlags();
}
else if(pinInputComplete){
state = controllerCheck;
checkPinFlag = 1;
bluetoothEnable = 0;
LCD_DisplayString(1, "Checking... C to Cancel");
}
else{
state = controllerBluetooth;
}
break;
case controllerKeypad:
if(!doorClosed && lockedFlag ){
state = controllerIntrusionDetected;
PORTA = 0xFF;
LCD_DisplayString(1, "ALARM! Enter Pin: ");
}
else if(pinInputComplete){
state = controllerCheck;
checkPinFlag = 1;
keypadEnable = 0;
LCD_DisplayString(1, "Checking... C to cancel");
}
else{
state = controllerKeypad;
}
break;
case controllerCheck:
if(!doorClosed && lockedFlag ){
state = controllerIntrusionDetected;
PORTA = 0xFF;
LCD_DisplayString(1, "ALARM! Enter Pin: ");
}
else if(key == 'C'){
state = controllerWait;
clearInputPin();
clearFlags();
LCD_DisplayString(1, "A for Keypad B for Bluetooth");
}
else if(checkPinFlag){
state = controllerCheck;
}
else{
if(lockedFlag){
state = controllerLocked;
controlCounter = 0;
LCD_DisplayString(1, "Incorrect Pin");
}
else{
state = controllerUnlocked;
LCD_DisplayString(1, "Press A to Lock C to change Pin");
}
}
break;
case controllerLocked:
if(!doorClosed && lockedFlag ){
state = controllerIntrusionDetected;
PORTA = 0xFF;
LCD_DisplayString(1, "ALARM! Enter Pin: ");
}
else if(controlCounter >= 750){
state = controllerWait;
clearInputPin();
LCD_DisplayString(1, "A for Keypad B for Bluetooth");
clearFlags();
}
else{
state = controllerLocked;
}
break;
case controllerUnlocked:
if(key == 'A'){
state = controllerLockWaitRelease;
}
else if(key == 'C'){
state = controllerChangePin;
showPin = 1;
keypadEnable = 1;
pinInputComplete = 0;
newPinInputComplete = 0;
clearInputPin();
LCD_DisplayString(1, "Pin: ");
}
break;
case controllerLockWaitRelease:
if(key != '\0'){
state = controllerLockWaitRelease;
}
else{
state = controllerWait;
clearInputPin();
LCD_DisplayString(1, "A for Keypad B for Bluetooth");
clearFlags();
}
break;
case controllerChangePin:
if(!newPinInputComplete){
state = controllerChangePin;
}
else{
state = controllerUnlocked;
keypadEnable = 0;
showPin = 0;
LCD_DisplayString(1, "Press A to Lock C to change Pin");
}
break;
case controllerIntrusionDetected:
state = controllerIntrusionPin;
keypadEnable = 1;
pinInputComplete = 0;
clearInputPin();
break;
case controllerIntrusionPin:
if(pinInputComplete){
state = controllerIntrusionCheck;
checkPinFlag = 1;
keypadEnable = 0;
LCD_DisplayString(1, "Checking... C to cancel");
}
else{
state = controllerIntrusionPin;
}
break;
case controllerIntrusionCheck:
if(checkPinFlag){
state = controllerIntrusionCheck;
}
else{
if(lockedFlag){
state = controllerIntrusionDetected;
controlCounter = 0;
LCD_DisplayString(1, "Incorrect Pin");
delay_ms(500);
LCD_DisplayString(1, "ALARM! Enter Pin: ");
}
else{
state = controllerUnlocked;
PORTA = 0x00;
LCD_DisplayString(1, "Press A to Lock C to change Pin");
}
}
break;
default:
state = controllerinit;
break;
}
switch(state){
case controllerinit:
break;
case controllerWait:
break;
case controllerKeypad:
keypadEnable = 1;
break;
case controllerBluetooth:
bluetoothEnable = 1;
break;
case controllerCheck:
break;
case controllerLocked:
++controlCounter;
break;
case controllerUnlocked:
break;
case controllerLockWaitRelease:
break;
case controllerChangePin:
break;
case controllerIntrusionDetected:
break;
case controllerIntrusionPin:
break;
case controllerIntrusionCheck:
break;
}
return state;
}
void ButtonWidget::setUnpressedState() {
clearFlags(WIDGET_PRESSED);
draw();
}
void ButtonWidget::setPressedState() {
setFlags(WIDGET_PRESSED);
clearFlags(WIDGET_HILITED);
draw();
}
void Tile::Terrain::reset()
{
clearFlags();
desirability = 0;
watersrvc = 0;
}
void UserActionElementSet::didDetach(Element& element)
{
ASSERT(element.isUserActionElement());
clearFlags(&element, IsActiveFlag | InActiveChainFlag | IsHoveredFlag);
}
