static void applyLock(uint8_t *lock){
if(*lock == LOCK_WILL_SET){
*lock = LOCK_IS_SET;
blinkOnce(50);
_delay_ms(50);
blinkOnce(100);
}else if(*lock == LOCK_WILL_NOT_SET){
*lock = LOCK_NOT_SET;
blinkOnce(100);
}
}
void VUMeter::blink(int index, int speed,int times){
//blink one leds for a few times(default is once)
//speed is the delay time for both on and off
for(int i=0;i<times;i++){
blinkOnce(index,speed,speed);
}
}
static void countQuickSwapEnabled(void){
if(enabledQuickSwapCount && ++_quickSwapCount > quickSwapCountMax){
if(enabledQuickSwapCount == COUNT_TYPE_QUICKSWAP_ALT_GUI){
blinkOnce(50);
if((quickSwapMode & QUICKSWAP_ALT_GUI) == QUICKSWAP_ALT_GUI){
quickSwapMode &= ~QUICKSWAP_ALT_GUI;
}else{
quickSwapMode |= QUICKSWAP_ALT_GUI;
_delay_ms(50);
blinkOnce(100);
}
}
eeprom_write_byte((uint8_t *)EEPROM_QUICK_SWAP, quickSwapMode);
enabledQuickSwapCount = 0;
}
}
void VUMeter::scrollLeft(int speed,int startIndex){
//leds will turn on one at a time,
//each for the duration of speed in milliseconds,
//start with the startIndex counting from right,
//go towards left
clear();
for(int i=pinCount-1-startIndex;i>-1;i--){
blinkOnce(i,speed,0);
}
}
void VUMeter::scrollRight(int speed,int startIndex){
//leds will turn on one at a time,
//each for the duration of speed in milliseconds,
//start with the startIndex counting from left,
//go towards right
clear();
for(int i=0+startIndex;i<pinCount;i++){
blinkOnce(i,speed,0);
}
}
static void applyQuickSwap(void) {
static uint8_t prevModifier = 0;
if(getDownBufferAt(0) > 0){
enabledQuickSwapCount = 0;
return;
}
uint8_t gModi = getModifierDownBuffer();
if(gModi != prevModifier) {
if(gModi == (MODI_RSHIFT|MODI_LALT|MODI_LGUI) || gModi == (MODI_RSHIFT|MODI_RALT|MODI_RGUI) || gModi == (MODI_RSHIFT|MODI_LALT|MODI_RGUI) || gModi == (MODI_RSHIFT|MODI_LALT|MODI_LGUI)){ // ALT + GUI + R SHIFT
_quickSwapCount = 0;
enabledQuickSwapCount = COUNT_TYPE_QUICKSWAP_ALT_GUI;
}else{
enabledQuickSwapCount = 0;
}
prevModifier = gModi;
}
//}
//static void countQuickSwapEnabled(void){
if(enabledQuickSwapCount && ++_quickSwapCount > quickSwapCountMax){
if(enabledQuickSwapCount == COUNT_TYPE_QUICKSWAP_ALT_GUI){
blinkOnce(50);
if((quickSwapMode & QUICKSWAP_ALT_GUI) == QUICKSWAP_ALT_GUI){
quickSwapMode &= ~QUICKSWAP_ALT_GUI;
}else{
quickSwapMode |= QUICKSWAP_ALT_GUI;
_delay_ms(50);
blinkOnce(100);
}
}
eeprom_update_byte((uint8_t *)EEPROM_QUICK_SWAP, quickSwapMode);
enabledQuickSwapCount = 0;
}
}
static void writeLEDMode(void) {
// LED 모드 저장, 너무많은 eeprom접근을 막기위해 일정 간격으로 저장한다.
const int countMAX = 1000;
if (ledStateCount > 0 && ++ledStateCount == countMAX) {
// DEBUG_PRINT(("writeLEDMode : mode %d, br %d \n", _fullLEDMode, _ledBrightnessMax));
ledStateCount = 0;
if (_fullLEDMode != _fullLEDMode_saved) {
_fullLEDMode_saved = _fullLEDMode;
eeprom_update_byte((uint8_t *) EEPROM_LED_MODE, _fullLEDMode); // 1바이트 11번지 쓰기
}
// brightness
if (_ledBrightnessMax_saved != _ledBrightnessMax) {
_ledBrightnessMax_saved = _ledBrightnessMax;
eeprom_update_byte((uint8_t *) EEPROM_LED_BRIGHTNESS, _ledBrightnessMax); // 1바이트 9번지 쓰기
}
blinkOnce(50);
}
}
// 키를 누르거나 땔때 FN 및 LED등 을 컨트롤한다.
bool applyFN(uint8_t xKeyidx, uint8_t xCol, uint8_t xRow, bool xIsDown) {
// DEBUG_PRINT(("applyFN : %d xIsDown : %d\n", xKeyidx, xIsDown));
applyKeyDownForFullLED(xKeyidx, xCol, xRow, xIsDown);
if(isFnKey(xKeyidx)) return false;
setDualAction(xKeyidx, xIsDown);
// 듀얼액션 키의 기본 키를 가져온다.
xKeyidx = getDualActionDefaultKey(xKeyidx);
if(isFnKey(xKeyidx)) return false;
if(xIsDown) {
if((xKeyidx == KEY_BEYOND_FN || xKeyidx == KEY_BEYOND_FN3)
|| (_isExtraFNDown && xKeyidx == BEYOND_FN_CANCEL_KEY)){ // beyond_fn을 활성화;
if( xKeyidx == BEYOND_FN_CANCEL_KEY ) { // 취소만 가능한 키
_beyondFnIndex = false;
}else{
if(_beyondFnIndex == 0){
if(xKeyidx == KEY_BEYOND_FN){
_beyondFnIndex = LAYER_FN2;
}else{
_beyondFnIndex = LAYER_FN3;
}
}else{
if(xKeyidx == KEY_BEYOND_FN){
if(_beyondFnIndex == LAYER_FN2){
_beyondFnIndex = LAYER_NORMAL;
}else{
_beyondFnIndex = LAYER_FN2;
}
}else if(xKeyidx == KEY_BEYOND_FN3){
if(_beyondFnIndex == LAYER_FN3){
_beyondFnIndex = LAYER_NORMAL;
}else{
_beyondFnIndex = LAYER_FN3;
}
}
}
}
#ifndef DISABLE_FN2_TOGGLE_LED_BLINK
if(isBeyondFnLedEnabled() == false){
if(_beyondFnIndex == 0){
blinkOnce(100);
}else{
blinkOnce(100);
_delay_ms(80);
blinkOnce(70);
}
}
#endif
if(isBeyondFnLedEnabled()){
setLed(LED_STATE_NUM, isBeyondFN());
}
return 0;
}else if(_isQuickMacroDown && isEepromMacroKey(xKeyidx)){
_quickMacroIndex = xKeyidx - KEY_MAC1;
_isReadyQuickMacro = true;
return 0;
}else if(xKeyidx == EXTRA_FN){
_isExtraFNDown = true;
}else if((_isExtraFNDown && xKeyidx == LED_KEY)){
uint8_t gModi = getModifierDownBuffer();
if(gModi == 0x02 || gModi == 0x20){
changeFullLedState(FULL_LED_MODE2);
}else{
changeFullLedState(FULL_LED_MODE1);
}
return 0;
}else if(xKeyidx == KEY_LED){
changeFullLedState(FULL_LED_MODE1);
return 0;
}else if(xKeyidx == KEY_LED2){
changeFullLedState(FULL_LED_MODE2);
return 0;
}else if(xKeyidx == KEY_LED_UP){
uint8_t gModi = getModifierDownBuffer();
if(gModi == 0x02 || gModi == 0x20){
increaseLedBrightness(FULL_LED_MODE2);
}else{
increaseLedBrightness(FULL_LED_MODE1);
}
return 0;
}else if(xKeyidx == KEY_LED_DOWN){
uint8_t gModi = getModifierDownBuffer();
if(gModi == 0x02 || gModi == 0x20){
reduceLedBrightness(FULL_LED_MODE2);
}else{
reduceLedBrightness(FULL_LED_MODE1);
}
return 0;
}else if(xKeyidx == KEY_LED_ON_OFF){
_ledOff ^= true;
if(_ledOff == false){
turnOnLedAll();
}else{
turnOffLedAll();
}
}else if(xKeyidx == KEY_QUICK_MACRO){
if(isQuickMacro()){
stopQuickMacro();
}else{
_isQuickMacroDown = true;
}
return 0;
}
}else{ // up
if(xKeyidx == KEY_BEYOND_FN){ // beyond_fn
return 0;
}else if(xKeyidx == EXTRA_FN){
_isExtraFNDown = false;
}else if(xKeyidx == KEY_QUICK_MACRO){
_isQuickMacroDown = false;
return 0;
}
}
return 1;
}