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@ -36,64 +36,64 @@ uint16_t TypingBreaks::leftHandKeys;
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uint16_t TypingBreaks::rightHandKeys;
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uint16_t TypingBreaks::settingsBase;
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TypingBreaks::TypingBreaks (void) {
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TypingBreaks::TypingBreaks(void) {
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}
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void
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TypingBreaks::begin (void) {
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event_handler_hook_use (this->eventHandlerHook);
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TypingBreaks::begin(void) {
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event_handler_hook_use(this->eventHandlerHook);
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}
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Key
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TypingBreaks::eventHandlerHook (Key mappedKey, byte row, byte col, uint8_t keyState) {
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TypingBreaks::eventHandlerHook(Key mappedKey, byte row, byte col, uint8_t keyState) {
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// If we are locked, and didn't time out yet, no key has to be pressed.
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if (lockStartTime && (millis () - lockStartTime <= settings.lockLength))
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if (lockStartTime && (millis() - lockStartTime <= settings.lockLength))
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return Key_NoKey;
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// If we are locked...
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if (lockStartTime) {
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// ...and the lock has not expired yet
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if (millis () - lockStartTime <= settings.lockLength)
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if (millis() - lockStartTime <= settings.lockLength)
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return Key_NoKey; // remain locked
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// ...otherwise clear the lock
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lockStartTime = 0;
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leftHandKeys = rightHandKeys = 0;
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sessionStartTime = millis ();
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sessionStartTime = millis();
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TypingBreak (false);
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TypingBreak(false);
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}
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// Any other case, we are not locked yet! (or we just unlocked)
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// Are we still in the same session?
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if (lastKeyTime && (millis () - lastKeyTime) >= settings.idleTimeLimit) {
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if (lastKeyTime && (millis() - lastKeyTime) >= settings.idleTimeLimit) {
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// No, we are not. Clear timers and start over.
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lockStartTime = 0;
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leftHandKeys = rightHandKeys = 0;
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sessionStartTime = millis ();
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sessionStartTime = millis();
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}
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// If we have a limit on the left hand, and we reached it, lock up!
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if (settings.leftHandMaxKeys && leftHandKeys >= settings.leftHandMaxKeys) {
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lockStartTime = millis ();
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TypingBreak (true);
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lockStartTime = millis();
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TypingBreak(true);
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return Key_NoKey;
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}
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// If we have a limit on the right hand, and we reached it, lock up!
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if (settings.rightHandMaxKeys && rightHandKeys >= settings.rightHandMaxKeys) {
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lockStartTime = millis ();
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TypingBreak (true);
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lockStartTime = millis();
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TypingBreak(true);
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return Key_NoKey;
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}
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if (settings.lockTimeOut) {
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// Is the session longer than lockTimeOut?
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if (millis () - sessionStartTime >= settings.lockTimeOut) {
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if (millis() - sessionStartTime >= settings.lockTimeOut) {
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// Yeah, it is.
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lockStartTime = millis ();
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TypingBreak (true);
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lockStartTime = millis();
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TypingBreak(true);
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return Key_NoKey;
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}
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}
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@ -101,34 +101,34 @@ TypingBreaks::eventHandlerHook (Key mappedKey, byte row, byte col, uint8_t keySt
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// So it seems we did not need to lock up. In this case, lets increase key
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// counters if need be.
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if (key_toggled_on (keyState)) {
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if (key_toggled_on(keyState)) {
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if (col <= COLS / 2)
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leftHandKeys++;
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else
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rightHandKeys++;
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lastKeyTime = millis ();
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lastKeyTime = millis();
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}
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return mappedKey;
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}
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void
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TypingBreaks::enableEEPROM (void) {
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settingsBase = ::EEPROMSettings.requestSlice (sizeof (settings));
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TypingBreaks::enableEEPROM(void) {
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settingsBase = ::EEPROMSettings.requestSlice(sizeof(settings));
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// If idleTime is max, assume that EEPROM is uninitialized, and store the
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// defaults.
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uint32_t idleTime;
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EEPROM.get (settingsBase, idleTime);
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EEPROM.get(settingsBase, idleTime);
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if (idleTime == 0xffffffff) {
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EEPROM.put (settingsBase, settings);
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EEPROM.put(settingsBase, settings);
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}
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EEPROM.get (settingsBase, settings);
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EEPROM.get(settingsBase, settings);
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}
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bool
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TypingBreaks::focusHook (const char *command) {
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TypingBreaks::focusHook(const char *command) {
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enum {
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IDLE_TIME_LIMIT,
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LOCK_TIMEOUT,
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@ -137,67 +137,67 @@ TypingBreaks::focusHook (const char *command) {
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RIGHT_MAX,
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} subCommand;
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if (strncmp_P (command, PSTR ("typingbreaks."), 13) != 0)
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if (strncmp_P(command, PSTR("typingbreaks."), 13) != 0)
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return false;
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if (strcmp_P (command + 13, PSTR ("idleTimeLimit")) == 0)
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if (strcmp_P(command + 13, PSTR("idleTimeLimit")) == 0)
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subCommand = IDLE_TIME_LIMIT;
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else if (strcmp_P (command + 13, PSTR ("lockTimeOut")) == 0)
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else if (strcmp_P(command + 13, PSTR("lockTimeOut")) == 0)
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subCommand = LOCK_TIMEOUT;
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else if (strcmp_P (command + 13, PSTR ("lockLength")) == 0)
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else if (strcmp_P(command + 13, PSTR("lockLength")) == 0)
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subCommand = LOCK_LENGTH;
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else if (strcmp_P (command + 13, PSTR ("leftMaxKeys")) == 0)
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else if (strcmp_P(command + 13, PSTR("leftMaxKeys")) == 0)
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subCommand = LEFT_MAX;
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else if (strcmp_P (command + 13, PSTR ("rightMaxKeys")) == 0)
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else if (strcmp_P(command + 13, PSTR("rightMaxKeys")) == 0)
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subCommand = RIGHT_MAX;
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else
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return false;
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switch (subCommand) {
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case IDLE_TIME_LIMIT:
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if (Serial.peek () == '\n') {
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Serial.println (settings.idleTimeLimit);
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if (Serial.peek() == '\n') {
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Serial.println(settings.idleTimeLimit);
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} else {
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settings.idleTimeLimit = Serial.parseInt ();
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settings.idleTimeLimit = Serial.parseInt();
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}
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break;
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case LOCK_TIMEOUT:
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if (Serial.peek () == '\n') {
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Serial.println (settings.lockTimeOut);
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if (Serial.peek() == '\n') {
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Serial.println(settings.lockTimeOut);
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} else {
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settings.lockTimeOut = Serial.parseInt ();
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settings.lockTimeOut = Serial.parseInt();
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}
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break;
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case LOCK_LENGTH:
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if (Serial.peek () == '\n') {
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Serial.println (settings.lockLength);
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if (Serial.peek() == '\n') {
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Serial.println(settings.lockLength);
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} else {
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settings.lockLength = Serial.parseInt ();
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settings.lockLength = Serial.parseInt();
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}
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break;
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case LEFT_MAX:
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if (Serial.peek () == '\n') {
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Serial.println (settings.leftHandMaxKeys);
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if (Serial.peek() == '\n') {
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Serial.println(settings.leftHandMaxKeys);
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} else {
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settings.leftHandMaxKeys = Serial.parseInt ();
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settings.leftHandMaxKeys = Serial.parseInt();
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}
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break;
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case RIGHT_MAX:
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if (Serial.peek () == '\n') {
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Serial.println (settings.rightHandMaxKeys);
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if (Serial.peek() == '\n') {
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Serial.println(settings.rightHandMaxKeys);
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} else {
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settings.rightHandMaxKeys = Serial.parseInt ();
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settings.rightHandMaxKeys = Serial.parseInt();
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}
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break;
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}
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EEPROM.put (settingsBase, settings);
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EEPROM.put(settingsBase, settings);
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return true;
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}
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} // namespace KaleidoscopePlugins
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}
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KaleidoscopePlugins::TypingBreaks TypingBreaks;
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__attribute__((weak))
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void
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TypingBreak (bool isLocked) {
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TypingBreak(bool isLocked) {
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}
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