# SPDX-License-Identifier: LGPL-3.0-or-later # Copyright (C) 2020 Daniel Thompson # Copyright (C) 2020 Joris Warmbier # Copyright (C) 2021 Adam Blair """Alarm Application ~~~~~~~~~~~~~~~~~~~~ An application to set a vibration alarm. All settings can be accessed from the Watch UI. Press the button to turn off ringing alarms. .. figure:: res/AlarmApp.png :width: 179 Screenshot of the Alarm Application """ import wasp import fonts import time import widgets import array from micropython import const # 2-bit RLE, generated from res/alarm_icon.png, 390 bytes icon = ( b'\x02' b'`@' b'\x17@\xd2G#G-K\x1fK)O\x1bO&O' b'\n\x80\xb4\x89\x0bN$N\x08\x91\tM"M\x07\x97' b'\x07M!L\x06\x9b\x07K K\x06\x9f\x06K\x1fJ' b'\x05\xa3\x05J\x1eJ\x05\x91\xc0\xd0\xc3\x91\x05J\x1dI' b'\x05\x8c\xcf\x8c\x05I\x1dH\x05\x8b\xd3\x8b\x05H\x1dG' b'\x05\x8a\xd7\x8a\x05G\x1dG\x04\x89\xdb\x89\x05F\x1dF' b'\x04\x89\xcc\x05\xcc\x89\x04F\x1dE\x04\x89\xcd\x05\xcd\x89' b'\x04E\x1eD\x03\x88\xce\x07\xce\x88\x04C\x1fC\x04\x88' b'\xce\x07\xce\x88\x04C\x1fC\x03\x88\xcf\x07\xcf\x88\x04A' b'!A\x04\x87\xd0\x07\xd0\x87\x04A%\x87\xd1\x07\xd1\x87' b")\x87\xd1\x07\xd1\x87(\x87\xd2\x07\xd2\x87'\x87\xd2\x07" b"\xd2\x87'\x86\xd3\x07\xd3\x86&\x87\xd3\x07\xd3\x87%\x86" b'\xd4\x07\xd4\x86%\x86\xd4\x07\xd4\x86%\x86\xd4\x07\xd4\x86' b'$\x87\xd4\x07\xd4\x87#\x87\xd4\x07\xd4\x87#\x87\xd4\x07' b'\xd4\x87#\x86\xd4\x08\xd5\x86#\x86\xd3\t\xd5\x86#\x86' b'\xd2\t\xd6\x86#\x87\xd0\n\xd5\x87#\x87\xcf\n\xd6\x87' b'#\x87\xce\n\xd7\x87$\x86\xce\t\xd8\x86%\x86\xce\x08' b'\xd9\x86%\x86\xcd\x08\xda\x86%\x87\xcc\x07\xda\x87%\x87' b"\xcc\x06\xdb\x86'\x87\xcc\x03\xdc\x87'\x87\xeb\x87(\x87" b'\xe9\x87)\x87\xe9\x87*\x87\xe7\x87+\x88\xe5\x88,\x87' b'\xe5\x87-\x88\xe3\x88.\x88\xe1\x880\x89\xdd\x892\x89' b'\xdb\x893\x8b\xd7\x8b2\x8d\xd4\x8e0\x91\xcf\x91.\x97' b'\xc5\x97,\xb5+\x88\x03\x9f\x03\x88*\x88\x05\x9d\x05\x88' b')\x87\t\x97\t\x87*\x85\x0c\x93\x0c\x85,\x83\x11\x8b' b'\x11\x83\x17' ) # Enabled masks _MONDAY = const(0x01) _TUESDAY = const(0x02) _WEDNESDAY = const(0x04) _THURSDAY = const(0x08) _FRIDAY = const(0x10) _SATURDAY = const(0x20) _SUNDAY = const(0x40) _WEEKDAYS = const(0x1F) _WEEKENDS = const(0x60) _EVERY_DAY = const(0x7F) _IS_ACTIVE = const(0x80) # Alarm data indices _HOUR_IDX = const(0) _MIN_IDX = const(1) _ENABLED_IDX = const(2) # Pages _HOME_PAGE = const(-1) _RINGING_PAGE = const(-2) class AlarmApp: """Allows the user to set a vibration alarm. """ NAME = 'Alarm' ICON = icon def __init__(self): """Initialize the application.""" self.page = _HOME_PAGE self.alarms = (bytearray(3), bytearray(3), bytearray(3), bytearray(3)) self.pending_alarms = array.array('d', [0.0, 0.0, 0.0, 0.0]) self.num_alarms = 0 try: with open("alarms.txt", "r") as f: alarms = f.readlines()[0].split(";") if "" in alarms: alarms.remove("") for alarm in alarms: n = self.num_alarms h, m, st = map(int, alarm.split(",")) self.alarms[n][0] = h self.alarms[n][1] = m self.alarms[n][2] = st self.num_alarms += 1 except Exception: pass self._set_pending_alarms() def foreground(self): """Activate the application.""" self.del_alarm_btn = widgets.Button(170, 204, 70, 35, 'DEL') self.hours_wid = widgets.Spinner(50, 30, 0, 23, 2) self.min_wid = widgets.Spinner(130, 30, 0, 59, 2, 5) self.day_btns = (widgets.ToggleButton(10, 145, 40, 35, 'Mo'), widgets.ToggleButton(55, 145, 40, 35, 'Tu'), widgets.ToggleButton(100, 145, 40, 35, 'We'), widgets.ToggleButton(145, 145, 40, 35, 'Th'), widgets.ToggleButton(190, 145, 40, 35, 'Fr'), widgets.ToggleButton(10, 185, 40, 35, 'Sa'), widgets.ToggleButton(55, 185, 40, 35, 'Su')) self.alarm_checks = (widgets.Checkbox(200, 57), widgets.Checkbox(200, 102), widgets.Checkbox(200, 147), widgets.Checkbox(200, 192)) self._deactivate_pending_alarms() self._draw() wasp.system.request_event(wasp.EventMask.TOUCH | wasp.EventMask.SWIPE_LEFTRIGHT | wasp.EventMask.BUTTON) wasp.system.request_tick(1000) def background(self): """De-activate the application.""" if self.page > _HOME_PAGE: self._save_alarm() self.page = _HOME_PAGE self.del_alarm_btn = None del self.del_alarm_btn self.hours_wid = None del self.hours_wid self.min_wid = None del self.min_wid self.alarm_checks = None del self.alarm_checks self.day_btns = None del self.day_btns self._set_pending_alarms() try: if self.num_alarms == 0: return with open("alarms.txt", "w") as f: for n in range(self.num_alarms): al = self.alarms[n] f.write(",".join(map(str, al)) + ";") except Exception: pass def tick(self, ticks): """Notify the application that its periodic tick is due.""" if self.page == _RINGING_PAGE: wasp.watch.vibrator.pulse(duty=50, ms=500) wasp.system.keep_awake() else: wasp.system.bar.update() def press(self, button, state): """"Notify the application of a button press event.""" wasp.system.navigate(wasp.EventType.HOME) def swipe(self, event): """"Notify the application of a swipe event.""" if self.page == _RINGING_PAGE: self._snooze() elif self.page > _HOME_PAGE: self._save_alarm() self._draw() else: wasp.system.navigate(event[0]) def touch(self, event): """Notify the application of a touchscreen touch event.""" if self.page == _RINGING_PAGE: self._snooze() elif self.page > _HOME_PAGE: if self.hours_wid.touch(event) or self.min_wid.touch(event): return for day_btn in self.day_btns: if day_btn.touch(event): return if self.del_alarm_btn.touch(event): self._remove_alarm(self.page) elif self.page == _HOME_PAGE: for index, checkbox in enumerate(self.alarm_checks): if index < self.num_alarms and checkbox.touch(event): if checkbox.state: self.alarms[index][_ENABLED_IDX] |= _IS_ACTIVE else: self.alarms[index][_ENABLED_IDX] &= ~_IS_ACTIVE self._draw(index) return for index, alarm in enumerate(self.alarms): # Open edit page for clicked alarms if index < self.num_alarms and event[1] < 190 \ and 60 + (index * 45) < event[2] < 60 + ((index + 1) * 45): self.page = index self._draw() return # Add new alarm if plus clicked elif index == self.num_alarms and 60 + (index * 45) < event[2]: self.num_alarms += 1 self._draw(index) return def _remove_alarm(self, alarm_index): # Shift alarm indices for index in range(alarm_index, 3): self.alarms[index][_HOUR_IDX] = self.alarms[index + 1][_HOUR_IDX] self.alarms[index][_MIN_IDX] = self.alarms[index + 1][_MIN_IDX] self.alarms[index][_ENABLED_IDX] = self.alarms[index + 1][_ENABLED_IDX] self.pending_alarms[index] = self.pending_alarms[index + 1] # Set last alarm to default self.alarms[3][_HOUR_IDX] = 8 self.alarms[3][_MIN_IDX] = 0 self.alarms[3][_ENABLED_IDX] = 0 self.page = _HOME_PAGE self.num_alarms -= 1 self._draw() def _save_alarm(self): alarm = self.alarms[self.page] alarm[_HOUR_IDX] = self.hours_wid.value alarm[_MIN_IDX] = self.min_wid.value for day_idx, day_btn in enumerate(self.day_btns): if day_btn.state: alarm[_ENABLED_IDX] |= 1 << day_idx else: alarm[_ENABLED_IDX] &= ~(1 << day_idx) self.page = _HOME_PAGE def _draw(self, update_alarm_row=-1): if self.page == _RINGING_PAGE: self._draw_ringing_page() elif self.page > _HOME_PAGE: self._draw_edit_page() else: self._draw_home_page(update_alarm_row) def _draw_ringing_page(self): draw = wasp.watch.drawable draw.set_color(wasp.system.theme('bright')) draw.fill() draw.set_font(fonts.sans24) draw.string("Alarm", 0, 150, width=240) draw.string("Touch to snooze", 0, 180, width=240) draw.blit(icon, 73, 50) draw.line(35, 1, 35, 239) draw.string('S', 10, 65) draw.string('t', 10, 95) draw.string('o', 10, 125) draw.string('p', 10, 155) def _draw_edit_page(self): draw = wasp.watch.drawable alarm = self.alarms[self.page] draw.fill() self._draw_system_bar() self.hours_wid.value = alarm[_HOUR_IDX] self.min_wid.value = alarm[_MIN_IDX] draw.set_font(fonts.sans28) draw.string(':', 110, 90-14, width=20) self.del_alarm_btn.draw() self.hours_wid.draw() self.min_wid.draw() for day_idx, day_btn in enumerate(self.day_btns): day_btn.state = alarm[_ENABLED_IDX] & (1 << day_idx) day_btn.draw() def _draw_home_page(self, update_alarm_row=_HOME_PAGE): draw = wasp.watch.drawable if update_alarm_row == _HOME_PAGE: draw.set_color(wasp.system.theme('bright')) draw.fill() self._draw_system_bar() draw.line(0, 50, 240, 50, width=1, color=wasp.system.theme('bright')) for index in range(len(self.alarms)): if index < self.num_alarms and (update_alarm_row == _HOME_PAGE or update_alarm_row == index): self._draw_alarm_row(index) elif index == self.num_alarms: # Draw the add button draw.set_color(wasp.system.theme('bright')) draw.set_font(fonts.sans28) draw.string('+', 100, 60 + (index * 45)) def _draw_alarm_row(self, index): draw = wasp.watch.drawable alarm = self.alarms[index] self.alarm_checks[index].state = alarm[_ENABLED_IDX] & _IS_ACTIVE self.alarm_checks[index].draw() if self.alarm_checks[index].state: draw.set_color(wasp.system.theme('bright')) else: draw.set_color(wasp.system.theme('mid')) draw.set_font(fonts.sans28) draw.string("{:02d}:{:02d}".format(alarm[_HOUR_IDX], alarm[_MIN_IDX]), 10, 60 + (index * 45), width=120) draw.set_font(fonts.sans18) draw.string(self._get_repeat_code(alarm[_ENABLED_IDX]), 130, 70 + (index * 45), width=60) draw.line(0, 95 + (index * 45), 240, 95 + (index * 45), width=1, color=wasp.system.theme('bright')) def _draw_system_bar(self): sbar = wasp.system.bar sbar.clock = True sbar.draw() def _alert(self): self.page = _RINGING_PAGE wasp.system.wake() wasp.system.switch(self) def _snooze(self): now = wasp.watch.rtc.get_localtime() alarm = (now[0], now[1], now[2], now[3], now[4] + 10, now[5], 0, 0, 0) wasp.system.set_alarm(time.mktime(alarm), self._alert) wasp.system.navigate(wasp.EventType.HOME) def _set_pending_alarms(self): now = wasp.watch.rtc.get_localtime() for index, alarm in enumerate(self.alarms): if index < self.num_alarms and alarm[_ENABLED_IDX] & _IS_ACTIVE: yyyy = now[0] mm = now[1] dd = now[2] HH = alarm[_HOUR_IDX] MM = alarm[_MIN_IDX] # If next alarm is tomorrow increment the day if HH < now[3] or (HH == now[3] and MM <= now[4]): dd += 1 pending_time = time.mktime((yyyy, mm, dd, HH, MM, 0, 0, 0, 0)) # If this is not a one time alarm find the next day of the week that is enabled if alarm[_ENABLED_IDX] & ~_IS_ACTIVE != 0: for _i in range(7): if (1 << time.localtime(pending_time)[6]) & alarm[_ENABLED_IDX] == 0: dd += 1 pending_time = time.mktime((yyyy, mm, dd, HH, MM, 0, 0, 0, 0)) else: break self.pending_alarms[index] = pending_time wasp.system.set_alarm(pending_time, self._alert) else: self.pending_alarms[index] = 0.0 def _deactivate_pending_alarms(self): now = wasp.watch.rtc.get_localtime() now = time.mktime((now[0], now[1], now[2], now[3], now[4], now[5], 0, 0, 0)) for index, alarm in enumerate(self.alarms): pending_alarm = self.pending_alarms[index] if not pending_alarm == 0.0: wasp.system.cancel_alarm(pending_alarm, self._alert) # If this is a one time alarm and in the past disable it if alarm[_ENABLED_IDX] & ~_IS_ACTIVE == 0 and pending_alarm <= now: alarm[_ENABLED_IDX] = 0 @staticmethod def _get_repeat_code(days): # Ignore the is_active bit days = days & ~_IS_ACTIVE if days == _WEEKDAYS: return "wkds" elif days == _WEEKENDS: return "wkns" elif days == _EVERY_DAY: return "evry" elif days == 0: return "once" else: return "cust"