def getDailyProgressResetTimeDelta(cls):
currentDayUTC = time_utils.getServerTimeCurrentDay()
dailyProgressResetTimeUTC = cls._getDailyProgressResetTimeUTC()
untilRest = dailyProgressResetTimeUTC - currentDayUTC
if untilRest < 0:
untilRest += time_utils.ONE_DAY
return untilRest
def getNearestActivityTimeLeft(self):
timeLeft = None
if self.getStartTimeLeft() > 0:
timeLeft = (self.getStartTimeLeft(), (0, time_utils.ONE_DAY))
else:
weekDays, timeIntervals = self.getWeekDays(), self.getActiveTimeIntervals()
if len(weekDays) or len(timeIntervals):
timeLeft = next(time_utils.ActivityIntervalsIterator(time_utils.getServerTimeCurrentDay(), time_utils.getServerRegionalWeekDay(), weekDays, timeIntervals))
return timeLeft
def getNearestActivityTimeLeft(self):
timeLeft = None
if self.getStartTimeLeft() > 0:
timeLeft = (self.getStartTimeLeft(), (0, time_utils.ONE_DAY))
else:
weekDays, timeIntervals = self.getWeekDays(), self.getActiveTimeIntervals()
if weekDays or timeIntervals:
timeLeft = next(time_utils.ActivityIntervalsIterator(time_utils.getServerTimeCurrentDay(), time_utils.getServerRegionalWeekDay(), weekDays, timeIntervals))
return timeLeft
def isAvailable(self):
if self.getStartTimeLeft() > 0:
return ValidationResult(False, 'in_future')
if self.isOutOfDate():
return ValidationResult(False, 'out_of_date')
weekDays = self.getWeekDays()
if weekDays and time_utils.getServerRegionalWeekDay() not in weekDays:
return ValidationResult(False, 'invalid_weekday')
intervals = self.getActiveTimeIntervals()
serverTime = time_utils.getServerTimeCurrentDay()
if intervals:
for low, high in intervals:
if low <= serverTime <= high:
break
else:
return ValidationResult(False, 'invalid_time_interval')
return ValidationResult(False, 'requirements') if not self._checkConditions() else ValidationResult(True, '')
def isAvailable(self):
if self.getStartTimeLeft() > 0:
return (False, 'in_future')
if self.isOutOfDate():
return (False, 'out_of_date')
if len(self.getWeekDays()) and time_utils.getServerRegionalWeekDay() not in self.getWeekDays():
return (False, 'invalid_weekday')
intervals = self.getActiveTimeIntervals()
serverTime = time_utils.getServerTimeCurrentDay()
if len(intervals):
for low, high in intervals:
if low <= serverTime <= high:
break
else:
return (False, 'invalid_time_interval')
if not self._checkConditions():
return (False, 'requirements')
return (True, '')
def _getSvrUtcToday():
return time_utils.getServerTimeCurrentDay()
def _getSvrUtcToday():
return time_utils.getServerTimeCurrentDay()
