def formatdate(timestamp):
ts = time_utils.getTimeStructInUTC(timestamp)
short_weekdays = ['Mon',
'Tue',
'Wed',
'Thu',
'Fri',
'Sat',
'Sun']
months = ['Jan',
'Feb',
'Mar',
'Apr',
'May',
'Jun',
'Jul',
'Aug',
'Sep',
'Oct',
'Nov',
'Dec']
return '%s, %02d %s %04d %02d:%02d:%02d GMT' % (short_weekdays[ts[6]],
ts[2],
months[ts[1] - 1],
ts[0],
ts[3],
ts[4],
ts[5])
def getUpdatePeriods(forbiddenUTCHours, localTimestamp = None):
def __getHour(index):
index += 1
if index == time_utils.HOURS_IN_DAY:
index = 0
return index
firstPeriod = 0
outcomePeriods = []
if forbiddenUTCHours and len(forbiddenUTCHours) < time_utils.HOURS_IN_DAY:
utc = time_utils.getTimeStructInUTC(localTimestamp)
utcCurrHour = utc.tm_hour
forbiddenValue = utcCurrHour in forbiddenUTCHours
hoursTillFirstUpdate = None
hoursTillUpdate = 0
hour = utcCurrHour
for i in range(0, time_utils.HOURS_IN_DAY + 1):
hour = __getHour(hour)
currForbiddenValue = hour in forbiddenUTCHours
if currForbiddenValue != forbiddenValue:
forbiddenValue = currForbiddenValue
if hoursTillFirstUpdate is None:
hoursTillFirstUpdate = hoursTillUpdate
else:
outcomePeriods.append((hoursTillUpdate + 1) * time_utils.ONE_HOUR)
hoursTillUpdate = 0
elif i != time_utils.HOURS_IN_DAY:
hoursTillUpdate += 1
else:
outcomePeriods.append((hoursTillUpdate + 1 + hoursTillFirstUpdate) * time_utils.ONE_HOUR)
secondsLeft = time_utils.ONE_HOUR - (utc.tm_min * time_utils.ONE_MINUTE + utc.tm_sec)
firstPeriod = hoursTillFirstUpdate * time_utils.ONE_HOUR + secondsLeft
return (firstPeriod, outcomePeriods)
def formatdate(timestamp):
ts = time_utils.getTimeStructInUTC(timestamp)
short_weekdays = ['Mon',
'Tue',
'Wed',
'Thu',
'Fri',
'Sat',
'Sun']
months = ['Jan',
'Feb',
'Mar',
'Apr',
'May',
'Jun',
'Jul',
'Aug',
'Sep',
'Oct',
'Nov',
'Dec']
return '%s, %02d %s %04d %02d:%02d:%02d GMT' % (short_weekdays[ts[6]],
ts[2],
months[ts[1] - 1],
ts[0],
ts[3],
ts[4],
ts[5])
def getUpdatePeriods(forbiddenUTCHours, localTimestamp = None):
def __getHour(index):
index += 1
if index == time_utils.HOURS_IN_DAY:
index = 0
return index
firstPeriod = 0
outcomePeriods = []
if forbiddenUTCHours and len(forbiddenUTCHours) < time_utils.HOURS_IN_DAY:
utc = time_utils.getTimeStructInUTC(localTimestamp)
utcCurrHour = utc.tm_hour
forbiddenValue = utcCurrHour in forbiddenUTCHours
hoursTillFirstUpdate = None
hoursTillUpdate = 0
hour = utcCurrHour
for i in range(0, time_utils.HOURS_IN_DAY + 1):
hour = __getHour(hour)
currForbiddenValue = hour in forbiddenUTCHours
if currForbiddenValue != forbiddenValue:
forbiddenValue = currForbiddenValue
if hoursTillFirstUpdate is None:
hoursTillFirstUpdate = hoursTillUpdate
else:
outcomePeriods.append((hoursTillUpdate + 1) * time_utils.ONE_HOUR)
hoursTillUpdate = 0
elif i != time_utils.HOURS_IN_DAY:
hoursTillUpdate += 1
else:
outcomePeriods.append((hoursTillUpdate + 1 + hoursTillFirstUpdate) * time_utils.ONE_HOUR)
secondsLeft = time_utils.ONE_HOUR - (utc.tm_min * time_utils.ONE_MINUTE + utc.tm_sec)
firstPeriod = hoursTillFirstUpdate * time_utils.ONE_HOUR + secondsLeft
return (firstPeriod, outcomePeriods)
def __calcStatus(self, hours = None, servers = None):
servSettings = self.__getServerSettings()
if servers is None:
servers = servSettings.getForbiddenSortiePeripheryIDs() if servSettings else []
hours = hours or self._getForbiddenHours()
utcHour = time_utils.getTimeStructInUTC(self._getTimeStamp()).tm_hour
self.__sortiesAvailable = not isHourInForbiddenList(hours, utcHour)
self.__currServerAvailable = connectionManager.peripheryID not in servers
LOG_DEBUG('Sorties availability:', 'At current hour:', self.__sortiesAvailable, 'At current periphery:', self.__currServerAvailable)
return
def __getDailyResetStatus():
timeLeft = time_utils.ONE_DAY - time_utils.getServerRegionalTimeCurrentDay()
if timeLeft >= 0:
timeFmt = backport.text(R.strings.quests.details.conditions.postBattle.deltaDailyReset.timeFmt())
parts = time_utils.getTimeStructInUTC(timeLeft)
try:
return time.strftime(timeFmt, parts)
except ValueError:
_logger.error('Current time locale: %r', locale.getlocale(locale.LC_TIME))
_logger.error('Selected language: %r', getLanguageCode())
_logger.exception('Invalid formatting string %r to delta of time %r', timeFmt, parts)
def formatdate(timestamp):
ts = time_utils.getTimeStructInUTC(timestamp)
short_weekdays = ["Mon", "Tue", "Wed", "Thu", "Fri", "Sat", "Sun"]
months = ["Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"]
return "%s, %02d %s %04d %02d:%02d:%02d GMT" % (
short_weekdays[ts[6]],
ts[2],
months[ts[1] - 1],
ts[0],
ts[3],
ts[4],
ts[5],
)
def _getCompleteWeeklyStatus(self, completeKey):
curTime = time_utils.getTimeStructInUTC(
time_utils.getCurrentTimestamp())
resetDay, resetSeconds = self._getWeeklyProgressResetTimeUTC()
dayDelta = (resetDay - curTime.tm_wday) % 7
if dayDelta == 0:
dayDelta = 7
timeDelta = dayDelta * time_utils.ONE_DAY + resetSeconds - (
curTime.tm_hour * time_utils.ONE_HOUR +
curTime.tm_min * time_utils.ONE_MINUTE + curTime.tm_sec)
if timeDelta > time_utils.ONE_WEEK:
timeDelta -= time_utils.ONE_WEEK
return backport.text(completeKey,
time=self._getTillTimeString(timeDelta))
def makeBanInfo(*args):
items = []
for item in args:
if len(item) < 6:
continue
source, setter, expiresAt, reason, components, game = item[:6]
if source.isdigit():
source = int(source)
else:
source = 0
if expiresAt.isdigit():
expiresAt = time_utils.getTimestampFromUTC(time_utils.getTimeStructInUTC(float(expiresAt)))
else:
expiresAt = 0
items.append(_BanInfoItem(source, setter, expiresAt, reason, XMPP_BAN_COMPONENT.fromString(components), game))
if items:
info = BanInfo(items)
else:
info = None
return info
def makeBanInfo(*args):
items = []
for item in args:
if len(item) < 6:
continue
source, setter, expiresAt, reason, components, game = item[:6]
if source.isdigit():
source = int(source)
else:
source = 0
if expiresAt.isdigit():
expiresAt = time_utils.getTimestampFromUTC(time_utils.getTimeStructInUTC(float(expiresAt)))
else:
expiresAt = 0
items.append(_BanInfoItem(source, setter, expiresAt, reason, XMPP_BAN_COMPONENT.fromString(components), game))
if items:
info = BanInfo(items)
else:
info = None
return info
def makeBanInfo(*args):
items = []
for item in args:
if len(item) < 4:
continue
source, setter, expiresAt, reason = item[:4]
if source.isdigit():
source = int(source)
else:
source = 0
if expiresAt.isdigit():
expiresAt = time_utils.getTimestampFromUTC(time_utils.getTimeStructInUTC(float(expiresAt)))
else:
expiresAt = 0
items.append(_BanInfoItem(source, setter, expiresAt, reason))
if items:
info = BanInfo(items)
else:
info = None
return info
def isHourInForbiddenList(hours, currUtcTimeHour = None):
if currUtcTimeHour is not None:
cTime = currUtcTimeHour
else:
cTime = time_utils.getTimeStructInUTC(None).tm_hour
return cTime in hours
def _calcStatus(self, hours = None):
hours = hours or self.getForbiddenHours()
utcHour = time_utils.getTimeStructInUTC(self._getTimeStamp()).tm_hour
self._battlesAvailable = not isHourInForbiddenList(hours, utcHour)
self._currServerAvailable = self.isServerAvailable()
def isHourInForbiddenList(hours, currUtcTimeHour=None):
if currUtcTimeHour is not None:
cTime = currUtcTimeHour
else:
cTime = time_utils.getTimeStructInUTC(None).tm_hour
return cTime in hours
def _calcStatus(self, hours=None):
hours = hours or self.getForbiddenHours()
utcHour = time_utils.getTimeStructInUTC(self._getTimeStamp()).tm_hour
self._battlesAvailable = not isHourInForbiddenList(hours, utcHour)
self._currServerAvailable = self.isServerAvailable()
def __getDayMonth(timeStamp):
timeStruct = time_utils.getTimeStructInUTC(timeStamp)
return (timeStruct.tm_mday, timeStruct.tm_mon)