def getPeriodsBetween(self, startTime, endTime, includeBeginning=True, includeEnd=True, preferPeriodBounds=False):
periods = []
startDateTime = time_utils.getDateTimeInUTC(startTime)
startTimeDayStart, _ = time_utils.getDayTimeBoundsForUTC(startTime)
weekDay = startDateTime.isoweekday()
while startTimeDayStart <= endTime:
if weekDay in self.__periods:
for (startH, startM), (endH, endM) in self.__periods[weekDay]:
periodStartTime = startTimeDayStart + startH * time_utils.ONE_HOUR + startM * time_utils.ONE_MINUTE
periodEndTime = startTimeDayStart + endH * time_utils.ONE_HOUR + endM * time_utils.ONE_MINUTE
if startTime < periodEndTime and periodStartTime <= endTime:
if not includeBeginning and startTime > periodStartTime:
continue
if not includeEnd and endTime < periodEndTime:
continue
if preferPeriodBounds:
periods.append((periodStartTime, periodEndTime))
else:
periods.append((max(startTime, periodStartTime), min(endTime, periodEndTime)))
if weekDay == time_utils.WEEK_END:
weekDay = time_utils.WEEK_START
else:
weekDay += 1
startTimeDayStart += time_utils.ONE_DAY
return collapseIntervals(periods)
def getPeriodsBetween(self, startTime, endTime):
"""
Return the periods that includes two timestamps
:param startTime: start time stamp in UTC
:param endTime: end time stamp in UTC
:return: list on periods as (start, end)
"""
periods = []
startDateTime = time_utils.getDateTimeInUTC(startTime)
startTimeDayStart, _ = time_utils.getDayTimeBoundsForUTC(startTime)
weekDay = startDateTime.isoweekday()
while startTimeDayStart <= endTime:
if weekDay in self.__periods:
for (startH, startM), (endH, endM) in self.__periods[weekDay]:
periodStartTime = startTimeDayStart + startH * time_utils.ONE_HOUR + startM * time_utils.ONE_MINUTE
periodEndTime = startTimeDayStart + endH * time_utils.ONE_HOUR + endM * time_utils.ONE_MINUTE
if startTime < periodEndTime and periodStartTime <= endTime:
periods.append((max(startTime, periodStartTime), min(endTime, periodEndTime)))
if weekDay == time_utils.WEEK_END:
weekDay = time_utils.WEEK_START
else:
weekDay += 1
startTimeDayStart += time_utils.ONE_DAY
return collapseIntervals(periods)
def __setData(self):
dayStartUTC, _ = time_utils.getDayTimeBoundsForUTC(
time_utils.getCurrentTimestamp())
vacationStart = dayStartUTC + time_utils.ONE_DAY + fortified_regions.g_cache.minVacationPreorderTime
self.as_setDataS({
'startVacation': vacationStart,
'vacationDuration': -1,
'isAmericanStyle': False,
'showMonth': SHOW_MAX_MONTH
})
def getUpdateStatus_ts(tsUpdateDate):
if tsUpdateDate is not None:
currentTime = _getCurrentUTCTime()
currentTimestamp = int(time_utils.getTimestampFromUTC(currentTime.timetuple()))
currDayStart, currDayEnd = time_utils.getDayTimeBoundsForUTC(tsUpdateDate)
if currDayStart - time_utils.ONE_DAY <= currentTimestamp <= currDayEnd - time_utils.ONE_DAY:
return FORMAT_TOMORROW_STR
if currDayStart <= currentTimestamp <= currDayEnd:
return FORMAT_TODAY_STR
if currDayStart + time_utils.ONE_DAY <= currentTimestamp <= currDayEnd + time_utils.ONE_DAY:
return FORMAT_YESTERDAY_STR
return
def onLobbyStarted(self, event):
if self.__showOnSplash:
lastShowTstamp = self.__getShowTimestamp()
now = time_utils.getServerUTCTime()
if lastShowTstamp is not None:
today = time_utils.getDayTimeBoundsForUTC(now)[0]
offset = _START_OF_DAY_OFFSET.get(constants.CURRENT_REALM, timedelta(0)).total_seconds()
dayStart = today + offset
mustShow = lastShowTstamp < dayStart <= now or lastShowTstamp > now
else:
mustShow = True
if mustShow:
self.showCalendar(CalendarInvokeOrigin.SPLASH)
self.__setShowTimestamp(now)
return
def getUpdateStatus_ts(tsUpdateDate):
"""
get string with update status: 'today', 'yesterday' or 'tomorrow'
according to confluence: https://confluence.wargaming.net/display/WGCGK/Excel+View#ExcelView-5
paragraph 5
:param tsUpdateDate: UTC date represents as timestamp (1259453)
"""
if tsUpdateDate is not None:
currentTime = _getCurrentUTCTime()
currentTimestamp = int(time_utils.getTimestampFromUTC(currentTime.timetuple()))
currDayStart, currDayEnd = time_utils.getDayTimeBoundsForUTC(tsUpdateDate)
if currDayStart - time_utils.ONE_DAY <= currentTimestamp <= currDayEnd - time_utils.ONE_DAY:
return FORMAT_TOMORROW_STR
if currDayStart <= currentTimestamp <= currDayEnd:
return FORMAT_TODAY_STR
if currDayStart + time_utils.ONE_DAY <= currentTimestamp <= currDayEnd + time_utils.ONE_DAY:
return FORMAT_YESTERDAY_STR
return
def __getDirectionsData(self):
directions = []
fort = self.fortCtrl.getFort()
start, finish = time_utils.getDayTimeBoundsForUTC(self.__selectedDefencePeriodStart)
def filterToday(item):
if start <= item.getStartTime() <= finish:
return True
return False
attacksThisDayByUTC = fort.getAttacks(filterFunc=filterToday)
hasFreeDirsLeft = len(attacksThisDayByUTC) < len(fort.getOpenedDirections())
for direction in xrange(1, fortified_regions.g_cache.maxDirections + 1):
isOpened = bool(self.__item.getDirMask() & 1 << direction)
name = _ms('#fortifications:General/directionName%d' % direction)
data = {'name': name,
'uid': direction,
'isOpened': isOpened,
'ttHeader': _ms(FORTIFICATIONS.FORTINTELLIGENCE_CLANDESCRIPTION_DIRECTION_TOOLTIP_NOTAVAILABLE_HEADER, direction=name),
'ttBody': _ms(FORTIFICATIONS.FORTINTELLIGENCE_CLANDESCRIPTION_DIRECTION_TOOLTIP_NOTOPENED)}
if isOpened:
attackTime, attackerClanDBID, attackerClanName, byMyClan = self.__getDirectionAttackerInfo(direction)
availableTime = self.__item.getDictDirOpenAttacks().get(direction, 0)
if availableTime <= self.__selectedDefencePeriodStart:
availableTime = None
buildings = self.__getDirectionBuildings(direction)
ttHeader, ttBody, infoMessage = self.__getDirectionTooltipData(name, buildings, attackerClanDBID, attackerClanName, attackTime, availableTime)
isBusy = attackerClanDBID is not None
isInCooldown = availableTime is not None
isAvailableForAttack = self.fortCtrl.getFort().canPlanAttackOn(self.__selectedDefencePeriodStart, self.__item) == ATTACK_PLAN_RESULT.OK
isAvailable = not self.__weAreAtWar and hasFreeDirsLeft and not isBusy and not isInCooldown and isAvailableForAttack
data.update({'buildings': buildings,
'isAvailable': isAvailable,
'infoMessage': infoMessage,
'ttHeader': ttHeader,
'ttBody': ttBody,
'isAttackDeclaredByMyClan': byMyClan,
'attackerClanID': attackerClanDBID,
'attackerClanName': attackerClanName})
directions.append(data)
return directions
def adjustVacationToUTC(vacationStart, vacationDuration):
vacationStart, _ = time_utils.getDayTimeBoundsForUTC(vacationStart)
return (vacationStart, vacationDuration)