def FormatDateTime(value, **kwargs):
formatStringList = []
if kwargs.get('dateFormat', 'short') in ('full', 'long', 'medium', 'short'):
formatStringList.append('%Y.%m.%d')
timeFormat = kwargs.get('timeFormat', 'short')
if timeFormat in ('full', 'long', 'medium'):
formatStringList.append('%H:%M:%S')
elif timeFormat == 'short':
formatStringList.append('%H:%M')
formatString = ' '.join(formatStringList)
if isinstance(value, long):
value = value + eveLocalization.GetTimeDelta() * const.SEC
year, month, weekday, day, hour, minute, second, msec = blue.os.GetTimeParts(value)
day_of_year = 1
is_daylight_savings = -1
value = (year,
month,
day,
hour,
minute,
second,
weekday,
day_of_year,
is_daylight_savings)
elif isinstance(value, (time.struct_time, tuple)):
value = calendar.timegm(value)
value = time.gmtime(value + eveLocalization.GetTimeDelta())
elif isinstance(value, float):
value = time.gmtime(value + eveLocalization.GetTimeDelta())
else:
logger.LogTraceback('datetime only accepts blue time or Python time as values, but we received a ', type(value).__name__, '.')
return None
return PrepareLocalizationSafeString(time.strftime(formatString, value), 'time')
def IsInNextEventsWindow(self, eventYear, eventMonth):
now = blue.os.GetWallclockTime(
) + eveLocalization.GetTimeDelta() * const.SEC
nowYear, nowMonth = util.GetYearMonthFromTime(now)
if eventYear == nowYear:
return eventMonth in (nowMonth, nowMonth + 1)
if eventYear == nowYear + 1:
return nowMonth == const.calendarDecember and eventMonth == const.calendarJanuary
return False
def FetchNextEvents(self, monthsAhead = 1):
now = blue.os.GetWallclockTime() + eveLocalization.GetTimeDelta() * const.SEC
year, month, wd, day, hour, minute, sec, ms = blue.os.GetTimeParts(now)
nextEvents = self.FetchNextEventsDict(month, year, now)
for i in xrange(monthsAhead):
monthsFromNow = i + 1
y, m = self.GetBrowsedMonth(monthsFromNow, year, month)
nextMonthEvents = self.FetchNextEventsDict(m, y, now)
nextEvents.update(nextMonthEvents)
return nextEvents
def IsInNextEventsWindow(self, eventYear, eventMonth):
"""
Determines if the event datetime is in the current month or next month.
If so, then the event should be shown in Latest Update / Upcoming Events
lists.
"""
now = blue.os.GetWallclockTime() + eveLocalization.GetTimeDelta() * const.SEC
nowYear, nowMonth = util.GetYearMonthFromTime(now)
if eventYear == nowYear:
return eventMonth in (nowMonth, nowMonth + 1)
if eventYear == nowYear + 1:
return nowMonth == const.calendarDecember and eventMonth == const.calendarJanuary
return False
def GetMyNextEvents(self, monthsAhead=1):
events = self.GetEventsNextXMonths(monthsAhead)
showTag = self.GetActiveTags()
myNextEvents = {}
now = blue.os.GetWallclockTime(
) + eveLocalization.GetTimeDelta() * const.SEC
for eventID, eventKV in events.iteritems():
if self.IsOnToDoList(now,
eventKV) and (showTag is None
or showTag & eventKV.flag != 0):
myNextEvents[eventID] = eventKV
return myNextEvents
def GetMyNextEvents(self, monthsAhead = 1):
"""
Get the next events you have in the next _monthsAhead_ months (current month + _monthsAhead_)
This only includes events you havent replied to or have accepted
"""
events = self.GetEventsNextXMonths(monthsAhead)
showTag = self.GetActiveTags()
myNextEvents = {}
now = blue.os.GetWallclockTime() + eveLocalization.GetTimeDelta() * const.SEC
for eventID, eventKV in events.iteritems():
if self.IsOnToDoList(now, eventKV) and (showTag is None or showTag & eventKV.flag != 0):
myNextEvents[eventID] = eventKV
return myNextEvents
def GetMyChangedEvents(self, monthsAhead = 1):
"""
Get all the events that have not been processed (no reply)
Returns a dictionary where key is the eventID and the value is the eventKV
"""
events = self.GetEventsNextXMonths(monthsAhead)
showTag = self.GetActiveTags()
changedEvents = {}
now = blue.os.GetWallclockTime() + eveLocalization.GetTimeDelta() * const.SEC
for eventID, eventKV in events.iteritems():
if self.IsInUpdateEventsList(now, eventKV) and (showTag is None or showTag & eventKV.flag != 0):
changedEvents[eventID] = eventKV
return changedEvents
def ParseTime(time, isInterval=False):
if time is None or time == '':
return
try:
tp = time.split(':', 2)
time = int(tp[0]) * const.HOUR + int(tp[1]) * const.MIN
if len(tp) == 3:
time = time + int(tp[2]) * const.SEC
if not isInterval and boot.region == 'optic':
time -= eveLocalization.GetTimeDelta() * const.SEC
if time < 0:
time += 24 * const.HOUR
return time
except:
raise UserError('InvalidTime', {'time': time})
def ParseTime(time, isInterval=False):
"""
Parses a time string into a Blue time. Returns None if 'time' is None or empty
string, raises InvalidDate if the string is incorrectly formatted or a Blue time
if successfull.
'time' is a string with these parts: "[h:m]" or "[h:m:s]"
"""
if time is None or time == '':
return
try:
tp = time.split(':', 2)
time = int(tp[0]) * const.HOUR + int(tp[1]) * const.MIN
if len(tp) == 3:
time = time + int(tp[2]) * const.SEC
if not isInterval and boot.region == 'optic':
time -= eveLocalization.GetTimeDelta() * const.SEC
if time < 0:
time += 24 * const.HOUR
return time
except:
raise UserError('InvalidTime', {'time': time})
def GetTimeDeltaSeconds(*args, **kwargs):
return eveLocalization.GetTimeDelta(*args, **kwargs)
def GetTimeParts(datetime, utc=False):
if not utc and datetime % const.DAY and boot.region == 'optic':
datetime += eveLocalization.GetTimeDelta() * const.SEC
return blue.os.GetTimeParts(datetime)
def GetTimeOffsetInHours():
try:
import eveLocalization
return int(eveLocalization.GetTimeDelta() / 3600)
except ImportError:
return 0
def IsInPastFromBlueTime(self, then, now=None, *args):
if now is None:
now = blue.os.GetWallclockTime(
) + eveLocalization.GetTimeDelta() * const.SEC
inPast = now > then
return inPast
