def __init__(self, parent, input_values,
# Temporary workaround for bug #332
filename, id_):
self.box = wx.BoxSizer(wx.HORIZONTAL)
self.slabel = wx.StaticText(parent, label='Start day:')
self.box.Add(self.slabel, flag=wx.ALIGN_CENTER_VERTICAL | wx.RIGHT,
border=4)
self.startw = WeekDayHourCtrl(parent)
self.startw.set_values(input_values['start_weekday'],
input_values['start_hour'],
input_values['start_minute'])
self.box.Add(self.startw.get_main_panel())
class StartWeekDay(object):
def __init__(self, parent, input_values,
# Temporary workaround for bug #332
filename, id_):
self.box = wx.BoxSizer(wx.HORIZONTAL)
self.slabel = wx.StaticText(parent, label='Start day:')
self.box.Add(self.slabel, flag=wx.ALIGN_CENTER_VERTICAL | wx.RIGHT,
border=4)
self.startw = WeekDayHourCtrl(parent)
self.startw.set_values(input_values['start_weekday'],
input_values['start_hour'],
input_values['start_minute'])
self.box.Add(self.startw.get_main_panel())
def get_main_window(self):
return self.box
def get_first_column_width(self):
return self.slabel.GetSizeTuple()[0]
def set_first_column_width(self, width):
sminh = self.slabel.GetMinHeight()
self.slabel.SetMinSize((width, sminh))
def get_values(self, values):
return {'start_relative_week_time':
self.startw.get_relative_unix_week_time(),
'start_relative_time': self.startw.get_relative_time(),
'start_weekday': self.startw.get_day(),
'start_hour': self.startw.get_hour(),
'start_minute': self.startw.get_minute()}
def _compute_values(cls, standard, rule):
# Remember to support also time zones that differ from UTC by not
# exact hours (e.g. Australia/Adelaide)
if not rule:
now = _datetime.datetime.now()
nextdate = _datetime.datetime(now.year, now.month, now.day,
now.hour) + _datetime.timedelta(hours=1)
refstart = int(_time.mktime(nextdate.timetuple())) - \
UTCOffset.compute2_current()
currw = nextdate.weekday()
values = {
'reference_start': refstart,
'interval': 604800,
'overlaps': 0,
'bgap': 604800 - 3600,
'end_relative_time': 3600,
'alarm_relative_time': 0,
'end_type': 0,
'alarm_type': 0,
'time_standard': standard,
}
else:
values = {
'reference_start': rule[0],
'interval': rule[1],
'overlaps': rule[2],
'bgap': rule[3],
'end_relative_time': rule[4] if rule[4] is not None else 3600,
'alarm_relative_time': rule[5] if rule[5] is not None else 0,
'end_type': rule[6][1],
'alarm_type': rule[6][2],
'time_standard': standard,
}
currw = _datetime.datetime.utcfromtimestamp(
values['reference_start']).weekday()
values['end_relative_number'], values['end_relative_unit'] = \
TimeSpanCtrl.compute_widget_values(
values['end_relative_time'])
# ralarm could be negative
values['alarm_relative_number'], values['alarm_relative_unit'] = \
TimeSpanCtrl.compute_widget_values(
max((0, values['alarm_relative_time'])))
rrstart = values['reference_start'] % 86400
rrend = rrstart + values['end_relative_time']
values['end_next_day'] = False
# End time could be set after 23:59 of the start day
if rrend > 86399:
rrend = rrend % 86400
values['end_next_day'] = True
rralarm = rrstart - values['alarm_relative_time']
values['alarm_previous_day'] = False
# Alarm time could be set before 00:00 of the start day
if rralarm < 0:
rralarm = 86400 - abs(rralarm) % 86400
values['alarm_previous_day'] = True
values.update({
'start_weekday': WeekDayHourCtrl.compute_widget_day(currw),
'start_hour': rrstart // 3600,
'start_minute': rrstart % 3600 // 60,
'end_hour': rrend // 3600,
'end_minute': rrend % 3600 // 60,
'alarm_hour': rralarm // 3600,
'alarm_minute': rralarm % 3600 // 60,
})
return values
