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 time:')
self.box.Add(self.slabel, flag=wx.ALIGN_CENTER_VERTICAL | wx.RIGHT,
border=4)
self.startw = HourCtrl(parent)
self.startw.set_values(input_values['start_hour'],
input_values['start_minute'])
self.box.Add(self.startw.get_main_panel())
class StartTime(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 time:')
self.box.Add(self.slabel, flag=wx.ALIGN_CENTER_VERTICAL | wx.RIGHT,
border=4)
self.startw = HourCtrl(parent)
self.startw.set_values(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_time': self.startw.get_relative_time(),
'start_hour': self.startw.get_hour(),
'start_minute': self.startw.get_minute()}
def _create_alarm_date_widget(self):
self.alarmw = DateHourCtrl(self.alarmchoicew.get_main_panel())
self.alarmw.set_values(self.input_values['alarm_year'],
self.input_values['alarm_month'],
self.input_values['alarm_day'],
self.input_values['alarm_hour'],
self.input_values['alarm_minute'])
# Temporary workaround for bug #332
wxgui_api.Bug332Workaround(self.alarmw.datectrl,
self.alarmchoicew.choicectrl,
self.alarmw.hourctrl.hourctrl)
return self.alarmw.get_main_panel()
def _create_end_date_widget(self):
self.endw = DateHourCtrl(self.endchoicew.get_main_panel())
self.endw.set_values(
self.input_values["end_year"],
self.input_values["end_month"],
self.input_values["end_day"],
self.input_values["end_hour"],
self.input_values["end_minute"],
)
# Temporary workaround for bug #332
wxgui_api.Bug332Workaround(self.endw.datectrl, self.endchoicew.choicectrl, self.endw.hourctrl.hourctrl)
return self.endw.get_main_panel()
def _create_alarm_date_widget(self):
self.alarmw = DateHourCtrl(self.alarmchoicew.get_main_panel())
self.alarmw.set_values(self.input_values['alarm_year'],
self.input_values['alarm_month'],
self.input_values['alarm_day'],
self.input_values['alarm_hour'],
self.input_values['alarm_minute'])
# Temporary workaround for bug #332
wxgui_api.Bug332Workaround(self.alarmw.datectrl,
self.alarmchoicew.choicectrl,
self.alarmw.hourctrl.hourctrl)
return self.alarmw.get_main_panel()
def _create_alarm_time_widget(self):
self.alarmw = HourCtrl(self.alarmchoicew.get_main_panel())
self.alarmw.set_values(self.input_values['alarm_hour'],
self.input_values['alarm_minute'])
return self.alarmw.get_main_panel()
class _Alarm(object):
def __init__(
self,
parent,
mode,
input_values,
# Temporary workaround for bug #332
filename,
id_):
widgets = {
0: (('No alarm', None), ('Alarm advance:',
self._create_alarm_advance_widget),
('Alarm date:', self._create_alarm_date_widget)),
1: (('No alarm', None), ('Alarm advance:',
self._create_alarm_advance_widget),
('Sample alarm:', self._create_alarm_date_widget)),
2: (('No alarm', None), ('Alarm advance:',
self._create_alarm_advance_widget),
('Alarm time:', self._create_alarm_time_widget))
}
type_values = {
0: (self._get_values_none, self._get_values_duration,
self._get_values_date),
1: (self._get_values_none, self._get_values_duration,
self._get_values_date),
2: (self._get_values_none, self._get_values_duration,
self._get_values_time)
}
self.type_values = type_values[mode]
self.input_values = input_values
self.alarmchoicew = WidgetChoiceCtrl(parent, widgets[mode],
self.input_values['alarm_type'],
4)
self.alarmchoicew.force_update()
def get_main_window(self):
return self.alarmchoicew.get_main_panel()
def _create_alarm_advance_widget(self):
self.alarmw = TimeSpanCtrl(self.alarmchoicew.get_main_panel(), 0, 999)
self.alarmw.set_values(self.input_values['alarm_relative_number'],
self.input_values['alarm_relative_unit'])
return self.alarmw.get_main_panel()
def _create_alarm_date_widget(self):
self.alarmw = DateHourCtrl(self.alarmchoicew.get_main_panel())
self.alarmw.set_values(self.input_values['alarm_year'],
self.input_values['alarm_month'],
self.input_values['alarm_day'],
self.input_values['alarm_hour'],
self.input_values['alarm_minute'])
# Temporary workaround for bug #332
wxgui_api.Bug332Workaround(self.alarmw.datectrl,
self.alarmchoicew.choicectrl,
self.alarmw.hourctrl.hourctrl)
return self.alarmw.get_main_panel()
def _create_alarm_time_widget(self):
self.alarmw = HourCtrl(self.alarmchoicew.get_main_panel())
self.alarmw.set_values(self.input_values['alarm_hour'],
self.input_values['alarm_minute'])
return self.alarmw.get_main_panel()
def get_first_column_width(self):
return self.alarmchoicew.get_choice_width()
def set_first_column_width(self, width):
self.alarmchoicew.set_choice_min_width(width)
def get_values(self, in_values):
alarmtype = self.alarmchoicew.get_selection()
values = {'alarm_type': alarmtype}
values.update(self.type_values[alarmtype](in_values))
return values
def _get_values_none(self, in_values):
return {
'alarm_unix_time': None,
'alarm_relative_time': None,
'alarm_previous_day': False,
'alarm_relative_number': None,
'alarm_relative_unit': None,
'alarm_hour': None,
'alarm_minute': None
}
def _get_values_duration(self, in_values):
start = in_values.get('start_unix_time')
ralarm = self.alarmw.get_time_span()
try:
alarm = start - ralarm
except TypeError:
alarm = None
return {
'alarm_unix_time': alarm,
'alarm_relative_time': ralarm,
'alarm_previous_day': False,
'alarm_relative_number': self.alarmw.get_number(),
'alarm_relative_unit': self.alarmw.get_unit(),
'alarm_hour': None,
'alarm_minute': None
}
def _get_values_time(self, in_values):
rstart = in_values['start_relative_time']
alarmrt = self.alarmw.get_relative_time()
# If time is set later than start, interpret it as referring to the
# previous day
if alarmrt <= rstart:
ralarm = rstart - alarmrt
palarm = False
else:
ralarm = 86400 - alarmrt + rstart
palarm = True
return {
'alarm_unix_time': None,
'alarm_relative_time': ralarm,
'alarm_previous_day': palarm,
'alarm_relative_number': None,
'alarm_relative_unit': None,
'alarm_hour': self.alarmw.get_hour(),
'alarm_minute': self.alarmw.get_minute()
}
def _get_values_date(self, in_values):
start = in_values['start_unix_time']
utcoffset = in_values['utc_offset']
alarm = self.alarmw.get_unix_time() - utcoffset
return {
'alarm_unix_time': alarm,
'alarm_relative_time': start - alarm,
'alarm_previous_day': False,
'alarm_relative_number': None,
'alarm_relative_unit': None,
'alarm_hour': None,
'alarm_minute': None
}
def _create_alarm_advance_widget(self):
self.alarmw = TimeSpanCtrl(self.alarmchoicew.get_main_panel(), 0, 999)
self.alarmw.set_values(self.input_values['alarm_relative_number'],
self.input_values['alarm_relative_unit'])
return self.alarmw.get_main_panel()
def _create_duration_widget(self):
self.endw = TimeSpanCtrl(self.endchoicew.get_main_panel(), 1, 999)
self.endw.set_values(self.input_values['end_relative_number'],
self.input_values['end_relative_unit'])
return self.endw.get_main_panel()
def _create_end_time_widget(self):
self.endw = HourCtrl(self.endchoicew.get_main_panel())
self.endw.set_values(self.input_values['end_hour'],
self.input_values['end_minute'])
return self.endw.get_main_panel()
def _create_alarm_time_widget(self):
self.alarmw = HourCtrl(self.alarmchoicew.get_main_panel())
self.alarmw.set_values(self.input_values['alarm_hour'],
self.input_values['alarm_minute'])
return self.alarmw.get_main_panel()
class _End(object):
def __init__(
self,
parent,
mode,
input_values,
# Temporary workaround for bug #332
filename,
id_):
widgets = {
0: (('No duration', None), ('Duration:',
self._create_duration_widget),
('End date:', self._create_end_date_widget)),
1: (('End date:', self._create_end_date_widget),
('Duration:', self._create_duration_widget)),
2: (('No duration', None), ('Duration:',
self._create_duration_widget),
('Sample end:', self._create_end_date_widget)),
3: (('Sample end:', self._create_end_date_widget),
('Duration:', self._create_duration_widget)),
4: (('No duration', None), ('Duration:',
self._create_duration_widget),
('End time:', self._create_end_time_widget))
}
type_values = {
0: (self._get_values_none, self._get_values_duration,
self._get_values_date),
1: (self._get_values_date, self._get_values_duration),
2: (self._get_values_none, self._get_values_duration,
self._get_values_date),
3: (self._get_values_date, self._get_values_duration),
4: (self._get_values_none, self._get_values_duration,
self._get_values_time)
}
self.type_values = type_values[mode]
self.input_values = input_values
self.endchoicew = WidgetChoiceCtrl(parent, widgets[mode],
self.input_values['end_type'], 4)
self.endchoicew.force_update()
def get_main_window(self):
return self.endchoicew.get_main_panel()
def _create_duration_widget(self):
self.endw = TimeSpanCtrl(self.endchoicew.get_main_panel(), 1, 999)
self.endw.set_values(self.input_values['end_relative_number'],
self.input_values['end_relative_unit'])
return self.endw.get_main_panel()
def _create_end_date_widget(self):
self.endw = DateHourCtrl(self.endchoicew.get_main_panel())
self.endw.set_values(self.input_values['end_year'],
self.input_values['end_month'],
self.input_values['end_day'],
self.input_values['end_hour'],
self.input_values['end_minute'])
# Temporary workaround for bug #332
wxgui_api.Bug332Workaround(self.endw.datectrl,
self.endchoicew.choicectrl,
self.endw.hourctrl.hourctrl)
return self.endw.get_main_panel()
def _create_end_time_widget(self):
self.endw = HourCtrl(self.endchoicew.get_main_panel())
self.endw.set_values(self.input_values['end_hour'],
self.input_values['end_minute'])
return self.endw.get_main_panel()
def get_first_column_width(self):
return self.endchoicew.get_choice_width()
def set_first_column_width(self, width):
self.endchoicew.set_choice_min_width(width)
def get_values(self, in_values):
endtype = self.endchoicew.get_selection()
values = {'end_type': endtype}
values.update(self.type_values[endtype](in_values))
return values
def _get_values_none(self, in_values):
return {
'end_unix_time': None,
'end_relative_time': None,
'end_next_day': False,
'end_relative_number': None,
'end_relative_unit': None,
'end_hour': None,
'end_minute': None
}
def _get_values_duration(self, in_values):
start = in_values.get('start_unix_time')
rend = self.endw.get_time_span()
try:
end = start + rend
except TypeError:
end = None
return {
'end_unix_time': end,
'end_relative_time': rend,
'end_next_day': False,
'end_relative_number': self.endw.get_number(),
'end_relative_unit': self.endw.get_unit(),
'end_hour': None,
'end_minute': None
}
def _get_values_time(self, in_values):
rstart = in_values['start_relative_time']
endrt = self.endw.get_relative_time()
# If time is set earlier than or equal to start, interpret it as
# referring to the following day
if endrt > rstart:
rend = endrt - rstart
fend = False
else:
rend = 86400 - rstart + endrt
fend = True
return {
'end_unix_time': None,
'end_relative_time': rend,
'end_next_day': fend,
'end_relative_number': None,
'end_relative_unit': None,
'end_hour': self.endw.get_hour(),
'end_minute': self.endw.get_minute()
}
def _get_values_date(self, in_values):
start = in_values['start_unix_time']
utcoffset = in_values['utc_offset']
end = self.endw.get_unix_time() - utcoffset
return {
'end_unix_time': end,
'end_relative_time': end - start,
'end_next_day': False,
'end_relative_number': None,
'end_relative_unit': None,
'end_hour': None,
'end_minute': None
}
class _End(object):
def __init__(self, parent, mode, input_values,
# Temporary workaround for bug #332
filename, id_):
widgets = {0: (('No duration', None),
('Duration:', self._create_duration_widget),
('End date:', self._create_end_date_widget)),
1: (('End date:', self._create_end_date_widget),
('Duration:', self._create_duration_widget)),
2: (('No duration', None),
('Duration:', self._create_duration_widget),
('Sample end:', self._create_end_date_widget)),
3: (('Sample end:', self._create_end_date_widget),
('Duration:', self._create_duration_widget)),
4: (('No duration', None),
('Duration:', self._create_duration_widget),
('End time:', self._create_end_time_widget))}
type_values = {0: (self._get_values_none,
self._get_values_duration,
self._get_values_date),
1: (self._get_values_date,
self._get_values_duration),
2: (self._get_values_none,
self._get_values_duration,
self._get_values_date),
3: (self._get_values_date,
self._get_values_duration),
4: (self._get_values_none,
self._get_values_duration,
self._get_values_time)}
self.type_values = type_values[mode]
self.input_values = input_values
self.endchoicew = WidgetChoiceCtrl(parent, widgets[mode],
self.input_values['end_type'], 4)
self.endchoicew.force_update()
def get_main_window(self):
return self.endchoicew.get_main_panel()
def _create_duration_widget(self):
self.endw = TimeSpanCtrl(self.endchoicew.get_main_panel(), 1, 999)
self.endw.set_values(self.input_values['end_relative_number'],
self.input_values['end_relative_unit'])
return self.endw.get_main_panel()
def _create_end_date_widget(self):
self.endw = DateHourCtrl(self.endchoicew.get_main_panel())
self.endw.set_values(self.input_values['end_year'],
self.input_values['end_month'],
self.input_values['end_day'],
self.input_values['end_hour'],
self.input_values['end_minute'])
# Temporary workaround for bug #332
wxgui_api.Bug332Workaround(self.endw.datectrl,
self.endchoicew.choicectrl,
self.endw.hourctrl.hourctrl)
return self.endw.get_main_panel()
def _create_end_time_widget(self):
self.endw = HourCtrl(self.endchoicew.get_main_panel())
self.endw.set_values(self.input_values['end_hour'],
self.input_values['end_minute'])
return self.endw.get_main_panel()
def get_first_column_width(self):
return self.endchoicew.get_choice_width()
def set_first_column_width(self, width):
self.endchoicew.set_choice_min_width(width)
def get_values(self, in_values):
endtype = self.endchoicew.get_selection()
values = {'end_type': endtype}
values.update(self.type_values[endtype](in_values))
return values
def _get_values_none(self, in_values):
return {'end_unix_time': None,
'end_relative_time': None,
'end_next_day': False,
'end_relative_number': None,
'end_relative_unit': None,
'end_hour': None,
'end_minute': None}
def _get_values_duration(self, in_values):
start = in_values.get('start_unix_time')
rend = self.endw.get_time_span()
try:
end = start + rend
except TypeError:
end = None
return {'end_unix_time': end,
'end_relative_time': rend,
'end_next_day': False,
'end_relative_number': self.endw.get_number(),
'end_relative_unit': self.endw.get_unit(),
'end_hour': None,
'end_minute': None}
def _get_values_time(self, in_values):
rstart = in_values['start_relative_time']
endrt = self.endw.get_relative_time()
# If time is set earlier than or equal to start, interpret it as
# referring to the following day
if endrt > rstart:
rend = endrt - rstart
fend = False
else:
rend = 86400 - rstart + endrt
fend = True
return {'end_unix_time': None,
'end_relative_time': rend,
'end_next_day': fend,
'end_relative_number': None,
'end_relative_unit': None,
'end_hour': self.endw.get_hour(),
'end_minute': self.endw.get_minute()}
def _get_values_date(self, in_values):
start = in_values['start_unix_time']
utcoffset = in_values['utc_offset']
end = self.endw.get_unix_time() - utcoffset
return {'end_unix_time': end,
'end_relative_time': end - start,
'end_next_day': False,
'end_relative_number': None,
'end_relative_unit': None,
'end_hour': None,
'end_minute': None}
def _create_alarm_advance_widget(self):
self.alarmw = TimeSpanCtrl(self.alarmchoicew.get_main_panel(), 0, 999)
self.alarmw.set_values(self.input_values['alarm_relative_number'],
self.input_values['alarm_relative_unit'])
return self.alarmw.get_main_panel()
class _Alarm(object):
def __init__(self, parent, mode, input_values,
# Temporary workaround for bug #332
filename, id_):
widgets = {0: (('No alarm', None),
('Alarm advance:', self._create_alarm_advance_widget),
('Alarm date:', self._create_alarm_date_widget)),
1: (('No alarm', None),
('Alarm advance:', self._create_alarm_advance_widget),
('Sample alarm:', self._create_alarm_date_widget)),
2: (('No alarm', None),
('Alarm advance:', self._create_alarm_advance_widget),
('Alarm time:', self._create_alarm_time_widget))}
type_values = {0: (self._get_values_none,
self._get_values_duration,
self._get_values_date),
1: (self._get_values_none,
self._get_values_duration,
self._get_values_date),
2: (self._get_values_none,
self._get_values_duration,
self._get_values_time)}
self.type_values = type_values[mode]
self.input_values = input_values
self.alarmchoicew = WidgetChoiceCtrl(parent, widgets[mode],
self.input_values['alarm_type'], 4)
self.alarmchoicew.force_update()
def get_main_window(self):
return self.alarmchoicew.get_main_panel()
def _create_alarm_advance_widget(self):
self.alarmw = TimeSpanCtrl(self.alarmchoicew.get_main_panel(), 0, 999)
self.alarmw.set_values(self.input_values['alarm_relative_number'],
self.input_values['alarm_relative_unit'])
return self.alarmw.get_main_panel()
def _create_alarm_date_widget(self):
self.alarmw = DateHourCtrl(self.alarmchoicew.get_main_panel())
self.alarmw.set_values(self.input_values['alarm_year'],
self.input_values['alarm_month'],
self.input_values['alarm_day'],
self.input_values['alarm_hour'],
self.input_values['alarm_minute'])
# Temporary workaround for bug #332
wxgui_api.Bug332Workaround(self.alarmw.datectrl,
self.alarmchoicew.choicectrl,
self.alarmw.hourctrl.hourctrl)
return self.alarmw.get_main_panel()
def _create_alarm_time_widget(self):
self.alarmw = HourCtrl(self.alarmchoicew.get_main_panel())
self.alarmw.set_values(self.input_values['alarm_hour'],
self.input_values['alarm_minute'])
return self.alarmw.get_main_panel()
def get_first_column_width(self):
return self.alarmchoicew.get_choice_width()
def set_first_column_width(self, width):
self.alarmchoicew.set_choice_min_width(width)
def get_values(self, in_values):
alarmtype = self.alarmchoicew.get_selection()
values = {'alarm_type': alarmtype}
values.update(self.type_values[alarmtype](in_values))
return values
def _get_values_none(self, in_values):
return {'alarm_unix_time': None,
'alarm_relative_time': None,
'alarm_previous_day': False,
'alarm_relative_number': None,
'alarm_relative_unit': None,
'alarm_hour': None,
'alarm_minute': None}
def _get_values_duration(self, in_values):
start = in_values.get('start_unix_time')
ralarm = self.alarmw.get_time_span()
try:
alarm = start - ralarm
except TypeError:
alarm = None
return {'alarm_unix_time': alarm,
'alarm_relative_time': ralarm,
'alarm_previous_day': False,
'alarm_relative_number': self.alarmw.get_number(),
'alarm_relative_unit': self.alarmw.get_unit(),
'alarm_hour': None,
'alarm_minute': None}
def _get_values_time(self, in_values):
rstart = in_values['start_relative_time']
alarmrt = self.alarmw.get_relative_time()
# If time is set later than start, interpret it as referring to the
# previous day
if alarmrt <= rstart:
ralarm = rstart - alarmrt
palarm = False
else:
ralarm = 86400 - alarmrt + rstart
palarm = True
return {'alarm_unix_time': None,
'alarm_relative_time': ralarm,
'alarm_previous_day': palarm,
'alarm_relative_number': None,
'alarm_relative_unit': None,
'alarm_hour': self.alarmw.get_hour(),
'alarm_minute': self.alarmw.get_minute()}
def _get_values_date(self, in_values):
start = in_values['start_unix_time']
utcoffset = in_values['utc_offset']
alarm = self.alarmw.get_unix_time() - utcoffset
return {'alarm_unix_time': alarm,
'alarm_relative_time': start - alarm,
'alarm_previous_day': False,
'alarm_relative_number': None,
'alarm_relative_unit': None,
'alarm_hour': None,
'alarm_minute': None}
def _create_end_time_widget(self):
self.endw = HourCtrl(self.endchoicew.get_main_panel())
self.endw.set_values(self.input_values['end_hour'],
self.input_values['end_minute'])
return self.endw.get_main_panel()
def _create_duration_widget(self):
self.endw = TimeSpanCtrl(self.endchoicew.get_main_panel(), 1, 999)
self.endw.set_values(self.input_values['end_relative_number'],
self.input_values['end_relative_unit'])
return self.endw.get_main_panel()
