')'
),
F=array_index(MONTHS, '%(x)s.getMonth()'),
g='%(x)s.getHours()%%12',
G='%(x)s.getHours()',
h=zero_padded_two_digit('%(x)s.getHours()%%12'),
H=zero_padded_two_digit('%(x)s.getHours()'),
i=zero_padded_two_digit('%(x)s.getMinutes()'),
I=NotImplemented, # TODO daylight saving
j='%(x)s.getDate()',
l=array_index(WEEKDAYS, '%(x)s.getDay()', cycle=True),
L=NotImplemented, # TODO leepyear boolean
m=zero_padded_two_digit('%(x)s.getMonth()+1'),
M=array_index(MONTHS_3, '%(x)s.getMonth()', capitalize=True),
n='%(x)s.getMonth()+1',
N=array_index(MONTHS_AP.values(), '%(x)s.getMonth()'),
o=NotImplemented, # TODO year matching iso week number
O=NotImplemented, # TODO difference to GMT in hours
# P = this expression is built below in build_formatchar_P()
r=NotImplemented, # TODO iso
s=zero_padded_two_digit('%(x)s.getSeconds()'),
S='(11<=%(x)s.getDate()&&%(x)s.getDate()<=13?"th":%(x)s.getDate()%%10==1?"st":(%(x)s.getDate()%%10==2?"nd":(%(x)s.getDate()%%10==3?"rd":"th")))',
t=NotImplemented, # TODO number of days in month
T=NotImplemented, # TODO timezone of this machine
u=zero_padded('%(x)s.getMilliseconds()*1000', 6),
U='Math.floor(%(x)s.getTime()/1000)',
w='%(x)s.getDay()',
W=NotImplemented, # TODO iso week of year
y=zero_padded_two_digit('%(x)s.getFullYear()%%100'),
Y='%(x)s.getFullYear()',
z=NotImplemented, # TODO day of year
def __init__(self, attrs=None, format=None, datepicker_class='datepicker',
params=None):
params = params or {}
attrs = attrs or {}
class_attr = attrs.get('class', datepicker_class)
if datepicker_class not in class_attr:
attrs.update({
'class': '{0} {1}'.format(class_attr, datepicker_class),
'readonly': True,
})
else:
attrs.update({
'class': 'datepicker',
'readonly': True,
})
super(DatePickerWidget, self).__init__(attrs, format)
self.params = {
'changeMonth': True,
'changeYear': True,
'yearRange': '2000:2050',
}
self.regional = {
'closeText': _('Close'),
'prevText': _('Previous'),
'nextText': _('Next'),
'currentText': _('Current'),
'monthNames': map(unicode, MONTHS_ALT.values()),
'monthNamesShort': map(unicode, MONTHS_AP.values()),
'dayNames': map(unicode, WEEKDAYS.values()),
'dayNamesShort': map(unicode, WEEKDAYS_ABBR.values()),
'dayNamesMin': map(unicode, WEEKDAYS_ABBR.values()),
'isRTL': get_language_bidi(),
# weekHeader
# dateFormat
# firstDay
# showMonthAfterYear
# yearSuffix
}
# Update the datepicker parameters
self.params.update(params)
pattern = re.compile(
r'(?<!\w)(' + '|'.join(PYTHON_TO_DATEPICKER_FORMAT.keys()) + r')\b'
)
if params.get('beforeShowDay'):
raise NotImplementedError(
u'beforeShowDay is not supported. Please add the function to '
u'the template.'
)
if not params.get('dateFormat'):
self.params.update({
'dateFormat': pattern.sub(
lambda x: PYTHON_TO_DATEPICKER_FORMAT[x.group()],
self.format
)
})
import datetime
min_date = self.params.get('minDate')
if min_date:
if isinstance(min_date, datetime.date):
self.params.update({
'minDate': self.params['minDate'].strftime(
format=self.format
)
})
elif isinstance(min_date, datetime.datetime):
self.params.update({
'maxDate': min_date.strftime(
format=self.format
)
})
max_date = self.params.get('maxDate')
if max_date:
if isinstance(max_date, datetime.date):
self.params.update({
'maxDate': max_date.strftime(
format=self.format
)
})
elif isinstance(max_date, datetime.datetime):
self.params.update({
'maxDate': max_date.strftime(
format=self.format
)
})