'A@SEP' : 'BA-SEP',
'A@OCT' : 'BA-OCT',
'A@NOV' : 'BA-NOV',
'A@DEC' : 'BA-DEC',
# lite aliases
'Min': 'T',
'min': 'T',
'ms': 'L',
'us': 'U'
}
for i, weekday in enumerate(['MON', 'TUE', 'WED', 'THU', 'FRI']):
for iweek in xrange(4):
name = 'WOM-%d%s' % (iweek + 1, weekday)
_offset_map[name] = offsets.WeekOfMonth(week=iweek, weekday=i)
_rule_aliases[name.replace('-', '@')] = name
_legacy_reverse_map = dict((v, k) for k, v in _rule_aliases.iteritems())
# for helping out with pretty-printing and name-lookups
_offset_names = {}
for name, offset in _offset_map.iteritems():
if offset is None:
continue
offset.name = name
_offset_names[offset] = name
def inferTimeRule(index):
'A@SEP': 'BA-SEP',
'A@OCT': 'BA-OCT',
'A@NOV': 'BA-NOV',
'A@DEC': 'BA-DEC',
# lite aliases
'Min': 'T',
'min': 'T',
'ms': 'L',
'us': 'U'
}
for _i, _weekday in enumerate(['MON', 'TUE', 'WED', 'THU', 'FRI']):
for _iweek in range(4):
_name = 'WOM-%d%s' % (_iweek + 1, _weekday)
_offset_map[_name] = offsets.WeekOfMonth(week=_iweek, weekday=_i)
_rule_aliases[_name.replace('-', '@')] = _name
# Note that _rule_aliases is not 1:1 (d[BA]==d[A@DEC]), and so traversal
# order matters when constructing an inverse. we pick one. #2331
_legacy_reverse_map = dict((v, k) for k, v in
reversed(sorted(_rule_aliases.items())))
# for helping out with pretty-printing and name-lookups
_offset_names = {}
for name, offset in _offset_map.items():
if offset is None:
continue
offset.name = name
_offset_names[offset] = name