def extract_atom(text, src_time, **kwargs_ignore):
# Wrap static methods for match function and match transform to close over src_time.
def wrapped_match_function(nltext): return AbsoluteOneWayInnerDayModifierAtom.__match_function(nltext, src_time)
def wrapped_match_transformer(match): return AbsoluteOneWayInnerDayModifierAtom.__match_transformer(match, src_time)
matcher = SequentialMatcher(wrapped_match_function,\
match_transformer=wrapped_match_transformer)
return matcher.extract(text)
def extract_tags(text, src_time):
# Wrap function to pass through params.
def wrapped_match_function(nltext):
match_res = RelativeOneWayMultiDayModifierAtom.__match_function(nltext)
return match_res.get(u'match') if match_res else None
matcher = SequentialMatcher(wrapped_match_function,\
label=RelativeOneWayMultiDayModifierAtom.TAG)
return matcher.extract(text)
def extract_atom(text, src_time, **kwargs_ignore):
# Wrap function to pass through params.
def wrapped_match_function(nltext):
match_res = RelativeOneWayMultiDayModifierAtom.__match_function(nltext)
return match_res.get(u'match') if match_res else None
def wrapped_match_transformer(match):
return RelativeOneWayMultiDayModifierAtom(match, src_time)
matcher = SequentialMatcher(wrapped_match_function,\
match_transformer=wrapped_match_transformer)
return matcher.extract(text)
def extract_tags(text, src_time):
def match_function(nltext): return utils.safe_parsedatetime_first_nlp(nltext, src_time, ignore='time').get(u'match')
matcher = SequentialMatcher(match_function, label=CalendarDaterangeAtom.TAG);
return matcher.extract(text)
def extract_atom(text, src_time, parse_type=u'range'):
def match_function(nltext): return utils.safe_parsedatetime_first_nlp(nltext, src_time, ignore='time').get(u'match')
def match_transformer(match): return CalendarDateRangeAtom(match, src_time, parse_type=parse_type)
matcher = SequentialMatcher(match_function, match_transformer=match_transformer);
return matcher.extract(text)
def extract_tags(text, src_time):
parser = utils.safe_natural_daterange_parser
def match_function(nltext): return parser(nltext, src_time).get(u'match')
matcher = SequentialMatcher(match_function, label=NaturalDaterangeAtom.TAG)
return matcher.extract(text)
def extract_atom(text, src_time, **kwargs_ignore):
parser = utils.safe_natural_daterange_parser
def match_function(nltext): return parser(nltext, src_time).get(u'match')
def match_transformer(match): return NaturalDaterangeAtom(match, src_time)
matcher = SequentialMatcher(match_function, match_transformer=match_transformer)
return matcher.extract(text)
def extract_tags(text, *ignore):
matcher = SequentialMatcher(OperandAtom.__match_function, label=u'OP')
return matcher.extract(text)
def extract_atom(text, *args_ignore, **kwargs_ignore):
matcher = SequentialMatcher(OperandAtom.__match_function, match_transformer=OperandAtom.__match_transformer)
return matcher.extract(text)
def extract_tags(text, *ignore):
matcher = SequentialMatcher(FillerAtom.__match_function, label=FillerAtom.TAG)
return matcher.extract(text)
def extract_tags(text, *ignore):
matcher = SequentialMatcher(NaturalInnerDayModifierAtom.__match_function, label=u'MOD')
return matcher.extract(text)
def extract_atom(text, *ignore, **kwags_ignore):
matcher = SequentialMatcher(NaturalInnerDayModifierAtom.__match_function,\
match_transformer=NaturalInnerDayModifierAtom.__match_transformer)
return matcher.extract(text)
def extract_tags(text, src_time):
# Wrap static methods for match function and match transform to close over src_time.
def wrapped_match_function(nltext): return AbsoluteOneWayInnerDayModifierAtom.__match_function(nltext, src_time)
def wrapped_match_transformer(match): return AbsoluteOneWayInnerDayModifierAtom.__match_transformer(match, src_time)
matcher = SequentialMatcher(wrapped_match_function, label=AbsoluteOneWayInnerDayModifierAtom.TAG)
return matcher.extract(text)
