def collect_regex_matches_with_quoted_chunks(
phrase: str, reg: re, prob: int,
quoted_def_start: Callable[[str, Match, Match], int],
quoted_def_end: Callable[[str, Match, Match],
int], def_start: Callable[[str, Match],
int],
def_end: Callable[[str, Match], int]) -> List[PatternFound]:
"""
First, find all matches by 'reg' ptr
Second, go through matches
For each match try to find a set of quoted words
If found, use them as matches
Or use the whole match
:param quoted_def_start: (phrase, match, quoted_match) -> definition's start
:param quoted_def_end: (phrase, match, quoted_match) -> definition's end
:param def_start: (phrase, match) -> definition's start
:param def_end: (phrase, match) -> definition's end
:return:
"""
defs = []
for match in reg.finditer(phrase):
quoted_matches = \
CommonDefinitionPatterns.peek_quoted_part(phrase,
match,
quoted_def_start,
quoted_def_end,
prob)
if len(quoted_matches) > 0:
defs += quoted_matches
continue
df = PatternFound()
df.name = match.group()
df.start = def_start(phrase, match)
df.end = def_end(phrase, match)
df.probability = prob
defs.append(df)
return defs
def collect_regex_matches(
phrase: str, reg: re, prob: int, def_start: Callable[[str, Match],
int],
def_end: Callable[[str, Match], int]) -> List[PatternFound]:
"""
find all matches by 'reg' ptr
:param quoted_def_start: (phrase, match, quoted_match) -> definition's start
:param quoted_def_end: (phrase, match, quoted_match) -> definition's end
:param def_start: (phrase, match) -> definition's start
:param def_end: (phrase, match) -> definition's end
:return:
"""
defs = []
for match in reg.finditer(phrase):
df = PatternFound()
df.name = match.group()
df.start = def_start(phrase, match)
df.end = def_end(phrase, match)
df.probability = prob
defs.append(df)
return defs