def from_gcov_match(cls, match: re.match):
(coverage_str, linenum_str, source) = match.groups()
if coverage_str == '-':
coverage = -1
elif coverage_str in ('#####', '====='):
coverage = 0
else:
coverage = int(coverage_str)
return cls(int(linenum_str), source, coverage)
def wrap_date_match(order: str,
match: re.match,
pattern: str = None) -> dict or None:
"""
Args:
order: enums['MDY', 'DMY', 'YMD'] - order of the date
match: re.match - a regex match object
pattern: str - if user defined the pattern, record it here
Returns:
"""
return {
'value': match.group(),
'groups': match.groups(),
'start': match.start(),
'end': match.end(),
'order': order,
'pattern': pattern
} if match else None
def extract_groups(match: re.match):
return match.groups()
def from_gcov_match(cls, linenum: int, match: re.match):
(name, called_str, returned_str, blocks_str) = match.groups()
return cls(name, linenum, int(called_str), int(returned_str), int(blocks_str))
def from_gcov_match(cls, linenum: int, match: re.match):
(name, called_str, returned_str, blocks_str) = match.groups()
return cls(name, linenum, int(called_str), int(returned_str),
int(blocks_str))
