def search(self, subsequence, sequence, max_subs):
return [
get_best_match_in_group(group) for group in group_matches(
c_fnm_generic_ngrams(
subsequence, sequence,
LevenshteinSearchParams(max_subs, 0, 0, max_subs)))
]
def search(self, subsequence, sequence, max_subs):
if max_subs >= len(subsequence):
self.skipTest("avoiding calling c_fnm_generic_ngrams() " +
"with max_subs >= len(subsequence)")
return [
get_best_match_in_group(group) for group in group_matches(
c_fnm_generic_ngrams(
subsequence, sequence,
LevenshteinSearchParams(max_subs, 0, 0, max_subs)))
]
def search(self, subsequence, sequence, max_subs):
if max_subs >= len(subsequence):
self.skipTest("avoiding calling c_fnm_generic_ngrams() " +
"with max_subs >= len(subsequence)")
return [
get_best_match_in_group(group)
for group in group_matches(
c_fnm_generic_ngrams(subsequence,
sequence,
LevenshteinSearchParams(max_subs, 0, 0, max_subs))
)
]
def search(self, pattern, sequence, max_subs, max_ins, max_dels,
max_l_dist=None):
return [
get_best_match_in_group(group)
for group in group_matches(
c_fnm_generic_ngrams(pattern,
sequence,
LevenshteinSearchParams(
max_subs, max_ins,
max_dels, max_l_dist,
))
)
]
def search(self,
pattern,
sequence,
max_subs,
max_ins,
max_dels,
max_l_dist=None):
return [
get_best_match_in_group(group) for group in group_matches(
c_fnm_generic_ngrams(
pattern, sequence,
LevenshteinSearchParams(
max_subs,
max_ins,
max_dels,
max_l_dist,
)))
]