self.normalizer = Transliterator.createFromRules("icu_normalization",
rules.norm_rules)
self.to_ascii = Transliterator.createFromRules("icu_to_ascii",
- rules.trans_rules)
+ rules.trans_rules +
+ ";[:Space:]+ > ' '")
self.search = Transliterator.createFromRules("icu_search",
rules.search_rules)
immediate = defaultdict(list)
chars = set()
for variant in rules.replacements:
- immediate[variant.source].append(variant)
+ if variant.source[-1] == ' ' and variant.replacement[-1] == ' ':
+ replstr = variant.replacement[:-1]
+ else:
+ replstr = variant.replacement
+ immediate[variant.source].append(replstr)
chars.update(variant.source)
# Then copy to datrie
self.replacements = datrie.Trie(''.join(chars))
startpos = 0
pos = 0
+ force_space = False
while pos < len(baseform):
full, repl = self.replacements.longest_prefix_item(baseform[pos:],
(None, None))
if full is not None:
done = baseform[startpos:pos]
- partials = [v + done + r.replacement
- for v, r in itertools.product(partials, repl)]
+ partials = [v + done + r
+ for v, r in itertools.product(partials, repl)
+ if not force_space or r.startswith(' ')]
startpos = pos + len(full)
+ if full[-1] == ' ':
+ startpos -= 1
+ force_space = True
pos = startpos
else:
pos += 1
+ force_space = False
- results = []
+ results = set()
if startpos == 0:
trans_name = self.to_ascii.transliterate(norm_name).strip()
if trans_name:
- results.append(trans_name)
+ results.add(trans_name)
else:
for variant in partials:
- name = variant[1:] + baseform[startpos:-1]
- trans_name = self.to_ascii.transliterate(name).strip()
+ name = variant + baseform[startpos:]
+ trans_name = self.to_ascii.transliterate(name[1:-1]).strip()
if trans_name:
- results.append(trans_name)
+ results.add(trans_name)
- return results
+ return list(results)
def get_search_normalized(self, name):