def _testPhrase(self, language, phrase):
assert Phrases.forLanguage(language).isPhrase(
phrase), "phrase='%s' language=%s" % (phrase, language)
number = Phrases.forLanguage(language).toNumber(phrase)
detects = Phrases.detectLanguages(phrase)
for lang2 in detects:
number2 = Phrases.forLanguage(lang2).toNumber(phrase)
phrase2 = Phrases.forLanguage(lang2).toPhrase(number)
assert number == number2
assert phrase == phrase2
def _testPhrases(self, language):
for number in range(100000):
phrase = Phrases.forLanguage(language).toPhrase(number)
self._testPhrase(language, phrase)
for length in range(1, 20):
phrase = self.mkPhrase(language, length)
self._testPhrase(language, phrase)
def number(self, phrase):
phrase = Check.toString(phrase)
phrases = self._getPhrases()
if phrases.isPhrase(phrase):
return phrases.toNumber(phrase)
detects = Phrases.detectLanguages(phrase)
if len(detects) > 0:
return Phrases.forLanguage(detects.pop()).toNumber(phrase)
raise ValueError("unknown phrase language")
def testAmbiguity(self):
languages = Phrases.getLanguages()
allWords = dict()
for language in languages:
phrases = Phrases.forLanguage(language)
for word in phrases.words:
if not word in allWords:
allWords[word] = dict()
index = phrases.invWords[word]
if not index in allWords[word]:
allWords[word][index] = set()
allWords[word][index].add(language)
ambiguous = False
for word in allWords:
indexs = allWords[word]
if len(indexs) <= 1: continue
ambiguous = True
for index in indexs:
for lang in indexs[index]:
print("word %s in %s index %d" % (word, index, lang))
assert not ambiguous
def mkPhrase(self, language, length):
phrases = Phrases.forLanguage(language)
words = phrases.words
phrase = [words[self.rng.next(len(words))] for i in range(length)]
return phrases.space().join(phrase)
def _getPhrases(self):
return Phrases.forLanguage(self.getLanguage())
parentdir = os.path.dirname(currentdir)
sys.path.insert(0, parentdir)
from phrases import Phrases
languages = [
"ab", "chinese_simplified", "chinese_traditional", "english", "french",
"italian", "japanese", "korean", "spanish"
]
reserved = dict()
for el1 in range(len(languages)):
language = languages[el1]
phrases = Phrases.forLanguage(language)
words = phrases.words[:]
sequence = [None for i in range(len(words))]
reuses = False
changed = False
# put already reserved words at their index
for i in range(len(words)):
word = words[i]
if word == None: continue
if word in reserved:
words[i] = None
if phrases.invWords[word] != reserved[word]:
changed = True
sequence[reserved[word]] = word
reuses = True
