def getBaseWord(self, word):
try:
return analyze(word)[0]['analysis'][0]['lemma']
except Exception as msg:
pprint(word)
print(analyze(word))
print(msg)
def run_test(self, guess, phonetic, compound):
text_output = analyze(self.text(),
guess=guess,
phonetic=phonetic,
compound=compound )
list_output = analyze(self.text().split(),
guess=guess,
phonetic=phonetic,
compound=compound )
self.assertListEqual(text_output, list_output)
def sona(sisend, s): ### kas on sõna?
if len(sisend) >= len(s): ### kas on lühem kui sisend
if s:
if analyze(s, guess=False, phonetic=False,
compound=False)[0]['analysis']: # on sõna?
if sisaldab(
sisend,
s): ### kui kõik uue sõna tähed sisalduvad sisendis
return True
def get_freq(data):
words = {}
for word in data.split():
word = word.lower()
word = filter(unicode.isalpha, unicode(word, "utf-8"))
if len(word) < 3:
continue
res = analyze(word)
ins_or_add(res[0]['analysis'][0], words)
return sorted(words.items(), key=lambda x: x[1], reverse=True)
def get_sums(data):
sums = []
latest = collections.deque(maxlen=5)
for word in data.split():
word = word.lower()
if word in ("eur", "€"):
print "EUR"
sss = get_sum_from_latest(latest)
if sss is not None:
sums.append(sss)
latest.append(word)
continue
word = filter(unicode.isalnum, unicode(word, "utf-8"))
#pprint(word)
if len(word) == 0:
continue
res = analyze(word)
ins_or_add(res[0]['analysis'][0], sums, latest)
latest.append(word)
return sorted(sums, reverse=True)
def getBaseWord(self, word):
return analyze(word)[0]['analysis'][0]['lemma']
def compute_single(self):
return [analyze(text) for text in self.indata()]
def compute_single(self):
return [analyze(text) for text in self.indata()]