def addAll(self,words):
for word in words:
word = Bad.computeHash(word)
memos = self.loadMemosByColumns({'word':word})
if len(memos) == 0:
bad = Bad({'word':word})
self.save(bad)
def testCollision(self):
collider = Collider()
common = Phrase.getCommon()
for phrase in common:
word = phrase.content
collider.add(word)
badWords = Bad.getBadWords()
for word in badWords:
collider.add(word)
collider.ok()
def bad(self, maxCount=None):
words = Bad.getBadWords(maxCount)
self.db.bad.addAll(words)
words = list(words)
n = len(words)
for i in range(n):
word = words[i]
self.cache(word)
print(f"bad word {i} of {n} cached")
print(f"bad words cached")
def contains(self,word):
word = Bad.computeHash(word)
memos = self.loadMemosByColumns({'word':word})
return len(memos)>0
def addBadWords(self):
words=Bad.getBadWords()
self.addAll(words)
def testBadWords(self):
badWords = Bad.getBadWords()
self.assertTrue('ass' in badWords)
self.assertFalse('' in badWords)
self.assertFalse('ok' in badWords)
def testDefaults(self):
bad = Bad()
self.assertEqual(bad.id, None)
self.assertEqual(bad.word, None)
def testHashEquiv(self):
bad1 = Bad({'word': 'x'})
bad2 = Bad({'word': 'x'})
bad3 = Bad({'word': 'y'})
self.assertTrue(bad1.equals(bad2))
self.assertFalse(bad1.equals(bad3))
bad2.hash()
bad3.hash()
self.assertTrue(bad1.equals(bad2))
self.assertFalse(bad1.equals(bad3))
def testWordMemo(self):
bad = Bad()
bad.update({'word': '#@$!'})
self.assertEqual(bad.word, '#@$!')
self.assertEqual(bad.memo['word'], '#@$!')
def testWordProperty(self):
bad = Bad()
bad.word = '#@$!'
self.assertEqual(bad.word, '#@$!')
self.assertEqual(bad.memo['word'], '#@$!')
def testIdMemo(self):
bad = Bad()
bad.update({'id': 21})
self.assertEqual(bad.id, 21)
self.assertEqual(bad.memo['id'], 21)
def testIdProperty(self):
bad = Bad()
bad.id = 21
self.assertEqual(bad.id, 21)
self.assertEqual(bad.memo['id'], 21)