class TamilDTriesForward(unittest.TestCase):
def setUp(self):
rhymie = [(u"மாங்குயில்",u"ல்யிகுங்மா"),(u"பூங்குயில்",u"ல்யிகுங்பூ"),(u"அல்லவா",u"வாலல்அ"),\
(u"செல்வாயா",u"யாவால்செ"),(u"சொல்வாயா",u"யாவால்சொ")]
self.obj = DTrie()
self.count = len(rhymie)
for k,v in rhymie:
self.obj.add(v)
return
def test_all_words(self):
self.assertTrue(len(self.obj.getAllWords()),self.count)
def word_n_prefix_test(self,pfx,wordlist,no):
itr = 0
for word in self.obj.getAllWordsPrefix(pfx):
itr = itr + 1
self.assertTrue(word in wordlist)
self.assertEqual(itr,no)
return
def test_fwd_dictionaries(self):
kuyils = [u"ல்யிகுங்பூ",u"ல்யிகுங்மா"]
pfx = u"ல்யிகு"
self.word_n_prefix_test(pfx,kuyils,2)
def test_fwd_dictionaries_two(self):
verbie = [u"யாவால்செ",u"யாவால்சொ"]
pfx = u"யாவா"
self.word_n_prefix_test(pfx,verbie,2)
class TamilDTriesForward(unittest.TestCase):
def setUp(self):
rhymie = [
(u"மாங்குயில்", u"ல்யிகுங்மா"),
(u"பூங்குயில்", u"ல்யிகுங்பூ"),
(u"அல்லவா", u"வாலல்அ"),
(u"செல்வாயா", u"யாவால்செ"),
(u"சொல்வாயா", u"யாவால்சொ"),
]
self.obj = DTrie()
self.count = len(rhymie)
for k, v in rhymie:
self.obj.add(v)
return
def test_all_words(self):
self.assertTrue(len(self.obj.getAllWords()), self.count)
def word_n_prefix_test(self, pfx, wordlist, no):
itr = 0
for word in self.obj.getAllWordsPrefix(pfx):
itr = itr + 1
self.assertTrue(word in wordlist)
self.assertEqual(itr, no)
return
def test_fwd_dictionaries(self):
kuyils = [u"ல்யிகுங்பூ", u"ல்யிகுங்மா"]
pfx = u"ல்யிகு"
self.word_n_prefix_test(pfx, kuyils, 2)
def test_fwd_dictionaries_two(self):
verbie = [u"யாவால்செ", u"யாவால்சொ"]
pfx = u"யாவா"
self.word_n_prefix_test(pfx, verbie, 2)
def setUp(self):
rhymie = [(u"மாங்குயில்",u"ல்யிகுங்மா"),(u"பூங்குயில்",u"ல்யிகுங்பூ"),(u"அல்லவா",u"வாலல்அ"),\
(u"செல்வாயா",u"யாவால்செ"),(u"சொல்வாயா",u"யாவால்சொ")]
self.obj = DTrie()
self.count = len(rhymie)
for k, v in rhymie:
self.obj.add(v)
return
def test_pattiyal(self):
obj = DTrie()
in_words = u"டைட்டானிக் படத்தில் வரும் ஜேக் மற்றும் ரோஸ் போன்று தன் காதலை வெளிப்படுத்தும் இரு தவளைகள்".split()
list(map( obj.add, in_words )) # Python 2-3
all_words_and_reverse = copy.copy(in_words)
all_words_and_reverse.extend( [utf8.reverse_word( word) for word in in_words] )
actual = [obj.isWord(word) for word in all_words_and_reverse]
expected = [i<len(in_words) for i in range(0,2*len(in_words))]
self.assertEqual( actual, expected )
def test_pattiyal(self):
obj = DTrie()
in_words = u"டைட்டானிக் படத்தில் வரும் ஜேக் மற்றும் ரோஸ் போன்று தன் காதலை வெளிப்படுத்தும் இரு தவளைகள்".split()
list(map( obj.add, in_words )) # Python 2-3
all_words_and_reverse = copy.copy(in_words)
all_words_and_reverse.extend( [utf8.reverse_word( word) for word in in_words] )
actual = [obj.isWord(word) for word in all_words_and_reverse]
expected = [i<len(in_words) for i in range(0,2*len(in_words))]
self.assertEqual( actual, expected )
def test_prefix(self):
obj = DTrie()
actual_words = ['abx','abc','abcd','bbc']
[obj.add(w) for w in actual_words]
for w in actual_words:
self.assertTrue(obj.isWord(w))
self.assertEqual(len(obj.getAllWords()),4)
for w in actual_words:
self.assertFalse( obj.isWord( w+'NA' ) )
self.assertFalse( obj.isWord( w+'DA' ) )
for pfx in ["ab","bb","bd"]:
self.assertFalse( obj.isWord( pfx ) )
for pfx in ['a','ab','b','bb']:
self.assertTrue( obj.hasWordPrefix(pfx) )
val = []
for pfx in ['c','ac','ad','cb','z']:
#print("===> last/test ==> %s"%pfx)
val.append( obj.hasWordPrefix(pfx) )
self.assertFalse( any(val) )
return
def test_prefix(self):
obj = DTrie()
actual_words = ["abx", "abc", "abcd", "bbc"]
[obj.add(w) for w in actual_words]
for w in actual_words:
self.assertTrue(obj.isWord(w))
self.assertEqual(len(obj.getAllWords()), 4)
for w in actual_words:
self.assertFalse(obj.isWord(w + "NA"))
self.assertFalse(obj.isWord(w + "DA"))
for pfx in ["ab", "bb", "bd"]:
self.assertFalse(obj.isWord(pfx))
for pfx in ["a", "ab", "b", "bb"]:
self.assertTrue(obj.hasWordPrefix(pfx))
val = []
for pfx in ["c", "ac", "ad", "cb", "z"]:
# print("===> last/test ==> %s"%pfx)
val.append(obj.hasWordPrefix(pfx))
self.assertFalse(any(val))
return
def test_ngram(request,ng):
obj = DTrie()
prev_letter = u''
# per-line processor - remove spaces
for char in get_letters(u"".join(re.split('\s+',ng)).lower()):
if (prev_letter.isalpha() and char.isalpha()) or ( utf8.is_tamil_unicode(prev_letter) and utf8.is_tamil_unicode(char)):
bigram = u"".join([prev_letter,char])
obj.add(bigram) # update previous
prev_letter = char
actual = obj.getAllWordsAndCount()
json_string = json.dumps(actual,ensure_ascii = False)
#creating a Response object to set the content type and the encoding
response = HttpResponse(json_string,content_type="application/json; charset=utf-8" )
return response
def __unused__(self):
self.trie_english = DTrie.buildEnglishTrie()
with codecs.open(DICTIONARY_DATA_FILES["english"], "r", "utf-8") as fp:
for l in fp.readlines():
l = l.strip()
self.trie_english.add(
filter(lambda lx: lx in string.letters, l.lower()))
def setUp(self):
rhymie = [(u"மாங்குயில்",u"ல்யிகுங்மா"),(u"பூங்குயில்",u"ல்யிகுங்பூ"),(u"அல்லவா",u"வாலல்அ"),\
(u"செல்வாயா",u"யாவால்செ"),(u"சொல்வாயா",u"யாவால்சொ")]
self.obj = DTrie()
self.count = len(rhymie)
for k,v in rhymie:
self.obj.add(v)
return
def test_stuff_3letter(self):
obj = DTrie()
self.assertFalse( obj.isWord('apple') )
try:
obj.add('')
except AssertionError as exp:
pass
actual_words = ['a','ab','abc','bbc']
[obj.add(w) for w in actual_words]
for w in actual_words:
self.assertTrue( obj.isWord(w) )
self.assertEqual( sorted(obj.getAllWords()),sorted(actual_words))
self.assertEqual( obj.getAllWordsPrefix('ab'), ['ab','abc'] )
return
def test_trie_counts_and_prefix(self):
obj = DTrie()
actual_words = ['a','ab','abc','abc','bbc']
[obj.add(w) for w in actual_words]
for w in actual_words:
self.assertTrue(obj.isWord(w))
self.assertEqual(len(obj.getAllWords()),4)
self.assertEqual( obj.getAllWordsPrefix('ab'),['ab','abc'] )
self.assertEqual(obj.getWordCount('abc'),2)
obj = DTrie()
list(map(obj.add,['foo','bar','bar','baz']))
self.assertEqual((obj.getWordCount('bar'),\
obj.getWordCount('baz'),\
obj.getWordCount('foo')),(2,1,1))
def test_stuff_3letter(self):
obj = DTrie()
self.assertFalse(obj.isWord("apple"))
try:
obj.add("")
except AssertionError as exp:
pass
actual_words = ["a", "ab", "abc", "bbc"]
[obj.add(w) for w in actual_words]
for w in actual_words:
self.assertTrue(obj.isWord(w))
self.assertEqual(sorted(obj.getAllWords()), sorted(actual_words))
self.assertEqual(obj.getAllWordsPrefix("ab"), ["ab", "abc"])
return
def test_stuff_3letter(self):
obj = DTrie()
self.assertFalse( obj.isWord('apple') )
try:
obj.add('')
except AssertionError as exp:
pass
actual_words = ['a','ab','abc','bbc']
[obj.add(w) for w in actual_words]
for w in actual_words:
self.assertTrue( obj.isWord(w) )
self.assertEqual( sorted(obj.getAllWords()),sorted(actual_words))
self.assertEqual( obj.getAllWordsPrefix('ab'), ['ab','abc'] )
return
def test_count(self):
obj = DTrie()
foundE = False
try:
self.assertEqual(obj.getWordCount('foo'),0)
except Exception as e:
foundE = str(e).find("does not exist in Trie") >= 0
self.assertTrue( foundE )
obj = DTrie()
words = ['foo','bar','bar','bar','baz']
[obj.add(w) for w in words]
self.assertEqual(obj.getWordCount('bar'),3)
self.assertEqual(obj.getWordCount('foo'),1)
self.assertEqual(obj.getWordCount('baz'),1)
def test_load_dictionary(self):
obj = DTrie()
obj.loadWordFile(DICTIONARY_DATA_FILES['tamilvu'])
self.assertEqual(len(obj.getAllWords()),63896)
count = 0
for word in obj.getAllWordsIterable():
count = count + 1
self.assertEqual(count,63896)
words = obj.getAllWordsPrefix(u'பெரு')
print(len(words))
#for w in words:
# print(w)
self.assertEqual( len(words), 215 )
def test_load_dictionary(self):
obj = DTrie()
obj.loadWordFile(DICTIONARY_DATA_FILES['tamilvu'])
self.assertEqual(len(obj.getAllWords()),63896)
count = 0
for word in obj.getAllWordsIterable():
count = count + 1
self.assertEqual(count,63896)
words = obj.getAllWordsPrefix(u'பெரு')
print(len(words))
#for w in words:
# print(w)
self.assertEqual( len(words), 215 )
def test_count(self):
obj = DTrie()
foundE = False
try:
self.assertEqual(obj.getWordCount('foo'),0)
except Exception as e:
foundE = str(e).find("does not exist in Trie") >= 0
self.assertTrue( foundE )
obj = DTrie()
words = ['foo','bar','bar','bar','baz']
[obj.add(w) for w in words]
self.assertEqual(obj.getWordCount('bar'),3)
self.assertEqual(obj.getWordCount('foo'),1)
self.assertEqual(obj.getWordCount('baz'),1)
def test_trie_counts_and_prefix(self):
obj = DTrie()
actual_words = ['a','ab','abc','abc','bbc']
[obj.add(w) for w in actual_words]
for w in actual_words:
self.assertTrue(obj.isWord(w))
self.assertEqual(len(obj.getAllWords()),4)
self.assertEqual( obj.getAllWordsPrefix('ab'),['ab','abc'] )
self.assertEqual(obj.getWordCount('abc'),2)
obj = DTrie()
list(map(obj.add,['foo','bar','bar','baz']))
self.assertEqual((obj.getWordCount('bar'),\
obj.getWordCount('baz'),\
obj.getWordCount('foo')),(2,1,1))
def test_ngram(self):
with codecs.open("data/gettysburg.txt","r","utf-8") as f:
data = f.readlines()
obj = DTrie()
# driver for file data
for line in data:
prev_letter = u''
# per-line processor - remove spaces
for char in u"".join(re.split('\s+',line)).lower():
if prev_letter.isalpha() and char.isalpha():
bigram = u"".join([prev_letter,char])
obj.add(bigram)
# update previous
prev_letter = char
expected = {u'ab': 1,
u'ac': 2,
u'ad': 6,
u'af': 1,
u'ag': 3,
u'ai': 2,
u'ak': 1,
u'al': 9,
u'an': 15,
u'ap': 1,
u'ar': 10,
u'as': 5,
u'at': 36,
u'au': 1,
u'av': 8,
u'ay': 1,
u'ba': 1,
u'be': 5,
u'bi': 1,
u'bl': 1,
u'bo': 1,
u'br': 2,
u'bu': 3,
u'by': 1,
u'ca': 12,
u'ce': 4,
u'ch': 2,
u'ci': 1,
u'co': 7,
u'cr': 4,
u'ct': 1,
u'da': 1,
u'dd': 7,
u'de': 14,
u'dh': 2,
u'di': 12,
u'do': 4,
u'dp': 1,
u'dr': 1,
u'ds': 3,
u'dt': 3,
u'du': 1,
u'dv': 1,
u'dw': 2,
u'ea': 16,
u'eb': 1,
u'ec': 8,
u'ed': 25,
u'ee': 3,
u'ef': 4,
u'eg': 3,
u'eh': 6,
u'ei': 4,
u'el': 4,
u'em': 5,
u'en': 9,
u'eo': 5,
u'ep': 4,
u'eq': 1,
u'er': 22,
u'es': 9,
u'et': 13,
u'eu': 2,
u'ev': 4,
u'ew': 4,
u'ey': 3,
u'fa': 3,
u'fd': 1,
u'ff': 1,
u'fi': 5,
u'fo': 10,
u'fr': 3,
u'ft': 3,
u'fu': 1,
u'ga': 6,
u'gb': 1,
u'ge': 6,
u'gg': 1,
u'gh': 4,
u'gl': 1,
u'go': 3,
u'gp': 1,
u'gr': 5,
u'gw': 1,
u'ha': 24,
u'he': 33,
u'hf': 1,
u'hi': 7,
u'hl': 1,
u'ho': 8,
u'ht': 5,
u'hu': 1,
u'ib': 1,
u'ic': 8,
u'id': 1,
u'ie': 3,
u'ig': 2,
u'il': 2,
u'in': 16,
u'io': 9,
u'ir': 2,
u'is': 9,
u'it': 8,
u'iv': 7,
u'ke': 1,
u'kr': 1,
u'kw': 1,
u'la': 3,
u'ld': 4,
u'le': 6,
u'lh': 1,
u'li': 6,
u'll': 8,
u'lm': 2,
u'ln': 2,
u'lo': 3,
u'lr': 1,
u'lt': 1,
u'lv': 1,
u'lw': 1,
u'ly': 2,
u'ma': 1,
u'mb': 1,
u'me': 7,
u'mi': 1,
u'mt': 1,
u'na': 10,
u'nc': 4,
u'nd': 9,
u'ne': 4,
u'nf': 1,
u'ng': 9,
u'ni': 2,
u'nl': 2,
u'nm': 1,
u'nn': 4,
u'no': 11,
u'ns': 4,
u'nt': 6,
u'nv': 1,
u'ny': 2,
u'oa': 1,
u'ob': 3,
u'oc': 1,
u'od': 3,
u'of': 6,
u'og': 1,
u'oh': 1,
u'ol': 1,
u'om': 4,
u'on': 20,
u'oo': 2,
u'op': 5,
u'or': 17,
u'os': 3,
u'ot': 13,
u'ou': 7,
u'ov': 2,
u'ow': 3,
u'pe': 5,
u'pl': 4,
u'po': 4,
u'pr': 2,
u'qu': 1,
u'ra': 7,
u'rd': 1,
u're': 27,
u'rf': 3,
u'rg': 4,
u'ri': 1,
u'rk': 1,
u'rl': 3,
u'rn': 1,
u'ro': 6,
u'rp': 2,
u'rs': 5,
u'rt': 10,
u'ru': 3,
u'rw': 2,
u'sa': 4,
u'sb': 2,
u'sc': 2,
u'se': 10,
u'sf': 2,
u'sg': 1,
u'sh': 6,
u'si': 1,
u'sk': 1,
u'sn': 1,
u'so': 4,
u'sr': 1,
u'ss': 1,
u'st': 7,
u'su': 1,
u'ta': 2,
u'tb': 1,
u'tc': 4,
u'td': 1,
u'te': 11,
u'tf': 3,
u'th': 47,
u'ti': 17,
u'tl': 3,
u'tn': 2,
u'to': 11,
u'tp': 1,
u'tr': 2,
u'tt': 9,
u'tw': 5,
u'ty': 2,
u'ua': 1,
u'ug': 3,
u'ul': 2,
u'un': 3,
u'ur': 6,
u'us': 5,
u'ut': 2,
u'va': 2,
u've': 17,
u'vi': 3,
u'vo': 2,
u'wa': 2,
u'wb': 1,
u'we': 11,
u'wh': 8,
u'wi': 1,
u'wn': 1,
u'wo': 2,
u'ww': 1,
u'ya': 1,
u'yd': 1,
u'ye': 1,
u'yg': 1,
u'yh': 1,
u'yn': 1,
u'yr': 1,
u'ys': 1,
u'yt': 1,
u'yw': 1}
actual = obj.getAllWordsAndCount()
# pprint( actual )
self.assertEqual(expected,actual)
return
def test_ngram(self):
with codecs.open("data/gettysburg.txt", "r", "utf-8") as f:
data = f.readlines()
obj = DTrie()
# driver for file data
for line in data:
prev_letter = u''
# per-line processor - remove spaces
for char in u"".join(re.split('\s+', line)).lower():
if prev_letter.isalpha() and char.isalpha():
bigram = u"".join([prev_letter, char])
obj.add(bigram)
# update previous
prev_letter = char
expected = {
u'ab': 1,
u'ac': 2,
u'ad': 6,
u'af': 1,
u'ag': 3,
u'ai': 2,
u'ak': 1,
u'al': 9,
u'an': 15,
u'ap': 1,
u'ar': 10,
u'as': 5,
u'at': 36,
u'au': 1,
u'av': 8,
u'ay': 1,
u'ba': 1,
u'be': 5,
u'bi': 1,
u'bl': 1,
u'bo': 1,
u'br': 2,
u'bu': 3,
u'by': 1,
u'ca': 12,
u'ce': 4,
u'ch': 2,
u'ci': 1,
u'co': 7,
u'cr': 4,
u'ct': 1,
u'da': 1,
u'dd': 7,
u'de': 14,
u'dh': 2,
u'di': 12,
u'do': 4,
u'dp': 1,
u'dr': 1,
u'ds': 3,
u'dt': 3,
u'du': 1,
u'dv': 1,
u'dw': 2,
u'ea': 16,
u'eb': 1,
u'ec': 8,
u'ed': 25,
u'ee': 3,
u'ef': 4,
u'eg': 3,
u'eh': 6,
u'ei': 4,
u'el': 4,
u'em': 5,
u'en': 9,
u'eo': 5,
u'ep': 4,
u'eq': 1,
u'er': 22,
u'es': 9,
u'et': 13,
u'eu': 2,
u'ev': 4,
u'ew': 4,
u'ey': 3,
u'fa': 3,
u'fd': 1,
u'ff': 1,
u'fi': 5,
u'fo': 10,
u'fr': 3,
u'ft': 3,
u'fu': 1,
u'ga': 6,
u'gb': 1,
u'ge': 6,
u'gg': 1,
u'gh': 4,
u'gl': 1,
u'go': 3,
u'gp': 1,
u'gr': 5,
u'gw': 1,
u'ha': 24,
u'he': 33,
u'hf': 1,
u'hi': 7,
u'hl': 1,
u'ho': 8,
u'ht': 5,
u'hu': 1,
u'ib': 1,
u'ic': 8,
u'id': 1,
u'ie': 3,
u'ig': 2,
u'il': 2,
u'in': 16,
u'io': 9,
u'ir': 2,
u'is': 9,
u'it': 8,
u'iv': 7,
u'ke': 1,
u'kr': 1,
u'kw': 1,
u'la': 3,
u'ld': 4,
u'le': 6,
u'lh': 1,
u'li': 6,
u'll': 8,
u'lm': 2,
u'ln': 2,
u'lo': 3,
u'lr': 1,
u'lt': 1,
u'lv': 1,
u'lw': 1,
u'ly': 2,
u'ma': 1,
u'mb': 1,
u'me': 7,
u'mi': 1,
u'mt': 1,
u'na': 10,
u'nc': 4,
u'nd': 9,
u'ne': 4,
u'nf': 1,
u'ng': 9,
u'ni': 2,
u'nl': 2,
u'nm': 1,
u'nn': 4,
u'no': 11,
u'ns': 4,
u'nt': 6,
u'nv': 1,
u'ny': 2,
u'oa': 1,
u'ob': 3,
u'oc': 1,
u'od': 3,
u'of': 6,
u'og': 1,
u'oh': 1,
u'ol': 1,
u'om': 4,
u'on': 20,
u'oo': 2,
u'op': 5,
u'or': 17,
u'os': 3,
u'ot': 13,
u'ou': 7,
u'ov': 2,
u'ow': 3,
u'pe': 5,
u'pl': 4,
u'po': 4,
u'pr': 2,
u'qu': 1,
u'ra': 7,
u'rd': 1,
u're': 27,
u'rf': 3,
u'rg': 4,
u'ri': 1,
u'rk': 1,
u'rl': 3,
u'rn': 1,
u'ro': 6,
u'rp': 2,
u'rs': 5,
u'rt': 10,
u'ru': 3,
u'rw': 2,
u'sa': 4,
u'sb': 2,
u'sc': 2,
u'se': 10,
u'sf': 2,
u'sg': 1,
u'sh': 6,
u'si': 1,
u'sk': 1,
u'sn': 1,
u'so': 4,
u'sr': 1,
u'ss': 1,
u'st': 7,
u'su': 1,
u'ta': 2,
u'tb': 1,
u'tc': 4,
u'td': 1,
u'te': 11,
u'tf': 3,
u'th': 47,
u'ti': 17,
u'tl': 3,
u'tn': 2,
u'to': 11,
u'tp': 1,
u'tr': 2,
u'tt': 9,
u'tw': 5,
u'ty': 2,
u'ua': 1,
u'ug': 3,
u'ul': 2,
u'un': 3,
u'ur': 6,
u'us': 5,
u'ut': 2,
u'va': 2,
u've': 17,
u'vi': 3,
u'vo': 2,
u'wa': 2,
u'wb': 1,
u'we': 11,
u'wh': 8,
u'wi': 1,
u'wn': 1,
u'wo': 2,
u'ww': 1,
u'ya': 1,
u'yd': 1,
u'ye': 1,
u'yg': 1,
u'yh': 1,
u'yn': 1,
u'yr': 1,
u'ys': 1,
u'yt': 1,
u'yw': 1
}
actual = obj.getAllWordsAndCount()
# pprint( actual )
self.assertEqual(expected, actual)
return
def test_ngram(self):
with codecs.open("data/gettysburg.txt", "r", "utf-8") as f:
data = f.readlines()
obj = DTrie()
# driver for file data
for line in data:
prev_letter = u""
# per-line processor - remove spaces
for char in u"".join(re.split("\s+", line)).lower():
if prev_letter.isalpha() and char.isalpha():
bigram = u"".join([prev_letter, char])
obj.add(bigram)
# update previous
prev_letter = char
expected = {
u"ab": 1,
u"ac": 2,
u"ad": 6,
u"af": 1,
u"ag": 3,
u"ai": 2,
u"ak": 1,
u"al": 9,
u"an": 15,
u"ap": 1,
u"ar": 10,
u"as": 5,
u"at": 36,
u"au": 1,
u"av": 8,
u"ay": 1,
u"ba": 1,
u"be": 5,
u"bi": 1,
u"bl": 1,
u"bo": 1,
u"br": 2,
u"bu": 3,
u"by": 1,
u"ca": 12,
u"ce": 4,
u"ch": 2,
u"ci": 1,
u"co": 7,
u"cr": 4,
u"ct": 1,
u"da": 1,
u"dd": 7,
u"de": 14,
u"dh": 2,
u"di": 12,
u"do": 4,
u"dp": 1,
u"dr": 1,
u"ds": 3,
u"dt": 3,
u"du": 1,
u"dv": 1,
u"dw": 2,
u"ea": 16,
u"eb": 1,
u"ec": 8,
u"ed": 25,
u"ee": 3,
u"ef": 4,
u"eg": 3,
u"eh": 6,
u"ei": 4,
u"el": 4,
u"em": 5,
u"en": 9,
u"eo": 5,
u"ep": 4,
u"eq": 1,
u"er": 22,
u"es": 9,
u"et": 13,
u"eu": 2,
u"ev": 4,
u"ew": 4,
u"ey": 3,
u"fa": 3,
u"fd": 1,
u"ff": 1,
u"fi": 5,
u"fo": 10,
u"fr": 3,
u"ft": 3,
u"fu": 1,
u"ga": 6,
u"gb": 1,
u"ge": 6,
u"gg": 1,
u"gh": 4,
u"gl": 1,
u"go": 3,
u"gp": 1,
u"gr": 5,
u"gw": 1,
u"ha": 24,
u"he": 33,
u"hf": 1,
u"hi": 7,
u"hl": 1,
u"ho": 8,
u"ht": 5,
u"hu": 1,
u"ib": 1,
u"ic": 8,
u"id": 1,
u"ie": 3,
u"ig": 2,
u"il": 2,
u"in": 16,
u"io": 9,
u"ir": 2,
u"is": 9,
u"it": 8,
u"iv": 7,
u"ke": 1,
u"kr": 1,
u"kw": 1,
u"la": 3,
u"ld": 4,
u"le": 6,
u"lh": 1,
u"li": 6,
u"ll": 8,
u"lm": 2,
u"ln": 2,
u"lo": 3,
u"lr": 1,
u"lt": 1,
u"lv": 1,
u"lw": 1,
u"ly": 2,
u"ma": 1,
u"mb": 1,
u"me": 7,
u"mi": 1,
u"mt": 1,
u"na": 10,
u"nc": 4,
u"nd": 9,
u"ne": 4,
u"nf": 1,
u"ng": 9,
u"ni": 2,
u"nl": 2,
u"nm": 1,
u"nn": 4,
u"no": 11,
u"ns": 4,
u"nt": 6,
u"nv": 1,
u"ny": 2,
u"oa": 1,
u"ob": 3,
u"oc": 1,
u"od": 3,
u"of": 6,
u"og": 1,
u"oh": 1,
u"ol": 1,
u"om": 4,
u"on": 20,
u"oo": 2,
u"op": 5,
u"or": 17,
u"os": 3,
u"ot": 13,
u"ou": 7,
u"ov": 2,
u"ow": 3,
u"pe": 5,
u"pl": 4,
u"po": 4,
u"pr": 2,
u"qu": 1,
u"ra": 7,
u"rd": 1,
u"re": 27,
u"rf": 3,
u"rg": 4,
u"ri": 1,
u"rk": 1,
u"rl": 3,
u"rn": 1,
u"ro": 6,
u"rp": 2,
u"rs": 5,
u"rt": 10,
u"ru": 3,
u"rw": 2,
u"sa": 4,
u"sb": 2,
u"sc": 2,
u"se": 10,
u"sf": 2,
u"sg": 1,
u"sh": 6,
u"si": 1,
u"sk": 1,
u"sn": 1,
u"so": 4,
u"sr": 1,
u"ss": 1,
u"st": 7,
u"su": 1,
u"ta": 2,
u"tb": 1,
u"tc": 4,
u"td": 1,
u"te": 11,
u"tf": 3,
u"th": 47,
u"ti": 17,
u"tl": 3,
u"tn": 2,
u"to": 11,
u"tp": 1,
u"tr": 2,
u"tt": 9,
u"tw": 5,
u"ty": 2,
u"ua": 1,
u"ug": 3,
u"ul": 2,
u"un": 3,
u"ur": 6,
u"us": 5,
u"ut": 2,
u"va": 2,
u"ve": 17,
u"vi": 3,
u"vo": 2,
u"wa": 2,
u"wb": 1,
u"we": 11,
u"wh": 8,
u"wi": 1,
u"wn": 1,
u"wo": 2,
u"ww": 1,
u"ya": 1,
u"yd": 1,
u"ye": 1,
u"yg": 1,
u"yh": 1,
u"yn": 1,
u"yr": 1,
u"ys": 1,
u"yt": 1,
u"yw": 1,
}
actual = obj.getAllWordsAndCount()
# pprint( actual )
self.assertEqual(expected, actual)
return
def test_trie_counts_and_prefix(self):
obj = DTrie()
actual_words = ["a", "ab", "abc", "abc", "bbc"]
[obj.add(w) for w in actual_words]
for w in actual_words:
self.assertTrue(obj.isWord(w))
self.assertEqual(len(obj.getAllWords()), 4)
self.assertEqual(obj.getAllWordsPrefix("ab"), ["ab", "abc"])
self.assertEqual(obj.getWordCount("abc"), 2)
obj = DTrie()
list(map(obj.add, ["foo", "bar", "bar", "baz"]))
self.assertEqual(
(obj.getWordCount("bar"), obj.getWordCount("baz"), obj.getWordCount("foo")),
(2, 1, 1),
)
def test_trie_neg(self):
obj = DTrie()
self.assertEqual( obj.getAllWords(), [] )
self.assertEqual( obj.getAllWordsPrefix('none'), [] )
self.assertFalse( obj.isWord('fubar',True)[0] )
self.assertTrue( obj.isWord('fubar',True)[1] )
def test_trie_neg(self):
obj = DTrie()
self.assertEqual( obj.getAllWords(), [] )
self.assertEqual( obj.getAllWordsPrefix('none'), [] )
self.assertFalse( obj.isWord('fubar',True)[0] )
self.assertTrue( obj.isWord('fubar',True)[1] )
def test_words_n_count(self):
obj = DTrie()
words = ["foo", "bar", "bar", "bar", "baz"]
[obj.add(w) for w in words]
actual = {"foo": 1, "bar": 3, "baz": 1}
self.assertEqual(obj.getAllWordsAndCount(), actual)
def test_words_n_count(self):
obj = DTrie()
words = ['foo','bar','bar','bar','baz']
[obj.add(w) for w in words]
actual = {'foo':1,'bar':3,'baz':1}
self.assertEqual(obj.getAllWordsAndCount(),actual)
def test_words_n_count(self):
obj = DTrie()
words = ['foo','bar','bar','bar','baz']
[obj.add(w) for w in words]
actual = {'foo':1,'bar':3,'baz':1}
self.assertEqual(obj.getAllWordsAndCount(),actual)