def test_should_the_result_of_anagrams_contains_a_list_with_two_anagrams_equals_topa_and_apot(
self):
anagrammer = Anagrammer('topa')
matrix = [['to', 'pa'], ['tooooop', 'a'], ['t', 'op', 'pa'],
['pot', 'aa'], ['apot']]
result = anagrammer.get_the_result_of_anagrams(matrix)
self.assertListEqual([['to', 'pa'], ['apot']], result.anagrams)
def test_should_get_the_result_of_anagrams_without_anagrams_given_a_matrix_not_contains_anagrams(
self):
anagrammer = Anagrammer('maria')
matrix = [['0', '1'], ['6', '1'], ['9', '34', '8'], ['23', '76'],
['000']]
result = anagrammer.get_the_result_of_anagrams(matrix)
self.assertEqual(0, result.number_of_anagrams)
def test_should_get_the_result_of_anagrams_with_three_anagrams_given_a_matrix_contains_three_anagrams(
self):
anagrammer = Anagrammer('maria')
matrix = [['ma', 'ria'], ['mm', 'ira'], ['ma', 'ri', 'a'],
['a', 'arim'], ['nothing']]
result = anagrammer.get_the_result_of_anagrams(matrix)
self.assertEqual(3, result.number_of_anagrams)
def get_result_of_anagram(self, word_for_check: str):
anagrammer = Anagrammer(word_for_check)
allowed_words = [
word for word in self._full_list
if self.__contains_allowed_letters(word, word_for_check)
]
matrix = [[first, second] for first in allowed_words
for second in allowed_words]
return anagrammer.get_the_result_of_anagrams(matrix)
def check_with_word(self, word_for_check: str):
anagrammer = Anagrammer(word_for_check)
allowed_words = [
word for word in self._full_list
if self.__contains_allowed_letters(word, word_for_check)
]
words_together = [
first + second for first in allowed_words
for second in allowed_words
]
return anagrammer.is_has_anagram(words_together)
def __init__(self):
# Generate solvers.
anagrammer = Anagrammer(anagram_database_file)
anagram_solver = AnagramSolver(anagram_indicator_file, anagrammer)
double_solver = DoubleSolver()
hidden_solver = HiddenSolver(hidden_indicator_file, anagrammer)
reverse_solver = ReverseSolver(reverse_indicator_file, anagrammer)
self.solvers = [anagram_solver, hidden_solver, reverse_solver]
self.aux_solvers = [double_solver]
def test_should_indicate_true_if_finding_a_anagram_on_a_list(self):
anagrammer = Anagrammer('documenting')
self.assertTrue(anagrammer.is_has_anagram(['abc', 'ntmeingcudo']))
def test_should_obtain_the_quantity_of_anagrams_for_the_sentence(self):
anagrammer = Anagrammer('eu vou e já volto')
self.assertEqual(129729600, anagrammer.get_number_of_anagrams())
def test_should_obtain_the_quantity_of_anagrams_for_the_word_not_containing_equal_letters(
self):
anagrammer = Anagrammer('topa')
self.assertEqual(24, anagrammer.get_number_of_anagrams())
def test_should_obtain_the_quantity_of_anagrams_for_the_word_containing_three_equal_letters(
self):
anagrammer = Anagrammer('abacaxi')
self.assertEqual(840, anagrammer.get_number_of_anagrams())
def test_should_the_result_of_anagrams_contains_the_word_from_anagram(
self):
anagrammer = Anagrammer('topa')
result = anagrammer.get_the_result_of_anagrams([])
self.assertEqual('topa', result.word)
def test_should_indicate_false_if_not_finding_a_anagram_on_a_list(self):
anagrammer = Anagrammer('documenting')
self.assertFalse(anagrammer.is_has_anagram(['to', 'do']))