def grid(self):
""" Generate the grid if needed and return it """
if not self._grid:
self._grid = {}
digits = digitize(self.full_name)
size = self.width * self.height + 1
for i in range(1, size):
count, explanation = count_occurrences(digits, i, explain=True)
example = examplify(self.full_name, explanation, count)
self._grid[i] = {
'count': count,
'example': example,
}
cache.set(self._cache_key, self._grid)
return self._grid
def run(self):
consonants = re.sub(re_vowels, '_', self.full_name)
digits = utils.digitize(consonants)
self._result = utils.simplify(digits)
self._example = utils.examplify(consonants, digits, self._result)
def test_digitization_number(self):
""" Number should be digitized without any trouble """
string = "123456789"
self.assertEqual(string, utils.digitize(string))
def test_digitization_non_alpha(self):
""" Digitization of non parsable characters should result in underscores """
string = "A+&\"'(_"
self.assertEqual("1______", utils.digitize(string))
def test_digitization_alpha_and_space(self):
""" Digitization of alpha string with space should result not create interferences """
string = "a C e G i"
self.assertEqual("1 3 5 7 9", utils.digitize(string))
def test_digitization_alpha_string_upper(self):
""" Digitization of upper alpha string should be transformable into int easily """
string = "ABCDEFGHIJKLMNOPQRSTUVWXYZ"
self.assertEqual("12345678912345678912345678", utils.digitize(string))
def test_digitization_alpha_string_lower(self):
""" Digitization of lower alpha string should be transformable into int easily """
string = "abcdefghijklmnopqrstuvwxyz"
self.assertEqual("12345678912345678912345678", utils.digitize(string))
def test_digitization_empty_string(self):
""" Digitization of empty string should return an empty string """
string = ""
self.assertEqual("", utils.digitize(string))
def test_digitization_alphanumeric(self):
""" Alphanumeric string should be no trouble """
string = "A2C4E6"
self.assertEqual("123456", utils.digitize(string))
def run(self):
digits = utils.digitize(self.last_name)
self._result = utils.simplify(digits)
self._example = utils.examplify(self.last_name, digits, self._result)
def run(self):
digits = utils.digitize(self.given_names)
self._result = utils.simplify(digits)
self._example = utils.examplify(self.given_names, digits, self._result)
