def test_count_strings(self):
text = ("verano verano verano primavera primavera primavera "
"invierno invierno invierno")
solution = [('verano', 3), ('primavera', 3), ('invierno', 3)]
result, words, set_words = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
assert words == 9
assert set_words == 3
def test_check_several_strings_are_the_same(self):
text = ("hola caracola, esto es un texto de prueba!!")
solution = ['hola', 'caracola', 'esto', 'texto', 'de', 'prueba']
result = StringsCounter.count_strings(text)
same = True
for i in range(0, len(solution)):
if result[i][0] not in solution == True:
same = False
break
assert same
def test_numbers_in_string(self):
text = ("1 4m 4 133t h4ck3r")
solution = [('4m', 1), ('133t', 1), ('h4ck3r', 1)]
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_strings_are_more_than_1_char(self):
text = ("a b cd efg h i jk")
solution = [('cd', 1), ('efg', 1), ('jk', 1)]
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_numbers_without_string(self):
text = ("1 2 3")
solution = []
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_method_clear_punctiation_symbols_at_end_of_string(self):
word = "Hola?"
solution = "Hola"
result = StringsCounter.clear_punctiation_symbols(word)
assert collections.Counter(result) == collections.Counter(solution)
def test_empty_text(self):
text = ("")
solution = []
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_punctuation_symbol_with_string(self):
text = ("Hola...")
solution = [('hola', 1)]
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_method_clear_stopword(self):
word = "aquel"
solution = ""
result = StringsCounter.clear_stopwords(word)
assert collections.Counter(result) == collections.Counter(solution)
def test_varias_siglas_con_strings(self):
text = ("la C.I.A esta trabajando con la N.A.S.A")
solution = [('nasa', 1), ('trabajando', 1), ('cia', 1)]
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_unicode_diferentes(self):
text = ("❤ ☢ ❤ ☢")
solution = []
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_sigla_unica(self):
text = ("C.I.A")
solution = [('cia', 1)]
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_varias_siglas(self):
text = ("C.I.A N.A.S.A")
solution = [('cia', 1), ('nasa', 1)]
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_correct_order(self):
text = ("hola hola hola adios adios buenas")
solution = [('hola', 3), ('adios', 2), ('buenas', 1)]
assert solution == StringsCounter.count_strings(text)
def test_different_capital_letters_same_number(self):
text = ("HoLA hola HOLA")
solution = [('holi', 3)]
assert solution[0][1] == StringsCounter.count_strings(text)[0][1]
def test_meter_numeros_String(self):
text = ("1 2 3 1 2 3 1 2 3 4 alvaro 6")
solution = [('alvaro', 1)]
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_punctuation_symbol_alone(self):
text = (". . .")
solution = []
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_unicode_string(self):
text = ("las armas ☢ son peligrosas")
solution = [('armas', 1), ('son', 1), ('peligrosas', 1)]
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_count_strings(self):
text = ("verano verano verano")
solution = [('verano', 3)]
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_count_varios_Strings(self):
text = ("verano verano verano primavera primavera primavera "
"invierno invierno invierno")
solution = [('verano', 3), ('primavera', 3), ('invierno', 3)]
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
def test_punctuation_symbol_with_strings_of_diferent_lenght(self):
text = ("a... bc! def??")
solution = [('bc', 1), ('def', 1)]
result = StringsCounter.count_strings(text)
assert collections.Counter(result) == collections.Counter(solution)
import sys
from sample.strings_counter import StringsCounter
if __name__ == "__main__":
args = sys.argv[1:]
#Esto imprimira el resultado de forma bonita
dic, words, set_words = StringsCounter.count_strings(args)
StringsCounter.print_solution(dic, words, set_words)
def test_method_clear_punctiation_symbols_alone(self):
word = "!"
solution = ""
result = StringsCounter.clear_punctiation_symbols(word)
assert collections.Counter(result) == collections.Counter(solution)
def test_count_words(self):
word = "Hola"
text = ['Hola', 'Hola', 'Hola']
solution = 3
result = StringsCounter.count_words(word, text)
assert result == solution
def test_check_one_string_is_the_same(self):
text = ("hola")
solution = ['hola']
result = StringsCounter.count_strings(text)
assert result[0][0] == solution[0]
def test_count_words_uneven_text(self):
word = "Hola"
text = ['Hola', 'este', 'texto', 'es', 'de', 'prueba', 'Hola']
solution = 2
result = StringsCounter.count_words(word, text)
assert result == solution
import sys
from sample.strings_counter import StringsCounter
if __name__ == "__main__":
args = sys.argv[1:]
#Esto imprimira el resultado de forma bonita
dic = StringsCounter.count_strings(args)
StringsCounter.print_solution(dic)
def test_method_clear_punctiation_symbols_inside_string(self):
word = "H<o.l;a)"
solution = "Hola"
result = StringsCounter.clear_punctiation_symbols(word)
assert collections.Counter(result) == collections.Counter(solution)