def test_words_containing():
"""Return True/False if the test of words_containing passes/fails"""
# Test 1 make sure it matches upper and lower case
sentence = "The cow jumped over the moon"
result = words_containing(sentence, 't')
expected = ['The', 'the']
if result != expected:
return False
# Test 2 make sure it gets all the words
expected = ['cow', 'over', 'moon']
result = words_containing(sentence, 'o')
if result != expected:
return False
# Test 3 Return empty string if no matches
expected = []
result = words_containing(sentence, 'x')
if result != expected:
return False
# Test 4 No error if sentence is empty
if words_containing('', 'a') != []:
return False
# All tests passed if we get here
return True
def test_words_containing():
"""Return True/False if the test of words_containing passes/fails"""
sentence = "Anyone who has never made a mistake has never tried anything"
sentence2 = "The cow jumped over the moon"
new_list = words_containing(sentence, 'a')
new_list2 = words_containing(sentence, 'x')
new_list3 = words_containing('', 'x')
new_list4 = words_containing(sentence2, 't')
if new_list == [
'Anyone', 'has', 'made', 'a', 'mistake', 'has', 'anything'
]:
if new_list2 == []:
if new_list3 == []:
if new_list4 == ['The', 'the']:
return True
else:
return False
def test_words_containing():
"""Return True or False if the test of len_safe passes/fails"""
TEST_PASSED = True # Assume the test will succeed
SENTENCE_TEST = '''Anyone who has never made
a mistake has never tried anything new'''
result = words_containing(SENTENCE_TEST, 'a')
if result != ['Anyone', 'has', 'made', 'a', 'mistake', 'has', 'anything']:
TEST_PASSED = False
SENTENCE_TEST = ""
result = words_containing(SENTENCE_TEST, 'x')
if result != []:
TEST_PASSED = False
SENTENCE_TEST = "The cow jumped over the moon"
result = words_containing(SENTENCE_TEST, 't')
if result != ['The', 'the']:
TEST_PASSED = False
SENTENCE_TEST = "The cow jumped over the moon"
result = words_containing(SENTENCE_TEST, 'o')
if result != ['cow', 'over', 'moon']:
TEST_PASSED = False
return TEST_PASSED
def test_words_containing():
# Test 1
# If test1 passed, head to test2
# If test1 failed, return False immidiately
sentenses = "The people who get on in this world are the people who get up and look for circumstances they want,'\
and if they cannot find them, make them.——Bernara Shaw"
letter = 'o'
list1 = words_containing(sentenses, letter)
list2 = [
"people", "who", "on", "world", "people", "who", "look", "for",
"cannot"
]
i = 0
while (i < len(list1)):
if list1[i] == list2[i]:
i = i + 1
continue
else:
return False
if (len(list1) == len(list2)):
test1 = True
else:
return False
# Test2 empty list
sentenses = ""
letter = 'a'
list1 = words_containing(sentenses, letter)
list2 = []
if list1 == list2:
test2 = True
else:
return False
if test1 is True and test2 is True:
return True
"""Return True/False if the test of words_containing passes/fails"""
for txt in args.texts:
print(len(txt), end='')
print(' ', end='')
print('\n', end='')
# If you prefer to call a single main() function written above the
# if __name__ == "__main__":
# statement, that is OK with me.
# The important thing is to make it work correctly. ;-)
# But don't overthink things.
### Part1: words_containing
sentence = "Anyone who has never made a mistake has never tried anything new"
result = words_containing(sentence, 'a')
result.sort()
gt = ['Anyone', 'has', 'made', 'a', 'mistake', 'has', 'anything']
gt.sort()
assert (result == gt)
result = words_containing(sentence, 'x')
result.sort()
gt = []
assert (result == gt)
result = words_containing('', 'x')
result.sort()
gt = []
assert (result == gt)