def test_get_word_searches_word_within_length_available(
self, MockWordData):
MockWordData.default_word = 'default word'
MockWordData.word_dict = OriginalWordData.word_dict
MockWordData.word_dict['t'] = {
'test word zero': 'definition of test word zero',
'test word one': 'definition of test word one'
}
with patch('playing_around.get_word.random') as mock_random:
get_word('t')
mock_random.randrange.assert_called_with(0, 2)
MockWordData.word_dict['t']['test word two'] = 'definition'
get_word('t')
mock_random.randrange.assert_called_with(0, 3)
def test_get_word_gets_default_word_if_letter_not_found(
self, MockWordData):
MockWordData.default_word = 'default word'
MockWordData.word_dict = OriginalWordData.word_dict
MockWordData.word_dict.pop('t')
tested_word = get_word('t')
self.assertEqual(tested_word, 'default word')
def test_get_word_gets_default_word_if_none_with_letter(
self, MockWordData):
MockWordData.default_word = 'default word'
MockWordData.word_dict = OriginalWordData.word_dict
MockWordData.word_dict['t'] = {}
tested_word = get_word('t')
self.assertEqual(tested_word, 'default word')
def test_get_word_works_with_upper_case_letters(self, MockWordData):
MockWordData.default_word = 'default word'
MockWordData.word_dict = OriginalWordData.word_dict
MockWordData.word_dict['t'] = {
'test word': 'definition of the test word'
}
tested_word = get_word('T')
self.assertEqual(tested_word, 'test word')
def test_get_word_gets_only_word_available_with_letter(self, MockWordData):
MockWordData.default_word = 'default word'
MockWordData.word_dict = OriginalWordData.word_dict
MockWordData.word_dict['t'] = {
'test word': 'definition of the test word'
}
tested_word = get_word('t')
self.assertEqual(tested_word, 'test word')
def test_get_word_gets_random_word_if_many_with_letter(self, MockWordData):
MockWordData.default_word = 'default word'
MockWordData.word_dict = OriginalWordData.word_dict
MockWordData.word_dict['t'] = {
'test word zero': 'definition of test word zero',
'test word one': 'definition of test word one',
'test word two': 'definition of test word two'
}
with patch('playing_around.get_word.random') as mock_random:
mock_random.randrange.return_value = 0
tested_word = get_word('t')
self.assertEqual(tested_word, 'test word zero')
mock_random.randrange.return_value = 2
tested_word = get_word('t')
self.assertEqual(tested_word, 'test word two')
mock_random.randrange.return_value = 1
tested_word = get_word('t')
self.assertEqual(tested_word, 'test word one')
def test_get_word_gets_default_word_if_index_not_found(self, MockWordData):
MockWordData.default_word = 'default word'
MockWordData.word_dict = OriginalWordData.word_dict
MockWordData.word_dict['t'] = {
'test word zero': 'definition of test word zero',
'test word one': 'definition of test word one',
'test word two': 'definition of test word two'
}
with patch('playing_around.get_word.random') as mock_random:
mock_random.randrange.return_value = 4
tested_word = get_word('t')
self.assertEqual(tested_word, 'default word')
def test_get_word_uses_random_letter_if_no_letter_given(
self, MockWordData):
MockWordData.default_word = 'default word'
MockWordData.word_dict = OriginalWordData.word_dict
MockWordData.word_dict['t'] = {'test word': 'definition of test word'}
MockWordData.word_dict['a'] = {
'another test word': 'definition of another test word'
}
with patch('playing_around.get_word.random') as mock_random:
# keep mock working as expected of random
mock_random.randrange.side_effect = randrange
mock_random.choice.return_value = 't'
tested_word = get_word()
self.assertEqual(tested_word, 'test word')
mock_random.choice.return_value = 'a'
tested_word = get_word()
self.assertEqual(tested_word, 'another test word')
mock_random.choice.assert_called_with(ascii_lowercase)