def test_task5_api5():
'''
Test end-to-end functionality
'''
tweets = [{
'text': 'the cat in the hat'
}, {
'text': "don't let the cat on the hat"
}, {
'text': "the cat's hat"
}, {
'text': "the hat cat"
}]
assert find_min_count_ngrams(tweets, 2, 2) == [(('cat', 'hat'), 2)]
assert find_min_count_ngrams(tweets, 3, 2) == []
assert (find_min_count_ngrams(tweets, 4,
1) == [(("don't", 'let', 'cat', 'hat'), 1)])
def test_find_min_count_ngrams(params):
'''
test code for find_min_count_ngrams
'''
# fix the type of expected
params["expected"] = [(tuple(k), v) for (k, v) in params["expected"]]
recreate_msg = setup_tweets(params)
call_str = " analyze.find_min_count_ngrams(tweets, {}, {})"
recreate_msg += call_str.format(params["n"], params["min_count"])
try:
actual = analyze.find_min_count_ngrams(params["tweets"], params["n"],
params["min_count"])
except Exception as e:
msg = str(e) + "\n" + recreate_msg
pytest.fail(msg)
compare_tuple_lists(actual, params, recreate_msg)
def test_task5_api4():
'''
Test emoji removal
'''
tweets = [{'text': ';)'}]
assert find_min_count_ngrams(tweets, 2, 1) == []
def test_task5_api3():
'''
Test to see if prefix filtering is done properly
'''
tweets = [{'text': '@Dog dog'}]
assert find_min_count_ngrams(tweets, 2, 1) == []
def test_task5_api2():
'''
Test upper and lower case handling
'''
tweets = [{'text': 'Dog dog'}]
assert find_min_count_ngrams(tweets, 2, 1) == [(('dog', 'dog'), 1)]
def test_task5_api1():
'''
Test punctuation removal
'''
tweets = [{'text': 'the dog, a dog'}]
assert find_min_count_ngrams(tweets, 2, 1) == [(('dog', 'dog'), 1)]