Ocelots -- Monica B. #6
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| # ******************************************************************************************* | ||
| # ****** Add assertions here to test that the correct movie was added to "watched" ********** | ||
| # ******************************************************************************************* | ||
| assert updated_data["watched"][0] == "It Came from the Stack Trace" |
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Nice assertion for the title! In this case where the test is checking individual keys of a dictionary, I recommend including assertions for all of the relevant keys.
assert updated_data["watched"][0] == "It Came from the Stack Trace"
assert updated_data["watched"][0] == RATING_1
assert updated_data["watched"][0] == GENRE_1| # ******************************************************************************************* | ||
| # ****** Add assertions here to test that the correct movie was added to "watched" ********** | ||
| # ******************************************************************************************* | ||
| assert updated_data["watched"][1] == "It Came from the Stack Trace" |
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Like the test above, we would want to confirm the rest of the data in the movie updated_data["watched"][1] holds the expected values.
The README isn't explicit about what order we should add movies to the list watched. If we want our tests to be independent from a specific implementation that adds movies to a particular location in the watched list, we could use the in keyword to check if the dictionary that the variable movie_to_watch points to is in the watched list instead of looking at a specific index:
assert movie_to_watch in updated_data["watched"]
# Another option:
assert HORROR_1 in updated_data["watched"]| test = {'genre': 'Fantasy', 'rating': 4.0, | ||
| 'title': 'The Programmer: An Unexpected Stack Trace'} | ||
| assert test in friends_unique_movies |
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Nice check for FANTASY_4 👍 I would suggest checking for each of the movies we expect in friends_unique_movies to ensure only what we expected was added to the list.
assert INTRIGUE_3 in friends_unique_movies
assert HORROR_1 in friends_unique_movies
assert FANTASY_4 in friends_unique_movies| recommendations = get_new_rec_by_genre(sonyas_data) | ||
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| # Assert | ||
| assert len(recommendations) == 0 |
| def create_movie(title, genre, rating): | ||
| pass | ||
| if not title or not genre or not rating: |
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Great use of the truthy/falsy values to check for empty strings or None in one statement!
| # ----------------------------------------- | ||
| def get_unique_watched(user_data): | ||
| result = [] | ||
| friends_watched_movies = set() |
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Neat use of set to ensure we don't have duplicates in the friends movies!
| friends_watched_movies = [] | ||
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| for friend in user_data["friends"]: | ||
| for movie_record in friend["watched"]: | ||
| if movie_record not in friends_watched_movies: | ||
| friends_watched_movies.append(movie_record) |
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Both get_unique_watched and get_friends_unique_watched have similar code that creates a collection representing the movies in user_data["friends"]. Is there a way we could restructure these functions or add a helper function that would let us share code?
| # ----------------------------------------- | ||
| def get_available_recs(user_data): | ||
| result = [] | ||
| friends_watched_movies = get_friends_unique_watched(user_data) |
| for data in friends_watched_movies: | ||
| if data["host"] in user_data["subscriptions"]: | ||
| result.append(data) |
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Nice algorithm! Another way we could approach filtering the unique_watched list is with a list comprehension:
# list comprehension
result = [movie for movie in friends_watched_movies if movie["host"] in user_data["subscriptions"]]This line is a bit long, in practice we would split a statement like this across lines, use some extra variables, or shorten some naming to keep under the PEP8 guide of 79 characters max per line:
# list comprehension
result = [movie for movie in friends_watched_movies
if movie["host"] in user_data["subscriptions"]]| return result | ||
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| def get_rec_from_favorites(user_data): |
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Nice wave 5 implementations!
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