isle 0.2.0

A clear and distinct wrapper of The Movie Database API.

THE MOVIE DATABASE PYTHON WRAPPER

isle is a clear and distinct wrapper for The Movie Database API.

TABLE OF CONTENTS

• REQUIREMENTS
• INSTALLATION
• TMDB API KEY
• FUNCTIONS
• OBJECTS
• ACCOUNT

REQUIREMENTS

• Python 3.6+
• No dependencies other than the standard library

INSTALLATION

Using pip:

pip install isle

TMDB API KEY

Export your TMDb API key as an environment variable:

$ export TMDB_API_KEY='YOUR_API_KEY'

Or set the TMDB_API_KEY variable:

import isle

isle.TMDB_API_KEY = 'YOUR_API_KEY'

FUNCTIONS

Search

Search functions look for movies, TV shows, people or companies by their names or titles.

All search functions are generators.

>>> import inspect
>>> import isle

>>> inspect.isgenerator(isle.search_movie)
True

>>> inspect.isgenerator(isle.search_show)
True

>>> # and so on.

isle.search_movie(query: str, **kwargs)

Searches for movies. It generates Movie instances.

Let's search for Ozu's "Tokyo Story":

>>> for movie in isle.search_movie("Tokyo Story"):
...     print(movie)

Movie(18148)
Movie(528533)
...
Movie(104343)

Let's get only the first result:

>>> tokyo_story = next(isle.search_movie("Tokyo Story", year=1953))

>>> tokyo_story
Movie(18148)

There are several keyword arguments:

• year — filters a movie by release year
• region — filters release dates. Must be an ISO 3166-1 code (uppercase).
• include_adults — chooses whether to inlcude adult (pornography) content in the results (bool).
• language — displays translated data for the fields that support it (some default values in Movie object). Must be an ISO 639-1 code.

isle.search_show(query: str, **kwargs)

Searches for a TV show. It generates Show instances.

>>> castle_rock = next(isle.search_show("Castle Rock"))

>>> castle_rock
Show(71116)

There is a keyword argument first_air_date_year, which can be specified for more accurate results.

isle.search_person(query: str, **kwargs)

Searches for people. It generates Person instances.

>>> john_cassavetes = next(isle.search_person("John Cassavetes"))

>>> john_cassavetes
Person(11147)

There are language, region and include_adults keyword arguments (see the part about search_movie above to understand what they change).

isle.search_company(query: str, **kwargs)

Searches for companies. It generates Company instances.

>>> lucasfilm_company = next(isle.search_company("Lucasfilm"))

>>> lucasfilm_company
Company(1)

Discover

Like search functions, all discover functions are also generators. But instead of searching by name or title, these ones descover movies or TV shows by different types of data like average rating, number of votes, genres and certifications.

To understand options, you need to read this and this.

isle.discover_movies(options: dict)

Discovers movies by different types of data.

Let's discover the first 3 movies with Jason Schwartzman:

>>> from itertools import islice

>>> schwartzman = next(isle.search_person("Jason Schwartzman"))

>>> options = {
    "sort_by": "release_date.asc",
    "with_cast": schwartzman.tmdb_id
}

>>> for movie in islice(isle.discover_movies(options), 3):
...     print(f"'{movie.year} - {movie.title['original']}'")

'1998 - Rushmore'
'2001 - CQ'
'2002 - Slackers'

isle.discover_shows(options: dict)

Discovers TV shows by different types of data. It works like discover_movies, but note that the options are different.

Let's discover top 3 most popular TV shows on TMDb:

>>> options = {'sort_by': 'popularity.desc'}

>>> for show in islice(isle.discover_shows(options), 3):
...     print(f"'{show.vote.average:<10} {show.title['original']}'")

'8         ドラゴンボール'
'6.7       The Flash'
'6.8       The Big Bang Theory'

Find

isle.find(external_id: str, *, src: str, **options)

The find function searches for objects (movies, TV shows and people) by an external ID (for example, an IMDb ID). It returns the results in a single response.

>>> results = tmdb.find("tt0053604", src="imdb_id")

>>> results
{'movie_results': [Movie(284)], 'person_results': [], 'tv_results': []}

Others

Other functions return some general information, such as genres, languages, time zones supported in TMDb.

Let's just list them all (you always can use the build-in help function to see more information):

• isle.get_movie_certifications(country=None)
• isle.get_show_certifications(country=None)
• isle.get_movie_genres(objects=False)
• isle.get_show_genres(objects=False)
• isle.get_image_configurations()
• isle.get_countries(objects=False)
• isle.get_jobs()
• isle.get_languages(objects=False)
• isle.get_primary_translations()
• isle.get_timezones()

OBJECTS

Let's take a close look at Movie, Show, Person and Company objects.

• They can be initialized by a TMDb ID or obtained by search and discover functions (as we see above).

• They can be used in two different ways: use methods that return raw responses or use properties that enrich objects with more functionality (you'll see this below)

Movie

Represents a movie. It can be initialized with a TMDb ID.

>>> movie = isle.Movie(18148)

Now the movie doesn't contain any data except the ID. It hasn't made any requests to the API yet (You can see how many requests were made by the n_requests attribute).

>>> movie.data
{'id': 18148}

>>> movie.n_requests
0

Methods

Movie (as well as other objects, such as Show, Person or Company) has get_<something> and iter_<something> methods. Let's list them:

• get_all()
• get_alternative_titles()
• get_changes()
• get_credits()
• get_details()
• get_external_ids()
• get_images()
• get_keywords()
• get_release_dates()
• get_translations()
• get_videos()
• iter_lists()
• iter_recommendations()
• iter_reviews()
• iter_similar_movies()

Each method makes only one request to the API. That's why the best practice is to use get_all() method instead of calling several other methods. So instead of doing the following:

>>> movie = isle.Movie(18148)

>>> credits = movie.get_credits() # making first request

>>> movie.n_requests
1

>>> keywords = movie.get_keywords()  # making second request

>>> movie.n_requests
2

Do this:

>>> movie = isle.Movie(18148)

>>> movie.n_requests
0

>>> all_data = movie.get_all() # making first request

>>> movie.n_requests
1

>>> credits, keywords = all_data["credits"], all_data["keywords"]

>>> movie.n_requests
1

All the received data is saved in the data attribute. Now it contains all the data, because we've called the get_all() method.

>>> all_data == movie.data
True

>>> keywords == movie.data["keywords"]
True

All the data received with methods is structured in the same way as in the raw API responses.

Properties ☝️

Another way to get data is to use properties (it is actually the best way).

Let's see an example. What if you need to get the titles of a movie in different languages? You can call get_all() and retrieve the titles from the data attribute:

>>> movie.get_all()

>>> acc = {}

>>> acc["original"] = movie.data["original_title"]

>>> acc["default"] = movie.data["title"]

>>> for item in movie.data["translations"]["translations"]:
...    acc[item["iso_3166_1"]] = item["data"]["title"]

>>> acc
{'original': '東京物語', 'default': 'Tokyo Story', 'RU': 'Токийская повесть', 'US': 'Tokyo Story',  ..., 'FR': 'Voyage à Tokyo'}

Or you can just use the title property:

>>> movie = isle.Movie(18148)

>>> movie.title
{'original': '東京物語', 'default': 'Tokyo Story', 'RU': 'Токийская повесть', 'US': 'Tokyo Story',  ..., 'FR': 'Voyage à Tokyo'}

>>> movie.n_requests
1

In the same way you can use the overview property:

>>> movie.overview["FR"]
"Un couple de personnes âgées rend visite à leurs enfants à Tokyo. D'abord reçus avec les égards qui leur sont dûs, ils deviennent bientôt dérangeants dans leur vie quotidienne."

When a property is called, it searches for the required data in the data attribute and if there is no such data, it calls get_all() behind the scenes. After calling the title attribute, all the raw data is downloaded to the data attribute.

>>> movie.genres
[Genre(tmdb_id=18, name='Drama')] # Genre is a `NamedTuple` object

>>> person, credit = movie.crew[0]
>>> person.name, credit.job
('Yasujirō Ozu', 'Director')

>>> person, credit = movie.cast[0]
>>> person.name, credit.job, credit.character
('Chishū Ryū', 'Actor', 'Shukishi Hirayama')

>>> movie.vote
Vote(average=8.3, count=292) # It is a `NamedTuple` object too

>>> movie.releases["US"]
[{'certification': '', 'type': 3, 'date': '1972-03-13T00:00:00.000Z', 'note': ''}]

>>> movie.n_requests
1

When search_movie and discover_movie functions return Movie instances, they add initial data to the data atributes.

>>> tokyo_story = next(isle.search_movie("Tokyo Story", year=1953))

>>> tokyo_story.n_requests
0

>>> tokyo_story.year
1953

>>> tokyo_story.is_adult
False

>>> tokyo_story.popularity
5.816

>>> tokyo_story.n_requests # it did not make API requests yet
0

>>> # but
>>> person, credit = tokyo_story.crew[0]
>>> tokyo_story.n_requests
1

In the same way, Movie adds some initial data to the data attribute of Person and Company instances:

>>> person, _ = tokyo_story.crew[0]

>>> person.name
'Yasujirō Ozu'

>>> person.n_requests
0

>>> company = tokyo_story.companies[0]
>>> company.name
'Shochiku Co., Ltd.'

>>> company.n_requests
0

Use the build-in help function to see all available properties.

Show, Person and Company

These objects are similar to Movie. They also have get_<something> and iter_<something> methods and properties that do all the routine work.

The main difference is that Company doesn't have the get_all() method, so, behind the scenes, it can call several get methods (though the main information is returned by get_details()).

>>> company = Company(1)

>>> company.name
'Lucasfilm'

>>> company.homepage
'http://www.lucasfilm.com'

>>> company.n_requests
1

>>> company.logos # searches for images and calls `get_images` if there are no images in the `data` attribute
[Image(heigh=99, width=295, _type=logo)]

>>> company.n_requests
2

>>> company.also_known_as # searches for alternative_names and calls `get_alternative_names` if there are no names in the `data` attribute
[]

>>> company.n_requests
3

Season, Episode, Credit and others

A Season is returned by a Show (and an Episode is returned by Season). These ones and Credit are also similar to the main objects above.

>>> show = next(isle.search_show("Castle Rock"))

Season:

>>> season = show.seasons[0]

>>> all_raw_data = season.get_all()

>>> season.n_requests
1

Episode:

>>> season.title
'Season 1'

>>> episode = season.episodes[0]

>>> f"{episode.n} episode of {episode.sn} season"
'1 episode of 1 season'

>>> episode.title['US']
'Severance'

>>> episode.n_requests
1

Credit:

>>> person, credit = episode.crew[0]

>>> credit
Credit(5b6192b09251414064012485)

>>> credit.department, credit.job
('Directing', 'Director')

>>> person.name == credit.person.name
True

There are a few objects such as Language, Country, Genre, Keyword and Vote. They are just NamedTuple-like objects.

>>> movie = isle.Movie(18148)

>>> isinstance(movie.vote, tuple)
True

>>> movie.vote[0] == movie.vote.average
True

And there is an Image. It contains attributes which are the same as in the raw dict: aspect_ratio, file_path, width, height, etc. And the property url that makes a request to the TMDb API for image configurations and returns dict with full URLs to the image.

>>> poster = movie.posters[0]

>>> poster.height poster.width, poster.file_path
(952, 666, '/3Zu3MojWSaV3rt5gX5fFdDO3GoF.jpg')

>>> poster.url['original']
'https://image.tmdb.org/t/p//original/3Zu3MojWSaV3rt5gX5fFdDO3GoF.jpg'

>>> set(poster.sizes) == poster.url.keys()
True

ACCOUNT

To get started with a TMDb user account, create an instance of Account and log in with a user name and password:

>>> import os

>>> account = isle.Account()

>>> account.login(os.getenv("TMDB_USERNAME"), os.getenv("TMDB_PASSWORD"))
{'success': True, 'session_id': '7b2578cddffce240f5f3387527761802c0d5c1ef'}

Don't try to seek out how to rate a movie inside a Movie instance or how to add a new list inside a List instance. All that can be done with a user account, can be done by an Account instance.

Rate:

>>> account.rate(isle.Movie(18148), 8.5)
{'status_code': 1, 'status_message': 'Success.'}

>>> for movie in account.iter_rated_movies():
...     print(movie)
Movie(18148)

>>> account.delete_rating(isle.Movie(18148))
{'status_code': 13, 'status_message': 'The item/record was deleted successfully.'}

Watchlist:

>>> account.add_to_watchlist(isle.Movie(18148))
{'status_code': 1, 'status_message': 'Success.'}

>>> for item in account.iter_movie_watchlist():
...     print(item)
Movie(18148)

>>> account.remove_from_watchlist(isle.Movie(18148))
{'status_code': 13, 'status_message': 'The item/record was deleted successfully.'}

And other things:

>>> account.mark_as_favorite(isle.Movie(18148))
{'status_code': 1, 'status_message': 'Success.'}

>>> for movie in account.iter_favorite_movies():
...     print(movie)
Movie(18148)

>>> for l in account.iter_lists():
...     print(l)
List(96926)