Question

please remember that project 10 cannot be submitted late. first, write a class named movie that has four data members: title, genre, director, and year. it should have: an init method that takes as arguments the title, genre, director, and year (in that order) and assigns them to the data members. the year is an integer and the others are strings. get methods for each of the data members (get title, get genre, get director, and get year). next write a class named streamingservice that has two data members: name and catalog. the catalog is a dictionary of movies, with the titles as the keys and the movie objects as the corresponding values (you can assume there aren't any movies with the same title). the streamingservice class should have: an init method that takes the name as an argument, and assigns it to the name data member. the catalog data member should be initialized to an empty dictionary. get methods for each of the data members (get name and get catalog). a method named add movie that takes a movie object as an argument and adds it to the catalog. a method named delete movie that takes a movie title as an argument and if that movie is in the catalog, removes it. lastly, write a class named streamingguide that has one data member, a list of streamingservices. it should have: an init method that takes no arguments and initializes the data member to an empty list. a method called add streaming service that takes a streamingservice object as an argument and adds it to the list. a method named delete streaming service that takes the name of a streaming service as an argument and if it's in the list, removes it. a method named where to watch that takes a movie title as an argument and returns a list. element 0 of the list is a string that is the concatenation of the name and year of the movie (with the year in parentheses), with the rest of the list being the names of streaming services showing that movie. for example, the list that is returned might look like this: ['king kong (1933)', 'hbo max', 'epix', 'kanopy']. if the movie is not available on any of the streamingservices, the method should return none. so a streamingguide will have a list of streamingservices, and a streaming service will have a dictionary of movies. the where to watch method needs to use this nested information to determine which streamingservices, if any, have the desired movie available. here's a simple example of how your code might be used: movie 1

Answer 1

Using the knowledge of computational language in python we can write the code as write a class named movie that has four data members: title, genre, director, and year

Writting the code:

class Movie:

   def __init__(self, title,genre,director,year):

       self.title = title

       self.genre = genre

       self.director = director

       self.year = year

class StreamingService:

   catalog = dict()

   def __init__(self, name):

       self.name = name

   def add_movie(self,mov):

       self.catalog[mov.title] = mov

   

   def delete_movie(self,delName):

       self.catalog.pop(delName)

   def isPresent(self,movName):

       if movName in self.catalog.keys():

           return True

class StreamingGuide:

   def __init__(self):

       self.listOfServices = []

   def add_streaming_service(self,service):

       self.listOfServices.append(service)

   def delete_streaming_service(self,nm):

       self.todel = -1

       for i in range(len(self.listOfServices)):

           if(self.listOfServices[i].name == nm):

               self.todel = i

       self.listOfServices.pop(self.todel)

   def where_to_watch(self,movieName):

       lst = []

       for service in self.listOfServices:

           if(service.isPresent(movieName)):

               lst.append(service.name)

       return lst

movie_1 = Movie('The Seventh Seal', 'comedy', 'Ingmar Bergman', 1957)

movie_2 = Movie('Home Alone', 'tragedy', 'Chris Columbus', 1990)

movie_3 = Movie('Little Women', 'action thriller', 'Greta Gerwig', 2019)

movie_4 = Movie('Galaxy Quest', 'historical documents', 'Dean Parisot', 1999)

See more about python at brainly.com/question/18502436

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