print(isinstance (attractions, Generator)) print('Part 1') attractions = AttractionIterator ( 1 st) for attraction in attractions: print (attraction) for attraction in attractions: print (attraction) print( Part 2 ') attractions 2 = AttractionIterable(1st) for attraction in attractions2: print (attraction) for attraction in attractions2: print (attraction) (a) (2 points) In the above code, we imported three classes, i.e., Iterable, Iterator and Generator. All of them are Abstract Base Class. Answer True or False. (b) (2 points) Complete the definition of property fiveA such that it allows the following usage. Note: You must use the given class method filter to avoid code duplication. Ist = [( "West Lake', 'AAAAA'), ('Thousand Islands', 'AAAAA'), ('Double Dragon Cave", 'AA')] attractions = AttractionIterator ( 1 st) print(attractions.fiveA) \#print (Pest Lake,, "Thousand Islands J (c) (4 points) Complete the initialization method _ init__ in class Attraction Iterat or to make _-next_. work. The special method __next_. returns the next AAAAA attraction (if any). (d) (3 points) What is the output of the following statements in the above code? Answer True or False for each statement. \begin{tabular}{l} print (isinstance(attractions, Iterator)) \\ print(isinstance(attractions, Iterable)) \\ print(isinstance(attractions, Generator)) \\ \hline \end{tabular} (e) (1 point) Select one option below that can best explain the phenomenon seen in question [] A. Mixin B. Duck Typing C. Simple inheritance D. Multiple inheritance (f) (2 points) What is the output of the following statements in the above code? \begin{tabular}{l} attractions = Attractioniterator (1st) \\ for attraction in attractions: \\ print(attraction) \\ for attraction in attractions: \\ print (attraction) \\ \hline \end{tabular} Page 10 of 12 CONT'D... Introduction to Object-oriented Analysis and Design Fall 2022 (g) (4 points) What is the output of the following statements in the above code? \begin{tabular}{l} attractions2 = Attraction Iterable( (st) \\ for attraction in attractions2: \\ print(attraction) \\ for attraction in attractions2: \\ print (attraction) \\ \hline \end{tabular} (h) (2 points) It is quite tedious to define the special method next_. in an Iterator class. We could make the job easier by using the yield keyword. Please complete the following functionstyle definition for five_a_at tractions that generates the same result as in question f