def test_empty_dict():
'''Test with an empty dictionary.
'''
program_output = bacon_functions.invert_actor_dict({})
assert program_output == {},\
'Empty dictionary test'
def test_empty_dict():
'''Test with an empty dictionary.
'''
program_output = bacon_functions.invert_actor_dict({})
assert program_output == {},\
'Empty dictionary test'
def test_single_key_single_value_dict():
'''Test with a single key dictionary which is the
empty string.
'''
program_output = bacon_functions.invert_actor_dict({'tart': ['sugar']})
assert program_output == {'sugar': ['tart']},\
'Empty string key (dictionary) test'
def test_single_key_single_value_dict():
'''Test with a single key dictionary which is the
empty string.
'''
program_output = bacon_functions.invert_actor_dict({'tart': ['sugar']})
assert program_output == {'sugar': ['tart']},\
'Empty string key (dictionary) test'
def test_empty_dict_value():
'''Test with a single key dictionary mapping onto
the empty list (value).
'''
program_output = bacon_functions.invert_actor_dict({'cake': []})
assert program_output == {},\
'Empty dictionary value test'
def test_empty_dict_value():
'''Test with a single key dictionary mapping onto
the empty list (value).
'''
program_output = bacon_functions.invert_actor_dict({'cake': []})
assert program_output == {},\
'Empty dictionary value test'
def test_single_key_multiple_values_dict():
'''Test with a dictionary containing a single key, with multiple
items in the list (value) which it maps to.
'''
program_output = bacon_functions.invert_actor_dict({'cake': ['icing','cherry']})
correct_output = { 'icing': ['cake'], 'cherry': ['cake'] }
assert program_output == correct_output,\
'Single key multiple value list dictionary test'
def test_single_key_multiple_values_dict():
'''Test with a dictionary containing a single key, with multiple
items in the list (value) which it maps to.
'''
program_output = bacon_functions.invert_actor_dict(
{'cake': ['icing', 'cherry']})
correct_output = {'icing': ['cake'], 'cherry': ['cake']}
assert program_output == correct_output,\
'Single key multiple value list dictionary test'
def test_multiple_key_multiple_unique_values_dict():
'''Test with a dictionary containing multiple keys, with multiple
distinct items in the list (value) which they map to.
'''
D = { 'salad': ['lettuce','dressing','broccoli'], 'sandwich': [ 'ham', 'cheese'] }
program_output = bacon_functions.invert_actor_dict(D)
correct_output = { 'lettuce': ['salad'], 'dressing': ['salad'], 'broccoli':
['salad'], 'ham': ['sandwich'], 'cheese': ['sandwich'] }
assert program_output == correct_output,\
'Multiple key multiple (distinct) value list dictionary test'
def test_multiple_key_multiple_overlapping_values_dict():
'''Test with a dictionary containing multiple keys, with multiple
overlapping items in the list (value) which they map to.
'''
D = { 'modern warfare': ['brutal','entertaining','addictive'],
'angry birds': [ 'awesome', 'addictive'], 'counter-strike': ['brutal',
'awesome','addictive','entertaining'] }
program_output = bacon_functions.invert_actor_dict(D)
correct_output = { 'awesome': ['angry birds','counter-strike'],
'brutal': ['counter-strike','modern warfare'],
'addictive': ['modern warfare','angry birds','counter-strike'],
'entertaining': ['counter-strike','modern warfare'] }
sort_dict_values(program_output)
sort_dict_values(correct_output)
assert program_output == correct_output,\
'Multiple key multiple (overlapping) value list dictionary test'
def test_multiple_key_multiple_unique_values_dict():
'''Test with a dictionary containing multiple keys, with multiple
distinct items in the list (value) which they map to.
'''
D = {
'salad': ['lettuce', 'dressing', 'broccoli'],
'sandwich': ['ham', 'cheese']
}
program_output = bacon_functions.invert_actor_dict(D)
correct_output = {
'lettuce': ['salad'],
'dressing': ['salad'],
'broccoli': ['salad'],
'ham': ['sandwich'],
'cheese': ['sandwich']
}
assert program_output == correct_output,\
'Multiple key multiple (distinct) value list dictionary test'
def test_multiple_key_multiple_overlapping_values_dict():
'''Test with a dictionary containing multiple keys, with multiple
overlapping items in the list (value) which they map to.
'''
D = {
'modern warfare': ['brutal', 'entertaining', 'addictive'],
'angry birds': ['awesome', 'addictive'],
'counter-strike': ['brutal', 'awesome', 'addictive', 'entertaining']
}
program_output = bacon_functions.invert_actor_dict(D)
correct_output = {
'awesome': ['angry birds', 'counter-strike'],
'brutal': ['counter-strike', 'modern warfare'],
'addictive': ['modern warfare', 'angry birds', 'counter-strike'],
'entertaining': ['counter-strike', 'modern warfare']
}
sort_dict_values(program_output)
sort_dict_values(correct_output)
assert program_output == correct_output,\
'Multiple key multiple (overlapping) value list dictionary test'
''')
expected = {"Kevin Bacon": ["A Few Good Men (1992)"],
"Robert De Niro": ["Sleepers (1996)"]}
result = bacon_functions.parse_actor_data(reader)
if expected != result:
print "Failure of function parse_actor_data: " + \
"Result should be %s, not %s" % (str(expected), str(result))
ok = False
else:
print "Function 'parse_actor_data' is not defined"
ok = False
if hasattr(bacon_functions, 'invert_actor_dict'):
expected = {"A Few Good Men (1992)": ["Kevin Bacon"],
"Sleepers (1996)": ["Kevin Bacon"]}
result = bacon_functions.invert_actor_dict({"Kevin Bacon": ["A Few Good Men (1992)",
"Sleepers (1996)"]})
if expected != result:
print "Failure of function invert_actor_dict: " + \
"Result should be %s, not %s" % (str(expected), str(result))
ok = False
else:
print "Function 'invert_actor_dict' is not defined"
ok = False
if hasattr(bacon_functions, 'find_connection'):
expected = [('Sleepers (1996)', 'Kevin Bacon')]
result = bacon_functions.find_connection("Robert De Niro",
{"Kevin Bacon": ["Sleepers (1996)"],
"Robert De Niro": ["Sleepers (1996)"]},
{"Sleepers (1996)": ["Kevin Bacon",
"Robert De Niro"]})
import bacon_functions
if __name__ == '__main__':
actor_data = open('large_actor_data.txt','r')
# Changes the actor_data and actor_dict into dictionaries that we can use
actor_dict = bacon_functions.parse_actor_data(actor_data)
movie_dict = bacon_functions.invert_actor_dict(actor_dict)
counter = 'continue'
bacon_number_list = []
while counter == 'continue':
# As long as counter is 'continue', while loop will continue running
# Take the raw input and remove all unnecessary spaces
actor_name = raw_input\
('Please enter an actor (or press return to exit): ').strip()
if actor_name != '':
# If Kevin Bacon is not in the list and he is being searched, print
# bacon number is infinity and gets rid of roman numerals
if 'Kevin Bacon' == bacon_functions.fix_actor_name(actor_name) and\
'Kevin Bacon' not in actor_dict:
print 'Kevin Bacon has a Bacon Number of Infinity.' + '\n'
# Exception: if the title of actor_name is 'Kevin Bacon',
# return 0 as the Bacon Number. (gets rid of roman numerals)
elif bacon_functions.fix_actor_name(actor_name) == 'Kevin Bacon':
print bacon_functions.fix_actor_name(actor_name) + \
' has a Bacon Number of 0.' + '\n'
}
result = bacon_functions.parse_actor_data(reader)
if expected != result:
print "Failure of function parse_actor_data: " + \
"Result should be %s, not %s" % (str(expected), str(result))
ok = False
else:
print "Function 'parse_actor_data' is not defined"
ok = False
if hasattr(bacon_functions, 'invert_actor_dict'):
expected = {
"A Few Good Men (1992)": ["Kevin Bacon"],
"Sleepers (1996)": ["Kevin Bacon"]
}
result = bacon_functions.invert_actor_dict(
{"Kevin Bacon": ["A Few Good Men (1992)", "Sleepers (1996)"]})
if expected != result:
print "Failure of function invert_actor_dict: " + \
"Result should be %s, not %s" % (str(expected), str(result))
ok = False
else:
print "Function 'invert_actor_dict' is not defined"
ok = False
if hasattr(bacon_functions, 'find_connection'):
expected = [('Sleepers (1996)', 'Kevin Bacon')]
result = bacon_functions.find_connection(
"Robert De Niro", {
"Kevin Bacon": ["Sleepers (1996)"],
"Robert De Niro": ["Sleepers (1996)"]
}, {"Sleepers (1996)": ["Kevin Bacon", "Robert De Niro"]})
import bacon_functions
filename = open("large_actor_data.txt")
actor_dict = bacon_functions.parse_actor_data(filename)
movie_dict = bacon_functions.invert_actor_dict(actor_dict)
c = 0
empty = [0]
while c >= 0:
actor_name = raw_input(\
"Please enter an actor (or press return to exit): ")
actor_name = actor_name.title()
if actor_name == "":
# If an empty string was entred, we need to present the largest bacon
# number that has been found. Because we collect all the bacon numbers
# in a list, we just need to sort it and find the maxium number, which
# is the last number. Then the whole game stopped.
empty.sort()
maxium = empty[-1]
leave = "Thank you for playing! " + \
"The largest Bacon Number you found was " + str(maxium)
print leave
print ''
c = -1
# -1 stopped the function from continuing.
# Parsing file of actors (male)
imdb_actors_file = open("actors.list")
print "Parsing file (actors.list) of actors (male) ..."
actors_dict = bacon_functions.parse_actor_data(imdb_actors_file)
imdb_actors_file.close()
# Parsing file of actors (female)
imdb_actresses_file = open("actresses.list")
print "Parsing file (actresses.list) of actresses (female) ..."
actresses_dict = bacon_functions.parse_actor_data(imdb_actresses_file)
imdb_actresses_file.close()
# thanks for the quick reminder: http://stackoverflow.com/a/38990
# Merging both the (actors to movies) data structures
print "Merging both the (actors to movies) data structures ..."
actors_to_movies = dict(actors_dict.items() + actresses_dict.items())
# Creating a movies to actors data structure
print "Creating a movies to actors data structure ..."
movies_to_actors = bacon_functions.invert_actor_dict(actors_to_movies)
# Pickling both the data structures
# Pickling the actors to movies data structure
print "Pickling the actors to movies data structure ..."
pickle_dump(actors_to_movies, "actors_to_movies")
# Pickling the actors to movies data structure
print "Pickling the actors to movies data structure ..."
pickle_dump(movies_to_actors, "movies_to_actors")
print "Done! Run bacon.py to begin playing!"
if __name__ == "__main__":
# Parsing file of actors (male)
imdb_actors_file = open("actors.list")
print('Parsing file (actors.list) of actors (male) ...')
actors_dict = bacon_functions.parse_actor_data(imdb_actors_file)
imdb_actors_file.close()
# Parsing file of actors (female)
imdb_actresses_file = open("actresses.list")
print('Parsing file (actresses.list) of actresses (female) ...')
actresses_dict = bacon_functions.parse_actor_data(imdb_actresses_file)
imdb_actresses_file.close()
# thanks for the quick reminder: http://stackoverflow.com/a/38990
# Merging both the (actors to movies) data structures
print('Merging both the (actors to movies) data structures ...')
actors_to_movies = dict(actors_dict.items() + actresses_dict.items())
# Creating a movies to actors data structure
print('Creating a movies to actors data structure ...')
movies_to_actors = bacon_functions.invert_actor_dict(actors_to_movies)
# Pickling both the data structures
# Pickling the actors to movies data structure
print('Pickling the actors to movies data structure ...')
pickle_dump(actors_to_movies, 'actors_to_movies')
# Pickling the actors to movies data structure
print('Pickling the actors to movies data structure ...')
pickle_dump(movies_to_actors, 'movies_to_actors')
print('Done! Run bacon.py to begin playing!')