Python Programming:

Assume there are five sections of Computer Science 101, each with 20 spots for students. The computer application that assigns students to course sections includes requests from multiple threads for spots in the course. Write a program that allows 100 concurrently running student threads to request and obtain spots, in such a manner that enrollment of no course exceeds the limit.

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Python Programming
!
You!will!be!adding!your!own!functions!to!the!program.!!There!must!not!be!any!variables!used!outside!any!
of!the!functions.!
!
!
If!you!do!not!complete!all!of!the!assignment,!the!marker!will!run!your!program!until!the!program!stops!
running!and!you!will!be!given!the!marks!for!the!parts!of!the!assignment!you!have!completed.!
!
THE)GAME)OF)DIGIT)MEMORY)
The!one!player!game!of!Memory!is!a!game!in!which!all!of!the!digit!pairs!are!laid!face!down!in!random!order!
on!a!surface!and,!each!turn,!the!player!selects!two!of!the!digits!which!are!then!displayed.!!If!the!two!digits!
selected!by!the!player!match,!the!pair!of!digits!remain!visible!and!the!player!continues!with!the!next!turn!
trying!to!match!another!pair!of!digits.!!If!the!digits!don’t!match!the!digits!are!turned!over!and!the!player!
continues!with!the!next!turn.!The!object!of!the!game!is!to!turn!over!all!the!pairs!of!matching!digits!in!as!
few!turns!as!possible.!! !
Add!the!
functions!
required!to!
the!program.!
! 2!
THE)SKELETON)OF)THE)PROGRAM)
The!skeleton!of!the!program!for!the!game!of!Memory!is!shown!below.!!The!play_one_game()!function!
is!complete!and!should!not!be!changed!in!any!way.!!Copy!this!skeleton!into!your!program!file!and!complete!
the!missing!functions.!!Example!output!using!the!completed!program!is!shown!on!the!last!three!pages!of!
this!document.!
import random
#———————————-
# main part of the program
#———————————-
def main():
player_name = get_player_name()
display_title(player_name)
play_one_game(player_name)
#———————————-
# Play one game
#———————————-
def play_one_game(player_name):
hidden_symbol = “-”
digits = get_random_digits()
user_digits = hidden_symbol * len(digits)
cheating_is_on = get_cheating_on_off()
if cheating_is_on:
display_cheating(digits)
turns_so_far = 0
matched_so_far = 0
pairs_guessed = 0
while not user_digits == digits:
display_digits(user_digits, turns_so_far, pairs_guessed)
index1 = get_index_from_player()
digit1 = digits[index1]
display_first_digit(index1 + 1, digit1)
index2 = get_index_from_player()
digit2 = digits[index2]
previous_user_digits = user_digits
user_digits = get_adjusted_digits(user_digits, index1, index2,
digit1, digit2)
turns_so_far += 1
if digit1 == digit2:
pairs_guessed = get_pairs_guessed(user_digits)
else:
display_digits(user_digits, turns_so_far, pairs_guessed)
press_enter_to_continue()
user_digits = previous_user_digits
display_digits(user_digits, turns_so_far, pairs_guessed)
display_game_end_feedback(player_name, turns_so_far)
main()!

Python Programming
!
You!will!be!adding!your!own!functions!to!the!program.!!There!must!not!be!any!variables!used!outside!any!
of!the!functions.!
!
!
If!you!do!not!complete!all!of!the!assignment,!the!marker!will!run!your!program!until!the!program!stops!
running!and!you!will!be!given!the!marks!for!the!parts!of!the!assignment!you!have!completed.!
!
THE)GAME)OF)DIGIT)MEMORY)
The!one!player!game!of!Memory!is!a!game!in!which!all!of!the!digit!pairs!are!laid!face!down!in!random!order!
on!a!surface!and,!each!turn,!the!player!selects!two!of!the!digits!which!are!then!displayed.!!If!the!two!digits!
selected!by!the!player!match,!the!pair!of!digits!remain!visible!and!the!player!continues!with!the!next!turn!
trying!to!match!another!pair!of!digits.!!If!the!digits!don’t!match!the!digits!are!turned!over!and!the!player!
continues!with!the!next!turn.!The!object!of!the!game!is!to!turn!over!all!the!pairs!of!matching!digits!in!as!
few!turns!as!possible.!! !
Add!the!
functions!
required!to!
the!program.!
! 2!
THE)SKELETON)OF)THE)PROGRAM)
The!skeleton!of!the!program!for!the!game!of!Memory!is!shown!below.!!The!play_one_game()!function!
is!complete!and!should!not!be!changed!in!any!way.!!Copy!this!skeleton!into!your!program!file!and!complete!
the!missing!functions.!!Example!output!using!the!completed!program!is!shown!on!the!last!three!pages!of!
this!document.!
import random
#———————————-
# main part of the program
#———————————-
def main():
player_name = get_player_name()
display_title(player_name)
play_one_game(player_name)
#———————————-
# Play one game
#———————————-
def play_one_game(player_name):
hidden_symbol = “-”
digits = get_random_digits()
user_digits = hidden_symbol * len(digits)
cheating_is_on = get_cheating_on_off()
if cheating_is_on:
display_cheating(digits)
turns_so_far = 0
matched_so_far = 0
pairs_guessed = 0
while not user_digits == digits:
display_digits(user_digits, turns_so_far, pairs_guessed)
index1 = get_index_from_player()
digit1 = digits[index1]
display_first_digit(index1 + 1, digit1)
index2 = get_index_from_player()
digit2 = digits[index2]
previous_user_digits = user_digits
user_digits = get_adjusted_digits(user_digits, index1, index2,
digit1, digit2)
turns_so_far += 1
if digit1 == digit2:
pairs_guessed = get_pairs_guessed(user_digits)
else:
display_digits(user_digits, turns_so_far, pairs_guessed)
press_enter_to_continue()
user_digits = previous_user_digits
display_digits(user_digits, turns_so_far, pairs_guessed)
display_game_end_feedback(player_name, turns_so_far)
main()!