return quiz_server
playing = True
IP = input("What is the IP address of the server:\n")
if IP == "":
IP = "127.0.0.1"
teamName = input("What is your team name?\n")
print("\nWelcome " + teamName)
print("Connecting to Server\n")
quiz_server = connectToServer(IP)
send_binary(quiz_server, ["JOIN", teamName])
while playing:
for response in get_binary(quiz_server):
if response[0] == 1: # Game full
disconnectFromServer(quiz_server)
print("The lobby is full, please try again later :(")
playing = False
if response[0] == 2: # Game not full
print("Connected\n")
if response[0] == 3: # Waiting for other players
print("Waiting for other players. Players connected:\n" +
response[1])
def handle(self):
global players, answered, current_question, scores
playing = True
while playing:
for command in get_binary(self.request):
if command[0] == "JOIN":
team_name = command[1]
scores[team_name] = 0
players.append(team_name)
print(players[0])
if len(players) < MAX_PLAYERS:
send_binary(self.request, [1, ""])
elif len(players) > MAX_PLAYERS:
send_binary(self.request, [2, ""])
else:
send_binary(self.request, [1, ""])
ready_to_start.set()
ready_to_start.wait()
elif command[0] == "STAT":
if ready_to_start.isSet() and not wait_for_answers.isSet():
send_binary(self.request, [3, "Quiz is starting!"])
elif ready_to_start.isSet() and wait_for_answers.isSet():
send_binary(self.request, [3, "Quiz Continuing!"])
elif command[0] == "QUES":
if current_question is None:
current_question = choice(quiz_questions)
wait_for_answers.clear()
send_binary(self.request, [4, current_question.q])
elif command[0] == "ANSW":
if command[1].lower() == current_question.answer.lower():
scores[team_name] += 1
response = 5
else:
response = 6
send_binary(self.request, [response, scores[team_name]])
answered += 1
if answered == len(players):
quiz_questions.remove(current_question)
current_question = None
wait_for_answers.set()
wait_for_answers.wait()
self.request.send(bytes([8]))
5 - Answer correct
6 - Answer incorrect
7 - Quiz Over
'''
# A flag used to control the quiz loop.
playing = True
client_socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
team_name = input("What is your team name?")
client_socket.connect(("127.0.0.1", 8081))
# Sending a command to the server.
send_binary(client_socket, ["JOIN", team_name])
while playing:
# The get_binary function returns a list of messages - loop over them
for response in get_binary(client_socket):
if response[0] == 1:
print("Welcome to the quiz team - " + str(team_name))
send_binary(client_socket, ["STAT", 1])
elif response[0] == 2:
print("Access Denied")
playing = False
elif response[0] == 3:
print(response[1])
send_binary(client_socket, ["QUES", ""])
elif response[0] == 4:
print(response[1])
def handle(self):
#Retrieve Command
global teams, answered, current_question, scores
for command in get_binary(self.request):
team_name = ""
if command[0] == "JOIN":
team_name = command[1]
if team_name == "":
send_binary(self.request, [
0, "Team name is manditory. Please enter a valid name"
])
elif len(team_name) < 3 or len(team_name) > 10:
send_binary(self.request, [
0,
"Team name should be minimum of 3 characters and maximum of 10 characters"
])
elif team_name in teams:
send_binary(self.request,
[0, "Team name already taken. Try a new one"])
else:
teams.append(team_name)
scores[team_name] = 0
lives[team_name] = 3
if len(teams) == number_of_teams:
send_binary(self.request, [1, ""])
ready_to_start.set()
elif len(teams) < number_of_teams:
send_binary(self.request, [1, ""])
elif len(teams) > number_of_teams:
send_binary(self.request, [2, ""])
teams.pop()
ready_to_start.wait()
elif command[0] == "STAT":
if len(quiz_questions) == 0:
max_score = max(scores, key=scores.get)
min_score = min(scores, key=scores.get)
if min_score == max_score:
send_binary(self.request, (8, "It's a tie"))
else:
winners = []
for score in scores:
if max_score == score:
winners.append(score)
if len(winners) == 1:
send_binary(
self.request,
(8, f"Team {winners[0].upper()} won the quiz"))
else:
send_binary(self.request, (
8,
f"Teams {','.join(winners).upper()} won the quiz"
))
continue
if ready_to_start.isSet() and not wait_for_answers.isSet():
send_binary(self.request, [3, "Quiz is starting!"])
elif ready_to_start.isSet() and wait_for_answers.isSet():
if len(teams) == 1:
send_binary(self.request, (
8,
"Congrats you have won the quiz, all of your opponents have been eliminated"
))
else:
send_binary(self.request,
[3, "Your next question......"])
elif command[0] == "QUES":
if len(teams) == 1:
send_binary(self.request, (
8,
"Congrats you have won the quiz, all of your opponents have been eliminated"
))
else:
if current_question == None:
current_question = choice(quiz_questions)
wait_for_answers.clear()
send_binary(
self.request,
(4, [current_question.q, current_question.options]))
elif command[0] == "ANSW":
if command[1].lower() == current_question.answer.lower():
scores[team_name] += 1
if len(teams) == 1:
send_binary(self.request, (
8,
"Congrats you have won the quiz, all of your opponents have been eliminated"
))
else:
response = 5
send_binary(self.request,
[response, scores[team_name]])
else:
lives[team_name] -= 1
if lives[team_name] == 0:
teams.remove(team_name)
answered -= 1
response = 8
send_binary(self.request,
(response, "You lost. Out of lives"))
else:
response = 6
send_binary(self.request, [response, lives[team_name]])
answered += 1
if answered == len(teams):
quiz_questions.remove(current_question)
current_question = None
answered = 0
wait_for_answers.set()
wait_for_answers.wait()