#DEFINES FUNCTIONS
#DEFINES PROCEDURES
#DEFINES EXCEPTIONS/CLASSES
#DEF VARIABLES AND OBJECTS
sHostName = socket.gethostname()
dPlayers = {}
#RUNS THE MAIN PROGRAM
if __name__ == "__main__":
print("Welcome to rpsMultiplayer")
print("The server has been started on the hostname", sHostName)
iPlayerCount = int(input("How many players will there be?"))
print("You can tell the players to connect to the server now")
for i in range(iPlayerCount):
while True:
sDataReceived, sIpAdressClient = net.fsReceive()
if sDataReceived.startswith("Register Player "):
if sDataReceived[16:] not in dPlayers:
dPlayers.update({sDataReceived[16:]:sIpAdressClient})
net.fSend("Player registered", sIpAdressClient,)
break
else:
net.fSend("Error: Playername Already Registered", sIpAdressClient)
else:
net.fSend("Error: Expecting registration of players", sIpAdressClient)
print(dPlayers)
#logs the concatenated list
logging.debug(sOutput)
else:
def log(*parameters):
'''Dummy log function'''
#DEFINES CONSTANTS
#DEFINES WRAPPER FUNCTIONS
#DEFINES FUNCTIONS
#DEFINES PROCEDURES
#DEFINES EXCEPTIONS/CLASSES
#DEF VARIABLES AND OBJECTS
sUniqueID = str(random.randrange(1000000,9999999))
#RUNS THE MAIN PROGRAM
if __name__ == "__main__":
print("Welcome to rpsMultiplayer")
sPlayerName = input("Input your playername: ")[:12]
sServerHostName = input(
"please input the hostname of the server you want to join: ")
print("Connecting to ", sServerHostName, sep="")
net.fSend("Register Player " + sUniqueID + " " + sPlayerName,
socket.gethostbyname(sServerHostName))
print("Connection Established")
