def supply_sample_bank_servers(self):
accounts1 = Contents([[1234, "AccountOwner1", 100],
[2345, "AccountOwner2", 10]])
accounts2 = Contents([[3456, "AccountOwner3", 1000],
[4567, "AccountOwner4", 10000]])
server_list = [
Server(1, "Bank 1", "Bank", "1.1.1.1", 2, accounts1),
Server(2, "Bank 2", "Bank", "2.2.2.2", 2, accounts2)
]
return server_list
def supply_sample_file_servers(self):
contents1 = Contents([["file1.dat", "Some text data", 12],
["file2.dat", "Some text data", 5],
["file3.dat", "Some text data", 3]])
contents2 = Contents([["file1.dat", "Some text data", 12],
["file5.dat", "Some text data", 5],
["file6.dat", "Some text data", 3]])
server_list = [
Server(1, "Test Server 1", "File", "1.1.1.1", 1, contents1),
Server(2, "Test Server 2", "File", "2.2.2.2", 1, contents2)
]
return server_list
def serverWorker():
while True:
global server
global settings
global userRequestedStop
time.sleep(1)
psLogger.debug("New server worker")
try:
if userRequestedStop is False:
settings = getSettings() #Should verify settings
if settings is False:
psLogger.error("Could not find settings")
break
server = Server(settings)
server.run()
except ServerStoppedByUser:
psLogger.debug("Server stopped by user")
except Exception as e:
psLogger.error("Server encountered error: {}".format(e))
server = None
time.sleep(5)
def main():
print(HEADER)
while True:
print("\nLaunch :")
print("[1] Server")
print("[2] Client")
print("[3] Help")
print("[4] Exit")
user_input = input("\n> ")
if user_input == "1":
print("\nServer :")
print("[1] Default settings")
print("[2] Last used settings")
print("[3] Custom settings")
print("[4] Back")
while True:
user_input = input("\n> ")
if user_input == "1":
server = Server()
server.show()
server.run()
break
elif user_input == "2":
settings = get_settings("server")
host, port, max_users, buff_size, log_enabled, width, height = list(
settings.values())
server = Server()
server.show()
server.run()
break
elif user_input == "3":
host = input("[1/7] Host (def. = 127.0.0.1) : ")
port = input("[2/7] Port (def. = 9999) : ")
max_users = input("[3/7] Max. users (def. = 5) : ")
buff_size = input("[4/7] Buffer size (def. = 4096) : ")
log_enabled = input(
"[5/7] Enable log (y/n) (def. = True) :")
width = input("[6/7] width (def. = 80) : ")
height = input("[7/7] height (def. = 30) : ")
server = Server(host, port, max_users, buff_size,
log_enabled)
server.show(width, height)
server.run()
break
elif user_input == "4":
break
else:
print("Invalid number, pleaser enter 1, 2 or 3.")
elif user_input == "2":
print("\nClient :")
print("[1] Default settings")
print("[2] Last used settings")
print("[3] Custom settings")
print("[4] Back")
while True:
user_input = input("\n> ")
if user_input == "1":
username = input("Username : "******"2":
settings = get_settings("client")
username, log_enabled, encoding, encoding_errors, buff_size, width, height = list(
settings.values())
client = Client()
client.show()
client.connect()
break
elif user_input == "3":
username = input("[1/7] Username : "******"[2/7] Enable log (y/n) (def. = True) : ")
encoding = input("[3/7] Encoding (def. = utf-8) : ")
encoding_errors = input(
"[4/7] Encoding errors handling (def. = replace) : ")
buff_size = input("[5/7] Buffer size (def. = 4096) : ")
width = input("[6/7] width (def. = 80) : ")
height = input("[7/7] height (def. = 30) : ")
client = Client(username, log_enabled, encoding,
encoding_errors, buff_size)
client.show(width, height)
client.connect()
break
elif user_input == "4":
break
else:
print("Invalid number, pleaser enter 1, 2 or 3.")
elif user_input == "3":
print("\nHelp :")
print("help")
print("[PRESS ENTER TO RETURN TO THE MAIN MENU]")
input()
elif user_input == "4":
exit()
else:
print("Invalid number, pleaser enter 1, 2 or 3.")
#!/usr/bin/python
from classes.Server import Server
from classes.LogBuffer import LogBuffer
import os
oServer = Server()
nPid = os.getpid()
while 1:
# Se sono nel processo figlio elaboro la richiesta trasmessa dal padre
if nPid == 0:
bOk = oServer.elabora(oClient)
if not bOk:
LogBuffer.write("Errore durante l'elaborazione della richiesta",3)
else:
LogBuffer.write("Richiesta elaborata correttamente",4)
# Termino l'esecuzione del processo
os._exit(0)
else:
print("Ascolto...")
try:
# Cosa fa : Attende di ricevere dei dati
# Ritorna : oClient -> tupla che identifica il client, così formata
# [0] => socket, oggetto socket riferito al client. Identifica la connessione con il client
# [1] => address
from classes.Server import Server server = Server() server.listen()
# Work only on python 2 because using pickle and bytes difference in between python versions.
assert (sys.version_info.major == 2)
logging.basicConfig(stream=sys.stdout, level=logging.DEBUG)
signal.signal(signal.SIGINT, signal.SIG_DFL)
car, rps_ms, port = load_car("config.json")
h = [
(r"/action", Action.Action, {
'car': car
}),
(r"/state", State.State, {
'car': car,
'rps_ms': rps_ms,
'for_network': True
}) # rps_ms: Request Per Seconds Millisecond
]
if __name__ == "__main__":
try:
logging.debug("main.py called")
#rc = RegisterCar()
#rc.register_car(socket.gethostname())
s = Server(h, port=port)
s.start()
except KeyboardInterrupt:
#rc.unregister_car()
print "Exiting"
# coding:utf-8
from classes.Server import Server
server = Server()
server.start()
while True:
data = input('Send File: ')
server.send_file(data)
PROCESSORS.append(
Processor("Insmell PC10000", "Ultra Industrial Processor", 3000, 1, 10000))
# Qualifications
QUALIFICATIONS.append(Qualification("Network Security", "Class 1"))
QUALIFICATIONS.append(Qualification("Network Security", "Class 2"))
QUALIFICATIONS.append(Qualification("Network Security", "Class 3"))
QUALIFICATIONS.append(Qualification("Network Security", "Class 4"))
QUALIFICATIONS.append(Qualification("Software Developer", "Class 1"))
QUALIFICATIONS.append(Qualification("Software Developer", "Class 2"))
QUALIFICATIONS.append(Qualification("Software Developer", "Class 3"))
QUALIFICATIONS.append(Qualification("Software Developer", "Class 4"))
# Servers
SERVERS.append(
Server(1, "Server A", "file", "192.192.192.192", 1,
Contents(["File A.txt", "File B.txt", "File C.jpg"])))
SERVERS.append(
Server(
2, "Server B", "bank", "10.10.10.10", 2,
Contents([["1234", "John Smith", 123.45],
["2345", "Suzie Sanders", 524.12]])))
SERVERS.append(
Server(
3, "Server C", "database", "10.80.3.18", 2,
Contents([["Steve", "Smith", "9876 Somewhere St.", "St. Louis", "MO"],
["Jim", "Jones", "123 Middle Rd.", "Indianapolis", "IN"]])))
# Workstations
WORKSTATIONS.append(
Workstation("Standard Desktop PC", "Standard performance PC", 500, 4,
[DISKS[1], MEMORY[1], NETWORKS[1], PROCESSORS[1]]))