diff --git a/client/client.py b/client/client.py
index 9da9d3b..6f80b35 100644
--- a/client/client.py
+++ b/client/client.py
@@ -1,10 +1,11 @@
-import os, sys, getopt, json
+import getopt
+import json
+import os
+import sys
 
 from Crypto.PublicKey import RSA
 from Crypto.PublicKey.RSA import RsaKey
 
-import ftplib
-
 ABSOLUTE_PATH = os.path.abspath(os.path.dirname(sys.argv[0]))
 DOWNLOAD_LOCATION = ABSOLUTE_PATH + os.path.sep + 'download' + os.path.sep
 CONFIG_LOCATION = ABSOLUTE_PATH + os.path.sep + 'config' + os.path.sep + 'config.txt'
diff --git a/client/netwrapper.py b/client/netwrapper.py
index 1f19b65..8a48d01 100644
--- a/client/netwrapper.py
+++ b/client/netwrapper.py
@@ -5,57 +5,91 @@ from netsim import network_interface
 class NetWrapper:
     SERVER_ADDRESS = 'A'
 
-
-
-    def __init__(self, publicKey: str, privateKey: str, clientAddress: str, cipherKey: str = ""):
+    def __init__(self, publicKey: str, privateKey: str, clientAddress: str, username: str, cipherKey: str = ""):
         # Create network_interface:  network_interface(path, addr) path root is shared with network / addr is own address
-        self.network = network_interface('./network/',clientAddress)
-
+        self.network = network_interface('./network/', clientAddress)
+        self.username = username
         self.publicKey = publicKey
         self.privateKey = privateKey
         self.cipherKey = cipherKey
 
-    def identifyServer(self,message: bytes) -> bytes:
-        #Message is coded with Server RSA public key in string byte format
-        #Creat json with format:
-        # json = {
+    def identifyServer(self) -> bytes:
+        # Message is coded with Server RSA public key in string byte format
+        # Creat json with format:
+        # fos = {
         #    'type':'IDY',
         #    'source':self.network.own_addr,
-        #    'message': message
+        #    'username': self.username,
+        #    'message': message <- random generalt, hogy biztos ne legyen elore ismert a challange
         # }
-        #message = json.dump()
-        #message.encode('utf-8')
-        #network_interface.send_msg(self.SERVER_ADDRESS,message)
-        #Listen for response
-        #status, msg = network_interface.receive_msg(blocking=True)  -> status is boolean flag, msg is message
-        #return status, msg
+        # jsonmsg = json.dump(fos)
+        # asd = jsonmsg.encode('UTF-8')
+        # network_interface.send_msg(self.SERVER_ADDRESS,asd)
+        # Listen for response
+        # status, msg = network_interface.receive_msg(blocking=True)  -> status is boolean flag, msg is message
+        # truemsg = msg.decode('UTF-8') nezd meg, h ez tenyleg bajttomb-e, testverem
+        # jsonmsg = json.loads(truemsg)
+        # plaintextrcvmsg = jsonmsg['message'] dekodolod rsa-val
+        # if (plaintextrcvmsg == message): akkor goodness else: fail
+        # return status, msg
         pass
 
 
-    def authenticate(self, username: str, password: str):
-        # json = {
+    def createEncryptedChannel(self):
+        # pyDH-t hasznalsz
+
+        # pydh = pyDH() #alapertelmezett cuccok jok
+        # mypubkey = pydh.gen_public_key()
+        #    'type':'DH',
+        #    'source':self.network.own_addr
+        # fos = {,
+        #    'message': mypubkey <- pls titkosisd a szerver publikus rsa kulcsaval, hogy authentikalt legyen a dh procedura
+        # }
+        # jsonmsg = json.dump(fos)
+        # asd = jsonmsg.encode('UTF-8')
+        # self.network.send_msg(asd)
+        # status, msg = network_interface.receive_msg(blocking=True)  -> status is boolean flag, msg is message
+        # truemsg = msg.decode('UTF-8') nezd meg, h ez tenyleg bajttomb-e, testverem
+        # jsonmsg = json.loads(truemsg)
+        # self.sharedkey = pydh.gen_shared_key(jsonmsg['message']<-dekoldold a sajat publikus rsa kulccsal)
+        # self.chachageci = ChaChaGeci(self.sharedkey) <- a lenyeg, h a kapott osztott kulccsal legyen egy chacha stream ciphered
+        pass
+
+    def authenticate(self, password: str):
+        # message = self.chachageci.titkosisd_jol_testverem(f'LIN %self.username% %password%')
+        # fos = {
         #    'type':'AUT',
         #    'source':self.network.own_addr,
         #    'message': message
         # }
+        # jsonmsg = json.dump(fos)
+        # asd = jsonmsg.encode('UTF-8')
+        # network_interface.send_msg(self.SERVER_ADDRESS,asd)
+        # status, msg = network_interface.receive_msg(blocking=True)  -> status is boolean flag, msg is message
+        # truemsg = msg.decode('UTF-8') nezd meg, h ez tenyleg bajttomb-e, testverem
+        # jsonmsg = json.loads(truemsg)
         #
         pass
 
+    def connectToServer(self):
+        #self.identifyServer()
+        #self.createEncryptedChannel()
+        #self.authenticate()
+        pass
 
     def sendMessage(self, message: bytes):
-        #message: encoding message with chacha20
-        #json = {
+        # message: encoding message with chacha20
+        # json = {
         #    'type':'CMD',
         #    'source':self.network.own_addr,
         #    'message': message
-        #}
-        #message = json.dump()
-        #message.encode('utf-8')
-        #network_interface.send_msg(self.SERVER_ADDRESS,message)
+        # }
+        # message = json.dump()
+        # message.encode('utf-8')
+        # network_interface.send_msg(self.SERVER_ADDRESS,message)
         pass
 
-
     def recieveMessage(self, message: bytes):
-        #status, msg = network_interface.receive_msg(blocking=True)  -> status is boolean flag, msg is message
-        #Decode the message with chacha20
+        # status, msg = network_interface.receive_msg(blocking=True)  -> status is boolean flag, msg is message
+        # Decode the message with chacha20
         pass