Reading smart meter data over TCP/IP with python-help me pls

Hi everyone,

I want to read a smart meter over tcp/ip(IPV4) with python.
I can read it over serial.
But i need to read over tcp protocol.But i don't know how?
Can you share a script or sample code please?
Can you help to me please?

Thanks.

import serial,time,re,os

serialport = 'COM5'
init_seq = bytes('/?!\r\n', 'ascii')
request = bytearray('\x06000\r\n', 'ascii') #Acknowledge char 06 30 35 30 0D 0A --> 050
serial = serial.Serial(
serialport, 300,
bytesize=serial.SEVENBITS,
parity=serial.PARITY_EVEN,
timeout=5,
interCharTimeout=2)
serial.flushInput()
serial.write(init_seq)
print("Sayaca Oturum Acma Istegi Gonder:\n> {}".format((init_seq.decode('iso-8859-9')))[:-2])
response = bytes()
newlines = 0
try:
while newlines < 1:
response += serial.read()
length = len(response)
if (0x0a or 0x0d) in response:
newlines += 1
meter_id = response
print ("Sayac ID sini Al:\n< {}".format((meter_id.decode('iso-8859-9'))[:-2]))
except Exception as e:
print ("Sayac ID Yok")

if (len(response) >= 5):
if (meter_id[4] - 0x30) in range(6):
new_ascii_baudrate = 300 * (1 << (response[4] - 0x30))
print ("Desteklenen Baudrate ASCII :{}".format(new_ascii_baudrate))
request[2] = meter_id[4]
print ("Oturum Ac:")

try:
wait = 1.0
time.sleep(wait)
print("ACK gonder:\n> {}".format((request.decode('iso-8859-9'))[:-2]))
new = 'false'
while new == 'false':
response2 = bytes()
time.sleep(0.5)
serial.baudrate = 300
print ("Baudrate 300 ile basla")
serial.write(request)
time.sleep(0.5)
#time.sleep(2.0)
print ("send hex:{}".format(request))
#print (os.popen('stty -F COM1').read())
serial.baudrate = new_ascii_baudrate
serial.timeout = 1
print ("Yeni Baudrate = {} ".format(new_ascii_baudrate))
#print (os.popen('stty -F COM1').read())
response2 += serial.read()
#print (response2.decode('iso-8859-9'))
if len(response2) > 0:
if 0x02 in response2:
print ("STX al (Frame start character )") #x\02
end = 'false'
while end == 'false':
response2 += serial.read()
#print ("RESPONSE:{0}".format(response2.decode('iso-8859-9')))
if (0x03 in response2) and (0x3a in response2):
print ("ETX al (Frame end character )") #x\03
end = 'true'
print ("Okunan Sayac Modeli: {}".format((meter_id.decode('iso-8859-9'))[:-2]))
print ("Sayac Verileri:")
print ("---------------\n{0}".format(response2.decode('iso-8859-9')))
new = 'true'
print ("------------------------")
except Exception as e:
print("ERROR: {0}".format(e))