# of the application
# dropping unnecessary priviliges
umit.umpa.utils.security.drop_priviliges()
# create new IP object
ip = IP()
# setting some fields
ip.src = "127.0.0.1"
ip.dst = "67.205.14.183"
# the same for TCP
tcp = TCP()
# setting some fields
tcp.srcport = 2958
tcp.dstport = 0
# also, SYN flag will be set up. here SYN
tcp.set_flags('flags', syn=True)
# create payload object and set the data while calling constructor
payload = Payload(data="something here")
# create a new packet and include one protocol (ip)
packet = umit.umpa.Packet(ip)
# packing another protocol into our packet
packet.include(tcp, payload)
# creating new socket connection
# NOTE: we need to raise our priviliges.
# we can call super_priviliges() function and pass function which need these
from umit.umpa.protocols import Payload
from umit.umpa import Packet
from umit.umpa import Socket
from umit.umpa._sockets import INET
from umit.umpa.utils.security import super_priviliges
ip = IP(src='127.0.0.1', dst='127.0.0.1')
#print "Value Of fielf key for Ipv6 is Here"
#print(ip)
#print(list(ip.get_fields_keys()))
#print ICMP(type=8)
tcp = TCP()
tcp.srcport = 295
tcp.dstport = 255
tcp.set_flags('flags', syn=True)
#payload = Payload()
#payload.data = "this is umpa!"
first_packet = Packet(ip, tcp)
#first_packet.include(payload)
#print "Structure Of Ipv4 Packet"
#print first_packet
#print "_____________________"
sock = super_priviliges(INET)
sock.send(first_packet)
#print tcp._checksum
#######################################################################
#udp = UDP(srcport=25, dstport=362)
#ip.ttl = "windows"
from umit.umpa.protocols import ICMP
from umit.umpa.protocols import Payload
from umit.umpa import Packet
from umit.umpa import Socket
from umit.umpa._sockets import INET
from umit.umpa.utils.security import super_priviliges
ip = IP(src='127.0.0.1', dst='127.0.0.1')
#print "Value Of fielf key for Ipv6 is Here"
#print(ip)
#print(list(ip.get_fields_keys()))
#print ICMP(type=8)
tcp = TCP()
tcp.srcport = 295
tcp.dstport = 255
tcp.set_flags('flags', syn=True)
#payload = Payload()
#payload.data = "this is umpa!"
first_packet = Packet(ip, tcp)
#first_packet.include(payload)
#print "Structure Of Ipv4 Packet"
#print first_packet
#print "_____________________"
sock = super_priviliges(INET)
sock.send(first_packet)
#print tcp._checksum
#######################################################################
#udp = UDP(srcport=25, dstport=362)
#ip.ttl = "windows"
# of the application
# dropping unnecessary priviliges
umit.umpa.utils.security.drop_priviliges()
# create new IP object
ip = IP()
# setting some fields
ip.src = "127.0.0.1"
ip.dst = "67.205.14.183"
# the same for TCP
tcp = TCP()
# setting some fields
tcp.srcport= 2958
tcp.dstport = 0
# also, flags will be set up. here SYN + ACK
tcp.set_flags('flags', syn=True, ack=True)
# create new packet with strict=False
# we can build compleate insane packets now
packet = umit.umpa.Packet(strict=False)
# packing protocols into our packet
# NOTE: the order of the protocols are abnormal
# you will get the warning.
# you can switch off warnings if needed: packet.warn = False
packet.include(tcp, ip)
# creating new socket connection