include screenshots with answers to all parts for upvote please

pkt_const.py:

#!/usr/bin/python3

from scapy.all import *

### ATTENTION ###

# Before lauching this program, open Wireshark and capture the traffic

# Examine how the destination responds to this spoofed packet

#

ip = IP(src='10.0.2.17', dst='10.0.2.19')

udp = UDP(sport=1234, dport=9999)

data = 'Hello World'

pkt = ip/udp/data #build a protocol stack from lower to higher

pkt.show()

send(pkt)

4. IP Spoofing Total: 35 pts In this task, the attacker will conduct an IP spoofing against the server VM by masquerading as the Client. On the Attacker VM, start capturing the network traffic and conduct an experiment for IP spoofing using pkt_const.py and send a packet to a UDP port Helpful wireshark filter: (udp || icmp) && !dns && !dhcp Documentation: a. (15 pts) Present your experiment in a logical manner and with screenshots b. (5 pts) In the UDP packet, what are src MAC, dst MAC, sro IP, and dst IP? c. (5 pts) As a response, the target sends out an packet with and for the Type and the Code field, respectively. d. (5 pts) What protocols are included in the payload of the response packet of the target? Present a screenshot to support your answer. e. (5 pts) Which machine will receive the response packet? How will the response packet be processed? Explain your answer in detail. Present a screenshot to support your answer if the screenshot for the question d is not enough. 4. IP Spoofing Total: 35 pts In this task, the attacker will conduct an IP spoofing against the server VM by masquerading as the Client. On the Attacker VM, start capturing the network traffic and conduct an experiment for IP spoofing using pkt_const.py and send a packet to a UDP port Helpful wireshark filter: (udp || icmp) && !dns && !dhcp Documentation: a. (15 pts) Present your experiment in a logical manner and with screenshots b. (5 pts) In the UDP packet, what are src MAC, dst MAC, sro IP, and dst IP? c. (5 pts) As a response, the target sends out an packet with and for the Type and the Code field, respectively. d. (5 pts) What protocols are included in the payload of the response packet of the target? Present a screenshot to support your answer. e. (5 pts) Which machine will receive the response packet? How will the response packet be processed? Explain your answer in detail. Present a screenshot to support your answer if the screenshot for the question d is not enough