Create a program using C++ language that reassembles the packets contained in a text file (p.txt) and outputs the corresponding message. Your program should use the Ordered List ADT to assist in reassembling the packets in a message. Assume that each packet in the message file contains a position number and three characters from the message. When a communications site transmits a message through a packet-switching network, it does not send the message as a continuous stream of data. Instead, it divides the message into pieces called packets. These packets are sent through the network to a receiving site, which reassembles the message. Packets may be transmitted to the receiving site along different paths. As a result, they are likely to arrive out of sequence. In order for the receiving site to reassemble the message correctly, each packet must include the relative position of the packet within the message. For example, if we break the message “A SHORT MESSAGE" into packets three characters long and follow each packet with a number denoting the packet's position in the message, the result is the following set of packets. A S1 HOR2 T M3 ESS4 AGE5 No matter in what order these packets arrive, a receiving site can correctly reassemble the message by placing the packets in ascending order based on their position numbers.
Create a program using C++ language that reassembles the packets contained in a text file (p.txt) and outputs the corresponding message. Your program should use the Ordered List ADT to assist in reassembling the packets in a message. Assume that each packet in the message file contains a position number and three characters from the message. When a communications site transmits a message through a packet-switching network, it does not send the message as a continuous stream of data. Instead, it divides the message into pieces called packets. These packets are sent through the network to a receiving site, which reassembles the message. Packets may be transmitted to the receiving site along different paths. As a result, they are likely to arrive out of sequence. In order for the receiving site to reassemble the message correctly, each packet must include the relative position of the packet within the message. For example, if we break the message “A SHORT MESSAGE" into packets three characters long and follow each packet with a number denoting the packet's position in the message, the result is the following set of packets. A S1 HOR2 T M3 ESS4 AGE5 No matter in what order these packets arrive, a receiving site can correctly reassemble the message by placing the packets in ascending order based on their position numbers.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Using C++ Language (ordered linked list & simply)
Transcribed Image Text:Create a program using C++ language that reassembles the packets contained in a
text file (p.txt) and outputs the corresponding message.
Your program should use the Ordered List ADT to assist in reassembling the packets
in a message.
Assume that each packet in the message file contains a position number and three
characters from the message.
When a communications site transmits a message through a packet-switching
network, it does not send the message as a continuous stream of data. Instead, it
divides the message into pieces called packets. These packets are sent through the
network to a receiving site, which reassembles the message.
Packets may be transmitted to the receiving site along different paths. As a result,
they are likely to arrive out of sequence. In order for the receiving site to reassemble
the message correctly, each packet must include the relative position of the packet
within the message.
For example, if we break the message “A SHORT MESSAGE" into packets three
characters long and follow each packet with a number denoting the packet's position
in the message, the result is the following set of packets.
A S1
HOR2
T M3
ESS4
AGE5
No matter in what order these packets arrive, a receiving site can correctly
reassemble the message by placing the packets in ascending order based on their
position numbers.
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