Create a Client/Server using DatagramSocket and DatagramPacket Programming and using RSA (2048) as encryption algorithm. A client and a server. The server receives the encrypted datagram packet over a datagram socket. The client should ask the user to enter the 12-digit number, and then send the encrypted credit number to the server. The datagram packet received by the server should be decrypted and display the unencrypted credit card number to the server screen. When the server receives a datagram, it replies by sending a datagram packet that contains a one-line "received with thanks" back to the client. Note: The key/s should be generated, use the appropriate class to generate the key. Use the IPv4 loopback
Create a Client/Server using DatagramSocket and DatagramPacket Programming and using RSA (2048) as encryption algorithm. A client and a server. The server receives the encrypted datagram packet over a datagram socket. The client should ask the user to enter the 12-digit number, and then send the encrypted credit number to the server. The datagram packet received by the server should be decrypted and display the unencrypted credit card number to the server screen. When the server receives a datagram, it replies by sending a datagram packet that contains a one-line "received with thanks" back to the client. Note: The key/s should be generated, use the appropriate class to generate the key. Use the IPv4 loopback
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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Create a Client/Server using DatagramSocket and DatagramPacket Programming and using RSA (2048) as encryption algorithm .
A client and a server. The server receives the encrypted datagram packet over a datagram socket. The client should ask the user to enter the 12-digit number, and then send the encrypted credit number to the server. The datagram packet received by the server should be decrypted and display the unencrypted credit card number to the server screen. When the server receives a datagram, it replies by sending a datagram packet that contains a one-line "received with thanks" back to the client.
Note: The key/s should be generated, use the appropriate class to generate the key. Use the IPv4 loopback
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