Question: Binary Encryption and Decryption Data on a computer is stored in binary form, in the form of bytes (8 bits of 1s or data can

 Binary Encryption and Decryption Data on a computer is stored in

Binary Encryption and Decryption Data on a computer is stored in binary form, in the form of bytes (8 bits of 1s or data can easily be "encrypted" with a "key" based on a little Boolean operatio l exclusive or. n called an xor, or When we xor a single bit (a 1 or 0) with another bit: if 1 bit is true and 1 bit is false, it returns true, otherwise it returns false; so: 1 xor 0 = 1 0 xor 1 1 0 xor 0 = 0 key (the And now, one reason this is useful is because if we take the new bit and xor it with the same second bit) the result will always be the first bit. So 0 xor 1 = 1 1 xor 0 = 1 1xor 1 = 0 0 xor 0 = 0 Now using the above, demonstrate encryption and decryption by writing a program in C++ (or language of your choice). Use keyboard to input values for your program variables, and the monitor for outputting results

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