Do not write different text or additional messages - this hinders automated grading and costs you points. Issue the following messages as shown below. Output the resulting value from the specified logical operation. Your program will calculate the results for those two values. Input will be an operator chosen by the user from a menu, and one or two integer values. Hexadecimal output must have leading zeroes. The width should be two times the results of the sizeof result. Use iomanip to produce the hexadecimal output. Should an input error arise, abandon all further calculations and issue an error message (message 7 in the list below). To calculate the bit size, use the C++ sizeof command and multiply the result by 8. Your program should use unsigned integers for the input variables and the result variable. Issue message 8 if so and set the result to all zero bits. (For the single-operand choices, NOT and Negate, issue message 4B.) In the case of left and right shift (), verify that the shift amount is not larger than the number of bits in your operands. Otherwise, ask the user for the operands using message 4A.
Once a valid choice is made, if the choice is '#', issue message 6 and end execution. The valid operator choices are:ĪND & OR | XOR ^ NOT ~ Negate - Left shift (logical shift only) Stop execution = # Repeat this until a valid choice is received. Issue message 3 in this case, then prompt the user again for correct values. Invalid choice values should be rejected. Use messages 2A through 2I below for that prompt.
The C++ program should then display a menu and prompt the user for a menu choice. (See the Notes section later in this document.) Then issue message 1 described later in this assignment. Start by calculating the size in bits of your operands. Your assignment is to write a C++ program using Microsoft Visual Studio, Xcode,, or such other C++ compiler you wish.
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