Description
Write a program in VS C++ 2017 to convert a signed integer to its binary equivalent (8 bits) (in 2’s complement) and vice versa. Your program should first read in either a signed integer or a binary number (always in 2’s complement) provided by the user. Your program then does the necessary conversion and displays the answer to the screen. The following shows a scenario of running a sample program, where user’s inputs are represented in boldface.
Enter your choice (1 = decimal to binary, 2 = binary to decimal): 1
Enter the signed decimal number to be converted: –23
The binary equivalent for the signed decimal number -23 is 11101001
More choice (y or n): y
Enter your choice (1 = decimal to binary, 2 = binary to decimal): 2
Enter the binary number to be converted: 00110101
The signed decimal equivalent for the binary number 0110101 is 53
More choice (y or n): y
Enter your choice (1 = decimal to binary, 2 = binary to decimal): 2
Enter the binary number to be converted: 11011010
The signed decimal equivalent for the binary number 11011010 is -38
More choice (y or n): n
Good bye!
Follow the criteria shown below to prepare and turn your program in to Canvas.
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You MUST use VS C++ 2017 to develop, compile, debug, test, and run your program.
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Submit only the source-code file to Canvas (on time or late).
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Make sure your program compiles successfully in order not to lose a major portion of total points.
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You may assume the signed decimal number to be converted is always small enough to be contained in 8 bits.
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All of the binary numbers entered are represented in 2’s complement form.
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Your program will be tested using the test cases similar to those shown above.
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