CmpSc$330,$ C$++$ Lab

Convert Decimal to Binary, Hexadecimal and Octal

Programming guidelines

$$ Use Visual Studio, and create a C$++$ project.

$$ Create a comment header, at the top of the document.

Deliverables

$$ Only submit $.$CPP and $.$H files, that you created.

Program Requirements

$1.$ The project shall be called: $$ConvertDecimal$.$

$2.$ Input

a$.$ Allow user to input an integer from $0->2,000,000.$

b$.$ Validate the input. If input is invalid, make them enter a value again

$($while$),$ until they enter a valid value.

c$.$ Then, the main$()$ call the ConvDecimal$()$ with the appropriate parameters.

$3.$ Processing

a$.$ Use the Division method for converting Decimal to Binary, and

Hexadecimal, and Octal.

i$.$ Divide the quotient by $2$ or $16$ or $8,$ respectively.

ii$.$ Get the remainder after dividing. Save the remainders. They are

the answer.

b$.$ Display the answer with, the digits, in the proper order.

c$.$ Loop and ask user to input another positive integer.

d$.$ Stop looping and exit when the user enters $-1.$

e$.$ Create $4$ functions to reside in this one $.$CPP file.

i$.$ convDecimal$().$

ii$.$ convDecimalToHex $()$;

iii. ConvDecimalToOctal$()$;

iv$.$ convDecimalToBinary$().$

v$.$ You will create $1$ function that will convert Decimal to all $3$ other

bases $(2,16,$ and $8).$ You $($the programmer$)$ need to determine what

the parameters should be for this function. Then, this function will

call the appropriate other function.

f$.$ All $4$ functions will return a string with the values in the correct order.

$4.$ Output

a$.$ At beginning of the program, display some kind of welcome message,

stating to the user what this program does.

b$.$ When printing the results, display both the original decimal value and the

calculated values.

c$.$ Display the output in a nice, easy to read, format.

$5.$ Testing