Overview & guidelines:

Using Assembly Language x$86$

$$ Same program as A$9,$ but now using proper $64$ bit style

$$ Think about logic & how you are solving problems using limited

resources & syntax. That is the assignment objective.

$$ Specific C functions will be required. Make sure you use those

rather than some of the techniques from the past.

$$ Sample output is provided to demonstrate.

$$ Break the program up into $3$ functions.

Instructions:

$$ Same program as A$9,$ but now using proper $64$ bit style

$$ Coding style is the key objective, follow the instructions &

restrictions.

$$ Add comments in your main program to show what you are doing at

each major step. Connect comments to the bullets in the

instructions.

$$ You are asked to define $3$ functions; and then set up a main

program that properly utilizes these functions.

o There are no parameters or return values

$$ The program functions should call C functions in the manner

specified.

$$ Function $1$:

o At the top of the program, reserve space for a $1000$

character string

o In the function

$$ Prompt user to type in a string

$$ Print the string & length with a single print$()$

$$ Function $2$:

o Print exactly $3$ random numbers, $1$ per line

o These are just raw numbers, no need to convert to a

specific range. No seed.

o A number is ODD if the rightmost binary digit is $1.$ Count

how many of the random values are odd. Print that count.

$$ Use this technique rather than division.

$$ Function $3$:

o Prompt the user and ask for $2$ integers using a single

scanf$()$

o Sample output from the function should be similar to::

$$ Up $47--4567$

$$ Up $55--5$

$$ Up $83-$

$$ This must be a single printf$()$: Up $47--$

$$ Create a main program that uses the above functions in your

solution.

o Main is mostly just $3$ function calls and maybe a bit of

printing