Within the $.$data segment, declare two signed $32-$bit integers $($named $$small$$ and $$large$)$ and initialize one with

the smallest possible value and the other with the largest possible value. Use a hexadecimal number $($using the

$$h$$ radix$)$ when initializing each, keeping in mind that hexadecimal numbers with an $8$ or above in the most

significant digit are negative.

$$ Within the $.$code segment, move the $$small$$ value into the eax register and add one to the register.

$$ Run and examine both the eax register and the EFLAGS register. Using comments within the $.$code segment,

explain the value in eax and explain the value in EFLAGS regarding the bits CF$,$ PF$,$ ZF$,$ SF$,$ and OF

$$ Add code to move the $$large$$ value into eax and add one. Repeat your explanation for both eax and the EFLAGS

bit values.

$$ Modify the $.$data segment and add the following:

$$ Declare a null$-$terminated string IN TWO DIFFERENT WAYS that contains the word $$Assembly$($case matters

here$).$

$$ Remember that a string is just a sequence of bytes that are stored in consecutive memory addresses