PROGRAM $2$: WRITE THIS IN ARM ASSEMBLY LANGUAGE CODE!

To exercise the logical operations, write a program that works with three one$-$byte data

variables labeled STATUS, CONTROL and PERIPH. The program is to perform the following

operations.

Force bits $2$ and $5$ of CONTROL to $1,$ without changing the other $6$ bits.

Force bits $3$ and $4$ of CONTROL to $0,$ without changing the other $6$ bits.

If bit $0$ of STATUS is $1,$ complement bit $7$ of CONTROL, otherwise no change to

CONTROL.

Replace bits $5-2$ of PERIPH with the $4-$bit hex digit $5,$ without changing the other

four bits of PERIPH.

Data are stored in "little endian" format $($bits are numbered $7$ down to $0,$ from left to

right, within each byte.$)$

Test the program by initializing CONTROL to the value $03C,$ STATUS to $00F,$ and

PERIPH to $0$x$77.$ Display these values as hexadecimal bytes $($type char$)$ in an Expressions

View and capture that view to show the values of CONTROL, STATUS, and PERIPH at the

end of the program.

Then, without leaving the debugger, reset the CPU, change the values of CONTROL to

$0$xC$3,$STATUS to $0$xFO, and PERIPH to $0$xB$5.$ Run the program and capture the

Expressions View to show the values of the three variables at the end of the program.

Submit your source code and the two Expressions Views.