;Fill in the blank using CCS

;MSP432 microcontroller

; Setting the RGB LEDs color according to the status of the switches.

; Question 1 (Switches)

; Switch S1:

; From the evaluation board schematics determine: which I/O port and bit#

; is connected to S1, and is it connected as positive or negative logic?

; Switch S2:

; From the evaluation board schematics determine: which I/O port and bit#

; is connected to S2, and is it connected as positive or negative logic?

; (Hints: you need a pull-up resistor for negative logic input)

; Question 2 (LEDs)

; built-in red LED is connected to which I/O port and bit#?

; built-in green LED is connected to which I/O port and bit#?

; built-in blue LED is connected to which I/O port and bit#?

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; I/O mapping for I/O port x used for input

; (replace x with the correct number)

P1IN .field 0x40004C00 ,32 ; Port x Input

P1OUT .field 0x40004C02 ,32 ; Port x Output

P1DIR .field 0x40004C04 ,32 ; Port x Direction

P1REN .field 0x40004C06 ,32 ; Port x Resistor Enable

P1DS .field 0x40004C08 ,32 ; Port x Drive Strength

P1SEL0 .field 0x40004C0A ,32 ; Port x Select 0

P1SEL1 .field 0x40004C0C ,32 ; Port x Select 1

; I/O mapping for I/O port y used for output

; (replace y with the correct number)

P2IN .field 0x40004C01 ,32 ; Port y Input

P2OUT .field 0x40004C03 ,32 ; Port y Output

P2DIR .field 0x40004C05 ,32 ; Port y Direction

P2REN .field 0x40004C07 ,32 ; Port y Resistor Enable

P2DS .field 0x40004C09 ,32 ; Port y Drive Strength

P2SEL0 .field 0x40004C0B ,32 ; Port y Select 0

P2SEL1 .field 0x40004C0D ,32 ; Port y Select 1

; LED color constant

RED .equ ____ ; constant to turn Red ON

GREEN .equ ____ ; constant to turn Grn ON

BLUE .equ ____; constant to turn Blu ON

NONE .equ ____ ; constant to turn all OFF

; Switch status constant

SW1 .equ ____ ; input value S1 pressed

SW2 .equ ____ ; input value S2 pressed

SW12 .equ ____ ; value S1 and S2 pressed

NOSW .equ ____ ; S1 and S2 not pressed