The Task: Write a program in PLP assembly that periodically reads the value of the switches (address: 0xfe100000) and uses this value to determine what type of pattern to display on the LED array. The table below indicates what the pattern that should be displayed for each possible switch setting: Switch Number 0 LED Pattern Hexadecimal Binary Switch Switch Value 0x00000001 0bo0000001 Turn all 8 LEDs on and then off 0x000000020boo000010 Turn all even numbered LEDs on and Value then off Turn all odd numbered LEDs on and then off 2 0x00000004 0b00000100 3 0x00000008ob00001000 Cycle through all 8 LEDs in order with only one LED on at a time (a marquee) Other Other Other All LEDs off Hint: Logical shifts are not required to complete this project, but they should make your program shorter and more readable than hard coding every value to be written to the LEDs. Shifts can also be helpful when determining the switch value The Task: Write a program in PLP assembly that periodically reads the value of the switches (address: 0xfe100000) and uses this value to determine what type of pattern to display on the LED array. The table below indicates what the pattern that should be displayed for each possible switch setting: Switch Number 0 LED Pattern Hexadecimal Binary Switch Switch Value 0x00000001 0bo0000001 Turn all 8 LEDs on and then off 0x000000020boo000010 Turn all even numbered LEDs on and Value then off Turn all odd numbered LEDs on and then off 2 0x00000004 0b00000100 3 0x00000008ob00001000 Cycle through all 8 LEDs in order with only one LED on at a time (a marquee) Other Other Other All LEDs off Hint: Logical shifts are not required to complete this project, but they should make your program shorter and more readable than hard coding every value to be written to the LEDs. Shifts can also be helpful when determining the switch value