$1.$Describe the process to successfully interface the MSP$430$FR$5994$ Launchpad with external sliding DIP switches. Whathardware considerations need to be made? What configurations need to be made in the software?

$2.$ Referencing the available pins on the MSP$430$FR$5994,$ draw a block diagram for interfacing switch connections to theMSP$430$FR$5994$

$3.$ Develop a truth table and algorithm for a program that implements four different logic operations on two two$-$bit inputsand selects one of the results to output to the console. Which logic operations are going to be implemented $($see Lecture$1)?$ How many inputs and outputs would be needed?

$4.$ Modify the diagram in step $2$ to develop a hardware diagram using the MSP$430$FR$5994$ for algorithm developed in step$3.($TIP: Choose a port with multiple available inputs.$)$

$5.$ Open CCS and reference a register level example for the use of interrupts and low power modes

$6.$ Start a new CCS project. The project can be in C or assembly. Write a code that $$wakes up$$ the MSP$430$FR$5994$ froma low power mode from a pushbutton configure as an interrupt and implements the logic function algorithm in a ISR. AnLED should toggle upon return from the ISR and then return to $$sleep$.$

$7.$ Connect a DIP switch to the MSP$430$FR$5994$ to the selected inputs. The DIP switch may need to be grounded orpowered depending on the configuration. Ground or power from the MSP$430$FR$5994,$ if necessary.

$8.$ Test the results to verify the truth table and logic functions developed in step $3.$ Record and document the output fromthe console as verification of the logic function algorithm.