$3$ DESIGN AND IMPLEMENTATIONA template project has been created which contains the key generation lookup table and demonstrates how a value can be loaded and placed in a register. The template project can be found on the subject Canvas website under Laboratory $1.$ It is suggested that the template is downloaded to your local hard drive and then the project modified from there. Open the project $($keyGeneration$.$atsln$)$ and ensure that the assembler code is displayed. The required tasks are as follows: a$)$ Once the template project has been opened, load the assembler file keyGeneration.asm by double$-$clicking the file in the Solution Explorer window. Using the ATmega$32$A Instruction Set Manual available on the Canvas website, determine the functionality of the provided template. In your laboratory report, provide a summary of the instructions used in the template and determine the clock cycles required to run each instruction. b$)$ In the initial part of this laboratory you can place each digit of your student number into a register using a Data Transfer Instruction. From the Assembler reference manual, determine what instruction can be used to load a single digit of your student number into a register. To simplify the problem, consider the pseudocode segment in Figure $2.$ Given the template code below, what restrictions are placed on the value of k$?$ Document your findings in your report. You can now begin to develop the code to perform the lookup of a single digit as per the pseudocode in Figure $2.$ At this stage you will need to demonstrate that the code can transfer sequential bytes $($entries$)$ from the table in program memory and place them in a register. In your report, briefly explain how your code functions and place a screenshot of the simulator before, during and after the operation has occurred. c$)$ An algorithm can now be created to extend the generation of the key as described in Figure $1.$ Rather than iterating through your student number using a loop, load each value of k into a register using a Data Transfer Instruction. Assuming that you are working with $8-$bit operations,