Task $3_{?}$

Use the delay assembly code from class $($Execution Time$)$ to generate a delay of $0\mathrm{.}5$ second. Note

that you may need to use a loop inside a loop to achieve the total delay. Then download the $C$ code we

used in Lab $1.$ Using inline assembly, insert the delay sequence of instructions using asm $\{\}$ in the main

function where the MSdelay $(500)$ function is called, i$.$e$.$ replace the MSdelay$(500)$; line with the inline

assembly sequence. Note that you will not implement a function for the delay in this lab. Compile and

download this to the board and confirm that the LEDs blink on and off correctly.

Note that you may not be able to create the exact same delay in cycles, you want to be as close as

possible.

Entering inline assembly works like the following example. Use the "asm" keyword and include your

code between $\{\}$ brackets.

asm

$\{$ addd #$1$

addd #$10$

$\}$

Answer the following questions:

$1-$ How many cycles you will need to create a delay of $0\mathrm{.}5$ seconds?

$2-$ How many iterations do you need to execute the loop on slide $5$ to have a $0\mathrm{.}5-$second delay?

$3-$ Does the answer for $2$ fit in one HCS$12$ register? If not, what do you need to do to overcome

the problem?

$4-$ Were you able to get the exact same cycles in delay? Why or why not?

$5-$ What is the total delay time that you were able to create?