ProcessorExcercise $10\mathrm{.}3$ Modify your program from $10\mathrm{.}2$ by writing a function called flashpattern: that accepts two inputs: the number of "rapid" $1$ second flashes before the pause the pause time $($in seconds$)$ between each set of rapid flashes We are going to use this function to $"$re$-$factor" our main code. That is$,$ instead of the flash loop in main, we are asking you to move that logic to a function called "flashpattern" following the description above. Once done, the main Processor code should now just set up the arguments to flashpattern:, and then call flashpattern to do all the work $($i$.$e$.,$ flash, delay using the previous functions you wrote to perform the task$).$ need help solving this Excercise this my code so far using armlite simulator assembly can get help using armlite simulator assembly not python $(1|$ mov R$0,$ #$.$blue

$2|$ mov R$1,$ #$.$white

$3|$ mov R$2,$ #$1$ ; $1$sec delay time

$4|$ mov R$9,$ #$2$

$5|$reset:

$6|$ mov R$8,$ #$0$

$7|$rapid$\_$flashes:

$8|$ PUSH $\{$ R$8\}$

$9|$ BL flash

$10|$jump:

$11|$ add R$8,$ R$8,$ #$1$

$12|$ CMP R$8,$ #$3$

$13|$ BLT rapid$\_$flashes

$14|$ POP $\{$R$8\}$

$15|$ PUSH $\{$R$0\}$

$16|$pause:

$17|$ MOV R$0,$ R$9$

$18|$ BL delay

$19|$ POP $\{$R$0\}$

$20|$ BL reset

$21|$flash:

$22|$ str R$0,.$Pixel$367$ ; flash on

$23|$ LDR R$3,.$Time ; start time

$24|$ push $\{$R$0\}$

$25|$ MOV R$0,$ R$2$

$26|$ BL delay ; call delay function

$27|$ Pop $\{$R$0\}$

$28|$ str R$1,.$Pixel$367$ ; flash off

$29|$ LDR R$3,.$Time ; start time

$30|$ push $\{$R$0\}$

$31|$ MOV R$0,$ R$2$

$32|$ BL delay ; call delay function

$33|$ pop $\{$R$0\}$

$34|$ B jump

$35|$ halt

$36|$; Drawpixel function

$37|$drawpixel:

$38|$ PUSH $\{$R$0,$ R$1,$ LR$\}$ ; Push R$0,$ R$1,$ and LR onto the stack

$39|$ STR R$0,.$Pixel$367$ ; Set pixel color

$40|$ BL delay ; Call delay function to insert pause

$41|$ STR R$1,.$Pixel$367$ ; Turn off pixel

$42|$ BL delay ; Call delay function to insert pause

$43|$ POP $\{$R$0,$ R$1,$ PC$\}$ ; Pop R$0,$ R$1,$ and LR from the stack and return

$44|$delay:

$45|$ push $\{$R$3,$R$4,$R$5,$R$6\}$

$46|$ MOV R$3,$ R$0$ ; move delay time param into R$3$

$47|$ LDR R$4,.$Time ; get start ime

$48|$timer:

$49|$ LDR R$5,.$Time ; update time

$50|$ SUB R$6,$ R$5,$ R$4$ ; calc elapsed time

$51|$ CMP R$6,$ R$3$ ; compare elapsed to delay time

$52|$ BLT timer

$53|$ pop $\{$R$3,$R$4,$R$5,$R$6\}$

$54|$ RET$)$