I've been using the Pep $8$Assembler vers. $8\mathrm{.}1\mathrm{.}3$and I've been having trouble trying to convert this java code to assembly code. This is the java code

Translate into Pep$8$assembly language with equates and methods to call. no python or java responses please

import java.util.Scanner;

public class CW$10\{$

$$ public static void main$($String$[]$args$)\{$

$$ Scanner scnr $=$new Scanner$($System$.$in$)$;

$$ int x $=$scnr$.$nextInt$()$;

$$ printStars$($x$)$;

$$ int y $=$scnr$.$nextInt$()$;

$$ printRange$($x$,$y$)$;

$$ int z $=$scnr$.$nextInt$()$;

$$ inRange$($x$,$y$,$z$)$;

$\}$

$$

$$ public static void printStars$($int a$)$

$\{$

$$ for $($int k$=0$; k$=$e && g $<=$f$)$

$$ System.out.println$("$in range"$)$;

$$ else

$$ System.out.println$("$outside range"$)$

$\}$

$$

$\}$

This is the assembly code. So far, I am capable of printing out the stars to correspond with the input from the prntstar method, but I have been having trouble trying to get the correct outputs from the prntrnge method and inrange method and putting them into the main method

Br main

n$1$: $.$equate $2$ ;#$2$c

n$2$: $.$equate $0$ ;#$2$d

n$3$: $.$equate $0$ ;#$2$d

msg$1$: $.$ASCII $"\backslash$x$00$ :outside range $"$

msg$2$: $.$ASCII $"\backslash$x$00$ inside range $"$

prntstar: lda $0,$ i

loop: CPA n$1,$ s

BRGE endstar

Charo $\text{'}*\text{'},$ i

adda $1,$ i

BR loop

endstar: charo $\text{'}$

$\text{'},$ i

ret$0$

prntrnge:lda $0,$ i

CPA n$1,$ s

BRGE endRge

deco n$2,$ i

CPA n$1,$ s

adda $1,$ i

endRge: charo $\text{'}$

$\text{'},$ i

ret$0$

inrange: lda $0,$ s

sta n$1,$ s

CPA n$3,$ s

BRGE endrnge

lda n$2,$ s

sta n$2,$ s

CPA n$3,$ s

endrnge: ret$0$

num$1$: $.$equate $0$ ;#$2$d

num$2$: $.$equate $0$ ;#$2$d

main: subsp $4,$ i;allocate #num$1$#num$2$

deci num$1,$ s

LDA num$1,$ s

sta $-2,$ s

subsp $2,$ i ; push #num$1$

call prntstar

addsp $2,$ i ; pop #num$1$

lda $2,$ s

sta $-2,$ s

lda $0,$ s

sta $-4,$ s

subsp $2,$ i ;push #num$1$

stro msg$1,$ d

call prntrnge

addsp $2,$ i ;pop #num$1$

lda $2,$ s

sta $-2,$ s

lda $0,$ s

sta $-4,$ s

subsp $2,$ i ;push #num$1$

stro msg$1,$ d

call inrange

addsp $4,$ i; deallocate #num$2$#num$1$

stop

$.$end