the code will be a method called upper with equates and trace tags

upper takes one parameter $($a lowercase character$)$ prints it followed by a space and then followed by the uppercase equivalent.

So if the parameter is h$,$ the output $($from the method$)$ will be:

h H

Main first inputs $5$ different characters $($all lowercase$)$ and then calls the method upper five separate $($meaning $5$ different$)$ times.

Suppose the input characters are called ch$1,$ ch$2,$ ch$3,$ ch$4,$ ch$5.$

Main then does this:

System.out.println$($ "The fifth character" $+$ ch$5)$;

upper$($ch$5)$;

System.out.println$($ "The fourth character" $+$ ch$4)$;

upper$($ch$4)$;

System.out.println$($ "The third character" $+$ ch$3)$;

upper$($ch$3)$;

System.out.println$($ "The second character" $+$ ch$2)$;

upper$($ch$2)$;

System.out.println$($ "The first character" $+$ ch$1)$;

upper$($ch$1)$;

REMEMBER that the method cannot access the local variables in main, and that main must put parameters on the stack each time immediately before calling the method. $($This is exactly what your java programs do$)$

HINT: get it working for just one character first. DO NOT try to call the method $5$ times until you know it works. Also, remember to put trace tags, and to help you debug watch in debug mode and also watch the memory to verify that your stack is built correctly. If you come for help, bring a diagram showing what you want to put on the stack $.$

Please use these codes in the photo and here's example code of how it should look:

BR main

Count: $.$EQUATE $0$ ; #$2$d

input: $.$EQUATE $2$ ; #$1$c

msg: $.$ASCII "There are $\backslash$x$00"$

main: SUBSP $3,$i ; Allocate #input #Count

lda $0,$ i

sta Count, s

loop: CHARI input, s ; Read a character from input

ldbytea input, s

CPA $\text{'}$#$\text{'},$ i ; Check if it's a newline character

BREQ endIn ; If it is$,$ exit the loop

CPA $\text{'}7\text{'},$ i ; Compare input with $\text{'}7\text{'}$

BRNE loop ; If not $7,$ continue reading input

LDA Count, s ; Load digitCount

ADDA $1,$ i ; Increment digitCount

STA Count, s ; Store updated digitCount

BR loop ; Continue reading input

endIn: STRO msg$,$ d ; Output count message

DECO Count, s ; Output the count

ADDSP $3,$i ; Deallocate space #Count #input

STOP

$.$end