Use INCLUDE Irvine32.inc language and Create an Asembly program that does the fo

Question

Use INCLUDE Irvine32.inc language and Create an Asembly program that does the following (look at the picture):

DO NOT USE x86 language

Please Test the program before posting answer

1) Simple questions a. Read in two strings, write a method to combine them in to one string. Example: hot dog hotdog b. Nested addition i. Make a method to add n numbers from 1 to 10 1. First read in n (the number of numbers) 2. The read in the n numbers and add them up 3. Print the sum only ii. Put the method in a loop and repeat it 3 times, using the delay of 2000 clear the screen between each loop

Explanation / Answer

Answer

1.

a.

.LC0:
.string "Enter first string: "
.LC1:
.string "%s"
.LC2:
.string "Enter second string: "
.LC3:
.string "After concatenation: %s"
main:
; start of function
; framesize_regs: 2
; framesize_locals: 202
; framesize_outgoing: 4
; framesize: 208
; elim ap -> fp 4
; elim fp -> sp 206
; saved regs: R4
; start of prologue
PUSHM.W #1, R4
MOV.W R1, R4
SUB.W #206, R1
; end of prologue
MOV.W #.LC0, @R1
CALL #printf
MOV.W R4, R12
ADD.W #-102, R12
MOV.W R12, 2(R1)
MOV.W #.LC1, @R1
CALL #scanf
MOV.W #.LC2, @R1
CALL #printf
MOV.W R4, R12
ADD.W #-202, R12
MOV.W R12, 2(R1)
MOV.W #.LC1, @R1
CALL #scanf
MOV.B #0, -1(R4)
.L3:
MOV.B -1(R4), R12
MOV.W R4, R13
ADD.W #-102, R13
ADD.W R13, R12
MOV.B @R12, R12
CMP.W #0, R12 { JEQ .L2
ADD.B #1, -1(R4)
BR #.L3
.L2:
MOV.B #0, -2(R4)
.L5:
MOV.B -2(R4), R12
MOV.W R4, R13
ADD.W #-202, R13
ADD.W R13, R12
MOV.B @R12, R12
CMP.W #0, R12 { JEQ .L4
MOV.B -1(R4), R12
MOV.B -2(R4), R13
MOV.W R4, R14
ADD.W #-202, R14
ADD.W R14, R13
MOV.B @R13, R13
MOV.W R4, R14
ADD.W #-102, R14
ADD.W R14, R12
MOV.B R13, @R12
ADD.B #1, -2(R4)
ADD.B #1, -1(R4)
BR #.L5
.L4:
MOV.B -1(R4), R12
MOV.W R4, R13
ADD.W #-102, R13
ADD.W R13, R12
MOV.B #0, @R12
MOV.W R4, R12
ADD.W #-102, R12
MOV.W R12, 2(R1)
MOV.W #.LC3, @R1
CALL #printf
MOV.B #0, R12
; start of epilogue
ADD.W #206, R1
POPM.W #1, r4
RET

b.

.LC0:
.string "Enter the count of numbers you'll enter in this loop::"
.LC1:
.string "%d"
.LC2:
.string "Enter number::"
.LC3:
.string "The sum of the entered number is %d."
main:
; start of function
; framesize_regs: 2
; framesize_locals: 12
; framesize_outgoing: 4
; framesize: 18
; elim ap -> fp 4
; elim fp -> sp 16
; saved regs: R4
; start of prologue
PUSHM.W #1, R4
MOV.W R1, R4
SUB.W #16, R1
; end of prologue
MOV.W #0, -12(R4)
MOV.W #3, -8(R4)
MOV.W #0, -2(R4)
.L5:
CMP.W -8(R4), -2(R4) { JGE .L2
MOV.W #0, -4(R4)
MOV.W #.LC0, @R1
CALL #printf
MOV.W R4, R12
ADD.W #-12, R12
MOV.W R12, 2(R1)
MOV.W #.LC1, @R1
CALL #scanf
MOV.W #0, -6(R4)
.L4:
MOV.W -12(R4), R12
CMP.W R12, -6(R4) { JGE .L3
MOV.W #.LC2, @R1
CALL #printf
MOV.W R4, R12
ADD.W #-10, R12
MOV.W R12, 2(R1)
MOV.W #.LC1, @R1
CALL #scanf
MOV.W -10(R4), R12
ADD.W R12, -4(R4)
ADD.W #1, -6(R4)
BR #.L4
.L3:
MOV.W -4(R4), 2(R1)
MOV.W #.LC3, @R1
CALL #printf
ADD.W #1, -2(R4)
BR #.L5
.L2:
MOV.B #0, R12
; start of epilogue
ADD.W #16, R1
POPM.W #1, r4
RET

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