Please enter the first integer: 36 Please enter the second integer: -898 Please pick the text color (1-blue, 2-green, 4-red, or any number from 0-15): 5 The sum in DEC is: -862 The sum in HEX is: FFFFFCA2 Memory Dump with operand_1, 2, and sum: Dump of offset 004D611D 30000024 FFFFFC7E FFFFFCA2 Please teach me a proverb: A soft answer turns away wrath, but a harsh word stirs up anger. The proverb I just learned: A soft answer turns away wrath, but a harsh word stirs up anger. C:\.CIS_21JA\Debug\Assignment 2.exe (process 24560) exited with code 0. Press any key to close this window . . .
can you show me with actual output console with color like screen shot of the output
show me the out put of this assembly language with different in put please
INCLUDE Irvine32.inc
.stack 4096
ExitProcess proto,dwExitCode:dword
.data
; strings(texts) for prompts
prompt_1st_int BYTE "Please enter the first integer: ",0
prompt_2nd_int BYTE "Please enter the second integer: ",0
prompt_text_color BYTE "Please pick the text color (1=blue, 2=green, 4=red, or any number from 0-15): ",0
prompt_proverb BYTE "Please teach me a proverb: ",0
response_str BYTE "The proverb I just learned: ", 0
; strings(texts) for output labels/descriptions
dec_sum_str BYTE "The sum in DEC is: ",0
hex_sum_str BYTE "The sum in HEX is: ",0
memory_dump_str BYTE "Memory Dump with operand_1, _2, and sum: ",0
; variables definitions
operand_1 SDWORD ?
operand_2 SDWORD ?
sum SDWORD ?
color_code DWORD ?
aString BYTE 80 DUP(0), 0
.code
main proc
;prompt the 1st number input
mov edx, OFFSET prompt_1st_int
call WriteString
; set input text color, "yellow" is a pre-define constant, in the Irvine library
mov eax, yellow
call SetTextColor
; read input
call ReadInt
mov operand_1, eax
; reset text color, "white" is a pre-define constant, in the Irvine library
mov eax, white
call SetTextColor
;prompt the 2nd number input
mov edx,offset prompt_2nd_int
call WriteString
; set input text color to yellow
mov eax, yellow
call SetTextColor
; read input
call ReadInt
mov operand_2, eax
call Crlf
; reset text color to white
mov eax, white
call SetTextColor
; prompt "output text color" selection
mov edx,offset prompt_text_color
call WriteString
; set input text color
mov eax, yellow
call SetTextColor
; read the color choice
call ReadInt
mov color_code, eax
call Crlf
; reset text color to white
mov eax,white
call SetTextColor
; add the inputs, then save it to sum
mov eax, operand_1
add eax,operand_2
; save sum
mov sum,eax
; display sum in DEC
mov edx, OFFSET dec_sum_str
call WriteString
; set text color
mov eax, color_code
call SetTextColor
; display sum
mov eax, sum
call WriteInt
call Crlf
; reset text color to white
mov eax, white
call SetTextColor
; display sum in HEX
mov edx, OFFSET hex_sum_str
call WriteString
; set text color
mov eax, color_code
call SetTextColor
mov eax, sum
call WriteHex
call Crlf
; reset text color to white
mov eax, white
call SetTextColor
; display memory dump
mov edx, OFFSET memory_dump_str
call WriteString
; set text color
mov eax, color_code
call SetTextColor
;dump the memories of operand_1, 2 and sum
mov esi, OFFSET operand_1
mov ecx, LENGTHOF operand_1 + LENGTHOF operand_2 + LENGTHOF sum
mov ebx, TYPE operand_1
call DumpMem
call Crlf
call Crlf
; reset text color to white
mov eax, white
call SetTextColor
; prompt proverb
mov edx, OFFSET prompt_proverb
call WriteString
; set input text color
mov eax,yellow
; read string
mov ecx, SIZEOF aString - 1
mov edx, OFFSET aString
call ReadString
call Crlf
; reset text color to white
mov eax, white
call SetTextColor
; display learned string
mov edx, OFFSET response_str
call WriteString
mov eax,yellow
; set text color
mov eax, color_code
call SetTextColor
mov edx, OFFSET aString
call WriteString
call Crlf
call Crlf
; reset text color to white
mov eax, white
call SetTextColor
invoke ExitProcess,0
main endp
end main
Introduction
Assembly Language:
An assembly language is a low-level programming language designed to interact directly also with machines of a computer. Assembly languages, as opposed to machine languages, which use bitwise and hexadecimal characters, are intended to be living things.
Low-level programming languages, such as assembly language, act as a link between a computer's underlying hardware and higher-level programming languages, including Python or JavaScript, in which modern application software is written.
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