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Using the flat assembler (fasm), write a program that converts an integer from -100 to 100 to text.

Using the flat assembler (fasm), write a program that converts an integer from -100 to 100 to text.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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New to assembly language!! need help as to what exactly i need to put into the fasm assembler. (including syntax) Output screenshot would help alot too (:
Using the flat assembler (fasm), write a program that converts an integer from -100 to 100 to text. Below is a partial algorithm to convert an integer to text: idiv user's number by 10 and store eax into variable Quotient and edx into Remainder compare Quotient to 2 and jump to Twenty if equal; compare Quotient to 3 and jump to Thirty if equal; etc. Twenty: Output "twenty" Jump to OnesDigit Thirty: Output "thirty" Jump to OnesDigit OnesDigit: compare Remainder to 1 and jump to One if equal; compare Remainder to 2 and jump to Two if equal; etc. One: Output "one" Jump to Ending Two: Output "two" Jump to Ending Example outputs This x86 assembly program converts an integer to text. Enter an integer from -100 to 100: 73 seventy-three Enter an integer from -100 to 100: -100 negative one hundred
Transcribed Image Text:Using the flat assembler (fasm), write a program that converts an integer from -100 to 100 to text. Below is a partial algorithm to convert an integer to text: idiv user's number by 10 and store eax into variable Quotient and edx into Remainder compare Quotient to 2 and jump to Twenty if equal; compare Quotient to 3 and jump to Thirty if equal; etc. Twenty: Output "twenty" Jump to OnesDigit Thirty: Output "thirty" Jump to OnesDigit OnesDigit: compare Remainder to 1 and jump to One if equal; compare Remainder to 2 and jump to Two if equal; etc. One: Output "one" Jump to Ending Two: Output "two" Jump to Ending Example outputs This x86 assembly program converts an integer to text. Enter an integer from -100 to 100: 73 seventy-three Enter an integer from -100 to 100: -100 negative one hundred
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