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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 (:
**Converting an Integer to Text Using Flat Assembler (fasm)** This section demonstrates how to write a program using the Flat Assembler (fasm) to convert an integer ranging from -100 to 100 into text. ### Partial Algorithm to Convert an Integer to Text 1. Perform integer division of the user's number by 10 using the `idiv` instruction. Store the result into two variables: Quotient and the remainder into `edx`. 2. Compare the Quotient to 2 and jump to the label `Twenty` if equal. Compare the Quotient to 3 and jump to the label `Thirty` if equal. Continue in this fashion for other comparisons. #### Detailed Steps in the Algorithm: - **Twenty:** ```plaintext Output "twenty" Jump to OnesDigit ``` - **Thirty:** ```plaintext Output "thirty" Jump to OnesDigit ``` - **OnesDigit:** ```plaintext Compare `edx` (Remainder) to 1 and jump to `One` if equal. Compare `edx` (Remainder) to 2 and jump to `Two` if equal. ``` - **One:** ```plaintext Output "one" Jump to Ending ``` - **Two:** ```plaintext Output "two" Jump to Ending ``` ### Example Outputs This x86 assembly program converts an integer to text. Below are some examples of inputs and their corresponding outputs. **Example 1:** ``` Enter an integer from -100 to 100: 73 seventy-three ``` **Example 2:** ``` Enter an integer from -100 to 100: -100 negative one hundred ``` This examples illustrate how the program processes the input integer and outputs the correct text representation. The algorithm involves logically splitting the input number into its components and directing the assembly flow to output the corresponding text.
Transcribed Image Text:**Converting an Integer to Text Using Flat Assembler (fasm)** This section demonstrates how to write a program using the Flat Assembler (fasm) to convert an integer ranging from -100 to 100 into text. ### Partial Algorithm to Convert an Integer to Text 1. Perform integer division of the user's number by 10 using the `idiv` instruction. Store the result into two variables: Quotient and the remainder into `edx`. 2. Compare the Quotient to 2 and jump to the label `Twenty` if equal. Compare the Quotient to 3 and jump to the label `Thirty` if equal. Continue in this fashion for other comparisons. #### Detailed Steps in the Algorithm: - **Twenty:** ```plaintext Output "twenty" Jump to OnesDigit ``` - **Thirty:** ```plaintext Output "thirty" Jump to OnesDigit ``` - **OnesDigit:** ```plaintext Compare `edx` (Remainder) to 1 and jump to `One` if equal. Compare `edx` (Remainder) to 2 and jump to `Two` if equal. ``` - **One:** ```plaintext Output "one" Jump to Ending ``` - **Two:** ```plaintext Output "two" Jump to Ending ``` ### Example Outputs This x86 assembly program converts an integer to text. Below are some examples of inputs and their corresponding outputs. **Example 1:** ``` Enter an integer from -100 to 100: 73 seventy-three ``` **Example 2:** ``` Enter an integer from -100 to 100: -100 negative one hundred ``` This examples illustrate how the program processes the input integer and outputs the correct text representation. The algorithm involves logically splitting the input number into its components and directing the assembly flow to output the corresponding text.
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