CSC 3210 – Assignment #2 memory organization solution

CSC 3210 – Assignment #2 memory organization solution

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Description

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Objective: Learn memory organization/layout, data transfer concepts and instructions, direct memory access, memory allocation.

 

Requirements:

  1. (5 points) Implement the following expression in assembly language:

EDX = (val3 + val4) – (val2 – val1) – (5/3)*7

  • Assume that val1, val2, val3 and val4 are 16-bit integer variables
  • You need to implement the expression the way it is provided, you cannot do any reduction on the expression while implementing it.
  • Initialize val1 with 120 (hexadecimal), val2 with 39 (hexadecimal), val3 with 20 (hexadecimal) and val4 with 27 (hexadecimal)
  • You are NOT allowed to update the values of any variables.
    • Use ONLY mov, add, sub, movzx, movsx, or neg instructions whenever needed.
    • Use the debugger to verify your answer.

 

  • Submit the following:
  • Save your source code using your last name, asm and upload the Lastname1.asm
  • Screenshot (showing the code and register window) of AX register contains the correct result.
  1. (5 points) Implement the following expression in assembly language:

ECX = –(val3 + val1) + (-val4 – val2) + 3

  • Assume that val1 is 8-bit variable, val2 is 16-bit variable, val3 is 32-bit variable, and val4 is 8-bit variable.
  • You need to implement the expression the way it is provided, you cannot do any reduction on the expression while implementing it.
  • Initialize val1 with 12 (decimal), val2 with 9 (decimal), val3 with 2 (decimal), val4 with 20 (decimal),
  • You are NOT allowed to update the values stored in val1, val2, val3 and val4
  • Use mov, add, sub, movsx, movzx, or neg instructions whenever needed.
  • Use the debugger to verify your answer.

 

  • Submit the following:
  • Save your source code using your last name, asm and upload the Lastname2.asm
  • Screenshot (showing the code and register window) of ECX register contains the correct result.

 

  1. (5 points) Write an assembly program to compute the following expressions

 

  • Create a DWORD array named ‘z’ of size 3 using DUP operator. Leave the array ‘z’ uninitialized. You can denote the items in the array as [, where is the first item, is the second item,   is the third item
  • Update each array item using the following expressions.

 

                                               

 

 

 

 

  • Where x, y, r are 16-bit integer memory variables.
  • x = 10, y = 15, r = 4
  • Use mov, movzx, movsx, add, sub instructions only.
  • (hint: Do not alter the value of x, y and r during the computation. Transfer them to appropriate registers to do computation)
  • At the end, open memory window to see the variable z stored in memory (little endian format).
  • Use the debugger to verify your answer.
    • Submit the following:
      • Rename the asm file using your last name as Lastname3.asm
      • Screenshot of the code and memory window showing the content of the variable z (little endian format).

 

Note:

  • Submit your source code by only uploading .ASM file using iCollege in the respective assignment dropbox:
  • ASM, Lastname2.ASM, Lastname3.ASM
  • Put the following information as Comment header for .ASM files:

Student: Full name

Class: CSC3210

Assignment#: 2

Description: This program ………….

  • Follow the program standards as presented in your book. Pay more attention to code comments and

consistent indentation.

 

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