Working with various instructions using debug, Electrical Engineering

Assignment Help:

The purpose of this experiment is to introduce you to a powerful 80x86 assembly/machine language utility called DEBUG.

Preparing Your DEBUG Environment

If you have an older version of Windows (95, or 98) or Windows XP 32-bit, or Windows Vista 32-bit, or Windows 7 32-bit, then the DEBUG utility program is built into the operating system. You can prove this to yourself by opening a Command Prompt window (Start, Run, type debug into the run field, and click OK, or just click the Command Prompt icon). Once inside the Command Prompt window, type debug and press Enter. If you get an error then DEBUG does not exist on your Windows system.

Start Menu showing Command Prompt icon

If you have 64-bit versions of Windows XP, Vista, 7, or 8, then you need to install some special software to create a DEBUG environment.

The special software you need (DosBox) as well as the actual DEBUG program are saved in the following ZIP file:

The debughelp2.doc document explains how to unzip the files and get DEBUG running through DosBox.

Procedure

1. Read Appendix D, pages 560 through 575. Perform all the example DEBUG command exercises that are presented.

2. Here is the DEBUG program you need to enter and execute:

a
mov ax,0
mov bx,1234
mov cx,5678
mov dx,9abc
and ax,bx
or ax,cx
xor ax,dx
not ax
r
t 8
q

3. Run DEBUG and enter the program and commands line by line. The blank line after the not ax instruction is needed to get out of the "a" command.

4. Examine the DEBUG output. The final value in AX should be 333B. This would be a good time to do an Alt Print Screen to capture a screen shot of the DEBUG window to paste into your lab writeup.

5. Quit DEBUG and then run it again.

6. After entering the "a" command, change the first instruction from

mov ax,0

to

mov ax,????

where ???? is your 4-digit birth date. For example, if you were born on July 15, your instruction would be mov ax,0715

Then enter the rest of the instructions and commands.

7. Use DEBUG to run the modified program. Do another Alt Print Screen to grab the new DEBUG results for your lab writeup.


Related Discussions:- Working with various instructions using debug

Single Phase Induction Motor, How do I connect a Capacitor on the machine i...

How do I connect a Capacitor on the machine if it has a start mechanism

Circuit 1, draw a graph of V=IR for R=300ohms over the domain -3mA

draw a graph of V=IR for R=300ohms over the domain -3mA

Find the voltage gain of the overall circuit, Q. Find the voltage gain of t...

Q. Find the voltage gain of the overall circuit? (a) Consider the circuit of the inverting amplifier shown in Figure (a), including an ideal op amp. Show that the voltage gain

Evaluate the voltage gain, Q. On a CD amplifier R s = 4k?, µ =50 and r =35...

Q. On a CD amplifier R s = 4k?, µ =50 and r =35k?. Evaluate the voltage gain A v . A v = V o /V i = µRs / (µ+1)Rs + r

Image frequency for an fm station, Q. Show that the image frequency for an ...

Q. Show that the image frequency for an FM station does not fall in the range of 88.1-107.9 MHz, regardless of the choice of high- or low-side local oscillator.

Obtain an expression for the closed-loop transfer function, Q. A noninverti...

Q. A noninverting op-amp circuit and its closed-loop representation are given in Figure. Obtain an expression for the closed-loop transfer function H(ω) = Y (ω)/X(ω) and comment on

Find the effective area of a half-wave dipole, Q. The effective area of a d...

Q. The effective area of a dipole is given by A e =0.13λ 2 . Find the effective area of a half-wave dipole at 3 GHz.

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd