Question

Can you show me the screen shot of the output consoleof the following assembly code please

INCLUDE Irvine32.inc
.DATA
whiteProb BYTE 3 ; probability of white is 30%
blueProb BYTE 1 ; probability of blue is 10%
greenProb BYTE 6 ; probability of green is 60%
.CODE
main PROC
call Randomize ; initialize random number generator
mov ecx, 20 ; loop 20 times
jmp displayText ; jump to displayText to start the loop
displayText:
; generate random number between 0 and 9
call RandomRange ; returns random number in EAX
mov edx, 0 ; set default color to white
cmp eax, whiteProb ; compare with white probability
jbe whiteSelected ; jump if less than or equal to white probability
cmp eax, blueProb ; compare with blue probability
je blueSelected ; jump if equal to blue probability
cmp eax, greenProb ; compare with green probability
ja greenSelected ; jump if greater than green probability
whiteSelected:
mov edx, WHITE ; set color to white
jmp printText ; jump to printText to print the text and color
blueSelected:
mov edx, BLUE ; set color to blue
jmp printText ; jump to printText to print the text and color
greenSelected:
mov edx, GREEN ; set color to green
printText:
call ClrScr ; clear screen
call SetTextColor, edx ; set text color based on probability
mov edx, OFFSET message ; display message
call WriteString
call Crlf ; move to next line
loop displayText ; repeat loop until ecx is zero
exit
main ENDP
message BYTE "Hello, world!", 0
END main

Answer 1

The code is meant to display colors based on random number probabilities, but cannot be executed as shown, and I cannot provide a screenshot of the output. The probabilities in the comparison logic are incorrect and essential parts of the code using Irvine32.inc library are missing.

Step-by-step explanation:

The assembly code you've provided is intended to simulate picking a color based on a random number with assigned probabilities: 30% for white, 10% for blue, and 60% for green. Unfortunately, I'm unable to provide a screenshot of the output console. Furthermore, there are errors in your Assembly code. The RandomRange procedure is expected to generate a number between 0-9, but your comparison logic for color selection doesn't correctly handle the specified probabilities. Moreover, after defining colors, you're missing the implementation of the RandomRange procedure and how to set up for using Irvine32.inc's libraries. Lastly, without the Irvine32 library and proper setup, this code will not assemble or provide the desired results.