Consider the following fragment of assembly code. push push push dword 18 edx dword -1 call func func : 4, 0 [ebp –4], dword 14 [ebp +8], 66 dword [esp] dword [ebp+12] enter mov mov push push ; HERE What is the content of the stack when the code gets to the point where the comment "; HERE" is located? Be as complete as possible, indicating decimal values on the stack if known (e.g., "12"), or, if not known, the name of a register that contains the value (e.g. "EBP"), or a return address ("return @"), or if completely unknown/unitialized write "???". As usual, show the stack as growing downward. Hint: There are 8 elements on the stack.

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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Question#1
Consider the following fragment of assembly code.
push
dword 18
push
push
call
edx
dword -1
func
func:
4, 0
[ebp -4], dword 14
[ebp +8], 66
dword [esp]
dword [ebp+12]
enter
mov
mov
push
push
; HERE
What is the content of the stack when the code gets to the point where the comment "; HERE" is located?
Be as complete as possible, indicating decimal values on the stack if known (e.g., "12"), or, if not known, the
name of a register that contains the value (e.g. "EBP"), or a return address ("return @"), or if completely
unknown/unitialized write "???". As usual, show the stack as growing downward. Hint: There are 8 elements
on the stack.
Transcribed Image Text:Question#1 Consider the following fragment of assembly code. push dword 18 push push call edx dword -1 func func: 4, 0 [ebp -4], dword 14 [ebp +8], 66 dword [esp] dword [ebp+12] enter mov mov push push ; HERE What is the content of the stack when the code gets to the point where the comment "; HERE" is located? Be as complete as possible, indicating decimal values on the stack if known (e.g., "12"), or, if not known, the name of a register that contains the value (e.g. "EBP"), or a return address ("return @"), or if completely unknown/unitialized write "???". As usual, show the stack as growing downward. Hint: There are 8 elements on the stack.
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