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Need help creating a 32-bit Algorithm Workbench for Assembly Language(using Visual Studio). Below is a template and the picture contains the steps needed to create the workbench. .386 .model flat, stdcall  .stack 4096  ExitProcess proto, dwExitCode:dword      .data      .code  main proc      invoke ExitProcess, 0  main endp  end main

Need help creating a 32-bit Algorithm Workbench for Assembly Language(using Visual Studio). Below is a template and the picture contains the steps needed to create the workbench. .386 .model flat, stdcall  .stack 4096  ExitProcess proto, dwExitCode:dword      .data      .code  main proc      invoke ExitProcess, 0  main endp  end main

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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Need help creating a 32-bit Algorithm Workbench for Assembly Language(using Visual Studio). Below is a template and the picture contains the steps needed to create the workbench.

.386

.model flat, stdcall 

.stack 4096 

ExitProcess proto, dwExitCode:dword 

 

 

.data 

 

 

.code 

main proc 

 

 

invoke ExitProcess, 0 

main endp 

end main

Algorithm Workbench Write a sequence of MOV instructions that will exchange the upper and lower words in a doubleword variable named three. Using the XCHG instruction no more than three times, reorder the values in four 8-bit regis- ters from the order A,B,C,D to B,C,D,A. Transmitted messages often include a parity bit whose value is combined with a data byte to produce an even number of 1 bits. Suppose a message byte in the AL register contains 01110101. Show how you could use the Parity flag combined with an arithmetic instruction to determine if this message byte has even or odd parity. Write code using byte operands that adds two negative integers and causes the Overflow flag to be set. Write a sequence of two instructions that use addition to set the Zero and Carry flags at the same time. Write a sequence of two instructions that set the Carry flag using subtraction. Implement the following arithmetic expression in assembly language: EAX = -val2 + 7− val3 + vall. Assume that val1, val2, and val3 are 32-bit integer variables. Write a loop that iterates through a doubleword array and calculates the sum of its elements using a scale factor with indexed addressing. Implement the following expression in assembly language: AX = (val2+BX) -val4. Assume that val2 and val4 are 16-bit integer variables. Write a sequence of two instructions that set both the Carry and Overflow flags at the same time. Write a sequence of instructions showing how the Zero flag could be used to indicate unsigned overflow after executing INC and DEC instructions.
Transcribed Image Text:Algorithm Workbench Write a sequence of MOV instructions that will exchange the upper and lower words in a doubleword variable named three. Using the XCHG instruction no more than three times, reorder the values in four 8-bit regis- ters from the order A,B,C,D to B,C,D,A. Transmitted messages often include a parity bit whose value is combined with a data byte to produce an even number of 1 bits. Suppose a message byte in the AL register contains 01110101. Show how you could use the Parity flag combined with an arithmetic instruction to determine if this message byte has even or odd parity. Write code using byte operands that adds two negative integers and causes the Overflow flag to be set. Write a sequence of two instructions that use addition to set the Zero and Carry flags at the same time. Write a sequence of two instructions that set the Carry flag using subtraction. Implement the following arithmetic expression in assembly language: EAX = -val2 + 7− val3 + vall. Assume that val1, val2, and val3 are 32-bit integer variables. Write a loop that iterates through a doubleword array and calculates the sum of its elements using a scale factor with indexed addressing. Implement the following expression in assembly language: AX = (val2+BX) -val4. Assume that val2 and val4 are 16-bit integer variables. Write a sequence of two instructions that set both the Carry and Overflow flags at the same time. Write a sequence of instructions showing how the Zero flag could be used to indicate unsigned overflow after executing INC and DEC instructions.
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