Part 1: Syntax Understanding 1. (4 Pts) Using 32-bit MASM x86 Assembly syntax, define four symbolic constants that represent integer 42 in decimal, binary, octal, and hexadecimal formats. 2. (3 Pts) Using 32-bit MASM x86 Assembly syntax, create a data definition for a doubleword that stored it in memory in big endian format. 3. (3 Pts) Find out if you can declare a variable of type DWORD and assign it a negative value. What does this tell you about the assembler's type checking? 4. (3 Pts) Given the number 456789ABh, list out its byte values in little-endian order. 5. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an array of 225 uninitialized unsigned doubleword values. 6. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an array of byte and initialize it to the last 10 letters of the alphabet. 7. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare a 32-bit signed integer variable and initialize it with the smallest possible negative decimal value. 8. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an unsigned 16-bit integer variable named wArray that uses five initializers. 9. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare a string variable containing the name of your favorite color. Initialize it as a null terminated string. 10. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an uninitialized array of 75 signed doublewords named d_Array. 11. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare a string variable containing the word "SKIP" repeated 250 times. 12. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an array of 45 unsigned bytes named bArray and initialize all elements to zero. 13. (3 Pts) Show the order of individual bytes in memory (lowest to highest) for the following double-word variable: vall DWORD 87654321h Solutions must be typed and syntax must be formatted appropriately.
Part 1: Syntax Understanding 1. (4 Pts) Using 32-bit MASM x86 Assembly syntax, define four symbolic constants that represent integer 42 in decimal, binary, octal, and hexadecimal formats. 2. (3 Pts) Using 32-bit MASM x86 Assembly syntax, create a data definition for a doubleword that stored it in memory in big endian format. 3. (3 Pts) Find out if you can declare a variable of type DWORD and assign it a negative value. What does this tell you about the assembler's type checking? 4. (3 Pts) Given the number 456789ABh, list out its byte values in little-endian order. 5. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an array of 225 uninitialized unsigned doubleword values. 6. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an array of byte and initialize it to the last 10 letters of the alphabet. 7. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare a 32-bit signed integer variable and initialize it with the smallest possible negative decimal value. 8. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an unsigned 16-bit integer variable named wArray that uses five initializers. 9. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare a string variable containing the name of your favorite color. Initialize it as a null terminated string. 10. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an uninitialized array of 75 signed doublewords named d_Array. 11. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare a string variable containing the word "SKIP" repeated 250 times. 12. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an array of 45 unsigned bytes named bArray and initialize all elements to zero. 13. (3 Pts) Show the order of individual bytes in memory (lowest to highest) for the following double-word variable: vall DWORD 87654321h Solutions must be typed and syntax must be formatted appropriately.
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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Transcribed Image Text:Part 1: Syntax Understanding
1. (4 Pts) Using 32-bit MASM x86 Assembly syntax, define four symbolic constants that
represent integer 42 in decimal, binary, octal, and hexadecimal formats.
2. (3 Pts) Using 32-bit MASM x86 Assembly syntax, create a data definition for a
doubleword that stored it in memory in big endian format.
3. (3 Pts) Find out if you can declare a variable of type DWORD and assign it a negative
value. What does this tell you about the assembler's type checking?
4. (3 Pts) Given the number 456789ABh, list out its byte values in little-endian order.
5. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an array of 225 uninitialized
unsigned doubleword values.
6. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an array of byte and initialize
it to the last 10 letters of the alphabet.
7. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare a 32-bit signed integer
variable and initialize it with the smallest possible negative decimal value.
8. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an unsigned 16-bit integer
variable named wArray that uses five initializers.
9. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare a string variable containing
the name of your favorite color. Initialize it as a null terminated string.
10. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an uninitialized array of 75
signed doublewords named d_Array.
11. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare a string variable containing
the word "SKIP" repeated 250 times.
12. (3 Pts) Using 32-bit MASM x86 Assembly syntax, declare an array of 45 unsigned bytes
named bArray and initialize all elements to zero.
13. (3 Pts) Show the order of individual bytes in memory (lowest to highest) for the
following double-word variable: vall DWORD 87654321h
Solutions must be typed and syntax must be formatted appropriately.
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