You will write a LC-3 program at the machine level, i.e. in binary to determine

Question

You will write a LC-3 program at the machine level, i.e. in binary to determine the characteristics of a value stored in memory. These are the specifications:
The program must be written in LC-3 Machine Language and originate at x3000. Use the LC3Edit program to generate the file and save it as AddBits.bin. The first part of this program determines if the value stored at memory location x3100 is even or odd. If the value is odd, then you will store x0001 in memory location x3101. If the value is even you will store x0000 in memory location x3101. In the next part of this same program you will count the number of 1s in the value at memory location x3100 and store the sum in x3102. You will not change the value stored in memory location x3100. Your code must be well-commented. Use the commenting style for the code given in Fig 5.13, 5.15, and 5.17 in the book. Test the code by hand using the LC-3 simulator with different values at memory location x3100. This is a snapshot of the memory location starting at x3100 after your program runs.
Address Value x3100 xFFFF x3101 x0001 x3102 x0010
You will write a LC-3 program at the machine level, i.e. in binary to determine the characteristics of a value stored in memory. These are the specifications:
The program must be written in LC-3 Machine Language and originate at x3000. Use the LC3Edit program to generate the file and save it as AddBits.bin. The first part of this program determines if the value stored at memory location x3100 is even or odd. If the value is odd, then you will store x0001 in memory location x3101. If the value is even you will store x0000 in memory location x3101. In the next part of this same program you will count the number of 1s in the value at memory location x3100 and store the sum in x3102. You will not change the value stored in memory location x3100. Your code must be well-commented. Use the commenting style for the code given in Fig 5.13, 5.15, and 5.17 in the book. Test the code by hand using the LC-3 simulator with different values at memory location x3100. This is a snapshot of the memory location starting at x3100 after your program runs.
Address Value x3100 xFFFF x3101 x0001 x3102 x0010
You will write a LC-3 program at the machine level, i.e. in binary to determine the characteristics of a value stored in memory. These are the specifications:
The program must be written in LC-3 Machine Language and originate at x3000. Use the LC3Edit program to generate the file and save it as AddBits.bin. The first part of this program determines if the value stored at memory location x3100 is even or odd. If the value is odd, then you will store x0001 in memory location x3101. If the value is even you will store x0000 in memory location x3101. In the next part of this same program you will count the number of 1s in the value at memory location x3100 and store the sum in x3102. You will not change the value stored in memory location x3100. Your code must be well-commented. Use the commenting style for the code given in Fig 5.13, 5.15, and 5.17 in the book. Test the code by hand using the LC-3 simulator with different values at memory location x3100. This is a snapshot of the memory location starting at x3100 after your program runs.
Address Value x3100 xFFFF x3101 x0001 x3102 x0010

Explanation / Answer

solution:

Address   Value

x3100   xFFFF

x3101   x0001

x3102   x0010

--------------------------------------------------

This is a snapshot of the memory location starting at x3100 after your program runs.

Address                       Value

x3100                         xAFAF

x3101                         xF5F5

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