CODE IN ASSEMBLY LANGUAGE USING LC-3 Write an assembly program to set R0=1 if there's a 5 in one of ten memory locations, starting at x3100. At the beginning of the program, set R0 = 0. If no 5 is found, it should leave R0 set to 0. Please submit your assembly program below. I will run it with my data. Extra credit - 20 points: If a 5 is found, output the following message to the console. "A 5 was found at x31xx." 31xx is the hex address of the 5.
CODE IN ASSEMBLY LANGUAGE USING LC-3 Write an assembly program to set R0=1 if there's a 5 in one of ten memory locations, starting at x3100. At the beginning of the program, set R0 = 0. If no 5 is found, it should leave R0 set to 0. Please submit your assembly program below. I will run it with my data. Extra credit - 20 points: If a 5 is found, output the following message to the console. "A 5 was found at x31xx." 31xx is the hex address of the 5.
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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CODE IN ASSEMBLY LANGUAGE USING LC-3
Write an assembly program to set R0=1 if there's a 5 in one of ten memory locations, starting at x3100. At the beginning of the program, set R0 = 0. If no 5 is found, it should leave R0 set to 0. Please submit your assembly program below. I will run it with my data.
Extra credit - 20 points: If a 5 is found, output the following message to the console. "A 5 was found at x31xx." 31xx is the hex address of the 5.
Here is the test data I used to generate the screen print below. It is not the test data I will use to grade your project.
.ORIG x3100
.FILL #10
.FILL #20
.FILL #30
.FILL #40
.FILL #50
.FILL #5
.FILL #70
.FILL #5
.FILL #90
.FILL #100
.END
.FILL #10
.FILL #20
.FILL #30
.FILL #40
.FILL #50
.FILL #5
.FILL #70
.FILL #5
.FILL #90
.FILL #100
.END
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