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I need help finding the offsets

I need help finding the offsets

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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I need help finding the offsets

 

4. The instruction: 0010101000111111 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 5. The instruction: 1010001001010101 Extra spaces or no spaces between arithmetic operators will not invalidate an answer.
Transcribed Image Text:4. The instruction: 0010101000111111 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 5. The instruction: 1010001001010101 Extra spaces or no spaces between arithmetic operators will not invalidate an answer.
Treat the registers R1, bit number. ...3 R7, the program counter PC, and the condition-codes N, Z, P as variables which each hold a 16- Treat M[a] as the memory array of 16-bit integers with the index a in the range: x0000, Assume that the program counter, PC, contains the address of the current instruction and that N = 0 , Z = 0 , P = 1. If offset6 = 110010, enter below the bit pattern that SEXT (offset6) equals Extra spaces among the bits will not invalidate an answer. After each of the following instructions enter the Java-like assignment statement (but with no semi-colon) which performs what that specific instruction does in terms of the bits in the instruction itself (with the NZP codes given above) and only using the names given above. If an instruction does nothing, write nothing Specify all offests with hexadecimal values; do not insert unneeded zeroes: for example, use x1 not x0001 1. The instruction: 0101101100000000 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 2. The instruction: 0010111000000000 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. xFFFF. 3. The instruction: 1110000000010011 Extra spaces or no spaces between arithmetic operators will not invalidate an answer.
Transcribed Image Text:Treat the registers R1, bit number. ...3 R7, the program counter PC, and the condition-codes N, Z, P as variables which each hold a 16- Treat M[a] as the memory array of 16-bit integers with the index a in the range: x0000, Assume that the program counter, PC, contains the address of the current instruction and that N = 0 , Z = 0 , P = 1. If offset6 = 110010, enter below the bit pattern that SEXT (offset6) equals Extra spaces among the bits will not invalidate an answer. After each of the following instructions enter the Java-like assignment statement (but with no semi-colon) which performs what that specific instruction does in terms of the bits in the instruction itself (with the NZP codes given above) and only using the names given above. If an instruction does nothing, write nothing Specify all offests with hexadecimal values; do not insert unneeded zeroes: for example, use x1 not x0001 1. The instruction: 0101101100000000 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. 2. The instruction: 0010111000000000 Extra spaces or no spaces between arithmetic operators will not invalidate an answer. xFFFF. 3. The instruction: 1110000000010011 Extra spaces or no spaces between arithmetic operators will not invalidate an answer.
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