switch (x) {case 1: w = y*z; break;case 2: w = y/z;case 3: w += z; break;case 5:case 6: w z; break;de fault: w = 2;}00000000004005e0 :rdx, Brex$0x6, &rdi200614 *0x200ab0 (, &rdi, 8)2005e0:2005e3:2005e7:2005e9:2005f0:2005£3:2005£7:2005f8:2005fb:2005fd:200600:200602:200607:20060a:20060b:200610:200613:200614:200619:movcmpjajmpqπουimulretqπου0x200ad00x200ad80x200ae00x200c8cqtoidivBrsi, Braxrdx, Braxretqmovsubretqπουretq8rsi, Brax8rcxjmp 200607 που$0x1, Seaxaddsrcx, trax$0x1, Seax8rdx, Brax$0x2, SeaxWrite the results of the command (gdb) x /10xg 0x200aa0Address Data (in 8-byte chunk in hexadecimal number, put in XX for unknown)0x200aa00x200aa80x200ab00x200ab80x200ac00x200ac8

The specific command you mentioned, "x /10xg 0x200aa0", is used in GDB to examine the memory…

switch (x) { case 1: w = y*z; break; case 2: w = y/z; case 3: W += z; break; case 5: case 6: w z; break; default: W= 2; } 00000000004005e0 : rdx, &rex $0x6, &rdi 200614 *0x200ab0 (, Brdi, 8) 2005e0: 2005e3: 2005e7: 2005e9: 2005£0: 2005£3: 2005£7: 2005£8: 2005fb: 2005fd: 200600: 200602: 200607: 20060a: 20060b: 200610: 200613: 200614: 200619: 0x200ab8 0x200ac0 0x200ac8 mov cmp ja jmpq mov imul retq που 0x200ad0 0x200ad8 0x200ae0 0x200ae8 cqto idiv 8rsi, rax 8rdx, Brax που add retq που sub retq mov retq Brsi, Brax Brex jmp 200607 $0x1, Seax srcx, trax $0x1, Seax 8rdx, Brax Write the results of the command (gdb) x /10xg 0x200aa0 Address Data (in 8-byte chunk in hexadecimal number, put in XX for unknown) 0x200aa0 0x200aa8 0x200ab0 $0x2, Seax

switch (x) { case 1: w = yz; break; case 2: w = y/z; case 3: W += z; break; case 5: case 6: w z; break; default: W= 2; } 00000000004005e0 : rdx, &rex $0x6, &rdi 200614 0x200ab0 (, Brdi, 8) 2005e0: 2005e3: 2005e7: 2005e9: 2005£0: 2005£3: 2005£7: 2005£8: 2005fb: 2005fd: 200600: 200602: 200607: 20060a: 20060b: 200610: 200613: 200614: 200619: 0x200ab8 0x200ac0 0x200ac8 mov cmp ja jmpq mov imul retq που 0x200ad0 0x200ad8 0x200ae0 0x200ae8 cqto idiv 8rsi, rax 8rdx, Brax που add retq που sub retq mov retq Brsi, Brax Brex jmp 200607 $0x1, Seax srcx, trax $0x1, Seax 8rdx, Brax Write the results of the command (gdb) x /10xg 0x200aa0 Address Data (in 8-byte chunk in hexadecimal number, put in XX for unknown) 0x200aa0 0x200aa8 0x200ab0 $0x2, Seax

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter2: Introduction To Systems Architecture

Section: Chapter Questions

Problem 2VE: A(n) __________ is a storage location implemented in the CPU.

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