Jump table for the swistatement is given below.You can assume that thefirst entry in the jump tableis for the case when y=0.movq rdi, $raxcmpq $7, rsijajmpq *0x5a0 (, 8rsi,8)addq $20, Sraxretqdecq raxretqleaq (,8rax,8), 8rcxsubq rax, rcxmovq rex, raxandq 8rsi, raxretqf60:f63:167:Oxf6flong fun (long x, long y) Ilong result 0;switch (y)If69:f6b:f6f:Ox5a0: Oxf70caseOx5a8: 0xf óbOx5b0: Oxf6ff70:case173:resultf74:Ox5b8: Oxf92break;£8c:OxSc0: Oxfebcasef8f:f6fא5c8:0א0rosultf92:Ox5d0: OxfEf=break;f95:Ox5d8: 0xf74casecaseresult =break;default:result = x;return result;Consider the above C code and the x86-64 assembly code that implements thebranches of the switch statement of Ccode.Fill in the blank portions of the C codeabove toreproduce the functioncorresponding to the given assemblycode. The jump table is also given.CamScanner ile tarandı

Consider the table Following points can be deduced by the table 1) case 0 and case 5 perform…

Jump table for the swi statement is given below. You can asume that th first entry in the jump table is for the case when y-0. Ox Sa0: Oxf70 Ox5as: Oxf6b movq srdi, rax cmpq $7, Brsi Oxf6r 160: f63: long fun (long x, long y)i long result - 0; switch (y) ja jmpq *0x5a0 (, ersi, 8) addq $20, srax 167: f69: E6b: retq decq srax retq leaq (, Srax,8), Srcx subq trax, rcx movq srcx, rax andq rsi, irax retq case 170: case 173: Ox5b0: Oxf6t result (74: Ox5b8: Oxf92 break; E8c: OxSc0: Oxt6b f8f: OxSc8: Oxfr6f case result f92: Ox Sd0: Oxf€f break; 195: Ox5d8: 0xf74 case case result break; default: result x: return result; Consider the above C code and the x86- 64 assembly code that implements the branches of the switch statement of C code. Fill in the blank portions of the C code above to reproduce the function corresponding to the given assembly code. The jump table is also given.

Jump table for the swi statement is given below. You can asume that th first entry in the jump table is for the case when y-0. Ox Sa0: Oxf70 Ox5as: Oxf6b movq srdi, rax cmpq $7, Brsi Oxf6r 160: f63: long fun (long x, long y)i long result - 0; switch (y) ja jmpq *0x5a0 (, ersi, 8) addq $20, srax 167: f69: E6b: retq decq srax retq leaq (, Srax,8), Srcx subq trax, rcx movq srcx, rax andq rsi, irax retq case 170: case 173: Ox5b0: Oxf6t result (74: Ox5b8: Oxf92 break; E8c: OxSc0: Oxt6b f8f: OxSc8: Oxfr6f case result f92: Ox Sd0: Oxf€f break; 195: Ox5d8: 0xf74 case case result break; default: result x: return result; Consider the above C code and the x86- 64 assembly code that implements the branches of the switch statement of C code. Fill in the blank portions of the C code above to reproduce the function corresponding to the given assembly code. The jump table is also given.

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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