Please solve and show all work. In the following code (swapG is the generic swap function explained in class lecture) explain the output in big and little endianint x1 = 1000;short y1 = 200;swapG(&x1, &y1, sizeof(short));Problem 3. Use generic swap function to swap the following C-strings and explain the resultschar* s1 = _strdup("John");char* s2 = _strdup("Jessica"); Problem 2. In the following code (swapG is the generic swap functionexplained in class lecture) explain the output in big and little endianint x1 = 1000;short y1 = 200;swapG(&x1, &y1, sizeof(short));Problem 3. Use generic swap function to swap the following C-strings andexplain the resultschar* s1char* s2strdup("John");strdup("Jessica");

2.Understanding EndiannessBig Endian: The most significant byte (the "big end") of a multi-byte…

Problem 2. In the following code (swapG is the generic swap function explained in class lecture) explain the output in big and little endian int x1 = 1000; short y1 = 200; swapG(&x1, &y1, sizeof(short)); Problem 3. Use generic swap function to swap the following C-strings and explain the results char* s1 char* s2 strdup("John"); strdup("Jessica");

Problem 2. In the following code (swapG is the generic swap function explained in class lecture) explain the output in big and little endian int x1 = 1000; short y1 = 200; swapG(&x1, &y1, sizeof(short)); Problem 3. Use generic swap function to swap the following C-strings and explain the results char* s1 char* s2 strdup("John"); strdup("Jessica");

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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