The project is divided into: main.c, g.c, and f.c with proper header files and a Makefile. The components of the project are provided as follows. You select the needed line numbers and fill in the blanks in correct order to compose the corresponding program files. Each blank should just hold one line number. Here please complete g.h by selecting two numbers from the following lines in correct order. 1 #include 2 #include 3 #include "g.h" 4 #include "f.h" 5 extern c_t C: 6 c_tc: 7 ct g(c_t, c_t): c_t g(c_t a, c_t b) { 9 ct re: 10 c_t re1, re2; 11 else { f(&re1, n-1); f(&re2, n-2); *re = g(re1, re2): } 12 f.o: f.h g.h 13 f(&re, 10): 14 f: main.o f.o g.o 8 15 16 17 gcc -c f.c gcc -c g.c gcc -c main.c 18 gcc -o f main.o f.o g.o -Im 19 g.o: g.h 20 if (n <- 1) *re = c: 21 int main(void) { 22 main.o: f.h g.h 23 printf("96f\n", sqrt(re.x - re.y); 24 re.x = a.x*b.x - a.y*b.y: 25 re.y = a.x*b.y + b.x*a.y: 26 return 1: 27 return re; 28 scanf("96lf96lf", &c.x, &c.y): 29 typedef struct { double x, y: } c_t: 30 void f(c_t *, int); 31 void f(c_t *re, int n) { 22 1

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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Q3

The project is divided into: main.c, g.c, and f.c with proper header files and a Makefile. The components of the project are provided as follows. You select the needed line numbers and fill in the
blanks in correct order to compose the corresponding program files. Each blank should just hold one line number.
Here please complete g.h by selecting two numbers from the following lines in correct order.
1 #include <stdio.h>
2 #include <math.h>
3 #include "g.h"
4 #include "f.h"
5 exte
5 extern c_t C:
6 c_t c:
7 ct g(c_t, c_t);
8 ct g(c_t a, c_t b) {
9 ct re;
10 c_t re1, re23;
11 else { f(&re1, n-1); f(&re2, n-2); *re = g(re1, re2); }
12 f.o: f.h g.n
13 f(&re, 10);
14 f: main.o f.o g.o
gcc -c f.c
15
16
gcc -c g.c
gcc -c main.c
17
gcc -o f main.o f.o g.o -Im
19 g.o: g.h
18
20 if (n <= 1) *re = c:
21 int main(void) {
22 main.o: f.h g.h
printf("96f\n", sqrt(re.x - re.y):
24 re.x = a.x*b.x - a.y*b.y:
25 re.y = a.x*b.y + b.x*a.y:
26 return 1;
23
27 return re;
28 scanf("96lf9%6lf", &c.x, &c.y);
29 typedef struct { double x, y: } c_t;
30 void f(c_t *, int);
31 void f(c_t *re, int n) {
32 }
Transcribed Image Text:The project is divided into: main.c, g.c, and f.c with proper header files and a Makefile. The components of the project are provided as follows. You select the needed line numbers and fill in the blanks in correct order to compose the corresponding program files. Each blank should just hold one line number. Here please complete g.h by selecting two numbers from the following lines in correct order. 1 #include <stdio.h> 2 #include <math.h> 3 #include "g.h" 4 #include "f.h" 5 exte 5 extern c_t C: 6 c_t c: 7 ct g(c_t, c_t); 8 ct g(c_t a, c_t b) { 9 ct re; 10 c_t re1, re23; 11 else { f(&re1, n-1); f(&re2, n-2); *re = g(re1, re2); } 12 f.o: f.h g.n 13 f(&re, 10); 14 f: main.o f.o g.o gcc -c f.c 15 16 gcc -c g.c gcc -c main.c 17 gcc -o f main.o f.o g.o -Im 19 g.o: g.h 18 20 if (n <= 1) *re = c: 21 int main(void) { 22 main.o: f.h g.h printf("96f\n", sqrt(re.x - re.y): 24 re.x = a.x*b.x - a.y*b.y: 25 re.y = a.x*b.y + b.x*a.y: 26 return 1; 23 27 return re; 28 scanf("96lf9%6lf", &c.x, &c.y); 29 typedef struct { double x, y: } c_t; 30 void f(c_t *, int); 31 void f(c_t *re, int n) { 32 }
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