#include

#include

#include

#include

#include

#define READ_END 0

#define WRITE_END 1

void *run_read(void *);

void *run_compute(void *);

int main(void) {

int fd[2]; /** Use this variable for the pipe */

/** Create the pipes and threads here */

return 0;

}

void *run_read(void *params) {

int x = 0, y = 0;

int fd[2];

/** All pipe manipulation must be done, but the printing reading of user input is provided */

for (int i = 1; i

printf("Enter point %d X value: ", i);

scanf("%d", &x);

write(fd[WRITE_END], &x, sizeof(x));

printf("Enter point %d Y value: ", i);

scanf("%d", &y);

write(fd[WRITE_END], &y, sizeof(y));

}

close(fd[WRITE_END]);

return NULL;

}

void *run_compute(void *params) {

int x[2], y[2];

int fd[2];

/** All pipe manipulation must be done, but the printing reading of user input is provided */

/** The output calculation is provided here */

double length = 0;

length = sqrt(pow(x[0]-x[1], 2) + pow(y[0]-y[1], 2));

printf("Distance between point (%d,%d) ", x[0], y[0]);

printf("and (%d,%d) is: %g ", x[1], y[1], length);

close(fd[READ_END]);

return NULL;

}

Complete the code that using threads and pipes. Locations for written code is provided. Feel free to copy/paste the code into an IDE to ensure functionality