*the code:*

#include

#include

#include

#include

#include

/*

** Program 1 -- W Phillips

**

** This program was compiled and run on alpha.fdu.edu

** but it should work on any UNIX system.

**

** gcc Program1.c -o prog1

** prog1 i where i is a non negative int

** or

** prog1 ( A default value of 20 is assumed. )

*/

main (int argc, char* argv[])

{

int loopCount = 15;

int i;

int pNo = (int)getpid();

/*

** Check the argument list for errors.

*/

if ( argc

{

if ( argc == 2 )

{

loopCount = atoi(argv[1]);

if ( loopCount == 0 )

{

/*

** Determine if error or if the argument

** is zero. atoi returns zero in either

** case.

*/

int strLen = (int)strlen(argv[1]);

int err = 0;

for ( i = 0; i

if ( argv[1][i] != '0' )

{

err = 1;

break;

}

if ( err == 0 ) return 0; /* Zero means exit. */

}

if ( loopCount

{

/*

** Error in the argument. Inform the user.

*/

printf("Usage: sleepy i ( where i is an int >= 0 )");

printf(" or sleepy ");

return 0;

}

}

}

else

{

/*

** Error in number of arguments. There should only be

** zero or one arguments. Inform the user.

*/

printf("Invalid number of arguments. ");

printf("There should be 1 or 0 arguments ");

printf("Usage: sleepy i ( where i is an int >= 0 )");

printf(" or sleepy ");

return 0;

}

/*

** Argument was OK. Execute the sleep loop.

*/

/*

** YOU FILL IN THIS>

*/

printf("Count = %d ", loopCount);

return 0;

}

Write a program named fduello that gets an integer loop count from the command line as in fduhello n where n is the number of seconds that the program should run. Implement this by using a loop that iterates n times. The body of this loop will contain the statement sleep(1). This will result in the program sleeping for 1 second each time the loop executes. If no n value is given assume a default value of 15. Recall how to pass arguments via the command line: int main(int argc, char argv]) ine (count: 15;count =atoi (argv [1]); etc. sleep function (or look at man page): #include unsigned int sleep (unsigned int seconds) This function causes the calling process to be suspended until the number of seconds has elapsed. At each iteration print out the process ID and the loop count. The process ID can be obtained from the getpid) function: #include #include pid_t getpid (void); pID (int)pid_ti