2. Orphan Process Recall that a child process whose parent has terminated is referred to as an orphan process. This means that the child is still executing, but its parent has terminated and that some process is then needed to handle the child's exit status. Use the 1 following algorithm and specific instructions to develop a short, simple C program called rec06B. c to create an orphan process. a. Add the include directives for the stdio.h, stdlib.h and unistd.h libraries. b. Declare a pointer to a char called name. C. Declare a variable called pid with the data type pid_t and invoke the fork() system call, assigning the result to pid. d. Write an if-else if-else branching statement to handle the child process, parent process, and error case, respectively. following algorithm and specific instructions to develop a short, simple C program called rec06B. c to create an orphan process. a. Add the include directives for the stdio.h, stdlib.h and unistd.h libraries. b. Declare a pointer to a char called name. C. Declare a variable called pid with the data type pid_t and invoke the fork() system call, assigning the result to pid. d. Write an if-else if-else branching statement to handle the child process, parent process, and error case, respectively. i. In the child process, print "child: %d started " using the getpid () system call for the %d. Then, print "child: parent = %d " using the getppid() system call for the %d. Now, print another child status (use "child: ...") to indicate the child is about to go to sleep. Then, sleep for 20 seconds. Finally, print a child status to indicate that the child just woke up. ii. In the parent process, print "parent: %d started " using the getpid() system call for the %d. Then print "parent: parent = %d " using the getppid() system call for the %d. iii. In the error case, call the perror() system call with "fork error". e. Outside of the if-else if-else branching statement, use the ternary operator (condition) ? (if_true) : (if_false) to assign "child" to the name character pointer ifpidis O and "parent" otherwise. Then, print "%s: terminating... " using the name character pointer for the %s. Now, compile and run your program. After your program initially runs, but before the child process has terminated, enter the ps -ef | grep $USER command to see your existing processes. You should notice your child process is still running, but has 1 for its parent process - this means that the init/systemd process has taken over as the parent (since our parent terminated) and will handle the child once it has terminated