n this assignment, you are going to do two things. First off, you are going to use signals to allow a program to respond to user input. Second, you are going to develop simple multi-threaded code. To begin with, your main program will spawn off a second thread, referred to as the clock thread. This thread will loop so long as the keepGoing boolean is set to true. Every 10 seconds, it will print out a count to the console. It then will obtain the time as a struct tm, add the offset, and print the time to the console. When this is finished, it will start a thread, as a detached thread, which will run the detached thread. The clockThread will then go to sleep for 10 seconds, at which point the process will repeat itself. The detachedThread, which is to run as a detached thread, will print the text "BEEP", followed by a 1 second delay, "BEEP", followed by a 1 second delay, and "BEEP" before exiting. The program overall will stay blocked, waiting for the thread to exit. However, if a SIGUSR1 is received, the offset will increment by a value of 1 hour and the count will be incremented by 60. If a SIGUSR2 is received, the offset will decrease by 1 hour and the count will be decreased by 60. If a SIGHUP is received, keepGoing will be set to false. You are given a template for the program with completed comments. Your goal is to complete the program so that it works properly and then answer the questions in Canvas. To answer the questions, you will also need to run the demo code at least once.