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Implement a class ClockSystem that simulates a typical alarm/timer/stopwatch system that you find in your phone. Such system has: an alarm system that allows you to set one or more alarms, delete alarm, and activate any alarm. If an alarm is activated, it will print a message when the set time is reached.The alarm is deactivate after the message is printed stopwatch system allows you to start a timer (which is a simple counter incremented every second) and allows you to set lap time. You should be able to pause/resume and stop/reset the stopwatch. The time and number of laps are displayed when you reset or stop the stopwatch. timer system allows you to start a countdown timer (which is a simple counter decremented every second) and displayed a message when timer reaches 0. Provide the following: 1. Define ONE class with proper class name, appropriate methods with proper arguments and return types, member variables and constructors for the entire system. Each method/function should have a brief pseudo code describing its responsibilities. This is called version 1. 2. Write main to test all components of this system 3. Submit your design on paper by the end of class. Implement a class ClockSystem that simulates a typical alarm/timer/stopwatch system that you find in your phone. Such system has: an alarm system that allows you to set one or more alarms, delete alarm, and activate any alarm. If an alarm is activated, it will print a message when the set time is reached.The alarm is deactivate after the message is printed stopwatch system allows you to start a timer (which is a simple counter incremented every second) and allows you to set lap time. You should be able to pause/resume and stop/reset the stopwatch. The time and number of laps are displayed when you reset or stop the stopwatch. timer system allows you to start a countdown timer (which is a simple counter decremented every second) and displayed a message when timer reaches 0. Provide the following: 1. Define ONE class with proper class name, appropriate methods with proper arguments and return types, member variables and constructors for the entire system. Each method/function should have a brief pseudo code describing its responsibilities. This is called version 1. 2. Write main to test all components of this system 3. Submit your design on paper by the end of class