(2.) The Bus class simulates the activity of a bus. A bus moves back and forth...

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(2.) The Bus class simulates the activity of a bus. A bus moves back and forth along a single route, making stops along the way. The stops on the route are numbered consecutively starting from 1 up to and including a number that is provided when the Bus object is created. You may assume that the number of stops will always be greater than 1. The bus starts at the first stop and is initially heading toward the last stop. At each step of the simulation, the bus is at a particular stop and is heading toward either the first or last stop. When the bus reaches the first or last stop, it reverses direction. The following table contains a sample code execution sequence and the corresponding results. Statement or Expression Value returned (blank if no value) Bus bus1 = new Bus (3); bus1.getCurrent Stop(); 1 bus1.move(); busl.getCurrent Stop(); 2 bus1.move(); bus1.getCurrent Stop(); 3 busl.move(); bus1.getCurrent Stop () ; 2 bus1.move(); bus1.move(); busl.getCurrent Stop(); bus1.getCurrent Stop(); 22 2 Bus bus2 = new Bus (5); Comment The route for busl has three stops numbered 1-3. bus1 is at stop 1 (first stop on the route). bus moves to the next stop (2). busl is at stop 2. busl moves to the next stop (3). bus1 is at stop 3. busl moves to the next stop (2). bus1 is at stop 2. bus1 moves to the next stop (1). bus1 moves to the next stop (2). bus1 is at stop 2. bus1 is still at stop 2. The route for bus2 has five stops numbered 1-5. busl.getCurrent Stop (); 2 bus1 is still at stop 2 bus2.getCurrent Stop (); 1 bus2 is at stop 1 (first stop on the route). Write the complete Bus class, including the constructor and any required variables and methods. Your implementation must meet all specifications and conform to the example. (2.) The Bus class simulates the activity of a bus. A bus moves back and forth along a single route, making stops along the way. The stops on the route are numbered consecutively starting from 1 up to and including a number that is provided when the Bus object is created. You may assume that the number of stops will always be greater than 1. The bus starts at the first stop and is initially heading toward the last stop. At each step of the simulation, the bus is at a particular stop and is heading toward either the first or last stop. When the bus reaches the first or last stop, it reverses direction. The following table contains a sample code execution sequence and the corresponding results. Statement or Expression Value returned (blank if no value) Bus bus1 = new Bus (3); bus1.getCurrent Stop(); 1 bus1.move(); busl.getCurrent Stop(); 2 bus1.move(); bus1.getCurrent Stop(); 3 busl.move(); bus1.getCurrent Stop () ; 2 bus1.move(); bus1.move(); busl.getCurrent Stop(); bus1.getCurrent Stop(); 22 2 Bus bus2 = new Bus (5); Comment The route for busl has three stops numbered 1-3. bus1 is at stop 1 (first stop on the route). bus moves to the next stop (2). busl is at stop 2. busl moves to the next stop (3). bus1 is at stop 3. busl moves to the next stop (2). bus1 is at stop 2. bus1 moves to the next stop (1). bus1 moves to the next stop (2). bus1 is at stop 2. bus1 is still at stop 2. The route for bus2 has five stops numbered 1-5. busl.getCurrent Stop (); 2 bus1 is still at stop 2 bus2.getCurrent Stop (); 1 bus2 is at stop 1 (first stop on the route). Write the complete Bus class, including the constructor and any required variables and methods. Your implementation must meet all specifications and conform to the example.