Provide a Java class named sorted PriorityQueue that implements a priority queue using a Java array...

  

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Provide a Java class named sorted PriorityQueue that implements a priority queue using a Java array of type int. The constructor of the class should be passed the size of the queue. Each time the add method is called, the value passed to it should be inserted into the array to ensure that the array remains in sorted order. If the array is full when add is called, a RuntimeException should be thrown. If the array is empty when remove is called, a RuntimeException should also be thrown Make the implementation as efficient as possible. Consider the following sorting algorithm that uses the class you wrote in the previous problem: void sort (int[] array) { SortedPriorityQueue queue = new SortedPriorityQueue (100); for (int i = 0; i < array.length; i++) queue.add (array[i]); for (int i = 0; i < array.length; i++) array[i] = queue.remove(); } Analyze its execution time efficiency in the worst case. In your analysis you may ignore the possibility that the array may overflow. Indicate whether this implementation is more or less efficient than the one that uses the Java priority queue. Provide a Java class named sorted PriorityQueue that implements a priority queue using a Java array of type int. The constructor of the class should be passed the size of the queue. Each time the add method is called, the value passed to it should be inserted into the array to ensure that the array remains in sorted order. If the array is full when add is called, a RuntimeException should be thrown. If the array is empty when remove is called, a RuntimeException should also be thrown Make the implementation as efficient as possible. Consider the following sorting algorithm that uses the class you wrote in the previous problem: void sort (int[] array) { SortedPriorityQueue queue = new SortedPriorityQueue (100); for (int i = 0; i < array.length; i++) queue.add (array[i]); for (int i = 0; i < array.length; i++) array[i] = queue.remove(); } Analyze its execution time efficiency in the worst case. In your analysis you may ignore the possibility that the array may overflow. Indicate whether this implementation is more or less efficient than the one that uses the Java priority queue.

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