In this lab, you will create a backend class called SortableSet. A set, in computer science, is an unordered collection of unique objects. In our SortableSet, all of the objects in the set will also be immutable at the set level. This means that even if the data class used to create objects is not immutable, once they are in the set they are. We do this by making a deep copy of any objects being added to the set or returned from the set. The objects stored in the SortableSet must implement an interface called Sortable that provides a numeric sorting key and a deep copy method. SortableSet also takes advantage of two custom exception classes: DuplicateException and InvalidKeyException. Finally, the "sortable" part of SortableSet is implemented by a getSortedList method that makes a deep copy of every object in the set, saves them to an array, and then sorts them based on each object's sorting key. The sort algorithm used is a recursive radix sort modified to work with objects.
In this lab, you will create a backend class called SortableSet. A set, in computer science, is an unordered collection of unique objects. In our SortableSet, all of the objects in the set will also be immutable at the set level. This means that even if the data class used to create objects is not immutable, once they are in the set they are. We do this by making a deep copy of any objects being added to the set or returned from the set. The objects stored in the SortableSet must implement an interface called Sortable that provides a numeric sorting key and a deep copy method. SortableSet also takes advantage of two custom exception classes: DuplicateException and InvalidKeyException. Finally, the "sortable" part of SortableSet is implemented by a getSortedList method that makes a deep copy of every object in the set, saves them to an array, and then sorts them based on each object's sorting key. The sort
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