lab/lab12/QuickSort.java
public static <Item extends Comparable> Queue<Item> quickSort(
            Queue<Item> items) {
        // Your code here!

        if (items.size() <= 1) {
            return items;
        }

        Item pivot = getRandomItem(items);
        Queue<Item> less = new Queue<>();
        Queue<Item> equal = new Queue<>();
        Queue<Item> greater = new Queue<>();
        partition(items, pivot, less, equal, greater);

        return catenate(quickSort(less), catenate(equal, quickSort(greater)));
    }
/** Returns a Queue that contains the given items sorted from least to greatest. */
Returns a Queue that contains the given items sorted from least to greatest.
Returns a Queue that contains the given items sorted from least to greatest .
public static <Item extends Comparable> Queue<Item> quickSort(
            Queue<Item> items) {
        if (items.size() <= 1) {
            return items;
        }
        Item pivot = getRandomItem(items);
        Queue<Item> less = new Queue<>();
        Queue<Item> equal = new Queue<>();
        Queue<Item> greater = new Queue<>();
        partition(items, pivot, less, equal, greater);
        return catenate(quickSort(less), catenate(equal, quickSort(greater)));
    }
public static < Item extends Comparable > Queue < Item > quickSort ( Queue < Item > items ) { if ( items . size ( ) <= 1 ) { return items ; } Item pivot = getRandomItem ( items ) ; Queue < Item > less = new Queue < > ( ) ; Queue < Item > equal = new Queue < > ( ) ; Queue < Item > greater = new Queue < > ( ) ; partition ( items , pivot , less , equal , greater ) ; return catenate ( quickSort ( less ) , catenate ( equal , quickSort ( greater ) ) ) ; }
Returns a Queue that contains the given items sorted from least to greatest.
Returns a Queue that contains the given items sorted from least to greatest .
// Your code here!