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Node clone = new Node(list.data); Node p=list, q=clone; for (int i=m+1; i<n; i++) { if (p.next == null) { throw new IllegalArgumentException(); } q.next = new Node(p.next.data); p = p.next; q = q.next; } return clone; }
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void append(Node list1, Node list2) { if (list1 == null) { throw new IllegalStateException(); } while (list1.next != null) { list1 = list1.next; } list1.next = list2; } Node concat(Node list1, Node list2) { Node list3 = new Node(0), p=list1, q=list3; while (p != null) { q.next = new Node(p.data); p = p.next; q = q.next; } p = list2; while (p != null) { q.next = new Node(p.data); p = p.next; q = q.next; } return list3.next; // discard dummy head node } void set(Node list, int i, int x) { if (i < 0) { throw new IllegalArgumentException(); } for (int j=0; j<i; j++) { if (list == null) { throw new IllegalStateException(); } list = list.next; } list.data = x; return; } int void get(Node list, int i) { // returns the value of element number i; Node p = list; int j = 0; while (j < i && p != null) { ++j; p = p.next; }
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if (p == null) { throw new java.util.NoSuchElementException(); } return p.data; }
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void put(Node list, int i, int x) { // inserts x as element number i; if (list == null) { throw new java.util.NoSuchElementException("list is empty"); } else if (i == 0) { list.next = new Node(list.data, list.next); list.data = x; } else { Node p = list; int j = 1; while (j < i && p != null) { ++j; p = p.next; } if (p == null) { String error=String.format("the list has onlt %d elements",j-1); throw new java.util.NoSuchElementException(error); } p.next = new Node(x, p.next); } void swap(Node list, int i, int j) { if (i < 0 || j < 0) { throw new IllegalArgumentException(); } else if (i == j) { return; } Node p=list, q=list; for (int ii=0; ii<i; ii++) { if (p == null) { throw new IllegalStateException(); } p = p.next; } for (int jj=0; jj<j; jj++) { if (q == null) { throw new IllegalStateException(); } q = q.next; } int pdata = p.data, qdata = q.data; p.data = qdata; q.data = pdata; return; } Node merged(Node list1, Node list2) { Node list = new Node(0), p = list, p1 = list1, p2 = list2; while (p1 != null && p2 != null) { if (p1.data < p2.data) { p = p.next = new Node(p1.data); p1 = p1.next; } else { p = p.next = new Node(p2.data); p2 = p2.next;
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} } while (p1 != null) p = p.next = new p1 = p1.next; } while (p2 != null) p = p.next = new p2 = p2.next; } return list.next; }
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{ Node(p1.data);
{ Node(p2.data);
void rotateLeft(Node list) { Node p = list, q = list; while (p != null) { p = p.next; if (p != null) { p = p.next; } q = q.next; } // now q = middle node: Node m = q; p = list; Node t=p.next, tt=m.next; while (m.next != null) { tt = m.next; p.next = m; p = m.next = t; t = p.next; m = tt; } p.next = m; }
The Java Collections Framework
The Java Collections Framework (JCF) is a group of classes and interfaces in the java.util package. Its main purpose is to provide a unified framework for implementing common data structures so that the resulting classes can be used in a consistent, efficient, and intuitive manner. This chapter outlines how these types can be used. THE INHERITANCE HIERARCHY A collection is an object that contains other objects, which are called the elements of the collection. The JCF specifies four general types of collections: List, Queue, Set, and Map. These are defined as interfaces and are extended and implemented with other interfaces and classes in the java.util package. The relationships among the main classes and interfaces in the JCF are summarized in Figure 4.1. The interfaces are shown on the right in italics, and the classes that implement them are on their left. The dashed lines indicate direct implementation. Inheritance, both between classes and between interfaces is shown by solid lines. For example, the AbstractList class extends the AbstractCollection class, and the List interface extends the Collection interface. Note that some of the class names have the prefix Abstract, which indicates that they include abstract methods that are implemented by their subclasses. The four main types in the JCF are List, Queue, Set, and Map. A list is a sequence of elements. A queue is a first-in-first-out collection, like a waiting line. A set is an unstructured collection of distinct elements. A map is a collection of component pairs that works like an index or dictionary, where the first component is used to look up the information stored in the second component. The hierarchy shows that the Deque, SortedSet, and SortedMap interfaces extend the Queue, Set, and Map interfaces, respectively. These are more specialized types. A Deque is a doubleended queue, allowing insertions and deletions at both ends. The SortedSet and SortedMap interfaces work only with objects that can be compared, like strings. The JCF implements the interfaces with several different data structures. The simplest structure is an indexed structure, that is, an array, which is used by the ArrayList, the ArrayDeque, the HashSet, and the HashMap classes. Other implementations use a linked structure. The LinkedList class uses a doubly linked linear structure, the PriorityQueue class uses a heap tree, the TreeSet and TreeMap classes use a linked binary search tree, and the LinkedHashSet,
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