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Before you can access a collection through an iterator, you must obtain one Each of the collection classes provides an iterator( ) method that returns an iterator to the start of the collection By using this iterator object, you can access each element in the collection, one

Method void add(E obj) boolean hasNext( ) boolean hasPrevious( ) E next( ) int nextIndex( ) E previous( ) int previousIndex( ) void remove( ) void set(E obj) TABLE 17-9

[root@serverA ~]# openssl s_client -connect 127001:993

Description Inserts obj into the list in front of the element that will be returned by the next call to next( ) Returns true if there is a next element Otherwise, returns false Returns true if there is a previous element Otherwise, returns false Returns the next element A NoSuchElementException is thrown if there is not a next element Returns the index of the next element If there is not a next element, returns the size of the list Returns the previous element A NoSuchElementException is thrown if there is not a previous element Returns the index of the previous element If there is not a previous element, returns 1 Removes the current element from the list An IllegalStateException is thrown if remove( ) is called before next( ) or previous( ) is invoked Assigns obj to the current element This is the element last returned by a call to either next( ) or previous( )

Part II:

In this example, we are able to connect to the IMAP server running on 127001, even though it is encrypted Once we have the connection established, we can use the commands that we went over in the Checking Basic IMAP Functionality section of this chapter

element at a time In general, to use an iterator to cycle through the contents of a collection, follow these steps: 1 Obtain an iterator to the start of the collection by calling the collection s iterator( ) method 2 Set up a loop that makes a call to hasNext( ) Have the loop iterate as long as hasNext( ) returns true 3 Within the loop, obtain each element by calling next( ) For collections that implement List, you can also obtain an iterator by calling listIterator( ) As explained, a list iterator gives you the ability to access the collection in either the forward or backward direction and lets you modify an element Otherwise, ListIterator is used just like Iterator The following example implements these steps, demonstrating both the Iterator and ListIterator interfaces It uses an ArrayList object, but the general principles apply to any type of collection Of course, ListIterator is available only to those collections that implement the List interface

// Demonstrate iterators import javautil*; class IteratorDemo { public static void main(String args[]) { // Create an array list ArrayList<String> al = new ArrayList<String>(); // Add elements to the array list aladd("C"); aladd("A"); aladd("E"); aladd("B"); aladd("D"); aladd("F"); // Use iterator to display contents of al Systemoutprint("Original contents of al: "); Iterator<String> itr = aliterator(); while(itrhasNext()) { String element = itrnext(); Systemoutprint(element + " "); } Systemoutprintln(); // Modify objects being iterated ListIterator<String> litr = allistIterator(); while(litrhasNext()) { String element = litrnext(); litrset(element + "+"); } Systemoutprint("Modified contents of al: "); itr = aliterator(); while(itrhasNext()) {

The last section in the SOUND block is the Wait section (see Figure 6-7). When you have selected a sound file or tone to play and the Repeat box (in the Function section) is not checked, the Wait for Completion checkbox is available.