Iterate through elements of Java LinkedList using Iterator example : Link List « Collections Data Structure « Java

Java 1.  2D Graphics GUI 2.  3D 3.  Advanced Graphics 4.  Ant 5.  Apache Common 6.  Chart 7.  Class 8.  Collections Data Structure 9.  Data Type 10.  Database SQL JDBC 11.  Design Pattern 12.  Development Class 13.  EJB3 14.  Email 15.  Event 16.  File Input Output 17.  Game 18.  Generics 19.  GWT 20.  Hibernate 21.  I18N 22.  J2EE 23.  J2ME 24.  JDK 6 25.  JNDI LDAP 26.  JPA 27.  JSP 28.  JSTL 29.  Language Basics 30.  Network Protocol 31.  PDF RTF 32.  Reflection 33.  Regular Expressions 34.  Scripting 35.  Security 36.  Servlets 37.  Spring 38.  Swing Components 39.  Swing JFC 40.  SWT JFace Eclipse 41.  Threads 42.  Tiny Application 43.  Velocity 44.  Web Services SOA 45.  XML Java Tutorial Java Source Code / Java Documentation Java Open Source Jar File Download Java Articles Java Products Java by API Photoshop Tutorials Maya Tutorials Flash Tutorials 3ds-Max Tutorials Illustrator Tutorials GIMP Tutorials C# / C Sharp C# / CSharp Tutorial C# / CSharp Open Source ASP.Net ASP.NET Tutorial JavaScript DHTML JavaScript Tutorial JavaScript Reference HTML / CSS HTML CSS Reference C / ANSI-C C Tutorial C++ C++ Tutorial Ruby PHP Python Python Tutorial Python Open Source SQL Server / T-SQL SQL Server / T-SQL Tutorial Oracle PL / SQL Oracle PL/SQL Tutorial PostgreSQL SQL / MySQL MySQL Tutorial VB.Net VB.Net Tutorial Flash / Flex / ActionScript VBA / Excel / Access / Word XML XML Tutorial Microsoft Office PowerPoint 2007 Tutorial Microsoft Office Excel 2007 Tutorial Microsoft Office Word 2007 Tutorial

Java » Collections Data Structure » Link List Screenshots  Iterate through elements of Java LinkedList using Iterator example     import java.util.Iterator; import java.util.LinkedList; public class Main {   public static void main(String[] args) {     LinkedList<String> lList = new LinkedList<String>();     lList.add("1");     lList.add("2");     lList.add("3");     lList.add("4");     lList.add("5");     Iterator itr = lList.iterator();     while (itr.hasNext()) {       System.out.println(itr.next());     }   } }                  Related examples in the same category 1.  Use for each loop to go through elements in a linkedlist 2.  Use addFirst method to add value to the first position in a linked list 3.  To insert an object into a specific position into the list, specify the index in the add method 4.  Updating LinkedList Items 5.  Convert LinkedList to Array with zero length array 6.  Convert LinkedList to Array with full length array 7.  Checking what item is first in line without removing it: element 8.  Removing the first item from the queue: poll 9.  Convert a LinkedList to ArrayList 10.  Add elements at beginning and end of LinkedList Java example 11.  Check if a particular element exists in LinkedList Java example 12.  Create an object array from elements of LinkedList Java example 13.  Get elements from LinkedList Java example 14.  Get first and last elements from LinkedList Java example 15.  Get SubList from LinkedList Java example 16.  Remove all elements or clear LinkedList Java example 17.  Iterate through elements of Java LinkedList using ListIterator example 18.  Remove first and last elements of LinkedList Java example 19.  Remove range of elements from LinkedList Java example 20.  Remove specified element from LinkedList Java example 21.  Replace an Element of LinkedList Java example 22.  Search elements of LinkedList Java example 23.  Add or insert an element to ArrayList using Java ListIterator Example 24.  Finding an Element in a Sorted List 25.  Create a list with an ordered list of strings 26.  Search for a non-existent element 27.  Use an Iterator to cycle through a collection in the forward direction. 28.  Implementing a Queue with LinkedList 29.  Implementing a Stack 30.  Using a LinkedList in multi-thread 31.  Convert Collection to ArrayList 32.  Wrap queue to synchronize the methods 33.  Making a stack from a LinkedList 34.  Single linked list 35.  Double LinkedList 36.  Doubly Linked list 37.  A class for you to extend when you want object to maintain a doubly linked list 38.  A simple Doubly Linked list class, designed to avoid O(n) behaviour on insert and delete. 39.  A List helper class that attempts to avoid unneccessary List creation.