linkedlist java api

(listTester[] Testers={inserttester,iteratester,gettester,removetester};Test (testers,list);}private static void Test (tester[] testers, listfor (int i=0;iSystem.out.print (testers[i].getoperation () + "Operation:");Long T1=system.currenttimemillis ();Testers[i].test (list);Long T2=system.currenttimemillis ();System.out.print (t2-t1+ "MS");System.out.println ();}}public static void Main (string[] args) {ListTesting the Java arraySYSTEM.OUT.PRINTLN ("

. Let's start with a single-link list, and then talk about it later.Linked list with headless nodesLinked list with head nodeEmpty linked listI tried to write a linkedlist code in Java, as follows:Package com.phn.datestructure;/** * @author Pan Hainan * @Email [emailprotected] * @TODO chained table * @date July 18, 2015 */public CL The first node of the folinkedlistThe insertion and deletion of data

1 PackageCom.shb.java;2 3 Importjava.util.LinkedList;4 5 Public classTestlinkedlist {6 7 /**8 * @authorshaobn9 * @Describe: Implementing Queues and stacks with LinkedListTen * @paramargs One * @Time: 2015-8-27 pm 10:28:33 A */ - Public Static voidMain (string[] args) { - //TODO auto-generated Method Stub thedolinkedlist DLL =Newdolinkedlist (); -String []STR = {"Java", "PHP", "C", "C + +"}; - testadd (DLL, str); -

I would like to compare the use of iterator, for statements, foreach to traverse LinkedList, who is fast. So I wrote the following code:packagemystudy;importjava.util.*;p ublicclassmystudy{ privatestaticfinalintsize=100000;private integer[]arr=newinteger[size];privateabstractlistResults of the operation:Expend0:1 Expend1:7 expend2:5548 Expend3:7It is seen that traversing linkedlist with a for statement is t

KnowUnique features of LinkedList:A: Add Featurespublic void AddFirst (Object e)public void AddLast (Object e)B: Get FeaturesPublic Object GetFirst () gets the first elementPublic obejct GetLast () gets the last elementC: Delete functionPublic Object Removefirst () deletes the first elementPublic Object removelast () deletes the last element1 Importjava.util.LinkedList;2 Public classLinkedlistdemo {3 Public Static voidMain (string[] args) {4 //To create a collection object5LinkedList link =New

Overview1, List features: linear sequential storage elements, elements can be duplicated, can be stored null2, ArrayList, LinkedListFirst, list featuresAs shown in this diagram, the list is stored in a linear structure , so it can be repeated or null. Of course, the specific sub-class is how to achieve, each has its own form.Second, the method of the listMost of these are not explained in the same way as the introduction of collection interfaces. Only part of the use of the more special points.l

0) { Throw NewIndexoutofboundsexception ("specify index to exceed bounds"); } } /** * Add a new element at the end of the list * @param e*/ Private voidAddatlast (e e) {NodeLast ; //construct a new nodenodeNewNodeNULL, last); Last=node; if(NULL= = Oldlast) {//when a new element is the first elementFirst =node; }Else{//when a new element is not the first elementOldlast.next =node; } size++; } /** * Add a new element in front of the specified element, maintaining a bidi

LinkedListLinkedList is based on a two-way cyclic chain list implementation. It can also be manipulated as a stack, a queue, or a double-ended queue. Non-thread safe. The following directly paste ArrayList Java implementation (only part of the code), source Jdk1.8.0_25/src.zip. /** * * * * * * * * * * * The data structure ********* * contains: Node value item * precursor pre * successor next * @param */ priv

); AboutFirst =N; $Last =N; -}Else { - n.setparents (last); - n.setmyself (obj); AN.setchild (NULL); + the last.setchild (n); -Last =N; $ } thesize++; the } the the Public intsize () { - returnsize; in } the the PublicObject Get (intindex) { AboutNode temp =NULL; the if(First! =NULL) { thetemp =First ; the for(inti = 0; I ) { +temp =Temp.child; - } the }Bayi returntemp.myself; the } the - Public Stati

Java API, Chinese API (download) and Common English API (online) Java API documentation is essential when writing Java programs.Download the Chinese

The current technical CTP system provides the version of the API version C++SWIGis a C/C++ tool that can be used to convert interfaces to other languages, which can now be supported Python,Java,R .This article introduces the use of the Swig tool to convert the CTP C + + interface API into a Java callable interface unde

4th Chapter HDFs java API 4.5 Java API Introduction In section 4.4 We already know the HDFs Java API configuration, filesystem, path, and other classes, this section will detail the HDFs Jav