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AbstractSequentialList addAll() Method in Java with Examples

  • Last Updated : 26 Nov, 2018

The addAll(int index, Collection C) method of AbstractSequentialList is used to append all of the elements from the collection passed as a parameter to this function at a specific index or position of a abstract sequential list.

Syntax:

boolean addAll(int index, Collection C)

Parameters: This function accepts two parameters as shown in the above syntax and are described below.

  • index: This parameter is of integer datatype and specifies the position in the list starting from where the elements from the container will be inserted.
  • C: It is a collection whose elements are needed to be appended.

Return Value: The method returns TRUE if at least one action of append is performed.

Below programs illustrate the Java.util.AbstractSequentialList.addAll() method:



Example 1:




// Java code to illustrate addAll() method
  
import java.util.*;
import java.util.AbstractSequentialList;
  
public class AbstractSequentialListDemo {
    public static void main(String args[])
    {
  
        // Creating an empty AbstractSequentialList
        AbstractSequentialList<String>
            absqlist = new LinkedList<String>();
  
        // Use add() method to add elements
        absqlist.add("Geeks");
        absqlist.add("for");
        absqlist.add("Geeks");
        absqlist.add("10");
        absqlist.add("20");
  
        // Creating a Collection
        Collection<String>
            collect = new ArrayList<String>();
        collect.add("A");
        collect.add("Computer");
        collect.add("Portal");
        collect.add("for");
        collect.add("Geeks");
  
        // Displaying the list
        System.out.println("AbstractSequentialList: "
                           + absqlist);
  
        // Appending the collection to the list
        absqlist.addAll(1, collect);
  
        // Clearing the list using clear() and displaying
        System.out.println("The new list is: "
                           + absqlist);
    }
}
Output:
AbstractSequentialList: [Geeks, for, Geeks, 10, 20]
The new list is: [Geeks, A, Computer, Portal, for, Geeks, for, Geeks, 10, 20]

Example 2:




// Java code to illustrate boolean addAll()
  
import java.util.*;
import java.util.AbstractSequentialList;
  
public class AbstractSequentialListDemo {
    public static void main(String args[])
    {
  
        // Creating an empty AbstractSequentialList
        AbstractSequentialList<Integer>
            absqlist = new LinkedList<Integer>();
  
        // Use add() method to add elements
        absqlist.add(10);
        absqlist.add(20);
        absqlist.add(30);
        absqlist.add(10);
        absqlist.add(20);
  
        // Creating a Collection
        Collection<Integer>
            collect = new LinkedList<Integer>();
        collect.add(1);
        collect.add(2);
        collect.add(3);
        collect.add(4);
        collect.add(5);
  
        // Displaying the list
        System.out.println("The AbstractSequentialList is: "
                           + absqlist);
  
        // Appending the collection to the list
        absqlist.addAll(1, collect);
  
        // Clearing the list using clear() and displaying
        System.out.println("The new list is: " + absqlist);
    }
}
Output:
The AbstractSequentialList is: [10, 20, 30, 10, 20]
The new list is: [10, 1, 2, 3, 4, 5, 20, 30, 10, 20]

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