The following are the different operations that can be done using a doubly linked list. The corresponding algorithm and simulation/s are attached in the course material for doubly linked list. Choose only one operation and create the Java program for the chosen operation using its corresponding algorithm. The rubric below will be used to assess your output.   Insertion in the beginning of the list Insertion after a node Insertion before a node Deletion of the first node Deletion of the last node Deletion of a given node

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
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The following are the different operations that can be done using a doubly linked list. The corresponding algorithm and simulation/s are attached in the course material for doubly linked list. Choose only one operation and create the Java program for the chosen operation using its corresponding algorithm. The rubric below will be used to assess your output.

 

    • Insertion in the beginning of the list
    • Insertion after a node
    • Insertion before a node
    • Deletion of the first node
    • Deletion of the last node
    • Deletion of a given node
ull TM ?
10:35 AM
© 71%
Not Secure – noodle.nwssu.edu.ph
DELETION OF THE FIRST NODE
SIMULATION :
start +3E 4 Y
Step 1: if Cstart ==
null) =
Step 2: if (start.next == null) F
Start : start.next
Step 3 :
Start
Step 4: Start.
•prev
= null
start +4|
Step 5: END
DELETION
OF THE LAST NODE
SIMUL ATION :
start E T
Step 1: if( start == null) F
Step 2: ifCstart. next ==nJll) F
Step 3 : p- Start
start AOY
step 1: 1st repetition : while (p.next ! = null) r
step 5:
p p.next
start AT
step 4: 2nd repetition : while (p.next !=nul) F
= null
Step G: P-prev. Ne x+
start
DELETIDAN
DE
CNEN
MoDE
Transcribed Image Text:ull TM ? 10:35 AM © 71% Not Secure – noodle.nwssu.edu.ph DELETION OF THE FIRST NODE SIMULATION : start +3E 4 Y Step 1: if Cstart == null) = Step 2: if (start.next == null) F Start : start.next Step 3 : Start Step 4: Start. •prev = null start +4| Step 5: END DELETION OF THE LAST NODE SIMUL ATION : start E T Step 1: if( start == null) F Step 2: ifCstart. next ==nJll) F Step 3 : p- Start start AOY step 1: 1st repetition : while (p.next ! = null) r step 5: p p.next start AT step 4: 2nd repetition : while (p.next !=nul) F = null Step G: P-prev. Ne x+ start DELETIDAN DE CNEN MoDE
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