C/C++ Program implementing Dequeue Using Linked List

  Dequeue is a very useful Data Structure. Dequeue is also called a Double-ended queue for which elements can be added to or removed from either the front or back. In this program dequeue is implemented by using Linked List. The following types of dequeues are implemented in the program.

1. Input Restricted Dequeue.
2. Output Restricted Dequeue.

Figure Below Shows a Sample Output

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C/C++ Program Implementing Dequeue Using Array

  Dequeue is a very useful Data Structure. Dequeue is also called a Double-ended queue for which elements can be added to or removed from either the front or back. In this program Dequeue is implemented by using Array. The following  types of dequeues are implemented in the program.

1. Input Restricted Dequeue.
2. Output Restricted Dequeue.

Figure Below Shows a Sample Output

Click here to download the C Program implementing Dequeue using Array.

Click here to download the C++ Program implementing Dequeue using Array.

C/C++ Program Implementing Circular Queue Using Linked List

  Circular Queue is a very useful Data Structure. In this program Queue is implemented by using Linked List. The following operations are implemented in the Program.

• Insert Elements.

• Delete Elements.  

• Display Elements.
• Search Element.
• Change Element.

Figure Below Shows a Sample Output

Click here to download the C Program implementing Circular Queue using Linked List.

Click here to download the C++ Program implementing Circular Queue using Linked List.

C/C++ Program Implementing Circular Linked List

  Circular Linked List is a very useful Data Structure. In this program Queue is implemented by using Linked List. The following operations are implemented in the Program.

• Create the Circular Linked List.
• Insert Elements.

• Delete Elements.  

• Display Elements.

Figure Below Shows a Sample Output

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C/C++ Program Implementing Circular Queue Using Array

  Circular Queue is a very useful Data Structure. In this program Circular Queue is implemented by using Array. The following operations are implemented in the Program.

• Insert Elements.

• Delete Elements.  

• Display Elements.

Figure Below Shows a Sample Output

Click here to download the C Program implementing Circular Queue using Array.

Click here to download the C++ Program implementing Circular Queue using Array.

C/C++ Program Implementing Queue Using Linked List

  Queue is a very useful Data Structure. In this program Queue is implemented by using Linked List. The following operations are implemented in the Program.

• Insert Elements.

• Delete Elements.  

• Display Elements.

Figure Below Shows a Sample Output

 Click here to download the C Program implementing Queue using Linked List.
Click here to download the C++ Program implementing Queue using Linked List.

C/C++ Program Implementing Stack Using Linked List

  Stack is a very useful Data Structure. In this program Stack is implemented by using Linked List. The following operations are implemented in the Program.

• Push Elements.

• Pop Elements.   

• Display Elements.

Figure Below Shows a Sample Output

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C/C++ Program Implementing Queue Using Array

  Queue is a very useful Data Structure. In this program Stack is implemented by using Array. The following operations are implemented in the Program.

• Insert Elements.

• Delete Elements.   

• Display Elements.

Figure Below Shows a Sample Output

Click here to download the C Program implementing Queue using Array. 

Click here to download the C++ Program implementing Queue using Array.

C/C++ Program Implementing Stack Using Array

    Stack is a very useful Data Structure. In this program Stack is implemented by using Array. The following operations are implemented in the Program.

• Push Elements.

• Pop Elements.   

• Display Elements.

Figure Below Shows a Sample Output

Click here to download the C Program implementing Stack using Array. 

Click here to download the C++ Program implementing Stack using Array.

C/C++ Program Implementing Doubly Linked List

Doubly Linked List is a very useful Data Structure. In this Program the following operations are implemented.

• Add Records.

• Delete Records.   

• Display Records.

• Count the No. of Records in the List.

• Searching a Record in the List.

Figure Below Shows a Sample Output

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C/C++ Program Implementing Linked List

Linked List is a very useful Data Structure. In this Program the following operations are implemented.

• Add Records.

• Delete Records.   

• Display Records.

• Count the No. of Records in the List.

• Searching a Record in the List.

Figure Below Shows a Sample Output

Click here to download the C Program implementing Linked List. 

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C/C++ Program to Perform Binary Search Tree Operations

Binary Search Tree is a very useful Data Structure. In this Program the following operations are implemented.

• Insertion.
• Deletion.
• Inorder Traversal.
• Preorder Traversal.
• Postorder Traversal.
• Finding the Root Node.

Figure Below Shows a Sample Output

Click here to download the C Program performing Binary Search Tree Operations.
Click here to download the C++ Program performing Binary Search Tree Operations.