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📚 Building a Linked List: Implementing OOP and Data Structures in Python | EP11

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EP11 - Python OOP Object Oriented Programming for Beginner
Here is a breakdown of your outlined topics for implementing a linked list using object-oriented programming and data structures:
### FINAL PROJECT: IMPLEMENT A LINKED LIST OOP AND DATA STRUCTURES
1. **Introduction to Data Structures**: An overview of data structures and their importance in organizing and managing data efficiently.
2. **Nodes in Data Structures Theory Code**: Explanation of the concept of nodes in data structures, along with theoretical and code examples.
3. **Introduction to Linked Lists**: Introduction to linked lists as a fundamental data structure, explaining their structure and advantages.
4. **Linked List Class Attributes**: Defining the necessary attributes for implementing a linked list class, such as the head pointer.
5. **Insert a Node at the Beginning of a Linked List**: Implementing the method to insert a new node at the beginning of the linked list.
6. **Insert a Node in the Middle of a Linked List**: Implementing the method to insert a new node in the middle of the linked list.
7. **Insert a Node at the End of a Linked List**: Implementing the method to insert a new node at the end of the linked list.
8. **Traverse a Linked List to Print its Elements**: Writing the algorithm to traverse the linked list and print its elements.
9. **Count the Nodes of a Linked List**: Implementing the method to count the number of nodes in the linked list.
10. **Find a Node in a Linked List**: Implementing the method to search for a specific node within the linked list.
11. **Delete a Node from the Beginning of a Linked List**: Implementing the method to delete a node from the beginning of the linked list.
12. **Delete a Node from the Middle of a Linked List**: Implementing the method to delete a node from the middle of the linked list.
13. **Delete a Node from the End of a Linked List**: Implementing the method to delete a node from the end of the linked list.
This project will provide a comprehensive understanding of linked lists, object-oriented programming principles, and data structure implementation in Python. Each topic covers a specific aspect of implementing a linked list, from basic operations to more advanced functionalities.
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🕒 Timestamp:
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FINAL PROJECT IMPLEMENT A LINKED LIST OOP AND DATA STRUCTURES
0:00:00 - Introduction to Data Structures
0:05:43 - Nodes in Data Structures Theory Code
0:24:31 - Introduction to Linked Lists
0:30:19 - Linked List Class Attributes
0:33:35 - Insert a Node at the Beginning of a Linked List
0:44:45 - Insert a Node in the Middle of a Linked List
0:58:50 - Insert a Node to the End of a Linked List
1:03:43 - Traverse a Linked List to Print its Elements
1:13:31 - Count the Nodes of a Linked List
1:27:25 - Find a Node in a Linked List
1:36:02 - Delete a Node from the Beginning of a Linked List
1:43:17 - Delete a Node from the Middle of a Linked List
1:52:24 - Delete a Node from the End of a Linked List
====
#python #pythonprogramming #pythontutorial
Here is a breakdown of your outlined topics for implementing a linked list using object-oriented programming and data structures:
### FINAL PROJECT: IMPLEMENT A LINKED LIST OOP AND DATA STRUCTURES
1. **Introduction to Data Structures**: An overview of data structures and their importance in organizing and managing data efficiently.
2. **Nodes in Data Structures Theory Code**: Explanation of the concept of nodes in data structures, along with theoretical and code examples.
3. **Introduction to Linked Lists**: Introduction to linked lists as a fundamental data structure, explaining their structure and advantages.
4. **Linked List Class Attributes**: Defining the necessary attributes for implementing a linked list class, such as the head pointer.
5. **Insert a Node at the Beginning of a Linked List**: Implementing the method to insert a new node at the beginning of the linked list.
6. **Insert a Node in the Middle of a Linked List**: Implementing the method to insert a new node in the middle of the linked list.
7. **Insert a Node at the End of a Linked List**: Implementing the method to insert a new node at the end of the linked list.
8. **Traverse a Linked List to Print its Elements**: Writing the algorithm to traverse the linked list and print its elements.
9. **Count the Nodes of a Linked List**: Implementing the method to count the number of nodes in the linked list.
10. **Find a Node in a Linked List**: Implementing the method to search for a specific node within the linked list.
11. **Delete a Node from the Beginning of a Linked List**: Implementing the method to delete a node from the beginning of the linked list.
12. **Delete a Node from the Middle of a Linked List**: Implementing the method to delete a node from the middle of the linked list.
13. **Delete a Node from the End of a Linked List**: Implementing the method to delete a node from the end of the linked list.
This project will provide a comprehensive understanding of linked lists, object-oriented programming principles, and data structure implementation in Python. Each topic covers a specific aspect of implementing a linked list, from basic operations to more advanced functionalities.
-
--
🕒 Timestamp:
====
FINAL PROJECT IMPLEMENT A LINKED LIST OOP AND DATA STRUCTURES
0:00:00 - Introduction to Data Structures
0:05:43 - Nodes in Data Structures Theory Code
0:24:31 - Introduction to Linked Lists
0:30:19 - Linked List Class Attributes
0:33:35 - Insert a Node at the Beginning of a Linked List
0:44:45 - Insert a Node in the Middle of a Linked List
0:58:50 - Insert a Node to the End of a Linked List
1:03:43 - Traverse a Linked List to Print its Elements
1:13:31 - Count the Nodes of a Linked List
1:27:25 - Find a Node in a Linked List
1:36:02 - Delete a Node from the Beginning of a Linked List
1:43:17 - Delete a Node from the Middle of a Linked List
1:52:24 - Delete a Node from the End of a Linked List
====
#python #pythonprogramming #pythontutorial