CS-108: Practice of object-oriented programming

About
Privacy
Disclaimer

Graph Chatbot

Lectures in this course (66)

Input/Output in Java

Explores input/output in Java and file handling using IntelliJ IDEA.

Programming by Flows: Temperature Conversion

Demonstrates temperature conversion from Fahrenheit to Celsius using Java streams and lambda expressions.

Equality, Order, and Hashing

Discusses the importance of defining equality in collections and how order and hashing optimize operations.

Collections: Lists vs Sets

Explores the differences between lists and sets, emphasizing the challenges of defining equality.

Equality, Order, and Hashing (II, Order)

Covers the implementation of interfaces for object comparison.

Comparing Objects: Comparable vs Comparator

Covers the concepts of Comparable and Comparator interfaces in Java, explaining how classes implement these interfaces to enable object comparison.

Equality, Order, and Hashing

Explains hashing, equality, and order in Java, emphasizing method compatibility for correct collection behavior.

Collections: Hashcode and Equals Methods

Explains the importance of hashcode and equals methods in Java.

Input/Output Streams in Java

Covers input/output streams in Java, focusing on handling byte streams and practical file operations.

Design Patterns: Bosses of Object-Oriented Programming Practice

Covers design patterns in object-oriented programming, class diagrams, abstract classes, interfaces, associations, inheritance, and the Builder pattern in Java.

Unicode: Character Representation

Explains the Unicode standard for character representation using variable size encoding.

Design Patterns: Decorator and Composite

Covers the Decorator and Composite design patterns for adding functionality and composing objects.

Input/Output Streams: Character Streams

Explains reading and writing characters using Java input/output streams.

Design Patterns: Decorator vs. Inheritance

Compares decorator design pattern with inheritance in Java, emphasizing proper class design decisions.

Design Patterns: Introduction

Covers association relationships, abstract classes, and the Builder pattern in Java.

Design Patterns: Adapter and Decorator

Covers the implementation of design patterns in Java for adapting and decorating classes.

Design Patterns: Decorator and Composite

Explains how to implement Decorator and Composite design patterns in Java with real examples and code snippets.

Observer Design Pattern

Explores the Observer design pattern in graphical interfaces using a simple spreadsheet example to demonstrate automatic value updates.

Design Patterns: Decorator Pattern

Covers the Decorator design pattern, focusing on extending the functionality of classes dynamically.

Design Patterns: MVC Pattern

Explains the Model-View-Controller (MVC) design pattern using Java code examples.

Page 2 of 4