Object Oriented Programming with Java Advanced
Undergraduate course, University of Giresun, Department of Computer Engineering, 2021
This course is designed to take your Java programming skills to the next level by exploring advanced topics and concepts in object-oriented design. In this course, you will learn how to implement complex data structures, design patterns, and advanced OOP principles such as interfaces, generics, and nested classes. You will also learn how to leverage Java’s powerful features such as streams and lambdas to write clean and concise code. Throughout the course, you will work on challenging assignments and projects that will help you apply the concepts you have learned in real-world scenarios.
Chapter 1: Introduction to advanced Java concepts and best practices
As developers become more experienced with Java, it’s essential to understand the advanced concepts and best practices that can make their code more efficient, scalable, and maintainable.
Chapter 2: Refactoring and code optimization techniques
In this chapter, we will explore how to refactor and optimize existing code in Java to improve its design, functionality, and performance.
Chapter 3: Design patterns and object-oriented design principles
Design patterns and object-oriented design principles are critical to building robust, reusable, and scalable software solutions, and in this chapter, we will explore some of the most popular design patterns and principles used in Java development.
Chapter 4: Working with collections and data structures
Collections and data structures are essential components of any Java application, and in this chapter, we will dive deep into advanced concepts and techniques for working with collections and data structures in Java.
Chapter 5: Advanced concurrency and multithreading techniques
In this chapter, we will explore advanced concurrency and multithreading techniques in Java, including thread synchronization, deadlock prevention, and performance optimization, to build high-performance and scalable concurrent applications.
Chapter 6: Java 8 features and functional programming
Java 8 introduced several new features and enhancements, including functional interfaces, lambda expressions, and stream API, which enable developers to write more concise, expressive, and functional code. In this chapter, we will explore these features and their applications in Java programming.
Chapter 7: Java 9 and beyond: modules, the reactive stream API, and more
Java 9 and later versions have introduced significant changes and new features, such as the modular system, the reactive stream API, and other improvements that enhance the performance, security, and maintainability of Java applications. In this chapter, we will discuss these features and how to use them effectively in modern Java programming.
Chapter 8: Working with annotations and the reflection API
In this chapter, we will explore how annotations and the reflection API can help in creating flexible, extensible, and configurable Java applications.
Chapter 9: Advanced Java I/O, including NIO and memory-mapped files
This chapter delves into the advanced input/output capabilities of Java, including the New I/O (NIO) package and memory-mapped files.
Chapter 10: Networking and web development with Java
The “Networking and Web Development with Java” chapter in an advanced Java programming course introduces advanced concepts and techniques for developing networked and web-based applications using Java, including server-side programming, HTTP communication, and web frameworks.
Chapter 11: Working with databases and JDBC
We will cover essential topics like database architecture, SQL basics, JDBC drivers, connection pooling, and transactions, and discover how to use advanced JDBC features like stored procedures, result sets, and metadata.
Chapter 12: Introduction to Java EE and enterprise development
We will learn about developing enterprise applications using technologies like Servlets, JSPs, EJBs, and JPA, and explore advanced concepts like dependency injection, transaction management, and security.
Chapter 13: Advanced JavaFX and GUI programming
In this chapter, we will delve into advanced topics such as custom controls, event handling, styling, and animations, as well as explore how to build complex and dynamic user interfaces.
Chapter 14: Tips and tricks for debugging and troubleshooting Java applications
In this chapter, we will explore various tips and tricks for debugging and troubleshooting Java applications, including techniques for analyzing stack traces, debugging multi-threaded applications, and using advanced debugging tools.
Chapter 15: Advanced testing and continuous integration with Java
In this chapter, we will explore the best practices for testing Java applications and how to implement continuous integration (CI) in your development workflow using popular tools such as JUnit, Mockito, and Jenkins.
Chapter 16: Advanced security concepts and best practices in Java
This chapter will cover various advanced security concepts and techniques in Java, including encryption, secure coding practices, secure communication, and more.
Chapter 17: Building and deploying Java applications in the cloud
We will cover the benefits of using cloud platforms, such as scalability and cost-effectiveness, as well as different cloud providers and their offerings.
Chapter 18: Wrap-up and next steps for advanced Java developers
In this final chapter, we will review what you have learned and discuss the next steps you can take as a Java developer to continue building your skills and staying up-to-date with the latest developments in the Java ecosystem.