Java Mastery | Multithreading, Collections, Streams, Lambdas

Master Core Java Features: Java Collections, Java Multithreading, Lambda Expressions and Stream API for modern web apps

What you'll learn

Differences between threads and processes

Creating threads using the Thread class and Runnable interface

Managing thread lifecycle and states

Monitoring and controlling thread execution

Understanding race conditions and thread safety

Using the synchronized keyword and volatile variables

Implementing thread-safe synchronization techniques

Working with ExecutorService for efficient thread management

Using ScheduledExecutorService for task scheduling

Implementing Future and Callable for asynchronous computations

Managing atomic operations with Atomic Variables

Understanding wait(), notify(), and notifyAll() for inter-thread communication

Implementing locks and condition variables for better thread coordination

Using ReentrantLock and ReentrantReadWriteLock for fine-grained locking

Working with condition variables for better thread management

Exploring thread-safe collections like ConcurrentHashMap

Using blocking queues for producer-consumer scenarios

Understanding thread contention and deadlocks

Implementing thread-safe and immutable designs

Optimizing thread pools for better efficiency

Using parallel streams for improved performance

Understanding how Java Virtual Machine (JVM) handles threads

Working with thread priorities and daemon threads

Learning concurrency design patterns for scalable applications

Handling exceptions in multithreaded programs

Implementing advanced locking mechanisms

Building a multithreaded web server

Implementing a producer-consumer system

Developing a real-time chat system

Using debugging tools for thread analysis

Writing unit tests for concurrent code

Profiling multithreaded applications for performance tuning

Requirements

No prior knowledge is required about Java Multithreading

Basic Java skills are required

A computer with a 64-bit operating system

We preferred MacOS (64-bit) but this is not mandatory. You can prefer to use other Operating Systems.

We preferred IntelliJ which is a powerful and advanced text editor with a lot of plug-ins and tools

Nothing else! It's just you, your computer, and your ambition to get started today

Description

Hello there,Welcome to the "Java Mastery | Multithreading, Collections, Streams, Lambdas" course.Master Core Java Features: Java Collections, Java Multithreading, Lambda Expressions and Stream API for modern web appsJava is one of the most powerful and widely used programming languages in the world. This course is designed to help you master essential Java concepts such as multithreading, streams, lambda expressions, and collections, enabling you to build high-performance, scalable applications efficiently.Java provides robust support for concurrent programming, functional-style operations, and efficient data structures, making it a top choice for modern software development. Whether you're developing enterprise applications, data processing systems, or high-performance applications, mastering these concepts is crucial.In this course, you will learn how to use Java's advanced features to write optimized, scalable, and high-performance applications. Whether you're new to these topics or looking to deepen your understanding, this course is perfect for you.Features of Multithreading, Streams, Lambdas & CollectionsToday's applications require high performance and responsiveness. Whether you're developing enterprise applications, financial systems, or real-time messaging apps, understanding these essential Java concepts is crucial for building scalable software solutions. With these skills, you will be equipped to create applications that are not only high-performance but also optimized for concurrency and parallelism.:Multithreading and Concurrency: Learn how to create and manage threads, work with the Executor framework, and use synchronization techniques to build responsive and high-performance applications.Java Streams API: Master functional programming concepts using the Streams API to process large amounts of data efficiently with operations like filtering, mapping, and reducing.Lambda Expressions: Understand how to write concise and expressive code using lambda expressions, improving readability and maintainability.Collections Framework: Explore Java's built-in data structures such as Lists, Sets, and Maps, and understand how to use them efficiently.Parallel Processing: Implement parallel streams to enhance performance by leveraging multi-core processors.Thread Synchronization: Learn how to avoid race conditions and deadlocks using synchronized blocks, locks, and atomic variables.Asynchronous Programming: Dive into CompletableFuture and explore how to handle asynchronous tasks effectively.Functional Interfaces: Utilize built-in functional interfaces like Predicate, Function, Consumer, and Supplier to enhance your coding efficiency.Designed for developers of all levels, this course takes you step-by-step through essential concepts, real-world use cases, and hands-on projects. With practical examples and in-depth explanations, you'll gain the confidence to implement these powerful Java features in your applications.Master Collections, Lambda Expressions, Stream API, and Multithreading in JavaIn this comprehensive course, you will learn how to leverage Java's powerful features to write efficient, responsive, and scalable applications. Mastering Collections, Lambda Expressions, Stream API, and Multithreading will elevate your Java programming skills and help you build high-performance software for various use cases.What You'll Learn:Collections: Understand the various collection classes and interfaces in Java, including List, Set, Map, and Queue. Learn to use them to store, retrieve, and manipulate data efficiently.Lambda Expressions: Learn the concept of Lambda Expressions and how they provide a functional approach to programming in Java. Discover how to write concise and readable code using Lambda expressions for operations like filtering, sorting, and mapping.Stream API: Explore Java's Stream API and learn how to process sequences of elements (such as collections) in a declarative manner. Master the techniques for filtering, mapping, reducing, and collecting data using Streams.Multithreading: Dive into Java's multithreading capabilities to enable concurrent execution of tasks. Learn how to create and manage threads, handle synchronization, and utilize Java's concurrency utilities for scalable, thread-safe applications.Ready to take your Java skills to the next level? This course is the perfect starting point!By the end of this course, you'll confidently apply multithreading, streams, lambdas, and collections to develop optimized, scalable, and high-performance Java applicationsWhat is Multithreading in Java?Multithreading in Java refers to executing multiple threads in a concurrent manner, allowing applications to perform multiple tasks simultaneously. Threads in Java share the same memory space, making the process more efficient and lightweight.What is Collections in Java ? Collections are classes and interfaces that store and manage groups of objects. In this course, you will explore the different types of collections like List, Set, Map, and Queue and learn how to manipulate and use them to manage data effectively.What is Lambda Expressions and Stream API ? Lambda expressions provide a clear and concise way to write anonymous methods (functions), while the Stream API allows for functional-style operations on collections of objects. You will learn how these tools simplify complex operations, such as filtering and transforming data, and how they contribute to cleaner and more maintainable code.Why You Should This Course?Java's collections, lambda expressions, stream API, and multithreading capabilities are essential tools for developers. These features enable efficient data management, cleaner code, and parallel execution, making it easier to create high-performance applications. By mastering these skills, you'll be prepared to handle everything from large-scale enterprise solutions to real-time applications.Why would you want to take this course?Our answer is simple: The quality of teachingOAK Academy, based in London, is an online education company that offers courses in IT, Software, Design, and Development in Turkish, English, and Portuguese. Oak academy provides over 4,000 hours of video lessons on the Udemy platform.When you enroll, you will feel the OAK Academy`s seasoned developers' expertiseIn this course, you need basic Java knowledge.This course will take you from a beginner to a more experienced levelWe will take you from beginner to advance level You will learn step-by-step Fresh ContentMultithreading in Java allows concurrent execution of multiple threads, improving performance and responsiveness in applications. This course covers essential concepts such as thread creation, synchronization, and concurrency control. You'll learn how to manage threads efficiently, avoid race conditions, and optimize performance, enabling you to build robust and high-performing Java applications.Video and Audio Production QualityAll our content is created/produced as high-quality video/audio to provide you the best learning experienceYou will be,Seeing clearlyHearing clearlyMoving through the course without distractionsYou'll also get:Lifetime Access to The CourseFast & Friendly Support in the Q&A sectionUdemy Certificate of Completion Ready for DownloadWe offer full support, answering any questionsDive in now "Java Mastery | Multithreading, Collections, Streams, Lambdas" course.Master Core Java Features: Java Collections, Java Multithreading, Lambda Expressions and Stream API for modern web apps

Overview

Section 1: Java Collections

Lecture 1 Section Overview

Lecture 2 Introduction to Collections

Lecture 3 List Interface

Lecture 4 ArrayList Class

Lecture 5 Conversion Between Lists and Arrays

Lecture 6 Sorting Array List

Lecture 7 Comparator

Lecture 8 Searching ArrayList

Lecture 9 Itrator and ListIterator

Lecture 10 Set Interface - Part 1

Lecture 11 Set Interface - Part 2

Lecture 12 Queue

Lecture 13 Deque

Lecture 14 Map Interface - Part 1

Lecture 15 Map Interface - Part 2

Section 2: Lambda Expression

Lecture 16 Section Overview

Lecture 17 Marker and Functional Interfaces

Lecture 18 Lambda Expression

Lecture 19 Predicate

Lecture 20 Method Reference

Lecture 21 Switch Expression (Enhanced Switch Statement)

Lecture 22 Simple Calculator app with Lambda

Section 3: Stream API

Lecture 23 Introduction to Stream

Lecture 24 Reduction Operations - Part 1

Lecture 25 Reduction Operations - Part 2

Lecture 26 Parallelism and Parallel Stream

Section 4: Overview of Threads

Lecture 27 What is Thread?

Lecture 28 Create Thread Class

Lecture 29 Create Runnable Class

Section 5: Thread Creation and Management

Lecture 30 Thread and Processes

Lecture 31 Thread management

Lecture 32 Thread states and monitoring

Section 6: Synchronization and Concurrency Control

Lecture 33 Introduction to Synchronization

Lecture 34 "synchronized" Keyword

Lecture 35 "volatile" Keyword

Section 7: High-level Concurrency APIs

Lecture 36 Introduction to Concurrency APIs

Lecture 37 Executor Service

Lecture 38 Scheduled Executor Service

Lecture 39 Concurrent Collection

Lecture 40 Future and Callable

Lecture 41 Atomic Variables

Section 8: Thread Coordination

Lecture 42 Introduction to Thread Coordination

Lecture 43 Inter-thread communication

Lecture 44 Locks and Conditions

Section 9: Locks and Advanced Synchronization

Lecture 45 ReentrantLock and ReentrantReadWriteLock

Lecture 46 Condition variables

Section 10: Concurrent Collections

Lecture 47 Thread-safe collections

Lecture 48 Blocking queues

Section 11: Performance and Scalability

Lecture 49 Thread contention and deadlocks

Lecture 50 Thread safety and immutability

Lecture 51 Optimizing Thread Pools

Lecture 52 Parallel stream

Section 12: Java Virtual Machine and Threads

Lecture 53 JVM's role in thread management

Lecture 54 Thread priorities

Lecture 55 Daemon threads

Section 13: Best Practices and Advanced Topics

Lecture 56 Concurrency Design Patterns

Lecture 57 Handling exceptions in threads

Lecture 58 Advanced locking mechanisms

Section 14: Case Studies and Practical Scenarios

Lecture 59 Building a multithreaded web server

Lecture 60 Implementing a producer-consumer system

Lecture 61 Developing a real-time chat system

Section 15: Tools and Testing

Lecture 62 Thread debugging tools

Lecture 63 Unit testing multithreaded code

Lecture 64 Profiling multithreaded applications

Section 16: Extra

Lecture 65 Java Mastery | Multithreading, Collections, Streams, Lambdas

Java developers who want to master multithreading and concurrency,Software engineers looking to optimize application performance,Anyone preparing for Java job interviews or certification exams,Backend developers, game developers, and system architects,Those who want to be one step ahead in job applications related to Java,Java developers who want to increase their knowledge about Multithreading, concurrency