Video description

Table of Contents

Introduction

Java Concurrency: Introduction

Lesson 1: Overview of Java Concurrency

Learning Objectives

1.1 Understand motivations for—and layers of—the Java architecture for concurrent software

1.2 Understand the key benefits of developing concurrent software

1.3 Recognize the inherent complexities of concurrent software

1.4 Recognize the accidental complexities of concurrent software

1.5 Putting all the pieces together

Lesson 2: Java Threading Mechanisms and Framworks

Learning Objectives

2.1 Recognize the Java threading mechanisms available to program concurrent software

2.2 Understand the Java Thread lifecycle and how to manage it effectively

2.3 Comprehend how the Java Executor framework decouples thread management and creation from the rest of the application—Part 1

2.3 Comprehend how the Java Executor framework decouples thread management and creation from the rest of the application—Part 2

2.3 Comprehend how the Java Executor framework decouples thread management and creation from the rest of the application—Part 3

2.4 Understand how Java 8 functional programming features and concurrency frameworks can be applied to multi-threaded programs—Part 1

2.4 Understand how Java 8 functional programming features and concurrency frameworks can be applied to multi-threaded programs—Part 2

2.4 Understand how Java 8 functional programming features and concurrency frameworks can be applied to multi-threaded programs—Part 3

2.4 Understand how Java 8 functional programming features and concurrency frameworks can be applied to multi-threaded programs—Part 4

2.5 Putting all the pieces together

Lesson 3: Java Synchronization Mechanisms

Learning Objectives

3.1 Understand the key Java synchronization classes in concurrent programs

3.2 Provide lock-free, thread-safe programming for single variables with Java atomic variables and operations

3.3 Ensure mutual exclusion and cooperation between threads with Java built-in monitor objects

3.4 Provide mutual exclusion mechanisms to concurrent programs with Java ReentrantLock

3.5 Provide readers-writer lock mechanisms to concurrent programs with Java ReentrantReadWriteLock and StampLock—Part 1

3.5 Provide readers-writer lock mechanisms to concurrent programs with Java ReentrantReadWriteLock and StampLock—Part 2

3.6 Enable multiple threads to control access to a limited number of shared resources with Java Semaphore

3.7 Enable concurrent programs to have multiple wait-sets per user-defined object with Java ConditionObject

3.8 Enable one or more threads to wait for operations performed in other threads to complete with Java CountDownLock, CyclicBarrier, and Phaser barrier synchronizers

3.9 Putting all the pieces together

Lesson 4: Case Studies of Concurrency Programming in Java

Learning Objectives

4.1 Understand the design and implementation of a concurrent ping/pong application

4.2 Understand the design and implementation of a concurrent resource management application

4.3 Understand the design and implementation of a concurrent content downloading application

4.4 Understand the design and implementation of a concurrent content downloading application developed using the Java 8 concurrency frameworks

Lesson 5: Source Code Analysis of java.util.concurrent Classes

Learning Objectives

5.1 Analyze the implementation of Java threading mechanisms

5.2 Analyze the implementation of Java synchronization mechanisms—Part 1

5.2 Analyze the implementation of Java synchronization mechanisms—Part 2

Summary

Java Concurrency: Summary