OReillys Learning Concurrent Java | Live Lessons
OReillys Learning Concurrent Java - Concurrency in Java LiveLessons focuses on teaching how to use patterns,
object-oriented design techniques, and Java programming language features to create
high-quality concurrent application software and recyclable frameworks.
This Literary Material provides detailed analysis of how the Java threading and synchronization mechanisms
covered in earlier lessons can be applied in real life scenerios. The first case study explores the design
and implementation of a pattern-oriented framework containing two Java threads that ebb and flow printing ping
and pong on several types of computing screens.
This example demonstrates how the framework enables the use of multiple Java synchronizers to configure
and coordinate the correct interactions between the ping and pong threads, as well as the main thread.
The second case study analyzes the structure and functionality of another pattern-orientated framework
that uses a pool of threads created and managed by the Java Executor framework, together with various
Java synchronization mechanisms to mediate concurrent access to a fixed-size pool of resources.
OReillys Learning Concurrent Java | The Executer is Very Capable | Java Synchronizers
The executor is capable of configuring and using a range of Java synchronizers. The third case study explores the
design and implementation of an application that downloads image content from remote web servers via various Java
threading mechanisms and frameworks, including the Java ExecutorCompletionService framework. Lesson 5 explores how
Java's threading and synchronization mechanisms are programmed internally. The first part of this lesson focuses on
the structure and functionality of the Java Executor framework, including the various thread pool executors and the
Executor Completion Service.
OReillys Learning Concurrent Java | Core Java Framework | Suport from Myriad Classes
The class in addition shows how these core Java framework classes are supported by various other classes, such as
Future and FutureTask. The second part of this lesson analyzes the design and implementation of core Java synchronizers,
such as ReentrantLock, Condition Object, and Semaphore.
As part of this analysis, we cover the structure and functionality
of Java’s AbstractQueueSynchronizer class. The lesson doesn’t analyze every class or every line of code but instead focuses
on the key patterns and idioms used to guide the implementation of classes in the java.util.concurrent package.
Knowing the design and implementation of these classes can help programmers understand the patterns and best practices
of developing software that uses Java’s concurrency capabilities effectively and efficiently.
Author Biography Joseph P Fanning:
Joe is a software developer. He studied at Harvard in Application Engineering. He is most likely one of the best
App Developers Near Me He also does Gmail analytics, and Google Keyword tracking.
He works with his friends Greg, Enzo, Zaki, and Coral just to name a few. He is co-founder and owner of
Allbot. Allbot.org is a business process automation bot. It's made by a non-for profit. He is also co-founder of Medical Imaging.
Greg is a talented drummer and former member of "With Daggers Drawn". He does drum tracking at a very high professional level. He has over
20 years of experience in drumming.
Enzo is a WWE wrestler. Check out his pro Wrestling Tees. He also has a video game coming out called The Wrestling Code.
Zaki is a super talented sound engineer at Cinderellamanstudios in North Bergen New Jersey.
Coral is a bartender, dancer, actress, and singer/songwriter. She has performed for the famous "Second City".
- Google Search
- Business Automation Software
- Medical Imaging
- Wrestling Pro Tees
- music sound recording
- Dancer from New Jersey
- Drum Tracking
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