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Java Concurrency and Parallelism

You're reading from   Java Concurrency and Parallelism Master advanced Java techniques for cloud-based applications through concurrency and parallelism

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Product type Paperback
Published in Aug 2024
Publisher Packt
ISBN-13 9781805129264
Length 496 pages
Edition 1st Edition
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Author (1):
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Jay Wang Jay Wang
Author Profile Icon Jay Wang
Jay Wang
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Table of Contents (20) Chapters Close

Preface 1. Part 1: Foundations of Java Concurrency and Parallelism in Cloud Computing FREE CHAPTER
2. Chapter 1: Concurrency, Parallelism, and the Cloud: Navigating the Cloud-Native Landscape 3. Chapter 2: Introduction to Java’s Concurrency Foundations: Threads, Processes, and Beyond 4. Chapter 3: Mastering Parallelism in Java 5. Chapter 4: Java Concurrency Utilities and Testing in the Cloud Era 6. Chapter 5: Mastering Concurrency Patterns in Cloud Computing 7. Part 2: Java's Concurrency in Specialized Domains
8. Chapter 6: Java and Big Data – a Collaborative Odyssey 9. Chapter 7: Concurrency in Java for Machine Learning 10. Chapter 8: Microservices in the Cloud and Java’s Concurrency 11. Chapter 9: Serverless Computing and Java’s Concurrent Capabilities 12. Part 3: Mastering Concurrency in the Cloud – The Final Frontier
13. Chapter 10: Synchronizing Java’s Concurrency with Cloud Auto-Scaling Dynamics 14. Chapter 11: Advanced Java Concurrency Practices in Cloud Computing 15. Chapter 12: The Horizon Ahead 16. Index 17. Other Books You May Enjoy Appendix A: Setting up a Cloud-Native Java Environment 1. Appendix B: Resources and Further Reading

Unlocking the power of big data with a custom Spliterator

Java’s Splittable Iterator (Spliterator) interface offers a powerful tool for dividing data into smaller pieces for parallel processing. But for large datasets, such as those found on cloud platforms such as Amazon Web Services (AWS), a custom Spliterator can be a game-changer.

For example, imagine a massive bucket of files in AWS Simple Storage Service (S3). A custom Spliterator designed specifically for this task can intelligently chunk the data into optimal sizes, considering factors such as file types and access patterns. This allows you to distribute tasks across CPU cores more effectively, leading to significant performance boosts and reduced resource utilization.

Now, imagine you have lots of files in an AWS S3 bucket and want to process them at the same time using Java Streams. Here’s how you could set up a custom Spliterator for these AWS S3 objects:

// Assume s3Client is an initialized AmazonS3...
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