Modern Java: Stream Gatherers & Scalable Concurrency [7/2025, ENG] torrent

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Modern Java: Stream Gatherers & Scalable Concurrency

Год выпуска: 7/2025
Производитель: Udemy
Сайт производителя: https://www.udemy.com/course/java-stream-gatherers/
Автор: Vinoth Selvaraj
Продолжительность: 6h 12m 33s
Тип раздаваемого материала: Видеоурок
Язык: Английский
Субтитры: Отсутствуют
Описание:

Modern Java Stream Gatherers, Virtual Threads, Advanced Concurrency and High-Throughput Scalable I/O Processing

What you'll learn Build advanced data pipelines using the new Stream Gatherers API in Java
Write stateless and stateful gatherers to control stream flow with custom logic
Integrate Virtual Threads for highly scalable I/O-bound processing
Design non-blocking concurrent gatherers that emit results as they complete
Control concurrency levels to avoid overload using concurrency-limiting gatherers
Handle errors gracefully without disrupting the stream using delay error patterns
Implement nested concurrency in a structured and maintainable way
Improve performance and memory usage with stream-first design and no intermediate collections Requirements Familiarity with Java Virtual Threads is recommended. If you are new to Virtual Threads, consider checking out my companion course on the topic for a solid foundation. Description

Prerequisite: Familiarity with Java Virtual Threads is recommended. If you are new to Virtual Threads, consider checking out my companion course on the topic for a solid foundation.

This in-depth course is designed for experienced Java developers looking to master the cutting-edge Stream Gatherers API and unlock the full potential of Virtual Threads for building high-performance, scalable applications.

Java has evolved, and so have its concurrency tools. With the introduction of Stream Gatherers and Virtual Threads, you can now write efficient, readable, and scalable I/O pipelines using familiar Stream constructs. This course is practical, modern, and tailored to help you build real-world, concurrent Java applications without the traditional complexity of thread management.
[spoiler="What You Will Learn"]
Understand how Stream Gatherers enhance the Java Stream API
Master Stateless Gatherers using integrators for simple yet powerful stream transformations
Build Stateful Gatherers using initializers for scenarios that require shared or evolving context
Implement Finisher logic for end-of-stream aggregation, cleanup, or final state transformation
Explore Combiners and their role in parallel stream execution
Deep-dive into built-in gatherers and learn when and how to use them effectively
Write your own custom gatherers to unlock advanced stream patterns
Use Virtual Threads to handle high-volume I/O-bound tasks with minimal overhead
Design Concurrent Gatherers that: Execute and emit results
Support Concurrency Limits to avoid resource exhaustion
Handle errors without blocking other operations (e.g. Delay Error pattern)
Allow Nested Concurrent Processing for multi-stage, multi-level pipelines Build a Massive I/O Stream Pipeline project using Stream Gatherers + Virtual Threads Ingest 150K+ API calls efficiently with lightweight concurrency
Avoid intermediate collection for better throughput and memory efficiency
Save data with batched writes and stream-friendly persistence
[/spoiler]
Why Take This Course?

Many developers avoid writing high-concurrency code because of complexity and fear of resource management. This course changes that by using Stream Gatherers and Virtual Threads to simplify the process.

You will learn how to think in terms of composable data pipelines rather than low-level threads or futures. The examples and patterns you build will help you tackle real I/O-heavy use cases with confidence and performance.

Who this course is for: Experienced Java Developers: Those already comfortable with Java fundamentals, including Streams, Lambdas, and core concurrency concepts.
Modern Java Adopters: Developers keen on leveraging the latest features of Java
Architects & Team Leads: Individuals responsible for designing resilient, performant, and scalable Java architectures. Формат видео: MP4
Видео: avc, 1280x720, 16:9, 30.000 к/с, 958 кб/с
Аудио: aac lc, 48.0 кгц, 128 кб/с, 2 аудио
[spoiler="MediaInfo"]
General
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[/spoiler]
[spoiler="Скриншоты"]

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