Reactive Programming in Java Using RxJava 3.x: ReactiveX
Video description
Build next-gen programming skills using RxJava 3.0 and Reactive Streams
About This Video
Become proficient in Reactive programming using RXJava 3.x
Explore different Reactive Streams and learn about their implementation
Understand how different operators and observables work in Java
In Detail
In this course, you'll learn about Reactive programming and libraries such as RxJava and Reactor that are designed to keep the …
Reactive Programming in Java Using RxJava 3.x: ReactiveX
Video description
Build next-gen programming skills using RxJava 3.0 and Reactive Streams
About This Video
Become proficient in Reactive programming using RXJava 3.x
Explore different Reactive Streams and learn about their implementation
Understand how different operators and observables work in Java
In Detail
In this course, you'll learn about Reactive programming and libraries such as RxJava and Reactor that are designed to keep the application responsive and make the system more resilient.
The course starts by helping you understand the fundamentals of RxJava to make it easy for you to learn advanced topics such as the Reactive Manifesto, callbacks, callback hell, sync vs async, concurrent vs parallel, and the observer design pattern. As you advance, you'll also dive into the concepts of observable and observers, operators, combining observables, and replaying caching and subjects. You'll then explore concurrency and parallelism and get to grips with buffering, throttling, and switching.
By the end of the course, you'll have developed a solid understanding of Reactive programming concepts and RxJAVA.
Fundamentals 5 -Concurrency and Parallel programming
00:02:20
RxJava BIG Picture : How It Solves The Problems And Achieve Reactive Manifesto
00:02:13
RxJava, Reactive Streams
00:02:45
Summary
00:01:58
Chapter 3 : Hello RxJava!
Introduction
00:00:27
Setting Up RxJava 3.x
00:02:13
Hello RxJava!
00:06:35
Summary
00:00:27
Chapter 4 : The Observable And Observers
Introduction
00:01:14
Observable - Observer
00:13:21
Creating Observable
00:11:14
Creating Observer
00:04:07
Hot And Cold Observables
00:04:45
Connectable Observables : Multi-Casting
00:04:04
Variants
00:10:59
Disposing Resources
00:08:57
Summary
00:01:13
Chapter 5 : Operators
Introduction
00:00:48
What Are Operators?
00:05:51
Types Of Operators
00:08:53
Operators In Action
00:06:52
Summary
00:00:52
Chapter 6 : Combining Observables
Introduction
00:01:06
Merging V/s Concatenating
00:08:53
FlatMap V/s ConcatMap
00:07:41
Disposing Of Duplicate Emitting Sources : amb()
00:06:07
Zipping V/s CombineLatest
00:07:25
Grouping And Grouped Observable
00:06:20
Summary
00:01:30
Chapter 7 : Subjects, Replaying and Caching : Ways to Multicast
Introduction
00:01:52
Replaying And Caching
00:10:36
Subjects?
00:09:28
Adding Emissions Using Subject
00:08:19
Subject - Various Implementations
00:10:32
Summary
00:01:19
Chapter 8 : Concurrency and Parallelization
Introduction
00:00:54
How To?
00:06:14
Schedulers
00:16:46
subscribeOn()
00:03:15
observeOn()
00:05:27
The flatMap() To Achieve Concurrency
00:04:00
Summary
00:00:50
Chapter 9 : Buffering, Throttling, Switching
Introduction
00:00:24
Buffer() And Window()
00:11:39
Throttle Operators
00:08:39
switchMap()
00:07:12
Summary
00:00:44
Chapter 10 : Flowable and Backpressure
Introduction
00:00:41
Need of Backpressure
00:07:19
Backpressuring with Flowable - Subscriber
00:12:47
Creation and Backpressure Strategies
00:07:26
Flowable vs Observable
00:05:21
Summary
00:00:40
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