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All LessonsFree Lessons (5)

Getting Started

Course Overview

Part 1: RxJava Basics

Reactive Programming

A Brief History

RxJava in Action

RxJava’s Essential Characteristics

Points to Ponder

RxJava Core Components

Streams The 3 Os Observable and Observer Operator Marble Diagrams Creating an Observable Cold vs. Hot Observables Lazy Emissions Quiz Challenge

Operators

Transform: Map and Filter

Transform: FlatMap and ConcatMap

Transform: Skip, Take, First, and Last

Combine: Merge, Concat, and Zip

Aggregate: ToList, Reduce, and Collect

Utility Operators: DoOnEach, and Cache

Reusing Operator Chains

Multithreading

Introduction Default Synchronicity of RxJava Adding Asynchronicity Schedulers Schedulers with Operators Scheduler Behavior Achieving True Concurrency Quiz Challenge

Part 2: RxJava Advanced

Reactive Modeling on Android

Introduction Bridging the Non-reactive and Reactive Worlds RxJava's Consequences: Method Signature RxJava's Consequences: Laziness Reactive Everything: Long Operations Reactive Everything: Completable, Single, and Maybe Reactive Everything: Replacing Callbacks Reactive Everything: Multicasting Reactive Everything: View Events Disposable and the Activity/Fragment Lifecycle Quiz

Backpressure

Introduction Flowable Subscriber Throttling and Buffering Quiz Challenge

Error Handling

Introduction Errors Along the Chain Error-handling Operators Retry Operators Undelivered Errors Quiz

Conclusion

Reactive Programming with RxJava/

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Introduction

Introduction

Get introduced to the concept of operators in RxJava.

We'll cover the following...

Why is RxJava useful?
What will we cover?

Why is RxJava useful?

Now that we have established a foundation for the fundamentals of RxJava (the 3 Os), ...