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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

Introduction 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 Quiz Challenge

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

Errors Along the Chain

Error-handling Operators

Retry Operators

Undelivered Errors

Conclusion

Reactive Programming with RxJava/

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Introduction

Introduction

Get introduced to the concept of error handling.

We'll cover the following...

Error handling in Java

In Java, when an error occurs in the normal flow of a program, an Exception is thrown. A try/catch statement can then be used to recover from the Exception and perform the appropriate fallback ...