Paging 3 Android Library

Paging 3 Android Library, available at $44.99, has an average rating of 4.35, with 59 lectures, based on 11 reviews, and has 220 subscribers.

You will learn about Paging 3 Retrofit Room Flow RxJava MVVM This course is ideal for individuals who are Android Developer It is particularly useful for Android Developer.

Enroll now: Paging 3 Android Library

Summary

Title: Paging 3 Android Library

Price: $44.99

Average Rating: 4.35

Number of Lectures: 59

Number of Published Lectures: 59

Number of Curriculum Items: 59

Number of Published Curriculum Objects: 59

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

Paging 3

Retrofit

Room

Flow

RxJava

MVVM

Who Should Attend

Android Developer

Target Audiences

Android Developer

The Paging 3 library helps you load and display pages of data from a larger dataset from local storage or over network. This approach allows your app to use both network bandwidth and system resources more efficiently. The components of the Paging 3 library are designed to fit into the recommended Android app architecture, integrate cleanly with other Jetpack components, and provide first-class Kotlin support.

By the end of this course, you will have a good understanding of Paging 3 library and will be able to implement it in your own project. We will cover the topic on Paging Source, Remote Mediator, Load State, Header, Footer, UI Models etc. We well cover both Kotlin Flow and RxJava with Paging 3 library.

This course is fully practical and we will build an Android application from scratch. We will be using a MVVM architecture and we will use the Android library like Retrofit, Room, Coroutines, Flow, RxJava, Timber etc.

The Paging 3 library includes the following features:

In-memory caching for your paged data. This ensures that your app uses system resources efficiently while working with paged data.

Built-in request deduplication, ensuring that your app uses network bandwidth and system resources efficiently.

Configurable RecyclerView adapters that automatically request data as the user scrolls toward the end of the loaded data.

First-class support for Kotlin coroutines and Flow, as well as LiveData and RxJava.

Built-in support for error handling, including refresh and retry capabilities.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Paging 3 library overview

Lecture 2: Project File

Lecture 3: Base Project Walk through

Lecture 4: Add Permission

Lecture 5: Add Endpoint

Lecture 6: Create Response Model

Lecture 7: Build Network Service

Lecture 8: Create Retrofit Object

Lecture 9: Create Paging Model and Mapper

Chapter 2: Paging Source Flow

Lecture 1: Create Paging Source For Flow

Lecture 2: Flow PagingSource Repository

Lecture 3: Create ViewModel

Lecture 4: Create ViewModelProvider Factory

Lecture 5: Implement ViewModel

Lecture 6: Add Application Class

Lecture 7: Create PagingDataAdapter

Lecture 8: Implement RecyclerView

Lecture 9: Adaptor LoadStateListener

Chapter 3: Paging Source RxJava

Lecture 1: Create Paging Source For RxJava

Lecture 2: RxJava PagingSource Repository

Lecture 3: Create ViewModel

Lecture 4: Implement ViewModel

Lecture 5: Implement RecyclerView

Lecture 6: Adaptor LoadStateListener

Chapter 4: Room Database

Lecture 1: Create Entity For Task and Key

Lecture 2: Flow Doa For Task and Key

Lecture 3: RxJava Doa For Task and Key

Lecture 4: Database Service

Lecture 5: Entity Mapper

Chapter 5: Flow Remote Mediator

Lecture 1: Flow RemoteMediator – Part1

Lecture 2: Flow RemoteMediator – Part2

Lecture 3: Flow RemoteMediator – Part3

Lecture 4: Flow RemoteMediator – Part4

Lecture 5: Flow RemoteMediator Repository

Lecture 6: Flow RemoteMediator ViewModel

Lecture 7: Implement Flow RemoteMediator ViewModel

Lecture 8: RecyclerView Adaptor

Lecture 9: Implement Adaptor

Lecture 10: Implement RecyclerView

Lecture 11: Adaptor Load State

Chapter 6: RxJava Remote Mediator

Lecture 1: RxJava RemoteMediator – Part1

Lecture 2: RxJava RemoteMediator – Part2

Lecture 3: RxJava RemoteMediator – Part3

Lecture 4: RxJava RemoteMediator Repository

Lecture 5: RxJava RemoteMediator ViewModel

Lecture 6: Implement RxJava RemoteMediator ViewModel

Lecture 7: Implement RecyclerView Adaptor

Lecture 8: Adaptor LoadState

Lecture 9: CompositeDisposable

Chapter 7: Adaptor Load State

Lecture 1: Create LoadState ViewHolder

Lecture 2: Create LoadState Adaptor

Lecture 3: Implement LoadState Adaptor

Chapter 8: UI Model

Lecture 1: Create UI Model

Lecture 2: Create Task Item ViewHolder

Lecture 3: Create Separator Item ViewHolder

Lecture 4: Create UI Model Adaptor

Lecture 5: Implement UI Model in ViewModel

Lecture 6: Implement UI Model Adaptor

Lecture 7: Project File

Instructors

Richard Dewan
Never Stop Learning

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2 stars: 1 votes

3 stars: 1 votes

4 stars: 3 votes

5 stars: 6 votes

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