Troubleshooting Android Performance

Troubleshooting Android Performance, available at $39.99, has an average rating of 3.7, with 21 lectures, based on 17 reviews, and has 89 subscribers.

You will learn about Detect memory leaks and fix them before they ruin your users’ experience. Load images efficiently without using too much memory. Work with the cloud in a way that will be seamless to your users. How to work with the UI thread and how to run non-UI related tasks in the background for more pleasant user experience. Debug your UI and manage the way you want it to look. Ways to optimize your app for good battery usage. This course is ideal for individuals who are This course is specially designed for beginner Android developers who want to get rid of common errors and pitfalls in order to improve Android performance. It is particularly useful for This course is specially designed for beginner Android developers who want to get rid of common errors and pitfalls in order to improve Android performance.

Enroll now: Troubleshooting Android Performance

Summary

Title: Troubleshooting Android Performance

Price: $39.99

Average Rating: 3.7

Number of Lectures: 21

Number of Published Lectures: 21

Number of Curriculum Items: 21

Number of Published Curriculum Objects: 21

Original Price: $109.99

Quality Status: approved

Status: Live

What You Will Learn

Detect memory leaks and fix them before they ruin your users’ experience.

Load images efficiently without using too much memory.

Work with the cloud in a way that will be seamless to your users.

How to work with the UI thread and how to run non-UI related tasks in the background for more pleasant user experience.

Debug your UI and manage the way you want it to look.

Ways to optimize your app for good battery usage.

Who Should Attend

This course is specially designed for beginner Android developers who want to get rid of common errors and pitfalls in order to improve Android performance.

Target Audiences

This course is specially designed for beginner Android developers who want to get rid of common errors and pitfalls in order to improve Android performance.

Have you started developing an Android application only to find the app is slower than you expected? Or that certain tasks are not working as you expected? Dealing with performance issues on Android is a common experience many developers face. Performance is a key requirement in any good app that user’s don’t necessarily look for, but experience every time they open an app.

If the earlier questions apply to you, look no further! This course will help you overcome common performance issues on Android. In this course, we go over the important and common areas that can affect performance such as memory, network, UI, and battery. We delve into issues such as memory management, where we will look at memory leaks and tracking allocations. We also look at optimizing your user experience when working with data on the cloud. We also go into some common pitfalls when working with your UI and how to debug it. Finally, we look at ways to optimize and debug your app’s battery usage to ensure that it doesn’t annoy users when they’ve installed your app.

When you’re completed with this course, you will be developing applications more efficiently, without having to worry about your code affecting the performance that your users experience.

About the Author

Yusuf Saber is an Android developer with over 5 years’ professional experience. Yusuf earned his Master’s degree in Computer Engineering from Ryerson University in 2011 and started his career as a .NET developer before quickly turning to Android. He has worked on a large range of Android apps, from social to multimedia to B2B—and more! You can see some of his public apps on Google Play too

Course Curriculum

Chapter 1: Understanding and Analyzing Memory Usage

Lecture 1: The Course Overview

Lecture 2: Optimizing Your Loops

Lecture 3: StackOverflowException

Lecture 4: Loading Images

Lecture 5: Analyzing Memory Using the Memory Profiler

Lecture 6: Tracking Allocations

Chapter 2: Avoiding Memory Leaks

Lecture 1: What Are Memory Leaks?

Lecture 2: Find Memory Leaks with LeakCanary

Lecture 3: Common Memory Leak: Static References

Lecture 4: Common Memory Leak: Anonymous Inner-Classes

Lecture 5: Common Memory Leak: Non-Static Inner Classes

Chapter 3: Managing Cloud Connectivity Issues

Lecture 1: Making Requests Asynchronously on a Background Thread

Lecture 2: Analyzing Results with the Network Profiler

Lecture 3: Using Your App While a Request Is in Progress

Chapter 4: UI Analysis and Optimization

Lecture 1: UI Thread As a Whole

Lecture 2: View Hierarchies

Lecture 3: Debug Your Layout with the Layout Inspector

Lecture 4: Using Developer Options to Get More Information on Your UI

Chapter 5: Battery Optimizations

Lecture 1: Doze Mode and App Stand-By

Lecture 2: Lazy First

Lecture 3: Android: An Ecosystem

Instructors

Packt Publishing
Tech Knowledge in Motion

Rating Distribution

1 stars: 1 votes

2 stars: 1 votes

3 stars: 3 votes

4 stars: 9 votes

5 stars: 3 votes

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