Java for Android

Start Date: 02/23/2020

Course Type: Common Course

Course Link: https://www.coursera.org/learn/java-for-android

Explore 1600+ online courses from top universities. Join Coursera today to learn data science, programming, business strategy, and more.

About Course

This MOOC teaches you how to program core features and classes from the Java programming language that are used in Android, which is the dominant platform for developing and deploying mobile device apps. In particular, this MOOC covers key Java programming language features that control the flow of execution through an app (such as Java’s various looping constructs and conditional statements), enable access to structured data (such as Java's built-in arrays and common classes in the Java Collections Framework, such as ArrayList and HashMap), group related operations and data into classes and interfaces (such as Java's primitive and user-defined types, fields, methods, generic parameters, and exceptions), customize the behavior of existing classes via inheritance and polymorphism (such as subclassing and overriding virtual methods). Learners will apply these Java features in the context of core Android components (such as Activities and basic UI elements) by applying common tools (such as Android Studio) needed to develop Java programs and useful Android apps. Learners will work on several hands-on projects throughout the MOOC, i.e., each week will require learners to write solutions to programming assignments that reinforce the material covered in the lecture videos. There will be roughly 4-6 hours of student engagement time per week, including video lectures, quizzes, and programming assignments.

Course Syllabus

Module 1 summarizes the organization of the MOOC and the topics it covers. It also discusses the MOOC prerequisites, workload, and learning strategies needed to complete the MOOC successfully. It then presents an overview of key features in the Java language, outlining its support for object-oriented programming concepts that guide the development of Android apps.

Deep Learning Specialization on Coursera

Course Introduction

Java for Android This course introduces the basic concepts of Java for Android, including implementation details and basic usage examples. It also covers core Java concepts and language features, such as lambdas, generic methods, and static methods. It also covers Java implementations for most common Android APIs, including core Android behavior: how the device uses the Internet, how apps can respond to notifications, how apps can receive and send text messages, and so forth. Please note that this course is intended for advanced Java students, and is not suitable for general use until you have completed The Android Programming Fundamentals (https://www.coursera.org/learn/android-programming-part-1). Note: This course requires the use of Android Studio IDE and Android Studio IDE (free 32-bit version) that have been specifically designed to work with the new Java SE 6u11 platform. Please use the Android Studio IDE and Android Studio IDE for other versions of Android. This course was created by Google on behalf of the Java Virtual Machine team, and was produced by the University of Java, a member of the Google Virtual Machine (GV) project.Introduction to Java for Android Lambda and Generic Methods Static Methods Declaring Variables Java for the High Performance Computing Environments This course is designed to give you a basic understanding of Java for high performance computing environments. The focus is

Course Tag

Logic Programming Android Studio Java Programming Object-Oriented Programming (OOP)

Related Wiki Topic

Article Example
Adobe AIR Native extensions may be programmed in the native language on each platform, allowing access to the full set of platform APIs provided by the developer. (C++ for Windows, Java for Android, Objective-C for iOS).
Comparison of Java and Android API As is the case for the Java SE class , the Android class allows retrieving system properties. However, some mandatory properties defined with the Java virtual machine have no meaning or a different meaning on Android. For example:
Comparison of Java and Android API Java bytecode in Java Archive (JAR) files is not executed by Android devices. Instead, Java classes are compiled into a proprietary bytecode format and run on Dalvik (or compiled version thereof with newer ART), a specialized virtual machine (VM) designed for Android. Unlike Java VMs, which are stack machines (stack-based architecture), the Dalvik VM is a register machine (register-based architecture).
Comparison of Java and Android API While most Android applications are written in Java-like language, there are some differences between the Java API and the Android API, and Android does not run Java bytecode by a traditional Java virtual machine (JVM), but instead by a Dalvik virtual machine in older versions of Android, and an Android Runtime (ART) in newer versions, that compile the same code that Dalvik runs to Executable and Linkable Format (ELF) executables containing machine code.
Comparison of Java and Android API Current versions of Android use the latest Java language and its libraries (but not full graphical user interface (GUI) frameworks), not the Apache Harmony Java implementation, that older versions used. Java 8 source code that works in latest version of Android, can be made to work in older versions of Android.
Android software development Obstacles to development include the fact that Android does not use established Java standards, that is, Java SE and ME. This prevents compatibility between Java applications written for those platforms and those written for the Android platform. Android only reuses the Java language syntax and semantics, but it does not provide the full class libraries and APIs bundled with Java SE or ME. However, there are multiple tools in the market from companies such as Myriad Group and UpOnTek that provide Java ME to Android conversion services.
Java (programming language) The Java language is a key pillar in Android, an open source mobile operating system. Although Android, built on the Linux kernel, is written largely in C, the Android SDK uses the Java language as the basis for Android applications. The bytecode language supported by the Android SDK is incompatible with Java bytecode and runs on its own virtual machine, optimized for low-memory devices such as smartphones and tablet computers.
Android (operating system) For its Java library, the Android platform uses a subset of the now discontinued Apache Harmony project. In December 2015, Google announced that the next version of Android would switch to a Java implementation based on OpenJDK.
Android software development Since version 1.4 of the Go programming language, writing applications for Android is supported without requiring any Java code, although with a restricted set of Android APIs.
Java (programming language) The Java programming language requires the presence of a software platform in order for compiled programs to be executed. Oracle supplies the Java platform for use with Java. The Android SDK, is an alternative software platform, used primarily for developing Android applications.
Android software development Android software development is the process by which new applications are created for the Android operating system. Applications are usually developed in Java programming language using the Android software development kit (SDK), but other development environments are also available.
Java Anon Proxy JonDonym is available for all platforms that support Java. Furthermore, "ANONdroid" is a JonDonym proxy client for Android.
Android Nougat In December 2015, Google announced that Android Nougat would switch its Java Runtime Environment from the defunct Apache Harmony to OpenJDK—the official open source implementation of the Java platform maintained by Oracle Corporation and the Java community. The Android Runtime (ART) now incorporates a profile-guided compilation system, utilizing a JIT compiler and profiling alongside its current ahead-of-time compiler to further optimize apps for a device's hardware and other conditions in the background.
Java applet Google has developed its own Android platform that uses Java features and concepts, yet is incompatible with standard libraries. This may be a violation of conditions under which Sun granted OpenJDK patents to use open source Java for all. In 2010, Oracle sued Google for using Java "in a wrong way", claiming that "Google's Android competes with Oracle America's Java" and that "Google has been aware of Sun’s patent portfolio ... since Google hired certain former Sun Java engineers". In May 2012, the jury in this case found that Google did not infringe on Oracle's patents, and the trial judge ruled that the structure of the Java APIs used by Google was not copyrightable.
Java (software platform) Google's Android operating system uses the Java language, but not its class libraries, therefore the Android platform cannot be called Java. Android executes the code on the ART VM (formerly the Dalvik VM up to Android 4.4.4) instead of the Java VM.
Google Chrome for Android Google brought Chrome for Android in line with the desktop version with Chrome 25. They released a separate Chrome for Android beta channel on January 10, 2013, it runs side-by-side with the stable channel for Android.
Firefox for Android Firefox for Android ("Fennec") front-end code was taken as a base for the new development in the LibreOffice project for Android (along with the pre-existing cross-platform "LibreOffice" document engine). Further work made that "Fennec" code the core component of LibreOffice Viewer for Android, which was released on 28 May 2015 for Android 4.0 or newer.
Firefox for Android Compared to stock Android browser and Chrome on Android, Firefox has a small market share; for the month of November 2015, Firefox for Android usage share of all mobile/tablet browsers was just 0.81%. Despite that, Firefox for Android enjoys a high Play Store rating, has over 100 million downloads, and continues to be developed. The latest version supports Android 4.0 and higher (as Android 2.3 support was dropped in version 48).
Firefox for Android Firefox for Android is currently only available for Android devices running Android version 4.0.3 and later (a different version Firefox for iOS, and of course the desktop version, is also available). Support for Android devices that run Intel x86 processors was added in December 2013.
Easy Java Simulations EJSS is written in the Java programming language and the created simulation are in Java or JavaScript. Java Virtual Machines (JVM) are available for many different platforms; a platform for which a JVM is available can run Java programs. Though Java applets were popular before 2014, JavaScript Applets outputs can be run on almost any device now, including Android and iOS.