CS/SE Individual practical - DDMS and AVD

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The document discusses tools for Android development in Eclipse, including the Eclipse DDMS perspective for viewing emulators and devices, creating Android virtual devices, and starting the emulator to launch and interact with the virtual device.

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Eclipse DDMS perspective Creating an Android Virtual Device Starting the emulator Developer tools API demos

CS/SE Individual Practical

Stephen Gilmore
October 3, 2011
School of Informatics

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Eclipse DDMS perspective Creating an Android Virtual Device Starting the emulator Developer tools API demos

Built-in browser

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Eclipse DDMS perspective Creating an Android Virtual Device Starting the emulator Developer tools API demos

More places nearby

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Search is not always the best solution

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Search can be slow

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Eclipse DDMS perspective

DDMS perspective in Eclipse

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Eclipse DDMS perspective

Set your location

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Eclipse DDMS perspective

LogCat — a log of events on the phone

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Eclipse DDMS perspective

File Explorer — see ﬁles on the phone

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Eclipse DDMS perspective

Devices — see processes in the emulator

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Eclipse DDMS perspective

Allocation tracker

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Creating an Android Virtual Device

Creating an emulator

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Starting the emulator

Start the new AVD

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Starting the emulator

Launch Options

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Starting the emulator

Emulator launches ...

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Starting the emulator

Click to display options

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Starting the emulator

Functions of the phone

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Developer tools

Useful functions

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Developer tools

Developer Tools

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Developer tools

Running processes

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API demos

Useful functions

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API demos

API demos

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API demos

API demos

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API demos

API demos

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API demos

Auto-complete contacts

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The Android emulator allows developers to test Android applications without using physical devices. It simulates key aspects of an Android device including hardware, software, and various form factors. The emulator runs on the computer and displays an emulated Android device that developers can interact with. It supports running multiple emulated Android devices at once with varying configurations defined through Android Virtual Devices (AVDs). The emulator and AVDs allow easy prototyping and testing of Android applications across different device profiles before releasing to physical hardware.

Anthony newman y1 gd engine_terminology unit

anthonynewman

This document is a glossary task from a BTEC course in Games Design. It contains definitions of various video game development and design terms sourced from online references. Students were asked to research definitions, provide related images or videos, and describe how each term relates to their own production practice. Definitions cover topics such as video game testing stages, game engines, 3D modeling, physics, lighting, and user interfaces.

Cameron mc rae y1 gd_engineterminology no videos

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This document is a glossary assignment for a games design course requiring students to research and define video game development terms. It contains definitions for over 20 terms related to various stages of game development such as pre-alpha, alpha, and beta testing. Additional terms defined include debug, automation, white-box testing, bugs, game engines, physics, collision detection, lighting, and more. For each term, the student provided a short definition from an online source, described how it relates to their own work, and included a supporting image.

Introduction to html5 game programming with impact js

Luca Galli

Luca Galli presented an introduction to HTML5 game programming using ImpactJS. ImpactJS is a JavaScript game framework that uses the HTML5 Canvas element to create 2D games that can be played on the web or mobile. Key points discussed include: - HTML5 allows for cross-platform game development and deployment without plugins or additional costs. - Using a framework like ImpactJS avoids needing to write boilerplate code from scratch and provides tools to handle issues like asynchronous loading and variable performance across devices. - ImpactJS uses a module system to organize code and classes to structure objects in a prototypal inheritance model. Core classes cover game loop, entities, backgrounds, collisions and input handling. -

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Ismo Harjunmaa

Haptics for android

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The document discusses using haptics in Android games to increase engagement and profits. It introduces Immersion's haptic development platform, which includes a library of pre-made haptic effects, a universal haptic layer (UHL) for consistent playback, and a design tool for custom effects. Developers are encouraged to add haptics to their apps and participate in Immersion's "Zap Your App" campaign for promotional opportunities.

Android Development Basics

Prajakta Dharmpurikar

Prajakta Dharmpurikar's presentation discusses fundamentals of Android development. It covers basics like what Android is, its software stack and versions. It explains core application components like activities, services, broadcast receivers and content providers. It also discusses intents, the Android manifest file and building a simple "Hello World" Android app. The presentation provides an overview of creating an Android project structure and running an app.

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The document provides an overview and agenda for an Android development tutorial being given in Tokyo, Japan in October 2009. It introduces key Android concepts like Activities, Views, Intents, Services, and Notifications. It also outlines the development environment and tools needed, including Ubuntu, Eclipse, and the Android SDK. The document guides attendees through creating their first basic Android map application, including designing the UI, adding elements to the layout, and running the application.

This document provides an overview and agenda for a training session on Java Essentials for Android. The training will be delivered by Adrian Mikeliunas and will cover topics like Java similarities and differences in Android, Android programming with Java in Eclipse, and resources for Android development. It also includes details about the MoDevAcademy which offers professional mobile developer training courses.

Android App Development Intro at ESC SV 2012

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This document provides an introduction to Android app development. It begins with an overview of what Android is and its origins at Google. It then outlines the key aspects of developing apps for Android, including its app model, user experience features, internal architecture, and SDK. The document discusses debugging tools and techniques, alternative app marketplaces, and the core app components in Android like activities, services, and content providers.

Eclispe daytoulouse combining the power of eclipse with android_fr_1024_768_s...

Mathias Seguy

Cette présentation a été donnée à l'Eclipse Day Toulouse 2012 par Android2EE - Mathias Seguy (1/2h). L’objectif est de présenter l'utilisation du plugin Android pour eclipse, en particulier la Vue DDMS. Cette présentation se finit par la mise en place de la chasse d'une fuite mémoire dans un programme Android avec l'utilisation du Heap dump et du plugin MAT d'eclipse (Memory analysis Tool). Cette présentation est une présentation d’Android2EE, entreprise spécialisée dans l’expertise, le consulting et la formation Android. Vous souhaitez apprendre la programmation Android, Android2EE vous accompagne au-travers ses EBooks ou ses formations. Laissez moi vous raconter mon histoire concernant cette entreprise. En 2010, je me suis penché sur la technologie Android, j’ai écrit trois EBooks sur l’art de la programmation Android (disponible sur Android2EE). J’ai quitté ma précédente entreprise et j’ai créé l’entreprise Android2EE (Android To Enterprise Edition) dont l’objectif est la formation, l’expertise et le consulting Android. J’ai quelques contrats en tant que consultant et aussi en tant que formateur. J’ai monté un ensemble de formations Android pour les entreprises: Formation Initiale : Devenir autonome (3j). Formation Approfondissement (2j). Formation Spécificité Tablette et Graphisme(2j). Formation Applications complexes (2j). Formation chef de projet - responsable technique (1j). Formation Mutlimédia (2j). Formation sur mesure (2 à 3j). Je pratique ces formations en donnant des cours dans les universités et les écoles d’ingénieurs de Toulouse ainsi que dans de grandes conférences Java: CESI-EXIA, EPITECH, Sup-Info, IUP ISI, InfoSup, IUP SI, IUP ISI, IngeSup, INSA Et bien sûr: Devoxx France (LA conférence Java française de 2012), Mercredi 18 Avril 2012, Et JCertif Afrique 2012 (LA conférence Java du continent Africain) Septembre 2012 Conférence et Cours Enfin, j’ai investi l’espace numérique, voici quelques uns des ces sites: http://www.android2ee.com/ http://mathias-seguy.developpez.com/ http://blog.developpez.com/android2ee-mathias-seguy/ http://android2ee.blogspot.com/ La critique de mon livre « Android A Complete course » par developpez.com (dont je ne suis pas peu fier, quand même): http://android.developpez.com/livres/#L9791090388000 J’ai des articles sur Developpez.com concernant Android. Ah oui, j’oubliais, mon cv se trouve ici (si jamais) : http://mathias-seguy.developpez.com/MathiasSeguyCV201106/

[CCDD2013w] Coming to grips with deving for android by 蔡亦恒

CCDD_DDLab

Notes Unit2.pptx

MIT Autonomous Aurangabad

Programming Android

Lars Vogel

Android applications are developed in Java and consist of four main parts: activities, intents/broadcast receivers, services, and content providers. Activities represent screens in the app, intents allow communication between components, services run in the background, and content providers manage data. The Android developer toolchain is based on Eclipse and includes the Android Development Tools plugin and an emulator for testing apps without a physical device. Several tutorials and documentation resources are available online for learning Android development.

Android Development

Paulo Hecht

This document discusses Android development and provides an agenda covering topics like the Android SDK, Android Studio, core concepts of the SDK API, architecture patterns for Android apps, agile development practices like test-driven development, and frameworks for building games. It also briefly outlines Android history and market share as well as the Android Native Development Kit for building performance-critical parts of apps in C/C++.

Introduction_to_android_and_android_studio

Abdul Basit

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This document provides an overview of an Android training course. The 90-hour course will teach Android app development skills through projects, assignments, and presentations. Students will learn about Android architecture including the Linux kernel, libraries, Dalvik VM, framework, and applications. The course will also cover downloading development tools like Eclipse IDE, Android SDK, configuring the environment, and using the SDK manager and emulators.

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This document provides an overview and introduction to developing Android applications. It discusses the speaker's background in computer science and independent software development. It then describes the core components of the Android system, including activities, views, intents, services, and notifications. It outlines how to install the Android SDK and Eclipse development environment. Finally, it proposes creating a sample Snake game as a tutorial for getting started with Android application development.

Build Mobile Application In Android

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Tools/Processes for serious android app development

Gaurav Lochan

I've managed a team that developed serious android apps, and ended up dabbling with tools out there and processes/systems. Here is a quick summary of the various things to think about if you're serious about android development, and in some cases, my recommendations. This covers: IDE Build Source Control Bug/Task tracking Crash reporting Analytics Test Automation Continuous Integration Device Matrix testing Performance testing Beta testing A/B testing Backend-as-a-Service

Introduction To Android For Beginners.

Sandeep Londhe

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Adham Enaya

This document provides an overview of setting up an Android development environment and creating a basic "Hello World" application. It discusses downloading the Android SDK and Eclipse IDE, installing required plugins, configuring the development environment, using the Android Virtual Device Manager to create emulators, and walking through the steps to generate a new Android project and basic activity. The project anatomy is also outlined, including key files and folders for resources, code, and manifest configuration.

Android tutorial

Alberto Jr Gaudicos

This document provides an overview of key concepts for developing Android applications. It discusses tools like Eclipse, the Android SDK, and Android Virtual Devices. It also covers important app components like activities, services, and the manifest file. The document demonstrates how to set up a basic maps application using the Google Maps API, including getting an API key. It recommends several Android developer resources and forums for additional information.

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Gowtham Decker

This document provides an overview and introduction to developing Android applications with Java. It discusses what Android is, why it is useful to teach, and what is needed to get started. It then walks through creating a simple "Hello World" Android app as a first example. Key components covered include setting up the development environment, creating an Android project in Eclipse, editing the app's Java source code and XML layout and strings files, and running the app on an emulator.

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This document provides summaries of 19 common Android developer interview questions and their answers. Some key topics covered include how to find views, why Android uses Dalvik VM instead of standard Java bytecode, declaring activities in the manifest, different storage options in Android like shared preferences and internal storage, implicit vs explicit intents, and using intents to perform actions provided by other apps like sending email.

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Akhilesh Saini

The document provides an overview of teaching Android application development. It discusses what Android is, why it is useful to teach, and what is needed to teach Android. The basics of creating a "Hello World" Android app are covered, including setting up the development environment, creating an Android project in Eclipse, and running the app in an emulator. Key files like the Java source code, UI layout, strings, and manifest are also explained.

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The document discusses testing mobile applications across different platforms. It outlines challenges like different platforms, lack of object handles, and need for platform-specific knowledge. It proposes using image-based testing with Sikuli to automate user interactions visually and work across emulators and devices. A demo shows using Java, JUnit, and Sikuli Script API to write tests implementing a Calculator interface using device-specific images to run the same test on multiple emulators.

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CS/SE Individual practical - DDMS and AVD

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