Synapseindia android apps application development

Nov 27, 2014Download as PPT, PDF1 like339 views

This document provides an overview of Android application development. It introduces the Android platform architecture which is based on the Linux kernel and includes libraries, a Java-compatible runtime, and an application framework. It describes the application building blocks of activities, intent receivers, services, and content providers. It also outlines the development tools used, including Eclipse and the emulator, and covers concepts like intents, notifications, and the application lifecycle. The objectives are to learn mobile application development on Android, understand the platform architecture and building blocks, and use the appropriate tools.

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Credit goes to Google!

Course Objectives
• Mobile Application Development (MAD)
• Intro to Android platform
• Platform architecture
• Application building blocks
• Development tools
• Textbook: Hello, Android

Few reasons to go MAD…
• Smart Phones
– Internet access anywhere
– Social networking
• Millions of mobile users
• Open standards

Introduction to Android
• Open software platform for mobile
development
• A complete stack – OS, Middleware,
Applications
• An Open Handset Alliance (OHA) project
• Powered by Linux operating system
• Fast application development in Java
• Open source under the Apache 2 license

Synapseindia android apps application development

Linux Kernel
• Works as a HAL
• Device drivers
• Memory management
• Process management
• Networking

Libraries
• C/C++ libraries
• Interface through Java
• Surface manager – Handling UI Windows
• 2D and 3D graphics
• Media codecs, SQLite, Browser engine

Android Runtime
• Dalvik VM
– Dex files
– Compact and efficient than class files
– Limited memory and battery power
• Core Libraries
– Java 5 Std edition
– Collections, I/O etc…

Application Framework
• API interface
• Activity manager – manages application
life cycle.

Applications
• Built in and user apps
• Can replace built in apps

Application Building Blocks
• Activity
• IntentReceiver
• Service
• ContentProvider

Activities
• Typically correspond to one UI screen
• But, they can:
– Be faceless
– Be in a floating window
– Return a value

IntentReceivers
• Components that respond to broadcast
‘Intents’
• Way to respond to external notification or
alarms
• Apps can invent and broadcast their own
Intent

Intents
• Think of Intents as a verb and object; a
description of what you want done
– E.g. VIEW, CALL, PLAY etc..
• System matches Intent with Activity that
can best provide the service
• Activities and IntentReceivers describe
what Intents they can service

Intents
Home
Contacts
GMail
Chat
Blogger
System picks best
component for that action
“Pick photo”
Client component makes a
request for a specific
action
New components can use
existing functionality
Blogger
Photo
Gallery

Services
• Faceless components that run in the
background
– E.g. music player, network download etc…

ContentProviders
• Enables sharing of data across
applications
– E.g. address book, photo gallery
• Provides uniform APIs for:
– querying
– delete, update and insert.
• Content is represented by URI and MIME
type

Development Tools
• Eclipse
• Android SDK 2.0 or higher
developer.android.com

The Emulator
• QEMU-based ARM emulator
• Runs the same image as the
device
• Limitations:
– No Camera support

Hello World
• A great starting point:
http://developer.android.com/guide/tutorial
s/hello-world.html
• Generating UIs
– Views – building blocks
– E.g. TextView, EditText, Button
– Placed into Layouts
– E.g. LinearLayout, TableLayout,
AbsoluteLayout

Application Lifecycle
• Application run in their own processes
(VM, PID)
• Processes are started and stopped as
needed to run an application's
components
• Processes may be killed to reclaim
resources

Lifecycle
• System
Process
Home
Contacts
GMail
• Home • Mail • Browser
• Map

XMPP Services
• Allows any app to send device-to-device
messages to other android users
• Data Messages are Intents with
name/value pairs
• Works with any gmail account…
• Can also build servers to deliver server-to-device
messages

Notification Manager
• How background app interact with users
• Consistent notification presentation

End of Lecture
• First task, install the SDK and Eclipse for
instructions detailed in Assignment #1
• Will be performed in class as well.

The document provides an overview of an Android application development course, including its objectives, topics covered, and tools used. The course introduces students to the Android platform architecture and application building blocks like activities, services, and content providers. It describes the Android development tools like Eclipse and the emulator. Key aspects of the platform like application lifecycles, notifications, and location services are also summarized.

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