• What is Android?
• Key Benefits of Android
• Facts About Android Course
• The Evolution of Android Application Development
• The Need to Establish Android
• Market Trends and Forecasts for Android Apps
• Objectives of Android

• Installation of Android SDK as well as Android Studio
• Android Architecture
• The Key Highlights from Android 6.0 Marsh mellow
• Creating Android Project
• Easy App Demo to collect input and use it to say “hello and name”

• Life Cycles of Activity
• Intents, passing data, Launching activities
• Supporting different devices
• Add Action Bar
• Data saving

• Android Layouts
• Menus
• Controls for input
• Settings
• Dialogs
• Toasts
• Drag and Drop

• List Views
• Loader
• Methods for managing SQLite database

• Bound services
• The creation of bound services
• Controlling the lifecycle of bound services
• Remote communication using remote services

• Content provider fundamentals
• Creating content providers
• Calendar provider
• Contact the provider

• Fragments
• Dynamic UI using Fragments and Dynamic UI
• Loaders
• Back stacks and tasks

• Locating a current location
• Utilizing maps that include location
• Strategies for location
• Overview of Sensors
• Motion sensors
• Sensors for determining the position.
• Sensors for the environment

• Media playback
• Media router
• Media route provider
• Camera

• Application for uploading Norms
• Checklist

• Android Wireless APIs
• Network Service Discovery
• Registration for the Service
• Discovering Services on Network
• Resolving a Service in the Network
• Refusing to register a Service
• P2P Connections via Wi-Fi
• Wi-Fi P2P Connection Installation
• Wi-Fi P2P to support Service Discovery

• Making connections to the Network
• Sending a request and receiving an Answer
• URL Connection
• Controlling Usage of Networks
• XML Data
• Parsing XML

• Optimizing Downloads
• Optimizing Downloads–Prefetching Data
• Minimizing Regular Server Updates
• Syncing with the cloud or Server
• Syncing with Cloud
• Auto-Backup in Android 6.0
• Supporting older versions of Android
• Sync Adapters
• Sync Adapters — Components
• Making Stub Authenticators
• The creation of Stub Content Provider
• Designing a Sync Adapter
• Creating Sync Adapter Class
• Create Bound Services
• Create Sync Adapter XML Metadata File
• Declare Sync Adapter in the Manifest
• Add the Account

• Selling In-App Products
• Preparing In-App Billing
• Creating In-App Products
• The In-App Products Query
• Purchasing In-App Product
• Consuming the in-app purchased product
• Testing In-App Billing Application
• The need for multiple APKs
• Maintaining Multiple APKs

• UI Flows that are adaptive to UI
• Handling Screen Configuration
• App Bar
• App Bar–Implementation
• Add Actions
• Action Bar–Up Navigation
• Action Views
• Action Providers
• Snack bar

• Security and Privacy – Overview
• The storage of application data in files
• Sharing and storing application data
• Utilizing and Creating Permissions
• Security Tips for Network Security
• Utilizing SSL and HTTPS–Overview
• Utilizing SSL and HTTPS
• Security through HTTPS and SSL
• Android DSP Dynamic

• Test Project in Android Studio
• Android Application Testing–Overview
• Instrumentation–Overview
• Test Case Classes
• Assertion Classes and Mock objects
• Testing and Finding Results
• Activity Testing
• Espresso for UI Testing

• Detecting Common Gestures
• Detect and handle Touch screen Gestures
• Tracking Moving
• Handling Multi-Touch Gestures
• Moving the hand with a scroll or drag
• Scaling
• Handling Events and Expanding Accessible Area
• Controlling Keyboard Input
• Controlling the Physical Keyboard Navigation

• Android Wear Introduction
• Android Wear User Interface principles
• Android Wear Application design principles
• Types of Android Wear Apps
• UX Designs for Android Wear and Cards
• User Interface Designs for Android Wear Pages
• User Interface Designs for Android Wear Action Buttons
• UI Designs designed for Android Wear – Action Countdown and confirmation
• User Interface Patterns for Android Wear – Action on Cards
• User Interface Design Patterns to Android Wear 2D Picker
• Building Android Wear Application
• Packaging Wearable Apps
• Wearable SDK limitations

1. Customized User Interface for Wearables

• Defining Layouts
• Designing Layouts Using The Watch View Stub
• Accessing Layout Views from the Watch View Stub element
• Using Shape-aware layout
• Adding Cards
• Making Lists
• Making a 2D Picker
• Confirmation of Showing
• Timer for Confirming Showing
• Animation showing Confirmation
• Exiting full-screen applications

2. Adding wearable features

•  The addition of wearable notifications to Notifications
• Making Notifications about Wearables
• The addition of buttons to notifications
• Making Notifications Bigger by Adding a Big View
• Adding Wearable Features
• Receiving Voice Input from Notifications
• Hearing Voice input as a String
• The Notification can be expanded by adding pages
• Notifications for Groupings

3. Data Synching

• Accessing Wearable Data Layer
• Syncing Data Items
• Transferring Assets
• Sending and receiving messages
• Handling Data Layer Events

4. Creating Watch Faces

• Designing Watch Faces
• Watch Face Design Factors to Consider
• Making a Watch Face Service
• Drawing Watch Faces
• Displaying information in faces
• Creating Interactive Watch Faces
• Offering Configuration Options
• Handling Miscellaneous Issue
• Optimizing Performance

5. Location-aware Android wear

• The location on the Wear Device
• The Android Wears GPS can be used to locate you
• Detecting On-Board GPS
• Handling GPS Location Disconnection Events
• Synchronizing Location Data using Handheld