
Explore Android Lollipop and its material design, featuring Ok Google, richer notifications on the lock screen, and improved quick settings, multitasking, and power efficiency.
Explore android lollipop media enhancements, including low-latency multi-channel audio, usb audio support, 4k video playback, and advanced photography features, alongside android tv and accessibility improvements.
Android 5.1 Lollipop is a maintenance update that fixes 5.0 bugs and boosts stability and battery life, while adding seven features: quick settings, dual-SIM support, and HD video calls.
Discover material design in Android Lollipop, learn to write a custom theme, apply material light and dark themes, and customize colors like color primary and color primary dark for navigation.
Learn how to implement a recycler view practically by creating a project, adding a recycler view widget, defining a data object and RecyclerAdapter, and binding data to a view holder.
Learn to implement a recycler view adapter by creating an adapter package, extending to the recycler, designing the item layout, and using the layout inflater in onCreateViewHolder.
Set up a RecyclerView with an adapter and dataset, configure the layout manager, and apply a divider item decoration to add dividers and spacing between items, including default animations.
Explore the drawer model by building a navigation drawer menu with a Java model class, image and text views, an adapter, and a configurable layout for menu items.
Generate a constructor for the slider adapter, initialize views, bind text to the TextView, create the view holder, and assemble a slider fragment in an Android Lollipop app.
Define a slider listener, create a public interface for the slider, and implement a list-driven model to supply data for the fragment.
Define string resources with identifiers like string slider and string text for layout use. Inflate the layout and include the predefined strings in the layout's container.
Explore implementing a recycling view slider with a custom adapter, initialize data, set a linear layout manager, and handle item clicks using a gesture detector and a click listener interface.
Learn to implement a public boolean method and on long press in a RecyclerView, wire a click listener, and set up fragments and sliding layouts.
Add an action bar toggle to manage the navigation drawer, define open and close strings, and implement onOpen and onClose handlers to synchronize the toolbar and slider behavior.
Create a home fragment using the on create method and the on create view method, and initialize the fragment manager to begin a fragment transaction in the main activity.
Configure the build tool version to 23, adjust the activity and layout, add a toolbar, and set up content resources for an Android Lollipop app.
Add a floating action button to the app, configure its layout and bottom gravity, and attach a click listener to open a compose or message screen.
Apply snack bars, material design's lightweight feedback, to show brief messages at the bottom with actions. Use a coordinator layout to enable swipe-to-dismiss and duration options short, long, or indefinite.
Set up a coordinator layout by configuring height and id, adding a toolbar with app bar layout, and integrating a recycler view with floating action button behavior.
Create a fab hide animation using translate and alpha with a 1000 duration and linear interpolate, then implement a recycler view with guard view library and image/text views.
Implement fab hide on scroll in a Java Android Lollipop app by extending the floating action button behavior and wiring show and hide animations in a coordinator layout.
Create an expand method to populate the UI, configure fab buttons with layout patterns, margins, and heights, and apply animations and clickability to multiple buttons.
Implement a recycler view in Android Lollipop by initializing the recycler view, setting up a recycler adapter, supplying a list of items, and configuring a layout manager.
Android keeps on releasing newer versions that contain important upgrades on previous ones. The most important change in the Lollipop release was a completely redesigned user interface (UI). It was built around an innovative design language called Material Design. The material design concept was made to give users a paper-like feel to the UI. Apart from that, other changes were also incorporated such as improvements to the notifications bar and its style, which can now be accessed directly from the lock screen without requiring any password and displayed within applications as banners on top of the screen. Internal changes to the platform were also made and it was done using the Android Runtime (ART). Improved application performance was achieved, and it was intended to improve and optimize battery usage as well.
Lollipop’s successor is Marshmallow, which was released next year in October 2015
Major updates on Android 5.0 are listed below as a bullet point for easy understanding: –
A refreshed notification system
Individual notifications now displayed on cards based on material design language,
batches of notifications can be grouped by individual apps
Notifications are displayed on the lock screen as well as cards
A do-not-disturb feature is added for notifications.
The recent apps menu was redesigned as a three-dimensional stack of cards shape to show open apps
Individual apps can now display multiple cards under a recent menu
In this course, we detail the various skills that candidates can learn from this Android Lollipop Training. This section will help students access the intended learning outcome of the course and hence help them decide if they should enroll for the course.
Android Lollipop: – Update on all new features of the lollipop upgrade.
Mobile Apps Development: – App development using lollipop, the core of this Android Lollipop Training.
Android Webservice: – Webservices on Android OS similar to web services on another platform.
Social Media Integration on Android: – How Facebook and Twitter apps work on the mobile OS
Android Animations: – How various animations such as flip and slide are built on the lollipop.
Data Storage Management: – How data is stored and retried with lollipop architecture on the Android platform.
Android Custom Designs: – Custom designs such as notification and open apps’ views are covered.
Creating a New Layout: – Layout changes been done based on a material language framework.
Standard Toolbar: – Many toolbar functions are provided for easier app development
Recycle View Widget: – Many new widgets are provided for better usability and design.
Layout Manager: – Layout manager is provided for multifunctionality on the device.
View Holder: – View holders are unique concepts to lollipop design
Drawer Model: – provided for better performance and UI
Generate Constructor: – Constructor is vital to lollipop OS