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Overview

The 'listener' or 'observer' pattern is the most common strategy for creating asynchronous callbacks within Android development. Listeners are used for any type of asynchronous event in order to implement the code to run when an event occurs. We see this pattern with any type of I/O as well as for view events on screen. For example, here's a common usage of the listener pattern to attach a click event to a button:

This listener is built-in but we can also create our own listeners and attach callbacks to the events they fire from other areas in our code. This is useful in a variety of cases including:

Firing events from list items upwards to an activity from within an adapter
Firing events from a fragment upwards to an activity.
Firing async events from an abstraction (i.e networking library) to a parent handler.

In short, a listener is useful anytime a child object wants to emit events upwards to notify a parent object and allow that object to respond.

Why Listeners?

Listeners are a powerful mechanism for properly separating concerns in your code. One of the essential principles around writing maintainable code is to reduce coupling and complexity using proper encapsulation. Listeners are about ensuring that code is properly organized into the correct places. In particular, this table below offers guidelines about where different types of code should be called:

Type	Called By	Description
Intents	`Activity`	Intents should be created and executed within activities.
Networking	`Activity`, `Fragment`	Networking code should invoked in an activity or fragment.
FragmentManager	`Activity`	Fragment changes should be invoked by an activity.
Persistence	`Activity`, `Fragment`	Writing to disk should be invoked by activity or fragment.

While there are exceptions, generally speaking this table helps to provide guidelines as to when you need a listener to propagate an event to the appropriate owner. For example, if you are inside an adapter and you want to launch a new activity, this is best done by firing an event using a custom listener triggering the parent activity.

Custom Listeners

There are four steps to using a custom listener to manage callbacks in your code:

Define an interface as an event contract with methods that define events and arguments which are relevant event data.
Setup a listener member variable and setter in the child object which can be assigned an implementation of the interface.
Owner passes in a listener which implements the interface and handles the events from the child object.
Trigger events on the defined listener when the object wants to communicate events to it's owner

The sample code below will demonstrate this process step-by-step.

1. Defining the Interface

First, we define an interface in the child object. This object can be a plain java object, an Adapter, a Fragment, or any object created by a 'parent' object such as an activity which will handle the events that are triggered.

This involves creating an interface class and defining the events that will be fired up to the parent. We need to design the events as well as the data passed when the event is triggered.

With the interface defined, we need to setup a listener variable to store a particular implementation of the callbacks which will be defined by the owner.

2. Create Listener Setter

In the child object, we need to define an instance variable for an implementation of the listener:

as well as a 'setter' which allows the listener callbacks to be defined in the parent object:

How To Make A Custom Shimeji Android Studio

This allows the parent object to pass in an implementation of the listener after this child object is created similar to how the button accepts the click listener.

3. Implement Listener Callback

Now that we have created the setters, the parent object can construct and set callbacks for the child object:

Here we've created the child object and passed in the callback implementation for the listener. These events can now be fired by the child object to pass the event to the parent as appropriate.

4. Trigger Listener Events

Now the child object should trigger events to the listener whenever appropriate and pass along the data to the parent object through the event. These events can be triggered when a user action is taken or when an asynchronous task such as networking or persistence is completed. For example, we will trigger the onDataLoaded(SomeData data) event once this network request comes back on the child:

Notice that we fire the listener event listener.onDataLoaded(data) when the asynchronous network request has completed. Whichever callback has been passed by the parent (shown in the previous step) will be fired.

Conclusion

The 'listener pattern' is a very powerful Java pattern that can be used to emit events to a single parent in order to communicate important information asynchronously. This can be used to move complex logic out of adapters, create useful abstractions for your code or communicate from a fragment to your activities.