Android - Thread, Handler and AsyncTask

Feb 28, 2013Download as PPT, PDF17 likes23,566 views

Thread allows running code on a background thread but cannot directly update the UI. Handler allows scheduling messages and runnables to execute on a thread's message queue. AsyncTask simplifies background threading by running background work on a separate thread and publishing results on the UI thread.

Android
Thread, Handler and AsyncTask
Hoang Ngo

Thread
• Act much like usual Java Threads

• Can’t act directly on external User
Interface objects (throw the Exception
CalledFromWrongThreadException: Only
the original thread that created a view
hierarchy can touch its views”)
• Can’t be stopped by executing destroy()
nor stop(). Use instead interrupt() or join()
(by case)

Thread
• Two main ways of having a Thread
execute application code:
– Providing a new class that extends Thread and
overriding its run() method.
– Providing a new Thread instance with a
Runnable object during its creation. In both
cases, the start() method must be called to
actually execute the new Thread.

Handler

• Associated with a single thread and
that thread's message queue
• Bound to the thread / message
queue of the thread that is creating it
• Deliver messages and runnables to
that message queue
• Execute them as they come out of
the message queue

Handler

• Two main uses for a Handler:
– To schedule messages and
runnables to be executed as some
point in the future
– To add an action into a queue
performed on a different thread

AsyncTask
• Created on the UI thread and can be executed
only once

• Run on a background thread and result is
published on the UI thread

• The three types used by an asynchronous task
are the following
– Params, the type of the parameters sent to the task
upon execution
– Progress, the type of the progress units published during
the background computation
– Result, the type of the result of the background
computation

• Extend AsyncTask<Void, Void, Void>

AsyncTask
• Go through 4 steps:
– onPreExecute(): invoked on the UI thread
immediately after the task is executed
– doInBackground(Param ...): invoked on the
background thread immediately after
onPreExecute() finishes executing
– onProgressUpdate(Progress...): invoked on the
UI thread after a call to
publishProgress(Progress...)
– onPostExecute(Result): invoked on the UI
thread after the background computation
finishes

• Violate the single thread model: the Android UI toolkit is not
thread-safe and must always be manipulated on the UI thread.
• In this piece of code, the ImageView is manipulated on a
worker thread, which can cause really weird problems. Tracking
down and fixing such bugs can be difficult and time-consuming

• Classes and methods also tend to make the code more
complicated and more difficult to read.
• It becomes even worse when our implement complex
operations that require frequent UI updates

This document discusses Android AsyncTask, which allows performing long/background operations without threads. It has four main methods: doInBackground runs the long operation, onPostExecute displays results after completion, onPreExecute runs before doInBackground, and onProgressUpdate reports progress. An example AsyncTask downloads files, tracking progress in onProgressUpdate and displaying results in onPostExecute after doInBackground finishes downloading. AsyncTask requires specifying types for parameters, progress, and results.

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