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Asynchronous Android Programming

You're reading from   Asynchronous Android Programming Unlock the power of multi-core mobile devices to build responsive and reactive Android applications

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Product type Paperback
Published in Jul 2016
Publisher Packt
ISBN-13 9781785883248
Length 394 pages
Edition 2nd Edition
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Authors (2):
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Helder Vasconcelos Helder Vasconcelos
Author Profile Icon Helder Vasconcelos
Helder Vasconcelos
Steve Liles Steve Liles
Author Profile Icon Steve Liles
Steve Liles
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Toc

Table of Contents (14) Chapters Close

Preface 1. Asynchronous Programming in Android FREE CHAPTER 2. Performing Work with Looper, Handler, and HandlerThread 3. Exploring the AsyncTask 4. Exploring the Loader 5. Interacting with Services 6. Scheduling Work with AlarmManager 7. Exploring the JobScheduler API 8. Interacting with the Network 9. Asynchronous Work on the Native Layer 10. Network Interactions with GCM 11. Exploring Bus-based Communications 12. Asynchronous Programing with RxJava Index

Executing asynchronous work on a native thread


The Android NDK is bundled with the POSIX thread C API that provides an API to create and destroy native threads, native mutual exclusion synchronization primitives, named mutexes, and condition variables, that like Java monitors, allow threads to wait until a change in a resource happens. Apart from this global API, the developer also has access to a higher level C++11 thread API available on clang and gnu_stl C++ Runtimes.

Since both of these frameworks offer the same kind of concurrent functionalities we will use C++11 thread framework for its simplicity and similarity with the Java Thread API.

First, let's update our ndk build.gradle to use the clang C++ Runtime that supports the thread API that we are going to use in our following code examples:

ndk {
  moduleName "mylib"
  stl "c++_shared"
  cppFlags.add("-frtti")
  cppFlags.add("-exceptions)
}

Attaching and detaching native threads from JVM

In order to interact with our JVM and execute background...

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