Android support v7 appcompat jar download

Android support v7 appcompat jar download how to#
Android support v7 appcompat jar download full#

Git clone -recursive :facebookarchive/AntennaPod.git If you want to walk through this tutorial and make all of the changes yourself, then the first step is to clone the AntennaPod application at the same revision used to create this tutorial:

Incompatible Devices Step 1: Check out AntennaPod.

Step 6: Modify AntennaPod to use exopackage.

Step 5: Build Buck's Android support library.

Step 4: Create BUCK files that define build rules to build AntennaPod with Buck.

Step 3: Ensure R.* constants are not assumed to be final.

Step 2: Import JARs for third party dependencies.

If your Android project already uses Buck, then you can jump straight to Step 5, which will require minimal changes to your existing project. Note that most of the work in this tutorial is in adding Buck support to AntennaPod. Each step in the process is documented as a separate commit in our fork of AntennaPod.

Android support v7 appcompat jar download how to#

This article serves two purposes: it is both a tutorial that shows how to migrate an Android app that builds with Gradle over to Buck with exopackage, as well as a technical explanation of how exopackage works.ДЇor this tutorial, we will demonstrate how to use exopackage by adding Buck support to AntennaPod, an open source podcast management app for Android. The incremental build was adding a single blank line to a Java file.)ДЄs you might expect, using exopackage requires you to make some code changes to your application. In all cases, the builds were run multiple times to allow Java's JIT to warm up fully. Gradle's daemon, parallel, and configureondemand options were enabled, as was Buck's daemon (which is enabled by default). We used 8 threads by running './gradlew -parallel-threads 8'. (Note: These measurements were done on a MacBook Pro with a i7-3740QM CPU, with HyperThreading enabled, using Oracle Java 1.7.0_45 for Linux. Gradle in a real world Android application, AntennaPod: Here are the performance improvements in build times for Buck vs.

Android support v7 appcompat jar download full#

Loading the application code at runtime avoids a full reinstall of the app when testing a Java change, which dramatically reduces the length of edit/refresh cycles. An exopackage is a small shell of an Android app that contains the minimal code and resources needed to bootstrap loading the code for a full-fledged Android application. Buck has an advanced feature to speed up iterative Android development called exopackage.