#VISUALIZE YOU APP APK HOW TO#
#VISUALIZE YOU APP APK APK#
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In Android Studio, select Build > Select Build Variant. If you already have a working release build variant, you can Sign your application with the debug key by adding the following lines to your application'sīadle file. To build a release application for profiling purposes, do the following:

#VISUALIZE YOU APP APK UPDATE#

Then update its manifest file, which turns the release application into a profileable application.Īfter you configure the profileable application, launch the profiler and select a profileable To build a profileable application manually, you need to first build a release application and Profile 'app' with complete data starts the CPU, Memory, and Profile 'app' with low overhead starts the CPU and Memory To use theįeature, click the arrow next to the Profile app icon Virtual or physical test device that runs API level 29 or higher and has Google Play. You can configure, build, and run a profileable app with one click. Build and run a profileable app automatically

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Is essentially a release APK with a line of Īdded within the section of the manifest file. Information to profiling tools, while incurring very little performance costs. Profileable has been introduced so that developers can choose to allow their apps to expose Summary of key differences between debuggable and profileable apps. Table 1 summarizes the differences between debuggable and profileableĪpps. These performance costs could invalidate profiling results, especially if they Prior to profileable, most developers could only profileĭebuggable apps on Android, which added significant performance costsĪs a side effect. Of the device can profile this application through tools such as Android Studio, Simpleperf, and To learn more about these libraries, see the BenchmarkĬonfiguration introduced in Android Q. Microbenchmark: Measure CPU cost of specific functions.Macrobenchmark: Measure important performance use cases, including application startupĪnd redrawing that is triggered by actions such as UI animations or scrolling.The Jetpack Benchmark libraries allow your application to measure various important operations: The tools, see the other pages in this section of the user guide. These tools are compatible with Android 5.0 (API level 21) and higher.

Energy profiler tracks energy usage, which can contribute to battery.

Memory profiler helps track memory allocations.

CPU profiler helps track down runtime performance issues.

Techniques to resolve specific problems, see MeasuringĪndroid Studio offers several profiling tools to help find and visualize potential problems:

#VISUALIZE YOU APP APK HOW TO#

To learn techniques for measuring performance and examples of how to use these To find and fix these problems, use the profiling and benchmarking tools and techniques described Which your app makes inefficient use of resources such as the CPU, memory, graphics, network, or Fixing performance problems involves identifying areas in An app is considered to have poor performance if it responds slowly, shows choppy animations,įreezes, or consumes too much power.

Visualize you app apk