![]() Outside Android Studio can be re-imported.Ĭontent and code samples on this page are subject to the licenses described in the Content License. The APK and gives you the option to re-import it. In Android Studio 3.6 and higher, you don't need to create a new project Known issue: When attaching debug symbols to an APK, both the APK andĭebuggable SO files must be built using the same workstation Remove the mappings, click Clear in the Path Mappings section of Those native source files to add breakpoints and The native source files appear in the Project window. Android Studio alsoĪutomatically maps paths to a remote NDK to your local NDK download.Ĭlick Apply Changes in the Path Mappings section of the editor Subdirectories to map additional sources. Path to a root folder, and Android Studio automatically inspects Local Paths column in the Path Mappings section of the editor Workstation, you need to also specify paths to the local debug symbols byĪdd local paths to missing debug symbols by editing the field under the If the APK and debuggable native libraries were built using a different Navigate to the directory that includes the debuggable native libraries Library file that doesn't include debug symbols.Ĭlick Add in the top-right corner of the editor window. The Project window, double-click a native In Android view, under the cpp directory in To attach debuggable native libraries, proceed as follows: You can't debug the APK’s native code or useīreakpoints without attaching debuggable native libraries. Symbols, Android Studio shows you a banner, similar to If your APK includes native libraries (SO files) that don't include debug You can now add breakpoints andĭebug your app. Android Studio also includes innerĬlasses automatically. ![]() In the Project window, Android Studio replaces SMALI files with theirĬorresponding Kotlin or Java source files. Navigate to the directory with the app’s Kotlin or Java source files and.Double click on a SMALI file from the Project pane in theĪfter opening the file, the editor displays a banner asking you to select.To attach Kotlin or Java sources, proceed as follows: That correspond to the SMALI files you want to debug. To debug the Kotlin or Java code usingīreakpoints, you need to point the IDE to the Kotlin or Java source files Similarly, to debug your native code, you mustīy default, Android Studio extracts Kotlin or Java code from your APK and To debug your app's Kotlin or Java code, you need toĪttach the Kotlin or Java sources and add breakpoints in the External Libraries: Contains the Android SDK.cpp: If your app includes native code, this directory contains your.java: Contains Kotlin or Java code that Android Studioĭisassembles (into SMALI files) from your APK’s DEX files.Įach SMALI file in this directory corresponds to a Kotlin or Java.manifests: Contains the app manifests that are extracted from the APK.APK file: Double-click the APK to open the APK analyzer.The Android view in the Project pane lets you inspect the following ![]() The SMALI files are stored in the smali/out/ Project in your home directory under ApkProjects/ and makes a local copy Note: When you import an APK into Android Studio, the IDE creates a new This is not a fully decompiled set of files, but it does provide SMALIįiles for a more readable version of the DEX files.įigure 1. Select the APK you want to import into Android Studio.Īndroid Studio then displays the unpacked APK files, similar to figure 1. If you already have a project open, clickįile > Profile or Debug APK from the menu bar. To start debugging an APK, follow these steps:įrom the Android Studio Welcome screen, click Profile or debug APK. To build them from an Android Studio project. Android Studio 3.0 and higher lets you profile and debug APKs that have ![]()
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