droidbot


Source link: https://github.com/honeynet/droidbot

DroidBot

About

DroidBot is a lightweight test input generator for Android. It can send random or scripted input events to an Android app, achieve higher test coverage more quickly, and generate a UI transition graph (UTG) after testing.

A sample UTG is shown here.

DroidBot has the following advantages as compared with other input generators:

  1. It does not require system modification or app instrumentation;
  2. Events are based on a GUI model (instead of random);
  3. It is programmable (can customize input for certain UI);
  4. It can produce UI structures and method traces for analysis.

Reference

Li, Yuanchun, et al. "DroidBot: a lightweight UI-guided test input generator for Android." In Proceedings of the 39th International Conference on Software Engineering Companion (ICSE-C '17). Buenos Aires, Argentina, 2017.

Prerequisite

  1. Python version 2.7
  2. Java version 1.7
  3. Android SDK
  4. Add platform_tools directory in Android SDK to PATH
  5. (Optional) OpenCV-Python if you want to run DroidBot in cv mode.

How to install

Clone this repo and intall with pip:

git clone https://github.com/honeynet/droidbot.git pip install -e droidbot

If successfully installed, you should be able to execute droidbot -h.

How to use

  1. Make sure you have:

    • .apk file path of the app you want to analyze.
    • A device or an emulator connected to your host machine via adb.
  2. Start DroidBot:

    droidbot -a <path_to_apk> -o output_dir 

    That's it! You will find much useful information, including the UTG, generated in the output dir.

    • If you are using multiple devices, you may need to use -d <device_serial> to specify the target device. The easiest way to determine a device's serial number is calling adb devices.
    • On some devices, you may need to manually turn on accessibility service for DroidBot (required by DroidBot to get current view hierarchy).
    • If you want to test a large scale of apps, you may want to add -keep_env option to avoid re-installing the test environment every time.
    • You can also use a json-format script to customize input for certain states. Here are some script samples. Simply use -script <path_to_script.json> to use DroidBot with a script.
    • If your apps do not support getting views through Accessibility (e.g., most games based on Cocos2d, Unity3d), you may find -cv option helpful.
    • You may find other useful features in droidbot -h.

Evaluation

We have conducted several experiments to evaluate DroidBot by testing apps with DroidBot and Monkey. The results can be found at DroidBot Posts. A sample evaluation report can be found here.

Acknowledgement

  1. AndroidViewClient
  2. Androguard
  3. The Honeynet project
  4. Google Summer of Code

Useful links

Resources

Android comes with a few "wrapper" classes, like CursorWrapper, that make it relatively easy for you to add just a bit of functionality to an existing object. The wrapper delegates all behaviors to the wrapped object; you just override the specific behaviors you need. This works well in cases where there are many possible underlying implementations, so you could not robustly accomplish these ends by subclassing.

Android lacks such a wrapper for ListAdapter, though. There is a WrappedListAdapter entry in the SDK, but it is an interface, not an implementation.

So, CWAC offers an AdapterWrapper to fill this void.

Sometimes, you want your users to pick a color. A simple approach is to give the user a fixed roster of a handful of colors -- easy, but limited. A fancy approach is to use some form of color wheel, but these can be difficult to use on a touchscreen and perhaps impossible without a touchscreen.

ColorMixer is a widget that provides a simple set of SeekBars to let the user mix red, green, and blue to pick an arbitrary color. It is not very big, so it is easy to fit on a form, and it is still fairly finger-friendly.

It is also packaged as a dialog (ColorMixerDialog), a dialog-themed activity (ColorMixerActivity), and a preference (ColorPreference).

This project has a handful of Android containers (ViewGroup implementations) designed to handle specific scenarios:

  • AspectLockedFrameLayout that resizes itself, and its children, to fit within a specific aspect ratio
  • MirroringFrameLayout and an associated Mirror that duplicates and scales the contents of the MirroringFrameLayout onto the Mirror

Android BounceProgressBar Widget.

Library for handling Kiosk Mode in your Android Application. It restricts device to be using only one activity without possibility to switch to other app.

Features:

  • Run activity of you choice in kiosk mode
  • Blocks every application from going into foreground with activity manager
  • Handles home button by being a Launcher App

aminc is a version code incrementer for compiled AndroidManifest.xml files

This little program is needed to easily create separate APK files for each processor architecture.

Topics


2D Engines   3D Engines   9-Patch   Action Bars   Activities   ADB   Advertisements   Analytics   Animations   ANR   AOP   API   APK   APT   Architecture   Audio   Autocomplete   Background Processing   Backward Compatibility   Badges   Bar Codes   Benchmarking   Bitmaps   Bluetooth   Blur Effects   Bread Crumbs   BRMS   Browser Extensions   Build Systems   Bundles   Buttons   Caching   Camera   Canvas   Cards   Carousels   Changelog   Checkboxes   Cloud Storages   Color Analysis   Color Pickers   Colors   Comet/Push   Compass Sensors   Conferences   Content Providers   Continuous Integration   Crash Reports   Credit Cards   Credits   CSV   Curl/Flip   Data Binding   Data Generators   Data Structures   Database   Database Browsers   Date &   Debugging   Decompilers   Deep Links   Dependency Injections   Design   Design Patterns   Dex   Dialogs   Distributed Computing   Distribution Platforms   Download Managers   Drawables   Emoji   Emulators   EPUB   Equalizers &   Event Buses   Exception Handling   Face Recognition   Feedback &   File System   File/Directory   Fingerprint   Floating Action   Fonts   Forms   Fragments   FRP   FSM   Functional Programming   Gamepads   Games   Geocaching   Gestures   GIF   Glow Pad   Gradle Plugins   Graphics   Grid Views   Highlighting   HTML   HTTP Mocking   Icons   IDE   IDE Plugins   Image Croppers   Image Loaders   Image Pickers   Image Processing   Image Views   Instrumentation   Intents   Job Schedulers   JSON   Keyboard   Kotlin   Layouts   Library Demos   List View   List Views   Localization   Location   Lock Patterns   Logcat   Logging   Mails   Maps   Markdown   Mathematics   Maven Plugins   MBaaS   Media   Menus   Messaging   MIME   Mobile Web   Native Image   Navigation   NDK   Networking   NFC   NoSQL   Number Pickers   OAuth   Object Mocking   OCR Engines   OpenGL   ORM   Other Pickers   Parallax List   Parcelables   Particle Systems   Password Inputs   PDF   Permissions   Physics Engines   Platforms   Plugin Frameworks   Preferences   Progress Indicators   ProGuard   Properties   Protocol Buffer   Pull To   Purchases   Push/Pull   QR Codes   Quick Return   Radio Buttons   Range Bars   Ratings   Recycler Views   Resources   REST   Ripple Effects   RSS   Screenshots   Scripting   Scroll Views   SDK   Search Inputs   Security   Sensors   Services   Showcase Views   Signatures   Sliding Panels   Snackbars   SOAP   Social Networks   Spannable   Spinners   Splash Screens   SSH   Static Analysis   Status Bars   Styling   SVG   System   Tags   Task Managers   TDD &   Template Engines   Testing   Testing Tools   Text Formatting   Text Views   Text Watchers   Text-to   Toasts   Toolkits For   Tools   Tooltips   Trainings   TV   Twitter   Updaters   USB   User Stories   Utils   Validation   Video   View Adapters   View Pagers   Views   Watch Face   Wearable Data   Wearables   Weather   Web Tools   Web Views   WebRTC   WebSockets   Wheel Widgets   Wi-Fi   Widgets   Windows   Wizards   XML   XMPP   YAML   ZIP Codes