Open Source Android Software Testing Tools - Page 2

Jazzer is a coverage-guided, in-process fuzzer for the JVM platform developed by Code Intelligence. It is based on libFuzzer and brings many of its instrumentation-powered mutation features to the JVM.

PGIIXUA allows to generate network traffic right of your Android smartphone. THERE ARE NO VIRUSES, THE SYSTEM JUST DETECTS SUCH TOOLS THAT WAY! Malware detected (wanted feature): 'a variant of Android/HackTool.Loicdos.B application': What does it mean? This tool is based on the 'Low Orbit Ion Canon', but more powerful as for the advanced changes that were made on the software. What is Low Orbit Ion Canon? Low Orbit Ion Cannon (LOIC) is an open-source network stress testing and denial-of-service attack application, written in C#. LOIC was initially developed by Praetox Technologies, but was later released into the public domain and now is hosted on several open source platforms. https://en.wikipedia.org/wiki/Low_Orbit_Ion_Cannon //Disclaimer// !!Please use this app for educational purposes only, USE IT AT YOUR OWN RISK!! Developer: www.github.com/auxii

React Native Owl is a visual regression testing library for React Native that enables developers to introduce visual regression tests to their apps for iOS and Android. Being heavily inspired by Detox, an end-to-end testing and automation framework, this library uses a similar API that makes setting up react-native-owl and running the tests locally and on your preferred CI service seamless. While Detox focuses on end-to-end testing in general, React Native Owl focuses on visual regression testing and helping you catch unexpected changes to the visual appearance of your app over time.

Robolectric is the industry-standard unit testing framework for Android. With Robolectric, your tests run in a simulated Android environment inside a JVM, without the overhead of an emulator. Running tests on an Android emulator or device is slow! Building, deploying, and launching the app often takes a minute or more. That’s no way to do TDD, there must be a better way. Robolectric is a framework that brings fast and reliable unit tests to Android. Tests run inside the JVM on your workstation in seconds. Robolectric is built using Gradle. Both IntelliJ and Android Studio can import the top-level build.gradle file and will automatically generate their project files from it. Robolectric supports running tests against multiple Android API levels. The work it must do to support each API level is slightly different, so its shadows are built separately for each. If you would like to live on the bleeding edge, you can try running against a snapshot build.

Powerful Automate flows for Android that start Shizuku or standalone ADB on boot and keep it running continuously without root. Shizuku Keeper harnesses USB debugging without cables or Wi-Fi using the premium version of Automate while two lightweight flows effectively employ separate techniques to maintain Shizuku or standalone ADB via wireless debugging on the free version. Follow external links for complete details.

SAFS is a software test automation framework supporting data-driven (aka keyword-driven) functional test automation and associated services. The framework can run stand-alone on Windows, Linux, and Mac as well as integrate the use of IBM Rational Functional Tester, IBM Rational Robot, Smart Bear/AutomatedQA Test Complete, Apple XCode UIAutomation, Android SDK Automaton, Thoughtworks Selenium, and several other tools. Among other features, it provides advanced support of language localization testing (NLS) allowing the same tests to work for many different languages or test configurations. With various different tool configurations SAFS can be used to test Java, Web/Html, Flex, .Net, WPF, Win, iOS, and Android domains natively. And with advanced Image-Based Testing support built-in SAFS can be used to test virtually anything, anywhere.

Este es un proyecto creado para aprender como funcionan los bug tracker y las mailing list.

only my first Steps in Android-Programming. So i dont think this is interesting for you... but hey, take a look if you wish.

Android Emulator skin for bq Aquaris E6 smart phone

Tests written with commented GIVEN, WHEN and THEN regions can be transformed by actually wrapping code within basic blocks called issues. This can occur in a nested fashion. Start with Test|TEST, that can wrap any issue. Given|GIVEN can wrap Given|GIVEN, When|WHEN; or Then|THEN issues. When|WHEN can wrap When|WHEN or Then|THEN issues. Then|THEN can only wrap Then|THEN issues. The Kotlin implementation supports 'suspend' functions: for any issue, there are two ("suspendable" and "nonsuspendable") kinds, that can be toggled between, while in the same foremost issue. Each issue can be labelled, and return values from corresponding code blocks can be referred to (or addressed, by nesting level), and searched using labels; wildcard matching is available too. Unlabelled given/then/when are not searchable, their return values are stored as the foremost issue's pending result. Supporting coroutines for unit or instrumented tests in Android is under development.

Sitespeed.io is an open source tool that helps you monitor, analyze and optimize your website speed and performance, based on performance best practices advices from the coach and collecting browser metrics using the Navigation Timing API, User Timings and Visual Metrics (FirstVisualChange, SpeedIndex & LastVisualChange). Measuring performance shouldn’t be hard, you should be able to have full control of your metrics, own your own data and you should be able to do it without paying top dollars. Use our Docker container to get an environment with Firefox, Chrome, Edge, XVFB and sitespeed.io up and running as fast as you can download them. They work extremely well together with Graphite/InfluxDB and Grafana that you can use to monitor your website. Sitespeed.io is a complete web performance tool that helps you measure the performance of your website.

Modern c++17 unit testing framework on Windows, macOS, Linux, iOS and android. * Github repository : https://github.com/gammasoft71/tunit * Homepage : https://gammasoft71.wixsite.com/tunit * Reference guide : https://codedocs.xyz/gammasoft71/tunit/ * Wiki : https://github.com/gammasoft71/tunit/blob/master/docs/documentation.md * Examples : https://github.com/gammasoft71/tunit/tree/master/examples