Making the room work in mac android emulator

MAKING THE ROOM WORK IN MAC ANDROID EMULATOR CODE

ItвЂ™s easy to provide your own implementation for specific SDK methods too, so you could simulate error conditions or real-world sensor behavior, for example. This allows tests to do most things you could do on a real device.

MAKING THE ROOM WORK IN MAC ANDROID EMULATOR CODE

Robolectric handles inflation of views, resource loading, and lots of other stuff thatвЂ™s implemented in native C code on Android devices. SDK, Resources, & Native Method Simulation Because of this, the dexing, packaging, and installing-on-the emulator steps arenвЂ™t necessary, reducing test cycles from minutes to seconds so you can iterate quickly and refactor your code with confidence. Robolectric lets you run your tests on your workstation, or on your continuous integration environment in a regular JVM, without an emulator. You can find documentation for RobolectricвЂ™s test APIs by installing the Robolectric plugin for Chrome and visiting the Android API Reference. In those cases, Robolectric provides a test double thatвЂ™s suitable for most unit testing scenarios.

While much of the Android framework will work as expected inside a Robolectric test, some Android componentsвЂ™ regular behavior doesnвЂ™t translate well to unit tests: hardware sensors need to be simulated, system services need to be loaded with test fixture data. Unlike traditional emulator-based Android tests, Robolectric tests run inside a sandbox which allows allows the Android environment to be precisely configured to the desired conditions for each test, isolates each test from its neighbors, and extends the Android framework with test APIs which provide minute control over the Android frameworkвЂ™s behavior and visibility of state for assertions.

Making the room work in mac android emulator