Macaca is an open-source automation test solution for native, hybrid, mobile web and web application on mobile and desktop platforms.
- Native means apps written with iOS or android SDKs.
- Hybrid is apps created by webview in native app.
Macaca is "cross-platform". It means you can use the same API to write test scripts, and same test scripts to test your apps running on devices such as iOS, Android or desktops.
Macaca doesn't limit what languages you will use to write your tests.
- Macaca has a MIT license.
- Macaca's Inspector(//macacajs.com/inspector) is web based.
- Macaca's iOS WebDriver is written by Swift and in-house built.
- Macaca's Android WebDrive is in-house built, and supports Android UIAutomator 2.0.
- Macaca has built-in UI recorder functionality.
- Macaca has built-in support for using computer vision to verify UI elements
- Macaca supports major browsers such as Chrome, Firefox, Safari.
- Macaca follows W3C WebDriver Wire Protocol.It means Macaca has much better chances to be compatible with current and future web standard.
Macaca's core is a REST API web server. It connects with clients, listens for requesting, and executes request commands on a mobile device, and a desktop browser, responses with results conforming HTTP response protocol.
The beauty of a client/server architecure, REST API and W3C WebDriver Wire Protocol opens the opportunities that test codes can be written any common languages, as long as it has a http client API. On the other hand, the server can be on a different machine, or in cloud.
Besides this Macaca's core, we call it
macaca server, Macaca's extra utility tool is also server/client centric, such as UI Inspector, computer vision tool.
Macaca uses session to accept and respond requests. A client initiates a session with Macaca server by sending
POST /session request. Macaca server will response with this session with a
sessionId. The further request needs to contain this
sessionId to move forward.
Help and Support
The MIT License (MIT)