Custom keywords extending Robot Framework’s AppiumLibrary, optimized for mobile automation on Android.
This library enhances the native AppiumLibrary with new gestures, UI utilities, and validation features designed for QA teams automating Android applications.
It aims to serve as an open-source reference for improving test reliability, coverage, and maintainability in mobile test automation.
-
Gestures:
- Scroll Inside
- Scroll To Element
- Swipe Element
- Perform Long Press
- Perform Pinch
- Perform Zoom
-
Touch utilities:
- Click Elements
- Tap At Percentage
- Tap Element At Coordinates
-
Visibility & Lookup:
- Compare Screenshots
- Get Visible Elements On Screen
- Wait Multiple Elements
-
System/App:
- Change Theme
- Get Readable Network Status
- Terminate Application Extension
Individual documentation are in keyword docstrings.
- Python 3.9+
- Robot Framework 4.0+
- Appium Server 2.0
- UiAutomator2 driver (Android)
- Appium-Python-Client 5.1.1+
- Selenium W3C Actions
- OpenCV + scikit-image + NumPy (for visual comparison)
- ADB + Android SDK tools
- Android device or emulator connected with ADB
- Dependencies listed in
requirements.txt - Appium Server running (
appiumorappium --allow-cors)npm install -g appium
- UiAutomator2 driver installed (
appium driver install uiautomator2)appium driver install uiautomator2
You can install the package directly from PyPI (recommended):
pip install robotframework-appium-extensionsOr, if you prefer to work with the latest development version:
git clone https://github.com/<....>.git
cd robotframework-appium-extensions
pip install .Run any .robot test suite using Robot Framework’s CLI:
robot -d results tests/robot/perform_zoom.robot-d resultssaves logs, reports, and screenshots in a dedicated folder.- You can adapt paths for your test files or custom resources.
To successfully run the automated tests included in this repository, ensure that the test environment (emulator or physical device) meets the following conditions:
- Use an Android device or emulator running Android 11 or higher.
- Before executing the test suites, verify which applications are required by the selected tests and ensure they are properly installed on the device.
For example: some suites may require system apps such as Calculator, Google Maps, or Play Store.
- Using a Google APIs emulator image is recommended, as minimal system images may lack these default apps.
*** Settings ***
Library AppiumLibrary
Library robotframework_appium_extensions.keywords.PerformPinch
*** Test Cases ***
Pinch Example
Open Application http://localhost:4723 platformName=Android automationName=UiAutomator2
Perform Pinch locator=id=map_view scale=0.6- Platform: tested on Android 7.0+; iOS not supported.
- Multi-touch gestures: Android 9+ recommended for reliable Pinch/Zoom (W3C Actions).
- Device fragmentation: differences between manufacturers (Samsung/Xiaomi, etc.) may affect gesture behavior.
- Dynamic elements: fast-moving/animated elements may require explicit waits.
- Power saving mode: can cause inconsistencies; disable during tests.
- Performance: image comparison may be slow on high-resolution screens.
- Device not detected: run adb devices → enable USB Debugging; restart ADB (
adb kill-server && adb start-server). - Appium session not starting: ensure Appium 2.x is running and uiautomator2 driver installed (
appium driver install uiautomator2). - Element not found: validate selectors in Appium Inspector; prefer
id/accessibility_id; use explicit waits. - Inconsistent gestures: increase
duration/steps; add pauses (pause_before/pause_after); prefer Android 9+. - Slow/timeouts: use a good-quality USB cable; disable Android animations; increase timeouts; close background apps.
- ADB errors: ensure
adbis in your PATH; restart ADB; reconnect the device; check permissions.
Contributions are welcome! Please see CONTRIBUTING.md for guidelines on:
- Code style
- Commit messages
- Tests and documentation
- PR process
Licensed under Apache 2.0 LICENSE
This open-source repository was developed within the scope of the Technology Residency Program,
executed by CEPEDI, coordinated by SOFTEX, and supported by the Ministry of Science, Technology and Innovation (MCTI).
The development challenge addressed in this repository was proposed by Positivo Tecnologia,
a partner company of the program, as part of its collaboration with the Technology Residency initiative.
We acknowledge and thank all the institutions involved for their support in the execution and dissemination of this open-source project.