This article describes how a team built a custom automated testing platform for React Native mobile apps using Airtest and Poco, covering tool selection, script examples, platform architecture with React frontend and Python backend, and solutions for parallel execution and mock services.
This article introduces the open‑source Airtest framework for mobile UI automation, outlines its cross‑platform features, and provides a complete Python script that automates an end‑to‑end e‑commerce purchase, payment, return, and refund process with test data cleanup.
This article provides a comprehensive reference for Airtest's automation APIs, covering script initialization functions, device connection methods, application lifecycle commands, and frequently used interaction utilities such as screenshot, touch, swipe, text input, and key events, each illustrated with Python code examples.
This comprehensive guide explores iOS automation frameworks—including UIAutomation, XCTest, KIF, Frank, Calabash‑iOS, Appium, and Airtest—detailing their features, setup steps, element‑location strategies, performance comparisons, multi‑device execution, and practical recommendations for stable and efficient mobile testing.
This guide introduces game automation testing, explaining its benefits and limitations, outlining when it is appropriate, and providing a detailed two‑part tutorial on building an automated testing framework—including outer process setup, server and client components, and using third‑party tools like Airtest.
This article describes how a logistics company tackled the growing complexity of mobile app testing by evaluating automation tools, creating a real‑device platform, and implementing a Jenkins‑driven automation framework that supports parallel execution, script management, and future AI‑enhanced compatibility testing.
This guide walks you through what Airtest is, how to install it, connect devices, use its visual interface for basic operations, and follow a step‑by‑step example that records actions and generates runnable test scripts for Android and iOS apps.
This hands‑on guide explains how to set up the cross‑platform Airtest framework, connect Android or iOS devices, record and edit Python‑based UI scripts, use image‑and value‑based assertions, generate HTML reports, and leverage Poco for element‑level automation in agile mobile development.
This tutorial walks you through using Airtest to automate mobile apps—showing how to launch apps via image recognition or package name, perform likes and comments, capture screenshots, enable real‑time coordinates, and create endless swipe loops with Python code.
This guide walks you through using Airtest to connect Android emulators, Windows desktop apps, and real Android phones—both via USB and Wi‑Fi—covering required developer settings, driver installation, input method configuration, and sample connection scripts.
This article introduces the Airtest mobile automation IDE, explains its cross‑platform and platform‑specific APIs, and provides detailed code examples for device initialization, control, app management, screen actions, and assertions, enabling developers to automate mobile testing efficiently.
The article presents DuLab, a distributed UI‑automation platform for mobile apps that leverages Airtest, Python/Tornado, Celery, and Redis to schedule and run bulk test cases on remote devices, detailing its layered case management, package database, mock services, and the resulting scalable, efficient regression testing across diverse devices.
This article guides readers through downloading and installing the Airtest mobile automation IDE, then provides a detailed walkthrough of its main interface components—including the auxiliary windows, script editor, log viewer, device connections, and Android assistant—helping users quickly start automating smartphone tasks.
This article compares three Windows UI automation frameworks - Appium, Airtest, and Pywinauto - analyzing their principles, deployment environments, supported control properties, advantages, and disadvantages to help developers choose the right tool for their needs.
