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This article explains how to keep UIAutomator 1.0 test cases running on Android 11+ by implementing a server‑side ContentProvider, accessing it via reflection from the UIAutomator or shell process, and demonstrates the complete Java code for provider creation and invocation.
This article examines Android automation techniques, comparing simple ADB script‑based interactions with native‑code approaches using activity lifecycle callbacks, view identification, and MotionEvent simulation, and discusses their advantages, limitations, and suitable application scenarios.
The article presents a cloud‑driven UIAutomator SDK that automates Android app compatibility testing by handling installation, cold‑start, hot‑start and uninstall steps, dynamically updating dialog‑matching data, and providing robust error‑handling to ensure reliable testing across diverse Android devices.
The article explains why UIAutomator 1.0 scripts fail on the Android R emulator due to a missing android.test.RepetitiveTest class, analyzes the stack trace to locate the error in UiAutomatorTestRunner, and provides a workaround by manually initializing the test framework via app_process.
This article introduces Appium's basic element locating techniques—including id, name, class name, XPath, UIAutomator, and relative coordinates—explains how to handle non‑unique elements through iteration or OCR, and demonstrates image‑based locating with OpenCV and screenshot code examples.
This article demonstrates how to leverage uiautomator1.0 for Android automation by creating a shell‑based Context, accessing PackageManager, managing SQLite databases, monitoring app activities and processes, and implementing Chinese text input through AccessibilityNodeInfo.
This article demonstrates how to capture a video progress bar in an Android app with UiAutomator, extract its bitmap, analyze the red channel values, and compute the playback percentage for automated test assertions.
This article explains how to modify a Java UiAutomator helper to use the adb -s option, allowing simultaneous debugging and test execution on two Android devices by adding an extra device identifier parameter to the helper methods.
This article explains how to automatically rerun failed Android UiAutomator test cases, collect their results, and generate a detailed Excel report using Java code that handles both initial and retry executions.
The article describes a problem encountered while learning Android UiAutomator—determining the number of assignment items on a screen—and presents a Java solution that iterates over UI elements using a custom getCountByResourceId() method, similar to Selenium's findElements(), with a code example illustrating the approach.
The author encountered unexpected security‑warning pop‑ups during Android UIAutomator testing and created a UiWatcher that automatically clicks "Do not remind" and "Allow" to keep the test flow uninterrupted, sharing the full code for others to use.
This guide explains how to construct a Uiautomator 1.0 jar package using Ant within Android Studio, covering required SDK tools, project setup, build.xml generation, Gradle integration, jar composition, execution flow, and a sample custom test service implementation for Android testing.
To avoid test failures caused by being logged into an unintended account, the author implements a recursive login routine in an Android UiAutomator script that checks the current user, logs out if necessary, and re‑logs in with the correct credentials, illustrating a concise and reusable testing solution.
This article explains how to perform ordered UI traversal of an Android application with UIAutomator on the 360 Open Testing platform, covering required parameters, a seven‑step implementation process, UI change listening via AccessibilityService, element dumping, sorting, comparison methods, interaction automation, and termination conditions.
This article provides a comprehensive overview of Android UiAutomator 2.0, detailing its major features, migration differences from UiAutomator 1.0, important considerations, Gradle integration steps, test case creation and execution, as well as the UiDevice API and new UiObject2 capabilities for mobile UI automation.
The article details how Baidu MTC designed and implemented a universal Android script testing platform that combines UIAutomator, a custom Clean‑SDK for popup handling, image‑recognition algorithms, and a recording‑playback tool to enable robust, non‑native mobile automated testing across thousands of devices.
This article introduces SmartMonkey, a custom Android testing solution that overcomes the randomness and inefficiency of the built‑in Monkey tool by using UIAutomator to parse UI hierarchies, select meaningful nodes, and execute controlled actions for more effective stability and functional testing.
This article describes how to employ UIAutomator to automate data extraction from K12 education mobile apps, handling device identity spoofing, image input normalization, and UI control reverse‑engineering to overcome encryption, token checks, and non‑standard input challenges.
This article presents a comprehensive, evolving mobile performance evaluation framework for O2O applications, detailing assessment parameters, multi‑stage automation approaches, uiautomator enhancements, and key technical optimizations to enable timely, extensible, and accurate performance testing of competitive mobile products.