Test Operations

Test Operation is a UI test automation feature that helps users create, manage, and execute automated test cases for application validation. It enables users to automate common UI interactions, such as clicking buttons, entering text, selecting options, navigating between screens, and validating application elements.

Test cases can be created by capturing user interactions and converting them into executable test steps, allowing teams to automate repetitive validation activities with minimal manual effort. The feature supports consistent and repeatable test execution, making it easier to validate application functionality across different environments.

Core Benefits

a. Improved Quality: Ensures repeatable validation of application behavior.
b. Reduced Effort: Automates repetitive UI validation tasks.
c. Faster Cycles: Significantly reduces overall testing time.
d. Early Detection: Identifies issues before deployment or updates.
e. Enhanced Traceability: Detailed logs and results support auditing and compliance.
f. Reusability: Recorded cases can be maintained and reused across multiple test cycles.

Key Features

a. Action Recording: Captures each human interaction performed on the application and automatically stores it as an individual test step
b. Test Case Management: Create, modify, and delete test cases within your workflow.
c. Behavior Validation: Verify application responses and data accuracy during execution.
d. Step Tracking: Monitor real-time execution progress and status.
e. Error Detection: Instantly flags validation failures or missing UI elements.
f. Reporting: Generates comprehensive logs and result summaries.

When to Use

Use Test Operation for:

i. Automating manual UI validation.
ii. Regression testing following application or workflow updates. 
iii. Verifying consistent UI behavior across different environments.
iv. Structured validation of UI workflows before deployment.

Technical Prerequisites

1. Accessibility: The target application must be active and accessible for recording.
2. Credentials: Ensure you have the necessary permissions and user credentials for the application being tested.

Scope & Constraints

a. Focus: UI automation testing only.
b. Creation Method: Test cases must be created via recorded interactions using the UiRecorder activity.
c. Flexibility: Supports multiple test cases within an operation and allows post-creation modification.
d. Limitations: This feature does not support API testing, database testing, or backend service validation.

Primary Activities

UiRecordScope: Establishes the recording context required to manage your session.

UiRecorder: Records specific user interactions, converts them into executable steps, and facilitates validation during runtime.

Implementation Workflow

Step 1: Environment Setup: Verify the target application is accessible and credentials are configured.

Step 2: Initialize Session: Use the UiRecordScope activity to define the application window or scope for the recording.

Step 3: Start Recording: Utilize the UiRecorder activity to begin capturing interactions.

Step 4: Execute Workflow: Perform the manual tasks you intend to automate (e.g., login, form entry, button clicks).

Step 5: Validate & Save: Review the generated steps, add assertions or validation checkpoints if necessary, and save the test case.

Troubleshooting Guide

a. Recorder Fails to Start: Ensure the application window is in focus and not running with higher privilege levels (e.g., “Run as Administrator”) than the automation tool itself.
b. Steps Not Capturing: Check if the application interface uses non-standard UI elements that might require specific accessibility settings enabled on your OS.
c. Execution Timeouts: If steps fail during playback, ensure the application loading time is consistent. You may need to introduce “Wait” or “Delay” activities if the application is slower during runtime than it was during recording.
d. Selector Errors: If a recorded step fails to find an element, verify that the element ID or class hasn’t changed since the recording was made.

Best Practices

a. Use Descriptive Naming: Name your test cases and steps clearly (e.g., “Verify_Login_Success” instead of “Test_1”) to make debugging easier.
b. Keep Tests Modular: Break long, complex workflows into smaller, reusable test cases that can be chained together.
c. Clean Up After Execution: Where possible, design test cases to leave the application in a neutral state so subsequent runs don’t conflict with stale data.
d. Validate Frequently: Don’t just record actions; explicitly add “Validation” steps at critical points to ensure the UI is actually in the expected state.