Playwright Codegen is useful for quickly creating a starting point for browser tests, but the generated recording still needs to become a test you can maintain as the application changes.
Leapwork Play takes a similar starting point and adds a maintainable test workflow around the generated Playwright. Record the user journey in Play, review the generated Playwright, and use Play's locator and self-healing capabilities to reduce manual maintenance when supported UI changes occur.
What makes a Codegen recording difficult to maintain?
A Codegen recording captures the interactions you perform, but the generated test is still code that you need to review and maintain.
Look for:
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Locators tied too closely to the current UI.
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Repeated or unnecessary steps.
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Test data that should be parameterized.
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Interactions that need to remain stable when the UI changes.
The goal is not simply to generate code. It is to turn the recording into a clear, reliable test that can survive application changes.
How does Play turn a recording into a maintainable test?
With Leapwork Play, you record the workflow directly in the browser and get a Playwright-based test with the recorded interactions represented as named steps. The generated Playwright remains visible in the Playwright view, while the test steps remain available alongside it.
The result is a test that combines:
Recorded workflow → named test steps → generated Playwright → execution results
How does Play help when the UI changes?
A recording is only useful long-term if the interactions remain maintainable.
The Engineering demo specifically highlights two capabilities:
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Semantic locators are recorded for interactions.
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Self-healing can reduce manual locator updates when supported UI changes occur.
The demo describes Play as supporting changing IDs and UI refactors, with self-healing intended to reduce the need for manual locator updates.
This matters when an application changes without changing the user's intended workflow. Self-healing does not make every test change-proof. When recovery is not possible, the underlying test still needs to be reviewed.
How Play extends the Codegen workflow
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With Playwright Codegen |
With Leapwork Play |
|---|---|
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Record browser interactions to generate starting-point code |
Record the workflow as a Play test |
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Review and maintain generated locators |
Play records semantic locator information |
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Update locators when supported UI changes break them |
Self-healing can attempt locator recovery |
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Maintain the test primarily in code |
Work with named test steps and the generated Playwright |
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Diagnose locator failures in the test code |
Review the interaction as part of the Play test workflow |
Play keeps Playwright underneath while adding a recording, test-step, and locator-recovery workflow around the generated test.
How to keep recorded tests maintainable
After recording a test, review and refine it before treating it as production-ready. Use the following practices to make the test easier to read, update, and trust.
1. Use meaningful step names
Rename recorded actions so each step explains the user intent, not just the browser interaction. Clear step names make the test easier for others to understand and maintain.
2. Keep test data separate
Store input values, such as product names or search terms, in variables or test data files instead of hard-coding them into recorded steps. This keeps the test flow reusable when the data changes.
3. Validate the expected result
Add an assertion after the key action to confirm the page shows the expected outcome. This turns the recording into a reliable test rather than a simple sequence of browser actions.
Best practices
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Use Play to record the workflow and let it generate the underlying Playwright while keeping the test represented as meaningful steps.
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Review generated interactions before adding the test to a wider suite.
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Prefer semantic, user-facing locators where available.
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Keep test data separate from recorded actions.
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Add validations for the outcomes that matter.
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Use self-healing as a way to reduce locator maintenance, not as a replacement for reviewing important UI changes.
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Keep the test focused on the user's intended workflow rather than every browser interaction.
Troubleshooting
|
Problem |
What to do |
|---|---|
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Generated recording is difficult to understand |
Review and rename the recorded steps around the actual test intent |
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Locator breaks after a UI refactor |
Check whether Play can recover the supported interaction through self-healing |
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Test relies on changing values |
Move the value into a variable or test data source |
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Recording completes but does not prove the expected result |
Add an explicit validation |
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Generated Playwright needs manual changes |
Review the underlying Playwright in the Playwright view and update the test as needed |
Frequently asked questions
Is Playwright Codegen enough to create a maintainable test?
Codegen provides a useful starting point, but the generated test still needs review and maintenance as the application changes.
How does Leapwork Play turn a recording into a test?
Record the workflow in Play, review the named test steps, and use the generated Playwright underneath the test.
How does Play help with changing locators?
Play records semantic locator information and provides self-healing that can attempt to recover supported interactions when the UI changes.
Does self-healing mean I never need to update a test?
No. Self-healing can reduce manual locator maintenance for supported changes, but tests still need review when application behavior or workflow changes.
Can I see the generated Playwright code in Play?
Yes. The demonstrated Play test includes a Playwright view where the generated Playwright implementation is shown alongside the recorded test steps.