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Currently, the XPaths generated by codegen are often basic and static. It would be highly beneficial if codegen could generate dynamic and optimized XPaths that leverage Axis Mechanisms (e.g., following-sibling, parent, ancestor, etc.) for improved reliability and maintainability in automated scripts.
Example
No response
Motivation
In its current implementation, the XPaths generated by codegen tend to be basic and static, which can lead to challenges in maintaining test scripts. Static XPaths often fail when there are minor UI changes, requiring frequent updates to the automation scripts.
By generating dynamic and optimized XPaths using Axis Mechanisms (e.g., following-sibling, parent, ancestor), the framework can significantly enhance the reliability of selectors. Such XPaths are inherently more robust, as they rely on logical relationships within the DOM structure rather than absolute positions or simplistic identifiers.
This improvement would not only reduce the time spent on maintaining flaky tests but also help teams focus more on building scalable test suites. Dynamic XPaths aligned with best practices will empower automation engineers to work more efficiently and deliver better-quality outcomes.
The text was updated successfully, but these errors were encountered:
It is unlikely that we invest in XPath as it is strongly discouraged. When does Playwright generate those for you? It should offer them as last recort.
🚀 Feature Request
Currently, the XPaths generated by codegen are often basic and static. It would be highly beneficial if codegen could generate dynamic and optimized XPaths that leverage Axis Mechanisms (e.g., following-sibling, parent, ancestor, etc.) for improved reliability and maintainability in automated scripts.
Example
No response
Motivation
In its current implementation, the XPaths generated by codegen tend to be basic and static, which can lead to challenges in maintaining test scripts. Static XPaths often fail when there are minor UI changes, requiring frequent updates to the automation scripts.
By generating dynamic and optimized XPaths using Axis Mechanisms (e.g., following-sibling, parent, ancestor), the framework can significantly enhance the reliability of selectors. Such XPaths are inherently more robust, as they rely on logical relationships within the DOM structure rather than absolute positions or simplistic identifiers.
This improvement would not only reduce the time spent on maintaining flaky tests but also help teams focus more on building scalable test suites. Dynamic XPaths aligned with best practices will empower automation engineers to work more efficiently and deliver better-quality outcomes.
The text was updated successfully, but these errors were encountered: