Selenium Testing Framework Risk Assessment & Management 2

Question 1

Which risk is introduced when Selenium tests rely on hard-coded XPath expressions tied to the application's DOM structure?

Accepted Answer

Brittle locator risk

Answer

Hard-coded XPath expressions break whenever developers change the DOM, making tests fragile and maintenance-heavy.

Question 2

A team decides to run all Selenium tests against the production database. What is the primary risk of this approach?

Accepted Answer

Test data may corrupt live production records

Answer

Running tests against production databases risks corrupting real user data through unintended inserts, updates, or deletes.

Question 3

What risk arises from not implementing explicit waits in a Selenium test suite?

Accepted Answer

Intermittent failures due to timing issues

Answer

Without explicit waits, tests may attempt to interact with elements before they are ready, causing flaky, non-deterministic failures.

Question 4

Which mitigation strategy best reduces the risk of WebDriver/browser version incompatibility in a CI pipeline?

Accepted Answer

Pinning the browser version and using WebDriverManager

Answer

Pinning browser versions combined with WebDriverManager ensures the correct driver binary is always matched to the installed browser.

Question 5

A Selenium test suite takes 4 hours to complete, delaying deployment feedback. Which risk management approach best addresses this?

Accepted Answer

Parallelize tests across multiple browser nodes using Selenium Grid

Answer

Selenium Grid distributes test execution across multiple nodes, dramatically reducing total run time and restoring timely CI feedback.

Selenium Testing Framework Practice Test