Version Compatibility

Version Compatibility is not a discrete feature but an emergent capability from several CenterTest architectural components working together:

• CenterTest Generators keep test code branches synchronized with the unique Guidewire source code configurations for any given environment. For example, when you maintain separate branches for v10 and Cloud (during a migration), each branch contains generated assets matching that specific version's PCF structures, type lists, and product models.

  
  

• Widget abstraction layers handle version-specific Guidewire rendering differences internally. The same test can execute against v7, v8, v9, v10, or any Cloud release because version-specific behaviors are encapsulated within the widget implementations, not exposed in test scenarios.

  
  

• Intelligent data handling allows the same test data to power scenarios executing against different Guidewire versions. Data structures adapt to version-specific field availability without requiring separate data sets for each version.

Working together, these features allow a single CenterTest implementation to test multiple Guidewire versions simultaneously. This enables simultaneous workflow validation against any two or more deployments where the test flow is the same (or similar), but the code is different.

For Cloud migrations specifically, Version Compatibility enables Day One regression testing: scenarios validated on your pre-Cloud implementation define expected behavior, and any differences in a Cloud project surface as test failures to investigate.

You're not rebuilding test coverage after migration; you're using existing coverage to validate the migration itself.

Version Compatibility & Automation Maintenance

Self-Healing ensures that routine version changes don't require scenario modifications. When Guidewire changes locators, updates widget implementations, or modifies DOM structures between versions, the CenterTest abstraction layers absorb these differences.

Regeneration updates the framework assets, and scenarios continue executing without code changes.

Compile-Time Detection identifies structural changes that Self-Healing cannot fix automatically. This allows you to know why a test will fail before you execute against the new environment, eliminating runtime test debugging for structural issues or workflow changes.

The combination of Self-Healing and Compile-Time Detection means your team knows exactly what survived regeneration unchanged and what requires attention, without trial-and-error test execution.

This allows rapid maintenance of existing test suites, letting your teams focus on tests affected by feature expansions or updated workflows.

Learn more by exploring our FAQ below, or schedule a consultation to talk to one of Kimputing's test automation specialists.