verify

Evidence-based verification prevents errors caused by untested assumptions. It works by running actual commands or inspecting file contents and diagnostic outputs to confirm the factual accuracy of a statement. This process supports decision-making by validating system states before proceeding.

Factual validation of system states is performed by executing diagnostic commands or examining file contents to confirm a specific condition. This approach checks actual code outputs and diagnostic results, ensuring the validity of claims through direct evidence inspection.

Yes, you can check document contents and diagnostic results for accuracy by inspecting the actual files and running diagnostic commands. This validation method confirms whether specific statements or claims hold true by examining the real outputs rather than relying on assumptions.

The best way to validate claims without relying on assumptions is to require evidence-based verification prior to taking action. By running commands to check build status or examining actual test results, you confirm the factual integrity of statements and reduce errors from untested assertions.

You should not use command-based verification for checking code outputs when you lack the actual commands or file access required to inspect the system state. This approach depends on running real test suites and examining diagnostic outputs, making it unsuitable for abstract claims lacking concrete evidence.