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End-to-end code verification executes real tests across backend, frontend, and desktop surfaces by selecting the correct verification surface. It requires live execution without mocking to ensure true correctness beyond compilation or unit tests.

Unit tests often miss integration failures because they use mocking. End-to-end verification solves this by running live executions across backend, frontend, and desktop surfaces, enforcing mandatory checks to prevent false-positive success claims.

Enforcing mandatory end-to-end verification prevents false-positive success claims after code changes. By selecting the correct verification surface across backend, frontend, and desktop environments, it runs real tests without mocking to ensure true correctness.

You can prune post-change bloat by chaining into a simplify pass immediately after end-to-end code verification. This step prunes any introduced bloat after successful verification and keeps the codebase clean.

Yes, end-to-end code verification applies across backend, frontend, and desktop surfaces by selecting the correct verification surface for each environment. It executes real tests with live execution and no mocking to ensure true functionality.

No, end-to-end code verification strictly requires live execution and no mocking. This ensures true correctness across backend, frontend, and desktop surfaces beyond what compilation or unit tests can validate.