test-verification-welding-short

Measurable verification requirements for welding power supply firmware are defined by creating compact, auditable tasks that enforce timing checks, fault-injection coverage, and safe-state validation for control, measurement, and safety changes.

Testing BKIN hardware paths in STM32G4 firmware involves running a basic timing fault-injection test to validate safety states, ensuring strict separation between application logic and HAL layers while verifying measurable acceptance criteria.

A proof plan for fault-injection testing in welding firmware is created by separating logic from HAL, defining measurable goals, and applying targeted fault-injection to validate timing constraints and hardware safety paths.

Measurable acceptance criteria for welding safety changes are needed when modifying control, measurement, or safety systems, ensuring that timing, fault-injection, and hardware-path verification requirements are satisfied and auditable.

Yes, this welding verification guidance satisfies requirements for measurable goals, proof plans, acceptance criteria, fault-injection, and instrumentation by referencing canonical project documents for concrete test content.