System, method, and apparatus for vehicle testing and diagnostics

A method comprising:

• generating a graphical user interface;
• interpreting a user input command value entered by a user via the graphical user interface;
• generating, in response to the user input command value, a first agnostic vehicle diagnostic command value;
• translating, via an interface circuit, the first agnostic vehicle diagnostic command value to a first adapted vehicle diagnostic command value;
• interpreting first adapted vehicle diagnostic data generated in response to executing the first adapted vehicle diagnostic command value against a vehicle;
• translating, via the interface circuit, the first adapted vehicle diagnostic data to first agnostic vehicle diagnostic data;
• generating a second agnostic vehicle diagnostic command value based at least in part on the first adapted vehicle diagnostic data;
• translating, via the interface circuit, the second agnostic vehicle diagnostic command value to a second adapted vehicle diagnostic command value;
• interpreting second adapted vehicle diagnostic data generated in response to executing the second adapted vehicle diagnostic command value against the vehicle;
• translating, via the interface circuit, the second adapted vehicle diagnostic data to second agnostic vehicle diagnostic data;
• generating a state value for the vehicle based at least in part on the second adapted vehicle diagnostic data;
• and
• displaying the state value in the graphical user interface.

A apparatus comprising:

• an agnostic data processing circuit structured to interpret agnostic vehicle diagnostic data translated by an interface circuit from adapted vehicle diagnostic data;
• an agnostic data provisioning circuit structured to transmit agnostic vehicle diagnostic command values to the interface circuit for translation into adapted vehicle diagnostic command values;
• a user interface circuit structured to:
• generate a graphical user interface;
• interpret a user input command value entered by a user via the graphical user interface;
• and
• display a state value for a vehicle;
• and
• a diagnostic circuit structured to:
• generate, based at least in part on the user input command value, a first agnostic vehicle diagnostic command value that is translated by the interface circuit into a first adapted vehicle diagnostic command value;
• generate, based at least in part on a first portion of the adapted vehicle diagnostic data translated from a first portion of the adapted vehicle diagnostic data generated from the vehicle in response to execution of the first adapted vehicle diagnostic command value against the vehicle, a second agnostic vehicle diagnostic command value that is translated by the interface circuit into a second adapted vehicle diagnostic command value;
• and
• determine, based at least in part on a second portion of the agnostic vehicle diagnostic data translated from a second portion of the adapted vehicle diagnostic data generated from the vehicle in response to execution of the second agnostic vehicle diagnostic command value against the vehicle, the state value for the vehicle.