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agessaman
a439c2427c
The three readers of the CRC scalar all answered for one receiver. On a bridge that is half the node: a backhaul going deaf moved no number an operator or an observer could see, while the sum of radios[].errors in the same status message already said so. All three now read RepeaterHandler.get_crc_error_count(), which sums the radios -- stats.errors in the MQTT status message, crc_error_count in /stats, and n_recv_errors in the MeshCore wire response, which previously read self.radio directly and so described the default endpoint. stats.errors and the per-radio entries beside it now reconcile. This matches what node_stats() already does with the airtime counters that sit next to it: a node-level counter describes the node, and which radio contributed what stays available per radio, in radios[] and in the crc_errors table. The sum prefers each radio's live hardware counter and falls back to the last count the sampler read from a radio the fabric cannot hand back. These are lifetime counters, so dropping a radio would walk the node's total backwards and hand an observer reading deltas a negative interval. A single-radio node still reports its one unlabelled counter, read live, exactly as before.