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0f193d3c05
Below one token's worst-case routed bytes, global LRU evicts precisely what it is about to read: the hit rate is 0% while the run still pays the cache's management time and its RAM. The only protection so far was cache_min_mb, a fixed floor that happens to sit above the cycle for the shipped models at their default top-k and stops holding the moment --n-expert-used widens the routing without touching the budget. The cycle is priced at init from the model's shape alone — every bound layer's entry_bytes times min(top_k, n_expert), at the top-k the run actually applies — and recorded as cache_cycle_mb in the metrics preamble next to the budget it should be judged against, so a committed CSV answers on its own whether its cache could ever have hit. The engine prints one stderr line when the resolved budget falls under it. It warns rather than refuses: the budget is legal and the output byte-identical, and the engine states the fact and leaves the choice — the argument that --cache-mb 0 is strictly better below the cliff stays in docs/cache-sizing.md, not in the engine's output. Docs updated in the same commit: cache-sizing.md (the guard section, past tense), roadmap.md (the item moves from still-worth-doing to shipped) and telemetry.md (the new preamble key). |
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| .. | ||
| config.h | ||
| decode_trace.h | ||
| expert_source.h | ||
| metrics.h | ||
| ngram_draft.h | ||
| predict_stats.h | ||
| recipe.h | ||
| route_trace.h | ||
| runtime.h | ||
| session.h | ||
| version.h | ||