Changes touching this path

• the receiver wants walk reads each address off its manifest frames instead of decoding the manifest, so locally_missing_objects no longer materializes the deferred manifest of each change (#1536) to keep only its addresses. Manifest::addresses steps the frames with the non-allocating twins Manifest::walk already uses, and does so only when the deferring walk recorded counts, the condition tier_counts already rests on for frames and map entries to correspond one to one; a legacy separator manifest or an already decoded one answers from its map. the ceiling was re-taken on the landing position first: 17.96 to 17.99 ms at width 200 and depth 128, against 0.026 ms with the walk over the manifests deleted. paired --missing readings, one loot-perf-gate --features count built per arm, three interleaved rounds, the gate reading load idle at 3 to 9 percent: 17.93 to 18.29 ms down to 0.905 to 0.913 ms at width 200, and 96.13 to 96.34 ms down to 5.70 to 5.89 ms at width 800. along depth at width 200, 1.11 / 4.47 / 17.96 / 72.2 ms down to 0.050 / 0.20 / 0.86 / 3.69 ms at depths 8 / 32 / 128 / 512, still linear in depth with the slope fallen, and one walk at 200 x 128 allocates 25 times against 60,569. the gated counters do not move, object_gets 743 and object_disk_reads 200 on both arms. what it gives up is the decode memo: a later walk in the same process steps the frames again, 0.71 to 0.73 ms against 0.60 to 0.62 ms at 200 x 128. walks of the same shape it did not measure still decode. red under mutation, counts read each time: the walk put back on c.tree.values() (1 passed and 1 failed), the frame arm never taken (0 and 2), the collapse guard dropped (1 and 1), the visibility stepped as one byte (1 and 1), each restored to 2 passed. no migration and no format byte moves, so this owes no deploy. the workspace suite is green (4265 passed over 135 binaries, 10 ignored) (#2240) 0c212874 · dbf3dbe6…

Renames are not followed. loot's tree maps a path to an address, so a rename is a delete and an add. This list is the history of the name, not of the bytes.