Changes touching this path

• loot apply-patch lands as the inbound half of patch interchange, and the limit 1512 deliberately left open is CLOSED BY REFUSING: CRLF is refused on both sides, because the two halves are not the same kind of problem. A patch declaring lossy: crlf-normalized cannot reconstruct the bytes the change it names recorded - that is fidelity, read off the exporters own measurement rather than re-derived, since by the time the content is in the file it is LF. The half that actually bites is the LOCAL one: a hunks line space is LF, so writing an applied result back over a CRLF working file rewrites EVERY line ending in it, a whole-file change no hunk describes, that no report would show as more than the lines the patch touched, and that the next capture would sign. Reconstruction was rejected as a guess - the line space carries no endings at all, so an inserted line in a mixed file has nothing to decide from - and documentation as too weak for a silent whole-file rewrite. The cost is named rather than hidden: a CRLF repo cannot use patch interchange in either direction, and the remedy is a bundle, which carries content verbatim because it carries objects. Refusing is also what makes the round-trip pin true rather than approximately true. This is a separate verb from loot apply and not a mode of it, since a bundle carries objects, keys and signed change nodes while a patch carries none of those; dispatch is an exact-name lookup so nothing can collide there, and the place that DOES match loosely is verb_usage, which compares the token after loot rather than a prefix - pinned, because a prefix match would have dragged the whole apply-patch usage line into loot apply --help. Hunks apply strictly at the lines they declare, and what does not falls back to the ADR 0044 three-way against the change the patch names in its own parent row, which is the git am -3 shape and the reason that row is full width; loot-core gains one narrow door, converge::compose, because the theirs side of a patch is text at NO address while three_way_merge exists to pick between two addresses. A contended path is recorded and the run stops with the tree untouched, which makes this the sixth member of the 1506 resume family, and the census is what said so. Three of the ticket premises moved under it. The AC3 re-seal under the local .lootattributes is a SENTENCE and not a step, exactly as 1499 found for restore: the verb writes plaintext and then captures, so the tier is todays local policy by construction, and the export side already carries no tier for it to have inherited - the work was pinning it and saying it in the report. The AC4 no-partial-application rule forced the capture-first snapshot to run AFTER the plan rather than before, found by a fixture rather than reasoned out: a repo holding a path it cannot open has that paths plaintext on disk, capture_uncaptured_edits refuses to re-seal content it cannot read, and with the capture first the verbs own refusal was never reached at all. And a hunk body must be consumed by the counts in its @@ header and never by scanning for the closing separator, because a deleted line whose content is exactly a dash renders as two dashes, byte-identical to it. ADR 0082 freezes the header grammar now that a reader exists, which is why the 1786 fidelity rows went in before this ticket rather than after; the machine shape 1512 expected this ticket to name is deferred, with the reason written into ADR 0066 and PROSE_ONLY_CEILING, because it is one shape shared by both verbs and freezing the import side alone is the same half-contract 1512 declined on its own side (#1513) d5fba81e · 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.