rebase: update working directory when aborting (
issue5084)
revset: flatten chained 'list' operations (aka function args) (
issue5072)
Internal _matchfiles() function can take bunch of arguments, which would
lead to a maximum recursion depth error. This patch avoids the excessive
stack use by flattening 'list' nodes beforehand.
Since getlist() no longer takes a nested 'list' nodes, _parsealiasdecl()
also needs to flatten argument list, "aliasname($1, $2, ...)".
revert: makes interactive mode ask to forget added files (
issue4936)
Before this patch revert interactive mode unconditionally forgets
added files. This patch fixes this by asking user if he wants
to forget added file. If user doesn't want to forget given file,
it is added to matcher_opts exclude list, to not reviewing it
later with other modified files.
obsolete: fix n^2 marker computation behavior
Previously, if you ran obsolete.createmarkers with a bunch of markers that did
not have successors (like when you do a prune), it encountered a n^2 computation
behavior because the loop would read the changelog (to get ctx.parents()), then
add a marker, in a loop. Adding a marker invalidated the computehidden cache,
and reading the changelog recomputed it.
This resulted in pruning 150 commits taking 150+ seconds in a large repo.
The fix is to break the reading part of the loop to be separate from the writing
part.
memctx: fix memctx manifest file hashes
When memctx is asked for a manifest, it constructs one by merging the p1
manifest, and the changes that are on top. For the changes on top, it was
previously using p1.node() as the file entries parent, which actually returns
the commit node that the p1 linkrev points at! Which is entirely incorrect.
The fix is to use p1.filenode() instead, which returns the parent file node as
desired.
I don't know how to execute this or make it have a visible effect, so I'm not
sure how to test it. It was noticed because asking for the linkrev is an
expensive operation when using the remotefilelog extension and this was causing
performance regressions with commit.