largefiles: suppress unexpected warning of 'hg status' for removed files original implementation queries whether specified pattern is related or not to largefiles, to target context. but changectx/workingctx returns False about relationship with files marked as removed. So, 'hg status' with 'file pattern' for removed file shows unexpected warning message in below process: 1. 'tostandin()' returns non-STANDIN filename for removed file, because changectx/workingctx returns False about relationship with it 2. 'match.files()' contains non-STANDIN filename, which is already removed from working directory 3. 'dirstate.walk()' invoked via 'localrepository.status()' treats non-STANDIN filename as bad filename, because there is no entry for it in dirstate: only STANDIN is managed in dirstate 4. 'dirstate.walk()' invokes 'match.bad()', which is defined in 'localrepository.status()' as 'bad()' 5. 'bad()' shows warning message for non-STANDIN, because it is not related to source context: only STANDIN is related to it this patch queries to dirstate instead of changectxt/workingctx, because dirstate returns expected result for removed files. 'match.files()' is used by 'localrepository.status()' only in 'working' case, so this patched code also works correctly in non-'working' case.

rebase: properly calculate descendant set when aborting (issue3332) Checking for descendants of target being public was also wrong.

merge with stable

strip: ignore -n (issue3326) (BC) -n could be confused for --dry-run by foolhardy users, resulting in permanent data loss. As leaving a backup when none was requested is significantly less disastrous, the short option is silently ignored. Old scripts continue to work, users only get lightly burned.

aliases: use empty string for missing position parameters (issue3331)

bookmarks: clone non-divergent bookmarks with @ in them

i18n-ja: synchronized with 2338ab19b236

encoding: tune fast-path of tolocal a bit

eol: remove left-over print statements

eol: document why os.utime doesn't work here I wanted to use os.utime(self.join("eol.cache"), None) as a cleaner way of touching the cache file -- but this fails when the cache doesn't exist.