graphlog: implement --hidden

revert: add support for reverting subrepos without --no-backup and/or --all When a subrepo is reverted but --no-backup is not set, call revert on the subrepo that is being reverted prior to updating it to the revision specified in the parent repo's .hgsubstate file. The --all flag is passed down to the subrepo when it is being reverted. If the --all flag is not set, all files that are modified on the subrepo will be reverted.

revert: add support for reverting subrepos Reverting a subrepo is done by updating it to the revision that is selected on the parent repo .hgsubstate file. * ISSUES/TODO: - reverting added and removed subrepos is not supported yet. - reverting subrepos is only supported if the --no-backup flag is used (this limitation will be removed on another patch). - The behavior of the --all flag has been changed. It now reverts subrepos as well. Note that this may lead to data loss if the user has a dirty subrepo.

merge with stable

commands: move bundle type validation earlier Checking the bundle type late in the command's execution can mean that we do work for a long time before complaining about incorrect user input and aborting. Guess how I discovered this.

changegroupsubset: optimize function lookup in prune

changegroup: optimize gennodelist

revlog: drop some unneeded rev.node calls in revdiff

revlog: avoid an expensive string copy This showed up in a statprof profile of "hg svn rebuildmeta", which is read-intensive on the changelog. This two-line patch improved the performance of that command by 10%.

changegroupsubset: avoid setdefault in inner loop

changegroupsubset: drop repeated len() calls

changegroup: reduce progress overhead

changegroupsubset: renest inner loop The mdata list should generally be shorter than changedfiles

revlog: increase readahead size

revset: avoid demandimport bug Apparently the "import x as xy" doesn't manage to update xy in the current scope's dictionary after load, which causes nodemod.nullrev to do a huge amount of demandload magic in the inner loop.

mq: replace hasattr() with util.safehasattr(), update check-code.py

merge with stable

parsers: use base-16 trie for faster node->rev mapping This greatly speeds up node->rev lookups, with results that are often user-perceptible: for instance, "hg --time log" of the node associated with rev 1000 on a linux-2.6 repo improves from 0.3 seconds to 0.03. I have not found any instances of slowdowns. The new perfnodelookup command in contrib/perf.py demonstrates the speedup more dramatically, since it performs no I/O. For a single lookup, the new code is about 40x faster. These changes also prepare the ground for the possibility of further improving the performance of prefix-based node lookups.

check-code: avoid false-positive on ++

graphlog: cleanup before code move - Avoid revset module aliasing - Mark makefilematcher() private

graphlog: correctly handle calls in subdirectories

context: revert workingctx.ancestors() followfirst option It was introduced by mistake in 352053e6cd8e.

graphlog: fix --follow-first --rev combinations This solves a similar problem than the previous --follow/--rev patch. This time we need changelog.ancestors()/descendants() filtering on first parent. Duplicating the code looked better than introducing keyword arguments. Besides, the ancestors() version was already implemented in follow() revset.

graphlog: fix --follow --rev combinations The previous behaviour of --follow was really a subset of what is really happening in log command: - If --rev is not passed, default to '.:0' - Resolve --rev into a revision list "revs" - Set the starting revision to revs[0] - If revs[1] > revs[0] keep descendants(revs[0]) in revs, otherwise keep ancestors.

graphlog: support changeset identifiers in --branch

graphlog: pass changesets to revset.match() in changelog order Running: $ time hg debugrevspec 'user(mpm)' | wc on Mercurial repository takes 1.0s with a regular version and 1.8s if commands.debugrevspec() is patched to pass revisions to revset.match() from tip to 0. Depending on what we expect from the revset API and caller wisdom, we might want to push this change in revset.match() later.

graphlog: refactor revset() to return revisions When --follow and --rev are passed, --follow actual behaviour depends on the input revision sequence defined by --rev. If --rev is not passed, the default revision sequence depends on the presence of --follow. It means the revision sequence generation is part of log logic and must be wrapped. The issue described above is fixed in following patches.

store: speed up read and write of large fncache files In my tests of an fncache containing 300,000 entries, this improves read time from 567ms to 307, and write time from 1328ms to 533. These numbers aren't so great, since the fncache file is only 17MB in size, but they're an improvement.

perf: time fncache read and write performance

revset: add "matching" keyword This keyword can be used to find revisions that "match" one or more fields of a given set of revisions. A revision matches another if all the selected fields (description, author, branch, date, files, phase, parents, substate, user, summary and/or metadata) match the corresponding values of those fields on the source revision. By default this keyword looks for revisions that whose metadata match (description, author and date) making it ideal to look for duplicate revisions. matching takes 2 arguments (the second being optional): 1.- rev: a revset represeting a _single_ revision (e.g. tip, ., p1(.), etc) 2.- [field(s) to match]: an optional string containing the field or fields (separated by spaces) to match. Valid fields are most regular context fields and some special fields: * regular fields: - description, author, branch, date, files, phase, parents, substate, user. Note that author and user are synonyms. * special fields: summary, metadata. - summary: matches the first line of the description. - metatadata: It is equivalent to matching 'description user date' (i.e. it matches the main metadata fields). Examples: 1.- Look for revisions with the same metadata (author, description and date) as the 11th revision: hg log -r "matching(11)" 2.- Look for revisions with the same description as the 11th revision: hg log -r "matching(11, description)" 3.- Look for revisions with the same 'summary' (i.e. same first line on their description) as the 11th revision: hg log -r "matching(11, summary)" 4.- Look for revisions with the same author as the current revision: hg log -r "matching(., author)" You could use 'user' rather than 'author' to get the same result. 5.- Look for revisions with the same description _AND_ author as the tip of the repository: hg log -r "matching(tip, 'author description')" 6.- Look for revisions touching the same files as the parent of the tip of the repository hg log -r "matching(p1(tip), files)" 7.- Look for revisions whose subrepos are on the same state as the tip of the repository or its parent hg log -r "matching(p1(tip):tip, substate)" 8.- Look for revisions whose author and subrepo states both match those of any of the revisions on the stable branch: hg log -r "matching(branch(stable), 'author substate')"