At the moment the resolve command doesn't save progress during the resolve process. In example if you try to resolve 100 conflicting files and interrupt the process (e.g., you close the external merge tool) after resolving 50 files you'll end up with 100 unresolved conflicts. Saving the progress helps a lot with long going merges. It's easy to achieve same behavior with simple script that calls resolve command for each unresolved file but it makes sense to make such behavior a default
If all heads are bookmarks, merge fails to find what node to merge
with (throws an IndexError while indexing into the non-bookmark heads
list) as of 208ca72b9343. This catches that case and prints an error
to specify a rev explicitly.
This makes the 'additional help topics' list consistent with the output from
keyword search (for instance subrepo/subrepos).
The sorting by longest name was introduced in 4cbe49492ad3. There might have
been a good reason for it back then, but now it seems like a better idea to
place the preferred name first in the list in helptable.
If you've got this graph:
0-1-2
\
3
and 3 is checked out, 2 is bookmarked with "broken", and you do "hg
strip 2", the bookmark will move to 3, not 1. That's always struck me
as a bug.
This change makes bookmarks move to the tipmost ancestor of
the stripped set rather than the currently-checked-out revision, which
is what I always expected should happen.
Before this change, push would incorrectly fast-path the bundle
generation when extinct changesets are involved, because they are not
added to outgoing.excluded. The reason to do so are related to
outgoing.excluded being assumed to contain only secret changesets by
scmutil.nochangesfound(), when displaying warnings like:
changes found (ignored 9 secret changesets)
Still, outgoing.excluded seems like a good API to report the extinct
changesets instead of dedicated code and nothing in the docstring
indicates it to be bound to secret changesets. This patch adds extinct
changesets to outgoing.excluded and fixes scmutil.nochangesfound() to
filter the excluded node list.
Original version and test by Pierre-Yves.David@ens-lyon.org
This change separates peer implementations from the repository implementation.
localpeer currently is a simple pass-through to localrepository, except for
legacy calls, which have already been removed from localpeer. This ensures that
the local client code only uses the most modern peer API when talking to local
repos.
Peers have a .local() method which returns either None or the underlying
localrepository (or descendant thereof). Repos have a .peer() method to return
a freshly constructed localpeer. The latter is used by hg.peer(), and also to
allow folks to pass either a peer or a repo to some generic helper methods.
We might want to get rid of .peer() eventually.
The only user of locallegacypeer is debugdiscovery, which uses it to pose as a
pre-setdiscovery client. But we decided to leave the old API defined in
locallegacypeer for clarity and maybe for other uses in the future.
It might be nice to actually define the peer API directly in peer.py as stub
methods. One problem there is, however, that localpeer implements
lock/addchangegroup, whereas the true remote peers implement unbundle.
It might be desireable to get rid of this distinction eventually.
This introduces a peer method into all repository classes, which currently
simply returns self. It also changes hg.repository so it now raises an
exception if the supplied paths does not resolve to a localrepo or descendant.
Finally, all call sites are changed to use the peer and local methods as
appropriate, where peer is used whenever the code is dealing with a remote
repository (even if it's on local disk).
Plain 'hg help rollback' now looks like this:
$ hg help rollback
hg rollback
roll back the last transaction (dangerous)
This command should be used with care. There is only one level of
rollback, and there is no way to undo a rollback. It will also restore
the dirstate at the time of the last transaction, losing any dirstate
changes since that time. This command does not alter the working
directory.
Transactions are used to encapsulate the effects of all commands that
create new changesets or propagate existing changesets into a repository.
This command is not intended for use on public repositories. Once changes
are visible for pull by other users, rolling a transaction back locally
is ineffective (someone else may already have pulled the changes).
Furthermore, a race is possible with readers of the repository; for
example an in-progress pull from the repository may fail if a rollback is
performed.
Returns 0 on success, 1 if no rollback data is available.
options:
-n --dry-run do not perform actions, just print output
-f --force ignore safety measures
--mq operate on patch repository
use "hg -v help rollback" to show more info
Marker are now written as soon as possible but within a transaction. Using a
transaction ensure a proper behavior on error and rollback compatibility.
Flush logic are not necessary anymore and are dropped from lock release.
With this changeset, the obsstore is open, written and closed for every single
added marker. This is expected to be highly inefficient and batched write should
be implemented "quickly".
Another issue is that every flush of the file will invalidate the obsstore
filecache and trigger a full re instantiation of the repo.obsstore attribute
(including, reading and parsing entry). This is also expected to be highly
inefficient and proper filecache operation should be implemented "quickly" too.
A side benefit of the filecache issue is that repo.obsstore object is properly
invalidated on transaction abortion.
This replicates the strategy of rebase, which postpones setparents and
duplicatecopies after checking the merge stats.
Without the second parent, resolve cannot redo merge.
