Before this patch, transplant extension shows the list of available
responses by specific string, even though the prompt string passed to
"ui.promptchoice()" has enough (maybe i18n-ed) information.
This patch uses "ui.extractchoices()" to show the list of available
responses.
Before this patch, transplant extension uses "ui.prompt()" for
interactive transplant, and has to check whether user response
returned by "ui.prompt()" is valid or not in own code.
In addition to it, transplant extension uses response characters
(e.g. "y", "n", and so on) directly in own code, and this disallows to
use another response characters by translation, even though the help
shown by '?' typing is translatable.
This patch uses "ui.promptchoice()" instead of "ui.prompt()" to
resolve problems above.
Before this patch, transplant with "--merge" option fails with
traceback unexpectedly, if it causes pull from the source repository
on the local host.
"discovery.findcommonincoming()" invokes "capable()" method on the
object given from "localrepository.pull()", but it is
"localrepository" object in this case and doesn't have such method.
This patch uses peer object of source repository as "remote" argument
for "localrepository.pull()" invocation like other invocations of it
in transplant.py.
--branch specifies heads and has nothing to do with named branches, and it only
deals with topological branches to the same extent as all other DAG operations
do.
Do not pass ui because it contains the configuration of the repo. It is the
same object as repo.ui.
When a repo is passed to hg.peer, the global configuration is read from
repo.baseui.
If patch.patch() reports patched files when applying a changeset and the
following commit says nothing changed, transplant used to abort with a
RuntimeError, assuming something went wrong with patching.
The mismatch is patch.patch() reports patched files, not changed ones.
It could be modified to report changed files but it means duplicating
work from status, may be expensive in the case of binary files, and is
probably not that useful at API level. For instance, if two patches are
applied on the working directory, the outcome may be nothing changed
while each call would have returned modified files. The caller would
have to call status() itself again.
This patch fixes the issue by trusting patching code: if the patch
succeeded and commit reports nothing changed, then nothing changed,
patch() did not "dropped changes on the floor".
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).
The fix introduced in 3509b9cf8f86 was only partially successful. It is correct
to turn dirstate 'm' merge records into normal/dirty ones but copy records are
lost in the process. To adjust them as well, we need to look in the first
parent manifest to know which files were added and preserve only related
records. But the dirstate does not have access to changesets, the logic has to
moved at another level, in localrepo.
Otherwise, all transplanted revisions are gone and the failing one cannot be
fixed (unless it is the first one).
I do not know what is the expected behaviour with rollback, probably something
pull-like. Non-conflicting cases should work as previously. But something like:
$ hg transplant r1 r2
commiting r1 as c1
failing r2
$ hg transplant --continue
committing r2 as c2
$ hg rollback
would reset the repository to its state before the "transplant --continue"
instead of the whole transplant session. To fix this we might need a way to
open an existing journal file, not sure this is worth the pain.
This change permits the transplant extension to operate on merge
changesets by way of --parent. This is particularly useful for
workflows which cherrypick branch merges rather than each commit
within a branch.
These leaks may occur in environments that don't employ a reference
counting GC, i.e. PyPy.
This implies:
- changing opener(...).read() calls to opener.read(...)
- changing opener(...).write() calls to opener.write(...)
- changing open(...).read(...) to util.readfile(...)
- changing open(...).write(...) to util.writefile(...)
This is a long desired cleanup and paves the way for new discovery.
To specify subsets for bundling changes, all code should use the heads
of the desired subset ("heads") and the heads of the common subset
("common") to be excluded from the bundled set. These can be used
revlog.findmissing instead of revlog.nodesbetween.
This fixes an actual bug exposed by the change in test-bundle-r.t
where we try to bundle a changeset while specifying that said changeset
is to be assumed already present in the target. This used to still
bundle the changeset. It no longer does. This is similar to the bugs
fixed by the recent switch to heads/common for incoming/pull.
