We now have multiple tags cache files. Record exactly which file is
being written. This should help aid debugging into performance issues
with any single filter.
.hgtags fnodes are now written to a shared cache file. They don't need
to exist in the per-filter tags cache files. Stop writing them.
The format of the tags cache file has changed in a backwards
incompatible way. This should be acceptable, as we just established
per-filter tags cache files and no client should have per-filter tags
cache files that will need to be read. So no backwards compatbility
concern is present.
The new format has a single header line followed by resolved tags
entries.
The header line is similar to the old first line with a major
difference: we now compute and store a hash of the filtered revisions.
Before, if the set of filtered revs changed, we may return incorrect
results. We now detect that.
A test for verifying filtered rev change is handled properly has been
added.
Currently whichever filter level asks for tags last will write the data on disk.
This create massive issues when tags are read for "visible" and "unfiltered"
on large and multi headed repository (like Mozilla central). See issue4550 for
details
Each filter level recomputes its own cache without direct collaboration but they
all share the same 'hgtagsfnodes' cache. And that is where most of the time is
spent.
Previously, a backup bundle could overwrite an existing bundle and cause user
data loss. For instance, if you have A<-B<-C and strip B, it produces backup
bundle B-backup.hg. If you then hg pull -r B B-backup.hg and strip it again, it
overwrites the existing B-backup.hg and C is lost.
The fix is to add a hash of all the nodes inside that bundle to the filename.
Fixed up existing tests and added a new test in test-strip.t
commitctx already showed notes with filenames but didn't provide any context.
It is just as relevant to know when manifest or changelog is committed.
So, in addition to filenames, also show headlines 'committing files:',
'committing manifest' and 'committing changelog'.
We use the & operator to combine with subset (since this is more likely to be
optimised than filter) and we enforce the sorting of the result. Without this
enforced sorting, we may result in a different iteration order than the set
_descendent was computed from.
This reverts a bad `test-glog.t` change from 7904906883bd.
Another side effect is that `test-mq.t` shows `qparent::` including `-1` if
`qparent is -1`. This sound like a positive change.
This has good and bad impacts on the benchmarks, here is a good ones:
revset: 0::
before) wall 0.045489 comb 0.040000 user 0.040000 sys 0.000000 (best of 100)
after) wall 0.034330 comb 0.030000 user 0.030000 sys 0.000000 (best of 100)
revset: roots((0::) - (0::tip))
before) wall 0.134090 comb 0.140000 user 0.140000 sys 0.000000 (best of 63)
after) wall 0.128346 comb 0.130000 user 0.130000 sys 0.000000 (best of 69)
revset: ::p1(p1(tip))::
before) wall 0.143892 comb 0.140000 user 0.140000 sys 0.000000 (best of 55)
after) wall 0.124502 comb 0.130000 user 0.130000 sys 0.000000 (best of 65)
revset: roots((0:tip)::)
before) wall 0.204966 comb 0.200000 user 0.200000 sys 0.000000 (best of 43)
after) wall 0.184455 comb 0.180000 user 0.180000 sys 0.000000 (best of 47)
Here is a bad one:
revset: (20000::) - (20000)
before) wall 0.009592 comb 0.010000 user 0.010000 sys 0.000000 (best of 222)
after) wall 0.029837 comb 0.030000 user 0.030000 sys 0.000000 (best of 100)
Strip now lives in its own extension
reminder: The extension is surprisingly called `strip`. The `mq` extension
force the use of the strip extension when its enabled. This is both necessary
for backward compatibility (people expect `mq` to comes with strip) and become
some utility function used by `mq` are now in the strip extension.
mq was injecting fake tags whenever the revisions were accessible
to the filtering level.
This issue impacts hgweb since it's common to have "secret" mq
patches. As secret changesets are filtered by hgweb, the tags
computation could break.
Some tests ended up in a directory several directories deeper than $TESTTMP,
usually because some 'cd ..' had been forgotten between different test cases.
Add 'cd ..' where they are missing so the tests get back where they started.
I named it --check because it felt like qpush & co were checking *more*
things to ensure local changes could not be lost. But it has been
pointed on the mailing list that --check is already used by update
command with a meaning almost opposite to this one. An alternative
was --keep but qfold and qdelete already have such an option to preserve
patch files and qfold may be a candidate for --check.
- qpush/qpop/qgoto --check becomes --keep-changes.
- mq.check becomes mq.keepchanges.
- The short option -c is dropped as -k may conflict with existing
--keep. The availabilitity of mq.keepchanges should not make this too
painful.
- Fix minor reST mistake in option description.
When:
[mq]
check = True
is set, qpush, qpop and qgoto behave as if -c/--check were passed. If
incompatible options like -f/--force or --exact are set, this setting is
ignored.
This setting enables what many users expect mq default behaviour to be.
qpush help says the following about --force:
1- When -f/--force is applied, all local changes in patched files will
be lost.
2- Apply on top of local changes
In practice, qpush --force will attempt to apply the patch on top of
local changes, and on success will merge them in the pushed patch. On
failure, patched files will contain a mix of local changes (where the
patch could not apply) and a mix of patch changes (were it applied). So,
local changes are less lost than entangled with a mass of other changes.
This patch makes qpush --force backup all locally modified files touched
by the next patch being applied. When multiple patches are being pushed,
this logic is repeated for each patch. Note that modified but
successfully patched files are preserved as well.
on some platform (Mac OS X and Solaris, at least), to insert new text
line, sed function 'i' should be followed by:
- backslash('\'),
- new-line,
- text to be inserted and
- new-line
GNU sed on Linux can recognize both previous and new ones as same
modification request.
in addition to it, this patch avoids to use '-i' option for sed,
because it is not so portable, as noted in WritingTests wiki page.
The 'start' variable pointed to qtip in self.series, but it was used for
indexing self.fullseries.
When fullseries had holes and the patch was moved to self.fullseries[start]
it would end up too early in self.series and it could thus not be
found in self.series[start:] and it would crash.
Now the 'fullstart' index in fullseries is found used instead.
In secret mode qfinished changeset were move to the draft phase in all case[1]
without regard to phases.new-commit value
This changeset ensure qfinish does not automatically promote a changeset
further than the phases.new-commit value.
Note: This may also result in qfinished changeset made public if
phases.new-commit is set to public.
[1] "In all case" where parent have a compatible phase. Qfinish keep never
altering phases of changeset not involved in the qfinish.
The current behaviour is to return the previous one in the series but at the
same time the implementation is buggy because it does not take guarded patches
in account.
When mq changeset are secret, they don't appear in outgoing and won't be
pushed. So it's not necessary to abort the push.
The checkpush call is protected by lock to prevent race on phase.
The output of "hg help" is changed to ensure that the column containing
descriptions of commands, extensions, and other topics is correctly alignmened.
"hg qpush" causes unexpected behavior, if case preservation on case
insensitive filesystem is not enough.
this patch adds the test using mixed-case filenames to reproduce this
problem on any case insensitive filesystems.
Globbing is usually used for filenames, so on windows it is reasonable and very
convenient that glob patterns accepts '\' or '/' when the pattern specifies
'/'.
The new behavior was breaking existing tools that relied on a sequence such as
this:
1) start with a dirty working copy
2) qimport some patch
3) try to qpush it
4) old behavior would fail at this point due to outstanding changes.
(new behavior would only fail if the outstanding changes and the patches
changes intersect)
5) innocent user qrefreshes, gets his local changes in the imported patch
It's worth considering if we can move this behavior to -f in the future.
