gendoc.py did not handle the hanging indentation for descriptions. Work around
this by joining all in one single line (same as in minirst since previous
patch).
This problem occurred when translations of option lines were very long. Do not
bother the translators with this detail.
On a long option description, the translator continued on a new line as usual.
gendoc.py created invalid rst syntax like this:
-o, --option
Description line 1
description line 2
The new output is:
-o, --option
Description line 1 description line 2
The lines could theoretically become very long, but line breaking is handled
when generating the final documentation.
When table data contained a newline, the result of minirst.maketable
did not look nice plus it was not recognised by minirst.format:
== === ====
l1 1 one
l2 2 2
22
l3
== === ====
This problem occurred when the description of options had a very long
translation which was split by newlines. Do not bother a translator with
this detail.
The multiline translations for option descriptions have been fixed in
7a88a81d5d9e in it.po, de.po and ro.po. I manually did the same as this patch
does, I removed the newlines.
When a newline was in the description, this created unusable help output:
$ hg help somecommand
hg somecommand [option]...
with somecommand, you can...
options:
== =================== =======================================================
=================================== --longdesc VALUE xxxxxxxxxxxxxxxxxxxxxx
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx -n --norm
normal desc --newline VALUE line1 line2 == =================== ===============
===========================================================================
now this looks much nicer:
...
options:
--longdesc VALUE xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
-n --norm normal desc
--newline VALUE line1 line2
Sometimes the lock was a bit slower and took 2 seconds. Do not fail the test by
this.
The glob ? matches from 0 to 9 seconds, which should be enough safety.
Typical use case is to clone repository through command server. Clone may
require user interaction, so command-server protocol is beneficial over
raw stdio channels.
Performance benchmarking:
$ time hg log -qf -l1
...
real 0m1.420s
user 0m1.249s
sys 0m0.167s
$ time ~/local/hg/hg log -qf -l1
...
real 0m0.719s
user 0m0.614s
sys 0m0.103s
Fixes same issue as 3dadbacb6aa4 but now works on Windows too.
With this patch a trailing backward slash won't prevent the extension from
being found on Windows, and we continue to support any combination of forward
and back slashes within the path.
The tests shows no real changes because of this ... but there must be some
weird corner cases where using the right ancestor for the merge planning is
better than using the wrong one.
"hg help" does not state that the code for abort is 255, but it's confusing
to have different code between hg command and command server.
Tests of python-hglib 1.2 passed with this change.
MQ extension will wrap this function to invalidate its state.
repo.invalidate cannot be wrapped for this purpose because qpush obtains
repo.lock in the middle of the operation, triggering repo.invalidate. Also,
it seems wrong to obtain lock earlier because mq data is non-store parts.
This extension has always had correctness issues and has been
unmaintained for years. It is now removed in favor of the third-party
hgwatchman which is maintained and appears to be correct.
Users with inotify enabled in their config files will fall back to
standard status performance.
We can use the "other" data from the recorded merge state instead of inferring
what the other could be from working copy parent. This will allow resolve to
fulfil its duty even when the second parent have been dropped.
Most direct benefit is fixing a regression in backout.
This data is mostly redundant with the "other" changeset node (+ other changeset
file path). However, more data never hurt.
The old format do not store it so this require some dancing to add and remove it
on demand.
When we have to fallback to the old version of the file, we infer the
"other" from current working directory parent. The same way it is currently done
in the resolve command. This is know to have shortcoming… but we cannot do
better from the data contained in the old file format. This is actually the
motivation to add this new file format.
We need to record the merge we were merging with. This solve multiple
bug with resolve when dropping the second parent after a merge. This
happen a lot when doing special merge (overriding the ancestor).
Backout, shelve, rebase, etc. can takes advantage of it.
This changeset just add the information in the merge state. We'll use it in the
resolve process in a later changeset.
This new format will allow us to address common bugs while doing special merge
(graft, backout, rebase…) and record user choice during conflict resolution.
The format is open so we can add more record for future usage.
This file still store hexified version of node to help human willing to debug
it by hand. The overhead or oversize are not expected be an issue.
The old format is still used. It will be written to disk along side the newer
format. And at parse time we detect if the data from old version of the
mergestate are different from the one in the new version file. If its the same,
both have most likely be written at the same time and you can trust the extra
data from the new file. If it differs, the old file have been written by an
older version of mercurial that did not knew about the new file. In that case we
use the content of the old file.
The format of the file is unchanged. But we are preparing a new file with a new
format that would be record based. So we change all the read/write logic to
handle a list of record until a very low level. This will allow simple plugging
of the new format in the current code.
