This turns the prompt sequence from something like:
$ examine changes to foo?
$ record change 1/4 to foo?
$ record change 2/4 to foo?
$ examine changes to bar?
$ record change 4/4 to bar?
into:
$ examine changes to foo?
$ record change 1/3 to foo?
$ record change 2/3 to foo?
$ examine change to bar?
$ record change 3/3 to bar?
The previous loop was iterating over a mixed header/hunk stream. It may have
been more generic in the sense every item in the stream could trigger a prompt
but it required more work to skip items properly. It can be rewritten in a more
intuitive way by looping on files then looping on hunks.
* remove obsolete reference to potential problems with merge and import
* emphasize that running kwshrink before configuration changes which
affect active/expanded keywords is mandatory
using hg clone svn://anonsvn.kde.org/home/kde/trunk kde ... with progress
yields 3008/1210830 1314h56m, which is unusable.
Add code to switch to days at 30 hours, to weeks at 15 days, and to years
at 55 weeks. A day has 24 hours, a week has 7 days, and a year has 52 weeks.
Months are intentionally omitted because they do not have a fixed length. The
Use of 52 weeks is a known and understandable estimate for a year.
It might make sense to spell our year to alert people when progress is
impractical, but...
* parse branch and nodeid header lines
* remember the line number where diffs started
Combined, these make mq.patchheader() very useful for parsing and
preserving a patch header through edits. TortoiseHg will use the
nodeid and parent to display these header datums in the graph when
patches are unapplied, and uses diffstartline to parse patch files
using record.parsepatch().
The --force option to qnew has become a no-op, so qrecord doesn't need
to use it. This allows record's command table to be simplified; in the
process of doing so, this patch also cleans up the cmdtable visually.
This patch prevents MQ from creating an inconsistent subrepo state. If
the .hgsub file has been changed, and none of the subrepos have
uncommitted changes, creating or updating a patch (using qnew, qrefresh,
or qrecord) will update .hgsubstate accordingly.
If any subrepos _do_ have uncommitted changes, qnew/qrefresh/qrecord
will abort.
Thanks to pmezard for proposing this solution.
These changes are not useful to record itself, since it is hard coded
to always generate git style diffs. But it makes parsepatch() more
generally useful for parsing normal patch files.
Improved help to make it more clear for users which changes are only
changes in the working copy and which changes that will go into the
repository (on the following commit). Futhermore a note on when the
rules will be applied to the working directory.
This more closely matches how the other undo files are created, and we
don't care about settings permissions or times on the file, which can
fail if the user running hg doesn't own the file.
1) hg cp symlink copy -> copy is a symlink.
2) cp symlink copy; hg cp -A symlink copy -> copy is a regular file.
In the second case we have to follow the symlink to its target
to find out whether we have to unexpand keywords in the copy.
Add test covering the case where the copied link's target is ignored
by keyword but has content which would match the regex for expanded
keywords to check whether we indeed leave the destination alone.
If MQ allows modifying .hgsub or .hgsubstate in a patch, it can easily
lead to an inconsistent subrepo state. This patch prevents qrefresh from
adding any modifications to .hgsub or .hgsubstate to a patch. The user
is warned that these files are not included in the patch.
The tests test both the slightly irrational and the pathological cases.
The p4 command-line client sometimes fails upon doing "p4 describe"
when trying to produce a patch. (I'm guessing it's a bug in p4.)
However, "hg convert" doesn't even make use of the patch, and it can
be elided by adding "-s" to the p4 command line here.
