Simplifies client logic in multiple places since it encapsulates the
computation of the common and, more importantly, the missing node lists.
This also allows an upcomping patch to communicate precomputed versions of
these lists to clients.
The last line of a non newline-terminated file would mix with the first line of
the next file in multiple-file listings before this patch.
Possible compatibility issue: no longer possible to tell from the annotate
output if the file is terminated by new line or not.
As of 1ffaca626da1 (first released as part of Mercurial 2.0), the rebase command
accepted ONLY revsets for the source and base arguments and no longer accepted
old-style revision specifications. As a result, some revision names were no
longer recognised, e.g.
hg rebase --base br-anch
abort: unknown revision 'br'!
These arguments are now interpreted first as old-style revision specifications,
then as revsets when no matching revision is found. This restores backwards
compatibility with releases prior to 2.0.
``{phaseidx}`` is providing the phase index as integer. This integer
representation is useful when people need to use the fact that phase are
ordered.
Test keep using the number version for readability purpose.
This patch makes "hg remove" work the same way on largefiles as it does on
regular Mercurial files. If you try to remove an added largefile, the removal
fails and you are instead prompted to use "hg forget" to undo the add.
- catch all exceptions
- pickle a stringified version of the exception
- use a normal abort
Hopefully this will result in less mysterious convert exceptions
The bugs seemed to show up when element not in future common changeset should
hold new hold phase data.
The whole phase push machinery was rewritten in the process.
The previous workaround for correct handling of wrapping of failing connections
might be enough to prevent this from happening, but the check here makes this
function more robust.
This works around that ssl.wrap_socket silently skips ssl negotiation on
sockets that was connected but since then has been reset by the peer but not
yet closed at the Python level. That leaves the socket in a state where
.getpeercert() fails with an AttributeError on None. See
http://bugs.python.org/issue13721 .
A call to .cipher() is now used to verify that the wrapping really did succeed.
Otherwise it aborts with "ssl connection failed".
