This data will be used to redisplay an image that is hidden by
deleting it from the buffer. We cannot easily delay until the image
is hidden, as we won't have the original data at that point.
For some kinds of MIME parts (at least images), our trickery with
overlays will not work, so save the more drastic function created by
Gnus that actually deletes the part from the buffer. In an ideal world
we would return this function as (part of) a value, but here the call
stack is too complicated for anything that simple, so we stash it in
the part plist and rely on that being preserved (unlike the mm handle,
which is transient).
The function _notmuch_config_load_from_file is only called in two
places in open.cc. Update internal API to match the idiom in open.cc.
Adding a newline is needed for consistency with other status strings.
Based in part on a patch [1] from Eric Blake.
[1]: id:20230906153402.101471-1-eblake@redhat.com
This is a bit fragile w.r.t. glib changing their error message, but it
already helped me find one formatting bug, so for now I think it's
worth it, instead of just grepping for "UTF-8".
For now print a generic error message and exit with error on any
non-success code. Previously the code exited, but with exit code zero,
leading users / scripts to think the command had succeeded.
"ju" reported on IRC that browsing
https://nmbug.notmuchmail.org/nmweb/show/20160719094205.qmf5sjnja6crt5t3%40gotlib
crashed. The underlying issue is that python3 defaults to utf8
decoding files unless they are opened in binary mode. The file in
question (in the nmbug archive; it depends a bit on the routing the
message took) has
Content-Type: text/plain; charset=iso-8859-1
Content-Transfer-Encoding: 8bit
and some of it is not valid utf8.
The python setuputils clean relys on including _notmuch_config.py,
which is cleaned up. Rather than relying on careful ordering, just do
all the cleaning from the GNU Make based build system.
_notmuch_config.py is generated by configure, and cannot be cleaned up
by the current python build system, since it is imported as a module
by that same build system.
Use DISTCLEAN rather than CLEAN for consistency with other configure
related things.
On ppc64el, races are detected by TSan:
WARNING: ThreadSanitizer: data race (pid=4520)
Read of size 8 at 0x7ffff20016c0 by thread T1:
#0 strlen ../../../../src/libsanitizer/sanitizer_common/sanitizer_common_interceptors.inc:386 (libtsan.so.2+0x77c0c)
#1 strlen ../../../../src/libsanitizer/sanitizer_common/sanitizer_common_interceptors.inc:378 (libtsan.so.2+0x77c0c)
#2 g_strdup ../../../glib/gstrfuncs.c:362 (libglib-2.0.so.0+0xa4ac4)
Previous write of size 8 at 0x7ffff20016c0 by thread T2:
#0 malloc ../../../../src/libsanitizer/tsan/tsan_interceptors_posix.cpp:647 (libtsan.so.2+0x471f0)
#1 g_malloc ../../../glib/gmem.c:130 (libglib-2.0.so.0+0x7bb68)
Location is heap block of size 20 at 0x7ffff20016c0 allocated by thread T2:
#0 malloc ../../../../src/libsanitizer/tsan/tsan_interceptors_posix.cpp:647 (libtsan.so.2+0x471f0)
#1 g_malloc ../../../glib/gmem.c:130 (libglib-2.0.so.0+0x7bb68)
This appears to be a false positive in GLib, as explained at
https://gitlab.gnome.org/GNOME/glib/-/issues/1672#note_1831968
In short, a call to fstat fails under TSan and GLib's g_sterror will
intern the error message, which will be reused by other threads.
Since upstream appears to be aware that GLib doesn't play nicely with
TSan, suppress everything coming from the library instead of
maintaining a fine grained list.
Reported at
https://buildd.debian.org/status/fetch.php?pkg=notmuch&arch=ppc64el&ver=0.38%7Erc0-1&stamp=1692959868&raw=0
Depending on compiler (gcc, g++, clang) and standard options (c99, c11),
string.h may or may not include strings.h, leading to possibly missing
or conflicting declarations of strcasestr.
Include both so that both detection and compilation phases use the same
(possibly optimised) implementations.
Suggested-by: Thomas Schneider <qsx@chaotikum.eu>
Suggested-by: Florian Weimer <fweimer@redhat.com>
Suggested-by: Tomi Ollila <tomi.ollila@iki.fi>
Native compilation is kindof useless in the test suite because we
throw away the cache after every subtest. The test suite could in
principle share an eln cache within a given test file; for now try to
minimize the amount of native-compilation. There is an intermittent
bug where emacs loses track of its default-directory; I suspect (but
have no proof) that bug is related to native compilation and/or race
conditions. This patch seems to prevent that bug (or at least reduce
its frequency).
According to discussion on
https://gitlab.gnome.org/GNOME/glib/-/issues/3078
it looks like upstream will stop supporting top of file comments.
It is questionable whether we really need this feature, but for now
update notmuch-config to simulate it.
As of Emacs 29.1, In-Reply-To is in the default value for
message-hidden-headers. We actually want to see that in the test
suite, so remove it again. To future proof the tests, fix a default
value for message-hidden-headers specifically for the test suite.
It is wasteful to remove a filename term when the whole message
document is about to be removed from the database. Profiling with perf
shows this takes a significant portion of the time when cleaning up
removed files in the database.
The logic of n_d_remove_message becomes a bit more convoluted here in
order to make the change minimal.
It is possible that this function can be further optimized, since the
expansion of filename terms into filenames is probably not needed
here.
It isn't really clear how this worked before. Traversing the terms of
a document after deleting it from the database seems likely to be
undefined behaviour at best
We put some effort into testing the built copy rather than some
installed copy. On the other hand for people like packagers, testing
the installed copy is also of interest.
When NOTMUCH_TEST_INSTALLED is set to a nonempty value, tests do not
require a built notmuch tree or running configure.
Some of the tests marked as broken when running against installed
notmuch are probably fixable.
When running the test suite without building first, it is desirable to
have the tests consider these variables being undefined as equivalent
to the feature not being present, and in particular for the tests not
to generate errors.
