The object where pointer to `data` was received was deleted before
it was used in _notmuch_string_list_append().
Relevant Coverity messages follow:
3: extract
Assigning: data = std::__cxx11::string(message->doc.()).c_str(),
which extracts wrapped state from temporary of type std::__cxx11::string.
4: dtor_free
The internal representation of temporary of type std::__cxx11::string
is freed by its destructor.
5: use after free:
Wrapper object use after free (WRAPPER_ESCAPE)
Using internal representation of destroyed object local data.
(cherry picked from commit 06adc27668)
We already use this directory for dtach sockets, so it makes sense to
put gnupg sockets there as well. There doesn't seem to be a clean way
to put a fully functional socket in a different location than
GNUPGHOME.
This reverts commit e7b88e8b0a.
It turns out that this does not work well in environments without a
running systemd (or some other provider of /run/user)
The two g_hash_table functions (insert, add) have different behaviour
with respect to existing keys. g_hash_table_insert frees the new key,
while g_hash_table_add (which is really g_hash_table_replace in
disguise) frees the existing key. With this change 'ref' is live until
the end of the function (assuming single-threaded access to
'hash'). We can't guarantee it will continue to be live in the
future (i.e. there may be a future key duplication) so we copy it with
the allocation context passed to parse_references (in practice this is
the notmuch_message_t object whose parents we are finding).
Thanks to Tomi for the simpler approach to the problem based on
reading the fine glib manual.
This enables the shortened socket pathes in /run or equivalent. The
explicit call to gpgconf is needed for nonstandard GNUPGHOME settings.
(amended according to id:m2fujatr4k.fsf@guru.guru-group.fi)
This is primarily intended for use in the test suite (since notmuch
builds fine without gnupg installed). Thus we only write the variable
to sh.config.
Since the sed expansion line which did $prefix expansion for
libdir_expanded was changed from the legacy `...` format to the
new $(...) expression, the subtle backslash expansion change went
unnoticed -- \\$ which used to escape '$' now escapes '\' and the
following '$prefix' was attempted to expand as a variable. So
changing \\$ to \$ fixes this.
Also, replaced echo with printf %s -- echo does expansions of its own.
While at it, the following 2 inconsistencies were fixed:
1) the /g flag was removed from first expression; second didn't have it
2) first expression did not end with /, so "dropped" it from second
configure | 2 +-
1 file changed, 1 insertion(+), 1 deletion(-)
Attempt to distinguish between errors indicating misconfiguration or
programmer error, which we consider "permanent", in the sense that
automatic retries are unlikely to be useful, and those indicating
transient error conditions. We consider XAPIAN_EXCEPTION transient
because it covers the important special case of locking failure.
The idea is to get the mail written to disk, even if we can't open the
database (e.g. because some other process has a write lock, and notmuch
is compiled for non-blocking opens).
Running `gdb command < input` is not as reliable way to give input
to the command (some installations of gdb consume it). Use "set args"
gdb command to have input redirected at gdb 'run' time.
If some software other than notmuch new renames or removes files
during the notmuch new scan (specifically after scandir but before
indexing the file), keep going instead of bailing out. Failing to
index the file is just a race condition between notmuch and the other
software; the rename could happen after the notmuch new scan
anyway. It's not fatal, and we'll catch the renamed files on the next
scan.
Add a new exit code for when files vanished, so the caller has a
chance to detect the race and re-run notmuch new to recover.
Reported by Paul Wise <pabs@debian.org> at
http://bugs.debian.org/cgi-bin/bugreport.cgi?bug=843127
GnuPG 2.1.16 is now injecting the full issuer fingerprint in its
signatures, which makes them about 32 octets larger when
ascii-armored.
This change in size means that the size of the MIME parts will vary
depending on the version of gpg that the user has installed. at any
rate, the signature part should be non-zero (this is true for
basically any MIME part), so we just test for that instead of an exact
size.
