Previously, if we failed to find the message by filename in
remove_filename, we would return immediately from the function without
ending its atomic block. Now this code follows the usual goto DONE
idiom to perform cleanup.
This was going to stdout. I removed the newline at the beginning of
printing the fatal error message because it wouldn't make sense if you
were only looking at the stderr stream (e.g., you had redirected
stdout to /dev/null).
Previously, fatal errors in add_files_recursive were not treated as
fatal by its callers (including itself!). This makes
add_files_recursive errors consistently fatal and updates all callers
to treat them as fatal.
No functional change here. The help message previously referred to
the "delete" tag, but "deleted" is now preferred, so hopefully this
will reduce any potential confusion.
There should be no functional changes, except that you don't need to
make the directories before installing.
Signed-off-by: Felipe Contreras <felipe.contreras@gmail.com>
Implicit typecast from 'void *' to 'T *' is okay in C, but not in
C++. In talloc_steal, an explicit cast is provided for type safety in
some GCC versions. Otherwise, a cast is required. Provide a template
function for this to maintain type safety, and redefine talloc_steal
to use it.
The template must be outside the extern "C" block (NOTMUCH_BEGIN_DECLS
and NOTMUCH_END_DECLS), but keep it within the GCC visibility #pragma.
No functional changes, apart from making the library build with
compilers other than recent GCC.
Signed-off-by: Jani Nikula <jani@nikula.org>
Previously, the makefile created dependency files in a separate, first
pass. In particular, include-ing the dependency files would cause
make to attempt to rebuild those files using the dependency-generation
rules in the makefile. Unfortunately, this approach required obtuse
rules and silently delayed the start of the build process (by quite a
bit on a clean tree without any dependency files). Worse, this
required the dependency files to themselves depend on all of the
headers the source file depended on, which meant that, if a header
file was removed, the depedency file could not be updated because of a
missing dependency (!), which would cause make to silently fail.
This patch eliminates the dependency generation rules and instead
generates dependency files as a side-effect of the regular build rule.
On the first build, we don't need to know the dependencies beforehand;
the object file doesn't exist, so it will be built anyway. On
subsequent builds, if a header file is updated, the dependency rules
generated by the previous build will force a rebuild. If a source
file is updated, the dependency rules may be stale, but it doesn't
matter because the updated source file will force a rebuild.
In the final case above, the stale dependency rules may refer to a
header file that no longer exists but is also no longer needed. In
order to prevent this from breaking the build, we also pass gcc the
-MP option, which generates phony targets for every depended-on header
file, so make won't complain if it can't find them during a later
build.
The new message exclude functionality will hide tags that only exist
on excluded messages. However, one might very well want to manually
modify excluded tags. This makes sure tags from excluded messages are
always available in tab completion.
This patch removes trailing spaces in notmuch-hello view.
A side effect of this change is that tag/query buttons no longer
include a space at the end. This means that pressing RET when the
point is at the first character after the tag/query button no longer
works (note that this is the standard behavior for buttons). We may
change this behavior in the future (without adding trailing spaces
back) if people would find this change inconvenient.
Show has to set --exclude=false to deal with cases where it is asked
to show a single excluded message. It uses JSON so it can easily pass
the exclude information to the user.
Systematically test the exclude options for search. Also move the
search existing exclude tests into the new test. There is some overlap
between the two sets of tests but many of the existing ones are there
because they triggered bugs in the past so I have kept them to ensure
coverage.
This moves notmuch show to the --exclude=(true|false) naming
scheme. When exclude=false show returns all threads that match
including those that only match in an excluded message. The excluded
messages are flagged.
When exclude=true the behaviour depends on whether --entire-thread is
set. If it is not set then show only returns the messages which match
and are not excluded. If it is set then show returns all messages in
the threads that match in a non-excluded message, flagging the excluded
messages in these threads. The rationale is that it is awkward to use
a thread with some missing messages.
This commit replaces the --no-exclude option with a
--exclude=(true|false|flag) option. The default is to omit the
excluded messages.
The flag option only makes sense if output=summary (as otherwise there
is nowhere to print the flag). In summary output exclude=false and
exclude=flag give almost identical output:
they differ in that with the exclude=flag option the match count
(i.e., the x in [x/n] in the output) is the number of matching
non-excluded messages rather than the number of matching messages.
Note this changes the default for output=summary when no --exclude=
option is given: it used to default to flag and now defaults to true
(i.e. omit excluded messages). This is neccesary to keep the cli
output uncluttered and for speed reasons.
Move the option --no-exclude to the --exclude= scheme. Since there is
no way to flag messages only true and false are implemented. Note
that, for consistency with other commands, this is implemented as a
keyword option rather than a boolean option.
Since GMime 2.6 is now the stable version upstream, and probably the
most tested by notmuch developers, it makes sense to suggest that to
users to install.
Currently whenever message about missing GMime, Glib or talloc is
printed the message is 2 lines, component info and its http location
in next line. In the future the amount of lines will vary. To ease
reading in these cases newline is added after each message.
In the new reply code, the References header gets inserted by
message.el using a function called message-shorten-references. Unlike
all the other header-inserting functions, it doesn't put a newline
after the header, causing the next header to end up on the same
line. In our case, this header happened to be User-Agent, so it's hard
to notice. This is probably a bug in message.el, but we need to work
around it.
This fixes the problem by wrapping message-shorten-references in a
function that inserts a newline after if necessary. This should
protect against the message.el bug being fixed in the future.
By default, emacs hides the User-Agent and References headers when
composing mail. This is a good thing for users, but a bad thing for
testing, since we can create ugly or invalid headers and not have it
show up in the tests.
By setting message-hidden-headers to an empty list, we force emacs to
show all the headers, so we can check that they're correct. Users
won't see this, but it will let us catch future bugs.
As a side-effect, this breaks all the reply tests, since there is a
bug with the References and User-Agent headers, fixed in the next commit.
Bug 1: Replying from alternate addresses
----------------------------------------
The reply code was inconsistent in its use of symbols and strings for
header names being passed to message.el functions. This caused the
From header to be lookup up incorrectly, causing an additional From
header to be added with the user's primary address instead of the
correct alternate address.
This is fixed by using symbols everywhere, i.e. never using strings
for header names when interacting with message.el.
This change also removes our use of `mail-header`, since we don't use
it anywhere else, and using assq makes it clear how the header lists
are expected to work.
Bug 2: Duplicate headers in emacs 23.2
--------------------------------------
The message.el code in emacs 23.2 assumes that header names will
always be passed as symbols, so our use of strings caused
problems. The symptom was that on 23.2 (and presumably on earlier
versions) the reply message would end up with two of some headers.
Converting everything to symbols also fixes this issue.
Since the recent reply changes were pushed, there has been a bug that
causes emacs to always reply from the primary address, even if the
JSON or default CLI reply output uses an alternate address.
This adds two tests to the emacs test library based on the two "Reply
form..." tests in the reply test library. One is currently marked
broken.
Previously, this function took an argument called "message-id", even
though it was a general query, rather than a message ID. This changes
it to "query".
This makes more logical sense, since it makes the recursive printer
responsible for the entire reply body and lets it start at the root of
the MIME tree instead of the first child. (We could move reply header
creation in there, too, but if we ever support proper reply to
multiple messages, we'll want just one set of reply headers computed
from the entire message set and many bodies.)
Previously, show and reply had separate implementations of decoding
and printing text parts. Now both use show's implementation, which
was more complete. Show's implementation has been extended with an
option to add reply quoting to the extracted part (this is implemented
as a named flag to avoid naked booleans, even though it's the only
flag it can take).
This adds a lib function to turn a message ID into a properly escaped
message ID query and uses this function wherever we previously
hand-constructed ID queries. Wherever this new function is used,
documentation has been clarified to refer to "id: queries" instead of
"message IDs".
This fixes the broken test introduced by the previous patch.
