Sebastian offered to maintain these bindings within the notmuch
repository and offered them in the following repository:
git://github.com/spaetz/python-notmuch.git
These are the bindings formerly known as "cnotmuch" and now known
simply as "notmuch" from within python.
The bindings are not yet integrated into the build system and
packaging of the primary ntomuch repository.
As the user has already defined aliases for certain searches in
notmuch-folders, search buffer names that use these aliases will
be easier to identify.
It's not neccessary to sort the results before we apply tags. Xapian
contributor Olly Betts says that savings might be bigger with a cold
file cache and (as unsorted implies really sorted by document id) a better
cache locality when applying tags to messages.
Signed-off-by: Sebastian Spaeth <Sebastian@SSpaeth.de>
Previously, we always sorted the returned results by some string value,
(newest-to-oldest by default), however in some cases (as when applying
tags to a search result) we are not interested in any special order.
This introduces a NOTMUCH_SORT_UNSORTED value that does just that. It is
not used at the moment anywhere in the code.
Signed-off-by: Sebastian Spaeth <Sebastian@SSpaeth.de>
When there is no configuration file at all, (and none specified),
notmuch works correctly by assuming correct default values. But when
the user specifies a configuration file (with the NOTMUCH_CONFIG
environment variable) and that file doesn't exist, then notmuch should
aboirt and let the user know about the problem.
The thread-naming feature depends on the matched messages being passed
down in a precise order, (the order of the top-level search). We fix
the feature by passing that sort order down.
We recently added a feature to name threads based on the messages that
actually matched the search, (as opposed to simply the oldest or
newest message in the thread whether it matched or not). So add tests
for that, and (surprise, surprise!) the feature does not entirely
work.
We know that matched messages are always added in order, so we can
always just grab the subject from the first message. This is the same
approach that was used previously in _thread_add_message. That is, the
recent feature of renaming a thread based on the subject of the
"first" matched message is as simple as moving the subject assignment
from _thread_add_message to _thread_add_matched_message.
At the moment all threads are named based on the name of the first message
in the thread. However, this can cause problems if people either start
new threads by replying-all (as unfortunately, many out there do) or
change the subject of their mails to reflect a shift in a thread on a
list.
This patch names threads based on (a) matches for the query, and (b) the
search order. If the search order is oldest-first (as in the default
inbox) it chooses the oldest matching message as the subject. If the
search order is newest-first it chooses the newest one.
Reply prefixes ("Re: ", "Aw: ", "Sv: ", "Vs: ") are ignored
(case-insensitively) so a Re: won't change the subject.
Note that this adds a "sort" argument to _notmuch_thread_create and
_thread_add_matched_message, so that when constructing the thread we can
be aware of the sort order.
Signed-off-by: Jesse Rosenthal <jrosenthal@jhu.edu>
This way when GMime 2.8 comes out we can simply add it to the list
rather than adding an additional block of conditional code for it.
Also GMime 2.6 is now preferred over GMime 2.4.
This patch helps in customizing search result display similar to
mutt's index_format. The customization is done by defining an alist as
below:
(setq notmuch-search-result-format '(("date" . "%s ")
("authors" . "%-40s ")
("subject" . "%s ")))
The supported keywords are date, count, authors, subject and tags.
Signed-off-by: Aneesh Kumar K.V <aneesh.kumar@gmail.com>
Signed-off-by: David Edmondson <dme@dme.org>
Use the mailcap functionality to guess a MIME type for attachments of
type application/octet-stream and, presuming successful, feed the
attachment back into the display code with the determine type.
This is mostly useless at the moment, as the JSON output from notmuch
does not include the content of application/octet-stream parts, so
they cannot be displayed even if the guess is a good one.
If a text/plain part is not the first part in a message, add a label
in order that a user can see that multiple parts are present.
If a part has a 'filename' attribute, include it in any label
describing the part.
In the recent switch to a JSON-based emacs interface, RET now toggles
message visibility anywhere in the message, (rather than only on the
summary line). So we no longer need this separate "b" binding for this.
Additionally, the body toggle was implemented independently from RET,
so after hiding a message with "b" one could not make it visible with
RET. This confusing state is now no longer possible, (since the
:body-visible property is removed entirely).
The special case for len==0 was wrong---the normal code path is to
talloc to get a newly allocated, editable string, that might be
talloc_free'd later. It makes more sense just to let the len==0
behaviour fall through into the normal case code.
Reviewed-by: Carl Worth <cworth@cworth.org>
This results in the same value being returned, but with the proper
memory handling.
If we have it in the toplevel directory we can run it without having
to install the library, which is great for testing purposes.
--HG--
rename : docs/notmuch => notmuch.py
So you need to do e.g. 'from notmuch import Database' rather than the
previous from cnotmuch.notmuch import Database.
Alse recreate our fake python 'notmuch' binary in the docs directory for now
--HG--
rename : notmuch/notmuch.py => notmuch/__init__.py
Eventually I'd like to automate this so that one or the other of these
files is canonical and the other is generated from it. Until then, add
this check to the release process to avoid a skewed release being
shipped.
On Linux, a C program that depends on a C library which in turn
depends on a C++ can be linked with the C compiler, (avoiding a direct
link from the program to the C++ runtime libraries).
Other platforms with less fancy linkers need to use the C++ compiler
for this linking.
Useful for verifying that our tar-file creation works. The tar-file
name can't easily be used as a target directly since it depends on the
current git revision.
Theese were previously pointing to "make VERSION=X.Y release", but
we've recently changed to an alternate scheme involving the updated
version in a file named "version".
We do this so that "git archive" produces a usable tar file without us
having to post-modify it, (since tools like git-buildpackage might not
give us an easy way to hook into the tar-file-creation step).
To support this we also have to change our preference to prefer the
git-described-based version (if available) and only if not available
do we fallback to using what's in the "version" file. Finally, we also
ovverride this preference when releasing, (where what's in the
"version" file wins).
Note that using our Makefile's rule to create a tar file still will
insert the git-based version into the tar file. This is useful for
creating snapshots which will correctly report the git version from
which they were created.
