Before it was impossible to know whether any particular setting or
rule definition was in Makefile or Makefile.local. So we strip the
Makefile down to little more than the list of sub-directories and
the logic to include all of the sub-directories' Makefile.local
fragments.
Then, all of the real work can happen inside of Makefile.local.
If an explicit --libdir is passed, then that is used directly. Otherwise
libdir is chosen as the value of $PREFIX/lib, (whether or not prefix was
passed explicitly or set by default).
For the case of adding a file that already exist, (with the same
filename). In this case, nothing will happen to the database, but
that wasn't clear before.
When trying to restore the current position, if the "current" thread
no longer appears in the buffer, then '=' moves to the current line
instead. When near the end of the buffer, the "current" line should
be counted as the number of lines from the end.
I just tried (and failed) to write a test for the recent magic
inference of phrase searches. That's a feature that makes me *really*
uncomfortable to not have an automated test. But I believe the
proposed modularization of the test suite should reduce some quoting
nightmares, so will hopefully make this easier.
These results have all the same terms as the target phrase, but
not in the expected order. They are designed to ensure that we
actually test phrase searches.
And as it turns out, we're not currently quoting the search terms
properly, so the phrase-search tests now fail with this commit.
The previous json patches forgot to add the notmuch tags to the json
output. This is inconsistent to the text output so here they are. We
just output a 'tags' field that sends notmuch tags as a json array.
Signed-off-by: Sebastian Spaeth <Sebastian@SSpaeth.de>
We currently allow the cursor to be positioned on the "End of search
results" line after the last thread in a search buffer. When
refreshing on this line, there's no thread ID to be used as the
target.
Previously, a refresh from this case would result in a nil thread
target, but we were also using nil to indicate that the target thread
had been found. This caused the position to be lost during refresh,
(the cursor would move from the last line in the buffer to the first).
We fix this by using a magic string of "found" rather than nil to
clearly indicate whether the target thread has actually been found.
It doesn't make sense to move the cursor to some random point in the
middle of a line. We always want the refresh to leave the cursor at
the beginning of some line instead.
We were previously maintaining two lists of the child Makefile
fragments---one for the includes and another for the dependencies. So,
of course, they drifted and the dependency list wasn't up to date.
We fix this by adding a single subdirs variable, and then using GNU
Makefile substitution to generate both the include and the dependency
lists.
Some side effect of this change caused the '=' assignment of the dir
variable to not work anymore. I'm not sure why that is, but using ':='
makes sense here and fixes the problem.
We wamt a simple "make" to call the 'all' target and then print a
message when done, but we don't want "make install" which depends on
that same 'all' target to print the message.
We previously did this with a separate 'all-without-message' target,
which was inelegant because it caused all users of the target to
carefully depend on 'all-without-message' rather than 'all'.
Instead, we now use a single 'all' target but with a Makefile
conditional that examines the MAKECMDGOALS variable to determine
whether to print the message.
The "all" inside this variable name was easy to confuse with the
separate "all" target. This variable specifies dependencies that apply
to every target, so use "global" instead.
Add emacs/Makefile.local and emacs/Makefile. Move emacs targets into
emacs/Makefile.local, but leave the byte compilation rule in the top
level Makefile.
This has been broken since the addition of support for streaming
search results to the emacs interface. With the old apparoach it was
easy to simply wait for all search results to land in the buffer and
then search for the desired line. With streaming results, we have to
save the target off to the side and allow the process filter and
sentinel functions to correctly respond when the target thread
appears.
Commit cd467caf renamed notmuch_query_search to notmuch_query_search_messages.
Commit 1ba3d46f created notmuch_query_search_threads. We better keep the docs
of notmuch_query_create consistent with those changes.
Signed-off-by: Fernando Carrijo <fcarrijo@yahoo.com.br>
Edited-by: Carl Worth to explicitly list the full name of each
function being referenced.
This is a fairly old regression. There has always been code to avoid
printing empty headers (such as Cc or Bcc with no values), but it has
been broken since notmuch_message_get_header was changed to return
an empty string rather than a NULL pointer for these fields.
There's been a lot of good work done, and we've been doing a generally
poor job of noticing when some of the tasks we've completed were
already on our TODO list.
So here's a careful scan, removing all items I could find that have
already been done.
The behavior was changed in commit 4aff2ca55b
to affect all messages in the thread (and not only those matching
the current search) but the documentation was not updated (until
now).
We rename 'has_more' to 'valid' so that it can function whether
iterating in a forward or reverse direction. We also rename
'advance' to 'move_to_next' to setup parallel naming with
the proposed functions 'move_to_first', 'move_to_last', and
'move_to_previous'.
Commit 095a02211e broke the backspace
key by trying to execute nil as a function, (which obviously won't
work), when it was intended as a return value. Fix this now, (and pine
for a test suite that exercises the emacs user-interface of notmuch).
When searching for an individual message, (by message id, say), it's
really annoying to have the entire thread open just because the thread
was archived without ever having been read.
This means that the "unread" tag is a lot less special, and it really
just exists as a mild cue for the user.
Justin B Rye pointed out (in Debian bug #566282) that a user with mail
in mbox format can spend a lot of time investigating notmuch before
realizing that mbox is not supported. Head that off with a more
detailed mention in the package description.
Justin B Rye pointed out (in Debian bug #566282) that a user with mail
in mbox format can spend a lot of time investigating notmuch before
realizing that mbox is not supported. Head that off with a more
detailed mention in the README blurb.
Sometimes the internals of the implementation navigate among messages,
(as opposed to the user explicitly requesting the next message to be
shown). In these cases we don't want to remove the unread tag from the
message navigated to.
This fixes a bug where invocation of notmuch-show-next-unread-message
would clear the unread tag from all messages in a thread.
This patch is intended to greatly simplify the handling of the
"unread" tag in the emacs UI. This patch adds a new function
'notmuch-show-mark-read', that removes the "unread" tag in
notmuch-show-mode. This function is then executed as a
notmuch-show-hook, and by notmuch-show-next-message. All of the
functions that explicitly marked messages as unread are removed or
renamed.
The idea here is that the user should never have to worry about
manipulating the "unread" tag. The tag should persist until the user
actually views a message, at which point it should be automatically
removed. This patch simplifies the notmuch.el quite a bit, removing a
lot of somewhat redundant functions, and reducing clutter in the name
and key-mapping space.
The text output uses thread:<foo>, (which is a syntax directly supported
by "notmuch show"), so make the json output be "thread", "<foo>" rather
than "id", "<foo>". This should help avoid confusion of thread IDs with
message IDs, (which do use the "id" prefix in searches).
In the case of notmuch-show, "--format=json" also implies
"--entire-thread" as the thread structure is implicit in the emitted
document tree.
As a coincidence to the implementation, multipart message ID numbers are
now incremented with each part printed. This changes the previous
semantics, which were unclear and not necessary related to the actual
ordering of the message parts.
