The current behaviour is that regardless of the order in which the
addition and removal of a tag are specified, the tag is added.
Signed-off-by: Jani Nikula <jani@nikula.org>
The function notmuch-match-content-type was comparing content types
case sensitively. Fix it so it tests case insensitively.
This fixes a bug where emacs would not include any body when replying
to a message with content-type TEXT/PLAIN.
Some 0.12 NEWS items descriptions were indented with 3 spaces whereas
all other lines are indented with 2 spaces. Brought those
escaped lines back in line with others.
This allows for testing against both versions of gmime on a single
machine, without having to mess with pkg-config paths.
This is rework of Tom Prince's patch submitted in
id:"1331402091-15663-1-git-send-email-tom.prince@ualberta.net"
In the future, IFS value needs to be changed in a few places
in configure -- and then restored. Store the original value
to $DEFAULT_IFS for easy restoration.
Formerly the code assumed the arguments to be triples and threw an
error if this was not the case. But those arguments are only there for
compatibility with autotools and are not used within the build system,
so just dropping the code parsing these values makes the build system
more robust.
Signed-off-by: Justus Winter <4winter@informatik.uni-hamburg.de>
Use the new JSON reply format to create replies in emacs. Quote HTML
parts nicely by using mm-display-part to turn them into displayable
text, then quoting them with message-cite-original. This is very
useful for users who regularly receive HTML-only email.
Use message-mode's message-cite-original function to create the
quoted body for reply messages. In order to make this act like the
existing notmuch defaults, you will need to set the following in
your emacs configuration:
message-citation-line-format "On %a, %d %b %Y, %f wrote:"
message-citation-line-function 'message-insert-formatted-citation-line
The tests have been updated to reflect the (ugly) emacs default.
This new JSON format for replies includes headers generated for a
reply message as well as the headers of the original message. Using
this data, a client can intelligently create a reply. For example, the
emacs client will be able to create replies with quoted HTML parts by
parsing the HTML parts.
In X, Emacs distinguishes the tab key, which produces a 'tab event;
from C-i, which produces a ?\t event. However, in a terminal, these
are indistinguishable and only produce a ?\t event. In order to
simplify things, Emacs automatically translates from 'tab to ?\t (see
"Function key translations" in M-x describe-bindings), so functions
only need to be bound to ?\t to work in all situations.
Previously, the search tab completion code usedq (kbd "<tab>"), which
produced the event sequence [tab], which only matched the 'tab event
and hence only worked in X. This patch changes it to (kbd "TAB"),
which matches the general ?\t event and works in all situations.
When the exclude tags contain a tag that does not occur anywhere in
the Xapian database the exclusion fails. We modify the way the query
is constructed to `work around' this. (In fact the new code is cleaner
anyway.)
It also seems to fix another exclusion failure bug reported by
jrollins but we have not yet worked out why it helps in that case.
This adds three tests for --output=messages searches. One test is for
the case when one exclude tag does not occur in the Xapian
database. This triggers a Xapian bug in some cases and causes the
whole exclusion to fail. The next commit avoids this bug.
The tests for the exclude code in search and count use the line
notmuch config set search.exclude_tags = deleted
which actually sets the exclude tags to be "=" and "deleted". Remove
the "=" from this line.
Allow query debugging to be enabled at run-time by setting the
NOTMUCH_DEBUG_QUERY environment variable to a non-empty string.
Previously, enabling query debugging required recompiling, but parsed
queries are often useful for tracking down bugs in situations where
recompiling is inconvenient.
Before the change, messages generated by generate_message() used "Test
message #N" for default subject where N is the generated messages
counter. Since message subject is commonly present in expected
results, there is a chance of breaking other tests when a new
generate_message() call is added. The patch changes default subject
value for generated messages to subtest name if it is available. If
subtest name is not available (i.e. message is generated during test
initialization), the old default value is used (in this case it is
fine to have the counter in the subject).
Another benefit of this change is a sane default value for subject in
generated messages, which would allow to simplify code like:
test_begin_subtest "test for a cool feature"
add_message [subject]="message for test for a cool feature"
Before the change, the first subtest in raw format tests just
generated messages and checked that they are added successfully. This
is not really a raw format test, it is creating of environment
required for other subtests to run. The patch removes the first
subtest from raw and replaces it with bare add_message calls, similar
to how it is done in other tests.
TODO: we should check that test environment was created successfully.
Currently, many tests do add_message(), notmuch new and other calls
without checking the results. We should come up with a general
solution for this, i.e. if any command during test initialization
fails, all tests should be skipped with appropriate error message.
This is fully compatible for root and leaf parts, but now has proper
support for interior parts. This requires some design decisions that
were guided by what I would want if I were to save a part.
Specifically:
- Leaf parts are printed without headers and with transfer decoding.
This is what makes sense for saving attachments. (Furthermore, the
transfer decoding is necessary since, without the headers, the
caller would not be able to interpret non-transfer-decoded output.)
- Message parts are printed with their message headers, but without
enclosing part headers. This is what makes sense for saving a
message as a whole (which is a message part) and for saving attached
messages. This is symmetric for whole messages and for attached
messages, though we special-case the whole message for performance
reasons (and corner-case correctness reasons: given malformed input,
GMime may not be able to reproduce it from the parsed
representation).
- Multipart parts are printed with their headers and all child parts.
It's not clear what the best thing to do for multipart is, but this
was the most natural to implement and can be justified because such
parts can't be interpreted without their headers.
As an added benefit, we can move the special-case code for part 0 into
the raw formatter.
Formatter errors are propagated to the exit status of notmuch show.
This isn't used by the JSON or text formatters, but it will be useful
for the raw format, which is pickier.
Previously, there was only one CRLF between the terminating boundary
of the embedded multipart/alternative and the boundary of the
containing multipart. However, according the RFC 1341, 7.2.1:
The boundary must be followed immediately either by another CRLF and
the header fields for the next part, or by two CRLFs, in which case
there are no header fields for the next part
and
The CRLF preceding the encapsulation line is considered part of the
boundary so that it is possible to have a part that does not end
with a CRLF (line break).
Thus, there must be *two* CRLFs between these boundaries: one that
ends the terminating boundary and one that begins the enclosing
boundary.
While GMime accepted the message we had before, it could not produce
such a message.
