itself. To do this you need a command line tool that outputs
likely address candidates based on a search string. There are currently two available:
- * The python tool notmuch_address.py ('git clone http://jkr.acm.jhu.edu/git/notmuch_addresses.git`)
- (slower, but no compilation required so good for testing the
- setup)
+ * The python tool notmuch_address.py ('git clone
+ http://jkr.acm.jhu.edu/git/notmuch_addresses.git`) (slower, but
+ no compilation required so good for testing the setup)
* The vala-based
[addrlookup](http://github.com/spaetz/vala-notmuch) (faster, but
needs compiling). This is how you compile the (3rd party) tool
"addrlookup" to give you address completion:
- - you need the addrlookup binary, first of all. Grab
+ * you need the addrlookup binary, first of all. Grab
http://github.com/spaetz/vala-notmuch/raw/static-sources/src/addrlookup.c
and build it with `cc -o addrlookup addrlookup.c ``pkg-config
--cflags --libs gobject-2.0`` -lnotmuch`. That should give you
the binary that you can test already.
- - EUDC is integrated into emacs and can be used for tab completion
- of email addresses. The code I use is here
- http://gist.github.com/359425. It was announce in [this
- mail](http://mid.gmane.org/87fx3uflkx.fsf@jhu.edu)
- (id:87fx3uflkx.fsf@jhu.edu) which contains links to the git
- repositories which contain the files.
+ * EUDC is integrated into emacs and can be used for tab
+ completion of email addresses. The code I use is here
+ http://gist.github.com/359425. It was announce in [this
+ mail](http://mid.gmane.org/87fx3uflkx.fsf@jhu.edu)
+ (id:87fx3uflkx.fsf@jhu.edu) which contains links to the git
+ repositories which contain the files.
* <span id="sign_messages_gpg">**how to sign/encrypt my messages with
gpg**</span>