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* update docs

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djcb
2012-04-30 08:16:44 +03:00
parent ce641551c6
commit f007bb369b
1 changed files with 10 additions and 12 deletions
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emacs/mu4e.texi
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@ -1408,14 +1408,14 @@ An (almost) minimal configuration for @t{mu4e} might look something like this:
@emph{Gmail} is a popular e-mail provider; let's see how we can make it work
with @t{mu4e}.
First of all, we need a program to get the e-mail from Gmail on our local
First of all, we need a program to get the e-mail from Gmail to our local
machine; for this we use @t{offlineimap}; on Debian (and derivatives like
Ubuntu), this is as easy as:
@verbatim
sudo apt-get install offlineimap
@end verbatim
Then, create a configuration for @t{offlineimap}, i.e. a file
Then, we need to create a configuration for @t{offlineimap}, i.e. a file
@file{~/.offlineimaprc}:
@verbatim
@ -1441,7 +1441,7 @@ maxconnections = 1
realdelete = no
@end verbatim
Of course, you need replace @t{USERNAME} and @t{PASSWORD} with your actual
Obviously, you need to replace @t{USERNAME} and @t{PASSWORD} with your actual
GMail username and password.
After this, you should be able to download your mail:
@ -1512,8 +1512,6 @@ Now, let's make a @t{mu4e} configuration for this:
(setq
user-mail-address "USERNAME@@gmail.com"
user-full-name "Foo X. Bar"
;; include in message with C-c C-w
message-signature
(concat
"Foo X. Bar\n"
@ -1537,7 +1535,7 @@ And that's it -- put the above in your @file{~/.emacs} (obviously you need to
change @t{USERNAME} etc. to your own), and restart @t{emacs}, and run @kbd{M-x
mu4e}.
Using these setting you can quickly switch to your Inbox -- press
Using these settings, you can quickly switch to your Inbox -- press
@kbd{ji}. Then, when you want archive some messages, move them to the 'All
Mail' folder by pressing @kbd{ma}.
@ -1714,13 +1712,13 @@ talk to @t{emacs} in its native language: @emph{s-expressions} (to be precise:
@code{read-from-string}. See @ref{The message s-expression} for details on the
format.
So, now let's look how we process the data from @t{mu server} in
emacs. We'll leave out a lot of detail, @t{mu4e}-specifics, and look at a
bit more generic approach.
So, now let's look how we process the data from @t{mu server} in emacs. We'll
leave out a lot of detail, @t{mu4e}-specifics, and look at a bit more generic
approach.
The first is to create a process with, for example, @code{start-process}, and
then register a filter function for it, which will be invoked whenever the
process has some chunk of output. Something like:
The first thing to do is to create a process (for example, with
@code{start-process}), and then register a filter function for it, which will
be invoked whenever the process has some data for us. Something like:
@lisp
(let ((proc (start-process <arguments>)))