* Server Buffer:: Making and editing virtual servers.
* Getting News:: Reading USENET news with Gnus.
-* Using @acronym{IMAP}:: Reading mail from @acronym{IMAP}.
+* Using IMAP:: Reading mail from @acronym{IMAP}.
* Getting Mail:: Reading your personal mail with Gnus.
* Browsing the Web:: Getting messages from a plethora of Web sources.
* Other Sources:: Reading directories, files.
@item A C
@vindex gnus-fetch-partial-articles
@findex gnus-summary-show-complete-article
-If @code{gnus-fetch-partial-articles} is non-@code{nil}, Gnus will
+If @code{<backend>-fetch-partial-articles} is non-@code{nil}, Gnus will
fetch partial articles, if the backend it fetches them from supports
it. Currently only @code{nnimap} does. If you're looking at a
partial article, and want to see the complete article instead, then
@menu
* Server Buffer:: Making and editing virtual servers.
* Getting News:: Reading USENET news with Gnus.
-* Using @acronym{IMAP}:: Reading mail from @acronym{IMAP}.
+* Using IMAP:: Reading mail from @acronym{IMAP}.
* Getting Mail:: Reading your personal mail with Gnus.
* Browsing the Web:: Getting messages from a plethora of Web sources.
* Other Sources:: Reading directories, files.
@end table
-@node Using @acronym{IMAP}
-@section Using @acronym{IMAP}
+@node Using IMAP
+@section Using IMAP
@cindex imap
The most popular mail backend is probably @code{nnimap}, which
from different locations, or with different user agents.
@menu
-* Connecting to an @acronym{IMAP} Server:: Getting started with @acronym{IMAP}.
-* Customizing the @acronym{IMAP} Connection:: Variables for @acronym{IMAP} connection.
-* Client-Side @acronym{IMAP} Splitting:: Put mail in the correct mail box.
+* Connecting to an IMAP Server:: Getting started with @acronym{IMAP}.
+* Customizing the IMAP Connection:: Variables for @acronym{IMAP} connection.
+* Client-Side IMAP Splitting:: Put mail in the correct mail box.
@end menu
-@node Connecting to an @acronym{IMAP} Server
-@subsection Connecting to an @acronym{IMAP} Server
+@node Connecting to an IMAP Server
+@subsection Connecting to an IMAP Server
Connecting to an @acronym{IMAP} can be very easy. Type @kbd{B} in the
-group buffer, or add something like the following to your secondary
-select methods:
+group buffer, or (if your primary interest is reading email), say
+something like:
@example
-(setq gnus-secondary-select-methods
- '((nnimap "imap.gmail.com")))
+(setq gnus-select-method
+ '(nnimap "imap.gmail.com"))
@end example
You'll be prompted for a user name and password. If you grow tired of
That should basically be it for most users.
-@node Customizing the @acronym{IMAP} Connection
-@subsection Customizing the @acronym{IMAP} Connection
+@node Customizing the IMAP Connection
+@subsection Customizing the IMAP Connection
Here's an example method that's more complex:
@example
(nnimap "imap.gmail.com"
(nnimap-inbox "INBOX")
- (nnimap-split-methods ,nnmail-split-methods)
+ (nnimap-split-methods default)
(nnimap-expunge t)
(nnimap-stream 'ssl)
(nnir-search-engine imap)
Virtually all @code{IMAP} server support fast streaming of data. If
you have problems connecting to the server, try setting this to @code{nil}.
+@item nnimap-fetch-partial-articles
+If non-@code{nil}, fetch partial articles from the server. If set to
+a string, then it's interpreted as a regexp, and parts that have
+matching types will be fetched. For instance, @samp{"text/"} will
+fetch all textual parts, while leaving the rest on the server.
+
@end table
-@node Client-Side @acronym{IMAP} Splitting
-@subsection Client-Side @acronym{IMAP} Splitting
+@node Client-Side IMAP Splitting
+@subsection Client-Side IMAP Splitting
Many people prefer to do the sorting/splitting of mail into their mail
boxes on the @acronym{IMAP} server. That way they don't have to
@item nnimap-split-methods
Uses the same syntax as @code{nnmail-split-methods} (@pxref{Splitting
-Mail}).
+Mail}), except the symbol @code{default}, which means that it should
+use the value of the @code{nnmail-split-methods} variable.
@end table
@acronym{IMAP} as intended, as a network mail reading protocol (ie
with nnimap), for some reason or other, Gnus let you treat it similar
to a @acronym{POP} server and fetches articles from a given
-@acronym{IMAP} mailbox. @xref{Using @acronym{IMAP}}, for more information.
+@acronym{IMAP} mailbox. @xref{Using IMAP}, for more information.
Keywords:
above. Also note that with the nnimap backend, message bodies will
not be downloaded by default. You need to set
@code{nnimap-split-download-body} to @code{t} to do that
-(@pxref{Client-Side @acronym{IMAP} Splitting}).
+(@pxref{Client-Side IMAP Splitting}).
@item (! @var{func} @var{split})
If the split is a list, and the first element is @code{!}, then
Ordered list of suffixes on picon file names to try. Defaults to
@code{("xpm" "gif" "xbm")} minus those not built-in your Emacs.
+@item gnus-picon-inhibit-top-level-domains
+@vindex gnus-picon-inhibit-top-level-domains
+If non-@code{nil} (which is the default), don't display picons for
+things like @samp{.net} and @samp{.de}, which aren't usually very
+interesting.
+
@end table
@node Gravatars
Note that with the nnimap back end, message bodies will not be
downloaded by default. You need to set
@code{nnimap-split-download-body} to @code{t} to do that
-(@pxref{Client-Side @acronym{IMAP} Splitting}).
+(@pxref{Client-Side IMAP Splitting}).
That is about it. As some spam is likely to get through anyway, you
might want to have a nifty function to call when you happen to read
retrieve the message bodies as well. We don't set this by default
because it will slow @acronym{IMAP} down, and that is not an
appropriate decision to make on behalf of the user. @xref{Client-Side
-@acronym{IMAP} Splitting}.
+IMAP Splitting}.
You have to specify one or more spam back ends for @code{spam-split}
to use, by setting the @code{spam-use-*} variables. @xref{Spam Back
@acronym{TLS} wrapper shipped with Gnus
@acronym{TLS}/@acronym{SSL} is now supported in @acronym{IMAP} and
-@acronym{NNTP} via @file{tls.el} and GNUTLS. The old
-@acronym{TLS}/@acronym{SSL} support via (external third party)
-@file{ssl.el} and OpenSSL still works.
+@acronym{NNTP} via @file{tls.el} and GNUTLS.
@item
Improved anti-spam features.
projects / gnus / blobdiff