freebsd-ports/mail/bmf/pkg-message
2019-08-13 22:29:42 +00:00

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[
{ type: install
message: <<EOM
=== How to integrate bmf ===
For maildrop(1), use only one of the following examples. The first
sample invokes bmf in its normal mode of operation and the second
invokes bmf as a filter:
### Sample One
# Invoke bmf and use return code to filter spam in one step
exception {
`bmf`
if ( $RETURNCODE == 0 )
to $MAILDIR/spam
}
### Sample Two
# Invoke bmf as a filter
exception {
xfilter "bmf -p"
if (/^X-Spam-Status: Yes/)
to $MAILDIR/spam
}
For procmail(1), use only one of the following samples. SPAM will be
filtered into $MAILDIR/spam. The first sample invokes bmf in its
normal mode of operation and the second invokes bmf as a filter.
### begin sample one ###
# Invoke bmf and use return code to filter spam in one step
:0HB
* ? bmf
| formail -A"X-Spam-Status: Yes, tests=bmf" >>$MAILDIR/spam
### begin sample two ###
# Invoke bmf as a filter
:0 fw
| bmf -p
# Filter spam
:0:
^X-Spam-Status: Yes
$MAILDIR/spam
If you put bmf in your maildrop or procmail scripts as suggested
above, it will always register an email as either spam or non-spam.
To reverse this registration and train bmf, the following mutt macros
may be useful:
macro index \ed "<enter-command>unset wait_key\n<pipe-entry>bmf -S\n<enter-command>set wait_key\n<save-message>=spam\n" "Tags a given message as SPAM"
macro index \et "<pipe-entry>bmf -t\n<enter-command>set wait_key\n" "Tests a given message to see if it is SPAM"
macro index \eu "<pipe-entry>bmf -N\n<enter-command>set wait_key\n<save-message>=inbox\n" "Untags a given message as SPAM"
These will override these commands:
<Esc>d = de-register as non-spam, register as spam, and move to spam folder.
<Esc>t = test for spamicity.
<Esc>u = de-register as spam, register as non-spam, and move to inbox folder.
Please see the ${PREFIX}/share/bmf/README for further details.
EOM
}
]