Hello!
I will give you the needed information. Is the way Stevan mentioned, the
preferred one?
Thank you and best regards, for the very quick answers!!
Nico
mail:~ # rpm -qa | grep dspam
dspam-3.9.0-1.1
dspam-backend-mysql-3.9.0-1.1
mail:~ # uname -a
Linux mail 2.6.16.60-0.66.1-xen #1 SMP Fri May 28 12:10:21 UTC 2010
x86_64 x86_64 x86_64 GNU/Linux
mail:~ # cat /etc/*-release
SUSE Linux Enterprise Server 10 (x86_64)
VERSION = 10
PATCHLEVEL = 3
LSB_VERSION="core-2.0-noarch:core-3.0-noarch:core-2.0-x86_64:core-3.0-x86_64"
mail:~/tmp # cat dspam.conf
## $Id: dspam.conf.in,v 1.85 2008/05/06 18:26:07 mjohnson Exp $
## dspam.conf -- DSPAM configuration file
##
#
# DSPAM Home: Specifies the base directory to be used for DSPAM storage
#
Home /var/lib/dspam
#
# StorageDriver: Specifies the storage driver backend (library) to use.
# You'll only need to set this if you are using dynamic storage driver
plugins
# from a binary distribution. The default build statically links the storage
# driver (when only one is specified at configure time), overriding this
# setting, which only comes into play if multiple storage drivers are
specified
# at configure time. When using dynamic linking, be sure to include the path
# to the library if necessary, and some systems may use an extension other
# than .so (e.g. OSX uses .dylib).
#
# Options include:
#
# libmysql_drv.so libpgsql_drv.so libsqlite_drv.so
# libsqlite3_drv.so libhash_drv.so
#
# IMPORTANT: Switching storage drivers requires more than merely changing
# this option. If you do not wish to lose all of your data, you will need to
# migrate it to the new backend before making this change.
#
StorageDriver /usr/lib64/dspam/libmysql_drv.so
#
# Trusted Delivery Agent: Specifies the local delivery agent DSPAM
should call
# when delivering mail as a trusted user. Use %u to specify the user
DSPAM is
# processing mail for. It is generally a good idea to allow the MTA to
specify
# the pass-through arguments at run-time, but they may also be specified
here.
#
# Most operating system defaults:
#TrustedDeliveryAgent "/usr/bin/procmail" # Linux
#TrustedDeliveryAgent "/usr/bin/mail" # Solaris
#TrustedDeliveryAgent "/usr/libexec/mail.local" # FreeBSD
#TrustedDeliveryAgent "/usr/bin/procmail" # Cygwin
#
# Other popular configurations:
#TrustedDeliveryAgent "/usr/cyrus/bin/deliver" # Cyrus
#TrustedDeliveryAgent "/bin/maildrop" # Maildrop
#TrustedDeliveryAgent "/usr/local/sbin/exim -oMr spam-scanned" # Exim
#
#TrustedDeliveryAgent "/usr/sbin/sendmail"
#
# Untrusted Delivery Agent: Specifies the local delivery agent and arguments
# DSPAM should use when delivering mail and running in untrusted user mode.
# Because DSPAM will not allow pass-through arguments to be specified to
# untrusted users, all arguments should be specified here. Use %u to specify
# the user DSPAM is processing mail for. This configuration parameter is
only
# necessary if you plan on allowing untrusted processing.
#
#UntrustedDeliveryAgent "/usr/bin/procmail -d %u"
#
# SMTP or LMTP Delivery: Alternatively, you may wish to use SMTP or LMTP
# delivery to deliver your message to the mail server instead of using a
# delivery agent. You will need to configure with --enable-daemon to use
host
# delivery, however you do not need to operate in daemon mode. Specify an IP
# address or UNIX path to a domain socket below as a host.
#
# If you would like to set up DeliveryHost's on a per-domain basis, use
# the syntax: DeliveryHost.domain.com 1.2.3.4
#
DeliveryHost 127.0.0.1
DeliveryPort 10027
DeliveryIdent "DSPAM-Daemon"
DeliveryProto SMTP
#
# FallbackDomains: If you want to specify certain domains as fallback
domains,
# enable this option. For example, you could create a user @domain.com, and
# if b...@domain.com does not resolve to a known user on the system, the user
# could default to your @domain.com user. NOTE: This also requires
designating
# fallbackDomain for the domain name;
# e.g. dspam_admin ch pref domain.com fallbackDomain on
#
#FallbackDomains on
#
# Quarantine Agent: DSPAM's default behavior is to quarantine all mail it
# thinks is spam. If you wish to override this behavior, you may specify
# a quarantine agent which will be called with all messages DSPAM thinks is
# spam. Use %u to specify the user DSPAM is processing mail for.
#
#QuarantineAgent "/usr/bin/procmail -d spam"
#
# DSPAM can optionally process "plused users" (addresses in the user+detail
# form) by truncating the username just before the "+", so all internal
# processing occurs for "user", but delivery will be performed for
# "user+detail". This is only useful if the LDA can handle "plused users"
# (for example Cyrus IMAP) and when configured for LMTP delivery above
#
#EnablePlusedDetail on
#
# Quarantine Mailbox: DSPAM's LMTP code can send spam mail using LMTP to a
# "plused" mailbox (such as user+quarantine) leaving quarantine processing
# for retraining or deletion to be performed by the LDA and the mail client.
# "plused" mailboxes are supported by Cyrus IMAP and possibly other LDAs.
# The mailbox name must have the +
#
#QuarantineMailbox +quarantine
#
# OnFail: What to do if local delivery or quarantine should fail. If set
# to "unlearn", DSPAM will unlearn the message prior to exiting with an
# un successful return code. The default option, "error" will not unlearn
# the message but return the appropriate error code. The unlearn option
# is use-ful on some systems where local delivery failures will cause the
# message to be requeued for delivery, and could result in the message
# being processed multiple times. During a very large failure, however,
# this could cause a significant load increase.
#
OnFail error
#
# Trusted Users: Only the users specified below will be allowed to perform
# administrative functions in DSPAM such as setting the active user and
# accessing tools. All other users attempting to run DSPAM will be
restricted;
# their uids will be forced to match the active username and they will
not be
# able to specify delivery agent privileges or use tools.
#
Trust root
Trust dspam
Trust apache
Trust mail
Trust mailnull
Trust smmsp
Trust daemon
#Trust nobody
#Trust majordomo
#
# Debugging: Enables debugging for some or all users. IMPORTANT: DSPAM must
# be compiled with debug support in order to use this option. DSPAM should
# never be running in production with debug active unless you are
# troubleshooting problems.
#
# DebugOpt: One or more of: process, classify, spam, fp, inoculation, corpus
# process standard message processing
# classify message classification using --classify
# spam error correction of missed spam
# fp error correction of false positives
# inoculation message inoculations (source=inoculation)
# corpus corpusfed messages (source=corpus)
#
Debug *
#Debug bob bill
#
#DebugOpt process spam fp
#
# ClassAlias: Alias a particular class to spam/nonspam. This is useful if
# classifying things other than spam.
#
#ClassAliasSpam badstuff
#ClassAliasNonspam goodstuff
#
# Training Mode: The default training mode to use for all operations, when
# one has not been specified on the commandline or in the user's
preferences.
# Acceptable values are:
# toe Train on Error (Only)
# teft Train Everything (Trains on every message)
# tum Train Until Mature (Train only tokens without enough data)
# notrain Do not train or store signatures (large ISP systems,
post-train)
#
TrainingMode teft
#
# TestConditionalTraining: By default, dspam will retrain certain errors
# until the condition is no longer met. This usually accelerates learning.
# Some people argue that this can increase the risk of errors, however.
#
TestConditionalTraining on
#
# Features: Specify features to activate by default; can also be specified
# on the commandline. See the documentation for a list of available
features.
# If _any_ features are specified on the commandline, these are ignored.
#
#Feature noise
Feature whitelist
# Training Buffer: The training buffer waters down statistics during
training.
# It is designed to prevent false positives, but can also dramatically
reduce
# dspam's catch rate during initial training. This can be a number from 0
# (no buffering) to 10 (maximum buffering). If you are paranoid about false
# positives, you should probably enable this option.
#
#Feature tb=5
#
# Algorithms: Specify the statistical algorithms to use, overriding any
# defaults configured in the build. The options are:
# naive Naive-Bayesian (All Tokens)
# graham Graham-Bayesian ("A Plan for Spam")
# burton Burton-Bayesian (SpamProbe)
# robinson Robinson's Geometric Mean Test (Obsolete)
# chi-square Fisher-Robinson's Chi-Square Algorithm
#
# You may have multiple algorithms active simultaneously, but it is strongly
# recommended that you group Bayesian algorithms with other Bayesian
# algorithms, and any use of Chi-Square remain exclusive.
#
# NOTE: For standard "CRM114" Markovian weighting, use 'naive', or consider
# using 'burton' for slightly better accuracy
#
# Don't mess with this unless you know what you're doing
#
#Algorithm chi-square
#Algorithm naive
Algorithm graham burton
#
# Tokenizer: Specify the tokenizer to use. The tokenizer is the piece
# responsible for parsing the message into individual tokens. Depending on
# how many resources you are willing to trade off vs. accuracy, you may
# choose to use a less or more detailed tokenizer:
# word uniGram (single word) tokenizer
# Tokenizes message into single individual words/tokens
# example: "free" and "viagra"
# chain biGram (chained tokens) tokenizer (default)
# Single words + chains adjacent tokens together
# example: "free" and "viagra" and "free viagra"
# sbph Sparse Binary Polynomial Hashing tokenizer
# Creates sparse token patterns across sliding window of 5-tokens
# example: "the quick * fox jumped" and "the * * fox jumped"
# osb Orthogonal Sparse biGram
# Similar to SBPH, but only uses the biGrams
# example: "the * * fox" and "the * * * jumped"
#
Tokenizer chain
#
# PValue: Specify the technique used for calculating Probability Values,
# overriding any defaults configured in the build. These options are:
# bcr Bayesian Chain Rule (Graham's Technique - "A Plan for
Spam")
# robinson Robinson's Technique (used in Chi-Square)
# markov Markovian Weighted Technique (for Markovian discrimination)
#
# Unlike the "Algorithms" property, you may only have one of these defined.
# Use of the chi-square algorithm automatically changes this to robinson.
#
# Don't mess with this unless you know what you're doing.
#
#PValue robinson
#PValue markov
PValue bcr
#
# WebStats: Enable this if you are using the CGI, which writes .stats files
WebStats on
#
# ImprobabilityDrive: Calculate odds-ratios for ham/spam, and add to
# X-DSPAM-Improbability headers
#
ImprobabilityDrive on
#
# Preferences: Specify any preferences to set by default, unless otherwise
# overridden by the user (see next section) or a default.prefs file.
# If user or default.prefs are found, the user's preferences will
override any
# defaults.
#
#Preference "spamAction=quarantine"
Preference "signatureLocation=headers" # 'message' or 'headers'
Preference "showFactors=on"
Preference "spamAction=tag"
Preference "spamSubject=SPAM-Verdacht"
#
# Overrides: Specifies the user preferences which may override configuration
# and commandline defaults. Any other preferences supplied by an
untrusted user
# will be ignored.
#
AllowOverride trainingMode
AllowOverride spamAction spamSubject
AllowOverride statisticalSedation
AllowOverride enableBNR
AllowOverride enableWhitelist
AllowOverride signatureLocation
AllowOverride showFactors
AllowOverride optIn optOut
AllowOverride whitelistThreshold
AllowOverride dailyQuarantineSummary
# --- MySQL ---
#
# Storage driver settings: Specific to a particular storage driver.
Uncomment
# the configuration specific to your installation, if applicable.
#
MySQLServer /var/lib/mysql/mysql.sock
MySQLPort
MySQLUser dspam
MySQLPass deepsecret
MySQLDb dspam
MySQLCompress true
MySQLReconnect true
# If you are using replication for clustering, you can also specify a
separate
# server to perform all writes to.
#
#MySQLWriteServer /var/lib/mysql/mysql.sock
#MySQLWritePort
#MySQLWriteUser dspam
#MySQLWritePass changeme
#MySQLWriteDb dspam_write
#MySQLCompress true
#MySQLReconnect true
# If your replication isn't close to real-time, your retraining might
fail if
# the signature isn't found. One workaround for this is to use the write
# database for all signature reads:
#
#MySQLReadSignaturesFromWriteDb on
# Use this if you have the 4.1 quote bug (see doc/mysql.txt)
#MySQLSupressQuote on
# If you're running DSPAM in client/server (daemon) mode, uncomment the
# setting below to override the default connection cache size (the number
# of connections the server pools between all clients). The connection cache
# represents the maximum number of database connections *available* and
should
# be set based on the maximum number of concurrent connections you're likely
# to have. Each connection may be used by only one thread at a time, so all
# other threads _will block_ until another connection becomes available.
#
MySQLConnectionCache 10
# If you're using vpopmail or some other type of virtual setup and wish to
# change the table dspam uses to perform username/uid lookups, you can over-
# ride it below
#MySQLVirtualTable dspam_virtual_uids
#MySQLVirtualUIDField uid
#MySQLVirtualUsernameField username
# UIDInSignature: MySQL supports the insertion of the user id into the DSPAM
# signature. This allows you to create one single spam or fp alias
# (pointing to some arbitrary user), and the uid in the signature will
# switch to the correct user. Result: you need only one spam alias
#MySQLUIDInSignature on
# --- PostgreSQL ---
#PgSQLServer 127.0.0.1
#PgSQLPort 5432
#PgSQLUser dspam
#PgSQLPass changeme
#PgSQLDb dspam
# If you're running DSPAM in client/server (daemon) mode, uncomment the
# setting below to override the default connection cache size (the number
# of connections the server pools between all clients).
#
#PgSQLConnectionCache 3
# UIDInSignature: PgSQL supports the insertion of the user id into the DSPAM
# signature. This allows you to create one single spam or fp alias
# (pointing to some arbitrary user), and the uid in the signature will
# switch to the correct user. Result: you need only one spam alias
#PgSQLUIDInSignature on
# If you're using vpopmail or some other type of virtual setup and wish to
# change the table dspam uses to perform username/uid lookups, you can over-
# ride it below
#PgSQLVirtualTable dspam_virtual_uids
#PgSQLVirtualUIDField uid
#PgSQLVirtualUsernameField username
# --- SQLite ---
#SQLitePragma "synchronous = OFF"
# --- Hash ---
#
# HashRecMax: Default number of records to create in the initial segment
when
# building hash files. 100,000 yields files 1.6MB in size, but can fill up
# fast, so be sure to increase this (to a million or more) if you're not
using
# autoextend.
#
# NOTE: If you're using a heavy-weight tokenizer, such as SBPH, you
should be
# looking for settings in the 'millions' of records.
#
# Primes List:
# 53, 97, 193, 389, 769, 1543, 3079, 6151, 12289, 24593, 49157, 98317,
196613,
# 393241, 786433, 1572869, 3145739, 6291469, 12582917, 25165843, 50331653,
# 100663319, 201326611, 402653189, 805306457, 1610612741, 3221225473,
# 4294967291
#
HashRecMax 98317
#
# HashAutoExtend: Autoextend hash databases when they fill up. This allows
# them to continue to train by adding extents (extensions) to the file.
There
# will be a small delay during the growth process, as everything needs to be
# closed and remapped.
#
HashAutoExtend on
#
# HashMaxExtents: The maximum number of extents that may be created in a
single
# hash file. Set this to zero for unlimited
#
HashMaxExtents 0
#
# HashExtentSize: The initial record size for newly created extents.
Creating
# this too small could result in many extents being created. Creating
this too
# large could result in excessive disk space usage. Typically, a value close
# to half of the HashRecMax size is good.
#
HashExtentSize 49157
#
# HashPctIncrease: Increase the next extent size by n% from the size of the
# last extent. This is useful in accommodating systems where the default
# HashExtentSize can be too small for certain high-volume users, and can
also
# help keep seeks nice and speedy and/or prevent too many unnecessary
extents
# from being created when using a low HashMaxSeek. The default behavior,
when
# HashPctIncrease is not used, is to always use # HashExtentSize with no
# increase.
#
HashPctIncrease 10
#
# HashMaxSeek: The maximum number of record seeks when inserting a new
record
# before failing or adding a new extent. This ultimately translates into the
# max # of acceptable seeks per segment. Setting this too high will
exhaustively
# scan each segment and hurt performance. Typically, a low value is
acceptable
# as even older extents will continue to fill as training progresses.
#
HashMaxSeek 10
#
# HashConcurrentUser: If you are using a single, stateful hash database in
# daemon mode, specifying a concurrent user below will cause the user to be
# permanently mapped into memory and shared via rwlocks. This is very
fast and
# very cool if you are running a "userless" relay appliance.
#
#HashConcurrentUser user
#
# HashConnectionCache: If running in daemon mode, this is the max # of
# concurrent connections that will be supported. NOTE: If you are using
# HashConcurrentUser, this option is ignored, as all connections are read-
# write locked instead of mutex locked.
#
HashConnectionCache 10
# -- ExtLookup --
# ExtLookup: Prefrom various external lookup functions depending on
user-defined variables.
# ExtLookup can either be set to 'on' or 'off'. The behavior of such
lookups are defined by the
# use of ExtLookupMode, which can be set to 'verify', 'map' and 'strict'.
# 'verify' will cause dspam to validate the user, prior to
creating the user entry in the
# system.
# 'map' will cause dspam to try to map the user address to
a certain unique identifier.
# 'strict' will cause dspam to enforce both 'verify' and
'map'.
# ExtLookupDriver will set the engine behind the lookups. For now the
only supported mechanisms are
# 'ldap' and 'program'. The first will make dspam talk directly to the
configured LDAP server. The
# second will prefrom the various lookup functions by running a certain
binary program or executable
# script. The program MUST be a binary executable or a script with a
well defined interperter in its
# first line ( #!/path/to/interperter ). There are plans to support
TLS/SSL connections to backend
# databases.
#
#ExtLookup on # Turns
on/off external lookup
#ExtLookupMode strict # available modes are 'verify',
'map' and 'strict'.
# 'strict' enforces both verify and map
#ExtLookupDriver ldap # Currently only ldap and program
are supported.
# There are plans to support both MySQL and Postgres.
#ExtLookupServer ldap.domain.com # Can either be a database
hostname or the full path to
# an executable lookup program and its arguments.
#ExtLookupPort 389 # Desired port when
connecting to the lookup database.
#ExtLookupDB "ou=Users,dc=domain,dc=com" # Can
either be an LDAP search base or a database name (TODO).
#ExtLookupQuery
"(&(objectClass=qmailUser)(|(mail=%u)(mailAlternateAddress=%u)))"
# Can either be an LDAP search filter or an SQL query (TODO)
#ExtLookupLDAPAttribute "mail" # Attribute to be used when
ExtLookupDriver is 'ldap'
# and ExtLookupMode 'map' or 'strict'
#ExtLookupLDAPScope sub # Can be set to
'base', 'sub' or 'one'. Only used when ExtLookupDriver is 'ldap'.
#ExtLookupLDAPVersion 3 # Sets the LDAP protocol version (1, 2
or 3)
#ExtLookupLogin "cn=admin,dc=domain,dc=com" # Login
to be used when connecting to any direct database backend.
#ExtLookupPassword itsasecret # Password to use with
ExtLookupLogin.
#ExtLookupCrypto tls # Sets the use of TLS on
backend communication (only compatible with LDAPv3)
# -- Profiles --
#
# You can specify multiple storage profiles, and specify the server to
# use on the commandline with --profile. For example:
#
#Profile DECAlpha
#MySQLServer.DECAlpha 10.0.0.1
#MySQLPort.DECAlpha 3306
#MySQLUser.DECAlpha dspam
#MySQLPass.DECAlpha changeme
#MySQLDb.DECAlpha dspam
#MySQLCompress.DECAlpha true
#MySQLReconnect.DECAlpha true
#
#Profile Sun420R
#MySQLServer.Sun420R 10.0.0.2
#MySQLPort.Sun420R 3306
#MySQLUser.Sun420R dspam
#MySQLPass.Sun420R changeme
#MySQLDb.Sun420R dspam
#MySQLCompress.Sun420R false
#MySQLReconnect.Sun420R true
#
#DefaultProfile DECAlpha
#
# If you're using storage profiles, you can set failovers for each profile.
# Of course, if you'll be failing over to another database, that database
# must have the same information as the first. If you're using a global
# database with no training, this should be relatively simple. If you're
# configuring per-user data, however, you'll need to set up some type of
# replication between databases.
#
#Failover.DECAlpha SUN420R
#Failover.Sun420R DECAlpha
# If the storage fails, the agent will follow each profile's failover up to
# a maximum number of failover attempts. This should be set to a maximum of
# the number of profiles you have, otherwise the agent could loop and try
# the same profile multiple times (unless this is your desired behavior).
#
#FailoverAttempts 1
#
# Ignored headers: If DSPAM is behind other tools which may add a header to
# incoming emails, it may be beneficial to ignore these headers - especially
# if they are coming from another spam filter. If you are _not_ using one of
# these tools, however, leaving the appropriate headers commented out will
# allow DSPAM to use them as telltale signs of forged email.
#
#IgnoreHeader X-Spam-Status
#IgnoreHeader X-Spam-Scanned
#IgnoreHeader X-Virus-Scanner-Result
#
# Lookup: Perform lookups on streamlined blackhole list servers (see
# http://www.nuclearelephant.com/projects/sbl/). The streamlined blacklist
# server is machine-automated, unsupervised blacklisting system designed to
# provide real-time and highly accurate blacklisting based on network
spread.
# When performing a lookup, DSPAM will automatically learn the inbound
message
# as spam if the source IP is listed. Until an official public RABL
server is
# available, this feature is only useful if you are running your own
# streamlined blackhole list server for internal reporting among
multiple mail
# servers. Provide the name of the lookup zone below to use.
#
# This function performs standard reverse-octet.domain lookups, and while it
# will function with many RBLs, it's strongly discouraged to use those
# maintained by humans as they're often inaccurate and could hurt filter
# learning and accuracy.
#
#Lookup "sbl.yourdomain.com"
#
# RBLInoculate: If you want to inoculate the user from RBL'd messages it
would
# have otherwise missed, set this to on.
#
#RBLInoculate off
#
# Notifications: Enable the sending of notification emails to users (first
# message, quarantine full, etc.)
#
Notifications on
#
# Purge configuration: Set dspam_clean purge default options, if not
otherwise
# specified on the commandline
#
PurgeSignatures 14 # Stale signatures
PurgeNeutral 90 # Tokens with neutralish probabilities
PurgeUnused 90 # Unused tokens
PurgeHapaxes 30 # Tokens with less than 5 hits (hapaxes)
PurgeHits1S 15 # Tokens with only 1 spam hit
PurgeHits1I 15 # Tokens with only 1 innocent hit
#
# Purge configuration for SQL-based installations using purge.sql
#
#PurgeSignature off # Specified in purge.sql
#PurgeNeutral 90
#PurgeUnused off # Specified in purge.sql
#PurgeHapaxes off # Specified in purge.sql
#PurgeHits1S off # Specified in purge.sql
#PurgeHits1I off # Specified in purge.sql
#
# Local Mail Exchangers: Used for source address tracking, tells DSPAM which
# mail exchangers are local and therefore should be ignored in the Received:
# header when tracking the source of an email. Note: you should use the
address
# of the host as appears between brackets [ ] in the Received header.
#
LocalMX 127.0.0.1
#
# Logging: Disabling logging for users will make usage graphs unavailable to
# them. Disabling system logging will make admin graphs unavailable.
#
SystemLog on
UserLog on
#
# TrainPristine: for systems where the original message remains server side
# and can therefore be presented in pristine format for retraining. This
option
# will cause DSPAM to cease all writing of signatures and DSPAM headers
to the
# message, and deliver the message in as pristine format as possible.
This mode
# REQUIRES that the original message in its pristine format (as of delivery)
# be presented for retraining, as in the case of webmail, imap, or other
# applications where the message is actually kept server-side during
reading,
# and is preserved. DO NOT use this switch unless the original message
can be
# presented for retraining with the ORIGINAL HEADERS and NO MODIFICATIONS.
#
# NOTE: You can't use this setting with dspam_trian; if you're going to
use it,
# wait until after you train any corpora.
#
#TrainPristine on
#
# Opt: in or out; determines DSPAM's default filtering behavior. If this
value
# is set to in, users must opt-in to filtering by dropping a .dspam file in
# /var/dspam/opt-in/user.dspam (or if you have homedirs configured, a .dspam
# folder in their home directory). The default is opt-out, which means all
# users will be filtered unless a .nodspam file is dropped in
# /var/dspam/opt-out/user.nodspam
#
Opt out
#
# TrackSources: specify which (if any) source addresses to track and report
# them to syslog (mail.info). This is useful if you're running a firewall or
# blacklist and would like to use this information. Spam reporting also
drops
# RABL blacklist files (see http://www.nuclearelephant.com/projects/rabl/).
#
TrackSources spam nonspam
#
# ParseToHeaders: In lieu of setting up individual aliases for each user,
# DSPAM can be configured to automatically parse the To: address for
spam and
# false positive forwards. From there, it can be configured to either
set the
# DSPAM user based on the username specified in the header and/or change the
# training class and source accordingly. The options below can be used to
# customize most common types of header parsing behavior to avoid the
need for
# multiple aliases, or if using LMTP, aliases entirely..
#
# ParseToHeader: Parse the To: headers of an incoming message. This must be
# set to 'on' to use either of the following features.
#
# ChangeModeOnParse: Automatically change the class (to spam or innocent)
# depending on whether spam- or notspam- was specified, and change the
source
# to 'error'. This is convenient if you're not using aliases at all, but
# are delivering via LMTP.
#
# ChangeUserOnParse: Automatically change the username to match that
specified
# in the To: header. For example, spam-...@domain.tld will set the
username
# to bob, ignoring any --user passed in. This may not always be
desirable if
# you are using virtual email addresses as usernames. Options:
# on or user take the portion before the @ sign only
# full take everything after the initial {spam,notspam}-.
#
#ParseToHeaders on
#ChangeModeOnParse on
#ChangeUserOnParse on
#
# Broken MTA Options: Some MTAs don't support the proper functionality
# necessary. In these cases you can activate certain features in DSPAM to
# compensate. 'returnCodes' causes DSPAM to return an exit code of 99 if
# the message is spam, 0 if not, or a negative code if an error has occured.
# Specifying 'case' causes DSPAM to force the input usernames to lowercase.
# Spceifying 'lineStripping' causes DSPAM to strip ^M's from messages passed
# in.
#
#Broken returnCodes
#Broken case
#Broken lineStripping
#
# MaxMessageSize: You may specify a maximum message size for DSPAM to
process.
# If the message is larger than the maximum size, it will be delivered
# without processing. Value is in bytes.
#
MaxMessageSize 4194304
#
# Virus Checking: If you are running clamd, DSPAM can perform stream-based
# virus checking using TCP. Uncomment the values below to enable virus
# checking.
#
# ClamAVResponse: reject (reject or drop the message with a permanent
failure)
# accept (accept the message and quietly drop the message)
# spam (treat as spam and quarantine/tag/whatever)
#
ClamAVPort 3310
ClamAVHost 127.0.0.1
ClamAVResponse accept
# -- CLIENT / SERVER --
#
# Daemonized Server: If you are running DSPAM as a daemonized server using
# --daemon, the following parameters will override the default. Use the
# ServerPass option to set up accounts for each client machine. The DSPAM
# server will process and deliver the message based on the parameters
# specified. If you want the client machine to perform delivery, use
# the --stdout option in conjunction with a local setup.
#
# ServerHost: Not enabling ServerHost will bind DSPAM server to all
available
# interfaces.
#
ServerHost 127.0.0.1
ServerPort 10026
ServerQueueSize 32
ServerPID /var/run/dspam.pid
#
# ServerMode specifies the type of LMTP server to start. This can be one of:
# dspam: DSPAM-proprietary DLMTP server, for communicating with dspamc
# standard: Standard LMTP server, for communicating with Postfix or
other MTA
# auto: Speak both DLMTP and LMTP; auto-detect by ServerPass.IDENT
#
ServerMode auto
# If supporting DLMTP (dspam) mode, dspam clients will require
authentication
# as they will be passing in parameters. The idents below will be used to
# determine which clients will be speaking DLMTP, so if you will be using
# both LMTP and DLMTP from the same host, be sure to use something other
# than the server's hostname below (which will be sent by the MTA during a
# standard LMTP LHLO).
#
ServerPass.Relay1 "secret"
ServerPass.Relay2 "password"
# If supporting standard LMTP mode, server parameters will need to be
specified
# here, as they will not be passed in by the mail server. The ServerIdent
# specifies the 250 response code ident sent back to connecting clients and
# should be set to the hostname of your server, or an alias.
#
# NOTE: If you specify --user in ServerParameters, the RCPT TO will be
# used only for delivery, and not set as the active user for
processing.
#
ServerParameters "--deliver=innocent,spam"
ServerIdent "dspam.bacanol.de"
#ServerIdent "localhost.localdomain"
# If you wish to use a local domain socket instead of a TCP socket,
uncomment
# the following. It is strongly recommended you use local domain sockets if
# you are running the client and server on the same machine, as it
eliminates
# much of the bandwidth overhead.
#
ServerDomainSocketPath "/var/run/dspam.sock"
#
# Client Mode: If you are running DSPAM in client/server mode, uncomment and
# set these variables. A ClientHost beginning with a / will be treated as
# a domain socket.
#
#ClientHost /var/run/dspam.sock
#ClientIdent "sec...@relay1"
#
#ClientHost 127.0.0.1
#ClientPort 24
#ClientIdent "sec...@relay1"
# RABLQueue: Touch files in the RABL queue
# If you are a reporting streamlined blackhole list participant, you can
# touch ip addresses within the directory the rabl_client process is
watching.
#
#RABLQueue /var/spool/rabl
# DataSource: If you are using any type of data source that does not include
# email-like headers (such as documents), uncomment the line below. This
# will cause the entire input to be treated like a message "body"
#
#DataSource document
# ProcessorWordFrequency: By default, words are only counted once per
message.
# If you are classifying large documents, however, you may wish to count
once
# per occurrence instead.
#
#ProcessorWordFrequency occurrence
# ProcessorURLContext: By default, a URL context is generated for URLs,
which
# records their tokens as separate from words found in documents. To use
# URL tokens in the same context as words, turn this feature off.
#
ProcessorURLContext on
# ProcessorBias: Bias causes the filter to lean more toward 'innocent', and
# usually greatly reduces false positives. It is the default behavior of
# most Bayesian filters (including dspam).
#
# NOTE: You probably DONT want this if you're using Markovian Weighting,
unless
# you are paranoid about false positives.
#
ProcessorBias on
## EOF
Am 22.07.2010 10:50, schrieb Stevan Bajić:
> On Thu, 22 Jul 2010 10:04:41 +0200
> Nico Hoffmann<n...@bacanol.de> wrote:
>
>> Hello!
>>
> Guten Tag Nico,
>
>
>> I have got a question about forwarding spam email to user based learning
>> address. How do you integrate this with postfix? The eMail-Addresses are
>> not recognized by the system (postfix), when a user forwards this and so
>> the mail is dropped/rejected. Is there a way to customize the address,
>> to let it point to a subdomain like u...@spam.xyz.de? Or is there a way
>> to let postfix process the messages correctly to dspam? Is there any
>> kind of manual that handles this kind of issue? I used google, the faqs
>> and a lot of time, without success.
>>
> this little beast here can do what you want:
> http://dspam.git.sourceforge.net/git/gitweb.cgi?p=dspam/dspam;a=tree;f=contrib/dspam_alias_retraining;hb=HEAD
>
> You could then instruct Postfix to send u...@spam.xyz.de to the retrain-dspam
> service. A simple PCRE would do the trick:
> /^...@]+\@spam\.xyz\.de$/ dspam-retrain:spam
> /^...@]+\@(not?spam|ham)\.xyz\.de$/ dspam-retrain:innocent
>
> And in master.cf you could have something like this:
> retrain-dspam unix - n n - - pipe
> flags=Ru
> user=retrain argv=/path/to/dspam-retrain-forward.pl
> --debug=no
> --client
> --user ${sender}
> --class=${nexthop}
> --source=error
> --full=yes
> --headers-only=no
> --bodies-only=yes
> --first-only=no
> --skip-first=no
> --bin-dir=/path/to/dspam/binary
>
>
>> Version: DSPAM Anti-Spam Suite 3.9.0
>>
>>
>> Thank you for any help!
>>
>> best regards,
>>
>> Nico
>>
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