Current File : //data/old/etc/courier.orig/esmtpd.dist
##VERSION: $Id: 7da60162a011d59e274884f305c57ea22d3c83f3-20150522071622$
#
#
# esmtpd created from esmtpd.dist by sysconftool
#
# Do not alter lines that begin with ##, they are used when upgrading
# this configuration.
#
# Copyright 1998 - 2013 Double Precision, Inc. See COPYING for
# distribution information.
#
# This configuration file sets various options for Courier's esmtpd server.
# It is started by couriertcpd, Courier's TCP server.
# A lot of the stuff here is documented in the manual page for couriertcpd.
##NAME: PATH:0
#
# Specify the default PATH that everything inherits.
PATH=/usr/lib/courier/bin:/bin:/usr/bin:/usr/local/bin
##NAME: SHELL:0
#
# The default shell
SHELL=/bin/sh
##NAME: SYSLOGNAME:0
#
# Name that courieresmtpd uses to log to syslog
#
# SYSLOGNAME=courieresmtpd
##NAME: ULIMIT:0
#
# Sets the maximum size of courieresmtpd's data segment
#
ULIMIT=16384
##NAME: BOFHCHECKDNS:0
#
# Comment out the following line in order to accept mail with a bad
# return address.
BOFHCHECKDNS=1
##NAME: BOFHNOEXPN:1
#
# Set BOFHNOEXP to 1 to disable EXPN
BOFHNOEXPN=0
##NAME: BOFHNOVRFY:1
#
# Set BOFHNOVERIFY to disable VRFY
BOFHNOVRFY=0
##NAME: TARPIT:1
#
# Set TARPIT to 0 to disable tarpitting
TARPIT=1
##NAME: NOADDMSGID:0
#
# The following environment variables keep Courier from adding
# default Date: and Message-ID: header to messages which do not have them.
# If you would like to add default headers only for mail from certain
# IP address ranges, you can override them in couriertcpd access file,
# see couriertcpd(8).
NOADDMSGID=1
##NAME: NOADDDATE:0
#
NOADDDATE=1
##NAME: NOADDRREWRITE:0
#
# Don't rewrite To:, From:, and Cc: headers. Set to 2 in order to omit
# rewriting them only if there is a DKIM-Signature.
NOADDRREWRITE=0
##NAME: ESMTP_LOG_DIALOG:0
#
# If set, log the esmtp dialog.
ESMTP_LOG_DIALOG=0
##NAME: AUTH_REQUIRED:0
#
# Set AUTH_REQUIRED to 1 in order to force the client to use ESMTP
# authentication. You can override AUTH_REQUIRED on a per-IP address basis
# using smtpaccess. See makesmtpaccess(8).
#
# This setting requires ESMTP authentication from everyone. Since all
# other mail servers on the Internet will not have a valid password to
# authenticate with, this setting should not be enabled on mail servers
# used to receive incoming mail from the Internet.
AUTH_REQUIRED=0
#########################################################################
#
##NAME: COURIERTLS:0
#
# The following variables configure ESMTP STARTTLS. If OpenSSL or GnuTLS
# is available during configuration, the couriertls helper gets compiled, and
# upon installation a dummy TLS_CERTFILE gets generated. courieresmtpd will
# automatically advertise the ESMTP STARTTLS extension if both TLS_CERTFILE
# and COURIERTLS exist.
#
# WARNING: Peer certificate verification has NOT yet been tested. Proceed
# at your own risk. Only the basic SSL/TLS functionality is known to be
# working. Keep this in mind as you play with the following variables.
COURIERTLS=/usr/lib/courier/bin/couriertls
##NAME: ESMTP_TLS_REQUIRED:0
#
# Set ESMTP_TLS_REQUIRED to 1 if you REQUIRE SSL/TLS to be used for receiving
# mail. Setting it here will require it for every connection. You can also
# set ESMTP_TLS_REQUIRED in the smtpaccess file, see makesmtpaccess(8) for
# more information
#
# ESMTP_TLS_REQUIRED=1
##NAME: TLS_PRIORITY:0
#
# GnuTLS setting only
#
# Set TLS protocol priority settings (GnuTLS only)
#
# DEFAULT: NORMAL:-CTYPE-OPENPGP
#
# TLS_PRIORITY="NORMAL:-CTYPE-OPENPGP"
##NAME: TLS_PROTOCOL:0
#
# TLS_PROTOCOL sets the protocol version. The possible versions are:
#
# OpenSSL:
#
# SSL3 - SSLv3
# SSL23 - all protocols (including TLS 1.x protocols)
# TLS1 - TLS1
# TLSv1.1 - TLS1.1
# TLSv1.2 - TLS1.2
#
# Leave it unset to use any protocol except SSL 2.
##NAME: TLS_CIPHER_LIST:0
#
# TLS_CIPHER_LIST optionally sets the list of ciphers to be used by the
# OpenSSL library. In most situations you can leave TLS_CIPHER_LIST
# undefined
#
# OpenSSL:
#
# TLS_CIPHER_LIST="TLSv1:HIGH:!LOW:!MEDIUM:!EXP:!NULL:!aNULL@STRENGTH"
#
# GnuTLS:
#
# TLS_CIPHER_LIST="HIGH:MEDIUM"
#
# The actual list of available ciphers depend on the options GnuTLS was
# compiled against. The possible ciphers are:
#
# AES256, 3DES, AES128, ARC128, ARC40, RC2, DES, NULL
#
# Also, the following aliases:
#
# HIGH -- all ciphers that use more than a 128 bit key size
# MEDIUM -- all ciphers that use a 128 bit key size
# LOW -- all ciphers that use fewer than a 128 bit key size, the NULL cipher
# is not included
# ALL -- all ciphers except the NULL cipher
#
# See GnuTLS documentation, gnutls_priority_init(3) for additional
# documentation.
##NAME: TLS_KX_LIST:0
#
# GnuTLS only:
#
# Allowed key exchange protocols. The default of "ALL" should be sufficient.
# The list of supported key exchange protocols depends on the options GnuTLS
# was compiled against, but may include the following:
#
# DHERSA, DHEDSS, RSA, SRP, SRPRSA, SRPDSS, PSK, DHEPSK, ANONDH, RSAEXPORT
TLS_KX_LIST=ALL
##NAME: TLS_COMPRESSION:0
#
# GnuTLS only:
#
# Optional compression. "ALL" selects all available compression methods.
#
# Available compression methods: DEFLATE, LZO, NULL
TLS_COMPRESSION=ALL
##NAME: TLS_CERTS:0
#
# GnuTLS only:
#
# Supported certificate types are X509 and OPENPGP.
#
# OPENPGP has not been tested
TLS_CERTS=X509
##NAME: TLS_TIMEOUT:0
# TLS_TIMEOUT is currently not implemented, and reserved for future use.
# This is supposed to be an inactivity timeout, but its not yet implemented.
##NAME: TLS_CERTFILE:0
#
# TLS_CERTFILE - certificate to use. TLS_CERTFILE is required for SSL/TLS
# servers, and is optional for SSL/TLS clients. TLS_CERTFILE is usually
# treated as confidential, and must not be world-readable. Set TLS_CERTFILE
# instead of TLS_DHCERTFILE if this is a garden-variety certificate
#
# VIRTUAL HOSTS (servers only):
#
# Due to technical limitations in the original SSL/TLS protocol, a dedicated
# IP address is required for each virtual host certificate. If you have
# multiple certificates, install each certificate file as
# $TLS_CERTFILE.aaa.bbb.ccc.ddd, where "aaa.bbb.ccc.ddd" is the IP address
# for the certificate's domain name. So, if TLS_CERTFILE is set to
# /etc/certificate.pem, then you'll need to install the actual certificate
# files as /etc/certificate.pem.192.168.0.0.2, /etc/certificate.pem.192.68.0.0.3
# and so on, for each IP address.
#
# GnuTLS only (servers only):
#
# GnuTLS implements a new TLS extension that eliminates the need to have a
# dedicated IP address for each SSL/TLS domain name. Install each certificate
# as $TLS_CERTFILE.domain, so if TLS_CERTFILE is set to /etc/certificate.pem,
# then you'll need to install the actual certificate files as
# /etc/certificate.pem.host1.example.com, /etc/certificate.pem.host2.example.com
# and so on.
#
# Note that this TLS extension also requires a corresponding support in the
# client. Older SSL/TLS clients may not support this feature.
#
# This is an experimental feature.
TLS_CERTFILE=/usr/lib/courier/share/esmtpd.pem
##NAME: TLS_DHPARAMS:0
#
# TLS_DHPARAMS - DH parameter file.
#
TLS_DHPARAMS=/usr/lib/courier/share/dhparams.pem
##NAME: TLS_TRUSTCERTS:0
#
# TLS_TRUSTCERTS=pathname - load trusted certificates from pathname.
# pathname can be a file or a directory. If a file, the file should
# contain a list of trusted certificates, in PEM format. If a
# directory, the directory should contain the trusted certificates,
# in PEM format, one per file and hashed using OpenSSL's c_rehash
# script. TLS_TRUSTCERTS is used by SSL/TLS clients (by specifying
# the -domain option) and by SSL/TLS servers (TLS_VERIFYPEER is set
# to PEER or REQUIREPEER).
#
#
# TLS_TRUSTCERTS=
TLS_TRUSTCERTS=/etc/pki/tls/cert.pem
##NAME: TLS_VERIFYPEER:0
#
# TLS_VERIFYPEER - how to verify peer certificates. The possible values of
# this setting are:
#
# NONE - do not verify anything
#
# PEER - verify the peer certificate, if one's presented
#
# REQUIREPEER - require a peer certificate, fail if one's not presented
#
# SSL/TLS servers will usually set TLS_VERIFYPEER to NONE. SSL/TLS clients
# will usually set TLS_VERIFYPEER to REQUIREPEER.
#
TLS_VERIFYPEER=NONE
##NAME: TLS_EXTERNAL:0
#
# To enable SSL certificate-based authentication:
#
# 1) TLS_TRUSTCERTS must be set to a pathname that holds your certificate
# authority's SSL certificate
#
# 2) TLS_VERIFYPEER=PEER or TLS_VERIFYPEER=REQUIREPEER (the later settings
# requires all SSL clients to present a certificate, and rejects
# SSL/TLS connections without a valid cert).
#
# 3) Set TLS_EXTERNAL, below, to the subject field that holds the login ID.
# Example:
#
# TLS_EXTERNAL=emailaddress
#
# The above example retrieves the login ID from the "emailaddress" subject
# field. The certificate's emailaddress subject must match exactly the login
# ID in the courier-authlib database.
##NAME: MAILUSERGROUP:0
#
# Mail user and group
MAILUSER=daemon
MAILGROUP=daemon
##NAME: ADDRESS:0
#
# Address to listen on, can be set to a single IP address.
#
# ADDRESS=127.0.0.1
##NAME: PORT:1
#
# PORT specified the port number to listen on. The standard "smtp" port
# is port 25.
#
# Multiple port numbers can be separated by commas. When multiple port
# numbers are used it is possibly to select a specific IP address for a
# given port as "ip.port". For example, "127.0.0.1.900,192.68.0.1.900"
# accepts connections on port 900 on IP addresses 127.0.0.1 and 192.68.0.1
# The ADDRESS setting, if given, is a default for ports that do not have
# a specified IP address.
PORT=smtp
##NAME: BLACKLISTS:1
#
# Blacklists we query.
#
# The BLOCK environment variable is automatically enforced by submit.
# Nobody really does anything about BLOCK2, this is mainly for use by
# plug-in mail filters. If you want Courier to unilaterally block
# mail from IP addresses listed by Spamhaus or CBL, and you have a separate
# localmailfilter that keys off BLOCK2, uncomment the following. If you want
# to unilaterally block everything listed by Spamhaus or CBL, just replace
# BLOCK2 with BLOCK.
#
# BLACKLISTS='-block=zen.spamhaus.org,BLOCK2 -block=cbl.abuseat.org,BLOCK2'
#
# The BLACKLISTS setting can also contain -allow options to implement
# DNS-based whitelists. See the couriertcpd(1) man page for more information.
# The -block and -allow options from this setting are passed directly to
# couriertcpd(1).
BLACKLISTS=""
##NAME: ALLOW_EXCLUSIVE:0
#
# The -allow option adds an Authentication-Results: header to a received
# message, if the sender's IP was found in the -allow lookup.
#
# If you use -allow to implement whitelists, you should set ALLOW_EXCLUSIVE=1.
# This renames any existing Authentication-Results: headers in a received
# message to Old-Authentication-Results, so any Authentication-Results:
# in the received message will always come from this server. Otherwise, the
# sender can trivially spoof it.
#
# ALLOW_EXCLUSIVE=1
##NAME: DROP:0
#
# Drop blacklisted connections immediately, rather than postponing them and
# having all ESMTP transactions rejected.
#
# By default, all ESMTP transactions from blacklisted IP addresses are
# rejected. Uncomment this setting to immediately drop connections, instead.
# See the couriertcpd man page for more information about the -drop
# option to couriertcpd.
#
# DROP="-drop"
##NAME: ACCESSFILE:1
#
# Access file: $ACCESSFILE - plain text file/dir, $ACCESSFILE.dat - compiled
# database.
#
ACCESSFILE=${sysconfdir}/smtpaccess
##NAME: MAXDAEMONS:0
#
# Maximum number of daemons started
#
MAXDAEMONS=40
##NAME: MAXPERC:0
#
# Maximum number of connections accepted from the same C address block
#
MAXPERC=5
##NAME: MAXPERID:0
#
#
# Maximum number of connections accepted from the same IP address
MAXPERIP=5
##NAME: PIDFILE:0
#
# File where couriertcpd will save its process ID
#
PIDFILE=/var/spool/courier/tmp/esmtpd.pid
##NAME: TCPDOPTS:3
#
# TCPDOPTS can contain other couriertcpd options, such as
# -nodnslookup and -noidentlookup.
#
TCPDOPTS="-stderrlogger=/usr/sbin/courierlogger"
##NAME: ESMTPAUTH:4
#
# To enable authenticated SMTP relaying, uncomment the ESMTPAUTH setting,
# below, and set it to ESMTP authentication mechanisms we support. Currently
# LOGIN and CRAM-MD5 are available:
#
# ESMTPAUTH="LOGIN"
#
# You can also try PLAIN. CRAM-MD5, CRAM-SHA1, and CRAM-SHA256 may also be
# specified, if CRAM authentication has been configured. See INSTALL for more
# information.
#
ESMTPAUTH=""
##NAME: ESMTPAUTH_WEBADMIN:5
#
# ESMTPAUTH_WEBADMIN is used by the webadmin module
#
# Don't touch this setting.
ESMTPAUTH_WEBADMIN="LOGIN CRAM-MD5 CRAM-SHA1 CRAM-SHA256"
##NAME: ESMTPAUTHINFOTLS:3
#
# To enable SASL PLAIN authentication when using TLS, uncomment the following.
# To enable SASL PLAIN with or without TLS, just add PLAIN to ESMTPAUTH,
# above:
#
# ESMTPAUTH_TLS="PLAIN LOGIN CRAM-MD5"
#
# ESMTPAUTH_TLS_WEBADMIN is used by the webadmin module
ESMTPAUTH_TLS=""
##NAME: ESMTPAUTH_TLS_WEBADMIN:5
ESMTPAUTH_TLS_WEBADMIN="PLAIN LOGIN CRAM-MD5 CRAM-SHA1 CRAM-SHA256"
##NAME: ESMTPDSTART:0
#
# ESMTPDSTART is not referenced anywhere in the standard Courier programs
# or scripts. Rather, this is a convenient flag to be read by your system
# startup script in /etc/rc.d, like this:
#
# prefix=/usr/lib/courier
# exec_prefix=/usr/lib/courier
# . ${sysconfdir}/esmtpd
# case x$ESMTPDSTART in
# x[yY]*)
# /usr/lib/courier/sbin/esmtpd start
# ;;
# esac
#
# The default setting is going to be NO, until Courier is shipped by default
# with enough platforms so that people get annoyed with having to flip it to
# YES every time.
ESMTPDSTART=NO
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