366 lines
27 KiB
Text
366 lines
27 KiB
Text
1 000 000 messages with good performance unlikely above that limit
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10 10 Mandatory configuration file edits
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11 11 To chroot or not to chroot
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12 12 Care and feeding of the Postfix system
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14 rbl_domain rbl_reason rbl_reason
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168 100 189 2 255 255 255 224
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18 rbl_domain rbl_reason rbl_reason
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1 ffff ffff ffff ffff ffff ffff ffff ffff
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2001 240 587 0 2d0 b7ff fe88 2ca7 ffff ffff ffff ffff
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31 sasldb Accounts are stored stored in a Cyrus SASL Berkeley DB
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33 ldapdb Accounts are stored stored in an LDAP database
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4 yes yes yes never 100
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5 postmaster postmaster example com
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5 root root localhost
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6 abuse abuse example com
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80821 S 0 00 24 smtpd n smtp t inet u c o stress yes
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83326 S 0 00 28 smtpd n smtp t inet u c o stress
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84345 Ss 0 00 11 usr bin perl usr libexec postfix smtpd policy pl
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8 SENDMAIL usr sbin sendmail G i NEVER NEVER NEVER use t here
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address localpart as per RFC 822 so that additional or or
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all all Maximum per destination delivery concurrency
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and cost cost 1 times more than if the preemptive scheduler was
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and sneak in the ten recipient mail Wait wait wait Could we Aren t
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aNULL aNULL kEECDH kEDH RC4 eNULL EXPORT LOW STRENGTH
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Arrival Date Sun 26 Nov 2006 17 01 01 0500 EST
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attacks with user domain domain addresses when Postfix provides
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authzTo authzTo dn regex uniqueIdentifier ou people dc example dc com
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AUXLIBS AUXLIBS options for LDAP or TLS etc
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blockquote blockquote
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broken smtp smtp o smtp_quote_rfc821_envelope no
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ccert_fingerprint C2 9D F4 87 71 73 73 D9 18 E7 C2 F3 C1 DA 6E 04
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command_directory command_directory
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concurrency concurrency limit
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config_directory config_directory
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daemon_directory daemon_directory
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data_directory data_directory
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Date Sun 26 Nov 2006 17 01 01 0500 EST
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dd dd Alternatively check_ccert_access accepts an explicit search
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dd dd check_ccert_access type table search_order cert_fingerprint
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dd dd The commas are optional dd
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dd dd The default algorithm is b sha256 b with Postfix ge 3 6
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dd No TLS TLS will not be used unless enabled for specific
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Dec 4 04 30 09 hostname postfix smtpd 58549 NOQUEUE reject
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default_transport uucp uucp gateway
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Documentation Documentation is available as README files start with the file
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done done
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done done
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dt b a name check_address_map check_address_map a i a href DATABASE_RE
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dt b a name check_ccert_access check_ccert_access a i a href DATABASE_
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dt b a name check_client_a_access check_client_a_access a i a href DAT
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dt b a name check_client_access check_client_access a i a href DATABAS
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dt b a name check_client_mx_access check_client_mx_access a i a href D
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dt b a name check_client_ns_access check_client_ns_access a i a href D
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dt b a name check_etrn_access check_etrn_access a i a href DATABASE_RE
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dt b a name check_helo_a_access check_helo_a_access a i a href DATABAS
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dt b a name check_helo_access check_helo_access a i a href DATABASE_RE
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dt b a name check_helo_mx_access check_helo_mx_access a i a href DATAB
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dt b a name check_helo_ns_access check_helo_ns_access a i a href DATAB
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dt b a name check_policy_service check_policy_service i servername i a
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dt b a name check_recipient_a_access check_recipient_a_access a i a hre
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dt b a name check_recipient_access check_recipient_access a i a href D
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dt b a name check_recipient_mx_access check_recipient_mx_access a i a h
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dt b a name check_recipient_ns_access check_recipient_ns_access a i a h
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dt b a name check_sasl_access check_sasl_access a i a href DATABASE_RE
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dt b a name check_sender_a_access check_sender_a_access a i a href DAT
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dt b a name check_sender_access check_sender_access a i a href DATABAS
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dt b a name check_sender_mx_access check_sender_mx_access a i a href D
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dt b a name check_sender_ns_access check_sender_ns_access a i a href D
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dt b a name defer defer a b dt
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dt b a name defer_if_permit defer_if_permit a b dt
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dt b a name defer_if_reject defer_if_reject a b dt
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dt b a name defer_unauth_destination defer_unauth_destination a b dt
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dt b a name no_address_mappings no_address_mappings a b dt
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dt b a name no_header_body_checks no_header_body_checks a b dt
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dt b a name no_milters no_milters a b dt
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dt b a name no_unknown_recipient_checks no_unknown_recipient_checks a b
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dt b a name permit_auth_destination permit_auth_destination a b dt
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dt b a name permit_dnswl_client permit_dnswl_client i dnswl_domain d d d d
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dt b a name permit_inet_interfaces permit_inet_interfaces a b dt
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dt b a name permit_mx_backup permit_mx_backup a b dt
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dt b a name permit_mynetworks permit_mynetworks a b dt
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dt b a name permit permit a b dt
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dt b a name permit_rhswl_client permit_rhswl_client i rhswl_domain d d d d
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dt b a name permit_sasl_authenticated permit_sasl_authenticated a b dt
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dt b a name permit_tls_all_clientcerts permit_tls_all_clientcerts a b
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dt b a name permit_tls_clientcerts permit_tls_clientcerts a b dt
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dt b a name reject_invalid_helo_hostname reject_invalid_helo_hostname a
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dt b a name reject_multi_recipient_bounce reject_multi_recipient_bounce a
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dt b a name reject_non_fqdn_helo_hostname reject_non_fqdn_helo_hostname a
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dt b a name reject_non_fqdn_recipient reject_non_fqdn_recipient a b dt
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dt b a name reject_non_fqdn_sender reject_non_fqdn_sender a b dt
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dt b a name reject_plaintext_session reject_plaintext_session a b dt
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dt b a name reject_rbl_client reject_rbl_client i rbl_domain d d d d i
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dt b a name reject reject a b dt
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dt b a name reject_rhsbl_client reject_rhsbl_client i rbl_domain d d d d
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dt b a name reject_rhsbl_helo reject_rhsbl_helo i rbl_domain d d d d i
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dt b a name reject_rhsbl_recipient reject_rhsbl_recipient i rbl_domain d d
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dt b a name reject_rhsbl_reverse_client reject_rhsbl_reverse_client i rbl_
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dt b a name reject_rhsbl_sender reject_rhsbl_sender i rbl_domain d d d d
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dt b a name reject_sender_login_mismatch reject_sender_login_mismatch a
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dt b a name reject_unauth_destination reject_unauth_destination a b dt
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dt b a name reject_unauth_pipelining reject_unauth_pipelining a b dt
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dt b a name reject_unknown_client_hostname reject_unknown_client_hostname
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dt b a name reject_unknown_helo_hostname reject_unknown_helo_hostname a
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dt b a name reject_unknown_recipient_domain reject_unknown_recipient_domain
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dt b a name reject_unknown_sender_domain reject_unknown_sender_domain a
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dt b a name reject_unlisted_recipient reject_unlisted_recipient a b wi
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dt b a name reject_unlisted_sender reject_unlisted_sender a b dt
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dt b a name reject_unverified_recipient reject_unverified_recipient a b
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dt b a name reject_unverified_sender reject_unverified_sender a b dt
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dt b a name sleep sleep i seconds i a b dt
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dt b a name warn_if_reject warn_if_reject a b dt
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dt dt b i a href DATABASE_README html type table a i b dt
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dt dt b i number i i number i b dt
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dt dt dd 0 Disable logging of TLS activity dd
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dt dt dd 1 Log only a summary message on TLS handshake completion
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dt dt dd 2 Also log levels during TLS negotiation dd
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dt dt dd 3 Also log hexadecimal and ASCII dump of TLS negotiation
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dt dt dd 4 Also log hexadecimal and ASCII dump of complete
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dude dude example com
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eliminates the latency of the TCP handshake SYN SYN ACK ACK
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example com uucp uucp host
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example MAIL RCPT BDAT BDAT MAIL RCPT BDAT without ever having to
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export MANPATH MANPATH pwd man MANPATH
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fe80 1 2d0 b7ff fe88 2ca7 ffff ffff ffff ffff
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fe80 5 1 ffff ffff ffff ffff
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file allows for robust handling of temporary delivery errors errors
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Filtered Filtered
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for the file name when a pattern is a type table table specification
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from host example com 192 168 0 2 TLSv1 with cipher cipher name
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generic generic a restrictions These restrictions are applicable in
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groups msn com 63 2 1 2 4 4 14 14 14 8 0
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highvolume com 4000 160 160 320 640 1280 1440 0 0 0 0
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host host port host port address or address port the form
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http www umich edu dirsvcs ldap ldap html or OpenLDAP
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id 84863BC0E5 Sun 26 Nov 2006 17 01 01 0500 EST
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if concurrency concurrency limit
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ifconfig en0 alias address netmask 255 255 255 255
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inet_addr_local inet_addr_local configured 2 IPv4 addresses
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inet_addr_local inet_addr_local configured 4 IPv6 addresses
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insiders_only insiders_only check_sender_access hash etc postfix insiders reject
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in the form of a domain name hostname hostname port hostname port
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into memory such as pcre regexp or texthash texthash is similar
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jane jane janes preferred machine
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joe joe joes preferred machine
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Line 8 NEVER NEVER NEVER use the t command line option here It
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listname listname request
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lists sourceforge net 2313 2313 0 0 0 0 0 0 0 0
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local local 8
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local_only local_only
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maildrop maildrop
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maildrop maildrop owner cn root dc your dc com
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make make makefiles CC opt ansic bin cc Ae HP UX
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make make makefiles CC purify cc
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man man man5 postconf 5 less
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master_service_disable foo inet inet
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multi_instance_enable multi_instance_enable
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multi_instance_group multi_instance_group
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multi_instance_name multi_instance_name
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mydestination myhostname localhost mydomain mydomain
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mydomain to an incomplete address address rewriting alias
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mynetworks mynetworks 127 0 0 0 8 168 100 189 0 28 1 128 fe80 10 2001 240 587
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mynetworks mynetworks hash etc postfix network_table
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Name lt user example com gt gt i Postfix will ignore the i User
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name name port name or name port
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NOTE Postfix 3 6 also introduces support for the level level
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number number ranges Postfix version 2 8 and later If no
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numbers or number number ranges Postfix version 2 8 and later
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one or more separated numbers or number number ranges
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openssl req new key key
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or more separated numbers or number number ranges p
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or number number ranges Postfix version 2 8 and later If no
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ownership of system directories such as etc usr usr bin var
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PARAM postscreen_dnsbl_max_ttl postscreen_dnsbl_ttl postscreen_dnsbl_ttl
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patterns list multiple domain names as domain domain
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p Note 2 address information may be enclosed inside tt tt
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postfix 12345 12345 postfix no where no shell
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Postfix 2 3 2 5 to hang up on clients that that match
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Postfix has TWO sets of mail filters filters that are used for
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Postfix Postfix can use an LDAP directory as a source for any of its lookups
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Postfix Postfix passes the status back to the remote SMTP
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Postfix Postfix will send the mail back to the sender address
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pre pre
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query_filter mailacceptinggeneralid s maildrop maildrop
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queue_directory queue_directory
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Received from localhost localhost 127 0 0 1
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Received Received from porcupine org
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rejected rejected recipients are available on request by the Milter
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rewrite 8 none none
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Say we have ten recipient mail followed by two two recipient mails If
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separated numbers or number number ranges If no
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smtpd_recipient_restrictions smtpd_recipient_restrictions
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smtpd_relay_restrictions smtpd_relay_restrictions
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smtpd_relay_restrictions smtpd_relay_restrictions
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smtpd_tls_mandatory_protocols SSLv2 SSLv3 TLSv1 TLSv1 1
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smtpd_tls_mandatory_protocols SSLv2 SSLv3 TLSv1 TLSv1 1
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smtp smtp o smtp_bind_address 11 22 33 44
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smtp smtp o smtp_bind_address6 1 2 3 4 5 6 7 8
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smtp_tls_mandatory_protocols SSLv2 SSLv3 TLSv1 TLSv1 1
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smtp_tls_mandatory_protocols SSLv2 SSLv3 TLSv1 TLSv1 1
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SSLv3 TLSv1 TLSv1 1 TLSv1 2 and TLSv1 3 Starting with
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T 5 10 20 40 80 160 320 640 1280 1280
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T A 5 10 20 40 80 160 320 320
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Therefore 301 0301 0x301 and 0x0301 are all equivalent to
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The syntax of name value value name value and name value
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the the backed up domain tld domain This prevents your mail queue
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tls_random_source dev dev urandom
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tls_random_source dev dev urandom
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tls_random_source dev dev urandom
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TLS TLS support in the LMTP delivery agent
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TLSv1 3 with cipher TLS_AES_256_GCM_SHA384 256 256 bits
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to flush flush 8 Deferred
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to host example com 192 168 0 2 25 TLSv1 with cipher cipher name
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to server example TLSv1 3 with cipher TLS_AES_256_GCM_SHA384 256 256 bits
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TOTAL 5000 200 200 400 800 1600 1000 200 200 200 200
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transport transport
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tt tt in the authorized_verp_clients value and in files
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tt tt in the mynetworks value and in files specified with
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tt tt in the smtpd_authorized_verp_clients value and in
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tt tt in the smtpd_authorized_xclient_hosts value and in
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tt tt in the smtpd_authorized_xforward_hosts value and in
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tt tt in the smtpd_client_event_limit_exceptions value and
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tt tt in the smtpd_sasl_exceptions_networks value and in
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tt tt p
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two two recipient mails
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uid cn cn auth
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Unfiltered Unfiltered
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unknown recipients in local domains domains that match mydestination
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Use blockquote pre pre blockquote for examples
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Use pre pre for the Examples section at the end
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username username
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user sourceforge net 7678 7678 0 0 0 0 0 0 0 0
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using TLSv1 3 with cipher TLS_AES_256_GCM_SHA384 256 256 bits
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using TLSv1 with cipher cipher name
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var var spool and so on This is especially an issue if you executed
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With the standard operators lt lt etc compatibility
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yes yes yes never 100
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zombie zombie tlsproxy 8 smtpd 8
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and 1 000 000 messages with good performance unlikely above that
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dt dt b name value b Postfix ge 3 0 dt
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dt dt dd 3 Also log the hexadecimal and ASCII dump of the
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dt dt dd 4 Also log the hexadecimal and ASCII dump of complete
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parametername stress something something Other
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p Note on OpenBSD systems specify dev dev arandom when dev dev urandom
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user3 example net smtp smtp relay example net submission
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virtual_alias_maps hash etc postfix virtual virtual aliasing
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system_wide_settings system_wide_settings
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ssl_library_settings ssl_library_settings
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initial_ssl_settings initial_ssl_settings
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postfix_settings postfix_settings
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postfix_ssl_settings postfix_ssl_settings
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baseline_postfix_settings baseline_postfix_settings
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The and match and literally Without the the
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The matches literally Without the the would
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The example is simplified for educational purposes In reality my patterns list multiple domain names as domain domain
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The matches literally Without the the would match any character
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The and match and literally Without the the and would be grouping operators
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The matches literally Without the the would match any character
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pipeline all commands following EHLO for example MAIL RCPT BDAT BDAT MAIL RCPT BDAT without ever having to wait for a server response This means that with BDAT the Postfix SMTP server cannot distinguish between a well behaved client and a
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NOTE Postfix 3 6 also introduces support for the level level and other operators to compare compatibility levels With the standard operators etc compatibility level 3 10 would be smaller than 3 9 which is undesirable
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Otherwise the benefits of SMTP connection caching are minor it eliminates the latency of the TCP handshake SYN SYN ACK ACK plus the latency of the SMTP initial handshake 220 greeting EHLO command EHLO response With TLS encrypted
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Otherwise the benefits of SMTP connection caching are minor it eliminates the latency of the TCP handshake SYN SYN ACK ACK plus the latency of the SMTP initial handshake 220 greeting EHLO command EHLO response With TLS encrypted
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3 Reject the mail by sending a suitable status code back to Postfix Postfix will send the mail back to the sender address
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Line 8 NEVER NEVER NEVER use the t command line option here It will mis deliver mail like sending messages from a mailing list back to the mailing list
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Line 8 NEVER NEVER NEVER use the t command line option here It will mis deliver mail like sending messages from a mailing list back to the mailing list
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Documentation Documentation is available as README files start with the file README_FILES AAAREADME as HTML web pages point your browser to html index html and as UNIX style manual pages
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Parameters whose defaults can be specified in this way are listed below See the postconf 5 manpage for a description command nroff man man man5 postconf 5 less
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Parameters whose defaults can be specified in this way are listed below See the postconf 5 manpage for a description command nroff man man man5 postconf 5 less
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mynetworks mynetworks 127 0 0 0 8 168 100 189 0 28 1 128 fe80 10 2001 240 587 64
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Postfix Postfix can use an LDAP directory as a source for any of its lookups aliases 5 virtual 5 canonical 5 etc This allows you to keep information for your mail service in a replicated network database with fine grained access controls By not
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If you re using the libraries from the UM distribution http www umich edu dirsvcs ldap ldap html or OpenLDAP http www openldap org something like this in the top level of your Postfix source tree should work
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query_filter mailacceptinggeneralid s maildrop maildrop maildrop
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query_filter mailacceptinggeneralid s maildrop maildrop maildrop
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query_filter mailacceptinggeneralid s maildrop maildrop maildrop owner cn root dc your dc com
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query_filter mailacceptinggeneralid s maildrop maildrop maildrop owner cn root dc your dc com
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As of Postfix version 2 0 the Postfix SMTP server rejects mail for unknown recipients in local domains domains that match mydestination or the IP addresses in inet_interfaces or proxy_interfaces with User unknown in local recipient table
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Postfix emulates a limited number of Sendmail macros as shown in the table Some macro values depend on whether a recipient is rejected rejected recipients are available on request by the Milter application Different macros are available at
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Postfix has TWO sets of mail filters filters that are used for SMTP mail only specified with the smtpd_milters parameter and filters for non SMTP mail specified with the non_smtpd_milters parameter The non SMTP filters are primarily for
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etc usr usr bin var var spool and so on This is especially an issue if you executed postfix install see above as an unprivileged user
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etc usr usr bin var var spool and so on This is especially an issue if you executed postfix install see above as an unprivileged user
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parametername stress something stress something or parametername stress something something Other parameters always evaluate as if the stress value is the empty string
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parametername stress something stress something or parametername stress something something Other parameters always evaluate as if the stress value is the empty string
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more CPU faster disks and more network bandwidth can deal with larger deferred queues but as a rule of thumb the deferred queue scales to somewhere between 100 000 and 1 000 000 messages with good performance unlikely above that limit
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31 sasldb Accounts are stored stored in a Cyrus SASL Berkeley DB database
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assigned to the delivery slots might look like this 12131415 Hmm fine for sneaking in the single recipient mail but how do we sneak in the mail with more than one recipient Say if we have one four recipient mail followed by two two recipient
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we see the hundred recipient job can accumulate ten free delivery slots and then we could preempt it and sneak in the ten recipient mail Wait wait wait Could we Aren t we overinflating the original one thousand recipient mail
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The truth is that it turns out that it is not really necessary to wait until the jobs counter accumulates all the delivery slots in advance Say we have ten recipient mail followed by two two recipient mails If the preemption happened when enough
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Disallowing RFC 822 address syntax example MAIL FROM the dude dude example com
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3 Reject the mail by sending a suitable SMTP status code back to Postfix Postfix passes the status back to the remote SMTP client This way Postfix does not have to send a bounce message
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Lines 14 18 Define the list of valid addresses in the the backed up domain tld domain This prevents your mail queue from filling up with undeliverable MAILER DAEMON messages If you can t maintain a list of valid recipients then you must
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The syntax of name value value name value and name value is explained at the beginning of the postconf 5 manual page
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Use 521 SMTP reply codes Postfix 2 6 and later or 421 Postfix 2 3 2 5 to hang up on clients that that match botnet related RBLs see next bullet or that match selected non RBL restrictions such as SMTP access maps The Postfix SMTP
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the next hop destination can have the Postfix specific form name name port name or name port
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dt b a name no_unknown_recipient_checks no_unknown_recipient_checks a b dt
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dt b a name check_ccert_access check_ccert_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_client_access check_client_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_client_a_access check_client_a_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_client_mx_access check_client_mx_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_client_ns_access check_client_ns_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_reverse_client_hostname_access check_reverse_client_hostname_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_reverse_client_hostname_a_access check_reverse_client_hostname_a_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_reverse_client_hostname_mx_access check_reverse_client_hostname_mx_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_reverse_client_hostname_ns_access check_reverse_client_hostname_ns_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_sasl_access check_sasl_access a i a href DATABASE_README html type table a i b dt
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dt b a name permit_sasl_authenticated permit_sasl_authenticated a b dt
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dt b a name permit_tls_all_clientcerts permit_tls_all_clientcerts a b dt
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dt b a name reject_rbl_client reject_rbl_client i rbl_domain d d d d i a b dt
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dt b a name permit_dnswl_client permit_dnswl_client i dnswl_domain d d d d i a b dt
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dt b a name reject_rhsbl_client reject_rhsbl_client i rbl_domain d d d d i a b dt
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dt b a name permit_rhswl_client permit_rhswl_client i rhswl_domain d d d d i a b dt
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dt b a name reject_rhsbl_reverse_client reject_rhsbl_reverse_client i rbl_domain d d d d i a b dt
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dt b a name reject_unknown_client_hostname reject_unknown_client_hostname a b with Postfix lt 2 3 reject_unknown_client dt
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dt b a name reject_unknown_reverse_client_hostname reject_unknown_reverse_client_hostname a b dt
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dt b a name reject_unknown_forward_client_hostname reject_unknown_forward_client_hostname a b dt
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dt b a name check_policy_service check_policy_service i servername i a b dt
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dt b a name reject_multi_recipient_bounce reject_multi_recipient_bounce a b dt
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dt b a name check_etrn_access check_etrn_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_helo_access check_helo_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_helo_a_access check_helo_a_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_helo_mx_access check_helo_mx_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_helo_ns_access check_helo_ns_access a i a href DATABASE_README html type table a i b dt
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dt b a name reject_invalid_helo_hostname reject_invalid_helo_hostname a b with Postfix lt 2 3 reject_invalid_hostname dt
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dt b a name reject_non_fqdn_helo_hostname reject_non_fqdn_helo_hostname a b with Postfix lt 2 3 reject_non_fqdn_hostname dt
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dt b a name reject_rhsbl_helo reject_rhsbl_helo i rbl_domain d d d d i a b dt
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dt b a name reject_unknown_helo_hostname reject_unknown_helo_hostname a b with Postfix lt 2 3 reject_unknown_hostname dt
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dt b a name check_recipient_access check_recipient_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_recipient_a_access check_recipient_a_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_recipient_mx_access check_recipient_mx_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_recipient_ns_access check_recipient_ns_access a i a href DATABASE_README html type table a i b dt
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dt b a name reject_non_fqdn_recipient reject_non_fqdn_recipient a b dt
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dt b a name reject_rhsbl_recipient reject_rhsbl_recipient i rbl_domain d d d d i a b dt
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dt b a name reject_unauth_destination reject_unauth_destination a b dt
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dt b a name reject_unknown_recipient_domain reject_unknown_recipient_domain a b dt
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dt b a name reject_unlisted_recipient reject_unlisted_recipient a b with Postfix version 2 0 check_recipient_maps dt
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dt b a name reject_unverified_recipient reject_unverified_recipient a b dt
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dt b a name check_sender_access check_sender_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_sender_a_access check_sender_a_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_sender_mx_access check_sender_mx_access a i a href DATABASE_README html type table a i b dt
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dt b a name check_sender_ns_access check_sender_ns_access a i a href DATABASE_README html type table a i b dt
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dt b a name reject_authenticated_sender_login_mismatch reject_authenticated_sender_login_mismatch a b dt
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dt b a name reject_known_sender_login_mismatch reject_known_sender_login_mismatch a b dt
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dt b a name reject_rhsbl_sender reject_rhsbl_sender i rbl_domain d d d d i a b dt
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dt b a name reject_sender_login_mismatch reject_sender_login_mismatch a b dt
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dt b a name reject_unauthenticated_sender_login_mismatch reject_unauthenticated_sender_login_mismatch a b dt
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dt b a name reject_unknown_sender_domain reject_unknown_sender_domain a b dt
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dt b a name check_address_map check_address_map a i a href DATABASE_README html type table a i b dt
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PARAM postscreen_dnsbl_max_ttl postscreen_dnsbl_ttl postscreen_dnsbl_ttl 1 h
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standard lt CR gt lt LF gt br br This maintains compatibility
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lt CR gt lt LF gt lt CR gt lt LF gt br br Such clients
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smtpd_forbid_bare_newline_reject_code br br This will reject
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br br This will also reject some email from Microsoft services
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2045 Sections 2 7 and 2 8 br br Such clients can be excluded
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br br This will also reject email from services that use BDAT
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RFC 2045 Sections 2 7 and 2 8 br br Such clients can be
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to become a list of comma separated names br br This feature
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the form of a domain name hostname hostname service hostname service
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expected to become a list of comma separated names br br This
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Postfix Postfix can use MongoDB as a source for any of its lookups aliases 5 virtual 5 canonical 5 etc This allows you to keep information for your mail service in a replicated noSQL database with fine grained access controls By not storing it
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CCARGS CCARGS DHAS_MONGODB I usr include libmongoc 1 0
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dt dt dd 2 Also enable verbose logging in the Postfix TLS
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Postfix Postfix legacy TLS Support
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var run tlsrpt tlsrpt sock Relative names will work with and without Postfix chroot support Do not specify a location under a directory such as private or public that is already used by Postfix programs Only Postfix programs should create
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Note the recommended socket location is still to be determined A good socket location would be under the Postfix queue directory for example smtp_tlsrpt_socket_name run tlsrpt tlsrpt sock The advantage of using a relative name is that
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with cipher ECDHE RSA AES256 GCM SHA384 256 256 bits
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TLSv1 2 with cipher ECDHE RSA AES256 GCM SHA384 256 256 bits
|
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The recommended socket location is still to be determined A good socket location would be under the Postfix queue directory for example smtp_tlsrpt_socket_name run tlsrpt tlsrpt sock The advantage of using a relative name is that it
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