dovecot start problem

Discussion in 'Installation/Configuration' started by veneficus, Apr 10, 2012.

  1. veneficus

    veneficus New Member

    anyone can help on this? thanks in advance

    Code:
    service dovecot start
    Avvio di Dovecot Imap: Edlopen(/usr/lib64/dovecot/imap//lib10_quota_plugin.so) failed: /usr/lib64/dovecot/imap//lib10_quota_plugin.so: wrong ELF class: ELFCLASS32
    FCouldn't load required plugins
    Error: imap dump-capability process returned 89
    Fatal: Invalid configuration in /etc/dovecot.conf
    here's dovecot .conf file:

    Code:
    ## Dovecot configuration file
    
    
    # "dovecot -n" command gives a clean output of the changed settings. Use it
    
    
    
    allowed.
    disable_plaintext_auth = no
    
    
    
    log_timestamp = "%Y-%m-%d %H:%M:%S "
    
    ## SSL settings
    
    
    
    # SSL/TLS support: yes, no, required. <doc/wiki/SSL.txt>
    ssl = no
    
    
    ssl_cert_file = /etc/postfix/smtpd.cert
    ssl_key_file = /etc/postfix/smtpd.key
    
    
    
    
    
    
    first_valid_uid = 5000
    last_valid_uid = 5000
    
    
    
    first_valid_gid = 5000
    last_valid_gid = 5000
    
    
    
    
    
    ##
    
    
    
    
      mail_executable = /usr/libexec/dovecot/rawlog /usr/libexec/dovecot/imap
    
    
    
      mail_plugins = quota imap_quota
      mail_plugin_dir = /usr/lib64/dovecot/imap/
    
    
    }
    
    
    protocol pop3 {
      # Login executable location.
      #login_executable = /usr/libexec/dovecot/pop3-login
    
      # POP3 executable location. See IMAP's mail_executable above for examples
      # how this could be changed.
      #mail_executable = /usr/libexec/dovecot/pop3
      mail_executable = /usr/libexec/dovecot/rawlog /usr/libexec/dovecot/pop3
    
      # Don't try to set mails non-recent or seen with POP3 sessions. This is
      # mostly intended to reduce disk I/O. With maildir it doesn't move files
      # from new/ to cur/, with mbox it doesn't write Status-header.
      #pop3_no_flag_updates = no
    
      # Support LAST command which exists in old POP3 specs, but has been removed
      # from new ones. Some clients still wish to use this though. Enabling this
      # makes RSET command clear all \Seen flags from messages.
      #pop3_enable_last = no
    
      # If mail has X-UIDL header, use it as the mail's UIDL.
      #pop3_reuse_xuidl = no
    
      # Keep the mailbox locked for the entire POP3 session.
      #pop3_lock_session = no
    
      # POP3 UIDL (unique mail identifier) format to use. You can use following
      # variables, along with the variable modifiers described in
      # <doc/wiki/Variables.txt> (e.g. %Uf for the filename in uppercase)
      #
      #  %v - Mailbox's IMAP UIDVALIDITY
      #  %u - Mail's IMAP UID
      #  %m - MD5 sum of the mailbox headers in hex (mbox only)
      #  %f - filename (maildir only)
      #
      # If you want UIDL compatibility with other POP3 servers, use:
      #  UW's ipop3d         : %08Xv%08Xu
      #  Courier             : %f or %v-%u (both might be used simultaneosly)
      #  Cyrus (<= 2.1.3)    : %u
      #  Cyrus (>= 2.1.4)    : %v.%u
      #  Dovecot v0.99.x     : %v.%u
      #  tpop3d              : %Mf
      #
      # Note that Outlook 2003 seems to have problems with %v.%u format which was
      # Dovecot's default, so if you're building a new server it would be a good
      # idea to change this. %08Xu%08Xv should be pretty fail-safe.
      #
      #pop3_uidl_format = %08Xu%08Xv
      pop3_uidl_format = %08Xu%08Xv
    
      # Permanently save UIDLs sent to POP3 clients, so pop3_uidl_format changes
      # won't change those UIDLs. Currently this works only with Maildir.
      #pop3_save_uidl = no
    
      # POP3 logout format string:
      #  %i - total number of bytes read from client
      #  %o - total number of bytes sent to client
      #  %t - number of TOP commands
      #  %p - number of bytes sent to client as a result of TOP command
      #  %r - number of RETR commands
      #  %b - number of bytes sent to client as a result of RETR command
      #  %d - number of deleted messages
      #  %m - number of messages (before deletion)
      #  %s - mailbox size in bytes (before deletion)
      #pop3_logout_format = top=%t/%p, retr=%r/%b, del=%d/%m, size=%s
    
      # Maximum number of POP3 connections allowed for a user from each IP address.
      # NOTE: The username is compared case-sensitively.
      #mail_max_userip_connections = 3
    
      # Support for dynamically loadable plugins. mail_plugins is a space separated
      # list of plugins to load.
      #mail_plugins =
      #mail_plugin_dir = /usr/lib64/dovecot/pop3
      mail_plugins = quota
      mail_plugin_dir = /usr/lib64/dovecot/pop3
    
      # Workarounds for various client bugs:
      #   outlook-no-nuls:
      #     Outlook and Outlook Express hang if mails contain NUL characters.
      #     This setting replaces them with 0x80 character.  #   oe-ns-eoh:
      #     Outlook Express and Netscape Mail breaks if end of headers-line is
      #     missing. This option simply sends it if it's missing.
      # The list is space-separated.
      #pop3_client_workarounds =
    }
    
    ##
    ## ManageSieve specific settings
    ##
    
    protocol managesieve {
      # Login executable location.
      #login_executable = /usr/libexec/dovecot/managesieve-login
    
      # ManageSieve executable location. See IMAP's mail_executable above for
      # examples how this could be changed.
      #mail_executable = /usr/libexec/dovecot/managesieve
    
      # Maximum ManageSieve command line length in bytes. This setting is
      # directly borrowed from IMAP. But, since long command lines are very
      # unlikely with ManageSieve, changing this will not be very useful.
      #managesieve_max_line_length = 65536
    
      # ManageSieve logout format string:
      #  %i - total number of bytes read from client
      #  %o - total number of bytes sent to client
      #managesieve_logout_format = bytes=%i/%o
    
      # If, for some inobvious reason, the sieve_storage remains unset, the
      # ManageSieve daemon uses the specification of the mail_location to find out
      # where to store the sieve files (see explaination in README.managesieve).
      # The example below, when uncommented, overrides any global mail_location
      # specification and stores all the scripts in '~/mail/sieve' if sieve_storage
      # is unset. However, you should always use the sieve_storage setting.
      # mail_location = mbox:~/mail
    
      # To fool ManageSieve clients that are focused on timesieved you can
      # specify the IMPLEMENTATION capability that the dovecot reports to clients
      # (default: "dovecot").
      #managesieve_implementation_string = Cyrus timsieved v2.2.13
    }
    
    ##
    ## LDA specific settings
    ##
    
    protocol lda {
      # Address to use when sending rejection mails (e.g. postmaster@example.com).
      #postmaster_address =
      postmaster_address = postmaster@example.com
    
      # Hostname to use in various parts of sent mails, eg. in Message-Id.
      # Default is the system's real hostname.
      #hostname =
    
      # Support for dynamically loadable plugins. mail_plugins is a space separated
      # list of plugins to load.
      #mail_plugins =
      #mail_plugin_dir = /usr/lib/dovecot/lda
      mail_plugins = sieve quota
      mail_plugin_dir = /usr/lib64/dovecot/lda
    
      # If user is over quota, return with temporary failure instead of
      # bouncing the mail.
      #quota_full_tempfail = no
    
      # Format to use for logging mail deliveries. You can use variables:
      #  %$ - Delivery status message (e.g. "saved to INBOX")
      #  %m - Message-ID
      #  %s - Subject
      #  %f - From address
      #deliver_log_format = msgid=%m: %$
    
      # Binary to use for sending mails.
      #sendmail_path = /usr/lib/sendmail
    
      # Subject: header to use for rejection mails. You can use the same variables
      # as for rejection_reason below.
      #rejection_subject = Rejected: %s
    
      # Human readable error message for rejection mails. You can use variables:
      #  %n = CRLF, %r = reason, %s = original subject, %t = recipient
      #rejection_reason = Your message to <%t> was automatically rejected:%n%r
    
      # UNIX socket path to master authentication server to find users.
      #auth_socket_path = /var/run/dovecot/auth-master
      auth_socket_path = /var/run/dovecot/auth-master
    }
    
    ##
    ## Authentication processes
    ##
    
    # Executable location
    #auth_executable = /usr/libexec/dovecot/dovecot-auth
    
    # Set max. process size in megabytes.
    #auth_process_size = 256
    
    # Authentication cache size in kilobytes. 0 means it's disabled.
    # Note that bsdauth, PAM and vpopmail require cache_key to be set for caching
    # to be used.
    #auth_cache_size = 0
    # Time to live in seconds for cached data. After this many seconds the cached
    # record is no longer used, *except* if the main database lookup returns
    # internal failure. We also try to handle password changes automatically: If
    # user's previous authentication was successful, but this one wasn't, the
    # cache isn't used. For now this works only with plaintext authentication.
    #auth_cache_ttl = 3600
    # TTL for negative hits (user not found, password mismatch).
    # 0 disables caching them completely.
    #auth_cache_negative_ttl = 3600
    
    # Space separated list of realms for SASL authentication mechanisms that need
    # them. You can leave it empty if you don't want to support multiple realms.
    # Many clients simply use the first one listed here, so keep the default realm
    # first.
    #auth_realms =
    
    # Default realm/domain to use if none was specified. This is used for both
    # SASL realms and appending @domain to username in plaintext logins.
    #auth_default_realm =
    
    # List of allowed characters in username. If the user-given username contains
    # a character not listed in here, the login automatically fails. This is just
    # an extra check to make sure user can't exploit any potential quote escaping
    # vulnerabilities with SQL/LDAP databases. If you want to allow all characters,
    # set this value to empty.
    #auth_username_chars = abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ01234567890.-_@
    
    # Username character translations before it's looked up from databases. The
    # value contains series of from -> to characters. For example "#@/@" means
    # that '#' and '/' characters are translated to '@'.
    #auth_username_translation =
    
    # Username formatting before it's looked up from databases. You can use
    # the standard variables here, eg. %Lu would lowercase the username, %n would
    # drop away the domain if it was given, or "%n-AT-%d" would change the '@' into
    # "-AT-". This translation is done after auth_username_translation changes.
    #auth_username_format =
    
    # If you want to allow master users to log in by specifying the master
    # username within the normal username string (ie. not using SASL mechanism's
    # support for it), you can specify the separator character here. The format
    # is then <username><separator><master username>. UW-IMAP uses "*" as the
    # separator, so that could be a good choice.
    #auth_master_user_separator =
    
    # Username to use for users logging in with ANONYMOUS SASL mechanism
    #auth_anonymous_username = anonymous
    
    # Log unsuccessful authentication attempts and the reasons why they failed.
    #auth_verbose = no
    
    # Even more verbose logging for debugging purposes. Shows for example SQL
    # queries.
    #auth_debug = no
    
    # In case of password mismatches, log the passwords and used scheme so the
    # problem can be debugged. Enabling this also enables auth_debug.
    #auth_debug_passwords = no
    
    # Maximum number of dovecot-auth worker processes. They're used to execute
    # blocking passdb and userdb queries (eg. MySQL and PAM). They're
    # automatically created and destroyed as needed.
    #auth_worker_max_count = 30
    
    # Host name to use in GSSAPI principal names. The default is to use the
    # name returned by gethostname(). Use "$ALL" to allow all keytab entries.
    #auth_gssapi_hostname =
    
    # Kerberos keytab to use for the GSSAPI mechanism. Will use the system
    # default (usually /etc/krb5.keytab) if not specified.
    #auth_krb5_keytab =
    
    # Do NTLM and GSS-SPNEGO authentication using Samba's winbind daemon and
    # ntlm_auth helper. <doc/wiki/Authentication/Mechanisms/Winbind.txt>
    #auth_use_winbind = no
    
    # Path for Samba's ntlm_auth helper binary.
    #auth_winbind_helper_path = /usr/bin/ntlm_auth
    
    # Number of seconds to delay before replying to failed authentications.
    #auth_failure_delay = 2
    
    auth default {
      # Space separated list of wanted authentication mechanisms:
      #   plain login digest-md5 cram-md5 ntlm rpa apop anonymous gssapi otp skey
      #   gss-spnego
      # NOTE: See also disable_plaintext_auth setting.
      mechanisms = plain login
    
      #
      # Password database is used to verify user's password (and nothing more).
      # You can have multiple passdbs and userdbs. This is useful if you want to
      # allow both system users (/etc/passwd) and virtual users to login without
      # duplicating the system users into virtual database.
      #
      # <doc/wiki/PasswordDatabase.txt>
      #
      # By adding master=yes setting inside a passdb you make the passdb a list
      # of "master users", who can log in as anyone else. Unless you're using PAM,
      # you probably still want the destination user to be looked up from passdb
      # that it really exists. This can be done by adding pass=yes setting to the
      # master passdb. <doc/wiki/Authentication.MasterUsers.txt>
    
      # Users can be temporarily disabled by adding a passdb with deny=yes.
      # If the user is found from that database, authentication will fail.
      # The deny passdb should always be specified before others, so it gets
      # checked first. Here's an example:
    
      #passdb passwd-file {
        # File contains a list of usernames, one per line
        #args = /etc/dovecot.deny
        #deny = yes
      #}
    
      # PAM authentication. Preferred nowadays by most systems.
      # Note that PAM can only be used to verify if user's password is correct,
      # so it can't be used as userdb. If you don't want to use a separate user
      # database (passwd usually), you can use static userdb.
      # REMEMBER: You'll need /etc/pam.d/dovecot file created for PAM
      # authentication to actually work. <doc/wiki/PasswordDatabase.PAM.txt>
      passdb pam {
        # [session=yes] [setcred=yes] [failure_show_msg=yes] [max_requests=<n>]
        # [cache_key=<key>] [<service name>]
        #
        # session=yes makes Dovecot open and immediately close PAM session. Some
        # PAM plugins need this to work, such as pam_mkhomedir.
        #
        # setcred=yes makes Dovecot establish PAM credentials if some PAM plugins
        # need that. They aren't ever deleted though, so this isn't enabled by
        # default.
        #
        # max_requests specifies how many PAM lookups to do in one process before
        # recreating the process. The default is 100, because many PAM plugins
        # leak memory.
        #
        # cache_key can be used to enable authentication caching for PAM
        # (auth_cache_size also needs to be set). It isn't enabled by default
        # because PAM modules can do all kinds of checks besides checking password,
        # such as checking IP address. Dovecot can't know about these checks
        # without some help. cache_key is simply a list of variables (see
        # doc/wiki/Variables.txt) which must match for the cached data to be used.
        # Here are some examples:
        #   %u - Username must match. Probably sufficient for most uses.
        #   %u%r - Username and remote IP address must match.
        #   %u%s - Username and service (ie. IMAP, POP3) must match.
        #
        # The service name can contain variables, for example %Ls expands to
        # pop3 or imap.
        #
        # Some examples:
        #   args = session=yes %Ls
        #   args = cache_key=%u dovecot
        #args = dovecot
      }
    
      # System users (NSS, /etc/passwd, or similiar)
      # In many systems nowadays this uses Name Service Switch, which is
      # configured in /etc/nsswitch.conf. <doc/wiki/AuthDatabase.Passwd.txt>
      #passdb passwd {
        # [blocking=yes] - See userdb passwd for explanation
        #args =
      #}
    
      # Shadow passwords for system users (NSS, /etc/shadow or similiar).
      # Deprecated by PAM nowadays.
      # <doc/wiki/PasswordDatabase.Shadow.txt>
      #passdb shadow {
        # [blocking=yes] - See userdb passwd for explanation
        #args =
      #}
     #}
    
      # PAM-like authentication for OpenBSD.
      # <doc/wiki/PasswordDatabase.BSDAuth.txt>
      #passdb bsdauth {
        # [cache_key=<key>] - See cache_key in PAM for explanation.
        #args =
      #}
    
      # passwd-like file with specified location
      # <doc/wiki/AuthDatabase.PasswdFile.txt>
      #passdb passwd-file {
        # [scheme=<default password scheme>] [username_format=<format>]
        # <Path for passwd-file>
        #args =
      #}
    
      # checkpassword executable authentication
      # NOTE: You will probably want to use "userdb prefetch" with this.
      # <doc/wiki/AuthDatabase.CheckPassword.txt>
      #passdb checkpassword {
        # Path for checkpassword binary
        #args =
      #}
    
      # SQL database <doc/wiki/AuthDatabase.SQL.txt>
      #passdb sql {
        # Path for SQL configuration file, see doc/dovecot-sql-example.conf
     #}
      passdb sql {
        # Path for SQL configuration file, see doc/dovecot-sql-example.conf
        args = /etc/dovecot-sql.conf
      }
    
      # LDAP database <doc/wiki/AuthDatabase.LDAP.txt>
      #passdb ldap {
        # Path for LDAP configuration file, see doc/dovecot-ldap-example.conf
        #args =
      #}
    
      # vpopmail authentication <doc/wiki/AuthDatabase.VPopMail.txt>
      #passdb vpopmail {
        # [cache_key=<key>] - See cache_key in PAM for explanation.
        # [quota_template=<template>] - %q expands to Maildir++ quota
        #   (eg. quota_template=quota_rule=*:backend=%q)
        #args =
      #}
    
      #
      # User database specifies where mails are located and what user/group IDs
      # own them. For single-UID configuration use "static".
      #
      # <doc/wiki/UserDatabase.txt>
      #
    
      # "prefetch" user database means that the passdb already provided the
      # needed information and there's no need to do a separate userdb lookup.
      # This can be made to work with SQL and LDAP databases, see their example
      # configuration files for more information how to do it.
      # <doc/wiki/UserDatabase.Prefetch.txt>
      #userdb prefetch {
      #}
    
      # System users (NSS, /etc/passwd, or similiar). In many systems nowadays this
      # uses Name Service Switch, which is configured in /etc/nsswitch.conf.
      # <doc/wiki/AuthDatabase.Passwd.txt>
      userdb passwd {
        # [blocking=yes] - By default the lookups are done in the main dovecot-auth
        # process. This setting causes the lookups to be done in auth worker
        # proceses. Useful with remote NSS lookups that may block.
        # NOTE: Be sure to use this setting with nss_ldap or users might get
        # logged in as each others!
        #args =
      }
    
      # passwd-like file with specified location
      # <doc/wiki/AuthDatabase.PasswdFile.txt>
      #userdb passwd-file {
        # [username_format=<format>] <Path for passwd-file>
        #args =
      #}
    
    
      # checkpassword executable user database lookup
      # <doc/wiki/AuthDatabase.CheckPassword.txt>
      #userdb checkpassword {
        # Path for checkpassword binary
        #args =
      #}
    
      # static settings generated from template <doc/wiki/UserDatabase.Static.txt>
      #userdb static {
        # Template for the fields. Can return anything a userdb could normally
        # return. For example:
        #
        #  args = uid=500 gid=500 home=/var/mail/%u
        #
        # If you use deliver, it needs to look up users only from the userdb. This
        # of course doesn't work with static because there is no list of users.
        # Normally static userdb handles this by doing a passdb lookup. This works
        # with most passdbs, with PAM being the most notable exception. If you do
        # the user verification another way, you can add allow_all_users=yes to
        # the args in which case the passdb lookup is skipped.
        #
        #args =
      #}
    
      # SQL database <doc/wiki/AuthDatabase.SQL.txt>
      #userdb sql {
        # Path for SQL configuration file, see doc/dovecot-sql-example.conf
        #args =
      #}
      userdb sql {
        # Path for SQL configuration file, see doc/dovecot-sql-example.conf
        args = /etc/dovecot-sql.conf
      }
    
      # LDAP database <doc/wiki/AuthDatabase.LDAP.txt>
      #userdb ldap {
        # Path for LDAP configuration file, see doc/dovecot-ldap-example.conf
        #args =
      #}
    
      # vpopmail <doc/wiki/AuthDatabase.VPopMail.txt>
      #userdb vpopmail {
      #}
    
      # User to use for the process. This user needs access to only user and
      # password databases, nothing else. Only shadow and pam authentication
      # requires roots, so use something else if possible. Note that passwd
      # authentication with BSDs internally accesses shadow files, which also
      # requires roots. Note that this user is NOT used to access mails.
      # That user is specified by userdb above.
      user = root
    
      # Directory where to chroot the process. Most authentication backends don't
      # work if this is set, and there's no point chrooting if auth_user is root.
      # Note that valid_chroot_dirs isn't needed to use this setting.
      #chroot =
    
      # Number of authentication processes to create
      #count = 1
    
      # Require a valid SSL client certificate or the authentication fails.
      #ssl_require_client_cert = no
    
      # Take the username from client's SSL certificate, using
      # X509_NAME_get_text_by_NID() which returns the subject's DN's
      # CommonName.
      #ssl_username_from_cert = no
    
      # It's possible to export the authentication interface to other programs:
      socket listen {
        #master {
          # Master socket provides access to userdb information. It's typically
          # used to give Dovecot's local delivery agent access to userdb so it
          # can find mailbox locations.
          #path = /var/run/dovecot/auth-master
          #mode = 0600
          # Default user/group is the one who started dovecot-auth (root)
          #user =
          #group =
        #}
        #client {
          # The client socket is generally safe to export to everyone. Typical use
          # is to export it to your SMTP server so it can do SMTP AUTH lookups
          # using it.
          #path = /var/run/dovecot/auth-client
          #mode = 0660
        #}
            master {
          # Master socket provides access to userdb information. It's typically
          # used to give Dovecot's local delivery agent access to userdb so it
          # can find mailbox locations.
          path = /var/run/dovecot/auth-master
          mode = 0600
          # Default user/group is the one who started dovecot-auth (root)
          user = vmail
          #group =
        }
        client {
          # The client socket is generally safe to export to everyone. Typical use
          # is to export it to your SMTP server so it can do SMTP AUTH lookups
          # using it.
          path = /var/spool/postfix/private/auth
          mode = 0660
          user = postfix
          group = postfix
        }
      }
    }
    
    # If you wish to use another authentication server than dovecot-auth, you can
    # use connect sockets. They are assumed to be already running, Dovecot's master
    # process only tries to connect to them. They don't need any other settings
    # than the path for the master socket, as the configuration is done elsewhere.
    # Note that the client sockets must exist in the login_dir.
    #auth external {
    #  socket connect {
    #    master {
    #      path = /var/run/dovecot/auth-master
    #    }
    #  }
    #}
    
    ##
    ## Dictionary server settings
    ##
    
    # Dictionary can be used by some plugins to store key=value lists, such as
    # quota, expire and acl plugins. The dictionary can be used either directly or
    # though a dictionary server. The following dict block maps dictionary names to
    # URIs when the server is used. These can then be referenced using URIs in
    # format "proxy::<name>".
    
    dict {
      #quota = mysql:/etc/dovecot-dict-quota.conf
      #expire = db:/var/lib/dovecot/expire.db
    }
    
    # Path to Berkeley DB's configuration file. See doc/dovecot-db-example.conf
    #dict_db_config =
    
    ##
    ## Plugin settings
    ##
    
    plugin {
      # Here you can give some extra environment variables to mail processes.
      # This is mostly meant for passing parameters to plugins. %variable
      # expansion is done for all values.
    
      # Quota plugin. Multiple backends are supported:
      #   dirsize: Find and sum all the files found from mail directory.
      #            Extremely SLOW with Maildir. It'll eat your CPU and disk I/O.
      #   dict: Keep quota stored in dictionary (eg. SQL)
      #   maildir: Maildir++ quota
      #   fs: Read-only support for filesystem quota
      #
      # Quota limits are set using "quota_rule" parameters, either in here or in
      # userdb. It's also possible to give mailbox-specific limits, for example:
      #   quota_rule = *:storage=1048576
      #   quota_rule2 = Trash:storage=102400
      # User has now 1GB quota, but when saving to Trash mailbox the user gets
      # additional 100MB.
    # additional 100MB.
      #
      # Multiple quota roots are also possible, for example:
      #   quota = dict:user::proxy::quota
      #   quota2 = dict:domain:%d:proxy::quota_domain
      #   quota_rule = *:storage=102400
      #   quota2_rule = *:storage=1048576
      # Gives each user their own 100MB quota and one shared 1GB quota within
      # the domain.
      #
      # You can execute a given command when user exceeds a specified quota limit.
      # Each quota root has separate limits. Only the command for the first
      # exceeded limit is excecuted, so put the highest limit first.
      # Note that % needs to be escaped as %%, otherwise "% " expands to empty.
      #   quota_warning = storage=95%% /usr/local/bin/quota-warning.sh 95
      #   quota_warning2 = storage=80%% /usr/local/bin/quota-warning.sh 80
      quota = maildir
    
      # ACL plugin. vfile backend reads ACLs from "dovecot-acl" file from maildir
      # directory. You can also optionally give a global ACL directory path where
      # ACLs are applied to all users' mailboxes. The global ACL directory contains
      # one file for each mailbox, eg. INBOX or sub.mailbox. cache_secs parameter
      # specifies how many seconds to wait between stat()ing dovecot-acl file
      # to see if it changed.
      #acl = vfile:/etc/dovecot-acls:cache_secs=300
    
      # To let users LIST mailboxes shared by other users, Dovecot needs a
      # shared mailbox dictionary. For example:
      #acl_shared_dict = file:/var/lib/dovecot/shared-mailboxes
    
      # Convert plugin. If set, specifies the source storage path which is
      # converted to destination storage (mail_location) when the user logs in.
      # The existing mail directory is renamed to <dir>-converted.
      #convert_mail = mbox:%h/mail
      # Skip mailboxes which we can't open successfully instead of aborting.
      #convert_skip_broken_mailboxes = no
      # Skip directories beginning with '.'
      #convert_skip_dotdirs = no
      # If source storage has mailbox names with destination storage's hierarchy
      # separators, replace them with this character.
      #convert_alt_hierarchy_char = _
    
      # Trash plugin. When saving a message would make user go over quota, this
      # plugin automatically deletes the oldest mails from configured mailboxes
      # until the message can be saved within quota limits. The configuration file
      # is a text file where each line is in format: <priority> <mailbox name>
      # Mails are first deleted in lowest -> highest priority number order
      #trash = /etc/dovecot-trash.conf
    
      # Expire plugin. Mails are expunged from mailboxes after being there the
      # configurable time. The first expiration date for each mailbox is stored in
      # a dictionary so it can be quickly determined which mailboxes contain
      # expired mails. The actual expunging is done in a nightly cronjob, which
      # you must set up:
      #   dovecot --exec-mail ext /usr/libexec/dovecot/expire-tool
      #expire = Trash 7 Spam 30
      #expire_dict = proxy::expire
    
      # Lazy expunge plugin. Currently works only with maildirs. When a user
      # expunges mails, the mails are moved to a mailbox in another namespace
      # (1st). When a mailbox is deleted, the mailbox is moved to another namespace
      # (2nd) as well. Also if the deleted mailbox had any expunged messages,
      # they're moved to a 3rd namespace. The mails won't be counted in quota,
      # and they're not deleted automatically (use a cronjob or something).
      #lazy_expunge = .EXPUNGED/ .DELETED/ .DELETED/.EXPUNGED/
    
      # Events to log. Also available: flag_change append
      #mail_log_events = delete undelete expunge copy mailbox_delete mailbox_rename
      # Group events within a transaction to one line.
      #mail_log_group_events = no
      # Available fields: uid, box, msgid, from, subject, size, vsize, flags
      # size and vsize are available only for expunge and copy events.
      #mail_log_fields = uid box msgid size
    
      # Sieve plugin (http://wiki.dovecot.org/LDA/Sieve) and ManageSieve service
      #
      # Location of the active script. When ManageSieve is used this is actually
      # a symlink pointing to the active script in the sieve storage directory.
      #sieve=~/.dovecot.sieve
      #
      # The path to the directory where the personal Sieve scripts are stored. For
      # ManageSieve this is where the uploaded scripts are stored.
      sieve_dir=~/sieve
    }
    
    
    
    
    
    
    
    
    
    
     
  2. till

    till Super Moderator Howtoforge Staff HowtoForge Supporter ISPConfig Developer

    Most likely you installed a dovecot 64bit binary on a 32bit linux system or vice versa. Which Linux distribution do you use, is it 64bit or 32bit (post output of "uname -a" command) and which tutorial did you follow to install ispconfig?
     
  3. veneficus

    veneficus New Member

    thanks for answer till, i thought about this, but i did install all by yum. using perfect server guide.

    here's the output :

    [CODE
    [root@ocsinet install]# uname -a
    Linux ocsinet.local 2.6.18-308.1.1.el5 #1 SMP Wed Mar 7 04:16:51 EST 2012 x86_64 x86_64 x86_64 GNU/Linux
    [root@ocsinet install]#][/CODE]
     
  4. veneficus

    veneficus New Member

    in any case, do you have a solution for this? i did try to reinstall all , then update ispconfig, nothing...

    forgot to post dovecot -n

    [root@ocsinet ~]# dovecot -n
    # 1.2.16: /etc/dovecot.conf
    # OS: Linux 2.6.18-308.1.1.el5 x86_64 CentOS release 5.8 (Final) ext3
    log_timestamp: %Y-%m-%d %H:%M:%S
    ssl: no
    ssl_cert_file: /etc/postfix/smtpd.cert
    ssl_key_file: /etc/postfix/smtpd.key
    login_dir: /var/run/dovecot/login
    login_executable(default): /usr/libexec/dovecot/imap-login
    login_executable(imap): /usr/libexec/dovecot/imap-login
    login_executable(pop3): /usr/libexec/dovecot/pop3-login
    first_valid_uid: 5000
    last_valid_uid: 5000
    first_valid_gid: 5000
    last_valid_gid: 5000
    mail_location: maildir:/var/vmail/%d/%n/Maildir
    mail_executable(default): /usr/libexec/dovecot/rawlog /usr/libexec/dovecot/imap
    mail_executable(imap): /usr/libexec/dovecot/rawlog /usr/libexec/dovecot/imap
    mail_executable(pop3): /usr/libexec/dovecot/rawlog /usr/libexec/dovecot/pop3
    mail_plugins(default): quota imap_quota
    mail_plugins(imap): quota imap_quota
    mail_plugins(pop3): quota
    mail_plugin_dir(default): /usr/lib64/dovecot/imap/
    mail_plugin_dir(imap): /usr/lib64/dovecot/imap/
    mail_plugin_dir(pop3): /usr/lib64/dovecot/pop3
    lda:
    postmaster_address: postmaster@example.com
    mail_plugins: sieve quota
    mail_plugin_dir: /usr/lib64/dovecot/lda
    auth_socket_path: /var/run/dovecot/auth-master
    auth default:
    mechanisms: plain login
    passdb:
    driver: pam
    passdb:
    driver: sql
    args: /etc/dovecot-sql.conf
    userdb:
    driver: passwd
    userdb:
    driver: sql
    args: /etc/dovecot-sql.conf
    socket:
    type: listen
    client:
    path: /var/spool/postfix/private/auth
    mode: 432
    user: postfix
    group: postfix
    master:
    path: /var/run/dovecot/auth-master
    mode: 384
    user: vmail
    plugin:
    quota: maildir
    sieve_dir: ~/sieve
     
    Last edited: Apr 10, 2012

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