Added prototype support

[gosa.git] / gosa-core / contrib / gosa.conf.5

.TH gosa.conf 5 "2008-04-07" "GOsa v2.6" "Debian"
.SH NAME
gosa.conf - GOsa configuration file
.SH DESCRIPTION
The gosa.conf file contains configuration information for
.IR GOsa,
a powerful GPL'ed framework for managing accounts and systems in
LDAP databases.
.PP
The gosa.conf file is a XML style configuration file. It is parsed by
the GOsa web application during log in.  The file may contain
extra tabs and newlines for formatting purposes.  Tag keywords in the
file are case-insensitive. Comments should be placed outside of XML
tags and should be encapsulated inside of <!-- --> tags.
.PP
The gosa.conf file can be used to configure the look and feel, behaviour
and access control of the GOsa webinterface.
.SH Configuration layout

The configuration has to be specified inside of the <conf> tags. It
basically consists of three main parts: menu definition, definition
of subdialogs (tabbed dialogs) and the main configuration - including
information about several locations.

.B Layout example:

.nf
  <?xml version="1.0"?>
  
  <conf configVersion="...." >
    <!-- Menu definition -->
    <menu>
    ...
    </menu>
  
    <!-- Tabbed dialog definitions -->
    ...
  
    <!-- Global setup -->
    <main>
  
       <!-- Location specific setups -->
       <location name="">
         ...
       </location>
  
    </main>
  
  </conf>
.fi

.SH Menu definition

This tag defines the side and icon menu inside the
interface. Defining an entry here is no guarantie to get it shown,
though. Only entries with matching ACL's get shown.

There are two types of entries inside of the menu: section and plugin

.B Defining a section

Open a 
.I <section>
tag including a 
.I name
attribute. This will show up in the menu as a new section later on.
Own entries are not handled via I18N by default. Close the 
.I </section>
tag after your plugin definitions.

.B Defining a plugin

Open a 
.I <plugin>
tag including a 
.I "class"
attribute. The 
.I "class" 
should be present inside your GOsa setup - the entry will be ignored if it is not.

Plugins should have an 
.I "acl"
entry, that allows GOsa to decide wether a user is allowed to see a plugin or not.
The 
.I "acl"
string matches with an ACL definition done inside of GOsa.

You can override an icon by specifying the 
.I "icon"
attribute.

For every plugin, you can provide at least four additional hooks: 
.I postcreate,
.I postremove,
.I postmodify
and
.I check.
These can be used to perform special actions when a plugins gets
a create, delete, modify or check request. As a parameter, these
keywords get a shell script or program to the task.

.I The
.B create / delete / modify
.I keywords

These keywords take a full executable path of a script. You can
provide certain parameters in form of LDAP attributes. '%uid'
will pass the current user id, '%dn' the current object dn, etc.

The script gets executed after create, delete or modify tasks.

.I The
.B check
.I keyword

This keyword takes a full executable path of a script. Check is
triggered after you press the
-I "Apply"
or
-I "OK"
button. The complete LDAP entry as it will be written to the
LDAP is passed to your script. If parts of the entry do not
match some logic of your script, just print an error message
to STDOUT. GOsa will show this message and abort the current
process of saving the entry to the LDAP.

.B Example menu definition:

.nf
  <menu>
    <section name="My account">
      <plugin acl="users/user:self" class="user" check="/usr/local/bin/test_user.sh" />
      <plugin acl="users/samba:self" class="sambaAccount" postcreate="/usr/local/bin/create_share '%uid'" />
    </section>
  </menu>
.fi

.SH Tabbed dialog definitions

Tab definitions define the sub plugins which get included for certain
tabbed dialogs. If you change something here, never (!) remove the
primary (the first) "tab" tag which is defined. Most tabbed dialogs
need a primary plugin.

.I "*tab"
should be looked for by a defined plugin. This one will take
every 
.I "tab"
defined
.I "class"
and will show it inside of a tabbed dialog
with the header defined in
.I "name".

.B Example tabbed dialog definition:

.nf
  <grouptabs>
    <tab class="group" name="Generic" />
    <tab class="environment" name="Environment" />
    <tab class="appgroup" name="Applications" />
    <tab class="mailgroup" name="Mail" />
  </grouptabs>
.fi

.SH Main section

The main section defines global settings, which might be overridden by
each location definition inside of this global definition.

.B Example layout:

.nf
  <main default="Example Net"
        listSummary="false"
        ... >

        <location name="Example Net"
                  hash="md5"
                  accountPrimaryAttribute="cn"
                  ...

                  <referral uri="ldaps://ldap.example.net:636/dc=example,dc=net"
                            admin="cn=gosa-admin,dc=example,dc=net"
                            password="secret" />

        </location>

  </main>

.fi

.PP
.B Generic options

.PP
.B forceGlobals
.I bool
.PP
The
.I forceGlobals
statement enables PHP security checks to force register_global settings to
be switched off.
.PP

.B forceSSL
.I bool
.PP
The
.I forceSSL
statement enables PHP security checks to force encrypted access to the web
interface. GOsa will try to redirect to the same URL - just with https://.
.PP

.B warnSSL
.I bool
.PP
The
.I warnSSL
statement enables PHP security checks to detect non encrypted access to
the web interface. GOsa will display a warning in this case.
.PP

.B modificationDetectionAttribute
.I string
.PP
The
.I modificationDetectionAttribute
statement enables GOsa to check if a entry currently being edited has
been modified from someone else outside GOsa in the meantime. It will
display an informative dialog then. It can be set to
.I entryCSN
for OpenLDAP based systems or
.I contextCSN
for Sun DS based systems.
.PP

.B logging
.I string
.PP
The
.I logging
statement enables event logging on GOsa side. Setting it to 
.I true,
GOsa will log every action a user performs via syslog. If you use
rsyslog and configure it to mysql logging, you can browse all events
within GOsa.

GOsa will not log anything, if the logging value is empty or set to
false.
.PP

.B loginAttribute
.I string
.PP
The
.I loginAttribute
statement tells GOsa which LDAP attribute is used as the login name
during login. It can be set to
.I uid, mail
or
.I both.
.PP

.B copyPaste
.I bool
.PP
The
.I copyPaste
statement enables copy and paste for LDAP entries managed with GOsa.
.PP

.B snapshots
.I bool
.PP
The
.I snapshots
statement enables a snapshot mechaism in GOsa. This enables you to save
certain states of entries and restore them later on.
.PP

.B snapshotBase
.I dn
.PP
The
.I snapshotBase
statement defines the base where snapshots should be stored inside of
the LDAP.
.PP

.B snapshotURI
.I uri 
.PP
The
.I snapshotURI
variable defines the LDAP URI for the server which is used to do object
snapshots.
.PP

.B snapshotAdminDn
.I dn
.PP
The
.I snapshotAdminDn
variable defines the user which is used to authenticate when connecting
to
.I snapshotURI.
.PP

.B snapshotAdminPassword
.I string
.PP
The
.I snapshotAdminPassword
variable defines the credentials which are used in combination with
.I snapshotAdminDn
and
.I snapshotURI
in order to authenticate.
.PP

.B config
.I dn
.PP
The
.I config
statement defines the LDAP base, where GOsa stores management information,
such as site wide locking and user notifications.
.PP

.B templateCompileDirectory
.I path
.PP
The
.I templateCompileDirectory
statements defines the path, where the PHP templating engins
.I smarty
should store its compiled GOsa templates for improved speed. This path
needs to be writeable by the user your webserver is running with.
.PP

.B timezone
.I string
.PP
The
.I timezone
statements defines the timezone used inside of GOsa to handle date
related tasks, such as password expiery, vacation messages, etc.
The
.I timezone
value should be a unix conform timezone value like in /etc/timezone.
.PP

.B honourIvbbAttributes
.I bool
.PP
The
.I honourIvbbAttributes
statement enables the IVBB mode inside of GOsa. You need the ivbb.schema
file from used by german authorities.
.PP

.B strictNamingRules
.I bool
.PP
The
.I strictNamingRules
statement enables strict checking of uids and group names. If you need
characters like . or - inside of your accounts, set this to
.I false.
.PP

.B honourUnitTags
.I bool
.PP
The
.I honourUnitTags
statement enables checking of
.I unitTag
attributes when using administrative units. If this is set to
.I true
GOsa can only see objects inside the administrative unit a
user is logged into.
.PP

.B rfc2307bis
.I bool
.PP
The
.I rfc2307bis
statement enables rfc2307bis style groups in GOsa. You can use
.I member
attributes instead of memberUid in this case. To make it work
on unix systems, you've to adjust your NSS configuration to
use rfc2307bis style groups, too.
.PP

.B ppdPath
.I path
.PP
The
.I ppdPath
variable defines where to store PPD files for the GOto environment plugins.
.PP

.B resolutions
.I path
.PP
The
.I resolutions
variable defines a plain text file which contains additional resolutions
to be shown in the environment and system plugins.
.PP

.B htaccessAuthentication
.I bool
.PP
The
.I htaccessAuthentication
variable tells GOsa to use either htaccess authentication or LDAP authentication. This
can be used if you want to use i.e. kerberos to authenticate the users.
.PP

.B gosaSupportURI
.I URI
.PP
The
.I gosaSupportURI
defines the major gosa-si server host and the password for GOsa to connect to it.
can be used if you want to use i.e. kerberos to authenticate the users.

The format is:

.nf
credentials@host:port
.fi
.PP


.B Browser and display options

.B listSummary
.I true/false
.PP
The
.I listSummary
statement determines whether a status bar will be shown on the bottom of
GOsa generated lists, displaying a short summary of type and number of
elements in the list.
.PP

.B sendCompressedOutput
.I true/false
.PP
The
.I sendCompressedOutput
statement determines whether PHP should send compressed HTML pages to
browsers or not. This may increase or decrease the performance, depending
on your network.
.PP

.B storeFilterSettings
.I true/false
.PP
The
.I storeFilterSettings
statement determines whether GOsa should store filter and plugin settings
inside of a cookie.
.PP

.B language
.I string
.PP
The
.I language
statement defines the default language used by GOsa. Normally GOsa autodetects
the language from the browser settings. If this is not working or you want to
force the language, just add the language code (i.e. de for german) here.
.PP

.B theme
.I string
.PP
The
.I theme
statement defines what theme is used to display GOsa pages. You can install some
corporate identity like theme and/or modify certain templates to fit your needs
within themes. Take a look at the GOsa
.I FAQ
for more information.
.PP

.B sessionLifetime
.I int
.PP
The
.I sessionLifetime
value defines when a session will expire in seconds. For Debian systems, this will
not work because the sessions will be removed by a cron job instead. Please modify
the value inside of your php.ini instead.
.PP

.B primaryGroupFilter
.I bool
.PP
The
.I primaryGroupFilter
variable enables or disables the group filter to show primary user groups. It is
time consuming to evaluate which groups are primary and which are not. So you may
want to set it to
.I true
if your group plugin is slow.
.PP

.B iePngWorkaround
.I bool
.PP
The
.I iePngWorkaround
variable enables or disables a workaround for IE < 7 in order to display transparent
PNG files correctly. This drastically slows down browsing. Please use Firefox or Opera
instead.
.PP
.PP


.B Password options
.PP
.B passwordMinLength
.I integer
.PP
The
.I passwordMinLength
statement determines whether a newly entered password has to be of
a minimum length.
.PP

.B passwordMinDiffer
.I integer
.PP
The
.I passwordMinDiffer
statement determines whether a newly entered password has to be checked
to have at least n different characters.
.PP

.B passwordHook
.I path
.PP
The
.I passwordHook
can specify an external script to handle password settings at some other
location besides the LDAP. It will be called this way:

.nf
/path/to/your/script "username" "oldpassword" "newpassword"
.fi

.B handleExpiredAccounts
.I bool
.PP
The
.I handleExpiredAccounts
statement enables shadow attribute tests during the login to the GOsa web
interface and forces password renewal or account lockout.
.PP

.B useSaslForKerberos
.I bool
.PP
The
.I useSaslForKerberos
statement defines the way the kerberos realm is stored in the
.I userPassword
attribute. Set it to
.I true
in order to get {sasl}user@REALM.NET, or to
.I false
to get {kerberos}user@REALM.NET. The latter is outdated, but may be
needed from time to time.
.PP
.PP


.B LDAP options
.PP
.B ldapMaxQueryTime
.I integer
.PP
The
.I ldapMaxQueryTime
statement tells GOsa to stop LDAP actions if there is no answer within the
specified number of seconds.
.PP

.B schemaCheck
.I bool
.PP
The
.I schemaCheck
statement enables or disables schema checking during login. It is recommended
to switch this on in order to let GOsa handle object creation more efficient.
.PP

.B ldapTLS
.I bool
.PP
The
.I ldapTLS
statement enables or disables TLS operating on LDAP connections.
.PP

.B accountPrimaryAttribute
.I cn/uid
.PP
The
.I accountPrimaryAttribute
option tells GOsa how to create new accounts. Possible values are
.I uid
and
.I cn.
In the first case GOsa creates uid style DN entries:
.nf
uid=superuser,ou=staff,dc=example,dc=net
.fi
In the second case, GOsa creates cn style DN entries:
.nf
cn=Foo Bar,ou=staff,dc=example,dc=net
.fi
If you choose "cn" to be your
.I accountPrimaryAttribute
you can decide whether to include the personal title in your dn by
selecting
.I personalTitleInDN.
.PP

.B accountRDN
.I pattern
.PP
The
.I accountRDN
option tells GOsa to use a placeholder pattern for generating account
RDNs. A pattern can include attribute names prefaced by a % and normal
text:
.nf
accountRDN="cn=%sn %givenName"
.fi
This will generate a RDN consisting of cn=.... filled with surname and
given name of the edited account. This option disables the use of
.I accountPrimaryAttribute
and
.I personalTitleInDn
in your config. The latter attributes are maintained for compatibility.


.B personalTitleInDN
.I bool
.PP
The
.I personalTitleInDN
option tells GOsa to include the personal title in user DNs when
.I accountPrimaryAttribute
is set to "cn".

.B userRDN
.I string
.PP
The
.I userRDN
statement defines the location where new accounts will be created inside of
defined departments. The default is
.I ou=people.
.PP

.B groupsRDN
.I string
.PP
The
.I groupsRDN
statement defines the location where new groups will be created inside of
defined departments. The default is
.I ou=groups.
.PP

.B sudoRDN
.I string
.PP
The
.I sudoRDN
statement defines the location where new groups will be created inside of
defined departments. The default is
.I ou=groups.
.PP

.B sambaMachineAccountRDN
.I string
.PP
This statement defines the location where GOsa looks for new samba workstations.
.PP

.B ogroupRDN
.I string
.PP
This statement defines the location where GOsa creates new object groups inside of defined
departments. Default is
.I ou=groups.
.PP

.B serverRDN
.I string
.PP
This statement defines the location where GOsa creates new servers inside of defined
departments. Default is
.I ou=servers.
.PP

.B terminalRDN
.I string
.PP
This statement defines the location where GOsa creates new terminals inside of defined
departments. Default is
.I ou=terminals.
.PP

.B workstationRDN
.I string
.PP
This statement defines the location where GOsa creates new workstations inside of defined
departments. Default is
.I ou=workstations.
.PP

.B printerRDN
.I string
.PP
This statement defines the location where GOsa creates new printers inside of defined
departments. Default is
.I ou=printers.
.PP

.B componentRDN
.I string
.PP
This statement defines the location where GOsa creates new network components inside of defined
departments. Default is
.I ou=components.
.PP

.B phoneRDN
.I string
.PP
This statement defines the location where GOsa creates new phones inside of defined
departments. Default is
.I ou=phones.
.PP

.B phoneConferenceRDN
.I string
.PP
This statement defines the location where GOsa creates new phone conferences inside of defined
departments. Default is
.I ou=conferences.
.PP

.B faxBlocklistRDN
.I string
.PP
This statement defines the location where GOsa creates new fax blocklists inside of defined
departments. Default is
.I ou=blocklists.
.PP

.B systemIncomingRDN
.I string
.PP
This statement defines the location where GOsa looks for new systems to be joined to the LDAP.
Default is
.I ou=incoming.
.PP

.B systemRDN
.I string
.PP
This statement defines the base location for servers, workstations, terminals, phones and
components. Default is
.I ou=systems.
.PP

.B ogroupRDN
.I string
.PP
This statement defines the location where GOsa looks for object groups.
Default is
.I ou=groups.
.PP

.B aclRoleRDN
.I string
.PP
This statement defines the location where GOsa stores ACL role definitions.
Default is
.I ou=aclroles.
.PP

.B phoneMacroRDN
.I string
.PP
This statement defines the location where GOsa stores phone macros for use with the Asterisk
phone server.
Default is
.I ou=macros,ou=asterisk,ou=configs,ou=systems.
.PP

.B faiBaseRDN
.I string
.PP
This statement defines the location where GOsa looks for FAI settings.
Default is
.I ou=fai,ou=configs,ou=systems.
.PP

.B faiScriptRDN, faiHookRDN, faiTemplateRDN, faiVariableRDN, faiProfileRDN, faiPackageRDN, faiPartitionRDN 
.I string
.PP
These statement define the location where GOsa stores FAI classes. The complete base for the
corresponding class is an additive of
.B faiBaseRDN
an and this value.
.PP

.B deviceRDN
.I string
.PP
This statement defines the location where GOsa looks for devices.
Default is
.I ou=devices.
.PP

.B mimetypeRDN
.I string
.PP
This statement defines the location where GOsa stores mime type definitions.
Default is
.I ou=mimetypes.
.PP

.B applicationRDN
.I string
.PP
This statement defines the location where GOsa stores application definitions.
Default is
.I ou=apps.
.PP

.B ldapFilterNestingLimit
.I integer
.PP
The
.I ldapFilterNestingLimit
statement can be used to speed up group handling for groups with several hundreds of members.
The default behaviour is, that GOsa will resolv the memberUid values in a group to real names.
To achieve this, it writes a single filter to minimize searches. Some LDAP servers (namely
Sun DS) simply crash when the filter gets too big. You can set a member limit, where GOsa will
stop to do these lookups.
.PP

.B ldapSizelimit
.I integer
.PP
The
.I ldapSizelimit
statement tells GOsa to retrieve the specified maximum number of results. The user will get
a warning, that not all entries were shown.
.PP

.B ldapFollowReferrals
.I bool
.PP
The
.I ldapFollowReferrals
statement tells GOsa to follow LDAP referrals.
.PP
.PP


.B Account creation options
.PP
.B uidNumberBase
.I integer
.PP
The
.I uidNumberBase
statement defines where to start looking for a new free user id. This should be synced
with your
.I adduser.conf
to avoid overlapping uidNumber values between local and LDAP based lookups. The uidNumberBase
can even be dynamic. Take a look at the
.I baseIdHook
definition below.
.PP

.B gidNumberBase
.I integer
.PP
The
.I gidNumberBase
statement defines where to start looking for a new free group id. This should be synced
with your
.I adduser.conf
to avoid overlapping gidNumber values between local and LDAP based lookups. The gidNumberBase
can even be dynamic. Take a look at the
.I nextIdHook
definition below.
.PP

.B idAllocationMethod
.I traditional/pool
.PP
The
.I idAllocationMethod
statement defines how GOsa generates numeric user and group id values. If it is set to
.I traditional
GOsa will do create a lock and perform a search for the next free ID. The lock will be
removed after the procedure completes.
.I pool
will use the sambaUnixIdPool objectclass settings inside your LDAP. This one is unsafe,
because it does not check for concurrent LDAP access and already used IDs in this range. 
On the other hand it is much faster.
.PP

.B minId
.I integer
.PP
The
.I minId
statement defines the minimum assignable user or group id to avoid security leaks with
uid 0 accounts. This is used for the
.I traditional
method
.PP

.B uidNumberPoolMin/gidNumberPoolMin
.I integer
.PP
The
.I uidNumberPoolMin/gidNumberPoolMin
statement defines the minimum assignable user/group id for use with the
.I pool
method.
.PP

.B uidNumberPoolMax/gidNumberPoolMax
.I integer
.PP
The
.I uidNumberPoolMin/gidNumberPoolMin
statement defines the highest assignable user/group id for use with the
.I pool
method.
.PP

.B nextIdHook
.I path
.PP
The
.I nextIdHook
statement defines a script to be called for finding the next free id for users or groups
externaly. It gets called with the current entry "dn" and the attribute to be ID'd. It
should return an integer value.
.PP

.B hash
.I string
.PP
The
.I hash
statement defines the default password hash to choose for new accounts. Valid values are
.I crypt/standard-des, crypt/md5, crypt/enhanced-des, crypt/blowfish, md5, sha, ssha, smd5, clear
and
.I sasl.
These values will be overridden when using templates.
.PP

.B idGenerator
.I string
.PP
The
.I idGenerator
statement describes an automatic way to generate new user ids. There are two basic
functions supported - which can be combined:

 a) using attributes

    You can specify LDAP attributes (currently only sn and givenName) in
    braces {} and add a percent sign befor it. Optionally you can strip it
    down to a number of characters, specified in []. I.e.

.nf
      idGenerator="{%sn}-{%givenName[2-4]}"
.fi

    will generate an ID using the full surename, adding a dash, and adding at
    least the first two characters of givenName. If this ID is used, it'll
    use up to four characters. If no automatic generation is possible, a
    input box is shown.

 b) using automatic id's

    I.e. specifying

.nf
      idGenerator="acct{id:3}"
.fi

    will generate a three digits id with the next free entry appended to
    "acct".

.nf
      idGenerator="acct{id!1}"
.fi

    will generate a one digit id with the next free entry appended to
    "acct" - if needed.

.nf
      idGenerator="ext{id#3}"
.fi

    will generate a three digits random number appended to "ext".
.PP
.PP


.B Samba options
.PP
.B sambaSID
.I string
.PP
The
.I sambaSID
statement defines a samba SID if not available inside of the LDAP. You can retrieve
the current sid by
.I net getlocalsid.
.PP

.B sambaRidBase
.I integer
.PP
The
.I sambaRidBase
statement defines the base id to add to ordinary sid calculations - if not available
inside of the LDAP.
.PP

.B sambaHashHook
.I path
.PP
The
.I sambaHashHook
statement contains an executable to generate samba hash values. This is required
for password synchronization, but not required if you apply gosa-si services.
If you don't have mkntpasswd from the samba distribution installed, you can use
perl to generate the hash:

.nf
perl -MCrypt::SmbHash -e "print join(q[:], ntlmgen \\$ARGV[0]), $/;"
.if
.PP

.B sambaidmapping
.I bool
.PP
The
.I sambaidmapping
statement tells GOsa to maintain sambaIdmapEntry objects. Depending on your
setup this can drastically improve the windows login performance.
.PP
.PP

.B Asterisk options
.PP
.B ctiHook
.I path
.PP
The
.I ctiHook
statement defines a script to be executed if someone clicks on a phone number
inside of the addressbook plugin. It gets called with two parameters:

.nf
ctiHook $source_number $destination_number
.fi

This script can be used to do automatted dialing from the addressbook.
.PP
.PP

.B Mail options
.PP
.B mailMethod
.I Cyrus/SendmailCyrus/Kolab/Kolab22
.PP
The
.I mailMethod
statement tells GOsa which mail method the setup should use to communicate
with a possible mail server. Leave this undefined if your mail method does
not match the predefined ones.

.I Cyrus
maintains accounts and sieve scripts in cyrus servers.
.I Kolab/Kolab22
is like cyrus, but lets the kolab daemon maintain the accounts.
.I SendmailCyrus is based on sendmail LDAP attributes.
.PP

.B cyrusUseSlashes
.I bool
.PP
The
.I cyrusUseSlashes
statement determines if GOsa should use "foo/bar" or "foo.bar" namespaces
in IMAP. Unix style is with slashes.

.B cyrusDeleteMailbox
.I bool
.PP
The
.I cyrusDeleteMailbox
statement determines if GOsa should remove the mailbox from your IMAP
server or keep it after the account is deleted in LDAP.

.B cyrusAutocreateFolders
.I string
.PP
The
.I cyrusAutocreateFolders
statement contains a comma seperated list of personal IMAP folders that
should be created along initial account creation.

.B postfixRestrictionFilters
.I path
.PP
The
.I postfixRestrictionFilters
statement defines a file to include for the postfix module in order
to display user defined restriction filters.

.B postfixProtocols
.I path
.PP
The
.I postfixProtocols
statement defines a file to include for the postfix module in order
to display user defined protocols.

.B mailAttribute
.I mail/uid
.PP
The
.I mailAttribute
statement determines which attribute GOsa will use to create accounts.
Valid values are
.I mail
and
.I uid.

.B imapTimeout
.I Integer (default 10) 
.PP
The
.I imapTimeout
statement sets the connection timeout for imap actions.

.B mailFolderCreation
Every mail method has its own way to create mail accounts like 
.I share/development
or 
.I shared.development@example.com
which is used to identify the accounts, set quotas or add acls. 

To override the methods default account creation syntax, you can set the
.I mailFolderCreation
option.

.I Examples

.nf
 mailFolderCreation="%prefix%%cn%"              => "shared.development"
 mailFolderCreation="my-prefix.%cn%%domain%"    => "my-prefix.development@example.com">
.fi

.I Placeholders

.nf
 %prefix%    The methods default prefix. (Depends on cyrusUseSlashes=FALSE/TRUE)
 %cn%        The groups/users cn.
 %uid%       The users uid.
 %mail%      The objects mail attribute.
 %domain%    The domain part of the objects mail attribute.
 %mailpart%  The user address part of the mail address.
 %uattrib%   Depends on mailAttribute="uid/mail".
.fi


.B mailUserCreation
This attribute allows to override the user account creation syntax, see
the
.I mailFolderCreation
description for more details. 

.I Examples

.nf
 mailUserCreation="%prefix%%uid%"           => "user.foobar"
 mailUserCreation=my-prefix.%uid%%domain%"  => "my-prefix.foobar@example.com"
.fi


.B vacationTemplateDirectory
.I path
.PP
The
.I vacationTemplateDirectory
statement sets the path where GOsa will look for vacation message
templates. Default is /etc/gosa/vacation.

Example template /etc/gosa/vacation/business.txt:

.nf
   DESC:Away from desk
   Hi, I'm currently away from my desk. You can contact me on
   my cell phone via %mobile.

   Greetings,
   %givenName %sn
.fi
.PP


.B Debug options
.PP
.B displayerrors
.I bool
.PP
The
.I displayerrors
statement tells GOsa to show PHP errors in the upper part of the screen. This
should be disabled in productive deployments, because there might be some
important passwords arround.
.PP

.B ldapstats
.I bool
.PP
The
.I ldapstats
statement tells GOsa to track LDAP timing statistics to the syslog. This may
help to find indexing problems or bad search filters.
.PP

.B ignoreAcl
.I dn
.PP
The
.I ignoreAcl
value tells GOsa to ignore complete ACL sets for the given DN. Add your
DN here and you'll be able to restore accidently dropped ACLs.
.PP

.B debuglevel
.I integer
.PP
The
.I debuglevel
value tells GOsa to display certain information on each page load. Value
is an AND combination of the following byte values:

DEBUG_TRACE   = 1

DEBUG_LDAP    = 2

DEBUG_MYSQL   = 4

DEBUG_SHELL   = 8

DEBUG_POST    = 16

DEBUG_SESSION = 32

DEBUG_CONFIG  = 64

DEBUG_ACL     = 128

DEBUG_SI      = 256

DEBUG_MAIL    = 512
.PP


.SH LDAP resource definition

For every location you define inside your gosa.conf, you need at least
one entry of the type
.I referral.
These entries define the way how to connect to some directory service.

.B Example:

.nf
  <referral uri="ldap://ldap.example.net/dc=example,dc=net"
            admin="cn=gosa-admin,dc=example,dc=net"
            password="secret" />
.fi

.I uri
is a valid LDAP uri extendet by the base this referral is responsible for.
.I admin
is the DN which has the permission to write LDAP entries. And
.I password
is the corresponding password for this DN.

You can define a set of referrals if you have several server to
connect to.

.SH Settings for the environment plugin

In order to make full use of the environment plugin, you may want
to define the location where kiosk profiles will be stored on the
servers harddisk.

This is done by the
.I kioskPath
keyword defined within the
.I environment
class definition inside your gosa.conf.

.B Example:

.nf
  <plugin acl="users/environment"
          class="environment"
          kioskPath="/var/spool/kiosk"/>
.fi

Make sure, that this path is writeable by GOsa.

.SH Settings for the FAI plugin

The FAI plugin can be used in a way that it generates branched or
freezed releases inside your repository. Specifying the
.I postcreate
and
.I postmodify
keywords in the
.I servrepository
definition, calls the provided script as a hook when adding or
removing branches. This script should do the rest inside of your
repository.

.B Example:

.nf
  <tab class="servrepository" 
          repositoryBranchHook="/opt/dak/bin/get_extra_repos"
          postcreate="/opt/dak/bin/handle_repository '%lock_dn' '%lock_name' '%lock_type' />
.fi

.I %lock_dn
keeps the base DN of the source branch,
.I %lock_name
the name of the new branch and
.I %lock_type
is either "freeze" or "branch".

The
.I repositoryBranchHook
outputs additional releases, that are not retrieveable with the standard
GOsa/FAI methods.

If you have only one release, or want to define a default release to be shown
by GOsa, define the
.I defaultFaiRelease="ou=sarge,ou=fai,ou=configs,ou=syst..."
within the 
.I faiManagement
class definition

.SH Settings for the addressbook plugin

The addressbook plugin can be configured to store the addressbook data on
a special location. Use the
.I addressbookBaseDN
keyword within the
.I addressbook
class definition inside your gosa.conf to configure this location.

Default:
.I ou=addressbook.

.SH Settings for system plugins
For the
.I workstationStartup
and
.I terminalStartup
classes, you can define the
.I systemKernelsHook
keyword. It can load additional kernels that are not retrieveable by
standard GOsa/FAI mechanisms.

In order to make use of SNMP information, you can set the
.I snmpCommunity
in the
.I terminfo
class definition.

To enable the burn CD image function, you can specify the
.I systemIsoHook
in the
.I workgeneric
class. You will get a CD symbol in the systems list - which calls
the hook if pressed.

.SH AUTHOR
.B gosa.conf(5)
was written by Cajus Pollmeier for
the GOsa project (
.B http://www.gosa-project.org
).