current_efi_version=`/usr/libexec/efiupdater | grep "Raw" | cut -d ':' -f2 | sed 's/ //'`
echo "current_efi_version $current_efi_version"
latest_efi_version=`ls -La /usr/libexec/firmwarecheckers/eficheck/EFIAllowListShipping.bundle/allowlists/ | grep "$current_efi_version"`
echo "latest_efi_version $latest_efi_version"
if [ "$latest_efi_version" == "" ]; then
echo "EFI FAILED"
echo "EFI PASSED"
/Applications/Install\ macOS\High\ Sierra.app/Contents/Resources/createinstallmedia --volume /Volumes/hsinstall --applicationpath /Applications/Install\ macOS\ High\ Sierra.app --nointeraction
Note: You’ll need to elevate your privileges for this to run.
Once run you’ll see that it erases the disk, copies the Installation materials (InstallESX, etc) and then makes the drive bootable, as follows:
Erasing Disk: 0%... 10%... 20%... 100%... Copying installer files to disk... Copy complete. Making disk bootable... Copying boot files... Copy complete.
Then you can either select the new volume in the Startup Disk System Preference pane or boot the computer holding down the option key to select the new volume.
Note: If you can do this on a system with a solid state drive it will be faster. Although this took 17 minutes last I ran it even then so be patient for the files to copy.
At the setup screen for the interface, provide a good static IP address. Your network administrator can provide this fairly easily. Here, make sure you have an IP address and a subnet mask. Since we need to install the Server app from the Mac App Store, and that’s on the Internet, you’ll also need to include a gateway, which provides access to the Internet and using the DNS tab, the name servers for your Internet Service Provider (ISP).
Once you have provided a static IP address, verify that you can route to the Internet (e.g. open Safari and visit a website). Provided you can, the first step to installing macOS Server onto High Sierra is to download the Server app from the Mac App Store. To do so, open the App Store app and search for Server. In the available apps, you’ll see the Server app from Apple. Here, click on Buy and let the app download. That was pretty easy, right. Well, the fun has just gotten started. Next, open the app.
When you first open the Server app, you’ll see the Server screen. Here, you can click on the following options:
- Other Mac: Shows a list of Macs with the Server app that can be remotely configured. Choosing another system does not complete the setup process on the system you’re working on at the moment.
- Cancel: Stops the Server app setup assistant and closes the Server App.
- Continue: Continues installing the Server app on the computer you are using.
- Help: Brings up the macOS Server manual.
Click Continue to setup macOS Server on the machine you’re currently using. You’ll then be prompted for the licensing agreement from Apple. Here, check the box to “Use Apple services to determine this server’s Internet reachability” and click on Agree (assuming of course that you agree to Apple’s terms in the license agreement).
Installing macOS Server must be done with elevated privileges. At the prompt, enter the credentials for an account with administrative access and click on the Allow button.
The services are then configured as needed and the command line tools are made accessible. This can take some time, so be patient. When the app is finished with the automation portion of the configuration, you will be placed into the Server app for the first time. Your first order of business is to make sure that the host names are good on the computer. Here, first check the Host Name. If the name doesn’t resolve properly (forward and reverse) then you will likely have problems with the server at some point. Therefore, go ahead and click on Edit Host Name… Here, enter the fully qualified address that the server should have. In the DNS article, we’ll look at configuring a good DNS server, but for now, keep in mind that you’ll want your DNS record that points to the server to match what you enter here. And users will use this address to access your server, so use something that is easy to communicate verbally, when needed.
At the Change Host Name screen, click Next. At the “Accessing your Server” screen, click on Internet and then click on the Next button.
At the “Connecting to your Server” screen, provide the Computer Name and the Host Name. The Computer Name is what you will see when you connect to the server over Bonjour and what will be listed in the Sharing System Preference pane. The Host Name is the fully qualified host name (fqdn) of the computer. I usually like to take the computer name and put it in front of the domain name. For example, in the following screen, I have osxserver as the name of the computer and osxserver.krypted.com as the host name.
Once you have entered the names, click on the Finish button. You are then prompted to Change Host Name. Click on Change Host Name at this screen.
Next, let’s open Terminal and run changeip with the -checkhostname option, to verify that the IP and hostname match:
sudo changeip -checkhostname
Provided that the IP address and hostname match, you’ll see the following response.
sudirserv:success = “success”
If the IP address and hostname do not match, then you might want to consider enabling the DNS server and configuring a record for the server. But at this point, you’ve finished setting up the initial server and are ready to start configuring whatever options you will need on the server.
Once a server has been an Open Directory Master all user and group accounts created will be in the Local Network Group when created in Server app. Before that, all user and group objects are stored locally when created in Server app. Once promoted to an Open Directory server, groups are created in the Open Directory database or if you select it from the directory domain drop-down list, locally. Groups can also be created in both locations, using a command line tool appropriate for group management.
To create a new group, open the Server app and then click on Groups in the ACCOUNTS list of the Server app sidebar. From here, you can switch between the various directory domains accessible to the server using the drop-down list available. Click on the plus sign to create a local network group.
- Mailing Lists: Lists that are connected to the group.
- Members: The users that are part of the group
- Give this group a shared folder: Creates a shared directory for the group, or a group with an ACL that grants all group members access.
- Make group members Messages buddies: Adds each group member to each other group members buddy list in the Messages client.
- Enable group mailing list: Enables a list using the short name of the group where all members receive emails to that address.
- Create Group Wiki: Opens the Wiki interface for creating a wiki for the group.
- Keywords: Keywords/tags to help locate users.
- Notes: Notes about users.
If you run it with a -d you’ll delete the given variables that you define (e.g. boot-args):
nvram -d boot-args
But, if you run the -c you’ll wipe them all:
macOS has the ability to delete all of the firmware variables you’ve created. This can get helpful if you’ve got a bunch of things that you’ve done to a system and want to remove them all. If you run nvram followed by a -p option you’ll see all of the configured firmware variables:
The output would be as follows:
If you run it with a -d you’ll delete the given variables that you define (e.g. boot-args):
efi-boot-device <array><dict><key>IOMatch</key><dict><key>IOProviderClass</key><string>IOMedia</string><key>IOPropertyMatch</key><dict><key>UUID</key><string>241A3B77-A382-443E-9223-80E96FA921DE</string></dict></dict><key>BLLastBSDName</key><string>disk1s2</string></dict><dict><key>IOEFIDevicePathType</key><string>MediaFilePath</string><key>Path</key><string>\A306A4FD-FFB5-3FA2-8DC4-BF73E7F38C7E\System\Library\CoreServices\boot.efi</string></dict></array>%00BootCampProcessorPstates %0c%00 bluetoothInternalControllerInfo %90%82%ac%05%00%000%14%f4\%89%adF%f prev-lang:kbd en:0 SystemAudioVolumeDB %e4
nvram -d boot-args
But, if you run the -c you’ll wipe them all:
When used, this option reports the following if the Server.app can be found:
This system has server software installed.Or if the software cannot be found, the following is indicated:
This system does NOT have server software installed.The –productname option determines the name of the software app:
serverinfo --productnameIf you change the name of the app from Server then the server info command won’t work any longer, so the output should always be the following:
ServerThe –shortversion command returns the version of the Server app being used:
The output will not indicate a build number, but instead the version of the app on the computer the command is run on:
5.4To see the build number (which should iterate with each update to the Server app from the Mac App Store, use the –buildversion option:
The output shows the build of server, which doesn’t necessarily match the macOS build number:
17S1180aJust because the Server app has been downloaded doesn’t mean the Server setup assistant has been run. To see if it has, use the –configured option:
The output indicates whether the system is running as a server or just has the app installed (e.g. if you’re using it to connect to another server:
This system has server software configured.You can also output all of the information into a single, easy to script against property list using the –plist option:
The output is a list of each of the other options used: <?xml version=”1.0″ encoding=”UTF-8″?> <!DOCTYPE plist PUBLIC “-//Apple//DTD PLIST 1.0//EN” “http://www.apple.com/DTDs/PropertyList-1.0.dtd”> <plist version=”1.0″> <dict> <key>IsOSXServerVolume</key> <true/> <key>IsOSXServerVolumeConfigured</key> <true/> <key>IsServerHardware</key> <false/> <key>LocalizedServerProductName</key> <string>Server</string> <key>MinimumServerVersionAllowed</key> <string>5.3.55</string> <key>ServerBuildVersion</key> <string>17S1180a</string> <key>ServerPerformanceModeEnabled</key> <false/> <key>ServerVersion</key> <string>5.3</string> </dict> </plist>
The Server Root can reside in a number of places. To see the path (useful when scripting commands that are relative to the ServerRoot:
By default, the output is as follows, which is basically like a dirname of the ServerRoot:
/Applications/Server.app/Contents/ServerRootYou can also see whether the system is running on actual hardware desgnated by Apple for servers using the –hardware option:
The output simply indicates if the hardware shipped with OS X Server on it from Apple:
This system is NOT running on server hardware.The –perfmode option indicates whether or not the performance mode has been enabled, dedicating resources to binaries within the Server app:
If the performance mode has not been enabled then the output will be as such:
Server performance mode is NOT enabled.Note: Performance mode doesn’t seem to be support any longer, as none of the options will actually enable the service.
- Boot the Mac into Recovery Mode by holding down the Command and R keys until you see the macOS Utilities screen.
- Open Disk utility.
- Choose your boot volume.
- Click on the Edit menu
- Click on Convert to APFS
- When prompted with “Would you like to convert <thenameofyourdrive> to APFS?” click on the Convert button.
- When the process is finished, click on the Done button.
/Applications/Server.app/Contents/ServerRoot/usr/sbin/serveradmin settings san
The results would be similar to:
san:computers = _empty_array san:primaryController = "95C99FB1-80F2-5016-B9C3-BE3916E6E5DC" san:ownerEmail = "email@example.com" san:sanName = "krypted" san:desiredSearchPolicy:_array_index:0 = "" san:serialNumbers = _empty_array san:dsType = 0 san:ownerName = "Charles Edge" san:managePrivateNetwork = yes san:metadataNetwork = "10.0.0.0/24" san:numberOfFibreChannelPorts = 2 san:role = "CONTROLLER"
Here, we see the metadata network, the GUID of the primary (active) MDC, the name of the SAN, an array of serial numbers (if applicable – rarely encountered these days), the owner info plugged in earlier and the metadata network interface being used. Next, we’ll take a peak at the fsm process for each volume:
bash-3.2# ps aux | grep fsm
The results would be as follows:
root 7030 0.7 0.7 2694708 62468 ?? Ss 10:18AM 0:03.08 /System/Library/Filesystems/acfs.fs/Contents/bin/fsm BettyWhite mdm.pretendco.lan 0 root 6834 0.1 0.0 2478548 2940 ?? S 10:10AM 0:01.37 fsmpm -- -- /var/run/fsmpm-sync.6800 1800
Next, we can look at the version rev, which shows that the Server Revision:
bash-3.2# cvversions File System Server: Server Revision 6 Branch Head Created on Tue Sep 13 09:59:14 PDT 2017 Built in /SourceCache/XsanFS/XsanFS-527/buildinfo Host OS Version: Darwin 14.0.0 Darwin Kernel Version 14.0.0: Sat Sep 1 02:15:10 PDT 2017; root:xnu-2718.104.22.168.5~1/RELEASE_X86_64 x86_64
Next, we’ll check out the contents of /Library/Preferences/Xsan. First the volume configuration file:
bash-3.2# cat BettyWhite.cfg # Globals AllocationStrategy Round FileLocks Yes BufferCacheSize 32M Debug 0x0 CaseInsensitive Yes EnableSpotlight Yes EnforceACLs Yes SpotlightSearchLevel ReadWrite FsBlockSize 16K GlobalSuperUser Yes InodeCacheSize 8K InodeExpandMin 0 InodeExpandInc 0 InodeExpandMax 0 InodeDeleteMax 0 InodeStripeWidth 0 JournalSize 16M MaxConnections 139 MaxLogSize 10M MaxLogs 4 NamedStreams Yes Quotas Yes QuotaHistoryDays 7 ThreadPoolSize 256 UnixIdFabricationOnWindows Yes UnixNobodyUidOnWindows -2 UnixNobodyGidOnWindows -2 WindowsSecurity Yes # Disk Types [DiskType LUN2Type] Sectors 488355807 SectorSize 512 # Disks [Disk LUN2] Type LUN2Type Status UP # Stripe Groups [StripeGroup All] Status Up StripeBreadth 16 Metadata Yes Journal Yes Exclusive No Read Enabled Write Enabled Rtmb 0 Rtios 0 RtmbReserve 0 RtiosReserve 0 RtTokenTimeout 0 MultiPathMethod Rotate Node LUN2 0 Affinity AllThe configuration for the SAN itself is in XML, which can be seen by viewing the config.plist:
bash-3.2# cat config.plist computers desiredSearchPolicy dsType 0 managePrivateNetwork metadataNetwork 10.0.0.0/24 ownerEmail firstname.lastname@example.org ownerName Charles Edge primaryController 95C99FB1-80F2-5016-B9C3-BE3916E6E5DC role CONTROLLER sanName krypted serialNumbersThe automount file controls which systems automatically mount which volumes and is in a plist as well:
bash-3.2# cat automount.plist BettyWhite AutoMount rw MountOptions atimedelay no dircachesize 10485760 threads 12The aux-data is also a plist:
bash-3.2# cat BettyWhite-auxdata.plist Config ClientDelayAccessTimeUpdates 0 ClientDirCacheSize 10485760 ClientThreadCount 12 StoragePoolIdealLUNCount 4 StoragePoolStripeBreadth 16 FailoverPriorities controllerUUID 95C99FB1-80F2-5016-B9C3-BE3916E6E5DC enabled 1Next, cvadmin remains basically unchanged, with the addition of restartd/startd/stopd (managing the fem and the removal of :
Xsanadmin (BettyWhite) > help Command summary: activate, debug, dirquotas, disks, down, fail, filelocks, fsmlist, help, latency-test, multipath, paths, proxy, qos, quit, quotas, quotacheck, quotareset, ras, repfl, repquota, repof, resetrpl, rollrj, select, show, start, stat, stop, up, who, ? activate [ | ] Activate a File System . This command may cause an FSM to activate. If the FSM is already active, no action is taken. debug [ [+/-] ] Get or Set (with ) the FSS Debug Flags. Enter debug with no value to get current setting and bit meanings. Value should be a valid number. Use 0x to indicate hexadecimal. If the ‘+’ or ‘-’ argument is used, only specified flags will be modified. ‘+’ will set and ‘-’ will disable the given flags. dirquotas <create|mark|destroy> The ‘create’ command turns the given directory into the root of a Directory Quota namespace. The command will not return until the current size value of the directory is tallied up. The ‘mark’ command also turns the given directory into the root of a Directory Quota namespace, but the current size value is left uninitialized. The command ‘quotacheck’ should be run later to initialize it. The ‘destroy’ command destroys the namespace associated with the given directory. The directory’s contents are left unchanged. disks [refresh] Display the acfs Disk volumes visible to this machine. If the optional “refresh” is used, the volumes will. be re-scanned by the fsmpm. disks [refresh] fsm Display the acfs meta-data Disk volumes in use by the fsm. If the optional “refresh” is used, additional paths to these volumes may be added by the fsm. down Bring down stripe group . fail [ | ] Failover a File System . This command may cause a stand by FSM to activate. If the FSM is already active, the FSM will shut down. A stand-by FSM will take over or the FSM will be re-launched if it is stand-alone. fsmlist  [on ] Display the state of FSM processes, running or not. Optionally specify a single to display. Optionally specify the host name or IP address of the system to list the FSM process(es) on. help (?) This message. latency-test [ | all]  Run an I/O latency test between the FSM process and one client or all clients. The default test duration is 2 seconds. multipath < balance | cycle | rotate | static | sticky > Change the Multi Path method for stripe group to “balance”, “cycle”, “rotate”, “static”, or “sticky”. paths Display the acfs Disk volumes visible to this machine grouped according to the “controller” identity. proxy [ long ] proxy who Display Disk Proxy Servers, and optionally the disks they serve, for this filesystem The “who” option displays all proxy connections for the specified host. qos Display per-stripe group QOS statistics. quit Exit filelocks Query cluster-wide file/record lock enforcement. Enter filelocks with no value to get current setting. Currently Cluster flocks are automatically used on Unix. Windows file/record locks are optional. quotas Get the current state of the quota system quotas get <user|group|dir|dirfiles> Get quota parameters for user, group, or directory . quotas set <user|group|dir|dirfiles> Set current quota parameters for user, group, or directory . can be the name of a user or group or the path to a directory. For users and groups, it can also be an integer interpreted as a uid or gid. Setting the hardlim, softlim, and timelim to 0 disables quota enforcement for that user, group, or directory. The values for hardlim and softlim are expressed in bytes when setting user, group, or dir values. When setting dirfiles values, they are numbers of regular file inodes. The value for timelim is expressed in minutes. quotacheck Recalculate the amount of space consumed (the current size field of the quota record) by all users, groups, and directory namespaces in the file system. This command can be run on an active file system although file updates (writes, truncates, etc.) will be delayed until quotacheck has completed. quotareset Like quotacheck, but deletes the quota database before performing the check. All limits and directory namespaces will be lost. Use with extreme caution. ras enq “detail string” Generate an SNFS RAS event. For internal use only. ras enq “detail string” Generate a generic RAS event. For internal use only. repquota Generate quota reports for all users, groups, and directory namespaces in the file system. Three files are generated: 1. quota_report.txt – a “pretty” text file report. 2. quota_report.csv – a comma delimited report suitable for Excel spreadsheets. 3. quota_regen.in – a list of cvadmin commands that can be used to set up an identical quota database on another Xsan. repfl Generate a report of currently held locks on all connected acfs clients. repof Generate a report of currently open files on all connected acfs clients. resetrpl [clear] Repopulate Reverse Path Lookup (RPL) information. The optional “clear” argument causes existing RPL data to be cleared before starting repopulation. Note: “resetrpl” is only available when cvadmin is invoked with the -x option. Running resetrpl may significantly delay FSM activation. This command is not intended for general use. Only run “resetrpl” when recommended by Technical Support. restartd [once] Stop and start the process. For internal use only. rollrj Force the FSM to start a new restore journal. This command is only used on a managed file system select [ | | none] Select the active File System . Typing “select none” will de-select the current FSS. If the FSM is inactive (standing by) it cannot be selected. Using this command with no argument shows all active FSSs. show [ ] [ long ] Show all stripe groups or a specific stripe group . Adding the modifier “long” shows more verbose information. start [on]  Start the File System Service for . When running on an HA MDC, the local service is started and then an attempt is made to start the service on the peer MDC. Optionally specify the hostname or IP address to start the FSM on that MDC only. startd [once] Start the process. For internal use only. stat Display the general status of the file system. stats [clear] Display read/write statistics for the file system. If clear, zero the stats after printing. stop [on]  | Stop the File System Services for or . Stopping by name without specifying a hostname will stop all instances of the service, and will cancel any pending restart of the service on the local system. Stopping by name on a particular system will stop or cancel a restart of the service on that system. Stopping by number only stops the service associated with the index. Indexes are displayed on the left side as “nn>” when. using the “select” command. stopd Stop the process. For internal use only. up Bring up stripe group . If there are no stripe groups that have exclusively numeric names, the stripe group index number shown in the “show” command may be used in place of . who  [long] List clients attached to file system. In the short form, “who” returns the following information: - acfs I.D. – Client License Identifier - Type – Type of client connection FSM – File System Manager (FSM) connection ADM – Administrative (cvadmin) connection CLI – File system client connection. May be followed by a CLI type character: S – Disk Proxy Server C – Disk Proxy Client H – Disk Proxy Hybrid Client - Location – Client’s hostname or IP address - Up Time – Total time client has been connected to FSM - License Expires – Date client’s license will expire In the long form, “who” returns network path, build, latency and reconnect information, if available. Administrative and FSM clients return a limited set of information. Xsanadmin (BettyWhite) > select List FSS File System Services (* indicates service is in control of FS): 1>*BettyWhite located on 10.0.0.1:57724 (pid 7030)
bash-3.2# sudo /Applications/Server.app/Contents/ServerRoot/usr/sbin/changeipchangeip -checkhostname
Which should respond as follows if all your DNS stuff is configured to match your host name:
dirserv:success = "success"
Initially, you no longer see Open Directory in the sidebar of the Server app. Simply click on the entry in View to see it. Then, to set up the Open Directory Master, click on the Open Directory service. From here, click on the ON button.
For the purposes of this example, we’re setting up an entirely new Open Directory environment. At the “Configure Network Users and Groups” screen, click on “Create a new Open Directory Domain” and click on the Next button.
Note: If you are restoring an archive of an existing Open Directory domain, you would select the bottom option from this list.
At the Directory Administrator screen, enter a username and password for the directory administrator account. The default account is sufficient, although it’s never a bad idea to use something a bit less generic.
Once you’ve entered the username and password, click on the Next button. Then we’re going to configure the SSL information.
At the Organization Information screen, enter a name for the organization in the Organization Name field and an Email Address to be used in the SSL certificate in the Admin Email Address field. Click on Next.
At the Confirm Settings screen, make sure these very few settings are OK with you and then click on the Set Up button to let slapconfig (the command that runs the OD setup in the background, kinda’ like a cooler dcpromo) do its thing. When the Open Directory master has been configured, there’s no need to reboot or anything, the indicator light for the Open Directory service should appear. If the promotion fails then look to the preflight options I wrote up awhile back.
Clicking on the minus (“-”) button while a server is highlighted runs a slapconfig -destroyldapserver on the server and destroys the Open Directory domain if it is the only server. All domain information is lost when this happens.
Next, let’s bind a client. Binding clients can be done in a few different ways. You can use a script, a Profile, the Users & Groups System Preference pane or build binding into the imaging process. For the purpose of this example, we’ll use the System Preference pane. To get started, open up the System Preference pane and then click on Users & Groups. From here, click on Login Options and then unlock the lock in the lower left corner of the screen, providing a username and password when prompted.
Click on the Edit… button and then the plus sign (“+”).
Then, enter the name of the Open Directory Master (the field will expand with options when you enter the host name.
It’s probably best not to use the IP address at this point as the master will have an SSL certificate tied to the name. Click OK to accept the certificate (if it’s self-signed) and then the system should finish binding. Once bound, I like to use either id or dscl to verify that directory accounts are properly resolving before I try logging in as an Open Directory user. Provided everything works that’s it.
Next, use dscl to browse users and verify that you can see items in Open Directory as well as your local database. The following will do so, using your hostname in place of mine, and with your password:
Once configured and tested, the devil is of course in the details. There is very little data worth having if it isn’t backed up. Notice that you can archive by clicking on the cog wheel icon in the Open Directory service pane, much like you could in Server Admin. Or, because this helps when it comes to automating backups (with a little expect), to run a backup from the command line, run the slapconfig command along with the -backupdb option followed by a path to a folder to back the data up to:
dscl -u diradmin -P <PASSWORD> /LDAPv3/macosserver.krypted.com -read /Users/diradmin
sudo slapconfig -backupdb /odbackups
The result will be a request for a password then a bunch of information about the backup:
bash-3.2# sudo slapconfig -backupdb /odbackups 2016-09-08 04:31:13 +0000 slapconfig -backupdb Enter archive password: 2016-09-08 04:31:17 +0000 1 Backing up LDAP database 2016-09-08 04:31:17 +0000 popen: /usr/sbin/slapcat -l /tmp/slapconfig_backup_stage1769HtaFE7/backup.ldif, "r" 55ee6495 bdb_monitor_db_open: monitoring disabled; configure monitor database to enable 2016-09-08 04:31:17 +0000 popen: /usr/sbin/slapcat -b cn=authdata -l /tmp/slapconfig_backup_stage1769HtaFE7/authdata.ldif, "r" 55ee6495 bdb_monitor_db_open: monitoring disabled; configure monitor database to enable 2016-09-08 04:31:17 +0000 popen: /bin/cp /var/db/openldap/openldap-data/DB_CONFIG /tmp/slapconfig_backup_stage1769HtaFE7/DB_CONFIG, "r" 2016-09-08 04:31:17 +0000 popen: /bin/cp /var/db/openldap/authdata//DB_CONFIG /tmp/slapconfig_backup_stage1769HtaFE7/authdata_DB_CONFIG, "r" 2016-09-08 04:31:17 +0000 popen: /bin/cp -r /etc/openldap /tmp/slapconfig_backup_stage1769HtaFE7/, "r" 2016-09-08 04:31:17 +0000 popen: /bin/hostname > /tmp/slapconfig_backup_stage1769HtaFE7/hostname, "r" 2016-09-08 04:31:17 +0000 popen: /usr/sbin/sso_util info -pr /LDAPv3/127.0.0.1 > /tmp/slapconfig_backup_stage1769HtaFE7/local_odkrb5realm, "r" 2016-09-08 04:31:18 +0000 popen: /usr/bin/tar czpf /tmp/slapconfig_backup_stage1769HtaFE7/krb5backup.tar.gz /var/db/krb5kdc/kdc.conf /var/db/krb5kdc/acl_file.* /var/db/krb5kdc/m_key.* /etc/krb5.keytab , "r" tar: Removing leading '/' from member names 2016-09-08 04:31:18 +0000 2 Backing up Kerberos database 2016-09-08 04:31:18 +0000 popen: /bin/cp /var/db/dslocal/nodes/Default/config/KerberosKDC.plist /tmp/slapconfig_backup_stage1769HtaFE7/KerberosKDC.plist, "r" 2016-09-08 04:31:18 +0000 popen: /bin/cp /Library/Preferences/com.apple.openldap.plist /tmp/slapconfig_backup_stage1769HtaFE7/, "r" 2016-09-08 04:31:18 +0000 3 Backing up configuration files 2016-09-08 04:31:18 +0000 popen: /usr/bin/sw_vers > /tmp/slapconfig_backup_stage1769HtaFE7/version.txt, "r" 2016-09-08 04:31:18 +0000 popen: /bin/cp -r /var/db/dslocal /tmp/slapconfig_backup_stage1769HtaFE7/, "r" 2016-09-08 04:31:18 +0000 Backed Up Keychain 2016-09-08 04:31:18 +0000 4 Backing up CA certificates 2016-09-08 04:31:18 +0000 5 Creating archive 2016-09-08 04:31:18 +0000 command: /usr/bin/hdiutil create -ov -plist -puppetstrings -layout UNIVERSAL CD -fs HFS+ -volname ldap_bk -srcfolder /tmp/slapconfig_backup_stage1769HtaFE7 -format SPARSE -encryption AES-256 -stdinpass /odbackups 2016-09-08 04:31:25 +0000 Removed directory at path /tmp/slapconfig_backup_stage1769HtaFE7. 2016-09-08 04:31:25 +0000 Removed file at path /var/run/slapconfig.lock.
To restore a database (such as from a previous version of the operating system where such an important option was actually present) use the following command (which just swaps backupdb with -restoredb)
sudo slapconfig -restoredb /odbackups
Both commands ask you for a password to encrypt and decrypt the disk image created by them.