About SQLite in Remote Desktop
Remote Desktop stores information it collects in a SQLite database.
About the database
Remote Desktop captures system information data to a table called “systeminformation.” It doesn’t keep historical data. New values overwrite previously captured information whenever data is collected. If you want to preserve the historical data, you could capture the data to a second database. The data in the database can also help with macOS deployment, because apps can access computer records or synchronize machine-specific settings based on values in the database.
For practical purposes, you should treat the database as read-only. The database structure might change to meet the needs of newer versions of Remote Desktop, or Remote Desktop will, in some circumstances, purge the database to prevent corruption.
The SQLite database is located in /private/var/db/RemoteManagement/RMDB/rmdb.sqlite3. The RMDB directory is limited to the daemon user, so superuser (sudo
) access is required to access the files. When you use sudo
to preface the commands, you’re prompted for your administrator password.
Retrieve data using the command line
The sqlite3 tool is installed in /usr/bin/sqlite3.
The sqlite3 tool provides access to the tables and data in the Remote Desktop database. The following sends an SQL query in the “systeminformation” table (the table that stores your report data).
sudo sqlite3 /var/db/RemoteManagement/RMDB/rmdb.sqlite3 "select * from systeminformation"
Here is an example of the first few lines of output. The lines may wrap depending on your font and window sizes.
00:0d:93:9c:0a:e4|Mac_HardDriveElement|DataDate|0|2008-12-11T23:05:58Z|2008-12-11T23:05:58Z
00:0d:93:9c:0a:e4|Mac_HardDriveElement|Model|0|Hitachi HDS722580VLSA80|2008-12-11T23:05:58Z
00:0d:93:9c:0a:e4|Mac_HardDriveElement|VolumeName|0|Server HD|2008-12-11T23:05:58Z
00:0d:93:9c:0a:e4|Mac_HardDriveElement|JournalingIsActive|0|true|2008-12-11T23:05:58Z
00:0d:93:9c:0a:e4|Mac_HardDriveElement|LastBackupDate|0|2008-09-05T18:13:22Z|2008-12-11T23:05:58Z
00:0d:93:9c:0a:e4|Mac_HardDriveElement|LastModificationDate|0|2008-12-11T23:05:57Z|2008-12-11T23:05:58Z
Adjust the delimiter used between columns with the -separator
switch. This sample uses a comma delimiter.
sudo sqlite3 -separator , /var/db/RemoteManagement/RMDB/rmdb.sqlite3 "select * from systeminformation"
Other handy switches include -html
, -line
, -list
, and -column
. For more details, see the man page for sqlite3
.
This command outputs in very readable columns and displays the column headers.
sudo sqlite3 -header -column /var/db/RemoteManagement/RMDB/rmdb.sqlite3 \
"select * from systeminformation"
ComputerID ObjectName PropertyName ItemSeq Value LastUpdated
----------------- -------------------- ------------ ---------- -------------------- --------------------
00:0d:93:9c:0a:e4 Mac_HardDriveElement DataDate 0 2008-12-11T23:05:58Z 2008-12-11T23:05:58Z
00:0d:93:9c:0a:e4 Mac_HardDriveElement Model 0 Hitachi HDS722580VLS 2008-12-11T23:05:58Z
00:0d:93:9c:0a:e4 Mac_HardDriveElement VolumeName 0 Server HD 2008-12-11T23:05:58Z
00:0d:93:9c:0a:e4 Mac_HardDriveElement JournalingIs 0 true 2008-12-11T23:05:58Z
00:0d:93:9c:0a:e4 Mac_HardDriveElement LastBackupDa 0 2008-09-05T18:13:22Z 2008-12-11T23:05:58Z
00:0d:93:9c:0a:e4 Mac_HardDriveElement LastModifica 0 2008-12-11T23:05:57Z 2008-12-11T23:05:58Z
00:0d:93:9c:0a:e4 Mac_HardDriveElement TotalSize 0 80287128.000000 2008-12-11T23:05:58Z
The ComputerID
field matches the Ethernet MAC address of the client that responded with report data, and can serve as a unique value to form your SQL queries. See all objectname types by modifying the SQL from the example above to say:
sudo sqlite3 -header -column /var/db/RemoteManagement/RMDB/rmdb.sqlite3 \
"SELECT distinct objectname FROM systeminformation"
Outputs:
ObjectName
--------------------
Mac_HardDriveElement
Mac_NetworkInterface
Mac_SystemInfoElemen
Mac_RAMSlotElement
Mac_PCIBusElement
Mac_USBDeviceElement
Mac_FireWireDeviceEl
For each objectname, there are a number of propertyname
values possible. Modifying your query provides the available objectname/propertyname
pairs:
sudo sqlite3 -header -column /var/db/RemoteManagement/RMDB/rmdb.sqlite3 \
"SELECT distinct objectname, propertyname FROM systeminformation"
Outputs:
ObjectName PropertyName
-------------------- ------------
Mac_HardDriveElement DataDate
Mac_HardDriveElement Model
Mac_HardDriveElement VolumeName
Mac_HardDriveElement JournalingIs
Mac_HardDriveElement LastBackupDa
Mac_HardDriveElement LastModifica
These properties combine to help you form an SQL query that retrieves a particular value. For example, to find client serial numbers, you could use:
sudo sqlite3 -header -column /var/db/RemoteManagement/RMDB/rmdb.sqlite3 "SELECT distinct computerid, propertyname, value FROM systeminformation WHERE propertyname = 'MachineSerialNumber'"
ComputerID PropertyName Value
----------------- ------------------- -----------
00:0d:93:9c:0a:e4 MachineSerialNumber QP4241FHPMZ
00:16:cb:a2:6d:1b MachineSerialNumber YM6090M9U39
00:16:cb:ca:81:52 MachineSerialNumber W862100NW92
00:17:f2:04:db:24 MachineSerialNumber G86492DVX68
00:14:51:22:28:38 MachineSerialNumber W854503QURC
00:17:f2:2b:b9:59 MachineSerialNumber 4H63861KVMM
Make the SQL query get a list of the computers’ names (instead of Ethernet IDs) and values:
sudo sqlite3 -header -column /var/db/RemoteManagement/RMDB/rmdb.sqlite3 "SELECT R1.value, R2.value FROM systeminformation R1, systeminformation R2 WHERE R1.computerid=R2.computerid AND R1.propertyname='ComputerName' AND R2.propertyName='MachineSerialNumber'"
Outputs:
Value Value
---------- -----------
mini X0XX234XYXYX
mini X01X23X4XXXX
NetBoot001 X01X0101XXX0
Server XX12345XXX6
Server2 PPYWWSSSEEER
Aga O X0XX123XY4XY
Use Automator with the sqlite command
Because Automator can execute shell commands, it can be used to collect sqlite3
output and send it to other apps. This example collects report data and sends it to TextEdit:
on run {input, parameters}
return do shell script "https://accionvegana.org/accio/ANy02bj5SZsBHch5Cdy9GcwV3c6MHc0/usr/bin/sqlite3 -separator " & quote & tab & quote & " /var/db/RemoteManagement/RMDB/rmdb.sqlite3 " & quote & input & quote with administrator privileges
end run
The workflow prompts for an SQL command and then builds a shell command using the Run AppleScript action, which can bring up an authentication dialog. The delimiter in the example is a tab.
sqlite query items
The following items can be queried using sqlite:
Mac_SystemInfoElement
ActiveProcessorCount
AppleTalkIsActive
ATADeviceCount
ARDComputerInfo1
ARDComputerInfo2
ARDComputerInfo3
ARDComputerInfo4
BootROMVersion
BusDataSize
BusSpeed
BusSpeedString
ComputerName
DataDate
En0Address
FileSharingIsEnabled
FireWireDeviceCount
FTPIsEnabled
HasKeyboardConnected
HasLightsOutController
HasMouseConnected
HasVectorProcessingUnit
KernelVersion
Level2CacheSize
MachineClass
MachineModel
MachineSerialNumber
MainMonitorDepth
MainMonitorHeight
MainMonitorType
MainMonitorWidth
ModemCountryInfo
ModemDescription
ModemDriverInfo
ModemInstalled
ModemInterfaceType
OpticalDriveType
PCISlotsUsedCount
PhysicalMemorySize
PrimaryIPAddress
PrimaryNetworkCollisions
PrimaryNetworkFlags
PrimaryNetworkHardwareAddress
PrimaryNetworkInputErrors
PrimaryNetworkInputPackets
PrimaryNetworkOutputErrors
PrimaryNetworkOutputPackets
PrimaryNetworkType
PrinterSharingEnabled
ProcessorCount
ProcessorSpeed
ProcessorSpeedString
ProcessorType
RemoteAppleEventsEnabled
RemoteLoginEnabled
SCSIDeviceCount
SelectedPrinterName
SelectedPrinterPostScriptVersion
SelectedPrinterType
SleepDisplayWhenInactive
SleepWhenInactive
SpinDownHardDrive
SystemVersion
SystemVersionString
TotalFreeHardDriveSpace
TotalHardDriveSpace
TotalRAMSlots
TotalSwapFileSize
TrashSize
UnixHostName
UnusedRAMSlots
USBDeviceCount
UserMemorySize
WakeOnLanEnabled
WebSharingIsEnabled
WindowsFileSharingEnabled
WirelessCardFirmwareVersion
WirelessCardHardwareAddress
WirelessCardIsActive
WirelessCardInstalled
WirelessCardLocale
WirelessCardType
WirelessChannelNumber
WirelessIsComputerToComputer
WirelessNetworkAvailable
WirelessNetworkName
Mac_HardDriveElement
CreationDate
DataDate
FileSystemType
FreeSpace
GroupName
IsBootVolume
IsCasePreserving
IsCaseSensitive
IsDetachable
IsWritable
JournalingIsActive
LastBackupDate
LastConsistencyCheckDate
LastModificationDate
LogicalUnitNumber
Manufacturer
Model
OwnerName
PermissionModes
PermissionsAreEnabled
Protocol
RemovableMedia
Revision
SerialNumber
SupportsJournaling
TotalFileCount
TotalFolderCount
TotalSize
UnixMountPoint
VolumeName
Mac_NetworkInterfaceElement
AllDNSServers
AllIPAddresses
ConfigurationName
ConfigurationType
DataDate
DomainName
EthernetAlignmentErrors
EthernetCarrierSenseErrors
EthernetChipSet
EthernetCollisionFrequencies
EthernetDeferredTransmissions
EthernetExcessiveCollisions
EthernetFCSErrors
EthernetFrameTooLongs
EthernetInternalMacRxErrors
EthernetInternalMacTxErrors
EthernetLateCollisions
EthernetMissedFrames
EthernetMultipleCollisionFrames
EthernetRxCollisionErrors
EthernetRxFrameTooShorts
EthernetRxInterrupts
EthernetRxOverruns
EthernetRxPHYTransmissionErrors
EthernetRxResets
EthernetRxResourceErrors
EthernetRxTimeouts
EthernetRxWatchdogTimeouts
EthernetSingleCollisionFrames
EthernetSQETestErrors
EthernetTxInterrupts
EthernetTxJabberEvents
EthernetTxPHYTransmissionErrors
EthernetTxResets
EthernetTxResourceErrors
EthernetTxTimeouts
EthernetTxUnderruns
HardwareAddress
InterfaceFlags
InterfaceName
IsActive
IsPrimary
NetworkCollisions
NetworkInputErrors
NetworkInputPackets
NetworkOutputErrors
NetworkOutputPackets
OutputQueueCapacity
OutputQueueDropCount
OutputQueueOutputCount
OutputQueuePeakSize
OutputQueueRetryCount
OutputQueueSize
OutputQueueStallCount
PrimaryDNSServer
PrimaryIPAddress
RouterAddress
Mac_USBDeviceElement
BusPower
DataDate
DeviceSpeed
ProductID
ProductName
SerialNumber
VendorID
Mac_FireWireDeviceElement
DataDate
DeviceSpeed
Manufacturer
Model
Mac_RAMSlotElement
DataDate
MemoryModuleSize
MemoryModuleSpeed
MemoryModuleSpeed
MemoryModuleSpeed
Mac_PCIBusElement
CardMemory
CardName
CardRevision
CardType
DataDate
DeviceID
RomRevision
SlotName
VendorID