RSC Device Interface Services

The RSC Device Interface Services provide a range of functions for accessing properties of the operating system and the controller hardware. You can call the information with the following interfaces and defined parameters. The following headers are required to use the service; integrate these headers via #include, if necessary:

Arp\Device\Interface\Services\IDeviceControlService.hpp
Arp\Device\Interface\Services\IDeviceInfoService.hpp
Arp\Device\Interface\Services\IDeviceSettingsService.hpp
Arp\Device\Interface\Services\IDeviceStatusService.hpp

Note:

Execution of RSC services can take some time. For this reason, avoid direct calls from ESM tasks.
Exceptions thrown by RSC service calls should always be explicitly caught and handled by RSC clients.
In addition, the underlying type of each RscVariant returned by RSC service calls should never be assumed but should always be checked before performing any other operation on that object.

IDeviceControlService

TheIDeviceControlService RSC interface provides the following methods to control the device:

```
void RestartDevice ();
```
This method reboots the PLC.
Note: T must not be invoked within an ESM task.
```
AccessErrorCode ResetToFactoryDefaults (Uint16 resetType);
```
With resetType == 1 :
All user-specific data is deleted (settings, programs, users, etc.). The current PLCnext Technology firmware remains unchanged.

With resetType == 2 :
In addition to deleting the user-specific data, the firmware of the controller is reset to the default state.
```
AccessErrorCode StartFirmwareUpdate (Uint16 updateType);
```
This function starts to update the firmware using a previously downloaded firmware container. The updateType parameter has to be set to 0. Other values are reserved for future extensions.

IDeviceInfoService

The IDeviceInfoService RSC interface enables read access to device information with the following methods:

RscVariant<512> GetItem(const RscString<512>& identifier)

The GetItem() method reads the status value of a parameter.

void GetItems(GetItemsIdentifiersDelegate identifiersDelegate, 
              GetItemsResultDelegate resultDelegate)

The GetItems() method reads the status values of several parameters.

The following parameters are available in the IDeviceInfoService RSC interface for calling of information:

Parameter	Data type	Description
`General.DeviceClass`	`UInt32`	The `DeviceClass` parameter specifies the device class. At the moment, only `ProgrammableLogicController` is supported. `0`: Undefined `1`: ProgrammableLogicController `2`: BusCoupler `3`: Switch
`General.VendorName`	`String`	The `VendorName` parameter indicates the name of the manufacturer.
`General.ArticleName`	`String`	The `ArticleName` parameter indicates the device name.
`General.ArticleNumber`	`String`	The `ArticleNumber` parameter indicates the order number of the device.
`General.SerialNumber`	`String`	The `SerialNumber` parameter indicates the serial number of the device.
`General.CloudUuid`	`String`	The `CloudUuid` parameter indicates the Proficloud UUID of the device
`General.Firmware.Version`	`String`	The `FirmwareVersion` parameter indicates the firmware version of the device. Here, the 5-level notation (Major, Minor, Patch, Build, Status) is used.
`General.Firmware.VersionMajor`	`Byte`	The firmware version year is indicated without the first two digits. E.g., “2019” is indicated as `19`.
`General.Firmware.VersionMinor`	`Byte`	`FirmwareVersionMinor`
`General.Firmware.VersionPatch`	`Byte`	`FirmwareVersionPatch`
`General.Firmware.VersionBuild`	`UInt32`	`FirmwareVersionBuild`
`General.Firmware.VersionStatus`	`String`	`FirmwareVersionStatus`
`General.Firmware.BuildDate`	`String`	`FirmwareBuildDate` ISO 8601 format `<YYYY>-<MM>-<DD>`
`General.Firmware.BuildTime`	`String`	`FirmwareBuildTime` ISO 8601 format `<hh>:<mm>:<ss>`
`General.Hardware.Version`	`String`	The `HardwareVersion` parameter indicates the hardware version of the device.
`General.Fpga.Version`	`String`	The `FPGAVersion` parameter indicates the FPGA version of the device. Here, the 3-level notation (Major, Minor, Patch) is used.
`General.Fpga.VersionMajor`	`Byte`	`FPGAVersionMajor`
`General.Fpga.VersionMinor`	`Byte`	`FPGAVersionMinor`
`General.Fpga.VersionPatch`	`Byte`	`FPGAVersionPatch`
`General.UniqueHardwareId`	`String`	Sha256 Hash (32byte) hexadecimal coded as string
`General.SPNS.Fpga.Version`	`String`	FPGA version of the SPNS (only for devices with integrated safety controller)
`General.SPNS.Fpga.VersionMajor`	`Byte`	SPNS FPGA version, major
`General.SPNS.Fpga.VersionMinor`	`Byte`	SPNS FPGA version, minor
`General.SPNS.Fpga.BuildVersion`	`Unsigned32`	SPNS FPGA build version
`General.SPNS.Firmware.Version`	`String`	SPNS firmware version
`General.SPNS.Firmware.VersionMajor`	`Byte`	SPNS firmware version, major
`General.SPNS.Firmware.VersionMinor`	`Byte`	SPNS firmware version, minor
`General.SPNS.Firmware.BuildVersion`	`Unsigned32`	SPNS firmware build version
`Interfaces.Ethernet.Count`	`Byte`	The `NoOfNetworkInterfaces` parameter indicates the number of network interfaces.
`Interfaces.Ethernet.{adapterIndex}.{port}.Mac`	`String`	The `Mac` parameter indicates the MAC address of the selected network interface. `adapterIndex: 1, 2,...` `port = 0` for the interface`MAC` `port = 1, 2,...` for the port`MAC` `MAC` data format is always`AA:BB:CC:DD:EE:FF` .
`Cpu.Cores.Count`	`Byte`	From firmware version 2023.0 LTS: The parameter `NumberCpuCores` provides the count of the CPU cores of the controller.

IDeviceSettingsService

With the IDeviceSettingsService, several settings of the device can be read or written.

Therefore, this service provides four methods (linked to the related description in the 2022.0 LTS API documentation):

Read a single setting:

DeviceSettingResult ReadValue (const RscString< 512 > &setting);

Read a list of settings:

void ReadValues (ReadValuesSettingsDelegate settingsDelegate, ReadValuesResultDelegate resultDelegate)

Write a single setting:

AccessErrorCode WriteValue (const DeviceSettingItem &settingItem)

Write a list of settings:

void WriteValues (WriteValuesSettingItemsDelegate settingItemsDelegate, WriteValuesResultDelegate resultDelegate)

These possible settings are supported:

Parameter	Data type	Description
`General.Function`	`String`	Function description appropriate to the PROFINET specification. The parameter is retained in the I&M2 data and still available after a firmware update. (Projects/Default/Device/Interface/Di.User.config). Valid characters: `0x20 .. 0x7e` Max. string length: 32 characters.
`General.Location`	`String`	Installation location of a device appropriate to the PROFINET specification. The parameter is retained in the I&M2 data and still available after a firmware update. (Projects/Default/Device/Interface/Di.User.config) Valid characters: `0x20 .. 0x7e` Max. string length: 32 characters.
`Interfaces.Ethernet.{AdapterIndex}.IpAssign`	`Byte`	`AdapterIndex: 1, 2, ...` `IpAssign` is the configuration type of the network adapter’s IP Address. Values are: `0`: Static `2`: DHCP Default: `0` Note: DHCP only works on adapters without PROFINET function (for settings, see the respective hardware documentation). The value becomes active after a restart of the device. If the value is `Static` then the values of `Ip` and `Subnet` are taken. Error values: `UnknownSetting`: The `AdapterIndex` parameter is not supported. `InvalidParameter`: Value is illegal. `IncompatibleType`: Parameter is not of type `Byte`.
`Interfaces.Ethernet.{AdapterIndex}.Ip`	`String`	`AdapterIndex: 1, 2, ...` `Ip` is the IP Address of a network adapter. Format: `aaa.bbb.ccc.ddd` where each value must contain decimal numbers between `0..255` The value becomes active after a restart of the device. The value is stored permanently. When the value is read then the last written value is returned. Error values: `IncompatibleType`: Value is not a `String`. `InvalidFormat`: Value does not correspond to the defined format. `OutOfRange`: At least one value is larger than 255. `UnknownSetting`: The `AdapterIndex` parameter is not supported.
`Interfaces.Ethernet.{AdapterIndex}.Subnet`	`String`	`AdapterIndex = 1, 2, ...` `Subnet` is the subnet of a network adapter. Format: `aaa.bbb.ccc.ddd` where each value must contain decimal numbers between `0..255` The value becomes active after a restart of the device. Error values: `IncompatibleType`: Value is not a `String`. `InvalidFormat`: Value does not correspond to the defined format. `OutOfRange`: At least one value is larger than 255. `UnknownSetting`: The `AdapterIndex` parameter is not supported.
`Interfaces.Ethernet.{AdapterIndex}.DefaultGateway`	`String`	`AdapterIndex = 1, 2, ...` DefaultGateway is the default gateway of a network adapter. Format: `aaa.bbb.ccc.ddd` where each value must contain decimal numbers between `0..255` The value becomes active after a restart of the device. Error values: `IncompatibleType`: Value is not a `String`. `InvalidFormat`: Value does not correspond to the defined format. `OutOfRange`: At least one value is larger than 255. `UnknownSetting`: The `AdapterIndex` parameter is not supported.
`Interfaces.Ethernet.{AdapterIndex}.DnsNameservers`	`String`	`AdapterIndex = 1, 2, ...` The `DnsNameservers` parameter contains a list of one or up to three DNS server names. If the list contains more than one name then they must be separated by a space character. Format: `aaa.bbb.ccc.ddd[ eee.fff.ggg.hhh.iii`][`jjj.kkk.lll.mmm`] where each value must contain decimal numbers between `0..255` Default value: `8.8.8.8 8.8.4.4` Error values: `IncompatibleType`: Value is not a `String`. `InvalidFormat`: Value does not correspond to the defined format `OutOfRange`: At least one value is larger than 255. `UnknownSetting`: The `AdapterIndex` parameter is not supported
`Ntp.NtpServers`	`String`	List of all NTP servers. The server can be defined as IP address or in DNS format. The list should always contain the list of all NTP servers, otherwise the list on the device is incomplete. If the parameter contains an empty string, then all servers are deleted except the fallback server. Format:`serverID[ serverID]...` Example:`127.127.1.0 ntp.server1.com` Max. string length: 253 characters. Note: By writing NTP Server configuration with this service, dedicated NTP settings like min./max. polling times that have been configured via the Date and Time WBM page are removed.
`Rtc.DateTime`	`String`	Date and time of the controller ISO 8601 format: `<YYYY>-<MM>-<DD>T<hh>:<mm>:<ss>+-<hh>:<mm>` Note: Currently, a given time zone is ignored when writing this string. When reading, `+00:00` is responded.
`Rtc.Time`	`String`	Time of the controller ISO 8601 format: `<hh>:<mm>:<ss>`
`Rtc.Date`	`String`	Date of the controller ISO 8601 format: `<YYYY>-<MM>-<DD>`
`RemovableStorage.1.State`	`String`	Status of an external SD card. Note: Setting a status is only possible with `admin` user role. You can also make the setting via the WBM page SD Card. Supported values for writing, done with a `WriteValue()` or `WriteValues()` function: `request_deactivation` `request_activation` A restart is required to finalize the procedure. Read can return following status: `activated`: The external SD card is activated. `deactivated`: The external SD card is deactivated. `request_deactivation`: The deactivation is requested, a restart is required. `request_activation`: The activation is requested, a restart is required. `not_supported`: The setting is not supported on this device.
`General.Watchdog.Plc.Restart`	`Byte`	Definition of the behavior of the `Plc` component of the PLCnext Technology runtime after a system watchdog occurred. `0`: The `Plc` component of the PLCnext Technology runtime will not restart `1`: The `Plc` component of the PLCnext Technology runtime restart automatically Default is `0`.

Error codes

The values of AccessErrorCode and their meanings are:

Value	Code
`None`	`0`
`UnknownError`	`1`
`UnknownSetting`	`2`
`AuthorizationFailure`	`3`
`IncompatibleType`	`4`
`InvalidFormat`	`5`
`InvalidParameter`	`6`
`OutOfRange`	`7`

Naming of LAN interfaces and LAN ports on controllers

The following table provides an overview to the different PLCnext Control devices and the naming of their LAN interfaces and ports. The naming of a port is the same as printed on the housing, e.g. X1.

PLCnext Control	Naming on the housing	Interface no. in IDeviceSettingsService
AXC F 2152 AXC F 1152	Internal interfaces: TCP/IP (LAN 1) Port X1 Port X2	Internal interfaces: TCP/IP (LAN 1) Interface no. = 1
AXC F 2152 AXC F 1152	External interfaces via left-aligning (AXC F 2152 only): TCP/IP (EXT LAN 1) Port X1	External interfaces via left-aligning: TCP/IP (EXT LAN 1) - switched mode Interface no. = 2
AXC F 3152	Internal interfaces: TCP/IP (LAN 1) Port X1 TCP/IP (LAN 2) Port X2 TCP/IP (LAN 3) Port X3	Internal interfaces: TCP/IP (LAN 1) Interface no. = 1 TCP/IP (LAN 2) Interface no. = 2 TCP/IP (LAN 3) Interface no. = 3
AXC F 3152	External interfaces via left-aligning: TCP/IP (EXT LAN 1) Port X1	External interfaces via left-aligning: TCP/IP (EXT LAN 1) Interface no. = 4
RFC 4072s	Internal interfaces: TCP/IP (LAN 1) Port LAN 1 TCP/IP (LAN 2) Port LAN 2 TCP/IP (LAN 3) - Switched Mode Port LAN 3.1 Port LAN 3.2	Internal interfaces: TCP/IP (LAN 1) Interface no. = 1 TCP/IP (LAN 2) Interface no. = 2 TCP/IP (LAN 3) - Switched Mode Interface no. = 3

IDeviceStatusService

The IDeviceStatusService RSC interface enables read access to status information.

The status value of a parameter is read with the GetItem() method.
```
RscVariant<512> GetItem(const RscString<512>& identifier)
```
The status values of several parameters are read with the GetItems() method. Use the deviceStatusService.GetItem("Parameters") method to call status information.
```
void GetItems(GetItemsIdentifiersDelegate identifiersDelegate, 
     GetItemsResultDelegate resultDelegate)
```

The following parameters are available for calling information:

Parameter	Data type	Description
`Status.Cpu.{Core}.Load.Percent`	`Byte`	The `CPU.{Core}.Load` status indicates the processor load of the selected processor core of the device as a percentage. Cores are identified by numbers `1` and higher while Core `0` indicates the entire processor load. `Core: 0, 1, 2, ...` Value range: `0% ... 100%` where 100% would be reported as `0x64`
`Status.Memory.Usage.Percent`	`Byte`	The `Memory.Usage` status indicates the memory usage of the device as a percentage. With this parameter, the percentage depends only on free memory; reclaimable memory is not included in the calculation. Value range: `0% ... 100%` where 100% would be reported as `0x64`
`Status.Memory.Usage.Percent.Actual` (available from firmware 2023.0 LTS)	`UInt8`	The `Memory.Usage` status indicates the memory usage of the device as a percentage, as above. But with this parameter, the percentage depends on available memory which includes free and reclaimable memory. Value range: `0% ... 100%`
`Status.ProgramMemoryIEC.Usage.Percent`	`Byte`	The `ProgramMemoryIEC.Usage` status indicates the program memory usage of the IEC runtime of the device as a percentage. Value range: `0% ... 100%` where 100% would be reported as `0x64`
`Status.DataMemoryIEC.Usage.Percent`	`Byte`	The `DataMemoryIEC.Usage` status indicates the data memory usage of the IEC runtime of the device as a percentage. Value range: `0% ... 100%` where 100% would be reported as `0x64`
`Status.RetainMemory.Usage.Percent`	`Byte`	The `RetainMemory.Usage` status indicates the retain memory usage of the device as a percentage. Value range: `0% ... 100%` where 100% would be reported as `0x64`
`Status.Board.Temperature.Centigrade`	`Int8`	The `Board.Temperature` status indicates the temperature of the interior of the device in °C.
`Status.Board.Humidity`	`Byte`	The `Board.Humidity` status indicates the relative humidity in the device. Value range: `0% ... 100%` where 100% would be reported as `0x64` Note concerning AXC F 3152: This feature is only available up to hardware revision 03.
`Status.Cpu.Temperature.Centigrade`	`Int8`	For RFC 4072S only: The `CPU.Temperature` status indicates the temperature of the processor in °C.
`Status.Overlay.BootDevice`	`String`	The `Overlay.BootDevice` status indicates the mounting of the overlay file system. Values: `internalSD` `externalSD`
`Status.RemovableStorage.1.Present`	`Bool`	The `RemovableStorage.1.Present` status indicates whether an external SD card is present. Values: `true`: SD card present `false`: No SD card present
`Status.RemovableStorage.1.State`	`String`	The`RemovableStorage.1.State` status indicates the state of the external SD card. Values: `activated`: The external SD card is activated. `deactivated`: The external SD card is deactivated. `request_deactivation`: The deactivation is requested, a restart is required. `request_activation`: The activation is requested, a restart is required. `not_supported`: The setting is not supported on this device.
`Status.Fan.Supported`	`Bool`	The`Fan.Supported` status indicates whether the PLCnext Control device supports a fan. Values: `true`: Fan is supported. `false`: Fan is not supported. For most controllers a fan is optional. Only if`Fan.Supported` is `true` the other `Fan` status indicators are supported (see next rows in this table). Note concerning AXC F 3152: This feature is only available up to hardware revision 03.
`Status.Fan.Plugged`	`Bool`	The`Fan.Plugged` status indicates whether a fan is plugged. Values: `true`: A fan is plugged. `false`: No fan is plugged.
`Status.Fan.Defect`	`Bool`	The`Fan.Defect` status indicates whether the fan is defect. Values: `true`: The fan is defect. `false`: The fan is OK.
`Status.Fan.Maintenance`	`Bool`	The`Fan.Maintenance` status indicates whether the fan needs to be maintained. Values: `true`: The fan needs maintenance. `false`: No maintenance required.
`Status.Fan.Speed.Level`	`UInt8`	The`Fan.Speed.Level` status indicates the speed of the fan. Values: `128`: Off `231`: Low `242`: Medium `255`: High
`Status.Fan.Timestamp`	`String`	The`Fan.Timestamp` status indicates date and time when the fan was calibrated the last time. Format:`DD.MM.YYYY hh:mm`
`Status.RamDisk.{RamDiskIndex}.Usage.Percent`	`Byte`	For RFC 4072S only: The`RamDisk.{RamDiskIndex}.Usage.Percent` status indicates the memory usage of the RAM disc(s) as a percentage. Value range: `0% ... 100%` where 100% would be reported as`0x64` `RamDiskIndex = 1, 2, ...` indicating the index of the RAM disc; currently, only one RAM disc is supported, so that the index is always`1`.
`Status.RamDisk.{RamDiskIndex}.Usage`	`UInt32`	For RFC 4072S only: The`RamDisk.{RamDiskIndex}.Usage` status indicates the absolute memory usage of the RAM disc(s). `RamDiskIndex = 1, 2, ...` indicating the index of the RAM disc; currently, only one RAM disc is supported, so that the index is always`1`.
`Status.Ups.ChargeLevel`	`Int32`	From firmware release 2022.6 for PLCnext Control devices with an integrated UPS: The `Ups.ChargeLevel` status indicates the current charge status of the UPS in `%` (relative state of charge).
`Status.Ups.Health`	`Int32`	From firmware release 2022.6 for PLCnext Control devices with an integrated UPS: The `Ups.Health` status indicates the content of the safety status register of the UPS controller. The bits `HWARN` and `HFAIL` contained in the safety status register are evaluated and the result is provided as Int32 value. Values: `OK: 0` `HWARN: 1` `HFAIL: 2`
`Status.Ups.Diagnostics`	`String`	From firmware release 2022.6 for PLCnext Control devices with an integrated UPS: The `Ups.Diagnostics` status indicates the current charge status of the UPS in % and the content of the UPS controller's safety status register. The bits contained in the safety status register are evaluated in the same way as with the service `Status.Ups.Health` (see row above). The return values are provided in a string, divided by a blank. Examples: UPS charge status is 75 % and `HWARN` is set: `75 1` UPS charge status is 75 % and `HFAIL` is set: `75 2`
`Status.RunStopSwitch.Position`	`String`	From firmware version 2023.0 LTS: Note concerning AXC F 3152: This feature is only available up to hardware revision 03. The status service `Status.RunStopSwitch.Position` can be used to query the switch position of the mode selector switch (Run/Stop/MReset). This service is only available if the device supports a mode selector switch. This can be queried with the status service `Status.RunStopSwitch.Supported`. Return values: `Unknown` = Default value / Unknown state `Run` = Mode selector switch in position Run `Stop` = Mode selector switch in position Stop `MReset` = Mode selector switch in position MReset
`Status.RunStopSwitch.Supported`	`Bool`	From firmware version 2023.0 LTS: Note concerning AXC F 3152: This feature is only available up to hardware revision 03. The status service `Status.RunStopSwitch.Supported` can be used to query whether a device has a mode selector switch. Return values: `false` = Mode selector switch is not supported `true` = Mode selector switch is supported
`Status.PowerSupply.X1` and `Status.PowerSupply.X2`	`Bool`	From firmware version 2023.0 LTS for RFC 4072R only: The RFC 4072R as a dedicated redundancy controller is equipped with redundant power supplies. The status services `Status.PowerSupply.X1` and `Status.PowerSupply.X2` can be used to query whether a device is supplied with power at the X1 and the X2 connector. Return values for each X1 and X2: `false` = Voltage is not supplied at that connector `true` = Voltage is supplied at that connector

You can also call status information about the LED states via the IDeviceStatusService interface.

The colors of the LEDs are represented as follows, normally in the high word (HW) of the return value:

public enum LedColor : ushort
   {
   Green = 1,
   Yellow = 2,
   Red = 4
   };

The status of the LEDs is represented as follows, normally in the low word (LW) of the return value:

public enum LedStates : ushort
   {
   Off = 0,
   On = 1,
   Flashing_0_5_Hz = 2,
   Flashing_2_Hz = 3,
   Alternating_0_5_Hz = 4,
   Alternating_2_Hz = 5
   };

IEC runtime system LEDs

Parameter	Data type	Description
`Status.Leds.Runtime.Run`	`UInt32`	Runtime RUN LED (HW: color, LW: status)
`Status.Leds.Runtime.Fail`	`UInt32`	Runtime FAIL LED (HW: color, LW: status)
`Status.Leds.Runtime.Debug`	`UInt32`	Runtime DEBUG LED (HW: color, LW: status)

Axioline LEDs

Parameter	Data type	Description
`Status.Leds.Axio.D`	`UInt32`	AXIO master D LED (HW: color, LW: status)
`Status.Leds.Axio.E`	`UInt32`	AXIO master E LED (HW: color, LW: status)

PROFINET LEDs

Parameter	Data type	Description
`Status.Leds.Pnio.Bf_C`	`UInt32`	Pnio controller BF LED (HW= color, LW= status)
`Status.Leds.Pnio.Bf_D`	`UInt32`	Pnio device BF LED (HW= color, LW= status)
`Status.Leds.Pnio.Sf`	`UInt32`	Pnio controller SF LED (HW= color, LW= status)

Calling network status information via IDeviceStatusService

You can also call status information about the network states via the IDeviceStatusService interface:

Parameter	Data type	Description
`Status.Interfaces.Ethernet.{adapterIndex}.{port}.Baudrate`	`Byte`	`adapterIndex = 1, 2, ...` `port = 1, 2, ...` The `Baudrate` status indicates the current speed of the interface: `1`: 10 Mbps `2`: 100 Mbps `3`: 1000 Mbps
`Status.Interfaces.Ethernet.{adapterIndex}.{port}.Duplex`	`Byte`	`adapterIndex: 1, 2, ...` `port: 1, 2, ...` The `Duplex` status indicates the current duplex mode of the interface: `1`: half duplex `2`: full duplex
`Status.Interfaces.Ethernet.{adapterIndex}.{port}.Link`	`Byte`	`adapterIndex: 1, 2, ...` `port: 1, 2, ...` The `Link` status indicates the link status of the interface: `0`: linkDown `1`: linkUp
`Interfaces.Ethernet.{AdapterIndex}.Ip`	`String`	`AdapterIndex: 1, 2, ...` `Ip` is the address of the network adapter. Format: `aaa.bbb.ccc.ddd` where each value must contain decimal numbers between `0..255` The value is stored permanently. When the value is read then the last written value is returned. Note: While the `IDeviceSettingsService` reads the IP settings from the Interfaces file, the `IDeviceStatusService` reads the current values from the interface! Error values: `IncompatibleType`: Value is not a `String`. `InvalidFormat`: Value does not correspond to the defined format. `OutOfRange`: At least one value is larger than `255`. `UnknownSetting`: The `AdapterIndex` parameter is not supported.
`Interfaces.Ethernet.{AdapterIndex}.Subnet`	`String`	`AdapterIndex: 1, 2, ...` `Subnet` is the subnet mask of a network adapter. Format: `aaa.bbb.ccc.ddd` where each value must contain decimal numbers between `0..255`. Error values: `IncompatibleType`: Value is not a `String`. `InvalidFormat`: Value does not correspond to the defined format. `OutOfRange`: At least one value is larger than `255`. `UnknownSetting`: The `AdapterIndex` parameter is not supported.
`Interfaces.Ethernet.{AdapterIndex}.DefaultGateway`	`String`	`AdapterIndex: 1, 2, ...` `DefaultGateway` is the default gateway of a network adapter. Format: `aaa.bbb.ccc.ddd` where each value must contain decimal numbers between `0..255`. Error values: `IncompatibleType`: Value is not a `String`. `InvalidFormat`: Value does not correspond to the defined format. `OutOfRange`: At least one value is larger than `255`. `UnknownSetting`: The `AdapterIndex` parameter is not supported.