#pragma namespace("\\\\.\\Root\\IntelNCS2")

Instance of __Win32Provider as $P
{
  Name = "Ncs2";
  ClsId = "{AF7799A5-A3E7-455C-92B5-8F9D7C127B15}";
  Pure = FALSE;
  ImpersonationLevel = 3;
  PerUserInitialization = TRUE;
  UnloadTimeout = "00000000000500.000000:000";
};

Instance of __MethodProviderRegistration
{
  Provider = $P;
};

Instance of __InstanceProviderRegistration
{
  Provider = $P;
  SupportsPut = TRUE;
  SupportsGet = TRUE;
  SupportsDelete = TRUE;
  SupportsEnumeration = TRUE;
  QuerySupportLevels = {"WQL:UnarySelect"};
};

[Abstract,LOCALE(1033)] 
class IANet_EthernetAdapter : CIM_EthernetAdapter
{
  [Override("NetworkAddresses"),MaxLen(64),ArrayType("Indexed"),MappingStrings{"MIF.DMTF|Network Adapter 802 Port|001.3"} : ToSubclass,ModelCorrespondence{"IANet_EthernetAdapter.NetworkAddressDescription"} : ToSubclass] string NetworkAddresses[];
  string MiniPortName;
  string MiniPortInstance;
};

[dynamic,provider("Ncs2"),IANet_ModuleIdentifier("Ncs2Core.dll"),LOCALE(1033)] 
class IANet_PhysicalEthernetAdapter : IANet_EthernetAdapter
{
  string PartNumber;
  string SanMacAddress;
  string ETrackID;
  string SpeedString;
  uint16 DeviceStatus;
  string DeviceStatusString;
  uint16 PHYDevice;
  string OtherPhyDevice;
  uint16 BusType;
  uint16 NegotiatedLinkSpeed;
  uint16 NegotiatedLinkWidth;
  uint16 PortNumber;
  uint16 PartitionNumber;
  uint16 MediaType;
  uint64 ExtendedStatus;
  string OtherMediaType;
  uint32 ControllerID;
  [ModelCorrespondence{"IANet_PhysicalEthernetAdapter.AdapterStatus"}] uint32 AdapterStatus;
  [ModelCorrespondence{"IANet_PhysicalEthernetAdapter.EEELinkStatus"}] uint64 EEELinkStatus;
  [Override("Capabilities"),ArrayType("Indexed"),ModelCorrespondence{"IANet_PhysicalEthernetAdapter.CapabilityDescriptions"}] uint16 Capabilities[];
  [Override("CapabilityDescriptions"),ArrayType("Indexed"),ModelCorrespondence{"IANet_PhysicalEthernetAdapter.Capabilities"}] string CapabilityDescriptions[];
  uint32 HardwareStatus;
  [ModelCorrespondence{"IANet_PhysicalEthernetAdapter.OtherEnabledCapabilityIDs"}] uint16 OtherEnabledCapabilityIDs[];
  [ModelCorrespondence{"IANet_PhysicalEthernetAdapter.OtherEnabledCapabilities"}] string OtherEnabledCapabilities[];
  [ModelCorrespondence{"IANet_PhysicalEthernetAdapter.OtherEnabledCapabilities"}] string OtherCapabilityDescriptions[];
  string SlotID;
  string Location;
  string EEPROMVersion;
  string OTPVersion;
  string OriginalDisplayName;
  string PCIDeviceID;
  string ConnectionName;
  [implemented] uint32 GetHbaPath([out] string HbaPath);
  [implemented] uint32 IsFcoePagingFileLocatedOnTarget([out] boolean bHasRemotePagingFile);
  [implemented] uint32 IdentifyAdapter([in] uint16 nSeconds);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.GetPowerUsageOptions"}] uint32 GetPowerUsageOptions([OUT] uint32 AutoPowerSaveModeEnabled,[OUT] uint32 ReduceSpeedOnPowerDown,[OUT] uint32 SmartPowerDown,[OUT] uint32 SavePowerNowEnabled,[OUT] uint32 EnhancedASPMPowerSaver,[OUT] uint32 ACBSMode,[OUT] uint32 LinkSpeedBatterySaver,[OUT] uint32 SystemIdlePowerSaver);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.SetPowerUsageOptions"}] uint32 SetPowerUsageOptions([IN] uint32 AutoPowerSaveModeEnabled,[IN] uint32 ReduceSpeedOnPowerDown,[IN] uint32 SmartPowerDown,[IN] uint32 SavePowerNowEnabled,[IN] uint32 EnhancedASPMPowerSaver,[IN] uint32 ACBSMode,[IN] uint32 LinkSpeedBatterySaver,[IN] uint32 SystemIdlePowerSaver);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.GetWakeOnLanPowerOptions"}] uint32 GetWakeOnLanPowerOptions([OUT] uint32 WakeFromPowerOff,[OUT] uint32 WakeOnLink,[OUT] uint32 WakeOnMagicPacket,[OUT] uint32 WakeOnDirectedPacket,[OUT] uint32 WakeOnPattern);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.SetWakeOnLanPowerOptions"}] uint32 SetWakeOnLanPowerOptions([IN] uint32 WakeFromPowerOff,[IN] uint32 WakeOnLink,[IN] uint32 WakeOnMagicPacket,[IN] uint32 WakeOnDirectedPacket,[IN] uint32 WakeOnPattern);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.SetPowerMgmtCapabilities"}] uint32 SetPowerMgmtCapabilities();
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.IsSetPowerMgmtCapabilitiesReq"}] uint32 IsSetPowerMgmtCapabilitiesReq([OUT] boolean bIsSetRequired);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.IsiSCSISupported"}] uint32 IsiSCSISupported([OUT] boolean bIsiSCSIOS,[OUT] boolean bIsiSCSIPatch,[OUT] boolean bIsiSCSIHotFix);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.ValidateSettingOnNewTeam"}] uint32 ValidateSettingOnNewTeam([IN] string Adapters[],[IN] string SettingName,[OUT] uint64 ValResult);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.GetListOfAvailableTeamModes"}] uint32 GetListOfAvailableTeamModes([IN] string Adapters[],[OUT] uint32 TeamModes[]);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.ValidateSettingOnNewTeamEx"}] uint32 ValidateSettingOnNewTeamEx([IN] string Adapters[],[IN] uint32 PerformanceProfile,[IN] uint32 Reserved1,[IN] uint32 Reserved2,[OUT] uint64 ValResult);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.GetListOfSupportedPerformanceProfilesOnNewTeam"}] uint32 GetListOfSupportedPerformanceProfilesOnNewTeam([IN] string Adapters[],[OUT] string PerformanceProfileNames[],[OUT] uint32 PerformanceProfileValues[]);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.SetupDCB_Defaults"}] uint32 SetupDCB_Defaults([OUT] uint32 ValResult);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.IsiSCSIEnabled"}] uint32 IsiSCSIEnabled([OUT] uint32 iSCSIStatus);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.IsMacsecEnabled"}] uint32 IsMacsecEnabled([OUT] uint32 iMacsecStatus);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.IsMacsecEnabledOnDevice"}] uint32 IsMacsecEnabledOnDevice([OUT] boolean bMacsecBound);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.IsAmtEnabledOnDevice"}] uint32 IsAmtEnabledOnDevice([OUT] boolean bAmtEnabled);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.GetNDISVersion"}] uint32 GetNDISVersion([OUT] uint32 dwMajorVersion,[OUT] uint32 dwMinorVersion);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.GetAdapterFanStatus"}] uint32 GetAdapterFanStatus([OUT] uint32 dwAdapterFanStatus);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.GetAdapterWarnings"}] uint32 GetAdapterWarnings([OUT] UINT64 dwAdapterWarnings);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.EnableJumboFramesOnFcoeDevices"}] uint32 EnableJumboFramesOnFcoeDevices();
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.InitializePerformanceProfilesOnDevices"}] uint32 InitializePerformanceProfilesOnDevices([IN] boolean bInitializeValues,[OUT] uint64 ValResult);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.ValidateSettingsModification"}] uint32 ValidateSettingsModification([IN] SettingObj settings[],[IN] uint32 bSetValues,[OUT] WarningMessageObj WarningMessages[]);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.SetSettings"}] uint32 SetSettings([IN] SettingObj settings[]);
  [implemented] uint16 ValidateCreateVLAN([in] string VLANNumbers,[in] string Name,[OUT] WarningMessageObj WarningMessages[]);
  [implemented,ModelCorrespondence{"IANet_PhysicalEthernetAdapter.GetSettingsForProfile"}] uint32 GetSettingsForProfile([IN] uint32 PerformanceProfile,[OUT] string settings[],[OUT] string values[],[OUT] WarningMessageObj WarningMessages[]);
};

[Abstract,LOCALE(1033)] 
class IANet_Setting : CIM_Setting
{
  [Key] string ParentId;
  [Key] string ParentType;
  [Key] string Caption;
  string Name;
  string RegistryKeyword;
  string Description;
  string DisplayName;
  string MiniHelp;
  uint32 ExposeLevel;
  boolean Writable;
  boolean RequiresSession;
  boolean Grouped;
  uint16 GroupId;
  uint64 DetailId;
};

[Abstract,provider("Ncs2"),IANet_ModuleIdentifier("Ncs2Core.dll"),LOCALE(1033)] 
class IANet_AdapterSetting : IANet_Setting
{
};

[dynamic,provider("Ncs2"),IANet_ModuleIdentifier("Ncs2Core.dll"),LOCALE(1033)] 
class IANet_AdapterSettingInt : IANet_AdapterSetting
{
  sint64 min;
  sint64 max;
  sint64 step;
  uint64 base;
  sint64 DefaultValue;
  [Write] sint64 CurrentValue;
  [Write] sint64 RegistryValue;
  string DisplayValue;
  sint64 Scale;
  [implemented] uint32 ValidateSettingModification([IN] sint64 CurrentValue,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 ValidateSettingModificationEx([IN] string DisplayValue,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 ValidateAndSetSetting([IN] sint64 CurrentValue,[IN] string DisplayValue,[IN] uint32 SetValuesOnNoError,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 SetDefault();
};

[dynamic,provider("Ncs2"),IANet_ModuleIdentifier("Ncs2Core.dll"),LOCALE(1033)] 
class IANet_AdapterSettingEnum : IANet_AdapterSetting
{
  sint64 PossibleValues[];
  string DescriptionMap[];
  [write] sint64 CurrentValue;
  [write] sint64 RegistryValue;
  string DisplayValue;
  sint64 DefaultValue;
  [implemented] uint32 ValidateSettingModification([IN] sint64 CurrentValue,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 ValidateSettingModificationEx([IN] string DisplayValue,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 ValidateAndSetSetting([IN] sint64 CurrentValue,[IN] string DisplayValue,[IN] uint32 SetValuesOnNoError,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 SetDefault();
};

[dynamic,provider("Ncs2"),IANet_ModuleIdentifier("Ncs2Core.dll"),LOCALE(1033)] 
class IANet_AdapterSettingSlider : IANet_AdapterSetting
{
  sint64 PossibleValues[];
  [write] sint64 CurrentValue;
  [write] sint64 RegistryValue;
  sint64 DefaultValue;
  string FirstLabel;
  string LastLabel;
  [implemented] uint32 ValidateSettingModification([IN] sint64 CurrentValue,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 ValidateAndSetSetting([IN] sint64 CurrentValue,[IN] uint32 SetValuesOnNoError,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 SetDefault();
};

[dynamic,provider("Ncs2"),IANet_ModuleIdentifier("Ncs2Core.dll"),LOCALE(1033)] 
class IANet_AdapterSettingMultiSelection : IANet_AdapterSetting
{
  sint64 PossibleValues[];
  string DescriptionMap[];
  [write] sint64 CurrentValue;
  [write] sint64 RegistryValue;
  [write] sint64 DefaultValue;
  [implemented] uint32 ValidateSettingModification([IN] sint64 CurrentValue,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 ValidateAndSetSetting([IN] sint64 CurrentValue,[IN] uint32 SetValuesOnNoError,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 SetDefault();
};

[dynamic,provider("Ncs2"),IANet_ModuleIdentifier("Ncs2Core.dll"),LOCALE(1033)] 
class IANet_AdapterSettingString : IANet_AdapterSetting
{
  uint32 MaxLength;
  [write] string CurrentValue;
  [write] string RegistryValue;
  string DisplayValue;
  string DefaultValue;
  [implemented] uint32 ValidateSettingModification([IN] string CurrentValue,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 ValidateSettingModificationEx([IN] string DisplayValue,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 ValidateAndSetSetting([IN] string CurrentValue,[IN] string DisplayValue,[IN] uint32 SetValuesOnNoError,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 SetDefault();
};

[dynamic,provider("Ncs2"),IANet_ModuleIdentifier("Ncs2Core.dll"),LOCALE(1033)] 
class IANet_AdapterSettingMultiString : IANet_AdapterSetting
{
  uint32 MaxLength;
  [write] string CurrentValues[];
  [write] string RegistryValue[];
  string DisplayValue[];
  string DefaultValue;
  [implemented] uint32 ValidateSettingModification([IN] string CurrentValues[],[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 ValidateSettingModificationEx([IN] string DisplayValue[],[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 ValidateAndSetSetting([IN] string CurrentValues[],[IN] string DisplayValues[],[IN] uint32 SetValuesOnNoError,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 SetDefault();
};

[Association,LOCALE(1033),Dynamic,Provider("Ncs2"),IANet_ModuleIdentifier("Ncs2Core.dll")] 
class IANet_AdapterToSettingAssoc : CIM_ElementSetting
{
  [Override("Element")] IANet_PhysicalEthernetAdapter Ref Element;
  [Override("Setting")] IANet_AdapterSetting Ref Setting;
};

[dynamic,provider("Ncs2"),IANet_ModuleIdentifier("Ncs2Core.dll"),LOCALE(1033)] 
class IANet_NetService : CIM_Service
{
  string Version;
  [implemented] uint32 BeginApply([OUT] uint32 ClientSetHandle);
  [implemented] uint32 GetPartitionsForPort([IN] string szDeviceID,[OUT] PartitionObj partitions[]);
  [implemented] uint32 ValidateAndSetBandwidthsForPort([IN] PartitionObj partitions[],[IN] uint32 SetValuesOnNoError,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 Apply([IN] uint32 ClientSetHandle,[OUT] uint32 FollowupAction);
  [implemented] uint32 IsDeviceRLB_Enabled([IN] string szDeviceName,[OUT] boolean bRLB_Blocking_VNIC);
  [implemented] uint32 GetPROSetWarnings([OUT] WarningMessageObj WarningMessages[]);
  [implemented,static] uint32 GetUninstallBlockingErrors([IN] uint32 Filter,[OUT] WarningMessageObj WarningMessages[]);
  [implemented] uint32 SynchronizeVmSwitchProtocolSetting([IN] string szDeviceName,[IN] boolean bIsBinding);
  [implemented] uint32 ConfigureNewDevices([IN] string szDevices[],[IN] UINT64 ConfigurationMask);
  [implemented] uint32 UninitializeDevices([IN] string szDevices[],[IN] UINT64 ConfigurationMask);
  [ArrayType("Indexed")] uint16 VNIC_RLB_WarningMessage;
  [ArrayType("Indexed")] uint16 VNIC_DISABLE_RLB_WarningMessage;
  [ArrayType("Indexed")] uint16 VNIC_RLB_DIABLED_ON_TEAM_WarningMessage;
};

[LOCALE(1033)] 
class IANet_ExtendedStatus : __ExtendedStatus
{
  string File;
  uint32 Line;
  uint32 ClientSetHandle;
  string RuleFailureReasons[];
};

class SettingObj
{
  string SettingName;
  string SettingValueList[];
  uint32 SettingType;
};

class WarningMessageObj
{
  uint32 ErrorCode;
  string MessageText;
  uint32 MessageType;
  uint32 MessageAction;
  uint32 reserved;
  string reserved2;
};

class PartitionObj
{
  string DeviceID;
  string Caption;
  uint16 PortNumber;
  uint32 PartitionNumber;
  uint32 MaximumBandwidth;
  uint32 MinimumBandwidth;
  string Reserved;
  uint32 Reserved2;
};

class WarningMessagesText
{
  [Override("Warning Messages"),ArrayType("Indexed")] uint16 WarningMessagesArray[];
};