_fVirtkeycmdfVirttoNative AclRevisionSbz1AclSizeAceCountSbz2cbSizedwFlags _lpSourcewProcessorArchitecturewLangId_lpAssemblyDirectory_lpResourceName_lpApplicationName_hModulelpSourcelpAssemblyDirectorylpResourceNamelpApplicationNamehModule_PathJobIdPathai_flags ai_family ai_socktype ai_protocol ai_addrlen _ai_canonnameai_addrai_next ai_canonnamecItemscColumnscRows iColFocus iRowFocuscxItemcyItemptStart _forceZip32 _hashMethod forceZip32 hashMethod tdescElemcDimsrgboundsusMajorVersionusMinorVersion usBuildNumberusRevisionNumber _szLocalecbLocale rProcessor ulProcessorrOSulOSszLocale _bIsOffload _eCategory_Options bIsOffload eCategoryOptions lpfuncdesc lpvardesc_lptcomplptcompcbStructgrfFlagsgrfModedwTickCountDeadlinebmTypebmWidthbmHeight bmWidthBytesbmPlanes bmBitsPixelbmBitsbfTypebfSize _bfReserved1 _bfReserved2 bfOffBits bmiHeader bmiColorsbiSizebiWidthbiHeightbiPlanes biBitCount biCompression biSizeImagebiXPelsPerMeterbiYPelsPerMeter biClrUsedbiClrImportantbV5SizebV5Width bV5Height bV5Planes bV5BitCount_bV5Compression bV5SizeImagebV5XPelsPerMeterbV5YPelsPerMeter bV5ClrUsedbV5ClrImportant bV5RedMask bV5GreenMask bV5BlueMask bV5AlphaMask bV5CSType bV5Endpoints bV5GammaRed bV5GammaGreen bV5GammaBlue bV5IntentbV5ProfileDatabV5ProfileSize _bV5ReservedbV5CompressionBlendOp BlendFlagsSourceConstantAlpha AlphaFormat pBlobData AnonymousullLongrgBytesbthAddressRemote _authMethodnegativeResponse authMethodpinInfooobInfonumericCompInfo passkeyInfo deviceInfo_authenticationMethod _ioCapability_authenticationRequirementsauthenticationMethod ioCapabilityauthenticationRequirements Numeric_ValuePasskey ulCODMask_pcszDescriptionpcszDescriptiondwSizeAddressulClassofDevice _fConnected _fRemembered_fAuthenticated stLastSeen stLastUsed_szName fConnected fRememberedfAuthenticatedszName_fReturnAuthenticated_fReturnRemembered_fReturnUnknown_fReturnConnected_fIssueInquirycTimeoutMultiplier_hRadiofReturnAuthenticatedfReturnRememberedfReturnUnknownfReturnConnected fIssueInquiryhRadioChangedAttributeHandleCharacteristicValueDataSizeCharacteristicValueNumCharacteristicsCharacteristics NumericValueCRpasskeypin pinLengthaddress lmpSubversion manufacturer cNumOfClassesprgClassOfDevices_pszInfo _hwndParent_fForceAuthentication_fShowAuthenticated_fShowRemembered _fShowUnknown_fAddNewDeviceWizard_fSkipServicesPagepfnDeviceCallbackpvParam cNumDevicespDevicespszInfo hwndParentfForceAuthenticationfShowAuthenticatedfShowRemembered fShowUnknownfAddNewDeviceWizardfSkipServicesPage _hwndOwnerpidlRoot_pszDisplayName _lpszTitleulFlagslpfn_lParamiImage hwndOwnerpszDisplayName lpszTitlelParam_hdesk_hwndluidhdeskhwndpDataflags classOfDevicename bthAddressconnectionType connectedpsm initiated ServiceHandleCharacteristicUuidAttributeHandleCharacteristicValueHandle_IsBroadcastable _IsReadable _IsWritable_IsWritableWithoutResponse_IsSignedWritable _IsNotifiable_IsIndicatable_HasExtendedPropertiesIsBroadcastable IsReadable IsWritableIsWritableWithoutResponseIsSignedWritable IsNotifiable IsIndicatableHasExtendedPropertiesDataSizeDataCharacteristicHandle_DescriptorTypeDescriptorUuidDescriptorType CharacteristicExtendedProperties!ClientCharacteristicConfiguration!ServerCharacteristicConfigurationCharacteristicFormat_IsReliableWriteEnabled_IsAuxiliariesWritableIsReliableWriteEnabledIsAuxiliariesWritable_IsSubscribeToNotification_IsSubscribeToIndicationIsSubscribeToNotificationIsSubscribeToIndication _IsBroadcast IsBroadcastFormatExponentUnit NameSpace Description ServiceUuid _IsShortUuidValue IsShortUuid ShortUuidLongUuidLAPlengthtype serviceHandleuuidsnumRangepRangepreviousDeviceFlags pSdpVersion pRecordHandle fCodService _ReservedulRecordLengthpRecorddwFileAttributesftCreationTimeftLastAccessTimeftLastWriteTimedwVolumeSerialNumber nFileSizeHigh nFileSizeLownNumberOfLinksnFileIndexHigh nFileIndexLowcElemspElems_pElemsLevel AssociativityLineSizeSize_TypeType_fMouse _hWndActivefMouse hWndActivelpcs_hwndInsertAfterhwndInsertAfter_dwCertEncodingType pbCertEncoded cbCertEncoded pCertInfo _hCertStoredwCertEncodingType hCertStore _pszObjId _fCriticalpszObjId fCritical dwVersion SerialNumberSignatureAlgorithmIssuer NotBeforeNotAfterSubjectSubjectPublicKeyInfoIssuerUniqueIdSubjectUniqueId cExtension rgExtension Algorithm PublicKey _ExtStatus ExtStatusChar Attributes UnicodeChar _AsciiChar AsciiChar lStructSize _hInstance _rgbResult lpCustColors_Flags _lCustDatalpfnHook_lpTemplateName hInstance rgbResultFlags lCustDatalpTemplateName_hDC lpLogFont iPointSize _rgbColors _lpszStyle _nFontTypeMISSING_ALIGNMENT__nSizeMinnSizeMaxhDC rgbColors lpszStyle nFontTypeciexyzXciexyzYciexyzZ ciexyzRed ciexyzGreen ciexyzBlue_UniqueProcess _UniqueThread UniqueProcess UniqueThread ulClipFmt pClipDatacaSizecaFlagscaIlluminantIndex caRedGamma caGreenGamma caBlueGammacaReferenceBlackcaReferenceWhite caContrast caBrightnesscaColorfulnesscaRedGreenTint_pszName_pszSpecpszNamepszSpecwVersion _wReserveddcbdwProviderSubTypedwProviderOffsetdwProviderSize_wcProviderDatawcProviderData wPacketLengthwPacketVersion dwServiceMask _dwReserved1 dwMaxTxQueue dwMaxRxQueue dwMaxBaud dwProvSubTypedwProvCapabilitiesdwSettableParamsdwSettableBaud wSettableData_wSettableStopParitydwCurrentTxQueuedwCurrentRxQueue dwProvSpec1 dwProvSpec2 _wcProvCharwSettableStopParity wcProvCharReadIntervalTimeoutReadTotalTimeoutMultiplierReadTotalTimeoutConstantWriteTotalTimeoutMultiplierWriteTotalTimeoutConstantbitfieldcbInQuecbOutQuefCtsHoldfDsrHold fRlsdHold fXoffHold fXoffSentfEoffTximPtr_pUnkdwCookiepUnk _bVisiblebVisiblenLength nInitialCharsdwCtrlWakeupMaskdwControlKeyStatedwCursorPosition _wAttributessrWindowdwMaximumWindowSize wAttributesdwSelectionAnchor srSelectionisValidXY ridOfFieldulOffsetclose dwFileFlagsdwSecurityQosFlagslpSecurityAttributes_hTemplateFile hTemplateFilelpCreateParams_hMenucycxyx_style _lpszName _lpszClass _dwExStylehMenustylelpszName lpszClass dwExStyle _TargetName_Comment LastWrittenCredentialBlobSizeCredentialBlob_PersistAttributeCount _TargetAlias _UserName TargetNameCommentPersist TargetAliasUserName_Keyword ValueSizeKeyword dwPromptFlags_hwndApp _szPrompthwndAppszPrompt ParameterscbDatapbData cUnusedBits_flags_hCursor ptScreenPoshCursor_lResult_wParammessagelResultwParamint64LoHi DCBlengthBaudRateXonLimXoffLimByteSize_Parity _StopBits_XonChar _XoffChar _ErrorChar_EofChar_EvtChar _wReserved1fBinaryfParity fOutxCtsFlow fOutxDsrFlow fDtrControlfDsrSensitivityfTXContinueOnXofffOutXfInX fErrorCharfNull fRtsControl fAbortOnErrorfDummy2ParityStopBitsXonCharXoffChar ErrorCharEofCharEvtCharidThreadidThreadInstallercode Anonymous1Hi32 Anonymous2 signscalescalesignLo64Lo32Mid32 _dvReserved dvNumAxesdvValues _dmDeviceName dmSpecVersiondmDriverVersiondmSize dmDriverExtra _dmFields_dmColor _dmDuplex dmYResolution _dmTTOption _dmCollate _dmFormName dmLogPixels dmBitsPerPel dmPelsWidth dmPelsHeightdmDisplayFrequency dmICMMethod dmICMIntent dmMediaType dmDitherType _dmReserved1 _dmReserved2dmPanningWidthdmPanningHeight dmDeviceNamedmFieldsdmColordmDuplex dmTTOption dmCollate dmFormName dmOrientation dmPaperSize dmPaperLength dmPaperWidthdmScaledmCopiesdmDefaultSourcedmPrintQuality dmPosition_dmDisplayOrientation_dmDisplayFixedOutputdmDisplayOrientationdmDisplayFixedOutputdmDisplayFlagsdmNupfmtidpid dbcc_sizedbcc_devicetype dbcc_reserveddbcc_classguid _dbcc_name dbcc_name dbch_size_dbch_devicetype dbch_reserveddbch_devicetype dbcv_sizedbcv_devicetype dbcv_reserved dbcv_unitmask _dbcv_flags dbcv_flagsdsBmdsBmih dsBitfields _dshSectiondsOffset dshSection DiskNumberStartingOffset ExtentLength Cylinders _MediaTypeTracksPerCylinderSectorsPerTrackBytesPerSector MediaTypeGeometryDiskSizePathSourceSizeDesktopImageRegionDesktopImageClip_typesize adapterIdid _infoTypeinfoType targetMode sourceModedesktopImageInfo sourceInfo targetInfo statusFlags modeInfoIdx cloneGroupIdsourceModeInfoIdx_outputTechnology _rotation_scaling refreshRate_scanLineOrdering_targetAvailableoutputTechnologyrotationscalingscanLineOrderingtargetAvailabledesktopModeInfoIdxtargetModeInfoIdx Numerator Denominatorwidthheight _pixelFormatposition pixelFormattargetVideoSignalInfo pixelRate hSyncFreq vSyncFreq activeSize totalSizeAdditionalSignalInfo videoStandardvSyncFreqDividercb _DeviceName _DeviceString _StateFlags _DeviceID _DeviceKey DeviceName DeviceString StateFlagsDeviceID DeviceKeyrgvargrgdispidNamedArgscArgs cNamedArgsdwExtendedStylecditdwMajorVersiondwMinorVersion dwBuildNumber dwPlatformIDreserved_pszInstanceName _pszHostName ip4Address ip6AddresswPort wPrioritywWeightdwPropertyCountkeysvaluesdwInterfaceIndexpszInstanceName pszHostNameVersionInterfaceIndexpServiceInstancepRegisterCompletionCallback pQueryContext _hCredentials_unicastEnabled hCredentialsunicastEnabled _pDocName _pOutputFile _pDatatypepDocName pOutputFile pDatatype _AuthAlgoId _CipherAlgoId AuthAlgoId CipherAlgoIdHeader uNumOfEntriesuTotalNumOfEntriesBSSIDs dot11Ssid _dot11BssType dot11BssTypedwNumberOfItemsdwIndexNetwork uSSIDLengthucSSID iTabLength iLeftMargin iRightMargin uiLengthDrawnpFilespt_fNC_fWidefNCfWide _joinTypepJoinCertificate _pszDeviceId _pszIdpDomain _pszTenantId_pszJoinUserEmail_pszTenantDisplayName_pszMdmEnrollmentUrl_pszMdmTermsOfUseUrl_pszMdmComplianceUrl_pszUserSettingSyncUrl pUserInfojoinType pszDeviceId pszIdpDomain pszTenantIdpszJoinUserEmailpszTenantDisplayNamepszMdmEnrollmentUrlpszMdmTermsOfUseUrlpszMdmComplianceUrlpszUserSettingSyncUrl _pszUserEmail _pszUserKeyId_pszUserKeyName pszUserEmail pszUserKeyIdpszUserKeyNamercClip_dwFlags_crText _crBorder _crShadowiTextShadowTypeptShadowOffset iBorderSize iFontPropId iColorPropIdiStateId_fApplyOverlay iGlowSizepfnDrawTextCallbackcrTextcrBordercrShadow fApplyOverlay_fEnable _hRgnBlur_fTransitionOnMaximizedfEnablehRgnBlurfTransitionOnMaximizedeapType dwAuthorId dwVendorId dwVendorTypetdescidldesc paramdesc elfLogFont _elfFullName _elfStyle _elfScript elfFullNameelfStyle elfScript TotalSize TotalInUse PeakUsage_lpServiceName_lpDisplayName ServiceStatus lpServiceName lpDisplayNameServiceStatusProcessparamLparamHtime_Server_User_Domain _PasswordServerUserDomainPasswordCount _BooleanValSByteValInt16ValInt32ValInt64ValByteVal UInt16Val UInt32Val UInt64Val SingleVal DoubleVal FileTimeVal SysTimeValGuidVal _StringVal_AnsiStringVal BinaryVal_SidValSizeTVal BooleanArrSByteArrInt16ArrInt32ArrInt64ArrByteArr UInt16Arr UInt32Arr UInt64Arr SingleArr DoubleArr FileTimeArr SysTimeArrGuidArr StringArr AnsiStringArrSidArrSizeTArr _EvtHandleVal_XmlVal XmlValArr BooleanVal StringVal AnsiStringValSidVal EvtHandleValXmlValwCode _bstrSource_bstrDescription _bstrHelpFile dwHelpContext _pvReservedpfnDeferredFillInscode bstrSourcebstrDescription bstrHelpFile _PropertyName_PropertyValue PropertyName PropertyValuefd_countfd_array dwLowDateTimedwHighDateTimeBuffer Alignment_lpstrFindWhat_lpstrReplaceWith wFindWhatLenwReplaceWithLen lpstrFindWhatlpstrReplaceWith _bSetFocus bSetFocusmemid lprgscodelprgelemdescParam _funckind_invkind _callconvcParams cParamsOptoVftcScodes elemdescFunc _wFuncFlagsfunckindinvkindcallconv wFuncFlags_dwIDdwWantdwBlockdwID _hwndTarget ptsLocation dwInstanceID dwSequenceID ullArguments cbExtraArgs hwndTarget _hwndActive _hwndFocus _hwndCapture_hwndMenuOwner _hwndMoveSize _hwndCaretrcCaret hwndActive hwndFocus hwndCapture hwndMenuOwner hwndMoveSize hwndCaretuMsgwParamLwParamH_h_name h_aliases h_addrtypeh_length h_addr_listh_name_fIconxHotspotyHotspot_hbmMask _hbmColorfIconhbmMaskhbmColorwResID _szModName _szResName szModName szResName _dwReserved _wIDLFlags wIDLFlags_dwICCdwICCmikihi EventTypeEventKeyEvent MouseEventWindowBufferSizeEvent MenuEvent FocusEventmx11x12x13x14x21x22x23x24x31x32x33x34x41x42x43x44S_unS_un_bS_un_wS_addrs_b1s_b2s_b3s_b4s_w1s_w2IP6QwordIP6DwordIP6WordIP6ByteNext _AdapterNameFirstUnicastAddressFirstAnycastAddressFirstMulticastAddressFirstDnsServerAddress _DnsSuffix _Description _FriendlyNamePhysicalAddressPhysicalAddressLengthMtuIfType _OperStatus Ipv6IfIndex ZoneIndices FirstPrefixTransmitLinkSpeedReceiveLinkSpeedFirstWinsServerAddressFirstGatewayAddress Ipv4Metric Ipv6MetricLuid Dhcpv4Server_CompartmentId NetworkGuid_ConnectionType _TunnelType Dhcpv6ServerDhcpv6ClientDuidDhcpv6ClientDuidLength Dhcpv6IaidFirstDnsSuffix AdapterName DnsSuffix FriendlyName OperStatus CompartmentIdConnectionType TunnelTypeLengthIfIndex DdnsEnabledRegisterAdapterSuffix Dhcpv4Enabled ReceiveOnly NoMulticastIpv6OtherStatefulConfigNetbiosOverTcpipEnabled Ipv4Enabled Ipv6Enabled(Ipv6ManagedAddressConfigurationSupported_String$String$Index_NameName PrefixLength _PrefixOrigin _SuffixOrigin _DadState ValidLifetimePreferredLifetime LeaseLifetimeOnLinkPrefixLength PrefixOrigin SuffixOriginDadState IpAddressIpMaskContext NumAdaptersAdapterAutoconfigEnabledAutoconfigActiveCurrentDnsServer DnsServerListmkidMaxIops MaxBandwidthReservationIops _VolumeName BaseIoSize _ControlFlags VolumeName ControlFlags _pPrinterName _pMachineName _pUserName _pDocument_pStatusStatusPriorityPosition TotalPages PagesPrinted Submitted pPrinterName pMachineName pUserName pDocumentpStatusvkCodescanCode dwExtraInfo_wVkwScanwVk _bKeyDown wRepeatCountwVirtualKeyCodewVirtualScanCodeuCharbKeyDown _category_pszDescription fidParent_pszRelativePath_pszParsingName _pszTooltip_pszLocalizedName_pszIcon _pszSecurity dwAttributeskfdFlagsftidTypecategorypszDescriptionpszRelativePathpszParsingName pszTooltippszLocalizedNamepszIcon pszSecurity_NotificationSourceNotificationCode InterfaceGuid dwDataSizeNotificationSourcedwTime_lbStyle_lbColorlbHatchlbStylelbColorlfHeightlfWidth lfEscapement lfOrientationlfWeightlfItalic lfUnderline lfStrikeOut _lfCharSet_lfOutPrecision_lfClipPrecision _lfQualitylfPitchAndFamily _lfFaceName lfCharSetlfOutPrecisionlfClipPrecision lfQuality lfFaceName palVersion palNumEntries palPalEntryLowPartHighPart transformformatstrideoffsetv cxLeftWidth cxRightWidth cyTopHeightcyBottomHeight dwCallback wDeviceID_lpstrDeviceType_lpstrElementName _lpstrAliaslpstrDeviceTypelpstrElementName lpstrAliasdwFromdwTodwReturndwItemdwTrackdwLength dwMemoryLoad ullTotalPhys ullAvailPhysullTotalPageFileullAvailPageFileullTotalVirtualullAvailVirtualullAvailExtendedVirtual BaseAddressAllocationBase_AllocationProtect PartitionId RegionSize_State_ProtectAllocationProtectStateProtectrcBar _hwndMenuhwndMenu fBarFocusedfFocusedfUnused_fMask_dwStylecyMax_hbrBackdwContextHelpID dwMenuDatafMaskdwStylehbrBack_fType_fStatewID _hSubMenu _hbmpChecked_hbmpUnchecked dwItemData _dwTypeDatacch _hbmpItemfTypefStatehSubMenu hbmpChecked hbmpUnchecked dwTypeDatahbmpItemmtOptionmtID _mtStringmtString versionNumber dwCommandIdmmxExtyExt_hMFhMF dwDeltaTime dwStreamIDdwEventdwParms_lpDatadwBufferLengthdwBytesRecordeddwUserlpNextdwOffsetlpDatawMidwPidvDriverVersion_szPname dwSupportszPname wTechnologywVoiceswNotes wChannelMaskdwTempo dwTimeDivdwMid dwOEMVersion _ptReserved ptMaxSize ptMaxPositionptMinTrackSizeptMaxTrackSizewTypeumssampletickssmptemidihourminsecframefpsdummypad songptrpos dwActualSizedwRequiredSizedwDevSpecificOffsetdwDevSpecificSizedwModemProviderVersiondwModemManufacturerOffsetdwModemManufacturerSizedwModemModelOffsetdwModemModelSizedwModemVersionOffsetdwModemVersionSize_dwDialOptionsdwCallSetupFailTimerdwInactivityTimeout_dwSpeakerVolume_dwSpeakerModedwModemOptions dwMaxDTERate dwMaxDCERateabVariablePortion dwDialOptionsdwSpeakerVolume dwSpeakerModedwPreferredModemOptionsdwNegotiatedModemOptionsdwNegotiatedDCERatessize_ssigdatassig lpBaseOfDll SizeOfImage EntryPoint rcMonitorrcWork monitorInfo _szDeviceszDevice wHitTestCodeBase mouseDatadxdydwMousePosition dwButtonState dwEventFlagsrgrclpposRevisionInfo NetLuidIndextmHeighttmAscent tmDescenttmInternalLeadingtmExternalLeadingtmAveCharWidthtmMaxCharWidthtmWeight tmOverhangtmDigitizedAspectXtmDigitizedAspectY tmFirstChar tmLastChar tmDefaultChar tmBreakChartmItalic tmUnderlined tmStruckOut_tmPitchAndFamily tmCharSetntmFlags ntmSizeEM ntmCellHeight ntmAvgWidthtmPitchAndFamily _ProfileName_costUsageInMegabytesDataLimitInMegabytes ProfileNamecost iBorderWidth iScrollWidth iScrollHeight iCaptionWidthiCaptionHeight lfCaptionFontiSmCaptionWidthiSmCaptionHeightlfSmCaptionFont iMenuWidth iMenuHeight lfMenuFont lfStatusFont lfMessageFontiPaddedBorderWidth_hWnduID_uFlagsuCallbackMessage_hIcon_szTip_dwState _dwStateMask_szInfo _szInfoTitle _dwInfoFlagsguidItem _hBalloonIconhWnduFlagshIconszTipdwState dwStateMaskszInfo szInfoTitle dwInfoFlags hBalloonIconuTimeoutuVersion dwStructSize hSCardContext_lpstrGroupNamesnMaxGroupNames_lpstrCardNames nMaxCardNamesrgguidInterfacescguidInterfaces _lpstrRdrnMaxRdr _lpstrCardnMaxCard _lpstrTitle pvUserData dwShareModedwPreferredProtocolsdwActiveProtocol lpfnConnect lpfnChecklpfnDisconnect hCardHandlelpstrGroupNameslpstrCardNameslpstrRdr lpstrCard lpstrTitle_lpstrSearchDescpOpenCardSearchCriterialpstrSearchDesc _lpstrFilter_lpstrCustomFilternMaxCustFilter nFilterIndex _lpstrFilenMaxFile_lpstrFileTitle nMaxFileTitle_lpstrInitialDir nFileOffsetnFileExtension _lpstrDefExt_FlagsEx lpstrFilterlpstrCustomFilter lpstrFilelpstrFileTitlelpstrInitialDir lpstrDefExtFlagsExdwOSPlatformIddwOSMajorVersiondwOSMinorVersiondwOSVersionInfoSize dwPlatformId _szCSDVersion szCSDVersionwServicePackMajorwServicePackMinor wSuiteMask wProductTypeInternal InternalHigh_hEventhEventPointer$Offset OffsetHighlpCompletionKey lpOverlappeddwNumberOfBytesTransferred_hdc_fErasercPaint _fRestore _fIncUpdate _rgbReservedhdcfErasefRestore fIncUpdatepeRedpeGreenpeBluepeFlags pparamdescex _wParamFlags wParamFlagscBytesvarDefaultValue CommitTotal CommitLimit CommitPeak PhysicalTotalPhysicalAvailable SystemCache KernelTotal KernelPagedKernelNonpagedPageSize HandleCount ProcessCount ThreadCount_hPhysicalMonitor_szPhysicalMonitorDescriptionhPhysicalMonitorszPhysicalMonitorDescription _pointerType pointerIdframeId _pointerFlags _sourceDeviceptPixelLocationptHimetricLocationptPixelLocationRawptHimetricLocationRaw historyCount InputData dwKeyStatesPerformanceCount_ButtonChangeType pointerType pointerFlags sourceDeviceButtonChangeType pointerInfopenFlagspenMaskpressuretiltXtiltY touchFlags touchMask rcContact rcContactRaw orientationn_lpstruiFlagsrclpdxlpstr_pNamepName _pPortName _pMonitorName _pDescription fPortType pPortName pMonitorName pDescription PowerSetting DataLengthpDevMode_DesiredAccess DesiredAccess _pCommentpComment _pServerName _pShareName _pDriverName _pLocation _pSepFile_pPrintProcessor _pParameters_pSecurityDescriptorDefaultPriority StartTime UntilTimecJobs AveragePPM pServerName pShareName pDriverName pLocationpSepFilepPrintProcessor pParameterspSecurityDescriptorDeviceNotSelectedTimeoutTransmissionRetryTimeoutdwStatusaDataFieldId NotifyDataadwDatacbBufpBuf_context clientAppPIDcontext cbOverhead iRegionIndexwFlagsBlockRegion_hMemhMemdwCommittedSizedwUnCommittedSize lpFirstBlock lpLastBlock _hProcess_hThread dwProcessId dwThreadIdhProcesshThreadPageFaultCountPeakWorkingSetSizeWorkingSetSizeQuotaPeakPagedPoolUsageQuotaPagedPoolUsageQuotaPeakNonPagedPoolUsageQuotaNonPagedPoolUsage PagefileUsagePeakPagefileUsage_ulKindulKindpropid_lpwstrlpwstrdecVal_vt _wReserved2 _wReserved3vt_cValbValiValuiVallValulValintValuintValhValuhValfltValdblVal_boolVal__OBSOLETE__VARIANT_BOOLcyValdatefiletimepuuid pclipdata_bstrVal bstrblobValblob_pszVal_pwszVal_punkVal _pdispVal_pStream _pStoragepVersionedStreamparraycaccaubcaicauicalcaulcahcauhcafltcadblcaboolcascodecacycadate cafiletimecauuid caclipdatacabstr cabstrblobcalpstrcalpwstr capropvar_pcValpbValpiValpuiValplValpulValpintValpuintValpfltValpdblValpboolValpdecValpscodepcyValpdatepbstrValppunkVal ppdispValpparraypvarValcValboolValbstrValpszValpwszValpunkValpdispValpStreampStoragepcVal_p_name p_aliasesp_protop_name_dwServiceType _dwStartType_dwErrorControl_lpBinaryPathName_lpLoadOrderGroupdwTagId_lpDependencies_lpServiceStartName dwServiceType dwStartTypedwErrorControllpBinaryPathNamelpLoadOrderGrouplpDependencieslpServiceStartName fIsLocked _lpLockOwnerdwLockDuration lpLockOwner dwSizeHiddwCountbRawDataheadermousekeyboardhid usUsagePageusUsage_hDevice_dwTypehDevicedwTypeMakeCodeVKeyMessageExtraInformation_usFlags ulRawButtonslLastXlLastYulExtraInformationusFlags ulButtons usButtonFlags usButtonDatalefttoprightbottomrgbBluergbGreenrgbRed _fFeatures cbElementscLockspvData rgsabound fFeatures cElementslLboundcbAtrrgbAtrrgbMask dwProtocol cbPciLength _szReader_dwCurrentState _dwEventStateszReaderdwCurrentState dwEventState rcScrollBar dxyLineButton xyThumbTop xyThumbBottomrgstatenMinnMaxnPagenPos nTrackPosDelay _specificType specificTypeint128int32int16_int8uint128uint64uint32uint16uint8 booleanValuuid128uuid32uuid16stringurlsequence alternativeint8valueencodingmibeNum attributeIdlpSecurityDescriptor_bInheritHandlebInheritHandle_Control_Owner_GroupSaclDaclControlOwnerGroup_s_name s_aliases_s_protos_ports_names_protodwReason _pszComment pszComment_fDelayedAutostartfDelayedAutostart_lpDescription lpDescription dwResetPeriod _lpRebootMsg _lpCommandcActions lpsaActions lpRebootMsg lpCommand"_fFailureActionsOnNonCrashFailures!fFailureActionsOnNonCrashFailuresdwLaunchProtectedpfnNotifyCallbackpContextdwNotificationStatusdwNotificationTriggered_pszServiceNamespszServiceNamesusPreferredNode_fDeletefDeletedwPreshutdownTimeout_pmszRequiredPrivilegespmszRequiredPrivilegesdwServiceSidTypedwControlsAccepteddwWin32ExitCodedwServiceSpecificExitCode dwCheckPoint dwWaitHint_dwServiceFlagsdwServiceFlags lpServiceProc liNewTime liOldTime_dwTriggerType _dwActionpTriggerSubtype cDataItems pDataItems dwTriggerTypedwAction cTriggers pTriggers _pReserved _dwDataType dwDataType_lpVerb_lpFile _lpParameters _lpDirectorynShow _hInstApplpIDList_lpClass _hkeyClassdwHotKeylpVerblpFile lpParameters lpDirectoryhInstApplpClass hkeyClass _hMonitorhMonitorguidTypeiIcon_szDisplayName _szTypeName szDisplayName szTypeNamewFunc_pFrom_pTofFlags_fAnyOperationsAborted hNameMappings_lpszProgressTitlepFrompTofAnyOperationsAbortedlpszProgressTitleabIDi64Size i64NumItemsLeftTopRightBottom _sa_familysa_data sa_family addressFamilybtAddrserviceClassIdport lpSockaddriSockaddrLength dwAuthnSvc dwAuthzSvc_pPrincipalName_hrpPrincipalNamehr ulStreamNumullAudioStreamOffseteEventId elParamTypeullEventInterestullQueuedInterestulCountulCurrentStreamulLastStreamQueued _hrLastResultdwRunningStateulInputWordPosulInputWordLenulInputSentPosulInputSentLen lBookmarkId PhonemeId _VisemeId _dwReserved2 hrLastResultVisemeIdInterfaceClassGuid _DevicePath DevicePath ClassGuidDevInst _lpReserved _lpDesktop_lpTitledwXdwYdwXSizedwYSize dwXCountChars dwYCountCharsdwFillAttribute wShowWindow _cbReserved2 _lpReserved2 _hStdInput _hStdOutput _hStdError lpDesktoplpTitle hStdInput hStdOutput hStdError StartupInfo_lpAttributeListlpAttributeListclsidmtimectimeatime dwOSVersion _lpwstrName lpwstrName _pwcsName_grfMode_grfLocksSupported grfStateBitspwcsNamegrfLocksSupported DeviceType DeviceNumberPartitionNumberuType_pOleStruOffsetcStrpOleStrstyleOldstyleNew SizeOfStruct TypeIndexModBaseRegisterScopeTagNameLen MaxNameLenwYearwMonth wDayOfWeekwDaywHourwMinutewSecond wMilliseconds _Reserved1 _Reserved2NumberOfProcessors _AcOnLine_BatteryPresent _Charging _DischargingSpare1 MaxCapacityRemainingCapacityRate EstimatedTime DefaultAlert1 DefaultAlert2AcOnLineBatteryPresentCharging DischargingCodeIntegrityOptions dwPageSizelpMinimumApplicationAddresslpMaximumApplicationAddressdwActiveProcessorMaskdwNumberOfProcessorsdwProcessorTypedwAllocationGranularitywProcessorLevelwProcessorRevisiondwOemId_wProcessorArchitecture ProcessorMask _Relationship Relationship ProcessorCoreNumaNodeCache NodeNumber ACLineStatus BatteryFlagBatteryLifePercentSystemStatusFlagBatteryLifeTimeBatteryFullLifeTimeIdleTime KernelTimeUserTimeNextEntryOffsetNumberOfThreads ImageName BasePriority_UniqueProcessId SessionId _Reserved3PeakVirtualSize VirtualSize _Reserved4 _Reserved5 _Reserved6PrivatePageCount _Reserved7UniqueProcessIdRegistryQuotaAllowedRegistryQuotaUsed StartAddressClientId ThreadState WaitReason minAttribute maxAttributeuuidType_dwCommonButtons_pszWindowTitle_pszMainInstruction _pszContentcButtonspButtonsnDefaultButton cRadioButtons pRadioButtonsnDefaultRadioButton_pszVerificationText_pszExpandedInformation_pszExpandedControlText_pszCollapsedControlText _pszFooter pfCallbacklpCallbackDatacxWidthdwCommonButtonspszWindowTitlepszMainInstruction pszContentpszVerificationTextpszExpandedInformationpszExpandedControlTextpszCollapsedControlText pszFooter _hMainIcon _pszMainIcon hMainIcon pszMainIcon _hFooterIcon_pszFooterIcon hFooterIcon pszFooterIcon nButtonID_pszButtonText pszButtonTexttv_sectv_usec rcTitleBarrgrectguidlcid_syskind wMajorVerNum wMinorVerNum wLibFlagssyskind_TokenAppContainerTokenAppContainerTokenIsElevated_hSource_dwMask cxContact cyContacthSourcedwMask dwLatency dwSampleTimebUseHWTimeStamp rcExcludememidConstructormemidDestructor _lpstrSchemacbSizeInstance _typekindcFuncscVars cImplTypes cbSizeVft cbAlignment wTypeFlags tdescAlias idldescType lpstrSchematypekindlptdesclpadeschreftype MaximumLength_Buffer uiNumerator uiDenominator_hdcDstpptDstpsize_hdcSrcpptSrc_crKeypblendprcDirtyhdcDsthdcSrccrKey AsUshort16 SelfPowered RemoteWakeupU1EnableU2Enable LtmEnableuiaIdpayload extraInfo _ve_valuename ve_valuelen ve_valueptr_ve_type ve_valuenameve_type elemdescVar _wVarFlags_varkind wVarFlagsvarkindoInst lpvarValuellValpllVal__OBSOLETE__VARIANT_PBOOLbyrefullValpullValpvRecord _pRecInfopRecInfo guidVersionNumberOfDiskExtentsExtents dwSignaturedwStrucVersiondwFileVersionMSdwFileVersionLSdwProductVersionMSdwProductVersionLSdwFileFlagsMask _dwFileFlags _dwFileOS _dwFileType_dwFileSubtype dwFileDateMS dwFileDateLSdwFileOS dwFileType dwFileSubtype wFormatTag nChannelsnSamplesPerSecnAvgBytesPerSec nBlockAlignwBitsPerSampleSamples dwChannelMask SubFormatwValidBitsPerSamplewSamplesPerBlockdwLoops dwFormats wChannels _dwReserved0 _cFileName_cAlternateFileName cFileNamecAlternateFileNamercWindowrcClientdwWindowStatuscxWindowBorderscyWindowBordersatomWindowTypewCreatorVersion_showCmd ptMinPositionrcNormalPositionshowCmd dot11Bssid _dot11PhyTypeuDot11PhyIndexwlanSignalQualityulRxRateulTxRate dot11PhyTypepAuthCipherPairList_strProfileNameuNumberOfBssids_bNetworkConnectablewlanNotConnectableReasonuNumberOfPhyTypes dot11PhyTypes_bMorePhyTypes_bSecurityEnabled_dot11DefaultAuthAlgorithm_dot11DefaultCipherAlgorithmstrProfileNamebNetworkConnectable bMorePhyTypesbSecurityEnableddot11DefaultAuthAlgorithmdot11DefaultCipherAlgorithmuPhyId_dot11BssPhyTypelRssi uLinkQuality _bInRegDomainusBeaconPeriod ullTimestampullHostTimestampusCapabilityInformationulChCenterFrequency wlanRateSet ulIeOffsetulIeSizedot11BssPhyType bInRegDomain dwTotalSizewlanBssEntries_isState_wlanConnectionModewlanAssociationAttributeswlanSecurityAttributesisStatewlanConnectionModewlanReasonCode_strProfileXml strProfileXml _strProfile pDot11SsidpDesiredBssidList strProfilepCountryOrRegionStringList DeviceServicedwOpCodeDataBlobhostedNetworkSSIDdwMaxNumberOfPeersOldStateNewState_PeerStateChangeReasonPeerStateChangeReasonPeerMacAddress_PeerAuthState PeerAuthState_dot11SoftwareRadioState_dot11HardwareRadioStatedot11SoftwareRadioStatedot11HardwareRadioState_dot11AuthAlgo_dot11CipherAlgo dot11AuthAlgodot11CipherAlgo _OldState _NewState_StateChangeReasonStateChangeReason_HostedNetworkState IPDeviceIDwlanHostedNetworkBSSIDulChannelFrequencydwNumberOfPeersPeerListHostedNetworkState_interfaceType_bDot11DSupporteddwMaxDesiredSsidListSizedwMaxDesiredBssidListSizedwNumberOfSupportedPhys interfaceTypebDot11DSupported_strInterfaceDescriptionstrInterfaceDescription InterfaceInfoullTransmittedFrameCountullReceivedFrameCountullWEPExcludedCountullTKIPLocalMICFailuresullTKIPReplaysullTKIPICVErrorCountullCCMPReplaysullCCMPDecryptErrorsullWEPUndecryptableCountullWEPICVErrorCountullDecryptSuccessCountullDecryptFailureCount dot11MacAddr _bFirstPeer _bLastPeer bFirstPeer bLastPeer!ullMulticastTransmittedFrameCountullFailedCount ullRetryCountullMultipleRetryCountullMaxTXLifetimeExceededCountullTransmittedFragmentCountullRTSSuccessCountullRTSFailureCountullACKFailureCountullMulticastReceivedFrameCount ullPromiscuousReceivedFrameCountullMaxRXLifetimeExceededCountullFrameDuplicateCountullReceivedFragmentCount#ullPromiscuousReceivedFragmentCountullFCSErrorCount dwPhyIndex ProfileInfodwNumberOfPhys PhyRadioStateuRateSetLength usRateSetDataList dwDataOffset _bOneXEnabled_dot11AuthAlgorithm_dot11CipherAlgorithm bOneXEnableddot11AuthAlgorithmdot11CipherAlgorithmullFourWayHandshakeFailuresullTKIPCounterMeasuresInvoked _ullReservedMacUcastCountersMacMcastCounters PhyCounters lpfnWndProc cbClsExtra cbWndExtra_hbrBackground _lpszMenuName_lpszClassName hbrBackground lpszMenuName lpszClassName_hIconSmhIconSmeM11eM12eM21eM22eDxeDy _BatteryType _BatteryLevel BatteryType BatteryLevel_SubTypeGamepad VibrationSubType _wButtons bLeftTrigger bRightTriggersThumbLXsThumbLYsThumbRXsThumbRYwButtons _VirtualKeyUnicode UserIndexHidCode VirtualKeydwPacketNumberwLeftMotorSpeedwRightMotorSpeed ACCELACLACTCTX ADDJOB_INFO_1ADDRINFO ALTTABINFOAPPX_PACKAGE_SETTINGS ARRAYDESCASSEMBLYMETADATAApplicationActivationManager AppxFactoryAudioClientPropertiesBINDPTR BIND_OPTSBITMAPBITMAPFILEHEADER BITMAPINFOBITMAPINFOHEADERBITMAPV5HEADER BLENDFUNCTIONBLOBBLUETOOTH_ADDRESSBLUETOOTH_ADDRESS_0BLUETOOTH_ADDRESS_0_ExtensionBLUETOOTH_AUTHENTICATE_RESPONSE!BLUETOOTH_AUTHENTICATE_RESPONSE_0+BLUETOOTH_AUTHENTICATE_RESPONSE_0_Extension(BLUETOOTH_AUTHENTICATION_CALLBACK_PARAMS*BLUETOOTH_AUTHENTICATION_CALLBACK_PARAMS_04BLUETOOTH_AUTHENTICATION_CALLBACK_PARAMS_0_ExtensionBLUETOOTH_COD_PAIRSBLUETOOTH_DEVICE_INFOBLUETOOTH_DEVICE_SEARCH_PARAMSBLUETOOTH_FIND_RADIO_PARAMS"BLUETOOTH_GATT_VALUE_CHANGED_EVENT/BLUETOOTH_GATT_VALUE_CHANGED_EVENT_REGISTRATION!BLUETOOTH_NUMERIC_COMPARISON_INFOBLUETOOTH_OOB_DATA_INFOBLUETOOTH_PASSKEY_INFOBLUETOOTH_PIN_INFOBLUETOOTH_RADIO_INFOBLUETOOTH_SELECT_DEVICE_PARAMSBOOLBOOLEAN BROWSEINFOBSMINFOBSTRBLOBBTH_DEVICE_INFOBTH_HCI_EVENT_INFOBTH_L2CAP_EVENT_INFOBTH_LE_GATT_CHARACTERISTIC BTH_LE_GATT_CHARACTERISTIC_VALUEBTH_LE_GATT_DESCRIPTORBTH_LE_GATT_DESCRIPTOR_VALUEBTH_LE_GATT_DESCRIPTOR_VALUE_0(BTH_LE_GATT_DESCRIPTOR_VALUE_0_Extension BTH_LE_GATT_DESCRIPTOR_VALUE_0_0*BTH_LE_GATT_DESCRIPTOR_VALUE_0_0_Extension BTH_LE_GATT_DESCRIPTOR_VALUE_0_1*BTH_LE_GATT_DESCRIPTOR_VALUE_0_1_Extension BTH_LE_GATT_DESCRIPTOR_VALUE_0_2*BTH_LE_GATT_DESCRIPTOR_VALUE_0_2_Extension BTH_LE_GATT_DESCRIPTOR_VALUE_0_3*BTH_LE_GATT_DESCRIPTOR_VALUE_0_3_ExtensionBTH_LE_GATT_SERVICE BTH_LE_UUID BTH_LE_UUID_0BTH_LE_UUID_0_ExtensionBTH_QUERY_DEVICEBTH_QUERY_SERVICEBTH_RADIO_IN_RANGEBTH_SET_SERVICEBY_HANDLE_FILE_INFORMATIONCABOOLCABSTR CABSTRBLOBCACCACHE_DESCRIPTOR CACLIPDATACACLSIDCACYCADATECADBL CAFILETIMECAFLTCAHCAICALCALPSTRCALPWSTR CAPROPVARIANTCASCODECAUBCAUHCAUICAULCBTACTIVATESTRUCT CBT_CREATEWND CERT_CONTEXTCERT_EXTENSION CERT_INFOCERT_PUBLIC_KEY_INFOCHANGEFILTERSTRUCTCHAR CHAR_INFO CHAR_INFO_0CHAR_INFO_0_Extension CHOOSECOLOR CHOOSEFONTCIEXYZ CIEXYZTRIPLE CLIENT_IDCLIPDATACOLORADJUSTMENTCOLORREFCOMDLG_FILTERSPEC COMMCONFIGCOMMPROP COMMTIMEOUTSCOMSTATCONDITION_VARIABLE CONNECTDATACONSOLE_CURSOR_INFOCONSOLE_READCONSOLE_CONTROLCONSOLE_SCREEN_BUFFER_INFOCONSOLE_SELECTION_INFOCONTROLTRACE_HANDLECOORDCOR_FIELD_OFFSETCO_MTA_USAGE_COOKIECREATEFILE2_EXTENDED_PARAMETERS CREATESTRUCT CREDENTIALCREDENTIAL_ATTRIBUTECRYPTPROTECT_PROMPTSTRUCTCRYPT_ALGORITHM_IDENTIFIERCRYPT_BIT_BLOBCRYPT_INTEGER_BLOB CUIAutomationCUIAutomation8 CURSORINFO CWPRETSTRUCT CWPSTRUCTCYCY_0CY_0_ExtensionDCB DEBUGHOOKINFODECIMAL DECIMAL_0DECIMAL_0_Extension DECIMAL_0_0DECIMAL_0_0_Extension DECIMAL_1DECIMAL_1_Extension DECIMAL_1_0DECIMAL_1_0_Extension DESIGNVECTORDEVMODE DEVMODE_0DEVMODE_0_Extension DEVMODE_0_0DEVMODE_0_0_Extension DEVMODE_0_1DEVMODE_0_1_Extension DEVMODE_1DEVMODE_1_Extension DEVPROPKEYDEV_BROADCAST_DEVICEINTERFACEDEV_BROADCAST_HDRDEV_BROADCAST_VOLUME DIBSECTION DISK_EXTENT DISK_GEOMETRYDISK_GEOMETRY_EXDISPLAYCONFIG_2DREGION DISPLAYCONFIG_DESKTOP_IMAGE_INFO DISPLAYCONFIG_DEVICE_INFO_HEADERDISPLAYCONFIG_MODE_INFODISPLAYCONFIG_MODE_INFO_0#DISPLAYCONFIG_MODE_INFO_0_ExtensionDISPLAYCONFIG_PATH_INFODISPLAYCONFIG_PATH_SOURCE_INFO DISPLAYCONFIG_PATH_SOURCE_INFO_0*DISPLAYCONFIG_PATH_SOURCE_INFO_0_Extension"DISPLAYCONFIG_PATH_SOURCE_INFO_0_0,DISPLAYCONFIG_PATH_SOURCE_INFO_0_0_ExtensionDISPLAYCONFIG_PATH_TARGET_INFO DISPLAYCONFIG_PATH_TARGET_INFO_0*DISPLAYCONFIG_PATH_TARGET_INFO_0_Extension"DISPLAYCONFIG_PATH_TARGET_INFO_0_0,DISPLAYCONFIG_PATH_TARGET_INFO_0_0_ExtensionDISPLAYCONFIG_RATIONALDISPLAYCONFIG_SOURCE_MODEDISPLAYCONFIG_TARGET_MODEDISPLAYCONFIG_VIDEO_SIGNAL_INFO!DISPLAYCONFIG_VIDEO_SIGNAL_INFO_0+DISPLAYCONFIG_VIDEO_SIGNAL_INFO_0_Extension#DISPLAYCONFIG_VIDEO_SIGNAL_INFO_0_0-DISPLAYCONFIG_VIDEO_SIGNAL_INFO_0_0_ExtensionDISPLAY_DEVICE DISPPARAMSDLGITEMTEMPLATE DLGTEMPLATEDLLVERSIONINFODNS_SERVICE_CANCELDNS_SERVICE_INSTANCEDNS_SERVICE_REGISTER_REQUEST DOC_INFO_1DOT11_AUTH_CIPHER_PAIRDOT11_BSSID_LIST DOT11_NETWORKDOT11_NETWORK_LIST DOT11_SSIDDPI_AWARENESS_CONTEXTDRAWTEXTPARAMS DROPFILESDSREG_JOIN_INFODSREG_USER_INFODTBGOPTSDTTOPTSDWM_BLURBEHINDDesktopWallpaperEAP_METHOD_TYPEEAP_TYPEELEMDESC ELEMDESC_0ELEMDESC_0_Extension ENUMLOGFONTEXENUM_PAGE_FILE_INFORMATIONENUM_SERVICE_STATUSENUM_SERVICE_STATUS_PROCESSEVENTMSG EVT_HANDLE EVT_RPC_LOGIN EVT_VARIANT EVT_VARIANT_0EVT_VARIANT_0_Extension EXCEPINFOExtendedPropertyFD_SETFILETIMEFILE_SEGMENT_ELEMENT$FINDPRINTERCHANGENOTIFICATION_HANDLE FINDREPLACEFOCUS_EVENT_RECORDFUNCDESCFileOpenDialogFileSaveDialog GESTURECONFIG GESTUREINFOGESTURENOTIFYSTRUCT GUID_NULL GUITHREADINFOHACCELHANDLE HANDLE_PTR HARDWAREINPUTHBITMAPHBLUETOOTH_DEVICE_FINDHBLUETOOTH_RADIO_FINDHBRUSH HCERTSTOREHCURSORHDCHDESKHDEVINFO HDEVNOTIFYHDROPHDWPHFONTHGDIOBJ HGESTUREINFOHGLOBALHHOOKHICON HIMAGELIST HINSTANCEHKEYHKLHLOCALHMENU HMETAFILEHMIDIHMIDIINHMIDIOUTHMODULEHMONITORHOSTENTHPALETTEHPCONHPEN HPOWERNOTIFY HRAWINPUTHRGNHRSRCHSTRING_BUFFERHTHEME HTOUCHINPUTHWAVEINHWAVEOUTHWINSTAHWNDICONINFO ICONINFOEXIDLDESCINITCOMMONCONTROLSEX INIT_ONCEINPUTINPUT_0INPUT_0_Extension INPUT_RECORDINPUT_RECORD_0INPUT_RECORD_0_ExtensionINPUT_TRANSFORMINPUT_TRANSFORM_0INPUT_TRANSFORM_0_ExtensionINPUT_TRANSFORM_0_0INPUT_TRANSFORM_0_0_ExtensionIN_ADDR IN_ADDR_0IN_ADDR_0_Extension IN_ADDR_0_0IN_ADDR_0_0_Extension IN_ADDR_0_1IN_ADDR_0_1_Extension IP6_ADDRESSIP_ADAPTER_ADDRESSES_LHIP_ADAPTER_ADDRESSES_LH_0#IP_ADAPTER_ADDRESSES_LH_0_ExtensionIP_ADAPTER_ADDRESSES_LH_0_0%IP_ADAPTER_ADDRESSES_LH_0_0_ExtensionIP_ADAPTER_ADDRESSES_LH_1#IP_ADAPTER_ADDRESSES_LH_1_ExtensionIP_ADAPTER_ADDRESSES_LH_1_0%IP_ADAPTER_ADDRESSES_LH_1_0_ExtensionIP_ADAPTER_ANYCAST_ADDRESS_XPIP_ADAPTER_ANYCAST_ADDRESS_XP_0)IP_ADAPTER_ANYCAST_ADDRESS_XP_0_Extension!IP_ADAPTER_ANYCAST_ADDRESS_XP_0_0+IP_ADAPTER_ANYCAST_ADDRESS_XP_0_0_Extension IP_ADAPTER_DNS_SERVER_ADDRESS_XP"IP_ADAPTER_DNS_SERVER_ADDRESS_XP_0,IP_ADAPTER_DNS_SERVER_ADDRESS_XP_0_Extension$IP_ADAPTER_DNS_SERVER_ADDRESS_XP_0_0.IP_ADAPTER_DNS_SERVER_ADDRESS_XP_0_0_ExtensionIP_ADAPTER_DNS_SUFFIXIP_ADAPTER_GATEWAY_ADDRESS_LHIP_ADAPTER_GATEWAY_ADDRESS_LH_0)IP_ADAPTER_GATEWAY_ADDRESS_LH_0_Extension!IP_ADAPTER_GATEWAY_ADDRESS_LH_0_0+IP_ADAPTER_GATEWAY_ADDRESS_LH_0_0_ExtensionIP_ADAPTER_INDEX_MAPIP_ADAPTER_MULTICAST_ADDRESS_XP!IP_ADAPTER_MULTICAST_ADDRESS_XP_0+IP_ADAPTER_MULTICAST_ADDRESS_XP_0_Extension#IP_ADAPTER_MULTICAST_ADDRESS_XP_0_0-IP_ADAPTER_MULTICAST_ADDRESS_XP_0_0_ExtensionIP_ADAPTER_PREFIX_XPIP_ADAPTER_PREFIX_XP_0 IP_ADAPTER_PREFIX_XP_0_ExtensionIP_ADAPTER_PREFIX_XP_0_0"IP_ADAPTER_PREFIX_XP_0_0_ExtensionIP_ADAPTER_UNICAST_ADDRESS_LHIP_ADAPTER_UNICAST_ADDRESS_LH_0)IP_ADAPTER_UNICAST_ADDRESS_LH_0_Extension!IP_ADAPTER_UNICAST_ADDRESS_LH_0_0+IP_ADAPTER_UNICAST_ADDRESS_LH_0_0_Extension!IP_ADAPTER_WINS_SERVER_ADDRESS_LH#IP_ADAPTER_WINS_SERVER_ADDRESS_LH_0-IP_ADAPTER_WINS_SERVER_ADDRESS_LH_0_Extension%IP_ADAPTER_WINS_SERVER_ADDRESS_LH_0_0/IP_ADAPTER_WINS_SERVER_ADDRESS_LH_0_0_ExtensionIP_ADDRESS_STRINGIP_ADDR_STRINGIP_INTERFACE_INFOIP_PER_ADAPTER_INFO_W2KSP1 ITEMIDLIST%JOBOBJECT_IO_RATE_CONTROL_INFORMATION JOB_INFO_1KBDLLHOOKSTRUCT KEYBDINPUTKEY_EVENT_RECORDKEY_EVENT_RECORD_0KEY_EVENT_RECORD_0_ExtensionKNOWNFOLDER_DEFINITIONKnownFolderManagerL2_NOTIFICATION_DATA LASTINPUTINFOLOGBRUSHLOGFONT LOGPALETTELPARAMLPPROC_THREAD_ATTRIBUTE_LISTLRESULTLUIDMAGCOLOREFFECTMAGIMAGEHEADER MAGTRANSFORMMARGINSMCI_OPEN_PARMSMCI_PLAY_PARMSMCI_SEEK_PARMSMCI_STATUS_PARMSMEMORYSTATUSEXMEMORY_BASIC_INFORMATIONMEMORY_MAPPED_VIEW_ADDRESS MENUBARINFOMENUINFO MENUITEMINFOMENUITEMTEMPLATEMENUITEMTEMPLATEHEADERMENU_EVENT_RECORD METAFILEPICT MIDIEVENTMIDIHDR MIDIINCAPS MIDIOUTCAPS MIDIPROPTEMPOMIDIPROPTIMEDIVMIDISTRMBUFFVER MINMAXINFOMMDeviceEnumeratorMMTIMEMMTIME_0MMTIME_0_Extension MMTIME_0_0MMTIME_0_0_Extension MMTIME_0_1MMTIME_0_1_Extension MODEMDEVCAPS MODEMSETTINGS MODLOAD_DATA MODULEINFO MONITORINFO MONITORINFOEXMOUSEHOOKSTRUCTMOUSEHOOKSTRUCTEX MOUSEINPUTMOUSEMOVEPOINTMOUSE_EVENT_RECORDMSGMSLLHOOKSTRUCTNCCALCSIZE_PARAMSNDIS_OBJECT_HEADERNET_IF_COMPARTMENT_ID NET_LUID_LH NET_LUID_LH_0NET_LUID_LH_0_Extension NEWTEXTMETRICNLM_SIMULATED_PROFILE_INFONONCLIENTMETRICSNOTIFYICONDATANOTIFYICONDATA_0NOTIFYICONDATA_0_ExtensionNetworkListManager OPENCARDNAMEOPENCARDNAME_EXOPENCARD_SEARCH_CRITERIA OPENFILENAMEOSINFO OSVERSIONINFOOSVERSIONINFOEX OVERLAPPED OVERLAPPED_0OVERLAPPED_0_ExtensionOVERLAPPED_0_0OVERLAPPED_0_0_ExtensionOVERLAPPED_ENTRY PAINTSTRUCT PALETTEENTRY PARAMDESC PARAMDESCEXPERFORMANCE_INFORMATIONPHYSICAL_MONITORPOINT POINTER_INFOPOINTER_PEN_INFOPOINTER_TOUCH_INFOPOINTLPOINTSPOLYTEXT PORT_INFO_1 PORT_INFO_2POWERBROADCAST_SETTINGPRINTER_DEFAULTSPRINTER_HANDLEPRINTER_INFO_1PRINTER_INFO_2PRINTER_INFO_3PRINTER_INFO_4PRINTER_INFO_5PRINTER_INFO_6PRINTER_NOTIFY_INFOPRINTER_NOTIFY_INFO_DATAPRINTER_NOTIFY_INFO_DATA_0$PRINTER_NOTIFY_INFO_DATA_0_ExtensionPRINTER_NOTIFY_INFO_DATA_0_0&PRINTER_NOTIFY_INFO_DATA_0_0_ExtensionPRINTER_OPTIONSPRINT_EXECUTION_DATAPROCESSTRACE_HANDLEPROCESS_HEAP_ENTRYPROCESS_HEAP_ENTRY_0PROCESS_HEAP_ENTRY_0_ExtensionPROCESS_HEAP_ENTRY_0_0 PROCESS_HEAP_ENTRY_0_0_ExtensionPROCESS_HEAP_ENTRY_0_1 PROCESS_HEAP_ENTRY_0_1_ExtensionPROCESS_INFORMATIONPROCESS_MEMORY_COUNTERS PROPERTYKEYPROPSPEC PROPSPEC_0PROPSPEC_0_Extension PROPVARIANT PROPVARIANT_0PROPVARIANT_0_ExtensionPROPVARIANT_0_0PROPVARIANT_0_0_ExtensionPROPVARIANT_0_0_0PROPVARIANT_0_0_0_ExtensionPROTOENTPSECURITY_DESCRIPTORPSIDPortableDeviceKeyCollection#PortableDevicePropVariantCollectionPortableDeviceValuesPortableDeviceValuesCollectionQUERY_SERVICE_CONFIGQUERY_SERVICE_LOCK_STATUSRAWHIDRAWINPUT RAWINPUT_0RAWINPUT_0_ExtensionRAWINPUTDEVICERAWINPUTDEVICELISTRAWINPUTHEADER RAWKEYBOARDRAWMOUSE RAWMOUSE_0RAWMOUSE_0_Extension RAWMOUSE_0_0RAWMOUSE_0_0_ExtensionRECTRECTLRGBQUAD SAFEARRAYSAFEARRAYBOUND SCARD_ATRMASKSCARD_IO_REQUESTSCARD_READERSTATE SCROLLBARINFO SCROLLINFO SC_ACTION SC_HANDLESDP_ELEMENT_DATASDP_ELEMENT_DATA_0SDP_ELEMENT_DATA_0_ExtensionSDP_ELEMENT_DATA_0_0SDP_ELEMENT_DATA_0_0_ExtensionSDP_ELEMENT_DATA_0_1SDP_ELEMENT_DATA_0_1_ExtensionSDP_ELEMENT_DATA_0_2SDP_ELEMENT_DATA_0_2_ExtensionSDP_ELEMENT_DATA_0_3SDP_ELEMENT_DATA_0_3_ExtensionSDP_LARGE_INTEGER_16SDP_STRING_TYPE_DATASDP_ULARGE_INTEGER_16SECURITY_ATTRIBUTESSECURITY_DESCRIPTORSERVENT$SERVICE_CONTROL_STATUS_REASON_PARAMSSERVICE_DELAYED_AUTO_START_INFOSERVICE_DESCRIPTIONSERVICE_FAILURE_ACTIONSSERVICE_FAILURE_ACTIONS_FLAGSERVICE_LAUNCH_PROTECTED_INFOSERVICE_NOTIFY_2SERVICE_PREFERRED_NODE_INFOSERVICE_PRESHUTDOWN_INFO SERVICE_REQUIRED_PRIVILEGES_INFOSERVICE_SID_INFOSERVICE_STATUSSERVICE_STATUS_HANDLESERVICE_STATUS_PROCESSSERVICE_TABLE_ENTRYSERVICE_TIMECHANGE_INFOSERVICE_TRIGGERSERVICE_TRIGGER_INFO"SERVICE_TRIGGER_SPECIFIC_DATA_ITEMSHELLEXECUTEINFOSHELLEXECUTEINFO_0SHELLEXECUTEINFO_0_ExtensionSHELL_ITEM_RESOURCE SHFILEINFOSHFILEOPSTRUCTSHITEMID SHQUERYRBINFOSID_IDENTIFIER_AUTHORITYSIZE SMALL_RECTSOCKADDR SOCKADDR_BTHSOCKETSOCKET_ADDRESSSOLE_AUTHENTICATION_SERVICESPEVENTSPEVENTSOURCEINFO SPVOICESTATUSSP_DEVICE_INTERFACE_DATASP_DEVICE_INTERFACE_DETAIL_DATASP_DEVINFO_DATASRWLOCK STARTUPINFO STARTUPINFOEXSTATPROPSETSTG STATPROPSTGSTATSTGSTORAGE_DEVICE_NUMBERSTRRETSTRRET_0STRRET_0_Extension STYLESTRUCT SYMBOL_INFO SYSTEMTIMESYSTEM_BASIC_INFORMATIONSYSTEM_BATTERY_STATE SYSTEM_CODEINTEGRITY_INFORMATIONSYSTEM_EXCEPTION_INFORMATION SYSTEM_INFO SYSTEM_INFO_0SYSTEM_INFO_0_ExtensionSYSTEM_INFO_0_0SYSTEM_INFO_0_0_ExtensionSYSTEM_INTERRUPT_INFORMATION$SYSTEM_LOGICAL_PROCESSOR_INFORMATION&SYSTEM_LOGICAL_PROCESSOR_INFORMATION_00SYSTEM_LOGICAL_PROCESSOR_INFORMATION_0_Extension(SYSTEM_LOGICAL_PROCESSOR_INFORMATION_0_02SYSTEM_LOGICAL_PROCESSOR_INFORMATION_0_0_Extension(SYSTEM_LOGICAL_PROCESSOR_INFORMATION_0_12SYSTEM_LOGICAL_PROCESSOR_INFORMATION_0_1_ExtensionSYSTEM_LOOKASIDE_INFORMATIONSYSTEM_PERFORMANCE_INFORMATIONSYSTEM_POLICY_INFORMATIONSYSTEM_POWER_STATUS(SYSTEM_PROCESSOR_PERFORMANCE_INFORMATIONSYSTEM_PROCESS_INFORMATION!SYSTEM_REGISTRY_QUOTA_INFORMATIONSYSTEM_THREAD_INFORMATIONSYSTEM_TIMEOFDAY_INFORMATIONSdpAttributeRange SdpQueryUuidSdpQueryUuidUnionSensorSensorCollectionSensorDataReport SensorManager ShellItem ShellLink SpDataKey SpObjectTokenSpObjectTokenCategorySpVoiceSpellCheckerFactoryTASKDIALOGCONFIGTASKDIALOGCONFIG_0TASKDIALOGCONFIG_0_ExtensionTASKDIALOGCONFIG_1TASKDIALOGCONFIG_1_ExtensionTASKDIALOG_BUTTON TEXTMETRICTIMEVAL TITLEBARINFOTITLEBARINFOEXTLIBATTRTOKEN_APPCONTAINER_INFORMATIONTOKEN_ELEVATION TOUCHINPUTTOUCHPREDICTIONPARAMETERS TPMPARAMSTYPEATTRTYPEDESC TYPEDESC_0TYPEDESC_0_ExtensionUNICODE_STRINGUNSIGNED_RATIOUPDATELAYEREDWINDOWINFOUSB_DEVICE_STATUSUSB_DEVICE_STATUS_0USB_DEVICE_STATUS_0_Extension UiaChangeInfoVALENTVARDESC VARDESC_0VARDESC_0_ExtensionVARIANT VARIANT_0VARIANT_0_Extension VARIANT_0_0VARIANT_0_0_Extension VARIANT_0_0_0VARIANT_0_0_0_ExtensionVARIANT_0_0_0_0VARIANT_0_0_0_0_Extension VARIANT_BOOLVERSIONEDSTREAMVOLUME_DISK_EXTENTSVS_FIXEDFILEINFOVirtualDesktopManager WAVEFORMATEXWAVEFORMATEXTENSIBLEWAVEFORMATEXTENSIBLE_0 WAVEFORMATEXTENSIBLE_0_ExtensionWAVEHDR WAVEINCAPS WAVEOUTCAPSWIN32_FILE_ATTRIBUTE_DATAWIN32_FIND_DATA WINDOWINFOWINDOWPLACEMENT WINDOWPOSWINDOW_BUFFER_SIZE_RECORDWLAN_ASSOCIATION_ATTRIBUTESWLAN_AUTH_CIPHER_PAIR_LISTWLAN_AVAILABLE_NETWORKWLAN_AVAILABLE_NETWORK_LISTWLAN_BSS_ENTRY WLAN_BSS_LISTWLAN_CONNECTION_ATTRIBUTES!WLAN_CONNECTION_NOTIFICATION_DATAWLAN_CONNECTION_PARAMETERS"WLAN_COUNTRY_OR_REGION_STRING_LISTWLAN_DEVICE_SERVICE_GUID_LIST%WLAN_DEVICE_SERVICE_NOTIFICATION_DATA'WLAN_HOSTED_NETWORK_CONNECTION_SETTINGS*WLAN_HOSTED_NETWORK_DATA_PEER_STATE_CHANGEWLAN_HOSTED_NETWORK_PEER_STATEWLAN_HOSTED_NETWORK_RADIO_STATE%WLAN_HOSTED_NETWORK_SECURITY_SETTINGS WLAN_HOSTED_NETWORK_STATE_CHANGEWLAN_HOSTED_NETWORK_STATUSWLAN_INTERFACE_CAPABILITYWLAN_INTERFACE_INFOWLAN_INTERFACE_INFO_LISTWLAN_MAC_FRAME_STATISTICSWLAN_MSM_NOTIFICATION_DATAWLAN_PHY_FRAME_STATISTICSWLAN_PHY_RADIO_STATEWLAN_PROFILE_INFOWLAN_PROFILE_INFO_LISTWLAN_RADIO_STATE WLAN_RATE_SET WLAN_RAW_DATAWLAN_RAW_DATA_LISTWLAN_RAW_DATA_LIST_0WLAN_SECURITY_ATTRIBUTESWLAN_STATISTICSWNDCLASS WNDCLASSEXWPARAM WTA_OPTIONSWbemClassObject WbemContext WbemLocator WbemRefresherWinHttpRequestXFORMXINPUT_BATTERY_INFORMATIONXINPUT_CAPABILITIESXINPUT_GAMEPADXINPUT_KEYSTROKE XINPUT_STATEXINPUT_VIBRATION socklen_taStructUint8intUint16ACCEL_VIRT_FLAGSnewArenaPointer AllocatoradaptiveCalloc allocatorrefUint32Utf16PWSTRInt32IntPtr VTablePointerboolFALSETRUEIUriisNullptrnullptrArrayvariableWithVariableDimensionGUIDfromComponentsfromListAUDIO_STREAM_CATEGORYAUDCLNT_STREAMOPTIONSUnion ITypeCompPackedBI_COMPRESSIONUint64 AnonymousullLongrgBytesBLUETOOTH_AUTHENTICATION_METHODpinInfooobInfonumericCompInfo passkeyInfoBLUETOOTH_IO_CAPABILITY%BLUETOOTH_AUTHENTICATION_REQUIREMENTS Numeric_ValuePasskeyString toDartString setStringNativeFunctionPFN_DEVICE_CALLBACK BFFCALLBACKInt8BTH_LE_GATT_DESCRIPTOR_TYPE CharacteristicExtendedProperties!ClientCharacteristicConfiguration!ServerCharacteristicConfigurationCharacteristicFormatIsReliableWriteEnabledIsAuxiliariesWritableIsSubscribeToNotificationIsSubscribeToIndication IsBroadcastFormatExponentUnit NameSpace DescriptionValue ShortUuidLongUuidInt16Utf8PSTRPROCESSOR_CACHE_TYPEDoubleFloatInt64CERT_QUERY_ENCODING_TYPEMSGFLTINFO_STATUSChar UnicodeChar AsciiChar LPCCHOOKPROCCHOOSECOLOR_FLAGS LPCFHOOKPROCCHOOSEFONT_FLAGSCHOOSEFONT_FONT_TYPECOMMPROP_STOP_PARITYgetBitssetBitsIUnknownCONSOLE_CHARACTER_ATTRIBUTESCoDecrementMTAUsage fromAddressvoid WINDOW_STYLEWINDOW_EX_STYLE CRED_FLAGS CRED_TYPE CRED_PERSISTCURSORINFO_FLAGSLoHi DCB_PARITY DCB_STOP_BITS Anonymous1 signscalescalesign Anonymous2Lo64Lo32Mid32DEVMODE_FIELD_FLAGS DEVMODE_COLORDEVMODE_DUPLEXDEVMODE_TRUETYPE_OPTIONDEVMODE_COLLATE dmOrientation dmPaperSize dmPaperLength dmPaperWidthdmScaledmCopiesdmDefaultSourcedmPrintQualityDEVMODE_DISPLAY_ORIENTATIONDEVMODE_DISPLAY_FIXED_OUTPUT dmPositiondmDisplayOrientationdmDisplayFixedOutputdmDisplayFlagsdmNupDEV_BROADCAST_HDR_DEVICE_TYPEDEV_BROADCAST_VOLUME_FLAGS MEDIA_TYPEDISPLAYCONFIG_DEVICE_INFO_TYPEDISPLAYCONFIG_MODE_INFO_TYPE targetMode sourceModedesktopImageInfo modeInfoIdxbitfield 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E  o ) - D m , t 7  1 3 4  ; Z f # ) t  S r t u 1PCeyC)*01B7B/// The accelerator key.lmstJ>/// The accelerator identifier.+ń4::$DP0#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.~Ҁ/// Defines an accelerator key used in an accelerator table. /// /// To learn more, see /// . /// /// {@category struct}RR,/// Specifies the revision level of the ACL.dejk||/// Specifies a zero byte of padding /// that aligns the AclRevision member on a 16-bit boundary.ΈP-/// Specifies the size, in bytes, of the ACL.)W)3/// Specifies the number of ACEs stored in the ACL.6/// Specifies two zero-bytes of padding /// that align the ACL structure on a 32-bit boundary.UU$_kK#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.;/// Header of an access control list (ACL). /// /// To learn more, see /// . /// /// {@category struct} ŒÌԌF$/// The size of the struct in bytes.9:@ARzRU/// Flags that indicate how the values included in this structure are to be /// used.v^!vʍ\*/// Identifies the type of processor used. !'(9[98/// Specifies the language manifest that should be used.]E,]u'*ߎ쀫{/// Null-terminated string specifying the path of the manifest file or PE /// image to be used to create the activation context.Ώ΀|/// The base directory in which to perform private assembly probing if /// assemblies in the activation context are not present in the system-wide /// store./// Pointer to a null-terminated string that contains the resource name to be /// loaded from the PE specified in hModule or lpSource. c>(/// The name of the current application.~/// Use this member rather than lpSource if you have already loaded a /// DLL and wish to use it to create activation contexts rather than using a /// path in lpSource. /ʐ Eݑ ʑ; ppAt /$!-ϓρ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.z/// Used by the CreateActCtx function to create the activation context. /// /// To learn more, see /// . /// /// {@category struct}{ŖƖז?/// A handle to the print job.ဨu/// Pointer to a null-terminated string that contains the path and file name /// that the application can use to store the print job. '$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ccZ/// Identifies a print job as well as the directory and file in which an /// application can store that job. /// /// To learn more, see /// . /// /// {@category struct}H/// Flags that indicate options used in the GetAddrInfoW /// function.78=>O;O/// The address family.tuz{]:/// The socket type.͛</// The protocol type.67=>O|OT/// The length, in bytes, of the buffer pointed to by the ai_addr /// member.v^%vΜM(/// A pointer to a `sockaddr` structure.-Z-5/// A pointer to the next structure in a linked list.99Uj$/// The canonical name for the host. 7$!-́͝ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.SS,/// Used by the GetAddrInfoW function to hold host address information. /// /// To learn more, see /// . /// /// {@category struct} eF$/// The size of the struct in bytes.٠ڠߠG&/// The number of items in the window.'(-.?K?(/// The number of columns in the window.tuz{LE%/// The number of rows in the window.ǡȡ͡ΡߡR./// The column of the item that has the focus.!"3O3+/// The row of the item that has the focus.A`?/// The width of each icon in the application-switching window.a@/// The height of each icon in the application-switching window.H CH*/// The top-left corner of the first icon.$TT#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ccG/// Contains status information for the application-switching (ALT+TAB) window. /// /// To learn more, see /// . /// /// {@category struct}#9""9IIb/// `[TRUE]` if the package is created as Zip32; `[FALSE]` if the package is /// created as Zip64.%%uC/// The hash algorithm URI to use for the block map of the package. Aħ CXX$bnI#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.섴р/// Represents package settings used to create a package. /// /// To learn more, see /// . /// /// {@category struct}3/// The element type.ުߪ9/// The dimension count.JKPQnpoF/// A variable-length array containing one element for each dimension.$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.n/// Describes an array, its element type, and its dimension. /// /// To learn more, see /// . /// /// {@category struct} }~}'­'խ֭ܭݭ&)F.!FTU[\mT!mz#$&DD J77/;$үjj#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.77Y/// {@category struct}F$/// The size of the struct in bytes. 1#1ABGHYA"Yhinoh X/// Boolean value to indicate whether or not the audio stream is /// hardware-offloaded.__L/// An enumeration that is used to specify the category of the audio stream...4H)) .AAqqee=i$ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Used to set the parameters that describe the properties of the client's /// audio stream. /// /// To learn more, see /// . /// /// {@category struct}E BE/// Pointer to a function.TZ4/// Pointer to a variable, constant, or data member.ʹ׹׀/// The ITypeComp /// that binds the pointer.ɺBLL$VbB#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.LLJ/// Describes a pointer. /// /// To learn more, see /// . /// /// {@category union}̽M)/// The size of this structure, in bytes. !2a2=/// Flags that control aspects of moniker binding operations.Ⱦ?k/// Flags that should be used when opening the file that contains the object /// identified by the moniker.FGMN_Ԁ_m/// The clock time by which the caller would like the binding operation to be /// completed, in milliseconds.@@$@@ؿww@#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.tj/// Contains parameters used during a moniker-binding operation. /// /// To learn more, see /// . /// /// {@category struct}BBB"B#B4B5B4/// The bitmap type.BjBkBpBqBB?JB(/// The width, in pixels, of the bitmap.BBBBBBLB)/// The height, in pixels, of the bitmap.C C CCC$BQC$*/// The number of bytes in each scan line.CVCWC]C^CoC5BCo/// The count of color planes.CCCCCC|hCA/// The number of bits required to indicate the color of a pixel.D<CYD. /// /// {@category struct}G G!G'G(G9F@G9/// The file type; must be BM.GrGsGyGzGGDMG+/// The size, in bytes, of the bitmap file.GGGGGG%GGGGGGG%GH\H]HcHdHuGꀔHum/// The offset, in bytes, from the beginning of the BITMAPFILEHEADER /// structure to the bitmap bits.II$IIHHIˁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.FFFFFEEۄDFۀ/// Contains information about the type, size, and layout of a file that /// contains a DIB. /// /// To learn more, see /// . /// /// {@category struct}KK Kf/// A `BITMAPINFOHEADER` structure that contains information about the /// dimensions of color format.LLLLL;L=L<LYKLYr/// An array of RGBQUAD.MM$MMLgLgM#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.J!J!J/// Defines the dimensions and color information for a DIB. /// /// To learn more, see /// . /// /// {@category struct} OcOdOjOkO|O$^O|DWORD in little-endian order.QQQQQQVQ//// Specifies the size, in bytes, of the image.RlRmRrRsRRRf/// Specifies the horizontal resolution, in pixels per meter, of the target /// device for the bitmap.SSSSSRSd/// Specifies the vertical resolution, in pixels per meter, of the target /// device for the bitmap.SSSSSS-Sf/// Specifies the number of color indices in the color table that are actually /// used by the bitmap.T*T+T1T2TCSTCf/// Specifies the number of color indices that are considered important for /// displaying the bitmap.UU$UUTVTVU#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.MMO/// Contains information about the dimensions and color format of a /// device-independent bitmap (DIB). /// /// To learn more, see /// . /// /// {@category struct}WNWOWUWVWgWUWg2/// The number of bytes required by the structure.WWWWWWsJW'/// The width of the bitmap, in pixels.WWWWXWLX(/// The height of the bitmap, in pixels.XEXFXLXMX^XTX^//// The number of planes for the target device.XXXXXXlXa/// The number of bits that define each pixel and the maximum number of colors /// in the bitmap.XXYYYX(YYPYQYWYXYiY(MYi%/// The size, in bytes, of the image.YYYYYYzY\/// The horizontal resolution, in pixels-per-meter, of the target device for /// the bitmap.ZgZhZmZnZZZZ/// The vertical resolution, in pixels-per-meter, of the target device for the /// bitmap.ZZZZ[Z[\/// The number of color indexes in the color table that are actually used by /// the bitmap.[l[m[s[t[[w[L/// The number of color indexes that are required for displaying the bitmap.\\\#\$\5[\5~/// Color mask that specifies the red component of each pixel, valid only if /// bV5Compression is set to BI_BITFIELDS.\\\\\\D\ /// Color mask that specifies the green component of each pixel, valid only if /// bV5Compression is set to BI_BITFIELDS.]w]x]~]]\]/// Color mask that specifies the blue component of each pixel, valid only if /// bV5Compression is set to BI_BITFIELDS.]]]]]]h]@/// Color mask that specifies the alpha component of each pixel.^/^0^6^7^H^ D^H/// The color space of the DIB._F^V_F/// A `CIEXYZTRIPLE` structure that specifies the x, y, and z coordinates of /// the three colors that correspond to the red, green, and blue endpoints for /// the logical color space associated with the bitmap._{_|____WH_!/// Toned response curve for red.______L_#/// Toned response curve for green.```!`"`3_J`3"/// Toned response curve for blue.`D`E`K`L`]`D"`]````a`kay/// The offset, in bytes, from the beginning of the BITMAPV5HEADER /// structure to the start of the profile data.aEaFaLaMa^aWa^-/// Size, in bytes, of embedded profile data.aqaraxayaaq%aaa;aaaaaaDacqcq$c{cb!b!cg#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.UUV/// The bitmap information header file. /// /// It is an extended version of the BITMAPINFOHEADER structure. /// /// To learn more, see /// . /// /// {@category struct}ddddedAe/// The source blend operation.e0e1e6e7eHe6eH/// Must be zero.eeeeeeWeU/// Specifies an alpha transparency value to be used on the entire source /// bitmap.f>f?fDfEfVeကfVX/// This member controls the way the source and destination bitmaps are /// interpreted.gg$ggffffg#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ccBd/// Controls blending by specifying the blending functions for source and /// destination bitmaps. /// /// To learn more, see /// . /// /// {@category struct}hhhhhhhih!ijeje$joj{iij[#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.hhh/// Contains information about a block of data. /// /// To learn more, see /// . /// /// {@category struct}kj&klvlv$llk#k#ll#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.jjj/// {@category struct}m m mmm$m m$m0m1m6m8m7mRm0)mRnn$nnm^m^n#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ll‚>l/// {@category union}rqlrw/// A `BLUETOOTH_ADDRESS` structure that contains the address of the device /// requesting the authentication response.rrrrr0r#r0rkr@4rkrrrrrryxrM/// `[TRUE]` if the authentication request was rejected; otherwise `[FALSE]`.rr0t/// A BLUETOOTH_AUTHENTICATION_METHOD /// enumeration that defines the supported authentication method.t9t9%tYt*t*Mt.uu$uut{t{uҁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.p(p(q9/// Contains information passed in response to a BTH_REMOTE_AUTHENTICATE_REQUEST /// event. /// /// To learn more, see /// . /// /// {@category struct}vv#vvv(vwv:ww3w+w3xx$xxwCwCx#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.v+v+vN/// {@category union}}}W}_/// A `BLUETOOTH_DEVICE_INFO` structure that contains information about a /// Bluetooth device.}}}}~}-~~~~!~"~3~%~3~E~F~K~L~]~E3~]~~}=~~~g/// A BLUETOOTH_AUTHENTICATION_METHOD /// enumeration that defines the authentication method utilized by the /// Bluetooth device.4/// A BLUETOOTH_IO_CAPABILITY /// enumeration that defines the input/output capabilities of the Bluetooth /// device.tH/// A BLUETOOTH_AUTHENTICATION_REQUIREMENTS /// specifies the 'Man in the Middle' protection required for authentication.CC%c**g.I+y~~$o#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.{{}*/// Contains specific configuration information about the Bluetooth device /// responding to an authentication request. /// /// To learn more, see /// . /// /// {@category struct}()/0A(&ASTZ[lS l$xxځ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Ȃi/// {@category union}\7/// A mask to compare to determine the class of device.;#(;PPZ#/// Descriptive string of the mask. =II$S_:#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Provides for specification and retrieval of Bluetooth Class Of Device (COD) /// information. /// /// To learn more, see /// . /// /// {@category struct} ")*01B)(BVW\]nV#n~~$'  "=,=II,R.334<, xxA| C}} jjIn 5zz$k#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.//// {@category struct},K,)/// The size, in bytes, of the structure.78=>O7-Oijopi*') & e/// A value that indicates the time out for the inquiry, expressed in /// increments of 1.28 seconds.Ӏ>]/// A value that specifies that the search should return authenticated /// Bluetooth devices.؀@Z/// A value that specifies that the search should return remembered Bluetooth /// devices.΀3W/// A value that specifies that the search should return unknown Bluetooth /// devices.Y/// A value that specifies that the search should return connected Bluetooth /// devices.t?/// A value that specifies that a new inquiry should be issued.]]a;/// A handle for the radio on which to perform the inquiry. yy[} uuUyuu zbbIf^^ cIIMM$$ )G ,WW$amH#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ĉ/// Specifies search criteria for Bluetooth device searches. /// /// To learn more, see /// . /// /// {@category struct} iG/// Size of the BLUETOOTH_FIND_RADIO_PARAMS structure, in bytes.$''z#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.0/// Facilitates enumerating installed Bluetooth radios. /// /// To learn more, see /// . /// /// {@category struct} R /// The handle to the attribute.pqwx7m6/// The size, in bytes, of CharacteristicValue.f/// The characteristic value.}}$n#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Ӄ/// Describes a changed attribute value. /// /// To learn more, see /// . /// /// {@category struct}IJPQbrbD/// The number of characteristics that follow this member in memory. y . /// /// {@category struct}56<=N>N/// The numeric value.$__#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime../// Contains the numeric value used for authentication via numeric comparison. /// /// To learn more, see /// . /// /// {@category struct}Ig@/// A 128-bit cryptographic key used for two-way authentication.g@/// A randomly generated number used for one-way authentication.$!!p#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Contains data used to authenticate prior to establishing an Out-of-Band /// device pairing. /// /// To learn more, see /// . /// /// {@category struct}rsyzGK(/// The passkey used for authentication.$ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ɃsH/// Contains a passkey value used for authentication. /// /// A passkey is similar to a password, except that a passkey value is used for /// authentication only once. /// /// To learn more, see /// . /// /// {@category struct}mnsvtFM$/// The PIN used for authentication.A/// The length of pin.77$AMށ(#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.>>A /// Contains information used for authentication via PIN. /// /// To learn more, see /// . /// /// {@category struct}G%/// Size, in bytes, of the structure.N)/// Address of the local Bluetooth radio.$%*.+I$,IUZ//// Device class for the local Bluetooth radio.**X/// This member contains data specific to individual Bluetooth device /// manufacturers.<U/// Manufacturer of the Bluetooth radio, expressed as a BTH_MFG_Xxx /// value.U&/// Name of the local Bluetooth radio.$$ +5$RR#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.t]/// Contains information about a Bluetooth radio. /// /// To learn more, see /// . /// /// {@category struct}NmK/// Size, in bytes, of the BLUETOOTH_SELECT_DEVICE_PARAMS structure.[2/// Number of classes in prgClassOfDevices.o `o&/// Array of class of devices to find. -+,-23D,(DYZ_`qY%q,*`『`D/// A pointer to a callback function that is called for each device.vq/// Parameter to be passed as pvParam to the callback function pointed /// to in pfnDeviceCallback.@AGHY [Y4/// On input, specifies the number of desired calls.SiS/// Pointer to an array of BLUETOOTH_DEVICE_INFO /// structures.``Z3/// Sets the information text when not NULL.L /// Handle to the parent window.uu{¹8/// If `[TRUE]`, forces authentication before returning.SS~Þ?/// If `[TRUE]`, authenticated devices are shown in the picker.00ux. /// /// {@category struct}˅˅[/// A PIDL that specifies the location of the root folder from which to start /// browsing.˪˒'˪˽" ̞ ̞b/// Pointer to an application-defined function that the dialog box calls when /// an event occurs.̧̨̧̮̯ TUZ[l̀l/// An integer value that receives the index of the image associated with the /// selected folder, stored in the system image list.ww^ͷ4/// A handle to the owner window for the dialog box. w[/// Pointer to a buffer to receive the display name of the folder selected by /// the user.’]l/// Pointer to a null-terminated string that is displayed above the tree view /// control in the dialog box.ϴϴA}/// An application-defined value that the dialog box passes to the callback /// function, if one is specified in lpfn. 0ζζ μΣΣ;Χύύ ϓ1σhh o]],a$ЍЍρ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ɮɮuʁ/// Contains parameters for the SHBrowseForFolder function and receives /// information about the folder selected by the user. /// /// To learn more, see /// . /// /// {@category struct}YZ`ar2Fr$/// The size of the struct in bytes.ӎ}ӎөӘөӳK6/// A locally unique identifier (LUID) for the window._Lhwnd.ԓԓS3/// A handle to the window that denied the request.pp vff)j &]]$gsS#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.%%/// Contains information about a window that denied a request from /// BroadcastSystemMessageEx. /// /// To learn more, see /// . /// /// {@category struct}# #ww$؁؍--m#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.֩֩/// {@category struct}ٮmL/// A combination of one or more of the flags listed in the following table.NOUVg Ng+/// Address of the remote Bluetooth device.sW/// Bit field that describes the device class of device (COD) of the remote /// device.WX]a^zzX/// Name of the remote Bluetooth device, as reported by the device, encoded in /// UTF8.$ۃۃʁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Ä[ً/// Stores information about a Bluetooth device. /// /// To learn more, see /// . /// /// {@category struct} ./// Address of the remote device, in the form of a BTH_ADDR /// structure.FGLM^,@^/// Type of connection.ߑߒߗߘߩqAߩ/// Status of the connection.$&߷߷#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 8/// Used in connection with obtaining WM_DEVICECHANGE messages for Bluetooth. /// /// To learn more, see /// . /// /// {@category struct}\]cdu_ u/// Remote radio address with which the L2CAP event is associated, in the form /// of a BTH_ADDR /// structure.L-/// Channel number established or terminated. A /// Status of the connection.BCHIZHZ$/// Provides connection information.$hh崁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ZZ7/// Contains data about events associated with an L2CAP channel. /// /// To learn more, see /// . /// /// {@category struct} {|@a8/// The handle to the Bluetooth LE GATT profile service.e;/// The Universally Unique ID (UUID) of the characteristic.NOUVgfg;/// The handle to the Bluetooth LE GATT profile attributes.{zE/// The handle to the Bluetooth LE GATT profile characteristic value.('(-.?'#?OPUVgO#gwx}~w2)% &1278I1.Idda(/// The characteristic can be broadcast.RG#/// The characteristic can be read.X)/// The characteristic can be written to.TTF/// The characteristic can be written to without requiring a response.TTi./// The characteristic can be signed writable.nJ/// The characteristic can be updated by the device through Handle Value /// Notifications, and the new value will be returned through the callback /// function registered via BluetoothGATTRegisterEvent.⁃BluetoothGATTRegisterEvent.F/// The characteristic has extended properties, which will be presented /// through a Characteristic Extended Properties descriptor. K}} nnAr #A e M E{{ iiGm ]EE$O[䁧6#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. /// Describes a Bluetooth Low Energy (LE) generic attribute (GATT) profile /// characteristic. /// /// To learn more, see /// . /// /// {@category struct}$%6j6F/// The size, in bytes, of the Bluetooth LE GATT characteristic value.CA/// A pointer to the Bluetooth LE GATT characteristic value data.77$AMЁ(#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Describes a Bluetooth Low Energy (LE) generic attribute (GATT) profile /// characteristic value. /// /// To learn more, see /// . /// /// {@category struct}a8/// The handle to the Bluetooth LE GATT profile service.PQWXioi?/// The handle to the Bluetooth LE GATT profile characteristic.'oI/// The Universally Unique ID (UUID) of the Bluetooth LE GATT descriptor.`aghy"fy;/// The handle to the Bluetooth LE GATT profile attributes.|1/// The type of the Bluetooth LE GATT descriptor. !< W$hh#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.~/// Describes a Bluetooth Low Energy (LE) generic attribute (GATT) profile /// descriptor. /// /// To learn more, see /// . /// /// {@category struct}&'&:c=/// The Universally Unique ID (UUID) of the descriptor value.1  $T$0/// The size, in bytes, of the descriptor value._`ef1r+/// A pointer to the descriptor value data.p%/// The type of the descriptor value.//!KW $wwˁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ހ/// Describes a parent characteristic. /// /// To learn more, see /// . /// /// {@category struct}xJK?K?d>  $"#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.$$0G/// {@category union} 7 8 = > O 7/ O k l q r  k.   D  G GB P     _      ] TT$^j  큭E#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  ߃ /// {@category struct}NOTUfN2f0JooFx%% *e  a$u#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// {@category struct}$.<< A,,C0$ssˁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.zz/// {@category struct}   # !#F1 F$VV#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.MMq/// {@category struct}#"q#N/// The Universally Unique ID (UUID) of the Bluetooth LE GATT profile service.#`#a#g#h#y#"f#y;/// The handle to the Bluetooth LE GATT profile attributes.$$$$$##$؁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.!!"/// Describes a Bluetooth Low Energy (LE) generic attribute (GATT) profile /// service. /// /// To learn more, see /// . /// /// {@category struct}&L&M&R&S&d&L$&d&&u9&/// The value of the UUID.&&',k/// Indicates if the Low Energy (LE) UUID a 16-bit shortened value, or if it /// is the long 128-bit value.'e'e 'j'U'UC'Y(($((''(߁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.%1%1&-/// Contains information about a Bluetooth Low Energy (LE) Universally Unique /// Identifier (UUID). /// /// To learn more, see /// . /// /// {@category struct})x)y))))x"))))+ + $++))*#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.)5)5)X/// {@category union}-q-r-x-y--a,- /// Reserved.------Q-0/// Requested length of the inquiry, in seconds./:/:$/D/P--聚/0#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.-'-(-.-0-/,[,[)-=/// Used when querying for the presence of a Bluetooth device. /// /// To learn more, see /// . /// /// {@category struct}000000v?0/// Type of service to perform.111$1%16016^/// Service handle on which to query the attributes specified in the /// pRange member.1111111Hk19/// UUIDs that a record must contain to match the search.111111L1(/// Number of elements in pRange.222222222 2~/// Attribute values to retrieve for any matching records, in the form of an /// array of SdpAttributeRange structures.4646$4@4L22せ4,#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.0;0<0B0D0C//0Q/// Used to query a Bluetooth service. /// /// To learn more, see /// . /// /// {@category struct}6~56~/// Current set of attributes associated with the remote device, in the form /// of a BTH_DEVICE_INFO /// structure.7u7v7|7}767/// Previous flags for the flags member of the BTH_DEVICE_INFO /// structure pointed to by the deviceInfo member.88$9 9778#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.445`/// Stores data about Bluetooth devices within communication range. /// /// To learn more, see /// . /// /// {@category struct}::T>:/// Version of the SDP.::G:/// Handle to the SDP record.; ; ;;;%:M;%&/// Class of device (COD) information.;5;6;;;=;<;X;5,;X;;;;;;fP;&/// Size, in bytes, of pRecord.;;;;<<<<8;<8:/// SDP record, as defined by the Bluetooth specification.==$==. /// /// {@category struct} ?? ?&?'?8?D?8/// The file attributes.??Mq?N/// A `FILETIME` structure that specifies when a file or directory is created.??@?/// A `FILETIME` structure.@8@?@8/// A `FILETIME` structure.@@@@@@Li@9/// The serial number of the volume that contains a file.@@@@@@R@)/// The high-order part of the file size.A<A=ACADAUAPAU(/// The low-order part of the file size.AAAAAAfOA%/// The number of links to this file.B B BBB$AxB$N/// The high-order part of a unique identifier that is associated with a file.BBBBBB7vBM/// The low-order part of a unique identifier that is associated with a file.DD$DD)BBD#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.==z>ր/// Contains information that the GetFileInformationByHandle function retrieves. /// /// To learn more, see /// . /// /// {@category struct}DDDDDDDDDDF(F($F2F>DDF#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.D]D]D/// {@category struct}FFFFFFFFF'FHHHH$HRH^GGH>#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.FtFtF/// {@category struct}HHHHHHHIH!IJjJj$JtJIIJ`#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.HH H/// {@category struct}JJJJKJKK*KK*K6K6!K?KeKe KjKZKZ*K^LL$LLKKLÁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.JJaJ/// {@category struct}MMMMNMNN8N9N>N?NPNDNP/// The cache associativity.NNNNNNbFN"/// The cache line size, in bytes.NNNNNN=N/// The cache size, in bytes.NNNNONOOOCO@/// The cache type.OaOaOvOXOX6O\PP$PPOOPځ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.MMMӀ/// Describes the cache attributes. /// /// To learn more, see /// . /// /// {@category struct}QpQqQwQxQQpQQQ!QSS$SSQQR#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Q0Q0 QR/// {@category struct}SSSSSSSSSSUU$U(U4SSՁU#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.SRSRSt/// {@category struct}UUUUUUUUUUW.W.$W8WDUU聎W$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.UjUjU/// {@category struct}WWWWWWWWWWYFYF$YPY\WWY<#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.WzWzW/// {@category struct}YYYYYYYZ YZ [\[\$[f[rZZ[R#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.YYY/// {@category struct}[[[[\[\\'\ !\']~]~$]]\2\2]t#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.[[ [/// {@category struct}^^^ ^ ^^^^A^)^A__$__^L^L_#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.]]ʂ]/// {@category struct}```` `1``1`T`<`Taa$aa`_`_a#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.__߂`/// {@category struct}b)b*b0b1bBb)bBbebMbecc$ccbpbpc#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.aab/// {@category struct}d:d;dAdBdSd:dSdvd^dvee$eedde#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ddd#/// {@category struct}fOfPfVfWfhfOfhffs&fgg$ggffg݁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.fff4/// {@category struct}hqhrhxhyhhqhhh'hj j $jj!hhj#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.h3h3"hU/// {@category struct}jjjjjjjjj$jl6l6$l@lLjj灗l,#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.jWjW)jy/// {@category struct}llllllllllnOnO$nYnemmnE#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.lll/// {@category struct}nnnnnnnonopbpb$plpxoopX#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.nnn/// {@category struct}ppppqpqq%q q%rvrv$rrq0q0rl#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ppp/// {@category struct}rrsssrss9s s9tt$ttsDsDt#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.rr‚r/// {@category struct}uuuuu)uu)uMu4uMvv$vvuXuXv#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ttւt/// {@category struct}xxxxx)xx)xFx5xFxVxVxe/// This member is `[TRUE]` if a mouse click is causing the activation or /// `[FALSE]` if it is not.y%y%NyS"/// A handle to the active window.xx xxx9xyy yywyw2y{{{${ {yyz#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.vv`w/// Contains information passed to a WH_CBT hook procedure, CBTProc, before a /// window is activated. /// /// To learn more, see /// . /// /// {@category struct}} |j} {/// A pointer to a `CREATESTRUCT` structure that contains initialization /// parameters for the window about to be created.}#}!}#}8}8}g/// A handle to the window whose position in the Z order precedes that of the /// window being created.}} }}}<}jj$t~~`#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.{L{Lh|I/// Contains information passed to a WH_CBT hook procedure, CBTProc, before a /// window is created. /// /// To learn more, see /// . /// /// {@category struct},FhF@/// A pointer to a buffer that contains the encoded certificate.X\3/// The size, in bytes, of the encoded certificate./// The address of a CERT_INFO /// structure that contains the certificate information.j/// Type of encoding used. /// A handle to the certificate /// store that contains the certificate context.GG`00\48>>$HT4#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Contains both the encoded and decoded representations of a certificate. /// /// To learn more, see /// . /// /// {@category struct} "~p~L/// A `CRYPT_OBJID_BLOB` structure that contains the encoded extension data.\/// Object /// identifier (OID) that specifies the structure of the extension data /// contained in the Value member.8|/// If `[TRUE]`, any limitations specified by the extension in the /// Value member of this structure are imperative. ||.kk p]]?a$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Contains the extension information for a certificate, Certificate Revocation /// List (CRL) or Certificate Trust List (CTL). /// /// To learn more, see /// . /// /// {@category struct} HIOPaMa(/// The version number of a certificate.o/// A BLOB /// that contains the serial number of a certificate./ဉ/// A `CRYPT_ALGORITHM_IDENTIFIER` structure that contains the signature /// algorithm type and encoded additional encryption parameters.WeW@/// The name, in encoded form, of the issuer of the certificate.bZrgExtension array.iXi/// An array of pointers to CERT_EXTENSION /// structures, each of which contains extension information about the /// certificate.$yy#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.<</// Contains the information of a certificate. /// /// To learn more, see /// . /// /// {@category struct}%)%/// CRYPT_ALGORITHM_IDENTIFIER /// structure that contains the public key algorithm type and associated /// additional parameters.x3Nx*/// BLOB containing an encoded public key.$ҁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.݀/// Contains a public key and its algorithm. /// /// To learn more, see /// . /// /// {@category struct}XF$/// The size of the struct in bytes.#4"=$CC#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.++2/// Contains extended result information obtained by calling the /// ChangeWindowMessageFilterEx function. /// /// To learn more, see /// . /// /// {@category struct}bA%/// A union of the following members.C/// The character attributes.;;$EQ1#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.kE/// Specifies a Unicode or ANSI character and its attributes. /// /// This structure is used by console functions to read from and write to a /// console screen buffer. /// /// To learn more, see /// . /// /// {@category struct}$!' OO TAA0E$uu#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// {@category union} Z[abs,Rs+/// The length, in bytes, of the structure.#ꀭ/// A pointer to an array of 16 values that contain red, green, blue (RGB) /// values for the custom color boxes in the dialog box.#耥i/// A pointer to a `CCHookProc` hook procedure that can process messages /// intended for the dialog box.'^4/// A handle to the window that owns the dialog box.TT/// If the CC_ENABLETEMPLATEHANDLE flag is set in the Flags /// member, hInstance is a handle to a memory object containing a /// dialog box template.ee/// If the CC_RGBINIT flag is set, rgbResult specifies the color /// initially selected when the dialog box is created.VVV/// A set of bit flags that you can use to initialize the Color dialog /// box.w/// Application-defined data that the system passes to the hook procedure /// identified by the lpfnHook member.um/// The name of the dialog box template resource in the module identified by /// the hInstance member... 3  0$?? D1105,,54"5 2 ;--$7C##/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime._ /// Contains information the ChooseColor function uses to initialize the Color /// dialog box. /// /// To learn more, see /// . /// /// {@category struct}:;ABS QS*/// The length of the structure, in bytes.tctM'/// A pointer to a `LOGFONT` structure.0167HdH?/// The size of the selected font, in units of 1/10 of a point.WX^_pWp{|{##hˀhi/// A pointer to a `CFHookProc` hook procedure that can process messages /// intended for the dialog box.u'"#','opuv?P-/// The minimum point size a user can select.P-/// The maximum point size a user can select. ^)4/// A handle to the window that owns the dialog box.0/// This member is ignored by the ChooseFont /// function.ll+ҀD`/// If the CF_EFFECTS flag is set, rgbColors specifies the /// initial text color.%w/// Application-defined data that the system passes to the hook procedure /// identified by the lpfnHook member.}}m/// The name of the dialog box template resource in the module identified by /// the hInstance member.dd$/// If the CF_ENABLETEMPLATEHANDLE flag is set in the Flags /// member, hInstance is a handle to a memory object containing a /// dialog box template.>/// The style data.7 YY ^KK0ONN RFF#J4tt}ff4jUU \GG2K88 >%%;)TT^FF5J 1==R//@3$ss#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.yyj/// Contains information that the ChooseFont function uses to initialize the /// Font dialog box. /// /// After the user closes the dialog box, the system returns information about /// the user's selection in this structure. /// /// To learn more, see /// . /// /// {@category struct};<ABSKS)/// The x coordinate in fix point (2.30)._K)/// The y coordinate in fix point (2.30).K)/// The z coordinate in fix point (2.30).GG$Q]=#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// Contains the x,y, and z coordinates of a specific color in a specified color /// space. /// /// To learn more, see /// . /// /// {@category struct}D(/// The xyz coordinates of red endpoint.h+Hh*/// The xyz coordinates of green endpoint.xF)/// The xyz coordinates of blue endpoint.$'Á#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.#/// Contains the x,y, and z coordinates of the three colors that correspond to /// the red, green, and blue endpoints for a specified logical color space. /// /// To learn more, see /// . /// /// {@category struct}íÜíÿ1SS/^(( /:ĖĖ ĝąą8ĉ  $"#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.]]/// {@category struct}ƽƾƖF$/// The size of the struct in bytes.!!ww$ȁȍ--m#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.XXiz/// {@category struct} ʋʌʒʓʤ_Kʤ)/// The size, in bytes, of the structure.ʯʰʶʷʯ *z{ˁ˂˓˓r/// Specifies the nth power gamma-correction value for the /// red primary of the source colors."#4ˢ4t/// Specifies the nth power gamma-correction value for the /// green primary of the source colors.̽̾Es/// Specifies the nth power gamma-correction value for the /// blue primary of the source colors.0Z0./// The black reference for the source colors.vw}~͏EZ͏./// The white reference for the source colors.ͤc>/// The amount of contrast to be applied to the source object.OPUVg gg@/// The amount of brightness to be applied to the source object.νξxkB/// The amount of colorfulness to be applied to the source object.CDIJ[老[V/// The amount of red or green tint adjustment to be applied to the source /// object.пп$nnе#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ÈF. /// /// {@category struct}ҹ  oWH/// A pointer to a buffer that contains the friendly name of the filter.ӦӦb;/// A pointer to a buffer that contains the filter pattern.ӁӁ Ӈuu-y   -ՐՐ$՚զ==Ն#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Є Ҕ/// Used generically to filter elements. /// /// To learn more, see /// . /// /// {@category struct})J)(/// The size of the structure, in bytes._`fgx4Lx(/// The version number of the structure.ׅ׆׌׍מׅ#מd׭d/// The device-control block (DCB) /// structure for RS-232 serial devices.l_/// The type of communications provider, and thus the format of the /// provider-specific data.jkqrككf/// The offset of the provider-specific data relative to the beginning of the /// structure, in bytes.٘_5/// The size of the provider-specific data, in bytes. "!=P=QQcڃ$/// Optional provider-specific data. ڸڸEڼMM$WcC#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.܆ǀ/// Contains information about the configuration state of a communications /// device. /// /// To learn more, see /// . /// /// {@category struct}a/// The size of the entire data packet, regardless of the amount of data /// requested, in bytes.45;<MKM!/// The version of the structure.ެޭ޳޴`rI/// A bitmask indicating which services are implemented by this provider.%JKQRcncF/// The maximum size of the driver's internal output buffer, in bytes.߼߽tmE/// The maximum size of the driver's internal input buffer, in bytes.'(./@c@>/// The maximum allowable baud rate, in bits per second (bps).vw}~NN%/// The communications-provider type.pB/// A bitmask indicating the capabilities offered by the provider.dekl}w}K/// A bitmask indicating the communications parameters that can be changed.N$/// The baud rates that can be used.)*01BjBA/// A bitmask indicating the number of data bits that can be set.TU[\mT-mj>/// The size of the driver's internal output buffer, in bytes.56<=NiN=/// The size of the driver's internal input buffer, in bytes.cF/// Any provider-specific data.F/// Any provider-specific data.:L:JJS/// A bitmask indicating the stop bit and parity settings that can be /// selected.OOV|/// Any provider-specific data.  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The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ܙܙc/// Contains information about a communications driver. /// /// To learn more, see /// . /// /// {@category struct}x{/// The maximum time allowed to elapse before the arrival of the next byte on /// the communications line, in milliseconds.)h/// The multiplier used to calculate the total time-out period for read /// operations, in milliseconds.78>?P΀Pd/// A constant used to calculate the total time-out period for read /// operations, in milliseconds.mi/// The multiplier used to calculate the total time-out period for write /// operations, in milliseconds.~e/// A constant used to calculate the total time-out period for write /// operations, in milliseconds.$ 뵁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.瀅X/// Contains the time-out parameters for a communications device. /// /// To learn more, see /// . /// /// {@category struct}34:;L3!L()/0AYA/// The number of bytes received by the serial provider but not yet read by a /// ReadFile /// operation.M^/// The number of bytes of user data remaining to be transmitted for all write /// operations.+KK+S,77,?,%%'-( D yyD} Ett xffEj EXX \OO@S AKK$UaA#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.OOF/// Contains information about a communications device. /// /// To learn more, see /// . /// /// {@category struct}QQ$[gB#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// {@category struct} /// Connection where this value is the same token that is returned originally /// from calls to IConnectionPoint::Advise.w/// A pointer to the IUnknown /// interface on a connected advisory sink.;11$;G䁕'#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.p/// Describes a connection that exists to a given connection point. /// /// To learn more, see /// . /// /// {@category struct}hF/// The percentage of the character cell that is filled by the cursor.!LI!/// The visibility of the cursor.yy ~ll=p$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.}}b/// Contains the size and visibility information about the about the console /// cursor. /// /// To learn more, see /// . /// /// {@category struct}hiopGA/// The size of the structure."#)*;;/// The number of characters to skip (and thus preserve) before writing newly /// read input in the buffer passed to the `ReadConsole` function.M뀀/// A mask specifying which control characters between `0x00` and `0x1F` /// should be used to signal that the read is complete.%&,->O>"/// The state of the control keys.$TT#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.QQ/// Contains information for a console read operation. /// /// To learn more, see /// . /// /// {@category struct}||o/// A `COORD` structure that contains the size of the console screen buffer, /// in character columns and rows.t/// A `COORD` structure that contains the column and row coordinates of the /// cursor in the console screen buffer.$%+,=$%=N/// A `SMALL_RECT` structure that contains the console screen buffer /// coordinates of the upper-left and lower-right corners of the display /// window.܀/// A `COORD` structure that contains the maximum size of the console window, /// in character columns and rows, given the current screen buffer size and /// font and the screen size./// The attributes of the characters written to a screen buffer by the /// `WriteFile` and `WriteConsole` functions, or echoed to a screen buffer by /// the `ReadFile` and `ReadConsole` functions.  " 3  L   $   V V #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ˀ/// Contains information about a console screen buffer. /// /// To learn more, see /// . /// /// {@category struct}     $ ? $/// The selection indicator.  0n K/// A `COORD` structure that specifies the selection anchor, in characters.  f D/// A `SMALL_RECT` structure that specifies the selection rectangle.kk$u  \#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.   €/// Contains information for a console selection. /// /// To learn more, see /// . /// /// {@category struct}nJ./// The horizontal coordinate or column value.E)/// The vertical coordinate or row value.NN$XdD#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. U/// Defines the coordinates of a character cell in a console screen buffer. /// /// To learn more, see . /// /// {@category struct}# !!!$..v#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.0/// {@category struct}}Y/// Contains the size of this structure, /// `sizeOf()`.y/// The file or device attributes and flags, **FILE_ATTRIBUTE_NORMAL** being /// the most common default value for files.ʀ/// This parameter can contain combinations of flags (FILE_FLAG_*) for /// control of file or device caching behavior, access modes, and other /// special-purpose flags.pB/// The _dwSecurityQosFlags_ parameter specifies SQOS information.G<G/// A pointer to a `SECURITY_ATTRIBUTES` structure that contains two separate /// but related data members: an optional security descriptor, and a Boolean /// value that determines whether the returned handle can be inherited by /// child processes.q`qM/// A valid handle to a template file with the **GENERIC_READ** access right. "  : $GG#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.pi/// Contains optional extended parameters for CreateFile2. /// /// To learn more, see /// . /// /// {@category struct} hfD/// Contains additional data which may be used to create the window.      ] ^ c d u .I u,/// The height of the new window, in pixels.      |H +/// The width of the new window, in pixels.! ! !!!$ \!$@/// The y-coordinate of the upper left corner of the new window.!m!n!s!t!!*\!@/// The x-coordinate of the upper left corner of the new window.!!!!!!!!!!!!!"!!!"""!#"""""c"g4/// A handle to the module that owns the new window.""Y#6/// A handle to the menu to be used by the new window.#L#Lo#C/// A handle to the parent window, if the window is a child window.##K$*!/// The style for the new window.$x$xH$/// The name of the new window.$$%oi/// A pointer to a null-terminated string or an atom that specifies the class /// name of the new window.%%f&1/// The extended window style for the new window."""""5"#)#) #/##)#### ###2#$N$N$[$D$D0$H$$ $$$/$%% %%%1%&>&>&N&0&0;&4''$''&o&o'#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.HE/// Defines the initialization parameters passed to the window procedure of an /// application. /// /// These members are identical to the parameters of the CreateWindowEx /// function. /// /// To learn more, see /// . /// /// {@category struct} ((((((())))) )) )B)*#)B)i)Q )i))v)r/// The time, in Coordinated Universal Time (Greenwich Mean Time), of the last /// modification of the credential.*N*O*U*V*g*j*gCredentialBlob member.**~L*#/// Secret data for the credential.******!*+T+U+[+\+m*+mZ/// The number of application-defined attributes to be associated with the /// credential.+++N/// An application-defined attributes that are associated with the credential.,,$,,G,/!,G,U,Uk,C/// A bit member that identifies characteristics of the credential.,,D-&/// The type of the credential.-m-mL-/// The name of the credential.--i.CB/// A string comment from the user that describes this credential...].//// Defines the persistence of this credential./+/+Z/c+/// Alias for the TargetName member.//o0F/// The user name of the account used to connect to TargetName.,,,,,.,-G-G-Q->->+-B-- ---3-.m.m .s.a.a-.e../ ..4.// ///5/0B0B 0H0505/0911$110h0h1#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.( ( (ŀ/// Contains an individual credential. /// /// To learn more, see /// . /// /// {@category struct}33~ 3333333\3;/// Identifies characteristics of the credential attribute.4+4,42434D4I4D$/// Length of Value in bytes.44RG4'/// Data associated with the attribute.44V4//// Name of the application-specific attribute.55 5 44-466$665)5)6u#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.223VJ/// Contains an application-defined attribute of the credential. /// /// An attribute is a keyword-value pair. It is up to the application to define /// the meaning of the attribute. /// /// To learn more, see /// . /// /// {@category struct}8q8r8x8y88JF8$/// The size of the struct in bytes.88889 89 V/// DWORD flags that indicate when prompts to the user are to be /// displayed.9,99,9P98!9P9^9^M9'/// Window handle to the parent window.99f:)=/// A string containing the text of a prompt to be displayed.99 999,9:V:V :\:I:I/:M;;$;;:|:|;́#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.66΅V8C/// Provides the text of a prompt and information about when and where that /// prompt is to be displayed when using the CryptProtectData and /// CryptUnprotectData functions. /// /// To learn more, see /// . /// /// {@category struct}=K=4 =K> =Y> /// A BLOB /// that provides encoded algorithm-specific parameters.>>%>#>O>O >T>B>B.>F??$??>t>t?Ɓ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.<&<&=/// Specifies an algorithm used to encrypt a private key. /// /// To learn more, see /// . /// /// {@category struct}ANAOAUAVAgAUAg3/// The number of bytes in the pbData array.AAr]A. /// /// {@category struct}EwExE~EEE3cEA/// The count of bytes in the buffer pointed to by pbData.EEHE'/// A pointer to a block of data bytes.GAGA$GKGWEE聟G2#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.CC؃E )/// Used for an arbitrary array of bytes. /// /// It is declared in Wincrypt.h and provides flexibility for objects that can /// contain various data types. /// /// To learn more, see /// . /// /// {@category struct}JJJJJ-IFJ-$/// The size of the struct in bytes.J8J9J?J@JQJ8JQJmJ\JmJJz`JC/// A structure that receives the screen coordinates of the cursor.JJ+JKEKEDKo/// A handle to the cursor.KKK(K K 4KKK KKK/KM M $MM"KKM#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.IICIπ/// Contains global cursor information. /// /// To learn more, see /// . /// /// {@category struct}NsNtNzN{NNs!NNNNNNN NNNNNNN NNNNNON3O/// The message.O,OO,O6O6Or/// The return value of the window procedure that processed the message /// specified by the message value.P P SPE-/// Additional information about the message.PPSP-/// Additional information about the message.QQQ`/// A handle to the window that processed the message specified by the /// message value.OO OOO/OPlPl PsPaPa,PePP PPP,PQQ QQQ&QSS$S S,QQȁS #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.MXMXNS/// Defines the message parameters passed to a WH_CALLWNDPROCRET hook procedure, /// CallWndRetProc. /// /// To learn more, see /// . /// /// {@category struct}TqTrTxTyTTq TTTTTTT TTTTTTT3T/// The message.UTUUUSUI-/// Additional information about the message.UUSU-/// Additional information about the message.VVRVZ2/// A handle to the window to receive the message.UpUp UwUeUe,UiUU UUU,UV{V{ VVrVr&VvWW$WWVVW݁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.SbSbTT/// Defines the message parameters passed to a WH_CALLWNDPROC hook procedure, /// CallWndProc. /// /// To learn more, see /// . /// /// {@category struct}YbYTYbYpYqYvYwYYpYZZ$ZZYYŹ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.X3X3Y?/// Useful for calculations involving money, or for any fixed-point calculation /// where accuracy is particularly important. /// /// To learn more, see /// . /// /// {@category union}[^[_[e[f[w[^[w[~[[[[[~[\\$\\[[\ف#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.["[" [F/// {@category struct}_____+^O_+*/// The length of the structure, in bytes._z_{____9b_>/// The baud rate at which the communications device operates.______!_______#_`````_`/// The minimum number of bytes in use allowed in the input buffer before flow /// control is activated to allow transmission by the sender.a$a%a+a,a=`a=|/// The minimum number of free bytes allowed in the input buffer before flow /// control is activated to inhibit the sender.aaaaaaI`a=/// The number of bits in the bytes transmitted and received.aaaaaaaaaaaaa!aaaaababbbb!b"b3b b3bAbBbFbGbXbA!bXbgbhblbmb~bgb~bbbbbbbbbbbbb$bbb*bcKcK*cScc/cd;d;/dCdd.de3e32e;ee4ef=f=(fEff'fgg.g!gg)ghh/h hh1hii,i iziz'iii.ijCjCmjG/// The value of the XON character for both transmission and reception.jjpk8H/// The value of the XOFF character for both transmission and reception.kkkV/// The value of the character used to replace bytes received with a parity /// error.lDlDdl>/// The value of the character used to signal the end of data.ll]m7/// The value of the character used to signal an event.cc cccCc cc ccxcxCc|dd dccHcd~d~ ddmdmHdqdd dddGde|e| eehehKelff feeMefrfr fvfhfhAflff fff@fgYgY g]gJgJGgNgg gggBghGhG hKh7h7Hh;hh hhhJhi>i> iBi2i2Ei6iiiii0ijjj#jj7j jj jjj,jkeke kjkXkX.k\ll l#ll0lll lll,lmImI mNm=m=,mAnn$nnmmmmn#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.]]^΀/// Defines the control setting for a serial communications device. /// /// To learn more, see /// . /// /// {@category struct}pJpKpQpRpcp ^pc:/// A handle to the thread containing the filter function.pppppppupH/// A handle to the thread that installed the debugging filter function.ppppqp qqqqqq(q q(rrrrr'q4r'/// The value to be passed to the hook in the nCode parameter of the DebugProc /// callback function.r0r0s/// The value to be passed to the hook in the lParam parameter of the /// DebugProc /// callback function.sisitV/// The value to be passed to the hook in the wParam parameter of the /// DebugProc /// callback function.sDsD sKs9s9,s=t}t} ttrtr,tvuu$uvttu#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.nn=o/// Contains debugging information passed to a WH_DEBUG hook procedure, /// DebugProc. /// /// To learn more, see /// . /// /// {@category struct}w:w;wAwBwSw:#wSwuwbwuwwwwwwCw#/// The high 32 bits of the number.wwwy7y7$yAyMwwy-#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.v=v=Dw/// Represents a decimal data type that provides a sign and scale for a number. /// /// To learn more, see /// . /// /// {@category struct}yyyyyyyyy"y{W{W${a{mz z {M#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.yyy/// {@category union}} } }}}"} }"},}-}2}3}D},}D~~$~~}M}M~#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.||ǂ|/// {@category struct}T?Tbcij{b{$Ł#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.#/// {@category union}nouvn$ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.++O/// {@category struct}stz{s$W2/// Number of values in the dvValues array.STY\ZvvV/// An array specifying the values of the axes of a multiple master OpenType /// font.$ǁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ffS/// Used by an application to specify values for the axes of a multiple master /// font. /// /// To learn more, see /// . /// /// {@category struct}67<?=Z61ZledmDriverExtra member.Kf/// Specifies the number of bytes of private driver data that follow the /// public structure members."*+01B* BOPUVgO!gusK/// For printers, specifies the y resolution of the printer, in DPI.#-"-<=BEC`ulLogPixels member of the GDIINFO /// structure.  ##]/// For displays, specifies the color resolution, in bits per pixel, of a /// display device.4}T/// For displays, specifies the width, in pixels, of the visible device /// surface.))U/// For displays, specifies the height, in pixels, of the visible device /// surface.M:M\a/// For displays, specifies the frequency, in hertz, of a display device in /// its current mode.NOUVggW/// Specifies one of the DMICMMETHOD-prefixed constants defined in /// wingdi.h.wtM/// Specifies one of the DMICM-prefixed constants defined in wingdi.h.HIOPa|aS/// Specifies one of the DMMEDIA-prefixed constants defined in /// wingdi.h.q~T/// Specifies one of the DMDITHER-prefixed constants defined in /// wingdi.h. % %&7%7HmC/// Is reserved for system use and should be ignored by the driver.nC/// Is reserved for system use and should be ignored by the driver.--À/// For a display, specifies the name of the display driver's DLL; for /// example, "perm3dd" for the 3Dlabs Permedia3 display driver.99[/// Specifies bit flags identifying which of the following DEVMODEW members /// are in use.Y/// For printers, specifies whether a color printer should print color or /// monochrome./FFA/// For printers, specifies how TrueType fonts should be printed.2&Y/// For printers, specifies the name of the form to use; such as "Letter" or /// "Legal".  A=5&  8EUUeGG;K++ 2= $]]#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Used for specifying characteristics of display and print devices in the /// Unicode (wide) character set. /// /// To learn more, see /// . /// /// {@category struct}F1FiTi$xx#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// {@category union}%#%  " $"349:K3KWX]^oW o|}|'&  $*6Ӂ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.KKo/// {@category struct}..Z>[!{{cXX"u??dC$ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.VVz/// {@category struct}&'-.?&'?RSYZkRk$uu#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.# /// {@category union}rdr|}|$߁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.$$F/// {@category struct}fgmn:N)/// The size of this structure, in bytes.X-/// Set to DBT_DEVTYP_DEVICEINTERFACE.&RKR,/// The GUID for the interface device class.efkleKh3/// A string that specifies the name of the device.// 6!!;%$``#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.55 /// Contains information about a class of devices. /// /// To learn more, see /// . /// /// {@category struct}nouvBN)/// The size of this structure, in bytes.)&LQQ#o==[A$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.+/// Serves as a standard header for information related to a device event /// reported through the WM_DEVICECHANGE message. /// /// To learn more, see /// . /// /// {@category struct}VW]^o*No)/// The size of this structure, in bytes.}S(/// Set to DBT_DEVTYP_VOLUME (2).&CDJK\i\@/// The logical unit mask identifying one or more logical units.nouvn$? H$%%q#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.;;/// Contains information about a logical volume. /// /// To learn more, see /// . /// /// {@category struct}Ձ/// A BITMAP /// data structure that contains information about the DIB: its type, its /// dimensions, its color capacities, and a pointer to its bit values.o퀈oc/// A `BITMAPINFOHEADER` structure that contains information about the color /// format of the DIB.ĩĪįıİz],/// Specifies three color masks for the DIB.opvwňňm/// The offset to the bitmap's bit values within the file mapping object /// referenced by dshSection.ŕŕy/// Contains a handle to the file mapping object that the CreateDIBSection /// function used to create the DIB.ƬƬ ƳƝƝ4ơ!!$+7Ձ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ʆ·/// Contains information about a DIB created by calling the CreateDIBSection /// function. /// /// To learn more, see /// . /// /// {@category struct}yzɀɁɒA[ɒ5/// The number of the disk that contains this extent.ɡoF/// The offset from the beginning of the disk to the extent, in bytes.?@EFWNW'/// The number of bytes in this extent.˵˵$˿hh˫#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.mm"/// Represents a disk extent. /// /// To learn more, see /// . /// /// {@category struct}(@(/// The number of cylinders.67<=N6"N͇͍͎͆͟]S͟&/// The number of tracks per cylinder.͵O$/// The number of sectors per track./067H MH#/// The number of bytes per sector.[[F΃/// The type of media.γγξΥΥ6Ω..$8D߁$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.wЀ/// Describes the geometry of disk devices and media. /// /// To learn more, see /// . /// /// {@category struct}ѳyBѳ /// A `DISK_GEOMETRY` structure.?/// The disk size, in bytes. %&CED___/// Any additional data.ӺӺ$hhӰ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.zzU/// Describes the extended geometry of disk devices and media. /// /// To learn more, see /// . /// /// {@category struct}EFLM^R^4/// The horizontal component of the point or offset.՚՛աբճePճ2/// The vertical component of the point or offset.$!-պպ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Y/// Represents a point or an offset in a two-dimensional space. /// /// To learn more, see /// . /// /// {@category struct} ؀ x/// A `POINTL` structure that specifies the size of the VidPn source surface /// that is being displayed on the monitor.ٛ ٛg/// A `RECTL` structure that defines where the desktop image will be /// positioned within path source.CٲC}/// A `RECTL` structure that defines which part of the desktop image for this /// clone group will be displayed on this path.ۿۿ$XX۰#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.aaL/// Contains information about the image displayed on the desktop. /// /// To learn more, see /// . /// /// {@category struct}00݈݉ݏݐݡ:kݡK/// The size, in bytes, of the device information that is retrieved or set.1ݪ1t/// A locally unique identifier (LUID) that identifies the adapter that the /// device information packet refers to.ޏސޖޗި?kިM/// The source or target identifier to get or set the device information for.ޯޯ1̀/// A DISPLAYCONFIG_DEVICE_INFO_TYPE /// enumerated value that determines the type of device information to /// retrieve or set.$ @$((ခ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// Contains display information about the device. /// /// To learn more, see /// . /// /// {@category struct}!eflm~{~[/// The source or target identifier on the specified adapter that this path /// relates to.y]/// The identifier of the adapter that this source or target mode information /// relates to.&,&44ۀ/// A value that indicates whether the DISPLAYCONFIG_MODE_INFO /// structure represents source or target mode information."%F$EE攁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.مⴀ/// Contains either source mode or target mode information. /// /// To learn more, see /// . /// /// {@category struct}_<-_m-:==$GS݁.#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.킘/// {@category union}g/// A `DISPLAYCONFIG_PATH_SOURCE_INFO` structure that contains the source /// information for the path.55g/// A `DISPLAYCONFIG_PATH_TARGET_INFO` structure that contains the target /// information for the path.DfE/// A bitwise OR of flag values that indicates the state of the path.  $##/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime._Ӏ/// Used to describe a single path from a target to a source. /// /// To learn more, see /// . /// /// {@category struct}bdJ/// The identifier of the adapter that this source information relates to."#4k4M/// The source identifier on the specified adapter that this path relates to.e;3esoH/// A bitwise OR of flag values that indicates the status of the source.LL$Vb火=#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.WW=0/// Contains source information for a single path. /// /// To learn more, see /// . /// /// {@category struct}$A5A$OO#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.h/// {@category union}!06RR VAAIE U$y#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.B/// {@category struct} CPC6/// The identifier of the adapter that the path is on.QkM/// The target identifier on the specified adapter that this path relates to.3)'(-.?'!?MNSTeM er[/// A `DISPLAYCONFIG_RATIONAL` structure that specifies the refresh rate of /// the target. )0167H0(H]oH/// A bitwise OR of flag values that indicates the status of the target. /// The target's connector type.p6/// A value that specifies the rotation of the target.uuH/// A value that specifies how the source image is scaled to the target.99N/// A value that specifies the scan-line ordering of the output on the target.GG|C/// A Boolean value that specifies whether the target is available.ii+TTeX>>U11@5=%_ K{{$l#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ʀ/// Contains target information for a single path. /// /// To learn more, see /// . /// /// {@category struct}"#4$4pD5p  $  ~~ ց#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.łh/// {@category union}     0 ! 0 = =6 E  6     v vU z    !  U $ ` `#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  T /// {@category struct}Q,/// The numerator of the frequency fraction.67=>OUO./// The denominator of the frequency fraction.$__#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.PP)/// Describes a fractional value that represents vertical and horizontal /// frequencies of a video mode (that is, vertical sync and horizontal sync). /// /// To learn more, see /// . /// /// {@category struct}BCIJ[L[+/// The width in pixels of the source mode.eN,/// The height in pixels of the source mode.$ဦ/// A `POINTL` structure that specifies the position in the desktop coordinate /// space of the upper-left corner of this source surface.%/// A value from the DISPLAYCONFIG_PIXELFORMAT /// enumeration that specifies the pixel format of the source mode.Ibb$lxS#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Represents a point or an offset in a two-dimensional space. /// /// To learn more, see /// . /// /// {@category struct}HHv/// A `DISPLAYCONFIG_VIDEO_SIGNAL_INFO` structure that contains a detailed /// description of the current target mode.$bb#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.^w/// Describes a display path target mode. /// /// To learn more, see /// . /// /// {@category struct}ABHIZ%>Z/// The pixel clock rate.huI/// A `DISPLAYCONFIG_RATIONAL` structure that represents horizontal sync. Ls LG/// A `DISPLAYCONFIG_RATIONAL` structure that represents vertical sync.! Z!/// A `DISPLAYCONFIG_2DREGION` structure that specifies the width and height /// (in pixels) of the active portion of the video signal.!!!x/// A `DISPLAYCONFIG_2DREGION` structure that specifies the width and height /// (in pixels) of the entire video signal.!!4!!!!""!)""'"'"\/// The scan-line ordering (for example, progressive or interlaced) of the /// video signal.""%#""_"$$$$$#E#E$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// Contains information about the video signal for a display. /// /// To learn more, see /// . /// /// {@category struct}%y%LA%y%%%%%%&%'%'%$'/';%%'#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.$$x%/// {@category union}))))))!)))1)*=*=4*E** *))J)** **t*tM*x,/,/$,9,E**Ł, #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.););<)_/// {@category struct}0b0c0i0j0{0$Y0{;/// Size, in bytes, of the DISPLAY_DEVICE structure.0000000/0000000020000010$11111 11;1.1;1I1J1O1S1P1n1I/1n1}1}`1)/// A string identifying the device name.2"2"m2b2/// A string containing the device context string.22Y3/// Device state flags.330333B4 /// Reserved.11 111=122 222A23D3D 3_3535H3933 333934D4D 4K4646;4:55$554u4u5#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime...!0/// Receives information about the display device specified by the iDevNum /// parameter of the EnumDisplayDevices function. /// /// To learn more, see /// . /// /// {@category struct}716=71/// An array of arguments.77. /// /// {@category struct};n;o;u;v;;N>;/// The style of the control.;;;;;;P;%/// The extended styles for a window.x-coordinate, in dialog box units, of the upper-left corner of /// the control.<<<<<y-coordinate, in dialog box units, of the upper-left corner of /// the control.===$=%=6. /// /// {@category struct}@@@@@@cA@ /// The style of the dialog box.@@@@@@P@%/// The extended styles for a window.A+A,A2A3AD@JAD*/// The number of items in the dialog box.AAAAAAMxAZ/// The x-coordinate, in dialog box units, of the upper-left corner of the /// dialog box.B)B*B/B0BAAxBAZ/// The y-coordinate, in dialog box units, of the upper-left corner of the /// dialog box.BBBBBBGSB6/// The width, in dialog box units, of the dialog box.BBBBBBTB7/// The height, in dialog box units, of the dialog box.DEDE$DOD[BBD;#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.@.@/@5@7@6?n?n!@D/// Defines the dimensions and style of a dialog box. /// /// To learn more, see /// . /// /// {@category struct}EEEEEEzFE$/// The size of the struct in bytes.EEEEFEKF!/// The major version of the DLL.F9F:F@FAFRFKFR!/// The minor version of the DLL.FFFFFFeIF /// The build number of the DLL.FFFFFF%FH-H-$H7HCFF݁H##/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.DDEX/// Receives DLL-specific version information. /// /// To learn more, see /// . /// /// {@category struct}IInIJJ$JJIIJց#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.HyHyIH/// Used to cancel an asynchronous DNS-SD operation. /// /// To learn more, see /// . /// /// {@category struct} L@L((L@LlLT$LlML}Mf/// A pointer to an **IP4_ADDRESS** structure that represents the /// service-associated IPv4 address.MMMd/// A pointer to an `IP6_ADDRESS` structure that represents the /// service-associated IPv6 address.MMMMNMfNE/// A value that represents the port on which the service is running.NENFNLNMN^NVN^1/// A value that represents the service priority.NNNNNNlRN//// A value that represents the service weight.OBOCOIOJO[NÀO[z/// The number of properties—defines the number of elements in the /// arrays of the `keys` and `values` parameters.OOo%OOO'OPP P&P'P8OĀP8V/// A value that contains the interface index on which the service was /// discovered.PMPMeP./// A string that represents the service name.PPpQEA/// A string that represents the name of the host of the service.PP PPP=PQ{Q{ QQkQk5QoRR$S SQQR#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.K/K/L/// Represents a DNS service running on the network. /// /// To learn more, see /// . /// /// {@category struct}TTUUUTdUA/// The structure version must be **DNS_QUERY_REQUEST_VERSION1**.UUUUUU U]/// A value that contains the interface index over which the service is to be /// advertised.V>UV>d/// A pointer to a `DNS_SERVICE_INSTANCE` structure that describes the service /// to be registered.WVSW/// A pointer to a function (of type `DNS_SERVICE_REGISTER_COMPLETE` that /// represents the callback to be invoked asynchronously.WrW>AWr /// A pointer to a user context.WWWWWWWWW'WWW/WXAXAXx/// `true` if the DNS protocol should be used to advertise the service; /// `false` if the mDNS protocol should be used.XX XXX8X Y Y YXXIXZZ$ZZYCYCZ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.SISIT2/// Contains the information necessary to advertise a service using /// `DnsServiceRegister`, or to stop advertising it using /// `DnsServiceDeRegister`. /// /// To learn more, see /// . /// /// {@category struct}[[![\[$\\)\"\)\8\8\T/// Pointer to a null-terminated string that specifies the name of the /// document.\\]SV/// Pointer to a null-terminated string that specifies the name of an output /// file.]]^*i/// Pointer to a null-terminated string that identifies the type of data used /// to record the document.\\ \\\/\]] ]]y]y5]}^Z^Z ^`^L^L1^P__$__^^_Á#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ZZ'[/// Describes a document that will be printed. /// /// To learn more, see /// . /// /// {@category struct}aYaZa_a`aqaY#aqaaaaaa%aaab W/// An authentication algorithm that uses a `DOT11_AUTH_ALGORITHM` enumerated /// type.bbbL/// A cipher algorithm that uses a `DOT11_CIPHER_ALGORITHM` enumerated type.bSbSbhbDbDBbHc-c-cDccHc dd$ddchchd#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.``a/ /// Defines a pair of 802.11 authentication and cipher algorithms that can be /// enabled at the same time on the 802.11 station. /// /// To learn more, see /// . /// /// {@category struct}fefv/// An `NDIS_OBJECT_HEADER` structure that contains the type, version, and, /// size information of an NDIS structure.ffffffUf,/// The number of entries in this structure.g&g'g-g.g?fXg?*/// The total number of entries supported.gwgxg}g~gggggVgg/// A list of BSS identifiers.ii$ii*ggi #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.eeOeـ/// Contains a list of basic service set (BSS) identifiers. /// /// To learn more, see /// . /// /// {@category struct}jjVxjV/// A `DOT11_SSID` structure that contains the SSID of a visible wireless /// network.jjjjjj%jjjk/// A DOT11_BSS_TYPE /// value that indicates the BSS type of the network.kklkk@kmsms$m}ml$l$mi#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.i`i`]j5/// Contains information about an available wireless network. /// /// To learn more, see /// . /// /// {@category struct}nnnno nio >/// Contains the number of items in the Network member.oEoFoLoMo^o Eo^"/// The index of the current item.p1p2p7p8pUpWpVpyojpy/// An array of DOT11_NETWORK /// structures that contain 802.11 wireless network information.qq$qqppqρ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.mmgn/// Contains a list of 802.11 wireless networks. /// /// To learn more, see /// . /// /// {@category struct}s*s+s1s2sCrYsC2/// The length, in bytes, of the **ucSSID** array.scsdsislsjssS9s /// The SSID.tt$ttsstӁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.r(r(r׀/// Contains the SSID of an interface. /// /// To learn more, see /// . /// /// {@category struct}wIwJwPwQwbw"Fwb$/// The size of the struct in bytes.wwwwwwmrwM/// The size of each tab stop, in units equal to the average character width.x*x+x0x1xBwixBC/// The left margin, in units equal to the average character width.xxxxxxRkxD/// The right margin, in units equal to the average character width.yyyyyx€y/// Receives the number of characters processed by DrawTextEx, /// including white-space characters.{{${{yyz#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.v"v"0w/// Contains extended formatting options for the DrawTextEx function. /// /// To learn more, see /// . /// /// {@category struct}||||}|w}S/// The offset of the file list from the beginning of this structure, in /// bytes.}1} '}1/// The drop point.}8}9}>}?}P}8}P}Y}Z}_}`}q}Y}q}|}|;}/// A nonclient area flag.}}{~TT/// A value that indicates whether the file contains ANSI or Unicode /// characters.}} }}}3}~{~{ ~~q~q7~u$ ~~#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.|]|^|d|f|e{T{T|s/// Defines the CF_HDROP clipboard format. /// /// The data that follows is a double null-terminated list of file names. /// /// To learn more, see /// . /// /// {@category struct} \]bct\!th6/// Representations of the certification for the join.$/%/X@$Xh)-,,>&,>nV.nV/// Information about the user account that was used to join a device to Azure /// AD. ph=/// An enumeration value that specifies the type of the join.P!/// The identifier of the device.RRp?/// A string that represents Azure Active Directory (Azure AD).`?1/// The identifier of the joined Azure AD tenant.f-/// The email address for the joined account.KKm,/// The display name for the joined account._K/// The URL to use to enroll in the Mobile Device Management (MDM) service.ހBU/// The URL that provides information about the terms of use for the MDM /// service.K/// The URL that provides information about compliance for the MDM service.o,/// The URL for synchronizing user settings. 9)) /5 7uu {ee5i #?  G E xxE|gg mOOES%% +  I$XX#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.CC9/// Contains information about how a device is joined to Microsoft Azure Active /// Directory. /// /// To learn more, see /// . /// /// {@category struct}<$%<eM%ev'S"/// The email address of the user.44V/// The identifier of the Microsoft Passport key that is provisioned for the /// user.UL/// The name of the Microsoft Passport key that is provisioned for the user.  7 7 ;$'#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.f/// Contains information about a user account that is used to join a device to /// Microsoft Azure Active Directory. /// /// To learn more, see /// . /// /// {@category struct}hiopK</// Size of the structure.O,/// Flags that specify the selected options./// A RECT /// that specifies the bounding rectangle of the clip region.$߁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.]]//// Defines the options for the DrawThemeBackgroundEx function. /// /// To learn more, see /// . /// /// {@category struct}89?@Q<Q/// Size of the structure.\]cdu\!u "" ' !`/// Specifies the amount of offset, in logical coordinates, between the shadow /// and the text.qK/// Specifies the radius of the outline that will be drawn around the text.cdij{h{B/// Specifies an alternate font property to use when drawing text.jC/// Specifies an alternate color property to use when drawing text.%&+,=K=(/// Specifies an alternate state to use.JKPQbJ&buh/// Specifies the size of a glow that will be drawn on the background prior to /// any text being drawn.ڀ/// Pointer to callback function for DrawThemeTextEx.   ΀/// A combination of flags that specify whether certain values of the /// DTTOPTS structure have been specified, and how to interpret these /// values.%%_l7/// Specifies the color of the text that will be drawn.vJ/// Specifies the color of the outline that will be drawn around the text.jjuI/// Specifies the color of the shadow that will be drawn behind the text.rM/// If `[TRUE]`, text will be drawn on top of the shadow and outline effects.}OU/// Parameter for callback back function specified by /// pfnDrawTextCallback.5.AAJ44282 Gvv }kk,o$ځ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.55/// Defines the options for the DrawThemeTextEx function. /// /// To learn more, see /// . /// /// {@category struct}RSYZknk/// A bitwise combination of DWM /// Blur Behind constant values that indicates which of the members of /// this structure have been set.wx}~w //// `[TRUE]` to register the window handle to DWM blur behind; `[FALSE]` to /// unregister the window handle from DWM blur behind.t7L/// The region within the client area where the blur behind will be applied. u/// `[TRUE]` if the window's colorization should transition to match the /// maximized windows; otherwise, `[FALSE]`. ;dd iWW.[ff kKK_O$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.67=?>00L/// Specifies Desktop Window Manager (DWM) blur-behind properties. /// /// Used by the DwmEnableBlurBehindWindow function. /// /// To learn more, see /// . /// /// {@category struct}/// EAP_TYPE /// structure that contains the ID for the EAP method as well as specific /// vendor information.HIOPaZa4/// The numeric ID for the author of the EAP method.$pp#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Contains type, identification, and author information about an EAP method. /// /// To learn more, see /// . /// /// {@category struct}9:?@QMQ./// The numeric type code for this EAP method.ZK%/// The vendor ID for the EAP method.d. /// /// {@category struct}6/// The type of the element.! !yy$//o#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Contains the type description and process-transfer information for a /// variable, a function, or a function parameter. /// /// To learn more, see /// . /// /// {@category struct}4!4$BB#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ł/// {@category union}BjBL/// A `LOGFONT` structure that contains values defining the font attributes.QRWZXuQ0u-.Y /// The unique name of the font.M/// The style of the font.m_8/// The script, that is, the character set, of the font.XX _HH?L 9 ;$".Ɂ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.j/// Contains information about an enumerated font. /// /// To learn more, see /// . /// /// {@category struct}]G)/// The size of this structure, in bytes."R-/// The total size of the pagefile, in pages.STZ[l'Ol)/// The current pagefile usage, in pages.{K&/// The peak pagefile usage, in pages.,,$6Bˁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.dd//// Contains information about a pagefile. /// /// To learn more, see /// . /// /// {@category struct}&>&&>Qk/// A `SERVICE_STATUS` structure that contains status information for the /// lpServiceName service.u:B/// The name of a service in the service control manager database.ġġ0/// A display name that can be used by service control programs, such as /// Services in Control Panel, to identify the service.vv |dd9hll rZZ9^$ŗŗ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.vvՁS/// Contains the name of a service in a service control manager database and /// information about that service. /// /// It is used by the EnumDependentServices and EnumServicesStatus functions. /// /// To learn more, see /// . /// /// {@category struct}ȷ&&ɤ ɤs/// A `SERVICE_STATUS_PROCESS` structure that contains status information for /// the lpServiceName service.ɽɽu B/// The name of a service in the service control manager database.ss/// A display name that can be used by service control programs, such as /// Services in Control Panel, to identify the service.HH N669:>> D,,90$ii̼#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.;;ȈA/// Contains the name of a service in a service control manager database and /// information about the service. /// /// It is used by the EnumServicesStatusEx function. /// /// To learn more, see /// . /// /// {@category struct}ΝΞΤΥζΊ3ζ/// The message. O -/// Additional information about the message.FGMN_O_-/// Additional information about the message.ϚϛϡϢϳjMϳ-/// The time at which the message was posted.ϼ[;/// A handle to the window to which the message was posted.?? D66&:ѪѪ$Ѵ``Ѡ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.nM/// Contains information about a hardware message sent to the system message /// queue. /// /// This structure is used to store message information for the /// JournalPlaybackProc callback function. /// /// To learn more, see /// . /// /// {@category struct}bJbԅmԅԦԎԦԱ!EFLM^׀^i/// The authentication method to use to authenticate the user when connecting /// to the remote computer.hhWէ2/// The name of the remote computer to connect to.\:;/// The user name to use to connect to the remote computer.}}Vֻ1/// The domain to which the user account belongs.O9&/// The password for the user account. +[[ aRR'V +ff lYY/]$׌׌с#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.QQ)/// Contains the information used to connect to a remote computer. /// /// To learn more, see /// . /// /// {@category struct} _`fgx*Sx2/// The number of elements in the array of values.ڼڽڂW7/// A flag that specifies the data type of the variant.++$5Aށ!#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.''N怳/// Contains event data or property values. /// /// To learn more, see /// . /// /// {@category struct}(ܻܺܺ#   +,12C+ CPQVWhP huv{|ݍuݍݙݚݠݡݲݙ"ݲ"")$)78>?S7%Sabhiza$zާފ'ާ޵"%>&!>\K\hiop߁h!߁ߦߎ"ߦߴ  7 7[C[f"""!">#&>jM'jx*- 6!6CDJK\C&\n*,33(=/!PP3_" All r^^1b 8.. 3##*'< +hh$r~^#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ww;ܚ/// {@category union} 4/// The error code. !'(9 #9`H#`o(%A/// The help context ID. ,r/// Provides deferred fill-in.L,/// A return value that describes the error.Q%%/// The name of the exception source._)/// The exception description to display.""WU'/// The fully qualified help file path.XX ]II2M < }}6$ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Tʀ/// Describes an exception that occurred during IDispatch::Invoke. /// /// To learn more, see /// . /// /// {@category struct}E-%EnV&n-/ 6.. 38 $XX#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.NN /// Represents a Microsoft-extended property. /// /// To learn more, see /// . /// /// {@category struct} ! -.364Q-,Q$^^#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Used by Windows Sockets (Winsock) functions and service providers to place /// sockets into a set. /// /// To learn more, see /// . /// /// {@category struct} F G M N _ F& _ q r x y  q'   $     ݁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.? *,/// Holds an unsigned 64-bit date and time value for a file. /// /// This value represents the number of 100-nanosecond units since the start of /// January 1, 1601. /// /// To learn more, see /// . /// /// {@category struct} F/// Contains the data for the scatter/gather read/write action Assigning a /// pointer to the **Buffer** member will sign-extend the value if the code is /// compiled as 32-bits; this can break large-address aware applications /// running on systems configured with 4-Gigabyte /// Tuning or running under WOW64 on 64-bit Windows.45;<MHM#/// The page alignment of the data.$[[#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 3 3 /// Represents a segment buffer structure for scatter/gather read/write actions. /// /// To learn more, see /// . /// /// {@category union} QRXYj#Rj+/// The length, in bytes, of the structure.z&)5Z/// The length, in bytes, of the buffer pointed to by the lpstrFindWhat /// member. !'(99]/// The length, in bytes, of the buffer pointed to by the /// lpstrReplaceWith member.MNTUfM#fuj/// A pointer to an `FRHookProc` hook procedure that can process messages /// intended for the dialog box.8 '8LL^4/// A handle to the window that owns the dialog box./// If the FR_ENABLETEMPLATEHANDLE flag is set in the Flags, /// hInstance is a handle to a memory object containing a dialog box /// template., ]]S/// The search string that the user typed in the Find What edit /// control.&&[/// The replacement string that the user typed in the Replace With edit /// control.w/// Application-defined data that the system passes to the hook procedure /// identified by the lpfnHook member.․^m/// The name of the dialog box template resource in the module identified by /// the hInstance member. 05..@$$5( 9 ? 2 ;$ ,Ɂ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.p/// Contains information that the FindText and ReplaceText functions use to /// initialize the Find and Replace dialog boxes. /// /// To learn more, see /// . /// /// {@category struct}": /// Reserved.  ?  $  << #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.bb{n/// Describes a focus event in a console INPUT_RECORD structure. /// /// These events are used internally and should be ignored. /// /// To learn more, see /// . /// /// {@category struct} !!!!!!;!/// The function member ID."!8"/// The status code."]" N"]/// Description of the element."s"t"y"z""s!""""""" """""""!"# # ###""E#"#/// The total number of parameters.#W#X#]#^#o#.K#o&/// The number of optional parameters.######~V#7/// For FUNC_VIRTUAL, specifies the offset in the VTBL.$$$ $ $#K$)/// The number of possible return values.$[$)>$[/// The function return type.$l$m$s$t$$l$$$$s$G/// Indicates the type of function (virtual, static, or dispatch-only).%B%BD%l/// The invocation type.%%G%/// The calling convention.&A&AH&i/// The function flags.%%%"% % 2%%%%%%2%&&&!& & 2&&&&&&7&(($(((&&ȁ(#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  ߇}!/// Describes a function. /// /// To learn more, see /// . /// /// {@category struct}+ + +++#+ +#+K+L+R+S+d+-=+d/// The messages to enable.++++++o?+/// The messages to disable.++,.a/// The identifier for the type of configuration that will have messages /// enabled or disabled.,O,O,`,F,F2,J--$--,|,|-#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.))-*/// Gets and sets the configuration for enabling gesture messages and the type /// of this configuration. /// /// To learn more, see /// . /// /// {@category struct} ///!/"/3.F/3$/// The size of the struct in bytes./^/_/e/f/w/>@/w/// The state of the gesture.//////J/*/// The identifier of the gesture command.///0a/y0aY/// A POINTS structure containing the coordinates associated with the /// gesture.000000q\04/// An internally used identifier for the structure.11 111!0[1!3/// An internally used identifier for the sequence.11111121a/// A 64-bit unsigned integer that contains the arguments for gestures that /// fit into 8 bytes.2 2 222%1n2%G/// The size, in bytes, of extra arguments that accompany this gesture.2525h2}. /// /// {@category struct}555555F5$/// The size of the struct in bytes.556665?6/// Reserved for future use.616 6166A]6?/// The location of the gesture in physical screen coordinates.7 7!7'7(79679x/// A specific gesture instance with gesture messages starting with /// GID_START and ending with GID_END.7J7J_73/// The target window for the gesture notification.77 777279=9=$9G9S77だ9.#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.4p4p5j/// When transmitted with WM_GESTURENOTIFY messages, passes information about a /// gesture. /// /// To learn more, see /// . /// /// {@category struct} ;>;?;E;F;W;F;W$/// The size of the struct in bytes.;b;c;i;j;{;b;{;;;;;;;;;;;;<< <<<<+<<<hwndCaret member.<<.==U=U`=4/// A handle to the active window within the thread.==a>27/// A handle to the window that has the keyboard focus.>>e>7/// A handle to the window that has captured the mouse.?)?)h?k6/// A handle to the window that owns any active menus.??b@2/// A handle to the window in a move or size loop.@q@qb@8/// A handle to the window that is displaying the caret.=$=$=8==7=== ===2=>b>b >g>T>T0>X?? ?>>4>?? ???8?@H@H @M@7@76@;@@ @@@0@BZBZ$BdBpA A BP#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.:2:2r:/// Contains information about a GUI thread. /// /// To learn more, see /// . /// /// {@category struct}GGGGGGiPG0/// The message generated by the input hardware.HH HHH!GjH!G/// The low-order word of the lParam parameter for uMsg.HxHyHHHH-kHH/// The high-order word of the lParam parameter for uMsg.II$IJHHI#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.F=F=GH/// Contains information about a simulated message generated by an input device /// other than a keyboard or mouse. /// /// To learn more, see /// . /// /// {@category struct}yy|yyyby6/// A NULL-terminated array of alternate names.z0z1z6z7zHzLzH'/// The type of address being returned.zzzzzzWMz*/// The length, in bytes, of each address.{zj{NULL-terminated list of addresses for the host.{{K{K'/// The official name of the host (PC).{r{r {w{g{g*{k||$||{{|ԁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.x^x^ya/// Used by functions to store information about a given host, such as host /// name, IPv4 address, and so forth. /// /// To learn more, see /// . /// /// {@category struct}   Z[abs+Ps,/// The x-coordinate of a cursor's hot spot.R./// The y-coordinate of the cursor's hot spot.f`A/// Specifies whether this structure defines an icon or a cursor.@w/// A handle to the icon monochrome mask bitmap.m/// A handle to the icon color bitmap. }}7jj r^^/b<< D//13$dd#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.&&쀺/// Contains information about an icon or a cursor. /// /// To learn more, see /// . /// /// {@category struct} 9:@ARFR$/// The size of the struct in bytes.]^cdu]uP,/// The x-coordinate of a cursor's hot spot. R./// The y-coordinate of the cursor's hot spot.=,=ZIZhG%/// The icon or cursor resource bits./ / fiA/// Specifies whether this structure defines an icon or a cursor.Iw/// A handle to the icon monochrome mask bitmap.m/// A handle to the icon color bitmap.mm`+/// The fully qualified path of the module.bK-/// The fully qualified path of the resource. 7ss {gg/kEE M881< ; vv;z$ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Q/// Contains information about an icon or a cursor. /// /// Extends ICONINFO. Used by GetIconInfoEx. /// /// To learn more, see /// . /// /// {@category struct}$#+   4 $AA#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.MMo/// {@category struct}uv|}JJ(/// The size of the structure, in bytes.3<$33#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ք"@/// Carries information used to load common control classes from the /// dynamic-link library (DLL). /// /// This structure is used with the InitCommonControlsEx function. /// /// To learn more, see /// . /// /// {@category struct}(({{$00q#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.؁/// {@category struct}  &&44#CccnZZ,^$ǁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ǃTف/// Used by SendInput to store information for synthesizing input events such as /// keystrokes, mouse movement, and mouse clicks. /// /// To learn more, see /// . /// /// {@category struct}nZnt$ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime."@/// {@category union}y`/// A handle to the type of input event and the event record stored in the /// **Event** member.:::/// The event information.$DD#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.BY/// Describes an input event in the console input buffer. /// /// To learn more, see /// . /// /// {@category struct}<""<dH&dr8$&QQ$[gG#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ނ/// {@category union}$@@$JV6#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Defines the matrix that represents a transform on a message consumer. /// /// To learn more, see /// . /// /// {@category struct}&!$!zz$''p#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.8/// {@category union}CDIJ^C^fglmf  0089>?S8S[\abv[v~~  % %-.34H-HPQVWkPk$ss¾#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// {@category struct}dQd̶̶$mm̬#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ʇʇy6/// Represents an IPv4 address. /// /// To learn more, see /// . /// /// {@category struct}VAVu`ù͇͈͙͙́̀$ͤͤ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.7%/// {@category union} %&77@AFGX@XҮҮ$ҸaaҤ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.КК^о/// {@category struct}  ,,ււ$֌֘55x#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ԮԮ/// {@category struct}؎؏ؔؖؕر؎+ر[\acb~ؾ~/// An IPv6 address of the form: "ABCD:EF01:2345:6789:ABCD:EF01:2345:6789"as /// defined in RFC 4291.ًٌّْٓٮً*ٮٺٻٺ*66$@L違,#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.p/// Stores an IPv6 address. /// /// To learn more, see /// . /// /// {@category union}$ܾܛ-ܾ<sIP_ADAPTER_UNICAST_ADDRESS /// structure in a linked list of IP unicast addresses for the adapter.ޫ9р/// A pointer to the first IP_ADAPTER_ANYCAST_ADDRESS /// structure in a linked list of IP anycast addresses for the adapter.</// A pointer to the first IP_ADAPTER_MULTICAST_ADDRESS /// structure in a list of IP multicast addresses for the adapter.Y*DY/// A pointer to the first IP_ADAPTER_DNS_SERVER_ADDRESS /// structure in a linked list of DNS server addresses for the adapter.s"$%)*/10KoK;/// The Media Access Control (MAC) address for the adapter._\/// The length, in bytes, of the address specified in the /// PhysicalAddress member.-_`fgx%Vx7/// The maximum transmission unit (MTU) size, in bytes.zV/// The interface type as defined by the Internet Assigned Names Authority /// (IANA).#Z[abs'Ws0/// The interface index for the IPv6 IP address.45:=;X僀X/// An array of scope IDs for each scope level used for composing sockaddr /// structures.rhr/// A pointer to the first IP_ADAPTER_PREFIX /// structure in a linked list of IP adapter prefixes for the adapter.{N/// The current speed in bits per second of the transmit link for the adapter.RSYZkykM/// The current speed in bits per second of the receive link for the adapter.老oف/// A pointer to the first IP_ADAPTER_WINS_SERVER_ADDRESS /// structure in a linked list of Windows Internet Name Service (WINS) server /// addresses for the adapter.-/// A pointer to the first IP_ADAPTER_GATEWAY_ADDRESS /// structure in a linked list of gateways for the adapter._`fgx&\x6/// The IPv4 interface metric for the adapter address.\6/// The IPv6 interface metric for the adapter address./K///// The interface LUID for the adapter address.8g@/// The IPv4 address of the DHCP server for the adapter address.':u:W/// The `[GUID]` that is associated with the network that the interface /// belongs to.JKPQbJ'bvw|}v#iB/// The IPv6 address of the DHCPv6 server for the adapter address.KLQURo soIP_ADAPTER_DNS_SUFFIX /// structure in a linked list of DNS suffixes for the adapter.𨀟%o/// An array of characters that contains the name of the adapter with which /// these addresses are associated.pE/// The Domain Name System (DNS) suffix associated with this adapter.,,Q["/// A description for the adapter.Z)/// A user-friendly name for the adapter.SSzD/// The operational status for the interface as defined in RFC 2863.ze7/// The routing compartment ID for the adapter address.܀4:/// The interface connection type for the adapter address.U/// The encapsulation method used by a tunnel if the adapter address is a /// tunnel.[[ `KK4O  1 5)) /7<Iss``LdMMY>>9B${{ʁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ۂۂp/// The header node for a linked list of addresses for a particular adapter. /// /// To learn more, see /// . /// /// {@category struct}rsyzr".,,$6B́#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.##QF/// {@category union}34:;L3LWX^_pW p$||ρ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.F/// {@category struct} . ww$h#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.rrM/// {@category union}nouvn! .80##.+.:!:KK.S.AAKI  Gdd hJJWN Idd hTTGX Grr vVVYZ  Y ||G  G j _ _$ i u P#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.?/// {@category struct}2>z>C/// A pointer to the next anycast IP address structure in the list.GW5/// The IP address for this anycast IP address entry.$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.VV`/// Stores a single anycast IP address in a linked list of addresses for a /// particular adapter. /// /// To learn more, see /// . /// /// {@category struct}"4ll$v]#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.QQct/// {@category union}@@$JV؁1#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.88P\/// {@category struct}P$5P^}C/// A pointer to the next DNS server address structure in the list. (O (-/// The IP address for this DNS server entry.!!$!! 4 4!#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.؄  /// Stores a single DNS server address in a linked list of DNS server addresses /// for a particular adapter. /// /// To learn more, see /// . /// /// {@category struct}"=">"D"E"V"=""V""d7"$ $ $$$""##/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.!!l"/// {@category union}&C&D&J&K&\&C&\&g&h&n&o&&g"&''$((&&'#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.%%Z& /// {@category struct}**Ag*8/// A pointer to the next DNS suffix in the linked list.*******-***^+-/// The DNS suffix for this DNS suffix entry.+M+M +T+A+A7+E,,$,,+|+|,Ɂ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.)")"*/// Stores a DNS suffix in a linked list of DNS suffixes for a particular /// adapter. /// /// To learn more, see /// . /// /// {@category struct}..b2./ .w/ @/// A pointer to the next gateway address structure in the list./Z/L/Z*/// The IP address for this gateway entry.00$00/f/f0#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.-"-".1/// Stores a single gateway address in a linked list of gateway addresses for a /// particular adapter. /// /// To learn more, see /// . /// /// {@category struct}1i1j1p1q11i"111413/3/$393E11Ɂ3 #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.11c17/// {@category union}5T5U5[5\5m5T5m5x5y5555x"577$77556#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.44T5/// {@category struct}999999x]9. /// /// {@category struct}==4=>6=~>6E/// A pointer to the next multicast IP address structure in the list.>>?Y>7/// The IP address for this multicast IP address entry.@@$@ @>>?#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.. /// /// {@category struct}@@@@@@"@@@6@BnBn$BxBAAB_#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.@M@Mi@p/// {@category union}DDDDDDDDDDDDDDFNFN$FXFdDD䁰F?#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.DBDBTDf/// {@category struct}HH)HI%H+I%IEI-IEIQIRIXIYIjIQ%IjJJ$JJI{I{Jǁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.GG4H/// Stores an IP address prefix. /// /// To learn more, see /// . /// /// {@category struct}KlKmKsKtKKl"KKK+KM M $M*M6KKÁM#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.K K HKC/// {@category union}OOOOO-OO-O8O9O?O@OQO8OQPP$PPO[O[P#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.NNĂ>N/// {@category struct} SSz2ST'SzT'C/// A pointer to the next IP adapter address structure in the list.TT0WT5/// The IP address for this unicast IP address entry.TTTTTT%TTTTTTT%TTTTTTT!TULUMUSUTUeUlUeC/// The maximum lifetime, in seconds, that the IP address is valid.UUUUUUwrUE/// The preferred lifetime, in seconds, that the IP address is valid.V2V3V9V:VKUjVKA/// The lease lifetime, in seconds, that the IP address is valid.VVVVVV]vVI/// The length, in bits, of the prefix or network part of the IP address.VVmW!1/// The prefix or network part of IP the address.WWjW./// The suffix or host part of the IP address.XCXC`X0/// The duplicate address detection (DAD) state.WZWZWkWIWIBWMXXXWWBXXXXXX6XZEZE$ZOZ[XXၪZ6#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.R<R. /// /// {@category struct}ZZZZZZ"Z[6[ 4[6\\$\\[D[D\#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ZZcZ/// {@category union}^^^^^^^^^^^_ ^_ `~`~$``__`o#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.^v^vP^/// {@category struct}cc6cd<cd. /// /// {@category struct}ffffff"fff8fhshs$h}hg g hd#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.fLfLofo/// {@category union}jjjjjjjjjjjjj"jlili$lsljjlZ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.jUjU\jy/// {@category struct}nnoooonom/// A character string that represents an IPv4 address or an IPv4 subnet mask /// in dotted decimal notation.p~p~$ppo+o+pt#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.mm4nf/// Stores an IPv4 address in dotted decimal notation. /// /// To learn more, see /// . /// /// {@category struct}r(qnr(F/// A pointer to the next IP_ADDR_STRING structure in the list.rr1}rT/// A value that specifies a structure type with a single member, /// String.s'rzs'T/// A value that specifies a structure type with a single member, /// String.sUsVs\s]sns2Csn /// A network table entry (NTE).tt$ttszszt#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ppʄJq/// Represents a node in a linked-list of IPv4 addresses. /// /// To learn more, see /// . /// /// {@category struct}vvvvvv9v[/// The number of adapters listed in the array pointed to by the /// Adapter member.wgwhwmwnwwwwvw/// An array of IP_ADAPTER_INDEX_MAP /// structures.yy$yy+wwy #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.uuIv/// Contains a list of the network interface adapters with IPv4 enabled on the /// local system. /// /// To learn more, see /// . /// /// {@category struct}zzzzzznz[/// Specifies whether IP address auto-configuration (APIPA) is enabled on this /// adapter.{\{]{c{d{uz{uZ/// Specifies whether this adapter's IP address is currently auto-configured /// by APIPA.{{A{ /// Reserved.|{Ё|Ā/// A linked list of IP_ADDR_STRING /// structures that specify the set of DNS servers used by the local computer.~7~7$~A~M||ց~(#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.yayaz@/// Contains information specific to a particular adapter. /// /// To learn more, see /// . /// /// {@category struct}g8/// A list of item identifiers.$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.34:<;~~I/// Contains a list of item identifiers. /// /// To learn more, see /// . /// /// {@category struct}89>?PmPK/// The maximum limit for the I/O rate in I/O operations per second (IOPS).\b;/// The maximum limit for the I/O rate in bytes per second.*v*L/// Sets a minimum I/O rate which the operating system reserves for the job.V>#Vf]7/// The base size of the normalized I/O unit, in bytes.&ca/// The NT device name for the volume to which you want to apply the policy /// for the I/O rate.I 3&;  X $ee#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.<<i/// Contains information used to control the I/O rate for a job. /// /// This structure is used by the SetIoRateControlInformationJobObject and /// QueryIoRateControlInformationJobObject functions. /// /// To learn more, see /// . /// /// {@category struct} 6/// A job identifier.%1%1ZB"Zh"" 5/// The job status.+,23D9D/// The job priority.~QN*/// The job's position in the print queue._9/// The total number of pages that the document contains.56<=NRN*/// The number of pages that have printed._:/// A `SYSTEMTIME` format.r/// A pointer to a null-terminated string that specifies the name of the /// printer for which the job is spooled.p/// A pointer to a null-terminated string that specifies the name of the /// machine that created the print job.ddj/// A pointer to a null-terminated string that specifies the name of the user /// that owns the print job.44|/// A pointer to a null-terminated string that specifies the name of the print /// job (for example, "MS-WORD: Review.doc").k/// A pointer to a null-terminated string that specifies the type of data used /// to record the print job.瀂OY/// A pointer to a null-terminated string that specifies the status of the /// print job.XX ^GG7K:: @))7-  1 1 1yy mm-q$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.p/// Specifies print-job information such as the job-identifier value, the name /// of the printer for which the job is spooled, the name of the machine that /// created the print job, the name of the user that owns the print job, and so /// on. /// /// To learn more, see /// . /// /// {@category struct}3s/// A virtual-key /// code.I%/// A hardware scan code for the key. &'88/C//// The time stamp for this message, equivalent to what GetMessageTime /// would return for this message.rsyz8^7/// Additional information associated with the message.]/// The extended-key flag, event-injected flags, context code, and /// transition-state flag.;;Q1195$nn#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.66/// Contains information about a low-level keyboard input event. /// /// To learn more, see /// . /// /// {@category struct}BCIJ[F[%/// A hardware scan code for the key.eflm~e!~R2/// The time stamp for the event, in milliseconds."#4]46/// An additional value associated with the keystroke.DDs/// A virtual-key /// code.0(+QQcEE9I$ā#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  ڀ/// Contains information about a simulated keyboard event. /// /// To learn more, see /// . /// /// {@category struct})!)~7lD/// The repeat count, which indicates that a key is being held down.  Z/// A `virtual-key code` that identifies the given key in a device-independent /// manner.4}/// The virtual scan code of the given key that represents the /// device-dependent value generated by the keyboard hardware.(I(%/// A union of the following members.WX^_p2Op"/// The state of the control keys.^3/// If the key is pressed, this member is `[TRUE]`. ={{$))q#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Describes a keyboard input event in a console INPUT_RECORD structure. /// /// To learn more, see /// . /// /// {@category struct}($(89=>O8!O^^'g 0$+#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ǂ/// {@category union} ~~! '/// A KNOWNFOLDERID /// value that names another known folder to serve as the parent folder.('3#3ZB)Zo $5 /// Optional. 1 /// Optional.%,%/// One of the FOLDERTYPEID /// values that identifies the known folder type based on its contents (such /// as documents, music, or photographs). 223/// A single value from the KF_CATEGORY /// constants that classifies the folder as virtual, fixed, common, or /// per-user.x/// A pointer to the non-localized, canonical name for the known folder, /// stored as a null-terminated Unicode string.bbi/// A pointer to a short description of the known folder, stored as a /// null-terminated Unicode string.EED_ /// Optional.΀Lo/// A pointer to the Shell namespace folder path of the folder, stored as a /// null-terminated Unicode string.: /// Optional.,,FF /// Optional.4 /// Optional.""<< /// Optional. ``lSS5W== C11-5 ;  = xx;|  3 vv?z -rr xbb5f$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.{{T/// Defines the specifics of a known folder. /// /// To learn more, see /// . /// /// {@category struct}STZ[lS,l)#  N3}}ff]j""$,8ǁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  _+/// Used by the IHV Extensions DLL to send notifications to any service or /// applications that has registered for the notification. /// /// To learn more, see /// . /// /// {@category struct}tu{|MF$/// The size of the struct in bytes.\:/// The tick count when the last input event was received.HH$R^>#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ll&,/// Contains the time of the last input. /// /// To learn more, see /// . /// /// {@category struct}!!*+12C5C/// A hatch style.OOAv/// The brush style.Z 0/// The color in which the brush is to be drawn.355>))0-$]]#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.] /// Defines the style, color, and pattern of a physical brush. /// /// It is used by the CreateBrushIndirect and ExtCreatePen functions. /// /// To learn more, see /// . /// /// {@category struct}%&+,==Z/// Specifies the height, in logical units, of the font's character cell or /// character.š› ¡²Jo²M/// Specifies the average width, in logical units, of characters in the font.1278I¾In/// Specifies the angle, in tenths of degrees, between the escapement vector /// and the x-axis of the device.Zs/// Specifies the angle, in tenths of degrees, between each character's base /// line and the x-axis of the device.@AFGXdXA/// Specifies the weight of the font in the range 0 through 1000.ďĐĕĖħeJħ'/// `[TRUE]` to specify an italic font.ĴQ+/// `[TRUE]` to specify an underlined font.67<=N ON)/// `[TRUE]` to specify a strikeout font.^_dev^"vŅņŋŌŝŅ'ŝűŲŷŸű("  (238;9V2/VffRƚ /// Specifies the character set.BNJNJBǢ/.ȋȋ{D/// Specifies a string that specifies the typeface name of the font.ƼƼ8OOe<. /// /// {@category struct}˯K%/// The version number of the system.34:;LZL1/// The number of entries in the logical palette.78=>[]\~^+~/// Specifies an array of PALETTEENTRY /// structures that define the color and usage of each entry in the logical /// palette.$͎͎Ё#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Dˑ/// Defines a logical palette. /// /// To learn more, see /// . /// /// {@category struct}ѣѤѪѫѼѣ Ѽ 33$=I큎)#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ВВы/// An opaque structure that specifies an identifier that is guaranteed to be /// unique on the local machine. /// /// To learn more, see /// . /// /// {@category struct}S$/// The color transformation matrix.pp$zֆ  f#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.;Ԧ/// Describes a color transformation matrix that a magnifier control uses to /// apply a color effect to magnified screen content. /// /// To learn more, see /// . /// /// {@category struct}׿ס</// The width of the image. >/// The height of the image.؛%|؛c/// A WICPixelFormatGUID (declared in wincodec.h) that specifies the pixel /// format of the image.ئ[9/// The stride, or number of bytes in a row of the image.VW]^oooM/// The offset of the start of the image data from the beginning of the file.١٢٨٩ٺzFٺ$/// The size of the struct in bytes.$+Ł #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ּּ/// Describes an image format. /// /// To learn more, see /// . /// /// {@category struct}ܧܨܭܯܮ܆D/// The transformation matrix.$'3ρ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.aaf/// Describes a transformation matrix that a magnifier control uses to magnify /// screen content. /// /// To learn more, see /// . /// /// {@category struct}߾߿߈Y3/// Width of the left border that retains its size.#$5[54/// Width of the right border that retains its size.|}FY3/// Height of the top border that retains its size._6/// Height of the bottom border that retains its size.QQ$[gG#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ii2m/// Returned by the GetThemeMargins function to define the margins of windows /// that have visual styles applied. /// /// To learn more, see /// . /// /// {@category struct}tN/// The low-order word specifies a window handle used for the MCI_NOTIFY flag.,-34ELE'/// Identifier returned to application.kS(k)#j3/// Name or constant identifier of the device type.["/// Device element (often a path).%%GL/// Optional device alias.VV \BB=F ? pp3t$ 槁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.QRXZY❅g/// Contains information for the MCI_OPEN command. /// /// To learn more, see /// . /// /// {@category struct};tN/// The low-order word specifies a window handle used for the MCI_NOTIFY flag.</// Position to play from.)8)/// Position to play to.$22x#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.   CC/// Contains positioning information for the MCI_PLAY command. /// /// To learn more, see /// . /// /// {@category struct}0t0N/// The low-order word specifies a window handle used for the MCI_NOTIFY flag.Z[abs?8s/// Position to seek to.$||#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.΃H준/// Contains positioning information for the MCI_SEEK command. /// /// To learn more, see /// . /// /// {@category struct}[\bct ttN/// The low-order word specifies a window handle used for the MCI_NOTIFY flag.G#/// Contains information on return.?/// Capability being queried.56<=NBN/// Length or number of tracks.$ZZ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.怷/// Contains information for the MCI_STATUS command. /// /// To learn more, see /// . /// /// {@category struct} XY_`q-Lq(/// The size of the structure, in bytes.67=>O~O/// A number between 0 and 100 that specifies the approximate percentage of /// physical memory that is in use (0 indicates no memory use and 100 /// indicates full memory use).`[3/// The amount of actual physical memory, in bytes.  h@/// The amount of physical memory currently available, in bytes.-q/// The current committed memory limit for the system or the current process, /// whichever is smaller, in bytes.%&7v7J/// The maximum amount of memory the current process can commit, in bytes.Lh/// The size of the user-mode portion of the virtual address space of the /// calling process, in bytes./// The amount of unreserved and uncommitted memory currently in the user-mode /// portion of the virtual address space of the calling process, in bytes.@ /// Reserved.FF$P\<#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. /// Contains information about the current state of both physical and virtual /// memory, including extended memory. /// /// To learn more, see /// . /// /// {@category struct}X9/// A pointer to the base address of the region of pages./// A pointer to the base address of a range of pages allocated by the VirtualAlloc /// function.  " +"9:@AR9$Rbt/// The size of the region beginning at the base address in which all pages /// have identical attributes, in bytes.  '(./@'!@MNTUfMfppI/// The memory protection option when the region was initially allocated.bb2~l(5/// The access protection of the pages in the region.I$/// The type of pages in the region.4W ;RRhFF=J+bb$lxS#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Contains information about a range of pages in the virtual address space of /// a process. /// /// To learn more, see /// . /// /// {@category struct}F$/// The size of the struct in bytes.T>/// The coordinates of the menu bar, popup menu, or menu item.6%6Q@Q_`efw_ wN+/// A handle to the menu bar or popup menu.D+/// A handle to the submenu.||.+ll+t )XX ]KK.O G22 6%%D) D / /$ 9 E⁕ %#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.b/// Contains menu bar information. /// /// To learn more, see /// . /// /// {@category struct} w x ~   PF $/// The size of the struct in bytes.             !      . N .-/// The maximum height of the menu in pixels. I 8 I y z    VK /// The context help identifier.      G !/// An application-defined value.  (  Q Q- d  g ?/// A handle to the brush to be used for the menu's background. ' ' 5  1 !     6  2 2  9 & &. *$ X X#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. { {q 4/// Contains information about a menu. /// /// To learn more, see /// . /// /// {@category struct} F$/// The size of the struct in bytes.#$55@AGHY@Ydekl}d }^?/// An application-defined value that identifies the menu item. <+<Oe?/// An application-defined value associated with the menu item.#lmstဧ/// The length of the menu item text, in characters, when information is /// received about a menu item of the MFT_STRING type.)  ) ooG/// The menu item state.uLL/// A handle to the drop-down menu or submenu associated with the menu item.zI/// A handle to the bitmap to display next to the item if it is selected.XXM/// A handle to the bitmap to display next to the item if it is not selected.OL"/// The contents of the menu item.f/// A handle to the bitmap to be displayed, or it can be one of the values in /// the following table.2CCR992=5yy ll/p-- 57! ; pp3tKK S>>1B$ss#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Contains information about a menu item. /// /// To learn more, see /// . /// /// {@category struct}/// One or more of the following predefined menu options that control the /// appearance of the menu item as shown in the following table. !'(99o/// The menu item identifier of a command item; a command item sends a command /// message to its owner window.BCHIfhgBJE/// The menu item. 9ii$s_#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  Ӏ/// Defines a menu item in a menu template. /// /// To learn more, see /// . /// /// {@category struct} !'(9@9/// The version number.KW5/// The offset, in bytes, from the end of the header.!!$!! #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.܁/// Defines the header for a menu template. /// /// A complete menu template consists of a header and one or more menu item /// lists. /// /// To learn more, see /// . /// /// {@category struct}""""""}4" /// Reserved.$ $ $$$""##/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.!N!N"X/// Describes a menu event in a console INPUT_RECORD structure. /// /// These events are used internally and should be ignored. /// /// To learn more, see /// . /// /// {@category struct}%%%%%%nP%3/// The mapping mode in which the picture is drawn.&>&?&D&E&V%À&Vv/// The size of the metafile picture for all modes except the /// MM_ISOTROPIC and MM_ANISOTROPIC modes.&&&&&&_&v/// The size of the metafile picture for all modes except the /// MM_ISOTROPIC and MM_ANISOTROPIC modes.' &' ''E'H"/// A handle to a memory metafile.'f'f'p'^'^)'b(($((''(ρ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.$U$U%N/// Defines the metafile picture format used for exchanging metafile data /// through the clipboard. /// /// To learn more, see /// . /// /// {@category struct}*Z*[*a*b*s* q*sJ/// Time, in MIDI ticks, between the previous event and the current event.******A*/// Reserved; must be zero.**+++*Q+./// Event code and event parameters or length.++++++++++|/// If dwEvent specifies MEVT_F_LONG and the length of the buffer, this /// member contains parameters for the event.-8-8$-B-N++큓-.#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.))))))%)%])/// Describes a MIDI event in a stream buffer. /// /// To learn more, see /// . /// /// {@category struct} .........A./// Size of the buffer./#/$/*/+/<.S/<(/// Actual amount of data in the buffer./h/i/o/p//P7//// Custom user data.//////Q/./// Flags giving information about the buffer.0/<0/// Reserved; do not use.0#0$0*0+0<0#!0<000000I\08/// Offset into the buffer when a callback is performed.0000000.000=1/// Pointer to MIDI data.1)1) 1.11*1"22$221L1L2#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime..^._.e.g.f--[.t/// Defines the header used to identify a MIDI system-exclusive or stream /// buffer. /// /// To learn more, see /// . /// /// {@category struct}4"4#4)4*4;3k4;K/// Manufacturer identifier of the device driver for the MIDI input device.4w4x4~444DP40/// Product identifier of the MIDI input device.444444l4B/// Version number of the device driver for the MIDI input device.5 5 5555.5 ,5.5Y5Z5`5a5r5;@5r/// Reserved; must be zero.55N5/// Product name in a string.55 555757Y7Y$7c7o6 6 7O#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.33333223/// Describes the capabilities of a MIDI input device. /// /// To learn more, see /// . /// /// {@category struct} 888898l9L/// Manufacturer identifier of the device driver for the MIDI output device.9@9A9G9H9Y9 Q9Y1/// Product identifier of the MIDI output device.999999bm9C/// Version number of the device driver for the MIDI output device.9999999,9:+:,:2:3:D:J:D#/// Type of the MIDI output device.::::::Td:A/// Number of voices supported by an internal synthesizer device.;$;%;+;,;=:;=b/// Maximum number of simultaneous notes that can be played by an internal /// synthesizer device.;;;;< ;H< /// Channels that an internal synthesizer device responds to, where the least /// significant bit refers to channel 0 and the most significant bit to /// channel 15.U>U$>_>k==>K#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.8f8g8m8o8n778|/// Describes the capabilities of a MIDI output device. /// /// To learn more, see /// . /// /// {@category struct}??????L?(/// Length, in bytes, of this structure.@@@%@&@7?]@7:/// Tempo of the stream, in microseconds per quarter note.AA$AA@C@CA#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.?Y?Z?`?b?a>>;?o/// Contains the tempo property for a stream. /// /// To learn more, see /// . /// /// {@category struct}CCC C CBLC(/// Length, in bytes, of this structure.CCCCCC*Cs/// Time division for this stream, in the format specified in the Standard /// MIDI Files 1.0 specification.EE$E$E0CCɁE#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.BBBBBAAރB/// Contains the time division property for a stream. /// /// To learn more, see /// . /// /// {@category struct}FFFFFF|?F/// Version of the stream.FFFFFF=F/// Manufacturer identifier.G#G$G*G+G<GFG</// OEM version of the stream.HH$HHGMGMH#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.FCFDFJFLFKEfEfFY/// Contains version information for a long MIDI event of the MEVT_VERSION type. /// /// To learn more, see /// . /// /// {@category struct}J JJ JJ0Jg/// The maximized width (x member) and the maximized height (y /// member) of the window.KcJKc/// The position of the left side of the maximized window (x member) /// and the position of the top of the maximized window (y member).KKuKu/// The minimum tracking width (x member) and the minimum tracking /// height (y member) of the window.LLLu/// The maximum tracking width (x member) and the maximum tracking /// height (y member) of the window.MM$NNLLM#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.HHYI/// Contains information about a window's maximized size and position and its /// minimum and maximum tracking size. /// /// To learn more, see /// . /// /// {@category struct}OUOVO\O]OnOUOnOOxOPP$PPOOP΁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.O%O&O,O.O-OOO;/// {@category struct}QmQnQtQuQQmQQQQQQQQQQQQQQQQQQQQQQRQRR%RR%SxSx$SSR.R.Sn#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Q:Q;QAQCQBQ$Q$QR/// {@category union}VVV"V#V4VV4V=V>VCVDVUV=VUV]V^VcVdVuV]VuV}V~VVVV}VVVVVVVVVVVVVVVVVVVVWV%WXWXW$XaXmW W XM#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.UUڂU/// {@category struct}[[[[[[#[] ] $]]![[]#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.[a[b[h[j[i[J[J [y/// {@category struct}_)_*_0_1_B^p_BH/// The size of the data actually returned to the application, in bytes.______S_y/// The number of bytes required for the entire MODEMDEVCAPS structure, /// including the variable-length portion.`{`|```_`y/// The offset of the provider-defined portion of the structure, in bytes /// relative to the beginning of the structure.````a`uaH/// The size of the provider-defined portion of the structure, in bytes.aQaRaXaYaja&Zaj(/// The version of the service provider.bbbbb-ab-/// The offset of a text string that contains the name of the modem /// manufacturer, in bytes relative to the beginning of the structure.bbbbbbKkb8/// The length of the modem manufacturer name, in bytes.c>c?cEcFcWbcW~/// The offset of a text string that contains the model of the modem, in bytes /// relative to the beginning of the structure.ccccccnWc+/// The length of the model name, in bytes.d^d_dedfdwcʀdw/// The offset of a text string that gives the version and revision of the /// attached modem, if the provider could determine the information.ddddddcd5/// The length of the modem version string, in bytes.dddeed'eemeneteuee$veF/// The maximum call setup timeout supported by the modem, in seconds.eeeffefT/// The maximum inactivity timeout supported by the modem, in tenths of /// seconds.f)f*f0f1fBf))fBfWfXf^f_fpfW'fpffffff'fffffffTf,/// The maximum DTE rate in bits per second.g7g8g>g?gPgTgP,/// The maximum DCE rate in bits per second.ggggggghgah\/// Variable-length information, including strings and any provider-defined /// information.hhDh6hhJhiXiXDivhqhqhh_h_Mhcii!i,hhYiiiiiiMik>k>$kHkTiik4#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.]]^/// Contains information about the capabilities of a modem. /// /// To learn more, see /// . /// /// {@category struct} llllllrplH/// The size of the data actually returned to the application, in bytes.mmmmmlmҀ/// The number of bytes required for the entire MODEMDEVCAPS /// structure, including the variable-length portion.ncndnjnkn|m倪n|y/// The offset of the provider-defined portion of the structure, in bytes /// relative to the beginning of the structure.nnnnnnunH/// The size of the provider-defined portion of the structure, in bytes.oooooooӀ/// The maximum number of seconds the modem should wait, after dialing is /// completed, for an indication that a modem-to-modem connection has been /// established.pOpPpVpWpho쀏ph^/// The maximum number of seconds of inactivity allowed after a connection is /// established.pppppp)ppppppp'pqqqqq)pfq)3/// The modem options requested by the application.qzq{qqqqEfq2/// The modem options that are actually in effect.qqqqqqJq/// The DCE rate in effect.r,r-r2r3rPrRrQrlq~rl*/// Optional provider-defined information.rrCrssEs6rrrrrLrsqsq ss_s_Nscuu$u usst#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.kklQ/// Contains information about a modem's configuration. /// /// To learn more, see /// . /// /// {@category struct}vHvIvOvPvavJva)/// The size of this structure, in bytes.vkvlvrvsvvkvvv%v /// The data.vvvvwvQw1/// The size of the data buffer, in bytes.w+w,w2w3wDw;wD/// This member is unused.wNwN*wdwwww{w{3wyy$y ywwx#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.uLuLu/// Contains module data. /// /// To learn more, see /// . /// /// {@category struct}znz7Bzn#/// The load address of the module.zzzzzz~kzD/// The size of the linear space that the module occupies, in bytes.{$z@{$"/// The entry point of the module.||$||{3{3|u#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.yLyL}z/// Contains the module load address, size, and entry point. /// /// To learn more, see /// . /// /// {@category struct}~~~~~~oF~$/// The size of the struct in bytes.>~>q/// A `RECT` structure that specifies the display monitor rectangle, expressed /// in virtual-screen coordinates.Lဂ/// A `RECT` structure that specifies the work area rectangle of the display /// monitor, expressed in virtual-screen coordinates.34:;LgLD/// A set of flags that represent attributes of the display monitor.$XX#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.||˅$~Py/// Contains information about a display monitor. /// /// The GetMonitorInfo function stores information in a MONITORINFO structure or /// a MONITORINFOEX structure. The MONITORINFO structure is a subset of the /// MONITORINFOEX structure. /// /// To learn more, see /// . /// /// {@category struct} -yIF/// A string that specifies the device name of the monitor being used. rr9v$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.W}/// Contains information about a display monitor. /// /// The GetMonitorInfo function stores information into a MONITORINFOEX /// structure or a MONITORINFO structure. The MONITORINFOEX structure is a /// superset of the MONITORINFO structure. /// /// To learn more, see /// . /// /// {@category struct}gVB/// The x- and y-coordinates of the cursor, in screen coordinates.?/// The hit-test value.[\bct!^t7/// Additional information associated with the message.d/// A handle to the window that will receive the mouse message corresponding /// to the mouse event. &$88#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.JJD/// Contains information about a mouse event passed to a WH_MOUSE hook /// procedure, MouseProc. /// /// To learn more, see /// . /// /// {@category struct}VW]^oo/// If the message is WM_MOUSEWHEEL, /// the HIWORD of this member is the wheel delta.$}}Ɓ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ՄE^}/// Contains information about a mouse event passed to a WH_MOUSE hook /// procedure, MouseProc. /// /// This is an extension of the MOUSEHOOKSTRUCT structure that includes /// information about wheel movement or the use of the X button. /// /// To learn more, see /// . /// /// {@category struct}Ȁ/// The absolute position of the mouse, or the amount of motion since the last /// mouse event was generated, depending on the value of the **dwFlags** /// member.yzπ/// The absolute position of the mouse, or the amount of motion since the last /// mouse event was generated, depending on the value of the **dwFlags** /// member.e@/// , then **mouseData** specifies the amount of wheel movement.  !]^dev(Rv2/// The time stamp for the event, in milliseconds._8/// An additional value associated with the mouse event.0""49$SS#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Contains information about a simulated mouse event. /// /// To learn more, see /// . /// /// {@category struct}->-"/// The x-coordinate of the mouse.XY^_p3>p"/// The y-coordinate of the mouse.vK+/// The time stamp of the mouse coordinate.  b;/// Additional information associated with this coordinate.}}$--s#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.΀/// Contains information about the mouse's location in screen coordinates. /// /// To learn more, see /// . /// /// {@category struct}^^/// A `COORD` structure that contains the location of the cursor, in terms of /// the console screen buffer's character-cell coordinates.rM$/// The status of the mouse buttons.O"/// The state of the control keys.78>?PDP/// The type of mouse event.$aa#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Ʉ9/// Describes a mouse input event in a console INPUT_RECORD structure. /// /// To learn more, see /// . /// /// {@category struct}!"():>:/// The message identifier.FGMN_F _klrsk M-/// The time at which the message was posted.@`@L/// The cursor position, in screen coordinates, when the message was posted.GGgG/// A handle to the window whose window procedure receives the message.S-/// Additional information about the message.ccS-/// Additional information about the message. &>> E33,7 ,//$9Eꁍ%#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.uр/// Contains message information from a thread's message queue. /// /// To learn more, see /// . /// /// {@category struct}[s[/// The x- and y-coordinates of the cursor, in per-monitor-aware /// screen coordinates.#$5b5/// If the message is WM_MOUSEWHEEL, /// the high-order word of this member is the wheel delta.cdjk|C>|/// The event-injected flags.D$/// The time stamp for this message.  "^"7/// Additional information associated with the message.$22x#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.{{QQ/// Contains information about a low-level mouse input event. /// /// To learn more, see /// . /// /// {@category struct}hinpoJC/// An array of rectangles.GG/// A pointer to a `WINDOWPOS` structure that contains the size and position /// values specified in the operation that moved or resized the window.$QQ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.΄ %K/// Contains information that an application can use while processing the /// WM_NCCALCSIZE message to calculate the size, position, and valid contents of /// the client area of a window. /// /// To learn more, see /// . /// /// {@category struct}XY^_p`pA/// Specifies the type of NDIS object that a structure describes.yW4/// Specifies the revision number of this structure.EFLM^Հ^k/// Specifies the total size, in bytes, of the NDIS structure that contains /// the **NDIS_OBJECT_HEADER**.$gg#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Packages the object type, version, and size information that is required in /// many NDIS 6.0 structures. /// /// To learn more, see /// . /// /// {@category struct}pqwxAM,/// A 64-bit value that represents the LUID. } ]/// A named union containing the component fields in the 64-bit LUID /// Value member.bb$lxX#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.OO]#/// The locally unique identifier (LUID) for a network interface. /// /// To learn more, see /// . /// /// {@category union} ! 1!+^^ bMMJQ D__$iuU#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// {@category struct}./45FSF0/// The height (ascent + descent) of characters.S\9/// The ascent (units above the base line) of characters. ^ :/// The descent (units below the base line) of characters.vw|}Z/// The amount of leading (space) inside the bounds set by the tmHeight /// member.S/// The amount of extra leading (space) that the application adds between /// rows.*e/// The average width of characters in the font (generally defined as the /// width of the letter x). [ 2/// The width of the widest character in the font.=>CDU>U/// The weight of the font.bpK/// The extra width per string that may be added to some synthesized fonts."#():u:H/// The horizontal aspect of the device for which the font was designed.QsF/// The vertical aspect of the device for which the font was designed.  `9/// The value of the first character defined in the font.ijpq.^8/// The value of the last character defined in the font.  ]/// The value of the character to be substituted for characters that are not /// in the font.~[/// The value of the character to be used to define word breaks for text /// justification.G$/// An italic font if it is nonzero.$%6O6(/// An underlined font if it is nonzero.pqvwGL&/// A strikeout font if it is nonzero.)F"/// The character set of the font.*!*eflm~7P~+/// The size of the em square for the font.X//// The height, in notional units, of the font./067HjHC/// The average width of characters in the font, in notional units.XXl˜./// The pitch and family of the selected font.D__$iuU#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ڀ/// Contains data that describes a physical font. /// /// To learn more, see /// . /// /// {@category struct}lmrvsƑl1ƑƢƣƨƩƺƢƺ?/// The data usage.*+12COC/// The data limit of the plan.\\\Ǎ#/// Name for the simulated profile.D//// The network cost. ǼǼ?PPdGG5K$ȀȀҁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.īī~>/// Used to specify values that are used by SetSimulatedProfileInfo to override /// current internet connection profile values in an RDP Child Session to /// support the simulation of specific metered internet connection conditions. /// /// To learn more, see /// . /// /// {@category struct}tu{|ˍMFˍ$/// The size of the struct in bytes.˘Y2/// The thickness of the sizing border, in pixels.45:;LbL;/// The width of a standard vertical scroll bar, in pixels.̶̞̟̤̥]f̶>/// The height of a standard horizontal scroll bar, in pixels.T,/// The width of caption buttons, in pixels.QRWXi!Vi-/// The height of caption buttons, in pixels.|lK/// A `LOGFONT` structure that contains information about the caption font."#():\:2/// The width of small caption buttons, in pixels.}~΃΄ΕNWΕ,/// The height of small captions, in pixels.ΪzU/// A `LOGFONT` structure that contains information about the small caption /// font.YZ_`q)Rq-/// The width of menu-bar buttons, in pixels.ϫϬϱϲπN(/// The height of a menu bar, in pixels.ByBY/// A `LOGFONT` structure that contains information about the font used in /// menu bars.Qh/// A `LOGFONT` structure that contains information about the font used in /// status bars and tooltips.SS]/// A `LOGFONT` structure that contains information about the font used in /// message boxes.њћѠѡѲe_Ѳ2/// The thickness of the padded border, in pixels.$%1Ɂ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.++:)/// Contains the scalable metrics associated with the nonclient area of a /// nonminimized window. /// /// To learn more, see /// . /// /// {@category struct}ԬF$/// The size of the struct in bytes.PQWXiZi;/// The application-defined identifier of the taskbar icon.qrxyՊq ՊՖZ./// An application-defined message identifier.6+6ABHIZA!Zghnoրg%րֶ֑֛֑֒֗֘,ֶ#0 &'8%8WIWtct ׆׆l/// A handle to the window that receives notifications associated with an icon /// in the notification area.AA3\طط^;/// A handle to the icon to be added, modified, or deleted.FFiِ>6I۹۹@HH.R !! &&؂؂ؙww<{## ))ٽٽ ٳٳ3ٷ((:9 ڣڣڵړړAڗ 5 ۇۇ ێww?{  &I܊܊ ܐyy7}$ܴܴ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ggԊ/// Contains information that the system needs to display notifications in the /// notification area. /// /// Used by Shell_NotifyIcon. /// /// To learn more, see /// . /// /// {@category struct}ޖޗޝޞޯޖ!ޯ޼޽޼!44$>J⁚*#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.PP.s/// {@category union}]5/// Specifies the length, in bytes, of the structure.  %%/// The context used for communication with the smart /// card resource /// manager.O7(O/067HdH/// The maximum number of bytes (ANSI version) or characters (Unicode /// version) in the lpstrGroupNames string.s['sQRXYj懀j/// The maximum number of bytes (ANSI version) or characters (Unicode /// version) in the lpstrCardNames string.|F/// Reserved for future use.H/// Reserved for futures use.,!,  :/// The size, in bytes (ANSI version) or characters (Unicode /// version), of the buffer pointed to by lpstrRdr.A)"A"#4P4/// The size, in bytes (ANSI version) or characters (Unicode /// version), of the buffer pointed to by lpstrCard.YA#Yic@/// A set of bit flags you can use to initialize the dialog box.> /// A void pointer to user data.}/// If lpfnConnect is not NULL, the dwShareMode and /// dwPreferredProtocols members are ignored. tD/// Used for internal connection as described in dwShareMode.8\/// Returns the actual protocol in use when the dialog box makes a connection /// to a card.2v28/// A pointer to the card connect routine of the caller.Br7/// A pointer to the card verify routine of the caller.&{&;/// A pointer to the card disconnect routine of the caller.9y/// A handle of the connected card (either through an internal dialog box /// connect or an lpfnConnect callback).R(/// The window that owns the dialog box.jjK/// A pointer to a buffer that contains null-terminated group name strings.11J/// A pointer to a buffer that contains null-terminated card name strings.|z/// If the card is located, the lpstrRdr buffer contains the name of /// the reader that contains the located card.π@b/// If the card is located, the lpstrCard buffer contains the name of /// the located card.wJ/// A pointer to a string to be placed in the title bar of the dialog box.DD I660:  = ; /pp vbb1f!! '3$II#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.__s/// Contains the information that the GetOpenCardName function uses to /// initialize a smart card Select Card dialog box. /// /// To learn more, see /// . /// /// {@category struct}PQWXi"Si+/// The length, in bytes, of the structure.qrxyz/// The context used for communication with the smart /// card resource /// manager.  hE/// A set of bit flags that you can use to initialize the dialog box.A)#AhP(h|$/// A pointer to the OPENCARD_SEARCH_CRITERIA /// structure to be used, or NULL, if one is not used.'q'3/// A pointer to the caller's card connect routine.k7>k /// A void pointer to user data.z}/// If lpfnConnect is not NULL, the dwShareMode and /// dwPreferredProtocols members are ignored.lmst%tD/// Used for internal connection as described in dwShareMode.!Ā/// Size, in bytes (ANSI version) or characters (Unicode /// version), of the buffer pointed to by lpstrRdr."ր/// Size, in bytes (ANSI version) or characters (Unicode /// version), of the buffer pointed to by lpstrCard.#$5À5T/// The actual protocol in use when the dialog box makes a connection to a /// card.Jy/// A handle of the connected card (either through an internal dialog box /// connect or an lpfnConnect callback).R%(/// The window that owns the dialog box.{{wJ/// A pointer to a string to be placed in the title bar of the dialog box.--/// A pointer to a string to be displayed to the user as a prompt to insert /// the smart /// card.^^L)/// A handle to an icon (32 x 32 pixels).ۀdz/// If the card is located, the lpstrRdr buffer contains the name of /// the reader that contains the located card.(b/// If the card is located, the lpstrCard buffer contains the name of /// the located card.UU ZGG0K  311 7=! ) /XX ^JJ1N$Ɓ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.7/// Contains the information that the SCardUIDlgSelectCard function uses to /// initialize a smart card Select Card dialog box. /// /// To learn more, see /// . /// /// {@category struct} S+/// The length, in bytes, of the structure.1(1*F*/// The maximum number of bytes (ANSI version) or characters (Unicode /// version) in the lpstrGroupNames string.s=Fs/// Reserved for future use.G/// Reserved for future use.' } ~     x/// The maximum number of bytes (ANSI version) or characters (Unicode version) /// in the lpstrGroupNames string.  m 2/// A pointer to the caller's card verify routine.  q 3/// A pointer to the caller's card connect routine.  v 6/// A pointer to the caller's card disconnect routine. = < =/// Void pointer to user data.      L }/// If lpfnConnect is not NULL, the dwShareMode and /// dwPreferredProtocols members are ignored. > ? E F W t WD/// Used for internal connection as described in dwShareMode. p p H/// A pointer to a buffer containing null-terminated group name strings. 4 4 J/// A pointer to a buffer that contains null-terminated card name strings.      =      ; UU$_k  F#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.m/// Used by the SCardUIDlgSelectCard function in order to recognize cards that /// meet the requirements set forth by the caller. /// /// You can, however, call SCardUIDlgSelectCard without using this structure. /// /// To learn more, see /// . /// /// {@category struct}ZR+/// The length, in bytes, of the structure.$/*/FV/// The size, in characters, of the buffer identified by /// lpstrCustomFilter.&'-.?~?T/// The index of the currently selected filter in the File Types /// control.hP"hwnJ/// The size, in characters, of the buffer pointed to by lpstrFile.'nouv~S/// The size, in characters, of the buffer pointed to by /// lpstrFileTitle.(#/// The zero-based offset, in characters, from the beginning of the path to /// the file name in the string pointed to by lpstrFile.dekl}ʀ}/// The zero-based offset, in characters, from the beginning of the path to /// the file name extension in the string pointed to by lpstrFile.$#6]6"/// A pointer to a hook procedure.[C'[n$! ^4/// A handle to the window that owns the dialog box.tt5/// If the OFN_ENABLETEMPLATEHANDLE flag is set in the Flags /// member, hInstance is a handle to a memory object containing a /// dialog box template.o@/// A buffer containing pairs of null-terminated filter strings.<<π/// A static buffer that contains a pair of null-terminated filter strings for /// preserving the filter pattern chosen by the user.FFrG/// The file name used to initialize the File Name edit control.TT/// The file name and extension (without path information) of the selected /// file.Q/// The initial directory.UUj=/// A string to be placed in the title bar of the dialog box.qU@/// A set of bit flags you can use to initialize the dialog box.I/// The default extension.00w/// Application-defined data that the system passes to the hook procedure /// identified by the lpfnHook member.   i/// The name of the dialog template resource in the module identified by the /// hInstance member.  x!P@/// A set of bit flags you can use to initialize the dialog box. NN S@@0DeeoWW5[ 5 A 1 ;(( .= 3yyoo7s  5 2     ; !z!z!!n!n>!r""$##!!"#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.:/// Contains information that the GetOpenFileName and GetSaveFileName functions /// use to initialize an Open or Save As dialog box. /// /// After the user closes the dialog box, the system returns information about /// the user's selection in this structure. /// /// To learn more, see /// . /// /// {@category struct}######'#######)#######)#%V%V$%`%l$$%L#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.#J#JV#l/// {@category struct}&&&&&&]&./// The size of this data structure, in bytes.'$'%'+','=&_'=5/// The major version number of the operating system.''''''P_'5/// The minor version number of the operating system.''''''V'-/// The build number of the operating system.(4(5(;(<(M(J(M"/// The operating system platform.(^(_(d(h(e((^2((()k/// A string, such as "Service Pack 3", that indicates the latest Service Pack /// installed on the system.)R)R )Y)A)AA)E**$**))*ˁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.%%}&i/// Contains operating system version information. /// /// To learn more, see /// . /// /// {@category struct} - - ---",]-"./// The size of this data structure, in bytes.-r-s-y-z--:_-5/// The major version number of the operating system.------_-5/// The minor version number of the operating system..2.3.9.:.K.V.K-/// The build number of the operating system.......]J."/// The operating system platform........2./</=/C/D/U.〃/UT/// The major version number of the latest Service Pack installed on the /// system.//////k/T/// The minor version number of the latest Service Pack installed on the /// system.0@0A0G0H0Y/p0YJ/// A bit mask that identifies the product suites available on the system.0h0i0n0o00h$0000000"00013k/// A string, such as "Service Pack 3", that indicates the latest Service Pack /// installed on the system.1u1u 1|1d1dA1h22$33112#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.+!+!#,/// Contains operating system version information. /// /// The information includes major and minor version numbers, a build number, a /// platform identifier, and information about product suites and the latest /// Service Pack installed on the system. /// /// To learn more, see /// . /// /// {@category struct}444444XL4(/// The status code for the I/O request.444444`48/// The number of bytes transferred for the I/O request.5$55$5B515B5N5N5r/// A handle to the event that will be set to a signaled state by the system /// when the operation has completed.55 555,57h7h$7r7~667^#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.3F3Fl4:/// Contains information used in asynchronous (or overlapped) input and output /// (I/O). /// /// To learn more, see /// . /// /// {@category struct}87!88,88,99$9989899}#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.777/// {@category union};I;J;P;Q;b;I;b;m;n;t;u;;m#;<<$<<;;<ہ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.;;,;'/// {@category struct}?@@@@?@l/// Receives the completion key value associated with the file handle whose /// I/O operation has completed.A.@,A./// Receives the address of the OVERLAPPED /// structure that was specified when the completed I/O operation was started.AOAPAVAWAhA?1Ah /// Reserved.AAAAAAuA]/// Receives the number of bytes transferred during the I/O operation that has /// completed.CaCa$CkCwBBCW#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.>i>iB?j/// Contains the information returned by a call to the /// GetQueuedCompletionStatusEx function. /// /// To learn more, see /// . /// /// {@category struct}EDEEEEEE)EE)FE5F/// A `RECT` structure that specifies the upper left and lower right corners /// of the rectangle in which the painting is requested, in device units /// relative to the upper-left corner of the client area.F%F&F+F,F=F%!F=FKFLFQFRFcFK#FcFsFtFyF|FzFFs/FFFTF7/// A handle to the display DC to be used for painting.G&G&[Gf4/// Indicates whether the background must be erased.GGWG,/// Reserved; used internally by the system.H^H^[H,/// Reserved; used internally by the system.GG G FF#GGG GGG9GH*H* H/HH=H!HH HHHAHJOJO$JYJeIIJE#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.CCD؁/// Contains information for an application. /// /// This information can be used to paint the client area of a window owned by /// that application. /// /// To learn more, see /// . /// /// {@category struct}KKKKKKRK2/// The red intensity value for the palette entry.L!L"L'L(L9KVL94/// The green intensity value for the palette entry.L{L|LLLLETL3/// The blue intensity value for the palette entry.LLLLLLVL4/// The alpha intensity value for the palette entry.NGNG$NQN]LLN=#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.JJKs/// Specifies the color and usage of an entry in a logical palette. /// /// To learn more, see /// . /// /// {@category struct}PLOPLi/// The default value for the parameter, if PARAMFLAG_FHASDEFAULT is specified /// in wParamFlags.P]P^PdPePvP]%PvPPLP/// The parameter flags.PPPPP:PR`R`$RjRvQQRV#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.NNO/// Contains information needed for transferring a structure element, parameter, /// or function return value between processes. /// /// To learn more, see /// . /// /// {@category struct}SSSSSS@S/// The size of the structure.TSJT'/// The default value of the parameter.U~U~$UUT1T1Ut#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.RRS~/// Contains information about the default value of a parameter. /// /// To learn more, see /// . /// /// {@category struct}VVVVVVGV)/// The size of this structure, in bytes.WAWBWHWIWZWaWZ:/// The number of pages currently committed by the system.WWWWWWjWu/// The current maximum number of pages that can be committed by the system /// without extending the paging file(s).XXXXXX Xq/// The maximum number of pages that were simultaneously in the committed /// state since the last system reboot.XXXXXX\X3/// The amount of actual physical memory, in pages.YOYPYVYWYhY mYh@/// The amount of physical memory currently available, in pages.YYYYYY~WY0/// The amount of system cache memory, in pages.Z8Z9Z?Z@ZQYڀZQY/// The sum of the memory currently in the paged and nonpaged kernel pools, in /// pages.ZZZZZZacZ. /// /// {@category struct}_q_`"_q_______B___]_#/// Handle to the physical monitor.`s`s`-/// Text description of the physical monitor.`D`D `K`/`/@`3a&a& a-aaga bb$bbapapb#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime._&_'_-_/_.^^_< /// Contains a handle and text description corresponding to a physical monitor. /// /// To learn more, see /// . /// /// {@category struct}ddd!d"d3cOd33/// Specifies the x-coordinate of the point.dodpdudvdd9Od3/// Specifies the y-coordinate of the point.ee$eeddeʁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ccc̀/// Defines the x- and y-coordinates of a point. /// /// To learn more, see /// . /// /// {@category struct}gggggg$gh9h:h@hAhRgnhRI/// An identifier that uniquely identifies a pointer during its lifetime.hhhhhh`hy/// An identifier common to multiple pointers for which the source device /// reported an update in a single input frame.iii i ii&ii?i.i?iaiPiaiiq`i?/// The predicted screen coordinates of the pointer, in pixels.j/ikj/G/// The predicted screen coordinates of the pointer, in HIMETRIC units.jjFYj5/// The screen coordinates of the pointer, in pixels.jjdj=/// The screen coordinates of the pointer, in HIMETRIC units.k{k|kkkk ki/// 0 or the time stamp of the message, based on the system tick count when /// the message was received.kkkkkkbk:/// Count of inputs that were coalesced into this message.lll l ll!ll,l-l3l4lEl,$lEllmmmlUm/// The value of the high-resolution performance counter when the pointer /// message was received (high-precision, 64 bit alternative to /// dwTime).m'm(m-m.m?m')m?mUmUn3/// A value from the POINTER_INPUT_TYPE /// enumeration that specifies the pointer type.nnog/// May be any reasonable combination of flags from the Pointer /// Flags constants.ooҀpYw/// Handle to the source device that can be used in calls to the raw input /// device API and the digitizer device API.ppZp./// Window to which this message was targeted.qQqQ[r/// A value from the POINTER_BUTTON_CHANGE_TYPE /// enumeration that specifies the change in button state between this input /// and the previous input.ninin|nYnYBn]ooooo?opp ppp8pq*q* q/qq2qrr rrrZrt\t\$tftrsstR#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.f f gx/// Contains basic pointer information common to all pointer types. /// /// Applications can retrieve this information using the GetPointerInfo, /// GetPointerFrameInfo, GetPointerInfoHistory and GetPointerFrameInfoHistory /// functions. /// /// To learn more, see /// . /// /// {@category struct}vLuvL/// An embedded POINTER_INFO /// structure.vpvqvwvxvv\5v/// The pen flag.vvvvvv4v/// The pen mask.wwwww'v`w'. /// /// {@category struct}|{T|0/// An embedded `POINTER_INFO` header structure.|-|.|4|5|F|9|F/// Currently none.||||||Ue|@/// Indicates which of the optional fields contain valid values.}|^}D/// The predicted screen coordinates of the contact area, in pixels.}q}"[}q>/// The raw screen coordinates of the contact area, in pixels.~q~r~x~y~}~/// A pointer orientation, with a value between 0 and 359, where 0 indicates a /// touch pointer aligned with the x-axis and pointing from left to right; /// increasing values indicate degrees of rotation in the clockwise direction.~~~~~~`~. /// /// {@category struct}{O3/// Specifies the x-coordinate of the point.  O3/// Specifies the y-coordinate of the point.kk$u##a#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.a/// Defines the x- and y-coordinates of a point. /// /// To learn more, see /// . /// /// {@category struct}O3/// Specifies the x-coordinate of the point. !2O23/// Specifies the y-coordinate of the point.$88v#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.v/// Defines the x- and y-coordinates of a point. /// /// To learn more, see /// . /// /// {@category struct}N2/// The horizontal reference point for the string.HINO`L`0/// The vertical reference point for the string.+f+/// The length /// of the string pointed to by lpstr.I1ITU[\mT mywa/// A rectangle structure that contains the dimensions of the opaquing or /// clipping rectangle.jxjX/// Pointer to an array containing the width value for each character in the /// string.rr./// Pointer to a string of text to be drawn by the PolyTextOut /// function.RR XHH)L$uu#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.̆=/// Describes how the PolyTextOut function should draw a string of text. /// /// To learn more, see /// . /// /// {@category struct}yl/// Pointer to a null-terminated string that identifies a supported printer /// port (for example, "LPT1:"). )  $##/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  L/// Identifies a supported printer port. /// /// To learn more, see /// . /// /// {@category struct}A)"AgO%gx%M(/// Bitmask describing the type of port. " l/// Pointer to a null-terminated string that identifies a supported printer /// port (for example, "LPT1:").퀡jn/// Pointer to a null-terminated string that identifies an installed monitor /// (for example, "PJL monitor").̀/// Pointer to a null-terminated string that describes the port in more detail /// (for example, if **pPortName** is "LPT1:", **pDescription** is "printer /// port"). 1 7 744$>J灕*#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.YY% /// Identifies a supported printer port. /// /// To learn more, see /// . /// /// {@category struct}rS/// Indicates the power setting for which this notification is being /// delivered.QRXYjbjData member.yn'/// The new value of the power setting.II$S_쁣:#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.q/// Sent with a power setting event and contains data about the specific change. /// /// To learn more, see /// . /// /// {@category struct}"m׀mw/// Pointer to a `DEVMODE` structure that identifies the default environment /// and initialization data for a printer.z{z'_/// Pointer to a null-terminated string that specifies the default data type /// for a printer.kku2/// Specifies desired access rights for a printer.DD J661: I$11y#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.:/// Specifies the default data type, environment, initialization data, and /// access rights for a printer. /// /// To learn more, see /// . /// /// {@category struct}ZS2/// Specifies information about the returned data.%!##Y/// Pointer to a null-terminated string that describes the contents of the /// structure.zRU/// Pointer to a null-terminated string that names the contents of the /// structure. c/// Pointer to a null-terminated string that contains additional data /// describing the structure. 7vv |ll)p88 >++//$^^#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.v8/// Specifies general printer information. /// /// To learn more, see /// . /// /// {@category struct}$%<$#<cK"cq$!"倥~/// A pointer to a `DEVMODE` structure that defines default printer data such /// as the paper orientation and the resolution.!("$?.%?vw}~XA/// The printer attributes.c?/// A priority value that the spooler uses to route print jobs.CDJK\e\:/// The default priority value assigned to each print job.pa. /// /// {@category struct}%ue/// Pointer to a `SECURITY_DESCRIPTOR` structure that specifies a printer's /// security information.ZYY$co  O#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Specifies printer security information. /// /// To learn more, see /// . /// /// {@category struct}%'$'mntu8X2/// Specifies information about the returned data. e/// Pointer to a null-terminated string that specifies the name of the printer /// (local or remote).llvG/// Pointer to a null-terminated string that is the name of the server.BB H1175 5oo$ye#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ā/// Specifies general printer information. /// /// The structure can be used to retrieve minimal printer information on a call /// to EnumPrinters. /// /// To learn more, see /// . /// /// {@category struct}¬”%¬½"  A/// The printer attributes.HIOPa*Oa/// This value is not used.ÜÝãäõ~Oõ/// This value is not used.Ҁ6U/// A pointer to a null-terminated string that specifies the name of the /// printer.ęęo/// A pointer to a null-terminated string that identifies the port(s) used to /// transmit data to the printer.oo u^^7bGG M991=ƾƾ$nnƴ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Mr/// Specifies detailed printer information. /// /// To learn more, see /// . /// /// {@category struct};/// The printer status.tt$~Ɋ$$j#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  €/// Specifies the status value of a printer. /// /// To learn more, see /// . /// /// {@category struct}˂˃ˉˊ˛]E˛"/// The version of this structure. ˧g F/// A bit flag that indicates the state of the notification structure.cdjk|n|M/// The number of `PRINTER_NOTIFY_INFO_DATA` elements in the **aData** array.̿̆6/// An array of `PRINTER_NOTIFY_INFO_DATA` structures.vv$΀Όg#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.6j/// Contains printer information returned by the /// FindNextPrinterChangeNotification function. /// /// The function returns this information after a wait operation on a printer /// change notification object has been satisfied. /// /// To learn more, see /// . /// /// {@category struct}0O0//// Indicates the type of information provided.abhiz9Fz%/// Indicates the field that changed.ЄЅЋЌНЄ"Н ЫvV/// Indicates the job identifier if the **Type** member specifies /// JOB_NOTIFY_TYPE.љ&}љL/// A union of data information based on the **Type** and **Field** members.$ѨѨ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Ϲ/// Identifies a job or printer information field and provides the current data /// for that field. /// /// To learn more, see /// . /// /// {@category struct}ӡӢӧөӨӡ**``$jvQ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.QQWt/// {@category union}^_efw^wגׁג$ככ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  <./// {@category struct}nouvۇGFۇ$/// The size of the struct in bytes.ےۓۙۚ۫ے!۫۸۸d/// A set of `PRINTER_OPTION_FLAGS` that specifies how the handle to a printer /// returned by `OpenPrinter2` will be used by other functions.܎܎ܣ܂܂<܆$) #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.xx$/// Represents printer options. /// /// To learn more, see /// . /// /// {@category struct}wx}~ߏw ߏghnoߜ/// If the value of **context** is **PRINT_EXECUTION_CONTEXT_WOW64**, /// **clientAppPID** identifies the client application on whose behalf the /// splwow64.exe process loaded the printer driver."p/// The `PRINT_EXECUTION_CONTEXT` value that represents the current execution /// context of the printer driver.LLd@@?D$Ⴡρ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.__O/// Contains the execution context of the printer driver that calls /// GetPrintExecutionData. /// /// To learn more, see /// . /// /// {@category struct}P6/// A pointer to the data portion of the heap element.!"3a3?/// The size of the data portion of the heap element, in bytes.>i/// The size of the data used by the system to maintain information about the /// heap element, in bytes.-f-?/// A handle to the heap region that contains the heap element.hiop>I'/// The properties of the heap element.'$'縁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.䌄]/// Contains information about a heap element. /// /// To learn more, see /// . /// /// {@category struct}%&TT$^jE#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.[[A~/// {@category union}SBS]^ced]. (;;$EQށ,#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// {@category struct}(*$&&t#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.::^/// {@category struct}1 1O>O\Z3/// A value that can be used to identify a process. X 2/// A value that can be used to identify a thread.TP*/// A handle to the newly created process.h@/// A handle to the primary thread of the newly created process.}} pp0t #.$BB#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.wwmv/// Contains information about a newly created process and its primary thread. /// /// It is used with the CreateProcess, CreateProcessAsUser, /// CreateProcessWithLogonW, or CreateProcessWithTokenW function. /// /// To learn more, see /// . /// /// {@category struct}   $F$(/// The size of the structure, in bytes.LMSTe+He/// The number of page faults.xV(/// The peak working set size, in bytes. U+/// The current working set size, in bytes.XY_`q-[q(/// The peak paged pool usage, in bytes.Z+/// The current paged pool usage, in bytes.!"3a3+/// The peak nonpaged pool usage, in bytes.R`./// The current nonpaged pool usage, in bytes. _ 6/// The Commit Charge value in bytes for this process.yzY/// The peak value in bytes of the Commit Charge during the lifetime of this /// process.$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.h/// Contains the memory statistics for a process. /// /// To learn more, see /// . /// /// {@category struct}w9#/// A unique GUID for the property.? /// A property identifier (PID).FF$P\<#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.PP@X/// Specifies the FMTID/PID identifier that programmatically identifies a /// property. /// /// Replaces SHCOLUMNID. /// /// To learn more, see /// . /// /// {@category struct} ##*5[[iPP3T$ǁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime."/// Used by many of the methods of IPropertyStorage to specify a property either /// by its property identifier (ID) or the associated string name. /// /// To learn more, see /// . /// /// {@category struct}]^dev]v" + E E$ O [ ;#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.r@/// {@category union}   RR$\h  H#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.   &/// Used in the ReadMultiple and WriteMultiple methods of IPropertyStorage to /// define the type tag and the value of a property in a property set. /// /// To learn more, see /// . /// /// {@category struct}"rr$|##h#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// {@category union}1289J1JRSYZkR$k{|{$$$ $%$>>#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// {@category struct}Irswxr !22<=BCT<T_`fgx_ x! " - -:;@AR:0Ropuvo % $%J2 JhVhw    11T= Ta2"  3%3H;H]O]tet}..L8LjZjt   --N6NpWpz!B) BeM eq!)F&(FrR)r,%  " "& +  #   ! !7!7$!A!!A!""E"%""@"#+#+D#9###     & W W  \ K KC O     , !! !! ! *!!j!j !p!^!^-!b!!!!!A!"k"k"v"^"^D"b"""""@"####r#rC#v## ###(#%Y%Y$%c%o$$%O#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.++xN/// {@category union}SYSBSYSSeYS-/// Null-terminated array of alternate names.SSSSTSJT(/// Protocol number, in host byte order.TTFT@"/// Official name of the protocol.TgTg TlT\T\*T`UU$UUTTUʁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.R;R;S&/// Contains the name and protocol numbers that correspond to a given protocol /// name. /// /// To learn more, see /// . /// /// {@category struct} \ \ \\\#\ '\#\6\7\=\>\O\6%\O\`\a\g\h\y\`(\y\\)\\\)\]Y]Z]`]a]r\耑]rl/// A unique tag value for this service in the group specified by the /// lpLoadOrderGroup parameter.]]~']]]+]]]&]^^<^^^9^_ _ :___q_8/// The fully qualified path to the service binary file.`G`G`F/// The name of the load ordering group to which this service belongs.a a a~/// A pointer to an array of null-separated names of services or load ordering /// groups that must start before this service.bbb/// If the service type is SERVICE_WIN32_OWN_PROCESS or /// SERVICE_WIN32_SHARE_PROCESS, this member is the name of the account /// that the service process will be logged on as when it runs.c^c^cX/// The display name to be used by service control programs to identify the /// service.^T^T^f^B^BE^F^^^^^B^_[_[_i_H_HC_L`` ```?``` ```?`aa aaa;ac.c. c4ccCcdd dcc9cee$eed,d,ex#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ZZ͋[ /// Contains configuration information for an installed service. /// /// It is used by the QueryServiceConfig function. /// /// To learn more, see /// . /// /// {@category struct}g\g]gcgdgug5Igu$/// The lock status of the database.gg$ggggghgeh;/// The time since the lock was first acquired, in seconds.hh^hR//// The name of the user who acquired the lock.hh hhxhx5h|jj$jj'hhj#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.eeфg+/// Contains information about the lock status of a service control manager /// database. /// /// It is used by the QueryServiceLockStatus function. /// /// To learn more, see /// . /// /// {@category struct}kkkkkkTbk=/// The size, in bytes, of each HID input in bRawData.kkkklkSl0/// The number of HID inputs in bRawData.lClDlIlJlglilhllxl-/// The raw input data, as an array of bytes.mm$mmllm΁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.j[j[k:/// Describes the format of the raw input from a Human Interface Device (HID). /// /// To learn more, see /// . /// /// {@category struct}o.n8o./// The raw input data.oMo9oMpp$ppoVoVp#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.n$n$n/// Contains the raw input from a device. /// /// To learn more, see /// . /// /// {@category struct}q>q,q>q\qGq\qxqhqxrr$rrqqr#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.pp*q/// {@category union}uuuuuu^huA/// `Top level collection` `Usage page` for the raw input device.v vvvv&ubv&?/// `Top level collection` `Usage ID` for the raw input device.v2v3v9v:vKv2!vKvivXvivyvy3vvvNw"/// A handle to the target window.vvvvv<vwPwP wUwAwA2wExx$xxwwwwx#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.tqtqu. /// /// {@category struct}zzzz&z'z-z.z?z& z?zKzKMz~%/// A handle to the raw input device.zz1zzz zzz.z{ { {!{{:{||$||{?{?|#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.yyy/// Contains information about a raw input device. /// /// To learn more, see /// . /// /// {@category struct}}}}}}}}~F~G~M~N~_~]~_;/// The size, in bytes, of the entire input packet of data.~{~j~{~~~~~~ ~~~a~9/// A handle to the device generating the raw input data.DDtN/// The value passed in the wParam parameter of the `WM_INPUT` message. %. ,<<$FR쁘2#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.||ℤ}€/// Contains the header information that is part of the raw input data. /// /// To learn more, see /// . /// /// {@category struct}v\8/// Specifies the scan code associated with a key press.E$/// Flags for scan code information.!"():!":{|HP0/// The corresponding `legacy virtual-key code`.//t/// The corresponding `legacy keyboard window message`, for example /// `WM_KEYDOWN`, `WM_SYSKEYDOWN`, and so forth.{|;i=/// The device-specific additional information for the event.$ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.W/// Contains information about the state of the keyboard. /// /// To learn more, see /// . /// /// {@category struct}'(./@'!@aMaoO'/// The raw state of the mouse buttons.C"/// The motion in the X direction.0167H CH"/// The motion in the Y direction.Sk=/// The device-specific additional information for the event.A/// The mouse state. 3 $??#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.BB /// Contains information about the state of the mouse. /// /// To learn more, see /// . /// /// {@category struct}.".R<R$``#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Ղ!/// {@category union}`aghy`&y%$ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.1@/// {@category struct}  uT/// Specifies the x-coordinate of the upper-left corner of the /// rectangle.~%tT/// Specifies the y-coordinate of the upper-left corner of the /// rectangle.wU/// Specifies the x-coordinate of the lower-right corner of the /// rectangle.tuz{xU/// Specifies the y-coordinate of the lower-right corner of the /// rectangle.$Ӂ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.z/// Defines a rectangle by the coordinates of its upper-left and lower-right /// corners. /// /// To learn more, see /// . /// /// {@category struct})uT/// Specifies the x-coordinate of the upper-left corner of the /// rectangle.tT/// Specifies the y-coordinate of the upper-left corner of the /// rectangle.vw|}wU/// Specifies the x-coordinate of the lower-right corner of the /// rectangle. x U/// Specifies the y-coordinate of the lower-right corner of the /// rectangle.\\$frR#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.))}/// Defines a rectangle by the coordinates of its upper-left and lower-right /// corners. /// /// To learn more, see /// . /// /// {@category struct}I'/// The intensity of blue in the color.!"'(9K9(/// The intensity of green in the color.opuvFG&/// The intensity of red in the color.$$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Describes a color consisting of relative intensities of red, green, and /// blue. /// /// To learn more, see /// . /// /// {@category struct}9:@AR>R/// The number of dimensions.\]cdu\#uG!/// The size of an array element.*+12CyCU/// The number of times the array has been locked without a corresponding /// unlock.oN'o /// The data.zv!/// One bound for each dimension.F /// Flags.MMd??BC$Ɓ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.PP/// Represents a safe array. /// /// To learn more, see /// . /// /// {@category struct}:;ABS QS,/// The number of elements in the dimension.aG%/// The lower bound of the dimension.$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.+/// Represents the bounds of one dimension of the array. /// /// To learn more, see /// . /// /// {@category struct}vw}~CQ0/// The number of bytes in the ATR and the mask.Z/// An array of BYTE values for the ATR of the card with extra /// alignment bytes.&[/// An array of BYTE values for the mask for the ATR with extra /// alignment bytes.$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.II"/// Used by the SCardLocateCardsByATR function to locate cards. /// /// To learn more, see /// . /// /// {@category struct}LMSTe5:e/// Protocol in use.tl/// Length, in bytes, of the **SCARD_IO_REQUEST** structure plus any following /// PCI-specific information.``$jvV#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.PPZ/// Begins a protocol control information structure. /// /// To learn more, see /// . /// /// {@category struct}! (  !'(9 &9vw}~KI(/// Number of bytes in the returned ATR.e9/// ATR of the inserted card, with extra alignment bytes.aH8/// A pointer to the name of the reader being monitored.84)uu {hh/lAaamPP=T$ځ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime./// Used by functions for tracking smart cards within readers. /// /// To learn more, see /// . /// /// {@category struct}45;<M FM$/// The size of the struct in bytes. X /// Coordinates of the scroll bar as specified in a RECT /// structure.?@EFWIW!/// Height or width of the thumb.iR-/// Position of the top or left of the thumb. Y 1/// Position of the bottom or right of the thumb.$%6 6lmrtsCS&/// An array of DWORD elements.$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.00쀰/// Contains scroll bar information. /// /// To learn more, see /// . /// /// {@category struct}F$/// The size of the struct in bytes.  EFKL]L]-/// Specifies the minimum scrolling position.fL-/// Specifies the maximum scrolling position.N-/// Specifies the page size, in device units.:;@AR LR-/// Specifies the position of the scroll box.[yS/// Specifies the immediate position of a scroll box that the user is /// dragging.* 3 $==#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.66F/// Contains scroll bar parameters to be set by the SetScrollInfo function (or /// SBM_SETSCROLLINFO message), or retrieved by the GetScrollInfo function (or /// SBM_GETSCROLLINFO message). /// /// To learn more, see /// . /// /// {@category struct}<=CDUnUM/// The time to wait before performing the specified action, in milliseconds.__'r0$#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Ճ}/// Represents an action that the service control manager can perform. /// /// To learn more, see /// . /// /// {@category struct}  /%/]A ]ffIě%/// Enumeration of SDP element types.ဒOT/// Specific type of SDP element, used to further specify generic element /// types.ļļijij*ķňňřwwB{$%ŽŽ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.Kр/// Stores SDP element data. /// /// To learn more, see /// . /// /// {@category struct}ǣ$((2378I2IrS&r~ȅȆȗ~ȗȢȣȩȪȻȢȻ  $ "$A3AMNTUfMfqrxyɊqɊɳɕ$ɳɽ!&* )*::Ccc hZZ&^$ʄʄ΁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.[[~/// {@category union}$%66՜՜$զղAAՍ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ӯӯ5/// {@category struct}pXpz{ׁׂדzד$ממ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  50/// {@category struct}کJJ$T`;#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.]]5ځ/// {@category struct}&&0178I0I߯߯$߹TTߠ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.‚5/// {@category struct}}~}  ""$,8ǁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.337U/// {@category struct}m/// Specifies how the string is encoded according to ISO 639:1988 (E/F): Code /// for the representation of the names of languages.EFLM^J^'/// MIBE number from the IANA database.jZ/// Identifier of the base attribute in which the string is to be found in the /// record.MM$Wc>#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ll)E/// Stores information about SDP string types. /// /// To learn more, see /// . /// /// {@category struct}  ! $--z#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.痂:/// {@category struct}YZ`ar,Mr*/// The size, in bytes, of this structure.~Z/// A pointer to a `SECURITY_DESCRIPTOR` structure that controls access to the /// object. '33n/// A Boolean value that specifies whether the returned handle is inherited /// when a new process is created. I$++v#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ӄ&/// Contains the security descriptor for an object and specifies whether the /// handle retrieved by specifying this structure is inheritable. /// /// To learn more, see /// . /// /// {@category struct}   /!/M<MhWhr:22;!C^^ cTT(X (''$1=́#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.τ懲/// Contains the security information associated with an object. /// /// To learn more, see /// . /// /// {@category struct}sb6/// A NULL-terminated array of alternate names.^_dev![v:/// The port number at which the service can be contacted.I%/// The official name of the service.fH@/// The name of the protocol to use when contacting the service. *rr wff,j$Ձ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.qqX/// Used to store or return the name and service number for a given service /// name. /// /// To learn more, see /// . /// /// {@category struct}9kG/// The reason for changing the service status to SERVICE_CONTROL_STOP.#dрdn/// A pointer to a `SERVICE_STATUS_PROCESS` structure that receives the latest /// service status information.vvW/// An optional string that provides additional information about the service /// stop. 3$77#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.++/// Contains service control parameters. /// /// To learn more, see /// . /// /// {@category struct}  $ *$;;z/// If this member is `[TRUE]`, the service is started after other auto-start /// services are started plus a short delay. U $  QQ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.ـ/// Contains the delayed auto-start setting of an auto-start service. /// /// To learn more, see /// . /// /// {@category struct}  &   V C#/// The description of the service.     m m9 q  $     #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  K /// Contains a service description. /// /// To learn more, see /// . /// /// {@category struct} i j p q   e/// The time after which to reset the failure count to zero if there are no /// failures, in seconds.  $   "  ! " ( ) : _ :;/// The number of elements in the lpsaActions array.  G /// A pointer to an array of SC_ACTION /// structures.    /// The message to be broadcast to server users before rebooting in response /// to the SC_ACTION_REBOOT service controller action.  H ./// The command line of the process for the CreateProcess /// function to execute in response to the SC_ACTION_RUN_COMMAND /// service controller action.      5  ^ ^  d P P1 T $   ԁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. N N ԁz/// Represents the action the service controller should take on each failure of /// a service. /// /// A service is considered failed when it terminates without reporting a status /// of SERVICE_STOPPED to the service controller. /// /// To learn more, see /// . /// /// {@category struct} :  ł% /// If this member is `[TRUE]` and the service has configured failure actions, /// the failure actions are queued if the service process terminates without /// reporting a status of SERVICE_STOPPED or if it enters the SERVICE_STOPPED /// state but the dwWin32ExitCode member of the SERVICE_STATUS /// structure is not ERROR_SUCCESS (0).      u   $   g g #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. - - V/// Contains the failure actions flag setting of a service. /// /// This setting determines when failure actions are to be executed. /// /// To learn more, see /// . /// /// {@category struct}     , * ,  $   B B #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.   /// Indicates a service protection type. /// /// To learn more, see /// . /// /// {@category struct}      ? /// The structure version.  )t '/// A pointer to the callback function.  \ @/// Any user-defined data to be passed to the callback function. 9 : @ A R c R3/// A value that indicates the notification status.  k Z/// A `SERVICE_STATUS_PROCESS` structure that contains the service status /// information.       ƀ/// If dwNotificationStatus is ERROR_SUCCESS, this member /// contains a bitmask of the notifications that triggered this call to the /// callback function.  (   < !/// If dwNotificationStatus is ERROR_SUCCESS and the /// notification is SERVICE_NOTIFY_CREATED or /// SERVICE_NOTIFY_DELETED, this member is valid and it is a /// MULTI_SZ string that contains one or more service names. c c  i O O= S  $     ؁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  < /// Represents service status notification information. /// /// To learn more, see /// . /// /// {@category struct} j k q r  =U */// The node number of the preferred node.          k  B/// If this member is TRUE, the preferred node setting is deleted. 7 7  < + +; /  $   j j #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. . . /// Represents the preferred node on which to run a service. /// /// To learn more, see /// . /// /// {@category struct} !0 !1 !7 !8 !I !X !I(/// The time-out value, in milliseconds. " "$ " " !b !b "#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.   ـ/// Contains preshutdown settings. /// /// To learn more, see /// . /// /// {@category struct} $6 $/ $6 $R $Rv $1/// A multi-string that specifies the privileges. $ $  $ $ $K $ & &$ & & % % &s#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. # #  #/// Represents the required privileges for a service. /// /// To learn more, see /// . /// /// {@category struct} ' ' ' ' ' 'E '/// The service SID type. )X )X$ )b )n ( ( )N#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. & &̂ '/// Represents a service security identifier (SID). /// /// To learn more, see /// . /// /// {@category struct} * * * * * *' * * * * * * *( * ,0 ,1 ,7 ,8 ,I *w ,IA/// The control codes the service accepts and processes in its handler /// function (see Handler /// and HandlerEx). , , , , , ,` ,g/// The error code the service uses to report an error that occurs when it is /// starting or stopping. -| -} - - - , -~/// A service-specific error code that the service returns when an error /// occurs while the service is starting or stopping. .L .M .S .T .e - .e/// The check-point value the service increments periodically to report its /// progress during a lengthy start, stop, pause, or continue operation. . . . . / .v /m/// The estimated time required for a pending start, stop, pause, or continue /// operation, in milliseconds. / /< /& / /I / /a /a /s /O /OE /S / /" 0 / /X / 1 1$ 1 1 0? 0? 1#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ) )5 *i/// Contains status information for a service. /// /// To learn more, see /// . /// /// {@category struct}  4 4 4 4 4 4' 4 4 4 4 4 4 4( 4 61 62 68 69 6J 4w 6JA/// The control codes the service accepts and processes in its handler /// function (see Handler /// and HandlerEx). 6 6 6 6 6 6a 6l/// The error code that the service uses to report an error that occurs when /// it is starting or stopping. 7 7 7 7 7 6 7/// The service-specific error code that the service returns when an error /// occurs while the service is starting or stopping. 8Y 8Z 8` 8a 8r 7 8r/// The check-point value that the service increments periodically to report /// its progress during a lengthy start, stop, pause, or continue operation. 8 8 8 8 9 8 9m/// The estimated time required for a pending start, stop, pause, or continue /// operation, in milliseconds. 9J 9K 9Q 9R 9c 9Q 9c*/// The process identifier of the service. 9s 9t 9z 9{ 9 9s( 9 9 9< 9 :' :'I :H : :D : 9 9 : 9 9E 9 : :" : :s :sX :w ;( ;( ;@ ; ;M ; < <$ < < ;f ;f <#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 3 3 4bS/// Contains process status information for a service. /// /// The ControlServiceEx, EnumServicesStatusEx, NotifyServiceStatusChange, and /// QueryServiceStatusEx functions use this structure. /// /// To learn more, see /// . /// /// {@category struct} > >m& > ?p > ?p/// A pointer to a ServiceMain /// function. ? ?o ?F-/// Specifies the ServiceMain function for a service that can run in the calling /// process. /// /// It is used by the StartServiceCtrlDispatcher function. /// /// To learn more, see /// . /// /// {@category struct} B B B B B B< B/// The new system time. C+ C, C1 C2 CC C A CC/// The previous system time. D D$ D D CQ CQ D#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. A Aփ! B/// Contains system time change settings. /// /// To learn more, see /// . /// /// {@category struct} F! F" F( F) F: F!' F: FM FN FT FU Ff FM" Ff F Fth F?/// Points to a GUID that identifies the trigger event subtype. G G G G G F G/// The number of SERVICE_TRIGGER_SPECIFIC_DATA_ITEM /// structures in the array pointed to by pDataItems. I G- I/// A pointer to an array of SERVICE_TRIGGER_SPECIFIC_DATA_ITEM /// structures that contain trigger-specific data. I( I(? IA I I7 I I| I| I Ij IjH In I I J I I@ I K K$ K K J3 J3 Kz#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. D D E/// Represents a service trigger event. /// /// This structure is used by the SERVICE_TRIGGER_INFO structure. /// /// To learn more, see /// . /// /// {@category struct} N N N N N" M, N"/// The number of triggers in the array of SERVICE_TRIGGER /// structures pointed to by the pTriggers member. O' N0 O'/// A pointer to an array of SERVICE_TRIGGER /// structures that specify the trigger events for the service. OM O5" OM P P$ P P O\ O\ P#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. K KЅ/ M(/// Contains trigger event information for a service. /// /// This structure is used by the ChangeServiceConfig2 and QueryServiceConfig2 /// functions. /// /// To learn more, see /// . /// /// {@category struct} R! R" R( R) R: R!$ R: R R R R R RJn RL/// The size of the trigger-specific data pointed to pData, in bytes. S! Ri S!I/// A pointer to the trigger-specific data for the service trigger event. S+ S+W S\ S S2 S S S` S UR UR$ U\ Uh S S遯 UC#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. Q Q Q/// Contains trigger-specific data for a service trigger event. /// /// To learn more, see /// . /// /// {@category struct} V V V V V VF V$/// The size of the struct in bytes. V V V V V V V W V W W. W W. WQ W9 WQ Wt W\% Wt W W$ W W W W W W W- W /// Required. W W W Y W! Y/// The address of an absolute ITEMIDLIST /// structure (PCIDLIST_ABSOLUTE) to contain an item identifier list that /// uniquely identifies the file to execute. Y= Y%  Y= YZ YI YZ Y Y Y Y Y Yi^ Y:/// A keyboard shortcut to associate with the application. Y Y% Y Z Y Z Z Z- Z- /// Optional. Zo Zo ZZ/// A string, referred to as a verb, that specifies the action to be /// performed. [# [#L \W!/// The address of a null-terminated string that specifies the name of the /// file or object on which ShellExecuteEx /// will perform the action specified by the lpVerb parameter. \ \> \ /// Optional. ] ]< ]9 /// Optional. ] ] ^/// If SEE_MASK_NOCLOSEPROCESS is set and the ShellExecuteEx /// call succeeds, it sets this member to a value greater than 32. ^ ^选 _X`/// The address of a null-terminated string that specifies one of the /// following: - A ProgId. _ _] _3/// A handle to the registry key for the file type. `< `. /// /// {@category struct} b b b b b b b b! b c= c=' cH c c  c! c c* c ct ct  c{ cg cg0 ck d d$ d e c c d#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. bj bj b/// {@category union} g gIC g*/// The `[GUID]` that identifies the item. g g g g g g g, g g gA g/// The item name. h h  h h h5 h  i i$ i i h@ h@ i#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. fX fX g"/// Defines Shell item resource. /// /// To learn more, see /// . /// /// {@category struct} j j j k# k$ k) k* k; j] k;=/// The index of the icon image within the system image list. k k k k k kEp kH/// An array of values that indicates the attributes of the file object. k k k k k k k3 k k k k k k l k/ l l& l&U le2/// A handle to the icon that represents the file. l l mm/// A string that contains the name of the file as it appears in the Windows /// Shell, or the path and file name of the file that contains the icon /// representing the file. m md n"-/// A string that describes the type of file. l l  l l l) l m m  m m mC m n^ n^  ne nO nO= nS o o$ o o n n oҁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. i iB j/// Contains information about a file object. /// /// To learn more, see /// . /// /// {@category struct} qV qE qV q` qa qg qh qy q` qy q q q q q q q q q q r qL r */// Flags that control the file operation. r r r r r/ r. r/ r rJ r/// When the function returns, this member contains a handle to a name mapping /// object that contains the old and new names of the renamed files. s s* s s4 s4 sh/// A window handle to the dialog box to display information about the status /// of the file operation. s s쀣 ty~/// Note This string must be double-null terminated.
/// A pointer to one or more source file names. t t uV/// Note This string must be double-null terminated.
/// A pointer to the destination file or directory name. u u v9/// When the function returns, this member contains `[TRUE]` if any file /// operations were aborted before they were completed; otherwise, `[FALSE]`. v vo w4/// A pointer to the title of a progress dialog box. s s  s s s& s t t  t t t) t ut ut  uz ul ul% up v v  v vv vv] vz w` w`  wf wJ wJA wN x x$ x x w w xՁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. p( p( q#/// Contains information that the SHFileOperation function uses to perform file /// operations. /// /// To learn more, see /// . /// /// {@category struct} zH zI zO zP za z_ zaA/// The size of identifier, in bytes, including cb itself. z z z z z z z z zhm z&/// A variable-length item identifier. |$ |$$ |. |: z zځ |#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. y y y y y y+ y+C y耦/// Defines an item identifier. /// /// To learn more, see /// . /// /// {@category struct} } } } } } }F }$/// The size of the struct in bytes. ~' ~( ~- ~. ~? }o ~?M/// The total size of all the objects in the specified Recycle Bin, in bytes. ~ ~ ~ ~ ~ ~Ka ~;/// The total number of items in the specified Recycle Bin. $   ~ ~ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. |p |p }k/// Contains the size and item count information retrieved by the /// SHQueryRecycleBin function. /// /// To learn more, see /// . /// /// {@category struct} < = B D C ^ <' ^ $  h h #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. L L /// SID_IDENTIFIER_AUTHORITY IDL Definition. /// /// To learn more, see /// . /// /// {@category struct}    % A %$/// Specifies the rectangle's width. T U Z [ l ,B l%/// Specifies the rectangle's height. $  s s #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.   ΀/// Defines the width and height of a rectangle. /// /// To learn more, see /// . /// /// {@category struct} B C H I Z ^ Z?/// The x-coordinate of the upper left corner of the rectangle. c] ?/// The y-coordinate of the upper left corner of the rectangle.    ` @/// The x-coordinate of the lower right corner of the rectangle. m n s t *a @/// The y-coordinate of the lower right corner of the rectangle. $   ҁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  ! /// Defines the coordinates of the upper left and lower right corners of a /// rectangle. /// /// To learn more, see /// . /// /// {@category struct}    #  - . 3 6 4 O -) O [ [1 n  :   $ ! - ́ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ( (9 逵/// Varies depending on the protocol selected. /// /// To learn more, see /// . /// /// {@category struct} J !/// Address family of the socket.    M +/// Address of the target Bluetooth device. _ #J _+/// Service Class Identifier of the socket. rN ./// RFCOMM channel associated with the socket.  $  ) Ł #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. L M S U T c c b/// Used in conjunction with Bluetooth socket operations, defined by address /// family AF_BTH. /// /// To learn more, see /// . /// /// {@category struct} c  c/// A pointer to a socket address represented as a SOCKADDR /// structure. rZ 0/// The length, in bytes, of the socket address. ! !$ + 7 с #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// Stores protocol-specific address information. /// /// To learn more, see /// . /// /// {@category struct} E /// The authentication service.   " # 4 D 4/// The authorization service. [ C' [ o p u v o  w B/// The principal name to be used with the authentication service. I I U/// When used in CoInitializeSecurity, /// set on return to indicate the status of the call to register the /// authentication services.    # ;  p p  x i i% m $   #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. m m /// Identifies an authentication service that a server is willing to use to /// communicate to a client. /// /// To learn more, see /// . /// /// {@category struct} { | {   $  -       ! ' ( 9  9 E E, M 0 ; ;# F #   t tE x   I  l l  s a a, e  ,  / /$ 9 E 恑 %#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. > >; `/// {@category struct} )  *   & ' 8   8 $  D D #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. { {f /// {@category struct}  & ' - . ? &( ? S T Z [ l S+ l %  '  '     '  1 2 8 9 J 1' J ] ^ d e v ]' v #  "  !     %  ( ) / 0 A (% A R R0 ^ *   9    3  t t$ ~ % % j#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// {@category struct} F $/// The size of the struct in bytes. i d iA/// The GUID for the class to which the device interface belongs.   "  ) )$ 3 ? ʁ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// Defines a device interface in a device information set. /// /// To learn more, see /// . /// /// {@category struct} F $/// The size of the struct in bytes. L   | pE/// A NULL-terminated string that contains the device interface path.  =  D D$ N Z ށ 5#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. s s N/// Contains the path for a device interface. /// /// To learn more, see /// . /// /// {@category struct} F $/// The size of the struct in bytes.  C )/// The GUID of the device's setup class. + 䀛/// An opaque handle to the device instance (also known as a handle to the devnode). "  h h$ r ~   ^#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. $ u/// Defines a device instance that is a member of a device information set. /// /// To learn more, see /// . /// /// {@category struct}    S S$ ] i  I#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// {@category struct}     / F /(/// The size of the structure, in bytes. N 6# N u ]" u   R S Y Z k  k/// If dwFlags specifies STARTF_USEPOSITION, this member is the x /// offset of the upper left corner of a window if a new window is created, in /// pixels.   $ % 6 s 6/// If dwFlags specifies STARTF_USEPOSITION, this member is the y /// offset of the upper left corner of a window if a new window is created, in /// pixels. > ݀/// If dwFlags specifies STARTF_USESIZE, this member is the width of /// the window if a new window is created, in pixels. p q w x 逧 /// If dwFlags specifies STARTF_USESIZE, this member is the height of /// the window if a new window is created, in pixels. W X ^ _ p  p/// If dwFlags specifies STARTF_USECOUNTCHARS, if a new console window /// is created in a console process, this member specifies the screen buffer /// width, in character columns. B C I J [  [/// If dwFlags specifies STARTF_USECOUNTCHARS, if a new console window /// is created in a console process, this member specifies the screen buffer /// height, in character rows. ' ( . / @ m @/// If dwFlags specifies STARTF_USEFILLATTRIBUTE, this member is the /// initial text and background colors if a new console window is created in a /// console application. T U [ \ m T! m zc ҁ4/// If dwFlags specifies STARTF_USESHOWWINDOW, this member can be any /// of the values that can be specified in the nCmdShow parameter for /// the ShowWindow /// function, except for SW_SHOWDEFAULT. % $ $ $ E 4 E d S d s   e/// The name of the desktop, or the name of both the desktop and window /// station for this process. ^ ^ o/// For console processes, this is the title displayed in the title bar if a /// new console window is created. + +c t//// A bitfield that determines whether certain. Ѐ Ss/// If dwFlags specifies STARTF_USESTDHANDLES, this member is the /// standard input handle for the process. « « /t/// If dwFlags specifies STARTF_USESTDHANDLES, this member is the /// standard output handle for the process. Ë Ë s/// If dwFlags specifies STARTF_USESTDHANDLES, this member is the /// standard error handle for the process. 7 7  = ) )1 -    -   :  ƒ ƒ  Š u u2 y b b  i S S4 W > >  E 0 02 4 ų ų$ Ž f f ũ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ^ ́!/// Specifies the window station, desktop, standard handles, and appearance of /// the main window for a process at creation time. /// /// To learn more, see /// . /// /// {@category struct} Ǟ hA Ǟ/// A `STARTUPINFO` structure. ǿ Ǯ! ǿ d /// An attribute list. P P" m < . /// /// {@category struct} ˚ &y ˚a/// FMTID of the current property set, specified when the property set was /// initially created. ˤ= ܁!/// CLSID associated with this property set, specified when the /// property set was initially created and possibly modified thereafter with /// IPropertyStorage::SetClass. ͫ ͬ Ͳ ͳ  Ā/// Flag values of the property set, as specified in IPropertySetStorage::Create. A u AY/// Time in Universal Coordinated Time (UTC) when the property set was last /// modified. Γ KM Γ3/// Time in UTC when this property set was created. ΝS 9/// Time in UTC when this property set was last accessed.  $  n n$ x Є   d#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 5 5 /// Contains information about a property set. /// /// To learn more, see /// . /// /// {@category struct} I 1# I Ҹ ҹ ҿ Y~ Z/// A 32-bit identifier that uniquely identifies the property within the /// property set.    ӈ|/// A wide-character null-terminated Unicode string that contains the optional /// string name associated with the property. 5 /// The property type. ӻ ӻ  Ӭ Ӭ3 Ӱ # #  +  %  Ւ Ւ$ ՜ ը E E Ո#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. к к" L/// Contains data about a single property in a property set. /// /// This data is the property ID and type tag, and the optional string name that /// may be associated with the property. /// /// To learn more, see /// . /// /// {@category struct} !  1 2 8 9 J I J)/// Indicates the type of storage object. z { ׁ ׂ ד SF ד$/// The size of the struct in bytes. מq U/// Indicates the last modification time for this storage, stream, or byte /// array. q b qH/// Indicates the creation time for this storage, stream, or byte array. {e K/// Indicates the last access time for this storage, stream, or byte array. !    $ + $ ٷ ; ٷi/// Indicates the class identifier for the storage object; set to CLSID_NULL /// for new storage objects. $ ـ/// Indicates the current state bits of the storage object; that is, the value /// most recently set by the IStorage::SetStateBits /// method.  !    sT/// A pointer to a NULL-terminated Unicode string that contains the /// name. i C/// Indicates the access mode specified when the object was opened. c c T/// Indicates the types of region locking supported by the stream or byte /// array. ۠ ۠  ۦ ۓ ۓ/ ۗ ? ?  D 3 3, 7    D  ތ ތ$ ޖ ޢ C C ނ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ވ Ā/// Contains statistical data about an open storage, stream, or byte-array /// object. /// /// To learn more, see /// . /// /// {@category struct} 9 : @ A R = R/// The type of device. aF /// The number of this device.  t I/// The partition number of the device, if the device can be partitioned. $  % % r#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ؃ /// Contains information about a device. /// /// This structure is used by the IOCTL_STORAGE_GET_DEVICE_NUMBER control code. /// /// To learn more, see /// . /// /// {@category struct}    G G$ Q ]  =#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ˂ 㢀/// Contains strings returned from the IShellFolder interface methods. /// /// To learn more, see /// . /// /// {@category struct}        ! % " ? ( ? H H$ R { {  o o- s $  栁 #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 哂 /// {@category union} I %/// The previous styles for a window. D /// The new styles for a window. e e$ o {   [#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 駃 b/// Contains the styles for a window. /// /// To learn more, see /// . /// /// {@category struct} P (/// The size of the structure, in bytes. * + 1 2 C p CK/// A unique value that identifies the type data that describes the symbol. Q R W Y X t Q, t E $/// The unique value for the symbol.  > /// The symbol size, in bytes. N O U V g _ gName buffer, in characters. F   , -  F /// The name of the symbol. P P b F F5 J  1  K K$ U a  A#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 챇 h/// Contains symbol information. /// /// To learn more, see /// . /// /// {@category struct} g h n o W. /// The year.   #  9 /// The day of the month. $ % + , = . = /// The hour. Y Z ` a r G2 r/// The minute. ~2 /// The second. = /// The millisecond. C C$ M Y  9#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  9/// Specifies a date and time, using individual members for the month, day, /// year, weekday, hour, minute, second, and millisecond. /// /// The time is either in coordinated universal time (UTC) or local time, /// depending on the function that is being called. /// /// To learn more, see /// . /// /// {@category struct} -       3 . 3 B C G H Y B) Y $  p p #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// {@category struct}  # $ ) * ; #! ; I J O P a I' a u v { | u!  $  8 /// Reserved.        Y Z ` a r !\ r5/// The theoretical capacity of the battery when new. a 4/// The estimated remaining capacity of the battery. # $ * + < X <8/// The current rate of discharge of the battery, in mW. Ee . /// /// {@category struct}          & ' 8 - 8  $   Q Q #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  [ /// {@category struct} T U Z ] [ w T- w $    ځ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  / $/// {@category struct}   2 3 9 : K n KH/// The page size and the granularity of page protection and commitment. Z l/// A pointer to the lowest memory address accessible to applications and /// dynamic-link libraries (DLLs). f  fT/// A pointer to the highest memory address accessible to applications and /// DLLs. z I/// A mask representing the set of processors configured into the system. B C I J [ j [:/// The number of logical processors in the current group.      te :/// An obsolete member that is retained for compatibility. = > D E V ހ VZ/// The granularity for the starting address at which virtual memory can be /// allocated.      rZ //// The architecture-dependent processor level.      ` 2/// The architecture-dependent processor revision.  $   6 6 y#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 3 3 d/// Contains information about the current computer system. /// /// This includes the architecture and type of the processor, the number of /// processors in the system, the page size, and other such information. /// /// To learn more, see /// . /// /// {@category struct}     +   + P 7" P  $   ^ ^ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  ς( /// {@category union} h i o p  h0       #   Y  < < S ! !b %  $     ΁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ! ! E/// {@category struct}       -  . .$ 8 D  ˁ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. G G/ i/// {@category struct} @ A G H Y w YN/// The processor mask identifying the processors described by this structure. k l q r  k%   9   Ӏ fk/// The relationship between the processors identified by the value of the /// ProcessorMask member.  $   V  S S$ ] i  聱 D#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. x x# 3/// Describes the relationship between the specified processor set. /// /// This structure is used with the GetLogicalProcessorInformation function. /// /// To learn more, see /// . /// /// {@category struct} !+ ? !+ !n !<: !n ! !z ! ! ! ! ! ! ! !, ! #< #<$ #F #R ! !ρ #-#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// {@category union} &g &h &m &n & &g & ' '$ ( ( & & '#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. & &9 &+/// {@category struct} ) ) ) ) ) )# ) +$ +$$ +. +: ) ) +#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. )- )-? )Q/// {@category struct} , , , , , , ,- , .J .J$ .T .` , ,灩 .;#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ,c ,c/ ,/// {@category struct} . . . . . / .. /  0 0$ 0 0 / / 0q#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. . .4 ./// {@category struct} 1 1 1 1! 1 1= 1. 1= 1L 1M 1R 1T 1S 1o 1L- 1o 2 2$ 2 2 1~ 1~ 2ρ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 0 0ʂ\ 0/// {@category struct} 4+ 4, 41 42 4C 4+$ 4C 4u 4v 4{ 4| 4 4TD 4/// The battery charge status. 4 4 4 4 4 4a 44/// The percentage of full battery charge remaining. 5& 5' 5, 5- 5> 5K 5> /// The status of battery saver. 5 5 5 5 5 5S 5/// The number of seconds of battery life remaining, or –1 if remaining /// seconds are unknown or if the device is connected to AC power. 6 6 6 6 6 6 6Ā/// The number of seconds of battery life when at full charge, or –1 if full /// battery lifetime is unknown or if the device is connected to AC power. 86 86$ 8@ 8L 6 6܁ 8'#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 3( 3(V 4/// Contains information about the power status of the system. /// /// To learn more, see /// . /// /// {@category struct} 8 8 8 8 8 8  8 9 9 9 9 9 9" 9 9* 9+ 90 91 9B 9*  9B 9O 9P 9U 9W 9V 9q 9O, 9q 9 9 9 9 9 9# 9 ; ;$ ;! ;- 9 9 ;#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 8 8 8/// {@category struct} ; ; ; ; ; ;( ; ; ; ; ; ; ;( ; < < < < < <. < - <.  =' > >, > >, >; >< >B >C >T >;, >T >} >l >} > > > > > >/ > > > > > > >& > > > > > ? >* ? ? ? ?! ?" ?3 ?) ?3 ?H ?I ?N ?P ?O ?j ?H, ?j ?y ?y5 ? ? ?  ? ? ?> ? AT AT$ A^ Aj ? ? AE#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ;a ;a; ;/// {@category struct} A A A A B A- B B' B( B. B/ B@ B'* B@ Bg BV Bg C C$ C C Bv Bv Cρ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. A A A/// {@category struct}  Dw Dx D} D D~ D Dw, D D D D D D D# D D D D E D E E E E E E) E  E) E6 E7 E< E= EN E6$ EN E_ E` Ef Eg Ex E_# Ex E E E E E E$ E E E E E E E# E G8 G8$ GB GN E E؁ G)#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. D( D(X DJ/// {@category struct} G G G G G G G- G Ii Ii$ Is I H H IZ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. G G/ G/// {@category struct} K K K K K JX K 0/// Minimum attribute value for which to search. Kd Ke Kk Kl K} K1X K}0/// Maximum attribute value for which to search. L L$ L L K K Lׁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. I Ix J/// Used in a Bluetooth query to constrain the set of attributes to return in /// the query. /// /// To learn more, see /// . /// /// {@category struct} N[ N P N[1/// Union containing the UUID on which to search. N N N N N NaD N /// Type of UUID being searched. O O$ P P N N O#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. M- M- M쀳/// Facilitates searching for UUIDs. /// /// To learn more, see /// . /// /// {@category struct} Q Q}3 Q/// UUID in 128-bit format. Q Q Q Q Q Q< Q/// UUID in 32-bit format. R R R R R, Q< R,/// UUID in 16-bit format. S S$ S S R7 R7 S#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. PD PD QY/// Contains the UUID on which to perform an SDP query. /// /// Used in conjunction with the SdpQueryUuid structure. /// /// To learn more, see /// . /// /// {@category union} ^G ^H ^N ^O ^` ^ F ^`$/// The size of the struct in bytes. ^| ^k ^| ^ ^ ^ ^ ^ ^ ^ ^ ^  ^ ^ ^ ^ ^ ^ ^( ^ _ ^' _ _D _(& _D _j _R+ _j _ _# _ `, `- `3 `4 `E _ `E~/// The number of entries in the pButtons array that is used to create /// buttons or command links in the task dialog. a `R9 a/// Pointer to an array of TASKDIALOG_BUTTON /// structures containing the definition of the custom buttons that are to be /// displayed in the task dialog. a a a a a aT a+/// The default button for the task dialog. bf bg bm bn b a連 bx/// The number of entries in the pRadioButtons array that is used to /// create radio buttons in the task dialog. c b= c/// Pointer to an array of TASKDIALOG_BUTTON /// structures containing the definition of the radio buttons that are to be /// displayed in the task dialog. d d d d d0 cp d0B/// The button ID of the radio button that is selected by default. d` dH, d` d dx/ d d d/ d d d0 d e. e& e. eT e<" eT e ec| e8/// Pointer to an application-defined callback function. f f f" f# f4 e^ f44/// A pointer to application-defined reference data. f f f f f fGc f@/// The width of the task dialog's client area, in dialog units. f fL f /// Handle to the parent window. g5 g5 h聘/// Handle to the module that contains the icon resource identified by the /// pszMainIcon or pszFooterIcon members, and the string /// resources identified by the pszWindowTitle, /// pszMainInstruction, pszContent, pszVerificationText, /// pszExpandedInformation, pszExpandedControlText, /// pszCollapsedControlText or pszFooter members. iC iC` i./// Specifies the behavior of the task dialog. i i「 jE q qց s#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ] ] ] ] ] \ \ ]/// Contains information used to display a task dialog. /// /// The TaskDialogIndirect function uses this structure. /// /// To learn more, see /// . /// /// {@category struct} s s s s s$ s t t( t tn tn, tx tH tH  tN t: t:1 t> t t  t t t5 t v/ v/$ v9 vE t tց v #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. s s s s s st st s/// {@category union} x x x x; x#& x; xN xN, xX x x0 x x x  x x} x}5 x x x  y x x9 x z~ z~$ z z y% y% zo#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. w w w w w w w w/// {@category union} } } } } } }[h }D/// Indicates the value to be returned when this button is selected. } }& } } }y ~FF/// Pointer that references the string to be used to label the button. ~ ~  ~ ~p ~p9 ~t $   ~ ~ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. } }! }' }) }( | |< }6/// Contains information used to display a button in a task dialog. /// /// The TASKDIALOGCONFIG structure uses this structure. /// /// To learn more, see /// . /// /// {@category struct} S 0/// The height (ascent + descent) of characters. F G L M ^ \ ^9/// The ascent (units above the base line) of characters. k^ :/// The descent (units below the base line) of characters. - . 3 4 E ΀ EZ/// The amount of leading (space) inside the bounds set by the tmHeight /// member. [ S/// The amount of extra leading (space) that the application adds between /// rows. S T Y Z k ဘ km/// The average width of characters in the font (generally defined as the /// width of the letter x ). ~[ 2/// The width of the widest character in the font.    > /// The weight of the font. o p u v !p K/// The extra width per string that may be added to some synthesized fonts. u H/// The horizontal aspect of the device for which the font was designed. Y Z _ ` q s qF/// The vertical aspect of the device for which the font was designed. ` 9/// The value of the first character defined in the font. ( ) / 0 A ^ A8/// The value of the last character defined in the font. P T/// The value of the character to be substituted for characters not in the /// font. ; < B C T Ԁ Tb/// The value of the character that will be used to define word breaks for /// text justification. dQ ./// Specifies an italic font if it is nonzero.  Y 2/// Specifies an underlined font if it is nonzero. A B G H Y L Y&/// A strikeout font if it is nonzero. i j o p i)  !   2a/// Specifies information about the pitch, the technology, and the family of a /// physical font. w w b bD f $   #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. L L . /// /// {@category struct} r? /// Time interval, in seconds. E #/// Time interval, in microseconds. I I$ S _  ?#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. B BQ W /// Used to specify a time interval. /// /// It is associated with the Berkeley Software Distribution (BSD) Time.h header /// file. /// /// To learn more, see /// . /// /// {@category struct} oF $/// The size of the struct in bytes. @ %/// The coordinates of the title bar. G H M O N j r jE/// An array that receives a value for each element of the title bar. $  v v #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. y O/// Contains title bar information. /// /// To learn more, see /// . /// /// {@category struct} { | TF $/// The size of the struct in bytes. G ,/// The bounding rectangle of the title bar. F G L N M i 뀅 iV/// An array that receives a DWORD value for each element of the title /// bar. us I/// An array that receives a structure for each element of the title bar. = =$ G S 큘 3#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  w 2/// Expands on the information described in the TITLEBARINFO structure by /// including the coordinates of each element of the title bar. /// /// To learn more, see /// . /// /// {@category struct} " 8 "#/// The globally unique identifier. H I O P a +: a/// The locale identifier. j k p q j   E /// The major version number.   E /// The minor version number. < = C D U #; U/// The library flags. c cJ !/// The target hardware platform.  /  . .$ 8 D 䁒 $#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  ҁ=/// Contains information about a type library. /// /// Information from this structure is used to identify the type library and to /// provide national language support for member names. /// /// To learn more, see /// . /// /// {@category struct} #  р h/// The security /// identifier (SID) of the app container.  @  C C$ M Y ށ 4#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. z z w/// Specifies all the information in a token that is necessary for an app /// container. /// /// To learn more, see /// . /// /// {@category struct} | V/// A nonzero value if the token has elevated privileges; otherwise, a zero /// value. U U$ _ k   K#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  Y/// Indicates whether a token has elevated privileges. /// /// To learn more, see /// . /// /// {@category struct}  zW ;/// The x-coordinate (horizontal point) of the touch input.     * U *9/// The y-coordinate (vertical point) of the touch input. A 0 A Ni I/// A touch point identifier that distinguishes a particular touch input. !    < = C D U T U2/// The time stamp for the event, in milliseconds. `_ 8/// An additional value associated with the touch event. - . 4 5 F Ā Fd/// The width of the touch contact area in hundredths of a pixel in physical /// screen coordinates. T e/// The height of the touch contact area in hundredths of a pixel in physical /// screen coordinates. X #0/// A device handle for the source input device. s s b/// A set of bit flags that specify various aspects of touch point press, /// release, and motion. K K k/// A set of bit flags that specify which of the optional fields in the /// structure contain valid values. M M  T A A. E   ,  9    :  z z$  . . p#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. # \/// Encapsulates data for touch input. /// /// To learn more, see /// . /// /// {@category struct} gF $/// The size of the struct in bytes. A /// Latency in milliseconds. 8 9 ? @ Q e Q=/// Sample time in milliseconds (used to calculate velocity). bW ,/// Use timestamps provided by the hardware.  $ ( 4  #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. Ƅ :h/// Contains hardware input details that can be used to predict touch targets /// and help compensate for hardware latency when processing touch and gesture /// input that contains distance and velocity data. /// /// To learn more, see /// . /// /// {@category struct} \F $/// The size of the struct in bytes.  t X/// The rectangle to be excluded when positioning the window, in screen /// coordinates. k k$ u  a#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. h hM ?/// Contains extended parameters for the TrackPopupMenuEx function. /// /// To learn more, see /// . /// /// {@category struct} : %/// The GUID of the type information.    Y 9/// The locale of member names and documentation strings. ! " ( ) : !$ : } ~ J[ 0/// The constructor ID, or MEMBERID_NIL if none. Y //// The destructor ID, or MEMBERID_NIL if none. $  ] ^ d e v 1S v)/// The size of an instance of this type. !  > /// The number of functions. ! " ( ) : M :,/// The number of variables or data members. p q w x DO )/// The number of implemented interfaces. F !/// The size of this type's VTBL.   ! " 3 [ 34/// The byte alignment for an instance of this type. Y Z ` a r C9 r/// The type flags. E /// The major version number.  E /// The minor version number.  ^/// If typekind is TKIND_ALIAS, specifies the type for which this type /// is an alias. L -/// The IDL attributes of the described type. <  /// Reserved. c cA /// The kind of type. : :  @ * *5 .  2  ( ($ 2 > ށ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  h/// Contains attributes of a type. /// /// To learn more, see /// . /// /// {@category struct}     4 /// The variant type.      %  z z$  0 0 p#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. t tP p/// Describes the type of a variable, the return type of a function, or the type /// of a function parameter. /// /// To learn more, see /// . /// /// {@category struct} ! " ! H ,# H T U [ \ m T! m $  z z #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ƂJ /// {@category union} x y  ŀ ő Ӏ ő/// Specifies the length, in bytes, of the string pointed to by the /// Buffer member, not including the terminating NULL character, /// if any.  Ŝw N/// Specifies the total size, in bytes, of memory allocated for Buffer. 0  0 < . /// /// {@category struct}  ? /// The ratio numerator. 3 4 : ; L C L/// The ratio denominator. ˮ ˮ$ ˸ ^ ^ ˤ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ɚ ɛ ɡ ɣ ɢ W W ɰB/// Defines a data type used by the Desktop Window Manager (DWM) APIs. /// /// It represents a generic ratio and is used for different purposes and units /// even within a single API. /// /// To learn more, see /// . /// /// {@category struct}  w x ~  ͐ PF ͐$/// The size of the struct in bytes. ͬ ͛ ͬ  ͸S 2/// The new screen position of the layered window. Q F Q'/// The new size of the layered window. l [ l xU 4/// The location of the layer in the device context.  a q aH/// The transparency value to be used when composing the layered window. l m s t υ l! υ ϒ= /// The area to be updated. G $/// A handle to a DC for the screen. L Lj ОG/// A handle to the DC for the surface that defines the layered window. e 6?/// The color key to be used when composing the layered window.  : џ * *  .  ) #  к к) о Z Z c P P, T ! Ѽ ѼC  a a$ k w   R#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  %/// Used by UpdateLayeredWindowIndirect to provide position, size, shape, /// content, and translucency information for a layered window. /// /// To learn more, see /// . /// /// {@category struct}    #  B %& B գ գ$ խ չ P P ՙ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ӫ ӫB /// {@category union} E F L M ^ E! ^ k k. s / c c+ k + M M, U ֬ ֬  ְ ֜ ֜G ֠ ) )  -  H  מ מ  ע ב בD ו      D  ؊ ؊  ؎ | |E ؀  $ ) 5 Ł #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.     x /// {@category struct} ދ ތ ޑ ޒ ޣ aG ޣ'/// Identifies the type of change info. ޭR 7/// Information about the type of change that occurred. P U P8/// Detailed information about the change that occurred. $  ^ ^ ࣁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. Y Y @/// Contains data about a UI Automation change that occurred. /// /// To learn more, see /// . /// /// {@category struct} , % , >k D/// The size of the data pointed to by ve_valueptr, in bytes. U ./// A pointer to the data for the value entry.    ! ! ! . .[ e*/// The name of the value to be retrieved. f 6/// The type of data pointed to by ve_valueptr.  7  > > M 2 26 6 $  l l 媁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// Contains information about a registry value. /// /// The RegQueryMultipleValues function uses this structure. /// /// To learn more, see /// . /// /// {@category struct} 2 /// The member ID. + $ + N ; N \6 /// The variable type. #    < /// Reserved. ] ]E /// The variable flags. ? /// The variable type. 4 4  : $ $5 (  4  - -  5 ! !/ % $  T T ꓁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// Describes a variable, constant, or data member. /// /// To learn more, see /// . /// /// {@category struct} ( ) / 0 A ( A e K$ e $  t t 쵁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// {@category union}   $   更 #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ) ) h3/// A container for a large union that carries many types of data. /// /// The value in the first member of the structure, vt, describes which of the /// union members is valid. /// /// To learn more, see /// . /// /// {@category struct} x    $   񶁓 #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 9 9 \/// {@category union}   $   $   & ' 8 $ 8 _ H  _ m m y  %   $    #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. i i /// {@category struct}.         ,  , 5 6 ; < M 5 M V W \ ] q V! q | } |"    0       +  + 5 6 < = Q 5  Q r Z  r ~  "    $  $ E - E f N f p   1 (  ( G 2 G j Q j s) ( )  ,  C )! C _ N _ i j n o i              0   0 V  $U $b $b@ $o $ $ $ $ $@ $ &: &:$ &D &P $ $遙 &0#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. # #܂ #/// {@category struct} ' ' ' ' ' 'zx 'I/// The number of disks in the volume (a volume can span multiple disks). ( ( ( ( ( ( ( ( ' (р/// An array of DISK_EXTENT /// structures. *7 *7$ *A *M ( (݁ *(#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. & & 'S/// Represents a physical location on a disk. /// /// To learn more, see /// . /// /// {@category struct}  + + + + + +I +"/// Contains the value 0xFEEF04BD. ,- ,. ,4 ,5 ,F +Z ,F0/// The binary version number of this structure. , , , , , ,Yp ,E/// The most significant 32 bits of the file's binary version number. - - - - -0 ,q -0F/// The least significant 32 bits of the file's binary version number. - - - - - -D -v/// The most significant 32 bits of the binary version number of the product /// with which this file was distributed. .k .l .r .s . - .w/// The least significant 32 bits of the binary version number of the product /// with which this file was distributed. . . . . / .v /K/// Contains a bitmask that specifies the valid bits in dwFileFlags. / / / / // /% // /@ /A /G /H /Y /@" /Y /g /h /n /o / /g$ / / / / / / /' / 0 0 0& 0' 08 / 08^/// The most significant 32 bits of the file's 64-bit binary creation date and /// time stamp. 0 0 0 0 0 0I 0_/// The least significant 32 bits of the file's 64-bit binary creation date /// and time stamp. 0 0B 0 1j 1j9 1 1 1? 2 2y 2yh 2/// The function of the file. 1, 1,! 1H 1 1K 1  1 1 1 1 1B 1 2< 2<  2W 2- 2-H 21 2 2# 3 2 2W 2 4 4$ 4 4 3@ 3@ 4#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. * *[ +/// Contains version information for a file. /// /// This information is language and code page independent. /// /// To learn more, see /// . /// /// {@category struct} 7p 7q 7w 7x 7 7NE 7/// Waveform-audio format type. 7 7 7 7 7 7W 72/// Number of channels in the waveform-audio data. 8& 8' 8- 8. 8? 7Y 8?//// Sample rate, in samples per second (hertz). 8 8 8 8 8 8R 8U/// Required average data-transfer rate, in bytes per second, for the format /// tag. 8 8 9 9 9 8E 9/// Block alignment, in bytes. 9` 9a 9g 9h 9y 9#d 9y:/// Bits per sample for the wFormatTag format type. 9 9 9 9 9 9F 9$/// The size of the struct in bytes. ;% ;%$ ;/ ;; 9 9ׁ ;#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 7 7 7 7! 7 6` 6` 7./// Defines the format of waveform-audio data. /// /// To learn more, see /// . /// /// {@category struct} = <Հ =/// WAVEFORMATEX /// structure that specifies the basic format. = =S =)/// A union describing the sample format. >C >D >J >K >\ =倄 >\Y/// Bitmask specifying the assignment of channels in the stream to speaker /// positions. > >nV > >Ɂ @#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. < < < < < ;q ;q <%/// Defines the format of waveform-audio data for formats having more than two /// channels or higher sample resolutions than allowed by WAVEFORMATEX. /// /// To learn more, see /// . /// /// {@category struct} @ @ @ @ @ @, @ @ @ @ @ A @) A A$ A% A+ A, A= A$# A= B B$ B B AL AL B#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. @ @ @ @ @ @n @n @/// {@category union} El EU El E E E E E ExN E$/// Length, in bytes, of the buffer. F# F$ F* F+ F< Eˀ FOR of zero or more flags. G G G G G FH G%/// Number of times to play the loop. GR G(0 GR /// Reserved. G] G^ Gd Ge Gv G]! Gv G GG G#/// Pointer to the waveform buffer. G G  G G G* G IE IE$ IO I[ G G I;#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. E$ E% E+ E- E, D_ D_0 E:/// Defines the header used to identify a waveform-audio buffer. /// /// To learn more, see /// . /// /// {@category struct} J J J J K J| KZ/// Manufacturer identifier for the device driver for the waveform-audio input /// device. KM KN KT KU Kf K[ Kf;/// Product identifier for the waveform-audio input device. K K K K K Kov KL/// Version number of the device driver for the waveform-audio input device. K K K K K L K, L LF LG LM LN L_ LM L_(/// Standard formats that are supported. L L L L L Lmz LS/// Number specifying whether the device supports mono (1) or stereo (2) /// input. L L L L M L$ M M MN M@/// Product name in a string. Ms Ms  Mz Mg Mg7 Mk N N$ N O M M N#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. JZ J[ Ja Jc Jb I I Jp/// Describes the capabilities of a waveform-audio input device. /// /// To learn more, see /// . /// /// {@category struct} P~ P P P P P:a PA/// Manufacturer identifier for the device driver for the device. P P P P P PF P&/// Product identifier for the device. Q% Q& Q, Q- Q> Pa Q>7/// Version number of the device driver for the device. QQ QR QW QZ QX Qu QQ, Qu Q Q Q Q Q QM Q(/// Standard formats that are supported. R- R. R4 R5 RF Q{ RFT/// Number specifying whether the device supports mono (1) or stereo (2) /// output. RT RU R[ R\ Rm RT$ Rm R R R R R R}X R3/// Optional functionality supported by the device. R RN S/// Product name in a string. S8 S8  S? S, S,7 S0 T T$ T T Sg Sg T#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. P P P P P O: O: P/// Describes the capabilities of a waveform-audio output device. /// /// To learn more, see /// . /// /// {@category struct} VQ VR VX VY Vj V n VjB/// The file system attribute information for a file or directory. V Vy VT/// A `FILETIME` structure that specifies when the file or directory is /// created. W- V@ W-/// A `FILETIME` structure. Wr WB? Wr/// A `FILETIME` structure. W W W W W WZ W1/// The high-order DWORD of the file size. X X X X X1 WX X10/// The low-order DWORD of the file size. Y Y$ Y Y XB XB Y#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. U U U߀/// Contains attribute information for a file or directory. /// /// To learn more, see /// . /// /// {@category struct}  [O [P [V [W [h [*N [h"/// The file attributes of a file. [ [}x [S/// A `FILETIME` structure that specifies when a file or directory was /// created. \* [@ \*/// A `FILETIME` structure. \o \?? \o/// A `FILETIME` structure. \ \ \ \ \ \j \A/// The high-order DWORD value of the file size, in bytes. ]5 ]6 ]< ]= ]N \h ]N@/// The low-order DWORD value of the file size, in bytes. ]_ ]` ]f ]g ]x ]_% ]x ] ] ] ] ] ]% ] ] ] ] ] ] ] ]/ ] ] ] ] ] ] ^ ]7 ^  ^# ^#N ^J/// The name of the file. ^ ^l ^%/// An alternative name for the file. ^ ^  ^ ^u ^u; ^y _; _;  _B _$ _$M _( ` `$ ` ` _u _u `#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. Y Y$ [/// Contains information about the file that is found by the FindFirstFile, /// FindFirstFileEx, or FindNextFile function. /// /// To learn more, see /// . /// /// {@category struct}  b b b b b% aF b%$/// The size of the struct in bytes. bc b0; bc"/// The coordinates of the window. b bp@ b'/// The coordinates of the client area. b b b b b b! b b b b b b b# b c c c# c$ c5 c@ c5/// The window status. cy cz c c c cHY c./// The width of the window border, in pixels. c c c c c cZ c//// The height of the window border, in pixels. d d d d d d d/// The window class atom (see RegisterClass). e e e e e& dn e&C/// The Windows version of the application that created the window. e: e:D ed/// The window styles. e eT e/// The extended window styles. e e e e e4 e f f  f0 f f; f g g$ g g fQ fQ g#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. a a aǀ/// Contains window information. /// /// To learn more, see /// . /// /// {@category struct} i i i! i" i3 hL i3*/// The length of the structure, in bytes. i> i? iE iF iW i> iW ib ic ii ij i{ ib! i{ i ix iW/// The coordinates of the window's upper-left corner when the window is /// minimized. jp jx jpW/// The coordinates of the window's upper-left corner when the window is /// maximized. j jj jI/// The window's coordinates when the window is in the restored position. j j0 k ka kaZ k)/// The current show state of the window. k. k. kD k$ k$9 k( k k k k k7 k mK mK$ mU ma k k mA#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. g g酬 hʀ/// Contains information about the placement of a window on the screen. /// /// To learn more, see /// . /// /// {@category struct} n n n n n! n n n o o o nL o0/// The position of the left edge of the window. oL oM oR oS od oK od//// The position of the top edge of the window. o o o o o oj= o /// The window width, in pixels. o o o o o o> o!/// The window height, in pixels. o o o o p o p p p; p:/// A handle to the window. p| p|y pC/// The position of the window in Z order (front-to-back position). q8 q8/ qQ p[ p[  p` pR pR& pV q q  q p p< p qt qt q qj qj8 qn r r$ r s q q r#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. m m nl/// Contains information about the size and position of a window. /// /// To learn more, see /// . /// /// {@category struct} t t= tt/// A `COORD` structure that contains the size of the console screen buffer, /// in character cell columns and rows. v0 v0$ v: vF t tЁ v!#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. s= s=; t/// Describes a change in the size of the console screen buffer. /// /// To learn more, see /// . /// /// {@category struct} w wg wG/// A `DOT11_SSID` structure that contains the SSID of the association. w w w w x w% x x x x x x x x x逦/// A DOT11_MAC_ADDRESS /// that contains the BSSID of the association. x x x x y x% y y y y y y y" y/// The position of the DOT11_PHY_TYPE /// value in the structure containing the list of PHY types. z[ z\ zb zc zt zv ztI/// A percentage value that represents the signal quality of the network. z z z z z zW z3/// Contains the receiving rate of the association. { { {& {' {8 zZ {86/// Contains the transmission rate of the association. {E {E |/// A DOT11_BSS_TYPE /// value that specifies whether the network is infrastructure or ad hoc. | | }D/// A DOT11_PHY_TYPE /// value that indicates the physical type of the association. |M |M |\ |< |<@ |@ }} }} } }l }l@ }p  $  ( } } #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. vz vz wU/// Contains association attributes for a connection. /// /// To learn more, see /// . /// /// {@category struct} pb 7/// Contains the number of supported auth-cipher pairs. ׁ /// A DOT11_AUTH_CIPHER_PAIR /// structure containing a list of auth-cipher pairs. Y Y$ c o  J#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. \ \E B/// Contains a list of authentication and cipher algorithm pairs. /// /// To learn more, see /// . /// /// {@category struct} 4 U z UX/// A `DOT11_SSID` structure that contains the SSID of the visible wireless /// network. c d i j { c% { ] 2/// Indicates the number of BSSIDs in the network.  ,  z {  U/// A WLAN_REASON_CODE value that indicates why a network cannot be connected /// to.  i DOT11_PHY_TYPE /// values that represent the PHY types supported by the available networks. $ % * + < $& < Ov I/// A percentage value that represents the signal quality of the network. )   2  / 0 5 6 G /4 G hN +/// Contains various flags for the network. $  y ,:/// Contains the profile name associated with the network.  y/// A DOT11_BSS_TYPE /// value that specifies whether the network is infrastructure or ad hoc. y )8/// Indicates whether the network is connectable or not.  *]/// Specifies if there are more than WLAN_MAX_PHY_TYPE_NUMBER PHY types /// supported. t 9/// Indicates whether security is enabled on the network. k kM t/// A DOT11_AUTH_ALGORITHM /// value that indicates the default authentication algorithm used to join /// this network for the first time. & &G %/// A DOT11_CIPHER_ALGORITHM /// value that indicates the default cipher algorithm to be used when joining /// this network. t t  { a aE e  @  z z   b bY f i i  n W WG [ / /  4  M   f   q ql u > >$ H T ၣ /#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// Contains information about an available wireless network. /// /// To learn more, see /// . /// /// {@category struct} i >/// Contains the number of items in the Network member. . / 5 6 G E G"/// The index of the current item.   " # @ B A m S! m/// An array of WLAN_AVAILABLE_NETWORK /// structures containing interface information. $  y y ́#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  l/// Contains an array of information about available networks. /// /// To learn more, see /// . /// /// {@category struct} ~ n ~N/// The SSID of the access point (AP) or peer station associated with the BSS.   f/// The identifier (ID) of the PHY that the wireless LAN interface used to /// detect the BSS network. < = B D C ^ M ^/// The media access control (MAC) address of the access point for /// infrastructure BSS networks or the peer station for independent BSS /// networks (ad hoc networks) that sent the 802.11 Beacon or Probe Response /// frame received by the wireless LAN interface while scanning. m n s t m%  (  Ā /// The received signal strength indicator (RSSI) value, in units of decibels /// referenced to 1.0 milliwatts (dBm), as detected by the wireless LAN /// interface driver for the AP or peer station.   k C/// The link quality reported by the wireless LAN interface driver. # $ ) * ; #% ; M /// The value of the Beacon Interval field from the 802.11 Beacon or Probe /// Response frame received by the wireless LAN interface.  /// The value of the Timestamp field from the 802.11 Beacon or Probe Response /// frame received by the wireless LAN interface. , - 3 4 E  Ev/// The host timestamp value that records when wireless LAN interface received /// the Beacon or Probe Response frame.  Z /// The value of the Capability Information field from the 802.11 Beacon or /// Probe Response frame received by the wireless LAN interface.  q/// The channel center frequency of the band on which the 802.11 Beacon or /// Probe Response frame was received.  [ 6/// A set of data transfer rates supported by the BSS. ' ǀ/// The offset, in bytes, of the information element (IE) data blob from the /// beginning of the WLAN_BSS_ENTRY structure. 2 3 9 : K } KW/// The size, in bytes, of the IE data blob in the WLAN_BSS_ENTRY /// structure. X XS /// The BSS network type. b +"/// The PHY type for this network.  =/// A value that specifies whether the AP or peer station is operating within /// the regulatory domain as identified by the country/region.  @  m m | Y YF ] y y  ~ h hE l  $    #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. % %& /// Contains information about a basic service set (BSS). /// /// To learn more, see /// . /// /// {@category struct} o p v w =V //// The total size of this structure, in bytes. g wlanBssEntries member.  /// An array of WLAN_BSS_ENTRY /// structures that contains information about a BSS. m m$ w   c#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. M Mj /// Contains a list of basic service set (BSS) entries. /// /// To learn more, see /// . /// /// {@category struct}   +       : 4 : N b/// A `WLAN_ASSOCIATION_ATTRIBUTES` structure that contains the attributes of /// the association.  g/// A `WLAN_SECURITY_ATTRIBUTES` structure that contains the security /// attributes of the connection.  z/// A WLAN_INTERFACE_STATE /// value that indicates the state of the interface. ؁ /// A WLAN_CONNECTION_MODE /// value that indicates the mode of the connection. @ @s 4/// The name of the profile used for the connection.  <    X   E  a a$ k w  R#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// Defines the attributes of a wireless connection. /// /// To learn more, see /// . /// /// {@category struct} +     ! 4 ! 5g G/// A `DOT11_SSID` structure that contains the SSID of the association. %  )   /// A WLAN_REASON_CODE /// that indicates the reason for an operation failure. !     : O : M M %/// A WLAN_CONNECTION_MODE /// value that specifies the mode of the connection. s 4/// The name of the profile used for the connection. u u )/// A DOT11_BSS_TYPE /// value that indicates the BSS network type. y >/// Indicates whether security is enabled for this connection. c c V/// A set of flags that provide additional information for the network /// connection. Q Q o/// This field contains the XML presentation of the profile used for /// discovery, if the connection succeeds. p p Y YX ] ? ?  F , ,E 0 b b q Q Q@ U ' '  ,  M   ( 2  J       C  $  J J #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. O /// Contains information about connection related notifications. /// /// To learn more, see /// . /// /// {@category struct}     - + - ] E# ] C m C/// Pointer to a DOT11_SSID /// structure that specifies the SSID of the network to connect to. d R# d/// Pointer to a DOT11_BSSID_LIST /// structure that contains the list of basic service set (BSS) identifiers /// desired for the connection. z { z%    Ɂ /// A WLAN_CONNECTION_MODE /// value that specifies the mode of connection. - -e r8/// Specifies the profile being used for the connection. ̀ Ĉ/// A DOT11_BSS_TYPE /// value that indicates the BSS type of the network.  X  å å  ë Ö Ö3 Ú  İ İ@ Ĵ U U$ _ k  F#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// Specifies the parameters used when using the WlanConnect function. /// /// To learn more, see /// . /// /// {@category struct}     ǽk @/// Indicates the number of supported country or region strings. b c h i Ȇ Ȉ ȇ Ȣ - Ȣ2/// A list of supported country or region strings. * *$ 4 @  #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. Ɵ Ɵ LJ/// Contains a list of supported country or region strings. /// /// To learn more, see /// . /// /// {@category struct} ˶ ˷ ˽ ˾ {c 8/// The number of items in the *DeviceService* argument.    ! E !"/// The index of the current item. ̩ ̪ ̯ ̰ - w/// A pointer to an array containing `[GUID]`s; each corresponds to a WLAN /// device service that the driver supports. ^ ^$ h t  O#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. t t2 J/// Contains an array of device service GUIDs. /// /// To learn more, see /// . /// /// {@category struct} & d &F/// The `[GUID]` identifying the device service for this notification. Н О Ф Х ж 8 ж`/// The opcode that identifies the operation under the device service for this /// notification.  W 1/// The size, in bytes, of the *DataBlob* member. n o t u ђ є ѓ Ѯ  ѮL/// A pointer to an array containing **BYTES**s, representing the data blob. ' '$ 1 = ѻ ѻ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. Ψ Ψ ϖ/// A structure that represents a device service notification. /// /// To learn more, see /// . /// /// {@category struct}  Ըa 9/// The SSID associated with the wireless Hosted Network. y z Հ Ձ Ւ  ՒV/// The maximum number of concurrent peers allowed by the wireless Hosted /// Network.  $ ! - թ թ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. q q }/// Contains information about the connection settings on the wireless Hosted /// Network. /// /// To learn more, see /// . /// /// {@category struct} 6 ؽ 6N/// The previous network state for a data peer on the wireless Hosted Network. ٻ C ٻM/// The current network state for a data peer on the wireless Hosted Network. .   [>/// The reason for the network state change for the data peer. ڵ ڵ  ڛ ڛd ڟ t t$ ~ ܊   e#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. a a[ /// Contains information about a network state change for a data peer on the /// wireless Hosted Network. /// /// To learn more, see /// . /// /// {@category struct} ( ) . 0 / J c J0/// The MAC address of the peer being described. ] ^ c d u ]& u ވ ވ 2/// The current authentication state of this peer. ! !) E  ]  $  p p Ɓ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ܾ ܾ_ À/// Contains information about the peer state for a peer on the wireless Hosted /// Network. /// /// To learn more, see /// . /// /// {@category struct} J K P Q b J0 b  0  ⴀ . /// /// {@category struct} &  (   VE/// The authentication algorithm used by the wireless Hosted Network. ̀ '=/// The cipher algorithm used by the wireless Hosted Network.  H  i i U UN Y  $  ) 駁 #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. \ \ d/// Contains information about the security settings on the wireless Hosted /// Network. /// /// To learn more, see /// . /// /// {@category struct} !  !  *   { o>/// The previous network state on the wireless Hosted Network. z 4=/// The current network state on the wireless Hosted Network. | ,/// The reason for the network state change.  C  a a { T TC X 1 1  L  \  $  { { Ӂ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ] ] a/// Contains information about a network state change on the wireless Hosted /// Network. /// /// To learn more, see /// . /// /// {@category struct} H I N O ` H+ ` xa F/// The actual network Device ID used for the wireless Hosted Network. B C H J I d ހ d_/// The BSSID used by the wireless Hosted Network in packets, beacons, and /// probe responses.  %     󩀇 W/// The channel frequency of the network interface used by wireless Hosted /// Network. 5x M/// The current number of authenticated peers on the wireless Hosted Network. c /// An array of WLAN_HOSTED_NETWORK_PEER_STATE /// structures describing each of the current peers on the wireless Hosted /// Network.   p5/// The current state of the wireless Hosted Network.   pS/// The physical type of the network interface used by wireless Hosted /// Network.  ]   @  = =$ G S ܁ .#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. , ,Y /// Contains information about the status of the wireless Hosted Network. /// /// To learn more, see /// . /// /// {@category struct} &  )  6 7 = > O v OB/// The maximum size of the SSID list supported by this interface. l d/// The maximum size of the basic service set (BSS) identifier list supported /// by this interface. > ? E F W b W//// Contains the number of supported PHY types. ! & ) ' C s C/// An array of DOT11_PHY_TYPE /// values that specify the supported PHY types. U U )/// A WLAN_INTERFACE_TYPE /// value that indicates the type of the interface. w . /// /// {@category struct} I E I'/// Contains the GUID of the interface. [ \ a e b  [=            ./// Contains the description of the interface.   /// Contains a WLAN_INTERFACE_STATE /// value that indicates the current state of the interface. a a  h E E] I     <  H H$ R ^   9#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  | /// Contains information about a wireless LAN interface. /// /// To learn more, see /// . /// /// {@category struct}      o D/// Contains the number of items in the InterfaceInfo member. ! " ( ) : E :"/// The index of the current item.   - / . W F W/// An array of WLAN_INTERFACE_INFO /// structures containing interface information. $  i i #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  ~ \/// Array of NIC interface information. /// /// To learn more, see /// . /// /// {@category struct}  b c i j { t {@/// Contains the number of successfully transmitted MSDU/MMPDUs. n =/// Contains the number of successfully received MSDU/MMPDUs.  x/// Contains the number of frames discarded due to having a "Protected" status /// indicated in the frame control field. C D J K \  \/// Contains the number of MIC failures encountered while checking the /// integrity of packets received from the AP or peer station.      xa 7/// Contains the number of TKIP replay errors detected. 8 9 ? @ Q ހ QU/// Contains the number of TKIP protected packets that the NIC failed to /// decrypt.      j \/// Contains the number of received unicast fragments discarded by the replay /// mechanism. Y Z ` a r  r]/// Contains the number of received fragments discarded by the CCMP decryption /// algorithm.       v/// Contains the number of WEP protected packets received for which a /// decryption key was not available on the NIC.      . /// /// {@category struct}       +        4  ~  g ~G/// A `DOT11_SSID` structure that contains the SSID of the association.      %  s t y { z   /// A DOT11_MAC_ADDRESS /// that specifies the MAC address of the peer or access point.      )       #       "       # ꀧ/// A WLAN_REASON_CODE /// that indicates the reason for an operation failure.   Հ/// A WLAN_CONNECTION_MODE /// value that specifies the mode of the connection. e es 4/// The name of the profile used for the connection. % % ـ/// A DOT11_BSS_TYPE /// value that indicates the BSS network type. E Ey >/// Indicates whether security is enabled for this connection.   b/// Indicates whether the peer is the first to join the ad hoc network created /// by the machine.   _b/// Indicates whether the peer is the last to leave the ad hoc network created /// by the machine.    5   X        E    !  @       M       A       ?  ( ($ 2 >  ǁ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.   /// Contains information about media specific module (MSM) connection related /// notifications. /// /// To learn more, see /// . /// /// {@category struct} ! ! ! ! ! !t !@/// Contains the number of successfully transmitted MSDU/MMPDUs. " " " " " ! "/// Contains the number of successfully transmitted MSDU/MMPDUs in which the /// multicast bit is set as the destination MAC address. #H #I #O #P #a " #a/// Contains the number of MSDU/MMPDUs transmission failures due to the number /// of transmit attempts exceeding the retry limit. # # # # # #t #f/// Contains the number of MSDU/MMPDUs successfully transmitted after one or /// more retransmissions. $v $w $} $~ $ $  $g/// Contains the number of MSDU/MMPDUs successfully transmitted after more /// than one retransmission. % % % % % $ % Y/// Contains the number of fragmented MSDU/MMPDUs that failed to send due to /// timeout. % % % % & %B &/// Contains the number of MPDUs with an individual address in the address 1 /// field and MPDUs that have a multicast address with types Data or /// Management. &{ &| & & & &# &S/// Contains the number of times a CTS has been received in response to an /// RTS. ' ' ' ' ' & ' W/// Contains the number of times a CTS has not been received in response to an /// RTS. ' ' ' ' ' '7u 'G/// Contains the number of times an expected ACK has not been received. ' ' ' ' ( 'n ( =/// Contains the number of MSDU/MMPDUs successfully received. ( ( ( ( ( ($ (o/// Contains the number of successfully received MSDU/MMPDUs with the /// multicast bit set in the MAC address. )C )D )J )K )\ (Ԁ )\j/// Contains the number of MSDU/MMPDUs successfully received only because /// promiscuous mode is enabled. ) ) ) ) ) ) )I/// Contains the number of fragmented MSDU/MMPDUs dropped due to timeout. *u *v *| *} * * *h/// Contains the number of frames received that the Sequence Control field /// indicates as a duplicate. * * * * + *~ +J/// Contains the number of successfully received Data or Management MPDUs. + + + + + +, +d/// Contains the number of MPDUs successfully received only because /// promiscuous mode is enabled. ,2 ,3 ,9 ,: ,K +ր ,KW/// Contains the number of times an FCS error has been detected in a received /// MPDU. - -$ - - ,` ,` -#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. r r !R/// Contains information about sent and received PHY frames. /// /// To learn more, see /// . /// /// {@category struct} /G /H /N /O /` .{ /`S/// The index of the PHY type on which the radio state is being set or /// queried. /o /p /u /v / /o0 / / / / / / /0 / / /ف 0/// A DOT11_RADIO_STATE /// value that indicates the software radio state. 1N 1N 2/// A DOT11_RADIO_STATE /// value that indicates the hardware radio state. 1 1 1 0 0_ 0 2| 2| 2 2` 2`_ 2d 4 4$ 4( 44 2 2Á 4#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. . . \ .ǀ/// Specifies the radio state. /// /// To learn more, see /// . /// /// {@category struct} 5O 5P 5U 5Y 5V 5t 5O4 5t 5 5 5 5 5 5_ 5. /// /// {@category struct} 9 9 9 9 9 92w 9L/// The number of wireless profile entries in the ProfileInfo member. 9 9 9 9 9 9E 9"/// The index of the current item. : : : : : : : ; 9 ;/// An array of WLAN_PROFILE_INFO /// structures containing interface information.

. /// /// {@category struct} > > > > >" =q >"G/// The number of valid PHY indices in the PhyRadioState member. ? ? ? ? ? ?D >5 ?D/// An array of WLAN_PHY_RADIO_STATE /// structures that specify the radio states of a number of PHY indices. @ @$ @ @ ?V ?V @#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. < <8 =/// Specifies the radio state on a list of physical layer (PHY) types. /// /// To learn more, see /// . /// /// {@category struct} B B B B B AX B./// The length, in bytes, of usRateSet. B_ B` Be Bi Bf B B._ B./// An array of supported data transfer rates. C C$ C C B B Cׁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. @ @7 A/// The set of supported data rates. /// /// To learn more, see /// . /// /// {@category struct} Ez E{ E E E EA\ E6/// The size, in bytes, of the DataBlob member. E E E E E E E E E] E/// The data blob. GS GS$ G] Gi F F GI#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. D- D-p E /// Contains raw data in the form of a blob that is used by some Native Wifi /// functions. /// /// To learn more, see /// . /// /// {@category struct} I I I! I" I3 Hp I3I/// The total size, in bytes, of the WLAN_RAW_DATA_LIST structure. I I I I I IC I[/// The number of raw data entries or blobs in the WLAN_RAW_DATA_LIST /// structure. J J J J J< J> J= Jg IЀ JgE/// An array of raw data entries or blobs that make up the data list. K K$ K K Jt Jt K#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. G Gv H/// Contains raw data in the form of an array of data blobs that are used by /// some Native Wifi functions. /// /// To learn more, see /// . /// /// {@category struct} Lc Ld Lj Lk L| Lc% L| L L L L L L# L N N$ N N& L L N#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. L LA L;/// {@category struct} Og Oh Om On O Og) O O O O O O O% O O O O O O O+ O O O O O P O- P P! P!y Pk>/// Indicates whether security is enabled for this connection. P Po Q7DOT11_AUTH_ALGORITHM /// value that identifies the authentication algorithm. S S  S׀/// A DOT11_CIPHER_ALGORITHM /// value that identifies the cipher algorithm. P P  P P PM P Qs Qs  Qx Qb QbE Qf R R R R RX R T. T. TE T T^ T U U$ U U Tw Tw Uǁ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. NZ NZ O;/// Defines the security attributes for a wireless connection. /// /// To learn more, see /// . /// /// {@category struct} W@ WA WG WH WY Wl WY5/// Indicates the number of 4-way handshake failures. W W W W W Wy WY/// Indicates the number of TKIP countermeasures performed by an IHV Miniport /// driver. X X X X X+ X% X+ X X< X퀉/// A `WLAN_MAC_FRAME_STATISTICS` structure that contains MAC layer counters /// for unicast packets directed to the receiver of the NIC. Y Y Y/// A `WLAN_MAC_FRAME_STATISTICS` structure that contains MAC layer counters /// for multicast packets directed to the current multicast address. ZA ZB ZH ZI ZZ YЀ ZZl/// Contains the number of WLAN_PHY_FRAME_STATISTICS structures in the /// PhyCounters member. [; [< [A [B [_ [a [` [ Zm- [/// An array of WLAN_PHY_FRAME_STATISTICS /// structures that contain PHY layer counters. \ \$ \ ] [ [ \#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. V V  V倹/// Assorted statistics about an interface. /// /// To learn more, see /// . /// /// {@category struct}  ^K ^L ^R ^S ^d ^K ^d ^ ^o^ ^&/// A pointer to the window procedure. _* _+ _0 _1 _B ^z _BS/// The number of extra bytes to allocate following the window-class /// structure. _ _ _ _ _ _Qm _H/// The number of extra bytes to allocate following the window instance. _ _ _ _ _ _ ` _ ` `+ ` `+ `U `=% `U `~ `f& `~ ` `D `/// The class style(s). a a} aoN/// A handle to the instance that contains the window procedure for the class. a aB a/// A handle to the class icon. b= b=J bm!/// A handle to the class cursor. b b_ b+/// A handle to the class background brush. c_ c_ cV/// The resource name of the class menu, as the name appears in the resource /// file. d' d'k dl8/// A pointer to a null-terminated string or is an atom. ` ` ` ` `3 ` a a a a a5 a b b  b b b) b b b  b b b/ b c3 c3  c: c! c!: c% c c  d c c7 c d d  d d d9 d f f$ f' f3 d dӁ f#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. ]< ]<+ ^//// Contains the window class attributes that are registered by the /// RegisterClass function. /// /// To learn more, see /// . /// /// {@category struct}  gj gk gq gr g gCF g$/// The size of the struct in bytes. g g g g g g g h g^ h&/// A pointer to the window procedure. hm hn hs ht h hz hS/// The number of extra bytes to allocate following the window-class /// structure. h h h h h hm hH/// The number of extra bytes to allocate following the window instance. i i i i6 i% i6 iQ i@ iQ in i] in i i% i i i& i i i i i iD j/// The class style(s). jp jp} jN/// A handle to the instance that contains the window procedure for the class. k* k*B kV/// A handle to the class icon. k kJ k!/// A handle to the class cursor. l l_ lW+/// A handle to the class background brush. l l ma/// Pointer to a null-terminated character string that specifies the resource /// name of the class menu, as the name appears in the resource file. m mk n 8/// A pointer to a null-terminated string or is an atom. np npm nF/// A handle to a small icon that is associated with the window class. jC jC jS j9 j93 j= j j k j j5 j kz kz  k kp kp) kt k k  k k k/ k l l  l l l: l m m  m m m7 m nE nE  nK n3 n39 n7 n n  n n n- n p^ p^$ ph pt o o pT#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. fi fi? g%/// Contains window class information. /// /// To learn more, see /// . /// /// {@category struct} r& r' r- r. r? qi r?F/// A combination of flags that modify window visual style attributes. r r r r r rK r^/// A bitmask that describes how the values specified in dwFlags should /// be applied. t t$ t) t5 r rҁ t#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. p p q/// Defines options that are used to set window visual style attributes. /// /// To learn more, see /// . /// /// {@category struct} } } } } } } }  }) }* }/ }0 }D }) }D }M }N }S }T }h }M }h }q }r }w }x } }q } } } } } } }\ };/// The horizontal translation component, in logical units. ~2 ~3 ~8 ~9 ~M }Z ~M9/// The vertical translation component, in logical units.  $   ~U ~U #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. |% |% |쀻/// Specifies a world-space to page-space transformation. /// /// To learn more, see /// . /// /// {@category struct} $    " # 4 % 4 F F3 W 6   | |<     ?  $  7 7 #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.   ŀ/// Contains information on battery type and charge state. /// /// To learn more, see /// . /// /// {@category struct} & ' , - > & > H I N O ` H  ` m n t u m }  }/// XINPUT_GAMEPAD /// structure that describes available controller features and control /// resolutions. w  w/// XINPUT_VIBRATION /// structure that describes available vibration functionality and /// resolutions. ' V #/// Subtype of the game controller. z zV /// Features of the controller.  0  I I [ = =9 A  =  o o$ y   `#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  /// Describes the capabilities of a connected controller. /// /// The XInputGetCapabilities function returns XINPUT_CAPABILITIES. /// /// To learn more, see /// . /// /// {@category struct} "      ( ` (9/// The current value of the left trigger analog control. v w | } 9b :/// The current value of the right trigger analog control. D !/// Left thumbstick x-axis value.    % D %!/// Left thumbstick y-axis value. W X ] ^ o 2E o"/// Right thumbstick x-axis value. |E "/// Right thumbstick y-axis value. u 6/// Bitmask of the device digital buttons, as follows. L L! h ? ?E C $   ΁#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. i /// Describes the current state of the Xbox 360 Controller. /// /// To learn more, see /// . /// /// {@category struct}   $ % 6 $ 6 y z FS 0/// This member is unused and the value is zero.        ` . /// /// {@category struct} oB /// State packet number.  /// XINPUT_GAMEPAD /// structure containing the current state of an Xbox 360 Controller. $   ށ#/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime.  O/// Represents the state of a controller. /// /// To learn more, see /// . /// /// {@category struct} \ ] c d u =G u/// Speed of the left motor. I /// Speed of the right motor. ) )$ 3 ? ׁ #/// Allocates native memory and copies the contents of this struct into it. /// /// The returned pointer refers to newly allocated memory. The caller is /// responsible for freeing it, unless a scoped allocator (such as [Arena]) is /// used, in which case the allocator manages the lifetime. 4 4? /// Specifies motor speed levels for the vibration function of a controller. /// /// To learn more, see /// . /// /// {@category struct}_oCoC*oKoo3oo|o| oopop9otoooooBooo$o yVyV9ymyy>yznzn^z{?{?E{ZyyyyyHyz*z*zBzzMz"zz'{zzmz{{{{{Z{xxx6''*/ E`` dTT9X33\=ǀခ   g ]]&~337vv&KKO  &  e e i ~ ~&  e ev iVV`pn nnr kkoV++4tts}   ꀌ΂[ j$$'.dd=lAA - -C 5  U  LDD H77V;V    s sX w!6!6!B!&!&d!*++*+++)+++ +++9+,,,, ,1,,8,#+U+U+_??-G* oo<s 9]R]R ]Z]] ]]|]| ]]u]u/]y]] ]]]/]]/]/]9{{7{|S|S/|[|||$| | F||| |||>|{{"{1/SS WII@M >~~~HH7X%F 4%{{/1 >,, 0""@&LLV<<9L9xxH|H:B::>BBjj@r6 8  FD W {{M"" &W UJJ N>>EB Ghh lTT[X  Yllvoo?zn"o N!ss}w~~"ee~i@@J999A' uuHy 6  F{{F""_G,,F[![&n釂m__2gM A66(Y((b, 336;>EEHMyy }llEp  M ]҂  2   M .     A  e e(  W Wb [ / / 9tt6|JH EYY ]BB_F  ];''j'((6((V(V)(z(=(=y(A)) )((E('o'o'y,,A,-y-yK-.*.*W.2---- -1- - V-$-- ---`-.. ...f.,y,ys,  .zz4FF N::=>Cځ(1``,h,::,B,*}}..__.g1GG1R277@O4OO0Y7GG9Z)55,=;--6?7117D7775J:??:S:QQ9d:aa@w@4B0I``5u8dd;s*XXBt(,, 1@! ;   ;vv zii;m ;MM QAA9E =-- 1=# = @ {{@ AzzU~#  C  ? FH  8qq udd;hJssffEjFxxkkFo F{{ooDsI||I#I H##3IUNNb??UCCggYYW](^D''7GJ'' -9 W洔Bjj'y'00*B6 6ddr]]9aAAWK5SS;j^844;K*  DJYYs??mC GrrJv!>'RRfDDMH6Ɓ0VV/a/<Ì  >vv }nn>r >\\ cTT>X >BB I::>>ƵƵ Ƽƭƭ>Ʊ(( /  >$ǛǛ ǢǓǓ>Ǘ > ȁȁ Ȉyy>} >gg n__>c >MM TEE>In!hh+x+>>#Fϡϡϭϖϖ:Ϛ  :oo sdd2h;;]E))&1ӊӊ&Ӓ&LL&T[[ _RR5VӼӼ ӳӳ5ӷ !5~~ Ԃuu5y&^^&f// 3&&5*אא הׇׇ5׋΀/66GV >!\vvhww35 B66 :**D.((H2'qqGBB F886<!\X   7  { {=   W   A  j j= r  =[SS[[=&=<<}D  ? ?  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'2'%'%G')'' '''I'(<(< (@(3(3G(7(( (((I()P)P )T)E)EK)I)) )))M)*h*h *l*_*_G*c** ***I*++ ++t+tN+x,, ,,,N, ,, ,,,N,-2-2 -6-(-(I-,-----H-.B.B .I.9.9J.=.....Z./|/|//r/rY/v05050G0'0'e0+00 000N01111p1p`1t22 222H222 222L23838 3>3,3,U3033333Y34~4~44q4q\4u5"5"5+55X555555[566666z67\7\7o7Q7Q`7U77 777E78z8z 88q8qH8u88 988E899 99y9yH9}:: : 99E::: :::H:; ; ;;;E; ;; ;;;H;<< <#<<K<<< <<e>e >j>\>\H>`>> >>>N>?????`?@9@9 @A@.@.U@2@@@@@`@AA AAyAyNA}B'B'B2BB`BBB BBBWBCoCoCxCbCbZCfDDD*DDaDDD DDDJDEOEOE^EEEEZEIEEFEEZEFFFFF]FGDGDGSG:G:ZG>GGGGG]GHHHHH^HIKIKI[I>I>aIBIIJ II^IJJJJJ_JKYKYKhKLKL`KPL L LKK`LLLLLL\LM[M[MgMPMPYMTMMNMM[MNNNNNiNOOOOxOxhO|POPOPfPAPAjPEQQ!Q5Q Q kQQQQQQdQ%%%sGsG&sTss/stt t&szszsspsp5stsssss>stFtF tMt>t>/tBssWs"''./7ff jXX=\F"@># Umm q\\M`OO\Yff4!::!B͑͑!͙ ==7W###vv#~!((+0ГГ&М#OO#WѪѪ4''.@ҘҘ8ұ>6̨̨̝̝̽C̡ 0 hh l^^0bͿͿ ͵͵0͹   /΃΃ΙwwF{ 2LL PAA2Eϧϧ ϫϜϜ2Ϡ 0ee iVV:Z мм5%% )2рр фuu2yC``uXX=\GnnӃ^^Mb''1''3:֢֢*֪ggv]]Ba 9$لل0ٗ'ٷٷ?ٻ.. 2##6'CCM5TT,\&  Dݎݎ ݒ݃݃;݇ܔܔ,ܞ::8M/uuGy >8 e} e}) e e e/ e e e  e e e8 e f# f#  f* f f> f e> e> eH a a, k * 7 7- H  ;     9  p p } g g< k 6 6o @ . .* 6  :  g g  k [ [9 _     I   &  [ [k v     z  $ $! . # #a $ $ $W $ % %3 % $g $g. $ $U $Up $Y %/ %/. %X %" %"f %& % % % % %B % # # # ( (4 ( ( (  ( ( (C ( (B (B (L + +9 + ,& ,&  ,* , ,H , +n +n +x v v1 v w/ w/5 w9 v v  w v v@ v ww ww  w} wg wgD wk vy vy4 v { {5 { { {9 { {O {O  {U {? {?D {C { {  { { {H { z zȁD z A A8 W 9 M M, U ˆ ˆ š | |G €   !  H  É É  Í | |; À    ڪ ڪ, ڲ  2  ې ې4 ۘ ,  z z, ܂ .   ;  \ \  ` L LA P  C  I I  M < <; @ ܶ ܶ  ܺ ܩ ܩ; ܭ & &  *  =  i i s 8 8& @ =  k k  o a a5 e  L   z z6 ,   E  5 5  = * *; . M M W } }. B   =  A A O 3 3W 7 N N> X,  :  " "8 *  8  , ,8 4  ?  D D? O  ?  j j: r  9  z z;   ?  D ; ;G J K E : :E M E G - -I @  J   K  : :G M  D   F  - -Z I  Y   [   \  U UK j  >   9   : &  :  0 0< 8  <  J J> R  K   ;   H +  H  m mJ   I /  L  | |N ,      I  f f  j ] ]G a      G  p p  t g gG k      N       N  % %  *  N       I  9 9 < / /H 3      J  S S  X G GN K  Y   \  = = P 2 2` 6  Z   Z  1 1 @ ' 'Z +  \     y y^ } 3 3 C ' '_ +     `      \  5 5 A * *Y .     [      i  _ _ v R Rh V ) ) @  j   !   k      `  Q Q  Y G GM K      H  e e  i [ [I _      I  z z  ~ o oK s      K       M  5 5 F ) )` -      J  m m } b b] f   (   ]      _  t t  h h^ l % % 5  a      c  h h r "! "!N "- " "Y " " "  " "r "rc "v #A #A #N #4 #4h #8 ! ! ! C: C:@ CB C C: C C C  C C} C}U C D' D'  D+ D DI D B Bj BGX\]]aRRCC2XɌɓɔɔɘɆɆww5Ɍ2ѭѵѶѶѺѧѧ  ѭ/// The COLORREF value is used to specify an RGB color. /// /// To learn more, see . ovN/// Whether this handle is valid (i.e., not one of the invalid handle values).#/// Invalid handle values are: `0`.Wjkk sQQ$N/// Whether this handle is valid (i.e., not one of the invalid handle values).>>C\/// Closes the handle.́Wu/// The handle must be closed using the [CoDecrementMTAUsage] function. /// /// Invalid handle values are: `-1`, `0`.ubuwuxux uu\u\&uuuN/// Whether this handle is valid (i.e., not one of the invalid handle values).u)u)ub#/// Invalid handle values are: `0`.pz{{jjҕҕoN/// Whether this handle is valid (i.e., not one of the invalid handle values).E3/// Closes the handle.Ypd/// The handle must be closed using the [EvtClose] function. /// /// Invalid handle values are: `0`. 5逭CN/// Whether this handle is valid (i.e., not one of the invalid handle values).R/// Closes the handle./// The handle must be closed using the [FindClosePrinterChangeNotification] /// function. /// /// Invalid handle values are: `-1`, `0`.C5C;C<C< CDC/C/C^C^CN/// Whether this handle is valid (i.e., not one of the invalid handle values).DDGD-/// Closes the handle.BBC5y/// The handle must be closed using the [DestroyAcceleratorTable] function. /// /// Invalid handle values are: `-1`, `0`.DDDD DDDEEE`N/// Whether this handle is valid (i.e., not one of the invalid handle values).EEHE/// Closes the handle.DZDZDm/// The handle must be closed using the [CloseHandle] function. /// /// Invalid handle values are: `-1`, `0`.FF"F#F#F'FFFF8FJJJJ JJJJJ怭K@N/// Whether this handle is valid (i.e., not one of the invalid handle values).KKEK/// Closes the handle.J8J8Jn/// The handle must be closed using the [DeleteObject] function. /// /// Invalid handle values are: `-1`, `0`.LpLLL LLjLj'LLMN/// Whether this handle is valid (i.e., not one of the invalid handle values).MZMZUM/// Closes the handle.KKLpz/// The handle must be closed using the [BluetoothFindDeviceClose] function. /// /// Invalid handle values are: `-1`, `0`.NBNWNXNX N`N<N<&NzNzNN/// Whether this handle is valid (i.e., not one of the invalid handle values).O+O+TOV/// Closes the handle.MMNBy/// The handle must be closed using the [BluetoothFindRadioClose] function. /// /// Invalid handle values are: `-1`, `0`.PP PP PPPP0P0PN/// Whether this handle is valid (i.e., not one of the invalid handle values).PPEP/// Closes the handle.OOPn/// The handle must be closed using the [DeleteObject] function. /// /// Invalid handle values are: `-1`, `0`.QiQsQtQt Q|QcQcQQQN/// Whether this handle is valid (i.e., not one of the invalid handle values).Q*Q*Qi)/// Invalid handle values are: `-1`, `0`.RRRR RRRRRSPN/// Whether this handle is valid (i.e., not one of the invalid handle values).SSJS/// Closes the handle.RGRGRo/// The handle must be closed using the [DestroyCursor] function. /// /// Invalid handle values are: `-1`, `0`.T4T7T8T8 T@T.T.TZTZTN/// Whether this handle is valid (i.e., not one of the invalid handle values).SST4)/// Invalid handle values are: `-1`, `0`.UUUU UUUUUVN/// Whether this handle is valid (i.e., not one of the invalid handle values).VhVhIV/// Closes the handle.U U Un/// The handle must be closed using the [CloseDesktop] function. /// /// Invalid handle values are: `-1`, `0`.WIWQWRWRWVWCWCWlWl}WN/// Whether this handle is valid (i.e., not one of the invalid handle values).WWYX/// Closes the handle.VVWI~/// The handle must be closed using the [SetupDiDestroyDeviceInfoList] function. /// /// Invalid handle values are: `-1`, `0`.XXXX XXXY Y YeN/// Whether this handle is valid (i.e., not one of the invalid handle values).YYYY/// Closes the handle.XJXJX~/// The handle must be closed using the [UnregisterDeviceNotification] function. /// /// Invalid handle values are: `-1`, `0`.ZXZ]Z^Z^ ZfZRZRZZZN/// Whether this handle is valid (i.e., not one of the invalid handle values).ZZZX)/// Invalid handle values are: `-1`, `0`.[j[n[o[o [w[d[d[[[N/// Whether this handle is valid (i.e., not one of the invalid handle values).[1[1[j#/// Invalid handle values are: `0`.\\\\ \\\\\ŀ]N/// Whether this handle is valid (i.e., not one of the invalid handle values).]v]vE]/// Closes the handle.\\\n/// The handle must be closed using the [DeleteObject] function. /// /// Invalid handle values are: `-1`, `0`.^C^J^K^K ^S^=^=^m^m^N/// Whether this handle is valid (i.e., not one of the invalid handle values).__<_</// Closes the handle.]]^Cn/// The handle must be closed using the [DeleteObject] function. /// /// Invalid handle values are: `-1`, `0`.____ `__```uN/// Whether this handle is valid (i.e., not one of the invalid handle values).``S`/// Closes the handle._^_^_x/// The handle must be closed using the [CloseGestureInfoHandle] function. /// /// Invalid handle values are: `-1`, `0`.aaaa aaaaaπb)N/// Whether this handle is valid (i.e., not one of the invalid handle values).bbJb/// Closes the handle.a#a#al/// The handle must be closed using the [GlobalFree] function. /// /// Invalid handle values are: `-1`, `0`.cYc^c_c_ cgcScScccN/// Whether this handle is valid (i.e., not one of the invalid handle values).d2d2Pd]/// Closes the handle.bb΁cYu/// The handle must be closed using the [UnhookWindowsHookEx] function. /// /// Invalid handle values are: `-1`, `0`.e eee eeee1e1eN/// Whether this handle is valid (i.e., not one of the invalid handle values).eeHf /// Closes the handle.dde m/// The handle must be closed using the [DestroyIcon] function. /// /// Invalid handle values are: `-1`, `0`.fffffffff}g6N/// Whether this handle is valid (i.e., not one of the invalid handle values).g]g]Ag{/// Closes the handle.f.f.rfs/// The handle must be closed using the [ImageList_Destroy] function. /// /// Invalid handle values are: `-1`, `0`.hh(h)h) h1hhhKhKhN/// Whether this handle is valid (i.e., not one of the invalid handle values).hhQh/// Closes the handle.gghg/// The handle must be closed using the [FreeLibrary] function. /// /// Invalid handle values are: `0`.iiii iiiiiҀj,N/// Whether this handle is valid (i.e., not one of the invalid handle values).jjBj/// Closes the handle.i(i(im/// The handle must be closed using the [RegCloseKey] function. /// /// Invalid handle values are: `-1`, `0`.kUkXkYkY kakOkOk{k{kN/// Whether this handle is valid (i.e., not one of the invalid handle values).l,l,QlW/// Closes the handle.jjɁkUv/// The handle must be closed using the [UnloadKeyboardLayout] function. /// /// Invalid handle values are: `-1`, `0`.mmm m mllm+m+mN/// Whether this handle is valid (i.e., not one of the invalid handle values).mmHn /// Closes the handle.llmk/// The handle must be closed using the [LocalFree] function. /// /// Invalid handle values are: `-1`, `0`.nnnn nnnnnӀo-N/// Whether this handle is valid (i.e., not one of the invalid handle values).ooHo/// Closes the handle.n(n(nm/// The handle must be closed using the [DestroyMenu] function. /// /// Invalid handle values are: `-1`, `0`.pVp_p`p` phpPpPpppN/// Whether this handle is valid (i.e., not one of the invalid handle values).q3q3>qQ/// Closes the handle.ooЁpVp/// The handle must be closed using the [DeleteMetaFile] function. /// /// Invalid handle values are: `-1`, `0`.qqqq qqqqq܀r6N/// Whether this handle is valid (i.e., not one of the invalid handle values).ququq)/// Invalid handle values are: `-1`, `0`.ssss s s s s:s:sN/// Whether this handle is valid (i.e., not one of the invalid handle values).ss:t/// Closes the handle.rrsm/// The handle must be closed using the [midiInClose] function. /// /// Invalid handle values are: `-1`, `0`.tttt ttttt؀u2N/// Whether this handle is valid (i.e., not one of the invalid handle values).uu;u/// Closes the handle.t)t)tn/// The handle must be closed using the [midiOutClose] function. /// /// Invalid handle values are: `-1`, `0`.vEvLvMvM vUv?v?vovovN/// Whether this handle is valid (i.e., not one of the invalid handle values).vvHw"/// Closes the handle.uuȁyvEg/// The handle must be closed using the [FreeLibrary] function. /// /// Invalid handle values are: `0`.wwww ww|w|wwxN/// Whether this handle is valid (i.e., not one of the invalid handle values).wCwCw)/// Invalid handle values are: `-1`, `0`.}}}} }}}}}ـ~3N/// Whether this handle is valid (i.e., not one of the invalid handle values).~~E~/// Closes the handle.}*}*}n/// The handle must be closed using the [DeleteObject] function. /// /// Invalid handle values are: `-1`, `0`.]bccgWW}}}N/// Whether this handle is valid (i.e., not one of the invalid handle values).B/// Closes the handle.~~Ӂo]t/// The handle must be closed using the [ClosePseudoConsole] function. /// /// Invalid handle values are: `-1`, `0`. IN/// Whether this handle is valid (i.e., not one of the invalid handle values).E/// Closes the handle.DDn/// The handle must be closed using the [DeleteObject] function. /// /// Invalid handle values are: `-1`, `0`.}N/// Whether this handle is valid (i.e., not one of the invalid handle values).//_Z/// Closes the handle.遧/// The handle must be closed using the [UnregisterPowerSettingNotification] /// function. /// /// Invalid handle values are: `-1`, `0`. WN/// Whether this handle is valid (i.e., not one of the invalid handle values).)/// Invalid handle values are: `-1`, `0`.2677 ?,,YYN/// Whether this handle is valid (i.e., not one of the invalid handle values).  E(/// Closes the handle.2n/// The handle must be closed using the [DeleteObject] function. /// /// Invalid handle values are: `-1`, `0`. N/// Whether this handle is valid (i.e., not one of the invalid handle values).SS)/// Invalid handle values are: `-1`, `0`. ိ;N/// Whether this handle is valid (i.e., not one of the invalid handle values).I/// Closes the handle.kkr//// A handle to a mutable string buffer that you can use to create an HSTRING. /// /// The handle must be closed using the [WindowsDeleteStringBuffer] function. /// /// Invalid handle values are: `-1`, `0`. /// /// To learn more, see /// ._effjYYoN/// Whether this handle is valid (i.e., not one of the invalid handle values).>/// Closes the handle.߁T_j/// The handle must be closed using the [CloseThemeData] function. /// /// Invalid handle values are: `0`. JN/// Whether this handle is valid (i.e., not one of the invalid handle values).R/// Closes the handle.55w/// The handle must be closed using the [CloseTouchInputHandle] function. /// /// Invalid handle values are: `-1`, `0`.z ttN/// Whether this handle is valid (i.e., not one of the invalid handle values).UU:r/// Closes the handle.zm/// The handle must be closed using the [waveInClose] function. /// /// Invalid handle values are: `-1`, `0`.  (BBN/// Whether this handle is valid (i.e., not one of the invalid handle values).;/// Closes the handle.n/// The handle must be closed using the [waveOutClose] function. /// /// Invalid handle values are: `-1`, `0`. 怭@N/// Whether this handle is valid (i.e., not one of the invalid handle values).O/// Closes the handle.22t/// The handle must be closed using the [CloseWindowStation] function. /// /// Invalid handle values are: `-1`, `0`.  :;ABBF55&&4; -  M(/// Closes the handle.\\U/// The handle must be closed using the [DeleteProcThreadAttributeList] /// function.pwxx|jj[[5p +""|N/// Whether this handle is valid (i.e., not one of the invalid handle values).#/// Invalid handle values are: `0`.4559"  CSabb jMMN/// Whether this handle is valid (i.e., not one of the invalid handle values).55I`/// Closes the handle.ρSn/// The handle must be closed using the [ClosePrinter] function. /// /// Invalid handle values are: `-1`, `0`. p-N/// Whether this handle is valid (i.e., not one of the invalid handle values).GGAl/// Closes the handle.((bg/// The handle must be closed using the [CloseTrace] function. /// /// Invalid handle values are: `-1`.V_VsVtVt V|VYVY%VVVN/// Whether this handle is valid (i.e., not one of the invalid handle values).V V %V_)/// Invalid handle values are: `-1`, `0`.W\W`WaWa WiWVWVWGWG:W\   dN/// Whether this handle is valid (i.e., not one of the invalid handle values).»»O/// Closes the handle.TTt/// The handle must be closed using the [CloseServiceHandle] function. /// /// Invalid handle values are: `-1`, `0`. 2 2/ 20 20  28 2 2& 2R 2R 2N/// Whether this handle is valid (i.e., not one of the invalid handle values). 1 1ہ& 2)/// Invalid handle values are: `-1`, `0`.     p XN/// Whether this handle is valid (i.e., not one of the invalid handle values). r rG /// Closes the handle. _ _\ h/// The handle must be closed using the [closesocket] function. /// /// Invalid handle values are: `-1`. # # # # # # # # #: # p p p p p p p p p4 p     u u7 [_`nױrԱӱñɱϱ<<-/// `{45ba127d-10a8-46ea-8ab7-56ea9078943c}`.!"04BLVW_`fgmsyۀ-/// `{5842a140-ff9f-4166-8f5c-62f5b7b0c781}`.GGGGHKGGGHH HHHHHHGHHH%H+H1H7H=HCGGG-/// `{ff48dba4-60ef-4201-aa87-54103eef594e}`.HHHHIHHHHHHI HHI HHHHHHIIHHOH-/// `{e22ad333-b25f-460c-83d0-0581107395c9}`.  ~J~-/// `{c2cf3110-460e-4fc1-b9d0-8a1c0c9cc4bd}`.(((()(((((()(()(((()) ))((^(-/// `{dc1c5a9c-e88a-4dde-a5a1-60f82a20aef7}`.)h)l)m){))))))))))))))))))))W)#)W-/// `{c0b4e2f3-ba21-4773-8dba-335ec946eb8b}`.9999:.999999:+9::*:: :::::":'999-/// `{00000000-0000-0000-0000-000000000000}`.vBv-/// `{4df0c730-df9d-4ae3-9153-aa6b82e9795a}`.NNNNO NNNNNNONNONNNNNNNONyNENy-/// `{bcde0395-e52f-467c-8e3d-c4579291692e}`.[!X"(W)/5;AGMSᖀ-/// `{dcb00c01-570f-4a9b-8d69-199fdba5723b}`.WWWWXQWWXXXXXNXXXMXX%X+X1X7X=XCXIWWW-/// `{de2d022d-2480-43be-97f0-d1fa2cf98f4f}`.XXXXY*XXXXXXY'XXY&XXYY YYYY"XXUX-/// `{08a99e2f-6d6d-4b80-af5a-baf2bcbe4cb9}`.YyY}Y~YYYYYYYYYYYYYYYYYYYYYbY.Yb-/// `{0c15d503-d017-47ce-9016-7b3f978721cc}`.ZMZQZRZ`ZZdZrZ|ZZZZZZZZZZZZZZZZ,YZ,-/// `{3882134d-14cf-4220-9cb4-435f86d83f60}`. T T T T UD T T T U U U UA U U U@ U U U U$ U* U0 U6 U< T Sցo T/// The following GUIDS define the different types of sensor profiles. /// /// `{e97ced00-523a-4133-bf6f-d3a2dae7f6ba}`. /// /// To learn more, see /// . U U U U V U U U U U U V U U V U U U U U U U V U| UH U|-/// `{79c43adb-a429-469f-aa39-2f2b74b75937}`. VV VZ V[ Vi V Vm V{ V V V V V V V V V V V V V V V V VC V VC-/// `{4ea9d6ef-694b-4218-8816-ccda8da74bba}`. W W W W- W W1 W? WI WS WT W\ W W] Wc W Wd Wj Wp Wv W| W W W W Vր W -/// `{77a1c827-fcd2-4689-8915-9d613cc5fa3e}`. W W W W XU W W X X X X XR X X# XQ X$ X* X0 X6 X< XA XG XM W W W-/// `{9ac9fbe1-e0a2-4ad6-b4ee-e212013ea917}`. X X X X Y X X X X X X Y X X Y X X X X X X X X X XY X-/// `{00021401-0000-0000-c000-000000000046}`. YJ YN YO Y] Y Ya Yo Yy Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y> Y  Y>-/// `{d9f6ee60-58c9-458b-88e1-2f908fd7f87c}`. Z Z Z Z! Z Z% Z3 Z= ZG ZH ZP Z ZQ ZW Z ZX Z^ Zd Zj Zp Zv Z| Z Y Yʀ Y-/// `{ef411752-3736-4cb4-9c8c-8ef4ccb58efe}`. 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BROWSEINFOBSMINFOBSTRBLOBBTH_DEVICE_INFOBTH_HCI_EVENT_INFOBTH_L2CAP_EVENT_INFOBTH_LE_GATT_CHARACTERISTIC BTH_LE_GATT_CHARACTERISTIC_VALUEBTH_LE_GATT_DESCRIPTORBTH_LE_GATT_DESCRIPTOR_VALUEBTH_LE_GATT_DESCRIPTOR_VALUE_0(BTH_LE_GATT_DESCRIPTOR_VALUE_0_Extension BTH_LE_GATT_DESCRIPTOR_VALUE_0_0*BTH_LE_GATT_DESCRIPTOR_VALUE_0_0_Extension BTH_LE_GATT_DESCRIPTOR_VALUE_0_1*BTH_LE_GATT_DESCRIPTOR_VALUE_0_1_Extension BTH_LE_GATT_DESCRIPTOR_VALUE_0_2*BTH_LE_GATT_DESCRIPTOR_VALUE_0_2_Extension BTH_LE_GATT_DESCRIPTOR_VALUE_0_3*BTH_LE_GATT_DESCRIPTOR_VALUE_0_3_ExtensionBTH_LE_GATT_SERVICE BTH_LE_UUID BTH_LE_UUID_0BTH_LE_UUID_0_ExtensionBTH_QUERY_DEVICEBTH_QUERY_SERVICEBTH_RADIO_IN_RANGEBTH_SET_SERVICEBY_HANDLE_FILE_INFORMATIONCABOOLCABSTR CABSTRBLOBCACCACHE_DESCRIPTOR CACLIPDATACACLSIDCACYCADATECADBL CAFILETIMECAFLTCAHCAICALCALPSTRCALPWSTR CAPROPVARIANTCASCODECAUBCAUHCAUICAULCBTACTIVATESTRUCT CBT_CREATEWND CERT_CONTEXTCERT_EXTENSION CERT_INFOCERT_PUBLIC_KEY_INFOCHANGEFILTERSTRUCTCHAR CHAR_INFO CHAR_INFO_0CHAR_INFO_0_Extension CHOOSECOLOR CHOOSEFONTCIEXYZ CIEXYZTRIPLE CLIENT_IDCLIPDATACOLORADJUSTMENTCOLORREFCOMDLG_FILTERSPEC COMMCONFIGCOMMPROP COMMTIMEOUTSCOMSTATCONDITION_VARIABLE CONNECTDATACONSOLE_CURSOR_INFOCONSOLE_READCONSOLE_CONTROLCONSOLE_SCREEN_BUFFER_INFOCONSOLE_SELECTION_INFOCONTROLTRACE_HANDLECOORDCOR_FIELD_OFFSETCO_MTA_USAGE_COOKIECREATEFILE2_EXTENDED_PARAMETERS CREATESTRUCT CREDENTIALCREDENTIAL_ATTRIBUTECRYPTPROTECT_PROMPTSTRUCTCRYPT_ALGORITHM_IDENTIFIERCRYPT_BIT_BLOBCRYPT_INTEGER_BLOB CUIAutomationCUIAutomation8 CURSORINFO CWPRETSTRUCT CWPSTRUCTCYCY_0CY_0_ExtensionDCB DEBUGHOOKINFODECIMAL DECIMAL_0DECIMAL_0_Extension DECIMAL_0_0DECIMAL_0_0_Extension DECIMAL_1DECIMAL_1_Extension DECIMAL_1_0DECIMAL_1_0_Extension DESIGNVECTORDEVMODE DEVMODE_0DEVMODE_0_Extension DEVMODE_0_0DEVMODE_0_0_Extension DEVMODE_0_1DEVMODE_0_1_Extension DEVMODE_1DEVMODE_1_Extension DEVPROPKEYDEV_BROADCAST_DEVICEINTERFACEDEV_BROADCAST_HDRDEV_BROADCAST_VOLUME DIBSECTION DISK_EXTENT DISK_GEOMETRYDISK_GEOMETRY_EXDISPLAYCONFIG_2DREGION DISPLAYCONFIG_DESKTOP_IMAGE_INFO DISPLAYCONFIG_DEVICE_INFO_HEADERDISPLAYCONFIG_MODE_INFODISPLAYCONFIG_MODE_INFO_0#DISPLAYCONFIG_MODE_INFO_0_ExtensionDISPLAYCONFIG_PATH_INFODISPLAYCONFIG_PATH_SOURCE_INFO DISPLAYCONFIG_PATH_SOURCE_INFO_0*DISPLAYCONFIG_PATH_SOURCE_INFO_0_Extension"DISPLAYCONFIG_PATH_SOURCE_INFO_0_0,DISPLAYCONFIG_PATH_SOURCE_INFO_0_0_ExtensionDISPLAYCONFIG_PATH_TARGET_INFO DISPLAYCONFIG_PATH_TARGET_INFO_0*DISPLAYCONFIG_PATH_TARGET_INFO_0_Extension"DISPLAYCONFIG_PATH_TARGET_INFO_0_0,DISPLAYCONFIG_PATH_TARGET_INFO_0_0_ExtensionDISPLAYCONFIG_RATIONALDISPLAYCONFIG_SOURCE_MODEDISPLAYCONFIG_TARGET_MODEDISPLAYCONFIG_VIDEO_SIGNAL_INFO!DISPLAYCONFIG_VIDEO_SIGNAL_INFO_0+DISPLAYCONFIG_VIDEO_SIGNAL_INFO_0_Extension#DISPLAYCONFIG_VIDEO_SIGNAL_INFO_0_0-DISPLAYCONFIG_VIDEO_SIGNAL_INFO_0_0_ExtensionDISPLAY_DEVICE DISPPARAMSDLGITEMTEMPLATE DLGTEMPLATEDLLVERSIONINFODNS_SERVICE_CANCELDNS_SERVICE_INSTANCEDNS_SERVICE_REGISTER_REQUEST DOC_INFO_1DOT11_AUTH_CIPHER_PAIRDOT11_BSSID_LIST DOT11_NETWORKDOT11_NETWORK_LIST DOT11_SSIDDPI_AWARENESS_CONTEXTDRAWTEXTPARAMS DROPFILESDSREG_JOIN_INFODSREG_USER_INFODTBGOPTSDTTOPTSDWM_BLURBEHINDDesktopWallpaperEAP_METHOD_TYPEEAP_TYPEELEMDESC ELEMDESC_0ELEMDESC_0_Extension ENUMLOGFONTEXENUM_PAGE_FILE_INFORMATIONENUM_SERVICE_STATUSENUM_SERVICE_STATUS_PROCESSEVENTMSG EVT_HANDLE EVT_RPC_LOGIN EVT_VARIANT EVT_VARIANT_0EVT_VARIANT_0_Extension EXCEPINFOExtendedPropertyFD_SETFILETIMEFILE_SEGMENT_ELEMENT$FINDPRINTERCHANGENOTIFICATION_HANDLE FINDREPLACEFOCUS_EVENT_RECORDFUNCDESCFileOpenDialogFileSaveDialog GESTURECONFIG GESTUREINFOGESTURENOTIFYSTRUCT GUID_NULL GUITHREADINFOHACCELHANDLE HANDLE_PTR HARDWAREINPUTHBITMAPHBLUETOOTH_DEVICE_FINDHBLUETOOTH_RADIO_FINDHBRUSH HCERTSTOREHCURSORHDCHDESKHDEVINFO HDEVNOTIFYHDROPHDWPHFONTHGDIOBJ HGESTUREINFOHGLOBALHHOOKHICON HIMAGELIST HINSTANCEHKEYHKLHLOCALHMENU HMETAFILEHMIDIHMIDIINHMIDIOUTHMODULEHMONITORHOSTENTHPALETTEHPCONHPEN HPOWERNOTIFY HRAWINPUTHRGNHRSRCHSTRING_BUFFERHTHEME HTOUCHINPUTHWAVEINHWAVEOUTHWINSTAHWNDICONINFO ICONINFOEXIDLDESCINITCOMMONCONTROLSEX INIT_ONCEINPUTINPUT_0INPUT_0_Extension INPUT_RECORDINPUT_RECORD_0INPUT_RECORD_0_ExtensionINPUT_TRANSFORMINPUT_TRANSFORM_0INPUT_TRANSFORM_0_ExtensionINPUT_TRANSFORM_0_0INPUT_TRANSFORM_0_0_ExtensionIN_ADDR IN_ADDR_0IN_ADDR_0_Extension IN_ADDR_0_0IN_ADDR_0_0_Extension IN_ADDR_0_1IN_ADDR_0_1_Extension IP6_ADDRESSIP_ADAPTER_ADDRESSES_LHIP_ADAPTER_ADDRESSES_LH_0#IP_ADAPTER_ADDRESSES_LH_0_ExtensionIP_ADAPTER_ADDRESSES_LH_0_0%IP_ADAPTER_ADDRESSES_LH_0_0_ExtensionIP_ADAPTER_ADDRESSES_LH_1#IP_ADAPTER_ADDRESSES_LH_1_ExtensionIP_ADAPTER_ADDRESSES_LH_1_0%IP_ADAPTER_ADDRESSES_LH_1_0_ExtensionIP_ADAPTER_ANYCAST_ADDRESS_XPIP_ADAPTER_ANYCAST_ADDRESS_XP_0)IP_ADAPTER_ANYCAST_ADDRESS_XP_0_Extension!IP_ADAPTER_ANYCAST_ADDRESS_XP_0_0+IP_ADAPTER_ANYCAST_ADDRESS_XP_0_0_Extension IP_ADAPTER_DNS_SERVER_ADDRESS_XP"IP_ADAPTER_DNS_SERVER_ADDRESS_XP_0,IP_ADAPTER_DNS_SERVER_ADDRESS_XP_0_Extension$IP_ADAPTER_DNS_SERVER_ADDRESS_XP_0_0.IP_ADAPTER_DNS_SERVER_ADDRESS_XP_0_0_ExtensionIP_ADAPTER_DNS_SUFFIXIP_ADAPTER_GATEWAY_ADDRESS_LHIP_ADAPTER_GATEWAY_ADDRESS_LH_0)IP_ADAPTER_GATEWAY_ADDRESS_LH_0_Extension!IP_ADAPTER_GATEWAY_ADDRESS_LH_0_0+IP_ADAPTER_GATEWAY_ADDRESS_LH_0_0_ExtensionIP_ADAPTER_INDEX_MAPIP_ADAPTER_MULTICAST_ADDRESS_XP!IP_ADAPTER_MULTICAST_ADDRESS_XP_0+IP_ADAPTER_MULTICAST_ADDRESS_XP_0_Extension#IP_ADAPTER_MULTICAST_ADDRESS_XP_0_0-IP_ADAPTER_MULTICAST_ADDRESS_XP_0_0_ExtensionIP_ADAPTER_PREFIX_XPIP_ADAPTER_PREFIX_XP_0 IP_ADAPTER_PREFIX_XP_0_ExtensionIP_ADAPTER_PREFIX_XP_0_0"IP_ADAPTER_PREFIX_XP_0_0_ExtensionIP_ADAPTER_UNICAST_ADDRESS_LHIP_ADAPTER_UNICAST_ADDRESS_LH_0)IP_ADAPTER_UNICAST_ADDRESS_LH_0_Extension!IP_ADAPTER_UNICAST_ADDRESS_LH_0_0+IP_ADAPTER_UNICAST_ADDRESS_LH_0_0_Extension!IP_ADAPTER_WINS_SERVER_ADDRESS_LH#IP_ADAPTER_WINS_SERVER_ADDRESS_LH_0-IP_ADAPTER_WINS_SERVER_ADDRESS_LH_0_Extension%IP_ADAPTER_WINS_SERVER_ADDRESS_LH_0_0/IP_ADAPTER_WINS_SERVER_ADDRESS_LH_0_0_ExtensionIP_ADDRESS_STRINGIP_ADDR_STRINGIP_INTERFACE_INFOIP_PER_ADAPTER_INFO_W2KSP1 ITEMIDLIST%JOBOBJECT_IO_RATE_CONTROL_INFORMATION JOB_INFO_1KBDLLHOOKSTRUCT KEYBDINPUTKEY_EVENT_RECORDKEY_EVENT_RECORD_0KEY_EVENT_RECORD_0_ExtensionKNOWNFOLDER_DEFINITIONKnownFolderManagerL2_NOTIFICATION_DATA LASTINPUTINFOLOGBRUSHLOGFONT LOGPALETTELPARAMLPPROC_THREAD_ATTRIBUTE_LISTLRESULTLUIDMAGCOLOREFFECTMAGIMAGEHEADER MAGTRANSFORMMARGINSMCI_OPEN_PARMSMCI_PLAY_PARMSMCI_SEEK_PARMSMCI_STATUS_PARMSMEMORYSTATUSEXMEMORY_BASIC_INFORMATIONMEMORY_MAPPED_VIEW_ADDRESS MENUBARINFOMENUINFO MENUITEMINFOMENUITEMTEMPLATEMENUITEMTEMPLATEHEADERMENU_EVENT_RECORD METAFILEPICT MIDIEVENTMIDIHDR MIDIINCAPS MIDIOUTCAPS MIDIPROPTEMPOMIDIPROPTIMEDIVMIDISTRMBUFFVER MINMAXINFOMMDeviceEnumeratorMMTIMEMMTIME_0MMTIME_0_Extension MMTIME_0_0MMTIME_0_0_Extension MMTIME_0_1MMTIME_0_1_Extension MODEMDEVCAPS MODEMSETTINGS MODLOAD_DATA MODULEINFO MONITORINFO MONITORINFOEXMOUSEHOOKSTRUCTMOUSEHOOKSTRUCTEX MOUSEINPUTMOUSEMOVEPOINTMOUSE_EVENT_RECORDMSGMSLLHOOKSTRUCTNCCALCSIZE_PARAMSNDIS_OBJECT_HEADERNET_IF_COMPARTMENT_ID NET_LUID_LH NET_LUID_LH_0NET_LUID_LH_0_Extension NEWTEXTMETRICNLM_SIMULATED_PROFILE_INFONONCLIENTMETRICSNOTIFYICONDATANOTIFYICONDATA_0NOTIFYICONDATA_0_ExtensionNetworkListManager OPENCARDNAMEOPENCARDNAME_EXOPENCARD_SEARCH_CRITERIA OPENFILENAMEOSINFO OSVERSIONINFOOSVERSIONINFOEX OVERLAPPED OVERLAPPED_0OVERLAPPED_0_ExtensionOVERLAPPED_0_0OVERLAPPED_0_0_ExtensionOVERLAPPED_ENTRY PAINTSTRUCT PALETTEENTRY PARAMDESC PARAMDESCEXPERFORMANCE_INFORMATIONPHYSICAL_MONITORPOINT POINTER_INFOPOINTER_PEN_INFOPOINTER_TOUCH_INFOPOINTLPOINTSPOLYTEXT PORT_INFO_1 PORT_INFO_2POWERBROADCAST_SETTINGPRINTER_DEFAULTSPRINTER_HANDLEPRINTER_INFO_1PRINTER_INFO_2PRINTER_INFO_3PRINTER_INFO_4PRINTER_INFO_5PRINTER_INFO_6PRINTER_NOTIFY_INFOPRINTER_NOTIFY_INFO_DATAPRINTER_NOTIFY_INFO_DATA_0$PRINTER_NOTIFY_INFO_DATA_0_ExtensionPRINTER_NOTIFY_INFO_DATA_0_0&PRINTER_NOTIFY_INFO_DATA_0_0_ExtensionPRINTER_OPTIONSPRINT_EXECUTION_DATAPROCESSTRACE_HANDLEPROCESS_HEAP_ENTRYPROCESS_HEAP_ENTRY_0PROCESS_HEAP_ENTRY_0_ExtensionPROCESS_HEAP_ENTRY_0_0 PROCESS_HEAP_ENTRY_0_0_ExtensionPROCESS_HEAP_ENTRY_0_1 PROCESS_HEAP_ENTRY_0_1_ExtensionPROCESS_INFORMATIONPROCESS_MEMORY_COUNTERS PROPERTYKEYPROPSPEC PROPSPEC_0PROPSPEC_0_Extension PROPVARIANT PROPVARIANT_0PROPVARIANT_0_ExtensionPROPVARIANT_0_0PROPVARIANT_0_0_ExtensionPROPVARIANT_0_0_0PROPVARIANT_0_0_0_ExtensionPROTOENTPSECURITY_DESCRIPTORPSIDPortableDeviceKeyCollection#PortableDevicePropVariantCollectionPortableDeviceValuesPortableDeviceValuesCollectionQUERY_SERVICE_CONFIGQUERY_SERVICE_LOCK_STATUSRAWHIDRAWINPUT RAWINPUT_0RAWINPUT_0_ExtensionRAWINPUTDEVICERAWINPUTDEVICELISTRAWINPUTHEADER RAWKEYBOARDRAWMOUSE RAWMOUSE_0RAWMOUSE_0_Extension RAWMOUSE_0_0RAWMOUSE_0_0_ExtensionRECTRECTLRGBQUAD SAFEARRAYSAFEARRAYBOUND SCARD_ATRMASKSCARD_IO_REQUESTSCARD_READERSTATE SCROLLBARINFO SCROLLINFO SC_ACTION 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